Db Models

Smf 30

smf30_cas

smf2db.db_models.smf30_model.Smf30Cas (smf30_cas)

The Smf30Cas class stores the Smf30Cas section in the smf30_cas table.

Columns:

smf30tfl	INTEGER?	Invalid timer flags: Bit Meaning when set 0 Indicates that timer flags are used. 1 SMF30CPT has an invalid value due to a timer value calculation error. 2 SMF30CPS has an invalid value due to a timer value calculation error. 3 SMF30JVU has an invalid value due to a timer value calculation error. 4 SMF30JVA has an invalid value due to a timer value calculation error. 5 SMF30ISB has an invalid value due to a timer value calculation error. 6 SMF30ICU has an invalid value due to a timer value calculation error. 7 SMF30IVU has an invalid value due to a timer value calculation error. 8 SMF30IVA has an invalid value due to a timer value calculation error. 9 SMF30IIP has an invalid value due to a timer value calculation error. 10 SMF30HPT has an invalid value due to a timer value calculation error. 11 SMF30RCT has an invalid value due to a timer value calculation error. 12 SMF30ASR has an invalid value due to a timer value calculation error. 13 SMF30ENC has an invalid value due to a timer value calculation error. 14 SMF30DET has an invalid value due to a timer value calculation error. 15
smf30ist	DATETIME?	Interval start time for type 30 subtype 2 and 3 records, in hundredths of a second.
smf30tf2	INTEGER?	Additional timer flags. Bit Meaning when set 0 (SMF30_TIME_ON_IFA_F) SMF30_TIME_ON_IFA has an invalid value due to a timer value calculation error. 1 (SMF30_ENCLAVE_TIME_ON_IFA_F) SMF30_ENCLAVE_TIME_ON_IFA has an invalid value due to a timer value calculation error. 2 (SMF30_DEP_ENCLAVE_TIME_ON_IFA_F) SMF30_DEP_ENCLAVE_TIME_ON_IFA has an invalid value due to a timer value calculation error. 3 (SMF30_TIME_IFA_ON_CP_F) SMF30_TIME_IFA_ON_CP has an invalid value due to a timer value calculation error. 4 (SMF30_ENCLAVE_TIME_IFA_ON_CP_F) SMF30_ENCLAVE_TIME_IFA_ON_CP has an invalid value due to a timer value calculation error. 5 (SMF30_DEP_ENCLAVE_TIME_IFA_ON_CP_F) SMF30_DEP_ENCLAVE_TIME_IFA_ON_CP has an invalid value due to a timer value calculation error. 6 (SMF30_CEPI_F) Indicates failure in SMF30CEPI. 7 (SMF30CRP_F) Indicates failure in SMF30CRP.
smf30t32	INTEGER?	Description Additional failure flags. Bit Meaning when set 0 (SMF30_TIME_ON_zIIP_F) SMF30_TIME_ON_zIIP has an invalid value due to a timer value calculation error. 0 (SMF30_TIME_ON_SUP_F) SMF30_TIME_ON_SUP has an invalid value due to a timer value calculation error. 1 (SMF30_ENCLAVE_TIME_ON_zIIP_F) SMF30_ENCLAVE_TIME_ON_zIIP has an invalid value due to a timer value calculation error. 1 (SMF30_ENCLAVE_TIME_ON_SUP_F) SMF30_ENCLAVE_TIME_ON_SUP has an invalid value due to a timer value calculation error. 2 (SMF30_DEP_ENCLAVE_TIME_ON_zIIP_F) SMF30_DEP_ENCLAVE_TIME_ON_zIIP has an invalid value due to a timer value calculation error. 2 (SMF30_DEP_ENCLAVE_TIME_ON_SUP_F) SMF30_DEP_ENCLAVE_TIME_ON_SUP has an invalid value due to a timer value calculation error. 3 (SMF30_TIME_zIIP_ON_CP_F) SMF30_TIME_zIIP_ON_CP has an invalid value due to a timer value calculation error. 3 (SMF30_TIME_SUP_ON_CP_F) SMF30_TIME_SUP_ON_CP has an invalid value due to a timer value calculation error. 4 (SMF30_ENCLAVE_TIME_zIIP_ON_CP_F) SMF30_ENCLAVE_TIME_zIIP_ON_CP has an invalid value due to a timer value calculation error. 4 (SMF30_ENCLAVE_TIME_SUP_ON_CP_F) SMF30_ENCLAVE_TIME_SUP_ON_CP has an invalid value due to a timer value calculation error. 5 (SMF30_DEPENC_TIME_zIIP_ON_CP_F) SMF30_DEPENC_TIME_zIIP_ON_CP has an invalid value due to a timer value calculation error. 5 (SMF30_DEPENC_TIME_SUP_ON_CP_F) SMF30_DEPENC_TIME_SUP_ON_CP has an invalid value due to a timer value calculation error. 6 (SMF30_Time_Java_On_zIIP_F)
smf30t33	INTEGER?	Additional failure flags. Bit Meaning when set 0 - 3 Reserved. 4 (SMF30_DEPENC_Time_Java_On_zIIP_F) SMF30_DEPENC_Time_Java_On_zIIP has an invalid value due to a timer value calculation error. 5 (SMF30_Time_Java_On_CP_F) SMF30_Time_Java_On_CP has an invalid value due to a timer value calculation error. 6 (SMF30_ENCLAVE_Time_Java_On_CP_F) SMF30_ENCLAVE_Time_Java_On_CP has an invalid value due to a timer value calculation error. 7 (SMF30_DEPENC_Time_Java_On_CP_F) SMF30_DEPENC_Time_Java_On_CP has an invalid value due to a timer value calculation error.
smf30cas_oa54589	INTEGER?	OSPROTECT-related flags. These flags are specific to a job step. A job-end (subtype 5) record represents an accumulation of all of the bits defined for each byte, across all job steps; therefore, that data might not be usable to determine the trust state of any individual job step. With respect to OSPROTECT, a job or address space that is not APF-authorized and that has at least one task running in a user key (8 - 15) is considered to be untrusted; otherwise, a
smf30tme	DATETIME?	Time since midnight, in hundredths of a second, that the record was moved to the SMF buffer.
datetime	DATETIME?	the hour of the record.
timer_used	INTEGER?	smf30tfl (Bit 0) indicates that timer flags are used.
smf30cpt_inv	INTEGER?	smf30tfl (Bit 1) indicates smf30cpt has an invalid value due to a timer value calculation error.
smf30cps_inv	INTEGER?	smf30tfl (Bit 2) indicates smf30cps has an invalid value due to a timer value calculation error.
smf30jvu_inv	INTEGER?	smf30tfl (Bit 3) indicates smf30jvu has an invalid value due to a timer value calculation error.
smf30jva_inv	INTEGER?	smf30tfl (Bit 4) indicates smf30jva has an invalid value due to a timer value calculation error.
smf30isb_inv	INTEGER?	smf30tfl (Bit 5) indicates smf30isb has an invalid value due to a timer value calculation error.
smf30icu_inv	INTEGER?	smf30tfl (Bit 6) indicates smf30icu has an invalid value due to a timer value calculation error.
smf30ivu_inv	INTEGER?	smf30tfl (Bit 7) indicates smf30ivu has an invalid value due to a timer value calculation error.
smf30iva_inv	INTEGER?	smf30tfl (Bit 8) indicates smf30iva has an invalid value due to a timer value calculation error.
smf30iip_inv	INTEGER?	smf30tfl (Bit 9) indicates smf30iip has an invalid value due to a timer value calculation error.
smf30hpt_inv	INTEGER?	smf30tfl (Bit 10) indicates smf30hpt has an invalid value due to a timer value calculation error.
smf30rct_inv	INTEGER?	smf30tfl (Bit 11) indicates smf30rct has an invalid value due to a timer value calculation error.
smf30asr_inv	INTEGER?	smf30tfl (Bit 12) indicates smf30asr has an invalid value due to a timer value calculation error.
smf30enc_inv	INTEGER?	smf30tfl (Bit 13) indicates smf30enc has an invalid value due to a timer value calculation error.
smf30det_inv	INTEGER?	smf30tfl (Bit 14) indicates smf30det has an invalid value due to a timer value calculation error.
smf30cep_inv	INTEGER?	smf30tfl (Bit 15) indicates smf30cep has an invalid value due to a timer value calculation error.
smf30_time_on_ifa_f	INTEGER?	smf30tf2 (Bit 0) indicates smf30_time_on_ifa has an invalid value due to timer calculation error.
smf30_enclave_time_on_ifa_f	INTEGER?	smf30tf2 (Bit 1) indicates smf30_enclave_time_ifa has an invalid value due to timer calculation error.
smf30_dep_enclave_time_on_ifa_f	INTEGER?	smf30tf2 (Bit 2) indicates smf30_dep_enclave_time_on_ifa has an invalid value due to timer calculation error.
smf30_time_ifa_on_cp_f	INTEGER?	smf30tf2 (Bit 3) indicates smf30_time_ifa_on_cp has an invalid value due to timer calculation error.
smf30_enclave_time_ifa_on_cp_f	INTEGER?	smf30tf2 (Bit 4) indicates smf30_enclave_time_ifa_on_cp has an invalid value due to timer calculation error.
smf30_dep_enclave_time_ifa_on_cp_f	INTEGER?	smf30tf2 (Bit 5) indicates smf30_dep_encalve_time_ifa_on_cp has an invalid value due to timer calculation error.
smf30_cepi_failed	INTEGER?	smf30tf2 (Bit 6) indicates failure in smf30cepi.
smf30crp_failed	INTEGER?	smf30tf2 (Bit 7) indicates failure in smf30crp.
smf30_time_on_ziip_f	INTEGER?	smf30t32 (Bit 0) indicates smf30_time_on_ziip has an invalid value due to timer calculation error.
smf30_enclave_time_on_ziip_f	INTEGER?	smf30t32 (Bit 1) indicates smf30_enclave_time_on_ziip has an invalid value due to timer calculation error.
smf30_dep_time_on_ziip_f	INTEGER?	smf30t32 (Bit 2) indicates smf30_dep_time_on_ziip has an invalid value due to timer calculation error.
smf30_time_ziip_on_cp_f	INTEGER?	smf30t32 (Bit 3) indicates smf30_time_ziip_on_cp has an invalid value due to timer calculation error.
smf30_enclave_time_ziip_on_cp_f	INTEGER?	smf30t32 (Bit 4) indicates smf30_enclave_time_ziip_on_cp has an invalid value due to timer calculation error.
smf30_depenc_time_ziip_on_cp_f	INTEGER?	smf30t32 (Bit 5) indicates smf30_depenc_time_ziip_on_cp has an invalid value due to timer calculation error.
smf30_time_java_on_ziip_f	INTEGER?	smf30t32 (Bit 6) indicates smf30_time_java_on_ziip has an invalid value due to timer calculation error.
smf30_enclave_time_java_on_ziip_f	INTEGER?	smf30t32 (Bit 7) indicates smf30_enclave_time_java_on_ziip has an invalid value due to timer calculation error.
smf30_enclave_time_ziip_qual_f	INTEGER?	smf30t33 (Bit 6) indicates smf30_enclave_time_ziip_qual has an invalid value due to timer calculation error.
smf30_depenc_time_ziip_qual_f	INTEGER?	smf30t33 (Bit 7) indicates smf30_depenc_time_ziip_qual has an invalid value due to timer calculation error.
smf30cas_inelighonorpriority	INTEGER?	smf30cas_flag (Bit 0) indicates eligible work in this address space is not offloaded to CPs for help processing. Once this bit is set on for a job interval or step-end record, this bit will also be set on for step-total and job-end records.
→ csc*	VARCHAR(8)	the identifier or serial number of Central Processor Complexes (CPC).
→ smf30syp*	VARCHAR(8)	Sysplex name (from the SYSPLEX parameter in the COUPLExx parmlib member).
→ smf30syn*	VARCHAR(8)	System name (from the SYSNAME parameter in the IEASYSxx parmlib member).
→ start_interval*	DATETIME	the record written datetime in 5-minute interval.
→ wkl*	VARCHAR(7)	the workload group based on the problem program run.
→ smf30typ*	INTEGER	Subtype identification Value Meaning 1 Job start or start of other work unit. 2 Activity since previous interval ended. Produced only when interval recording is active. 3 Activity for the last interval before step termination. Produced only when interval recording is active. 4 Step total 5 Job termination or termination of other work unit. 6
→ smf30jbn*	VARCHAR(8)	Job or session name. The job name, time, and date that the reader recognized the JOB card (for this job) constitute the job log identification.
→ smf30asi*	VARCHAR(4)	Address space identifier.
→ smf30jnm*	VARCHAR(8)	JES job identifier. Jobs scheduled by the APPC/MVS transaction scheduler (ASCH) start with an ‘A’ followed by a seven-digit number.
→ smf30stn*	INTEGER	Step number (first step = 1, and so on).
→ gid*	BIGINT	a hash number generated from the Identification Section.
→ suffix*	INTEGER	a sequence number for the records which share the same gid.
smf30cpt	FLOAT?	All standard CPU step time in hundredths of a second. Includes enclave time, preemptable class SRB time, client SRB time. Also includes time consumed by zAAP or zIIP eligible work running on a standard processor. This value includes the value in field SMF30OST.
smf30cps	FLOAT?	Step CPU time under the service request block (SRB), in hundredths of a second. You can calculate the SRB time in microseconds (1/100 of a second using the following formula: (SMF30SRB*10)/SMF30SRC * SMF30SUS/16 = SRB time in microseconds This value includes the value in field SMF30OST.
smf30icu	FLOAT?	Initiator CPU time under the task control block (TCB), in hundredths of a second. This field is set at step termination. SMF30ICU = SMF30ICU_STEP_INIT (for this step) + SMF30ICU_STEP_TERM (from the previous step)
smf30isb	FLOAT?	Initiator CPU time under the service request block (SRB), in hundredths of a second. This field is set at step termination. SMF30ISB = SMF30ISB_STEP_INIT (for this step) + SMF30ISB_STEP_TERM (from the previous step)
smf30jvu	FLOAT?	Step vector CPU time, in hundredths of a second.
smf30ivu	FLOAT?	Initiator vector CPU time, in hundredths of a second. This field is set at step termination. As of z/OS 1.11, this field is no longer valid; the value will always be zero.
smf30jva	FLOAT?	Step vector affinity time, in hundredths of a second. As of z/OS 1.11, this field is no longer valid; the value will always be zero.
smf30iva	FLOAT?	Initiator vector affinity time, in hundredths of a second. This field is set at step termination. As of z/OS 1.11, this field is no longer valid; the value will always be zero.
smf30iip	FLOAT?	Amount of CPU time used to process I/O interrupts, in hundredths of a second.
smf30rct	FLOAT?	Amount of CPU time used by the region control task (RCT), in hundredths of a second.
smf30hpt	FLOAT?	CPU time consumed for the step, in hundredths of a second, to support requests for data to be transferred between a hiperspace and an address space, when the hiperspace is backed by expanded storage. The CPU time may vary depending on the availability of expanded storage.
smf30csc	INTEGER?	Integrated Cryptographic Service Facility/MVS (ICSF/MVS) service count. This is the number of cryptographic instructions executed on behalf of caller (within caller’s address space).
smf30dmi	INTEGER?	ADMF-Number of pages moved with ADMF WRITE operation.
smf30dmo	INTEGER?	ADMF-Number of pages moved with ADMF READ operation.
smf30asr	FLOAT?	Additional CPU time accumulated by the preemptible SRBs and client SRBs for this job, in hundredths of a second. This value is also included in the value in SMF30CPT.
smf30enc	FLOAT?	CPU time, in hundredths of seconds, used by the independent enclave, but only when in the WLM enclave. Note that independent enclave time on an IFA is not included; see field SMF30_ENCLAVE_TIME_ON_IFA for that value. SMF30ENC is also part of the value in SMF30CPT.
smf30det	FLOAT?	CPU time, in hundredths of seconds, used by the dependent enclave, but only when in the WLM enclave. Note that dependent enclave time on an IFA is not included; see field SMF30_DEP_ENCLAVE_TIME_ON_IFA for that value. SMF30DET is also part of the value in SMF30CPT.
smf30cep	FLOAT?	Cumulative CPU time consumed for an address space or job while enqueue promoted (in 1.024 millisecond units).
smf30_boostinfo	INTEGER?	Boost Information Bit Meaning when set 0 zIIP boost was active at some point within the interval. An SMF30 step-end record will have the ‘active’ bit on if the bit was on in any interval record created for the step. An SMF30 job record will have the ‘active’ bit on if the bit was on in any interval record created for the job. 1 Speed boost was active at some point within the interval. An SMF30 step-end record will have the ‘active’ bit on if the bit was on in any interval record created for the step. An SMF30 job record will have the ‘active’ bit on if the bit was on in any interval record created for the job. 5 - 7 Boost class: 001 : IPL 010 : Shutdown 011 : Recovery process Note: The boost class value is valid only when one or more boosts is active; that is, a boost active bit is also
smf30_time_on_ifa	FLOAT?	Accumulation of CPU time spent on zAAP. Time is in hundredths of a second (includes enclave time).
smf30_enclave_time_on_ifa	FLOAT?	Accumulation of enclave time spent on zAAP. Time is in hundredths of a second.
smf30_dep_enclave_time_on_ifa	FLOAT?	Accumulation of dependent enclave time spent on zAAP. Time is in hundredths of a second.
smf30_time_ifa_on_cp	FLOAT?	Accumulation of CPU time spent running zAAP eligible work on a standard CP. Time is in hundredths of a second (includes enclave time).
smf30_enclave_time_ifa_on_cp	FLOAT?	Accumulation of zAAP enclave time spent on a standard CP. Time is in hundredths of a second.
smf30_dep_enclave_time_ifa_on_cp	FLOAT?	Accumulation of zAAP dependent enclave time spent on a standard CP. Time is in hundredths of a second.
smf30cepi	FLOAT?	CPU time consumed for an address space or job while enqueue promoted (in 1.024 millisecond units). Contains only the time consumed during the interval (not cumulative).
smf30_time_on_ziip	FLOAT?	(SMF30_TIME_ON_SUP) Accumulation of time spent on zIIP. Time is in hundredths of a second (includes enclave time).
smf30_enclave_time_on_ziip	FLOAT?	(SMF30_ENCLAVE_TIME_ON_SUP) Accumulation of enclave time spent on zIIP. Time is in hundredths of a second.
smf30_depenc_time_on_ziip	FLOAT?	(SMF30_DEPENC_TIME_ON_SUP) Accumulation of dependent enclave time spent on zIIP. Time is in hundredths of a second.
smf30_time_ziip_on_cp	FLOAT?	(SMF30_TIME_SUP_ON_CP) Accumulation of CPU time spent running zIIP eligible work on a standard CP. Time is in hundredths of a second (includes enclave time).
smf30_enclave_time_ziip_on_cp	FLOAT?	(SMF30_ENCLAVE_TIME_SUP_ON_CP) Accumulation of zIIP enclave time spent on a standard CP. Time is in hundredths of a second.
smf30_depenc_time_ziip_on_cp	FLOAT?	(SMF30_DEPENC_TIME_SUP_ON_CP) Accumulation of zIIP dependent enclave time spent on a standard CP. Time is in hundredths of a second.
smf30_enclave_time_ziip_qual	FLOAT?	(SMF30_ENCLAVE_TIME_SUP_QUAL) Normalized enclave time qualified to be on zIIP in hundredths of a second. Note that qualified time is the SRB time for an enclave that a program (Db2, for example) has identified to Workload Management for zIIP eligibility. The program also indicates the portion of the SRB time intended for eligibility to the zIIP(s). The eligible time achieved is reported in xxx_TIME_ON_ZIIP and xxx_TIME_ZIIP_ON_CP fields.
smf30_depenc_time_ziip_qual	FLOAT?	(SMF30_DEPENC_TIME_SUP_QUAL) Normalized dependent enclave time qualified to be on zIIP in hundredths of a second. Note that qualified time is the SRB time for an enclave that a program (Db2, for example) has identified to Workload Management for zIIP eligibility. The program also indicates the portion of the SRB time intended for eligibility to the zIIP(s). The eligible time achieved is reported in
smf30crp	FLOAT?	CPU time consumed for an address space or job while promoted because of chronic resource contention (in 1.024 millisecond units). For interval records, this field contains only the time consumed during the interval itself.
smf30icu_step_term	FLOAT?	CPU TCB time, in hundredths of seconds, spent by the initiator during job step termination processing. This field is the step termination portion of SMF30ICU that is reported in the next step end record.
smf30icu_step_init	FLOAT?	CPU TCB time, in hundredths of seconds, spent by the initiator during job step initialization processing. This field is the step initialization portion of SMF30ICU for this step end record.
smf30isb_step_term	FLOAT?	CPU SRB time, in hundredths of seconds, spent by the initiator during job step termination processing. This field is the step termination portion of SMF30ISB that is reported in the next step end record.
smf30isb_step_init	FLOAT?	CPU SRB time, in hundredths of seconds, spent by the initiator during job step initialization processing. This field is the step initialization portion of SMF30ISB for this step end record.
smf30_missed_smf30blk	INTEGER?	Accumulated value of I/O block counts when serialization could not be obtained for accumulating the value to SMF30BLK. This value is maintained at the job step level as opposed to the DD level of its SMF30BLK counterpart.
smf30_missed_smf30dct	FLOAT?	Accumulated value of device connect time, in 128- microsecond units, when serialization could not be obtained for accumulating the value to SMF30DCT. This value is maintained at the job step level as opposed to the DD level of its SMF30DCT counterpart. This field contains zero for started tasks.
smf30_highest_task_cpu_percent	INTEGER?	For interval records, the largest percentage of CPU time used by any task in the address space, rounded to the nearest integer. The percentage value is calculated as: TCB time * 100 / interval time. For step-end and job-end records, the value is the largest reported interval value.
smf30_highest_task_cpu_program	VARCHAR(8)?	Name of the program loaded by the task that used the largest percentage of CPU time in this address space. This field corresponds to SMF30_Highest_Task_CPU_Percent. A value of blanks indicates that no task reported any CPU time in the address space, or that the CPU time could not be obtained. A value of ???????? indicates that the program name could not be obtained for the task that reported the highest percentage of CPU time.
smf30cas_flag	INTEGER?	CPU accounting segment flags. Bit Meaning when set 0 SMF30CAS_InEligHonorPriority indicates eligible work in this address space is not offloaded to CPs for help processing. Once this bit is set on for a job interval or step-end record, this bit will also be set on for step-total and job-end records.
smf30_time_java_on_ziip	FLOAT?	Time spent in Java work on zIIP in hundredths of a second including enclave time. Valid when SMF30_Time_Java_On_zIIP_F is 0 and SMF30CLN ≥ SMF30CAS_Len_V2.
smf30_enclave_time_java_on_ziip	FLOAT?	Enclave time spent in Java work on zIIP in hundredths of a second. Valid when SMF30_ENCLAVE_Time_Java_On_zIIP_F is 0 and SMF30CLN ≥ SMF30CAS_Len_V2.
smf30_depenc_time_java_on_ziip	FLOAT?	Dependent enclave time spent in Java work on zIIP in hundredths of a second. Valid when SMF30_DEPENC_Time_Java_On_zIIP_F is 0 and SMF30CLN ≥ SMF30CAS_Len_V2.
smf30_time_java_on_cp	INTEGER?	zIIP eligible time spent in Java work on CP in hundredths of a second including enclave time. Valid when SMF30_Time_Java_On_CP_F is 0 and SMF30CLN ≥ SMF30CAS_Len_V2.
smf30_enclave_time_java_on_cp	FLOAT?	zIIP eligible enclave time spent in Java work on CP in hundredths of a second. Valid when SMF30_ENCLAVE_Time_Java_On_CP_F is 0 and SMF30CLN ≥ SMF30CAS_Len_V2.
smf30_depenc_time_java_on_cp	INTEGER?	zIIP eligible dependent enclave time spent in Java work on CP in hundredths of a second. Valid when SMF30_DEPENC_Time_Java_On_CP_F is 0 and SMF30CLN ≥ SMF30CAS_Len_V2.
ziipboost_active	INTEGER?	smf30_boostinfo (Bit 0) showing zIIP boost was active at some point within the interval. A smf30 step-end record will have the ‘active’ bit on if the bit was on in any interval record created for the step. A smf30 job record will have the ‘active’ bit on if the bit was on in any interval record created for the job.
speedboost_active	INTEGER?	smf30_boostinfo (Bit 1) showing speed boost was active at some point witinin the interval. A smf30 step-end record will have the ‘active’ bit on if the bit was on in any interval record created for the step. A smf30 job record will have the ‘active’ bit on if the bit was on in any interval record created for the job.
boostclass	VARCHAR(3)?	smf30_boostinfo (Bit 5-7) showing boost class (001: IPL; 010: Shutdown; 011: Recovery process).

Constraints:

• FOREIGN KEY (smf30_id.csc, smf30_id.smf30syp, smf30_id.smf30syn, smf30_id.start_interval, smf30_id.wkl, smf30_id.smf30typ, smf30_id.smf30jbn, smf30_id.smf30asi, smf30_id.smf30jnm, smf30_id.smf30stn, smf30_id.gid, smf30_id.suffix → csc, smf30syp, smf30syn, start_interval, wkl, smf30typ, smf30jbn, smf30asi, smf30jnm, smf30stn, gid, suffix)

• PRIMARY KEY (csc, smf30syp, smf30syn, start_interval, wkl, smf30typ, smf30jbn, smf30asi, smf30jnm, smf30stn, gid, suffix)

smf30_exp

smf2db.db_models.smf30_model.Smf30Exp (smf30_exp)

The Smf30Exp class stores the Smf30Exp section in the smf30_exp table.

Columns:

smf30cua*	VARCHAR(4)	Device number.
smf30ddn*	VARCHAR(8)	DD Name used to access the data set.
smf30dct	FLOAT?	Device connect time for this data set (in 128 micro-second units). For DIV object, device connect time is not collected by SMF; however, this field may not always be zero. For example, if a user is using a DIV data set and calls a VSAM utility to process it using the same DD statement, this will result in device connect time being charged by VSAM to the DIV object.
smf30tme	DATETIME?	Time since midnight, in hundredths of a second, that the record was moved to the SMF buffer.
datetime	DATETIME?	the hour of the record.
→ csc*	VARCHAR(8)	the identifier or serial number of Central Processor Complexes (CPC).
→ smf30syp*	VARCHAR(8)	Sysplex name (from the SYSPLEX parameter in the COUPLExx parmlib member).
→ smf30syn*	VARCHAR(8)	System name (from the SYSNAME parameter in the IEASYSxx parmlib member).
→ start_interval*	DATETIME	the record written datetime in 5-minute interval.
→ wkl*	VARCHAR(7)	the workload group based on the problem program run.
→ smf30typ*	INTEGER	Subtype identification Value Meaning 1 Job start or start of other work unit. 2 Activity since previous interval ended. Produced only when interval recording is active. 3 Activity for the last interval before step termination. Produced only when interval recording is active. 4 Step total 5 Job termination or termination of other work unit. 6
→ smf30jbn*	VARCHAR(8)	Job or session name. The job name, time, and date that the reader recognized the JOB card (for this job) constitute the job log identification.
→ smf30asi*	VARCHAR(4)	Address space identifier.
→ smf30jnm*	VARCHAR(8)	JES job identifier. Jobs scheduled by the APPC/MVS transaction scheduler (ASCH) start with an ‘A’ followed by a seven-digit number.
→ smf30stn*	INTEGER	Step number (first step = 1, and so on).
→ gid*	BIGINT	a hash number generated from the Identification Section.
→ suffix*	INTEGER	a sequence number for the records which share the same gid.
dd_idx*	INTEGER	the index of the EXCP record in the section.
smf30dev	VARCHAR(2)?	Device class.
smf30utp	VARCHAR(4)?	Unit type.
smf30blk	INTEGER?	Count of blocks issued for the device against the data set. This field has a maximum value of X’FFFFFFFF’ = 4,294,967,295. If it exceeds that value it will wrap to zero and then continue to increase again for additional blocks transferred.
smf30bsz	INTEGER?	Largest blocksize of the data set Bit Meaning when set 0 Indicated changed blocksize for the data set. Post processors should use this field to avoid the possibility of negative numbers. 1-15 Largest blocksize of the data set.
smf30xbs	BIGINT?	Block size value.
cbs	INTEGER?	smf30bsz (Bit 0) indicated changed blocksize for the data set. Post processors should use this field to avoid the possiblity of negative number.

Constraints:

• FOREIGN KEY (smf30_id.csc, smf30_id.smf30syp, smf30_id.smf30syn, smf30_id.start_interval, smf30_id.wkl, smf30_id.smf30typ, smf30_id.smf30jbn, smf30_id.smf30asi, smf30_id.smf30jnm, smf30_id.smf30stn, smf30_id.gid, smf30_id.suffix → csc, smf30syp, smf30syn, start_interval, wkl, smf30typ, smf30jbn, smf30asi, smf30jnm, smf30stn, gid, suffix)

• PRIMARY KEY (csc, smf30syp, smf30syn, start_interval, wkl, smf30typ, smf30jbn, smf30asi, smf30jnm, smf30stn, gid, suffix, smf30cua, smf30ddn, dd_idx)

smf30_id

smf2db.db_models.smf30_model.Smf30Id (smf30_id)

The Smf30Id class stores the Smf30Id section in the smf30_id table.

Columns:

smf30jbn*	VARCHAR(8)	Job or session name. The job name, time, and date that the reader recognized the JOB card (for this job) constitute the job log identification.
smf30jnm*	VARCHAR(8)	JES job identifier. Jobs scheduled by the APPC/MVS transaction scheduler (ASCH) start with an ‘A’ followed by a seven-digit number.
smf30stn*	INTEGER	Step number (first step = 1, and so on).
smf30asi*	VARCHAR(4)	Address space identifier.
smf30tme	DATETIME?	Time since midnight, in hundredths of a second, that the record was moved to the SMF buffer.
datetime	DATETIME?	the hour of the record.
smf30arb	BIGINT?	Maximum virtual storage, in bytes, allocated from the local system queue area (LSQA) and the SWA subpools (less than 16 MB).
smf30ear	BIGINT?	Maximum virtual storage in bytes allocated from the local system queue area (LSQA) and the SWA subpools (greater than 16 MB).
smf30urb	BIGINT?	Maximum virtual storage in bytes allocated from the user subpools (less than 16 MB).
smf30eur	BIGINT?	Maximum virtual storage in bytes allocated from the user subpools (greater than 16 MB).
smf30hvo	BIGINT?	Amount of 64-bit private storage in bytes that is obtained by this step or job. This includes guarded virtual storage. The SMF30HVO field contains a snapshot value of high virtual private storage allocation. As the memory objects owned by the executed program have already been detached at the time the step or job goes through termination, SMF30HVO contains the memory object size still allocated to the initiator address space, but no longer reflects the memory objects that may have been allocated by the program executed in the job step. In contrast to SMF30HVO, the SMF30HVH field is maintained as a high water mark. Its content reflects the high virtual memory object size that was once allocated by the job step being executed under the initiator address space.
csc*	VARCHAR(8)	the identifier or serial number of Central Processor Complexes (CPC).
smf30syp*	VARCHAR(8)	Sysplex name (from the SYSPLEX parameter in the COUPLExx parmlib member).
smf30syn*	VARCHAR(8)	System name (from the SYSNAME parameter in the IEASYSxx parmlib member).
start_interval*	DATETIME	the record written datetime in 5-minute interval.
wkl*	VARCHAR(7)	the workload group based on the problem program run.
smf30typ*	INTEGER	Subtype identification Value Meaning 1 Job start or start of other work unit. 2 Activity since previous interval ended. Produced only when interval recording is active. 3 Activity for the last interval before step termination. Produced only when interval recording is active. 4 Step total 5 Job termination or termination of other work unit. 6
gid*	BIGINT	a hash number generated from the Identification Section.
suffix*	INTEGER	a sequence number for the records which share the same gid.
smf30pgm	VARCHAR(8)?	Program name (taken from PGM= parameter on EXEC card). If a backward reference was used, this field contains PGM=*.DD.
smf30stm	VARCHAR(8)?	Step name (taken from name on EXEC card).
smf30uif	VARCHAR(8)?	User-defined identification field (taken from common exit parameter area, not from USER=parameter on job statement).
smf30cls	VARCHAR(2)?	Job class (blank for TSO/E session or started tasks).
smf30jf1	INTEGER?	Flag word Bit Meaning when set 0 Job/Session ID section flag. 1-7
smf30pgn	INTEGER?	Beginning with z/OS V1R3, this field is always zero.
smf30jpt	INTEGER?	JES input priority. If no value is specified for the PRTY parameter (on the JOB card), this field contains: • For JES3, the default priority specified on the JES3 STANDARDS initialization card • For JES2, a zero. Note that JES2 does not use the priority value reported in the field. (The JES2 job selection priority is requested using the JES2
smf30ast	VARCHAR(11)?	Device allocation start time, in hundredths of a second.
smf30pps	VARCHAR(11)?	Problem program start time, in hundredths of a second.
smf30sit	DATETIME?	Time since midnight, in hundredths of a second, that the initiator selected this step or job.
smf30rst	DATETIME?	Time since midnight, in hundredths of a second, that the reader recognized the JOB card (for this job).
smf30ret	DATETIME?	Time since midnight, in hundredths of a second, that the reader recognized the end of the JCL being read for the job or started task (reader stop time). For TSO/E this is the logon enqueue time.
smf30usr	VARCHAR(20)?	Programmer’s name.
smf30grp	VARCHAR(8)?	RACF group ID. 0 = RACF is not active.
smf30rud	VARCHAR(8)?	RACF user ID. 0 = RACF is not active.
smf30tid	VARCHAR(8)?	RACF terminal ID. This field is zero if RACF is not active (or the user is not a terminal user).
smf30tsn	VARCHAR(8)?	Terminal symbolic name.
smf30psn	VARCHAR(8)?	The name of the step that invoked the procedure. This field contains blanks if not part of a procedure.
smf30cl8	VARCHAR(8)?	8-character job class (left justified, padded with blanks). For JES2, taken from the SMF30CLS field (if not specified), ‘TSU’ for TSO sessions, or ‘STC’ for started tasks. For JES3, taken from the CLASS parameter on the //* MAIN card (if valid), or the default (JS3BATCH).
smf30iss	DATETIME?	Time and date that the interval started for subtype 2 and 3 records, in time-of-day (TOD) format, an unsigned 64-bit fixed-point number where bit 51 is equivalent to 1 microsecond. The representation of this value in local time is stored in SMF30IST and SMF30IDT. Variations in setting the local time can make the times appear to be out of synchronization.
smf30iet	DATETIME?	Time and date that the interval ended for subtype 2 and 3 records, in time-of-day (TOD) format, an unsigned 64-bit fixed-point number where bit 51 is equivalent to 1 microsecond. If you requested synchronized interval recording, you can use this field to compare this record with other records generated at the end of the same interval. If the address space being reported was not swapped in when the interval ended, then the time contained in this field might be earlier than the time that the record was generated.
smf30ssn	INTEGER?	Substep number. This field is set to zero for non-z/OS UNIX steps. When the z/OS UNIX exec function is requested, a new substep is begun and this value is incremented.
smf30exn	VARCHAR(16)?	Program name. For a z/OS UNIX program, this contains the name, for up to 16 bytes, starting after the last slash in the file name, of the program that was run. The z/OS UNIX name ends with the null character X’00’. For an MVS program, it is an unqualified name of up to 8 characters of the program that was executed. The MVS program name is padded with blanks to a length of 16 characters. For example, for a z/OS UNIX name of /usr/joe/somepgm , the field in SMF record type 30 is somepgm ended by X’00’ . For a z/OS UNIX name of /usr/joe/someverylongprogramname , the field is truncated to someverylongprog .
smf30cor	VARCHAR(130)?	JES job correlator.
smf30jclid1	VARCHAR(10)?	JES-computed binary identifier for the job that was submitted (using method 1), if provided by the primary subsystem.
smf30jclid2	VARCHAR(10)?	JES-computed binary identifier for the job that was submitted (using method 2) , if provided by the primary subsystem.
smf30jcltoken	VARCHAR(18)?	Identifier for the job, if provided by the primary subsystem.
smf30holduntil	DATETIME?	A UTC timestamp represented by the first 6 bytes (bits 0-47) of an ETOD value. This is the resolved HOLDUNTL value for the job (from JCL or JES2 symbol on the internal reader interface) , if provided by the primary subsystem.
smf30deadline	DATETIME?	A UTC timestamp represented by the first 6 bytes (bits 0-47) of an ETOD value. This is the resolved DEADLINE value for the job (from JES2 symbol on the internal reader interface) , if provided by the
smf30_rctpcpua_actual	INTEGER?	Physical CPU adjustment factor (this is the adjustment factor for converting CPU time to equivalent service, in basic-mode with all processors online). Based on model capacity rating.
smf30_rctpcpua_nominal	INTEGER?	Physical CPU adjustment factor (this is the adjustment factor for converting CPU time to equivalent service in basic-mode with all processors online). Based on nominal model capacity rating.
smf30_rctpcpua_scaling_factor	INTEGER?	Scaling factor for SMF30_RCTPCPUA_actual and SMF30_RCTPCPUA_nominal.
smf30_capacity_adjustment_ind	INTEGER?	Field values and meanings are: Value Meaning 0 The indication is not reported. 1-99 Some amount of reduction is indicated. 100 The machine is operating in normal capacity. Primary CPUs and all secondary-type CPUs are similarly affected.
smf30_rmctadjn_nominal	INTEGER?	Nominal CPU rate adjustment.
smf30_time_on_ziip	FLOAT?	(SMF30_TIME_ON_SUP) Accumulation of time spent on zIIP. Time is in hundredths of a second (includes enclave time).
smf30tex	BIGINT?	Total blocks transferred - accumulated EXCP counts. This field is the 8-byte equivalent of SMF30TEP, but this field remains valid after SMF30TEP is invalid.
smf30pgi	BIGINT?	(SMF30PIA) Number of page-ins from auxiliary storage, regardless of the page size (4K or 1M).
smf30pgo	BIGINT?	(SMF30POA) Number of page-outs to auxiliary storage, regardless of the page size (4K or 1M).
smf30nsw	BIGINT?	As of z/OS 1.8, this field is no longer valid; the value is always zero. Prior to z/OS 1.8, this field contained: Number of address space swap sequences. (A swap sequence consists of an address space swap-out and swap-in. Logical swap-out and swap-in are not included.)
duration	FLOAT?	the duration of the job.
tcb_time	FLOAT?	the calculated TCB time based on the service units.
srb_time	FLOAT?	the calculated SRB time base on the service units.
cpu_total	FLOAT?	the total CPU time.
consumed_msu	FLOAT?	the total MSU consumed.
smf30pgn_inv	INTEGER?	smf30jf1 (Bit 0) showing job/session ID section flag that smf30pgn is invalid.
excp_num	INTEGER?	the number of Execute CHannel Program (EXCP) sections related to this record.
unix_process_num	INTEGER?	number of z/OS UNIX PRocess sections related to this record.
usage_data_num	INTEGER?	number of Usage Data sections related to this record.
restart_mgmt_num	INTEGER?	number of AUtomatic Restart Management section related to this record.
msys_encl_rem_system_data_num	INTEGER?	number of Multisystem Enclave Remote System Data section related to this record.
smf30rs1	INTEGER?	Reserved.
smf30pflags	INTEGER?	Product flags. Bit Meaning when set 0 Reserved. 1 (SMF30_CrypCtrs_Active) Indicates that crypto counter processing is active. 2 (SMF30_NNPICtrs_Active) Indicates that NNPI counter processing is active 3 - 7 Reserved.
smf30rvn	VARCHAR(2)?	Record version number Value Meaning ‘05’ MVS/SP Version 5 ‘04’ MVS/SP Version 4 ‘03’ MVS/SP Version 3 ‘02’ MVS/SP Version 2 ‘01’ VS2
smf30pnm	VARCHAR(8)?	Subsystem or product name, for example SMF.
smf30osl	VARCHAR(8)?	Code string for the operating system level to represent the version, release, and modification level, as described for CVTPRODN. Guaranteed to be larger in each release.
smf30scc	VARCHAR(4)?	Step completion code X’0 ccc ‘ Indicates system abnormal end (abend) of task in the job step, where ccc is the system abend code. (See z/OS MVS System Codes
smf30sti	VARCHAR(4)?	Step/Job termination indicator Bit Meaning when set 0 Reserved 1 Canceled by exit IEFUJV. 2 Canceled by exit IEFUJI. 3 Canceled by exit IEFUSI. 4 Canceled by exit IEFACTRT. 5 Step is to be restarted. 6 If zero, then normal completion. If 1, then abnormal end of task (abend). If step completion code equals 0322 or 0522, then IEFUTL caused the abend. If step completion code equals 0722, then IEFUSO caused the abend. 7 If zero, then normal completion. If 1, then step was flushed. 8 EXCP counts might be incorrect because the record did not include all the DD statements. 9 Previous interval record was not written because an error occurred. The cumulative count might be incorrect because the counters were cleared. 10 EXCP sections were not merged from the interval to the step record or from the step to the job record. 11 Step completed with a ‘post execution’ error. Post-execution errors include a failure that occurred because the ALLOCxx parmlib member specified CATLG_ERR FAILJOB(YES). 12 Step completed due to z/OS UNIX exec function request. 13 JOB abnormally ended because of COND= condition on the JOB card. This flag will be set on in the subtype 5 job termination record only. 14 Job was evicted via the $EJ nn ,STEP,HOLD or equivalent command. This bit is set for subtype 4 (step end) records only. 15
smf30arc	VARCHAR(8)?	Abend reason code.

Constraints:

• PRIMARY KEY (csc, smf30syp, smf30syn, start_interval, wkl, smf30typ, smf30jbn, smf30asi, smf30jnm, smf30stn, gid, suffix)

smf30_prf

smf2db.db_models.smf30_model.Smf30Prf (smf30_prf)

The Smf30Prf class stores the Smf30Prf section in the smf30_prf table.

Columns:

smf30wlm	VARCHAR(8)?	Workload name. This field is blank (X’40’) when in workload management compatibility mode.
smf30scn	VARCHAR(8)?	Service class name. This field will contain SYSOTHER during the time of a WLM POLICY switch.
smf30grn	VARCHAR(8)?	Resource group name.
smf30rcn	VARCHAR(8)?	Report class name. This field is blank (X’40’) during the time of a WLM POLICY switch.
smf30pfl	VARCHAR(16)?	Scheduling environment name. Binary zeros if no scheduling environment is specified.
smf30pf1	INTEGER?	Performance section flag byte: Value (Name) Meaning X’80’ (SMF30PFJ) Job service class association was modified by a system operator prior to job initiation. X’40’ (SMF30PFR) Job service class association was modified by a system operator during job execution. X’20’ (SMF30PFF) Job initiation forced by a system operator. X’10’ (SMF30RTR) Job has been restarted. There is one set of SMF30 records for each time the job is restarted. X’08’ (SMF30MSI) Remote system data is incomplete. X’04’ (SMF30WMI) Job is executing in a workload manager batch initiator. X’02’ (SMF30CCP) Service class assigned to the address space was designated CPU-critical in the WLM service definition. X’01’ (SMF30CSP) Service class assigned to the address space was designated storage-critical in the WLM service definition.
smf30pf2	INTEGER?	Performance section flag byte: Value (Name) Meaning X’80’ (SMF30ASP) Address space was designated storage-critical. X’40’ (SMF30SME) Address space cannot be managed to transaction goals, because ‘manage region to goals of region’ was specified in the WLM service definition. X’20’ (SMF30CPR) Address space is currently CPU-protected. X’10’ (SMF30SPR) Address space is currently storage-protected. X’08’ (SMF30PIN) If this bit is on, the following fields contain incomplete data:
smf30inv	INTEGER?	Performance section flag byte: Value (Name) Meaning X’80’ (SMF30SRV_INV) When this bit is on, it indicates that the value in SMF30SRV has grown past its four byte maximum value capacity of X’FFFFFFFF’ and has wrapped back to zero. SMF30SRV_L is the 8-byte equivalent of SMF30SRV. X’40’ (SMF30CSU_INV) When this bit is on, it indicates that the value in SMF30CSU has grown past its four byte maximum value capacity of X’FFFFFFFF’ and has wrapped back to zero. SMF30CSU_L is the 8-byte equivalent of SMF30CSU. X’20’ (SMF30SRB_INV) When this bit is on, it indicates that the value in SMF30SRB has grown past its four byte maximum value capacity of X’FFFFFFFF’ and has wrapped back to zero. SMF30SRB_L is the 8-byte equivalent of SMF30SRB. X’10’ (SMF30IO_INV) When this bit is on, it indicates that the value in SMF30IO has grown past its four byte maximum value capacity of X’FFFFFFFF’ and has wrapped back to zero. SMF30IO_L is the 8-byte equivalent of SMF30IO. X’08’ (SMF30MSO_INV) When this bit is on, it indicates that the value in SMF30MSO has grown past its four byte maximum value capacity of X’FFFFFFFF’ and has wrapped back to zero. SMF30MSO_L is the 8-byte equivalent of SMF30MSO. X’04 (SMF30ESU_INV) When this bit is on, it indicates that the value in SMF30ESU has grown past its four byte maximum value capacity of
smf30zep	VARCHAR(4)?	Contains information associated with a potential future function and no further details are available at this time.
smf30jpn	VARCHAR(8)?	Subsystem collection name from IWMCLSFY SUBCOLN.
smf30acb	VARCHAR(4)?	Contains information associated with a potential future function, no further details are provided at this time.
smf30cr	VARCHAR(4)?	Contains information associated with a potential future function, no further details are provided at this time.
smf30_capacity_change_rsn	VARCHAR(4)?	Indicates the reason that is associated with the present value contained in SMF30_Capacity_Adjustment_Ind. The bit values of this field correspond to those described in RMCTZ_Capacity_Adjustment_Indication of the IRARMCTZ mapping macro. (See MVS Data Areas . )
smf30_capacity_flags	INTEGER?	Processor capacity flags. Bit (Name) Meaning when set 0 (SMF30_Event_Driven_Intvl_Rec) Indicates that the current interval record was generated as a result of an event, rather than as a result of standard interval expiration based on time. 1 (SMF30_RQSVSUS_Err) Indicates that an error occurred while collecting the data for SMF30SUS following a change in processor capacity. If this bit is found to be on when the record is being written, an additional attempt to collect the data from SRM is made. If that attempt is successful, the data is filled in at that time and the SMF30PIN error bit will be off. 2 (SMF30_Capacity_Data_Err) Indicates that error occurred while collecting the processor capacity data, therefore the following fields are unreliable: SMF30_RCTPCPUA_Actual SMF30_RCTPCPUA_Nominal SMF30_RCTPCPUA_scaling_factor SMF30_Capacity_Adjustment_Ind SMF30_Capacity_Change_Rsn 3 (SMF30_PCD_Rsvd_Exists) Indicates records generated on systems running z/OS V1R7 through z/OS V1R9. When off, this bit indicates records generated on systems running z/OS V1R10 and later.
smf30tme	DATETIME?	Time since midnight, in hundredths of a second, that the record was moved to the SMF buffer.
datetime	DATETIME?	the hour of the record.
smf30pfj	INTEGER?	smf30pf1 (Bit 0) showing job service class association was modified by a system operator prior to job initiation.
smf30pfr	INTEGER?	smf30pf1 (Bit 1) showing job service class association was modified by a system operator during job execution.
smf30pff	INTEGER?	smf30pf1 (Bit 2) showing job initiation forced by a system operator.
smf30rtr	INTEGER?	smf30pf1 (Bit 3) showing job has been restarted. There is one set of smf30 records for each time the job is restarted.
smf30msi	INTEGER?	smf30pf1 (Bit 4) showing remote system data is incomplete.
smf30wmi	INTEGER?	smf30pf1 (Bit 5) showing job is executing in a workload manager batch initiator.
smf30ccp	INTEGER?	smf30pf1 (Bit 6) showing service class assigned to the address space was designated CPU-critical in the WLM service definition.
smf30csp	INTEGER?	smf30pf1 (Bit 7) showing service class assigned to the address space was designated stroage-critical in the WLM service definition.
smf30asp	INTEGER?	smf30pf2 (Bit 0) showing address space was designated storage-critical.
smf30sme	INTEGER?	smf30pf2 (Bit 1) showing address space cannot be managed to transaction goals, because ‘manage region to goals of region’ was specified in the WLM service definition.
smf30cpr	INTEGER?	smf30pf2 (Bit 2) showing address space is currently CPU-protected.
smf30spr	INTEGER?	smf30pf2 (Bit 3) showing address space is currently storage-protected.
smf30pin	INTEGER?	smf30pf2 (Bit 4) showing if this bit is on , the following fields contain incomplete data: (SRM could not deliver deltas or values for this interval) smf30csu, smf30esu, smf30eta, smf30etc, smf30grn, smf30hqt, smf30io, smf30jpn, smf30jqt, smf30srv_l, smf30srb_l, smf30mso_l, smf30mso, smf30pfl, smf30pfr, smf30rcn, smf30res, smf30rqt, smf30rtr, smf30scn, smf30sme, smf30csu_l, smf30io_l, smf30esu_l, smf30spr, smf30sqt, smf30srb, smf30srv, smf30sus, smf30tat, smf30trs, smf30wlm and smf30crm.
smf30crm	INTEGER?	smf30pf2 (Bit 5) showing if this bit is on, it indicates that the address space matched a classification rule that specified ‘manage region using goals of both’, which means it is managed towards the velocity goal of the region. But transaction completions are reported and used for management of the transaction service classes with response time goals. This option must only be used with CICS TORs. The associated AORs must remain at hte default ‘manage region using goals of transaction’.
smf30srv_inv	INTEGER?	smf30inv (Bit 0) showing when this bit is on, it indicates that the value in smf30srv has gron past its four byte maximum value capacity of 0xFFFFFFFF and has wrapped back to zero. smf30srv_l is the 8-byte equivalent of smf30srv.
smf30csu_inv	INTEGER?	smf30inv (Bit 1) showing when this bit is on, it indicates that the value in smf30csu has gron past its four byte maximum value capacity of 0xFFFFFFFF and has wrapped back to zero. smf30csu_l is the 8-byte equivalent of smf30csu.
smf30srb_inv	INTEGER?	smf30inv (Bit 2) showing when this bit is on, it indicates that the value in smf30srb has gron past its four byte maximum value capacity of 0xFFFFFFFF and has wrapped back to zero. smf30srb_l is the 8-byte equivalent of smf30srb.
smf30io_inv	INTEGER?	smf30inv (Bit 3) showing when this bit is on, it indicates that the value in smf30io has gron past its four byte maximum value capacity of 0xFFFFFFFF and has wrapped back to zero. smf30io_l is the 8-byte equivalent of smf30io.
smf30mso_inv	INTEGER?	smf30inv (Bit 4) showing when this bit is on, it indicates that the value in smf30mso has gron past its four byte maximum value capacity of 0xFFFFFFFF and has wrapped back to zero. smf30mso_l is the 8-byte equivalent of smf30mso.
smf30esu_inv	INTEGER?	smf30inv (Bit 5) showing when this bit is on, it indicates that the value in smf30esu has gron past its four byte maximum value capacity of 0xFFFFFFFF and has wrapped back to zero. smf30esu_l is the 8-byte equivalent of smf30esu.
smf30_event_driven_intvl_rec	INTEGER?	smf30_capacity_flags (Bit 0) indicates that the current interval record was generated as a result of an event, rather than as a result of standard interval expiration based on time.
smf30_rqsvsus_err	INTEGER?	smf30_capacity_flags (Bit 1) indicates that an error occured while collecting the data from smf30sus following a change in processor capacity. If this bit is found to be on when the record is being written, an additional attempt to collect the data from SRM is made. If the attempt is successful, the data is filled in at that time and the smf30pin error bit will be off.
smf30_capacity_data_err	INTEGER?	smf30_capacity_flags (Bit 2) indicates that error occurred while collecting the processor capacity data, therefore the following fields are unreliable: smf30_rctpcpua_actual, smf30_rctpcpua_nominal, smf30_rctpcpua_scaling_factor, smf30_capacity_adjustment_ind and smf30_capacity_change_rsn.
smf30_pcd_rsvd_exists	INTEGER?	smf30_capacity_flags (Bit 3) indicates record generated on system runing z/OS V1R7 through z/OS V1R9. When off, this bit indicates records generated on systems running z/OS V1R10 and later.
→ csc*	VARCHAR(8)	the identifier or serial number of Central Processor Complexes (CPC).
→ smf30syp*	VARCHAR(8)	Sysplex name (from the SYSPLEX parameter in the COUPLExx parmlib member).
→ smf30syn*	VARCHAR(8)	System name (from the SYSNAME parameter in the IEASYSxx parmlib member).
→ start_interval*	DATETIME	the record written datetime in 5-minute interval.
→ wkl*	VARCHAR(7)	the workload group based on the problem program run.
→ smf30typ*	INTEGER	Subtype identification Value Meaning 1 Job start or start of other work unit. 2 Activity since previous interval ended. Produced only when interval recording is active. 3 Activity for the last interval before step termination. Produced only when interval recording is active. 4 Step total 5 Job termination or termination of other work unit. 6
→ smf30jbn*	VARCHAR(8)	Job or session name. The job name, time, and date that the reader recognized the JOB card (for this job) constitute the job log identification.
→ smf30asi*	VARCHAR(4)	Address space identifier.
→ smf30jnm*	VARCHAR(8)	JES job identifier. Jobs scheduled by the APPC/MVS transaction scheduler (ASCH) start with an ‘A’ followed by a seven-digit number.
→ smf30stn*	INTEGER	Step number (first step = 1, and so on).
→ gid*	BIGINT	a hash number generated from the Identification Section.
→ suffix*	INTEGER	a sequence number for the records which share the same gid.
smf30srv	BIGINT?	Total service units. This field grows to X’FFFFFFFF’ and then wraps back to zero and continues growing. When wrapping occurs, SMF30SRV_INV is set to on. SMF30SRV_L is the 8-byte equivalent of this field.
smf30csu	BIGINT?	CPU service units. This field grows to X’FFFFFFFF’ and then wraps back to zero and continues growing. When wrapping occurs, SMF30CSU_INV is set to on. SMF30CSU_L is the 8-byte equivalent of this field.
smf30srb	BIGINT?	Service request block (SRB) service units. This field grows to X’FFFFFFFF’ and then wraps back to zero and continues growing. When wrapping occurs, SMF30SRB_INV is set to on. SMF30SRB_L is the 8-byte equivalent of this field.
smf30io	BIGINT?	I/O service units. This field grows to X’FFFFFFFF’ and then wraps back to zero and continues growing. When wrapping occurs, SMF30IO_INV is set to on. SMF30IO_L is the 8-byte equivalent of this field.
smf30mso	BIGINT?	Main storage occupancy (MSO) service units. This field grows to X’FFFFFFFF’ and then wraps back to zero and continues growing. When wrapping occurs, SMF30MSO_INV is set to on. SMF30MSO_L is the 8-byte equivalent of this field.
smf30tat	FLOAT?	System resources manager (SRM) transaction active time, in 1024- microsecond units.
smf30sus	INTEGER?	Copy of RmctAdjC when this SMF record was produced, number of sixteenths of one CPU microsecond per CPU service unit.
smf30res	FLOAT?	System resources manager (SRM) transaction residency time, in 1024-microsecond units. That is the amount of time the SRM transaction was in real storage.
smf30trs	INTEGER?	Number of system resources manager (SRM) transactions.
smf30eta	FLOAT?	Independent enclave transaction active time in 1024-microsecond units.
smf30esu	BIGINT?	Independent enclave CPU service units. This field grows to X’FFFFFFFF’ and then wraps back to zero and continues growing. When wrapping occurs, SMF30ESU_INV is set to on. SMF30ESU_L is the 8-byte equivalent of this field.
smf30etc	INTEGER?	Independent enclave transaction count.
smf30jqt	FLOAT?	Job preparation time. This is the elapsed time before the job was first queued for execution. It excludes time to read the job into the system. It includes delays incurred waiting for and during conversion, such as when eligible systems are not active to convert the job. If the JOB statement specified TYPRUN=JCLHOLD, this time is 0. The time is in 1024-microsecond units.
smf30rqt	FLOAT?	Time following job preparation when the job was ineligible for execution due to either the job’s eligible systems being inactive or the job’s scheduling environment not being available. The time is in 1024-microsecond units.
smf30hqt	FLOAT?	Time following job preparation when the job was ineligible for execution for reasons not included in SMF30RQT. This includes job hold, job class hold, job queue hold, duplicate job name serialization, and job class execution limits. If the JOB statement specified TYPRUN=HOLD, the time that the job is held for this reason is not included. The time is in 1024-microsecond units.
smf30sqt	FLOAT?	Time the job was eligible for execution. This is the amount of time between the end of job conversion and Problem Program Start time (SMF30PPS). The time is in 1024-microsecond units. For JES3, this field includes time the job was ineligible for execution.
smf30msc	INTEGER?	MSO Service Definition Coefficient (SDC). Always zero.
smf30cpc	INTEGER?	CPU Service Definition Coefficient (SDC) scaled by 10.
smf30loc	INTEGER?	IOC Service Definition Coefficient (SDC). Always zero.
smf30src	INTEGER?	SRB Service Definition Coefficient (SDC) scaled by 10.
smf30znf	INTEGER?	Normalization factor for zAAP service time. Used to convert between real zAAP times and ‘normalized’ zAAP times, that is, the equivalent time on a standard CP. Multiply SMF30_TIME_ON_zAAP by this value and divide by 256 to calculate the normalized zAAP time.
smf30snf	INTEGER?	Normalization factor for zIIP service time. Used to convert between real zIIP times and normalized zIIP times, that is, the equivalent time on a standard CP. Multiply SMF30_TIME_ON_zIIP by this value
smf30srv_l	BIGINT?	Total service units. This is the 8-byte equivalent of SMF30SRV. The value of this field continues to grow after SMF30SRV_INV is set.
smf30csu_l	BIGINT?	CPU service units. This is the 8-byte equivalent of SMF30CSU. The value of this field continues to grow after SMF30CSU_INV is set.
smf30srb_l	BIGINT?	SRB service units. This is the 8-byte equivalent of SMF30SRB. The value of this field continues to grow after SMF30SRB_INV is set.
smf30io_l	BIGINT?	I/O service units. This is the 8-byte equivalent of SMF30IO. The value of this field continues to grow after SMF30IO_INV is set.
smf30mso_l	BIGINT?	MSO service units. This is the 8-byte equivalent of SMF30MSO. The value of this field continues to grow after SMF30MSO_INV is set.
smf30esu_l	BIGINT?	ESU service units. This is the 8-byte equivalent of SMF30ESU. The value of this field continues to grow after SMF30ESU_INV is set.
smf30_capacity_change_cnt	INTEGER?	The number of processor capacity changes that occurred since the previous interval or event interval. This number will be greater than 1 when the number of processor capacity changes exceeded the number specified in the MAXEVENTINTRECS parmlib option.
smf30_rctpcpua_actual	INTEGER?	Physical CPU adjustment factor (this is the adjustment factor for converting CPU time to equivalent service, in basic-mode with all processors online). Based on model capacity rating.
smf30_rctpcpua_nominal	INTEGER?	Physical CPU adjustment factor (this is the adjustment factor for converting CPU time to equivalent service in basic-mode with all processors online). Based on nominal model capacity rating.
smf30_rctpcpua_scaling_factor	INTEGER?	Scaling factor for SMF30_RCTPCPUA_actual and SMF30_RCTPCPUA_nominal.
smf30_capacity_adjustment_ind	INTEGER?	Field values and meanings are: Value Meaning 0 The indication is not reported. 1-99 Some amount of reduction is indicated. 100 The machine is operating in normal capacity. Primary CPUs and all secondary-type CPUs are similarly affected.
smf30_rmctadjn_nominal	INTEGER?	Nominal CPU rate adjustment.

Constraints:

• FOREIGN KEY (smf30_id.csc, smf30_id.smf30syp, smf30_id.smf30syn, smf30_id.start_interval, smf30_id.wkl, smf30_id.smf30typ, smf30_id.smf30jbn, smf30_id.smf30asi, smf30_id.smf30jnm, smf30_id.smf30stn, smf30_id.gid, smf30_id.suffix → csc, smf30syp, smf30syn, start_interval, wkl, smf30typ, smf30jbn, smf30asi, smf30jnm, smf30stn, gid, suffix)

• PRIMARY KEY (csc, smf30syp, smf30syn, start_interval, wkl, smf30typ, smf30jbn, smf30asi, smf30jnm, smf30stn, gid, suffix)

smf30_op

smf2db.db_models.smf30_model.Smf30Op (smf30_op)

The Smf30Op class stores the Smf30Op section in the smf30_op table.

Columns:

smf30opi*	INTEGER	z/OS UNIX process ID.
smf30opg	INTEGER?	z/OS UNIX process group ID.
smf30oui	INTEGER?	z/OS UNIX process user ID.
smf30oug	INTEGER?	z/OS UNIX process user group ID.
smf30osi	INTEGER?	z/OS UNIX process session ID.
smf30opp	INTEGER?	Parent process ID.
→ gid*	BIGINT	a hash number generated from the Identification Section.
smf30tme	DATETIME?	Time since midnight, in hundredths of a second, that the record was moved to the SMF buffer.
datetime	DATETIME?	the hour of the record.
→ csc*	VARCHAR(8)	the identifier or serial number of Central Processor Complexes (CPC).
→ smf30syp*	VARCHAR(8)	Sysplex name (from the SYSPLEX parameter in the COUPLExx parmlib member).
→ smf30syn*	VARCHAR(8)	System name (from the SYSNAME parameter in the IEASYSxx parmlib member).
→ start_interval*	DATETIME	the record written datetime in 5-minute interval.
→ wkl*	VARCHAR(7)	the workload group based on the problem program run.
→ smf30typ*	INTEGER	Subtype identification Value Meaning 1 Job start or start of other work unit. 2 Activity since previous interval ended. Produced only when interval recording is active. 3 Activity for the last interval before step termination. Produced only when interval recording is active. 4 Step total 5 Job termination or termination of other work unit. 6
→ smf30jbn*	VARCHAR(8)	Job or session name. The job name, time, and date that the reader recognized the JOB card (for this job) constitute the job log identification.
→ smf30asi*	VARCHAR(4)	Address space identifier.
→ smf30jnm*	VARCHAR(8)	JES job identifier. Jobs scheduled by the APPC/MVS transaction scheduler (ASCH) start with an ‘A’ followed by a seven-digit number.
→ smf30stn*	INTEGER	Step number (first step = 1, and so on).
→ suffix*	INTEGER	a sequence number for the records which share the same gid.
proc_idx*	INTEGER	the index of the process record in the section.
smf30osc	INTEGER?	Number of z/OS UNIX services requested by the process. When the z/OS UNIX parmlib option SYSCALL_COUNTS is set to NO, there is no collection of data for the count of syscalls. When gathering syscall counts for a job, do not switch between SYSCALL_COUNTS=YES and SYSCALL_COUNTS=NO because doing so can lead to inaccurate values in the SMF30OSC field.
smf30ost	FLOAT?	Total CPU time (in hundredths of a second) accumulated by z/OS UNIX services requested by the process. Note that the value in SMF30OST is already included in fields SMF30CPT or SMF30CPS. When the z/OS UNIX parmlib option SYSCALL_COUNTS is set to NO, there is no collection of data for CPU usage. When gathering CPU usage for a job, do not switch between SYSCALL_COUNTS=YES and SYSCALL_COUNTS=NO because doing so can lead to inaccurate values in the SMF30OST field.
smf30odr	INTEGER?	Number of z/OS UNIX directory reads for the process.
smf30ofr	INTEGER?	Read I/O block count for z/OS UNIX regular files.
smf30ofw	INTEGER?	Write I/O block count for z/OS UNIX regular files.
smf30opr	INTEGER?	Read I/O block count for z/OS UNIX pipes and AF_UNIX sockets.
smf30opw	INTEGER?	Write I/O block count for z/OS UNIX pipes and AF_UNIX sockets.
smf30oll	INTEGER?	Number of pathname lookup calls to the logical file system.
smf30olp	INTEGER?	Number of pathname lookup calls to the physical file system.
smf30ogl	INTEGER?	Number of pathname generation calls to the logical file system.
smf30ogp	INTEGER?	Number of pathname generation calls to the physical file system to determine a pathname.
smf30osy	INTEGER?	Number of times the sync() function was called.

Constraints:

• FOREIGN KEY (smf30_id.csc, smf30_id.smf30syp, smf30_id.smf30syn, smf30_id.start_interval, smf30_id.wkl, smf30_id.smf30typ, smf30_id.smf30jbn, smf30_id.smf30asi, smf30_id.smf30jnm, smf30_id.smf30stn, smf30_id.gid, smf30_id.suffix → csc, smf30syp, smf30syn, start_interval, wkl, smf30typ, smf30jbn, smf30asi, smf30jnm, smf30stn, gid, suffix)

• PRIMARY KEY (csc, smf30syp, smf30syn, start_interval, wkl, smf30typ, smf30jbn, smf30asi, smf30jnm, smf30stn, gid, suffix, smf30opi, proc_idx)

smf30_ops

smf2db.db_models.smf30_model.Smf30Ops (smf30_ops)

The Smf30Ops class stores the Smf30Ops section in the smf30_ops table.

Columns:

smf30tme	DATETIME?	Time since midnight, in hundredths of a second, that the record was moved to the SMF buffer.
datetime	DATETIME?	the hour of the record.
→ csc*	VARCHAR(8)	the identifier or serial number of Central Processor Complexes (CPC).
→ smf30syp*	VARCHAR(8)	Sysplex name (from the SYSPLEX parameter in the COUPLExx parmlib member).
→ smf30syn*	VARCHAR(8)	System name (from the SYSNAME parameter in the IEASYSxx parmlib member).
→ start_interval*	DATETIME	the record written datetime in 5-minute interval.
→ wkl*	VARCHAR(7)	the workload group based on the problem program run.
→ smf30typ*	INTEGER	Subtype identification Value Meaning 1 Job start or start of other work unit. 2 Activity since previous interval ended. Produced only when interval recording is active. 3 Activity for the last interval before step termination. Produced only when interval recording is active. 4 Step total 5 Job termination or termination of other work unit. 6
→ smf30jbn*	VARCHAR(8)	Job or session name. The job name, time, and date that the reader recognized the JOB card (for this job) constitute the job log identification.
→ smf30asi*	VARCHAR(4)	Address space identifier.
→ smf30jnm*	VARCHAR(8)	JES job identifier. Jobs scheduled by the APPC/MVS transaction scheduler (ASCH) start with an ‘A’ followed by a seven-digit number.
→ smf30stn*	INTEGER	Step number (first step = 1, and so on).
→ gid*	BIGINT	a hash number generated from the Identification Section.
→ suffix*	INTEGER	a sequence number for the records which share the same gid.
smf30pdm	INTEGER?	Number of non-specific DASD mounts.
smf30prd	INTEGER?	Number of specific DASD mounts.
smf30ptm	INTEGER?	Number of non-specific tape mounts.
smf30tpr	INTEGER?	Number of specific tape mounts.
smf30mtm	INTEGER?	Number of non-specific MSS mounts. As of MVS/SP4.1, this field is no longer valid, and contains zeroes.
smf30msr	INTEGER?	Number of specific MSS mounts. As of MVS/SP4.1, this field is no longer valid, and contains zeroes.

Constraints:

• FOREIGN KEY (smf30_id.csc, smf30_id.smf30syp, smf30_id.smf30syn, smf30_id.start_interval, smf30_id.wkl, smf30_id.smf30typ, smf30_id.smf30jbn, smf30_id.smf30asi, smf30_id.smf30jnm, smf30_id.smf30stn, smf30_id.gid, smf30_id.suffix → csc, smf30syp, smf30syn, start_interval, wkl, smf30typ, smf30jbn, smf30asi, smf30jnm, smf30stn, gid, suffix)

• PRIMARY KEY (csc, smf30syp, smf30syn, start_interval, wkl, smf30typ, smf30jbn, smf30asi, smf30jnm, smf30stn, gid, suffix)

smf30_sap

smf2db.db_models.smf30_model.Smf30Sap (smf30_sap)

The Smf30Sap class stores the Smf30Sap section in the smf30_sap table.

Columns:

smf30sfl	INTEGER?	Description Storage Flags. If storage was not allocated (job step was flushed), these fields equal zero. Bit Meaning when set 0 V=R is specified. This bit has no meaning for subtype 5 records. 1 IEFUSI changed region limit values for the extended private area 2 IEFUSI set MEMLIMIT value (even if IEFUSI did not change the value). 3 If this bit is on, the following fields contain incomplete data: (SRM could not deliver deltas or values for this interval) SMF30ERS,SMF30KIE,SMF30POA,SMF30BIA,SMF30KOA,SMF30POE,SMF30BIE,SMF30KOE,SMF30PSC,SMF30BOA,SMF30LPI,SMF30PSF,SMF30BOE,SMF30NSW,SMF30PSO,SMF30CPI,SMF30PAI,SMF30PST,SMF30CPM,SMF30PEI,SMF30VPI,SMF30HPI,SMF30PIA,SMF30VPO,SMF30HPO,SMF30PIE,SMF30VPR,SMF30KIA 4 Reserved. 5 When this bit is on, the following fields are not valid: SMF30TIH SMF30TIU SMF30TIS
smf30spk	VARCHAR(4)?	Storage protect key, in the form xxxx 0000 , where xxxx is the key.
smf30prv	BIGINT?	Largest amount of storage used from bottom of private area, in 1 K units. This storage area includes subpools 0-127, 129- 132, 244, 251 and 252. If ADDRSPC=REAL is specified, this field equals the amount of contiguous real storage that was used.
smf30sys	BIGINT?	Largest amount of storage used from top of private area, in 1K units. This storage area includes the local system queue area (LSQA) and the SWA - subpools 229, 230, 236, 237, 249, and 253-255. If ADDRSPC=REAL is specified, this field equals the amount of storage used that was not from the contiguous real storage reserved for the program.
smf30rgb	BIGINT?	Maximum possible below-16 MB region size, in bytes.
smf30erg	BIGINT?	Maximum possible above-16 MB region size, in bytes.
smf30rgn	BIGINT?	Region size established, in 1K units, rounded up to a 4K boundary. The contents of this field is determined as follows: • If the ADDRSPC=REAL parameter is specified in the JCL, the contents of this field equals the amount of contiguous central storage reserved for the program. • If the REGION= parameter value in the JCL exceeds 16 MB: - If the IEFUSI exit changes the region limit or size above 16 MB, the contents of this field equals the changed region limit or size - Otherwise, the contents of this field equals the REGION parameter value (minimum value of 32 MB). • If the REGION= parameter value in the JCL equals or is less than 16 MB: - If the IEFUSI exit changes the region limit or size below 16 MB, the contents of this field equals the changed region limit or size - Otherwise, the contents of this field equals the REGION parameter value. Note: If both the region limit and size are changed, but do not match, the contents of this field equals the smaller of the changed region limit or size.
smf30dsv	BIGINT?	Amount of user key data space and hiperspace virtual storage (high water mark) used during the step/job (in megabytes). Must be in key 8 or higher, and the creator of the dataspace must be in problem program state. If these two conditions are not true, this field contains zeros.
smf30mem	VARCHAR(18)?	MEMLIMIT value, in 1MB units, as determined at step initialization time, after IEFUSI and SMFLIMxx processing. Changes to the MEMLIMIT value after step initialization time are not reflected here. See Limiting the use of private memory objects in z/OS MVS Programming: Extended Addressability Guide to see how the MEMLIMIT value can change. The maximum value of this field is X’00000FFFFFFFF000’, which is equivalent to MEMLIMIT having no limit.
smf30mes	VARCHAR(2)?	Source of MEMLIMIT, which is one of the following: Value Meaning X’01’ MEMLIMIT set by SMF. X’02’ MEMLIMIT set explicitly in the JCL with MEMLIMIT parameter on JOB or EXEC statement. X’03’ MEMLIMIT is unlimited based on REGION=0 specification. X’04’ MEMLIMIT set by IEFUSI (even if IEFUSI did not change the value). X’0A’ System provided a default for MEMLIMIT based on REGION=0 specification and a subsequent curtailment
smf30slm	INTEGER?	Flags that indicate the actions taken on the job step region or MEMLIMIT due to a rule defined in the SMFLIMxx member of parmlib. For subtype 5, this will be a copy of the SMF30SLM value for the last executed job step. Value Meaning X’80’ SMFLIM REGIONBELOW acted on the non-extended REGION for this step. X’40’ SMFLIM REGIONABOVE acted on the extended REGION for this step. X’20’ SMFLIM SYSRESVBELOW acted on the non-extended REGION for this step. X’10’ SMFLIM SYSRESVABOVE acted on the extended REGION for this step. X’08’ SMFLIM MEMLIMIT acted on the MEMLIMIT for this step. X’04’ The IEFUSI exit set the output flag that caused all SMFLIM decision making to be bypassed. X’02’ SMFLIM REGIONLIMITBELOW acted on the non- extended REGION for this step. X’01’ SMFLIM REGIONLIMITABOVE acted on the extended
smf30_raxflags	INTEGER?	Description Bit Meaning when set 0 (SMF30_USERKEYCOMMONAUDITENABLED) When SMF30_USERKEYCOMMONAUDITENABLED is on, auditing of successful and unsuccessful user-key common storage usage attempts enabled for this step/ job. The following fields are only applicable when this flag is on: SMF30_USERKEYCSAUSAGE
smf30hvh	BIGINT?	High water mark for the number of usable bytes of 64-bit private storage that are obtained by this step or job. This does not include guarded virtual storage. Note: This is not the amount of 64-bit high virtual storage that is charged toward the MEMLIMIT, as it also includes IARV64 MEMLIMIT=NO storage.
smf30hso	BIGINT?	Amount of 64-bit IARV64 REQUEST=SHAREMEMOBJ shared storage, in bytes, to which this step or job has addressability or access.
smf30hsh	BIGINT?	High water mark for the number of usable bytes of 64-bit IARV64 REQUEST=SHAREMEMOBJ shared storage to which this step or job has access. This does not include guard areas which, by definition, are not usable.
smf30tiu	BIGINT?	Current TIOT space used for TIOT entries (in bytes.) This will only contain a non-zero value for interval records, since TIOT entries are freed by unallocation processing at step end and job end.
smf30tis	BIGINT?	Size of the TIOT available for TIOT entries (in bytes). This does not include the space reserved by the system for the TIOT
smf30tme	DATETIME?	Time since midnight, in hundredths of a second, that the record was moved to the SMF buffer.
datetime	DATETIME?	the hour of the record.
storage_vr_specified_flg	INTEGER?	smf30sfl (Bit 0) indicates V=R is specified. This bit has no meaning for subtype 5 records.
storage_iefusi_changed_flg	INTEGER?	smf30sfl (Bit 1) indicates IEFUSI changed region limit values for the extended private area.
storage_memlimit_set_flg	INTEGER?	smf30sfl (Bit 2) indicates IEFUSI set MEMLIMIT value (even if IEFUSI did not change the value).
storage_incomp_flg	INTEGER?	smf30sfl (Bit 3) indicates if htis bit is on, the following fields contain incomplete data: (SRM could not deliver deltas or values for this interval) smf30ers, smf30bia, smf30bie, smf30boa, smf30boe, smf30cpi, smf30cpm, smf30hpi, smf30hpo, smf30kia, smf30kie, smf30koa, smf30koe, smf30lpi, smf30nsw, smf30pai, smf30pei, smf30pia, smf30pie, smf30poa, smf30poe, smf30psc, smf30psf, smf30pso, smf30pst, smf30vpi, smf30vpo, smf30vpr.
nohonor_iefusi_set	INTEGER?	smf30sfl (Bit 4) indicates the NOHONORIEFUSIREGION (no honor IEFUSI region settings) was set in the Program Properties Table (PPT) when on. Region and MEMLIMIT values and limits set or affected by the IEFUSI exit are not honored when this bit is on.
rsvdhbb77b0_exists	INTEGER?	smf30sfl (Bit 5) indicates when this bit is on the following fields are not valid: smf30tih, smf30tiu, smf30tis.
sl1	INTEGER?	smf30slm (Bit 0) indicates SMFLIM REGIONBELOW acted on the non-extended REGION for this step.
sl2	INTEGER?	smf30slm (Bit 1) indicates SMFLIM REGIONABOVE acted on the extended REGION for this step.
sl3	INTEGER?	smf30slm (Bit 2) indicates SMFLIM SYSRESVBELOW acted on the non-extended REGION for this step.
sl4	INTEGER?	smf30slm (Bit 3) indicates SMFLIM SYSRESVABOVE acted on the extended REGION for this step.
sl5	INTEGER?	smf30slm (Bit 4) indicates SMFLIM MEMLIMIT acted on the MEMLIMIT for this step.
sl6	INTEGER?	smf30slm (Bit 5) indicates the IEFUSI exit set the output flag that caused all SMFLIM decision-making to be bypassed.
sl7	INTEGER?	smf30slm (Bit 6) indicates SMFLIM REGIONLIMITBELOW acted on the non-extended REGION for this step.
sl8	INTEGER?	smf30slm (Bit 7) indicates SMFLIM REGIONLIMITABOVE acted on the extended REGION for this step.
smf30_userkeycommonauditenabled	INTEGER?	smf30_raxflags (Bit 0) indicates auditing of successful and unsuccessful user-key common storage usage attempts enabled for this step/job when on. The following fields are only aplicable when this flag is on: smf30_userkeycsausage, smf30_userkeycadsusage, smf30_userkeychangkeyusage, smf30_userkeyrucsausage.
smf30_userkeycsausage	BIGINT?	smf30_raxflags (Bit 1) indicates successful or unsuccessful attempts were made to obtain user-key CSA or RUCSA storage for this step/job when on. This bit is only valid when smf30_userkeycommonauditenabled is on. Once this bit is set within a step, it stays on for that step. THis bit will be on in job end records if it is on for any step in the job.
smf30_userkeycadsusage	BIGINT?	smf30_raxflags (Bit 2) indicates successful or unsuccessful attempts were mad to create a user-key CADS for this step/job when on. This bit is only valid when smf30_userkeycommonauditenabled is on. Once this bit is set within a step, it stays on for that step. This bit will be on in job end records if it is on for any step in the job.
smf30_userkeychangkeyusage	BIGINT?	smf30_raxflags (Bit 3) indicates successful or unsuccessful attempts were made to change the key of common ESQA storage to a user key (via CHANGKEY) for this step/job when on. This bit is only valid when smf30_userkeycommonauditenabled is on. Once this bit is set with a step, it stays on for that step. This bit will be in job end records if is on for any step in the job.
smf30_userkeyrucsausage	BIGINT?	smf30_raxflags (Bit 4) indicates successful or unsuccessful attemps were made to obtain, reference, free or change the state of RUCSA storage for this step. Once this bit is set within a step, it stays on for that step. This bit will be on in job end records if it is on for any step in the job.
smf30_rucsaearlyusage	BIGINT?	smf30_raxflags (Bit 5) indicates attempts were made to obtain, reference, free or change the state of user key RUCSA which were permitted during early IPL or started task initialization due to DIAGxx VSM AllowEarlyRUCSA(Yes). Once this bit is set on, it remains on for the life of the address space.
→ csc*	VARCHAR(8)	the identifier or serial number of Central Processor Complexes (CPC).
→ smf30syp*	VARCHAR(8)	Sysplex name (from the SYSPLEX parameter in the COUPLExx parmlib member).
→ smf30syn*	VARCHAR(8)	System name (from the SYSNAME parameter in the IEASYSxx parmlib member).
→ start_interval*	DATETIME	the record written datetime in 5-minute interval.
→ wkl*	VARCHAR(7)	the workload group based on the problem program run.
→ smf30typ*	INTEGER	Subtype identification Value Meaning 1 Job start or start of other work unit. 2 Activity since previous interval ended. Produced only when interval recording is active. 3 Activity for the last interval before step termination. Produced only when interval recording is active. 4 Step total 5 Job termination or termination of other work unit. 6
→ smf30jbn*	VARCHAR(8)	Job or session name. The job name, time, and date that the reader recognized the JOB card (for this job) constitute the job log identification.
→ smf30asi*	VARCHAR(4)	Address space identifier.
→ smf30jnm*	VARCHAR(8)	JES job identifier. Jobs scheduled by the APPC/MVS transaction scheduler (ASCH) start with an ‘A’ followed by a seven-digit number.
→ smf30stn*	INTEGER	Step number (first step = 1, and so on).
→ gid*	BIGINT	a hash number generated from the Identification Section.
→ suffix*	INTEGER	a sequence number for the records which share the same gid.
smf30pgi	BIGINT?	(SMF30PIA) Number of page-ins from auxiliary storage, regardless of the page size (4K or 1M).
smf30pgo	BIGINT?	(SMF30POA) Number of page-outs to auxiliary storage, regardless of the page size (4K or 1M).
smf30cpm	INTEGER?	Number of attempts to read data from an ESO hiperspace that were not satisfied because the data has been deleted.
smf30nsw	BIGINT?	As of z/OS 1.8, this field is no longer valid; the value is always zero. Prior to z/OS 1.8, this field contained: Number of address space swap sequences. (A swap sequence consists of an address space swap-out and swap-in. Logical swap-out and swap-in are not included.)
smf30psi	BIGINT?	As of z/OS 1.8, this field is no longer valid; the value is always zero. Prior to z/OS 1.8, this field contained: Number of pages swapped in from auxiliary storage to central storage. This field includes: (local system queue area (LSQA), fixed pages, and pages that the real storage manager determined to be active when the address space was swapping in. It does not include page reclaims or pages found in storage during the swap-in process (such as pages brought in by the service request blocks (SRB), started after completion of swap-in Stage 1 processing).
smf30pso	BIGINT?	As of z/OS 1.8, this field is no longer valid; the value is always zero. Prior to z/OS 1.8, this field contained: Number of pages swapped out from central storage to auxiliary storage. This field includes: local system queue area (LSQA), private area fixed pages, and private area non-fixed changed pages.
smf30vpi	BIGINT?	Number of VIO page-ins from auxiliary storage to central storage for this step. This field includes page-ins resulting from page faults or specific page requests on a VIO window. It does not include VIO swap-ins or page-ins for the common area.
smf30vpo	BIGINT?	Number of VIO page-outs from central storage to auxiliary storage for this step. This field includes page-outs resulting from specific page requests on a VIO window as well as those pages stolen by the paging supervisor through infrequent use. It does not include VIO swap-outs or page-outs for the common area.
smf30vpr	BIGINT?	Number of VIO reclaims.
smf30cpi	BIGINT?	Number of common area page-ins (LPA + CSA) from auxiliary storage to central storage.
smf30hpi	BIGINT?	Number of hiperspace page-ins from auxiliary to processor
smf30lpi	BIGINT?	Number of LPA page-ins from auxiliary storage to central storage.
smf30hpo	BIGINT?	Number of hiperspace page-outs from processor to auxiliary storage.
smf30pst	BIGINT?	As of z/OS 1.8, this field is no longer valid; the value is always zero. Prior to z/OS 1.8, this field contained: Number of pages stolen from this address space.
smf30psc	DOUBLE?	Number of CPU page milliseconds for this address space. A page millisecond unit equals 1.024 milliseconds * 1 page (4K). This value can be used to illustrate the duration of memory consumption where a small spike in memory demand may have less of an impact than a smaller amount of memory used over a longer period of time.
smf30pie	BIGINT?	As of z/OS 1.6, this field is no longer valid; the value is always zero. Prior to z/OS 1.6, this field contained: Number of unblocked pages that were paged in from expanded storage.
smf30poe	BIGINT?	As of z/OS 1.6, this field is no longer valid; the value is always zero. Prior to z/OS 1.6, this field contained: Number of unblocked pages that were paged out to expanded storage.
smf30bia	BIGINT?	Number of blocked pages that were paged in from auxiliary storage.
smf30boa	BIGINT?	Number of blocked pages that were paged out to auxiliary storage.
smf30bie	BIGINT?	As of z/OS 1.6, this field is no longer valid; the value is always zero. Prior to z/OS 1.6, this field contained: Number of blocked pages that were paged in from expanded storage.
smf30boe	BIGINT?	As of z/OS 1.6, this field is no longer valid; the value is always zero. Prior to z/OS 1.6, this field contained: Number of blocked pages that were paged out to expanded storage.
smf30kia	BIGINT?	Number of blocks that were paged in from auxiliary storage.
smf30koa	BIGINT?	Number of blocks that were paged out to auxiliary storage.
smf30kie	BIGINT?	As of z/OS 1.6, this field is no longer valid; the value is always zero. Prior to z/OS 1.6, this field contained:
smf30koe	BIGINT?	As of z/OS 1.6, this field is no longer valid; the value is always zero. Prior to z/OS 1.6, this field contained: Number of blocks that were paged out to expanded storage.
smf30psf	BIGINT?	Number of CPU page seconds for the IARVSERV shared central storage frames in use by this address space, in page milliseconds.
smf30pai	BIGINT?	Binary number of IARVSERV shared pages that were paged in from auxiliary storage when referenced by a unit of work whose home space was this address space.
smf30pei	BIGINT?	As of z/OS 1.6, this field is no longer valid; the value is always zero. Prior to z/OS 1.6, this field contained: Number of IARVSERV shared pages that were paged in from expanded storage in this address space.
smf30ers	FLOAT?	As of z/OS 1.6, this field is no longer valid; the value is always zero. Prior to z/OS 1.6, this field contained: Expanded storage page residency time in page-milliseconds.
smf30hvr	BIGINT?	High water mark for the number of real storage frames that are used to back 64-bit private storage. The high water mark does not include 2G frames.
smf30hva	BIGINT?	High water mark for the amount of auxiliary storage that is used to back 64-bit private storage. This value is a total of the number of paging data set slots and storage-class memory (SCM) blocks.
smf30tih	BIGINT?	High water mark of TIOT space used for TIOT entries (in bytes).
smf30numberofdataspaceshwm	BIGINT?	The high water mark for the number of in-use data spaces created by problem state user key invokers of DSPSERV during this job step.
smf30userdataspacecreatereqcount	BIGINT?	The total number of data spaces created by problem state user key callers during this job step.
smf30_dmemrequested2g	BIGINT?	Requested dedicated memory, in 2G units, at start of job step.
smf30_dmemminrequested2g	BIGINT?	Requested minimum amount of dedicated memory, in 2G units, at start of job step.
smf30_dmemassigned2g	BIGINT?	Assigned dedicated memory, in 2G units, at start of job step.
smf30_dmemnuminuseas2g	BIGINT?	Number of 2G dedicated memory frames in use.
smf30_dmemnuminuseasfixed1m	BIGINT?	Number of fixed 1M dedicated memory frames in use.
smf30_dmemnuminuseaspageable1m	BIGINT?	Number of pageable 1M dedicated memory frames in use.
smf30_dmemnuminuseas4k	BIGINT?	Number of 4K dedicated memory frames in use.
smf30_dmemnuminuseasdattables	BIGINT?	Number of 4K dedicated memory frames in use as DAT tables.
smf30_dmemnuminuseas4khwm	BIGINT?	High-water mark for the number of dedicated real storage
smf30_dmemnuminuseaspageable1mhwm	BIGINT?	High-water mark of the number of dedicated real storage frames (1M units) that are used to back pageable 1M pages.
smf30_dmemnuminuseasfixed1mhwm	BIGINT?	High-water mark of the number of dedicated real storage frames (1M units) that are used to back fixed 1M pages.
smf30_dmemnuminuseas2ghwm	BIGINT?	High-water mark of the number of dedicated real storage frames (2G units) that are used to back 2G pages.
smf30_dmemnuminuseasdattableshwm	BIGINT?	High-water mark of the number of dedicated real storage frames (4K units) that are used to back DAT tables.
smf30_dmemnuminusehwm	BIGINT?	High-water mark of the number of dedicated memory frames in use, in 4K units.
smf30_dmemnum2gfailed	BIGINT?	Count of requested 2G frames that were eligible to be backed by dedicated memory frames but were not because not enough dedicated memory frames were available.
smf30_dmemnum1mfailed	BIGINT?	Count of requested 1M frames that were eligible to be backed by dedicated memory frames but were not because not enough dedicated memory frames were available.
smf30_dmemnum4kfailed	BIGINT?	Count of requested 4K frames that were eligible to be backed by dedicated memory frames but were not because not enough dedicated memory frames were available.
smf30_numinuseas2ghwm	BIGINT?	High water mark for the number of 2G frames in use by the job step.
smf30_num2gfailed	BIGINT?	Number of 2G frames that could not be obtained because none were available at the time of the IARV64 request.
smf30_obtainshomespace	BIGINT?	Number of GETMAIN or STORAGE OBTAIN requests within the scope of the record, either for the current interval, job step, or job. Results are for the home address space at the time of the invocation.
smf30_iarv64obtainshomespace	BIGINT?	Number of IARV64 GETSTOR or GETCOMMON requests within the scope of the record, either for the current interval, job step, or job. Results are for the home address space at the time of the invocation.
smf30_framesfirstreferencebacking	BIGINT?	Count of real storage frames (4K units) that are backing both 31-bit and 64-bit first-reference virtual storage within the scope of the record, either for the current interval, job step, or job. Count includes dedicated real storage frames.
smf30_sumreal1m	BIGINT?	Sum of samples of the amount of real memory (includes dedicated memory) in 1M units used by the address space within the scope of the record, either for the current interval, job step, or job.
smf30_sumsquaresreal1m	VARCHAR(34)?	Sum of squared samples of the amount of real memory (includes dedicated memory) in 1M units used by the address space within the scope of the record, either for the current interval, job step, or job.
smf30_numsamples	BIGINT?	Number of samples for both SMF30_SumReal1M and SMF30_SumSquaresReal1M within the scope of the record, either for the current interval, job step, or job.
smf30_hwmhvreal1m	BIGINT?	High water mark for the number, in 1M units, of real frames (includes dedicated memory) that are backing 64-bit virtual private storage for all frame types (4K, 1M, and 2G) within the scope of the record, either for the current interval, job step, or job.

Constraints:

• FOREIGN KEY (smf30_id.csc, smf30_id.smf30syp, smf30_id.smf30syn, smf30_id.start_interval, smf30_id.wkl, smf30_id.smf30typ, smf30_id.smf30jbn, smf30_id.smf30asi, smf30_id.smf30jnm, smf30_id.smf30stn, smf30_id.gid, smf30_id.suffix → csc, smf30syp, smf30syn, start_interval, wkl, smf30typ, smf30jbn, smf30asi, smf30jnm, smf30stn, gid, suffix)

• PRIMARY KEY (csc, smf30syp, smf30syn, start_interval, wkl, smf30typ, smf30jbn, smf30asi, smf30jnm, smf30stn, gid, suffix)

smf30_ud

smf2db.db_models.smf30_model.Smf30Ud (smf30_ud)

The Smf30Ud class stores the Smf30Ud section in the smf30_ud table.

Columns:

smf30upo	VARCHAR(16)?	Product owner or vendor name (specified on the PRODOWNER option of the IFAUSAGE macro).
smf30upn*	VARCHAR(16)	Product name (specified on the PRODNAME option of the IFAUSAGE macro).
smf30upv*	VARCHAR(8)	Product version (if specified on the PRODVERS option of the IFAUSAGE macro or ‘NONE’).
smf30upq*	VARCHAR(8)	Product qualifier (if specified on the PRODQUAL option of the IFAUSAGE macro or ‘NONE’).
smf30upi*	VARCHAR(8)	Product ID (if specified on the PRODID option of the IFAUSAGE macro or ‘NONE’).
smf30urd	VARCHAR(18)?	Product specific resource data (specified on the DATA option on the IFAUSAGE macro FUNCTIONDATA request). SMF30UDF identifies the format of the data in this field.
smf30udf	INTEGER?	Data format of value in SMF30URD Value Meaning 0 No data specified. 1 CPU time in long floating Point (in hundredths of a second). 2 Binary (64-bit). 3 Long floating point.
smf30ufg	INTEGER?	Usage entry flags Bit Meaning when set 0 Unauthorized register 1-7 Unused
smf30tme	DATETIME?	Time since midnight, in hundredths of a second, that the record was moved to the SMF buffer.
datetime	DATETIME?	the hour of the record.
unauth_register_requested	INTEGER?	smf30ufg (Bit 0) indicates unauthorized register.
→ csc*	VARCHAR(8)	the identifier or serial number of Central Processor Complexes (CPC).
→ smf30syp*	VARCHAR(8)	Sysplex name (from the SYSPLEX parameter in the COUPLExx parmlib member).
→ smf30syn*	VARCHAR(8)	System name (from the SYSNAME parameter in the IEASYSxx parmlib member).
→ start_interval*	DATETIME	the record written datetime in 5-minute interval.
→ wkl*	VARCHAR(7)	the workload group based on the problem program run.
→ smf30typ*	INTEGER	Subtype identification Value Meaning 1 Job start or start of other work unit. 2 Activity since previous interval ended. Produced only when interval recording is active. 3 Activity for the last interval before step termination. Produced only when interval recording is active. 4 Step total 5 Job termination or termination of other work unit. 6
→ smf30jbn*	VARCHAR(8)	Job or session name. The job name, time, and date that the reader recognized the JOB card (for this job) constitute the job log identification.
→ smf30asi*	VARCHAR(4)	Address space identifier.
→ smf30jnm*	VARCHAR(8)	JES job identifier. Jobs scheduled by the APPC/MVS transaction scheduler (ASCH) start with an ‘A’ followed by a seven-digit number.
→ smf30stn*	INTEGER	Step number (first step = 1, and so on).
→ gid*	BIGINT	a hash number generated from the Identification Section.
→ suffix*	INTEGER	a sequence number for the records which share the same gid.
prod_idx*	INTEGER	the index of the Usage Data record in the section.
smf30uct	INTEGER?	Product TCB Time (in hundredths of a second).
smf30ucs	INTEGER?	Product SRB Time (in hundredths of a second).

Constraints:

• FOREIGN KEY (smf30_id.csc, smf30_id.smf30syp, smf30_id.smf30syn, smf30_id.start_interval, smf30_id.wkl, smf30_id.smf30typ, smf30_id.smf30jbn, smf30_id.smf30asi, smf30_id.smf30jnm, smf30_id.smf30stn, smf30_id.gid, smf30_id.suffix → csc, smf30syp, smf30syn, start_interval, wkl, smf30typ, smf30jbn, smf30asi, smf30jnm, smf30stn, gid, suffix)

• PRIMARY KEY (csc, smf30syp, smf30syn, start_interval, wkl, smf30typ, smf30jbn, smf30asi, smf30jnm, smf30stn, gid, suffix, smf30upi, smf30upn, smf30upq, smf30upv, prod_idx)

smf30_ura

smf2db.db_models.smf30_model.Smf30Ura (smf30_ura)

The Smf30Ura class stores the Smf30Ura section in the smf30_ura table.

Columns:

smf30rdr	VARCHAR(2)?	Reader device class as defined in JESPARMS. 0 - for TSO/E sessions or started tasks.
smf30rdt	VARCHAR(2)?	Reader device type as defined in JESPARMS. 0 - for TSO/E sessions or started tasks.
smf30dcf	INTEGER?	Flag word Bit Meaning when set 0 Device connect time may be incorrect If this flag is set, the system resources manager (SRM) disabled the channel measurement while the job was running. If channel measurement is disabled, device connect time is not recorded. Thus, if this bit is set, SMF30TCN and SMF30DCT reflect less than the actual total connect time. 1 If this bit is on, the following fields contain incomplete data: (SRM could not deliver deltas or values for this interval) SMF30AIC SMF30EIC SMF30AID SMF30EID SMF30AIW SMF30EIW SMF30AIS SMF30EIS 2 Field SMF30TEP is invalid
smf30tme	DATETIME?	Time since midnight, in hundredths of a second, that the record was moved to the SMF buffer.
datetime	DATETIME?	the hour of the record.
device_connect_time_incorrect	INTEGER?	smf30dcf (Bit 0) showing device connect time may be incoorect. If this flag is set, the system resources manager (SRM) disabled the channel measurement while the job was running. If channel measurement is disabled, device connect time is not recorded. Thus, if this bit is set, smf30tcn and smf30dct reflect less than the actual total connect time.
dcf_incomplete	INTEGER?	smf30dcf (Bit 1) showing if this bit is on, the following fields contain incomplete data: (SRM could not deliver deltas or values for this interval) smf30aic, smf30aid, smf30aiw, smf30ais, smf30eic, smf30eid, smf30eiw and smf30eis.
smf30tep_inv	INTEGER?	smf30dcf (Bit 2) showing field smf30tep is invalid.
→ csc*	VARCHAR(8)	the identifier or serial number of Central Processor Complexes (CPC).
→ smf30syp*	VARCHAR(8)	Sysplex name (from the SYSPLEX parameter in the COUPLExx parmlib member).
→ smf30syn*	VARCHAR(8)	System name (from the SYSNAME parameter in the IEASYSxx parmlib member).
→ start_interval*	DATETIME	the record written datetime in 5-minute interval.
→ wkl*	VARCHAR(7)	the workload group based on the problem program run.
→ smf30typ*	INTEGER	Subtype identification Value Meaning 1 Job start or start of other work unit. 2 Activity since previous interval ended. Produced only when interval recording is active. 3 Activity for the last interval before step termination. Produced only when interval recording is active. 4 Step total 5 Job termination or termination of other work unit. 6
→ smf30jbn*	VARCHAR(8)	Job or session name. The job name, time, and date that the reader recognized the JOB card (for this job) constitute the job log identification.
→ smf30asi*	VARCHAR(4)	Address space identifier.
→ smf30jnm*	VARCHAR(8)	JES job identifier. Jobs scheduled by the APPC/MVS transaction scheduler (ASCH) start with an ‘A’ followed by a seven-digit number.
→ smf30stn*	INTEGER	Step number (first step = 1, and so on).
→ gid*	BIGINT	a hash number generated from the Identification Section.
→ suffix*	INTEGER	a sequence number for the records which share the same gid.
smf30inp	BIGINT?	Number of card-image records in DD DATA and DD* data sets read by the reader for the map. This field is not set for subtypes 2 or 3.
smf30tep	BIGINT?	Total blocks transferred (accumulated execute channel program (EXCP) counts - valid up to X’FFFFFFFE’, zero and invalid when SMF30TEF is set)
smf30tpt	BIGINT?	Number of TPUTS (terminal writes) for a TSO/E session. If a batch job or a started task successfully processes TPUTs, this field might be non-zero for batch jobs or started tasks.
smf30tgt	BIGINT?	Number of TGETS (terminal reads) for a TSO/E session.
smf30tcn	FLOAT?	Total device connect time (in 128 micro-second units) for this address space. For a DIV object, this field contains total device connect time for reads, writes, and re-reads.
smf30trr	BIGINT?	Total address space REREAD count.
smf30aic	FLOAT?	DASD I/O connect time, in 128-microsecond units, for address space plus dependent enclaves. Note that the value of RqsvAIC for FICON ® channel utilization cannot be calculated. For more information, see the footnote.
smf30aid	FLOAT?	DASD I/O disconnect time, in 128-microsecond units, for address space plus dependent enclaves.
smf30aiw	FLOAT?	DASD I/O pending plus control unit queue time, in 128-microsecond units, for address space plus dependent enclaves.
smf30ais	BIGINT?	DASD I/O start subchannel count for address space plus dependent enclaves.
smf30eic	FLOAT?	DASD I/O connect time, in 128-microsecond units, for independent enclaves owned by the address space. Note that the value of RqsvEIC for FICON channel utilization cannot be calculated. For more information, see the footnote.
smf30eid	FLOAT?	DASD I/O disconnect time, in 128-microsecond units, for independent enclaves owned by the address space.
smf30eiw	FLOAT?	DASD I/O pending plus control unit queue time, in 128-microsecond units, for independent enclaves owned by the address space.
smf30eis	BIGINT?	DASD I/O start subchannel count for independent enclaves.
smf30tex	BIGINT?	Total blocks transferred - accumulated EXCP counts. This field is the 8-byte equivalent of SMF30TEP, but this field remains valid after SMF30TEP is invalid.
smf30das	INTEGER?	Number of DDs that had their DD accounting information suppressed.

Constraints:

• FOREIGN KEY (smf30_id.csc, smf30_id.smf30syp, smf30_id.smf30syn, smf30_id.start_interval, smf30_id.wkl, smf30_id.smf30typ, smf30_id.smf30jbn, smf30_id.smf30asi, smf30_id.smf30jnm, smf30_id.smf30stn, smf30_id.gid, smf30_id.suffix → csc, smf30syp, smf30syn, start_interval, wkl, smf30typ, smf30jbn, smf30asi, smf30jnm, smf30stn, gid, suffix)

• PRIMARY KEY (csc, smf30syp, smf30syn, start_interval, wkl, smf30typ, smf30jbn, smf30asi, smf30jnm, smf30stn, gid, suffix)

smf30_uss

smf2db.db_models.smf30_model.Smf30Uss (smf30_uss)

The Smf30Uss class stores the Smf30Uss section in the smf30_uss table.

Columns:

smf30tme	DATETIME?	Time since midnight, in hundredths of a second, that the record was moved to the SMF buffer.
datetime	DATETIME?	the hour of the record.
→ csc*	VARCHAR(8)	the identifier or serial number of Central Processor Complexes (CPC).
→ smf30syp*	VARCHAR(8)	Sysplex name (from the SYSPLEX parameter in the COUPLExx parmlib member).
→ smf30syn*	VARCHAR(8)	System name (from the SYSNAME parameter in the IEASYSxx parmlib member).
→ start_interval*	DATETIME	the record written datetime in 5-minute interval.
→ wkl*	VARCHAR(7)	the workload group based on the problem program run.
→ smf30typ*	INTEGER	Subtype identification Value Meaning 1 Job start or start of other work unit. 2 Activity since previous interval ended. Produced only when interval recording is active. 3 Activity for the last interval before step termination. Produced only when interval recording is active. 4 Step total 5 Job termination or termination of other work unit. 6
→ smf30jbn*	VARCHAR(8)	Job or session name. The job name, time, and date that the reader recognized the JOB card (for this job) constitute the job log identification.
→ smf30asi*	VARCHAR(4)	Address space identifier.
→ smf30jnm*	VARCHAR(8)	JES job identifier. Jobs scheduled by the APPC/MVS transaction scheduler (ASCH) start with an ‘A’ followed by a seven-digit number.
→ smf30stn*	INTEGER	Step number (first step = 1, and so on).
→ gid*	BIGINT	a hash number generated from the Identification Section.
→ suffix*	INTEGER	a sequence number for the records which share the same gid.
smf30_us_comprreq	INTEGER?	Total number of compression and decompression requests (both supervisor-state and problem-state requests) 1
smf30_us_comprreq_prob	INTEGER?	Total number of problem-state compression and decompression requests. 2
smf30_us_queuetime	FLOAT?	Total queue time. The amount of time, in microseconds, from when the request was submitted until the adapter started executing the request. 2
smf30_us_exectime	FLOAT?	Total execution time, in microseconds. 2
smf30_us_def_uncomprin	BIGINT?	Total number, in bytes, of uncompressed data input. 1
smf30_us_def_comprout	BIGINT?	Total number, in bytes, of compressed data output. 1
smf30_us_inf_comprin	BIGINT?	Total number, in bytes, of compressed data input. 1
smf30_us_inf_decomprout	BIGINT?	Total number, in bytes, of decompressed data output. 1

Constraints:

• FOREIGN KEY (smf30_id.csc, smf30_id.smf30syp, smf30_id.smf30syn, smf30_id.start_interval, smf30_id.wkl, smf30_id.smf30typ, smf30_id.smf30jbn, smf30_id.smf30asi, smf30_id.smf30jnm, smf30_id.smf30stn, smf30_id.gid, smf30_id.suffix → csc, smf30syp, smf30syn, start_interval, wkl, smf30typ, smf30jbn, smf30asi, smf30jnm, smf30stn, gid, suffix)

• PRIMARY KEY (csc, smf30syp, smf30syn, start_interval, wkl, smf30typ, smf30jbn, smf30asi, smf30jnm, smf30stn, gid, suffix)

smf30_6

smf2db.db_models.smf30_model.Smf306 (smf30_6)

The Smf306 class stores the Smf306 section in the smf30_6 table.

Columns:

smf30tme	DATETIME?	Time since midnight, in hundredths of a second, that the record was moved to the SMF buffer.
datetime	DATETIME?	the hour of the record.
smf30arb	BIGINT?	Maximum virtual storage, in bytes, allocated from the local system queue area (LSQA) and the SWA subpools (less than 16 MB).
smf30ear	BIGINT?	Maximum virtual storage in bytes allocated from the local system queue area (LSQA) and the SWA subpools (greater than 16 MB).
smf30urb	BIGINT?	Maximum virtual storage in bytes allocated from the user subpools (less than 16 MB).
smf30eur	BIGINT?	Maximum virtual storage in bytes allocated from the user subpools (greater than 16 MB).
smf30hvo	BIGINT?	Amount of 64-bit private storage in bytes that is obtained by this step or job. This includes guarded virtual storage. The SMF30HVO field contains a snapshot value of high virtual private storage allocation. As the memory objects owned by the executed program have already been detached at the time the step or job goes through termination, SMF30HVO contains the memory object size still allocated to the initiator address space, but no longer reflects the memory objects that may have been allocated by the program executed in the job step. In contrast to SMF30HVO, the SMF30HVH field is maintained as a high water mark. Its content reflects the high virtual memory object size that was once allocated by the job step being executed under the initiator address space.
smf30rvn	VARCHAR(2)?	Record version number Value Meaning ‘05’ MVS/SP Version 5 ‘04’ MVS/SP Version 4 ‘03’ MVS/SP Version 3 ‘02’ MVS/SP Version 2 ‘01’ VS2
smf30pnm	VARCHAR(8)?	Subsystem or product name, for example SMF.
smf30osl	VARCHAR(8)?	Code string for the operating system level to represent the version, release, and modification level, as described for CVTPRODN. Guaranteed to be larger in each release.
smf30cls	VARCHAR(2)?	Job class (blank for TSO/E session or started tasks).
smf30jpt	INTEGER?	JES input priority. If no value is specified for the PRTY parameter (on the JOB card), this field contains: • For JES3, the default priority specified on the JES3 STANDARDS initialization card • For JES2, a zero. Note that JES2 does not use the priority value reported in the field. (The JES2 job selection priority is requested using the JES2
gid	BIGINT?	a hash number generated from the Identification Section.
prev_start_interval	DATETIME?	the previous record written datetime in 5-minute interval.
duration	FLOAT?	the duration of the job.
tcb_time	FLOAT?	the calculated TCB time based on the service units.
srb_time	FLOAT?	the calculated SRB time base on the service units.
cpu_total	FLOAT?	the total CPU time.
consumed_msu	FLOAT?	the total MSU consumed.
smf30stn*	INTEGER	Step number (first step = 1, and so on).
csc*	VARCHAR(8)	the identifier or serial number of Central Processor Complexes (CPC).
smf30syp*	VARCHAR(8)	Sysplex name (from the SYSPLEX parameter in the COUPLExx parmlib member).
smf30syn*	VARCHAR(8)	System name (from the SYSNAME parameter in the IEASYSxx parmlib member).
start_interval*	DATETIME	the record written datetime in 5-minute interval.
wkl*	VARCHAR(7)	the workload group based on the problem program run.
smf30typ*	INTEGER	Subtype identification Value Meaning 1 Job start or start of other work unit. 2 Activity since previous interval ended. Produced only when interval recording is active. 3 Activity for the last interval before step termination. Produced only when interval recording is active. 4 Step total 5 Job termination or termination of other work unit. 6
smf30jbn*	VARCHAR(8)	Job or session name. The job name, time, and date that the reader recognized the JOB card (for this job) constitute the job log identification.
smf30asi*	VARCHAR(4)	Address space identifier.
smf30jnm*	VARCHAR(8)	JES job identifier. Jobs scheduled by the APPC/MVS transaction scheduler (ASCH) start with an ‘A’ followed by a seven-digit number.
smf30inp	BIGINT?	Number of card-image records in DD DATA and DD* data sets read by the reader for the map. This field is not set for subtypes 2 or 3.
smf30tep	BIGINT?	Total blocks transferred (accumulated execute channel program (EXCP) counts - valid up to X’FFFFFFFE’, zero and invalid when SMF30TEF is set)
smf30tpt	BIGINT?	Number of TPUTS (terminal writes) for a TSO/E session. If a batch job or a started task successfully processes TPUTs, this field might be non-zero for batch jobs or started tasks.
smf30tgt	BIGINT?	Number of TGETS (terminal reads) for a TSO/E session.
smf30tcn	FLOAT?	Total device connect time (in 128 micro-second units) for this address space. For a DIV object, this field contains total device connect time for reads, writes, and re-reads.
smf30trr	BIGINT?	Total address space REREAD count.
smf30aic	FLOAT?	DASD I/O connect time, in 128-microsecond units, for address space plus dependent enclaves. Note that the value of RqsvAIC for FICON ® channel utilization cannot be calculated. For more information, see the footnote.
smf30aid	FLOAT?	DASD I/O disconnect time, in 128-microsecond units, for address space plus dependent enclaves.
smf30aiw	FLOAT?	DASD I/O pending plus control unit queue time, in 128-microsecond units, for address space plus dependent enclaves.
smf30ais	BIGINT?	DASD I/O start subchannel count for address space plus dependent enclaves.
smf30eic	FLOAT?	DASD I/O connect time, in 128-microsecond units, for independent enclaves owned by the address space. Note that the value of RqsvEIC for FICON channel utilization cannot be calculated. For more information, see the footnote.
smf30eid	FLOAT?	DASD I/O disconnect time, in 128-microsecond units, for independent enclaves owned by the address space.
smf30eiw	FLOAT?	DASD I/O pending plus control unit queue time, in 128-microsecond units, for independent enclaves owned by the address space.
smf30eis	BIGINT?	DASD I/O start subchannel count for independent enclaves.
smf30tex	BIGINT?	Total blocks transferred - accumulated EXCP counts. This field is the 8-byte equivalent of SMF30TEP, but this field remains valid after SMF30TEP is invalid.
smf30das	INTEGER?	Number of DDs that had their DD accounting information suppressed.
smf30srv	BIGINT?	Total service units. This field grows to X’FFFFFFFF’ and then wraps back to zero and continues growing. When wrapping occurs, SMF30SRV_INV is set to on. SMF30SRV_L is the 8-byte equivalent of this field.
smf30csu	BIGINT?	CPU service units. This field grows to X’FFFFFFFF’ and then wraps back to zero and continues growing. When wrapping occurs, SMF30CSU_INV is set to on. SMF30CSU_L is the 8-byte equivalent of this field.
smf30srb	BIGINT?	Service request block (SRB) service units. This field grows to X’FFFFFFFF’ and then wraps back to zero and continues growing. When wrapping occurs, SMF30SRB_INV is set to on. SMF30SRB_L is the 8-byte equivalent of this field.
smf30io	BIGINT?	I/O service units. This field grows to X’FFFFFFFF’ and then wraps back to zero and continues growing. When wrapping occurs, SMF30IO_INV is set to on. SMF30IO_L is the 8-byte equivalent of this field.
smf30mso	BIGINT?	Main storage occupancy (MSO) service units. This field grows to X’FFFFFFFF’ and then wraps back to zero and continues growing. When wrapping occurs, SMF30MSO_INV is set to on. SMF30MSO_L is the 8-byte equivalent of this field.
smf30tat	FLOAT?	System resources manager (SRM) transaction active time, in 1024- microsecond units.
smf30sus	INTEGER?	Copy of RmctAdjC when this SMF record was produced, number of sixteenths of one CPU microsecond per CPU service unit.
smf30res	FLOAT?	System resources manager (SRM) transaction residency time, in 1024-microsecond units. That is the amount of time the SRM transaction was in real storage.
smf30trs	INTEGER?	Number of system resources manager (SRM) transactions.
smf30eta	FLOAT?	Independent enclave transaction active time in 1024-microsecond units.
smf30esu	BIGINT?	Independent enclave CPU service units. This field grows to X’FFFFFFFF’ and then wraps back to zero and continues growing. When wrapping occurs, SMF30ESU_INV is set to on. SMF30ESU_L is the 8-byte equivalent of this field.
smf30etc	INTEGER?	Independent enclave transaction count.
smf30jqt	FLOAT?	Job preparation time. This is the elapsed time before the job was first queued for execution. It excludes time to read the job into the system. It includes delays incurred waiting for and during conversion, such as when eligible systems are not active to convert the job. If the JOB statement specified TYPRUN=JCLHOLD, this time is 0. The time is in 1024-microsecond units.
smf30rqt	FLOAT?	Time following job preparation when the job was ineligible for execution due to either the job’s eligible systems being inactive or the job’s scheduling environment not being available. The time is in 1024-microsecond units.
smf30hqt	FLOAT?	Time following job preparation when the job was ineligible for execution for reasons not included in SMF30RQT. This includes job hold, job class hold, job queue hold, duplicate job name serialization, and job class execution limits. If the JOB statement specified TYPRUN=HOLD, the time that the job is held for this reason is not included. The time is in 1024-microsecond units.
smf30sqt	FLOAT?	Time the job was eligible for execution. This is the amount of time between the end of job conversion and Problem Program Start time (SMF30PPS). The time is in 1024-microsecond units. For JES3, this field includes time the job was ineligible for execution.
smf30msc	INTEGER?	MSO Service Definition Coefficient (SDC). Always zero.
smf30cpc	INTEGER?	CPU Service Definition Coefficient (SDC) scaled by 10.
smf30loc	INTEGER?	IOC Service Definition Coefficient (SDC). Always zero.
smf30src	INTEGER?	SRB Service Definition Coefficient (SDC) scaled by 10.
smf30znf	INTEGER?	Normalization factor for zAAP service time. Used to convert between real zAAP times and ‘normalized’ zAAP times, that is, the equivalent time on a standard CP. Multiply SMF30_TIME_ON_zAAP by this value and divide by 256 to calculate the normalized zAAP time.
smf30snf	INTEGER?	Normalization factor for zIIP service time. Used to convert between real zIIP times and normalized zIIP times, that is, the equivalent time on a standard CP. Multiply SMF30_TIME_ON_zIIP by this value
smf30srv_l	BIGINT?	Total service units. This is the 8-byte equivalent of SMF30SRV. The value of this field continues to grow after SMF30SRV_INV is set.
smf30csu_l	BIGINT?	CPU service units. This is the 8-byte equivalent of SMF30CSU. The value of this field continues to grow after SMF30CSU_INV is set.
smf30srb_l	BIGINT?	SRB service units. This is the 8-byte equivalent of SMF30SRB. The value of this field continues to grow after SMF30SRB_INV is set.
smf30io_l	BIGINT?	I/O service units. This is the 8-byte equivalent of SMF30IO. The value of this field continues to grow after SMF30IO_INV is set.
smf30mso_l	BIGINT?	MSO service units. This is the 8-byte equivalent of SMF30MSO. The value of this field continues to grow after SMF30MSO_INV is set.
smf30esu_l	BIGINT?	ESU service units. This is the 8-byte equivalent of SMF30ESU. The value of this field continues to grow after SMF30ESU_INV is set.
smf30_capacity_change_cnt	INTEGER?	The number of processor capacity changes that occurred since the previous interval or event interval. This number will be greater than 1 when the number of processor capacity changes exceeded the number specified in the MAXEVENTINTRECS parmlib option.
smf30_rctpcpua_actual	INTEGER?	Physical CPU adjustment factor (this is the adjustment factor for converting CPU time to equivalent service, in basic-mode with all processors online). Based on model capacity rating.
smf30_rctpcpua_nominal	INTEGER?	Physical CPU adjustment factor (this is the adjustment factor for converting CPU time to equivalent service in basic-mode with all processors online). Based on nominal model capacity rating.
smf30_rctpcpua_scaling_factor	INTEGER?	Scaling factor for SMF30_RCTPCPUA_actual and SMF30_RCTPCPUA_nominal.
smf30_capacity_adjustment_ind	INTEGER?	Field values and meanings are: Value Meaning 0 The indication is not reported. 1-99 Some amount of reduction is indicated. 100 The machine is operating in normal capacity. Primary CPUs and all secondary-type CPUs are similarly affected.
smf30_rmctadjn_nominal	INTEGER?	Nominal CPU rate adjustment.
smf30cpt	FLOAT?	All standard CPU step time in hundredths of a second. Includes enclave time, preemptable class SRB time, client SRB time. Also includes time consumed by zAAP or zIIP eligible work running on a standard processor. This value includes the value in field SMF30OST.
smf30cps	FLOAT?	Step CPU time under the service request block (SRB), in hundredths of a second. You can calculate the SRB time in microseconds (1/100 of a second using the following formula: (SMF30SRB*10)/SMF30SRC * SMF30SUS/16 = SRB time in microseconds This value includes the value in field SMF30OST.
smf30icu	FLOAT?	Initiator CPU time under the task control block (TCB), in hundredths of a second. This field is set at step termination. SMF30ICU = SMF30ICU_STEP_INIT (for this step) + SMF30ICU_STEP_TERM (from the previous step)
smf30isb	FLOAT?	Initiator CPU time under the service request block (SRB), in hundredths of a second. This field is set at step termination. SMF30ISB = SMF30ISB_STEP_INIT (for this step) + SMF30ISB_STEP_TERM (from the previous step)
smf30jvu	FLOAT?	Step vector CPU time, in hundredths of a second.
smf30ivu	FLOAT?	Initiator vector CPU time, in hundredths of a second. This field is set at step termination. As of z/OS 1.11, this field is no longer valid; the value will always be zero.
smf30jva	FLOAT?	Step vector affinity time, in hundredths of a second. As of z/OS 1.11, this field is no longer valid; the value will always be zero.
smf30iva	FLOAT?	Initiator vector affinity time, in hundredths of a second. This field is set at step termination. As of z/OS 1.11, this field is no longer valid; the value will always be zero.
smf30iip	FLOAT?	Amount of CPU time used to process I/O interrupts, in hundredths of a second.
smf30rct	FLOAT?	Amount of CPU time used by the region control task (RCT), in hundredths of a second.
smf30hpt	FLOAT?	CPU time consumed for the step, in hundredths of a second, to support requests for data to be transferred between a hiperspace and an address space, when the hiperspace is backed by expanded storage. The CPU time may vary depending on the availability of expanded storage.
smf30csc	INTEGER?	Integrated Cryptographic Service Facility/MVS (ICSF/MVS) service count. This is the number of cryptographic instructions executed on behalf of caller (within caller’s address space).
smf30dmi	INTEGER?	ADMF-Number of pages moved with ADMF WRITE operation.
smf30dmo	INTEGER?	ADMF-Number of pages moved with ADMF READ operation.
smf30asr	FLOAT?	Additional CPU time accumulated by the preemptible SRBs and client SRBs for this job, in hundredths of a second. This value is also included in the value in SMF30CPT.
smf30enc	FLOAT?	CPU time, in hundredths of seconds, used by the independent enclave, but only when in the WLM enclave. Note that independent enclave time on an IFA is not included; see field SMF30_ENCLAVE_TIME_ON_IFA for that value. SMF30ENC is also part of the value in SMF30CPT.
smf30det	FLOAT?	CPU time, in hundredths of seconds, used by the dependent enclave, but only when in the WLM enclave. Note that dependent enclave time on an IFA is not included; see field SMF30_DEP_ENCLAVE_TIME_ON_IFA for that value. SMF30DET is also part of the value in SMF30CPT.
smf30cep	FLOAT?	Cumulative CPU time consumed for an address space or job while enqueue promoted (in 1.024 millisecond units).
smf30_boostinfo	INTEGER?	Boost Information Bit Meaning when set 0 zIIP boost was active at some point within the interval. An SMF30 step-end record will have the ‘active’ bit on if the bit was on in any interval record created for the step. An SMF30 job record will have the ‘active’ bit on if the bit was on in any interval record created for the job. 1 Speed boost was active at some point within the interval. An SMF30 step-end record will have the ‘active’ bit on if the bit was on in any interval record created for the step. An SMF30 job record will have the ‘active’ bit on if the bit was on in any interval record created for the job. 5 - 7 Boost class: 001 : IPL 010 : Shutdown 011 : Recovery process Note: The boost class value is valid only when one or more boosts is active; that is, a boost active bit is also
smf30_time_on_ifa	FLOAT?	Accumulation of CPU time spent on zAAP. Time is in hundredths of a second (includes enclave time).
smf30_enclave_time_on_ifa	FLOAT?	Accumulation of enclave time spent on zAAP. Time is in hundredths of a second.
smf30_dep_enclave_time_on_ifa	FLOAT?	Accumulation of dependent enclave time spent on zAAP. Time is in hundredths of a second.
smf30_time_ifa_on_cp	FLOAT?	Accumulation of CPU time spent running zAAP eligible work on a standard CP. Time is in hundredths of a second (includes enclave time).
smf30_enclave_time_ifa_on_cp	FLOAT?	Accumulation of zAAP enclave time spent on a standard CP. Time is in hundredths of a second.
smf30_dep_enclave_time_ifa_on_cp	FLOAT?	Accumulation of zAAP dependent enclave time spent on a standard CP. Time is in hundredths of a second.
smf30cepi	FLOAT?	CPU time consumed for an address space or job while enqueue promoted (in 1.024 millisecond units). Contains only the time consumed during the interval (not cumulative).
smf30_time_on_ziip	FLOAT?	(SMF30_TIME_ON_SUP) Accumulation of time spent on zIIP. Time is in hundredths of a second (includes enclave time).
smf30_enclave_time_on_ziip	FLOAT?	(SMF30_ENCLAVE_TIME_ON_SUP) Accumulation of enclave time spent on zIIP. Time is in hundredths of a second.
smf30_depenc_time_on_ziip	FLOAT?	(SMF30_DEPENC_TIME_ON_SUP) Accumulation of dependent enclave time spent on zIIP. Time is in hundredths of a second.
smf30_time_ziip_on_cp	FLOAT?	(SMF30_TIME_SUP_ON_CP) Accumulation of CPU time spent running zIIP eligible work on a standard CP. Time is in hundredths of a second (includes enclave time).
smf30_enclave_time_ziip_on_cp	FLOAT?	(SMF30_ENCLAVE_TIME_SUP_ON_CP) Accumulation of zIIP enclave time spent on a standard CP. Time is in hundredths of a second.
smf30_depenc_time_ziip_on_cp	FLOAT?	(SMF30_DEPENC_TIME_SUP_ON_CP) Accumulation of zIIP dependent enclave time spent on a standard CP. Time is in hundredths of a second.
smf30_enclave_time_ziip_qual	FLOAT?	(SMF30_ENCLAVE_TIME_SUP_QUAL) Normalized enclave time qualified to be on zIIP in hundredths of a second. Note that qualified time is the SRB time for an enclave that a program (Db2, for example) has identified to Workload Management for zIIP eligibility. The program also indicates the portion of the SRB time intended for eligibility to the zIIP(s). The eligible time achieved is reported in xxx_TIME_ON_ZIIP and xxx_TIME_ZIIP_ON_CP fields.
smf30_depenc_time_ziip_qual	FLOAT?	(SMF30_DEPENC_TIME_SUP_QUAL) Normalized dependent enclave time qualified to be on zIIP in hundredths of a second. Note that qualified time is the SRB time for an enclave that a program (Db2, for example) has identified to Workload Management for zIIP eligibility. The program also indicates the portion of the SRB time intended for eligibility to the zIIP(s). The eligible time achieved is reported in
smf30crp	FLOAT?	CPU time consumed for an address space or job while promoted because of chronic resource contention (in 1.024 millisecond units). For interval records, this field contains only the time consumed during the interval itself.
smf30icu_step_term	FLOAT?	CPU TCB time, in hundredths of seconds, spent by the initiator during job step termination processing. This field is the step termination portion of SMF30ICU that is reported in the next step end record.
smf30icu_step_init	FLOAT?	CPU TCB time, in hundredths of seconds, spent by the initiator during job step initialization processing. This field is the step initialization portion of SMF30ICU for this step end record.
smf30isb_step_term	FLOAT?	CPU SRB time, in hundredths of seconds, spent by the initiator during job step termination processing. This field is the step termination portion of SMF30ISB that is reported in the next step end record.
smf30isb_step_init	FLOAT?	CPU SRB time, in hundredths of seconds, spent by the initiator during job step initialization processing. This field is the step initialization portion of SMF30ISB for this step end record.
smf30_missed_smf30blk	INTEGER?	Accumulated value of I/O block counts when serialization could not be obtained for accumulating the value to SMF30BLK. This value is maintained at the job step level as opposed to the DD level of its SMF30BLK counterpart.
smf30_missed_smf30dct	FLOAT?	Accumulated value of device connect time, in 128- microsecond units, when serialization could not be obtained for accumulating the value to SMF30DCT. This value is maintained at the job step level as opposed to the DD level of its SMF30DCT counterpart. This field contains zero for started tasks.
smf30_highest_task_cpu_percent	INTEGER?	For interval records, the largest percentage of CPU time used by any task in the address space, rounded to the nearest integer. The percentage value is calculated as: TCB time * 100 / interval time. For step-end and job-end records, the value is the largest reported interval value.
smf30_highest_task_cpu_program	VARCHAR(8)?	Name of the program loaded by the task that used the largest percentage of CPU time in this address space. This field corresponds to SMF30_Highest_Task_CPU_Percent. A value of blanks indicates that no task reported any CPU time in the address space, or that the CPU time could not be obtained. A value of ???????? indicates that the program name could not be obtained for the task that reported the highest percentage of CPU time.
smf30cas_flag	INTEGER?	CPU accounting segment flags. Bit Meaning when set 0 SMF30CAS_InEligHonorPriority indicates eligible work in this address space is not offloaded to CPs for help processing. Once this bit is set on for a job interval or step-end record, this bit will also be set on for step-total and job-end records.
smf30_time_java_on_ziip	FLOAT?	Time spent in Java work on zIIP in hundredths of a second including enclave time. Valid when SMF30_Time_Java_On_zIIP_F is 0 and SMF30CLN ≥ SMF30CAS_Len_V2.
smf30_enclave_time_java_on_ziip	FLOAT?	Enclave time spent in Java work on zIIP in hundredths of a second. Valid when SMF30_ENCLAVE_Time_Java_On_zIIP_F is 0 and SMF30CLN ≥ SMF30CAS_Len_V2.
smf30_depenc_time_java_on_ziip	FLOAT?	Dependent enclave time spent in Java work on zIIP in hundredths of a second. Valid when SMF30_DEPENC_Time_Java_On_zIIP_F is 0 and SMF30CLN ≥ SMF30CAS_Len_V2.
smf30_time_java_on_cp	INTEGER?	zIIP eligible time spent in Java work on CP in hundredths of a second including enclave time. Valid when SMF30_Time_Java_On_CP_F is 0 and SMF30CLN ≥ SMF30CAS_Len_V2.
smf30_enclave_time_java_on_cp	FLOAT?	zIIP eligible enclave time spent in Java work on CP in hundredths of a second. Valid when SMF30_ENCLAVE_Time_Java_On_CP_F is 0 and SMF30CLN ≥ SMF30CAS_Len_V2.
smf30_depenc_time_java_on_cp	INTEGER?	zIIP eligible dependent enclave time spent in Java work on CP in hundredths of a second. Valid when SMF30_DEPENC_Time_Java_On_CP_F is 0 and SMF30CLN ≥ SMF30CAS_Len_V2.
ziipboost_active	INTEGER?	smf30_boostinfo (Bit 0) showing zIIP boost was active at some point within the interval. A smf30 step-end record will have the ‘active’ bit on if the bit was on in any interval record created for the step. A smf30 job record will have the ‘active’ bit on if the bit was on in any interval record created for the job.
speedboost_active	INTEGER?	smf30_boostinfo (Bit 1) showing speed boost was active at some point witinin the interval. A smf30 step-end record will have the ‘active’ bit on if the bit was on in any interval record created for the step. A smf30 job record will have the ‘active’ bit on if the bit was on in any interval record created for the job.
boostclass	VARCHAR(3)?	smf30_boostinfo (Bit 5-7) showing boost class (001: IPL; 010: Shutdown; 011: Recovery process).
smf30pgi	BIGINT?	(SMF30PIA) Number of page-ins from auxiliary storage, regardless of the page size (4K or 1M).
smf30pgo	BIGINT?	(SMF30POA) Number of page-outs to auxiliary storage, regardless of the page size (4K or 1M).
smf30cpm	INTEGER?	Number of attempts to read data from an ESO hiperspace that were not satisfied because the data has been deleted.
smf30nsw	BIGINT?	As of z/OS 1.8, this field is no longer valid; the value is always zero. Prior to z/OS 1.8, this field contained: Number of address space swap sequences. (A swap sequence consists of an address space swap-out and swap-in. Logical swap-out and swap-in are not included.)
smf30psi	BIGINT?	As of z/OS 1.8, this field is no longer valid; the value is always zero. Prior to z/OS 1.8, this field contained: Number of pages swapped in from auxiliary storage to central storage. This field includes: (local system queue area (LSQA), fixed pages, and pages that the real storage manager determined to be active when the address space was swapping in. It does not include page reclaims or pages found in storage during the swap-in process (such as pages brought in by the service request blocks (SRB), started after completion of swap-in Stage 1 processing).
smf30pso	BIGINT?	As of z/OS 1.8, this field is no longer valid; the value is always zero. Prior to z/OS 1.8, this field contained: Number of pages swapped out from central storage to auxiliary storage. This field includes: local system queue area (LSQA), private area fixed pages, and private area non-fixed changed pages.
smf30vpi	BIGINT?	Number of VIO page-ins from auxiliary storage to central storage for this step. This field includes page-ins resulting from page faults or specific page requests on a VIO window. It does not include VIO swap-ins or page-ins for the common area.
smf30vpo	BIGINT?	Number of VIO page-outs from central storage to auxiliary storage for this step. This field includes page-outs resulting from specific page requests on a VIO window as well as those pages stolen by the paging supervisor through infrequent use. It does not include VIO swap-outs or page-outs for the common area.
smf30vpr	BIGINT?	Number of VIO reclaims.
smf30cpi	BIGINT?	Number of common area page-ins (LPA + CSA) from auxiliary storage to central storage.
smf30hpi	BIGINT?	Number of hiperspace page-ins from auxiliary to processor
smf30lpi	BIGINT?	Number of LPA page-ins from auxiliary storage to central storage.
smf30hpo	BIGINT?	Number of hiperspace page-outs from processor to auxiliary storage.
smf30pst	BIGINT?	As of z/OS 1.8, this field is no longer valid; the value is always zero. Prior to z/OS 1.8, this field contained: Number of pages stolen from this address space.
smf30psc	DOUBLE?	Number of CPU page milliseconds for this address space. A page millisecond unit equals 1.024 milliseconds * 1 page (4K). This value can be used to illustrate the duration of memory consumption where a small spike in memory demand may have less of an impact than a smaller amount of memory used over a longer period of time.
smf30pie	BIGINT?	As of z/OS 1.6, this field is no longer valid; the value is always zero. Prior to z/OS 1.6, this field contained: Number of unblocked pages that were paged in from expanded storage.
smf30poe	BIGINT?	As of z/OS 1.6, this field is no longer valid; the value is always zero. Prior to z/OS 1.6, this field contained: Number of unblocked pages that were paged out to expanded storage.
smf30bia	BIGINT?	Number of blocked pages that were paged in from auxiliary storage.
smf30boa	BIGINT?	Number of blocked pages that were paged out to auxiliary storage.
smf30bie	BIGINT?	As of z/OS 1.6, this field is no longer valid; the value is always zero. Prior to z/OS 1.6, this field contained: Number of blocked pages that were paged in from expanded storage.
smf30boe	BIGINT?	As of z/OS 1.6, this field is no longer valid; the value is always zero. Prior to z/OS 1.6, this field contained: Number of blocked pages that were paged out to expanded storage.
smf30kia	BIGINT?	Number of blocks that were paged in from auxiliary storage.
smf30koa	BIGINT?	Number of blocks that were paged out to auxiliary storage.
smf30kie	BIGINT?	As of z/OS 1.6, this field is no longer valid; the value is always zero. Prior to z/OS 1.6, this field contained:
smf30koe	BIGINT?	As of z/OS 1.6, this field is no longer valid; the value is always zero. Prior to z/OS 1.6, this field contained: Number of blocks that were paged out to expanded storage.
smf30psf	BIGINT?	Number of CPU page seconds for the IARVSERV shared central storage frames in use by this address space, in page milliseconds.
smf30pai	BIGINT?	Binary number of IARVSERV shared pages that were paged in from auxiliary storage when referenced by a unit of work whose home space was this address space.
smf30pei	BIGINT?	As of z/OS 1.6, this field is no longer valid; the value is always zero. Prior to z/OS 1.6, this field contained: Number of IARVSERV shared pages that were paged in from expanded storage in this address space.
smf30ers	FLOAT?	As of z/OS 1.6, this field is no longer valid; the value is always zero. Prior to z/OS 1.6, this field contained: Expanded storage page residency time in page-milliseconds.
smf30hvr	BIGINT?	High water mark for the number of real storage frames that are used to back 64-bit private storage. The high water mark does not include 2G frames.
smf30hva	BIGINT?	High water mark for the amount of auxiliary storage that is used to back 64-bit private storage. This value is a total of the number of paging data set slots and storage-class memory (SCM) blocks.
smf30tih	BIGINT?	High water mark of TIOT space used for TIOT entries (in bytes).
smf30numberofdataspaceshwm	BIGINT?	The high water mark for the number of in-use data spaces created by problem state user key invokers of DSPSERV during this job step.
smf30userdataspacecreatereqcount	BIGINT?	The total number of data spaces created by problem state user key callers during this job step.
smf30_dmemrequested2g	BIGINT?	Requested dedicated memory, in 2G units, at start of job step.
smf30_dmemminrequested2g	BIGINT?	Requested minimum amount of dedicated memory, in 2G units, at start of job step.
smf30_dmemassigned2g	BIGINT?	Assigned dedicated memory, in 2G units, at start of job step.
smf30_dmemnuminuseas2g	BIGINT?	Number of 2G dedicated memory frames in use.
smf30_dmemnuminuseasfixed1m	BIGINT?	Number of fixed 1M dedicated memory frames in use.
smf30_dmemnuminuseaspageable1m	BIGINT?	Number of pageable 1M dedicated memory frames in use.
smf30_dmemnuminuseas4k	BIGINT?	Number of 4K dedicated memory frames in use.
smf30_dmemnuminuseasdattables	BIGINT?	Number of 4K dedicated memory frames in use as DAT tables.
smf30_dmemnuminuseas4khwm	BIGINT?	High-water mark for the number of dedicated real storage
smf30_dmemnuminuseaspageable1mhwm	BIGINT?	High-water mark of the number of dedicated real storage frames (1M units) that are used to back pageable 1M pages.
smf30_dmemnuminuseasfixed1mhwm	BIGINT?	High-water mark of the number of dedicated real storage frames (1M units) that are used to back fixed 1M pages.
smf30_dmemnuminuseas2ghwm	BIGINT?	High-water mark of the number of dedicated real storage frames (2G units) that are used to back 2G pages.
smf30_dmemnuminuseasdattableshwm	BIGINT?	High-water mark of the number of dedicated real storage frames (4K units) that are used to back DAT tables.
smf30_dmemnuminusehwm	BIGINT?	High-water mark of the number of dedicated memory frames in use, in 4K units.
smf30_dmemnum2gfailed	BIGINT?	Count of requested 2G frames that were eligible to be backed by dedicated memory frames but were not because not enough dedicated memory frames were available.
smf30_dmemnum1mfailed	BIGINT?	Count of requested 1M frames that were eligible to be backed by dedicated memory frames but were not because not enough dedicated memory frames were available.
smf30_dmemnum4kfailed	BIGINT?	Count of requested 4K frames that were eligible to be backed by dedicated memory frames but were not because not enough dedicated memory frames were available.
smf30_numinuseas2ghwm	BIGINT?	High water mark for the number of 2G frames in use by the job step.
smf30_num2gfailed	BIGINT?	Number of 2G frames that could not be obtained because none were available at the time of the IARV64 request.
smf30_obtainshomespace	BIGINT?	Number of GETMAIN or STORAGE OBTAIN requests within the scope of the record, either for the current interval, job step, or job. Results are for the home address space at the time of the invocation.
smf30_iarv64obtainshomespace	BIGINT?	Number of IARV64 GETSTOR or GETCOMMON requests within the scope of the record, either for the current interval, job step, or job. Results are for the home address space at the time of the invocation.
smf30_framesfirstreferencebacking	BIGINT?	Count of real storage frames (4K units) that are backing both 31-bit and 64-bit first-reference virtual storage within the scope of the record, either for the current interval, job step, or job. Count includes dedicated real storage frames.
smf30_sumreal1m	BIGINT?	Sum of samples of the amount of real memory (includes dedicated memory) in 1M units used by the address space within the scope of the record, either for the current interval, job step, or job.
smf30_sumsquaresreal1m	VARCHAR(34)?	Sum of squared samples of the amount of real memory (includes dedicated memory) in 1M units used by the address space within the scope of the record, either for the current interval, job step, or job.
smf30_numsamples	BIGINT?	Number of samples for both SMF30_SumReal1M and SMF30_SumSquaresReal1M within the scope of the record, either for the current interval, job step, or job.
smf30_hwmhvreal1m	BIGINT?	High water mark for the number, in 1M units, of real frames (includes dedicated memory) that are backing 64-bit virtual private storage for all frame types (4K, 1M, and 2G) within the scope of the record, either for the current interval, job step, or job.
smf30pdm	INTEGER?	Number of non-specific DASD mounts.
smf30prd	INTEGER?	Number of specific DASD mounts.
smf30ptm	INTEGER?	Number of non-specific tape mounts.
smf30tpr	INTEGER?	Number of specific tape mounts.
smf30mtm	INTEGER?	Number of non-specific MSS mounts. As of MVS/SP4.1, this field is no longer valid, and contains zeroes.
smf30msr	INTEGER?	Number of specific MSS mounts. As of MVS/SP4.1, this field is no longer valid, and contains zeroes.
smf30scc	VARCHAR(4)?	Step completion code X’0 ccc ‘ Indicates system abnormal end (abend) of task in the job step, where ccc is the system abend code. (See z/OS MVS System Codes
smf30sti	VARCHAR(4)?	Step/Job termination indicator Bit Meaning when set 0 Reserved 1 Canceled by exit IEFUJV. 2 Canceled by exit IEFUJI. 3 Canceled by exit IEFUSI. 4 Canceled by exit IEFACTRT. 5 Step is to be restarted. 6 If zero, then normal completion. If 1, then abnormal end of task (abend). If step completion code equals 0322 or 0522, then IEFUTL caused the abend. If step completion code equals 0722, then IEFUSO caused the abend. 7 If zero, then normal completion. If 1, then step was flushed. 8 EXCP counts might be incorrect because the record did not include all the DD statements. 9 Previous interval record was not written because an error occurred. The cumulative count might be incorrect because the counters were cleared. 10 EXCP sections were not merged from the interval to the step record or from the step to the job record. 11 Step completed with a ‘post execution’ error. Post-execution errors include a failure that occurred because the ALLOCxx parmlib member specified CATLG_ERR FAILJOB(YES). 12 Step completed due to z/OS UNIX exec function request. 13 JOB abnormally ended because of COND= condition on the JOB card. This flag will be set on in the subtype 5 job termination record only. 14 Job was evicted via the $EJ nn ,STEP,HOLD or equivalent command. This bit is set for subtype 4 (step end) records only. 15
smf30arc	VARCHAR(8)?	Abend reason code.

Constraints:

• PRIMARY KEY (csc, smf30syp, smf30syn, start_interval, wkl, smf30typ, smf30jbn, smf30asi, smf30jnm, smf30stn)

Smf 70

smf70_aid

smf2db.db_models.smf70_model.Smf70Aid (smf70_aid)

The Smf70Aid class stores the Smf70Aid section in the smf70_aid table.

Columns:

→ csc*	VARCHAR(8)	the identifier or serial number of Central Processor Complexes (CPC).
→ smf70sid*	VARCHAR(4)	System identification (from the SMFPRMxx SID parameter).
→ datetime*	DATETIME	the hour of the record.
→ smf70ist*	DATETIME	Time that the RMF measurement interval started, in the form 0 hhmmssF , where hh is the hours, mm is the minutes, ss is the seconds, and F is the sign.
→ smf70iet*	VARCHAR(18)	Interval expiration time token. This token can be used to identify other than RMF records that belong to the same interval (if interval was synchronized with SMF).
smf70rmn	INTEGER?	Ready minimum value over interval.
smf70rmm	INTEGER?	Ready maximum value over interval.
smf70rtt	INTEGER?	Ready total value over interval.
smf70r00	INTEGER?	Count of times ready value was zero.
smf70r01	INTEGER?	Count of times ready value was 1.
smf70r02	INTEGER?	Count of times ready value was 2.
smf70r03	INTEGER?	Count of times ready value was 3.
smf70r04	INTEGER?	Count of times ready value was 4.
smf70r05	INTEGER?	Count of times ready value was 5.
smf70r06	INTEGER?	Count of times ready value was 6.
smf70r07	INTEGER?	Count of times ready value was 7.
smf70r08	INTEGER?	Count of times ready value was 8.
smf70r09	INTEGER?	Count of times ready value was 9.
smf70r10	INTEGER?	Count of times ready value was 10.
smf70r11	INTEGER?	Count of times ready value was 11.
smf70r12	INTEGER?	Count of times ready value was 12.
smf70r13	INTEGER?	Count of times ready value was 13.
smf70r14	INTEGER?	Count of times ready value was 14.
smf70r15	INTEGER?	Count of times ready value was 15 or more.
smf70imn	INTEGER?	IN users minimum over interval.
smf70imm	INTEGER?	IN users maximum over interval.
smf70itt	INTEGER?	IN users total value over interval.
smf70i00	INTEGER?	Count of times IN users was zero.
smf70i01	INTEGER?	Count of times IN users was 1 or 2.
smf70i02	INTEGER?	Count of times IN users was 3 or 4.
smf70i03	INTEGER?	Count of times IN users was 5 or 6.
smf70i04	INTEGER?	Count of times IN users was 7 or 8.
smf70i05	INTEGER?	Count of times IN users was 9 or 10.
smf70i06	INTEGER?	Count of times IN users was 11 - 15.
smf70i07	INTEGER?	Count of times IN users was 16 - 20.
smf70i08	INTEGER?	Count of times IN users was 21 - 25.
smf70i09	INTEGER?	Count of times IN users was 26 - 30.
smf70i10	INTEGER?	Count of times IN users was 31 - 35.
smf70i11	INTEGER?	Count of times IN users was 36 or more.
smf70omn	INTEGER?	Out users minimum over interval.
smf70omm	INTEGER?	Out users maximum over interval.
smf70ott	INTEGER?	Out users total value over interval.
smf70o00	INTEGER?	Count of times out users was zero.
smf70o01	INTEGER?	Count of times out users was 1 or 2.
smf70o02	INTEGER?	Count of times out users was 3 or 4.
smf70o03	INTEGER?	Count of times out users was 5 or 6.
smf70o04	INTEGER?	Count of times out users was 7 or 8.
smf70o05	INTEGER?	Count of times out users was 9 or 10.
smf70o06	INTEGER?	Count of times out users was 11 - 15.
smf70o07	INTEGER?	Count of times out users was 16 - 20.
smf70o08	INTEGER?	Count of times out users was 21 - 25.
smf70o09	INTEGER?	Count of times out users was 26 - 30.
smf70o10	INTEGER?	Count of times out users was 31 - 35.
smf70o11	INTEGER?	Count of times out users was 36 or more.
smf70wmn	INTEGER?	Wait user minimum over interval.
smf70wmm	INTEGER?	Wait users maximum over interval.
smf70wtt	INTEGER?	Wait users total value over interval.
smf70w00	INTEGER?	Count of times wait users was zero.
smf70w01	INTEGER?	Count of times wait users was 1 or 2.
smf70w02	INTEGER?	Count of times wait users was 3 or 4.
smf70w03	INTEGER?	Count of times wait users was 5 or 6.
smf70w04	INTEGER?	Count of times wait users was 7 or 8.
smf70w05	INTEGER?	Count of times wait users was 9 or 10.
smf70w06	INTEGER?	Count of times wait users was 11 - 15.
smf70w07	INTEGER?	Count of times wait users was 16 - 20.
smf70w08	INTEGER?	Count of times wait users was 21 - 25.
smf70w09	INTEGER?	Count of times wait users was 26 - 30.
smf70w10	INTEGER?	Count of times wait users was 31 - 35.
smf70w11	INTEGER?	Count of times wait users was 36 or more.
smf70bmn	INTEGER?	Batch users minimum over interval.
smf70bmm	INTEGER?	Batch users maximum over interval.
smf70btt	INTEGER?	Batch users total value over interval.
smf70b00	INTEGER?	Count of times batch users was zero.
smf70b01	INTEGER?	Count of times batch users was 1 or 2.
smf70b02	INTEGER?	Count of times batch users was 3 or 4.
smf70b03	INTEGER?	Count of times batch users was 5 or 6.
smf70b04	INTEGER?	Count of times batch users was 7 or 8.
smf70b05	INTEGER?	Count of times batch users was 9 or 10
smf70b06	INTEGER?	Count of times batch users was 11 - 15.
smf70b07	INTEGER?	Count of times batch users was 16 - 20.
smf70b08	INTEGER?	Count of times batch users was 21 - 25.
smf70b09	INTEGER?	Count of times batch users was 26 - 30.
smf70b10	INTEGER?	Count of times batch users was 31 - 35.
smf70b11	INTEGER?	Count of times batch users was 36 or more.
smf70smn	INTEGER?	Started users minimum over interval.
smf70smm	INTEGER?	Started users maximum over interval.
smf70stt	INTEGER?	Started users total value over interval.
smf70s00	INTEGER?	Count of times users was zero.
smf70s01	INTEGER?	Count of times users was 1 or 2.
smf70s02	INTEGER?	Count of times users was 3 or 4.
smf70s03	INTEGER?	Count of times users was 5 or 6.
smf70s04	INTEGER?	Count of times users was 7 or 8.
smf70s05	INTEGER?	Count of times users was 9 or 10.
smf70s06	INTEGER?	Count of times users was 11 - 15.
smf70s07	INTEGER?	Count of times users was 16 - 20.
smf70s08	INTEGER?	Count of times users was 21 - 25.
smf70s09	INTEGER?	Count of times users was 26 - 30.
smf70s10	INTEGER?	Count of times users was 31 - 35.
smf70s11	INTEGER?	Count of times users was 36 or more.
smf70tmn	INTEGER?	TSO/E users minimum over interval.
smf70tmm	INTEGER?	TSO/E users maximum over interval.
smf70ttt	INTEGER?	TSO/E users total value over interval.
smf70t00	INTEGER?	Count of times TSO/E users was zero.
smf70t01	INTEGER?	Count of times TSO/E users was 1 or 2.
smf70t02	INTEGER?	Count of times TSO/E users was 3 or 4.
smf70t03	INTEGER?	Count of times TSO/E users was 5 or 6.
smf70t04	INTEGER?	Count of times TSO/E users was 7 or 8.
smf70t05	INTEGER?	Count of times TSO/E users was 9 or 10.
smf70t06	INTEGER?	Count of times TSO/E users was 11 - 15.
smf70t07	INTEGER?	Count of times TSO/E users was 16 - 20.
smf70t08	INTEGER?	Count of times TSO/E users was 21 - 25.
smf70t09	INTEGER?	Count of times TSO/E users was 26 - 30.
smf70t10	INTEGER?	Count of times TSO/E users was 31 - 35.
smf70t11	INTEGER?	Count of times TSO/E users was 36 or more.
smf70lmn	INTEGER?	Logical ready users minimum over interval.
smf70lmm	INTEGER?	Logical ready users maximum over interval.
smf70ltt	INTEGER?	Logical ready users total value over interval.
smf70l00	INTEGER?	Count of times the number of logical ready users was zero.
smf70l01	INTEGER?	Count of times the number of logical ready users was 1 or 2.
smf70l02	INTEGER?	Count of times the number of logical ready users was 3 or 4.
smf70l03	INTEGER?	Count of times the number of logical ready users was 5 or 6.
smf70l04	INTEGER?	Count of times the number of logical ready users was 7 or 8.
smf70l05	INTEGER?	Count of times the number of logical ready users was 9 or 10.
smf70l06	INTEGER?	Count of times the number of logical ready users was 11 - 15.
smf70l07	INTEGER?	Count of times the number of logical ready users was 16 - 20.
smf70l08	INTEGER?	Count of times the number of logical ready users was 21 - 25.
smf70l09	INTEGER?	Count of times the number of logical ready users was 26 - 30.
smf70l10	INTEGER?	Count of times the number of logical ready users was 31 - 35.
smf70l11	INTEGER?	Count of times the number of logical ready users was 36 or more.
smf70amn	INTEGER?	Logical wait users minimum over interval.
smf70amm	INTEGER?	Logical wait users maximum over interval.
smf70att	INTEGER?	Logical wait users total value over interval.
smf70a00	INTEGER?	Count of times the number of logical wait users was zero.
smf70a01	INTEGER?	Count of times the number of logical wait users was 1 or 2.
smf70a02	INTEGER?	Count of times the number of logical wait users was 3 or 4.
smf70a03	INTEGER?	Count of times the number of logical wait users was 5 or 6.
smf70a04	INTEGER?	Count of times the number of logical wait users was 7 or 8.
smf70a05	INTEGER?	Count of times the number of logical wait users was 9 or 10.
smf70a06	INTEGER?	Count of times the number of logical wait users was 11 - 15.
smf70a07	INTEGER?	Count of times the number of logical wait users was 16 - 20.
smf70a08	INTEGER?	Count of times the number of logical wait users was 21 - 25.
smf70a09	INTEGER?	Count of times the number of logical wait users was 26 - 30.
smf70a10	INTEGER?	Count of times the number of logical wait users was 31 - 35.
smf70a11	INTEGER?	Count of times the number of logical wait users was 36 or more.
smf70pmn	INTEGER?	Minimum number of ASCH address spaces. An ASCH address space is scheduled by the APPC/MVS transaction scheduler.
smf70pmm	INTEGER?	Maximum number of ASCH address spaces.
smf70ptt	INTEGER?	Total number of ASCH address spaces.
smf70p00	INTEGER?	Number of times when 0 ASCH address spaces were found.
smf70p01	INTEGER?	Number of times when 1 - 2 ASCH address spaces were found.
smf70p02	INTEGER?	Number of times when 3 - 4 ASCH address spaces were found.
smf70p03	INTEGER?	Number of times when 5 - 6 ASCH address spaces were found.
smf70p04	INTEGER?	Number of times when 7 - 8 ASCH address spaces were found.
smf70p05	INTEGER?	Number of times when 9 - 10 ASCH address spaces were found.
smf70p06	INTEGER?	Number of times when 11 - 15 ASCH address spaces were found.
smf70p07	INTEGER?	Number of times when 16 - 20 ASCH address spaces were found.
smf70p08	INTEGER?	Number of times when 21 - 25 ASCH address spaces were found.
smf70p09	INTEGER?	Number of times when 26 - 30 ASCH address spaces were found.
smf70p10	INTEGER?	Number of times when 31 - 35 ASCH address spaces were found.
smf70p11	INTEGER?	Number of times when 36 or more ASCH address spaces were found.
smf70xmn	INTEGER?	Minimum number of OMVS address spaces.
smf70xmm	INTEGER?	Maximum number of OMVS address spaces.
smf70xtt	INTEGER?	Total number of OMVS address spaces.
smf70x00	INTEGER?	Number of times when zero OMVS address spaces were found.
smf70x01	INTEGER?	Number of times when 1 - 2 OMVS address spaces were found.
smf70x02	INTEGER?	Number of times when 3 - 4 OMVS address spaces were found.
smf70x03	INTEGER?	Number of times when 5 - 6 OMVS address spaces were found.
smf70x04	INTEGER?	Number of times when 7 - 8 OMVS address spaces were found.
smf70x05	INTEGER?	Number of times when 9 - 10 OMVS address spaces were found.
smf70x06	INTEGER?	Number of times when 11 - 15 OMVS address spaces were found.
smf70x07	INTEGER?	Number of times when 16 - 20 OMVS address spaces were found.
smf70x08	INTEGER?	Number of times when 21 - 25 OMVS address spaces were found.
smf70x09	INTEGER?	Number of times when 26 - 30 OMVS address spaces were found.
smf70x10	INTEGER?	Number of times when 31 - 35 OMVS address spaces were found.
smf70x11	INTEGER?	Number of times when 36 or more OMVS address spaces were found.
smf70q00	INTEGER?	Count of times In Ready users was less or equal N.
smf70q01	INTEGER?	Count of times In Ready users was N+1.
smf70q02	INTEGER?	Count of times In Ready users was N+2.
smf70q03	INTEGER?	Count of times In Ready users was N+3.
smf70q04	INTEGER?	Count of times In Ready users was N+4 or N+5.
smf70q05	INTEGER?	Count of times In Ready users was N+6 to N+10.
smf70q06	INTEGER?	Count of times In Ready users was N+11 to N+15.
smf70q07	INTEGER?	Count of times In Ready users was N+16 to N+20.
smf70q08	INTEGER?	Count of times In Ready users was N+21 to N+30.
smf70q09	INTEGER?	Count of times In Ready users was N+31 to N+40.
smf70q10	INTEGER?	Count of times In Ready users was N+41 to N+60.
smf70q11	INTEGER?	Count of times In Ready users was N+61 or N+80.
smf70q12	INTEGER?	Count of times In Ready users was greater than N+80.
smf70srm	INTEGER?	Number of samples taken by SRM
smf70cmn	INTEGER?	Minimum number of work units for general purpose processors over interval.
smf70cmm	INTEGER?	Maximum number of work units for general purpose processors over interval.
smf70ctt	INTEGER?	Total number of work units for general purpose processors over interval.
smf70dmn	INTEGER?	Minimum number of work units for zAAPs over interval.
smf70dmm	INTEGER?	Maximum number of work units for zAAPs over interval.
smf70dtt	INTEGER?	Total number of work units for zAAPs over interval.
smf70emn	INTEGER?	Minimum number of work units for zIIPs over interval.
smf70emm	INTEGER?	Maximum number of work units for zIIPs over interval.
smf70ett	INTEGER?	Total number of work units for zIIPs over interval.
smf70u00	INTEGER?	Count of times the number of work units was less or equal N.
smf70u01	INTEGER?	Count of times the number of work units was N+1.
smf70u02	INTEGER?	Count of times the number of work units was N+2.
smf70u03	INTEGER?	Count of times the number of work units was N+3.
smf70u04	INTEGER?	Count of times the number of work units was N+4 or N+5.
smf70u05	INTEGER?	Count of times the number of work units was between N+6 and N+10.
smf70u06	INTEGER?	Count of times the number of work units was between N+11 and N+15.
smf70u07	INTEGER?	Count of times the number of work units was between N+16 and N+20.
smf70u08	INTEGER?	Count of times the number of work units was between N+21 and N+30.
smf70u09	INTEGER?	Count of times the number of work units was between N+31 and N+40.
smf70u10	INTEGER?	Count of times the number of work units was between N+41 and N+60.
smf70u11	INTEGER?	Count of times the number of work units was between N+61 and N+80.
smf70u12	INTEGER?	Count of times the number of work units was between N+81 and N+100.
smf70u13	INTEGER?	Count of times the number of work units was between N+101 and N+120.
smf70u14	INTEGER?	Count of times the number of work units was between N+121 and N+150.
smf70u15	INTEGER?	Count of times the number of work units was greater N+150.

Constraints:

• FOREIGN KEY (smf70_ctl.csc, smf70_ctl.smf70sid, smf70_ctl.datetime, smf70_ctl.smf70ist, smf70_ctl.smf70iet → csc, smf70sid, datetime, smf70ist, smf70iet)

• PRIMARY KEY (csc, smf70sid, datetime, smf70ist, smf70iet)

smf70_bct

smf2db.db_models.smf70_model.Smf70Bct (smf70_bct)

The Smf70Bct class stores the Smf70Bct section in the smf70_bct table.

Columns:

→ csc*	VARCHAR(8)	the identifier or serial number of Central Processor Complexes (CPC).
lpar_system_name*	VARCHAR(17)	combining lpar long name with lpar short name.
lpar_number*	INTEGER	PR/SM partition number of the partition that wrote this record.
→ datetime*	DATETIME	the hour of the record.
→ smf70ist*	DATETIME	Time that the RMF measurement interval started, in the form 0 hhmmssF , where hh is the hours, mm is the minutes, ss is the seconds, and F is the sign.
→ smf70iet*	VARCHAR(18)	Interval expiration time token. This token can be used to identify other than RMF records that belong to the same interval (if interval was synchronized with SMF).
→ smf70sid*	VARCHAR(4)	System identification (from the SMFPRMxx SID parameter).
smf70lpm	VARCHAR(8)?	Logical partition name.
smf70lpn	INTEGER?	Logical partition number.
smf70pfg	INTEGER?	Partition flags Bit Meaning when set 0 Partition has changed from activated to deactivated, or from deactivated to activated, during interval. 1 Number of logical processors in partition has changed. 2 Number of dedicated processors in partition has changed. 3 Number of shared processors in partition has changed. 4 WLM LPAR management is active for this partition. 5 Wait time field (SMF70WST) is defined. 6 Defined capacity limit has been changed. 7 Reserved.
smf70bdn	INTEGER?	Number of logical CPUs assigned to this partition. This count matches the number of subsequent PR/SM Logical Processor data sections. Starting with z900 processors, SMF70BDN has a different meaning if bit 4 of SMF70INB is set. It then contains the maximum logical processors defined as shown at the HMC. Active logical processors have an online time SMF70ONT greater than zero.
smf70bds	INTEGER?	The PR/SM logical processor data blocks for all partitions are grouped together in the record. PR/SM logical processor data blocks for a given partition are grouped together. To get to the first logical processor data block associated with this partition, skip over the number of logical processor data blocks specified by this field, starting at the first logical processor data block in the record.
smf70bda	INTEGER?	Accumulated number of active logical processors at a WLM partition. This value is updated at each measurement cycle. It does not cover the logical processors for a non WLM managed partition. (A partition is WLM managed, if bit 4 of SMF70PFG is set.) To get the average number of logical CPUs, this value has to be divided by the number of Diagnose samples (field SMF70DSA in the CPU control section).
smf70spn	VARCHAR(8)?	LPAR cluster name. For z/OS, the LPAR cluster name is the sysplex name. For any other logical partition, the LPAR cluster name is the name provided in the HMC definition of this logical partition. Blank, if partition is not a cluster member.
smf70stn	VARCHAR(8)?	System name. Blank, if not provided or supported by the operating system in the logical partition.
smf70csf	INTEGER?	Number of megabytes of central storage currently online to this partition.
smf70esf	INTEGER?	Number of megabytes of expanded storage currently online to this partition.
smf70msu	INTEGER?	Defined capacity limit (in millions of service units).
smf70pfl	INTEGER?	Additional partition flags. Bit Meaning when set 0 Content of SMF70UPI is valid. 1 Group flag. This partition is member of a capacity group. 2 Polarization flag. This partition is vertically polarized. That is, HiperDispatch mode is active. The SMF70POW fields in the logical processor data section are valid for CPUs of this partition. 3 Initial weight instead of current weight should be used to project usage of the members in the capacity group. 4 -15
smf70upi	INTEGER?	User partition ID. Valid if bit 0 of SMF70PFL is set.
smf70mtid	INTEGER?	Maximum Thread Identification. A non-zero value indicates that PROCVIEW CORE is effective for this partition and the hardware supports multithreading.
smf70gnm	VARCHAR(8)?	Name of the capacity group to which this partition belongs. Valid if bit 1 of SMF70PFL is set.
smf70gmu	INTEGER?	Maximum licensing units of a group. The maximum number of processor licensing units for the group of logical partitions of which this partition is a member, and which may be consumed per unit of time, on average. Valid if bit 1 of SMF70PFL is set.
smf70hwgr_name	VARCHAR(8)?	Name of the hardware group to which this partition belongs.
smf70_boostinfo	INTEGER?	Boost information Bit Meaning when set 0 zIIP boost was active at some point within the interval. 1 Speed boost was active at some point within the interval. 2-7 Reserved.
smf70int	FLOAT?	Duration of the RMF measurement interval, in the form mmsstttF where mm is the minutes, ss is the seconds, ttt is the milliseconds, and F is the sign. (The end of the measurement interval is the sum of the recorded start time and this field.)
smf70xnm	VARCHAR(8)?	Sysplex name as defined in parmlib member COUPLExx.
smf70cpa_actual	INTEGER?	Physical CPU adjustment factor based on Model Capacity Rating (will be used for converting processor time to service units). This value together with SMF70CPA_scaling_factor replaces SMF70CPA.
smf70cpa_scaling_factor	INTEGER?	Scaling factor for SMF70CPA_actual.
defined_cpu_count_cp	INTEGER?	number of CP defined on this box.
defined_cpu_count_iip	INTEGER?	number of zIIP defined on this box.
defined_cpu_count_icf	INTEGER?	number of ICF defined on this box.
sysplex_name	VARCHAR(8)?	the sysplex name.
system_name	VARCHAR(8)?	the partition system name.
smf70acs_cp	FLOAT?	accumulated general purpose processor actual share.
total_smf70acs_cp	FLOAT?	total accumulated general purpose processor actual share.
min_entitlement	FLOAT?	the minimum entitlement of this partiion.
max_entitlement	FLOAT?	the maximum entitlement of this partiont.
wgt_cp	VARCHAR(6)?	the processor weight of general process CPs.
wgt_ifl	VARCHAR(6)?	the processor weight of IFL processors.
wgt_icf	VARCHAR(6)?	the processor weight of ICF processors.
wgt_iip	VARCHAR(6)?	the processor weight of zIIP processors.
wgt_cbp	VARCHAR(6)?	the processor weight of CBP processors.
wgt_ifa	VARCHAR(6)?	the processor weight of zAAP processors.
total_weight_cp	VARCHAR(6)?	the total weightings of general process CPs.
total_weight_ifl	VARCHAR(6)?	the total weightings of IFL procesors.
total_weight_iip	VARCHAR(6)?	the total weightings of zIIP processors.
total_weight_icf	VARCHAR(6)?	the total weightings of ICF processors.
total_weight_aap	VARCHAR(6)?	the total weightings of zAAP processors.
smf70edt_total_cp	FLOAT?	the total logical general purpose processor effective dispatch time.
smf70edt_total_ifl	FLOAT?	the total logical IFL processor effective dispatch time.
smf70edt_total_iip	FLOAT?	the total logical zIIP processor effective dispatch time.
smf70edt_total_icf	FLOAT?	the total logical ICF processor effective dispatch time.
smf70edt_total_aap	FLOAT?	the total logical zAAP processor effective dispatch time.
smf70pdt_cp	FLOAT?	the total logical general purpose processor dispatch time.
smf70pdt_ifl	FLOAT?	the total logical IFL processor dispatch time.
smf70pdt_iip	FLOAT?	the total logical zIIP processor dispatch time.
smf70pdt_icf	FLOAT?	the total logical ICF processor dispatch time.
smf70pdt_aap	FLOAT?	the total logical zAAP processor dispatch time.
lpar_management_total_cp	FLOAT?	LPAR management time for logical general purpose processors.
lpar_management_total_ifl	FLOAT?	LPAR management time for logical IFL processors.
lpar_management_total_iip	FLOAT?	LPAR management time for logical zIIP processors.
lpar_management_total_icf	FLOAT?	LPAR management time for logical ICF processors.
lpar_management_total_aap	FLOAT?	LPAR management time for logical zAAP processors.
physical_processor_effective_total_cp	FLOAT?	the effective utilization of the physical general purpose processors resource by the partiiton.
physical_processor_effective_total_ifl	FLOAT?	the effective utilization of the physical IFL processors resource by the partiiton.
physical_processor_effective_total_iip	FLOAT?	the effective utilization of the physical zIIP processors resource by the partiiton.
physical_processor_effective_total_icf	FLOAT?	the effective utilization of the physical ICF processors resource by the partiiton.
physical_processor_effective_total_aap	FLOAT?	the effective utilization of the physical zAAP processors resource by the partiiton.
physical_processor_total_total_cp	FLOAT?	the total utilization of the physical general purpose processors resource by the partiiton.
physical_processor_total_total_ifl	FLOAT?	the total utilization of the physical IFL processors resource by the partiiton.
physical_processor_total_total_iip	FLOAT?	the total utilization of the physical zIIP processors resource by the partiiton.
physical_processor_total_total_icf	FLOAT?	the total utilization of the physical ICF processors resource by the partiiton.
physical_processor_total_total_aap	FLOAT?	the total utilization of the physical zAAP processors resource by the partiiton.

Constraints:

• FOREIGN KEY (smf70_ctl.csc, smf70_ctl.smf70sid, smf70_ctl.datetime, smf70_ctl.smf70ist, smf70_ctl.smf70iet → csc, smf70sid, datetime, smf70ist, smf70iet)

• PRIMARY KEY (csc, lpar_system_name, lpar_number, datetime, smf70ist, smf70iet, smf70sid)

smf70_bct_cpu

smf2db.db_models.smf70_model.Smf70BctCpu (smf70_bct_cpu)

The Smf70BctCpu class stores the Smf70BctCpu section in the smf70_bct_cpu table.

Columns:

smf70cix*	VARCHAR(4)	EBCDIC name corresponding to the CPU type of the logical processor in CPU-identification name section.
wait_completion_status	VARCHAR(3)?	the wait completion is enabled of this processor.
wgt	VARCHAR(5)?	the processor weight of this kind of processor.
initial_cap_indicator	VARCHAR(1)?	the initial cap indicator of this processor.
cap_absolute_indicator	VARCHAR(1)?	the cap absolute indicator of this processor.
cap_absolute_group_indicator	VARCHAR(1)?	the cap absolute group indicator of this processor.
logical_processor_effective	FLOAT?	the effective logical processor effective time of this processor.
logical_processor_total	FLOAT?	the total logical processor time of this processor.
physical_processor_effective	FLOAT?	the effective physical processor effective time of this processor.
physical_processor_total	FLOAT?	the total physical processor time of this processor.
actual_consumed_msu	FLOAT?	the actual consumed MSU of this processor.
effective_consumed_msu	FLOAT?	the effective consumed MSU of this processor.
→ csc*	VARCHAR(8)	the identifier or serial number of Central Processor Complexes (CPC).
→ lpar_system_name*	VARCHAR(17)	combining lpar long name with lpar short name.
→ lpar_number*	INTEGER	PR/SM partition number of the partition that wrote this record.
→ datetime*	DATETIME	the hour of the record.
→ smf70ist*	DATETIME	Time that the RMF measurement interval started, in the form 0 hhmmssF , where hh is the hours, mm is the minutes, ss is the seconds, and F is the sign.
→ smf70iet*	VARCHAR(18)	Interval expiration time token. This token can be used to identify other than RMF records that belong to the same interval (if interval was synchronized with SMF).
→ smf70sid*	VARCHAR(4)	System identification (from the SMFPRMxx SID parameter).
smf70pdt	FLOAT?	Logical processor dispatch time, in microseconds. This is the number of microseconds that were accumulated during the measurement interval (during which a physical CPU was assigned to this logical CPU). When associated with partition name PHYSICAL , this field contains the accumulated number of microseconds during which a physical CPU was busy, but the time could not be attributed to a specific logical partition. This time includes the time PR/SM was controlling the physical processor (LPAR management time), as well as any other time the processor was busy for any reason such as managing coupling facility traffic.
smf70bps	VARCHAR(6)?	Partition processor resource weight factor. If the value is X’FFFF’, then the partition has been assigned dedicated processors.
smf70vpf	INTEGER?	Logical processor flags Bit Meaning when set 0 Wait completion is enabled 1 Wait completion status has changed during interval 2 Weight has changed during interval 3 ‘Initial Capping’ was set to ‘ON’ on the Hardware Management Console 4 ‘Initial Capping’ status has changed during the interval 5 Logical processor varied online during the measurement interval 6 SMF70HW_Cap_Limit has changed during the interval 7 SMF70HWGr_Name or SMF70HWGr_Cap_Limit has changed during the interval
smf70pof	INTEGER?	Polarization flags Bit Meaning when set 0 - 1 Polarization indicator: 00 Horizontally polarized or polarization not indicated 01 Vertically polarized with low entitlement 10 Vertically polarized with medium entitlement 11 Vertically polarized with high entitlement 2 Polarization indication changed during interval
smf70edt	FLOAT?	Logical processor effective dispatch time, in microseconds. The number of microseconds that were accumulated during the measurement interval (excluding LPAR management time), during which a physical CPU was assigned to this logical CPU. When associated with partition name PHYSICAL , this field contains the accumulated number of microseconds during which a physical CPU was busy, but the time could not be attributed to a specific logical partition or to LPAR management of the physical processor. One example is time used for managing coupling facility traffic. This field is zero, if not supported by the hardware. LPAR management time is the time from SMF70PDT associated
smf70acs	FLOAT?	Accumulated processor actual share. To get the average processor actual share, this value has to be divided by the number of Diagnose samples (field SMF70DSA in the CPU control section).
smf70mis	INTEGER?	Processor minimum share.
smf70mas	INTEGER?	Processor maximum share.
smf70nsi	INTEGER?	Number of samples within 10% of the specified minimum.
smf70nsa	INTEGER?	Number of samples within 10% of the specified maximum.
smf70ont	FLOAT?	Logical processor online time.
smf70wst	FLOAT?	Logical processor wait state time. SMF70WST is used only for internal purposes.
smf70pma	INTEGER?	Average adjustment weight for pricing management. This value may be negative.
smf70nsw	INTEGER?	Number of diagnose samples where WLM considers to cap the set of logical CPUs of type SMF70CIX within the logical partition (see also SMF70NCA).
smf70pow	INTEGER?	Polarization weight for the logical CPU when HiperDispatch mode is active. See bit 2 of SMF70PFL. Multiplied by a factor of 4096 for more granularity. The value may be the same or different for all shared CPUs of type SMF70CIX. This is an accumulated value. Divide by the number of Diagnose samples SMF70DSA to get average weight value for the interval.
smf70nca	INTEGER?	Number of diagnose samples where capping actually limited the usage of processor resources for the set of logical CPUs of type SMF70CIX within the logical partition.
smf70hw_cap_limit	INTEGER?	If not zero, absolute limit on partition usage of all CPUs of the type indicated in SMF70CIX in terms of a number specified in hundredths of a CPU. For example, a value of 250 indicates that the partition is limited to using 2.5 CPUs.
smf70hwgr_cap_limit	INTEGER?	If not zero, absolute limit on partition usage of all CPUs of the type indicated in SMF70CIX that are members of the same hardware group, in terms of a number specified in hundredths of a CPU. For example, a value of 250 indicates that the hardware group is limited to using 2.5 CPUs.
smf70mtit	FLOAT?	Multithreading Idle Time in microseconds accumulated for all threads of a dispatched core. This field is only valid if SMF70MTID is not zero for this
smf70lpf	INTEGER?	Additional processor flags. Bit Meaning when set 0 Topology has changed during this interval. 1 - 7
smf70maxnl	INTEGER?	with a maximum of 6. Value Meaning 0 The model does not provide information about the topological nesting levels. 1 There is no actual topological nesting structure. 2 - 6 Topological nesting levels are available, beginning with field
smf70cordl1	INTEGER?	Coordinate of the preferred dispatch location of the logical core at topological nesting level 1. Valid if SMF70MaxNL > 0.
smf70cordl2	INTEGER?	Coordinate of the preferred dispatch location of the logical core at topological nesting level 2. Valid if SMF70MaxNL > 1.
smf70cordl3	INTEGER?	Coordinate of the preferred dispatch location of the logical core at topological nesting level 3. Valid if SMF70MaxNL > 2
smf70cordl4	INTEGER?	Coordinate of the preferred dispatch location of the logical core at topological nesting level 4. Valid if SMF70MaxNL > 3
smf70cordl5	INTEGER?	Coordinate of the preferred dispatch location of the logical core at topological nesting level 5. Valid if SMF70MaxNL > 4
smf70cordl6	INTEGER?	Coordinate of the preferred dispatch location of the logical core at topological nesting level 6. Valid if SMF70MaxNL > 5
smf70lpm	VARCHAR(8)?	Logical partition name.
smf70stn	VARCHAR(8)?	System name. Blank, if not provided or supported by the operating system in the logical partition.
smf70lpn	INTEGER?	Logical partition number.
share_current	FLOAT?	the accumulated processor current share.
cpu_count	INTEGER?	the number of logical processors of this kind in this partition.
physical_cpu_count	INTEGER?	the number of physical processors of this kind in this box.
msu_physical	FLOAT?	the physical MSU of this processor.
processor_weight_online	FLOAT?	the weight of this processor on the online time.
msu_effective	FLOAT?	the effective MSU of this processor.
logical_processor_is_online	INTEGER?	this processor is online.
utilization_per_cpu_physical	FLOAT?	the physical utilization of this processor.
lpar_management_per_cpu	FLOAT?	the lpar management time of this processor.

Constraints:

• FOREIGN KEY (smf70_bct.csc, smf70_bct.lpar_system_name, smf70_bct.lpar_number, smf70_bct.datetime, smf70_bct.smf70ist, smf70_bct.smf70iet, smf70_bct.smf70sid → csc, lpar_system_name, lpar_number, datetime, smf70ist, smf70iet, smf70sid)

• PRIMARY KEY (csc, lpar_system_name, lpar_number, datetime, smf70ist, smf70iet, smf70sid, smf70cix)

smf70_bpd

smf2db.db_models.smf70_model.Smf70Bpd (smf70_bpd)

The Smf70Bpd class stores the Smf70Bpd section in the smf70_bpd table.

Columns:

smf70vpa*	INTEGER	Logical processor address.
sysplex_name	VARCHAR(8)?	the sysplex name which this partition belongs to.
system_name	VARCHAR(8)?	the partition system name.
→ csc*	VARCHAR(8)	the identifier or serial number of Central Processor Complexes (CPC).
→ lpar_system_name*	VARCHAR(17)	combining lpar long name with lpar short name.
→ lpar_number*	INTEGER	PR/SM partition number of the partition that wrote this record.
→ datetime*	DATETIME	the hour of the record.
→ smf70ist*	DATETIME	Time that the RMF measurement interval started, in the form 0 hhmmssF , where hh is the hours, mm is the minutes, ss is the seconds, and F is the sign.
→ smf70iet*	VARCHAR(18)	Interval expiration time token. This token can be used to identify other than RMF records that belong to the same interval (if interval was synchronized with SMF).
→ smf70sid*	VARCHAR(4)	System identification (from the SMFPRMxx SID parameter).
smf70pdt	FLOAT?	Logical processor dispatch time, in microseconds. This is the number of microseconds that were accumulated during the measurement interval (during which a physical CPU was assigned to this logical CPU). When associated with partition name PHYSICAL , this field contains the accumulated number of microseconds during which a physical CPU was busy, but the time could not be attributed to a specific logical partition. This time includes the time PR/SM was controlling the physical processor (LPAR management time), as well as any other time the processor was busy for any reason such as managing coupling facility traffic.
smf70bps	VARCHAR(6)?	Partition processor resource weight factor. If the value is X’FFFF’, then the partition has been assigned dedicated processors.
smf70vpf	INTEGER?	Logical processor flags Bit Meaning when set 0 Wait completion is enabled 1 Wait completion status has changed during interval 2 Weight has changed during interval 3 ‘Initial Capping’ was set to ‘ON’ on the Hardware Management Console 4 ‘Initial Capping’ status has changed during the interval 5 Logical processor varied online during the measurement interval 6 SMF70HW_Cap_Limit has changed during the interval 7 SMF70HWGr_Name or SMF70HWGr_Cap_Limit has changed during the interval
smf70pof	INTEGER?	Polarization flags Bit Meaning when set 0 - 1 Polarization indicator: 00 Horizontally polarized or polarization not indicated 01 Vertically polarized with low entitlement 10 Vertically polarized with medium entitlement 11 Vertically polarized with high entitlement 2 Polarization indication changed during interval
→ smf70cix	VARCHAR(4)?	EBCDIC name corresponding to the CPU type of the logical processor in CPU-identification name section.
smf70edt	FLOAT?	Logical processor effective dispatch time, in microseconds. The number of microseconds that were accumulated during the measurement interval (excluding LPAR management time), during which a physical CPU was assigned to this logical CPU. When associated with partition name PHYSICAL , this field contains the accumulated number of microseconds during which a physical CPU was busy, but the time could not be attributed to a specific logical partition or to LPAR management of the physical processor. One example is time used for managing coupling facility traffic. This field is zero, if not supported by the hardware. LPAR management time is the time from SMF70PDT associated
smf70acs	FLOAT?	Accumulated processor actual share. To get the average processor actual share, this value has to be divided by the number of Diagnose samples (field SMF70DSA in the CPU control section).
smf70mis	INTEGER?	Processor minimum share.
smf70mas	INTEGER?	Processor maximum share.
smf70nsi	INTEGER?	Number of samples within 10% of the specified minimum.
smf70nsa	INTEGER?	Number of samples within 10% of the specified maximum.
smf70ont	FLOAT?	Logical processor online time.
smf70wst	FLOAT?	Logical processor wait state time. SMF70WST is used only for internal purposes.
smf70pma	INTEGER?	Average adjustment weight for pricing management. This value may be negative.
smf70nsw	INTEGER?	Number of diagnose samples where WLM considers to cap the set of logical CPUs of type SMF70CIX within the logical partition (see also SMF70NCA).
smf70pow	INTEGER?	Polarization weight for the logical CPU when HiperDispatch mode is active. See bit 2 of SMF70PFL. Multiplied by a factor of 4096 for more granularity. The value may be the same or different for all shared CPUs of type SMF70CIX. This is an accumulated value. Divide by the number of Diagnose samples SMF70DSA to get average weight value for the interval.
smf70nca	INTEGER?	Number of diagnose samples where capping actually limited the usage of processor resources for the set of logical CPUs of type SMF70CIX within the logical partition.
smf70hw_cap_limit	INTEGER?	If not zero, absolute limit on partition usage of all CPUs of the type indicated in SMF70CIX in terms of a number specified in hundredths of a CPU. For example, a value of 250 indicates that the partition is limited to using 2.5 CPUs.
smf70hwgr_cap_limit	INTEGER?	If not zero, absolute limit on partition usage of all CPUs of the type indicated in SMF70CIX that are members of the same hardware group, in terms of a number specified in hundredths of a CPU. For example, a value of 250 indicates that the hardware group is limited to using 2.5 CPUs.
smf70mtit	FLOAT?	Multithreading Idle Time in microseconds accumulated for all threads of a dispatched core. This field is only valid if SMF70MTID is not zero for this
smf70lpf	INTEGER?	Additional processor flags. Bit Meaning when set 0 Topology has changed during this interval. 1 - 7
smf70maxnl	INTEGER?	with a maximum of 6. Value Meaning 0 The model does not provide information about the topological nesting levels. 1 There is no actual topological nesting structure. 2 - 6 Topological nesting levels are available, beginning with field
smf70cordl1	INTEGER?	Coordinate of the preferred dispatch location of the logical core at topological nesting level 1. Valid if SMF70MaxNL > 0.
smf70cordl2	INTEGER?	Coordinate of the preferred dispatch location of the logical core at topological nesting level 2. Valid if SMF70MaxNL > 1.
smf70cordl3	INTEGER?	Coordinate of the preferred dispatch location of the logical core at topological nesting level 3. Valid if SMF70MaxNL > 2
smf70cordl4	INTEGER?	Coordinate of the preferred dispatch location of the logical core at topological nesting level 4. Valid if SMF70MaxNL > 3
smf70cordl5	INTEGER?	Coordinate of the preferred dispatch location of the logical core at topological nesting level 5. Valid if SMF70MaxNL > 4
smf70cordl6	INTEGER?	Coordinate of the preferred dispatch location of the logical core at topological nesting level 6. Valid if SMF70MaxNL > 5
smf70lpm	VARCHAR(8)?	Logical partition name.
smf70stn	VARCHAR(8)?	System name. Blank, if not provided or supported by the operating system in the logical partition.
smf70lpn	INTEGER?	Logical partition number.
share_current	FLOAT?	the accumulated processor current share.
cpu_count	INTEGER?	the number of logical processors of this kind in this partition.
physical_cpu_count	INTEGER?	the number of physical processors of this kind in this box.
msu_physical	FLOAT?	the physical MSU of this processor.
processor_weight_online	FLOAT?	the weight of this processor on the online time.
msu_effective	FLOAT?	the effective MSU of this processor.
logical_processor_is_online	INTEGER?	this processor is online.
utilization_per_cpu_physical	FLOAT?	the physical utilization of this processor.
lpar_management_per_cpu	FLOAT?	the lpar management time of this processor.

Constraints:

• FOREIGN KEY (smf70_bct_cpu.csc, smf70_bct_cpu.lpar_system_name, smf70_bct_cpu.lpar_number, smf70_bct_cpu.datetime, smf70_bct_cpu.smf70ist, smf70_bct_cpu.smf70iet, smf70_bct_cpu.smf70sid, smf70_bct_cpu.smf70cix → csc, lpar_system_name, lpar_number, datetime, smf70ist, smf70iet, smf70sid, smf70cix)

• PRIMARY KEY (csc, lpar_system_name, lpar_number, datetime, smf70ist, smf70iet, smf70sid, smf70vpa)

smf70_ccf

smf2db.db_models.smf70_model.Smf70Ccf (smf70_ccf)

The Smf70Ccf class stores the Smf70Ccf section in the smf70_ccf table.

Columns:

→ csc*	VARCHAR(8)	the identifier or serial number of Central Processor Complexes (CPC).
→ smf70sid*	VARCHAR(4)	System identification (from the SMFPRMxx SID parameter).
→ datetime*	DATETIME	the hour of the record.
→ smf70ist*	DATETIME	Time that the RMF measurement interval started, in the form 0 hhmmssF , where hh is the hours, mm is the minutes, ss is the seconds, and F is the sign.
→ smf70iet*	VARCHAR(18)	Interval expiration time token. This token can be used to identify other than RMF records that belong to the same interval (if interval was synchronized with SMF).
r702snec	FLOAT?	Single DES: Number of calls to encipher the data.
r702sneb	FLOAT?	Single DES: Number of bytes of data enciphered.
r702snei	FLOAT?	Single DES: Number of instructions used to encipher the data.
r702tnec	FLOAT?	Triple DES: Number of calls to encipher the data.
r702tneb	FLOAT?	Triple DES: Number of bytes of data enciphered.
r702tnei	FLOAT?	Triple DES: Number of instructions used to encipher the data.
r702sndc	FLOAT?	Single DES: Number of calls to decipher the data.
r702sndb	FLOAT?	Single DES: Number of bytes of data deciphered.
r702sndi	FLOAT?	Single DES: Number of instructions used to decipher the data.
r702tndc	FLOAT?	Triple DES: Number of calls to decipher the data.
r702tndb	FLOAT?	Triple DES: Number of bytes of data deciphered.
r702tndi	FLOAT?	Triple DES: Number of instructions used to decipher the data.
r702nmgc	FLOAT?	Number of calls to generate the message authentication code (MAC).
r702nmgb	FLOAT?	Number of bytes of data for which the MAC was generated.
r702nmgi	FLOAT?	Number of PCMF instructions used to generate the MAC.
r702nmvc	FLOAT?	Number of calls to verify the MAC.
r702nmvb	FLOAT?	Number of bytes of data for which the MAC was verified.
r702nmvi	FLOAT?	Number of PCMF instructions used to verify the MAC.
r702nhac	FLOAT?	For SHA-1 hashing: Number of calls to hash the data.
r702nhab	FLOAT?	For SHA-1 hashing: Number of bytes of data which was hashed.
r702nhai	FLOAT?	For SHA-1 hashing: Number of PCMF instructions used to hash the data.
r702nptc	FLOAT?	Number of calls to translate the PIN.
r702npvc	FLOAT?	Number of calls to verify the PIN.
r702nh2c	FLOAT?	For SHA-224 and SHA-256 hashing: Number of calls to hash the data.
r702nh2b	FLOAT?	For SHA-224 and SHA-256 hashing: Number of bytes of data which was hashed.
r702nh2i	FLOAT?	For SHA-224 and SHA-256 hashing: Number of PCMF instructions used to hash the data.
r702nh5c	FLOAT?	For SHA-384 and SHA-512 hashing: Number of calls to hash the data.
r702nh5b	FLOAT?	For SHA-384 and SHA-512 hashing: Number of bytes of data which was hashed.
r702nh5i	FLOAT?	For SHA-384 and SHA-512 hashing: Number of PCMF instructions used to hash the data.
r702cdlv	INTEGER?	ICSF data level.
r702aesc	FLOAT?	Number of AES encipher calls sent to a coprocessor.
r702aesb	FLOAT?	Number of bytes processed by the AES encipher services handled by a coprocessor.
r702aesi	FLOAT?	Number of operations required to complete the AES encipher service calls to a coprocessor.
r702asdc	FLOAT?	Number of AES decipher calls sent to a coprocessor.
r702asdb	FLOAT?	Number of bytes processed by the AES decipher services handled by a coprocessor.
r702asdi	FLOAT?	Number of operations required to complete the AES decipher service calls to a coprocessor.
r702drgc	FLOAT?	Number of calls to generate the RSA digital signatures.
r702drvc	FLOAT?	Number of calls to verify the RSA digital signatures.
r702degc	FLOAT?	Number of calls to generate the ECC digital signatures.
r702devc	FLOAT?	Number of calls to verify the ECC digital signatures.
r702amgc	FLOAT?	Number of calls to generate the AES MACs.
r702amgb	FLOAT?	Number of bytes of data for which the AES MACs were generated.
r702amgi	FLOAT?	Number of instructions used to generate the AES MACs.
r702amvc	FLOAT?	Number of calls to verify the AES MACs.
r702amvb	FLOAT?	Number of bytes of data for which the AES MACs were verified.
r702amvi	FLOAT?	Number of instructions used to verify the AES MACs.
r702fpec	FLOAT?	Number of calls to encipher data using FPE.
r702fpeb	FLOAT?	Number of bytes of data enciphered using FPE.
r702fpei	FLOAT?	Number of instructions used to encipher the data using FPE.
r702fpdc	FLOAT?	Number of calls to decipher data using FPE.
r702fpdb	FLOAT?	Number of bytes of data deciphered using FPE.
r702fpdi	FLOAT?	Number of instructions used to decipher the data using FPE.
r702fptc	FLOAT?	Number of calls to translate data using FPE.
r702fptb	FLOAT?	Number of bytes of data translated using FPE.
r702fpti	FLOAT?	Number of instructions used to translate the data using FPE.
r702fxec	FLOAT?	Number of calls to encipher data using FFX.
r702fxeb	FLOAT?	Number of bytes of data enciphered using FFX.
r702fxei	FLOAT?	Number of instructions used to encipher the data using FFX.
r702fxdc	FLOAT?	Number of calls to decipher data using FFX.
r702fxdb	FLOAT?	Number of bytes of data deciphered using FFX.
r702fxdi	FLOAT?	Number of instructions used to decipher the data using FFX.
r702fxtc	FLOAT?	Number of calls to translate data using FFX.
r702fxtb	FLOAT?	Number of bytes of data translated using FFX.
r702fxti	FLOAT?	Number of instructions used to translate the data using FFX.
r702dqgc	FLOAT?	Number of calls to generate the QSA digital signatures.
r702dqvc	FLOAT?	Number of calls to verify the QSA digital signatures.
→ smf_type	VARCHAR(5)?	the SMF type and subtype.
smf70ptn	INTEGER?	PR/SM partition number of the partition that wrote this record.

Constraints:

• FOREIGN KEY (smf70_pro.datetime, smf70_pro.smf70ist, smf70_pro.smf70iet, smf70_pro.smf_type, smf70_pro.csc, smf70_pro.smf70sid → datetime, smf70ist, smf70iet, smf_type, csc, smf70sid)

• PRIMARY KEY (csc, smf70sid, datetime, smf70ist, smf70iet)

smf70_ctl

smf2db.db_models.smf70_model.Smf70Ctl (smf70_ctl)

The Smf70Ctl class stores the Smf70Ctl section in the smf70_ctl table.

Columns:

date	DATE?	the date of the record.
→ csc*	VARCHAR(8)	the identifier or serial number of Central Processor Complexes (CPC).
→ smf70sid*	VARCHAR(4)	System identification (from the SMFPRMxx SID parameter).
→ datetime*	DATETIME	the hour of the record.
→ smf70ist*	DATETIME	Time that the RMF measurement interval started, in the form 0 hhmmssF , where hh is the hours, mm is the minutes, ss is the seconds, and F is the sign.
→ smf70iet*	VARCHAR(18)	Interval expiration time token. This token can be used to identify other than RMF records that belong to the same interval (if interval was synchronized with SMF).
smf70mod	INTEGER?	CPU processor family.
smf70ver	INTEGER?	CPU version number - meaning varies with model number.
smf70bnp	INTEGER?	Number of physical processors assigned for use by PR/SM.
smf70inb	INTEGER?	PR/SM indicator bits. Bit Meaning when set 0 PR/SM diagnose X’204’ failure. 1 Number of physical processors has changed. 2 Dispatch interval time has been changed. 3 An additional partition, that is not included in the count of configured partitions, is presented with a name of ‘PHYSICAL’. This partition includes all of the uncaptured time that was used by the LPAR management time support feature but could not be attributed to a specific logical partition. 4 PR/SM - Diagnose X’204’ extended data is supported. 5 Simplified Diagnose X’204’ data provided for system running as z/VM ® guest. CPU consumption by z/VM itself provided with partition data section for logical partition named PHYSICAL . 6 Power information is available. 7
smf70stf	INTEGER?	Flags. Bit Meaning when set 0 The STSI facility is available for the CPC. 1 Physical CPU adjustment factor has been changed. 2 Service units available to MVS image have been changed. 3 SMF70LAC is provided for systems running in LPAR mode, as a z/VM guest, or under an alternate virtual machine. The value no longer includes CPU wait times. 4 SMF70MDL is the model-capacity identifier and SMF70HWM is the physical model. If this bit is OFF, SMF70MDL represents both model-capacity and physical model. 5 OPT parameter BLWLTRPCT changed. 6 OPT parameter BLWLINTHD changed. 7 Field SMF70GAU is valid. Dispatch accumulated interval time in milliseconds.
smf70gts	FLOAT?	Dispatch accumulated interval time in milliseconds. A zero value indicates that the dispatch interval was dynamically determined.
smf70mdl	VARCHAR(16)?	CPC model identifier indicating the total capacity of the CPC, including all types of active capacity. See bit 4 of SMF70STF.
smf70dsa	INTEGER?	Number of Diagnose samples.
smf70ifa	INTEGER?	Number of zAAPs online at the end of the interval.
smf70cpa	INTEGER?	Physical CPU adjustment factor based on alternate CPU capability. This value is replaced by SMF70CPA_actual and SMF70CPA_scaling_factor.
smf70wla	INTEGER?	Processor capacity available to MVS image measured in MSUs (millions of service units) per hour. The value takes into account whether or not the image has a defined capacity limit. (For systems running as VM guest, this is the VM capacity).
smf70lac	INTEGER?	Long-term average of CPU service (millions of service units). Scope of the value depends on bit 3 of SMF70STF.
smf70hof	FLOAT?	Hypervisor date/time offset in STCK format (aka Sysplex timer offset).
smf70hwm	VARCHAR(16)?	CPC physical model identifier. Valid if bit 4 of SMF70STF is set.
smf70sup	INTEGER?	Number of zIIPs online at the end of the interval.
smf70gjt	DATETIME?	Time in STCK format when the partition that wrote this record has joined or left a capacity group (last change of group name). Also set at IPL time, when the partition is not a member of a capacity group.
smf70pom	VARCHAR(4)?	EBCDIC plant code that identifies the plant of manufacture for the configuration. The plant code is left-justified with trailing blank characters if necessary.
smf70csc	VARCHAR(16)?	EBCDIC sequence code of the configuration. The sequence code is right-justified with leading EBCDIC zeroes if necessary.
smf70hhf	INTEGER?	Additional flags. Bit Meaning when set 0 HiperDispatch mode supported 1 HiperDispatch mode is active 2 HiperDispatch mode changed during interval 3 Failure returned by HISMT service. Values in Logical Core data section and values provided in SMF70MCF, SMF70MCFS, SMF70MCFI, SMF70CF, SMF70CFS, SMF70CFI, SMF70ATD, SMF70ATDS, and SMF70ATDI are invalid. 4 Absolute MSU capping is active for this partition. 5 SMF70OS_PRTCT is valid. 6-7
smf70pmi	INTEGER?	Accumulated number of blocked dispatchable units per second that may get promoted in their dispatch priority. To get the average promote event rate, divide SMF70PMI by SMF70SAM.
smf70pmu	INTEGER?	Number of blocked dispatchable units being promoted during the interval.
smf70pmw	INTEGER?	Accumulated number of address spaces and enclaves being blocked during the interval. To get the average number of waiters for promote, divide SMF70PMW by SMF70SAM.
smf70pmp	INTEGER?	Maximum number of address spaces and enclaves found being blocked during the interval.
smf70pmt	FLOAT?	1/1000s of the CPU capacity for promote slices (OPT parameter BLWLTRPCT).
smf70pml	INTEGER?	Swapped-in starvation threshold. When an address space or enclave has not received CPU service within this time interval although it has ready-to-run work, it is considered being blocked (OPT parameter BLWLINTHD).
smf70mpc	VARCHAR(16)?	CPC model identifier indicating the permanent capacity of the CPC, without the temporarily increased capacity, the temporarily available replacement capacity, and the corridor capacity. The identifier is left justified with trailing blanks if necessary. This field is zero, if not supported by the hardware.
smf70mtc	VARCHAR(16)?	CPC model identifier indicating the temporary capacity of the CPC, which is the total of permanent capacity and temporarily increased capacity, without the temporarily available replacement capacity and the corridor capacity. The identifier is left justified with trailing blanks if necessary. This field is zero, if not supported by the hardware.
smf70mcr	INTEGER?	CPC model capacity rating associated with the model as identified by SMF70MDL. This field is zero, if not supported by the hardware.
smf70mpr	INTEGER?	CPC permanent model capacity rating associated with the model as identified by SMF70MPC. This field is zero, if not supported by the hardware.
smf70mtr	INTEGER?	CPC temporary model capacity rating associated with the model as identified by SMF70MTC. This field is zero, if not supported by the hardware.
smf70nrm	INTEGER?	Normalization factor for zIIP. Multiply zIIP time by this value and divide by 256 to get the equivalent time on a CP.
smf70gau	INTEGER?	Long-term average of CPU service in millions of service units which would be allowed by the limit of the capacity group but is not used by its members. If the value is negative, the group is capped. Valid if bit 7 of SMF70STF is set.
smf70ncr	INTEGER?	Nominal model-capacity rating in MSU/hour. When non-zero, this value is associated with the nominal model capacity as identified in field SMF70MDL. When field SMF70CAI contains a value of 100, this value equals the value in field SMF70MCR.
smf70npr	INTEGER?	Nominal permanent model-capacity rating in MSU/ hour. When non-zero, this value is associated with the nominal permanent model capacity as identified in field SMF70MPC. When field SMF70CAI contains a value of 100, this value equals the value in field SMF70MPR.
smf70ntr	INTEGER?	Nominal temporary model-capacity rating in MSU/ hour. When non-zero, this value is associated with the nominal temporary model capacity as identified in field SMF70MTC. When field SMF70CAI contains a value of 100, this value equals the value in field SMF70MTR.
smf70cai	INTEGER?	Capacity-adjustment indication. When zero, the indication is not reported. When in the range from 1 to 99, some amount of reduction is indicated. When 100, the machine is operating at its normal capacity. Temporary capacity changes that affect machine performance (for example, CBU or OOCoD) are not included.
smf70ccr	INTEGER?	Capacity-change reason. Valid if SMF70CAI is non- zero. When 0, no capacity change took place. When 1, the capacity change is due to the setting of a manual control. When greater than 1, the capacity change is due to an internal machine condition or due to an external machine exception.
smf70mcp	INTEGER?	Maximum CPU ID available for this IPL.
smf70icp	INTEGER?	Highest CPU ID installed at IPL time.
smf70ccp	INTEGER?	Highest CPU ID currently installed. This number can increase upon dynamic CPU addition.
smf70cpa_actual	INTEGER?	Physical CPU adjustment factor based on Model Capacity Rating (will be used for converting processor time to service units). This value together with SMF70CPA_scaling_factor replaces SMF70CPA.
smf70cpa_scaling_factor	INTEGER?	Scaling factor for SMF70CPA_actual.
smf70mcf	INTEGER?	Multithreading maximum capacity numerator for general purpose processors. Divide this value by 1024 to get the multithreading maximum capacity factor for all general purpose processors that were configured ONLINE for the complete interval.
smf70mcfs	INTEGER?	Multithreading maximum capacity numerator for zIIP. Divide this value by 1024 to get the multithreading maximum capacity factor for all zIIPs that were configured ONLINE for the complete interval. A zero value is reported if no zIIP is currently installed.
smf70mcfi	INTEGER?	Multithreading maximum capacity numerator for zAAP. Divide this value by 1024 to get the multithreading maximum capacity factor for all zAAPs that were configured ONLINE for the complete interval. A zero value is reported if no zAAP is currently installed.
smf70cf	INTEGER?	Multithreading capacity numerator for general purpose processors. Divide this value by 1024 to get the multithreading capacity factor for all general purpose processors that were configured ONLINE for the complete interval.
smf70cfs	INTEGER?	Multithreading capacity numerator for zIIP. Divide this value by 1024 to get the multithreading capacity factor for all zIIPs that were configured ONLINE for the complete interval. A zero value is reported if no zIIP is currently installed.
smf70cfi	INTEGER?	Multithreading capacity numerator for zAAP. Divide this value by 1024 to get the multithreading capacity factor for all zAAPs that were configured ONLINE for the complete interval. A zero value is reported if no zAAP is currently installed.
smf70atd	INTEGER?	Average Thread Density numerator for general purpose processors . Divide this value by 1024 to get the average number of active threads for all general purpose processors that were dispatched to physical hardware and configured ONLINE for the complete interval.
smf70atds	INTEGER?	Average Thread Density numerator for zIIP. Divide this value by 1024 to get the average number of active threads for all zIIPs that were dispatched to physical hardware and configured ONLINE for the complete interval. A zero value is reported if no zIIP is currently installed.
smf70atdi	INTEGER?	Average Thread Density numerator for zAAP. Divide this value by 1024 to get the average number of active threads for all zAAPs that were dispatched to physical hardware and configured ONLINE for the complete interval. A zero value is reported if no zAAP is currently installed.
smf70lacm	INTEGER?	Long-term average of CPU service (millions of service units) consumed by transactions classified with reporting attribute MOBILE. If an address space or enclave is part of a tenant resource group, it will not contribute to SMF70LACM.
smf70laca	INTEGER?	Long-term average of CPU service (millions of service units) consumed by transactions classified with reporting attribute CATEGORYA. If an address space or enclave is part of a tenant resource group, it will not contribute to SMF70LACA.
smf70lacb	INTEGER?	Long-term average of CPU service (millions of service units) consumed by transactions classified with reporting attribute CATEGORYB. If an address space or enclave is part of a tenant resource group, it will not contribute to SMF70LACB.
smf70adj	INTEGER?	Logical adjustment factor for CPU rate.
smf70laccr	INTEGER?	Long-term average of CPU service (millions of service units) consumed by DFSMS data set encryption. Valid only for IBM z14 ® and later CPCs.
smf70maxpu	INTEGER?	When non-zero, this field indicates how many processor cores are physically available in this particular machine. When the value is 0, it is not defined for this model.
smf70os_prtct	INTEGER?	When non-zero, the OSPROTECT system parameter with a value other than SYSTEM is in effect. X’01’ indicates OSPROTECT=1. For machines after IBM z14, may be 0 with OSPROTECT=1.
smf70mdl_cbp	VARCHAR(34)?	Reserved for future use.
smf70mcr_cbp	INTEGER?	Reserved for future use.
smf70ncr_cbp	INTEGER?	Reserved for future use.
smf70lac_cbp	INTEGER?	Reserved for future use.
smf70cpa_actual_cbp	INTEGER?	Reserved for future use.
smf70_ipl_time	DATETIME?	IPL time of partition, in TOD format.
smf70_trg_m_cnt	INTEGER?	Number of times sampling of tenant resource group memory consumption happened.
smf70cpc_type	INTEGER?	CPC Type.
smf70mdl_var	VARCHAR(34)?	CPC model identifier indicating the variable capacity of the CPC. The identifier is left-justified with trailing blanks, if necessary. This field is zero if not supported by the hardware.
smf70mvcr	INTEGER?	Model variable capacity rating. When non-zero, this value is associated with the model capacity as identified in the SMF70MDL_VAR field.
smf70nvcr	INTEGER?	Nominal model variable capacity rating. When non-zero, this value is associated with the nominal model capacity as identified in the SMF70MDL_VAR field. When the SMF70CAI field contains a value of 100, this value equals the value in the SMF70MVCR field.
smf70zsu_on_ziip	INTEGER?	Unweighted zIIP-eligible service units spent on zIIP for the entire system.
smf70zsu_on_cp	INTEGER?	Unweighted zIIP-eligible service units spent on CP for the entire system.
smf70jsu_on_ziip	INTEGER?	Unweighted zIIP-eligible Java service units spent on zIIP for the entire system.
smf70jsu_on_cp	INTEGER?	Unweighted zIIP-eligible Java service units spent on CP for the entire system.
smf70cpe_lo	INTEGER?	Low threshold value of OPT parameter CPENABLE.
smf70cpe_hi	INTEGER?	High threshold value of OPT parameter CPENABLE.
smf70mdl_rep	VARCHAR(16)?	CPC model identifier indicating the replacement capacity of the CPC, which is the total of permanent capacity, temporarily increased capacity, and temporarily available replacement capacity, without the corridor capacity. The identifier is left-justified with trailing blanks, if necessary. This field is zero if not supported by the hardware.
smf70mrcr	INTEGER?	Model replacement capacity rating. When non-zero, this value is associated with the model capacity as identified in the SMF70MDL_REP field.
smf70nrcr	INTEGER?	Nominal model-replacement-capacity rating. When non-zero, this value is associated with the nominal model capacity as identified in the SMF70MDL_REP field. When the SMF70CAI field contains a value of 100, this value equals the value in the SMF70MRCR field.
smf70_cpupower	INTEGER?	Accumulated microwatts for all CPU resources allocated to the LPAR during the interval. Divide by SMF70_NumPowerSamples to retrieve the average power consumption of the interval.
smf70_storagepower	INTEGER?	Accumulated microwatts for all storage resources allocated to the LPAR during the interval. Divide by SMF70_NumPowerSamples to retrieve the average power consumption of the interval.
smf70_iopower	INTEGER?	Accumulated microwatts for all I/O resources allocated to the LPAR during the interval. Divide by SMF70_NumPowerSamples to retrieve the average power consumption of the interval.
smf70_cpctotalpower	INTEGER?	Accumulated microwatts for all electrical and mechanical components in the CPC. Divide by SMF70_NumPowerSamples to retrieve the average power consumption of the interval.
smf70_cpcunassrespower	INTEGER?	Accumulated microwatts for all types of resources in the standby or reserved state. Divide by SMF70_NumPowerSamples to retrieve the average power consumption of the interval.
smf70_cpcinfrapower	INTEGER?	Accumulated microwatts for all subsystems in the CPC which do not provide CPU, storage, or I/O resources to logical partitions. These include service elements, cooling systems, power distribution, and network switches, among others. Divide by SMF70_NumPowerSamples to retrieve the average power consumption of the interval.
smf70_numpowersamples	INTEGER?	Number of power samples for the interval.
smf70_powerpartitionname	VARCHAR(8)?	The name of the LPAR to which the LPAR-specific power fields apply.
smf70int	FLOAT?	Duration of the RMF measurement interval, in the form mmsstttF where mm is the minutes, ss is the seconds, ttt is the milliseconds, and F is the sign. (The end of the measurement interval is the sum of the recorded start time and this field.)
smf70ptn	INTEGER?	PR/SM partition number of the partition that wrote this record.
smf70snm	VARCHAR(8)?	System name for current system as defined in parmlib member IEASYSxx SYSNAME parameter.
smf70xnm	VARCHAR(8)?	Sysplex name as defined in parmlib member COUPLExx.
smf70mtid	INTEGER?	Maximum Thread Identification. A non-zero value indicates that PROCVIEW CORE is effective for this partition and the hardware supports multithreading.
smf70lpm	VARCHAR(8)?	Logical partition name.
→ smf_type	VARCHAR(5)?	the SMF type and subtype.
cpu_count_CP	INTEGER?	from smf70ctn - Number of physical CPUs of CP at interval end.
cpu_count_accumulated_CP	INTEGER?	from smf70can - Accumulated number of physcial CPUs of CP.
cpu_count_IFL	INTEGER?	from smf70ctn - Number of physical CPUs of IFL at interval end.
cpu_count_accumulated_IFL	INTEGER?	from smf70can - Accumulated number of physcial CPUs of IFL.
cpu_count_ICF	INTEGER?	from smf70ctn - Number of physical CPUs of ICF at interval end.
cpu_count_accumulated_ICF	INTEGER?	from smf70can - Accumulated number of physcial CPUs of ICF.
cpu_count_IIP	INTEGER?	from smf70ctn - Number of physical CPUs of IIP at interval end.
cpu_count_accumulated_IIP	INTEGER?	from smf70can - Accumulated number of physcial CPUs of IIP.
cpu_count_CBP	INTEGER?	from smf70ctn - Number of physical CPUs of CBP at interval end.
cpu_count_accumulated_CBP	INTEGER?	from smf70can - Accumulated number of physcial CPUs of CBP.
cpu_count_IFA	INTEGER?	from smf70ctn - Number of physical CPUs of IFA at interval end.
cpu_count_accumulated_IFA	INTEGER?	from smf70can - Accumulated number of physcial CPUs of IFA.
lpar_number	INTEGER?	PR/SM partition number of the partition that wrote this record.
lpar_system_name	VARCHAR(17)?	combining lpar long name with lpar short name.
cpu_adjustment_factor_effective	INTEGER?	smf70cpa_actual if smf70cpa_actual is not zero, otherwise it is the value of smf70cpa.
cpa_scaling_factor_effective	INTEGER?	smf70cpa_scaling_factor if smf70cpa_actual is not zero, otherwise 1.
wgt_cp	VARCHAR(6)?	the processor weight of general process CPs.
wgt_ifl	VARCHAR(6)?	the processor weight of IFL processors.
wgt_icf	VARCHAR(6)?	the processor weight of ICF processors.
wgt_iip	VARCHAR(6)?	the processor weight of zIIP processors.
wgt_cbp	VARCHAR(6)?	the processor weight of CBP processors.
wgt_ifa	VARCHAR(6)?	the processor weight of zAAP processors.
multithreading	INTEGER?	multithreading is supported.
numproc	FLOAT?	the number of general purpose processors online.
lpar_busy_total_cp	FLOAT?	the total lpar busy for general purpose processors.
mvs_busy_total_cp	FLOAT?	the total MVS busy for general purpose processors.
mvs_busy_unpark_total_cp	FLOAT?	the total MVS busy for unparked general purpose processors.
total_log_proc_share_cp	FLOAT?	the percentage of the physical processor that the logical general purpose processor is entitled to use.
med_log_proc_share_cp	FLOAT?	the percentage of the physical processor that the logical general purpose processor with MED HiperDispatch priority is entitled to use.
mt_prod_total_cp	FLOAT?	the percentage of the maximum core capacity that was used in the reporting interval while the logical core of general purpose processor was dsipatched to physical hardware.
mt_util_total_cp	FLOAT?	the percentage of the maximum core capacity of general purpose processor that was used in the reporting interval.
rate_io_interrupt_total	FLOAT?	the total rate per second that this processor handled I/O interrupts.
rate_io_interrupt_by_tpi_total	FLOAT?	the percentage of the total Test Pending interrupts for this processor during the interval that are handled by the I/O supervisor without re-enabling.
lpar_busy_total_iip	FLOAT?	the total lpar busy for zIIP processors.
mvs_busy_total_iip	FLOAT?	the total MVS busy for zIIP processors.
mvs_busy_unpark_total_iip	FLOAT?	the total MVS busy for unparked zIIP processors.
total_log_proc_share_iip	FLOAT?	the percentage of the physical processor that the logical zIIP processor is entitled to use.
med_log_proc_share_iip	FLOAT?	the percentage of the physical processor that the logical zIIP processor with MED HiperDispatch priority is entitled to use.
mt_prod_total_iip	FLOAT?	the percentage of the maximum core capacity that was used in the reporting interval while the logical core of zIIP processor was dsipatched to physical hardware.
mt_util_total_iip	FLOAT?	the percentage of the maximum core capacity of zIIP processor that was used in the reporting interval.
lpar_busy_total_aap	FLOAT?	the total lpar busy for zAAP processors.
mvs_busy_total_aap	FLOAT?	the total MVS busy for zAAP processors.
mvs_busy_unpark_total_aap	FLOAT?	the total MVS busy for unparked zAAP processors.
total_log_proc_share_aap	FLOAT?	the percentage of the physical processor that the logical zAAP processor is entitled to use.
med_log_proc_share_aap	FLOAT?	the percentage of the physical processor that the logical zAAP processor with MED HiperDispatch priority is entitled to use.
mt_prod_total_aap	FLOAT?	the percentage of the maximum core capacity that was used in the reporting interval while the logical core of zAAP processor was dsipatched to physical hardware.
mt_util_total_aap	FLOAT?	the percentage of the maximum core capacity of zAAP processor that was used in the reporting interval.
total_weight_cp	VARCHAR(6)?	the total weightings of general process CPs.
total_weight_ifl	VARCHAR(6)?	the total weightings of IFL procesors.
total_weight_iip	VARCHAR(6)?	the total weightings of zIIP processors.
total_weight_icf	VARCHAR(6)?	the total weightings of ICF processors.
total_weight_aap	VARCHAR(6)?	the total weightings of zAAP processors.
smf70edt_total_cp	FLOAT?	the total logical general purpose processor effective dispatch time.
smf70edt_total_ifl	FLOAT?	the total logical IFL processor effective dispatch time.
smf70edt_total_iip	FLOAT?	the total logical zIIP processor effective dispatch time.
smf70edt_total_icf	FLOAT?	the total logical ICF processor effective dispatch time.
smf70edt_total_aap	FLOAT?	the total logical zAAP processor effective dispatch time.
smf70pdt_cp	FLOAT?	the total logical general purpose processor dispatch time.
smf70pdt_ifl	FLOAT?	the total logical IFL processor dispatch time.
smf70pdt_iip	FLOAT?	the total logical zIIP processor dispatch time.
smf70pdt_icf	FLOAT?	the total logical ICF processor dispatch time.
smf70pdt_aap	FLOAT?	the total logical zAAP processor dispatch time.
lpar_management_total_cp	FLOAT?	LPAR management time for logical general purpose processors.
lpar_management_total_ifl	FLOAT?	LPAR management time for logical IFL processors.
lpar_management_total_iip	FLOAT?	LPAR management time for logical zIIP processors.
lpar_management_total_icf	FLOAT?	LPAR management time for logical ICF processors.
lpar_management_total_aap	FLOAT?	LPAR management time for logical zAAP processors.
physical_processor_effective_total_cp	FLOAT?	the effective utilization of the physical general purpose processors resource by the partiiton.
physical_processor_effective_total_ifl	FLOAT?	the effective utilization of the physical IFL processors resource by the partiiton.
physical_processor_effective_total_iip	FLOAT?	the effective utilization of the physical zIIP processors resource by the partiiton.
physical_processor_effective_total_icf	FLOAT?	the effective utilization of the physical ICF processors resource by the partiiton.
physical_processor_effective_total_aap	FLOAT?	the effective utilization of the physical zAAP processors resource by the partiiton.
physical_processor_total_total_cp	FLOAT?	the total utilization of the physical general purpose processors resource by the partiiton.
physical_processor_total_total_ifl	FLOAT?	the total utilization of the physical IFL processors resource by the partiiton.
physical_processor_total_total_iip	FLOAT?	the total utilization of the physical zIIP processors resource by the partiiton.
physical_processor_total_total_icf	FLOAT?	the total utilization of the physical ICF processors resource by the partiiton.
physical_processor_total_total_aap	FLOAT?	the total utilization of the physical zAAP processors resource by the partiiton.

Constraints:

• FOREIGN KEY (smf70_pro.datetime, smf70_pro.smf70ist, smf70_pro.smf70iet, smf70_pro.smf_type, smf70_pro.csc, smf70_pro.smf70sid → datetime, smf70ist, smf70iet, smf_type, csc, smf70sid)

• PRIMARY KEY (csc, smf70sid, datetime, smf70ist, smf70iet)

smf70_cpu

smf2db.db_models.smf70_model.Smf70Cpu (smf70_cpu)

The Smf70Cpu class stores the Smf70Cpu section in the smf70_cpu table.

Columns:

smf70cid*	INTEGER	CPU identification
smf70_cpu_skip	INTEGER?	The CPU data sections for this core are grouped together in the record. To get to the first CPU data section associated with this logical core, skip over the number of CPU data sections specified by this field, starting at the first CPU data section in the record.
date	DATE?	the date of the record.
→ csc*	VARCHAR(8)	the identifier or serial number of Central Processor Complexes (CPC).
→ smf70sid*	VARCHAR(4)	System identification (from the SMFPRMxx SID parameter).
→ datetime*	DATETIME	the hour of the record.
→ smf70ist*	DATETIME	Time that the RMF measurement interval started, in the form 0 hhmmssF , where hh is the hours, mm is the minutes, ss is the seconds, and F is the sign.
→ smf70iet*	VARCHAR(18)	Interval expiration time token. This token can be used to identify other than RMF records that belong to the same interval (if interval was synchronized with SMF).
smf70wat	FLOAT?	CPU wait time, where bit 51 = 1 microsecond. That is, the amount of time that the CPU is not processing instructions (PSW wait state bit is on). Data could be incorrect if a SET CLOCK occurred during the RMF interval. SMF70WAT is used in RMF report calculations Note: This field is incorrect if MVS is running under VM.
smf70cnf	FLOAT?	Configuration activity indicator. Bit Meaning when set 0-3 Reserved. 4 Data available for complete interval. 5 CPU reconfigured during post processor duration interval. 6 CPU reconfigured during the measurement interval (data for this CPU is incorrect). 7 CPU online at end of interval.
smf70ser	VARCHAR(6)?	CPU serial number (6 hexadecimal digits).
smf70typ	VARCHAR(4)?	CPU type. Value Meaning 0 General purpose CP 1 zAAP 2
smf70slh	INTEGER?	Number of entries to the I/O SLIH; number of I/O interruptions that this processor handled by entry into the I/O interrupt handler.
smf70tpi	INTEGER?	Number of TPI (test pending interrupt) with CC=1; number of I/O interruptions that this processor handled from issuing the TPI instruction.
smf70vfs	INTEGER?	Number of samples when the vector bit in the PSA image was on, which is used to determine the percentage of time vector affinity
smf70v	INTEGER?	Vector configuration Bit Meaning when set 0 Vector was online 1-7 Reserved.
smf70pat	FLOAT?	CPU parked time, where bit 51 = 1 microsecond.
smf70tcb	FLOAT?	Number of TCB dispatches for this CPU.
smf70srb	FLOAT?	Number of SRB dispatches for this CPU.
smf70nio	INTEGER?	Number of I/Os for this CPU.
smf70sig	INTEGER?	Total number of SIGPs done by this CPU.
smf70wtd	INTEGER?	Wait dispatch count for this CPU.
smf70wts	INTEGER?	The number of times PR/SM issued a warning-track interruption to a logical processor and z/OS was able to return the logical processor
smf70wtu	INTEGER?	The number of times PR/SM issued a warning-track interruption to a logical processor and z/OS was unable to return the logical processor within the grace period.
smf70wti	FLOAT?	Amount of time in milliseconds that a logical processor was yielded to PR/SM due to warning-track processing.
smf70int	FLOAT?	Duration of the RMF measurement interval, in the form mmsstttF where mm is the minutes, ss is the seconds, ttt is the milliseconds, and F is the sign. (The end of the measurement interval is the sum of the recorded start time and this field.)
smf70_core_id	INTEGER?	Core identification.
smf70_core_flg	INTEGER?	Logical Core Information Bit Meaning when set 0 Core LPAR Busy time is valid. 1-7 Reserved.
smf70_cpu_num	INTEGER?	Number of CPU data sections for this core. This value represents the number of threads that are active on this core.
smf70_prod	INTEGER?	Multithreading core productivity numerator. Divide this value by 1024 to get the multithreading core productivity. A zero value is reported if the core was not configured ONLINE for the complete interval. If SMF70_CPU_NUM is greater than 1, the core productivity represents the percentage of how much work the core resources accomplished while dispatched to physical hardware over the maximum amount of work the core resources could have accomplished while dispatched to physical hardware.
smf70_lpar_busy	FLOAT?	Multithreading core LPAR Busy Time in milliseconds. This field is valid if bit 0 of SMF70_CORE_FLG is set.
smf70pdt	FLOAT?	Logical processor dispatch time, in microseconds. This is the number of microseconds that were accumulated during the measurement interval (during which a physical CPU was assigned to this logical CPU). When associated with partition name PHYSICAL , this field contains the accumulated number of microseconds during which a physical CPU was busy, but the time could not be attributed to a specific logical partition. This time includes the time PR/SM was controlling the physical processor (LPAR management time), as well as any other time the processor was busy for any reason such as managing coupling facility traffic.
smf70edt	FLOAT?	Logical processor effective dispatch time, in microseconds. The number of microseconds that were accumulated during the measurement interval (excluding LPAR management time), during which a physical CPU was assigned to this logical CPU. When associated with partition name PHYSICAL , this field contains the accumulated number of microseconds during which a physical CPU was busy, but the time could not be attributed to a specific logical partition or to LPAR management of the physical processor. One example is time used for managing coupling facility traffic. This field is zero, if not supported by the hardware. LPAR management time is the time from SMF70PDT associated
smf70bps	VARCHAR(6)?	Partition processor resource weight factor. If the value is X’FFFF’, then the partition has been assigned dedicated processors.
smf70ont	FLOAT?	Logical processor online time.
smf70wst	FLOAT?	Logical processor wait state time. SMF70WST is used only for internal purposes.
smf70mtit	FLOAT?	Multithreading Idle Time in microseconds accumulated for all threads of a dispatched core. This field is only valid if SMF70MTID is not zero for this
smf70vpf	INTEGER?	Logical processor flags Bit Meaning when set 0 Wait completion is enabled 1 Wait completion status has changed during interval 2 Weight has changed during interval 3 ‘Initial Capping’ was set to ‘ON’ on the Hardware Management Console 4 ‘Initial Capping’ status has changed during the interval 5 Logical processor varied online during the measurement interval 6 SMF70HW_Cap_Limit has changed during the interval 7 SMF70HWGr_Name or SMF70HWGr_Cap_Limit has changed during the interval
smf70pof	INTEGER?	Polarization flags Bit Meaning when set 0 - 1 Polarization indicator: 00 Horizontally polarized or polarization not indicated 01 Vertically polarized with low entitlement 10 Vertically polarized with medium entitlement 11 Vertically polarized with high entitlement 2 Polarization indication changed during interval
sub_core_idx	INTEGER?	sub core index.
rate_io_interrupt	FLOAT?	the total rate per second that this processor handled I/O interrupts.
rate_io_interrupt_by_tpi	FLOAT?	the percentage of the total interrupts for this processor during the interval that are handled by the I/O supervisor without re-enabling.
cpu_unparked_time	FLOAT?	the time the logical processor was unaprked.
cpu_parked_percentage	FLOAT?	the percentage of time that the logical processor was parked.
cpu_unparked_percentage	FLOAT?	the percentage of time that the logical processor was unparked.
cpu_busy_time	FLOAT?	the time the logical processor was busy.
cpu_busy_percentage	FLOAT?	the percentage of the online time that the logical processor was dispatched.
mvs_busy_percentage	FLOAT?	the percentage of the online time that the logical processor was busy.
rate_tcb	FLOAT?	the rate per second that this processor dispatched TCB.
rate_srb	FLOAT?	the rate per second that this processor dispatched SRB.
rate_io	FLOAT?	the rate per second that this processor dispatched IO.
lpar_busy_percentage	FLOAT?	the percentage of this processor lpar busy time.
lpb_valid	INTEGER?	smf70_core_flg (Bit 0) indicating core LPAR Busy time is valid.
wait_completion_status	INTEGER?	smf70vpf (Bit 0) - Wait completion is enabled.
cpu_polarization	VARCHAR(4)?	smf70pof (Bit 0 - 1) Polarization indicator.
mt_prod	FLOAT?	the percentage of the maximum core capacity that was used in the reporting interval while the logical core of this processor was dsipatched to physical hardware.
mt_util	FLOAT?	the percentage of the maximum core capacity of this processor that was used in the reporting interval.
cpu_time	FLOAT?	the actual processor busy time.
time_range	FLOAT?	the actual processor available to dispatch time.
mvs_busy_total	FLOAT?	the online time that the processor was busy.

Constraints:

• FOREIGN KEY (smf70_ctl.csc, smf70_ctl.smf70sid, smf70_ctl.datetime, smf70_ctl.smf70ist, smf70_ctl.smf70iet → csc, smf70sid, datetime, smf70ist, smf70iet)

• PRIMARY KEY (csc, smf70sid, datetime, smf70ist, smf70iet, smf70cid)

smf70_pro

smf2db.db_models.smf70_model.Smf70Pro (smf70_pro)

The Smf70Pro class stores the Smf70Pro section in the smf70_pro table.

Columns:

smf70ist*	DATETIME	Time that the RMF measurement interval started, in the form 0 hhmmssF , where hh is the hours, mm is the minutes, ss is the seconds, and F is the sign.
smf70iet*	VARCHAR(18)	Interval expiration time token. This token can be used to identify other than RMF records that belong to the same interval (if interval was synchronized with SMF).
datetime*	DATETIME	the hour of the record.
smf_type*	VARCHAR(5)	the SMF type and subtype.
csc*	VARCHAR(8)	the identifier or serial number of Central Processor Complexes (CPC).
smf70sid*	VARCHAR(4)	System identification (from the SMFPRMxx SID parameter).
smf70mfv	INTEGER?	RMF version number.
smf70prd	VARCHAR(8)?	Product name (‘RMF’).
smf70int	FLOAT?	Duration of the RMF measurement interval, in the form mmsstttF where mm is the minutes, ss is the seconds, ttt is the milliseconds, and F is the sign. (The end of the measurement interval is the sum of the recorded start time and this field.)
smf70sam	INTEGER?	Number of RMF samples.
smf70fla	INTEGER?	Flags Bit Meaning when set 0 Reserved. 1 Samples have been skipped. 2 Record was written by RMF Monitor III. 3 Interval was synchronized with SMF. 4 SMF record converted to lower service level. 5 SMF record converted to higher release or service level. 6 Running under an alternate virtual machine. 7 - 8 Reserved. 9 zIIP boost was active during entire interval. 10 Speed boost was active during entire interval. 11 - 12 Reserved. 13 - 15 Boost class: 001 : IPL 010 : Shutdown 011 : Recovery process
smf70cyc	INTEGER?	Sampling cycle length, in the form 000 ttttF , where tttt is the milliseconds and F is the sign (taken from CYCLE option). The range of values is 0.050 to 9.999 seconds.
smf70mvs	VARCHAR(8)?	z/OS software level (consists of an acronym and the version, release, and modification level - ZV vvrrmm ).
smf70iml	INTEGER?	Indicates the type of processor complex on which data measurements were taken. Value Meaning 3
smf70prf	INTEGER?	Processor flags. Bit Meaning when set 0 The system has expanded storage 1 The processor is enabled for ES connection architecture (ESCA) 2 There is an ES connection director in the configuration 3 System is running in z/Architecture ® mode 4 At least one zAAP is currently installed 5 At least one zIIP is currently installed 6 Enhanced DAT facility 1 available
smf70ptn	INTEGER?	PR/SM partition number of the partition that wrote this record.
smf70srl	INTEGER?	SMF record level change number. This field enables processing of SMF record level changes in an existing release. SMF type 70 record levels for the current z/OS release: Subtype Record level 1 X’94’ (APAR OA66812) 2 X’8F’ (APAR OA59330)
smf70lgo	FLOAT?	Offset GMT to local time (STCK format).
smf70oil	INTEGER?	Original interval length as defined in the session or by SMF (in seconds).
smf70syn	INTEGER?	SYNC value in seconds.
smf70gie	DATETIME?	Projected gathering interval end (STCK format) GMT time.
smf70xnm	VARCHAR(8)?	Sysplex name as defined in parmlib member COUPLExx.
smf70snm	VARCHAR(8)?	System name for current system as defined in parmlib member IEASYSxx SYSNAME parameter.
smf70flg	INTEGER?	System indicator: Bit Meaning when set 0 New record format 1 Subtypes used 2 Reserved. 3-6 Version indicators* 7 System is running in PR/SM mode. *See ‘Standard and extended SMF record headers’ on page 164 for
speed_boost	INTEGER?	smf70fla (Bit 10) indcating speed boost was active during entire interval.
ziip_boost	INTEGER?	smf70fla (Bit 9) indciating zIIP boost was active during entire interval.

Constraints:

• PRIMARY KEY (datetime, smf70ist, smf70iet, smf_type, csc, smf70sid)

smf70_trg

smf2db.db_models.smf70_model.Smf70Trg (smf70_trg)

The Smf70Trg class stores the Smf70Trg section in the smf70_trg table.

Columns:

smf70_trg_name*	VARCHAR(8)	Tenant resource group name.
smf70_trg_tntid*	VARCHAR(8)	Tenant identifier.
→ csc*	VARCHAR(8)	the identifier or serial number of Central Processor Complexes (CPC).
→ smf70sid*	VARCHAR(4)	System identification (from the SMFPRMxx SID parameter).
→ datetime*	DATETIME	the hour of the record.
→ smf70ist*	DATETIME	Time that the RMF measurement interval started, in the form 0 hhmmssF , where hh is the hours, mm is the minutes, ss is the seconds, and F is the sign.
→ smf70iet*	VARCHAR(18)	Interval expiration time token. This token can be used to identify other than RMF records that belong to the same interval (if interval was synchronized with SMF).
smf70_trg_desc	VARCHAR(32)?	Tenant resource group description.
smf70_trg_tntname	VARCHAR(32)?	Tenant name.
smf70_trg_sbid	VARCHAR(64)?	Solution ID.
smf70_trg_sucp	INTEGER?	Service units on CPs consumed by tenant resource group.
smf70_trg_suifa	INTEGER?	Service units on zAAPs consumed by tenant resource group.
smf70_trg_susup	INTEGER?	Service units on zIIPs consumed by tenant resource group.
smf70_trg_lac	INTEGER?	Long-term average service on general purpose processors in millions of service units per hour consumed by tenant resource group.
smf70_trg_lac_cbp	INTEGER?	Reserved for future use.
smf70_trg_flags	INTEGER?	Reserved for future use.
smf70_trg_mem	INTEGER?	Memory consumption of tenant resource group in units of 4K frames.

Constraints:

• FOREIGN KEY (smf70_ctl.csc, smf70_ctl.smf70sid, smf70_ctl.datetime, smf70_ctl.smf70ist, smf70_ctl.smf70iet → csc, smf70sid, datetime, smf70ist, smf70iet)

• PRIMARY KEY (csc, smf70sid, datetime, smf70ist, smf70iet, smf70_trg_name, smf70_trg_tntid)

smf70_typ3

smf2db.db_models.smf70_model.Smf70Typ3 (smf70_typ3)

The Smf70Typ3 class stores the Smf70Typ3 section in the smf70_typ3 table.

Columns:

r7023ax*	INTEGER	Crypto processor index.
r7023scope*	INTEGER	Specifies the scope of the cryptographic CCA coprocessor data section. Value Meaning 0 Data with CPC scope 1 Data with System scope
→ csc*	VARCHAR(8)	the identifier or serial number of Central Processor Complexes (CPC).
→ smf70sid*	VARCHAR(4)	System identification (from the SMFPRMxx SID parameter).
→ datetime*	DATETIME	the hour of the record.
→ smf70ist*	DATETIME	Time that the RMF measurement interval started, in the form 0 hhmmssF , where hh is the hours, mm is the minutes, ss is the seconds, and F is the sign.
→ smf70iet*	VARCHAR(18)	Interval expiration time token. This token can be used to identify other than RMF records that belong to the same interval (if interval was synchronized with SMF).
r7023ct	VARCHAR(6)?	Crypto processor type: Value Meaning 11 CEX5C 12 CEX6C 13 CEX7C 14 CEX8C
r7023msk	INTEGER?	Validity bit mask. Each bit position represents the validity of a timer-counter pair that measures the execution time and number of operations on a cryptographic coprocessor card. Bit Meaning when set 0 Valid data for all operations 1 Valid data for RSA-key-generation operations 2-7 Reserved. Valid with SMF70SRL ≥ X’61’(97).
r7023mt	INTEGER?	Reserved for diagnostic purposes.
r7023sf	FLOAT?	Scaling factor for this cryptographic coprocessor. Execution times in this data section have to be multiplied by this scaling factor to achieve a value in seconds.
r7023t0	FLOAT?	Execution time of all operations on the specified cryptographic coprocessor.
r7023c0	FLOAT?	Number of all operations on the specified cryptographic coprocessor.
r7023c1	FLOAT?	Number of all RSA-key-generation operations.
r7023did	INTEGER?	Domain ID
smf70int	FLOAT?	Duration of the RMF measurement interval, in the form mmsstttF where mm is the minutes, ss is the seconds, ttt is the milliseconds, and F is the sign. (The end of the measurement interval is the sum of the recorded start time and this field.)
→ smf_type	VARCHAR(5)?	the SMF type and subtype.
smf70ptn	INTEGER?	PR/SM partition number of the partition that wrote this record.

Constraints:

• FOREIGN KEY (smf70_pro.datetime, smf70_pro.smf70ist, smf70_pro.smf70iet, smf70_pro.smf_type, smf70_pro.csc, smf70_pro.smf70sid → datetime, smf70ist, smf70iet, smf_type, csc, smf70sid)

• PRIMARY KEY (csc, smf70sid, datetime, smf70ist, smf70iet, r7023ax, r7023scope)

smf70_typ4

smf2db.db_models.smf70_model.Smf70Typ4 (smf70_typ4)

The Smf70Typ4 class stores the Smf70Typ4 section in the smf70_typ4 table.

Columns:

r7024ax*	INTEGER	Crypto processor index.
r7024scope*	INTEGER	Specifies the scope of the cryptographic accelerator data section. Value Meaning 0 Data with CPC scope 1
→ csc*	VARCHAR(8)	the identifier or serial number of Central Processor Complexes (CPC).
→ smf70sid*	VARCHAR(4)	System identification (from the SMFPRMxx SID parameter).
→ datetime*	DATETIME	the hour of the record.
→ smf70ist*	DATETIME	Time that the RMF measurement interval started, in the form 0 hhmmssF , where hh is the hours, mm is the minutes, ss is the seconds, and F is the sign.
→ smf70iet*	VARCHAR(18)	Interval expiration time token. This token can be used to identify other than RMF records that belong to the same interval (if interval was synchronized with SMF).
r7024ct	VARCHAR(6)?	Crypto processor type: Value Meaning 11 CEX5A 12 CEX6A 13 CEX7A 14 CEX8A
r7024msk	INTEGER?	Validity bit mask. Each bit position represents the validity of a timer-counter pair that measures the execution time and number of operations on a cryptographic accelerator card for a certain type of RSA operations. Bit Meaning when set 0 Valid data for 1024-bit ME-format RSA operations 1 Valid data for 2048-bit ME-format RSA operations 2 Valid data for 1024-bit CRT-format RSA operations 3 Valid data for 2048-bit CRT-format RSA operations 4 Valid data for 4096-bit ME-format RSA operations 5 Valid data for 4096-bit CRT-format RSA operations 6-7 Reserved Valid with SMF70SRL ≥ X’5B’(91).
r7024mt	INTEGER?	Reserved for diagnostic purposes.
r7024en	INTEGER?	Number of engines on the Crypto accelerator card. Specifies the number of valid entries in the R7024TC array.
r7024sf	FLOAT?	Scaling factor for this cryptographic accelerator. Execution times in this data section have to be multiplied by this scaling factor to
r7021met_1	FLOAT?	engine 1 - Execution time for all operations in 1024-bit-ME format.
r7021met_2	FLOAT?	engine 2 - Execution time for all operations in 1024-bit-ME format.
r7021met_3	FLOAT?	engine 3 - Execution time for all operations in 1024-bit-ME format.
r7021met_4	FLOAT?	engine 4 - Execution time for all operations in 1024-bit-ME format.
r7021met_5	FLOAT?	engine 5 - Execution time for all operations in 1024-bit-ME format.
r7021mec_1	FLOAT?	engine 1 - Number of all operations in 1024-bit-ME format.
r7021mec_2	FLOAT?	engine 2 - Number of all operations in 1024-bit-ME format.
r7021mec_3	FLOAT?	engine 3 - Number of all operations in 1024-bit-ME format.
r7021mec_4	FLOAT?	engine 4 - Number of all operations in 1024-bit-ME format.
r7021mec_5	FLOAT?	engine 5 - Number of all operations in 1024-bit-ME format.
r7022met_1	FLOAT?	engine 1 - Execution time for all operations in 2048-bit-ME format.
r7022met_2	FLOAT?	engine 2 - Execution time for all operations in 2048-bit-ME format.
r7022met_3	FLOAT?	engine 3 - Execution time for all operations in 2048-bit-ME format.
r7022met_4	FLOAT?	engine 4 - Execution time for all operations in 2048-bit-ME format.
r7022met_5	FLOAT?	engine 5 - Execution time for all operations in 2048-bit-ME format.
r7022mec_1	FLOAT?	engine 1 - Number of all operations in 2048-bit-ME format.
r7022mec_2	FLOAT?	engine 2 - Number of all operations in 2048-bit-ME format.
r7022mec_3	FLOAT?	engine 3 - Number of all operations in 2048-bit-ME format.
r7022mec_4	FLOAT?	engine 4 - Number of all operations in 2048-bit-ME format.
r7022mec_5	FLOAT?	engine 5 - Number of all operations in 2048-bit-ME format.
r7021crt_1	FLOAT?	engine 1 - Execution time for all operations in 1024-bit-CRT format.
r7021crt_2	FLOAT?	engine 2 - Execution time for all operations in 1024-bit-CRT format.
r7021crt_3	FLOAT?	engine 3 - Execution time for all operations in 1024-bit-CRT format.
r7021crt_4	FLOAT?	engine 4 - Execution time for all operations in 1024-bit-CRT format.
r7021crt_5	FLOAT?	engine 5 - Execution time for all operations in 1024-bit-CRT format.
r7021crc_1	FLOAT?	engine 1 - Number of all operations in 1024-bit-CRT format.
r7021crc_2	FLOAT?	engine 2 - Number of all operations in 1024-bit-CRT format.
r7021crc_3	FLOAT?	engine 3 - Number of all operations in 1024-bit-CRT format.
r7021crc_4	FLOAT?	engine 4 - Number of all operations in 1024-bit-CRT format.
r7021crc_5	FLOAT?	engine 5 - Number of all operations in 1024-bit-CRT format.
r7022crt_1	FLOAT?	engine 1 - Execution time for all operations in 2048-bit-CRT format.
r7022crt_2	FLOAT?	engine 2 - Execution time for all operations in 2048-bit-CRT format.
r7022crt_3	FLOAT?	engine 3 - Execution time for all operations in 2048-bit-CRT format.
r7022crt_4	FLOAT?	engine 4 - Execution time for all operations in 2048-bit-CRT format.
r7022crt_5	FLOAT?	engine 5 - Execution time for all operations in 2048-bit-CRT format.
r7022crc_1	FLOAT?	engine 1 - Number of all operations in 2048-bit-CRT format.
r7022crc_2	FLOAT?	engine 2 - Number of all operations in 2048-bit-CRT format.
r7022crc_3	FLOAT?	engine 3 - Number of all operations in 2048-bit-CRT format.
r7022crc_4	FLOAT?	engine 4 - Number of all operations in 2048-bit-CRT format.
r7022crc_5	FLOAT?	engine 5 - Number of all operations in 2048-bit-CRT format.
r7023met	FLOAT?	Execution time for all operations in 4096-bit ME-format.
r7023mec	FLOAT?	Number of all operations in 4096-bit ME-format.
r7023crt	FLOAT?	Execution time for all operations in 4096-bit CRT-format.
r7023crc	FLOAT?	Number of all operations in 4096-bit CRT-format.
r7024did	INTEGER?	Domain ID
→ smf_type	VARCHAR(5)?	the SMF type and subtype.
smf70int	FLOAT?	Duration of the RMF measurement interval, in the form mmsstttF where mm is the minutes, ss is the seconds, ttt is the milliseconds, and F is the sign. (The end of the measurement interval is the sum of the recorded start time and this field.)
smf70ptn	INTEGER?	PR/SM partition number of the partition that wrote this record.

Constraints:

• FOREIGN KEY (smf70_pro.datetime, smf70_pro.smf70ist, smf70_pro.smf70iet, smf70_pro.smf_type, smf70_pro.csc, smf70_pro.smf70sid → datetime, smf70ist, smf70iet, smf_type, csc, smf70sid)

• PRIMARY KEY (csc, smf70sid, datetime, smf70ist, smf70iet, r7024ax, r7024scope)

smf70_typ5

smf2db.db_models.smf70_model.Smf70Typ5 (smf70_typ5)

The Smf70Typ5 class stores the Smf70Typ5 section in the smf70_typ5 table.

Columns:

r7025ax*	INTEGER	Crypto processor index.
r7025scope*	INTEGER	Specifies the scope of the cryptographic PKCS11 coprocessor data section. Value Meaning 0 Data with CPC scope 1 Data with System scope
→ csc*	VARCHAR(8)	the identifier or serial number of Central Processor Complexes (CPC).
→ smf70sid*	VARCHAR(4)	System identification (from the SMFPRMxx SID parameter).
→ datetime*	DATETIME	the hour of the record.
→ smf70ist*	DATETIME	Time that the RMF measurement interval started, in the form 0 hhmmssF , where hh is the hours, mm is the minutes, ss is the seconds, and F is the sign.
→ smf70iet*	VARCHAR(18)	Interval expiration time token. This token can be used to identify other than RMF records that belong to the same interval (if interval was synchronized with SMF).
r7025ct	VARCHAR(6)?	Crypto processor type: Value Meaning 11 CEX5P 12 CEX6P 13 CEX7P 14
r7025msk	INTEGER?	Validity bit mask. Each bit position represents the validity of a timer-counter pair that measures the execution time and number of operations by functions on a cryptographic PKCS11 coprocessor. Bit Meaning when set 0 Valid data for operations by slow asymmetric-key functions 1 Valid data for operations by fast asymmetric-key functions 2 Valid data for operations by symmetric-key functions (partial or incremental results) 3 Valid data for operations by symmetric-key functions (complete or final result) 4 Valid data for operations by asymmetric-key generation functions 5-7
r7025mt	INTEGER?	Reserved for diagnostic purposes.
r7025sf	FLOAT?	Scaling factor for this cryptographic PKCS11 coprocessor. Execution times in this data section have to be multiplied by this scaling factor to achieve a value in seconds.
r7025sat	FLOAT?	Aggregate execution time of operations by slow asymmetric-key functions.
r7025sac	FLOAT?	Number of operations by slow asymmetric-key functions.
r7025fat	FLOAT?	Aggregate execution time of operations by fast asymmetric-key functions.
r7025fac	FLOAT?	Number of operations by fast asymmetric-key functions.
r7025spt	FLOAT?	Aggregate execution time of operations by symmetric-key functions that return partial or incremental results.
r7025spc	FLOAT?	Number of operations by symmetric-key functions that return partial or incremental results.
r7025sct	FLOAT?	Aggregate execution time of operations by symmetric-key functions that return a complete or final result.
r7025scc	FLOAT?	Number of operations by symmetric-key functions that return a complete or final result.
r7025agt	FLOAT?	Aggregate execution time of operations by asymmetric-key generation function.
r7025agc	FLOAT?	Number of operations by asymmetric-key generation function.
r7025did	INTEGER?	Domain ID
smf70int	FLOAT?	Duration of the RMF measurement interval, in the form mmsstttF where mm is the minutes, ss is the seconds, ttt is the milliseconds, and F is the sign. (The end of the measurement interval is the sum of the recorded start time and this field.)
→ smf_type	VARCHAR(5)?	the SMF type and subtype.
smf70ptn	INTEGER?	PR/SM partition number of the partition that wrote this record.

Constraints:

• FOREIGN KEY (smf70_pro.datetime, smf70_pro.smf70ist, smf70_pro.smf70iet, smf70_pro.smf_type, smf70_pro.csc, smf70_pro.smf70sid → datetime, smf70ist, smf70iet, smf_type, csc, smf70sid)

• PRIMARY KEY (csc, smf70sid, datetime, smf70ist, smf70iet, r7025ax, r7025scope)

smf70_wc

smf2db.db_models.smf70_model.Smf70Wc (smf70_wc)

The Smf70Wc class stores the Smf70Wc section in the smf70_wc table.

Columns:

smf70wc_cpu_type*	INTEGER	CPU type as defined by SMF70TYP.
→ csc*	VARCHAR(8)	the identifier or serial number of Central Processor Complexes (CPC).
→ smf70sid*	VARCHAR(4)	System identification (from the SMFPRMxx SID parameter).
→ datetime*	DATETIME	the hour of the record.
→ smf70ist*	DATETIME	Time that the RMF measurement interval started, in the form 0 hhmmssF , where hh is the hours, mm is the minutes, ss is the seconds, and F is the sign.
→ smf70iet*	VARCHAR(18)	Interval expiration time token. This token can be used to identify other than RMF records that belong to the same interval (if interval was synchronized with SMF).
smf70wc_array_offset	INTEGER?	Offset to workload classification samples array (relative to the start of this data section).
smf70wc_element_size	INTEGER?	Size of an element in the samples array.
smf70wc_classes_num	INTEGER?	Number of workload classes in the samples array (equal to its dimension).

Constraints:

• FOREIGN KEY (smf70_ctl.csc, smf70_ctl.smf70sid, smf70_ctl.datetime, smf70_ctl.smf70ist, smf70_ctl.smf70iet → csc, smf70sid, datetime, smf70ist, smf70iet)

• PRIMARY KEY (csc, smf70sid, datetime, smf70ist, smf70iet, smf70wc_cpu_type)

Smf 71

smf71_pro

smf2db.db_models.smf71_model.Smf71Pro (smf71_pro)

The Smf71Pro class stores the Smf71Pro section in the smf71_pro table.

Columns:

→ smf71ist*	DATETIME	Time that the RMF measurement interval started, in the form 0 hhmmssF , where hh is the hours, mm is the minutes, ss is the seconds, and F is the sign.
→ smf71iet*	VARCHAR(18)	Interval expiration time token. This token can be used to identify other than RMF records that belong to the same interval (if interval was synchronized with SMF).
→ datetime*	DATETIME	the hour of the record.
smf_type*	VARCHAR(5)	the SMF type and subtype.
→ csc*	VARCHAR(8)	the identifier or serial number of Central Processor Complexes (CPC).
→ smf71sid*	VARCHAR(4)	System identification (from the SMFPRMxx SID parameter).
smf71mfv	INTEGER?	RMF version number.
smf71prd	VARCHAR(8)?	Product name (‘RMF’).
smf71int	FLOAT?	Duration of RMF measurement interval, in the form mmsstttF where mm is the minutes, ss is the seconds, ttt is the milliseconds, and F is the sign. The end of the measurement interval is the sum of the record start time (and this field).
smf71sam	INTEGER?	Number of RMF samples.
smf71fla	INTEGER?	Flags Bit Meaning when set 0 Reserved. 1 Samples have been skipped. 2 Record was written by RMF Monitor III. 3 Interval was synchronized with SMF. 4 SMF record converted to lower service level. 5 SMF record converted to higher release or service level. 6 Running under an alternate virtual machine. 7 - 15
smf71cyc	INTEGER?	Sampling cycle length, in the form 000 ttttF , where tttt is the milliseconds and F is the sign (taken from CYCLE option). The range of values is 0.050 to 9.999 seconds.
smf71mvs	VARCHAR(8)?	z/OS software level (consists of an acronym and the version, release, and modification level - ZV vvrrmm ).
smf71iml	INTEGER?	Indicates the type of processor complex on which data measurements were taken. Value Meaning 3 9672, zSeries
smf71prf	INTEGER?	Processor flags. Bit Meaning when set 0 The system has expanded storage 1 The system has ESCON channels in the configuration 2 There is an ESCON director in the configuration 3 System is running in z/Architecture mode 4 At least one zAAP is currently installed 5 At least one zIIP is currently installed 6 Enhanced DAT facility 1 available
smf71ptn	INTEGER?	PR/SM partition number of the partition that wrote this record.
smf71srl	INTEGER?	SMF record level change number. This field enables processing of SMF record level changes in an existing release.
smf71lgo	FLOAT?	Offset GMT to local time (STCK format).
smf71oil	INTEGER?	Original interval length as defined in the session or by SMF (in seconds).
smf71syn	INTEGER?	SYNC value in seconds.
smf71gie	DATETIME?	Projected gathering interval end (STCK format) GMT time.
smf71xnm	VARCHAR(8)?	Sysplex name as defined in parmlib member COUPLExx.
smf71snm	VARCHAR(8)?	System name for current system as defined in parmlib member IEASYSxx SYSNAME parameter.
smf71flg	INTEGER?	System indicator: Bit Meaning when set 0 New record format 1 Subtypes used 2 Reserved 3-6 Version indicators* 7 System is running in PR/SM mode. *See ‘Standard and extended SMF record headers’ on page
speed_boost	INTEGER?	smf71fla (Bit 10) indcating speed boost was active during entire interval.
ziip_boost	INTEGER?	smf71fla (Bit 9) indciating zIIP boost was active during entire interval.

Constraints:

• FOREIGN KEY (smf71_pag.csc, smf71_pag.smf71sid, smf71_pag.datetime, smf71_pag.smf71ist, smf71_pag.smf71iet → csc, smf71sid, datetime, smf71ist, smf71iet)

• PRIMARY KEY (datetime, smf71ist, smf71iet, smf_type, csc, smf71sid)

smf71_pag

smf2db.db_models.smf71_model.Smf71Pag (smf71_pag)

The Smf71Pag class stores the Smf71Pag section in the smf71_pag table.

Columns:

date	DATE?	the date of the record.
csc*	VARCHAR(8)	the identifier or serial number of Central Processor Complexes (CPC).
smf71sid*	VARCHAR(4)	System identification (from the SMFPRMxx SID parameter).
datetime*	DATETIME	the hour of the record.
smf71ist*	DATETIME	Time that the RMF measurement interval started, in the form 0 hhmmssF , where hh is the hours, mm is the minutes, ss is the seconds, and F is the sign.
smf71iet*	VARCHAR(18)	Interval expiration time token. This token can be used to identify other than RMF records that belong to the same interval (if interval was synchronized with SMF).
smf71pin	BIGINT?	Number of non-VIO page-ins from auxiliary to central storage. This field includes page- ins required through page faults, specific page requests, and page fixes. It does not include page reclaims or page-ins for VIO data sets.
smf71pot	BIGINT?	Number of non-VIO page-outs from central to auxiliary storage. This field includes page-outs required through specific page requests and those pages stolen by the paging supervisor through infrequent use. It does not include page-outs for VIO data sets.
smf71ssq	BIGINT?	Number of address space swap sequences. (A swap sequence consists of an address space swap-out and swap-in.)
smf71sin	BIGINT?	Number of pages swapped in. This field includes: LSQA, fixed pages, and those pages that the real storage manager determined to be active when the address space was swapped in. It does not include page reclaims.
smf71sot	BIGINT?	Number of pages swapped out. This field includes: LSQA, private area fixed pages, and private area non-fixed changed pages.
smf71vin	BIGINT?	Number of VIO page-ins from auxiliary to central storage. This field includes page-ins resulting from page faults or specific page requests on a VIO window. It does not include VIO swap-ins or page-ins for the common area.
smf71vot	BIGINT?	Number of VIO page-outs from central to auxiliary storage. This field includes page- outs resulting from specific page requests on a VIO window and those pages stolen by the paging supervisor through infrequent use. It does not include VIO swap-outs or page-outs for the common area.
smf71sni	BIGINT?	Number of non-VIO page-ins (from auxiliary to central storage) performed in common area (LPA/CSA).
smf71sno	BIGINT?	Number of non-VIO page-outs (from central to auxiliary storage) performed in common area (LPA/CSA).
smf71lni	BIGINT?	Number of non-VIO page-ins performed in LPA.
smf71afc	BIGINT?	End-of-interval snapshot value of the number of unused central storage page frames.
smf71tfc	BIGINT?	Number of page frames defined in central storage. (This field does not include frames occupied by the nucleus, frames marked as bad or offline, or frames used by HSA or PR/ SM.)
smf71tsc	BIGINT?	Total number of local page data set slots.
smf71dsc	BIGINT?	Number of local page data set slots allocated to VIO private area pages.
smf71vsc	BIGINT?	Number of local page data set slots allocated to non-VIO private area pages.
smf71nsc	BIGINT?	Number of usable local page data set slots that have not been allocated.
smf71fin	BIGINT?	Number of central storage frames in nucleus.
smf71mnf	BIGINT?	Minimum number of unused central storage page frames.
smf71mxf	BIGINT?	Maximum number of unused central storage page frames.
smf71avf	BIGINT?	Average number of unused central storage page frames.
smf71mnp	BIGINT?	Minimum number of CSA central storage frames used, including restricted use common service area (RUCSA).
smf71mxp	BIGINT?	Maximum number of CSA central storage frames used, including RUCSA.
smf71avp	BIGINT?	Average number of CSA central storage frames used, including RUCSA.
smf71mns	BIGINT?	Minimum number of pageable address space central storage frames in the private address space.
smf71mxs	BIGINT?	Maximum number of pageable address space central storage frames in the private address space.
smf71avs	BIGINT?	Average number of pageable address space central storage frames in the private address space.
smf71mnt	BIGINT?	Minimum total number of central storage frames used.
smf71mxt	BIGINT?	Maximum total number of central storage frames used.
smf71avt	BIGINT?	Average total number of central storage frames used.
smf71mnq	BIGINT?	Minimum number of SQA fixed frames in central storage.
smf71mxq	BIGINT?	Maximum number of SQA fixed frames in central storage.
smf71avq	BIGINT?	Average number of SQA fixed frames in central storage.
smf71mnc	BIGINT?	Minimum number of CSA fixed frames in central storage, including RUCSA.
smf71mxc	BIGINT?	Maximum number of CSA fixed frames in central storage, including RUCSA.
smf71avc	BIGINT?	Average number of CSA fixed frames in central storage, including RUCSA.
smf71mnr	BIGINT?	Minimum number of non-LSQA fixed central storage frames in the private address space.
smf71mxr	BIGINT?	Maximum number of non-LSQA fixed central storage frames in the private address space.
smf71avr	BIGINT?	Average number of non-LSQA fixed central storage frames in the private address space.
smf71mnx	BIGINT?	Minimum total number of fixed central storage frames used.
smf71mxx	BIGINT?	Maximum total number of fixed central storage frames used.
smf71avx	BIGINT?	Average total number of fixed central storage frames used.
smf71mnu	BIGINT?	Minimum number of usable local page data set slots that have not been allocated.
smf71mxu	BIGINT?	Maximum number of usable local page data set slots that have not been allocated.
smf71avu	BIGINT?	Average number of usable local page data set slots that have not been allocated.
smf71mnv	BIGINT?	Minimum number of local page data set slots allocated to VIO private area pages.
smf71mxv	BIGINT?	Maximum number of local page data set slots allocated to VIO private area pages.
smf71avv	FLOAT?	Average number of local page data set slots allocated to VIO private area pages.
smf71mnm	BIGINT?	Minimum number of local page data set slots allocated to non-VIO private area pages.
smf71mxm	BIGINT?	Maximum number of local page data set slots allocated to non-VIO private area pages.
smf71avm	BIGINT?	Average number of local page data set slots allocated to non-VIO private area pages.
smf71mnb	BIGINT?	Minimum number of unusable local page data set slots.
smf71mxb	BIGINT?	Maximum number of unusable local page data set slots.
smf71avb	BIGINT?	Average number of unusable local page data set slots.
smf71mna	BIGINT?	Minimum total number of local page data set slots.
smf71mxa	BIGINT?	Maximum total number of local page data set slots.
smf71is1	BIGINT?	Number of samples skipped due to invalid fixed frame counts. Fields affected are SMF71MNC, MXC, AVC, MNR, MXR, and AVR.
smf71is2	BIGINT?	Number of incorrect samples resulting from negative calculations. Fields affected are the same as SMF71IS1.
smf71nlp	BIGINT?	Minimum number of LPA frames in central storage.
smf71xlp	BIGINT?	Maximum number of LPA frames in central storage.
smf71alp	BIGINT?	Average number of LPA frames in central storage.
smf71nlf	BIGINT?	Minimum number of LPA fixed frames in central storage.
smf71xlf	BIGINT?	Maximum number of LPA fixed frames in central storage.
smf71alf	BIGINT?	Average number of LPA fixed frames in central storage.
smf71nls	BIGINT?	Minimum number of LSQA fixed frames in central storage.
smf71xls	BIGINT?	Maximum number of LSQA fixed frames in central storage.
smf71als	BIGINT?	Average number of LSQA fixed frames in central storage.
smf71mnl	BIGINT?	Minimum number of fixed frames in central storage (less than 16 megabytes).
smf71mxl	BIGINT?	Maximum number of fixed frames in central storage (less than 16 megabytes).
smf71avl	BIGINT?	Average number of fixed frames in central storage (less than 16 megabytes).
smf71pmv	BIGINT?	Total number of pages moved within central storage.
smf71opt	VARCHAR(8)?	SRM opt member name.
smf71lic	BIGINT?	Minimum high UIC. A value from 0 to 2540 that indicates the age (in seconds) of the oldest unreferenced frame in central storage.
smf71hic	BIGINT?	Maximum high UIC. A value from 0 to 2540 that indicates the age (in seconds) of the oldest unreferenced frame in central storage.
smf71aca	BIGINT?	Average high UIC (scale factor= -1). Scale factor -1 means the field has been multiplied by 10 to give a result in tenths and must be multiplied by 10 -1 to get the correct value.
smf71msr	BIGINT?	Minimum number SQA pages in central storage.
smf71xsr	BIGINT?	Maximum number SQA pages in central storage.
smf71asr	BIGINT?	Average number of SQA pages in central storage.
smf71mlr	BIGINT?	Minimum number of LSQA pages in central storage.
smf71xlr	BIGINT?	Maximum number of LSQA pages in central storage.
smf71alr	BIGINT?	Average number of LSQA pages in central storage.
smf71isc	BIGINT?	Number of incorrect samples returned from collector service.
smf71hot	BIGINT?	Number of hiperspace page-outs from central to auxiliary storage.
smf71hin	BIGINT?	Number of hiperspace page-ins from auxiliary to central storage.
smf71blp	BIGINT?	Number of blocked pages paged in (this does not include VIO or hiperspace pages).
smf71blk	BIGINT?	Number of blocks paged in.
smf71pmt	INTEGER?	Steal timer - the elapsed time spent in a preferred steal in CPU-timer units. The interval of CPU time needed to steal the page includes the time to move the contents of the stolen page and any time spent in frame steal processing of any type. Some examples of the types of steal routines whose CPU time gets included in SMF71PMT are non-preferred above, non- preferred below, preferred above, preferred below, storage buffer frame queue, bottom double frame queue, and V=R waiting frame. No matter what type of steal processing occurs, the steal module records it all, and it gets included in this field. Note that SMF71PMT does not include the time to move the new contents into the page.
smf71sbi	BIGINT?	Number of system pageable areas block page ins.
smf71lbi	BIGINT?	Number of LPA block page ins.
smf71asi	FLOAT?	Number of page-ins from auxiliary storage for shared pages.
smf71aso	FLOAT?	Number of page-outs to auxiliary storage for shared pages.
smf71mgt	FLOAT?	Minimum number of shared pages in the system.
smf71xgt	FLOAT?	Maximum number of shared pages in the system.
smf71agt	FLOAT?	Average number of shared pages in the system.
smf71mgc	FLOAT?	Minimum number of shared pages in the
smf71xgc	FLOAT?	Maximum number of shared pages in the central storage.
smf71agc	FLOAT?	Average number of shared pages in the central storage.
smf71mga	FLOAT?	Minimum number of auxiliary DASD slots in use for shared pages.
smf71xga	FLOAT?	Maximum number of auxiliary DASD slots in use for shared pages.
smf71aga	FLOAT?	Average number of auxiliary DASD slots in use for shared pages.
smf71mgf	FLOAT?	Minimum number of shared pages fixed in the system.
smf71xgf	FLOAT?	Maximum number of shared pages fixed in the system.
smf71agf	FLOAT?	Average number of shared pages fixed in the system.
smf71mgb	FLOAT?	Minimum number of shared pages fixed below 16 MB in the system.
smf71xgb	FLOAT?	Maximum number of shared pages fixed below 16 MB in the system.
smf71agb	FLOAT?	Average number of shared pages fixed below 16 MB in the system.
smf71cam	FLOAT?	Minimum number of available central storage frames.
smf71cax	FLOAT?	Maximum number of available central storage frames.
smf71caa	FLOAT?	Average number of available central storage frames.
smf71clm	FLOAT?	Minimum number of low-impact central storage frames.
smf71clx	FLOAT?	Maximum number of low-impact central storage frames.
smf71cla	FLOAT?	Average number of low-impact central storage frames.
smf71cmm	FLOAT?	Minimum number of medium-impact central storage frames.
smf71cmx	FLOAT?	Maximum number of medium-impact central storage frames.
smf71cma	FLOAT?	Average number of medium-impact central storage frames.
smf71chm	FLOAT?	Minimum number of high-impact central storage frames.
smf71chx	FLOAT?	Maximum number of high-impact central storage frames.
smf71cha	FLOAT?	Average number of high-impact central storage frames.
smf71mvi	FLOAT?	Minimum number of VIO pages in central storage.
smf71xvi	FLOAT?	Maximum number of VIO pages in central storage.
smf71avi	FLOAT?	Average number of VIO pages in central storage.
smf71mhi	FLOAT?	Minimum number of hiperspace pages in central storage.
smf71xhi	FLOAT?	Maximum number of hiperspace pages in central storage.
smf71ahi	FLOAT?	Average number of hiperspace pages in central storage.
smf71vws	FLOAT?	Number of VIO pages written to central storage.
smf71vrs	FLOAT?	Number of VIO pages read from central storage.
smf71hws	FLOAT?	Number of hiperspace pages written to central storage.
smf71hrs	FLOAT?	Number of hiperspace pages read from central storage.
smf71mfb	FLOAT?	Minimum number of pages fixed between 16M and 2G.
smf71xfb	FLOAT?	Maximum number of pages fixed between 16M and 2G.
smf71afb	FLOAT?	Average number of pages fixed between 16M and 2G.
smf71pth	FLOAT?	Average number of pages in the system used by shared memory objects.
smf71pch	FLOAT?	Average number of shared pages in central storage (with virtual storage address above the bar including high virtual DAT).
smf71pah	FLOAT?	Average number of shared pages in auxiliary storage (with virtual storage address above the bar).
smf71blg	FLOAT?	Maximum number of shared bytes from large virtual memory in a memory object for the entire system.
smf71pih	FLOAT?	Number of page-ins from auxiliary storage for shared pages.
smf71poh	FLOAT?	Number of page-outs to auxiliary storage for shared pages (with virtual storage address above the bar).
smf71ulm	BIGINT?	Lowest minimum system UIC during the interval (from MCTMinSystemUIC).
smf71ulc	BIGINT?	Lowest current system UIC during the interval (from MCTCurSystemUIC).
smf71uhc	BIGINT?	Highest current system UIC during the interval (from MCTCurSystemUIC).
smf71uhx	BIGINT?	Highest maximum system UIC during the interval (from MCTMaxSystemUIC).
smf71uam	BIGINT?	Average minimum system UIC during the interval (from MCTMinSystemUIC).
smf71uac	BIGINT?	Average current system UIC during the interval (from MCTCurSystemUIC).
smf71uax	BIGINT?	Average maximum system UIC during the interval (from MCTMaxSystemUIC).
smf71lom	FLOAT?	Minimum number of fixed memory objects that are allocated in the system and can be backed in 1 MB frames.
smf71lox	FLOAT?	Maximum number of fixed memory objects that are allocated in the system and can be backed in 1 MB frames.
smf71loa	FLOAT?	Average number of fixed memory objects that are allocated in the system and can be backed in 1 MB frames.
smf71lrm	FLOAT?	Minimum number of 1 MB pages fixed in central storage.
smf71lrx	FLOAT?	Maximum number of 1 MB pages fixed in central storage.
smf71lra	FLOAT?	Average number of 1 MB pages fixed in central storage.
smf71com	FLOAT?	Minimum number of memory objects allocated in the high virtual common storage of the system.
smf71cox	FLOAT?	Maximum number of memory objects allocated in the high virtual common storage of the system.
smf71coa	FLOAT?	Average number of memory objects allocated in the high virtual common storage of the system.
smf71crm	FLOAT?	Minimum number of pages from high virtual common storage that are backed in central storage (in units of 4 KB).
smf71crx	FLOAT?	Maximum number of pages from high virtual common storage that are backed in central storage (in units of 4 KB).
smf71cra	FLOAT?	Average number of pages from high virtual common storage that are backed in central storage (in units of 4 KB).
smf71cfm	FLOAT?	Minimum number of fixed pages from high virtual common storage that are backed in central storage (in units of 4 KB).
smf71cfx	FLOAT?	Maximum number of fixed pages from high virtual common storage that are backed in central storage (in units of 4 KB).
smf71cfa	FLOAT?	Average number of fixed pages from high virtual common storage that are backed in central storage (in units of 4 KB).
smf71csm	FLOAT?	Minimum number of auxiliary storage slots used for high virtual common pages that are backed on DASD.
smf71csx	FLOAT?	Maximum number of auxiliary storage slots used for high virtual common pages that are backed on DASD.
smf71csa	FLOAT?	Average number of auxiliary storage slots used for high virtual common pages that are backed on DASD.
smf71som	FLOAT?	Minimum number of memory objects allocated in the high virtual shared storage of the system.
smf71sox	FLOAT?	Maximum number of memory objects allocated in the high virtual shared storage of the system.
smf71soa	FLOAT?	Average number of memory objects allocated in the high virtual shared storage of the system.
smf71srm	FLOAT?	Minimum number of pages from high virtual shared storage that are backed in central storage (in units of 4 KB).
smf71srx	FLOAT?	Maximum number of pages from high virtual shared storage that are backed in central storage (in units of 4 KB).
smf71sra	FLOAT?	Average number of pages from high virtual shared storage that are backed in central storage (in units of 4 KB).
smf71grn	BIGINT?	Number of GETMAIN requests that have been issued.
smf71fbn	BIGINT?	Number of pages backed during GETMAIN requests that have been issued.
smf71frn	BIGINT?	Number of fix requests that have been issued for storage (address spaces only) below 2 GB.
smf71ffn	BIGINT?	Number of pages that were requested to be fixed for storage (address spaces only) below 2 GB.
smf711rn	BIGINT?	Number of first reference faults taken.
smf71nrn	BIGINT?	Number of non-first reference faults taken.
smf71rfl	INTEGER?	Flags: Bit Meaning when set 0 SCM support enabled 1 Pageable large pages support enabled 2 Dedicated memory usage counts are invalid. 3-31
smf71lfa	FLOAT?	The maximum number of fixed 1 MB pages that can be allocated as specified in the LFAREA parameter.
smf71l1m	FLOAT?	Lowest maximum number of 1 MB frames that can be used by fixed 1 MB pages.
smf71l1x	FLOAT?	Highest maximum number of 1 MB frames that can be used by fixed 1 MB pages.
smf71l1a	FLOAT?	Average maximum number of 1 MB frames that can be used by fixed 1 MB pages.
smf71l2m	FLOAT?	Reserved. Value is now in SMF71L7M.
smf71l2x	FLOAT?	Reserved. Value is now in SMF71L7X.
smf71l2a	FLOAT?	Reserved. Value is now in SMF71L7A.
smf71l3m	FLOAT?	Minimum number of 1 MB frames that are in-use and are no longer available for fixed 1 MB pages.
smf71l3x	FLOAT?	Maximum number of 1 MB frames that are in-use and are no longer available for fixed 1 MB pages.
smf71l3a	FLOAT?	Average number of 1 MB frames that are in-use and are no longer available for fixed 1 MB pages.
smf71l7m	FLOAT?	Minimum number of available 1 MB frames that can be used by fixed 1 MB pages. Same as SMF71L2M.
smf71l7x	FLOAT?	Maximum number of available 1 MB frames that can be used by fixed 1 MB pages. Same as SMF71L2X.
smf71l7a	FLOAT?	Average number of available 1 MB frames that can be used by fixed 1 MB pages. Same as SMF71L2A.
smf71s1m	FLOAT?	Minimum total number of high virtual shared memory pages (in units of 4 KB).
smf71s1x	FLOAT?	Maximum total number of high virtual shared memory pages (in units of 4 KB).
smf71s1a	FLOAT?	Average total number of high virtual shared memory pages (in units of 4 KB).
smf71s2m	FLOAT?	Minimum number of shared memory objects that are allocated in the system and can be backed in 1 MB frames
smf71s2x	FLOAT?	Maximum number of shared memory objects that are allocated in the system and can be backed in 1 MB frames
smf71s2a	FLOAT?	Average number of shared memory objects that are allocated in the system and can be backed in 1 MB frames
smf71s3m	FLOAT?	Minimum number of frames in use for shared high virtual 4K pages
smf71s3x	FLOAT?	Maximum number of frames in use for shared high virtual 4K pages
smf71s3a	FLOAT?	Average number of frames in use for shared high virtual 4K pages
smf71s4m	FLOAT?	Minimum number of 1 MB pages used for shared memory objects backed in central storage.
smf71s4x	FLOAT?	Maximum number of 1 MB pages used for shared memory objects backed in central storage.
smf71s4a	FLOAT?	Average number of 1 MB pages used for shared memory objects backed in central storage.
smf71s5m	FLOAT?	Minimum number of auxiliary storage slots used for high virtual shared memory pages backed on DASD.
smf71s5x	FLOAT?	Maximum number of auxiliary storage slots used for high virtual shared memory pages backed on DASD.
smf71s5a	FLOAT?	Average number of auxiliary storage slots used for high virtual shared memory pages backed on DASD.
smf71s6m	FLOAT?	Minimum number of high virtual shared memory pages backed on SCM storage.
smf71s6x	FLOAT?	Maximum number of high virtual shared memory pages backed on SCM storage.
smf71s6a	FLOAT?	Average number of high virtual shared memory pages backed on SCM storage.
smf71c1m	FLOAT?	Minimum total number of high virtual common memory pages (in units of 4 KB).
smf71c1x	FLOAT?	Maximum total number of high virtual common memory pages (in units of 4 KB).
smf71c1a	FLOAT?	Average total number of high virtual common memory pages (in units of 4 KB).
smf71c2m	FLOAT?	Minimum number of high virtual common memory 1 MB fixed pages
smf71c2x	FLOAT?	Maximum number of high virtual common memory 1 MB fixed pages
smf71c2a	FLOAT?	Average number of high virtual common memory 1 MB fixed pages
smf71c3m	FLOAT?	Minimum number of high virtual common memory 1 MB pages backed in central storage
smf71c3x	FLOAT?	Maximum number of high virtual common memory 1 MB pages backed in central storage
smf71c3a	FLOAT?	Average number of high virtual common memory 1 MB pages backed in central storage
smf71c4m	FLOAT?	Minimum number of high virtual common memory pages backed on SCM storage
smf71c4x	FLOAT?	Maximum number of high virtual common memory pages backed on SCM storage.
smf71c4a	FLOAT?	Average number of high virtual common memory pages backed on SCM storage.
smf71tsm	FLOAT?	Minimum total number of 4K SCM blocks available to ASM.
smf71tsx	FLOAT?	Maximum total number of 4K SCM blocks available to ASM.
smf71tsa	FLOAT?	Average total number of 4K SCM blocks available to ASM.
smf71asm	FLOAT?	Minimum number of available (not in-use) SCM blocks.
smf71asx	FLOAT?	Maximum number of available (not in-use) SCM blocks.
smf71asv	FLOAT?	Average number of available (not in-use) SCM blocks.
smf71bsm	FLOAT?	Minimum number of bad SCM blocks.
smf71bsx	FLOAT?	Maximum number of bad SCM blocks.
smf71bsa	FLOAT?	Average number of bad SCM blocks.
smf71usm	FLOAT?	Minimum number of SCM blocks in-use.
smf71usx	FLOAT?	Maximum number of SCM blocks in-use.
smf71usa	FLOAT?	Average number of SCM blocks in-use.
smf71tls	BIGINT?	Total number of logical swaps.
smf71s7m	FLOAT?	Minimum number of shared pages backed
smf71s7x	FLOAT?	Maximum number of shared pages backed on SCM storage.
smf71s7a	FLOAT?	Average number of shared pages backed on SCM storage.
smf71lvf	FLOAT?	Average number of unused central storage page frames. Same as SMF71AVF, but long floating point format.
smf71lvs	FLOAT?	Average number of pageable address space central storage frames in the private address space. Same as SMF71AVS, but long floating point format.
smf71lvt	FLOAT?	Average total number of central storage frames used. Same as SMF71AVT, but long floating point format.
smf71lvr	FLOAT?	Average number of non-LSQA fixed central storage frames in the private address space. Same as SMF71AVR, but long floating point format.
smf71lvx	FLOAT?	Average total number of fixed central storage frames used. Same as SMF71AVX, but long floating point format.
smf71lvu	FLOAT?	Average number of usable local page data set slots that have not been allocated. Same as SMF71AVU, but long floating point format.
smf71lvv	FLOAT?	Average number of local page data set slots allocated to VIO private area pages. Same as SMF71AVV, but long floating point format.
smf71lvm	FLOAT?	Average number of local page data set slots allocated to non-VIO private area pages. Same as SMF71AVM, but long floating point format.
smf71lvb	FLOAT?	Average number of unusable local page data set slots. Same as SMF71AVB, but long floating point format.
smf71mcf	BIGINT?	Multithreading maximum capacity numerator for general purpose processors. Divide this value by 1024 to get the multithreading maximum capacity factor for all general purpose processors that were configured ONLINE for the complete interval.
smf71cpm	FLOAT?	Minimum number of high virtual common pages in-use
smf71cpx	FLOAT?	Maximum number of high virtual common pages in-use
smf71cpa	FLOAT?	Average number of high virtual common pages in-use
smf71plm	FLOAT?	Minimum number of 1 MB frames that are in-use by pageable 1 MB pages.
smf71plx	FLOAT?	Maximum number of 1 MB frames that are in-use by pageable 1 MB pages.
smf71pla	FLOAT?	Average number of 1 MB frames that are in-use by pageable 1 MB pages.
smf71gom	FLOAT?	Minimum number of fixed 2 GB memory objects allocated in the system
smf71gox	FLOAT?	Maximum number of fixed 2 GB memory objects allocated in the system
smf71goa	FLOAT?	Average number of fixed 2 GB memory objects allocated in the system
smf71grm	FLOAT?	Minimum number of 2 GB pages fixed in central storage (same as SMF71GUM)
smf71grx	FLOAT?	Maximum number of 2 GB pages fixed in central storage (same as SMF71GUX)
smf71gra	FLOAT?	Average number of 2 GB pages fixed in central storage (same as SMF71GUA)
smf71gum	FLOAT?	Minimum number of 2 GB frames in the Large Frame Area that are in-use by fixed memory objects (same as SMF71GRM)
smf71gux	FLOAT?	Maximum number of 2 GB frames in the Large Frame Area that are in-use by fixed memory objects (same as SMF71GRX)
smf71gua	FLOAT?	Average number of 2 GB frames in the Large Frame Area that are in-use by fixed memory objects (same as SMF71GRA)
smf71guh	FLOAT?	High water mark for the number of 2 GB frames that are used by the system
smf71gam	FLOAT?	Minimum number of 2 GB frames in the Large Frame Area that are not in-use
smf71gax	FLOAT?	Maximum number of 2 GB frames in the Large Frame Area that are not in-use
smf71gaa	FLOAT?	Average number of 2 GB frames in the Large Frame Area that are not in-use
smf71gfm	FLOAT?	Lowest maximum number of 2 GB frames that can be used by fixed 2 GB pages.
smf71gfx	FLOAT?	Highest maximum number of 2 GB frames that can be used by fixed 2 GB pages.
smf71gfa	FLOAT?	Average maximum number of 2 GB frames that can be used by fixed 2 GB pages.
smf71nnf	FLOAT?	Average number of non-nucleus frames comprising permanent storage.
smf71lsi	FLOAT?	Average number of system-initiated demotions from pageable large frame groups to 4K page frames.
smf71lri	FLOAT?	Average number of request-initiated demotions from pageable large frame groups to 4K page frames.
smf71mhw	FLOAT?	High water mark of the number of 1 MB frames that were used to satisfy fixed 1 MB page requests.
smf71pis	FLOAT?	Average total number of page-ins of 4 KB pages from SCM.
smf71pos	FLOAT?	Average total number of page-outs of 4 KB pages to SCM.
smf71pi1	FLOAT?	Average total number of page-ins of 1 MB pages from SCM.
smf71po1	FLOAT?	Average total number of page-outs of 1 MB pages to SCM.
smf71l8m	FLOAT?	Minimum total number of 1 MB frames in central storage.
smf71l8x	FLOAT?	Maximum total number of 1 MB frames in central storage.
smf71l8a	FLOAT?	Average total number of 1 MB frames in central storage.
smf71l9m	FLOAT?	Minimum number of available 1 MB frames in central storage.
smf71l9x	FLOAT?	Maximum number of available 1 MB frames in central storage.
smf71l9a	FLOAT?	Average number of available 1 MB frames in central storage.
smf71l10m	FLOAT?	Minimum number of 1 MB frames that are in-use by memory objects.
smf71l10x	FLOAT?	Maximum number of 1 MB frames that are in-use by memory objects.
smf71l10a	FLOAT?	Average number of 1 MB frames that are in-use by memory objects.
smf71m6c	FLOAT?	Minimum number of frames backing 64-bit shared page groups.
smf71x6c	FLOAT?	Maximum number of frames backing 64-bit shared page groups.
smf71a6c	FLOAT?	Average number of frames backing 64-bit shared page groups.
smf71m6f	FLOAT?	Minimum number of fixed frames backing 64-bit shared page groups.
smf71x6f	FLOAT?	Maximum number of fixed frames backing 64-bit shared page groups.
smf71a6f	FLOAT?	Average number of fixed frames backing 64- bit shared page groups.
smf71m6b	FLOAT?	Minimum number of 24-bit frames backing 64-bit shared page groups.
smf71x6b	FLOAT?	Maximum number of 24-bit frames backing 64-bit shared page groups.
smf71a6b	FLOAT?	Average number of 24-bit frames backing 64-bit shared page groups.
smf71m6a	FLOAT?	Minimum number of auxiliary DASD slots used to back 64-bit shared page groups.
smf71x6a	FLOAT?	Maximum number of auxiliary DASD slots used to back 64-bit shared page groups.
smf71a6a	FLOAT?	Average number of auxiliary DASD slots used to back 64-bit shared page groups.
smf71m6s	FLOAT?	Minimum number of SCM blocks used to back 64-bit shared page groups.
smf71x6s	FLOAT?	Maximum number of SCM blocks used to back 64-bit shared page groups.
smf71a6s	FLOAT?	Average number of SCM blocks used to back 64-bit shared page groups.
smf71m6t	FLOAT?	Minimum number of 64-bit shared page groups in the system.
smf71x6t	FLOAT?	Maximum number of 64-bit shared page groups in the system.
smf71a6t	FLOAT?	Average number of 64-bit shared page groups in the system.
smf71_dmemassignable2g	FLOAT?	Total amount of dedicated memory at system initialization that can be used by address spaces, in 2G units. Note : This field does not include dedicated
smf71_dmemnumberofjobsusingdmem_m	FLOAT?	Minimum number of address spaces using dedicated memory.
smf71_dmemnumberofjobsusingdmem_x	FLOAT?	Maximum number of address spaces using dedicated memory.
smf71_dmemnumberofjobsusingdmem_a	FLOAT?	Average number of address spaces using dedicated memory.
smf71_dmemtotal2g_m	FLOAT?	Minimum amount of online and offline dedicated memory in 2G units, including dedicated memory used by the system.
smf71_dmemtotal2g_x	FLOAT?	Maximum amount of online and offline dedicated memory in 2G units, including dedicated memory used by the system.
smf71_dmemtotal2g_a	FLOAT?	Average amount of online and offline dedicated memory in 2G units, including dedicated memory used by the system.
smf71_dmemtotalonline2g_m	FLOAT?	Minimum amount of online dedicated memory in 2G units, including dedicated memory used by the system.
smf71_dmemtotalonline2g_x	FLOAT?	Maximum amount of online dedicated memory in 2G units, including dedicated memory used by the system.
smf71_dmemtotalonline2g_a	FLOAT?	Average amount of online dedicated memory in 2G units, including dedicated memory used by the system.
smf71_dmemavailable2g_m	FLOAT?	Minimum amount of available dedicated memory in 2G units that can be used by address spaces.
smf71_dmemavailable2g_x	FLOAT?	Maximum amount of available dedicated memory in 2G units that can be used by address spaces.
smf71_dmemavailable2g_a	FLOAT?	Average amount of available dedicated memory in 2G units that can be used by address spaces.
smf71_dmemrequested2g_m	FLOAT?	Minimum amount of requested dedicated memory in 2G units over all address spaces.
smf71_dmemrequested2g_x	FLOAT?	Maximum amount of requested dedicated memory in 2G units over all address spaces.
smf71_dmemrequested2g_a	FLOAT?	Average amount of requested dedicated memory in 2G units over all address spaces.
smf71_dmemminrequested2g_m	FLOAT?	Lowest minimum amount of requested dedicated memory in 2G units over all address spaces.
smf71_dmemminrequested2g_x	FLOAT?	Highest minimum amount of requested dedicated memory in 2G units over all address spaces.
smf71_dmemminrequested2g_a	FLOAT?	Average minimum amount of requested dedicated memory in 2G units over all address spaces.
smf71_dmemassigned2g_m	FLOAT?	Minimum amount of assigned dedicated memory over all address spaces.
smf71_dmemassigned2g_x	FLOAT?	Maximum amount of assigned dedicated memory over all address spaces.
smf71_dmemassigned2g_a	FLOAT?	Average amount of assigned dedicated memory over all address spaces.
smf71_dmeminuseas2g_m	FLOAT?	Minimum amount of dedicated memory used as 2G frames over all address spaces.
smf71_dmeminuseas2g_x	FLOAT?	Maximum amount of dedicated memory used as 2G frames over all address spaces.
smf71_dmeminuseas2g_a	FLOAT?	Average amount of dedicated memory used as 2G frames over all address spaces.
smf71_dmeminuseas1mfixed_m	FLOAT?	Minimum amount of dedicated memory used as 1M fixed frames over all address spaces.
smf71_dmeminuseas1mfixed_x	FLOAT?	Maximum amount of dedicated memory used as 1M fixed frames over all address spaces.
smf71_dmeminuseas1mfixed_a	FLOAT?	Average amount of dedicated memory used as 1M fixed frames over all address spaces
smf71_dmeminuseas1mpageable_m	FLOAT?	Minimum amount of dedicated memory used as 1M pageable frames over all address spaces.
smf71_dmeminuseas1mpageable_x	FLOAT?	Maximum amount of dedicated memory used as 1M pageable frames over all address spaces.
smf71_dmeminuseas1mpageable_a	FLOAT?	Average amount of dedicated memory used as 1M pageable frames over all address spaces.
smf71_dmeminuseas4k_m	FLOAT?	Minimum amount of dedicated memory used as 4K frames over all address spaces.
smf71_dmeminuseas4k_x	FLOAT?	Maximum amount of dedicated memory used as 4K frames over all address spaces.
smf71_dmeminuseas4k_a	FLOAT?	Average amount of dedicated memory used as 4K frames over all address spaces.
smf71_dmeminuseasdattables4k_m	FLOAT?	Minimum number of dedicated memory frames in 4K units backing DAT tables (system use).
smf71_dmeminuseasdattables4k_x	FLOAT?	Maximum number of dedicated memory frames in 4K units backing DAT tables (system use).
smf71_dmeminuseasdattables4k_a	FLOAT?	Average number of dedicated memory frames in 4K units backing DAT tables (system use).
total_nvio_pgin_nswap_blk	BIGINT?	Total non-VIO page in non swap block (smf71blk + smf71sbi).
pg_mv_within_cs	BIGINT?	The rate of page movement within central storage.
pg_mv_rate	FLOAT?	The rate of page movement. This includes each page movement from one frame to another frame independent of the location of the frame.
pg_mv_time_percentage	FLOAT?	The percentage of general purpose processor time, including normalized AAP, CBP and IIP times, spent on page movement to obtain or free a particular type of frame for a page to be fixed (that is, a frame below the 16 megabyte line in central processor storage). The calculation is the amount of processor time needed to steal the page (including the time to move the contents of the frames, but not the time to move the new contents into the frames) divided by the length of the interval.
sys_sum_pgout_nswap	BIGINT?	The sum of system pageable areas non swap paged-out.
avg_pg_per_blk	FLOAT?	The average size of address space non-VIO blocks that were paged-in during the interval. It does not include swap or hiperspace pages.
blk_per_seconds	FLOAT?	The rate of page faults for pages that were part of a block.
pg_fault_rate	FLOAT?	The rate of page faults for all pages in events per second, excluding VIO and Hiperspace. The rate includes pages read from DASD only, not from expanded storage.
sys_csa_pgin_nswap_blk	BIGINT?	CSA of system pageable areas non swap blocked paged-in.
sys_csa_pgin_nswap_nblk	BIGINT?	CSA of system pageable areas non swap non blocked paged-in.
as_nvio_pgin_nswap_nblk	BIGINT?	Individual address space non-VIO non swap non block paged-in.
total_nvio_pgout_nswap	BIGINT?	The total non-VIO non swap paged-out.
as_sum_pgout_nswap	BIGINT?	Sum of address space non swap paged-out
total_vio_pgout_nswap	BIGINT?	The total VIO non swap paged-out.
as_sum_pgin_swap	BIGINT?	Sum of address space swap paged-in
as_sum_pgin_nswap_blk	BIGINT?	Sum of address space non swap paged-in block
as_sum_pgin_nswap_nblk	BIGINT?	Sum of address space non swap non block paged-in
as_sum_pgout_swap	BIGINT?	Sum of address space swap paged-out
total_hspace_pgin_nswap_blk	BIGINT?	The sum of system pageable areas and address space hiperspace non swap blocked paged-in.
total_hspace_pgout_nswap	BIGINT?	The sum of system pageable areas and address space hiperspace non swap blocked paged-out.
total_vio_pgin_nswap_blk	BIGINT?	The total VIO non swap blocked paged-in.
total_nvio_pgin_swap	BIGINT?	The total non-VIO swap paged-in.
total_nvio_pgout_swap	BIGINT?	The total non-VIO swap paged-out.
total_sum_pgin_nswap_blk	BIGINT?	Sum of system pageable areas sum and address sum of non swap blocked paged-in.
total_sum_pgin_swap	BIGINT?	Sum of system pageable areas sum and address sum of swap paged-in.
total_sum_pgin_nswap_nblk	BIGINT?	Sum of system pageable areas sum and address sum of non swap non blocked paged-in.
total_sum_pgout_swap	BIGINT?	Sum of system pageable areas sum and address sum of swap paged-out.
total_sum_pgout_nswap	BIGINT?	Sum of system pageable areas sum and address sum of non swap paged-out.

Constraints:

• PRIMARY KEY (csc, smf71sid, datetime, smf71ist, smf71iet)

Smf 72

smf72_ceds

smf2db.db_models.smf72_model.Smf72Ceds (smf72_ceds)

The Smf72Ceds class stores the Smf72Ceds section in the smf72_ceds table.

Columns:

csc	VARCHAR(8)?	the identifier or serial number of Central Processor Complexes (CPC).
→ smf72xnm*	VARCHAR(8)	Sysplex name as defined in parmlib member COUPLExx.
→ smf72sid*	VARCHAR(4)	System identification (from the SMFPRMxx SID parameter).
→ datetime*	DATETIME	the hour of the record.
→ smf72ist*	DATETIME	Time that the RMF measurement interval started, in the form 0 hhmmssF , where hh is the hours, mm is the minutes, ss is the seconds, and F is the sign.
→ smf72iet*	VARCHAR(18)	Interval expiration time token. This token can be used to identify other than RMF records that belong to the same interval (if interval
r725cmst*	VARCHAR(18)	Address space SToken.
r725cmjn*	VARCHAR(8)	Name of the job.
r725cmsn*	VARCHAR(8)	Service class name.
r725cmsp*	INTEGER	Service class period.
r725cmty*	INTEGER	Lock type: Value Meaning 1 CMS lock 2 CMS Enqueue/Dequeue lock 3 CMS Latch lock 4 CMS SMF lock
r725cmas	VARCHAR(4)?	Address space ID.
r725cmsu	INTEGER?	Number of times that a unit of work of this address space was suspended on the CMS lock type as specified in R725CMTY.
r725cmal	INTEGER?	Number of times that a unit of work of this address space was suspended on the CMS lock type as specified in R725CMTY when there was already at least one other unit of work suspended for this lock.
r725cmti	FLOAT?	Total amount of time in milliseconds that a unit of work of this address space was suspended on the CMS lock type as specified in R725CMTY.

Constraints:

• FOREIGN KEY (smf72_sctl.smf72xnm, smf72_sctl.smf72sid, smf72_sctl.datetime, smf72_sctl.smf72ist, smf72_sctl.smf72iet → smf72xnm, smf72sid, datetime, smf72ist, smf72iet)

• PRIMARY KEY (smf72xnm, smf72sid, datetime, smf72ist, smf72iet, r725cmst, r725cmjn, r725cmsn, r725cmsp, r725cmty)

smf72_clas

smf2db.db_models.smf72_model.Smf72Clas (smf72_clas)

The Smf72Clas class stores the Smf72Clas section in the smf72_clas table.

Columns:

csc	VARCHAR(8)?	the identifier or serial number of Central Processor Complexes (CPC).
→ smf72xnm*	VARCHAR(8)	Sysplex name as defined in parmlib member COUPLExx.
→ smf72sid*	VARCHAR(4)	System identification (from the SMFPRMxx SID parameter).
→ datetime*	DATETIME	the hour of the record.
→ smf72ist*	DATETIME	Time that the RMF measurement interval started, in the form 0 hhmmssF , where hh is the hours, mm is the minutes, ss is the seconds, and F is the sign.
→ smf72iet*	VARCHAR(18)	Interval expiration time token. This token can be used to identify other than RMF records that belong to the same interval (if interval
r725cmst*	VARCHAR(18)	Address space SToken.
r725cmjn*	VARCHAR(8)	Name of the job.
r725cmsn*	VARCHAR(8)	Service class name.
r725cmsp*	INTEGER	Service class period.
r725cmty*	INTEGER	Lock type: Value Meaning 1 CMS lock 2 CMS Enqueue/Dequeue lock 3 CMS Latch lock 4 CMS SMF lock
r725cmas	VARCHAR(4)?	Address space ID.
r725cmsu	INTEGER?	Number of times that a unit of work of this address space was suspended on the CMS lock type as specified in R725CMTY.
r725cmal	INTEGER?	Number of times that a unit of work of this address space was suspended on the CMS lock type as specified in R725CMTY when there was already at least one other unit of work suspended for this lock.
r725cmti	FLOAT?	Total amount of time in milliseconds that a unit of work of this address space was suspended on the CMS lock type as specified in R725CMTY.

Constraints:

• FOREIGN KEY (smf72_sctl.smf72xnm, smf72_sctl.smf72sid, smf72_sctl.datetime, smf72_sctl.smf72ist, smf72_sctl.smf72iet → smf72xnm, smf72sid, datetime, smf72ist, smf72iet)

• PRIMARY KEY (smf72xnm, smf72sid, datetime, smf72ist, smf72iet, r725cmst, r725cmjn, r725cmsn, r725cmsp, r725cmty)

smf72_clod

smf2db.db_models.smf72_model.Smf72Clod (smf72_clod)

The Smf72Clod class stores the Smf72Clod section in the smf72_clod table.

Columns:

r725cojn*	VARCHAR(8)	Name of the job.
r725cosp*	INTEGER	Service class period.
r725cost*	VARCHAR(18)	Address space SToken.
r725cosn*	VARCHAR(8)	Service class name.
csc	VARCHAR(8)?	the identifier or serial number of Central Processor Complexes (CPC).
→ smf72xnm*	VARCHAR(8)	Sysplex name as defined in parmlib member COUPLExx.
→ smf72sid*	VARCHAR(4)	System identification (from the SMFPRMxx SID parameter).
→ datetime*	DATETIME	the hour of the record.
→ smf72ist*	DATETIME	Time that the RMF measurement interval started, in the form 0 hhmmssF , where hh is the hours, mm is the minutes, ss is the seconds, and F is the sign.
→ smf72iet*	VARCHAR(18)	Interval expiration time token. This token can be used to identify other than RMF records that belong to the same interval (if interval
r725coas	VARCHAR(4)?	Address space ID.
r725cosu	INTEGER?	Number of times that a unit of work from another address space was suspended when requesting the local lock of this address space.
r725coal	INTEGER?	Number of times that a unit of work from another address space was suspended when requesting the local lock of this address space and there was already at least one other unit of work waiting for that lock.
r725coti	FLOAT?	Total amount of time in milliseconds that a unit of work was suspended when requesting the local lock of this address space.
r725clsu	INTEGER?	Number of times that a unit of work of this address space was suspended on a local lock.
r725clal	INTEGER?	Number of times that a unit of work of this address space was suspended on a local lock when there was already at least one other unit of work suspended.
r725clti	FLOAT?	Total amount of time in milliseconds that a unit of work of this address space was suspended on a local lock.

Constraints:

• FOREIGN KEY (smf72_sctl.smf72xnm, smf72_sctl.smf72sid, smf72_sctl.datetime, smf72_sctl.smf72ist, smf72_sctl.smf72iet → smf72xnm, smf72sid, datetime, smf72ist, smf72iet)

• PRIMARY KEY (smf72xnm, smf72sid, datetime, smf72ist, smf72iet, r725cost, r725cojn, r725cosn, r725cosp)

smf72_clrd

smf2db.db_models.smf72_model.Smf72Clrd (smf72_clrd)

The Smf72Clrd class stores the Smf72Clrd section in the smf72_clrd table.

Columns:

r725crjn*	VARCHAR(8)	Name of the job.
r725crsp*	INTEGER	Service class period.
r725crst*	VARCHAR(18)	Address space SToken.
r725crsn*	VARCHAR(8)	Service class name.
csc	VARCHAR(8)?	the identifier or serial number of Central Processor Complexes (CPC).
→ smf72xnm*	VARCHAR(8)	Sysplex name as defined in parmlib member COUPLExx.
→ smf72sid*	VARCHAR(4)	System identification (from the SMFPRMxx SID parameter).
→ datetime*	DATETIME	the hour of the record.
→ smf72ist*	DATETIME	Time that the RMF measurement interval started, in the form 0 hhmmssF , where hh is the hours, mm is the minutes, ss is the seconds, and F is the sign.
→ smf72iet*	VARCHAR(18)	Interval expiration time token. This token can be used to identify other than RMF records that belong to the same interval (if interval
r725cras	VARCHAR(4)?	Address space ID.
r725crsu	INTEGER?	Number of times that a unit of work from this address space was suspended when requesting the local lock of another address space.
r725cral	INTEGER?	Number of times that a unit of work from this address space was suspended when requesting the local lock of another address space and there was already at least one other unit of work waiting for that lock.
r725crti	FLOAT?	Total amount of time in milliseconds that a unit of work was suspended when requesting the local lock of another address space.

Constraints:

• FOREIGN KEY (smf72_sctl.smf72xnm, smf72_sctl.smf72sid, smf72_sctl.datetime, smf72_sctl.smf72ist, smf72_sctl.smf72iet → smf72xnm, smf72sid, datetime, smf72ist, smf72iet)

• PRIMARY KEY (smf72xnm, smf72sid, datetime, smf72ist, smf72iet, r725crst, r725crjn, r725crsn, r725crsp)

smf72_cmss

smf2db.db_models.smf72_model.Smf72Cmss (smf72_cmss)

The Smf72Cmss class stores the Smf72Cmss section in the smf72_cmss table.

Columns:

r725cmjn*	VARCHAR(8)	Name of the job.
r725cmsp*	INTEGER	Service class period.
r725cmst*	VARCHAR(18)	Address space SToken.
r725cmsn*	VARCHAR(8)	Service class name.
r725cmty*	INTEGER	Lock type: Value Meaning 1 CMS lock 2 CMS Enqueue/Dequeue lock 3 CMS Latch lock 4 CMS SMF lock
csc	VARCHAR(8)?	the identifier or serial number of Central Processor Complexes (CPC).
→ smf72xnm*	VARCHAR(8)	Sysplex name as defined in parmlib member COUPLExx.
→ smf72sid*	VARCHAR(4)	System identification (from the SMFPRMxx SID parameter).
→ datetime*	DATETIME	the hour of the record.
→ smf72ist*	DATETIME	Time that the RMF measurement interval started, in the form 0 hhmmssF , where hh is the hours, mm is the minutes, ss is the seconds, and F is the sign.
→ smf72iet*	VARCHAR(18)	Interval expiration time token. This token can be used to identify other than RMF records that belong to the same interval (if interval
r725cmas	VARCHAR(4)?	Address space ID.
r725cmsu	INTEGER?	Number of times that a unit of work of this address space was suspended on the CMS lock type as specified in R725CMTY.
r725cmal	INTEGER?	Number of times that a unit of work of this address space was suspended on the CMS lock type as specified in R725CMTY when there was already at least one other unit of work suspended for this lock.
r725cmti	FLOAT?	Total amount of time in milliseconds that a unit of work of this address space was suspended on the CMS lock type as specified in R725CMTY.

Constraints:

• FOREIGN KEY (smf72_sctl.smf72xnm, smf72_sctl.smf72sid, smf72_sctl.datetime, smf72_sctl.smf72ist, smf72_sctl.smf72iet → smf72xnm, smf72sid, datetime, smf72ist, smf72iet)

• PRIMARY KEY (smf72xnm, smf72sid, datetime, smf72ist, smf72iet, r725cmst, r725cmjn, r725cmsn, r725cmsp, r725cmty)

smf72_csms

smf2db.db_models.smf72_model.Smf72Csms (smf72_csms)

The Smf72Csms class stores the Smf72Csms section in the smf72_csms table.

Columns:

csc	VARCHAR(8)?	the identifier or serial number of Central Processor Complexes (CPC).
→ smf72xnm*	VARCHAR(8)	Sysplex name as defined in parmlib member COUPLExx.
→ smf72sid*	VARCHAR(4)	System identification (from the SMFPRMxx SID parameter).
→ datetime*	DATETIME	the hour of the record.
→ smf72ist*	DATETIME	Time that the RMF measurement interval started, in the form 0 hhmmssF , where hh is the hours, mm is the minutes, ss is the seconds, and F is the sign.
→ smf72iet*	VARCHAR(18)	Interval expiration time token. This token can be used to identify other than RMF records that belong to the same interval (if interval
r725cmst*	VARCHAR(18)	Address space SToken.
r725cmjn*	VARCHAR(8)	Name of the job.
r725cmsn*	VARCHAR(8)	Service class name.
r725cmsp*	INTEGER	Service class period.
r725cmty*	INTEGER	Lock type: Value Meaning 1 CMS lock 2 CMS Enqueue/Dequeue lock 3 CMS Latch lock 4 CMS SMF lock
r725cmas	VARCHAR(4)?	Address space ID.
r725cmsu	INTEGER?	Number of times that a unit of work of this address space was suspended on the CMS lock type as specified in R725CMTY.
r725cmal	INTEGER?	Number of times that a unit of work of this address space was suspended on the CMS lock type as specified in R725CMTY when there was already at least one other unit of work suspended for this lock.
r725cmti	FLOAT?	Total amount of time in milliseconds that a unit of work of this address space was suspended on the CMS lock type as specified in R725CMTY.

Constraints:

• FOREIGN KEY (smf72_sctl.smf72xnm, smf72_sctl.smf72sid, smf72_sctl.datetime, smf72_sctl.smf72ist, smf72_sctl.smf72iet → smf72xnm, smf72sid, datetime, smf72ist, smf72iet)

• PRIMARY KEY (smf72xnm, smf72sid, datetime, smf72ist, smf72iet, r725cmst, r725cmjn, r725cmsn, r725cmsp, r725cmty)

smf72_data

smf2db.db_models.smf72_model.Smf72Data (smf72_data)

The Smf72Data class stores the Smf72Data section in the smf72_data table.

Columns:

r724pnam*	VARCHAR(8)	Name of active service policy.
r724ptm	DATETIME?	Local time/date of policy activation (STCK format).
r724lcnm*	VARCHAR(8)	Service class name.
r724per_*	INTEGER	Service class period number.
→ smf_type	VARCHAR(5)?	the SMF type and subtype.
csc	VARCHAR(8)?	the identifier or serial number of Central Processor Complexes (CPC).
→ smf72xnm*	VARCHAR(8)	Sysplex name as defined in parmlib member COUPLExx.
→ smf72sid*	VARCHAR(4)	System identification (from the SMFPRMxx SID parameter).
→ datetime*	DATETIME	the hour of the record.
→ smf72ist*	DATETIME	Time that the RMF measurement interval started, in the form 0 hhmmssF , where hh is the hours, mm is the minutes, ss is the seconds, and F is the sign.
→ smf72iet*	VARCHAR(18)	Interval expiration time token. This token can be used to identify other than RMF records that belong to the same interval (if interval
r724user	INTEGER?	Number of users found.
r724actv	INTEGER?	Number of active users found.
r724acts	INTEGER?	Number of active samples (except OUTR).
r724idls	INTEGER?	Number of idle samples.
r724page	INTEGER?	Number of users delayed for paging at all samples.
r724swap	INTEGER?	Number of users delayed for swapping at all samples.
r724outr	INTEGER?	Number of out and ready users at all samples.
r724pgin	INTEGER?	Number of page-ins.
r724divs	INTEGER?	Number of DIV samples.
r724lssa	INTEGER?	Total logically swapped samples for the group.
r724pssa	INTEGER?	Total swapped samples for the group (except logical).
r724upro	INTEGER?	Total processor using samples for the group.
r724udev	INTEGER?	Total device using samples for the group.
r724dpro	INTEGER?	Total processor delay samples for the group.
r724ddev	INTEGER?	Total device delay samples for the group.
r724dsto	INTEGER?	Total storage delay samples for the group.
r724djes	INTEGER?	Total JES delay samples for the group.
r724dhsm	INTEGER?	Total HSM delay samples for the group.
r724dxcf	INTEGER?	Total XCF delay samples for the group.
r724denq	INTEGER?	Total ENQ delay samples for the group.
r724dmnt	INTEGER?	Total mount delay samples for the group.
r724dmsg	INTEGER?	Total message delay samples for the group.
r724unkn	INTEGER?	Total unknown state samples for the group.
r724vald	INTEGER?	Total valid samples for the group (single state sum of all using, delay, idle, and unknown).
r724lsct	INTEGER?	Count of ‘long’ logical swaps for the group.
r724esct	INTEGER?	Count of ‘long’ swaps to expanded storage for the group.
r724psct	INTEGER?	Count of ‘long’ physical swaps for the group.
r724actf	FLOAT?	Number of active frames.
r724idle	FLOAT?	Number of idle frames.
r724slot	FLOAT?	Number of slots used.
r724div	FLOAT?	Number of DIV frames.
r724fix	FLOAT?	Number of fixed frames.
r724lscf	FLOAT?	Number of central frames for all logically swapped users at all samples.
r724lsef	FLOAT?	Number of expanded frames for all logically swapped users at all samples.
r724psef	FLOAT?	Number of expanded frames for all swapped users (except logical) at all samples.
r724vect	FLOAT?	Total vector utilization time for the group (microseconds).
r724et	FLOAT?	Total executiuon time for all transactions that ended in the group (1024-microsecond units). Does not include queued time.
r724qt	FLOAT?	Total time spent on JES or APPC queues by all transactions that ended in the group (1024-microsecond units).
r724end	FLOAT?	Number of transactions that ended in the group .
r724tsv	FLOAT?	Sum of shared page views.
r724vin	FLOAT?	Sum of shared pages in central storage that are valid.
r724vlc	FLOAT?	Sum of shared page validations.
r724gpi	FLOAT?	Sum of shared page-ins from auxiliary storage.
r724etx	FLOAT?	Total execution time for all transactions that ended in the group. Same as R724ET, but in microseconds.
r724qtx	FLOAT?	Total time spent on JES or APPC queues by all transactions that ended in the group. Same as R724QT, but in microseconds.
r724or1	INTEGER?	STOR/OUTR delay samples for swap reason 1: Terminal output wait.
r724or2	INTEGER?	STOR/OUTR delay samples for swap reason 2: Terminal input wait.
r724or3	INTEGER?	STOR/OUTR delay samples for swap reason 3: Long wait.
r724or4	INTEGER?	STOR/OUTR delay samples for swap reason 4: Auxiliary storage shortage.
r724or5	INTEGER?	STOR/OUTR delay samples for swap reason 5: Real storage shortage.
r724or6	INTEGER?	STOR/OUTR delay samples for swap reason 6: Detected long wait.
r724or7	INTEGER?	STOR/OUTR delay samples for swap reason 7: Requested swap. No longer used - refer to R724OR7A.
r724or8	INTEGER?	STOR/OUTR delay samples for swap reason 8: Enqueue exchange swap.
r724or9	INTEGER?	STOR/OUTR delay samples for swap reason 9: Exchange swap.
r724or10	INTEGER?	STOR/OUTR delay samples for swap reason 10: Unilateral swap.
r724or11	INTEGER?	STOR/OUTR delay samples for swap reason 11: Transition swap.
r724or12	INTEGER?	STOR/OUTR delay samples for swap reason 12: Improve central storage usage.
r724or13	INTEGER?	STOR/OUTR delay samples for swap reason 13: Improve system paging rate.
r724or14	INTEGER?	STOR/OUTR delay samples for swap reason 14: Make room for an out too long user.
r724or15	INTEGER?	STOR/OUTR delay samples for swap reason 15: APPC wait.
r724or16	INTEGER?	STOR/OUTR delay samples for swap reason 16: OMVS input wait.
r724or17	INTEGER?	STOR/OUTR delay samples for swap reason 17: OMVS output wait.
r724or18	INTEGER?	STOR/OUTR delay samples for swap reason 18: In-real swap.
r724or7a	INTEGER?	STOR/OUTR delay samples for swap reason 7: Memory pool shortage

Constraints:

• FOREIGN KEY (smf72_pro.datetime, smf72_pro.smf72ist, smf72_pro.smf72iet, smf72_pro.smf_type, smf72_pro.smf72xnm, smf72_pro.smf72sid → datetime, smf72ist, smf72iet, smf_type, smf72xnm, smf72sid)

• PRIMARY KEY (smf72xnm, smf72sid, datetime, smf72ist, smf72iet, r724pnam, r724lcnm, r724per_)

smf72_dns

smf2db.db_models.smf72_model.Smf72Dns (smf72_dns)

The Smf72Dns class stores the Smf72Dns section in the smf72_dns table.

Columns:

→ r723dnst*	VARCHAR(4)	Subsystem type as used in the classification rules specified in the WLM administrative application.
→ r723dnde*	VARCHAR(16)	Resource delay description.
r723rwnn	INTEGER?	number of the resource delay type. Values 1…15 are related to r723rw01…r723rw15 respectively.
→ smf72xnm*	VARCHAR(8)	Sysplex name as defined in parmlib member COUPLExx.
→ datetime*	DATETIME	the hour of the record.
→ smf72ist*	DATETIME	Time that the RMF measurement interval started, in the form 0 hhmmssF , where hh is the hours, mm is the minutes, ss is the seconds, and F is the sign.
→ smf72iet*	VARCHAR(18)	Interval expiration time token. This token can be used to identify other than RMF records that belong to the same interval (if interval
→ r723mnsp*	VARCHAR(8)	Policy name.
→ r723mwnm*	VARCHAR(8)	Workload name.
→ r723mcnm*	VARCHAR(8)	Service/Report class name.
→ r723cper*	INTEGER	Service or report class period number.
→ smf72sid*	VARCHAR(4)	System identification (from the SMFPRMxx SID parameter).
→ r723rtyp*	VARCHAR(4)	Subsystem type, as used in the classification rules specified in the WLM administrative application. The subsystem’s documentation should explain the meaning that the product attributes to the various states.
→ phase*	VARCHAR(3)	states sampled in the begin_to_end phase of a transaction or in the execution phase of a transaction.

Constraints:

• FOREIGN KEY (smf72_dnsx.smf72xnm, smf72_dnsx.datetime, smf72_dnsx.smf72ist, smf72_dnsx.smf72iet, smf72_dnsx.r723mnsp, smf72_dnsx.r723mwnm, smf72_dnsx.r723mcnm, smf72_dnsx.r723cper, smf72_dnsx.r723rtyp, smf72_dnsx.phase, smf72_dnsx.r723dnst, smf72_dnsx.r723dnde → smf72xnm, datetime, smf72ist, smf72iet, r723mnsp, r723mwnm, r723mcnm, r723cper, r723rtyp, phase, r723dnst, r723dnde)

• FOREIGN KEY (smf72_wrs.smf72xnm, smf72_wrs.datetime, smf72_wrs.smf72ist, smf72_wrs.smf72iet, smf72_wrs.r723mnsp, smf72_wrs.r723mwnm, smf72_wrs.r723mcnm, smf72_wrs.r723cper, smf72_wrs.smf72sid, smf72_wrs.r723rtyp, smf72_wrs.phase → smf72xnm, datetime, smf72ist, smf72iet, r723mnsp, r723mwnm, r723mcnm, r723cper, smf72sid, r723rtyp, phase)

• PRIMARY KEY (smf72xnm, datetime, smf72ist, smf72iet, r723mnsp, r723mwnm, r723mcnm, r723cper, smf72sid, r723rtyp, phase, r723dnst, r723dnde)

smf72_dnsx

smf2db.db_models.smf72_model.Smf72Dnsx (smf72_dnsx)

The Smf72Dnsx class stores the Smf72Dnsx section in the smf72_dnsx table.

Columns:

last_update_time	DATETIME?	last update time of this record.
r723rwnn	INTEGER?	number of the resource delay type. Values 1…15 are related to r723rw01…r723rw15 respectively.
→ smf72xnm*	VARCHAR(8)	Sysplex name as defined in parmlib member COUPLExx.
→ datetime*	DATETIME	the hour of the record.
→ smf72ist*	DATETIME	Time that the RMF measurement interval started, in the form 0 hhmmssF , where hh is the hours, mm is the minutes, ss is the seconds, and F is the sign.
→ smf72iet*	VARCHAR(18)	Interval expiration time token. This token can be used to identify other than RMF records that belong to the same interval (if interval
→ r723mnsp*	VARCHAR(8)	Policy name.
→ r723mwnm*	VARCHAR(8)	Workload name.
→ r723mcnm*	VARCHAR(8)	Service/Report class name.
→ r723cper*	INTEGER	Service or report class period number.
→ r723rtyp*	VARCHAR(4)	Subsystem type, as used in the classification rules specified in the WLM administrative application. The subsystem’s documentation should explain the meaning that the product attributes to the various states.
→ phase*	VARCHAR(3)	states sampled in the begin_to_end phase of a transaction or in the execution phase of a transaction.
r723dnst*	VARCHAR(4)	Subsystem type as used in the classification rules specified in the WLM administrative application.
r723dnde*	VARCHAR(16)	Resource delay description.

Constraints:

• FOREIGN KEY (smf72_wrsx.smf72xnm, smf72_wrsx.datetime, smf72_wrsx.smf72ist, smf72_wrsx.smf72iet, smf72_wrsx.r723mnsp, smf72_wrsx.r723mwnm, smf72_wrsx.r723mcnm, smf72_wrsx.r723cper, smf72_wrsx.r723rtyp, smf72_wrsx.phase → smf72xnm, datetime, smf72ist, smf72iet, r723mnsp, r723mwnm, r723mcnm, r723cper, r723rtyp, phase)

• PRIMARY KEY (smf72xnm, datetime, smf72ist, smf72iet, r723mnsp, r723mwnm, r723mcnm, r723cper, r723rtyp, phase, r723dnst, r723dnde)

smf72_ense

smf2db.db_models.smf72_model.Smf72Ense (smf72_ense)

The Smf72Ense class stores the Smf72Ense section in the smf72_ense table.

Columns:

r725enjn*	VARCHAR(8)	Name of the job.
r725ensp*	INTEGER	Service class period.
r725enst*	VARCHAR(18)	Address space SToken.
r725ensn*	VARCHAR(8)	Service class name.
r725ensc*	INTEGER	Enqueue scope type: Value Meaning 1 Scope = Step 2 Scope = System 3 Scope = Systems
csc	VARCHAR(8)?	the identifier or serial number of Central Processor Complexes (CPC).
ense_index*	INTEGER	The index of GRS Enqueue Step data
→ smf72xnm*	VARCHAR(8)	Sysplex name as defined in parmlib member COUPLExx.
→ smf72sid*	VARCHAR(4)	System identification (from the SMFPRMxx SID parameter).
→ datetime*	DATETIME	the hour of the record.
→ smf72ist*	DATETIME	Time that the RMF measurement interval started, in the form 0 hhmmssF , where hh is the hours, mm is the minutes, ss is the seconds, and F is the sign.
→ smf72iet*	VARCHAR(18)	Interval expiration time token. This token can be used to identify other than RMF records that belong to the same interval (if interval
r725enas	VARCHAR(4)?	Address space ID.
r725enrc	INTEGER?	Number of GRS ENQ requests with the scope as specified in R725ENSC for this address space.
r725ensu	INTEGER?	Number of GRS ENQ requests with the scope as specified in R725ENSC that were suspended for this address space.
r725enti	FLOAT?	Total amount of suspend time in milliseconds that was caused by GRS ENQ requests with the scope as specified in R725ENSC for this address space.
r725ensq	FLOAT?	Sum of squares of the individual suspend times in milliseconds.

Constraints:

• FOREIGN KEY (smf72_sctl.smf72xnm, smf72_sctl.smf72sid, smf72_sctl.datetime, smf72_sctl.smf72ist, smf72_sctl.smf72iet → smf72xnm, smf72sid, datetime, smf72ist, smf72iet)

• PRIMARY KEY (smf72xnm, smf72sid, datetime, smf72ist, smf72iet, r725enst, r725enjn, r725ensn, r725ensp, r725ensc, ense_index)

smf72_enss

smf2db.db_models.smf72_model.Smf72Enss (smf72_enss)

The Smf72Enss class stores the Smf72Enss section in the smf72_enss table.

Columns:

csc	VARCHAR(8)?	the identifier or serial number of Central Processor Complexes (CPC).
→ smf72xnm*	VARCHAR(8)	Sysplex name as defined in parmlib member COUPLExx.
→ smf72sid*	VARCHAR(4)	System identification (from the SMFPRMxx SID parameter).
→ datetime*	DATETIME	the hour of the record.
→ smf72ist*	DATETIME	Time that the RMF measurement interval started, in the form 0 hhmmssF , where hh is the hours, mm is the minutes, ss is the seconds, and F is the sign.
→ smf72iet*	VARCHAR(18)	Interval expiration time token. This token can be used to identify other than RMF records that belong to the same interval (if interval
r725enst*	VARCHAR(18)	Address space SToken.
r725enjn*	VARCHAR(8)	Name of the job.
r725ensn*	VARCHAR(8)	Service class name.
r725ensp*	INTEGER	Service class period.
r725ensc*	INTEGER	Enqueue scope type: Value Meaning 1 Scope = Step 2 Scope = System 3 Scope = Systems
r725enas	VARCHAR(4)?	Address space ID.
r725enrc	INTEGER?	Number of GRS ENQ requests with the scope as specified in R725ENSC for this address space.
r725ensu	INTEGER?	Number of GRS ENQ requests with the scope as specified in R725ENSC that were suspended for this address space.
r725enti	FLOAT?	Total amount of suspend time in milliseconds that was caused by GRS ENQ requests with the scope as specified in R725ENSC for this address space.
r725ensq	FLOAT?	Sum of squares of the individual suspend times in milliseconds.

Constraints:

• FOREIGN KEY (smf72_sctl.smf72xnm, smf72_sctl.smf72sid, smf72_sctl.datetime, smf72_sctl.smf72ist, smf72_sctl.smf72iet → smf72xnm, smf72sid, datetime, smf72ist, smf72iet)

• PRIMARY KEY (smf72xnm, smf72sid, datetime, smf72ist, smf72iet, r725enst, r725enjn, r725ensn, r725ensp, r725ensc)

smf72_ensy

smf2db.db_models.smf72_model.Smf72Ensy (smf72_ensy)

The Smf72Ensy class stores the Smf72Ensy section in the smf72_ensy table.

Columns:

csc	VARCHAR(8)?	the identifier or serial number of Central Processor Complexes (CPC).
ensy_index*	INTEGER	The index of GRS Enqueue System data
→ smf72xnm*	VARCHAR(8)	Sysplex name as defined in parmlib member COUPLExx.
→ smf72sid*	VARCHAR(4)	System identification (from the SMFPRMxx SID parameter).
→ datetime*	DATETIME	the hour of the record.
→ smf72ist*	DATETIME	Time that the RMF measurement interval started, in the form 0 hhmmssF , where hh is the hours, mm is the minutes, ss is the seconds, and F is the sign.
→ smf72iet*	VARCHAR(18)	Interval expiration time token. This token can be used to identify other than RMF records that belong to the same interval (if interval
r725enst*	VARCHAR(18)	Address space SToken.
r725enjn*	VARCHAR(8)	Name of the job.
r725ensn*	VARCHAR(8)	Service class name.
r725ensp*	INTEGER	Service class period.
r725ensc*	INTEGER	Enqueue scope type: Value Meaning 1 Scope = Step 2 Scope = System 3 Scope = Systems
r725enas	VARCHAR(4)?	Address space ID.
r725enrc	INTEGER?	Number of GRS ENQ requests with the scope as specified in R725ENSC for this address space.
r725ensu	INTEGER?	Number of GRS ENQ requests with the scope as specified in R725ENSC that were suspended for this address space.
r725enti	FLOAT?	Total amount of suspend time in milliseconds that was caused by GRS ENQ requests with the scope as specified in R725ENSC for this address space.
r725ensq	FLOAT?	Sum of squares of the individual suspend times in milliseconds.

Constraints:

• FOREIGN KEY (smf72_sctl.smf72xnm, smf72_sctl.smf72sid, smf72_sctl.datetime, smf72_sctl.smf72ist, smf72_sctl.smf72iet → smf72xnm, smf72sid, datetime, smf72ist, smf72iet)

• PRIMARY KEY (smf72xnm, smf72sid, datetime, smf72ist, smf72iet, r725enst, r725enjn, r725ensn, r725ensp, r725ensc, ensy_index)

smf72_lare

smf2db.db_models.smf72_model.Smf72Lare (smf72_lare)

The Smf72Lare class stores the Smf72Lare section in the smf72_lare table.

Columns:

csc	VARCHAR(8)?	the identifier or serial number of Central Processor Complexes (CPC).
→ smf72xnm*	VARCHAR(8)	Sysplex name as defined in parmlib member COUPLExx.
→ smf72sid*	VARCHAR(4)	System identification (from the SMFPRMxx SID parameter).
→ datetime*	DATETIME	the hour of the record.
→ smf72ist*	DATETIME	Time that the RMF measurement interval started, in the form 0 hhmmssF , where hh is the hours, mm is the minutes, ss is the seconds, and F is the sign.
→ smf72iet*	VARCHAR(18)	Interval expiration time token. This token can be used to identify other than RMF records that belong to the same interval (if interval
r725last*	VARCHAR(18)	Address space SToken.
r725lajn*	VARCHAR(8)	Name of the job.
r725lasn*	VARCHAR(8)	Service class name.
r725lasp*	INTEGER	Service class period.
r725laty*	INTEGER	Request type: Value Meaning 1 Latch obtain requests against a latch set created by this address space 2 Latch obtain requests from this address space
r725laas	VARCHAR(4)?	Address space ID.
r725lasu	INTEGER?	Number of times a latch obtain request was suspended for the request type as specified in R725LATY.
r725lati	FLOAT?	Total amount of suspend time in milliseconds that was caused by latch obtain requests for the request type as specified in R725LATY.
r725lasq	FLOAT?	Sum of squares of the individual suspend times in milliseconds that was caused by latch obtain requests for the request type as specified in R725LATY.

Constraints:

• FOREIGN KEY (smf72_sctl.smf72xnm, smf72_sctl.smf72sid, smf72_sctl.datetime, smf72_sctl.smf72ist, smf72_sctl.smf72iet → smf72xnm, smf72sid, datetime, smf72ist, smf72iet)

• PRIMARY KEY (smf72xnm, smf72sid, datetime, smf72ist, smf72iet, r725last, r725lajn, r725lasn, r725lasp, r725laty)

smf72_lasc

smf2db.db_models.smf72_model.Smf72Lasc (smf72_lasc)

The Smf72Lasc class stores the Smf72Lasc section in the smf72_lasc table.

Columns:

r725lajn*	VARCHAR(8)	Name of the job.
r725lasp*	INTEGER	Service class period.
r725last*	VARCHAR(18)	Address space SToken.
r725lasn*	VARCHAR(8)	Service class name.
r725laty*	INTEGER	Request type: Value Meaning 1 Latch obtain requests against a latch set created by this address space 2 Latch obtain requests from this address space
csc	VARCHAR(8)?	the identifier or serial number of Central Processor Complexes (CPC).
→ smf72xnm*	VARCHAR(8)	Sysplex name as defined in parmlib member COUPLExx.
→ smf72sid*	VARCHAR(4)	System identification (from the SMFPRMxx SID parameter).
→ datetime*	DATETIME	the hour of the record.
→ smf72ist*	DATETIME	Time that the RMF measurement interval started, in the form 0 hhmmssF , where hh is the hours, mm is the minutes, ss is the seconds, and F is the sign.
→ smf72iet*	VARCHAR(18)	Interval expiration time token. This token can be used to identify other than RMF records that belong to the same interval (if interval
r725laas	VARCHAR(4)?	Address space ID.
r725lasu	INTEGER?	Number of times a latch obtain request was suspended for the request type as specified in R725LATY.
r725lati	FLOAT?	Total amount of suspend time in milliseconds that was caused by latch obtain requests for the request type as specified in R725LATY.
r725lasq	FLOAT?	Sum of squares of the individual suspend times in milliseconds that was caused by latch obtain requests for the request type as specified in R725LATY.

Constraints:

• FOREIGN KEY (smf72_sctl.smf72xnm, smf72_sctl.smf72sid, smf72_sctl.datetime, smf72_sctl.smf72ist, smf72_sctl.smf72iet → smf72xnm, smf72sid, datetime, smf72ist, smf72iet)

• PRIMARY KEY (smf72xnm, smf72sid, datetime, smf72ist, smf72iet, r725last, r725lajn, r725lasn, r725lasp, r725laty)

smf72_lotd

smf2db.db_models.smf72_model.Smf72Lotd (smf72_lotd)

The Smf72Lotd class stores the Smf72Lotd section in the smf72_lotd table.

Columns:

r725lojn*	VARCHAR(8)	Name of the job.
r725losp*	INTEGER	Service class period.
r725lost*	VARCHAR(18)	Address space SToken.
r725losn*	VARCHAR(8)	Service class name.
csc	VARCHAR(8)?	the identifier or serial number of Central Processor Complexes (CPC).
→ smf72xnm*	VARCHAR(8)	Sysplex name as defined in parmlib member COUPLExx.
→ smf72sid*	VARCHAR(4)	System identification (from the SMFPRMxx SID parameter).
→ datetime*	DATETIME	the hour of the record.
→ smf72ist*	DATETIME	Time that the RMF measurement interval started, in the form 0 hhmmssF , where hh is the hours, mm is the minutes, ss is the seconds, and F is the sign.
→ smf72iet*	VARCHAR(18)	Interval expiration time token. This token can be used to identify other than RMF records that belong to the same interval (if interval
r725loas	VARCHAR(4)?	Address space ID.
r725losu	INTEGER?	Number of times that a unit of work of this address space was suspended on a local lock.
r725loal	INTEGER?	Number of times that a unit of work of this address space was suspended on a local lock when there was already at least one other unit of work suspended.
r725loti	FLOAT?	Total amount of time in milliseconds that a unit of work of this address space was suspended on a local lock.
r725lcsu	INTEGER?	Number of times that a unit of work from another address space was suspended when requesting the local lock of this address space.
r725lcal	INTEGER?	Number of times that a unit of work from another address space was suspended when requesting the local lock of this address space and there was already at least one other unit of work waiting for that lock.
r725lcti	FLOAT?	Total amount of time in milliseconds that a unit of work was suspended when requesting the local lock of this address space.

Constraints:

• FOREIGN KEY (smf72_sctl.smf72xnm, smf72_sctl.smf72sid, smf72_sctl.datetime, smf72_sctl.smf72ist, smf72_sctl.smf72iet → smf72xnm, smf72sid, datetime, smf72ist, smf72iet)

• PRIMARY KEY (smf72xnm, smf72sid, datetime, smf72ist, smf72iet, r725lost, r725lojn, r725losn, r725losp)

smf72_policy

smf2db.db_models.smf72_model.Smf72Policy (smf72_policy)

The Smf72Policy class stores the Smf72Policy section in the smf72_policy table.

Columns:

smf_type	VARCHAR(5)?	the SMF type and subtype.
smf72xnm*	VARCHAR(8)	Sysplex name as defined in parmlib member COUPLExx.
datetime*	DATETIME	the hour of the record.
smf72ist*	DATETIME	Time that the RMF measurement interval started, in the form 0 hhmmssF , where hh is the hours, mm is the minutes, ss is the seconds, and F is the sign.
smf72iet*	VARCHAR(18)	Interval expiration time token. This token can be used to identify other than RMF records that belong to the same interval (if interval
r723mnsp*	VARCHAR(8)	Policy name.
r723mdsp	VARCHAR(32)?	Policy description.
r723mtpa	DATETIME?	Local time/date of policy activation (STCK format).
r723mcpu	FLOAT?	CPU service coefficient * 10,000.
r723mioc	INTEGER?	I/O service coefficient. Always zero.
r723mmso	INTEGER?	Storage service coefficient. Always zero.
r723msrb	FLOAT?	SRB service coefficient * 10,000
r723mopt	VARCHAR(2)?	Suffix of the IEAOPTxx parmlib member.
r723merf	VARCHAR(6)?	Enqueue residency CPU service factor.
r723madj	INTEGER?	Adjustment factor for CPU rate.
r723midn	VARCHAR(8)?	Service definition name.
r723mtdi	DATETIME?	Local time/date the service definition was installed (STCK format).
r723midu	VARCHAR(8)?	Userid that installed the service definition.
r723midd	VARCHAR(32)?	Service definition description.
r723nffi	INTEGER?	Normalization factor for zAAP. Multiply zAAP service times or service units with this value and divide by 256 to calculate the CP equivalent value.
r723nffs	INTEGER?	Normalization factor for zIIP. Multiply zIIP service units with this value and divide by 256 to calculate the CP equivalent
r723nadj	INTEGER?	Nominal adjustment factor for CPU rate.
r723ceca	INTEGER?	CEC adjustment factor.
r723mcf	INTEGER?	Multithreading maximum capacity numerator for general purpose processors. Divide this value by 1024 to get the MT maximum capacity factor for all general purpose processors that were configured ONLINE for the complete interval.
r723mcfs	INTEGER?	Multithreading maximum capacity numerator for zIIP. Divide this value by 1024 to get the multithreading maximum capacity factor for all zIIPs that were configured ONLINE for the complete interval. A zero value is reported if no zIIP is currently installed.
r723mcfi	INTEGER?	Multithreading maximum capacity numerator for zAAP. Divide this value by 1024 to get the multithreading maximum capacity factor for all zAAPs that were configured ONLINE for the complete interval. A zero value is reported if no zAAP is currently installed.
r723cpa_actual	INTEGER?	Physical CPU adjustment factor based on Model Capacity Rating.
r723cpa_scaling_factor	INTEGER?	Scaling factor for R723CPA_actual.
smf72mvs	VARCHAR(8)?	z/OS software level (consists of an acronym and the version, release, and modification level - ZV vvrrmm ).
smf72mfv	INTEGER?	RMF version number.
smf72prf	INTEGER?	Processor flags. Bit Meaning when set 0 The system has expanded storage 1 The processor is enabled for ES connection architecture (ESCA) 2 There is an ES connection director in the configuration 3 System is running in z/Architecture mode 4 At least one zAAP is currently installed 5 At least one zIIP is currently installed 6 Enhanced DAT facility 1 available
smf72int	FLOAT?	Duration of the RMF measurement interval, in the form mmsstttF where mm is the minutes, ss is the seconds, ttt is the milliseconds, and F is the sign. The end of the measurement interval is the sum of the recorded start time (and this field.)
smf70cai	INTEGER?	Capacity-adjustment indication. When zero, the indication is not reported. When in the range from 1 to 99, some amount of reduction is indicated. When 100, the machine is operating at its normal capacity. Temporary capacity changes that affect machine performance (for example, CBU or OOCoD) are not included.
cpu_service_coefficient_adjusted	FLOAT?	CPU service coefficient adjusted with r723madj.
srb_service_coefficient_adjusted	FLOAT?	SRB service coefficient adjusted with r723madj.
io_high	INTEGER?	r723mscf (Bit 7) of indicator I/O priority group HIGH.
velocity_io_delays	INTEGER?	r723mscf (Bit 3) indicating execution velocity includes I/O delays.
dynamic_alias	INTEGER?	r723mscf (Bit 6) of indicator for dynamic alias tuning.
r723mdis	INTEGER?	r723mflg (Bit 6) indicating service class and tenant report class periods that are assocaited with a resource group and have assigned a discretionary goal are excluded from workload management.
ziip_inst	INTEGER?	smf72prf (Bit 5) in RMF product section indicating at least one zIIP is currently installed.
zaap_inst	INTEGER?	smf72prf (Bit 4) in RMF product section indicating at lease one zAAP is currently installed.
interval_start_time	DATETIME?	the start time of the interval

Constraints:

• PRIMARY KEY (smf72xnm, datetime, smf72ist, smf72iet, r723mnsp)

smf72_pro

smf2db.db_models.smf72_model.Smf72Pro (smf72_pro)

The Smf72Pro class stores the Smf72Pro section in the smf72_pro table.

Columns:

smf72ist*	DATETIME	Time that the RMF measurement interval started, in the form 0 hhmmssF , where hh is the hours, mm is the minutes, ss is the seconds, and F is the sign.
smf72iet*	VARCHAR(18)	Interval expiration time token. This token can be used to identify other than RMF records that belong to the same interval (if interval
smf72xnm*	VARCHAR(8)	Sysplex name as defined in parmlib member COUPLExx.
csc	VARCHAR(8)?	the identifier or serial number of Central Processor Complexes (CPC).
datetime*	DATETIME	the hour of the record.
smf_type*	VARCHAR(5)	the SMF type and subtype.
smf72sid*	VARCHAR(4)	System identification (from the SMFPRMxx SID parameter).
smf72mfv	INTEGER?	RMF version number.
smf72prd	VARCHAR(8)?	Product name (‘RMF’).
smf72int	FLOAT?	Duration of the RMF measurement interval, in the form mmsstttF where mm is the minutes, ss is the seconds, ttt is the milliseconds, and F is the sign. The end of the measurement interval is the sum of the recorded start time (and this field.)
smf72sam	INTEGER?	Number of RMF samples.
smf72fla	INTEGER?	Reserved. Flags Bit Meaning when set 0 Reserved. 1 Samples have been skipped. 2 Record was written by RMF Monitor III. 3 Interval was synchronized with SMF. 4 SMF record converted to lower service level. 5 SMF record converted to higher release or service level. 6 Running under an alternate virtual machine. 7 - 8 Reserved. 9 zIIP boost was active during entire interval. 10 Speed boost was active during entire interval. 11 - 12 Reserved. 13 - 15 Boost class: 001 : IPL 010 : Shutdown 011 : Recovery process Note: The boost class value is valid only when one or more boosts is active; that is, a boost active bit is also on.
smf72cyc	INTEGER?	Sampling cycle length, in the form 000 ttttF , where tttt is the milliseconds and F is the sign (taken from CYCLE option). The range of values is 0.050 to 9.999 seconds.
smf72mvs	VARCHAR(8)?	z/OS software level (consists of an acronym and the version, release, and modification level - ZV vvrrmm ).
smf72iml	INTEGER?	Indicates the type of processor complex on which data measurements were taken. Value Meaning 3
smf72prf	INTEGER?	Processor flags. Bit Meaning when set 0 The system has expanded storage 1 The processor is enabled for ES connection architecture (ESCA) 2 There is an ES connection director in the configuration 3 System is running in z/Architecture mode 4 At least one zAAP is currently installed 5 At least one zIIP is currently installed 6 Enhanced DAT facility 1 available
smf72ptn	INTEGER?	PR/SM partition number of the partition that wrote this record.
smf72srl	INTEGER?	SMF record level change number. This field enables processing of SMF record level changes in an existing release. SMF type 72 record levels for the current z/OS release: Subtypes Record level 3 X’8F’ (APAR OA62502) 4 - 5 X’8E’
smf72lgo	FLOAT?	Offset GMT to local time (STCK format).
smf72oil	INTEGER?	Original interval length as defined in the session or by SMF (in seconds).
smf72syn	INTEGER?	SYNC value in seconds.
smf72gie	DATETIME?	Projected gathering interval end (STCK format) GMT time.
smf72snm	VARCHAR(8)?	System name for current system as defined in parmlib member IEASYSxx SYSNAME parameter.
smf72flg	INTEGER?	System indicator: Bit Meaning when set 0 New SMF record format 1 Subtypes used 2 Reserved 3-6 Version indicators* 7 System is running in PR/SM mode
speed_boost	INTEGER?	smf72fla (Bit 10) indcating speed boost was active during entire interval.
ziip_boost	INTEGER?	smf72fla (Bit 9) indciating zIIP boost was active during entire interval.

Constraints:

• PRIMARY KEY (datetime, smf72ist, smf72iet, smf_type, smf72xnm, smf72sid)

smf72_qsad

smf2db.db_models.smf72_model.Smf72Qsad (smf72_qsad)

The Smf72Qsad class stores the Smf72Qsad section in the smf72_qsad table.

Columns:

r725qsjn*	VARCHAR(8)	Name of the job.
r725qssp*	INTEGER	Service class period.
r725qsst*	VARCHAR(18)	Address space SToken.
r725qssn*	VARCHAR(8)	Service class name.
csc	VARCHAR(8)?	the identifier or serial number of Central Processor Complexes (CPC).
→ smf72xnm*	VARCHAR(8)	Sysplex name as defined in parmlib member COUPLExx.
→ smf72sid*	VARCHAR(4)	System identification (from the SMFPRMxx SID parameter).
→ datetime*	DATETIME	the hour of the record.
→ smf72ist*	DATETIME	Time that the RMF measurement interval started, in the form 0 hhmmssF , where hh is the hours, mm is the minutes, ss is the seconds, and F is the sign.
→ smf72iet*	VARCHAR(18)	Interval expiration time token. This token can be used to identify other than RMF records that belong to the same interval (if interval
r725qsas	VARCHAR(4)?	Address space ID.
r725qsrc	INTEGER?	Number of requests including START and RESUME requests, but not QUIT requests.
r725qssc	INTEGER?	Number of specific requests that are either GQSCAN requests specified by QNAME and RNAME, or ISGQUERY requests specifying a search by ENQTOKEN.
r725qsrr	INTEGER?	Total number of resources returned for these requests.
r725qsrq	FLOAT?	Sum of squares of number of resources returned for these requests.
r725qsti	FLOAT?	Total amount of execution times within GRS for these requests in microseconds.
r725qstq	FLOAT?	Sum of squares of individual request execution times in microseconds.

Constraints:

• FOREIGN KEY (smf72_sctl.smf72xnm, smf72_sctl.smf72sid, smf72_sctl.datetime, smf72_sctl.smf72ist, smf72_sctl.smf72iet → smf72xnm, smf72sid, datetime, smf72ist, smf72iet)

• PRIMARY KEY (smf72xnm, smf72sid, datetime, smf72ist, smf72iet, r725qsst, r725qsjn, r725qssn, r725qssp)

smf72_rgs

smf2db.db_models.smf72_model.Smf72Rgs (smf72_rgs)

The Smf72Rgs class stores the Smf72Rgs section in the smf72_rgs table.

Columns:

r723ggnm*	VARCHAR(8)	Resource group name.
→ smf72xnm*	VARCHAR(8)	Sysplex name as defined in parmlib member COUPLExx.
→ datetime*	DATETIME	the hour of the record.
→ smf72ist*	DATETIME	Time that the RMF measurement interval started, in the form 0 hhmmssF , where hh is the hours, mm is the minutes, ss is the seconds, and F is the sign.
→ smf72iet*	VARCHAR(18)	Interval expiration time token. This token can be used to identify other than RMF records that belong to the same interval (if interval
→ r723mnsp*	VARCHAR(8)	Policy name.
r723ggde	VARCHAR(32)?	Resource group description.
r723gglt	INTEGER?	Resource group flags. Bit Meaning when set 0 Maximum capacity was specified 1 Minimum capacity was specified 2 Specification of R723GGMN and R723GGMX is in percentage of the LPAR share rather than in service units. In addition, the scope of the resource group is system-wide rather than sysplex-wide. 3 Specification of R723GGMN and R723GGMX is in percentage of a single processor capacity rather than in service units. In addition, the scope of the resource group is system-wide rather than sysplex-wide. 4 Memory limit was specified. 5 Specification of R723GGMN and R723GGMX is in MSU/h rather than in service units. 6 Specialty processor consumption is included into the WLM capping algorithms, i.e. R723GGMN and R723GGMX limit the combined general purpose and specialty processor consumption. 7 Reserved.
r723ggtf	INTEGER?	Tenant Resource Group Flags. Bit Meaning when set 0 Indicator for a tenant resource group 1-7 Reserved.
r723ggmn	INTEGER?	If bit 1 of R723GGLT is ON, minimum capacity of the resource group. If bit 2, bit 3, and bit 5 of R723GGLT are OFF, this value is in unweighted CPU service units per second. In addition, the scope of the resource group is sysplex-wide. If bit 2, bit 3, or bit 5 of R723GGLT is ON, see the description of R723GGLT.
r723ggmx	INTEGER?	If bit 0 of R723GGLT is ON, maximum capacity of the resource group. If bit 2, bit 3, and bit 5 of R723GGLT are OFF, this value is in unweighted CPU service units per second. In addition, the scope of the resource group is sysplex-wide. If bit 2, bit 3, or bit 5 of R723GGLT is ON, see the description of R723GGLT.
r723ggml	INTEGER?	If bit 4 of R723GGLT is ON, memory limit (in GB) of the resource group. The scope of the resource group is system-wide.
r723ggti	VARCHAR(8)?	Tenant identifier. Only valid if bit 0 of R723GGTF is ON.
r723ggtn	VARCHAR(32)?	Tenant name. Only valid if bit 0 of R723GGTF is ON.
r723ggky	VARCHAR(64)?	Solution ID. Only valid if bit 0 of R723GGTF is ON.
r723gisp	INTEGER?	r723gglt (Bit 6) showing specialty processor consumption is included into the WLM capping alogirthms, i.e. r723ggmn and r723ggmx limit the combined general purpose and specialty processor consumption.
r723ggms	INTEGER?	r723gglt (Bit 5) showing specificationof r723ggmn and r723ggmx is in MSU/h rather than in service units.
has_memory_limit	INTEGER?	r723gglt (Bit 4) showing memory limit was specified.
r723ggpc	INTEGER?	r723gglt (Bit 3) showing specification of r723ggmn and r723ggmx is in percentage of a single processor capacity rather than in service units. In addition, the scope of the resource group is system-wide rather than sysplex-wide.
r723ggpv	INTEGER?	r723gglt (Bit 2) showing specification of r723ggmn and r723ggmx is in percentage of the LPAR share rather than in service units. In addition, the scope of the resource group is system-wide rather than sysplex-wide.
has_min_capacity	INTEGER?	r723gglt (Bit 1) showing minimum capacity was specified.
has_max_capacity	INTEGER?	r723gglt (Bit 0) showing maximum capacity was specified.
is_tenant	INTEGER?	r723ggtf (Bit 0) showing an indicator for a tenant resource group.

Constraints:

• FOREIGN KEY (smf72_policy.smf72xnm, smf72_policy.datetime, smf72_policy.smf72ist, smf72_policy.smf72iet, smf72_policy.r723mnsp → smf72xnm, datetime, smf72ist, smf72iet, r723mnsp)

• PRIMARY KEY (smf72xnm, datetime, smf72ist, smf72iet, r723mnsp, r723ggnm)

smf72_rts

smf2db.db_models.smf72_model.Smf72Rts (smf72_rts)

The Smf72Rts class stores the Smf72Rts section in the smf72_rts table.

Columns:

→ smf72xnm*	VARCHAR(8)	Sysplex name as defined in parmlib member COUPLExx.
→ datetime*	DATETIME	the hour of the record.
→ smf72ist*	DATETIME	Time that the RMF measurement interval started, in the form 0 hhmmssF , where hh is the hours, mm is the minutes, ss is the seconds, and F is the sign.
→ smf72iet*	VARCHAR(18)	Interval expiration time token. This token can be used to identify other than RMF records that belong to the same interval (if interval
→ r723mnsp*	VARCHAR(8)	Policy name.
→ r723mwnm*	VARCHAR(8)	Workload name.
→ r723mcnm*	VARCHAR(8)	Service/Report class name.
→ r723cper*	INTEGER	Service or report class period number.
→ smf72sid*	VARCHAR(4)	System identification (from the SMFPRMxx SID parameter).
class_rt_bucket_1	INTEGER?	Count of completed transactions with: Response time ≤ 50% of the goal.
class_rt_bucket_2	INTEGER?	Count of completed transactions with: Response time > 50% of the goal. Response time ≤ 60% of the goal.
class_rt_bucket_3	INTEGER?	Count of completed transactions with: Response time > 60% of the goal. Response time ≤ 70% of the goal.
class_rt_bucket_4	INTEGER?	Count of completed transactions with: Response time > 70% of the goal. Response time ≤ 80% of the goal.
class_rt_bucket_5	INTEGER?	Count of completed transactions with: Response time > 80% of the goal. Response time ≤ 90% of the goal.
class_rt_bucket_6	INTEGER?	Count of completed transactions with: Response time > 90% of the goal. Response time ≤ 100% of the goal.
class_rt_bucket_7	INTEGER?	Count of completed transactions with: Response time > 100% of the goal. Response time ≤ 110% of the goal.
class_rt_bucket_8	INTEGER?	Count of completed transactions with: Response time > 110% of the goal. Response time ≤ 120% of the goal.
class_rt_bucket_9	INTEGER?	Count of completed transactions with: Response time > 120% of the goal. Response time ≤ 130% of the goal.
class_rt_bucket_10	INTEGER?	Count of completed transactions with: Response time > 130% of the goal. Response time ≤ 140% of the goal.
class_rt_bucket_11	INTEGER?	Count of completed transactions with: Response time > 140% of the goal. Response time ≤ 150% of the goal.
class_rt_bucket_12	INTEGER?	Count of completed transactions with: Response time > 150% of the goal. Response time ≤ 200% of the goal.
class_rt_bucket_13	INTEGER?	Count of completed transactions with: Response time > 200% of the goal. Response time ≤ 400% of the goal.
class_rt_bucket_14	INTEGER?	Count of completed transactions with: Response time > 400% of the goal.

Constraints:

• FOREIGN KEY (smf72_scs.smf72xnm, smf72_scs.datetime, smf72_scs.smf72ist, smf72_scs.smf72iet, smf72_scs.r723mnsp, smf72_scs.r723mwnm, smf72_scs.r723mcnm, smf72_scs.r723cper, smf72_scs.smf72sid → smf72xnm, datetime, smf72ist, smf72iet, r723mnsp, r723mwnm, r723mcnm, r723cper, smf72sid)

• FOREIGN KEY (smf72_wms.smf72xnm, smf72_wms.datetime, smf72_wms.smf72ist, smf72_wms.smf72iet, smf72_wms.r723mnsp, smf72_wms.r723mwnm, smf72_wms.r723mcnm, smf72_wms.r723cper → smf72xnm, datetime, smf72ist, smf72iet, r723mnsp, r723mwnm, r723mcnm, r723cper)

• PRIMARY KEY (smf72xnm, datetime, smf72ist, smf72iet, r723mnsp, r723mwnm, r723mcnm, r723cper, smf72sid)

smf72_sctl

smf2db.db_models.smf72_model.Smf72Sctl (smf72_sctl)

The Smf72Sctl class stores the Smf72Sctl section in the smf72_sctl table.

Columns:

csc	VARCHAR(8)?	the identifier or serial number of Central Processor Complexes (CPC).
→ smf_type	VARCHAR(5)?	the SMF type and subtype.
→ smf72xnm*	VARCHAR(8)	Sysplex name as defined in parmlib member COUPLExx.
→ smf72sid*	VARCHAR(4)	System identification (from the SMFPRMxx SID parameter).
→ datetime*	DATETIME	the hour of the record.
→ smf72ist*	DATETIME	Time that the RMF measurement interval started, in the form 0 hhmmssF , where hh is the hours, mm is the minutes, ss is the seconds, and F is the sign.
→ smf72iet*	VARCHAR(18)	Interval expiration time token. This token can be used to identify other than RMF records that belong to the same interval (if interval
r725sgmo	INTEGER?	GRS mode. Value Meaning 0 None 1 Ring 2
r725scms	INTEGER?	Total number of times that a unit of work was suspended on a CMS lock.
r725scma	INTEGER?	Total number of times that a unit of work was suspended on a CMS lock when there was already at least one other unit of work suspended for the lock.
r725scmt	FLOAT?	Total amount of time in milliseconds that a unit of work was suspended on a CMS lock.
r725seds	INTEGER?	Total number of times that a unit of work was suspended on a CMS Enqueue/Dequeue lock.
r725seda	INTEGER?	Total number of times that a unit of work was suspended on a CMS Enqueue/Dequeue lock when there was already at least one other unit of work suspended for the lock.
r725sedt	FLOAT?	Total amount of time in milliseconds that a unit of work was suspended on a CMS Enqueue/Dequeue lock.
r725slas	INTEGER?	Total number of times that a unit of work was suspended on a CMS Latch lock.
r725slaa	INTEGER?	Total number of times that a unit of work was suspended on a CMS Latch lock when there was already at least one other unit of work suspended for the lock.
r725slat	FLOAT?	Total amount of time in milliseconds that a unit of work was suspended on a CMS Latch lock.
r725ssms	INTEGER?	Total number of times that a unit of work was suspended on a CMS SMF lock.
r725ssma	INTEGER?	Total number of times that a unit of work was suspended on a CMS SMF lock when there was already at least one other unit of work suspended for the lock.
r725ssmt	FLOAT?	Total amount of time in milliseconds that a unit of work was suspended on a CMS SMF lock.
r725slos	INTEGER?	Total number of times that a unit of work was suspended on a local
r725sloa	INTEGER?	Total number of times that a unit of work was suspended on a local lock when there was already at least one other unit of work suspended for the lock.
r725slot	FLOAT?	Total amount of time in milliseconds that a unit of work was suspended on a local lock.
r725scls	INTEGER?	Total number of times that a unit of work from another address space was suspended when requesting the local lock of an address space.
r725scla	INTEGER?	Total number of times that a unit of work from another address space was suspended when requesting the local lock of an address space and there was already at least one other unit of
r725sclt	FLOAT?	Total amount of time in milliseconds that a unit of work from another address space was suspended when requesting the local lock of an address space.
r725slrs	INTEGER?	Total number of suspended latch obtain requests.
r725slrt	FLOAT?	Total amount of time in milliseconds that latch obtain requests were suspended.
r725slrq	FLOAT?	Total sum of squares of time in milliseconds that latch obtain requests were suspended.
r725sstr	INTEGER?	Total number of ENQ SCOPE=STEP requests.
r725ssts	INTEGER?	Total number of ENQ SCOPE=STEP requests that were suspended.
r725sstt	FLOAT?	Total amount of contention time in milliseconds caused by ENQ SCOPE=STEP requests.
r725sstq	FLOAT?	Total sum of squares of contention time in milliseconds caused by ENQ SCOPE=STEP requests.
r725ssyr	INTEGER?	Total number of ENQ SCOPE=SYSTEM requests.
r725ssys	INTEGER?	Total number of ENQ SCOPE=SYSTEM requests that were suspended.
r725ssyt	FLOAT?	Total amount of contention time in milliseconds caused by ENQ SCOPE=SYSTEM requests.
r725ssyq	FLOAT?	Total sum of squares of contention time in milliseconds caused by ENQ SCOPE=SYSTEM requests.
r725sssr	INTEGER?	Total number of ENQ SCOPE= SYSTEMS requests.
r725ssss	INTEGER?	Total number of ENQ SCOPE= SYSTEMS requests that were suspended.
r725ssst	FLOAT?	Total amount of contention time in milliseconds caused by ENQ SCOPE= SYSTEMS requests.
r725sssq	FLOAT?	Total sum of squares of contention time in milliseconds caused by ENQ SCOPE=SYSTEMS requests.

Constraints:

• FOREIGN KEY (smf72_pro.datetime, smf72_pro.smf72ist, smf72_pro.smf72iet, smf72_pro.smf_type, smf72_pro.smf72xnm, smf72_pro.smf72sid → datetime, smf72ist, smf72iet, smf_type, smf72xnm, smf72sid)

• PRIMARY KEY (smf72xnm, smf72sid, datetime, smf72ist, smf72iet)

smf72_scs

smf2db.db_models.smf72_model.Smf72Scs (smf72_scs)

The Smf72Scs class stores the Smf72Scs section in the smf72_scs table.

Columns:

r723crtx	INTEGER?	Index into the response time distribution count table in the Response Time Distribution data section. These buckets exist only for periods with a response time or execution velocity goal.
r723cwmx	INTEGER?	Index into the work/resource manager states area.
r723cwmn	INTEGER?	Number of entries in the work/resource manager states area associated with this period (R723CWMX points to the first entry).
→ r723cper*	INTEGER	Service or report class period number.
r723cimp	INTEGER?	Importance of the goal to be achieved for this period (1=highest, 5=lowest). The value is zero for a discretionary or system goal.
date	DATE?	the date of the record.
last_update_time	DATETIME?	last update time of this record.
r723rtyp	VARCHAR(4)?	Subsystem type, as used in the classification rules specified in the WLM administrative application. The subsystem’s documentation should explain the meaning that the product attributes to the various states.
r723madj	INTEGER?	Adjustment factor for CPU rate.
r723nffi	INTEGER?	Normalization factor for zAAP. Multiply zAAP service times or service units with this value and divide by 256 to calculate the CP equivalent value.
r723nffs	INTEGER?	Normalization factor for zIIP. Multiply zIIP service units with this value and divide by 256 to calculate the CP equivalent
r723mcpu	FLOAT?	CPU service coefficient * 10,000.
r723msrb	FLOAT?	SRB service coefficient * 10,000
r723cpa_scaling_factor	INTEGER?	Scaling factor for R723CPA_actual.
r723cpa_actual	INTEGER?	Physical CPU adjustment factor based on Model Capacity Rating.
r723mcf	INTEGER?	Multithreading maximum capacity numerator for general purpose processors. Divide this value by 1024 to get the MT maximum capacity factor for all general purpose processors that were configured ONLINE for the complete interval.
r723mcfs	INTEGER?	Multithreading maximum capacity numerator for zIIP. Divide this value by 1024 to get the multithreading maximum capacity factor for all zIIPs that were configured ONLINE for the complete interval. A zero value is reported if no zIIP is currently installed.
r723mcfi	INTEGER?	Multithreading maximum capacity numerator for zAAP. Divide this value by 1024 to get the multithreading maximum capacity factor for all zAAPs that were configured ONLINE for the complete interval. A zero value is reported if no zAAP is currently installed.
smf72int	FLOAT?	Duration of the RMF measurement interval, in the form mmsstttF where mm is the minutes, ss is the seconds, ttt is the milliseconds, and F is the sign. The end of the measurement interval is the sum of the recorded start time (and this field.)
→ smf_type	VARCHAR(5)?	the SMF type and subtype.
is_report_class	INTEGER?	r723mscf (Bit 0) showing the indicator for a report class.
→ smf72xnm*	VARCHAR(8)	Sysplex name as defined in parmlib member COUPLExx.
→ datetime*	DATETIME	the hour of the record.
→ smf72ist*	DATETIME	Time that the RMF measurement interval started, in the form 0 hhmmssF , where hh is the hours, mm is the minutes, ss is the seconds, and F is the sign.
→ smf72iet*	VARCHAR(18)	Interval expiration time token. This token can be used to identify other than RMF records that belong to the same interval (if interval
→ r723mnsp*	VARCHAR(8)	Policy name.
→ r723mwnm*	VARCHAR(8)	Workload name.
→ r723mcnm*	VARCHAR(8)	Service/Report class name.
→ smf72sid*	VARCHAR(4)	System identification (from the SMFPRMxx SID parameter).
r723crs1	INTEGER?	Service and Report class period flags. Bit Meaning when set 0 This report class period is heterogeneous. 1 Service class period is implicitly designated CPU critical. 2-7 Reserved.
r723cadf	INTEGER?	one of the subsections being a part of this section. Bit Meaning when set 0 Resource consumption data available 1 Response time data available 2 General execution delay data available 3-7 Reserved.
r723crtf	FLOAT?	Response time flags (indicates units for R723CVAL). Bit Meaning when set 0 Response time specified in milliseconds. 1 Response time specified in seconds. 2 Response time specified in minutes. 3 Response time specified in hours. 4-7 Reserved.
r723crgf	INTEGER?	Response time goal flags. Bit Meaning when set 0 Percentile response time goal. 1 Average response time goal. 2 Execution velocity goal. 3 Discretionary goal. 4 System specified goal. 5-7 Reserved.
r723cval	INTEGER?	Response time or execution velocity goal, or zero if discretionary or system goal. Units are defined in R723CRTF.
r723cpct	INTEGER?	Goal percentile value (in percentage).
r723cdur	FLOAT?	Period duration in weighted service units, or zero for the last period.
r723csrv	FLOAT?	Total service units.
r723ccpu	FLOAT?	Total TCB service units. This value includes SUs on general purpose CPs and normalized SUs on zIIPs and zAAPs.
r723cioc	FLOAT?	Total IOC service units. Always zero.
r723cmso	FLOAT?	Total central storage service units. Always zero.
r723csrb	FLOAT?	Total SRB service units. This value includes SUs on general purpose CPs and normalized SUs on zIIPs and zAAPs.
r723cpir	FLOAT?	Total page-in count.
r723chpi	FLOAT?	Total hiperspace page-in count. This value includes only those hiperspace pages that were moved by the Real Storage Manager and not by the MVPG instruction.
r723cbpi	FLOAT?	Total block page-in from auxiliary count.
r723cpie	FLOAT?	Total page-in from expanded count.
r723cbpe	FLOAT?	Total block page-in from expanded count.
r723cbka	FLOAT?	Total auxiliary blocks paged in.
r723cbke	FLOAT?	Total expanded blocks paged in.
r723cprs	FLOAT?	Total page residency time (1024-microsecond units).
r723cers	FLOAT?	Total expanded page residency time (1024-microsecond units).
r723ctrr	FLOAT?	Total in storage residency time (1024-microsecond units).
r723ctat	FLOAT?	Total transaction active time (1024-microsecond units).
r723crct	FLOAT?	Total RCT time (microseconds).
r723ciit	FLOAT?	Total I/O interrupt time (microseconds).
r723chst	FLOAT?	Total hiperspace service time (microseconds).
r723cswc	INTEGER?	Total swap count.
r723ccrm	INTEGER?	Total hiperspace ESO read miss count.
r723crcp	INTEGER?	Count of transaction completions for this period. This field includes transaction completions reported by subsystem work managers by way of the IWMRPT service.
r723carc	INTEGER?	Count of transactions that completed abnormally as reported by subsystem work manager. This value is not part of R723CRCP and should not be used for response time calculations.
r723cncp	INTEGER?	Count of transactions that completed their execution phase as reported by subsystem work managers by way of the IWMNTFY service.
r723canc	INTEGER?	Count of transactions that completed their execution phase abnormally as reported by subsystem work Manager. This value is not part of R723CNCP and should not be used for execution response time calculations.
r723ctet	FLOAT?	Total transaction elapsed time (1024-microsecond units).
r723cxet	FLOAT?	Total transaction execution time (1024-microsecond units).
r723cets	FLOAT?	Sum of transaction elapsed times squared (1024-microsecond units).
r723ccus	INTEGER?	CPU using samples. These are included in R723CTOU.
r723ctot	INTEGER?	Total general execution delay samples used in WLM’s execution velocity calculation. For the velocity formula, see z/OS MVS Planning: Workload Management .
r723ccde	INTEGER?	CPU delay. A TCB or SRB is waiting to be dispatched or a TCB is waiting for local lock.
r723ccca	INTEGER?	CPU capping delay. A TCB or SRB is marked non-dispatchable because a resource group maximum is being enforced. Note that R723CCCA is NOT a subset of R723CCDE.
r723cswi	INTEGER?	Swap-in delay. Swap-in has started, but not completed.
r723cmpl	INTEGER?	MPL delay. Ready but swap-in has not started.
r723capr	INTEGER?	Auxiliary page from private.
r723caco	INTEGER?	Auxiliary page from common.
r723caxm	INTEGER?	Auxiliary page from cross memory.
r723cvio	INTEGER?	Auxiliary page from VIO.
r723chsp	INTEGER?	Auxiliary page from standard hiperspaces.
r723cchs	INTEGER?	Auxiliary page from ESO hiperspaces.
r723cunk	INTEGER?	Unknown. Address space or enclave is waiting, but none of the general execution delays (listed earlier) apply.
r723cidl	INTEGER?	Idle. Address space or enclave is in STIMER wait, TSO terminal wait, APPC wait, or an initiator waiting for work.
r723cpde	INTEGER?	Resource group capping count. Group maximum is being enforced for work in this class.
r723cpqu	INTEGER?	Quiesce count. Some work in this service class has been reset by way of the RESET xxx, QUIESCE command.
r723csac	INTEGER?	Sampled address space count. Number of address spaces that contributed delay and using samples to this class.
r723csrs	FLOAT?	Total shared page residency time in 1024-microsecond units.
r723cspa	FLOAT?	Total shared page-ins from auxiliary storage.
r723cspe	FLOAT?	Total shared page-ins from expanded storage.
r723cict	FLOAT?	Total non-paging DASD connect time in 128-microsecond units.
r723ciwt	FLOAT?	Total non-paging DASD wait time (queue time + pending time) in 128-microsecond units.
r723cidt	FLOAT?	Total non-paging DASD disconnect time in 128-microsecond units. This does not include IOS queue time.
r723circ	INTEGER?	Total non-paging DASD I/O start subchannel count. This can be used with fields R723CICT, R723CIWT, and R723CIDT to determine the average DASD response time for the period.
r723ctou	INTEGER?	Total using samples. For the velocity formula, see z/OS MVS Planning: Workload Management .
r723ciou	INTEGER?	DASD using samples. Only non-paging DASD I/O can contribute to I/O using samples.
r723ciod	INTEGER?	DASD delay samples.
r723cq	INTEGER?	Queue delay samples, work is waiting for a server.
r723cspv	INTEGER?	Server private area paging delay samples.
r723csvi	INTEGER?	Server space VIO paging delay samples.
r723cshs	INTEGER?	Server hiperspace paging delay samples.
r723csmp	INTEGER?	Server MPL delay samples.
r723cssw	INTEGER?	Server swap-in delay samples.
r723cndi	INTEGER?	Non-DASD I/O using or delay samples.
r723ctdq	INTEGER?	Total delay samples always including batch queue delay. For service classes that contain batch jobs that were not run in WLM managed initiators the batch queue delay samples are derived from the measured batch queue delay time. For service classes that contain jobs that ran in WLM managed initiators this value is the same as R723CTOT. R723CTDQ can be used as a migration aid to determine what a batch service class
r723ctsa	FLOAT?	Total execution samples. It is the sum of R723CTOU, R723CTOT, R723CUNK, R723CIDL.
r723ciot	FLOAT?	Total DASD IOS queue time in 128-microsecond units.
r723cqdt	FLOAT?	Total queue delay time in 1024-microsecond units. For batch jobs, this is the time jobs spent on the job queue while eligible to run on some system. It represents the time the jobs spent waiting for an initiator. For TSO users, this time can be a portion of the LOGON process. For APPC, this is the time an APPC request spent on an APPC queue.
r723cadt	FLOAT?	Total time (in 1024-microsecond units) batch jobs were ineligible to run because a resource that the job had affinity to was unavailable.
r723ccvt	FLOAT?	Total time (in 1024-microsecond units) batch jobs spent in JCL conversion.
r723ciqt	FLOAT?	Total time (in 1024-microsecond units) batch jobs spent on job queue (after JCL conversion) while ineligible to run on any system for reasons other than resource affinities.
r723ciea	FLOAT?	Independent enclave total transaction active time (in 1024- microsecond units) for enclaves that originated on this system.
r723cxea	FLOAT?	Exported enclave total transaction active time (in 1024- microsecond units).
r723cfea	FLOAT?	Foreign enclave total transaction active time (in 1024-microsecond units).
r723apu	INTEGER?	AP crypto using samples: a TCB was found executing on a cryptographic assist processor.
r723apd	INTEGER?	AP crypto delay samples: a TCB was found waiting for a cryptographic assist processor.
r723fqd	INTEGER?	Feature queue delay samples: a TCB was found waiting on a processor feature queue associated with a CPU. This is a subset of R723CCDE.
r723plsc	VARCHAR(8)?	Service class that last contributed to this report class period during this interval. Blank if this is a service class period.
r723rcod	INTEGER?	Contention delay sample count. One sample is accumulated for each held resource which is reported to WLM by the resource manager by way of IWMCNTN.
r723rcou	INTEGER?	Contention using sample count. One sample is accumulated for each resource in use which is reported to WLM by the resource manager by way of IWMCNTN.
r723ectc	FLOAT?	CPU time consumed while dispatching priority was temporarily raised by enqueue management because the work unit held a resource that other work needed (in 1024 microsecond units).
r723ifau	INTEGER?	zAAP using samples.
r723ifcu	INTEGER?	zAAP on CP using samples. These samples are included in R723CCUS.
r723ifad	INTEGER?	zAAP delay samples.
r723supu	INTEGER?	zIIP using samples.
r723sucu	INTEGER?	zIIP on CP using samples.
r723supd	INTEGER?	zIIP delay samples.
r723csup	FLOAT?	Total service units on zIIPs. Multiply with R723NFFS and divide by 256 to calculate the CP equivalent value.
r723csuc	FLOAT?	Total service units on CPs spent by zIIP eligible work.
r723cifa	FLOAT?	Total service units on zAAPs. Multiply with R723NFFI and divide by 256 to calculate the CP equivalent value.
r723cifc	FLOAT?	Total service units on CPs spent by zAAP eligible work.
r723tpdp	FLOAT?	CPU time consumed while dispatching priority of work with low importance was temporarily raised to help blocked workloads (in 1024 microsecond units).
r723cpdp	FLOAT?	CPU time consumed while dispatching priority was temporarily raised by chronic resource contention management because the work unit held a resource that other work needed (in 1024 microsecond units).
r723lpdp	FLOAT?	CPU time consumed while dispatching priority was temporarily raised to shorten the lock hold time of a local suspend lock held by the work unit (in 1024 microsecond units). Only valid if HiperDispatch is active.
r723spdp	FLOAT?	CPU time consumed while dispatching priority for a work unit was temporarily raised by the z/OS supervisor to a higher dispatching priority than assigned by WLM (in 1024-microsecond units).
r723rtdm	FLOAT?	Midpoint of all response times that were collected in the response time distribution buckets in milliseconds. For response time goals, the midpoint is always the response time goal. For execution velocity goals, it is the average of all response times that were collected in the response time distribution buckets.
r723rtdc	INTEGER?	Number of midpoint changes that occurred during the interval. Number equals zero for response time goals.
r723rtdt	DATETIME?	Timestamp in STCK format, showing the latest point in time when a midpoint change occurred in R723RTDM.
r723tsucp	FLOAT?	Total service units consumed by transactions, executed on general purpose processors.
r723tsusp	FLOAT?	Total normalized service units consumed by transactions, executed on specialty processors.
r723tsuocp	FLOAT?	Total service units consumed by transactions, eligible to run on specialty processors, but executed on general purpose processors.
r723msucp	FLOAT?	Service units consumed by transactions, classified with reporting attribute MOBILE, executed on general purpose processors.
r723msusp	FLOAT?	Normalized service units consumed by transactions, classified with reporting attribute MOBILE, executed on specialty processors.
r723msuocp	FLOAT?	Service units consumed by transactions, classified with reporting attribute MOBILE, eligible to run on specialty processors, but executed on general purpose processors.
r723asucp	FLOAT?	Service units consumed by transactions, classified with reporting attribute CATEGORYA, executed on general purpose processors.
r723asusp	FLOAT?	Normalized service units consumed by transactions, classified with reporting attribute CATEGORYA, executed on specialty processors.
r723asuocp	FLOAT?	Service units consumed by transactions, classified with reporting attribute CATEGORYA, eligible to run on specialty processors, but
r723bsucp	FLOAT?	Service units consumed by transactions, classified with reporting attribute CATEGORYB, executed on general purpose processors.
r723bsusp	FLOAT?	Normalized service units consumed by transactions, classified with reporting attribute CATEGORYB, executed on specialty processors.
r723bsuocp	FLOAT?	Service units consumed by transactions, classified with reporting attribute CATEGORYB, eligible to run on specialty processors, but executed on general purpose processors.
r723ctetx	FLOAT?	Total transaction elapsed time. Same as R723CTET, but in microseconds.
r723cxetx	FLOAT?	Total transaction execution time. Same as R723CXET, but in microseconds.
r723cetsx	FLOAT?	Sum of transaction elapsed times squared. Same as R723CETS, but in microseconds.
r723cqdtx	FLOAT?	Total queue delay time. Same as R723CQDT, but in microseconds.
r723cadtx	FLOAT?	Total time batch jobs were ineligible to run because a resource that the job had affinity to was unavailable. Same as R723CADT, but in microseconds.
r723ccvtx	FLOAT?	Total time batch jobs spent in JCL conversion. Same as R723CCVT, but in microseconds.
r723ciqtx	FLOAT?	Total time batch jobs spent on job queue (after JCL conversion) while ineligible to run on any system for reasons other than resource affinities. Same as R723CIQT, but in microseconds.
r723enctrxnum	INTEGER?	Number of subsystem transactions processed within enclaves.
r723enctrxcalls	INTEGER?	Number of times transaction data has been reported by subsystem work managers when deleting an enclave. When zero, no transaction data for enclaves has been provided by the subsystem work manager.
r723enctrxet	FLOAT?	Total execution time, in microseconds, for all subsystem transactions reported in R723ENCTRXNUM.
r723enctrxets	FLOAT?	Sum of squared execution times, in microseconds, for all subsystem transactions reported in R723ENCTRXNUM.
r723mtv_	INTEGER?	Number of times when WLM sampling code ran.
is_heterogeneous	INTEGER?	r723crs1 (Bit 0) indicating this report class period is heterogeneous.
r723ceda	INTEGER?	r723cadf (Bit 2) indicating general execution delay data available.
r723crta	INTEGER?	r723cadf (Bit 1) indicating response time data availabe.
r723crca	INTEGER?	r723cadf (Bit 0) indicating resource consumption data available.
response_time_hours	INTEGER?	r723crtf (Bit 3) indicating response time specified in hours.
response_time_minutes	INTEGER?	r723crtf (Bit 2) indicating response time specified in minutes.
response_time_seconds	INTEGER?	r723crtf (Bit 1) indicating response time specified in seconds.
response_time_millisec	FLOAT?	r723crtf (Bit 0) indicating response time specified in milliseconds.
r723cstm	INTEGER?	r723crgf (Bit 4) indicating system specified goal.
r723cdsc	INTEGER?	r723crfg (Bit 3) indicating discretionary goal.
r723cvel	INTEGER?	r723crfg (Bit 2) indicating execution velocity goal.
r723cavg	INTEGER?	r723crfg (Bit 1) indicating average response time goal.
r723cprc	INTEGER?	r723crfg (Bit 0) indicating percentile response time goal.
class_goal_type	VARCHAR(21)?	The goal type.
utilization_total	FLOAT?	The total utilization.
utilization_cp	FLOAT?	The CP processor utilization.
storage_total_swapped_in	FLOAT?	The total frames of all swapped-in transactions.
transaction_average_active	FLOAT?	The average number of active transactions.
transaction_total_per_second	FLOAT?	The total ended transactions per second.
transaction_executed_per_second	FLOAT?	The total executed transactions per second.
transaction_response_time_mean	FLOAT?	The average transaction response time.
sample_rate	FLOAT?	The number of samples per second.
transaction_execution_time	FLOAT?	The transaction execution time.
transaction_execution_time_mean	FLOAT?	The average transaction execution time.
execution_velocity	FLOAT?	The execution velocity measures the portion of the acceptable processor and storage delays relative to the total execution time.
performance_index	FLOAT?	The performance index for a period represents how close a period came to reaching the goal (PI is 1.0 if goal is reached), and how much this period suffered versus its goal.
sample_storage_delay	FLOAT?	The number of samples in storage delay state.
transaction_address_space_percentage	FLOAT?	The percentage of transaction address space count.
sample_server_delay	INTEGER?	The sample delay for a server address space.
transaction_queue_delay_time	FLOAT?	The transaction queue delay time.
transaction_queue_delay_time_mean	FLOAT?	The average transaction queue delay time.
transaction_aff_delay_time	FLOAT?	The transaction affinity delay time.
transaction_aff_delay_time_mean	FLOAT?	The average transaction affinity delay time.
transaction_jcl_time	FLOAT?	The transaction JCL conversion time.
transaction_jcl_time_mean	FLOAT?	The average transaction JCL conversion time.
transaction_inel_delay_time	FLOAT?	The transaction ineligible queue time.
transaction_inel_delay_time_mean	FLOAT?	The average transaction ineligible queue time.
transaction_enclave_average	FLOAT?	The average number of independent enclaves during the interval. From a sysplex scope, this is the sum of active time for enclaves that originated on the respective system either for the single period or for all summarized periods divided by the RMF interval time.
foreign_enclave_average	FLOAT?	The average number of foreign enclaves during the interval. From a sysplex scope, this is the sum of active time for enclaves that originated on a remote system in the sysplex, but are executing on the respective system either for the single period or for all summarized periods divided by the RMF interval time.
export_enclave_average	FLOAT?	The average number of multi-system enclaves during the interval. From a sysplex scope, this is the sum of active time for enclaves that originated on the respective system and are executing on one or more remote systems in the sysplex in parallel either for the single period or for all summarized periods divided by the RMF interval time.
sample_crypto_using	INTEGER?	The number of samples found in crypto using state - a TCB or SRB was found to be using an adjunct processor (AP).
sample_crypto_delay	INTEGER?	The number of samples found in crypto delay state - a TCB or SRB was found to be waiting for an AP or a processor feature queue.
utilization_zaap	FLOAT?	The zAAP service time in seconds.
utilization_zaap_on_cp	FLOAT?	The zAAP on CP service time in seconds.
utilization_ziip	FLOAT?	The zIIP service time in seconds.
utilization_ziip_on_cp	FLOAT?	The zIIP on CP service time in seconds.
transaction_average_swapped_in	FLOAT?	The average number of transactions swapped-in.
swaps_per_transaction	FLOAT?	The number of swaps per transaction.
transaction_average_elapsed_time_std_dev	FLOAT?	The average transaction elapsed time standard deviation.
transaction_total_percentage_cp_time	FLOAT?	Total percentage of general purpose processor time used by transactions.
transaction_total_percentage_sp_time	FLOAT?	Total percentage of specialty processor time used by transactions.
transaction_total_percentage_sp_on_cp_time	FLOAT?	Total percentage of general purpose processor time used by transactions, eligible to run on specialty processors.
transaction_mobile_percentage_cp_time	FLOAT?	Percentage of general purpose processors used by transactions classified with reporting attribute MOBILE.
transaction_mobile_percentage_sp_time	FLOAT?	Percentage of specialty processor time used by transactions classified with reporting attribute MOBILE.
transaction_mobile_percentage_sp_on_cp_time	FLOAT?	Percentage of general purpose processor time used by transactions classified with reporting attribute MOBILE, eligible to run on specialty processors.
transaction_cata_percentage_cp_time	FLOAT?	Percentage of general purpose processors used by transactions classified with reporting attribute CATEGORYA.
transaction_cata_percentage_sp_time	FLOAT?	Percentage of specialty processor time used by transactions classified with reporting attribute CATEGORYA.
transaction_cata_percentage_sp_on_cp_time	FLOAT?	Percentage of general purpose processor time used by transactions classified with reporting attribute CATEGORYA eligible to run on specialty processors.
transaction_catb_percentage_cp_time	FLOAT?	Percentage of general purpose processors used by transactions classified with reporting attribute CATEGORYB.
transaction_catb_percentage_sp_time	FLOAT?	Percentage of specialty processor time used by transactions classified with reporting attribute CATEGORYB.
transaction_catb_percentage_sp_on_cp_time	FLOAT?	Percentage of general purpose processor time used by transactions classified with reporting attribute CATEGORYB eligible to run on specialty processors.
absorption_rate	FLOAT?	Absorption rate at which service is used while transactions are resident in main storage. This is the total service divided by the transaction residency time.
transaction_service_rate	FLOAT?	Rate at which service is used by transactions that are active, but not necessarily in storage. This is the total service divided by the transaction active time.
tcbtime_insec	FLOAT?	Task and preemptible-class SRB (enclave) time in seconds consumed on general purpose and special purpose processors.
srbtime_insec	FLOAT?	Service request block time in seconds.
iiptime_insec	FLOAT?	zIIP service time in seconds.
aaptime_insec	FLOAT?	zAAP service time in seconds.
appl_percentage_cp_time	FLOAT?	Percentage of the processor time used by transactions running on general purpose processors in the service or report class period. The calculation of the processor time is based on the time values displayed under field heading SERVICE TIME.
appl_percentage_iipcp_time	FLOAT?	Percentage of the processor time used by zIIP eligible transactions running on general purpose processors. This is a subset of APPL% CP.
appl_percentage_iip_time	FLOAT?	Percentage of the processor time used by transactions executed on zIIPs in the service or report class period.
appl_percentage_aapcp_time	FLOAT?	Percentage of the processor time used by zAAP eligible transactions running on general purpose processors. This is a subset of APPL% CP.
appl_percentage_aap_time	FLOAT?	Percentage of the processor time used by transactions executed on zAAPs in the service or report class period.
start_subchannel_rate	FLOAT?	Number of start subchannels SSCH per second in the reported interval.
avg_dasd_response_time	FLOAT?	Average DASD response time (in milliseconds) of the transactions in this group. This is the sum of the average connect time (CONN), the average disconnect time (DISC), the average wait time (Q+PEND), and the IOS queue time (IOSQ).
avg_dasd_connect_time	FLOAT?	Average DASD connection time of the transactions in this group, as reported by the channel measurement subsystem.
avg_dasd_disconnect_time	FLOAT?	Average DASD disconnect time of the transactions in this group, as reported by the channel measurement subsystem.
avg_dasd_pending_time	FLOAT?	Average DASD wait time (queue time + pending time) of the transactions in this group. This does not include IOSQ time, as reported by the channel measurement subsystem.
avg_dasd_ios_queue_time	FLOAT?	Average time the transactions in this group spent on the IOS queue, based on sampled delays.
single_page_in_rate	FLOAT?	The average rate at which pages are read into central storage while transactions are resident in central storage. On a single period level this is the total number of page-ins during the period, divided by transaction residency time. For all other levels it is the sum of the total number of page-ins for all periods summarized, divided by the sum of the transaction residency time for all periods being summarized.
block_page_in_rate	FLOAT?	Rate of demand page-ins from DASD for blocked pages, expressed in pages per seconds.
shared_page_in_rate	FLOAT?	Rate of shared storage page-ins
hsp_page_in_rate	FLOAT?	Rate of standard hiperspace pages read into central storage from auxiliary storage.
su_sec	FLOAT?	The service units in seconds.
cpu_time	FLOAT?	The calculated CPU time.
msu_physical	FLOAT?	The physical MSU consumed.
num_of_cps	FLOAT?	The number of general processors.
memory_usage	FLOAT?	Amount of memory used by this resource group on a particular system.
r723ress	INTEGER?	Total number of transaction states sampled in the phase specified by R723RFLG.
r723ract	INTEGER?	Total number of active state samples. Active indicates that there is a program executing on behalf of the work request, from the perspective of the work manager. This does not mean that the program is active from the base control program’s perspective.
r723rrdy	INTEGER?	Total number of ready state samples. Ready indicates that there is a program ready to execute on behalf of the work request described by the monitoring environment, but the work manager has given priority to another work request.
r723ridl	INTEGER?	Total number of idle state samples. Idle indicates that no work request is available to the work manager that is allowed to run.
r723rwlo	INTEGER?	Total number of waiting for lock state samples.
r723rwio	INTEGER?	Total number of waiting for I/O state samples. Waiting for I/O indicates that the work manager is waiting for an activity related to an I/O request. This may be an actual I/O operation or some other function associated with the I/O request.
r723rwco	INTEGER?	Total number of waiting for conversation state samples. Waiting for conversation may have been used in conjunction with the WLM service IWMMSWCH to identify where the recipient of the conversation is located. In this case, only the switched state will be recorded.
r723rwds	INTEGER?	Total number of waiting for distributed request state samples. Waiting for distributed request indicates a high level that some function or data must be routed prior to resumption of the work request. This is to be contrasted with waiting for conversation, which is a low level view of the precise resource that is needed. A distributed request could involve waiting on a conversation as part
r723rwsl	INTEGER?	Total number of waiting for a session to be established locally samples. Waiting for a session to be established locally, i.e. on the current MVS image.
r723rwsn	INTEGER?	Total number of waiting for a session to be established somewhere in the network samples.
r723rwss	INTEGER?	Total number of waiting for a session to be established somewhere in the sysplex samples.
r723rwtm	INTEGER?	Total number of waiting for a timer samples.
r723rwo	INTEGER?	Total number of waiting for another product samples.
r723rwms	INTEGER?	Total number of waiting for unidentified resource samples. Waiting for unidentified resource, possibly among another more specific category, but which may not be readily determined.
r723rssl	INTEGER?	Number of states representing transactions for which there are logical continuations on this MVS image. Subsystem work managers might set this state when they function ship a transaction to another component within the same MVS image.
r723rsss	INTEGER?	Number of states representing transactions for which there are logical continuations on another MVS image in the sysplex. Subsystem work managers might set this state when they function ship a transaction to another component on another MVS image within the sysplex.
r723rssn	INTEGER?	Number of states representing transactions for which there are logical continuations somewhere within the network. Subsystem work managers might set this state when they function ship a transaction to another component within the network.
r723rwst	INTEGER?	Total number of waiting for SSL thread samples.
r723rwrt	INTEGER?	Total number of waiting for regular thread samples.
r723rwwr	INTEGER?	Total number of waiting for work table registration samples.
r723rapp	INTEGER?	Total number of active application state samples.
r723rwnl	INTEGER?	Total number of state samples reflecting waiting for new latch.
r723rw01	INTEGER?	Total number of samples waiting for resource type 1.
r723rw02	INTEGER?	Total number of samples waiting for resource type 2.
r723rw03	INTEGER?	Total number of samples waiting for resource type 3.
r723rw04	INTEGER?	Total number of samples waiting for resource type 4.
r723rw05	INTEGER?	Total number of samples waiting for resource type 5.
r723rw06	INTEGER?	Total number of samples waiting for resource type 6.
r723rw07	INTEGER?	Total number of samples waiting for resource type 7.
r723rw08	INTEGER?	Total number of samples waiting for resource type 8.
r723rw09	INTEGER?	Total number of samples waiting for resource type 9.
r723rw10	INTEGER?	Total number of samples waiting for resource type 10.
r723rw11	INTEGER?	Total number of samples waiting for resource type 11.
r723rw12	INTEGER?	Total number of samples waiting for resource type 12.
r723rw13	INTEGER?	Total number of samples waiting for resource type 13.
r723rw14	INTEGER?	Total number of samples waiting for resource type 14.
r723rw15	INTEGER?	Total number of samples waiting for resource type 15.
r723rbpm	INTEGER?	Number of state samples representing buffer pool misses that resulted in I/O.

Constraints:

• FOREIGN KEY (smf72_pro.datetime, smf72_pro.smf72ist, smf72_pro.smf72iet, smf72_pro.smf_type, smf72_pro.smf72xnm, smf72_pro.smf72sid → datetime, smf72ist, smf72iet, smf_type, smf72xnm, smf72sid)

• FOREIGN KEY (smf72_wms.smf72xnm, smf72_wms.datetime, smf72_wms.smf72ist, smf72_wms.smf72iet, smf72_wms.r723mnsp, smf72_wms.r723mwnm, smf72_wms.r723mcnm, smf72_wms.r723cper → smf72xnm, datetime, smf72ist, smf72iet, r723mnsp, r723mwnm, r723mcnm, r723cper)

• PRIMARY KEY (smf72xnm, datetime, smf72ist, smf72iet, r723mnsp, r723mwnm, r723mcnm, r723cper, smf72sid)

smf72_sss

smf2db.db_models.smf72_model.Smf72Sss (smf72_sss)

The Smf72Sss class stores the Smf72Sss section in the smf72_sss table.

Columns:

r723scsn*	VARCHAR(8)	Name of service class being served (by one or more address spaces in service class R723MCNM).
r723scs_	INTEGER?	number of times an address space running in service class r723mcnm was observed serving the served service class r723scsn.
→ smf72xnm*	VARCHAR(8)	Sysplex name as defined in parmlib member COUPLExx.
→ datetime*	DATETIME	the hour of the record.
→ smf72ist*	DATETIME	Time that the RMF measurement interval started, in the form 0 hhmmssF , where hh is the hours, mm is the minutes, ss is the seconds, and F is the sign.
→ smf72iet*	VARCHAR(18)	Interval expiration time token. This token can be used to identify other than RMF records that belong to the same interval (if interval
→ r723mnsp*	VARCHAR(8)	Policy name.
→ r723mwnm*	VARCHAR(8)	Workload name.
→ r723mcnm*	VARCHAR(8)	Service/Report class name.
→ r723cper*	INTEGER	Service or report class period number.
smf72sid*	VARCHAR(4)	System identification (from the SMFPRMxx SID parameter).

Constraints:

• FOREIGN KEY (smf72_wms.smf72xnm, smf72_wms.datetime, smf72_wms.smf72ist, smf72_wms.smf72iet, smf72_wms.r723mnsp, smf72_wms.r723mwnm, smf72_wms.r723mcnm, smf72_wms.r723cper → smf72xnm, datetime, smf72ist, smf72iet, r723mnsp, r723mwnm, r723mcnm, r723cper)

• PRIMARY KEY (smf72xnm, datetime, smf72ist, smf72iet, r723mnsp, r723mwnm, r723mcnm, r723cper, r723scsn, smf72sid)

smf72_wms

smf2db.db_models.smf72_model.Smf72Wms (smf72_wms)

The Smf72Wms class stores the Smf72Wms section in the smf72_wms table.

Columns:

→ r723mnsp*	VARCHAR(8)	Policy name.
→ r723mwnm*	VARCHAR(8)	Workload name.
r723mcnm*	VARCHAR(8)	Service/Report class name.
last_update_time	DATETIME?	last update time of this record.
r723cimp	INTEGER?	Importance of the goal to be achieved for this period (1=highest, 5=lowest). The value is zero for a discretionary or system goal.
→ r723ggnm	VARCHAR(8)?	Resource group name.
r723rtyp	VARCHAR(4)?	Subsystem type, as used in the classification rules specified in the WLM administrative application. The subsystem’s documentation should explain the meaning that the product attributes to the various states.
smf72int	FLOAT?	Duration of the RMF measurement interval, in the form mmsstttF where mm is the minutes, ss is the seconds, ttt is the milliseconds, and F is the sign. The end of the measurement interval is the sum of the recorded start time (and this field.)
→ smf72xnm*	VARCHAR(8)	Sysplex name as defined in parmlib member COUPLExx.
→ datetime*	DATETIME	the hour of the record.
→ smf72ist*	DATETIME	Time that the RMF measurement interval started, in the form 0 hhmmssF , where hh is the hours, mm is the minutes, ss is the seconds, and F is the sign.
→ smf72iet*	VARCHAR(18)	Interval expiration time token. This token can be used to identify other than RMF records that belong to the same interval (if interval
r723cper*	INTEGER	Service or report class period number.
r723mscf	INTEGER?	Service/Report class flags. Bit Meaning when set 0 Indicator for a report class 1 Workload activity data not available 2 Policy data not available 3 Execution velocity includes I/O delays 4 Indicator for CPU protection 5 Indicator for storage protection 6 Indicator for dynamic alias tuning 7 Indicator for I/O priority group HIGH
r723mflg	INTEGER?	Flags. Bit Meaning when set 0 Indicator for zAAP crossover. 1 Indicator for zAAP honor priority. 2 Indicator for zIIP honor priority. 3 Failure returned by HISMT service. Multithreading maximum capacity numerator values are invalid. 4 Indicator that service class is not eligible for honor priority processing. When on, specialty engine eligible work in this service class will not be offloaded to CPs for help processing. 5 Indicator for a tenant report class 6 Service class and tenant report class periods that are associated with a resource group and have assigned a discretionary goal are excluded from workload management. 7 WLM batch initiator management is AI-infused.
r723mfl2	INTEGER?	Additional flags: Bit Meaning when set 0 At least one zAAP is online in the sysplex (or local system when not joined to a sysplex). 1-7 Reserved.
r723mtvl	FLOAT?	WLM sample interval (in milliseconds).
r723mtv_	INTEGER?	Number of times when WLM sampling code ran.
r723mcde	VARCHAR(32)?	Service/Report class description.
r723mcpg	INTEGER?	Number of periods belonging to this service or report class.
r723msub	INTEGER?	Number of entries in the work/resource manager state section belonging to a subsystem.
r723clsc	VARCHAR(8)?	Service class that last contributed to this report class. Blank if this is a service class.
is_report_class	INTEGER?	r723mscf (Bit 0) representing an indicator for a report class.
stor_protection	INTEGER?	r723mscf (Bit 5) representing an indicator for storage protection.
cpu_protection	INTEGER?	r723mscf (Bit 4) representing an indciator for CPU protection.
velocity_io_delays	INTEGER?	r723mscf (Bit 3) indicating exection velocity includes I/O delays.
svpol_unaval	INTEGER?	r723mscf (Bit 2) indicating policy data not available.
rcaa_unaval	INTEGER?	r723mscf (Bit 1) indicating workload activity data not available.
tenant_report_class	INTEGER?	r723mflg (Bit 5) representing an indicator for a tenant report class.
honor_prio	INTEGER?	r723mflg (Bit 4) representing an indicator that service class is not eligible for honor priority processing. When on, speciality engine eligible work in this service class will not be offloaded to CPs for help processing.
hismt_failure	INTEGER?	r723mflg (Bit 3) indicating failure returned by HISMT service. Multithreading maximum capacity numerator values are invalid.
ziip_honor_prio	INTEGER?	r723mflg (Bit 2) representing an indicator for zIIP honor priority.
zaap_honor_prio	INTEGER?	r723mflg (Bit 1) representing an indicator for zAAP honor priority.
zaap_crossover	INTEGER?	r723mflg (Bit 0) representing an indicator for zAAP crossover.
r723crs1	INTEGER?	Service and Report class period flags. Bit Meaning when set 0 This report class period is heterogeneous. 1 Service class period is implicitly designated CPU critical. 2-7 Reserved.
r723cadf	INTEGER?	one of the subsections being a part of this section. Bit Meaning when set 0 Resource consumption data available 1 Response time data available 2 General execution delay data available 3-7 Reserved.
r723crtf	FLOAT?	Response time flags (indicates units for R723CVAL). Bit Meaning when set 0 Response time specified in milliseconds. 1 Response time specified in seconds. 2 Response time specified in minutes. 3 Response time specified in hours. 4-7 Reserved.
r723crgf	INTEGER?	Response time goal flags. Bit Meaning when set 0 Percentile response time goal. 1 Average response time goal. 2 Execution velocity goal. 3 Discretionary goal. 4 System specified goal. 5-7 Reserved.
r723cval	INTEGER?	Response time or execution velocity goal, or zero if discretionary or system goal. Units are defined in R723CRTF.
r723cpct	INTEGER?	Goal percentile value (in percentage).
r723cdur	FLOAT?	Period duration in weighted service units, or zero for the last period.
r723csrv	FLOAT?	Total service units.
r723ccpu	FLOAT?	Total TCB service units. This value includes SUs on general purpose CPs and normalized SUs on zIIPs and zAAPs.
r723cioc	FLOAT?	Total IOC service units. Always zero.
r723cmso	FLOAT?	Total central storage service units. Always zero.
r723csrb	FLOAT?	Total SRB service units. This value includes SUs on general purpose CPs and normalized SUs on zIIPs and zAAPs.
r723cpir	FLOAT?	Total page-in count.
r723chpi	FLOAT?	Total hiperspace page-in count. This value includes only those hiperspace pages that were moved by the Real Storage Manager and not by the MVPG instruction.
r723cbpi	FLOAT?	Total block page-in from auxiliary count.
r723cpie	FLOAT?	Total page-in from expanded count.
r723cbpe	FLOAT?	Total block page-in from expanded count.
r723cbka	FLOAT?	Total auxiliary blocks paged in.
r723cbke	FLOAT?	Total expanded blocks paged in.
r723cprs	FLOAT?	Total page residency time (1024-microsecond units).
r723cers	FLOAT?	Total expanded page residency time (1024-microsecond units).
r723ctrr	FLOAT?	Total in storage residency time (1024-microsecond units).
r723ctat	FLOAT?	Total transaction active time (1024-microsecond units).
r723crct	FLOAT?	Total RCT time (microseconds).
r723ciit	FLOAT?	Total I/O interrupt time (microseconds).
r723chst	FLOAT?	Total hiperspace service time (microseconds).
r723cswc	INTEGER?	Total swap count.
r723ccrm	INTEGER?	Total hiperspace ESO read miss count.
r723crcp	INTEGER?	Count of transaction completions for this period. This field includes transaction completions reported by subsystem work managers by way of the IWMRPT service.
r723carc	INTEGER?	Count of transactions that completed abnormally as reported by subsystem work manager. This value is not part of R723CRCP and should not be used for response time calculations.
r723cncp	INTEGER?	Count of transactions that completed their execution phase as reported by subsystem work managers by way of the IWMNTFY service.
r723canc	INTEGER?	Count of transactions that completed their execution phase abnormally as reported by subsystem work Manager. This value is not part of R723CNCP and should not be used for execution response time calculations.
r723ctet	FLOAT?	Total transaction elapsed time (1024-microsecond units).
r723cxet	FLOAT?	Total transaction execution time (1024-microsecond units).
r723cets	FLOAT?	Sum of transaction elapsed times squared (1024-microsecond units).
r723ccus	INTEGER?	CPU using samples. These are included in R723CTOU.
r723ctot	INTEGER?	Total general execution delay samples used in WLM’s execution velocity calculation. For the velocity formula, see z/OS MVS Planning: Workload Management .
r723ccde	INTEGER?	CPU delay. A TCB or SRB is waiting to be dispatched or a TCB is waiting for local lock.
r723ccca	INTEGER?	CPU capping delay. A TCB or SRB is marked non-dispatchable because a resource group maximum is being enforced. Note that R723CCCA is NOT a subset of R723CCDE.
r723cswi	INTEGER?	Swap-in delay. Swap-in has started, but not completed.
r723cmpl	INTEGER?	MPL delay. Ready but swap-in has not started.
r723capr	INTEGER?	Auxiliary page from private.
r723caco	INTEGER?	Auxiliary page from common.
r723caxm	INTEGER?	Auxiliary page from cross memory.
r723cvio	INTEGER?	Auxiliary page from VIO.
r723chsp	INTEGER?	Auxiliary page from standard hiperspaces.
r723cchs	INTEGER?	Auxiliary page from ESO hiperspaces.
r723cunk	INTEGER?	Unknown. Address space or enclave is waiting, but none of the general execution delays (listed earlier) apply.
r723cidl	INTEGER?	Idle. Address space or enclave is in STIMER wait, TSO terminal wait, APPC wait, or an initiator waiting for work.
r723cpde	INTEGER?	Resource group capping count. Group maximum is being enforced for work in this class.
r723cpqu	INTEGER?	Quiesce count. Some work in this service class has been reset by way of the RESET xxx, QUIESCE command.
r723csac	INTEGER?	Sampled address space count. Number of address spaces that contributed delay and using samples to this class.
r723csrs	FLOAT?	Total shared page residency time in 1024-microsecond units.
r723cspa	FLOAT?	Total shared page-ins from auxiliary storage.
r723cspe	FLOAT?	Total shared page-ins from expanded storage.
r723cict	FLOAT?	Total non-paging DASD connect time in 128-microsecond units.
r723ciwt	FLOAT?	Total non-paging DASD wait time (queue time + pending time) in 128-microsecond units.
r723cidt	FLOAT?	Total non-paging DASD disconnect time in 128-microsecond units. This does not include IOS queue time.
r723circ	INTEGER?	Total non-paging DASD I/O start subchannel count. This can be used with fields R723CICT, R723CIWT, and R723CIDT to determine the average DASD response time for the period.
r723ctou	INTEGER?	Total using samples. For the velocity formula, see z/OS MVS Planning: Workload Management .
r723ciou	INTEGER?	DASD using samples. Only non-paging DASD I/O can contribute to I/O using samples.
r723ciod	INTEGER?	DASD delay samples.
r723cq	INTEGER?	Queue delay samples, work is waiting for a server.
r723cspv	INTEGER?	Server private area paging delay samples.
r723csvi	INTEGER?	Server space VIO paging delay samples.
r723cshs	INTEGER?	Server hiperspace paging delay samples.
r723csmp	INTEGER?	Server MPL delay samples.
r723cssw	INTEGER?	Server swap-in delay samples.
r723cndi	INTEGER?	Non-DASD I/O using or delay samples.
r723ctdq	INTEGER?	Total delay samples always including batch queue delay. For service classes that contain batch jobs that were not run in WLM managed initiators the batch queue delay samples are derived from the measured batch queue delay time. For service classes that contain jobs that ran in WLM managed initiators this value is the same as R723CTOT. R723CTDQ can be used as a migration aid to determine what a batch service class
r723ctsa	FLOAT?	Total execution samples. It is the sum of R723CTOU, R723CTOT, R723CUNK, R723CIDL.
r723ciot	FLOAT?	Total DASD IOS queue time in 128-microsecond units.
r723cqdt	FLOAT?	Total queue delay time in 1024-microsecond units. For batch jobs, this is the time jobs spent on the job queue while eligible to run on some system. It represents the time the jobs spent waiting for an initiator. For TSO users, this time can be a portion of the LOGON process. For APPC, this is the time an APPC request spent on an APPC queue.
r723cadt	FLOAT?	Total time (in 1024-microsecond units) batch jobs were ineligible to run because a resource that the job had affinity to was unavailable.
r723ccvt	FLOAT?	Total time (in 1024-microsecond units) batch jobs spent in JCL conversion.
r723ciqt	FLOAT?	Total time (in 1024-microsecond units) batch jobs spent on job queue (after JCL conversion) while ineligible to run on any system for reasons other than resource affinities.
r723ciea	FLOAT?	Independent enclave total transaction active time (in 1024- microsecond units) for enclaves that originated on this system.
r723cxea	FLOAT?	Exported enclave total transaction active time (in 1024- microsecond units).
r723cfea	FLOAT?	Foreign enclave total transaction active time (in 1024-microsecond units).
r723apu	INTEGER?	AP crypto using samples: a TCB was found executing on a cryptographic assist processor.
r723apd	INTEGER?	AP crypto delay samples: a TCB was found waiting for a cryptographic assist processor.
r723fqd	INTEGER?	Feature queue delay samples: a TCB was found waiting on a processor feature queue associated with a CPU. This is a subset of R723CCDE.
r723plsc	VARCHAR(8)?	Service class that last contributed to this report class period during this interval. Blank if this is a service class period.
r723rcod	INTEGER?	Contention delay sample count. One sample is accumulated for each held resource which is reported to WLM by the resource manager by way of IWMCNTN.
r723rcou	INTEGER?	Contention using sample count. One sample is accumulated for each resource in use which is reported to WLM by the resource manager by way of IWMCNTN.
r723ectc	FLOAT?	CPU time consumed while dispatching priority was temporarily raised by enqueue management because the work unit held a resource that other work needed (in 1024 microsecond units).
r723ifau	INTEGER?	zAAP using samples.
r723ifcu	INTEGER?	zAAP on CP using samples. These samples are included in R723CCUS.
r723ifad	INTEGER?	zAAP delay samples.
r723supu	INTEGER?	zIIP using samples.
r723sucu	INTEGER?	zIIP on CP using samples.
r723supd	INTEGER?	zIIP delay samples.
r723csup	FLOAT?	Total service units on zIIPs. Multiply with R723NFFS and divide by 256 to calculate the CP equivalent value.
r723csuc	FLOAT?	Total service units on CPs spent by zIIP eligible work.
r723cifa	FLOAT?	Total service units on zAAPs. Multiply with R723NFFI and divide by 256 to calculate the CP equivalent value.
r723cifc	FLOAT?	Total service units on CPs spent by zAAP eligible work.
r723tpdp	FLOAT?	CPU time consumed while dispatching priority of work with low importance was temporarily raised to help blocked workloads (in 1024 microsecond units).
r723cpdp	FLOAT?	CPU time consumed while dispatching priority was temporarily raised by chronic resource contention management because the work unit held a resource that other work needed (in 1024 microsecond units).
r723lpdp	FLOAT?	CPU time consumed while dispatching priority was temporarily raised to shorten the lock hold time of a local suspend lock held by the work unit (in 1024 microsecond units). Only valid if HiperDispatch is active.
r723spdp	FLOAT?	CPU time consumed while dispatching priority for a work unit was temporarily raised by the z/OS supervisor to a higher dispatching priority than assigned by WLM (in 1024-microsecond units).
r723rtdm	FLOAT?	Midpoint of all response times that were collected in the response time distribution buckets in milliseconds. For response time goals, the midpoint is always the response time goal. For execution velocity goals, it is the average of all response times that were collected in the response time distribution buckets.
r723rtdc	INTEGER?	Number of midpoint changes that occurred during the interval. Number equals zero for response time goals.
r723rtdt	DATETIME?	Timestamp in STCK format, showing the latest point in time when a midpoint change occurred in R723RTDM.
r723tsucp	FLOAT?	Total service units consumed by transactions, executed on general purpose processors.
r723tsusp	FLOAT?	Total normalized service units consumed by transactions, executed on specialty processors.
r723tsuocp	FLOAT?	Total service units consumed by transactions, eligible to run on specialty processors, but executed on general purpose processors.
r723msucp	FLOAT?	Service units consumed by transactions, classified with reporting attribute MOBILE, executed on general purpose processors.
r723msusp	FLOAT?	Normalized service units consumed by transactions, classified with reporting attribute MOBILE, executed on specialty processors.
r723msuocp	FLOAT?	Service units consumed by transactions, classified with reporting attribute MOBILE, eligible to run on specialty processors, but executed on general purpose processors.
r723asucp	FLOAT?	Service units consumed by transactions, classified with reporting attribute CATEGORYA, executed on general purpose processors.
r723asusp	FLOAT?	Normalized service units consumed by transactions, classified with reporting attribute CATEGORYA, executed on specialty processors.
r723asuocp	FLOAT?	Service units consumed by transactions, classified with reporting attribute CATEGORYA, eligible to run on specialty processors, but
r723bsucp	FLOAT?	Service units consumed by transactions, classified with reporting attribute CATEGORYB, executed on general purpose processors.
r723bsusp	FLOAT?	Normalized service units consumed by transactions, classified with reporting attribute CATEGORYB, executed on specialty processors.
r723bsuocp	FLOAT?	Service units consumed by transactions, classified with reporting attribute CATEGORYB, eligible to run on specialty processors, but executed on general purpose processors.
r723ctetx	FLOAT?	Total transaction elapsed time. Same as R723CTET, but in microseconds.
r723cxetx	FLOAT?	Total transaction execution time. Same as R723CXET, but in microseconds.
r723cetsx	FLOAT?	Sum of transaction elapsed times squared. Same as R723CETS, but in microseconds.
r723cqdtx	FLOAT?	Total queue delay time. Same as R723CQDT, but in microseconds.
r723cadtx	FLOAT?	Total time batch jobs were ineligible to run because a resource that the job had affinity to was unavailable. Same as R723CADT, but in microseconds.
r723ccvtx	FLOAT?	Total time batch jobs spent in JCL conversion. Same as R723CCVT, but in microseconds.
r723ciqtx	FLOAT?	Total time batch jobs spent on job queue (after JCL conversion) while ineligible to run on any system for reasons other than resource affinities. Same as R723CIQT, but in microseconds.
r723enctrxnum	INTEGER?	Number of subsystem transactions processed within enclaves.
r723enctrxcalls	INTEGER?	Number of times transaction data has been reported by subsystem work managers when deleting an enclave. When zero, no transaction data for enclaves has been provided by the subsystem work manager.
r723enctrxet	FLOAT?	Total execution time, in microseconds, for all subsystem transactions reported in R723ENCTRXNUM.
r723enctrxets	FLOAT?	Sum of squared execution times, in microseconds, for all subsystem transactions reported in R723ENCTRXNUM.
is_heterogeneous	INTEGER?	r723crs1 (Bit 0) indicating this report class period is heterogeneous.
r723ceda	INTEGER?	r723cadf (Bit 2) indicating general execution delay data available.
r723crta	INTEGER?	r723cadf (Bit 1) indicating response time data availabe.
r723crca	INTEGER?	r723cadf (Bit 0) indicating resource consumption data available.
response_time_hours	INTEGER?	r723crtf (Bit 3) indicating response time specified in hours.
response_time_minutes	INTEGER?	r723crtf (Bit 2) indicating response time specified in minutes.
response_time_seconds	INTEGER?	r723crtf (Bit 1) indicating response time specified in seconds.
response_time_millisec	FLOAT?	r723crtf (Bit 0) indicating response time specified in milliseconds.
r723cstm	INTEGER?	r723crgf (Bit 4) indicating system specified goal.
r723cdsc	INTEGER?	r723crfg (Bit 3) indicating discretionary goal.
r723cvel	INTEGER?	r723crfg (Bit 2) indicating execution velocity goal.
r723cavg	INTEGER?	r723crfg (Bit 1) indicating average response time goal.
r723cprc	INTEGER?	r723crfg (Bit 0) indicating percentile response time goal.
class_goal_type	VARCHAR(21)?	The goal type.
utilization_total	FLOAT?	The total utilization.
utilization_cp	FLOAT?	The CP processor utilization.
storage_total_swapped_in	FLOAT?	The total frames of all swapped-in transactions.
transaction_average_active	FLOAT?	The average number of active transactions.
transaction_total_per_second	FLOAT?	The total ended transactions per second.
transaction_executed_per_second	FLOAT?	The total executed transactions per second.
transaction_response_time_mean	FLOAT?	The average transaction response time.
sample_rate	FLOAT?	The number of samples per second.
transaction_execution_time	FLOAT?	The transaction execution time.
transaction_execution_time_mean	FLOAT?	The average transaction execution time.
execution_velocity	FLOAT?	The execution velocity measures the portion of the acceptable processor and storage delays relative to the total execution time.
performance_index	FLOAT?	The performance index for a period represents how close a period came to reaching the goal (PI is 1.0 if goal is reached), and how much this period suffered versus its goal.
sample_storage_delay	FLOAT?	The number of samples in storage delay state.
transaction_address_space_percentage	FLOAT?	The percentage of transaction address space count.
sample_server_delay	INTEGER?	The sample delay for a server address space.
transaction_queue_delay_time	FLOAT?	The transaction queue delay time.
transaction_queue_delay_time_mean	FLOAT?	The average transaction queue delay time.
transaction_aff_delay_time	FLOAT?	The transaction affinity delay time.
transaction_aff_delay_time_mean	FLOAT?	The average transaction affinity delay time.
transaction_jcl_time	FLOAT?	The transaction JCL conversion time.
transaction_jcl_time_mean	FLOAT?	The average transaction JCL conversion time.
transaction_inel_delay_time	FLOAT?	The transaction ineligible queue time.
transaction_inel_delay_time_mean	FLOAT?	The average transaction ineligible queue time.
transaction_enclave_average	FLOAT?	The average number of independent enclaves during the interval. From a sysplex scope, this is the sum of active time for enclaves that originated on the respective system either for the single period or for all summarized periods divided by the RMF interval time.
foreign_enclave_average	FLOAT?	The average number of foreign enclaves during the interval. From a sysplex scope, this is the sum of active time for enclaves that originated on a remote system in the sysplex, but are executing on the respective system either for the single period or for all summarized periods divided by the RMF interval time.
export_enclave_average	FLOAT?	The average number of multi-system enclaves during the interval. From a sysplex scope, this is the sum of active time for enclaves that originated on the respective system and are executing on one or more remote systems in the sysplex in parallel either for the single period or for all summarized periods divided by the RMF interval time.
sample_crypto_using	INTEGER?	The number of samples found in crypto using state - a TCB or SRB was found to be using an adjunct processor (AP).
sample_crypto_delay	INTEGER?	The number of samples found in crypto delay state - a TCB or SRB was found to be waiting for an AP or a processor feature queue.
utilization_zaap	FLOAT?	The zAAP service time in seconds.
utilization_zaap_on_cp	FLOAT?	The zAAP on CP service time in seconds.
utilization_ziip	FLOAT?	The zIIP service time in seconds.
utilization_ziip_on_cp	FLOAT?	The zIIP on CP service time in seconds.
transaction_average_swapped_in	FLOAT?	The average number of transactions swapped-in.
swaps_per_transaction	FLOAT?	The number of swaps per transaction.
transaction_average_elapsed_time_std_dev	FLOAT?	The average transaction elapsed time standard deviation.
transaction_total_percentage_cp_time	FLOAT?	Total percentage of general purpose processor time used by transactions.
transaction_total_percentage_sp_time	FLOAT?	Total percentage of specialty processor time used by transactions.
transaction_total_percentage_sp_on_cp_time	FLOAT?	Total percentage of general purpose processor time used by transactions, eligible to run on specialty processors.
transaction_mobile_percentage_cp_time	FLOAT?	Percentage of general purpose processors used by transactions classified with reporting attribute MOBILE.
transaction_mobile_percentage_sp_time	FLOAT?	Percentage of specialty processor time used by transactions classified with reporting attribute MOBILE.
transaction_mobile_percentage_sp_on_cp_time	FLOAT?	Percentage of general purpose processor time used by transactions classified with reporting attribute MOBILE, eligible to run on specialty processors.
transaction_cata_percentage_cp_time	FLOAT?	Percentage of general purpose processors used by transactions classified with reporting attribute CATEGORYA.
transaction_cata_percentage_sp_time	FLOAT?	Percentage of specialty processor time used by transactions classified with reporting attribute CATEGORYA.
transaction_cata_percentage_sp_on_cp_time	FLOAT?	Percentage of general purpose processor time used by transactions classified with reporting attribute CATEGORYA eligible to run on specialty processors.
transaction_catb_percentage_cp_time	FLOAT?	Percentage of general purpose processors used by transactions classified with reporting attribute CATEGORYB.
transaction_catb_percentage_sp_time	FLOAT?	Percentage of specialty processor time used by transactions classified with reporting attribute CATEGORYB.
transaction_catb_percentage_sp_on_cp_time	FLOAT?	Percentage of general purpose processor time used by transactions classified with reporting attribute CATEGORYB eligible to run on specialty processors.
absorption_rate	FLOAT?	Absorption rate at which service is used while transactions are resident in main storage. This is the total service divided by the transaction residency time.
transaction_service_rate	FLOAT?	Rate at which service is used by transactions that are active, but not necessarily in storage. This is the total service divided by the transaction active time.
tcbtime_insec	FLOAT?	Task and preemptible-class SRB (enclave) time in seconds consumed on general purpose and special purpose processors.
srbtime_insec	FLOAT?	Service request block time in seconds.
iiptime_insec	FLOAT?	zIIP service time in seconds.
aaptime_insec	FLOAT?	zAAP service time in seconds.
appl_percentage_cp_time	FLOAT?	Percentage of the processor time used by transactions running on general purpose processors in the service or report class period. The calculation of the processor time is based on the time values displayed under field heading SERVICE TIME.
appl_percentage_iipcp_time	FLOAT?	Percentage of the processor time used by zIIP eligible transactions running on general purpose processors. This is a subset of APPL% CP.
appl_percentage_iip_time	FLOAT?	Percentage of the processor time used by transactions executed on zIIPs in the service or report class period.
appl_percentage_aapcp_time	FLOAT?	Percentage of the processor time used by zAAP eligible transactions running on general purpose processors. This is a subset of APPL% CP.
appl_percentage_aap_time	FLOAT?	Percentage of the processor time used by transactions executed on zAAPs in the service or report class period.
start_subchannel_rate	FLOAT?	Number of start subchannels SSCH per second in the reported interval.
avg_dasd_response_time	FLOAT?	Average DASD response time (in milliseconds) of the transactions in this group. This is the sum of the average connect time (CONN), the average disconnect time (DISC), the average wait time (Q+PEND), and the IOS queue time (IOSQ).
avg_dasd_connect_time	FLOAT?	Average DASD connection time of the transactions in this group, as reported by the channel measurement subsystem.
avg_dasd_disconnect_time	FLOAT?	Average DASD disconnect time of the transactions in this group, as reported by the channel measurement subsystem.
avg_dasd_pending_time	FLOAT?	Average DASD wait time (queue time + pending time) of the transactions in this group. This does not include IOSQ time, as reported by the channel measurement subsystem.
avg_dasd_ios_queue_time	FLOAT?	Average time the transactions in this group spent on the IOS queue, based on sampled delays.
single_page_in_rate	FLOAT?	The average rate at which pages are read into central storage while transactions are resident in central storage. On a single period level this is the total number of page-ins during the period, divided by transaction residency time. For all other levels it is the sum of the total number of page-ins for all periods summarized, divided by the sum of the transaction residency time for all periods being summarized.
block_page_in_rate	FLOAT?	Rate of demand page-ins from DASD for blocked pages, expressed in pages per seconds.
shared_page_in_rate	FLOAT?	Rate of shared storage page-ins
hsp_page_in_rate	FLOAT?	Rate of standard hiperspace pages read into central storage from auxiliary storage.
su_sec	FLOAT?	The service units in seconds.
cpu_time	FLOAT?	The calculated CPU time.
msu_physical	FLOAT?	The physical MSU consumed.
num_of_cps	FLOAT?	The number of general processors.
memory_usage	FLOAT?	Amount of memory used by this resource group on a particular system.
class_rt_bucket_1	INTEGER?	Count of completed transactions with: Response time ≤ 50% of the goal.
class_rt_bucket_2	INTEGER?	Count of completed transactions with: Response time > 50% of the goal. Response time ≤ 60% of the goal.
class_rt_bucket_3	INTEGER?	Count of completed transactions with: Response time > 60% of the goal. Response time ≤ 70% of the goal.
class_rt_bucket_4	INTEGER?	Count of completed transactions with: Response time > 70% of the goal. Response time ≤ 80% of the goal.
class_rt_bucket_5	INTEGER?	Count of completed transactions with: Response time > 80% of the goal. Response time ≤ 90% of the goal.
class_rt_bucket_6	INTEGER?	Count of completed transactions with: Response time > 90% of the goal. Response time ≤ 100% of the goal.
class_rt_bucket_7	INTEGER?	Count of completed transactions with: Response time > 100% of the goal. Response time ≤ 110% of the goal.
class_rt_bucket_8	INTEGER?	Count of completed transactions with: Response time > 110% of the goal. Response time ≤ 120% of the goal.
class_rt_bucket_9	INTEGER?	Count of completed transactions with: Response time > 120% of the goal. Response time ≤ 130% of the goal.
class_rt_bucket_10	INTEGER?	Count of completed transactions with: Response time > 130% of the goal. Response time ≤ 140% of the goal.
class_rt_bucket_11	INTEGER?	Count of completed transactions with: Response time > 140% of the goal. Response time ≤ 150% of the goal.
class_rt_bucket_12	INTEGER?	Count of completed transactions with: Response time > 150% of the goal. Response time ≤ 200% of the goal.
class_rt_bucket_13	INTEGER?	Count of completed transactions with: Response time > 200% of the goal. Response time ≤ 400% of the goal.
class_rt_bucket_14	INTEGER?	Count of completed transactions with: Response time > 400% of the goal.
r723ress	INTEGER?	Total number of transaction states sampled in the phase specified by R723RFLG.
r723ract	INTEGER?	Total number of active state samples. Active indicates that there is a program executing on behalf of the work request, from the perspective of the work manager. This does not mean that the program is active from the base control program’s perspective.
r723rrdy	INTEGER?	Total number of ready state samples. Ready indicates that there is a program ready to execute on behalf of the work request described by the monitoring environment, but the work manager has given priority to another work request.
r723ridl	INTEGER?	Total number of idle state samples. Idle indicates that no work request is available to the work manager that is allowed to run.
r723rwlo	INTEGER?	Total number of waiting for lock state samples.
r723rwio	INTEGER?	Total number of waiting for I/O state samples. Waiting for I/O indicates that the work manager is waiting for an activity related to an I/O request. This may be an actual I/O operation or some other function associated with the I/O request.
r723rwco	INTEGER?	Total number of waiting for conversation state samples. Waiting for conversation may have been used in conjunction with the WLM service IWMMSWCH to identify where the recipient of the conversation is located. In this case, only the switched state will be recorded.
r723rwds	INTEGER?	Total number of waiting for distributed request state samples. Waiting for distributed request indicates a high level that some function or data must be routed prior to resumption of the work request. This is to be contrasted with waiting for conversation, which is a low level view of the precise resource that is needed. A distributed request could involve waiting on a conversation as part
r723rwsl	INTEGER?	Total number of waiting for a session to be established locally samples. Waiting for a session to be established locally, i.e. on the current MVS image.
r723rwsn	INTEGER?	Total number of waiting for a session to be established somewhere in the network samples.
r723rwss	INTEGER?	Total number of waiting for a session to be established somewhere in the sysplex samples.
r723rwtm	INTEGER?	Total number of waiting for a timer samples.
r723rwo	INTEGER?	Total number of waiting for another product samples.
r723rwms	INTEGER?	Total number of waiting for unidentified resource samples. Waiting for unidentified resource, possibly among another more specific category, but which may not be readily determined.
r723rssl	INTEGER?	Number of states representing transactions for which there are logical continuations on this MVS image. Subsystem work managers might set this state when they function ship a transaction to another component within the same MVS image.
r723rsss	INTEGER?	Number of states representing transactions for which there are logical continuations on another MVS image in the sysplex. Subsystem work managers might set this state when they function ship a transaction to another component on another MVS image within the sysplex.
r723rssn	INTEGER?	Number of states representing transactions for which there are logical continuations somewhere within the network. Subsystem work managers might set this state when they function ship a transaction to another component within the network.
r723rwst	INTEGER?	Total number of waiting for SSL thread samples.
r723rwrt	INTEGER?	Total number of waiting for regular thread samples.
r723rwwr	INTEGER?	Total number of waiting for work table registration samples.
r723rapp	INTEGER?	Total number of active application state samples.
r723rwnl	INTEGER?	Total number of state samples reflecting waiting for new latch.
r723rw01	INTEGER?	Total number of samples waiting for resource type 1.
r723rw02	INTEGER?	Total number of samples waiting for resource type 2.
r723rw03	INTEGER?	Total number of samples waiting for resource type 3.
r723rw04	INTEGER?	Total number of samples waiting for resource type 4.
r723rw05	INTEGER?	Total number of samples waiting for resource type 5.
r723rw06	INTEGER?	Total number of samples waiting for resource type 6.
r723rw07	INTEGER?	Total number of samples waiting for resource type 7.
r723rw08	INTEGER?	Total number of samples waiting for resource type 8.
r723rw09	INTEGER?	Total number of samples waiting for resource type 9.
r723rw10	INTEGER?	Total number of samples waiting for resource type 10.
r723rw11	INTEGER?	Total number of samples waiting for resource type 11.
r723rw12	INTEGER?	Total number of samples waiting for resource type 12.
r723rw13	INTEGER?	Total number of samples waiting for resource type 13.
r723rw14	INTEGER?	Total number of samples waiting for resource type 14.
r723rw15	INTEGER?	Total number of samples waiting for resource type 15.
r723rbpm	INTEGER?	Number of state samples representing buffer pool misses that resulted in I/O.

Constraints:

• FOREIGN KEY (smf72_policy.smf72xnm, smf72_policy.datetime, smf72_policy.smf72ist, smf72_policy.smf72iet, smf72_policy.r723mnsp → smf72xnm, datetime, smf72ist, smf72iet, r723mnsp)

• FOREIGN KEY (smf72_rgs.smf72xnm, smf72_rgs.datetime, smf72_rgs.smf72ist, smf72_rgs.smf72iet, smf72_rgs.r723mnsp, smf72_rgs.r723ggnm → smf72xnm, datetime, smf72ist, smf72iet, r723mnsp, r723ggnm)

• FOREIGN KEY (smf72_workload.smf72xnm, smf72_workload.datetime, smf72_workload.smf72ist, smf72_workload.smf72iet, smf72_workload.r723mnsp, smf72_workload.r723mwnm → smf72xnm, datetime, smf72ist, smf72iet, r723mnsp, r723mwnm)

• PRIMARY KEY (smf72xnm, datetime, smf72ist, smf72iet, r723mnsp, r723mwnm, r723mcnm, r723cper)

smf72_workload

smf2db.db_models.smf72_model.Smf72Workload (smf72_workload)

The Smf72Workload class stores the Smf72Workload section in the smf72_workload table.

Columns:

last_update_time	DATETIME?	last update time of this record.
r723mwde	VARCHAR(32)?	Workload description.
→ smf72xnm*	VARCHAR(8)	Sysplex name as defined in parmlib member COUPLExx.
→ datetime*	DATETIME	the hour of the record.
→ smf72ist*	DATETIME	Time that the RMF measurement interval started, in the form 0 hhmmssF , where hh is the hours, mm is the minutes, ss is the seconds, and F is the sign.
→ smf72iet*	VARCHAR(18)	Interval expiration time token. This token can be used to identify other than RMF records that belong to the same interval (if interval
→ r723mnsp*	VARCHAR(8)	Policy name.
r723mwnm*	VARCHAR(8)	Workload name.

Constraints:

• FOREIGN KEY (smf72_policy.smf72xnm, smf72_policy.datetime, smf72_policy.smf72ist, smf72_policy.smf72iet, smf72_policy.r723mnsp → smf72xnm, datetime, smf72ist, smf72iet, r723mnsp)

• PRIMARY KEY (smf72xnm, datetime, smf72ist, smf72iet, r723mnsp, r723mwnm)

smf72_wrs

smf2db.db_models.smf72_model.Smf72Wrs (smf72_wrs)

The Smf72Wrs class stores the Smf72Wrs section in the smf72_wrs table.

Columns:

→ r723rtyp*	VARCHAR(4)	Subsystem type, as used in the classification rules specified in the WLM administrative application. The subsystem’s documentation should explain the meaning that the product attributes to the various states.
r723rdnx	INTEGER?	Index into resource delay type names table.
r723rdnn	INTEGER?	Number of entries in resource delay type names table.
→ phase*	VARCHAR(3)	states sampled in the begin_to_end phase of a transaction or in the execution phase of a transaction.
r723rexe	INTEGER?	r723rflg (Bit 1) representing states sampled in the execution phase of a transaction.
r723rdbe	INTEGER?	r723rflg (Bit 0) representing states sampled in the begin_to_end phase of a transaction.
→ smf72xnm*	VARCHAR(8)	Sysplex name as defined in parmlib member COUPLExx.
→ datetime*	DATETIME	the hour of the record.
→ smf72ist*	DATETIME	Time that the RMF measurement interval started, in the form 0 hhmmssF , where hh is the hours, mm is the minutes, ss is the seconds, and F is the sign.
→ smf72iet*	VARCHAR(18)	Interval expiration time token. This token can be used to identify other than RMF records that belong to the same interval (if interval
→ r723mnsp*	VARCHAR(8)	Policy name.
→ r723mwnm*	VARCHAR(8)	Workload name.
→ r723mcnm*	VARCHAR(8)	Service/Report class name.
→ r723cper*	INTEGER	Service or report class period number.
→ smf72sid*	VARCHAR(4)	System identification (from the SMFPRMxx SID parameter).
r723ress	INTEGER?	Total number of transaction states sampled in the phase specified by R723RFLG.
r723ract	INTEGER?	Total number of active state samples. Active indicates that there is a program executing on behalf of the work request, from the perspective of the work manager. This does not mean that the program is active from the base control program’s perspective.
r723rrdy	INTEGER?	Total number of ready state samples. Ready indicates that there is a program ready to execute on behalf of the work request described by the monitoring environment, but the work manager has given priority to another work request.
r723ridl	INTEGER?	Total number of idle state samples. Idle indicates that no work request is available to the work manager that is allowed to run.
r723rwlo	INTEGER?	Total number of waiting for lock state samples.
r723rwio	INTEGER?	Total number of waiting for I/O state samples. Waiting for I/O indicates that the work manager is waiting for an activity related to an I/O request. This may be an actual I/O operation or some other function associated with the I/O request.
r723rwco	INTEGER?	Total number of waiting for conversation state samples. Waiting for conversation may have been used in conjunction with the WLM service IWMMSWCH to identify where the recipient of the conversation is located. In this case, only the switched state will be recorded.
r723rwds	INTEGER?	Total number of waiting for distributed request state samples. Waiting for distributed request indicates a high level that some function or data must be routed prior to resumption of the work request. This is to be contrasted with waiting for conversation, which is a low level view of the precise resource that is needed. A distributed request could involve waiting on a conversation as part
r723rwsl	INTEGER?	Total number of waiting for a session to be established locally samples. Waiting for a session to be established locally, i.e. on the current MVS image.
r723rwsn	INTEGER?	Total number of waiting for a session to be established somewhere in the network samples.
r723rwss	INTEGER?	Total number of waiting for a session to be established somewhere in the sysplex samples.
r723rwtm	INTEGER?	Total number of waiting for a timer samples.
r723rwo	INTEGER?	Total number of waiting for another product samples.
r723rwms	INTEGER?	Total number of waiting for unidentified resource samples. Waiting for unidentified resource, possibly among another more specific category, but which may not be readily determined.
r723rssl	INTEGER?	Number of states representing transactions for which there are logical continuations on this MVS image. Subsystem work managers might set this state when they function ship a transaction to another component within the same MVS image.
r723rsss	INTEGER?	Number of states representing transactions for which there are logical continuations on another MVS image in the sysplex. Subsystem work managers might set this state when they function ship a transaction to another component on another MVS image within the sysplex.
r723rssn	INTEGER?	Number of states representing transactions for which there are logical continuations somewhere within the network. Subsystem work managers might set this state when they function ship a transaction to another component within the network.
r723rwst	INTEGER?	Total number of waiting for SSL thread samples.
r723rwrt	INTEGER?	Total number of waiting for regular thread samples.
r723rwwr	INTEGER?	Total number of waiting for work table registration samples.
r723rapp	INTEGER?	Total number of active application state samples.
r723rwnl	INTEGER?	Total number of state samples reflecting waiting for new latch.
r723rw01	INTEGER?	Total number of samples waiting for resource type 1.
r723rw02	INTEGER?	Total number of samples waiting for resource type 2.
r723rw03	INTEGER?	Total number of samples waiting for resource type 3.
r723rw04	INTEGER?	Total number of samples waiting for resource type 4.
r723rw05	INTEGER?	Total number of samples waiting for resource type 5.
r723rw06	INTEGER?	Total number of samples waiting for resource type 6.
r723rw07	INTEGER?	Total number of samples waiting for resource type 7.
r723rw08	INTEGER?	Total number of samples waiting for resource type 8.
r723rw09	INTEGER?	Total number of samples waiting for resource type 9.
r723rw10	INTEGER?	Total number of samples waiting for resource type 10.
r723rw11	INTEGER?	Total number of samples waiting for resource type 11.
r723rw12	INTEGER?	Total number of samples waiting for resource type 12.
r723rw13	INTEGER?	Total number of samples waiting for resource type 13.
r723rw14	INTEGER?	Total number of samples waiting for resource type 14.
r723rw15	INTEGER?	Total number of samples waiting for resource type 15.
r723rbpm	INTEGER?	Number of state samples representing buffer pool misses that resulted in I/O.

Constraints:

• FOREIGN KEY (smf72_scs.smf72xnm, smf72_scs.datetime, smf72_scs.smf72ist, smf72_scs.smf72iet, smf72_scs.r723mnsp, smf72_scs.r723mwnm, smf72_scs.r723mcnm, smf72_scs.r723cper, smf72_scs.smf72sid → smf72xnm, datetime, smf72ist, smf72iet, r723mnsp, r723mwnm, r723mcnm, r723cper, smf72sid)

• FOREIGN KEY (smf72_wrsx.smf72xnm, smf72_wrsx.datetime, smf72_wrsx.smf72ist, smf72_wrsx.smf72iet, smf72_wrsx.r723mnsp, smf72_wrsx.r723mwnm, smf72_wrsx.r723mcnm, smf72_wrsx.r723cper, smf72_wrsx.r723rtyp, smf72_wrsx.phase → smf72xnm, datetime, smf72ist, smf72iet, r723mnsp, r723mwnm, r723mcnm, r723cper, r723rtyp, phase)

• PRIMARY KEY (smf72xnm, datetime, smf72ist, smf72iet, r723mnsp, r723mwnm, r723mcnm, r723cper, smf72sid, r723rtyp, phase)

smf72_wrsx

smf2db.db_models.smf72_model.Smf72Wrsx (smf72_wrsx)

The Smf72Wrsx class stores the Smf72Wrsx section in the smf72_wrsx table.

Columns:

last_update_time	DATETIME?	last update time of this record.
r723rexe	INTEGER?	r723rflg (Bit 1) representing states sampled in the execution phase of a transaction.
r723rdbe	INTEGER?	r723rflg (Bit 0) representing states sampled in the begin_to_end phase of a transaction.
phase*	VARCHAR(3)	states sampled in the begin_to_end phase of a transaction or in the execution phase of a transaction.
→ smf72xnm*	VARCHAR(8)	Sysplex name as defined in parmlib member COUPLExx.
→ datetime*	DATETIME	the hour of the record.
→ smf72ist*	DATETIME	Time that the RMF measurement interval started, in the form 0 hhmmssF , where hh is the hours, mm is the minutes, ss is the seconds, and F is the sign.
→ smf72iet*	VARCHAR(18)	Interval expiration time token. This token can be used to identify other than RMF records that belong to the same interval (if interval
→ r723mnsp*	VARCHAR(8)	Policy name.
→ r723mwnm*	VARCHAR(8)	Workload name.
→ r723mcnm*	VARCHAR(8)	Service/Report class name.
→ r723cper*	INTEGER	Service or report class period number.
r723rtyp*	VARCHAR(4)	Subsystem type, as used in the classification rules specified in the WLM administrative application. The subsystem’s documentation should explain the meaning that the product attributes to the various states.
r723ress	INTEGER?	Total number of transaction states sampled in the phase specified by R723RFLG.
r723ract	INTEGER?	Total number of active state samples. Active indicates that there is a program executing on behalf of the work request, from the perspective of the work manager. This does not mean that the program is active from the base control program’s perspective.
r723rrdy	INTEGER?	Total number of ready state samples. Ready indicates that there is a program ready to execute on behalf of the work request described by the monitoring environment, but the work manager has given priority to another work request.
r723ridl	INTEGER?	Total number of idle state samples. Idle indicates that no work request is available to the work manager that is allowed to run.
r723rwlo	INTEGER?	Total number of waiting for lock state samples.
r723rwio	INTEGER?	Total number of waiting for I/O state samples. Waiting for I/O indicates that the work manager is waiting for an activity related to an I/O request. This may be an actual I/O operation or some other function associated with the I/O request.
r723rwco	INTEGER?	Total number of waiting for conversation state samples. Waiting for conversation may have been used in conjunction with the WLM service IWMMSWCH to identify where the recipient of the conversation is located. In this case, only the switched state will be recorded.
r723rwds	INTEGER?	Total number of waiting for distributed request state samples. Waiting for distributed request indicates a high level that some function or data must be routed prior to resumption of the work request. This is to be contrasted with waiting for conversation, which is a low level view of the precise resource that is needed. A distributed request could involve waiting on a conversation as part
r723rwsl	INTEGER?	Total number of waiting for a session to be established locally samples. Waiting for a session to be established locally, i.e. on the current MVS image.
r723rwsn	INTEGER?	Total number of waiting for a session to be established somewhere in the network samples.
r723rwss	INTEGER?	Total number of waiting for a session to be established somewhere in the sysplex samples.
r723rwtm	INTEGER?	Total number of waiting for a timer samples.
r723rwo	INTEGER?	Total number of waiting for another product samples.
r723rwms	INTEGER?	Total number of waiting for unidentified resource samples. Waiting for unidentified resource, possibly among another more specific category, but which may not be readily determined.
r723rssl	INTEGER?	Number of states representing transactions for which there are logical continuations on this MVS image. Subsystem work managers might set this state when they function ship a transaction to another component within the same MVS image.
r723rsss	INTEGER?	Number of states representing transactions for which there are logical continuations on another MVS image in the sysplex. Subsystem work managers might set this state when they function ship a transaction to another component on another MVS image within the sysplex.
r723rssn	INTEGER?	Number of states representing transactions for which there are logical continuations somewhere within the network. Subsystem work managers might set this state when they function ship a transaction to another component within the network.
r723rwst	INTEGER?	Total number of waiting for SSL thread samples.
r723rwrt	INTEGER?	Total number of waiting for regular thread samples.
r723rwwr	INTEGER?	Total number of waiting for work table registration samples.
r723rapp	INTEGER?	Total number of active application state samples.
r723rwnl	INTEGER?	Total number of state samples reflecting waiting for new latch.
r723rw01	INTEGER?	Total number of samples waiting for resource type 1.
r723rw02	INTEGER?	Total number of samples waiting for resource type 2.
r723rw03	INTEGER?	Total number of samples waiting for resource type 3.
r723rw04	INTEGER?	Total number of samples waiting for resource type 4.
r723rw05	INTEGER?	Total number of samples waiting for resource type 5.
r723rw06	INTEGER?	Total number of samples waiting for resource type 6.
r723rw07	INTEGER?	Total number of samples waiting for resource type 7.
r723rw08	INTEGER?	Total number of samples waiting for resource type 8.
r723rw09	INTEGER?	Total number of samples waiting for resource type 9.
r723rw10	INTEGER?	Total number of samples waiting for resource type 10.
r723rw11	INTEGER?	Total number of samples waiting for resource type 11.
r723rw12	INTEGER?	Total number of samples waiting for resource type 12.
r723rw13	INTEGER?	Total number of samples waiting for resource type 13.
r723rw14	INTEGER?	Total number of samples waiting for resource type 14.
r723rw15	INTEGER?	Total number of samples waiting for resource type 15.
r723rbpm	INTEGER?	Number of state samples representing buffer pool misses that resulted in I/O.

Constraints:

• FOREIGN KEY (smf72_wms.smf72xnm, smf72_wms.datetime, smf72_wms.smf72ist, smf72_wms.smf72iet, smf72_wms.r723mnsp, smf72_wms.r723mwnm, smf72_wms.r723mcnm, smf72_wms.r723cper → smf72xnm, datetime, smf72ist, smf72iet, r723mnsp, r723mwnm, r723mcnm, r723cper)

• PRIMARY KEY (smf72xnm, datetime, smf72ist, smf72iet, r723mnsp, r723mwnm, r723mcnm, r723cper, r723rtyp, phase)

Smf 73

smf73_cha1

smf2db.db_models.smf73_model.Smf73Cha1 (smf73_cha1)

The Smf73Cha1 class stores the Smf73Cha1 section in the smf73_cha1 table.

Columns:

part_utilization_pct	FLOAT?	the channel path utilization percentage for an individual logical partition.
total_utilization_pct	FLOAT?	the channel path utilization percentage for the CPC during an interval.
bus_utilization_pct	FLOAT?	percentage of busy cycles, the bus has been found busy for this channel in relation to the theoretical limit.
→ csc*	VARCHAR(8)	the identifier or serial number of Central Processor Complexes (CPC).
→ smf73sid*	VARCHAR(4)	System identification (from the SMFPRMxx SID parameter).
→ datetime*	DATETIME	the hour of the record.
→ smf73ist*	DATETIME	Time that the RMF measurement interval started, in the form 0 hhmmssF , where hh is the hours, mm is the minutes, ss is the seconds, and F is the sign.
→ smf73iet*	VARCHAR(18)	Interval expiration time token. This token can be used to identify other than RMF records that belong to the same interval (if interval was synchronized with SMF).
smf73pid*	VARCHAR(2)	Channel path identification. The range of values is X’0’ to X’FF’. Support for dynamic I/0. There are always X’FF’ path data sections in record type 73, even though there might not be X’FF’ CHPIDs defined in the system. These dummy data sections in the SMF records only contain the channel path ID. The rest is filled with hexadecimal zeroes.
smf73fg2	INTEGER?	Channel flags Bit Meaning when set 0-1 Reserved 2 Block multiplexor 3 Byte multiplexor 4 Reserved 5 Only partial statistics available 6 Data recorded is incorrect because channel path was reconfigured during interval 7 Channel path is currently online.
smf73fg3	INTEGER?	Channel flags extension Bit Meaning when set 0 ES connection channel 1 ES connection director attached to channel path 2 ES connection converter attached to this channel 3 Channel path modified 4 Channel path deleted 5 Channel path added 6 Valid path 7 Channel path is shared between logical partitions
smf73fg4	INTEGER?	Channel path flags Bit Meaning when set 0 CPMB (channel path measurement block) entry not valid 1 Channel path is CTC defined 2 Channel conversion 3090 3 Reserved 4 Channel path is DCM managed 5 Channel characteristics changed during interval 6 Extended channel path measurements are supported 7 Physical-network identifiers SMF73NT1 and SMF73NT2 are valid.
smf73bsy	INTEGER?	Count of store channel path status (STCPS) samples taken by SRM in which the channel path related to this entry was found busy. This count is normalized (broken down into the simplest expression).
smf73pby	FLOAT?	Partition’s channel-path-busy-time since last RMF interval, in units of 1024 microseconds.
smf73pti	FLOAT?	Partition’s channel-path measurement interval, in units of 1024 microseconds.
smf73cpd	VARCHAR(4)?	Channel path description. For an explanation, you can issue the command D M=CHP.
smf73acr	VARCHAR(5)?	Channel path acronym.
smf73cmg	INTEGER?	CPMF Channel measurement group.
smf73fg5	INTEGER?	CPMF validation flags - each bit (if on) indicates that the corresponding measurement data is available and valid. This refers to the first five words of the channel measurement data in field SMF73CCM. Bit Measurement data 0 Channel measurement data - word 1 1 Channel measurement data - word 2 2 Channel measurement data - word 3 3 Channel measurement data - word 4 4 Channel measurement data - word 5 5-7 Reserved.
smf73cpp	VARCHAR(4)?	Channel path parameter.
smf73gen	VARCHAR(4)?	Channel type generation.
smf73eix	INTEGER?	Index to Extended Channel Path data section. Only valid if bit 6 of SMF73FG4 is set.
smf73spd	BIGINT?	Channel path speed at the end of interval. If channel path power (bits 4-7 of SMF73MSC) is zero, the channel path speed is in units of 100 megabits per second. Otherwise, this value must be multiplied by 10**Power to get the speed in units of bits per second.
smf73msc	INTEGER?	Miscellaneous 0-3 Reserved. 4 -7 Channel path power at the end of interval. If non-zero, this value can be used to calculate the channel path speed (SMF73SPD * 10**Power).
smf73ioen	INTEGER?	I/O engine number for which the measurements are collected. Valid if SMF73CMG is 4 or 5.
smf73nt1	VARCHAR(16)?	Physical-network identifier (PNET ID) of an Ethernet network that is accessible from the first port of the channel path. Only valid for OSD and IQD channel path types and if bit 7 of SMF73FG4 is set.
smf73nt2	VARCHAR(16)?	Physical-network identifier (PNET ID) of an Ethernet network that is accessible from the second port of the channel path. Only valid for OSD channel path type and if bit 7 of SMF73FG4 is set.
block_multiplexor	INTEGER?	smf73fg2 (Bit 2) showing Block multiplexor.
byte_multiplexor	INTEGER?	smf73fg2 (Bit 3) showing Byte multiplexor.
partial_stat	INTEGER?	smf73fg2 (Bit 5) showing only partial statistics available.
data_invalid	INTEGER?	smf73fg2 (Bit 6) showing data record is incorrect because channel path was reconfigured during interval.
ch_path_online	INTEGER?	smf73fg2 (Bit 7) showing channel path is currently online.
es_connection_ch	INTEGER?	smf73fg3 (Bit 0) showing ES connection channel.
es_connection_dir	INTEGER?	smf73fg3 (Bit 1) showing ES connection director attached to channel path.
es_conv_ch	INTEGER?	smf73fg3 (Bit 2) showing ES connection converter attached to this channel.
ch_path_modified	INTEGER?	smf73fg3 (Bit 3) showing channel path modified.
ch_path_deleted	INTEGER?	smf73fg3 (Bit 4) showing channel path deleted.
ch_path_inserted	INTEGER?	smf73fg3 (Bit 5) showing channel path added.
valid_path	INTEGER?	smf73fg3 (Bit 6) showing valid path.
ch_path_shared	INTEGER?	smf73fg3 (Bit 7) showing channel path is shared between logical partitions.
cpmb_invalid	INTEGER?	smf73fg4 (Bit 0) showing channel path measurement block entry not valid.
ctc_defined	INTEGER?	smf73fg4 (Bit 1) showing channel path is CTC defined.
ch_conversion	INTEGER?	smf73fg4 (Bit 2) showing channel conversion 3090.
ch_path_dcm	INTEGER?	smf73fg4 (Bit 4) showing channel path is DCM managed.
ch_charact_changed	INTEGER?	smf73fg4 (Bit 5) showing channel characteristics changed during interval.
ch_path_extended	INTEGER?	smf73fg4 (Bit 6) showing extended channel path measurements are supported.
physical_network	INTEGER?	smf73fg4 (Bit 7) showing physical-network id smf73nt1 and nt2 are valid.
cpmf_word1	INTEGER?	smf73fg5 (Bit 0) showing channel measurement data - word 1.
cpmf_word2	INTEGER?	smf73fg5 (Bit 1) showing channel measurement data - word 2.
cpmf_word3	INTEGER?	smf73fg5 (Bit 2) showing channel measurement data - word 3.
cpmf_word4	INTEGER?	smf73fg5 (Bit 3) showing channel measurement data - word 4.
cpmf_word5	INTEGER?	smf73fg5 (Bit 4) showing channel measurement data - word 5.
smf73tut	FLOAT?	Total channel path busy time (in units of 128 microseconds).
smf73put	FLOAT?	LPAR channel path busy time (in units of 128 microseconds).

Constraints:

• FOREIGN KEY (smf73_ctl.csc, smf73_ctl.smf73sid, smf73_ctl.datetime, smf73_ctl.smf73ist, smf73_ctl.smf73iet → csc, smf73sid, datetime, smf73ist, smf73iet)

• PRIMARY KEY (csc, smf73sid, datetime, smf73ist, smf73iet, smf73pid)

smf73_cha2

smf2db.db_models.smf73_model.Smf73Cha2 (smf73_cha2)

The Smf73Cha2 class stores the Smf73Cha2 section in the smf73_cha2 table.

Columns:

part_utilization_pct	FLOAT?	the channel path utilization percentage for an individual logical partition.
total_utilization_pct	FLOAT?	the channel path utilization percentage for the CPC during an interval.
bus_utilization_pct	FLOAT?	percentage of busy cycles, the bus has been found busy for this channel in relation to the theoretical limit.
part_read_rate	FLOAT?	data transfer rates from the control unit to the channel for this partition.
total_read_rate	FLOAT?	data transfer rates from the control unit to the channel for the CPC.
part_write_rate	FLOAT?	data transfer rates from the channel to the control unit for this partition.
total_write_rate	FLOAT?	data transfer rates from the channel to the control unit for the CPC.
ficon_operations_rate	FLOAT?	number of native FICON operations per second.
ficon_operations_active	FLOAT?	the average number of native FICON operations that are concurrently active during the reporting interval.
ficon_operations_defer	FLOAT?	number of deferred native FICON operations per second that could not be inititated by the channel due to the lack of available resources.
zhpf_operations_rate	FLOAT?	number of zHPF (High Performance FICON) operations per second.
zhpf_operations_active	FLOAT?	the active number of zHPF operations that are concurrently active during the reporting interval.
zhpf_operations_defer	FLOAT?	number of deferred zHPF operations per second that could not be initiated by the channel due to the lack of available resources.
→ csc*	VARCHAR(8)	the identifier or serial number of Central Processor Complexes (CPC).
→ smf73sid*	VARCHAR(4)	System identification (from the SMFPRMxx SID parameter).
→ datetime*	DATETIME	the hour of the record.
→ smf73ist*	DATETIME	Time that the RMF measurement interval started, in the form 0 hhmmssF , where hh is the hours, mm is the minutes, ss is the seconds, and F is the sign.
→ smf73iet*	VARCHAR(18)	Interval expiration time token. This token can be used to identify other than RMF records that belong to the same interval (if interval was synchronized with SMF).
smf73pid*	VARCHAR(2)	Channel path identification. The range of values is X’0’ to X’FF’. Support for dynamic I/0. There are always X’FF’ path data sections in record type 73, even though there might not be X’FF’ CHPIDs defined in the system. These dummy data sections in the SMF records only contain the channel path ID. The rest is filled with hexadecimal zeroes.
smf73fg2	INTEGER?	Channel flags Bit Meaning when set 0-1 Reserved 2 Block multiplexor 3 Byte multiplexor 4 Reserved 5 Only partial statistics available 6 Data recorded is incorrect because channel path was reconfigured during interval 7 Channel path is currently online.
smf73fg3	INTEGER?	Channel flags extension Bit Meaning when set 0 ES connection channel 1 ES connection director attached to channel path 2 ES connection converter attached to this channel 3 Channel path modified 4 Channel path deleted 5 Channel path added 6 Valid path 7 Channel path is shared between logical partitions
smf73fg4	INTEGER?	Channel path flags Bit Meaning when set 0 CPMB (channel path measurement block) entry not valid 1 Channel path is CTC defined 2 Channel conversion 3090 3 Reserved 4 Channel path is DCM managed 5 Channel characteristics changed during interval 6 Extended channel path measurements are supported 7 Physical-network identifiers SMF73NT1 and SMF73NT2 are valid.
smf73bsy	INTEGER?	Count of store channel path status (STCPS) samples taken by SRM in which the channel path related to this entry was found busy. This count is normalized (broken down into the simplest expression).
smf73pby	FLOAT?	Partition’s channel-path-busy-time since last RMF interval, in units of 1024 microseconds.
smf73pti	FLOAT?	Partition’s channel-path measurement interval, in units of 1024 microseconds.
smf73cpd	VARCHAR(4)?	Channel path description. For an explanation, you can issue the command D M=CHP.
smf73acr	VARCHAR(5)?	Channel path acronym.
smf73cmg	INTEGER?	CPMF Channel measurement group.
smf73fg5	INTEGER?	CPMF validation flags - each bit (if on) indicates that the corresponding measurement data is available and valid. This refers to the first five words of the channel measurement data in field SMF73CCM. Bit Measurement data 0 Channel measurement data - word 1 1 Channel measurement data - word 2 2 Channel measurement data - word 3 3 Channel measurement data - word 4 4 Channel measurement data - word 5 5-7 Reserved.
smf73cpp	VARCHAR(4)?	Channel path parameter.
smf73gen	VARCHAR(4)?	Channel type generation.
smf73eix	INTEGER?	Index to Extended Channel Path data section. Only valid if bit 6 of SMF73FG4 is set.
smf73spd	BIGINT?	Channel path speed at the end of interval. If channel path power (bits 4-7 of SMF73MSC) is zero, the channel path speed is in units of 100 megabits per second. Otherwise, this value must be multiplied by 10**Power to get the speed in units of bits per second.
smf73msc	INTEGER?	Miscellaneous 0-3 Reserved. 4 -7 Channel path power at the end of interval. If non-zero, this value can be used to calculate the channel path speed (SMF73SPD * 10**Power).
smf73ioen	INTEGER?	I/O engine number for which the measurements are collected. Valid if SMF73CMG is 4 or 5.
smf73nt1	VARCHAR(16)?	Physical-network identifier (PNET ID) of an Ethernet network that is accessible from the first port of the channel path. Only valid for OSD and IQD channel path types and if bit 7 of SMF73FG4 is set.
smf73nt2	VARCHAR(16)?	Physical-network identifier (PNET ID) of an Ethernet network that is accessible from the second port of the channel path. Only valid for OSD channel path type and if bit 7 of SMF73FG4 is set.
block_multiplexor	INTEGER?	smf73fg2 (Bit 2) showing Block multiplexor.
byte_multiplexor	INTEGER?	smf73fg2 (Bit 3) showing Byte multiplexor.
partial_stat	INTEGER?	smf73fg2 (Bit 5) showing only partial statistics available.
data_invalid	INTEGER?	smf73fg2 (Bit 6) showing data record is incorrect because channel path was reconfigured during interval.
ch_path_online	INTEGER?	smf73fg2 (Bit 7) showing channel path is currently online.
es_connection_ch	INTEGER?	smf73fg3 (Bit 0) showing ES connection channel.
es_connection_dir	INTEGER?	smf73fg3 (Bit 1) showing ES connection director attached to channel path.
es_conv_ch	INTEGER?	smf73fg3 (Bit 2) showing ES connection converter attached to this channel.
ch_path_modified	INTEGER?	smf73fg3 (Bit 3) showing channel path modified.
ch_path_deleted	INTEGER?	smf73fg3 (Bit 4) showing channel path deleted.
ch_path_inserted	INTEGER?	smf73fg3 (Bit 5) showing channel path added.
valid_path	INTEGER?	smf73fg3 (Bit 6) showing valid path.
ch_path_shared	INTEGER?	smf73fg3 (Bit 7) showing channel path is shared between logical partitions.
cpmb_invalid	INTEGER?	smf73fg4 (Bit 0) showing channel path measurement block entry not valid.
ctc_defined	INTEGER?	smf73fg4 (Bit 1) showing channel path is CTC defined.
ch_conversion	INTEGER?	smf73fg4 (Bit 2) showing channel conversion 3090.
ch_path_dcm	INTEGER?	smf73fg4 (Bit 4) showing channel path is DCM managed.
ch_charact_changed	INTEGER?	smf73fg4 (Bit 5) showing channel characteristics changed during interval.
ch_path_extended	INTEGER?	smf73fg4 (Bit 6) showing extended channel path measurements are supported.
physical_network	INTEGER?	smf73fg4 (Bit 7) showing physical-network id smf73nt1 and nt2 are valid.
cpmf_word1	INTEGER?	smf73fg5 (Bit 0) showing channel measurement data - word 1.
cpmf_word2	INTEGER?	smf73fg5 (Bit 1) showing channel measurement data - word 2.
cpmf_word3	INTEGER?	smf73fg5 (Bit 2) showing channel measurement data - word 3.
cpmf_word4	INTEGER?	smf73fg5 (Bit 3) showing channel measurement data - word 4.
cpmf_word5	INTEGER?	smf73fg5 (Bit 4) showing channel measurement data - word 5.
smf73mbc	FLOAT?	Maximum bus cycles per second - word 1.
smf73mcu	FLOAT?	Maximum channel work units per second - word 2.
smf73mwu	FLOAT?	Maximum WRITE data units per second - word 3.
smf73mru	FLOAT?	Maximum READ data units per second - word 4.
smf73us	FLOAT?	Data unit size (in bytes) - word 5.
smf73tbc	FLOAT?	Total bus cycles count.
smf73tuc	FLOAT?	Total channel work unit count.
smf73puc	FLOAT?	LPAR channel work units count.
smf73twu	FLOAT?	Total WRITE data units count.
smf73pwu	FLOAT?	LPAR WRITE data units count.
smf73tru	FLOAT?	Total READ data units count.
smf73pru	FLOAT?	LPAR READ data units count.
smf73eoc	FLOAT?	Total number of FICON command-mode operations (CPC) that have been attempted by the channel.
smf73eod	FLOAT?	Total number of FICON command-mode operations (CPC) that could not be initiated by the channel because of a lack of available resources.
smf73eos	FLOAT?	Summation count of FICON command-mode operations (CPC). Each time the number of FICON command-mode operations is incremented, the number of FICON command-mode operations active at the channel, including the one being initiated, is added to this field.
smf73etc	FLOAT?	Total number of FICON transport-mode operations (CPC) that have been attempted by the channel. Zero when zHPF is not available.
smf73etd	FLOAT?	Total number of FICON transport-mode operations (CPC) that could not be initiated by the channel because of a lack of available resources. Zero when zHPF is not available.
smf73ets	FLOAT?	Summation count of FICON transport-mode operations (CPC). Each time the number of FICON transport-mode operations is incremented, the number of transport-mode operations active at the channel, including the one being initiated, is added to this field. Zero when zHPF is not available.

Constraints:

• FOREIGN KEY (smf73_ctl.csc, smf73_ctl.smf73sid, smf73_ctl.datetime, smf73_ctl.smf73ist, smf73_ctl.smf73iet → csc, smf73sid, datetime, smf73ist, smf73iet)

• PRIMARY KEY (csc, smf73sid, datetime, smf73ist, smf73iet, smf73pid)

smf73_cha3

smf2db.db_models.smf73_model.Smf73Cha3 (smf73_cha3)

The Smf73Cha3 class stores the Smf73Cha3 section in the smf73_cha3 table.

Columns:

part_read_rate	FLOAT?	data transfer rates from the control unit to the channel for this partition.
total_read_rate	FLOAT?	data transfer rates from the control unit to the channel for the CPC.
part_write_rate	FLOAT?	data transfer rates from the channel to the control unit for this partition.
total_write_rate	FLOAT?	data transfer rates from the channel to the control unit for the CPC.
message_rate_part	FLOAT?	rate of messages sent by this partition.
message_rate_total	FLOAT?	rate of messages sent by the CPC.
message_size_part	FLOAT?	average size of messages sent by this partition.
message_size_total	FLOAT?	average size of messages sent by the CPC.
send_fail_part	FLOAT?	rate of messages (sent by this partiiton) that failed. This field is for HiperSockets.
receive_fail_part	FLOAT?	rate of messages (received by this partition) that failed due to unavailable buffers. The value could indicate, that more receive buffers are required.
receive_fail_total	FLOAT?	rate of messages (received by the CPC) that failed due to unavailable buffers. This field is for HiperSockets.
→ csc*	VARCHAR(8)	the identifier or serial number of Central Processor Complexes (CPC).
→ smf73sid*	VARCHAR(4)	System identification (from the SMFPRMxx SID parameter).
→ datetime*	DATETIME	the hour of the record.
→ smf73ist*	DATETIME	Time that the RMF measurement interval started, in the form 0 hhmmssF , where hh is the hours, mm is the minutes, ss is the seconds, and F is the sign.
→ smf73iet*	VARCHAR(18)	Interval expiration time token. This token can be used to identify other than RMF records that belong to the same interval (if interval was synchronized with SMF).
smf73pid*	VARCHAR(2)	Channel path identification. The range of values is X’0’ to X’FF’. Support for dynamic I/0. There are always X’FF’ path data sections in record type 73, even though there might not be X’FF’ CHPIDs defined in the system. These dummy data sections in the SMF records only contain the channel path ID. The rest is filled with hexadecimal zeroes.
smf73fg2	INTEGER?	Channel flags Bit Meaning when set 0-1 Reserved 2 Block multiplexor 3 Byte multiplexor 4 Reserved 5 Only partial statistics available 6 Data recorded is incorrect because channel path was reconfigured during interval 7 Channel path is currently online.
smf73fg3	INTEGER?	Channel flags extension Bit Meaning when set 0 ES connection channel 1 ES connection director attached to channel path 2 ES connection converter attached to this channel 3 Channel path modified 4 Channel path deleted 5 Channel path added 6 Valid path 7 Channel path is shared between logical partitions
smf73fg4	INTEGER?	Channel path flags Bit Meaning when set 0 CPMB (channel path measurement block) entry not valid 1 Channel path is CTC defined 2 Channel conversion 3090 3 Reserved 4 Channel path is DCM managed 5 Channel characteristics changed during interval 6 Extended channel path measurements are supported 7 Physical-network identifiers SMF73NT1 and SMF73NT2 are valid.
smf73bsy	INTEGER?	Count of store channel path status (STCPS) samples taken by SRM in which the channel path related to this entry was found busy. This count is normalized (broken down into the simplest expression).
smf73pby	FLOAT?	Partition’s channel-path-busy-time since last RMF interval, in units of 1024 microseconds.
smf73pti	FLOAT?	Partition’s channel-path measurement interval, in units of 1024 microseconds.
smf73cpd	VARCHAR(4)?	Channel path description. For an explanation, you can issue the command D M=CHP.
smf73acr	VARCHAR(5)?	Channel path acronym.
smf73cmg	INTEGER?	CPMF Channel measurement group.
smf73fg5	INTEGER?	CPMF validation flags - each bit (if on) indicates that the corresponding measurement data is available and valid. This refers to the first five words of the channel measurement data in field SMF73CCM. Bit Measurement data 0 Channel measurement data - word 1 1 Channel measurement data - word 2 2 Channel measurement data - word 3 3 Channel measurement data - word 4 4 Channel measurement data - word 5 5-7 Reserved.
smf73cpp	VARCHAR(4)?	Channel path parameter.
smf73gen	VARCHAR(4)?	Channel type generation.
smf73eix	INTEGER?	Index to Extended Channel Path data section. Only valid if bit 6 of SMF73FG4 is set.
smf73spd	BIGINT?	Channel path speed at the end of interval. If channel path power (bits 4-7 of SMF73MSC) is zero, the channel path speed is in units of 100 megabits per second. Otherwise, this value must be multiplied by 10**Power to get the speed in units of bits per second.
smf73msc	INTEGER?	Miscellaneous 0-3 Reserved. 4 -7 Channel path power at the end of interval. If non-zero, this value can be used to calculate the channel path speed (SMF73SPD * 10**Power).
smf73ioen	INTEGER?	I/O engine number for which the measurements are collected. Valid if SMF73CMG is 4 or 5.
smf73nt1	VARCHAR(16)?	Physical-network identifier (PNET ID) of an Ethernet network that is accessible from the first port of the channel path. Only valid for OSD and IQD channel path types and if bit 7 of SMF73FG4 is set.
smf73nt2	VARCHAR(16)?	Physical-network identifier (PNET ID) of an Ethernet network that is accessible from the second port of the channel path. Only valid for OSD channel path type and if bit 7 of SMF73FG4 is set.
block_multiplexor	INTEGER?	smf73fg2 (Bit 2) showing Block multiplexor.
byte_multiplexor	INTEGER?	smf73fg2 (Bit 3) showing Byte multiplexor.
partial_stat	INTEGER?	smf73fg2 (Bit 5) showing only partial statistics available.
data_invalid	INTEGER?	smf73fg2 (Bit 6) showing data record is incorrect because channel path was reconfigured during interval.
ch_path_online	INTEGER?	smf73fg2 (Bit 7) showing channel path is currently online.
es_connection_ch	INTEGER?	smf73fg3 (Bit 0) showing ES connection channel.
es_connection_dir	INTEGER?	smf73fg3 (Bit 1) showing ES connection director attached to channel path.
es_conv_ch	INTEGER?	smf73fg3 (Bit 2) showing ES connection converter attached to this channel.
ch_path_modified	INTEGER?	smf73fg3 (Bit 3) showing channel path modified.
ch_path_deleted	INTEGER?	smf73fg3 (Bit 4) showing channel path deleted.
ch_path_inserted	INTEGER?	smf73fg3 (Bit 5) showing channel path added.
valid_path	INTEGER?	smf73fg3 (Bit 6) showing valid path.
ch_path_shared	INTEGER?	smf73fg3 (Bit 7) showing channel path is shared between logical partitions.
cpmb_invalid	INTEGER?	smf73fg4 (Bit 0) showing channel path measurement block entry not valid.
ctc_defined	INTEGER?	smf73fg4 (Bit 1) showing channel path is CTC defined.
ch_conversion	INTEGER?	smf73fg4 (Bit 2) showing channel conversion 3090.
ch_path_dcm	INTEGER?	smf73fg4 (Bit 4) showing channel path is DCM managed.
ch_charact_changed	INTEGER?	smf73fg4 (Bit 5) showing channel characteristics changed during interval.
ch_path_extended	INTEGER?	smf73fg4 (Bit 6) showing extended channel path measurements are supported.
physical_network	INTEGER?	smf73fg4 (Bit 7) showing physical-network id smf73nt1 and nt2 are valid.
cpmf_word1	INTEGER?	smf73fg5 (Bit 0) showing channel measurement data - word 1.
cpmf_word2	INTEGER?	smf73fg5 (Bit 1) showing channel measurement data - word 2.
cpmf_word3	INTEGER?	smf73fg5 (Bit 2) showing channel measurement data - word 3.
cpmf_word4	INTEGER?	smf73fg5 (Bit 3) showing channel measurement data - word 4.
cpmf_word5	INTEGER?	smf73fg5 (Bit 4) showing channel measurement data - word 5.
smf73pdu	FLOAT?	LPAR data unit size (in bytes) - word 1.
smf73tdu	FLOAT?	Total data unit size (in bytes) - word 2.
smf73pum	FLOAT?	LPAR message sent unit size (in bytes) - word 3.
smf73tum	FLOAT?	Total message sent unit size (in bytes) - word 4.
smf73pms	FLOAT?	LPAR count of message sent units.
smf73tms	FLOAT?	Total count of message sent units.
smf73pus	FLOAT?	LPAR count of unsuccessful attempts to send messages.
smf73pub	FLOAT?	LPAR count of unsuccessful attempts to receive messages due to unavailable buffers.
smf73tub	FLOAT?	Total count of unsuccessful attempts to receive messages due to unavailable buffers.
smf73pds	FLOAT?	LPAR count of data units sent.
smf73tds	FLOAT?	Total count of data units sent.

Constraints:

• FOREIGN KEY (smf73_ctl.csc, smf73_ctl.smf73sid, smf73_ctl.datetime, smf73_ctl.smf73ist, smf73_ctl.smf73iet → csc, smf73sid, datetime, smf73ist, smf73iet)

• PRIMARY KEY (csc, smf73sid, datetime, smf73ist, smf73iet, smf73pid)

smf73_cha4

smf2db.db_models.smf73_model.Smf73Cha4 (smf73_cha4)

The Smf73Cha4 class stores the Smf73Cha4 section in the smf73_cha4 table.

Columns:

part_utilization_pct	FLOAT?	the channel path utilization percentage for an individual logical partition.
total_utilization_pct	FLOAT?	the channel path utilization percentage for the CPC during an interval.
bus_utilization_pct	FLOAT?	percentage of busy cycles, the bus has been found busy for this channel in relation to the theoretical limit.
part_read_rate	FLOAT?	data transfer rates from the control unit to the channel for this partition.
total_read_rate	FLOAT?	data transfer rates from the control unit to the channel for the CPC.
part_write_rate	FLOAT?	data transfer rates from the channel to the control unit for this partition.
total_write_rate	FLOAT?	data transfer rates from the channel to the control unit for the CPC.
→ csc*	VARCHAR(8)	the identifier or serial number of Central Processor Complexes (CPC).
→ smf73sid*	VARCHAR(4)	System identification (from the SMFPRMxx SID parameter).
→ datetime*	DATETIME	the hour of the record.
→ smf73ist*	DATETIME	Time that the RMF measurement interval started, in the form 0 hhmmssF , where hh is the hours, mm is the minutes, ss is the seconds, and F is the sign.
→ smf73iet*	VARCHAR(18)	Interval expiration time token. This token can be used to identify other than RMF records that belong to the same interval (if interval was synchronized with SMF).
smf73pid*	VARCHAR(2)	Channel path identification. The range of values is X’0’ to X’FF’. Support for dynamic I/0. There are always X’FF’ path data sections in record type 73, even though there might not be X’FF’ CHPIDs defined in the system. These dummy data sections in the SMF records only contain the channel path ID. The rest is filled with hexadecimal zeroes.
smf73fg2	INTEGER?	Channel flags Bit Meaning when set 0-1 Reserved 2 Block multiplexor 3 Byte multiplexor 4 Reserved 5 Only partial statistics available 6 Data recorded is incorrect because channel path was reconfigured during interval 7 Channel path is currently online.
smf73fg3	INTEGER?	Channel flags extension Bit Meaning when set 0 ES connection channel 1 ES connection director attached to channel path 2 ES connection converter attached to this channel 3 Channel path modified 4 Channel path deleted 5 Channel path added 6 Valid path 7 Channel path is shared between logical partitions
smf73fg4	INTEGER?	Channel path flags Bit Meaning when set 0 CPMB (channel path measurement block) entry not valid 1 Channel path is CTC defined 2 Channel conversion 3090 3 Reserved 4 Channel path is DCM managed 5 Channel characteristics changed during interval 6 Extended channel path measurements are supported 7 Physical-network identifiers SMF73NT1 and SMF73NT2 are valid.
smf73bsy	INTEGER?	Count of store channel path status (STCPS) samples taken by SRM in which the channel path related to this entry was found busy. This count is normalized (broken down into the simplest expression).
smf73pby	FLOAT?	Partition’s channel-path-busy-time since last RMF interval, in units of 1024 microseconds.
smf73pti	FLOAT?	Partition’s channel-path measurement interval, in units of 1024 microseconds.
smf73cpd	VARCHAR(4)?	Channel path description. For an explanation, you can issue the command D M=CHP.
smf73acr	VARCHAR(5)?	Channel path acronym.
smf73cmg	INTEGER?	CPMF Channel measurement group.
smf73fg5	INTEGER?	CPMF validation flags - each bit (if on) indicates that the corresponding measurement data is available and valid. This refers to the first five words of the channel measurement data in field SMF73CCM. Bit Measurement data 0 Channel measurement data - word 1 1 Channel measurement data - word 2 2 Channel measurement data - word 3 3 Channel measurement data - word 4 4 Channel measurement data - word 5 5-7 Reserved.
smf73cpp	VARCHAR(4)?	Channel path parameter.
smf73gen	VARCHAR(4)?	Channel type generation.
smf73eix	INTEGER?	Index to Extended Channel Path data section. Only valid if bit 6 of SMF73FG4 is set.
smf73spd	BIGINT?	Channel path speed at the end of interval. If channel path power (bits 4-7 of SMF73MSC) is zero, the channel path speed is in units of 100 megabits per second. Otherwise, this value must be multiplied by 10**Power to get the speed in units of bits per second.
smf73msc	INTEGER?	Miscellaneous 0-3 Reserved. 4 -7 Channel path power at the end of interval. If non-zero, this value can be used to calculate the channel path speed (SMF73SPD * 10**Power).
smf73ioen	INTEGER?	I/O engine number for which the measurements are collected. Valid if SMF73CMG is 4 or 5.
smf73nt1	VARCHAR(16)?	Physical-network identifier (PNET ID) of an Ethernet network that is accessible from the first port of the channel path. Only valid for OSD and IQD channel path types and if bit 7 of SMF73FG4 is set.
smf73nt2	VARCHAR(16)?	Physical-network identifier (PNET ID) of an Ethernet network that is accessible from the second port of the channel path. Only valid for OSD channel path type and if bit 7 of SMF73FG4 is set.
block_multiplexor	INTEGER?	smf73fg2 (Bit 2) showing Block multiplexor.
byte_multiplexor	INTEGER?	smf73fg2 (Bit 3) showing Byte multiplexor.
partial_stat	INTEGER?	smf73fg2 (Bit 5) showing only partial statistics available.
data_invalid	INTEGER?	smf73fg2 (Bit 6) showing data record is incorrect because channel path was reconfigured during interval.
ch_path_online	INTEGER?	smf73fg2 (Bit 7) showing channel path is currently online.
es_connection_ch	INTEGER?	smf73fg3 (Bit 0) showing ES connection channel.
es_connection_dir	INTEGER?	smf73fg3 (Bit 1) showing ES connection director attached to channel path.
es_conv_ch	INTEGER?	smf73fg3 (Bit 2) showing ES connection converter attached to this channel.
ch_path_modified	INTEGER?	smf73fg3 (Bit 3) showing channel path modified.
ch_path_deleted	INTEGER?	smf73fg3 (Bit 4) showing channel path deleted.
ch_path_inserted	INTEGER?	smf73fg3 (Bit 5) showing channel path added.
valid_path	INTEGER?	smf73fg3 (Bit 6) showing valid path.
ch_path_shared	INTEGER?	smf73fg3 (Bit 7) showing channel path is shared between logical partitions.
cpmb_invalid	INTEGER?	smf73fg4 (Bit 0) showing channel path measurement block entry not valid.
ctc_defined	INTEGER?	smf73fg4 (Bit 1) showing channel path is CTC defined.
ch_conversion	INTEGER?	smf73fg4 (Bit 2) showing channel conversion 3090.
ch_path_dcm	INTEGER?	smf73fg4 (Bit 4) showing channel path is DCM managed.
ch_charact_changed	INTEGER?	smf73fg4 (Bit 5) showing channel characteristics changed during interval.
ch_path_extended	INTEGER?	smf73fg4 (Bit 6) showing extended channel path measurements are supported.
physical_network	INTEGER?	smf73fg4 (Bit 7) showing physical-network id smf73nt1 and nt2 are valid.
cpmf_word1	INTEGER?	smf73fg5 (Bit 0) showing channel measurement data - word 1.
cpmf_word2	INTEGER?	smf73fg5 (Bit 1) showing channel measurement data - word 2.
cpmf_word3	INTEGER?	smf73fg5 (Bit 2) showing channel measurement data - word 3.
cpmf_word4	INTEGER?	smf73fg5 (Bit 3) showing channel measurement data - word 4.
cpmf_word5	INTEGER?	smf73fg5 (Bit 4) showing channel measurement data - word 5.
smf73g4mbc	FLOAT?	Maximum bus cycles per second - word 1.
smf73g4mcu	FLOAT?	Maximum channel work units per second - word 2.
smf73g4mwu	FLOAT?	Maximum WRITE data units per second - word 3.
smf73g4mru	FLOAT?	Maximum READ data units per second - word 4.
smf73g4ioec	INTEGER?	Number of I/O Engine (IOE) Cores - byte 1 of word 5.
smf73g4us	INTEGER?	Data unit size (in bytes) - bytes 2-4 of word 5.
smf73g4tbc	FLOAT?	Total bus cycles count.
smf73g4tuc	FLOAT?	Total channel work units count.
smf73g4puc	FLOAT?	LPAR channel work units count.
smf73g4twu	FLOAT?	Total WRITE data units count.
smf73g4pwu	FLOAT?	LPAR WRITE data units count.
smf73g4tru	FLOAT?	Total READ data units count.
smf73g4pru	FLOAT?	LPAR READ data units count.
smf73g4ecet	FLOAT?	Total channel execution time (per cycle) this channel has been active.
smf73g4eioet	FLOAT?	Total I/O Engine (IOE) execution time (per cycle) for the IOE complex this channel has been active. The IOE complex consists of the number of I/O Engine Cores specified in byte 1 of word 5 (SMF73G4IOEC).

Constraints:

• FOREIGN KEY (smf73_ctl.csc, smf73_ctl.smf73sid, smf73_ctl.datetime, smf73_ctl.smf73ist, smf73_ctl.smf73iet → csc, smf73sid, datetime, smf73ist, smf73iet)

• PRIMARY KEY (csc, smf73sid, datetime, smf73ist, smf73iet, smf73pid)

smf73_cha5

smf2db.db_models.smf73_model.Smf73Cha5 (smf73_cha5)

The Smf73Cha5 class stores the Smf73Cha5 section in the smf73_cha5 table.

Columns:

part_utilization_pct	FLOAT?	the channel path utilization percentage for an individual logical partition.
total_utilization_pct	FLOAT?	the channel path utilization percentage for the CPC during an interval.
bus_utilization_pct	FLOAT?	percentage of busy cycles, the bus has been found busy for this channel in relation to the theoretical limit.
part_read_rate	FLOAT?	data transfer rates from the control unit to the channel for this partition.
total_read_rate	FLOAT?	data transfer rates from the control unit to the channel for the CPC.
part_write_rate	FLOAT?	data transfer rates from the channel to the control unit for this partition.
total_write_rate	FLOAT?	data transfer rates from the channel to the control unit for the CPC.
ficon_operations_rate	FLOAT?	number of native FICON operations per second.
ficon_operations_active	FLOAT?	the average number of native FICON operations that are concurrently active during the reporting interval.
ficon_operations_defer	FLOAT?	number of deferred native FICON operations per second that could not be inititated by the channel due to the lack of available resources.
zhpf_operations_rate	FLOAT?	number of zHPF (High Performance FICON) operations per second.
zhpf_operations_active	FLOAT?	the active number of zHPF operations that are concurrently active during the reporting interval.
zhpf_operations_defer	FLOAT?	number of deferred zHPF operations per second that could not be initiated by the channel due to the lack of available resources.
→ csc*	VARCHAR(8)	the identifier or serial number of Central Processor Complexes (CPC).
→ smf73sid*	VARCHAR(4)	System identification (from the SMFPRMxx SID parameter).
→ datetime*	DATETIME	the hour of the record.
→ smf73ist*	DATETIME	Time that the RMF measurement interval started, in the form 0 hhmmssF , where hh is the hours, mm is the minutes, ss is the seconds, and F is the sign.
→ smf73iet*	VARCHAR(18)	Interval expiration time token. This token can be used to identify other than RMF records that belong to the same interval (if interval was synchronized with SMF).
smf73pid*	VARCHAR(2)	Channel path identification. The range of values is X’0’ to X’FF’. Support for dynamic I/0. There are always X’FF’ path data sections in record type 73, even though there might not be X’FF’ CHPIDs defined in the system. These dummy data sections in the SMF records only contain the channel path ID. The rest is filled with hexadecimal zeroes.
smf73fg2	INTEGER?	Channel flags Bit Meaning when set 0-1 Reserved 2 Block multiplexor 3 Byte multiplexor 4 Reserved 5 Only partial statistics available 6 Data recorded is incorrect because channel path was reconfigured during interval 7 Channel path is currently online.
smf73fg3	INTEGER?	Channel flags extension Bit Meaning when set 0 ES connection channel 1 ES connection director attached to channel path 2 ES connection converter attached to this channel 3 Channel path modified 4 Channel path deleted 5 Channel path added 6 Valid path 7 Channel path is shared between logical partitions
smf73fg4	INTEGER?	Channel path flags Bit Meaning when set 0 CPMB (channel path measurement block) entry not valid 1 Channel path is CTC defined 2 Channel conversion 3090 3 Reserved 4 Channel path is DCM managed 5 Channel characteristics changed during interval 6 Extended channel path measurements are supported 7 Physical-network identifiers SMF73NT1 and SMF73NT2 are valid.
smf73bsy	INTEGER?	Count of store channel path status (STCPS) samples taken by SRM in which the channel path related to this entry was found busy. This count is normalized (broken down into the simplest expression).
smf73pby	FLOAT?	Partition’s channel-path-busy-time since last RMF interval, in units of 1024 microseconds.
smf73pti	FLOAT?	Partition’s channel-path measurement interval, in units of 1024 microseconds.
smf73cpd	VARCHAR(4)?	Channel path description. For an explanation, you can issue the command D M=CHP.
smf73acr	VARCHAR(5)?	Channel path acronym.
smf73cmg	INTEGER?	CPMF Channel measurement group.
smf73fg5	INTEGER?	CPMF validation flags - each bit (if on) indicates that the corresponding measurement data is available and valid. This refers to the first five words of the channel measurement data in field SMF73CCM. Bit Measurement data 0 Channel measurement data - word 1 1 Channel measurement data - word 2 2 Channel measurement data - word 3 3 Channel measurement data - word 4 4 Channel measurement data - word 5 5-7 Reserved.
smf73cpp	VARCHAR(4)?	Channel path parameter.
smf73gen	VARCHAR(4)?	Channel type generation.
smf73eix	INTEGER?	Index to Extended Channel Path data section. Only valid if bit 6 of SMF73FG4 is set.
smf73spd	BIGINT?	Channel path speed at the end of interval. If channel path power (bits 4-7 of SMF73MSC) is zero, the channel path speed is in units of 100 megabits per second. Otherwise, this value must be multiplied by 10**Power to get the speed in units of bits per second.
smf73msc	INTEGER?	Miscellaneous 0-3 Reserved. 4 -7 Channel path power at the end of interval. If non-zero, this value can be used to calculate the channel path speed (SMF73SPD * 10**Power).
smf73ioen	INTEGER?	I/O engine number for which the measurements are collected. Valid if SMF73CMG is 4 or 5.
smf73nt1	VARCHAR(16)?	Physical-network identifier (PNET ID) of an Ethernet network that is accessible from the first port of the channel path. Only valid for OSD and IQD channel path types and if bit 7 of SMF73FG4 is set.
smf73nt2	VARCHAR(16)?	Physical-network identifier (PNET ID) of an Ethernet network that is accessible from the second port of the channel path. Only valid for OSD channel path type and if bit 7 of SMF73FG4 is set.
block_multiplexor	INTEGER?	smf73fg2 (Bit 2) showing Block multiplexor.
byte_multiplexor	INTEGER?	smf73fg2 (Bit 3) showing Byte multiplexor.
partial_stat	INTEGER?	smf73fg2 (Bit 5) showing only partial statistics available.
data_invalid	INTEGER?	smf73fg2 (Bit 6) showing data record is incorrect because channel path was reconfigured during interval.
ch_path_online	INTEGER?	smf73fg2 (Bit 7) showing channel path is currently online.
es_connection_ch	INTEGER?	smf73fg3 (Bit 0) showing ES connection channel.
es_connection_dir	INTEGER?	smf73fg3 (Bit 1) showing ES connection director attached to channel path.
es_conv_ch	INTEGER?	smf73fg3 (Bit 2) showing ES connection converter attached to this channel.
ch_path_modified	INTEGER?	smf73fg3 (Bit 3) showing channel path modified.
ch_path_deleted	INTEGER?	smf73fg3 (Bit 4) showing channel path deleted.
ch_path_inserted	INTEGER?	smf73fg3 (Bit 5) showing channel path added.
valid_path	INTEGER?	smf73fg3 (Bit 6) showing valid path.
ch_path_shared	INTEGER?	smf73fg3 (Bit 7) showing channel path is shared between logical partitions.
cpmb_invalid	INTEGER?	smf73fg4 (Bit 0) showing channel path measurement block entry not valid.
ctc_defined	INTEGER?	smf73fg4 (Bit 1) showing channel path is CTC defined.
ch_conversion	INTEGER?	smf73fg4 (Bit 2) showing channel conversion 3090.
ch_path_dcm	INTEGER?	smf73fg4 (Bit 4) showing channel path is DCM managed.
ch_charact_changed	INTEGER?	smf73fg4 (Bit 5) showing channel characteristics changed during interval.
ch_path_extended	INTEGER?	smf73fg4 (Bit 6) showing extended channel path measurements are supported.
physical_network	INTEGER?	smf73fg4 (Bit 7) showing physical-network id smf73nt1 and nt2 are valid.
cpmf_word1	INTEGER?	smf73fg5 (Bit 0) showing channel measurement data - word 1.
cpmf_word2	INTEGER?	smf73fg5 (Bit 1) showing channel measurement data - word 2.
cpmf_word3	INTEGER?	smf73fg5 (Bit 2) showing channel measurement data - word 3.
cpmf_word4	INTEGER?	smf73fg5 (Bit 3) showing channel measurement data - word 4.
cpmf_word5	INTEGER?	smf73fg5 (Bit 4) showing channel measurement data - word 5.
smf73g5mbc	FLOAT?	Maximum bus cycles per second - word 1.
smf73g5mcu	FLOAT?	Maximum channel work units per second - word 2.
smf73g5mwu	FLOAT?	Maximum WRITE data units per second - word 3.
smf73g5mru	FLOAT?	Maximum READ data units per second - word 4.
smf73g5ioec	INTEGER?	Number of I/O Engine (IOE) Cores - byte 1 of word 5.
smf73g5us	INTEGER?	Data unit size (in bytes) - bytes 2-4 of word 5.
smf73g5tbc	FLOAT?	Total bus cycles count.
smf73g5tuc	FLOAT?	Total channel work units count.
smf73g5puc	FLOAT?	LPAR channel work units count.
smf73g5twu	FLOAT?	Total WRITE data units count.
smf73g5pwu	FLOAT?	LPAR WRITE data units count.
smf73g5tru	FLOAT?	Total READ data units count.
smf73g5pru	FLOAT?	LPAR READ data units count.
smf73g5ecet	FLOAT?	Total channel execution time (per cycle) this channel has been active.
smf73g5eioet	FLOAT?	Total I/O Engine (IOE) execution time (per cycle) for the IOE complex this channel has been active. The IOE complex consists of the number of I/O Engine Cores specified in byte 1 of word 5 (SMF73G5IOEC).
smf73g5eoc	FLOAT?	Total number of FICON command-mode operations (CPC) that have been attempted by the channel.
smf73g5eod	FLOAT?	Total number of FICON command-mode operations (CPC) that could not be initiated by the channel because of a lack of available resources.
smf73g5eos	FLOAT?	Summation count of FICON command-mode operations (CPC). Each time the number of FICON command-mode operations is incremented, the number of FICON command-mode operations active at the channel, including the one being initiated, is added to this field.
smf73g5etc	FLOAT?	Total number of FICON transport-mode operations (CPC) that have been attempted by the channel. Zero when zHPF is not available.
smf73g5etd	FLOAT?	Total number of FICON transport-mode operations (CPC) that could not be initiated by the channel because of a lack of available resources. Zero when zHPF is not available.
smf73g5ets	FLOAT?	Summation count of FICON transport-mode operations (CPC). Each time the number of FICON transport- mode operations is incremented, the number of transport-mode operations active at the channel, including the one being initiated, is added to this field. Zero when zHPF is not available.

Constraints:

• FOREIGN KEY (smf73_ctl.csc, smf73_ctl.smf73sid, smf73_ctl.datetime, smf73_ctl.smf73ist, smf73_ctl.smf73iet → csc, smf73sid, datetime, smf73ist, smf73iet)

• PRIMARY KEY (csc, smf73sid, datetime, smf73ist, smf73iet, smf73pid)

smf73_ctl

smf2db.db_models.smf73_model.Smf73Ctl (smf73_ctl)

The Smf73Ctl class stores the Smf73Ctl section in the smf73_ctl table.

Columns:

date	DATE?	the date of the record.
csc*	VARCHAR(8)	the identifier or serial number of Central Processor Complexes (CPC).
smf73sid*	VARCHAR(4)	System identification (from the SMFPRMxx SID parameter).
datetime*	DATETIME	the hour of the record.
smf73ist*	DATETIME	Time that the RMF measurement interval started, in the form 0 hhmmssF , where hh is the hours, mm is the minutes, ss is the seconds, and F is the sign.
smf73iet*	VARCHAR(18)	Interval expiration time token. This token can be used to identify other than RMF records that belong to the same interval (if interval was synchronized with SMF).
smf73smp	INTEGER?	This field contains the number of samples while the busy count is stored in field SMF73BSY. Only valid if bit 2 of SMF73SFL is not set.
smf73cfl	FLOAT?	Configuration change flags Bit Meaning when set 0 Configuration changed. Used to decide whether to provide the text ‘POR’ or ‘ACTIVATE’ on reports. Also used to check whether data can be combined in a duration report. 1 Configuration change since power-on-reset (POR). 2 POR using IODF data set that supports dynamic configuration change (contains I/O token). 3 I/O token is valid. 4 Record may include data sections that are not valid. 5 CPMF (channel path measurement facility) available. 6 Reserved. 7 CPMF mode has changed.
smf73sfl	INTEGER?	Status flags. Bit Meaning when set 0 DCM supported by hardware. 1 Configuration contains DCM managed channels. 2 Hardware allows multiple logical channel subsystems. 3 Enhanced channel measurement facility available. 4-7 Reserved.
smf73tnm	VARCHAR(44)?	IODF name.
smf73tsf	VARCHAR(2)?	IODF name suffix.
smf73tdt	DATETIME?	IODF creation date, in the form mm/dd/yy.
smf73crc	INTEGER?	CPMF (channel path measurement facility) restart count
smf73csc	INTEGER?	Last CPMF (channel path measurement facility) sample count
smf73tdy	DATETIME?	IODF creation date, in the form mm/dd/yyyy
smf73cmi	INTEGER?	CPMF mode. Value Meaning 0 CPMF is not active 1 Compatibility mode 2 Extended mode
smf73css	VARCHAR(4)?	Channel subsystem ID. Only valid if bit 2 of SMF73SFL is set.
config_changed	FLOAT?	smf73cfl (Bit 0) showing configuration changed. Used to decide whether ot provide ‘POR’ or ‘ACTIVATE’ on reports. Also used to check whether data can be combined in a duration report.
config_changed_since_ipl	INTEGER?	smf73cfl (Bit 1) showing configuration change since power-on-reset(POR).
ipl_iodf	INTEGER?	smf73cfl (Bit 2) showing POR using IODF data set that supports dynamic configuration change (contains I/O token).
io_token_valid	INTEGER?	smf73cfl (Bit 3) showing I/O token is valid.
invalid_ds	INTEGER?	smf73cfl (Bit 4) showing record may include data sections that are not valid.
cpmf	INTEGER?	smf73cfl (Bit 5) showing CPMF (channel path measurement faility) available.
cpmf_changed	INTEGER?	smf73cfl (Bit 7) showing CPMF mode has changed.
dcm_supported	INTEGER?	smf73sfl (Bit 0) showing DCM supported by hardware.
dcm_ch	INTEGER?	smf73sfl (Bit 1) showing configuration contains DCM managed channels.
mcs	INTEGER?	smf73sfl (Bit 2) showing hardware allows mulitple logical chnnel subsystems.
ench_ch_measurement	INTEGER?	smf73sfl (Bit 3) showing enhanced channel measurement faility available.

Constraints:

• PRIMARY KEY (csc, smf73sid, datetime, smf73ist, smf73iet)

smf73_pro

smf2db.db_models.smf73_model.Smf73Pro (smf73_pro)

The Smf73Pro class stores the Smf73Pro section in the smf73_pro table.

Columns:

→ smf73ist*	DATETIME	Time that the RMF measurement interval started, in the form 0 hhmmssF , where hh is the hours, mm is the minutes, ss is the seconds, and F is the sign.
→ smf73iet*	VARCHAR(18)	Interval expiration time token. This token can be used to identify other than RMF records that belong to the same interval (if interval was synchronized with SMF).
speed_boost	INTEGER?	smf73fla (Bit 10) indcating speed boost was active during entire interval.
ziip_boost	INTEGER?	smf73fla (Bit 9) indciating zIIP boost was active during entire interval.
→ datetime*	DATETIME	the hour of the record.
smf_type*	VARCHAR(5)	the SMF type and subtype.
→ csc*	VARCHAR(8)	the identifier or serial number of Central Processor Complexes (CPC).
→ smf73sid*	VARCHAR(4)	System identification (from the SMFPRMxx SID parameter).
smf73mfv	INTEGER?	RMF version number.
smf73prd	VARCHAR(8)?	Product name (‘RMF’).
smf73int	FLOAT?	Duration of the RMF measurement interval, in the form mmsstttF where mm is the minutes, ss is the seconds, ttt is the milliseconds, and F is the sign. The end of the measurement interval is the sum of the recorded start time (and this field.)
smf73sam	INTEGER?	Number of RMF samples.
smf73fla	INTEGER?	Flags Bit Meaning when set 0 Reserved 1 Samples have been skipped 2 Record was written by RMF Monitor III 3 Interval was synchronized with SMF 4 SMF record converted to lower service level. 5 SMF record converted to higher release or service level. 6 Running under an alternate virtual machine.
smf73cyc	INTEGER?	Sampling cycle length, in the form 000ttttF , where tttt is the milliseconds and F is the sign (taken from CYCLE option). The range of values is 0.050 to 9.999 seconds.
smf73mvs	VARCHAR(8)?	z/OS software level (consists of an acronym and the version, release, and modification level - ZVvvrrmm).
smf73iml	INTEGER?	Indicates the type of processor complex on which data measurements were taken. Value Meaning 3
smf73prf	INTEGER?	Processor flags. Meaning when set 0 The system has expanded storage 1 The processor is enabled for ES connection architecture (ESCA) 2 There is an ES connection director in the configuration 3 System is running in z/Architecture mode 4 At least one zAAP is currently installed 5 At least one zIIP is currently installed 6 Enhanced DAT facility 1 available 7 Enhanced DAT facility 2 available
smf73ptn	INTEGER?	PR/SM partition number of the partition that wrote this record.
smf73srl	INTEGER?	SMF record level change number. This field enables processing of SMF record level changes in an existing release. SMF 73 record level for current z/OS release: X’8F’ (APAR OA66014)
smf73lgo	FLOAT?	Offset GMT to local time (STCK format).
smf73oil	INTEGER?	Original interval length as defined in the session or by SMF (in seconds).
smf73syn	INTEGER?	SYNC value in seconds.
smf73gie	DATETIME?	Projected gathering interval end (STCK format) GMT time.
smf73xnm	VARCHAR(8)?	Sysplex name as defined in parmlib member COUPLExx.
smf73snm	VARCHAR(8)?	System name for current system as defined in parmlib member IEASYSxx SYSNAME parameter.
smf73flg	INTEGER?	System indicator Bit Meaning when set 0 New record format 1 Subtypes used 2 Reserved 3-6 Version indicators* 7 System is running in PR/SM mode. *See ‘Standard and extended SMF record headers’ on page 164 for a detailed description.

Constraints:

• FOREIGN KEY (smf73_ctl.csc, smf73_ctl.smf73sid, smf73_ctl.datetime, smf73_ctl.smf73ist, smf73_ctl.smf73iet → csc, smf73sid, datetime, smf73ist, smf73iet)

• PRIMARY KEY (datetime, smf73ist, smf73iet, smf_type, csc, smf73sid)

Smf 74

smf74_adup

smf2db.db_models.smf74_model.Smf74Adup (smf74_adup)

The Smf74Adup class stores the Smf74Adup section in the smf74_adup table.

Columns:

csc	VARCHAR(8)?	the identifier or serial number of Central Processor Complexes (CPC).
→ smf74xnm*	VARCHAR(8)	Sysplex name as defined in parmlib member COUPLExx.
→ datetime*	DATETIME	the hour of the record.
→ smf74ist*	DATETIME	Time that the RMF measurement interval started, in the form 0 hhmmssF , where hh is the hours, mm is the minutes, ss is the seconds, and F is the sign.
→ smf74iet*	VARCHAR(18)	Interval expiration time token. This token can be used to identify other than RMF records that belong to the same interval (if interval
→ r744fnam*	VARCHAR(8)	Name of coupling facility as defined in parmlib member COUPLExx.
→ r744snam*	VARCHAR(16)	Name of connected structure in this coupling facility.
→ smf74sid*	VARCHAR(4)	System identification (from the SMFPRMxx SID parameter).
r744afo	BIGINT?	The most current failed operation sequence number.
r744aheo	BIGINT?	Highest operation sequence number that can be executed and completed in the secondary CF.
r744alaoh	BIGINT?	Highest sequence number of the operation that has been executed in the primary structure. (Valid if bit 4 of R744SFLG is set.)
r744alaosh	BIGINT?	Highest sequence number of the operation that has completed in the primary and has been recognized by the secondary structure.
r744alcoh	BIGINT?	Highest sequence number of the operation that has completed in the secondary structure. (Valid if bit 5 of R744SFLG is set.)
r744alcoph	BIGINT?	Highest sequence number of the operation that has completed in the secondary structure and that has been recognized by the primary structure.
r744alao	BIGINT?	Number of asynchronous duplex operations that have been executed in the primary structure. (Valid if bit 4 of R744SFLG is set.)
r744alaos	BIGINT?	Number of asynchronous duplex operations that have executed in the primary and have been recognized in the secondary structure.
r744alco	BIGINT?	Number of asynchronous duplex operations transmitted from the primary to the secondary structure that completed in the secondary structure. (Valid if bit 5 of R744SFLG is set.)
r744alcop	BIGINT?	Number of asynchronous duplex operations that have been completed both in the primary and in the secondary structure that has been recognized by the primary structure.
r744atpoct	BIGINT?	Total number of asynchronous duplex operations that have been transmitted from the primary to the secondary structure.
r744atpoc	BIGINT?	Number of asynchronous duplex operations transmitted from the primary to the secondary structure in this interval.
r744arcpot	BIGINT?	Total number of asynchronous duplex operations that have completed in the secondary and have been recognized as complete to the primary structure.
r744arcpo	BIGINT?	Number of asynchronous duplex operations transmitted from the primary to the secondary structure and recognized as complete to the primary structure in this interval.
r744acqsc	BIGINT?	Number of stalls in the processing of the secondary operation queue.
r744apdt	BIGINT?	Total amount of primary delay time for asynchronous duplex operations, in microseconds. The primary delay time is the elapsed time in the primary CF between the assignment of the operation to the queue buffer and the first attempt to send the
r744apdq	BIGINT?	Total amount of squares of primary delay time for asynchronous duplex operations, in square of microseconds.
r744amdt	BIGINT?	Total amount of message delay time for asynchronous duplex operations, in microseconds. The message delay time is the elapsed time from the first attempt to send the asynchronous duplex operation in the primary CF to the time that the secondary CF assigns the asynchronous duplex operation to a secondary queue entry.
r744amdq	BIGINT?	Total amount of squares of message delay time for asynchronous duplex operations, in square of microseconds.
r744aqdt	BIGINT?	Total amount of secondary queue delay time for asynchronous duplex operations, in microseconds. The secondary queue delay time is the elapsed time from the time the asynchronous duplex operation is assigned to a secondary queue entry to the time of
r744aqdq	BIGINT?	Total amount of squares of secondary queue delay time for asynchronous duplex operations, in square of microseconds.
r744aqst	BIGINT?	Total amount of secondary queue stall time for asynchronous duplex operations, in microseconds.
r744aqsq	BIGINT?	Total amount of squares of secondary queue stall time for asynchronous duplex operations, in square of microseconds.
r744acdt	BIGINT?	Total amount of secondary reported completion delay time for asynchronous duplex operations, in microseconds. The secondary reported completion delay time is the elapsed time in the secondary CF, from the time the asynchronous duplex operation completes in the secondary to the time that the completion is reported to the primary.
r744acdq	BIGINT?	Total amount of squares of secondary reported completion delay time for asynchronous duplex operations, in square of microseconds.
r744ardt	BIGINT?	Total amount of response delay time for asynchronous duplex operations, in microseconds. The response delay time is the elapsed time from the launch of the operation response in the secondary CF to the time that the primary CF recognizes the response.
r744ardq	BIGINT?	Total amount of squares of response delay time for asynchronous duplex operations, in square of microseconds.
r744aott	BIGINT?	Total amount of operation transmission time for operations sent from the primary to the secondary structure, in microseconds. (Valid if bit 5 of R744SFLG is set.)
r744aotq	BIGINT?	Total amount of squares of operation transmission time, in square of microseconds. (Valid if bit 5 of R744SFLG is set.)
r744astt	BIGINT?	Total amount of service time to transfer the asynchronous duplex operations to the secondary structure and complete the operations in the secondary structure, in microseconds. (Valid if bit 5 of R744SFLG is set.)
r744astq	BIGINT?	Total amount of squares of service time to transfer the asynchronous duplex operations to the secondary structure and complete the operations in the secondary structure, in square of microseconds. (Valid if bit 5 of R744SFLG is set.)

Constraints:

• FOREIGN KEY (smf74_sreq.smf74xnm, smf74_sreq.datetime, smf74_sreq.smf74ist, smf74_sreq.smf74iet, smf74_sreq.r744fnam, smf74_sreq.r744snam, smf74_sreq.smf74sid → smf74xnm, datetime, smf74ist, smf74iet, r744fnam, r744snam, smf74sid)

• FOREIGN KEY (smf74_str.smf74xnm, smf74_str.datetime, smf74_str.smf74ist, smf74_str.smf74iet, smf74_str.r744fnam, smf74_str.r744qstr → smf74xnm, datetime, smf74ist, smf74iet, r744fnam, r744snam)

• PRIMARY KEY (smf74xnm, datetime, smf74ist, smf74iet, r744fnam, r744snam, smf74sid)

smf74_arry

smf2db.db_models.smf74_model.Smf74Arry (smf74_arry)

The Smf74Arry class stores the Smf74Arry section in the smf74_arry table.

Columns:

r748aaid*	VARCHAR(4)	Rank array identifier.
→ r748arid*	VARCHAR(4)	Rank identifier.
→ datetime*	DATETIME	the hour of the record.
→ smf74ist*	DATETIME	Time that the RMF measurement interval started, in the form 0 hhmmssF , where hh is the hours, mm is the minutes, ss is the seconds, and F is the sign.
→ smf74iet*	VARCHAR(18)	Interval expiration time token. This token can be used to identify other than RMF records that belong to the same interval (if interval
→ r748cser*	VARCHAR(10)	Primary control unit serial number.
r748aebc	VARCHAR(16)?	Description of array type, for example: RAID-10.
r748atyp	INTEGER?	Array type: Value Meaning 1 RAID-5 2 RAID-10 3
r748aasp	INTEGER?	Array speed in 1000 RPM.
r748aawd	INTEGER?	Array width.
r748aacp	INTEGER?	Array effective DDM capacity, in GB. For compression drives, this is the total logical capacity.
r748aast	INTEGER?	Array device class and array status Bit Meaning when set 0-1 Device class. B’00’ = Enterprise drive B’01’ = Near-line drive B’10’ = SATA drive B’11’ = Solid state drive 2 Raid degraded. 3 DDM throttling. 4 RPM exception. 5 Reserved. 6 DDM class is compression. 7 Reserved.
r748adc	VARCHAR(2)?	r748aast (Bit 0-1) showing array device class.
r748ard	INTEGER?	r748aast (Bit 2) showing raid degraded.
r748adt	INTEGER?	r748aast (Bit 3) showing DDM throttling.
r748are	INTEGER?	r748aast (Bit 4) showing RPM exception.
r748acmp	INTEGER?	r748aast (Bit 6) showing DDM class is compression.
rank_cap	BIGINT?	rank capacity.

Constraints:

• FOREIGN KEY (smf74_rank.datetime, smf74_rank.smf74ist, smf74_rank.smf74iet, smf74_rank.r748cser, smf74_rank.r748rrid → datetime, smf74ist, smf74iet, r748cser, r748arid)

• PRIMARY KEY (datetime, smf74ist, smf74iet, r748cser, r748arid, r748aaid)

smf74_cach

smf2db.db_models.smf74_model.Smf74Cach (smf74_cach)

The Smf74Cach class stores the Smf74Cach section in the smf74_cach table.

Columns:

csc	VARCHAR(8)?	the identifier or serial number of Central Processor Complexes (CPC).
cach_idx*	INTEGER	the location of the Cache Data Section in the SMF record.
→ smf74xnm*	VARCHAR(8)	Sysplex name as defined in parmlib member COUPLExx.
→ datetime*	DATETIME	the hour of the record.
→ smf74ist*	DATETIME	Time that the RMF measurement interval started, in the form 0 hhmmssF , where hh is the hours, mm is the minutes, ss is the seconds, and F is the sign.
→ smf74iet*	VARCHAR(18)	Interval expiration time token. This token can be used to identify other than RMF records that belong to the same interval (if interval
→ r744fnam*	VARCHAR(8)	Name of coupling facility as defined in parmlib member COUPLExx.
→ r744snam*	VARCHAR(16)	Name of connected structure in this coupling facility.
→ smf74sid*	VARCHAR(4)	System identification (from the SMFPRMxx SID parameter).
r744crhc	FLOAT?	Read hit counter.
r744crmd	FLOAT?	Read miss, directory hit counter.
r744crma	FLOAT?	Read miss, assignment suppressed counter.
r744crmn	FLOAT?	Read miss, name assigned counter.
r744crmt	FLOAT?	Read miss, target storage class full.
r744cwh0	FLOAT?	Write hit change bit 0 - number of times unchanged data was written.
r744cwh1	FLOAT?	Write hit change bit 1 - number of times changed data was written.
r744cwmn	FLOAT?	Write miss not registered counter.
r744cwmi	FLOAT?	Write miss invalid state counter.
r744cwmt	FLOAT?	Write miss storage class full counter.
r744cder	FLOAT?	Directory entry reclaim counter.
r744cdtr	FLOAT?	Data entry reclaim counter.
r744cxdr	FLOAT?	XI directory reclaim counter.
r744cxfw	FLOAT?	XI write counter.
r744cxni	FLOAT?	XI name invalidation counter.
r744cxci	FLOAT?	XI complement invalidation counter.
r744ccoc	FLOAT?	Castout counter.
r744crsm	FLOAT?	Reference signal miss counter.
r744ctsf	FLOAT?	Target storage class full counter.
r744cdec	BIGINT?	Directory entry counter snapshot.
r744cdac	BIGINT?	Data element counter snapshot.
r744ctcc	BIGINT?	Total changed counter.
r744cdta	BIGINT?	Data area counter.
r744crlc	FLOAT?	Completed reference list counter.
r744cprl	FLOAT?	Partially completed reference list counter.
r744cxrl	FLOAT?	XI for local cache vector index replacement.
r744cwuc	FLOAT?	Write unchanged counter.

Constraints:

• FOREIGN KEY (smf74_sreq.smf74xnm, smf74_sreq.datetime, smf74_sreq.smf74ist, smf74_sreq.smf74iet, smf74_sreq.r744fnam, smf74_sreq.r744snam, smf74_sreq.smf74sid → smf74xnm, datetime, smf74ist, smf74iet, r744fnam, r744snam, smf74sid)

• PRIMARY KEY (smf74xnm, datetime, smf74ist, smf74iet, r744fnam, r744snam, smf74sid, cach_idx)

smf74_cachsys

smf2db.db_models.smf74_model.Smf74Cachsys (smf74_cachsys)

The Smf74Cachsys class stores the Smf74Cachsys section in the smf74_cachsys table.

Columns:

r745ccnt	INTEGER?	Record sequence number.
ccmt_seqn	VARCHAR(10)?	the sequence number of the subsystem control unit.
smf_type	VARCHAR(5)?	the SMF type and subtype.
r7452pro	FLOAT?	Physical storage read operations.
r7452pwo	FLOAT?	Physical storage write operations.
r7452pbr	FLOAT?	Physical storage bytes read. For units, see bits 5 and 6 of R7451INC.
r7452pbw	FLOAT?	Physical storage bytes written. For units, see bits 5 and 6 of R7451INC.
r7452prt	FLOAT?	Physical storage read response time. For units, see bits 5 and 6 of R7451INC.
r7452pwt	FLOAT?	Physical storage write response time. For units, see bits 5 and 6 of R7451INC.
datetime*	DATETIME	the hour of the record.
smf74ist*	DATETIME	Time that the RMF measurement interval started, in the form 0 hhmmssF , where hh is the hours, mm is the minutes, ss is the seconds, and F is the sign.
smf74iet*	VARCHAR(18)	Interval expiration time token. This token can be used to identify other than RMF records that belong to the same interval (if interval
r745ssid*	VARCHAR(6)	Subsystem ID.
r745clvl	INTEGER?	Gatherer level.
r745cmdl	INTEGER?	Caching subsystem model.
r745cuid	VARCHAR(4)?	Real control unit ID.
r745csc	INTEGER?	Status code. Value Meaning 0 Successful processed. 4 IOS return code R745CIOC ¬= 0. 8 IDCSS01 return code R745CRTN ¬= 0. 98 SYSTEM or USER ABEND R745CEA ¬= 0.
r745cae	VARCHAR(8)?	ABEND CODE (SDWACMPC): First 12 bits = System completion code. Second 12 bits = User completion code.
r745crtn	INTEGER?	IDCSS01 return code. If not zero, record has no Device data sections (SMF745DN=0).
r745cioc	INTEGER?	IOS return code. If not zero, record has no Device data sections (SMF745DN = 0).
r745cint	INTEGER?	Number of seconds since subsystem statistics last collected.
r745cfdv	VARCHAR(8)?	Failing device
r745ccmt_typen	VARCHAR(6)?	hardware type.
r745ccmt_modn	VARCHAR(3)?	hardware model.
r745ccmt_manuf	VARCHAR(3)?	control Unit Manufacturer Code.
r745ccmt_pmanu	VARCHAR(2)?	control Unit Manuflacturer Plant.
r745ccmt_seqn	VARCHAR(12)?	control Unit Serial Number.
r745ccmt_tag	INTEGER?	hardare tag.
r745svol	VARCHAR(6)?	Volume serial of device.
r745sunt	VARCHAR(8)?	Unit address for sense command.
r745sdev	VARCHAR(6)?	Device number.
r745sln	INTEGER?	Length of data section.
r745sft	INTEGER?	Status data format. Bit Meaning 0 - 3 Reserved. 4 - 7 Format of data returned: B’0000’ = 40 bytes sense B’0001’ = 44 bytes sense/unit KB
r745sdid	VARCHAR(4)?	Device ID.
r745snad	INTEGER?	Number of attached devices.
r745snss	INTEGER?	Number of statistic sets.
r745scs	INTEGER?	Caching status. Bit Meaning 0-2 Overall caching status: B’000’ = Caching active. B’001’ = Reserved. B’010’ = Subsystem error. B’011’ - B’111’ = Reserved. 3-6
r745svss	INTEGER?	Bit Meaning 0 Host termination. 1 Problem termination. 2 DFW inhibited. 3 Disabled for maintenance. 4 Pending due to problem. 5-7
r745scln	INTEGER?	Length of subsystem count area.
r745scsf	VARCHAR(6)?	State of Copy Services function.
r745scnf	INTEGER?	Configured subsystem storage: • In bytes, if R745SFT = 0 • In kilobytes (KB), if R745SFT = 1 or 2
r745savl	INTEGER?	Available subsystem storage: • In bytes, if R745SFT = 0 • In kilobytes (KB), if R745SFT = 1 or 2
r745spin	INTEGER?	Pinned subsystem storage: • In bytes, if R745SFT = 0 • In kilobytes (KB), if R745SFT = 1 or 2
r745soff	INTEGER?	Offline subsystem storage: • In bytes, if R745SFT = 0 • In kilobytes (KB), if R745SFT = 1 or 2
r745sds1	INTEGER?	Addressed device status 1. Bit Meaning 0-1 Device caching status: B’00’ = Caching activated. 2-3 DASD fast write status: B’00’ = DFW allowed. 4 PPRC copy pair is suspended. 5 PPRC copy pair is duplex pending. 6-7 Duplex pair status: B’00’ = PPRC pair available (full duplex). B’01’ = PPRC pair pending. B’10’ = Not used. B’11’ = Suspended.
r745sds2	INTEGER?	Description Addressed device status 2. If R745SFT = 0: Bit Meaning 0 - 1 Pinned data: B’00’ = No pinned data exists for the device. B’01’ = Pinned data exists for the device. B’10’ = Reserved. B’11’ = Not used. 2 - 5 Not used. 6 Advanced FlashCopy enabled. 7 FlashCopy volume enabled. If R745SFT = 1 or 2: Bit Meaning 0 - 2 Global Mirror state: B’000’ = No Global Mirror configured. B’001’ = Global Mirror running - optimal. B’010’ = Global Mirror running - suboptimal. B’011’ = Global Mirror running - consistency groups failing. B’100’ = Global Mirror paused. B’101’ = Global Mirror fatal. B’110’ = More than one Global Mirror session is running. B’111’ = Reserved. 3 Session member is pending. 4 Volume not allowed online. 5 Reserved. 6 Advanced FlashCopy enabled.
r745scnv	INTEGER?	Configured non-volatile cache: • In bytes, if R745SFT = 0 • In kilobytes (KB), if R745SFT = 1 or 2
r745spnd	INTEGER?	Pinned non-volatile cache: • In bytes, if R745SFT = 0 • In kilobytes (KB), if R745SFT = 1 or 2
r745sg2	INTEGER?	Device status group 2. Bit Meaning 0-1 Volume space management: B’00’ = Standard volume B’01’ = Track space efficient volume B’10’ = Extent space efficient volume B’11’ = Reserved 2 Data exists on failed NVS. 3 Device is in a soft fenced state. 4 Device is in a SPID fenced state. 5 Volume is part of a RAID rank that is undergoing RAID rebuild. 6-7 (if R745SFT = 1 or 2) Pinned data: B’00’ = No pinned data exists for the device. B’01’ = Pinned data exists for the device. B’10’ = Reserved.
r745sgl	VARCHAR(4)?	Global status. Bit Meaning 0 CFW and DFW suspended. 1-7
r745sos	VARCHAR(3)?	overall caching status.
r745snr	INTEGER?	r745scs (Bit 7) showing non-retentive deactivated.
r745snht	INTEGER?	r745svss (Bit 0) showing non-volatile storage host termination.
r745snis	INTEGER?	r745svss (Bit 1) showing non-volatile storage problem termination.
r745dfwi	INTEGER?	r745svss (Bit 2) showing non-volatile storage DFW inhibited.
r745snds	INTEGER?	r745svss (Bit 3) showing non-volatile storage disabled for maintenance.
r745snpe	INTEGER?	r745svss (Bit 4) showing non-volatile storage pending due to problem.
r745sdcs	VARCHAR(2)?	r745sds1 (Bit 0-1) showing device caching status.
r745sdfw	VARCHAR(2)?	r745sds1 (Bit 2-3) showing DASD fast write status.
r745spdp	INTEGER?	r745sds1 (Bit 4) showing PPRC copy pair suspended.
r745ssdp	INTEGER?	r745sds1 (Bit 5) showing PPRC copy pair is duplex pending.
r745sdps	VARCHAR(2)?	r745sds1 (Bit 6-7) showing PPRC pair status.
r745scol	VARCHAR(2)?	r745sg2 (Bit 0-1) showing volume space management.
r745sfvs	INTEGER?	r745sg2 (Bit 2) showing data exists on failed NVS.
r745sdbp	INTEGER?	r745sg2 (Bit 3) showing device in a soft fenced state.
r745spda	VARCHAR(2)?	r745sg2 (Bit 6-7) showing pinned data status.
r745drcr	FLOAT?	Search read caching requests.
r745dcrh	FLOAT?	Search read caching hits.
r745dwrc	FLOAT?	Write caching requests.
r745dwch	FLOAT?	Write caching request hits.
r745drsr	FLOAT?	Read sequential requests.
r745drsh	FLOAT?	Read sequential request hits.
r745dwsr	FLOAT?	Write sequential requests.
r745dwsh	FLOAT?	Write sequential request hits.
r745drnr	FLOAT?	Search read non-retentive requests.
r745dnrh	FLOAT?	Search read non-retentive request hits.
r745dwnr	FLOAT?	Write non-retentive requests.
r745dwnh	FLOAT?	Write non-retentive hits.
r745dicl	FLOAT?	Inhibit cache load requests.
r745dbcr	FLOAT?	Bypass cache requests.
r745dtc	FLOAT?	Sequential DASD to cache XFRs.
r745dntd	FLOAT?	Normal cache requests DASD to cache XFRs.
r745dctd	FLOAT?	Cache to DASD XFRs.
r745dfwb	FLOAT?	DASD Fast Write operations delayed due to non-volatile storage space constraints.
r745dfwc	FLOAT?	Fast write caching requests.
r745dfws	FLOAT?	Fast write sequential requests.
r745dcrm	FLOAT?	Record cache read misses.
r745dcwp	FLOAT?	RCD cache write promotions.
r745dkdw	FLOAT?	CKD writes, collected for 3990-03/06 and 2105.
r745dkdh	FLOAT?	CKD write hits, collected for 3990-03/06 and 2105.
r745dfwr	FLOAT?	Operations delayed due to cache space constraints.
r745bytr	FLOAT?	Bytes read.
r745bytw	FLOAT?	Bytes written.
r745rtir	FLOAT?	Response time to read bytes.
r745rtiw	FLOAT?	Response time to write bytes.
total_io	FLOAT?	total number of I/O requests to cached device.
cache_io	FLOAT?	total number of cacheable I/O request to cached device. This value excludes INHIBIT CACHE LOAD and CACHE BYPASS I/O requests.
total_hits	FLOAT?	total number of requests that completed without accessing the DASD.
total_reads	FLOAT?	total number of SEARCH/READ requests.
read_hits	FLOAT?	number of SEARCH/READ requests that completed without accessing the DASD.
total_writes	FLOAT?	total number WRITE requests.
fast_writes	FLOAT?	total number of DASD/CACHE FAST WRITE requests.
write_hits	FLOAT?	number of DASD/CACHE FAST WRITE requests that completed without accessing the DASD (fast write hit).
dasd_io	FLOAT?	total number of requests that accessed DASD.
r7451rmr	FLOAT?	Record mode read request.
r7451xsf	FLOAT?	Extended-Remote-Copy(XRC) or Concurrent-Copy(CC) sidefile read request.
r7451xcw	FLOAT?	XRC or CC contaminated writes.
r7451tsp	FLOAT?	Number of tracks transferred to secondary Peer-to-Peer-Remote- Copy(PPRC) volume.
r7451nvs	FLOAT?	NVS space allocation.
r7451ct1	FLOAT?	Bytes read. For units, see bits 5 and 6 of R7451INC.
r7451ct2	FLOAT?	Bytes written. For units, see bits 5 and 6 of R7451INC.
r7451ct3	FLOAT?	Read response time. For units, see bits 5 and 6 of R7451INC.
r7451ct4	FLOAT?	Write response time. For units, see bits 5 and 6 of R7451INC.
r7451ct5	FLOAT?	Number of zHPF read I/O requests (valid if bit 4 in R7451INC is set).
r7451ct6	FLOAT?	Number of zHPF write I/O requests (valid if bit 4 in R7451INC is set).
r7451zhl	FLOAT?	zHPF List Pre-fetch I/O Requests. Number of command chains, where the Transport Mode operation specified a non-zero Imbedded Locate Record Count.
r7451zhh	FLOAT?	zHPF List Pre-fetch I/O Request Hits. Number of command chains, where • the Transport Mode operation specified a non-zero Imbedded Locate Record Count. • the chain was completed without requiring access to any DDM.
r7451gsf	FLOAT?	Global Mirror Collisions sidefile count. A GMC occurs when, during the sending of data in the secondary to create a consistency group, a subsequent host update is attempted before the modified track has been transmitted to the secondary volume. The modified track will be moved to the sidefile before allowing a new host write. The counter will be incremented by one when a track is added to the sidefile.
r7451gss	FLOAT?	Global Mirror Collisions synchronous count. When a write collision occurs, the modified track data which belongs to the current consistency group may be sent to the remote control unit before allowing the write. The data may come from the sidefile if it is full or from cache if the collision sidefile is not being utilized.
r7451srr	FLOAT?	Number of synchronous I/O cache read requests. (Valid if bit 3 of R7451INC is set.)
r7451srh	FLOAT?	Number of synchronous I/O cache read request hits. (Valid if bit 3 of R7451INC is set.)
r7451swr	FLOAT?	Number of synchronous I/O cache write requests. (Valid if bit 3 of R7451INC is set.)
r7451swh	FLOAT?	Number of synchronous I/O cache write request hits. (Valid if bit 3 of R7451INC is set.)
r7451unt	VARCHAR(2)?	r7451inc (Bit 5-6) showing measurement units (‘00’ - Bytes in units of 128K, and times in units of 16 milliseconds)

Constraints:

• PRIMARY KEY (datetime, smf74ist, smf74iet, r745ssid)

smf74_cdev

smf2db.db_models.smf74_model.Smf74Cdev (smf74_cdev)

The Smf74Cdev class stores the Smf74Cdev section in the smf74_cdev table.

Columns:

r745dvol	VARCHAR(6)?	Volume serial of device
r745dfl4	INTEGER?	Flags Bit Meaning when set 0 4-digit device address. 1 Reserved. 2-3 Subchannel set ID: 00 = Subchannel set ID 0 01 = Subchannel set ID 1 10 = Subchannel set ID 2 11 = Subchannel set ID 3 4-7
r745dcid	VARCHAR(4)?	Real control unit type code.
r745dccu	VARCHAR(4)?	Configured control unit type code if R745CMDL = 1.
r745dunt	VARCHAR(8)?	Unit address for sense command.
r745devn*	VARCHAR(4)	Device number.
r745dflg	INTEGER?	Flags Bit Meaning when set 0 Cache storage is not available; set to 0 for DS8000. 1-3 Format of data returned: B’000’ = 3990 format B’001’ = DS8000 disk controller format 4-7 Format of data returned: B’0000’ = 3990 Models 1, 2, and 3, or Basic Operation Mode B’0001’ = 3990-6 Enhanced Operation Mode 1, or host supports DS8000 disk
r745dvid	VARCHAR(4)?	Device address.
r745dvs1	INTEGER?	Addressed device status flag # 1: Bit Meaning 0-1 Device caching status: B’00’ = Caching activated. 2-3 DASD fast write device status: B’00’ = DFW allowed. 4 PPRC copy pair suspended. 5 PPRC copy pair is duplex pending. 6-7 PPRC pair status: B’00’ = PPRC pair available (full duplex). B’01’ = PPRC pair pending. B’10’ = Not used.. B’11’ = Suspended.
r745dvs2	VARCHAR(8)?	Addressed device status flag # 2. If R745SFT = 0: Bit Meaning 0 - 1 Pinned data: B’00’ = No pinned data exists for the device. B’01’ = Pinned data exists for the device. B’10’ = Reserved. B’11’ = Not used. 2 - 5 Not used. 6 Advanced FlashCopy enabled. 7 FlashCopy full volume enabled. If R745SFT = 1 or 2: Bit Meaning 0 - 2 Global Mirror state: B’000’ = No Global Mirror configured. B’001’ = Global Mirror running - optimal. B’010’ = Global Mirror running - suboptimal. B’011’ = Global Mirror running - consistency groups failing. B’100’ = Global Mirror paused. B’101’ = Global Mirror fatal. B’110’ = More than one Global Mirror session is running. B’111’ = Reserved. 3 Session member is pending. 4 Volume not allowed online. 5 Not used. 6 Advanced FlashCopy enabled. 7 FlashCopy full volume enabled.
r745dsg2	INTEGER?	Device status group 2. Bit Meaning 0-1 Volume space management: B’00’ = Standard volume B’01’ = Track space efficient volume B’10’ = Extent space efficient volume B’11’ = Reserved. 2 Data exits in failed NVS. 3 Device in a soft fenced state. 4 Reserved. 5 Reserved. 6-7 (if R745SFT = 1 or 2) Pinned data: B’00’ = No pinned data exists for the device. B’01’ = Pinned data exists for the device. B’10’ = Reserved. B’11’ = Not used.
r745incr	INTEGER?	Reserved.
→ r745dsid*	VARCHAR(6)	Subsystem ID.
r7452pro	FLOAT?	Physical storage read operations.
r7452pwo	FLOAT?	Physical storage write operations.
r7452pbr	FLOAT?	Physical storage bytes read. For units, see bits 5 and 6 of R7451INC.
r7452pbw	FLOAT?	Physical storage bytes written. For units, see bits 5 and 6 of R7451INC.
r7452prt	FLOAT?	Physical storage read response time. For units, see bits 5 and 6 of R7451INC.
r7452pwt	FLOAT?	Physical storage write response time. For units, see bits 5 and 6 of R7451INC.
r7451rrq	FLOAT?	RAID rank read requests.
r7451wrq	FLOAT?	RAID rank write requests.
r7451sr	FLOAT?	RAID rank FB sectors read.
r7451sw	FLOAT?	RAID rank FB sectors written.
r7451rrt	FLOAT?	RAID rank read response time (in milliseconds).
r7451wrt	FLOAT?	RAID rank write response time (in milliseconds).
r745dev4	INTEGER?	r745dfl4 (Bit 0) indicating 4-digit device address.
r745dscs	VARCHAR(2)?	r745dfl4 (Bit 2-3) indciating subchannel set ID.
r745dnav	INTEGER?	r745dflg (Bit 0) indicating cache storage is not available; set to 0 for DS8000.
r745dpdf	VARCHAR(3)?	r745dflg (Bit 1-3) indicating format of data returned.
r745dfrm	VARCHAR(4)?	r745dflg (Bit 4-7) indicating format of data returned.
r745dsdv	VARCHAR(2)?	r745dflg (Bit 0-1) indicating device caching status.
r745dsfw	VARCHAR(2)?	r745dflg (Bit 2-3) indicating DASD fast write device status.
r745dspd	INTEGER?	r745dflg (Bit 4) indicating PPRC copy pair suspended.
r745dssd	INTEGER?	r745dflg (Bit 5) indicating PPRC copy pair is duplex pending.
r745dsdp	INTEGER?	r745dflg (Bit 6-7) indicating PPRC pair status.
r745dcol	VARCHAR(2)?	r745dsg2 (Bit 0-1) indicating volume space management.
r745defn	INTEGER?	r745dsg2 (Bit 2) indicating data exists in failed NVS.
r745dbdp	INTEGER?	r745dsg2 (Bit 3) indicating device in a soft fenced state.
r745dpdt	VARCHAR(2)?	r745dsg2 (Bit 6-7) indicating pinned data.
→ datetime*	DATETIME	the hour of the record.
→ smf74ist*	DATETIME	Time that the RMF measurement interval started, in the form 0 hhmmssF , where hh is the hours, mm is the minutes, ss is the seconds, and F is the sign.
→ smf74iet*	VARCHAR(18)	Interval expiration time token. This token can be used to identify other than RMF records that belong to the same interval (if interval
r745drcr	FLOAT?	Search read caching requests.
r745dcrh	FLOAT?	Search read caching hits.
r745dwrc	FLOAT?	Write caching requests.
r745dwch	FLOAT?	Write caching request hits.
r745drsr	FLOAT?	Read sequential requests.
r745drsh	FLOAT?	Read sequential request hits.
r745dwsr	FLOAT?	Write sequential requests.
r745dwsh	FLOAT?	Write sequential request hits.
r745drnr	FLOAT?	Search read non-retentive requests.
r745dnrh	FLOAT?	Search read non-retentive request hits.
r745dwnr	FLOAT?	Write non-retentive requests.
r745dwnh	FLOAT?	Write non-retentive hits.
r745dicl	FLOAT?	Inhibit cache load requests.
r745dbcr	FLOAT?	Bypass cache requests.
r745dtc	FLOAT?	Sequential DASD to cache XFRs.
r745dntd	FLOAT?	Normal cache requests DASD to cache XFRs.
r745dctd	FLOAT?	Cache to DASD XFRs.
r745dfwb	FLOAT?	DASD Fast Write operations delayed due to non-volatile storage space constraints.
r745dfwc	FLOAT?	Fast write caching requests.
r745dfws	FLOAT?	Fast write sequential requests.
r745dcrm	FLOAT?	Record cache read misses.
r745dcwp	FLOAT?	RCD cache write promotions.
r745dkdw	FLOAT?	CKD writes, collected for 3990-03/06 and 2105.
r745dkdh	FLOAT?	CKD write hits, collected for 3990-03/06 and 2105.
r745dfwr	FLOAT?	Operations delayed due to cache space constraints.
r745bytr	FLOAT?	Bytes read.
r745bytw	FLOAT?	Bytes written.
r745rtir	FLOAT?	Response time to read bytes.
r745rtiw	FLOAT?	Response time to write bytes.
r745cint	INTEGER?	Number of seconds since subsystem statistics last collected.
total_io	FLOAT?	total number of I/O requests to cached device.
cache_io	FLOAT?	total number of cacheable I/O request to cached device. This value excludes INHIBIT CACHE LOAD and CACHE BYPASS I/O requests.
total_hits	FLOAT?	total number of requests that completed without accessing the DASD.
total_reads	FLOAT?	total number of SEARCH/READ requests.
read_hits	FLOAT?	number of SEARCH/READ requests that completed without accessing the DASD.
total_writes	FLOAT?	total number WRITE requests.
fast_writes	FLOAT?	total number of DASD/CACHE FAST WRITE requests.
write_hits	FLOAT?	number of DASD/CACHE FAST WRITE requests that completed without accessing the DASD (fast write hit).
dasd_io	FLOAT?	total number of requests that accessed DASD.
r7451rmr	FLOAT?	Record mode read request.
r7451xsf	FLOAT?	Extended-Remote-Copy(XRC) or Concurrent-Copy(CC) sidefile read request.
r7451xcw	FLOAT?	XRC or CC contaminated writes.
r7451tsp	FLOAT?	Number of tracks transferred to secondary Peer-to-Peer-Remote- Copy(PPRC) volume.
r7451nvs	FLOAT?	NVS space allocation.
r7451ct1	FLOAT?	Bytes read. For units, see bits 5 and 6 of R7451INC.
r7451ct2	FLOAT?	Bytes written. For units, see bits 5 and 6 of R7451INC.
r7451ct3	FLOAT?	Read response time. For units, see bits 5 and 6 of R7451INC.
r7451ct4	FLOAT?	Write response time. For units, see bits 5 and 6 of R7451INC.
r7451ct5	FLOAT?	Number of zHPF read I/O requests (valid if bit 4 in R7451INC is set).
r7451ct6	FLOAT?	Number of zHPF write I/O requests (valid if bit 4 in R7451INC is set).
r7451zhl	FLOAT?	zHPF List Pre-fetch I/O Requests. Number of command chains, where the Transport Mode operation specified a non-zero Imbedded Locate Record Count.
r7451zhh	FLOAT?	zHPF List Pre-fetch I/O Request Hits. Number of command chains, where • the Transport Mode operation specified a non-zero Imbedded Locate Record Count. • the chain was completed without requiring access to any DDM.
r7451gsf	FLOAT?	Global Mirror Collisions sidefile count. A GMC occurs when, during the sending of data in the secondary to create a consistency group, a subsequent host update is attempted before the modified track has been transmitted to the secondary volume. The modified track will be moved to the sidefile before allowing a new host write. The counter will be incremented by one when a track is added to the sidefile.
r7451gss	FLOAT?	Global Mirror Collisions synchronous count. When a write collision occurs, the modified track data which belongs to the current consistency group may be sent to the remote control unit before allowing the write. The data may come from the sidefile if it is full or from cache if the collision sidefile is not being utilized.
r7451srr	FLOAT?	Number of synchronous I/O cache read requests. (Valid if bit 3 of R7451INC is set.)
r7451srh	FLOAT?	Number of synchronous I/O cache read request hits. (Valid if bit 3 of R7451INC is set.)
r7451swr	FLOAT?	Number of synchronous I/O cache write requests. (Valid if bit 3 of R7451INC is set.)
r7451swh	FLOAT?	Number of synchronous I/O cache write request hits. (Valid if bit 3 of R7451INC is set.)
r7451unt	VARCHAR(2)?	r7451inc (Bit 5-6) showing measurement units (‘00’ - Bytes in units of 128K, and times in units of 16 milliseconds)

Constraints:

• FOREIGN KEY (smf74_cachsys.datetime, smf74_cachsys.smf74ist, smf74_cachsys.smf74iet, smf74_cachsys.r745ssid → datetime, smf74ist, smf74iet, r745dsid)

• PRIMARY KEY (datetime, smf74ist, smf74iet, r745dsid, r745devn)

smf74_cf

smf2db.db_models.smf74_model.Smf74Cf (smf74_cf)

The Smf74Cf class stores the Smf74Cf section in the smf74_cf table.

Columns:

r744pwgt	INTEGER?	Shared processor weight. Valid if R744FLVL > 14.
last_update_time	DATETIME?	last update time of this record.
smf74xnm*	VARCHAR(8)	Sysplex name as defined in parmlib member COUPLExx.
datetime*	DATETIME	the hour of the record.
smf74ist*	DATETIME	Time that the RMF measurement interval started, in the form 0 hhmmssF , where hh is the hours, mm is the minutes, ss is the seconds, and F is the sign.
smf74iet*	VARCHAR(18)	Interval expiration time token. This token can be used to identify other than RMF records that belong to the same interval (if interval
r744fnam*	VARCHAR(8)	Name of coupling facility as defined in parmlib member COUPLExx.
smf74mfv	INTEGER?	RMF version number.
smf74int	FLOAT?	Duration of RMF measurement interval, in the form mmsstttF where mm is the minutes, ss is the seconds, ttt is the milliseconds, and F is the sign. The end of the measurement interval is the sum of the recorded start time and this field.
smf74sam	INTEGER?	Number of RMF samples.
smf74cyc	INTEGER?	Sampling cycle length, in the form 000 ttttF , where tttt is the milliseconds and F is the sign (taken from CYCLE option). The range
smf74mvs	VARCHAR(8)?	z/OS software level (consists of an acronym and the version, release, and modification level - ZV vvrrmm ).
r744fflg	INTEGER?	Status Flags. Bit Meaning when set 0 Coupling facility was connected to the system at the end of the interval 1 Coupling facility became active during the interval 2 Permanent error in cycle gatherer during the complete interval 3 Dynamic dispatching is active. Valid if R744FLVL > 14. 4 Thin interrupts are enabled. Valid if R744FLVL > 18. 5 No coupling facility hardware statistics available since optimized CF HW data gathering was active. 6 - 7 Reserved.
r744fflc	INTEGER?	Informational flags. Bit Meaning when set 0 No longer used. 1-7 Reserved.
r744famv	INTEGER?	IXLYAMDA Version.
r744fpam	INTEGER?	Number of paths available to the coupling facility.
r744fmod	VARCHAR(6)?	Coupling facility type. The type is right-aligned with leading blanks if necessary.
r744fver	VARCHAR(3)?	Coupling facility model.
r744fmpc	VARCHAR(2)?	Manufacturer plant code of the coupling facility.
r744flpn	INTEGER?	Partition identifier of CF. Valid with SMF74SRL ≥ X’55’ (85) and RMF version number SMF74MFV ≥ 718F
r744flvl	INTEGER?	Coupling facility level.
r744fseq	VARCHAR(12)?	Sequence number of this coupling facility.
r744fpsn	INTEGER?	Number of shared processors. Valid if R744FLVL > 14.
r744fpdn	INTEGER?	Number of dedicated processors. Valid if R744FLVL > 14.
r744fcei	INTEGER?	r744fflg (Bit 0) showing coupling facility was connected to the system at the end of interval.
r744fadi	INTEGER?	r744fflg (Bit 1) showing coupling facility became active during the interval.
r744fpec	INTEGER?	r744fflg (Bit 2) showing permanent error in cycle gatherer during the complete interval.
r744fdyd	INTEGER?	r744fflg (Bit 3) showing dynamic dispatching is active. Valid if r744flvl > 14.
r744fthn	INTEGER?	r744fflg (Bit 4) showing thin interrupts are enabled. Valid if r744flvl > 18.
r744fnohw	INTEGER?	r744fflg (Bit 5) showing no coupling facility hardware statistics available since optimized CF HW dat gathering was active.
r744fcho	INTEGER?	r744fflc (Bit 0) showing CHPIDs set offline during the interval.
total_str_alloc	INTEGER?	the total allocated size of structures (i.e. r744ssiz) (unit = 4K byte blocks).
total_augmented_alloc	INTEGER?	total fixed augmented space by all structures (i.e. r744mfau) (4K-block units).
total_max_scm	INTEGER?	the maximum amount of storage class memory of the structures can use (i.e. r744msma) (4K-block units).
total_processor_busy	FLOAT?	total busy time of all structures (i.e. r744pbsy).
total_processor_wait	FLOAT?	total wait time of all structures (i.e. r744pwai).
avg_processor_weight	FLOAT?	the average processor weight.
r744fpbc	FLOAT?	Number of times coupling facility requests are delayed due to path busy.
r744fscg	INTEGER?	Number of subchannels defined.
r744fscu	INTEGER?	Number of subchannels currently in use.
r744fscl	INTEGER?	Number of subchannels that can be used (limit).
r744fscc	FLOAT?	Subchannel contention count (all subchannel busy).
r744ftor	FLOAT?	Total number of requests from this system.
r744fail	FLOAT?	Number of unsuccessful requests from this system.
r744ftim	FLOAT?	Total service time for unsuccessful requests in microseconds.
r744fsqu	FLOAT?	Total squares of service time for unsuccessful requests (in square- microseconds).
r744fctm	FLOAT?	Total contention time (microseconds) for waiting for subchannels to become free for synchronous immediate operations.
r744fcsq	FLOAT?	Total squares of contention time for waiting for subchannels to become free for synchronous immediate operations.
r744gcsd	BIGINT?	Total amount of control storage defined (4K-block units).
r744gcsf	BIGINT?	Amount of free control storage (4K-block units).
r744gtsd	BIGINT?	Total amount of coupling facility storage defined (4K-block units).
r744gtsf	BIGINT?	Amount of free coupling facility storage (4K-block units).
r744gdsa	BIGINT?	Amount of dump space allocated (4K-block units).
r744gdsf	BIGINT?	Amount of free dump space (4K-block units).
r744gdsr	BIGINT?	Maximum amount of dump space requested (4K-block units).
r744gtsc	BIGINT?	Total amount of coupling facility storage class memory (4K-block units) which may be concurrently used as structure extensions.
r744gfsc	BIGINT?	Amount of free coupling facility storage class memory (4K-block units).
r744gisc	BIGINT?	Amount of storage class memory increment. This is the number of 4K blocks that are assigned to a single storage class memory segment.

Constraints:

• PRIMARY KEY (smf74xnm, datetime, smf74ist, smf74iet, r744fnam)

smf74_cfrf

smf2db.db_models.smf74_model.Smf74Cfrf (smf74_cfrf)

The Smf74Cfrf class stores the Smf74Cfrf section in the smf74_cfrf table.

Columns:

r744rsys	VARCHAR(18)?	System identification value for the remotely connected CF.
r744rnam*	VARCHAR(8)	CF name (if applicable, else X’0’).
r744rpgs	INTEGER?	Receiver path group size.
r744rflg	INTEGER?	Status flags: Bit Meaning when set 0 CF remote facility was connected at the end of the interval. 1
csc	VARCHAR(8)?	the identifier or serial number of Central Processor Complexes (CPC).
ndepartition	INTEGER?	r744rnde indicating the partition number of the remotely connected CF.
→ smf74xnm*	VARCHAR(8)	Sysplex name as defined in parmlib member COUPLExx.
→ datetime*	DATETIME	the hour of the record.
→ smf74ist*	DATETIME	Time that the RMF measurement interval started, in the form 0 hhmmssF , where hh is the hours, mm is the minutes, ss is the seconds, and F is the sign.
→ smf74iet*	VARCHAR(18)	Interval expiration time token. This token can be used to identify other than RMF records that belong to the same interval (if interval
→ r744fnam*	VARCHAR(8)	Name of coupling facility as defined in parmlib member COUPLExx.
smf74sid*	VARCHAR(4)	System identification (from the SMFPRMxx SID parameter).
r744rres	INTEGER?	Ready-to-execute signal counter.
r744rrcs	INTEGER?	Ready-to-complete signal counter.
r744rhes	INTEGER?	Halt-execution signal counter.
r744rrss	INTEGER?	Request-for-suppression signal counter.
r744rrsa	INTEGER?	Request-for-suppression-accepted signal counter.
r744rsst	INTEGER?	Unused. Value is now in R744RSSE.
r744rsss	BIGINT?	Total squares of signal service times.
r744rdsc	INTEGER?	Delayed signal counter.
r744rsdt	FLOAT?	Total signal delay times in microseconds.
r744rssd	BIGINT?	Total squares of signal times.
r744rsrs	INTEGER?	Signal-redrives signal counter.
r744rtap_1	VARCHAR(5)?	engine 1 - Channel path type acronym. A CHPID type is provided for each active receiver/peer message path in the path group. The number of valid entries is equal to the receiver path group size.
r744rtap_2	VARCHAR(5)?	engine 2 - Channel path type acronym. A CHPID type is provided for each active receiver/peer message path in the path group. The number of valid entries is equal to the receiver path group size.
r744rtap_3	VARCHAR(5)?	engine 3 - Channel path type acronym. A CHPID type is provided for each active receiver/peer message path in the path group. The number of valid entries is equal to the receiver path group size.
r744rtap_4	VARCHAR(5)?	engine 4 - Channel path type acronym. A CHPID type is provided for each active receiver/peer message path in the path group. The number of valid entries is equal to the receiver path group size.
r744rtap_5	VARCHAR(5)?	engine 5 - Channel path type acronym. A CHPID type is provided for each active receiver/peer message path in the path group. The number of valid entries is equal to the receiver path group size.
r744rtap_6	VARCHAR(5)?	engine 6 - Channel path type acronym. A CHPID type is provided for each active receiver/peer message path in the path group. The number of valid entries is equal to the receiver path group size.
r744rtap_7	VARCHAR(5)?	engine 7 - Channel path type acronym. A CHPID type is provided for each active receiver/peer message path in the path group. The number of valid entries is equal to the receiver path group size.
r744rtap_8	VARCHAR(5)?	engine 8 - Channel path type acronym. A CHPID type is provided for each active receiver/peer message path in the path group. The number of valid entries is equal to the receiver path group size.
r744rsse	FLOAT?	Sum of signal service times in microseconds.
r744ridp_1	VARCHAR(2)?	engine 1 - Channel path identifier for the receiver/peer channel path. The range of values is X’00’ to X’FF’.
r744ridp_2	VARCHAR(2)?	engine 2 - Channel path identifier for the receiver/peer channel path. The range of values is X’00’ to X’FF’.
r744ridp_3	VARCHAR(2)?	engine 3 - Channel path identifier for the receiver/peer channel path. The range of values is X’00’ to X’FF’.
r744ridp_4	VARCHAR(2)?	engine 4 - Channel path identifier for the receiver/peer channel path. The range of values is X’00’ to X’FF’.
r744ridp_5	VARCHAR(2)?	engine 5 - Channel path identifier for the receiver/peer channel path. The range of values is X’00’ to X’FF’.
r744ridp_6	VARCHAR(2)?	engine 6 - Channel path identifier for the receiver/peer channel path. The range of values is X’00’ to X’FF’.
r744ridp_7	VARCHAR(2)?	engine 7 - Channel path identifier for the receiver/peer channel path. The range of values is X’00’ to X’FF’.
r744ridp_8	VARCHAR(2)?	engine 8 - Channel path identifier for the receiver/peer channel path. The range of values is X’00’ to X’FF’.
r744rcpi	INTEGER?	Index to first channel path data section associated with this remote coupling facility.
r744rcpn	INTEGER?	Number of channel path data sections for channel paths of type CIB, CFP, CL5, CS5, or CL6 connected to this remote coupling facility (CF). This includes the receiver/peer channel paths over which signals can be sent from the subject CF to this remote CF and the sender/peer channel paths returning signals from this remote CF to the subject CF. This count matches the number of subsequent channel path data sections associated with this remote CF.
r744rsgs	INTEGER?	Sender path group size.
r744rsap_1	VARCHAR(5)?	engine 1 - Channel path type acronym. A CHPID type is provided for each active sender/peer message path in the path group. The number
r744rsap_2	VARCHAR(5)?	engine 2 - Channel path type acronym. A CHPID type is provided for each active sender/peer message path in the path group. The number
r744rsap_3	VARCHAR(5)?	engine 3 - Channel path type acronym. A CHPID type is provided for each active sender/peer message path in the path group. The number
r744rsap_4	VARCHAR(5)?	engine 4 - Channel path type acronym. A CHPID type is provided for each active sender/peer message path in the path group. The number
r744rsap_5	VARCHAR(5)?	engine 5 - Channel path type acronym. A CHPID type is provided for each active sender/peer message path in the path group. The number
r744rsap_6	VARCHAR(5)?	engine 6 - Channel path type acronym. A CHPID type is provided for each active sender/peer message path in the path group. The number
r744rsap_7	VARCHAR(5)?	engine 7 - Channel path type acronym. A CHPID type is provided for each active sender/peer message path in the path group. The number
r744rsap_8	VARCHAR(5)?	engine 8 - Channel path type acronym. A CHPID type is provided for each active sender/peer message path in the path group. The number
r744rsid_1	VARCHAR(2)?	engine 1 - Channel path identifier for sender/peer channel path. The range of values is X’00’ to X’FF’.
r744rsid_2	VARCHAR(2)?	engine 2 - Channel path identifier for sender/peer channel path. The range of values is X’00’ to X’FF’.
r744rsid_3	VARCHAR(2)?	engine 3 - Channel path identifier for sender/peer channel path. The range of values is X’00’ to X’FF’.
r744rsid_4	VARCHAR(2)?	engine 4 - Channel path identifier for sender/peer channel path. The range of values is X’00’ to X’FF’.
r744rsid_5	VARCHAR(2)?	engine 5 - Channel path identifier for sender/peer channel path. The range of values is X’00’ to X’FF’.
r744rsid_6	VARCHAR(2)?	engine 6 - Channel path identifier for sender/peer channel path. The range of values is X’00’ to X’FF’.
r744rsid_7	VARCHAR(2)?	engine 7 - Channel path identifier for sender/peer channel path. The range of values is X’00’ to X’FF’.
r744rsid_8	VARCHAR(2)?	engine 8 - Channel path identifier for sender/peer channel path. The range of values is X’00’ to X’FF’.
r744rsc	INTEGER?	Number of subchannels associated with the remote CF.
r744ramc	INTEGER?	Number of asynchronous messages that are sent to this remote CF. The count includes the number of asynchronous commands that are sent and excludes path management commands and redrives of asynchronous commands.
r744ramst	FLOAT?	Total amount of service time for asynchronous messages sent to this remote CF, in microseconds.
r744ramsq	BIGINT?	Total amount of squares of service time for asynchronous messages sent to this remote CF, in square of microseconds.
r744rampb	INTEGER?	Asynchronous message path busy count.
r744ramns	INTEGER?	Asynchronous message no subchannel count.
ndeconfigcode	VARCHAR(8)?	ND associated with switch device configuration code.
ndetype	VARCHAR(6)?	ND associated with switch device type.
ndemodel	VARCHAR(3)?	ND associated with switch device model.
ndemfg	VARCHAR(3)?	ND associated with switch device manufacturer.
ndeplant	VARCHAR(2)?	ND associated with switch device plant code.
ndesequence	VARCHAR(12)?	ND associated with switch device sequence number.
ndecpcid	INTEGER?	ND associated with switch device CPC id.

Constraints:

• FOREIGN KEY (smf74_cf.smf74xnm, smf74_cf.datetime, smf74_cf.smf74ist, smf74_cf.smf74iet, smf74_cf.r744fnam → smf74xnm, datetime, smf74ist, smf74iet, r744fnam)

• PRIMARY KEY (smf74xnm, datetime, smf74ist, smf74iet, r744fnam, r744rnam, smf74sid)

smf74_cntl

smf2db.db_models.smf74_model.Smf74Cntl (smf74_cntl)

The Smf74Cntl class stores the Smf74Cntl section in the smf74_cntl table.

Columns:

r748cser*	VARCHAR(10)	Primary control unit serial number.
smf_type	VARCHAR(5)?	the SMF type and subtype.
datetime*	DATETIME	the hour of the record.
smf74ist*	DATETIME	Time that the RMF measurement interval started, in the form 0 hhmmssF , where hh is the hours, mm is the minutes, ss is the seconds, and F is the sign.
smf74iet*	VARCHAR(18)	Interval expiration time token. This token can be used to identify other than RMF records that belong to the same interval (if interval
r748clvl	INTEGER?	Gatherer level.
r748ctyp	VARCHAR(6)?	Control unit type.
r748cmdl	VARCHAR(3)?	Control unit model.
r748cvsn	VARCHAR(4)?	Version of link statistics definition: X’00’ = Original version of link statistics X’01’ = Link statistics extended X’02’ = Link statistics V2 format
r748cae	VARCHAR(8)?	Abend code (SDWACMPC) with: First 12 bits = System completion code Second 12 bits = User completion code
r748crtn	VARCHAR(6)?	IDCSS01 return code.
r748csc	VARCHAR(4)?	Status code: 00 successfully processed. 04 IOS return code. R748CIOC ¬= 0. 08 IDCSS01 return code. R748CRTN ¬= 0. 98
r748cioc	VARCHAR(4)?	IOS return code. If this field is not zero, no Link Statistic sections are available.
r748cfdv	VARCHAR(6)?	Failing device.
r748cvol	VARCHAR(6)?	Volume serial of the device from which statistics are measured.
r748cdev	VARCHAR(6)?	Device number of the device from which statistics are measured.
r748cflg	INTEGER?	Flags Bit Meaning when set 0 Extent pool statistics valid 1 Extent pool statistics valid 2 2 Extent pool statistics valid 3 3-7 Reserved
r748cscs	VARCHAR(2)?	ID of the subchannel set which is physically configured to the device from which statistics are measured.
r748cint	INTEGER?	Number of seconds that passed since the link statistics have been collected for the last time.
r748cftm	VARCHAR(10)?	Time when first record was written. Reserved for duration processing.
r748cfdt	VARCHAR(10)?	Date when first record was written. Reserved for duration processing.
r748cfci	FLOAT?	Interval length of first record. Reserved for duration processing.
r748cfsc	VARCHAR(2)?	Subchannel set ID of failing device.
r748cxvl	INTEGER?	r748cflg (Bit 0) showing extent pool statistics valid.

Constraints:

• PRIMARY KEY (datetime, smf74ist, smf74iet, r748cser)

smf74_connector

smf2db.db_models.smf74_model.Smf74Connector (smf74_connector)

The Smf74Connector class stores the Smf74Connector section in the smf74_connector table.

Columns:

→ r747cnum*	VARCHAR(4)	Port number.
→ r747cadr*	VARCHAR(4)	Port address.
r747ccu*	VARCHAR(4)	Connector id (CU).
→ datetime*	DATETIME	the hour of the record.
→ smf74ist*	DATETIME	Time that the RMF measurement interval started, in the form 0 hhmmssF , where hh is the hours, mm is the minutes, ss is the seconds, and F is the sign.
→ smf74iet*	VARCHAR(18)	Interval expiration time token. This token can be used to identify other than RMF records that belong to the same interval (if interval
→ r747sdev*	VARCHAR(4)	Switch device number.
r747ctfl	INTEGER?	Port type flags. Bit Meaning when set 0 Port type is single CU. 1 Port type is multiple CU. 2 Port type is CHPID. 3 Port type is switch.
r747csfl	INTEGER?	Status flags. Bit Meaning when set 0 Port type is not unique. 1 ID is not unique or not known. 2 Channel on caller’s system. 3 Port installed. 4 Port status changed. 5 Port has been removed. 6 Port has been activated. 7 No measurement data available for this port.
r747ccun	INTEGER?	Number of connector CUs.
r747cscu	INTEGER?	r747ctfl (Bit 0) showing port type is single CU.
r747cmcu	INTEGER?	r747ctfl (Bit 1) showing port type is multiple CU.
r747cchp	INTEGER?	r747ctfl (Bit 2) showing port type is CHPID.
r747csw	INTEGER?	r747ctfl (Bit 3) showing port type is switch.
r747ctnu	INTEGER?	r747csfl (Bit 0) showing port type is not unique.
r747cinu	INTEGER?	r747csfl (Bit 1) showing ID is not unique or not known.
r747cosy	INTEGER?	r747csfl (Bit 2) showing channel on caller’s system.
r747cins	INTEGER?	r747csfl (Bit 3) showing port installed.
r747cvar	INTEGER?	r747csfl (Bit 4) showing port status changed.
r747crem	INTEGER?	r747csfl (Bit 5) showing port has been removed.
r747cact	INTEGER?	r747csfl (Bit 6) showing port has been activated.
r747cnmd	INTEGER?	r747csfl (Bit 7) showing no measurement data available for this port.

Constraints:

• FOREIGN KEY (smf74_port.datetime, smf74_port.smf74ist, smf74_port.smf74iet, smf74_port.r747sdev, smf74_port.r747padr, smf74_port.r747pnum → datetime, smf74ist, smf74iet, r747sdev, r747cadr, r747cnum)

• PRIMARY KEY (datetime, smf74ist, smf74iet, r747sdev, r747cadr, r747cnum, r747ccu)

smf74_dctl

smf2db.db_models.smf74_model.Smf74Dctl (smf74_dctl)

The Smf74Dctl class stores the Smf74Dctl section in the smf74_dctl table.

Columns:

smf74sub*	VARCHAR(4)	Device class code: Bit Configuration Meaning X’0080’ Magnetic tape device X’0040’ Communication equipment X’0020’ Direct access devices X’0010’ Graphics devices X’0008’ Unit record devices X’0004’ Character reader devices.
→ smf_type	VARCHAR(5)?	the SMF type and subtype.
msm	INTEGER?	smf74smf (Bit 0) indicating there are more logical SMF records for this device class.
→ csc*	VARCHAR(8)	the identifier or serial number of Central Processor Complexes (CPC).
→ smf74sid*	VARCHAR(4)	System identification (from the SMFPRMxx SID parameter).
→ datetime*	DATETIME	the hour of the record.
→ smf74ist*	DATETIME	Time that the RMF measurement interval started, in the form 0 hhmmssF , where hh is the hours, mm is the minutes, ss is the seconds, and F is the sign.
→ smf74iet*	VARCHAR(18)	Interval expiration time token. This token can be used to identify other than RMF records that belong to the same interval (if interval
smf74tot	INTEGER?	Total number of Device data sections in all records for this logical device class record.
smf74gen	INTEGER?	Total number of devices specified for all classes at system installation.
smf74dcf	INTEGER?	Flags for DASD class Bit Meaning when set 0 Both sections of report requested 1 Sort by storage group 2-7 Reserved.
smf74dms	INTEGER?	Message flag Bit Meaning when set 0 Message issued that SMS not available 1 SMS interface error 2-7
smf74enf	INTEGER?	Flags for environment. Bit Meaning when set 0 Extended CMB 1 Model-dependent data not available by STSCH 2 Initial command response time valid (SMF74CMR) 3 Interrupt-Delay-Time facility is provided by channel subsystem
smf74smf	INTEGER?	Logical SMF record flag Bit Meaning when set 0 There are more logical SMF records for this device class 1-7
smf74s15	INTEGER?	Contents of register 15 after SMS interface call, zero if normal return.
smf74src	INTEGER?	Return code from SMS interface, zero if normal return.
smf74srs	INTEGER?	Reason code from SMS interface, zero if normal return.
smf74tsr	INTEGER?	Total number of small SMF records.
smf74cfl	INTEGER?	Configuration change flags Bit Meaning when set 0 Configuration changed. Used to decide whether to provide the text ‘POR’ or ‘ACTIVATE’ on reports. Also used to check whether data can be combined in a duration report. 1 Configuration change since power-on-reset (POR). 2 POR using IOC data set that contains a token. 3 Configuration token is valid. 4-7 Reserved.
smf74tnm	VARCHAR(44)?	IODF name.
smf74tsf	VARCHAR(2)?	IODF name suffix.
smf74tdt	DATETIME?	IODF creation date, in the form mm/dd/yy .
smf74mct	INTEGER?	Maximum number of allocated tape devices. This field is zero for devices other than tape.
smf74tdy	DATE?	IODF creation date, in the form mm / dd / yyyy .
smf74int	FLOAT?	Duration of RMF measurement interval, in the form mmsstttF where mm is the minutes, ss is the seconds, ttt is the milliseconds, and F is the sign. The end of the measurement interval is the sum of the recorded start time and this field.
smf74sam	INTEGER?	Number of RMF samples.
nrf	INTEGER?	smf74dcf (Bit 0) showing both sections of report requested.
sgf	INTEGER?	smf74dcf (Bit 1) showing DASD class sort by storage group.
_429	INTEGER?	smf74dms (Bit 0) showing message issued that SMS not available.
sme	INTEGER?	smf74dms (Bit 1) showing SMS interface error.
ecm	INTEGER?	smf74enf (Bit 0) showing environment is extended CMB.
sts	INTEGER?	smf74enf (Bit 1) showing model-independent data not available by STSCH.
fcm	INTEGER?	smf74enf (Bit 2) showing initial command response time valid (smf73cmr).
fid	INTEGER?	smf74enf (Bit 3) showing interrupt-delay-time-facility is provided by channel subsystem.
config_changed	INTEGER?	smf74cfl (Bit 0) showing configuration changed. Used to decide whether to provide the next ‘POR’ or ‘ACTIVATE’ on reports.Also used to check whether data can be combined in a duration report.
config_changed_since_ipl	INTEGER?	smf74cfl (Bit 1) showing configuration change since power-on-reset (POR).
ipl_iodf	INTEGER?	smf74cfl (Bit 2) showing POR using IOC data set that contains a token.
io_token_valid	INTEGER?	smf74cfl (Bit 3) showing configuration token is valid.

Constraints:

• FOREIGN KEY (smf74_pro.datetime, smf74_pro.smf74ist, smf74_pro.smf74iet, smf74_pro.smf_type, smf74_pro.csc, smf74_pro.smf74sid → datetime, smf74ist, smf74iet, smf_type, csc, smf74sid)

• PRIMARY KEY (csc, smf74sid, datetime, smf74ist, smf74iet, smf74sub)

smf74_dev

smf2db.db_models.smf74_model.Smf74Dev (smf74_dev)

The Smf74Dev class stores the Smf74Dev section in the smf74_dev table.

Columns:

smf74num*	VARCHAR(4)	Device number, in the range X’0000’ to X’FFFF’.
smf74lcu*	VARCHAR(4)	Logical control unit number, in the range X’0000’ to X’FFFF’.
smf74scs*	INTEGER	Subchannel set ID.
→ csc*	VARCHAR(8)	the identifier or serial number of Central Processor Complexes (CPC).
→ smf74sid*	VARCHAR(4)	System identification (from the SMFPRMxx SID parameter).
→ datetime*	DATETIME	the hour of the record.
→ smf74ist*	DATETIME	Time that the RMF measurement interval started, in the form 0 hhmmssF , where hh is the hours, mm is the minutes, ss is the seconds, and F is the sign.
→ smf74iet*	VARCHAR(18)	Interval expiration time token. This token can be used to identify other than RMF records that belong to the same interval (if interval
→ smf74sub*	VARCHAR(4)	Device class code: Bit Configuration Meaning X’0080’ Magnetic tape device X’0040’ Communication equipment X’0020’ Direct access devices X’0010’ Graphics devices X’0008’ Unit record devices X’0004’ Character reader devices.
smf74cnf	INTEGER?	Device indicator Bit Meaning when set 0 No longer used. 1 No logical control unit information. 2 Data contained in fields SMF74SSC through SMF74DIS is incorrect. 3 Device has been deleted. 4 Only partial statistics are available. 5 Reserved. 6 Data recorded is incorrect because device was configured during interval. 7 Device is currently online.
smf74ser	VARCHAR(6)?	Volume serial of the volume mounted on this device (tape or direct access device only).
smf74typ	VARCHAR(8)?	Unit type.
smf74nux	INTEGER?	Number of unit control blocks (UCBs) for a parallel access volume. For HyperPAV base devices (bit 6 of SMF74CNX is set), this is the accumulated number of HyperPAV aliases.
smf74ssc	INTEGER?	Start subchannel count. This is the number of physical requests to the device and includes SSCH and RSSCH instructions.
smf74mec	INTEGER?	Measurement event count (number of SSCH instructions for which connect, pending, and active times were stored).
smf74cnn	FLOAT?	Device connect time (in 128-microsecond units).
smf74pen	FLOAT?	Device pending time (in 128-microsecond units).
smf74atv	FLOAT?	Device active time (in 128-microsecond units).
smf74dis	FLOAT?	Device disconnect time (in 128-microsecond units).
smf74que	INTEGER?	Number of requests queued in IOS for this device.
smf74utl	INTEGER?	Number of samples when the device was reserved but an SSCH instruction had not been issued to the device.
smf74rsv	INTEGER?	Number of samples taken when the device was reserved.
smf74alc	INTEGER?	Number of samples taken that indicated that the device was allocated.
smf74mtp	INTEGER?	Number of samples taken that indicated a mount pending condition.
smf74nrd	INTEGER?	Number of samples taken that indicated that the device was not ready.
smf74cof	INTEGER?	Number of requests that had hardware timer overflow for connect time measurement.
smf74ict	INTEGER?	No longer used.
smf74dvb	FLOAT?	Device busy delay time, from subchannel information block (SCHIB) (in 128-microsecond units).
smf74clf	INTEGER?	Bit Meaning when set 0 Number option active indicator 1 Storage group option active indicator 2 Storage group name changed during the interval 3 Mount pending condition exists at the start of the interval 4 Mount pending condition exists at end of the interval 5 Reserved 6 CTC with special protocol 7 Reserved. Reserved.
smf74sgn	VARCHAR(8)?	Storage group name as defined by DFSMS.
smf74nda	INTEGER?	Total number of allocations in effect for the device.
smf74dev	VARCHAR(8)?	Device model name. This field is blank if device name cannot be determined.
smf74cu	VARCHAR(8)?	Control unit name. Blank if control unit name cannot be determined.
smf74cnx	INTEGER?	Reserved. Device flag extensions: Bit Meaning when set 0 Device dynamically changed 1 Device disconnect time is not valid 2 Base exposure of a parallel access volume 3 Number of alias exposures has changed 4 Timing facility not active 5 Device connect time is invalid 6 HyperPAV base device 7
smf74cn2	INTEGER?	Device flag extension 2 Bit Meaning when set 0 HyperWrite requested 1 Device in SuperPAV mode 2 Device is capable of performing synchronous I/O read requests 3 Device is capable of performing synchronous I/O write requests 4-7 Reserved.
smf74mtc	INTEGER?	Number of tape mounts detected against the device during the interval.
smf74dts	INTEGER?	Shared Device report control flag Bit Meaning when set 0 Valid node descriptor ID retrieved 1 No valid node descriptor ID retrieved 2 Reserved 3 SMF74SHR is valid 4 Device is shared/assigned to multiple systems 5-7
smf74dct	VARCHAR(28)?	Node descriptor ID for selfdescribing devices (if bit 0 of SMF74SRD on). 4-byte device number in EBCDIC format left justified with trailing blanks (if bit 1 of SMF74DTS is on).
smf74hpc	INTEGER?	Number of HyperPAV aliases configured for that LSS.
smf74nss	INTEGER?	Number of skipped samples caused by too large delta values.
smf74psm	INTEGER?	Number of successful PAV samples.
smf74pct	INTEGER?	Number of unsuccessful PAV counts.
smf74cmr	FLOAT?	Command response time in units of 128 microseconds.
smf74cap	INTEGER?	DASD volume capacity (specified by the number of available cylinders).
smf74idt	FLOAT?	Interrupt delay time in units of 128 microseconds. This field is zero if not supported by the hardware.
smf74cuq	INTEGER?	Control Unit Queuing Time.
smf74nm2	VARCHAR(4)?	Device number (same as SMF74NUM).
smf74atd	INTEGER?	Number of times I/Os were subjected to imposed delays due to PAV alias throttling.
smf74agc	INTEGER?	The alias management group number defined on the physical controller for this device. This number is valid if the device belongs to a DASD subsystem that supports alias management groups and bit 1 of SMF74CN2 is set.
smf74ags	INTEGER?	The alias management group number assigned by z/OS for this device on this system. This number is valid if the device belongs to a DASD subsystem that supports alias management groups and bit 1 of SMF74CN2 is set.
smf74sbr	FLOAT?	Number of synchronous I/O read bytes transferred.
smf74sbw	FLOAT?	Number of synchronous I/O write bytes transferred.
smf74sqr	FLOAT?	Number of successfully completed synchronous I/O read requests.
smf74sqw	FLOAT?	Number of successfully completed synchronous I/O write requests.
smf74spr	FLOAT?	Processing time (in 0.5 microsecond units) for successful synchronous I/O read requests.
smf74spw	FLOAT?	Processing time (in 0.5 microsecond units) for successful synchronous I/O write requests.
smf74sftr	FLOAT?	Elapsed time (in 0.5 microsecond units) for unsuccessful synchronous I/O read requests.
smf74sftw	FLOAT?	Elapsed time (in 0.5 microsecond units) for unsuccessful synchronous I/O write requests.
smf74slbr	FLOAT?	Number of synchronous I/O read link busy conditions.
smf74slbw	FLOAT?	Number of synchronous I/O write link busy conditions.
smf74scmr	FLOAT?	Number of cache miss conditions for synchronous I/O read requests.
smf74snis	FLOAT?	Number of synchronous I/O write requests where the write data could not be immediately stored.
smf74stor	FLOAT?	Number of synchronous I/O read timeout conditions.
smf74stow	FLOAT?	Number of synchronous I/O write timeout conditions.
smf74sor	FLOAT?	Number of synchronous I/O read requests rejected for reasons other than link busy, read cache miss or timeout conditions.
smf74sow	FLOAT?	Number of synchronous I/O write requests rejected for reasons other than link busy, timeout or deferred write conditions.
smf74ios	FLOAT?	IOS Queue time in microseconds
smf74int	FLOAT?	Duration of RMF measurement interval, in the form mmsstttF where mm is the minutes, ss is the seconds, ttt is the milliseconds, and F is the sign. The end of the measurement interval is the sum of the recorded start time and this field.
smf74sam	INTEGER?	Number of RMF samples.
lcd	INTEGER?	smf74cnf (Bit 1) showing no logical control unit information.
cmb	INTEGER?	smf74cnf (Bit 2) showing data contained in fields smf74ssc through smf73dis is incorrect.
del_	INTEGER?	smf74cnf (Bit 3) showing device has been deleted.
par	INTEGER?	smf74cnf (Bit 4) showing only partial statistics are available.
vac	INTEGER?	smf74cnf (Bit 6) showing data recorded is incorrect because device was configured during interval.
sta	INTEGER?	smf74cnf (Bit 7) showing device is currently online.
rnr	INTEGER?	smf74clf (Bit 0) showing number option active indicator.
rsg	INTEGER?	smf74clf (Bit 1) showing storage group option active indicator.
rcs	INTEGER?	smf74clf (Bit 2) showing storage group name changed duirng the interval.
mts	INTEGER?	smf74clf (Bit 3) showing mount pending condition exists at the start of the interval.
mte	INTEGER?	smf74clf (Bit 4) showing mount pending condiiton exists at tned of the interval.
ctw	INTEGER?	smf74clf (Bit 6) showing CTC with special protocol.
dyc	INTEGER?	smf74cnx (Bit 0) showing device dynamically changed.
ddt	INTEGER?	smf74cnx (Bit 1) showing device disconnect time is not valid.
pav	INTEGER?	smf74cnx (Bit 2) showing base exposure of a parallel access volume.
nxc	INTEGER?	smf74cnx (Bit 3) showing number of alias exposures has changed.
ntf	INTEGER?	smf74cnx (Bit 4) showing timing facility not active.
cni	INTEGER?	smf74cnx (Bit 5) showing device connect time is invalid.
hpv	INTEGER?	smf74cnx (Bit 6) showing HyperPAV base device.
cfc	INTEGER?	smf74cnx (Bit 7) showing device connnected to FICON.
hwr	INTEGER?	smf74cn2 (Bit 0) showing HperWrite requested.
xpv	INTEGER?	smf74cn2 (Bit 1) showing device in SuperPAV mode.
sir	INTEGER?	smf74cn2 (Bit 2) showing device is capable of performing synchronous I/O read requests.
siw	INTEGER?	smf74cn2 (Bit 3) showing device is capable of performing synchronous I/O write requests.
srd	INTEGER?	smf74dts (Bit 0) showing valid node descriptor ID retrieved.
snd	INTEGER?	smf74dts (Bit 1) showing no valid node descriptor ID retrieved.
shv	INTEGER?	smf74dts (Bit 3) showing smf74shr is valid.
shr	INTEGER?	smf74dts (Bit 4) showing device is shared/assigned to multiple systems.
smf74dct_hex2	VARCHAR(4)?	4 byte device number in EBCDIC format left justified with trailing blanks (if bit 1 of smf74dts is on).
sync_device_read_activity_rate	FLOAT?	the rate of successfully completed synchronous I/O read requests.
sync_device_write_activity_rate	FLOAT?	the rate of synchronous I/O write requests which completed successfully during the interval.
sync_avg_read_resp_time	FLOAT?	the average processing time per successful synchronous I/O read request.
sync_avg_write_resp_time	FLOAT?	the average processing time per successful synchronous I/O write request.
sync_read_xfer_rate	FLOAT?	the number of megabytes per second read during synchronous I/O processing on the device.
sync_write_xfer_rate	FLOAT?	the number of megabytes per second written during synchronous I/O processing on the device.
sync_req_success	FLOAT?	percentage of synchronous I/O requests that completed successfully.
sync_link_busy	FLOAT?	percentage of synchronous I/O requests that hit a link busy condition when trying to use a synchronous I/O link.
sync_cache_miss	FLOAT?	percentage of synchronous I/O read requests that hit a cache miss condition.
sync_timeout	FLOAT?	the total number of synchronous I/O read and write timeout conditions.
sync_rej_read	FLOAT?	the percentage of synchronous I/O read requests that were rejected for reasons other than a link busy condition or a read cache miss.
sync_rej_write	FLOAT?	the percentage of synchronouos I/O write requests that were rejected for reasons other than a link busy condiiton.
sync_total_req	FLOAT?	total number of synchronous I/O requests.
device_activity_rate	FLOAT?	the number of physical requests to the device rate during the interval.
avg_resp_time	FLOAT?	the average response time the device required to complete the asynchronous I/O request.
avg_iosq_time	FLOAT?	the time an I/O request must wait on an IOS queue before a SSCH instruction can be issued.
avg_cmr_dly	FLOAT?	the average delay time that a successfully inititated start or resume function needs until the first command is indicated as accepted by the device. It allows to distinguish between real H/W errors versus workload spikes (contention in the fabric and at the destination port).
avg_db_dly	FLOAT?	the average delay time that I/O requests to this device encountered because the device was busy. Device busy might mean another system is using the volume, another system reserved the device, head of string busy conditions caused contention or some combination of these three conditions has occurred.
avg_int_dly	FLOAT?	the average interrupt delay time encountered for I/O requests to this device. For each I/O request, the time is measured from when the I/O operation is complete to when the operating system begins to process the status.
avg_pend_time	FLOAT?	the average time an I/O request must wait in the hardware. This value reflects the time between acceptance of the SSCH function by the channel subsystem (SSCH-function pending) and acceptance of the first command associated with the SSCH function at the device (subchannel active). This value also includes the time waiting for an available channel path and control unit as well as the delya due to shared DASD condition.
avg_disc_time	FLOAT?	the average time the device was disconnected while processing an SSCH instruction. This value reflects the time when the device was in use but not transferring data. It includes the overhead time when a device might disconnect to perform positioning functions such as SEEK/SET SECTOR, as well as any reconnection delay.
avg_conn_time	FLOAT?	the average time the device was connected to a channel path and actually transferring data between the device and central storage. Typically, this value, measures data transfer time but also includes the search time needed to maintain channel path, control unit, and device connection.
dev_conn_percent	FLOAT?	the percentage of time during the interval when the device was connected to a channel path.
dev_util_percent	FLOAT?	the percentage of time during the interval when the device was in use. This percentage includes both the time when the device was involved in I/O operations (connect and disconnect time) and the time when it was reserved but not involeved in an I/O operation.
dev_resv_percent	FLOAT?	the percentage of time during the interval when a shared device was reserved by the procesor on which RMF was started. At each RMF cycle, RMF checks to see if a device is reserved, and a counter is kept of all such samples. At the end of the interval, the percentage is computed.
avg_numbr_alloc	FLOAT?	the average number of data control blocks (DCBs) and access method control blocks (ACBs) concurrently allocated for each volume. This field is reported only for direct access storage devices.
any_alloc_percent	FLOAT?	the percentage of time during the reporting interval when the device was allocated to one or more data sets. Permanently mounted direct access devices show a 100% allocation, regardless of whether a data set was actually allocated.
mt_pend_percent	FLOAT?	the percentage ot time during the interval when a mount was pending for the device. This field is reported only for direct access devices and magnetic tape devices.
not_ready_percent	FLOAT?	the percentage of time during the reporting interval when the device was not ready for use. For example, when a tape has just been mounted but is not yet ready to be used to the system. This field is not reported for direct access devices.
num_of_mts	INTEGER?	the number of tape mounts, shown as an integer value, detected by RMF.
avg_mt_time	FLOAT?	the average mount time pending for every device. If the mount count or the sample count is zero, the result is zero.
time_dev_alloc	FLOAT?	the total time the device as allocated during the interval. If the sample count is zero, the result is zero.

Constraints:

• FOREIGN KEY (smf74_dctl.csc, smf74_dctl.smf74sid, smf74_dctl.datetime, smf74_dctl.smf74ist, smf74_dctl.smf74iet, smf74_dctl.smf74sub → csc, smf74sid, datetime, smf74ist, smf74iet, smf74sub)

• PRIMARY KEY (csc, smf74sid, datetime, smf74ist, smf74iet, smf74sub, smf74lcu, smf74scs, smf74num)

smf74_dupchpa

smf2db.db_models.smf74_model.Smf74Dupchpa (smf74_dupchpa)

The Smf74Dupchpa class stores the Smf74Dupchpa section in the smf74_dupchpa table.

Columns:

csc	VARCHAR(8)?	the identifier or serial number of Central Processor Complexes (CPC).
→ smf74xnm*	VARCHAR(8)	Sysplex name as defined in parmlib member COUPLExx.
→ datetime*	DATETIME	the hour of the record.
→ smf74ist*	DATETIME	Time that the RMF measurement interval started, in the form 0 hhmmssF , where hh is the hours, mm is the minutes, ss is the seconds, and F is the sign.
→ smf74iet*	VARCHAR(18)	Interval expiration time token. This token can be used to identify other than RMF records that belong to the same interval (if interval
→ r744fnam*	VARCHAR(8)	Name of coupling facility as defined in parmlib member COUPLExx.
→ r744rnam*	VARCHAR(8)	CF name (if applicable, else X’0’).
r744hcpi*	VARCHAR(2)	Channel path identifier. The range of values is X’00’ to X’FF’.
r744hsnd*	INTEGER	r744hchf (Bit 1) showing channel path is a sender channel.
→ smf74sid*	VARCHAR(4)	System identification (from the SMFPRMxx SID parameter).
r744htap	VARCHAR(5)?	Channel path type acronym.
r744hopm	VARCHAR(4)?	Channel path operation mode. It describes the channel path type, data rate, protocol and adapter type. Value Meaning X’01’ CFP path supporting a 1.0625 Gbit/s data rate X’02’ CFP path supporting a 2.125 Gbit/s data rate X’10’ CIB path operating at 1x bandwidth using the IFB protocol, adapter type HCA2-O LR X’11’ CIB path operating at 12x bandwidth using the IFB protocol, adapter type HCA2-O X’20’ CIB path operating at 1x bandwidth using the IFB protocol, adapter type HCA3-O LR X’21’ CIB path operating at 12x bandwidth using the IFB protocol, adapter type HCA3-O X’30’ CIB path operating at 12x bandwidth using the IFB3 protocol, adapter type HCA3-O X’40’ CS5 path operating at 8x bandwidth using the PCIe third generation protocol, adapter type PCIe-O X’50’ CL5 path supporting a 10 Gbit/s data rate using the Converged Enhanced Ethernet protocol, adapter type RoCE X’51’ CL6 path supporting a 25 Gbit/s data rate using the Converged Enhanced Ethernet protocol, adapter type RoCE Other Unknown
r744hlat	FLOAT?	Channel path latency time. This is the average round-trip path time in microseconds. A value of 0 means that the time was not measured. A value of 1 means a time less than or equal to one microsecond.
r744hpcp	VARCHAR(4)?	Physical channel ID (PCHID)
r744haid	VARCHAR(4)?	Coupling adapter identifier associated with the CHPID.
r744hapn	VARCHAR(2)?	Number of the port associated with the CHPID.
r744hsap_1	VARCHAR(2)?	engine 1 - I/O processor (System Assist Processor) to which this path is accessible. The range of values is X’00’ to X’FF’.
r744hsap_2	VARCHAR(2)?	engine 2 - I/O processor (System Assist Processor) to which this path is accessible. The range of values is X’00’ to X’FF’.
r744hsap_3	VARCHAR(2)?	engine 3 - I/O processor (System Assist Processor) to which this path is accessible. The range of values is X’00’ to X’FF’.
r744hsap_4	VARCHAR(2)?	engine 4 - I/O processor (System Assist Processor) to which this path is accessible. The range of values is X’00’ to X’FF’.
r744hhca	INTEGER?	r744hfl1 (Bit 0) showing coupling adapter ID and port number are valid.
r744hmov	INTEGER?	r744hfl1 (Bit 1) showing channel path operation mode is valid.
r744hlav	INTEGER?	r744hfl1 (Bit 2) showing channel path latency time is valid.
r744hdev	INTEGER?	r744hfl1 (Bit 3) showing degraded status flag is valid.
r744hsav1	INTEGER?	r744hfl1 (Bit 4) showing the corresponding field in the array of I/O processors is valid.
r744hsav2	INTEGER?	r744hfl1 (Bit 5) showing the corresponding field in the array of I/O processors is valid.
r744hsav3	INTEGER?	r744hfl1 (Bit 6) showing the corresponding field in the array of I/O processors is valid.
r744hsav4	INTEGER?	r744hfl1 (Bit 7) showing the corresponding field in the array of I/O processors is valid.
r744hpcv	INTEGER?	r744hfl2 (Bit 0) showing channel (CHID) is valid.
r744hdeg	INTEGER?	r744hchf (Bit 0) showing channel path is operating at reduced capacity (degraded) or is not operating at the end of the interval.

Constraints:

• FOREIGN KEY (smf74_cfrf.smf74xnm, smf74_cfrf.datetime, smf74_cfrf.smf74ist, smf74_cfrf.smf74iet, smf74_cfrf.r744fnam, smf74_cfrf.r744rnam, smf74_cfrf.smf74sid → smf74xnm, datetime, smf74ist, smf74iet, r744fnam, r744rnam, smf74sid)

• PRIMARY KEY (smf74xnm, datetime, smf74ist, smf74iet, r744fnam, r744rnam, r744hcpi, r744hsnd, smf74sid)

smf74_eadm

smf2db.db_models.smf74_model.Smf74Eadm (smf74_eadm)

The Smf74Eadm class stores the Smf74Eadm section in the smf74_eadm table.

Columns:

→ smf_type	VARCHAR(5)?	the SMF type and subtype.
→ csc*	VARCHAR(8)	the identifier or serial number of Central Processor Complexes (CPC).
→ smf74sid*	VARCHAR(4)	System identification (from the SMFPRMxx SID parameter).
→ datetime*	DATETIME	the hour of the record.
→ smf74ist*	DATETIME	Time that the RMF measurement interval started, in the form 0 hhmmssF , where hh is the hours, mm is the minutes, ss is the seconds, and F is the sign.
→ smf74iet*	VARCHAR(18)	Interval expiration time token. This token can be used to identify other than RMF records that belong to the same interval (if interval
r7410dsct	BIGINT?	SSCH count across all devices.
r7410dnum	BIGINT?	Number of updates to the time accumulation fields.
r7410dfpt	FLOAT?	Sum of function pending times across all devices in units of 128 microseconds. The time lapse between the SSCH being issued and the acceptance of the first command of the channel program at the device.
r7410diqt	FLOAT?	Sum of IOP queue times across all devices in units of 128 microseconds. The amount of time the request is not accepted at the SCM resource because it would exceed its maximum capacity.
r7410dcrt	FLOAT?	Sum of initial command response times across all devices in units of 128 microseconds. The time from when the first command does not immediately proceed to execute until the successful start of execution at the SCM resource part.
r7410dflg	INTEGER?	Device information flags. Bit Meaning when set 0 EADM compression facility is available. 1 - 7 Reserved.
r7410docc	BIGINT?	Number of compression operations.
r7410docd	BIGINT?	Number of decompression operations.
r7410disc	BIGINT?	Number of 1 MB input blocks consumed for compression.
r7410dosc	BIGINT?	Number of 1 MB output blocks consumed for compression.
r7410disd	BIGINT?	Number of 1 MB input blocks consumed for decompression.
r7410dosd	BIGINT?	Number of 1 MB output blocks consumed for decompression.
smf74int	FLOAT?	Duration of RMF measurement interval, in the form mmsstttF where mm is the minutes, ss is the seconds, ttt is the milliseconds, and F is the sign. The end of the measurement interval is the sum of the recorded start time and this field.
r7410ecpr	INTEGER?	r7410dflg (Bit 0) showing EADM compresssion facility is available.

Constraints:

• FOREIGN KEY (smf74_pro.datetime, smf74_pro.smf74ist, smf74_pro.smf74iet, smf74_pro.smf_type, smf74_pro.csc, smf74_pro.smf74sid → datetime, smf74ist, smf74iet, smf_type, csc, smf74sid)

• PRIMARY KEY (csc, smf74sid, datetime, smf74ist, smf74iet)

smf74_Extp

smf2db.db_models.smf74_model.Smf74Extp (smf74_extp)

The Smf74Extp class stores the Smf74Extp section in the smf74_extp table.

Columns:

r748xpid*	VARCHAR(4)	Extent pool identifier.
last_update_time	DATETIME?	last update time of this record.
→ datetime*	DATETIME	the hour of the record.
→ smf74ist*	DATETIME	Time that the RMF measurement interval started, in the form 0 hhmmssF , where hh is the hours, mm is the minutes, ss is the seconds, and F is the sign.
→ smf74iet*	VARCHAR(18)	Interval expiration time token. This token can be used to identify other than RMF records that belong to the same interval (if interval
→ r748cser*	VARCHAR(10)	Primary control unit serial number.
r748xplt	INTEGER?	Extent type: Value Meaning 0-3 Reserved 4 FIBER 1Gb 5-131 Reserved 132 CKD 1Gb 133-255 Reserved.
r748xptq	INTEGER?	Extent pool type qualifier: Bit Meaning when set 0 Data encrypted extent pool 1 Compression extent pool 2-6 Reserved 7
r748xrcp	INTEGER?	Real extent pool capacity in GB.
r748xrns	INTEGER?	Number of real extents in extent pool.
r748xrna	INTEGER?	Number of allocated real extents in extent pool.
r748xrsc	INTEGER?	Real extent conversions. Valid if bit 0 of R748CFLG is set.
r748xvcp	INTEGER?	Virtual extent pool capacity in GB. Valid if bit 0 of R748CFLG is set.
r748xvns	INTEGER?	Number of virtual extents in extent pool. Valid if bit 0 of R748CFLG is set.
r748xvsc	INTEGER?	Virtual extent conversions. Valid if bit 0 of R748CFLG is set.
r748xsdy	INTEGER?	Number of extents that were sources of dynamic extent relocations. Valid if bit 0 of R748CFLG is set.
r748xtdy	INTEGER?	Number of extents that were targets of dynamic extent relocations. Valid if bit 0 of R748CFLG is set.
r748xeps	INTEGER?	Extent sizes in extent pool. Valid if bit 7 of R748XPTQ is set. Value Description 0 Reserved 1 1 GB extents (CKD 1113 cylinders) 2-6 Reserved
r748xtpc	INTEGER?	Total physical capacity (in units as defined in R748XEPS). Valid if bit 2 of R748CFLG is set.
r748xupc	INTEGER?	Used physical capacity (in units as defined in R748XEPS). Valid if bit 2 of R748CFLG is set.
r748xtlc	INTEGER?	Total logical capacity (in units as defined in R748XEPS). Valid if bit 2 of R748CFLG is set.
r748xulc	INTEGER?	Used logical capacity (in units as defined in R748XEPS). Valid if bit 2 of R748CFLG is set.
encrypted_extent_pool	INTEGER?	r748xptq (Bit 0) showing data encrypted extent pool.
compression_extent_pool	INTEGER?	r748xptq (Bit 1) showing compression extent pool.
extent_sizes_valid	INTEGER?	r748xptq (Bit 1) showing compression extent pool.
r748rcnt	INTEGER?	Count of arrays in rank.
r748rbyr	FLOAT?	Rank 128 KB read.
r748rbyw	FLOAT?	Rank 128 KB write.
r748rrop	FLOAT?	Rank read operations.
r748rwop	FLOAT?	Rank write operations.
r748rkrt	FLOAT?	Rank read response time in units of 16 milliseconds.
r748rkwt	FLOAT?	Rank write response time in units of 16 milliseconds.
r748rtq	INTEGER?	Rank type qualifier: Bit Meaning when set 0 Data encrypted rank. 1 Compression rank. 2-6 Reserved. 7 Rank adapter pair ID is valid.
r748rai	VARCHAR(4)?	Rank adapter pair ID
data_encrypted_rank	INTEGER?	r748rtq (Bit 0) showing data encrypted rank.
compression_rank	INTEGER?	r748rtq (Bit 1) showing compression rank.
rank_adapter_id_valid	INTEGER?	r748rtq (Bit 7) showing rank adapter pair ID is valid.
r748aebc	VARCHAR(16)?	Description of array type, for example: RAID-10.
r748atyp	INTEGER?	Array type: Value Meaning 1 RAID-5 2 RAID-10 3
r748aasp	INTEGER?	Array speed in 1000 RPM.
r748aawd	INTEGER?	Array width.
r748aacp	INTEGER?	Array effective DDM capacity, in GB. For compression drives, this is the total logical capacity.
r748aast	INTEGER?	Array device class and array status Bit Meaning when set 0-1 Device class. B’00’ = Enterprise drive B’01’ = Near-line drive B’10’ = SATA drive B’11’ = Solid state drive 2 Raid degraded. 3 DDM throttling. 4 RPM exception. 5 Reserved. 6 DDM class is compression. 7 Reserved.
r748adc	VARCHAR(2)?	r748aast (Bit 0-1) showing array device class.
r748ard	INTEGER?	r748aast (Bit 2) showing raid degraded.
r748adt	INTEGER?	r748aast (Bit 3) showing DDM throttling.
r748are	INTEGER?	r748aast (Bit 4) showing RPM exception.
r748acmp	INTEGER?	r748aast (Bit 6) showing DDM class is compression.
rank_cap	BIGINT?	rank capacity.

Constraints:

• FOREIGN KEY (smf74_cntl.datetime, smf74_cntl.smf74ist, smf74_cntl.smf74iet, smf74_cntl.r748cser → datetime, smf74ist, smf74iet, r748cser)

• PRIMARY KEY (datetime, smf74ist, smf74iet, r748cser, r748xpid)

smf74_fcd

smf2db.db_models.smf74_model.Smf74Fcd (smf74_fcd)

The Smf74Fcd class stores the Smf74Fcd section in the smf74_fcd table.

Columns:

smf_type	VARCHAR(5)?	the SMF type and subtype.
last_update_time	DATETIME?	last update time of this record.
datetime*	DATETIME	the hour of the record.
smf74ist*	DATETIME	Time that the RMF measurement interval started, in the form 0 hhmmssF , where hh is the hours, mm is the minutes, ss is the seconds, and F is the sign.
smf74iet*	VARCHAR(18)	Interval expiration time token. This token can be used to identify other than RMF records that belong to the same interval (if interval
r747gcfl	INTEGER?	Configuration change flags. Bit Meaning when set 0 Configuration changed during interval. 1 Configuration changed since IPL. 2 System IPLed by way of IODF. 3 I/O configuration token is valid. 4-7 Reserved.
r747gnfd	INTEGER?	Number of installed FCD switches.
r747ginm	VARCHAR(44)?	IODF name.
r747gisf	VARCHAR(2)?	Suffix of IODF name.
r747gict	DATETIME?	IODF creation time (hh.mm.ss).
r747gdca	INTEGER?	r747gcfl (Bit 0) showing configuration changed during interval.
r747giac	INTEGER?	r747gcfl (Bit 1) showing configuration changed since IPL.
r747giod	INTEGER?	r747gcfl (Bit 2) showing system IPLed by way of IODF.
r747gicv	INTEGER?	r747gcfl (Bit 3) showing I/O configuration token is valid.
r747pfpt	FLOAT?	Frame pacing time (in units of 2.5 microseconds).
r747pnwr	FLOAT?	Number of words received.
r747pnwt	FLOAT?	Number of words transmitted.
r747pnfr	FLOAT?	Number of frames received.
r747pnft	FLOAT?	Number of frames transmitted.
r747pner	FLOAT?	Number of errors.

Constraints:

• PRIMARY KEY (datetime, smf74ist, smf74iet)

smf74_fsys

smf2db.db_models.smf74_model.Smf74Fsys (smf74_fsys)

The Smf74Fsys class stores the Smf74Fsys section in the smf74_fsys table.

Columns:

r746fsnm*	VARCHAR(44)	File system name (cataloged dataset name).
r746fctm	DATETIME?	Current time stamp (when was data obtained).
→ csc*	VARCHAR(8)	the identifier or serial number of Central Processor Complexes (CPC).
→ smf74sid*	VARCHAR(4)	System identification (from the SMFPRMxx SID parameter).
→ datetime*	DATETIME	the hour of the record.
→ smf74ist*	DATETIME	Time that the RMF measurement interval started, in the form 0 hhmmssF , where hh is the hours, mm is the minutes, ss is the seconds, and F is the sign.
→ smf74iet*	VARCHAR(18)	Interval expiration time token. This token can be used to identify other than RMF records that belong to the same interval (if interval
r746fsnl	INTEGER?	Length of file system name.
r746fsfl	INTEGER?	Status flags. Bit Meaning when set 0 No HFS file system statistics. 1 Mount time changed. 2 File system now mounted. 3-7 Reserved.
r746fmtm	DATETIME?	Mount time stamp.
r746fsf	INTEGER?	Size of file system (in pages).
r746fpf	INTEGER?	Number of pages internally used by HFS.
r746fpd	INTEGER?	Number of pages used for the attribute directory.
r746fpc	INTEGER?	Number of data buffer pages cached by this file system.
r746fsfi	FLOAT?	Number of sequential file data I/O requests issued.
r746frfi	FLOAT?	Number of random file data I/O requests issued.
r746fmc	FLOAT?	Number of times the metadata for a file was found in virtual storage (cache) during file lookup.
r746fmnc	FLOAT?	Number of times the metadata for a file was not found in virtual storage (cache) during file lookup and an index call was necessary which may result in an I/O.
r746f1c	FLOAT?	Number of times the first page of a data file was requested and found in virtual storage (cache).
r746f1nc	FLOAT?	Number of times the first page of a data file was requested and not found in virtual storage (cache) and an I/O was necessary.
r746fint	FLOAT?	Number of index new tops.
r746fis	FLOAT?	Number of index splits.
r746fij	FLOAT?	Number of index joins.
r746firh	FLOAT?	Number of index page read hits.
r746firm	FLOAT?	Number of index page read misses.
r746fiwh	FLOAT?	Number of index page write hits.
r746fiwm	FLOAT?	Number of index page write misses.
r746fsrc	INTEGER?	Return code from OMVS BPX1PCT for DisplayFSStats command.
r746fsrs	INTEGER?	Reason code from OMVS BPX1PCT for DisplayFSStats command.
r746fnhs	INTEGER?	r746fsfl (Bit 0) showing no HFS file system statistics.
r746fmtc	INTEGER?	r746fsfl (Bit 1) showing mount time changed.
r746ffsm	INTEGER?	r746fsfl (Bit 2) showing file system now mounted.

Constraints:

• FOREIGN KEY (smf74_hfs.csc, smf74_hfs.smf74sid, smf74_hfs.datetime, smf74_hfs.smf74ist, smf74_hfs.smf74iet → csc, smf74sid, datetime, smf74ist, smf74iet)

• PRIMARY KEY (csc, smf74sid, datetime, smf74ist, smf74iet, r746fsnm)

smf74_gbuf

smf2db.db_models.smf74_model.Smf74Gbuf (smf74_gbuf)

The Smf74Gbuf class stores the Smf74Gbuf section in the smf74_gbuf table.

Columns:

pool_number*	INTEGER	buffer pool number.
→ csc*	VARCHAR(8)	the identifier or serial number of Central Processor Complexes (CPC).
→ smf74sid*	VARCHAR(4)	System identification (from the SMFPRMxx SID parameter).
→ datetime*	DATETIME	the hour of the record.
→ smf74ist*	DATETIME	Time that the RMF measurement interval started, in the form 0 hhmmssF , where hh is the hours, mm is the minutes, ss is the seconds, and F is the sign.
→ smf74iet*	VARCHAR(18)	Interval expiration time token. This token can be used to identify other than RMF records that belong to the same interval (if interval
r746gsb	INTEGER?	Size of buffers in buffer pool (in pages).
r746gnds	INTEGER?	Number of data spaces for buffer pool.
r746gsbp	INTEGER?	Size of buffer pool (in pages).
r746gsbf	INTEGER?	Size of permanently fixed buffers in buffer pool (in pages).
r746gbf	FLOAT?	Number of times a buffer was already fixed prior to an I/O request in buffer pool.
r746gbnf	FLOAT?	Number of times a buffer was not already fixed prior to an I/O request in buffer pool.

Constraints:

• FOREIGN KEY (smf74_hfs.csc, smf74_hfs.smf74sid, smf74_hfs.datetime, smf74_hfs.smf74ist, smf74_hfs.smf74iet → csc, smf74sid, datetime, smf74ist, smf74iet)

• PRIMARY KEY (csc, smf74sid, datetime, smf74ist, smf74iet, pool_number)

smf74_hfs

smf2db.db_models.smf74_model.Smf74Hfs (smf74_hfs)

The Smf74Hfs class stores the Smf74Hfs section in the smf74_hfs table.

Columns:

→ smf_type	VARCHAR(5)?	the SMF type and subtype.
→ csc*	VARCHAR(8)	the identifier or serial number of Central Processor Complexes (CPC).
→ smf74sid*	VARCHAR(4)	System identification (from the SMFPRMxx SID parameter).
→ datetime*	DATETIME	the hour of the record.
→ smf74ist*	DATETIME	Time that the RMF measurement interval started, in the form 0 hhmmssF , where hh is the hours, mm is the minutes, ss is the seconds, and F is the sign.
→ smf74iet*	VARCHAR(18)	Interval expiration time token. This token can be used to identify other than RMF records that belong to the same interval (if interval
r746gmxv	INTEGER?	Value of VIRTUAL(MAX) (in MB).
r746gusv	INTEGER?	Total amount (in pages) of virtual storage in use.
r746gmnf	INTEGER?	Value of FIXED(MIN) (in MB).
r746gusf	INTEGER?	Total amount (in pages ) of permanently fixed storage in use.
r746gmc	FLOAT?	Number of times the metadata for a file was found in virtual storage (cache) during file lookup.
r746gmnc	FLOAT?	Number of times the metadata for a file was not found in virtual storage (cache) during file lookup and an index call was necessary which may result in an I/O.
r746g1c	FLOAT?	Number of times the first page of a data file was requested and found in virtual storage (cache).
r746g1nc	FLOAT?	Number of times the first page of a data file was requested and not found in virtual storage (cache) and an I/O was necessary.
r746glrc	VARCHAR(8)?	Return code from OMVS BPX1PCT for DisplayBufferLimits command.
r746glrs	VARCHAR(8)?	Reason code from OMVS BPX1PCT for DisplayBufferLimits command.
r746gsrc	VARCHAR(8)?	Return code from OMVS BPX1PCT for DisplayGlobalStats command.
r746gsrs	VARCHAR(8)?	Reason code from OMVS BPX1PCT for DisplayGlobalStats command.
r746gsfl	INTEGER?	Status flags. Bit Meaning when set 0 OMVS kernel not ready 1 No buffer limit data 2 No global data 3 Partial global data 4-7 Reserved.
r746gonr	INTEGER?	r746gsfl (Bit 0) showing OMVS kernel not ready.
r746gnbl	INTEGER?	r746gsfl (Bit 1) showing no buffer limit data.
r746gngd	INTEGER?	r746gsfl (Bit 2) showing no global data.
r746gpgd	INTEGER?	r746gsfl (Bit 3) showing partial global data.

Constraints:

• FOREIGN KEY (smf74_pro.datetime, smf74_pro.smf74ist, smf74_pro.smf74iet, smf74_pro.smf_type, smf74_pro.csc, smf74_pro.smf74sid → datetime, smf74ist, smf74iet, smf_type, csc, smf74sid)

• PRIMARY KEY (csc, smf74sid, datetime, smf74ist, smf74iet)

smf74_lcf

smf2db.db_models.smf74_model.Smf74Lcf (smf74_lcf)

The Smf74Lcf class stores the Smf74Lcf section in the smf74_lcf table.

Columns:

→ r744fnam*	VARCHAR(8)	Name of coupling facility as defined in parmlib member COUPLExx.
r744fpas	VARCHAR(4)?	Path-available mask for CF links.
r744fpis	VARCHAR(4)?	Path-installed mask for CF links.
r744fpcm	VARCHAR(4)?	Composite-path mask: paths that have a physical or logical connection to the facility or that are connected to the facility in the active policy.
r744ftap_1	VARCHAR(5)?	engine 1 - Channel path type acronym.
r744ftap_2	VARCHAR(5)?	engine 2 - Channel path type acronym.
r744ftap_3	VARCHAR(5)?	engine 3 - Channel path type acronym.
r744ftap_4	VARCHAR(5)?	engine 4 - Channel path type acronym.
r744ftap_5	VARCHAR(5)?	engine 5 - Channel path type acronym.
r744ftap_6	VARCHAR(5)?	engine 6 - Channel path type acronym.
r744ftap_7	VARCHAR(5)?	engine 7 - Channel path type acronym.
r744ftap_8	VARCHAR(5)?	engine 8 - Channel path type acronym.
r744fidp_1	VARCHAR(2)?	engine 1 - Channel path identifier. The range of values is X’00’ - X’FF’.
r744fidp_2	VARCHAR(2)?	engine 2 - Channel path identifier. The range of values is X’00’ - X’FF’.
r744fidp_3	VARCHAR(2)?	engine 3 - Channel path identifier. The range of values is X’00’ - X’FF’.
r744fidp_4	VARCHAR(2)?	engine 4 - Channel path identifier. The range of values is X’00’ - X’FF’.
r744fidp_5	VARCHAR(2)?	engine 5 - Channel path identifier. The range of values is X’00’ - X’FF’.
r744fidp_6	VARCHAR(2)?	engine 6 - Channel path identifier. The range of values is X’00’ - X’FF’.
r744fidp_7	VARCHAR(2)?	engine 7 - Channel path identifier. The range of values is X’00’ - X’FF’.
r744fidp_8	VARCHAR(2)?	engine 8 - Channel path identifier. The range of values is X’00’ - X’FF’.
→ csc	VARCHAR(8)?	the identifier or serial number of Central Processor Complexes (CPC).
→ smf_type	VARCHAR(5)?	the SMF type and subtype.
r744fsys	VARCHAR(8)?	Name of this system (from IEASYSxx parmlib member, SYSNAME parameter).
r744fcpi	INTEGER?	Index to first channel path data section associated with this coupling facility.
r744fcpn	INTEGER?	Number of channel path data sections for channel paths of type CIB, CFP, CL5, CS5, or CL6 connected to this coupling facility. This count matches the number of subsequent channel path data sections.
r744ssta	FLOAT?	The number of list, lock, or cache requests that were to be executed synchronously at the coupling facility, but which were changed to an asynchronous operation due to lack of resources.
r744strc	FLOAT?	The total number of IXLLIST, IXLCACHE, or IXLLOCK requests made. This field will not necessarily equal the sum or R744SSRC, R744SARC, and R744SSTA due to internal processing. Use of the batch unlock function can produce large discrepancies because R744STRC is incremented for each lock being released, but only one coupling facility operation is executed.
r744stac	FLOAT?	The total number of IXLLOCK requests that could not be satisfied immediately because of lock contention.
r744sarc	FLOAT?	The total number of operations executed asynchronously at the coupling facility.
r744satm	FLOAT?	Summed service time for asynchronous requests in microseconds.
r744sasq	FLOAT?	Summed squares of service time for asynchronous requests.
r744ssrc	FLOAT?	Count of number of times for synchronous requests.
r744sstm	FLOAT?	Summed service time for synchronous requests in microseconds.
r744sssq	FLOAT?	Summed squares of service time for synchronous requests.
r744sqrc	FLOAT?	Count of number of times for queued requests.
r744sqtm	FLOAT?	Summed queue delay time in microseconds.
r744sqsq	FLOAT?	Summed squares of delay time for queued requests.
total_list_r744ssrc	INTEGER?	total count of number of times for synchronous requests of all list structures.
total_cache_r744ssrc	INTEGER?	total count of number of times for synchronous requests of all cache structures.
total_lock_r744ssrc	INTEGER?	total count of number of times for synchronous requests of all lock structures.
total_list_r744sarc	INTEGER?	the total number of operations executed asynchronously at the coupling facility of all list structures.
total_cache_r744sarc	INTEGER?	the total number of operations executed asynchronously at the coupling facility of all cache structures.
total_lock_r744sarc	INTEGER?	the total number of operations executed asynchronously at the coupling facility of all lock structures.
total_list_delayed_reqs	FLOAT?	total number of delayed requests of all list structures.
total_cache_delayed_reqs	FLOAT?	total number of delayed requests of all cache structures.
total_lock_delayed_reqs	FLOAT?	total number of delayed requests of all lock structures.
total_list_delay_time	FLOAT?	total delay time of possible contention requests of all list structures.
total_cache_delay_time	FLOAT?	total delay time of possible contention requests of all cache structures.
total_lock_delay_time	FLOAT?	total delay time of possible contention requests of all lock structures.
total_list_delay_sq_time	FLOAT?	total squared of delay time of possible contention requests of all list structures.
total_cache_delay_sq_time	FLOAT?	total squared of delay time of possible contention requests of all cache structures.
total_lock_delay_sq_time	FLOAT?	total squared of delay time of possible contention requests of all lock structures.
→ smf74xnm*	VARCHAR(8)	Sysplex name as defined in parmlib member COUPLExx.
→ datetime*	DATETIME	the hour of the record.
→ smf74ist*	DATETIME	Time that the RMF measurement interval started, in the form 0 hhmmssF , where hh is the hours, mm is the minutes, ss is the seconds, and F is the sign.
→ smf74iet*	VARCHAR(18)	Interval expiration time token. This token can be used to identify other than RMF records that belong to the same interval (if interval
→ smf74sid*	VARCHAR(4)	System identification (from the SMFPRMxx SID parameter).
r744fpbc	FLOAT?	Number of times coupling facility requests are delayed due to path busy.
r744fscg	INTEGER?	Number of subchannels defined.
r744fscu	INTEGER?	Number of subchannels currently in use.
r744fscl	INTEGER?	Number of subchannels that can be used (limit).
r744fscc	FLOAT?	Subchannel contention count (all subchannel busy).
r744ftor	FLOAT?	Total number of requests from this system.
r744fail	FLOAT?	Number of unsuccessful requests from this system.
r744ftim	FLOAT?	Total service time for unsuccessful requests in microseconds.
r744fsqu	FLOAT?	Total squares of service time for unsuccessful requests (in square- microseconds).
r744fctm	FLOAT?	Total contention time (microseconds) for waiting for subchannels to become free for synchronous immediate operations.
r744fcsq	FLOAT?	Total squares of contention time for waiting for subchannels to become free for synchronous immediate operations.
smf74sam	INTEGER?	Number of RMF samples.

Constraints:

• FOREIGN KEY (smf74_cf.smf74xnm, smf74_cf.datetime, smf74_cf.smf74ist, smf74_cf.smf74iet, smf74_cf.r744fnam → smf74xnm, datetime, smf74ist, smf74iet, r744fnam)

• FOREIGN KEY (smf74_pro.datetime, smf74_pro.smf74ist, smf74_pro.smf74iet, smf74_pro.smf_type, smf74_pro.csc, smf74_pro.smf74sid → datetime, smf74ist, smf74iet, smf_type, csc, smf74sid)

• PRIMARY KEY (smf74xnm, datetime, smf74ist, smf74iet, r744fnam, smf74sid)

smf74_lss

smf2db.db_models.smf74_model.Smf74Lss (smf74_lss)

The Smf74Lss class stores the Smf74Lss section in the smf74_lss table.

Columns:

r748laid*	INTEGER	Adapter ID.
→ datetime*	DATETIME	the hour of the record.
→ smf74ist*	DATETIME	Time that the RMF measurement interval started, in the form 0 hhmmssF , where hh is the hours, mm is the minutes, ss is the seconds, and F is the sign.
→ smf74iet*	VARCHAR(18)	Interval expiration time token. This token can be used to identify other than RMF records that belong to the same interval (if interval
→ r748cser*	VARCHAR(10)	Primary control unit serial number.
r748ltyp	INTEGER?	Link type: 1 ESCON 2 Fibre Channel 1 Gbit/s 3 Fibre Channel 2 Gbit/s 4 Fibre Channel 4 Gbit/s 5 Fibre Channel 8 Gbit/s 6 Fibre Channel 16 Gbit/s 7 Fibre Channel 32 Gbit/s 10 Ethernet Channel 10 Gbit/s 11 Ethernet Channel 40 Gbit/s
r748lflg	INTEGER?	Flags. Bit Meaning when set 0 Units of bytes indeterminable. Byte values incorrect. 1
r748lerb	FLOAT?	ECKD read activity in units of 128KB.
r748lewb	FLOAT?	ECKD write activity in units of 128KB.
r748lero	FLOAT?	Number of ECKD read operations. For ESCON ports, one count is added per chain which transfers customer data (no administration data) to the host. For FICON ports, one count is added per command which transfers customer data to the host.
r748lewo	FLOAT?	Number of ECKD write operations. For ESCON ports, one count is added per chain which transfers customer data (no administration data) from the host. For FICON ports, one count is added per command which transfers customer data from the host.
r748lert	FLOAT?	Accumulated time for ECKD read activity on the channel in milliseconds. The active processing time for each command is accumulated.
r748lewt	FLOAT?	Accumulated time for ECKD write activity on the channel in milliseconds. The active processing time for each command is accumulated.
r748lpsb	FLOAT?	PPRC send activity in units of 128KB.
r748lprb	FLOAT?	PPRC received activity in units of 128KB.
r748lpso	FLOAT?	PPRC send operations. Each PPRC write command sent by the PPRC primary is counted.
r748lpro	FLOAT?	PPRC received operations. Each PPRC write command received by the PPRC secondary is counted.
r748lpst	FLOAT?	Accumulated time for PPRC send activity in milliseconds.
r748lprt	FLOAT?	Accumulated time for PPRC received activity in milliseconds.
r748lsrb	FLOAT?	SCSI read activity in units of 128KB.
r748lswb	FLOAT?	SCSI write activity in units of 128KB.
r748lsro	FLOAT?	SCSI read operations. Each read operation is counted.
r748lswo	FLOAT?	SCSI write operations. Each write operation is counted.
r748lsrt	FLOAT?	Accumulated time for SCSI read operations on the channel in milliseconds.
r748lswt	FLOAT?	Accumulated time for SCSI write operations on the channel in milliseconds.
r748lflf	FLOAT?	Fibre channel link failures. Number of times the port lost meaningful communication on the link. This can cause I/O failures.
r748lfly	FLOAT?	Fibre channel synchronization failures. Number of times the fibre channel signal lost synchronization.
r748lfls	FLOAT?	Fibre channel signal failures. Number of times the fibre channel signal was lost.
r748lfpq	FLOAT?	Number of fibre channel primitive sequence errors. Such errors can occur during loss of synchronization, loss of signal, or during a link failure.
r748lfit	FLOAT?	Fibre channel invalid transmission word errors. Number of bit errors, which can lead to a loss of synchronization and/or to lost fibre channel traffic.
r748lfcr	FLOAT?	Fibre channel Cyclic Redundancy Check (CRC) errors. Number of fibre channel frames lost due to CRC errors. This causes an I/O abort or timeout.
r748lfr1	FLOAT?	Fibre channel link recovery (LR) sent. Number of times the ESS port reset the link due to a timeout on fibre channel buffer-to-buffer credit to send a frame. Such errors can cause timeouts or aborts or queued I/O frames to be lost.
r748lfr2	FLOAT?	Fibre channel link recovery (LR) received. Number of times the attached port reset the link due to a timeout on fibre channel buffer- to-buffer credit to send a frame. Such errors can cause timeouts or aborts or queued I/O frames to be lost.
r748lfif	FLOAT?	Fibre channel illegal frame errors. Number of frames that violated the Fibre channel protocol. The most common cause is a missing frame. Another example is an invalid frame header. Illegal frames will cause I/O aborts or timeouts.
r748lfod	FLOAT?	Fibre channel out of order data errors. Number of times that an out of order frame is detected. The most common cause is a missing frame. Such errors will cause I/O aborts or timeouts.
r748lfoa	FLOAT?	Fibre channel out of order ACK errors. Number of ACK frames identified as out of order. The most common cause is a missing frame. Such errors are not expected during I/O, since I/O does not use ACK.
r748lfdf	FLOAT?	Fibre channel duplicate frame errors. Number of times a duplicate frame was received. Such errors will cause I/O aborts or timeouts.
r748lfio	FLOAT?	Fibre channel invalid relative offset failures. Number of frames that were received with an invalid relative offset field in the frame header. Such errors will cause I/O aborts or timeouts.
r748lftc	FLOAT?	Fibre channel sequence timeout errors. Number of times the ESS port has detected a timeout on a receiving sequence initiative for a fibre channel exchange.
r748lfbc	INTEGER?	Fibre channel bit error rate. A non-zero rate means that bit errors have occurred on the link within the last five minutes. This is not an accumulated error rate, but a snapshot of the last five minute interval.
r748lbyt	INTEGER?	r748lflg (Bit 0) showing units of bytes indeterminable. Byte values incorrect.
r748ltim	INTEGER?	r748lflg (Bit 1) showing units of time indeterminable. Time values incorrect.

Constraints:

• FOREIGN KEY (smf74_cntl.datetime, smf74_cntl.smf74ist, smf74_cntl.smf74iet, smf74_cntl.r748cser → datetime, smf74ist, smf74iet, r748cser)

• PRIMARY KEY (datetime, smf74ist, smf74iet, r748cser, r748laid)

smf74_mbr

smf2db.db_models.smf74_model.Smf74Mbr (smf74_mbr)

The Smf74Mbr class stores the Smf74Mbr section in the smf74_mbr table.

Columns:

r742msys*	VARCHAR(8)	System name (as defined in parmlib member IEASYSxx SYSNAME parameter) where the member resides.
r742mgrp*	VARCHAR(8)	Group name.
r742mmem*	VARCHAR(16)	Member name.
→ csc*	VARCHAR(8)	the identifier or serial number of Central Processor Complexes (CPC).
→ smf74sid*	VARCHAR(4)	System identification (from the SMFPRMxx SID parameter).
→ datetime*	DATETIME	the hour of the record.
→ smf74ist*	DATETIME	Time that the RMF measurement interval started, in the form 0 hhmmssF , where hh is the hours, mm is the minutes, ss is the seconds, and F is the sign.
→ smf74iet*	VARCHAR(18)	Interval expiration time token. This token can be used to identify other than RMF records that belong to the same interval (if interval
r742mstf	INTEGER?	Status flags Bit Meaning when set 0 Member became active during this interval 1 Member became inactive during this interval 2 Counts reset by XCF during this interval 3 Partially not active during RMF Postprocessor interval. 4 No information returned from IXCQUERY. 5-7
r742mst1	INTEGER?	Extended member state (1): 2=CREATED 3=ACTIVE 4=QUIESCED 5=FAILED
r742mst2	INTEGER?	Extended member state (2): Bit Meaning when set 0 System status update missing 1 System termination started 2 Reserved 3 Status update missing (confirmed) 4 Status update missing (not confirmed) 5 Reserved 6 Monitoring has been removed 7
r742msnt	INTEGER?	Number of signals sent by member.
r742mrcv	INTEGER?	Number of signals received by member.
r742mint	INTEGER?	Status checking interval.
r742mjob	VARCHAR(8)?	Job name that joined the member.
r742mact	INTEGER?	r743mstf (Bit 0) showing member became active during this interval.
r742miac	INTEGER?	r743mstf (Bit 1) showing member became inactive during this interval.
r742mres	INTEGER?	r743mstf (Bit 2) showing counts reset by XCF during this interval.
r742mpar	INTEGER?	r743mstf (Bit 3) showing partially not active during RMF Postprocessor interval.
r742mnoq	INTEGER?	r743mstf (Bit 4) showing no information returned from IXCQUERY.
r742mssm	INTEGER?	r743mst2 (Bit 0) showing system status update missing.
r742mtrm	INTEGER?	r743mst2 (Bit 1) showing system termination started.
r742mmsm	INTEGER?	r743mst2 (Bit 3) showing status update missing (confirmed).
r742mmsd	INTEGER?	r743mst2 (Bit 4) showing status update missing (not confirmed).
r742mrem	INTEGER?	r743mst2 (Bit 6) showing monitoring has been removed.

Constraints:

• FOREIGN KEY (smf74_xctl.csc, smf74_xctl.smf74sid, smf74_xctl.datetime, smf74_xctl.smf74ist, smf74_xctl.smf74iet → csc, smf74sid, datetime, smf74ist, smf74iet)

• PRIMARY KEY (csc, smf74sid, datetime, smf74ist, smf74iet, r742mgrp, r742mmem, r742msys)

smf74_mscm

smf2db.db_models.smf74_model.Smf74Mscm (smf74_mscm)

The Smf74Mscm class stores the Smf74Mscm section in the smf74_mscm table.

Columns:

csc	VARCHAR(8)?	the identifier or serial number of Central Processor Complexes (CPC).
→ smf74xnm*	VARCHAR(8)	Sysplex name as defined in parmlib member COUPLExx.
→ datetime*	DATETIME	the hour of the record.
→ smf74ist*	DATETIME	Time that the RMF measurement interval started, in the form 0 hhmmssF , where hh is the hours, mm is the minutes, ss is the seconds, and F is the sign.
→ smf74iet*	VARCHAR(18)	Interval expiration time token. This token can be used to identify other than RMF records that belong to the same interval (if interval
→ r744fnam*	VARCHAR(8)	Name of coupling facility as defined in parmlib member COUPLExx.
→ r744snam*	VARCHAR(16)	Name of connected structure in this coupling facility.
→ smf74sid*	VARCHAR(4)	System identification (from the SMFPRMxx SID parameter).
r744msma	BIGINT?	Maximum amount of storage class memory the structure can use (4K-block units).
r744malg	INTEGER?	SCM algorithm type.
r744mfau	BIGINT?	Fixed augmented space (4K-block units).
r744miua	BIGINT?	Amount of augmented space that is in use by this structure (4K- block units).
r744mius	BIGINT?	Amount of storage class memory that is in use by this structure (4K-block units).
r744mema	BIGINT?	Estimated maximum amount of space that may be assigned as augmented space for this structure (4K-block units).
r744meml	BIGINT?	Estimated maximum number of list entries that may reside in storage class memory for this structure.
r744meme	BIGINT?	Estimated maximum number of list elements that may reside in storage class memory for this structure.
r744menl	BIGINT?	Number of existing structure list entries that reside in storage class memory for this structure.
r744mene	BIGINT?	Number of existing structure list elements that reside in storage class memory for this structure.
r744mslt	INTEGER?	Percentage of the list entry and list element counts that determines the lower threshold for migration from storage class memory to CF storage.
r744msut	INTEGER?	Percentage of the list entry and list element counts that determines the upper threshold for migration from CF storage to storage class memory.
r744mslr	INTEGER?	Percentage of the list entry and list element counts that determines the lower threshold regulator for migration from CF storage class memory to CF real storage.The lower threshold regulators are used to stop migration from CF SCM into CF real storage after being triggered by the lower threshold.
r744msur	INTEGER?	Percentage of the list entry and list element counts that determines the upper threshold regulator for migration from CF real storage to CF storage class memory. The upper threshold regulators are used to stop migration from CF real storage into CF SCM after being triggered by the upper threshold.
r744mswc	INTEGER?	SCM write count. The number of list write operations performed to storage class memory.
r744mrfc	INTEGER?	The number of read operations against storage class memory that were initiated by a reference to list structure objects residing in storage class memory.
r744mrpc	INTEGER?	The number of read operations against storage class memory that were initiated as a prefetch operation in order to retrieve list structure objects in storage class memory that are expected to be referenced.
r744mrst	FLOAT?	Total amount of service times for read operations from storage class memory in microseconds.
r744mrsq	BIGINT?	Total amount of squares of service times for read operations from storage class memory in square-microseconds.
r744mwst	FLOAT?	Total amount of service times for write operations to storage class memory in microseconds.
r744mwsq	BIGINT?	Total amount of squares of service times for write operations to storage class memory in square-microseconds.
r744mrbt	BIGINT?	SCM read bytes transferred. This is the number of bytes in 4K units transferred from storage class memory to CF storage.
r744mwbt	BIGINT?	SCM write bytes transferred. This is the number of bytes in 4K units transferred from CF storage to storage class memory.
r744maec	BIGINT?	SCM auxiliary enabled command count. This is the number of commands that required the use of CF auxiliary frames.
r744msrl	BIGINT?	The number of references against storage class memory to locate list structure objects.
r744msrr	BIGINT?	The number of references against storage class memory to resolve list entry key hashing.
r744msrm	BIGINT?	The number of references against storage class memory for the purpose of migrating list structure objects from CF storage to storage class memory to allow the creation of new list structure objects in CF storage.
r744mmbl	BIGINT?	The maximum number of list entries that can be stored in a single storage class memory buffer.
r744mmbe	BIGINT?	The maximum number of list elements that can be stored in a single storage class memory buffer.
r744mnel	BIGINT?	The minimum number of list elements that must be available for assignment after the specified allocation process completes.
r744mnec	BIGINT?	The minimum number of list entries that must be available for assignment after the specified allocation process completes.
r744msrk	BIGINT?	The number of references against storage class memory for the purpose of migrating list structure objects from storage class memory to CF storage to allow for key-range initialization to complete.

Constraints:

• FOREIGN KEY (smf74_cf.smf74xnm, smf74_cf.datetime, smf74_cf.smf74ist, smf74_cf.smf74iet, smf74_cf.r744fnam → smf74xnm, datetime, smf74ist, smf74iet, r744fnam)

• FOREIGN KEY (smf74_sreq.smf74xnm, smf74_sreq.datetime, smf74_sreq.smf74ist, smf74_sreq.smf74iet, smf74_sreq.r744fnam, smf74_sreq.r744snam, smf74_sreq.smf74sid → smf74xnm, datetime, smf74ist, smf74iet, r744fnam, r744snam, smf74sid)

• FOREIGN KEY (smf74_str.smf74xnm, smf74_str.datetime, smf74_str.smf74ist, smf74_str.smf74iet, smf74_str.r744fnam, smf74_str.r744qstr → smf74xnm, datetime, smf74ist, smf74iet, r744fnam, r744snam)

• PRIMARY KEY (smf74xnm, datetime, smf74ist, smf74iet, r744fnam, r744snam, smf74sid)

smf74_omvs

smf2db.db_models.smf74_model.Smf74Omvs (smf74_omvs)

The Smf74Omvs class stores the Smf74Omvs section in the smf74_omvs table.

Columns:

→ smf_type	VARCHAR(5)?	the SMF type and subtype.
→ csc*	VARCHAR(8)	the identifier or serial number of Central Processor Complexes (CPC).
→ smf74sid*	VARCHAR(4)	System identification (from the SMFPRMxx SID parameter).
→ datetime*	DATETIME	the hour of the record.
→ smf74ist*	DATETIME	Time that the RMF measurement interval started, in the form 0 hhmmssF , where hh is the hours, mm is the minutes, ss is the seconds, and F is the sign.
→ smf74iet*	VARCHAR(18)	Interval expiration time token. This token can be used to identify other than RMF records that belong to the same interval (if interval
r743cycu	INTEGER?	The number of cycle units elapsed between first and last measured sample.
r743cyct	INTEGER?	The cycle time value obtained from Monitor III options (in milliseconds).
r743flg	INTEGER?	Processing Flags Bit Meaning when set 0 Kernel address space is terminated or reinstated this interval. 1 Maximum number of processes changed during reporting interval. 2 Maximum number of users changed during reporting interval. 3 Maximum number of processes per user changed during reporting interval. 4 Maximum number of message queue ids changed during reporting interval when set. 5 Maximum number of semaphore ids changed during reporting interval when set. 6 Maximum number of shared memory ids changed during reporting interval when set. 7 Maximum number of shared memory pages changed during reporting interval when set. 8 Maximum number of memory map storage pages changed during reporting interval when set. 9 Maximum number of shared storage pages changed during reporting interval when set. 10 Maximum size of shared library region changed during reporting interval when set. 11 Maximum number of queued signals per process changed during reporting interval when set. 12-31
r743sysc	FLOAT?	The total number of kernel callable services invoked during the interval.
r743scmn	INTEGER?	The minimum number of kernel callable services invoked during one cycle.
r743scmx	INTEGER?	The maximum number of kernel callable services invoked during one cycle.
r743cpu	FLOAT?	Total CPU time spent processing callable services in the kernel address space during the interval (in 10-millisecond units).
r743ctmn	FLOAT?	Minimum CPU time spent processing callable services in the kernel address space during one cycle (in 10-millisecond units).
r743ctmx	FLOAT?	Maximum CPU time spent processing callable services in the kernel address space during one cycle (in 10-millisecond units).
r743opr	FLOAT?	Count of times fork() or dub failed because the maximum number of processes was exceeded during the interval.
r743opmn	INTEGER?	Minimum number of times fork() or dub failed because the maximum number of processes was exceeded during one cycle.
r743opmx	INTEGER?	Maximum number of times fork() or dub failed because the maximum number of processes was exceeded during one cycle.
r743ous	FLOAT?	Count of times fork() or dub failed because the maximum number of users was exceeded during the interval.
r743oumn	INTEGER?	Minimum number of times fork() or dub failed because the maximum number of users was exceeded during one cycle.
r743oumx	INTEGER?	Maximum number of times fork() or dub failed because the maximum number of users was exceeded during one cycle.
r743opru	FLOAT?	Count of times fork() or dub failed because the maximum number of processes per user was exceeded during the interval.
r743ormn	INTEGER?	Minimum number of times fork() or dub failed because the maximum number of processes per user was exceeded during one cycle.
r743ormx	INTEGER?	Maximum number of times fork() or dub failed because the maximum number of processes per user was exceeded during one cycle.
r743maxp	INTEGER?	Maximum number of processes.
r743maxu	INTEGER?	Maximum number of users.
r743mxpu	INTEGER?	Maximum number of processes per user.
r743curp	FLOAT?	Accumulated number of processes during the interval.
r743cpmn	INTEGER?	Minimum number of processes during one cycle.
r743cpmx	INTEGER?	Maximum number of processes during one cycle.
r743curu	FLOAT?	Accumulated number of users during the interval.
r743cumn	INTEGER?	Minimum number of users during one cycle.
r743cumx	INTEGER?	Maximum number of users during one cycle.
r743mmsg	INTEGER?	Maximum number of message queue IDs (constant).
r743msem	INTEGER?	Maximum number of semaphore IDs (constant).
r743mshm	INTEGER?	Maximum number of shared memory IDs (constant).
r743mspg	INTEGER?	Maximum number of shared memory pages (constant).
r743cmsg	FLOAT?	Accumulated number of message queue IDs during one interval.
r743cmmn	INTEGER?	Minimum number of message queue IDs per cycle.
r743cmmx	INTEGER?	Maximum number of message queue IDs per cycle.
r743csem	FLOAT?	Accumulated number of semaphore IDs during one interval.
r743csmn	INTEGER?	Minimum number of semaphore IDs per cycle.
r743csmx	INTEGER?	Maximum number of semaphore IDs per cycle.
r743cshm	FLOAT?	Accumulated number of shared memory IDs during one interval.
r743chmn	INTEGER?	Minimum number of shared memory IDs per cycle.
r743chmx	INTEGER?	Maximum number of shared memory IDs per cycle.
r743cspg	FLOAT?	Accumulated number of shared memory pages during one interval.
r743cgmn	INTEGER?	Minimum number of shared memory pages per cycle.
r743cgmx	INTEGER?	Maximum number of shared memory pages per cycle.
r743omsg	FLOAT?	Accumulated number of attempts to exceed maximum number of message queue IDs during one interval.
r743ommn	INTEGER?	Minimum number of attempts to exceed maximum number of message queue IDs per cycle.
r743ommx	INTEGER?	Maximum number of attempts to exceed maximum number of message queue IDs per cycle.
r743osem	FLOAT?	Accumulated number of attempts to exceed maximum number of semaphore IDs during one interval.
r743osmn	INTEGER?	Minimum number of attempts to exceed maximum number of semaphore IDs per cycle.
r743osmx	INTEGER?	Maximum number of attempts to exceed maximum number of semaphore IDs per cycle.
r743oshm	FLOAT?	Accumulated number of attempts to exceed maximum number of shared memory IDs during one interval.
r743ohmn	INTEGER?	Minimum number of attempts to exceed maximum number of shared memory IDs per cycle.
r743ohmx	INTEGER?	Maximum number of attempts to exceed maximum number of shared memory IDs per cycle.
r743ospg	FLOAT?	Accumulated number of attempts to exceed maximum number of shared memory pages during one interval.
r743ogmn	INTEGER?	Minimum number of attempts to exceed maximum number of shared memory pages per cycle.
r743ogmx	INTEGER?	Maximum number of attempts to exceed maximum number of shared memory pages per cycle.
r743mmap	INTEGER?	Maximum number of memory map storage pages (constant).
r743cmap	FLOAT?	Accumulated number of memory map storage pages during one interval.
r743camn	INTEGER?	Minimum number of memory map storage pages per cycle.
r743camx	INTEGER?	Maximum number of memory map storage pages per cycle.
r743omap	FLOAT?	Accumulated number of attempts to exceed maximum number of memory map storage pages during one interval.
r743oamn	INTEGER?	Minimum number of attempts to exceed maximum number of memory map storage pages per cycle.
r743oamx	INTEGER?	Maximum number of attempts to exceed maximum number of memory map storage pages per cycle.
r743mpag	INTEGER?	Maximum number of shared storage pages (constant).
r743cpag	FLOAT?	Accumulated number of shared storage pages during one interval.
r743cxmn	INTEGER?	Minimum number of shared storage pages per cycle.
r743cxmx	INTEGER?	Maximum number of shared storage pages per cycle.
r743opag	FLOAT?	Accumulated number of attempts to exceed maximum number of shared storage pages during one interval.
r743oxmn	INTEGER?	Minimum number of attempts to exceed maximum number of shared storage pages per cycle.
r743oxmx	INTEGER?	Maximum number of attempts to exceed maximum number of shared storage pages per cycle.
r743mslr	INTEGER?	Maximum amount of storage (MB) available for shared library region.
r743cslr	FLOAT?	Accumulated amount of shared library storage (MB) allocated in one interval.
r743clmn	INTEGER?	Minimum amount of shared library storage (MB) allocated per cycle.
r743clmx	INTEGER?	Maximum number of shared library storage (MB) allocated per cycle.
r743oslr	FLOAT?	Accumulated number of attempts to exceed maximum amount of shared library region size during one interval.
r743olmn	INTEGER?	Minimum number of attempts to exceed maximum amount of shared library region per cycle.
r743olmx	INTEGER?	Maximum number of attempts to exceed maximum amount of shared library region per cycle.
r743mqds	INTEGER?	Maximum amount of queued signals allowed per process.
r743oqds	FLOAT?	Accumulated number of attempts to exceed maximum amount of queued signals per interval.
r743oqmn	INTEGER?	Minimum number of attempts to exceed maximum amount of queued signals per cycle.
r743oqmx	INTEGER?	Maximum number of attempts to exceed maximum amount of queued signals per cycle.
r743ter	INTEGER?	r743flg (Bit 0) showing kernel address space is terminated or reinstated this interval.
r743chpr	INTEGER?	r743flg (Bit 1) showing maximum number of processes changed during reporting interval.
r743chus	INTEGER?	r743flg (Bit 2) showing maximum number of users changed during reporting inteval.
r743chpu	INTEGER?	r743flg (Bit 3) showing maximum number of processes per user changed during reporting interval.
r743chms	INTEGER?	r743flg (Bit 4) showing maximum number of message queue ids changed during reporting interval when set.
r743chse	INTEGER?	r743flg (Bit 5) showing maximum number of semaphore ids changed during reporting interval when set.
r743chsh	INTEGER?	r743flg (Bit 6) showing maximum number of shared memory ids changed during reporting interval when set.
r743chsp	INTEGER?	r743flg (Bit 7) showing maximum number of shared memory pages changed during reporting interval when set.
r743chma	INTEGER?	r743flg (Bit 8) showing maximum number of memory map storage pages changed during reporting interval when set.
r743chpa	INTEGER?	r743flg (Bit 9) showing maximum number of shared storage pages changed during reporting interval when set.
r743chlr	INTEGER?	r743flg (Bit 10) showing maximum size of shared library region changed during reporting interval when set.
r743cqsg	INTEGER?	r743flg (Bit 11) showing maximum number of queued signals per process changed during reporting interval when set.

Constraints:

• FOREIGN KEY (smf74_pro.datetime, smf74_pro.smf74ist, smf74_pro.smf74iet, smf74_pro.smf_type, smf74_pro.csc, smf74_pro.smf74sid → datetime, smf74ist, smf74iet, smf_type, csc, smf74sid)

• PRIMARY KEY (csc, smf74sid, datetime, smf74ist, smf74iet)

smf74_path

smf2db.db_models.smf74_model.Smf74Path (smf74_path)

The Smf74Path class stores the Smf74Path section in the smf74_path table.

Columns:

r742pnme*	VARCHAR(8)	System name as defined in parmlib member IEASYSxx SYSNAME parameter.
r742pdir*	VARCHAR(3)	Direction path Bit Meaning when set 0 Inbound path 1 Outbound path 2-7
r742ptyp*	INTEGER	Path type indicator. Value Meaning 1 CTC 3 List structure.
r742pona*	VARCHAR(8)	Name of system on other end if known, otherwise blanks.
r742ptcn*	VARCHAR(8)	Transport class name For an outbound path, the class to which the path is assigned. For an inbound path, the class to which the outbound side of the path is assigned, blanks if not known.
r742pstr*	VARCHAR(16)	Name of XES list structure being used as a path, blank for CTCs.
→ csc*	VARCHAR(8)	the identifier or serial number of Central Processor Complexes (CPC).
→ smf74sid*	VARCHAR(4)	System identification (from the SMFPRMxx SID parameter).
→ datetime*	DATETIME	the hour of the record.
→ smf74ist*	DATETIME	Time that the RMF measurement interval started, in the form 0 hhmmssF , where hh is the hours, mm is the minutes, ss is the seconds, and F is the sign.
→ smf74iet*	VARCHAR(18)	Interval expiration time token. This token can be used to identify other than RMF records that belong to the same interval (if interval
r742pdev	VARCHAR(4)?	Device number.
r742pstf	INTEGER?	Status flags Bit Meaning when set 0 Path became active during this interval 1 Path became inactive during this interval. 2 Counts reset by XCF during this interval. 3-7 Reserved.
r742podv	VARCHAR(4)?	Device number on other end if known, otherwise blanks.
r742psta	INTEGER?	Path status Bit Meaning when set 0 Starting 1 Restarting 2 Working 3 Stopping 4 Waiting for completion of communication link 5 Not operational. Path defined to XCF, but not usable until hardware and/or definition problems are resolved. 6 Stop failed 7 Rebuilding. More path status flags:
r742pstm	INTEGER?	More path status flags: Bit Meaning when set 0 Quiescing 1 Quiesced 2-7 Reserved.
r742pret	INTEGER?	Path retry limit.
r742prst	INTEGER?	Number of restarts.
r742pmxm	INTEGER?	Maximum number of 1K blocks of message buffer space.
r742psig	INTEGER?	Number of outbound (inbound) signals sent (received) over path.
r742pqln	INTEGER?	Number of outbound signals pending transfer on path.
r742pibr	INTEGER?	Number of inbound signals refused due to maximum message limit.
r742psus	INTEGER?	Number of times this signalling path was not busy when it was selected to transfer a message.
r742papp	INTEGER?	Number of times this signalling path was busy when it was selected to transfer a message.
r742piot	FLOAT?	For inbound paths: Average I/O transfer time (microseconds) for the observed in the last minute of the RMF reporting interval, or X’FFFFFFFF’ (if time > 35 minutes).
r742prct	INTEGER?	Path retry count.
r742ppnd	INTEGER?	The current number of signals pending for transfer on the path (outbound only).
r742puse	INTEGER?	The current number of 1KB blocks of message buffer space in use by this path.
r742plin	INTEGER?	List number within structure.
r742pusg_timesum_1	FLOAT?	engine 1 - Time (in microseconds) this path was in use at the indicated percent utilization.
r742pusg_timesum_2	FLOAT?	engine 2 - Time (in microseconds) this path was in use at the indicated percent utilization.
r742pusg_timesum_3	FLOAT?	engine 3 - Time (in microseconds) this path was in use at the indicated percent utilization.
r742pusg_timesum_4	FLOAT?	engine 4 - Time (in microseconds) this path was in use at the indicated percent utilization.
r742pusg_timessq_1	FLOAT?	engine 1 - Squared microseconds this path was in use at the indicated percent utilization.
r742pusg_timessq_2	FLOAT?	engine 2 - Squared microseconds this path was in use at the indicated percent utilization.
r742pusg_timessq_3	FLOAT?	engine 3 - Squared microseconds this path was in use at the indicated percent utilization.
r742pusg_timessq_4	FLOAT?	engine 4 - Squared microseconds this path was in use at the indicated percent utilization.
r742pusg_timenum_1	INTEGER?	engine 1 - Number of times this path was in use at the indicated percent utilization.
r742pusg_timenum_2	INTEGER?	engine 2 - Number of times this path was in use at the indicated percent utilization.
r742pusg_timenum_3	INTEGER?	engine 3 - Number of times this path was in use at the indicated percent utilization.
r742pusg_timenum_4	INTEGER?	engine 4 - Number of times this path was in use at the indicated percent utilization.
r742pusg_sigcnt_1	INTEGER?	engine 1 - Number of signals sent for this usage entry.
r742pusg_sigcnt_2	INTEGER?	engine 2 - Number of signals sent for this usage entry.
r742pusg_sigcnt_3	INTEGER?	engine 3 - Number of signals sent for this usage entry.
r742pusg_sigcnt_4	INTEGER?	engine 4 - Number of signals sent for this usage entry.
r742pusg_percent_1	INTEGER?	engine 1 - Percent utilization that this entry represents.
r742pusg_percent_2	INTEGER?	engine 2 - Percent utilization that this entry represents.
r742pusg_percent_3	INTEGER?	engine 3 - Percent utilization that this entry represents.
r742pusg_percent_4	INTEGER?	engine 4 - Percent utilization that this entry represents.
r742pnib_timesum	FLOAT?	Total time (in microseconds) this path had a no-inbound-buffer impact condition.
r742pnib_timessq	FLOAT?	Squared microseconds for each no-inbound-buffer impact condition.
r742pnib_timenum	INTEGER?	Number of times this path was impacted by a no-inbound-buffer condition.
r742pact	INTEGER?	r742pstf (Bit 0) showing path became active during this interval.
r742piac	INTEGER?	r742pstf (Bit 1) showing path became inactive during this interval.
r742pres	INTEGER?	r742pstf (Bit 2) showing counts reset by XCF during this interval.
r742pst	INTEGER?	r742psta (Bit 0) showing path starting.
r742prs	INTEGER?	r742psta (Bit 1) showing path restarting.
r742pwk	INTEGER?	r742psta (Bit 2) showing path working.
r742psp	INTEGER?	r742psta (Bit 3) showing path stopping.
r742plk	INTEGER?	r742psta (Bit 4) showing path waiting for completion of communication link.
r742pnp	INTEGER?	r742psta (Bit 5) showing path not operational. Path defined to XCF, but not usable until hardware and/or definition problems are resolved.
r742psf	INTEGER?	r742psta (Bit 6) showing path stop failed.
r742prb	INTEGER?	r742psta (Bit 7) showing path rebuilding.
r742pqg	INTEGER?	r742pstm (Bit 0) showing path quiescing.
r742pqd	INTEGER?	r742pstm (Bit 1) showing path quiesced.

Constraints:

• FOREIGN KEY (smf74_xctl.csc, smf74_xctl.smf74sid, smf74_xctl.datetime, smf74_xctl.smf74ist, smf74_xctl.smf74iet → csc, smf74sid, datetime, smf74ist, smf74iet)

• PRIMARY KEY (csc, smf74sid, datetime, smf74ist, smf74iet, r742pnme, r742pdir, r742pona, r742ptyp, r742pstr, r742ptcn)

smf74_pcie

smf2db.db_models.smf74_model.Smf74Pcie (smf74_pcie)

The Smf74Pcie class stores the Smf74Pcie section in the smf74_pcie table.

Columns:

r749pfid*	VARCHAR(10)	PCIE Function ID (PFID) for the PCIE function for which performance data is returned.
smf_type	VARCHAR(5)?	the SMF type and subtype.
csc	VARCHAR(8)?	the identifier or serial number of Central Processor Complexes (CPC).
smf74sid	VARCHAR(4)?	System identification (from the SMFPRMxx SID parameter).
last_update_time	DATETIME?	last update time of this record.
datetime*	DATETIME	the hour of the record.
smf74ist*	DATETIME	Time that the RMF measurement interval started, in the form 0 hhmmssF , where hh is the hours, mm is the minutes, ss is the seconds, and F is the sign.
smf74iet*	VARCHAR(18)	Interval expiration time token. This token can be used to identify other than RMF records that belong to the same interval (if interval
r749pffl	INTEGER?	PFID function status merged over all MINTIME intervals for this reporting interval. Bit Meaning when set 0 PFID was allocated during this interval. 1 PFID was in status De-Allocate-Pending during this interval. 2 PFID was in error during this interval. 3-15 Reserved.
r749pff1	INTEGER?	Final PFID function status at the end of this reporting interval. Bit Meaning when set 0 PFID is de-allocated at the end of this interval. 1 PFID is re-allocated at the end of this interval. 2-15 Reserved.
r749errt	FLOAT?	Time in milliseconds for which no valid data was reported for the PCIE function within this reporting interval.
r749devt	VARCHAR(10)?	Device type for the PCIE function.
r749devn	VARCHAR(24)?	Device name for the PCIE function.
r749jobn	VARCHAR(8)?	Job name of owner who allocated the PCIE function.
r749asid	VARCHAR(6)?	Address space ID of owner who allocated the PCIE function.
r749pcid	VARCHAR(6)?	Physical or virtual channel identifier for the PCIE function.
r749atst	DATETIME?	Timestamp in STCK format, showing the last point in time when a PCIE function was allocated.
r749allt	FLOAT?	Time in milliseconds for which the PCIE function was allocated or was in status De-Allocate- Pending .
r749scnt	INTEGER?	Sequence number for the last time the PCI operations counters or DMA read/write counters have been updated by the firmware.
r749loop	BIGINT?	Count of PCI Load operations for the PCIE function. Only valid, if bit 2 of R749FLAG is not set.
r749stop	BIGINT?	Count of PCI Store operations for the PCIE function. Only valid, if bit 2 of R749FLAG is not set.
r749sbop	BIGINT?	Count of PCI Store Block operations for the PCIE function. Only valid, if bit 2 of R749FLAG is not set.
r749rfop	BIGINT?	Count of PCI Refresh Translation operations for the PCIE function. Only valid, if bit 2 of R749FLAG is not set.
r749dmao	INTEGER?	The PCIE Function Type data blocks for all PCIE functions are grouped together in the record. To get to the PCIE Function Type data block associated with this PCIE Function data section, skip over the number of PCIE Function Type data blocks specified by this field, starting at the first PCIE Function Type data block in the record.
r749dman	INTEGER?	Count of PCIE Function Type data blocks allocated for this PCIE function data section.
r749fpfo	INTEGER?	The data blocks for all hardware accelerators are grouped together in the record. To get to the hardware accelerator data block associated with this PCIE Function data section, skip over the number of hardware accelerator data blocks specified by this field, starting at the first hardware accelerator block in the record.
r749fpfn	INTEGER?	Count of hardware accelerator data blocks
r749fp1o	INTEGER?	The data blocks for all hardware accelerators used for compression acceleration are grouped together in the record. To get to the hardware accelerator compression data block associated with this PCIE Function data section, skip over the number of hardware accelerator compression data blocks specified by this field, starting at the first hardware accelerator
r749fp1n	INTEGER?	Count of hardware accelerator compression data blocks allocated for this PCIE Function data section.
r749flag	INTEGER?	Validity flag. Bit Meaning when set 0 Physical-network identifiers R749NET1 and R749NET2 are valid. 1 PCIE function type R749PFT is valid. 2 PCI operation rates are invalid. 3 Global Performance Reporting is enabled. 4-7 Reserved.
r749port	INTEGER?	Physical port number for which this PCIE function is associated. If zero, then either the port field is not applicable, or there is more than
r749pft	VARCHAR(4)?	PCIE function type.
r749net1	VARCHAR(16)?	Physical-network identifier (PNET ID) that identifies the first port of the adapter. This field is only valid when the PCIE device type is defined as RoCE Express or ISM.
r749net2	VARCHAR(16)?	Physical-network identifier (PNET ID) that identifies the second port of the adapter. Only valid when the PCIE device type is defined as RoCE Express.
r749wwnn	VARCHAR(18)?	Worldwide node name (WWNN) of the storage controller the synchronous I/O link is connected to.
r749sioo	INTEGER?	The data blocks for all Synchronous I/O links are grouped together in the record. To get the Synchronous I/O link data block associated with this PCIE Function data section, skip over the number of data blocks specified by this field, starting at the first Synchronous I/O link data block in the record.
r749sion	INTEGER?	Count of Synchronous I/O link data blocks allocated for this PCIE Function data section.
r749rtdo	INTEGER?	The data blocks for all Synchronous I/O response time distribution buckets are grouped together in the record. To get the first Synchronous I/O response time distribution data block associated with this PCIE Function data section, skip over the number of data blocks specified by this field, starting at the first Synchronous I/O response time distribution data block in the record.
r749rtdn	INTEGER?	Count of Synchronous I/O response time distribution data blocks allocated for this PCIE Function data section.
r749lkid	INTEGER?	The identifier of the synchronous I/O link that is configured in the storage controller.
r749sndt	VARCHAR(6)?	from r749snd showing type number.
r749sndm	VARCHAR(3)?	from r749snd showing model number.
r749sndn	VARCHAR(3)?	from r749snd showing manufacturer.
r749sndp	VARCHAR(2)?	from r749snd showing plant of manudfacture.
r749snds	VARCHAR(12)?	from r749snd showing sequence number.
status	VARCHAR(20)?	from r749pffl and r749pff1 showing PFID function status.
physical_network	INTEGER?	r749flag (Bit 0) showing physical-network identifiers r749net1 and r749net2 are valid.
pcie_valid	INTEGER?	r749flag (Bit 1) showing PCIE function type r749pft is valid.
pci_oper_rates_invalid	INTEGER?	r749flag (Bit 2) showing PCI operation rates are invalid.
global_performance	INTEGER?	r749flag (Bit 3) showing Global Performance Reporting is enabled.
pciload	FLOAT?	rate of PCI Load operations executed during the reporting interval. This value is not reported for synchronous I/O functions.
pcistor	FLOAT?	rate of PCI Store operations executed during the reporting interval. This value is not reported for synchronous I/O functions.
pcistbl	FLOAT?	rate of PCI Store Block operations executed during the reporting interval. This value is not reported for synchronous I/O functions.
pcirptr	FLOAT?	rate of Refersh PCI Translations operations executed during the reporting interval. This value is not reported for synchronous I/O functions.
pcidmar	FLOAT?	DMA read rate (on zEC12 or zBC12 hardware only).
pcidmaw	FLOAT?	DMA write rate (on zEC12 or zBC12 hardware only).
fpgbusy	FLOAT?	the percentage of time that this partition kept the hardware accelerator busy.
fpgrtim	FLOAT?	the average time the hardware accelerator used to process a request.
fpgqtim	FLOAT?	the average queue time that was spent for a request. This value has single system scope but is affected by activity from other partitions sharing the hardware accelerator.
fpgbytr	FLOAT?	the average number of kilobytes transferred per request.
fpgbyts	FLOAT?	the number of megabytes per second transferred to and from the PCIE function. For ISM functions, this value reports the number of megabytes transmitted to the function.
fpgcors	FLOAT?	the number of compression requests per second.
fpgcobs	FLOAT?	the number of megabytes compressed per second.
fpgcort	FLOAT?	the ratio between input and output bytes compressed within this interval.
fpgdcrs	FLOAT?	the number of decompression requests per second.
fpgdcbs	FLOAT?	the number of megabytes decompressed per second.
fpgdcrt	FLOAT?	the ratio between input and output bytes decompressed with this interval.
fpgbprt	FLOAT?	the average utilization of the buffer pool that z/OS kept for in-use buffers.
pcibytr	FLOAT?	number of megabytes received per second (RoCE on z13 or later and synchronous I/O).
pcibytt	FLOAT?	number of megabytes transmitted per second (RoCE on z13 or later, ISM and synchronous I/O).
pcipakr	FLOAT?	number of packets received per second (RoCE on z13 and later only).
pcipakt	FLOAT?	number of packets transmitted per second (RoCE on z13 and later only).
pciwup	FLOAT?	number of work units processed per second (zEDC onz13 and later only).
pciutil	FLOAT?	PCI function utilization (zEDC on z13 and later only).
synctr	FLOAT?	the total number of synchronous I/O requests per second for this function.
syncsr	FLOAT?	the total number of synchronous I/O requests per second that completed succesfully for this function.
pcibytr_ratio	FLOAT?	the number of megabytes read per request processed by this synchronous I/O function.
pcibytt_ratio	FLOAT?	the number of meagbytes written per request processed by this synchronous I/O function.
cpcsynctr	FLOAT?	the total number of synchronous I/O requests per second for the synchronous I/O link this function is defined on.
cpcsyncsr	FLOAT?	the total number of synchronous I/O requests per second that completed succesfully for the synchronous I/O link this function is defined on.
cpcpcibytr	FLOAT?	number of megabytes per second that were read from the storage controller on the synchronous I/O link this function is defined on.
cpcpcibytt	FLOAT?	number of megabytes per second that were written to the storage controller on the synchronous I/O link this function is defined on.
cpcfpgbusy	FLOAT?	the percentage of time spent on synchronous I/O processing on the synchronous I/O link this function is defined on.
cpcpcibytr_ratio	FLOAT?	the number of megabytes read per request processed on the synchronous I/O link this function is defined on.
cpcpcibytt_ratio	FLOAT?	the number of megabytes written per reequest processed on the synchronous I/O link this function is defined on.
pcitosir	INTEGER?	total synchronous I/O read bucket counts.
pcitosiw	INTEGER?	total synchronous I/O write bucket counts.
pcipcr1	FLOAT?	percentage of synchronous I/O read samples with a response time less than n microseconds.
pcipcr2	FLOAT?	percentage of synchronous I/O read samples with a response time less than n microseconds and greater or equal to the pcipcr1.
pcipcr3	FLOAT?	percentage of synchronous I/O read samples with a response time less than n microseconds and greater or equal to the pcipcr2.
pcipcr4	FLOAT?	percentage of synchronous I/O read samples with a response time less than n microseconds and greater or equal to the pcipcr3.
pcipcr5	FLOAT?	percentage of synchronous I/O read samples with a response time less than n microseconds and greater or equal to the pcipcr4.
pcipcr6	FLOAT?	percentage of synchronous I/O read samples with a response time less than n microseconds and greater or equal to the pcipcr5.
pcipcr7	FLOAT?	percentage of synchronous I/O read samples with a response time less than n microseconds and greater or equal to the pcipcr6.
pcipcr8	FLOAT?	percentage of synchronous I/O read samples with a response time less than n microseconds and greater or equal to the pcipcr7.
pcipcr9	FLOAT?	percentage of synchronous I/O read samples with a response time less than n microseconds and greater or equal to the pcipcr8.
pcipcr10	FLOAT?	percentage of synchronous I/O read samples with a response greater or equal to n microseconds.
pcipcw1	FLOAT?	percentage of synchronous I/O write samples with a response time less than n microseconds.
pcipcw2	FLOAT?	percentage of synchronous I/O write samples with a response time less than n microseconds and greater or equal to the pcipcw1.
pcipcw3	FLOAT?	percentage of synchronous I/O write samples with a response time less than n microseconds and greater or equal to the pcipcw2.
pcipcw4	FLOAT?	percentage of synchronous I/O write samples with a response time less than n microseconds and greater or equal to the pcipcw3.
pcipcw5	FLOAT?	percentage of synchronous I/O write samples with a response time less than n microseconds and greater or equal to the pcipcw4.
pcipcw6	FLOAT?	percentage of synchronous I/O write samples with a response time less than n microseconds and greater or equal to the pcipcw5.
pcipcw7	FLOAT?	percentage of synchronous I/O write samples with a response time less than n microseconds and greater or equal to the pcipcw6.
pcipcw8	FLOAT?	percentage of synchronous I/O write samples with a response time less than n microseconds and greater or equal to the pcipcw7.
pcipcw9	FLOAT?	percentage of synchronous I/O write samples with a response time less than n microseconds and greater or equal to the pcipcw8.
pcipcw10	FLOAT?	percentage of synchronous I/O write samples with a response time greater or equal to n microseconds.
r749dmar	BIGINT?	DMA read counter that reports the number of bytes transferred from all defined DMA address spaces to the PCIE function.
r749dmaw	BIGINT?	DMA write counter that reports the number of bytes transferred from the PCIE function to all defined DMA address spaces.
r749dfmt	VARCHAR(4)?	Format x’00’
r749dbyr	BIGINT?	Number of bytes received on the external Ethernet interface.
r749dbyt	BIGINT?	Number of bytes transmitted on the external Ethernet interface.
r749dpkr	BIGINT?	Number of packets received on the external Ethernet interface.
r749dpkt	BIGINT?	Number of packets transmitted on the external Ethernet interface.
r749dwup	BIGINT?	Number of work units processed by the PCI function.
r749dwum	BIGINT?	Maximum number of work units that the PCI function is capable of processing per second.
r749dbyx	BIGINT?	Number of bytes transmitted by the PCI function.
r749srbf	BIGINT?	Number of bytes read by this synchronous I/O function.
r749swbf	BIGINT?	Number of bytes written by this synchronous I/O function.
r749ssrf	BIGINT?	Number of successful requests for this synchronous I/O function.
r749slrf	BIGINT?	Number of times the command was rejected by the processor (local rejects) for this synchronous I/O function.
r749srrf	BIGINT?	Number of times the command was rejected by the storage controller (remote rejects) for this synchronous I/O function.
r749stpf	FLOAT?	Total processing time in microseconds for this synchronous I/O function.
r749srbc	BIGINT?	Number of bytes read by all synchronous I/O functions that are using this synchronous I/O link on this CPC. Only valid, if bit 3 of R749FLAG is set.
r749swbc	BIGINT?	Number of bytes written by all synchronous I/O functions that are using this synchronous I/O link on this CPC. Only valid, if bit 3 of R749FLAG is set.
r749ssrc	BIGINT?	Number of requests successfully processed by all synchronous I/O functions that are using this synchronous I/O link on this CPC. Only valid, if bit 3 of R749FLAG is set.
r749slrc	BIGINT?	Number of local rejects of all synchronous I/O functions that are using this synchronous I/O link on this CPC. Only valid, if bit 3 of R749FLAG is set.
r749srrc	BIGINT?	Number of remote rejects of all synchronous I/O functions that are using this synchronous I/O link on this CPC. Only valid, if bit 3 of R749FLAG is set.
r749stpc	FLOAT?	Total processing time in microseconds of all synchronous I/O functions that are using this synchronous I/O link on this CPC. Only valid, if bit 3 of R749FLAG is set.
r749ftyp	VARCHAR(10)?	Hardware accelerator application type.
r749fdsc	VARCHAR(32)?	Hardware accelerator application description.
r749frqc	BIGINT?	Total number of hardware accelerator requests that completed successfully.
r749frqe	BIGINT?	Total number of hardware accelerator requests that completed with an error. Statistics for these requests are not included in the other fields of this data section.
r749fqfl	BIGINT?	Number of times that the adapter queue was full when a new request was submitted.
r749ftet	FLOAT?	Total execution time of all requests in microseconds.
r749fsqe	VARCHAR(34)?	Sum of the squares of the individual execution times.
r749ftqt	FLOAT?	Total queue time of all requests in microseconds.
r749fsqq	VARCHAR(34)?	Sum of the squares of the individual queue times.
r749fdrd	BIGINT?	Total DMA reads in units of 256 bytes.
r749fdwr	BIGINT?	Total DMA writes in units of 256 bytes.
stdd_ftet	FLOAT?	the standard deviation of r749ftet.
stdd_ftqt	FLOAT?	the standard deviation of r749ftqt.
r7491dib	BIGINT?	Total number of deflate input bytes.
r7491dis	VARCHAR(34)?	Sum of the squares of the individual deflate input bytes.
r7491dob	BIGINT?	Total number of deflate output bytes.
r7491dos	VARCHAR(34)?	Sum of the squares of the individual deflate output bytes.
r7491dct	BIGINT?	Total number of deflate requests.
r7491iib	BIGINT?	Total number of inflate input bytes.
r7491iis	VARCHAR(34)?	Sum of the squares of the individual inflate input bytes.
r7491iob	BIGINT?	Total number of inflate output bytes.
r7491ios	VARCHAR(34)?	Sum of the squares of the individual inflate output bytes.
r7491ict	BIGINT?	Total number of inflate requests.
r7491bps	BIGINT?	Total size of memory in megabytes allocated to the buffer pool.
r7491bpc	BIGINT?	Accumulated size of memory in megabytes for in-use buffers.
stdd_1dib	FLOAT?	the standard deviation of r7491dib.
stdd_1dob	FLOAT?	the standard deviation of r7491dob.
stdd_1iib	FLOAT?	the standard deviation of r7491iib.
stdd_1iob	FLOAT?	the standard deviation of r7491iob.

Constraints:

• PRIMARY KEY (datetime, smf74ist, smf74iet, r749pfid)

smf74_port

smf2db.db_models.smf74_model.Smf74Port (smf74_port)

The Smf74Port class stores the Smf74Port section in the smf74_port table.

Columns:

smf74sid	VARCHAR(4)?	System identification (from the SMFPRMxx SID parameter).
r747pnpc	INTEGER?	Number of Connector sections.
r747pxpc	INTEGER?	Index of first Connector section.
r747ptfl	INTEGER?	Port type flags. Bit Meaning when set Port type is single CU. Port type is multiple CU. Port type is CHPID. Port type is switch. 4-7 Reserved.
r747psfl	INTEGER?	Status flags. Bit Meaning when set 0 Port type is not unique. 1 ID is not unique or not known. 2 Channel on caller’s system. 3 Port installed. 4 Port status changed. 5 Port has been removed. 6 Port has been activated. 7 No measurement data available for this port.
r747ppfl	INTEGER?	Bit Meaning when set 0 Port information was returned at least once for this port. 1 Port information showed this port not installed. 2 Port information showed link failure condition. 3 Port information showed this port offline. 4 Statistics were returned at least once for this port. 5-7 Reserved.
→ datetime*	DATETIME	the hour of the record.
→ smf74ist*	DATETIME	Time that the RMF measurement interval started, in the form 0 hhmmssF , where hh is the hours, mm is the minutes, ss is the seconds, and F is the sign.
→ smf74iet*	VARCHAR(18)	Interval expiration time token. This token can be used to identify other than RMF records that belong to the same interval (if interval
→ r747sdev*	VARCHAR(4)	Switch device number.
r747padr*	VARCHAR(4)	Port address.
r747pnum*	VARCHAR(4)	Port number.
r747ppir	INTEGER?	r744ppfl (Bit 0) showing port information was returned at least once for this port.
r747pnti	INTEGER?	r744ppfl (Bit 1) showing port information showed this prot not installed.
r747plf	INTEGER?	r744ppfl (Bit 2) showing port information showed link failure condition.
r747poff	INTEGER?	r744ppfl (Bit 3) showing port information showed this port offline.
r747pscr	INTEGER?	r744ppfl (Bit 4) showing statistics were returned at least once for this port.
ndeconfigcode	VARCHAR(8)?	ND associated with switch device configuration code.
ndetype	VARCHAR(6)?	ND associated with switch device type.
ndemodel	VARCHAR(3)?	ND associated with switch device model.
ndemfg	VARCHAR(3)?	ND associated with switch device manufacturer.
ndeplant	VARCHAR(2)?	ND associated with switch device plant code.
ndesequence	VARCHAR(12)?	ND associated with switch device sequence number.
ndecpcid	INTEGER?	ND associated with switch device CPC id.
r747pfpt	FLOAT?	Frame pacing time (in units of 2.5 microseconds).
r747pnwr	FLOAT?	Number of words received.
r747pnwt	FLOAT?	Number of words transmitted.
r747pnfr	FLOAT?	Number of frames received.
r747pnft	FLOAT?	Number of frames transmitted.
r747pner	FLOAT?	Number of errors.

Constraints:

• FOREIGN KEY (smf74_switch.datetime, smf74_switch.smf74ist, smf74_switch.smf74iet, smf74_switch.r747sdev → datetime, smf74ist, smf74iet, r747sdev)

• PRIMARY KEY (datetime, smf74ist, smf74iet, r747sdev, r747padr, r747pnum)

smf74_pro

smf2db.db_models.smf74_model.Smf74Pro (smf74_pro)

The Smf74Pro class stores the Smf74Pro section in the smf74_pro table.

Columns:

smf74ist*	DATETIME	Time that the RMF measurement interval started, in the form 0 hhmmssF , where hh is the hours, mm is the minutes, ss is the seconds, and F is the sign.
smf74iet*	VARCHAR(18)	Interval expiration time token. This token can be used to identify other than RMF records that belong to the same interval (if interval
speed_boost	INTEGER?	smf74fla (Bit 10) indcating speed boost was active during entire interval.
ziip_boost	INTEGER?	smf74fla (Bit 9) indciating zIIP boost was active during entire interval.
datetime*	DATETIME	the hour of the record.
smf_type*	VARCHAR(5)	the SMF type and subtype.
csc*	VARCHAR(8)	the identifier or serial number of Central Processor Complexes (CPC).
smf74sid*	VARCHAR(4)	System identification (from the SMFPRMxx SID parameter).
smf74mfv	INTEGER?	RMF version number.
smf74prd	VARCHAR(8)?	Product name (‘RMF’).
smf74int	FLOAT?	Duration of RMF measurement interval, in the form mmsstttF where mm is the minutes, ss is the seconds, ttt is the milliseconds, and F is the sign. The end of the measurement interval is the sum of the recorded start time and this field.
smf74sam	INTEGER?	Number of RMF samples.
smf74fla	INTEGER?	Flags Bit Meaning when set 0 Reserved. 1 Samples have been skipped 2 Record was written by RMF Monitor III 3 Interval was synchronized with SMF 4 SMF record converted to lower service level. 5 SMF record converted to higher release or service level. 6 Running under an alternate virtual machine. 7-15
smf74cyc	INTEGER?	Sampling cycle length, in the form 000 ttttF , where tttt is the milliseconds and F is the sign (taken from CYCLE option). The range
smf74mvs	VARCHAR(8)?	z/OS software level (consists of an acronym and the version, release, and modification level - ZV vvrrmm ).
smf74iml	INTEGER?	Indicates the type of processor complex on which data measurements were taken. Value Meaning 3 9672, zSeries
smf74prf	INTEGER?	Processor flags. Bit Meaning when set 0 The system has expanded storage 1 The processor is enabled for ES connection architecture (ESCA) 2 There is an ES connection director in the configuration 3 System is running in z/Architecture mode 4 At least one zAAP is currently installed 5 At least one zIIP is currently installed 6 Enhanced DAT facility 1 available 7
smf74ptn	INTEGER?	PR/SM partition number of the partition that wrote this record.
smf74srl	INTEGER?	SMF record level change number. This field enables processing of SMF record level changes in an existing release. SMF type 74 record levels for the current z/OS release: Subtype Record level 1-3 X’8E’ 4 X’8F’ (APAR OA61041) 5-7 X’8E’ 8 X’8F’ (APAR OA66017) 9-10 X’8E’
smf74lgo	FLOAT?	Offset GMT to local time (STCK format).
smf74oil	INTEGER?	Original interval length as defined in the session or by SMF (in seconds).
smf74syn	INTEGER?	SYNC value in seconds.
smf74gie	DATETIME?	Projected gathering interval end (STCK format) GMT time.
smf74xnm	VARCHAR(8)?	Sysplex name as defined in parmlib member COUPLExx.
smf74snm	VARCHAR(8)?	System name for current system as defined in parmlib member IEASYSxx SYSNAME parameter.
smf74flg	INTEGER?	System indicator Bit Meaning when set 0 New record format 1 Subtypes used 2 Reserved. 3-6 Version indicators (See ‘Standard and extended SMF record headers’ on page 164 for details.) 7 System is running in PR/SM mode.

Constraints:

• PRIMARY KEY (datetime, smf74ist, smf74iet, smf_type, csc, smf74sid)

smf74_proc

smf2db.db_models.smf74_model.Smf74Proc (smf74_proc)

The Smf74Proc class stores the Smf74Proc section in the smf74_proc table.

Columns:

r744pnum*	INTEGER	CPU number.
r744fsys	VARCHAR(8)?	Name of this system (from IEASYSxx parmlib member, SYSNAME parameter).
csc	VARCHAR(8)?	the identifier or serial number of Central Processor Complexes (CPC).
→ smf74xnm*	VARCHAR(8)	Sysplex name as defined in parmlib member COUPLExx.
→ datetime*	DATETIME	the hour of the record.
→ smf74ist*	DATETIME	Time that the RMF measurement interval started, in the form 0 hhmmssF , where hh is the hours, mm is the minutes, ss is the seconds, and F is the sign.
→ smf74iet*	VARCHAR(18)	Interval expiration time token. This token can be used to identify other than RMF records that belong to the same interval (if interval
→ r744fnam*	VARCHAR(8)	Name of coupling facility as defined in parmlib member COUPLExx.
smf74sid*	VARCHAR(4)	System identification (from the SMFPRMxx SID parameter).
r744pbsy	FLOAT?	Busy time (in microseconds).
r744pwai	FLOAT?	Wait time (in microseconds).
r744ptyp	INTEGER?	Processor flags Bit Meaning when set 0 Processor is dedicated. Valid if R744FLVL > 14. 1-7 Reserved.
r744pwgt	INTEGER?	Shared processor weight. Valid if R744FLVL > 14.
r744pbsg	INTEGER?	Assigned buffer summary group. Valid if R744FLVL > 24.
r744pcct	INTEGER?	Processor command count. Valid if R744FLVL > 24.
r744ptle	VARCHAR(16)?	CPU-type topology list entry, as returned by the STSI instruction SYSIB 15.1.2 (Configuration Topology). See IBM z/Architecture Principles of Operation for the format. Valid if R744FLVL > 24.
r744ptde	INTEGER?	r744ptyp (Bit 0) showing processor is dedicated. Valid if r744flvl > 14.

Constraints:

• FOREIGN KEY (smf74_cf.smf74xnm, smf74_cf.datetime, smf74_cf.smf74ist, smf74_cf.smf74iet, smf74_cf.r744fnam → smf74xnm, datetime, smf74ist, smf74iet, r744fnam)

• PRIMARY KEY (smf74xnm, datetime, smf74ist, smf74iet, r744fnam, r744pnum, smf74sid)

smf74_raid

smf2db.db_models.smf74_model.Smf74Raid (smf74_raid)

The Smf74Raid class stores the Smf74Raid section in the smf74_raid table.

Columns:

→ r7451rid	VARCHAR(4)?	RAID rank ID.
r745dvol	VARCHAR(6)?	Volume serial of device
→ datetime*	DATETIME	the hour of the record.
→ smf74ist*	DATETIME	Time that the RMF measurement interval started, in the form 0 hhmmssF , where hh is the hours, mm is the minutes, ss is the seconds, and F is the sign.
→ smf74iet*	VARCHAR(18)	Interval expiration time token. This token can be used to identify other than RMF records that belong to the same interval (if interval
→ r745ssid*	VARCHAR(6)	Subsystem ID.
→ r7451dvn*	VARCHAR(4)	Device number (binary).
r7451scs	VARCHAR(2)?	Subchannel set ID.
r7451rsv	FLOAT?	Lower interface I/O response time (in milliseconds).
r7451flg	INTEGER?	Flag. Value Meaning 0 No additional information 1 RAID rank data. 2 Extent pool and physical storage data.
r7451aid	VARCHAR(4)?	Device adapter ID. Only valid with RAID rank data.
r7451hdd	INTEGER?	Number of HDDs in RAID rank.
r7451rty	INTEGER?	RAID rank type. Value Type 0 RAID-5 1 JBOD 2
r7451hss	INTEGER?	HDD sector size.
r7451rrq	FLOAT?	RAID rank read requests.
r7451wrq	FLOAT?	RAID rank write requests.
r7451sr	FLOAT?	RAID rank FB sectors read.
r7451sw	FLOAT?	RAID rank FB sectors written.
r7451rrt	FLOAT?	RAID rank read response time (in milliseconds).
r7451wrt	FLOAT?	RAID rank write response time (in milliseconds).
r7451sio	INTEGER?	r7451inc (Bit 3) showing synchronous I/O cache data are valid.
r7451hpf	INTEGER?	r7451inc (Bit 4) showing zHPF read and write I/O requests r7451ct5 and r7451ct6 are available.
r7451xfl	INTEGER?	r7451inc (Bit 7) showing transfer statistics r7451xfr are valid.
r7451rmr	FLOAT?	Record mode read request.
r7451xsf	FLOAT?	Extended-Remote-Copy(XRC) or Concurrent-Copy(CC) sidefile read request.
r7451xcw	FLOAT?	XRC or CC contaminated writes.
r7451tsp	FLOAT?	Number of tracks transferred to secondary Peer-to-Peer-Remote- Copy(PPRC) volume.
r7451nvs	FLOAT?	NVS space allocation.
r7451ct1	FLOAT?	Bytes read. For units, see bits 5 and 6 of R7451INC.
r7451ct2	FLOAT?	Bytes written. For units, see bits 5 and 6 of R7451INC.
r7451ct3	FLOAT?	Read response time. For units, see bits 5 and 6 of R7451INC.
r7451ct4	FLOAT?	Write response time. For units, see bits 5 and 6 of R7451INC.
r7451ct5	FLOAT?	Number of zHPF read I/O requests (valid if bit 4 in R7451INC is set).
r7451ct6	FLOAT?	Number of zHPF write I/O requests (valid if bit 4 in R7451INC is set).
r7451zhl	FLOAT?	zHPF List Pre-fetch I/O Requests. Number of command chains, where the Transport Mode operation specified a non-zero Imbedded Locate Record Count.
r7451zhh	FLOAT?	zHPF List Pre-fetch I/O Request Hits. Number of command chains, where • the Transport Mode operation specified a non-zero Imbedded Locate Record Count. • the chain was completed without requiring access to any DDM.
r7451gsf	FLOAT?	Global Mirror Collisions sidefile count. A GMC occurs when, during the sending of data in the secondary to create a consistency group, a subsequent host update is attempted before the modified track has been transmitted to the secondary volume. The modified track will be moved to the sidefile before allowing a new host write. The counter will be incremented by one when a track is added to the sidefile.
r7451gss	FLOAT?	Global Mirror Collisions synchronous count. When a write collision occurs, the modified track data which belongs to the current consistency group may be sent to the remote control unit before allowing the write. The data may come from the sidefile if it is full or from cache if the collision sidefile is not being utilized.
r7451srr	FLOAT?	Number of synchronous I/O cache read requests. (Valid if bit 3 of R7451INC is set.)
r7451srh	FLOAT?	Number of synchronous I/O cache read request hits. (Valid if bit 3 of R7451INC is set.)
r7451swr	FLOAT?	Number of synchronous I/O cache write requests. (Valid if bit 3 of R7451INC is set.)
r7451swh	FLOAT?	Number of synchronous I/O cache write request hits. (Valid if bit 3 of R7451INC is set.)
r7451unt	VARCHAR(2)?	r7451inc (Bit 5-6) showing measurement units (‘00’ - Bytes in units of 128K, and times in units of 16 milliseconds)

Constraints:

• FOREIGN KEY (smf74_cdev.datetime, smf74_cdev.smf74ist, smf74_cdev.smf74iet, smf74_cdev.r745dsid, smf74_cdev.r745devn → datetime, smf74ist, smf74iet, r745ssid, r7451dvn)

• FOREIGN KEY (smf74_rrank.datetime, smf74_rrank.smf74ist, smf74_rrank.smf74iet, smf74_rrank.r7451rid → datetime, smf74ist, smf74iet, r7451rid)

• PRIMARY KEY (datetime, smf74ist, smf74iet, r745ssid, r7451dvn)

smf74_rank

smf2db.db_models.smf74_model.Smf74Rank (smf74_rank)

The Smf74Rank class stores the Smf74Rank section in the smf74_rank table.

Columns:

r748rrid*	VARCHAR(4)	Rank identifier.
→ r748rpnm	VARCHAR(4)?	Extent pool number.
r748raix	INTEGER?	Index to first Array section of rank.
last_update_time	DATETIME?	last update time of this record.
→ datetime*	DATETIME	the hour of the record.
→ smf74ist*	DATETIME	Time that the RMF measurement interval started, in the form 0 hhmmssF , where hh is the hours, mm is the minutes, ss is the seconds, and F is the sign.
→ smf74iet*	VARCHAR(18)	Interval expiration time token. This token can be used to identify other than RMF records that belong to the same interval (if interval
→ r748cser*	VARCHAR(10)	Primary control unit serial number.
r748rcnt	INTEGER?	Count of arrays in rank.
r748rbyr	FLOAT?	Rank 128 KB read.
r748rbyw	FLOAT?	Rank 128 KB write.
r748rrop	FLOAT?	Rank read operations.
r748rwop	FLOAT?	Rank write operations.
r748rkrt	FLOAT?	Rank read response time in units of 16 milliseconds.
r748rkwt	FLOAT?	Rank write response time in units of 16 milliseconds.
r748rtq	INTEGER?	Rank type qualifier: Bit Meaning when set 0 Data encrypted rank. 1 Compression rank. 2-6 Reserved. 7 Rank adapter pair ID is valid.
r748rai	VARCHAR(4)?	Rank adapter pair ID
data_encrypted_rank	INTEGER?	r748rtq (Bit 0) showing data encrypted rank.
compression_rank	INTEGER?	r748rtq (Bit 1) showing compression rank.
rank_adapter_id_valid	INTEGER?	r748rtq (Bit 7) showing rank adapter pair ID is valid.
r748aebc	VARCHAR(16)?	Description of array type, for example: RAID-10.
r748atyp	INTEGER?	Array type: Value Meaning 1 RAID-5 2 RAID-10 3
r748aasp	INTEGER?	Array speed in 1000 RPM.
r748aawd	INTEGER?	Array width.
r748aacp	INTEGER?	Array effective DDM capacity, in GB. For compression drives, this is the total logical capacity.
r748aast	INTEGER?	Array device class and array status Bit Meaning when set 0-1 Device class. B’00’ = Enterprise drive B’01’ = Near-line drive B’10’ = SATA drive B’11’ = Solid state drive 2 Raid degraded. 3 DDM throttling. 4 RPM exception. 5 Reserved. 6 DDM class is compression. 7 Reserved.
r748adc	VARCHAR(2)?	r748aast (Bit 0-1) showing array device class.
r748ard	INTEGER?	r748aast (Bit 2) showing raid degraded.
r748adt	INTEGER?	r748aast (Bit 3) showing DDM throttling.
r748are	INTEGER?	r748aast (Bit 4) showing RPM exception.
r748acmp	INTEGER?	r748aast (Bit 6) showing DDM class is compression.
rank_cap	BIGINT?	rank capacity.

Constraints:

• FOREIGN KEY (smf74_cntl.datetime, smf74_cntl.smf74ist, smf74_cntl.smf74iet, smf74_cntl.r748cser → datetime, smf74ist, smf74iet, r748cser)

• FOREIGN KEY (smf74_extp.datetime, smf74_extp.smf74ist, smf74_extp.smf74iet, smf74_extp.r748cser, smf74_extp.r748xpid → datetime, smf74ist, smf74iet, r748cser, r748rpnm)

• PRIMARY KEY (datetime, smf74ist, smf74iet, r748cser, r748rrid)

smf74_rrank

smf2db.db_models.smf74_model.Smf74Rrank (smf74_rrank)

The Smf74Rrank class stores the Smf74Rrank section in the smf74_rrank table.

Columns:

→ r745ssid	VARCHAR(6)?	Subsystem ID.
last_update_time	DATETIME?	last update time of this record.
→ datetime*	DATETIME	the hour of the record.
→ smf74ist*	DATETIME	Time that the RMF measurement interval started, in the form 0 hhmmssF , where hh is the hours, mm is the minutes, ss is the seconds, and F is the sign.
→ smf74iet*	VARCHAR(18)	Interval expiration time token. This token can be used to identify other than RMF records that belong to the same interval (if interval
r7451rid*	VARCHAR(4)	RAID rank ID.
r7451scs	VARCHAR(2)?	Subchannel set ID.
r7451rsv	FLOAT?	Lower interface I/O response time (in milliseconds).
r7451flg	INTEGER?	Flag. Value Meaning 0 No additional information 1 RAID rank data. 2 Extent pool and physical storage data.
r7451aid	VARCHAR(4)?	Device adapter ID. Only valid with RAID rank data.
r7451hdd	INTEGER?	Number of HDDs in RAID rank.
r7451rty	INTEGER?	RAID rank type. Value Type 0 RAID-5 1 JBOD 2
r7451hss	INTEGER?	HDD sector size.
r7451rrq	FLOAT?	RAID rank read requests.
r7451wrq	FLOAT?	RAID rank write requests.
r7451sr	FLOAT?	RAID rank FB sectors read.
r7451sw	FLOAT?	RAID rank FB sectors written.
r7451rrt	FLOAT?	RAID rank read response time (in milliseconds).
r7451wrt	FLOAT?	RAID rank write response time (in milliseconds).
r7451sio	INTEGER?	r7451inc (Bit 3) showing synchronous I/O cache data are valid.
r7451hpf	INTEGER?	r7451inc (Bit 4) showing zHPF read and write I/O requests r7451ct5 and r7451ct6 are available.
r7451xfl	INTEGER?	r7451inc (Bit 7) showing transfer statistics r7451xfr are valid.
r7451rmr	FLOAT?	Record mode read request.
r7451xsf	FLOAT?	Extended-Remote-Copy(XRC) or Concurrent-Copy(CC) sidefile read request.
r7451xcw	FLOAT?	XRC or CC contaminated writes.
r7451tsp	FLOAT?	Number of tracks transferred to secondary Peer-to-Peer-Remote- Copy(PPRC) volume.
r7451nvs	FLOAT?	NVS space allocation.
r7451ct1	FLOAT?	Bytes read. For units, see bits 5 and 6 of R7451INC.
r7451ct2	FLOAT?	Bytes written. For units, see bits 5 and 6 of R7451INC.
r7451ct3	FLOAT?	Read response time. For units, see bits 5 and 6 of R7451INC.
r7451ct4	FLOAT?	Write response time. For units, see bits 5 and 6 of R7451INC.
r7451ct5	FLOAT?	Number of zHPF read I/O requests (valid if bit 4 in R7451INC is set).
r7451ct6	FLOAT?	Number of zHPF write I/O requests (valid if bit 4 in R7451INC is set).
r7451zhl	FLOAT?	zHPF List Pre-fetch I/O Requests. Number of command chains, where the Transport Mode operation specified a non-zero Imbedded Locate Record Count.
r7451zhh	FLOAT?	zHPF List Pre-fetch I/O Request Hits. Number of command chains, where • the Transport Mode operation specified a non-zero Imbedded Locate Record Count. • the chain was completed without requiring access to any DDM.
r7451gsf	FLOAT?	Global Mirror Collisions sidefile count. A GMC occurs when, during the sending of data in the secondary to create a consistency group, a subsequent host update is attempted before the modified track has been transmitted to the secondary volume. The modified track will be moved to the sidefile before allowing a new host write. The counter will be incremented by one when a track is added to the sidefile.
r7451gss	FLOAT?	Global Mirror Collisions synchronous count. When a write collision occurs, the modified track data which belongs to the current consistency group may be sent to the remote control unit before allowing the write. The data may come from the sidefile if it is full or from cache if the collision sidefile is not being utilized.
r7451srr	FLOAT?	Number of synchronous I/O cache read requests. (Valid if bit 3 of R7451INC is set.)
r7451srh	FLOAT?	Number of synchronous I/O cache read request hits. (Valid if bit 3 of R7451INC is set.)
r7451swr	FLOAT?	Number of synchronous I/O cache write requests. (Valid if bit 3 of R7451INC is set.)
r7451swh	FLOAT?	Number of synchronous I/O cache write request hits. (Valid if bit 3 of R7451INC is set.)
r7451unt	VARCHAR(2)?	r7451inc (Bit 5-6) showing measurement units (‘00’ - Bytes in units of 128K, and times in units of 16 milliseconds)

Constraints:

• FOREIGN KEY (smf74_cachsys.datetime, smf74_cachsys.smf74ist, smf74_cachsys.smf74iet, smf74_cachsys.r745ssid → datetime, smf74ist, smf74iet, r745ssid)

• PRIMARY KEY (datetime, smf74ist, smf74iet, r7451rid)

smf74_scm

smf2db.db_models.smf74_model.Smf74Scm (smf74_scm)

The Smf74Scm class stores the Smf74Scm section in the smf74_scm table.

Columns:

r7410crid*	VARCHAR(4)	SCM resource identifier.
r7410cpid*	VARCHAR(4)	Part identifier.
→ smf_type	VARCHAR(5)?	the SMF type and subtype.
→ csc*	VARCHAR(8)	the identifier or serial number of Central Processor Complexes (CPC).
→ smf74sid*	VARCHAR(4)	System identification (from the SMFPRMxx SID parameter).
→ datetime*	DATETIME	the hour of the record.
→ smf74ist*	DATETIME	Time that the RMF measurement interval started, in the form 0 hhmmssF , where hh is the hours, mm is the minutes, ss is the seconds, and F is the sign.
→ smf74iet*	VARCHAR(18)	Interval expiration time token. This token can be used to identify other than RMF records that belong to the same interval (if interval
r7410cdus	BIGINT?	Data unit size in bytes.
r7410crqc	BIGINT?	Internal requests processed at CPC level.
r7410crq	BIGINT?	Internal requests processed at LPAR level.
r7410cdwc	BIGINT?	Data units written at CPC level.
r7410cdw	BIGINT?	Data units written at LPAR level.
r7410cdrc	BIGINT?	Data units read at CPC level.
r7410cdr	BIGINT?	Data units read at LPAR level.
r7410crtc	FLOAT?	Aggregate time spent on execution of requests involving resource part in units of 128 microseconds at CPC level.
r7410crt	FLOAT?	Aggregate time spent on execution of requests involving resource part in units of 128 microseconds at LPAR level.
r7410ciqc	FLOAT?	Accumulated IOP queue time in units of 128 microseconds at CPC level.
r7410cwuc	BIGINT?	Utilization at CPC level. This value designates the sum of the average CPC utilization per second in percent multiplied by the number of seconds of this interval.
r7410cwu	BIGINT?	Utilization at LPAR level. This value designates the sum of the average LPAR utilization per second in percent multiplied by the number of seconds of this interval.
r7410flg	INTEGER?	Flag byte. Bit Meaning when set 0 SCM resource type is Virtual Flash Memory 1-7 Reserved
smf74int	FLOAT?	Duration of RMF measurement interval, in the form mmsstttF where mm is the minutes, ss is the seconds, ttt is the milliseconds, and F is the sign. The end of the measurement interval is the sum of the recorded start time and this field.
r7410vfm	INTEGER?	r7410flg (Bit 0) showing SCM resource type is Virtual Flash Memory.
r7410cdwc_bytes	BIGINT?	total bytes written at CPC level.
r7410cdw_bytes	BIGINT?	total bytes written at LPAR level.
r7410cdrc_bytes	BIGINT?	total bytes read at CPC level.
r7410cdr_bytes	BIGINT?	total bytes read at LPAR level.

Constraints:

• FOREIGN KEY (smf74_pro.datetime, smf74_pro.smf74ist, smf74_pro.smf74iet, smf74_pro.smf_type, smf74_pro.csc, smf74_pro.smf74sid → datetime, smf74ist, smf74iet, smf_type, csc, smf74sid)

• PRIMARY KEY (csc, smf74sid, datetime, smf74ist, smf74iet, r7410crid, r7410cpid)

smf74_siol

smf2db.db_models.smf74_model.Smf74Siol (smf74_siol)

The Smf74Siol class stores the Smf74Siol section in the smf74_siol table.

Columns:

r748siid*	VARCHAR(4)	Synchronous I/O link (IBM zHyperLink) interface ID.
→ datetime*	DATETIME	the hour of the record.
→ smf74ist*	DATETIME	Time that the RMF measurement interval started, in the form 0 hhmmssF , where hh is the hours, mm is the minutes, ss is the seconds, and F is the sign.
→ smf74iet*	VARCHAR(18)	Interval expiration time token. This token can be used to identify other than RMF records that belong to the same interval (if interval
→ r748cser*	VARCHAR(10)	Primary control unit serial number.
r748styp	INTEGER?	Synchronous I/O link type. Value Meaning 00 Not used 01 Optical PCIe 02-FF Not used
r748sspd	INTEGER?	Synchronous I/O link speed. Value Meaning 00 Not used 01 PCIe Gen 1 02 PCIe Gen 2 03 PCIe Gen 3 04 PCIe Gen 4 05-FF Not used
r748swdh	INTEGER?	Synchronous I/O link width. This number is the number of PCIe lanes.
r748sste	INTEGER?	Value Meaning 00 Not used 01 Link not Trained 02 Link handshake incomplete 03 Link handshake complete and link operational 04 Link in service mode (i.e. link quiesced) 05-FF Not used
r748sflg	INTEGER?	Flags. Bit Meaning when set 0 Unit of bytes indeterminable. Byte values incorrect. 1
r748scbr	FLOAT?	Synchronous I/O cache bytes read in units of 128K bytes.
r748scro	FLOAT?	Total number of synchronous I/O cache read operations.
r748scrs	FLOAT?	Number of successful synchronous I/O cache read operations.
r748scrt	FLOAT?	Synchronous I/O cache read accumulated time in milliseconds.
r748scbw	FLOAT?	Synchronous I/O cache bytes written in units of 128K bytes.
r748scwo	FLOAT?	Total number of synchronous I/O cache write operations.
r748scws	FLOAT?	Number of successful synchronous I/O cache write operations.
r748scwt	FLOAT?	Synchronous I/O cache write accumulated time in milliseconds.
r748snbw	FLOAT?	NVS bytes written in units of 128K bytes.
r748snwo	FLOAT?	Total number of NVS write operations.
r748snws	FLOAT?	Number of successful NVS write operations.
r748snwt	FLOAT?	NVS write accumulated time in milliseconds.
r748sbyt	INTEGER?	r748sflg (Bit 0) showing unit of bytes indeterminable. Byte values incorrect.
r748stim	INTEGER?	r748sflg (Bit 1) showing unit of time indeterminable. Time values incorrect.

Constraints:

• FOREIGN KEY (smf74_cntl.datetime, smf74_cntl.smf74ist, smf74_cntl.smf74iet, smf74_cntl.r748cser → datetime, smf74ist, smf74iet, r748cser)

• PRIMARY KEY (datetime, smf74ist, smf74iet, r748cser, r748siid)

smf74_sreq

smf2db.db_models.smf74_model.Smf74Sreq (smf74_sreq)

The Smf74Sreq class stores the Smf74Sreq section in the smf74_sreq table.

Columns:

→ r744snam*	VARCHAR(16)	Name of connected structure in this coupling facility.
r744sver	DATETIME?	Structure version number.
csc	VARCHAR(8)?	the identifier or serial number of Central Processor Complexes (CPC).
→ smf74xnm*	VARCHAR(8)	Sysplex name as defined in parmlib member COUPLExx.
→ datetime*	DATETIME	the hour of the record.
→ smf74ist*	DATETIME	Time that the RMF measurement interval started, in the form 0 hhmmssF , where hh is the hours, mm is the minutes, ss is the seconds, and F is the sign.
→ smf74iet*	VARCHAR(18)	Interval expiration time token. This token can be used to identify other than RMF records that belong to the same interval (if interval
→ r744fnam*	VARCHAR(8)	Name of coupling facility as defined in parmlib member COUPLExx.
→ smf74sid*	VARCHAR(4)	System identification (from the SMFPRMxx SID parameter).
r744styp	INTEGER?	Structure type identifier. Value Meaning 1 Unserialized List structure 2 Serialized List structure 3 Lock structure 4 Cache structure
r744sflg	INTEGER?	Status Flags. Bit Meaning when set 0 Structure was connected to the system at the end of the interval. 1 Structure became active during the interval. 2 Structure is capable to participate in asynchronous duplexing. (Valid if bit 5 of R744FFLG is not set.) 3 Structure is in the duplexing active state. (Valid if bit 5 of R744FFLG is not set.) 4 Structure is primary instance of an asynchronously duplexed structure. (Valid if bit 5 of R744FFLG is not set.) 5 Structure is secondary instance of an asynchronously duplexed structure. (Valid if bit 5 of R744FFLG is not set.) 6 Structure is encrypted. (Valid if bit 5 of R744FFLG is not set.) 7
r744slec	INTEGER?	Lock structure only: lock table entry characteristic. (Valid if bit 5 of
r744slel	INTEGER?	List structure: limit on number of list entries. The estimated maximum number of list entries that may reside in storage class memory is not included. Lock structure: limit on number of data elements. (Valid if bit 5 of R744FFLG is not set.)
r744slem	INTEGER?	List structure: current number of list entries in use. The number of list entries that currently reside in storage class memory is not included. Lock structure: current number of data elements in use. (Valid if bit 5 of R744FFLG is not set.)
r744sltl	INTEGER?	Lock structure only: limit on number of lock table entries. (Valid if bit 5 of R744FFLG is not set.)
r744sltm	INTEGER?	Lock structure only: Current number of lock table entries in use. (Valid if bit 5 of R744FFLG is not set.)
r744ssta	FLOAT?	The number of list, lock, or cache requests that were to be executed synchronously at the coupling facility, but which were changed to an asynchronous operation due to lack of resources.
r744strc	FLOAT?	The total number of IXLLIST, IXLCACHE, or IXLLOCK requests made. This field will not necessarily equal the sum or R744SSRC, R744SARC, and R744SSTA due to internal processing. Use of the batch unlock function can produce large discrepancies because R744STRC is incremented for each lock being released, but only one coupling facility operation is executed.
r744stac	FLOAT?	The total number of IXLLOCK requests that could not be satisfied immediately because of lock contention.
r744sarc	FLOAT?	The total number of operations executed asynchronously at the coupling facility.
r744satm	FLOAT?	Summed service time for asynchronous requests in microseconds.
r744sasq	FLOAT?	Summed squares of service time for asynchronous requests.
r744ssrc	FLOAT?	Count of number of times for synchronous requests.
r744sstm	FLOAT?	Summed service time for synchronous requests in microseconds.
r744sssq	FLOAT?	Summed squares of service time for synchronous requests.
r744sqrc	FLOAT?	Count of number of times for queued requests.
r744sqtm	FLOAT?	Summed queue delay time in microseconds.
r744sqsq	FLOAT?	Summed squares of delay time for queued requests.
r744sdrc	FLOAT?	Number of times a request was found delayed in case of dump serialization.
r744sdtm	FLOAT?	Summed dump delay time in microseconds.
r744sdsq	FLOAT?	Summed squares of dump delay time.
r744sdmp	FLOAT?	Number of times dump serialization was found for this structure (list and cache structures only).
r744shto	FLOAT?	Total number of requests waiting on the high priority queue.
r744shmn	BIGINT?	Minimum number of requests waiting on the high priority queue during this interval.
r744shmx	BIGINT?	Maximum number of requests waiting on the high priority queue during this interval.
r744slto	FLOAT?	Total number of requests waiting on the low priority queue.
r744slmn	BIGINT?	Minimum number of requests waiting on the low priority queue during this interval.
r744slmx	BIGINT?	Maximum number of requests waiting on the low priority queue during this interval.
r744sdto	FLOAT?	Total number of requests delayed because dump serialization is in progress.
r744sdmn	BIGINT?	Minimum number of requests delayed because dump serialization is in progress during this interval.
r744sdmx	BIGINT?	Maximum number of requests delayed because dump serialization is in progress during this interval.
r744scn	FLOAT?	Lock structure only: number of times any request encountered lock contention.
r744sfcn	FLOAT?	Lock structure only: number of times any request encountered false lock contention (storage contention within the structure).
r744ssiz	BIGINT?	Allocated size of structure (units = 4K byte blocks). (Valid if bit 5 of R744FFLG is not set.)
r744smas	BIGINT?	Maximum structure size. (Valid if bit 5 of R744FFLG is not set.)
r744smis	BIGINT?	Minimum structure size. (Valid if bit 5 of R744FFLG is not set.)
r744sdec	BIGINT?	Cache structure only: Total directory entry count. (Valid if bit 5 of R744FFLG is not set.)
r744sdel	BIGINT?	Cache structure only: Total data element count. (Valid if bit 5 of R744FFLG is not set.)
r744snlh	INTEGER?	List structure only: Number of list headers. (Valid if bit 5 of R744FFLG is not set.)
r744smae	INTEGER?	List structure only: maximum number of elements. The estimated maximum number of list elements that may reside in storage class memory is not included. (Valid if bit 5 of R744FFLG is not set.)
r744scue	INTEGER?	List structure only: current number of elements in use. The number of list elements that currently reside in storage class memory is not included. (Valid if bit 5 of R744FFLG is not set.)
r744cdsi	INTEGER?	Index to first Cache data section.
r744cdne	INTEGER?	Number of Cache data section entries.
r744spln	FLOAT?	Count of peer-link-not-available conditions.
r744spes	FLOAT?	Count of execution-suppressed conditions.
r744sptc	FLOAT?	Count of waiting-for-peer-subchannel conditions.
r744spst	INTEGER?	Total peer-subchannel-wait time (microseconds).
r744spss	FLOAT?	Square of total peer-subchannel-wait time (microseconds squared).
r744srtc	FLOAT?	Count of condition ‘waiting for peer subchannel with reserve held’.
r744srst	INTEGER?	Total peer-subchannel-wait-with-reserve time (microseconds).
r744srss	FLOAT?	Square of total peer-subchannel-wait-with-reserve time (microseconds squared).
r744sctc	FLOAT?	Count of condition ‘waiting for peer completion’.
r744scst	INTEGER?	Total waiting-for-peer-completion time (microseconds).
r744scss	FLOAT?	Square of total waiting-for-peer-completion time (microseconds squared).
r744slsv	DATETIME?	Logical structure version number.
r744setm	FLOAT?	Structure execution time (microseconds). Valid if R744FLVL > 14. (Valid if bit 5 of R744FFLG is not set.)
r744sisc	INTEGER?	Index to Storage Class Memory data section. This field is zero if there is no SCM information available.
r744snsc	INTEGER?	Number of Storage Class Memory data sections.
r744ssac	INTEGER?	Count of Storage Class Memory Access Required conditions that require the request to be restarted.
r744sosa	INTEGER?	Count of successful operations to the coupling facility that encountered an SCM Access Required condition.
r744siad	INTEGER?	Index to Asynchronous CF Duplexing data section. This field is zero if there is no Asynchronous CF Duplexing data available.
r744sadn	INTEGER?	Number of Asynchronous CF Duplexing data sections.
r744sixc	INTEGER?	Number of asynchronous duplex requests that requested sync up with the primary. (Valid if bit 1 of R744SXFL is set.)
r744sxsc	INTEGER?	Number of asynchronous duplex requests that were suspended waiting for the operations to complete in the secondary structure of the current duplexing instance. (Valid if bit 1 of R744SXFL is set.)
r744sxst	INTEGER?	Summed suspend time, in microseconds, for suspended requests that were waiting for asynchronous duplex operations to complete in the secondary structure of the current duplexing instance. (Valid if bit 1 of R744SXFL is set.)
r744sxsq	FLOAT?	Square of summed suspend times, in square of microseconds, for suspended requests that were waiting for the asynchronous duplex operations to complete in the secondary structure of the current duplexing instance. (Valid if bit 1 of R744SXFL is set.)
r744sado	INTEGER?	Number of asynchronous duplex operations that were delayed because the primary structure was unable to accept new requests either because it could not forward requests to the secondary CF or because the secondary CF could not process incoming requests. (Valid if bit 0 of R744SXFL is set.)
r744sadr	INTEGER?	Number of asynchronous duplex requests that experienced a delayed operation because the primary CF was unable to accept new requests. (Valid if bit 0 of R744SXFL is set.)
r744sqch	INTEGER?	Asynchronous duplex operation queue characteristic. The number of queue entries is the product of: 4096 × 2 ** R744SQCH
r744sxfl	INTEGER?	Meaning when set 0 Data for primary instance of asynchronous duplexed structure is valid. 1 Data for secondary instance of asynchronous duplexed structure is valid. 2 Data for Write and Read Request Measurements is valid. 3 Data for CF monopolization delays is valid. 4 - 7
r744swdr	INTEGER?	Number of requests to write data to the CF structure. (Valid if bit 2 of R744SXFL is set.)
r744swac	INTEGER?	Number of adjunct areas written to the CF structure. (Valid if bit 2 of R744SXFL is set.)
r744srdr	INTEGER?	Number of requests to read data from the CF structure. (Valid if bit 2 of R744SXFL is set.)
r744srac	INTEGER?	Number of adjunct areas read from the CF structure. (Valid if bit 2 of R744SXFL is set.)
r744swec	BIGINT?	Number of data entries with data elements that have been written to the CF structure. Includes both single and multi entry write requests. (Valid if bit 2 of R744SXFL is set.)
r744srec	INTEGER?	Number of data entries with data elements that have been read from the CF structure. Includes both single and multi entry read requests. (Valid if bit 2 of R744SXFL is set.)
r744swed	BIGINT?	Sum of 256-byte increments accumulated for entry data with data elements written to the CF structure. (Valid if bit 2 of R744SXFL is set.)
r744swes	INTEGER?	Square of summed number of 256-byte increments accumulated for entry data with data elements written to the CF structure. (Valid if bit 2 of R744SXFL is set.)
r744sred	BIGINT?	Sum of 256-byte increments accumulated for entry data with data elements read from the CF structure. (Valid if bit 2 of R744SXFL is set.)
r744sres	FLOAT?	Square of summed number of 256-byte increments accumulated for entry data with data elements read from the CF structure. (Valid if bit 2 of R744SXFL is set.)
r744smrc	FLOAT?	Number of times a request was found delayed due to coupling facility resource monopolization. (Valid if bit 3 of R744SXFL is set.)
r744smtm	FLOAT?	Summed queue time (in microseconds) for operations queued due to coupling facility resource monopolization. (Valid if bit 3 of R744SXFL is set.)
r744smsq	FLOAT?	Summed queue time squared for operations queued due to coupling facility resource monopolization, in microseconds squared. (Valid if bit 3 of R744SXFL is set.)
r744smto	FLOAT?	Total number of operations queued for CF monopolization avoidance. (Valid if bit 3 of R744SXFL is set.)
r744smht	FLOAT?	Total number of high-priority operations queued for CF monopolization avoidance. (Valid if bit 3 of R744SXFL is set.)
r744smmn	INTEGER?	Minimum number of operations queued for CF monopolization avoidance during this interval. (Valid if bit 3 of R744SXFL is set.)
r744smmx	INTEGER?	Maximum number of operations queued for CF monopolization avoidance during this interval. (Valid if bit 3 of R744SXFL is set.)
r744smhn	INTEGER?	Minimum number of high-priority operations queued for CF monopolization avoidance during this interval. (Valid if bit 3 of R744SXFL is set.)
r744smhx	INTEGER?	Maximum number of high-priority operations queued for CF monopolization avoidance during this interval. (Valid if bit 3 of R744SXFL is set.)
r744scei	INTEGER?	r744sflg (Bit 0) showing structure was connected to the system at the end of the interval.
r744sadi	INTEGER?	r744sflg (Bit 1) showing structure became active during the interval.
r744scad	INTEGER?	r744sflg (Bit 2) showing structure is capable to participate in asynchronous duiplexing. (Valid if bit 5 of r744fflg is not set.)
r744sdas	INTEGER?	r744sflg (Bit 3) showing structure is in the duplexing active state. (Valid if bit 5 of r744fflg is not set.)
r744spri	INTEGER?	r744sflg (Bit 4) showing structure is primary instance of an asynchronously duplexed structure. (Valid if bit 5 of r744fflg is not set.)
r744ssec	INTEGER?	r744sflg (Bit 5) showing structure is secondary instance of an asynchronously duplexed structure. (Valid if bit 5 of r744fflg is not set.)
r744senc	INTEGER?	r744sflg (Bit 6) showing structure is encrypted. (Valid if bit 5 of r744fflg is not set.)
r744sxap	INTEGER?	r744sxfl (Bit 0) showing data for priamry instance of asynchronous duplexed structure is valid.
r744sxas	INTEGER?	r744sxfl (Bit 1) showing data for secondary instance of asynchronouos duplexed structure is valid.
r744sxcm	INTEGER?	r744sxfl (Bit 2) showing data for Write and Read Request Measuremens is valid.
r744sxmo	INTEGER?	r744sxfl (Bit 3) showing data for CF monopolization delays is valid.
r744crhc	FLOAT?	Read hit counter.
r744crmd	FLOAT?	Read miss, directory hit counter.
r744crma	FLOAT?	Read miss, assignment suppressed counter.
r744crmn	FLOAT?	Read miss, name assigned counter.
r744crmt	FLOAT?	Read miss, target storage class full.
r744cwh0	FLOAT?	Write hit change bit 0 - number of times unchanged data was written.
r744cwh1	FLOAT?	Write hit change bit 1 - number of times changed data was written.
r744cwmn	FLOAT?	Write miss not registered counter.
r744cwmi	FLOAT?	Write miss invalid state counter.
r744cwmt	FLOAT?	Write miss storage class full counter.
r744cder	FLOAT?	Directory entry reclaim counter.
r744cdtr	FLOAT?	Data entry reclaim counter.
r744cxdr	FLOAT?	XI directory reclaim counter.
r744cxfw	FLOAT?	XI write counter.
r744cxni	FLOAT?	XI name invalidation counter.
r744cxci	FLOAT?	XI complement invalidation counter.
r744ccoc	FLOAT?	Castout counter.
r744crsm	FLOAT?	Reference signal miss counter.
r744ctsf	FLOAT?	Target storage class full counter.
r744cdec	BIGINT?	Directory entry counter snapshot.
r744cdac	BIGINT?	Data element counter snapshot.
r744ctcc	BIGINT?	Total changed counter.
r744cdta	BIGINT?	Data area counter.
r744crlc	FLOAT?	Completed reference list counter.
r744cprl	FLOAT?	Partially completed reference list counter.
r744cxrl	FLOAT?	XI for local cache vector index replacement.
r744cwuc	FLOAT?	Write unchanged counter.

Constraints:

• FOREIGN KEY (smf74_lcf.smf74xnm, smf74_lcf.datetime, smf74_lcf.smf74ist, smf74_lcf.smf74iet, smf74_lcf.r744fnam, smf74_lcf.smf74sid → smf74xnm, datetime, smf74ist, smf74iet, r744fnam, smf74sid)

• FOREIGN KEY (smf74_str.smf74xnm, smf74_str.datetime, smf74_str.smf74ist, smf74_str.smf74iet, smf74_str.r744fnam, smf74_str.r744qstr → smf74xnm, datetime, smf74ist, smf74iet, r744fnam, r744snam)

• PRIMARY KEY (smf74xnm, datetime, smf74ist, smf74iet, r744fnam, r744snam, smf74sid)

smf74_srtd

smf2db.db_models.smf74_model.Smf74Srtd (smf74_srtd)

The Smf74Srtd class stores the Smf74Srtd section in the smf74_srtd table.

Columns:

r749rtrv*	FLOAT	Response time distribution bucket range value. The range value of the first read and the first write bucket of a Synchronous I/O link represents response times less than the range value. For example, if the read range value is 10, then this bucket represents read response times less than 10 microseconds. The range value of the remaining buckets represents response times less than this range value and greater than or equal to the prior range value. For example, if the range value is 30 and the prior range value was 20, this represents responses r in the range: 20 microseconds <= r < 30 microseconds
srtd_idx*	INTEGER	the index of synchronous I/O response time distribution data record in the section.
response_time_for_sync_io_read	INTEGER?	r749rflg (Bit 0) indicating if set, response time data measured for synchronous I/O read instructions.
response_time_for_sync_io_write*	INTEGER	r749rflg (Bit 1) indicating if set, response time data measured for synchronous I/O write instructions.
→ datetime*	DATETIME	the hour of the record.
→ smf74ist*	DATETIME	Time that the RMF measurement interval started, in the form 0 hhmmssF , where hh is the hours, mm is the minutes, ss is the seconds, and F is the sign.
→ smf74iet*	VARCHAR(18)	Interval expiration time token. This token can be used to identify other than RMF records that belong to the same interval (if interval
→ r749pfid*	VARCHAR(10)	PCIE Function ID (PFID) for the PCIE function for which performance data is returned.
r749rflg	INTEGER?	Response time distribution bucket flag. Bit Meaning 0 If set, response time data measured for synchronous I/O read instructions. 1 If set, response time data measured for synchronous I/O write instructions. 2-7 Reserved.
r749rtsc	INTEGER?	Response time distribution bucket sample count.

Constraints:

• FOREIGN KEY (smf74_pcie.datetime, smf74_pcie.smf74ist, smf74_pcie.smf74iet, smf74_pcie.r749pfid → datetime, smf74ist, smf74iet, r749pfid)

• PRIMARY KEY (datetime, smf74ist, smf74iet, r749pfid, response_time_for_sync_io_write, srtd_idx, r749rtrv)

smf74_str

smf2db.db_models.smf74_model.Smf74Str (smf74_str)

The Smf74Str class stores the Smf74Str section in the smf74_str table.

Columns:

r744qstr*	VARCHAR(16)	Name of structure allocated in this coupling facility.
last_update_time	DATETIME?	last update time of this record.
→ smf74xnm*	VARCHAR(8)	Sysplex name as defined in parmlib member COUPLExx.
→ datetime*	DATETIME	the hour of the record.
→ smf74ist*	DATETIME	Time that the RMF measurement interval started, in the form 0 hhmmssF , where hh is the hours, mm is the minutes, ss is the seconds, and F is the sign.
→ smf74iet*	VARCHAR(18)	Interval expiration time token. This token can be used to identify other than RMF records that belong to the same interval (if interval
→ r744fnam*	VARCHAR(8)	Name of coupling facility as defined in parmlib member COUPLExx.
r744qsiz	BIGINT?	Structure size requested to be allocated (4K-block units).
r744qver	DATETIME?	Structure version number.
r744qflg	INTEGER?	Status Flags. Bit Meaning when set 0 Active instance of structure (normal case). 1 New instance during rebuild. 2 Old instance during rebuild. 3 Instance is just being added or deleted (in transition). 4 Instance in hold, deletion could not be finished. 5 Dump was initiated for this structure. 6 Structure rebuild in progress. 7 The in-progress rebuild is a duplexing rebuild.
r744qfl1	INTEGER?	Status Flags 0 Duplexing is active using system-managed asynchronous duplexing. 1-7 Reserved
r744qact	INTEGER?	r744qflg (Bit 0) showing active instance of structure (normal case).
r744qrbn	INTEGER?	r744qflg (Bit 1) showing new instance during rebuild.
r744qrbo	INTEGER?	r744qflg (Bit 2) showing old instance during rebuild.
r744qtra	INTEGER?	r744qflg (Bit 3) showing instance is just being added or deleted (in transition).
r744qhol	INTEGER?	r744qflg (Bit 4) showing instance in hold, deletion could not be finished.
r744qdpt	INTEGER?	r744qflg (Bit 5) showing dump was initiate for this structure.
r744qrbp	INTEGER?	r744qflg (Bit 6) showing structure rebuild in progress.
r744qrbd	INTEGER?	r744qflg (Bit 7) showing the in-progress rebuild is a duplexing rebuild.
r744qaad	INTEGER?	r744qfl1 (Bit 0) showing duplexing is active using system-managed asynchronous duplexing.
r744styp	INTEGER?	Structure type identifier. Value Meaning 1 Unserialized List structure 2 Serialized List structure 3 Lock structure 4 Cache structure
r744sflg	INTEGER?	Status Flags. Bit Meaning when set 0 Structure was connected to the system at the end of the interval. 1 Structure became active during the interval. 2 Structure is capable to participate in asynchronous duplexing. (Valid if bit 5 of R744FFLG is not set.) 3 Structure is in the duplexing active state. (Valid if bit 5 of R744FFLG is not set.) 4 Structure is primary instance of an asynchronously duplexed structure. (Valid if bit 5 of R744FFLG is not set.) 5 Structure is secondary instance of an asynchronously duplexed structure. (Valid if bit 5 of R744FFLG is not set.) 6 Structure is encrypted. (Valid if bit 5 of R744FFLG is not set.) 7
r744slec	INTEGER?	Lock structure only: lock table entry characteristic. (Valid if bit 5 of
r744slel	INTEGER?	List structure: limit on number of list entries. The estimated maximum number of list entries that may reside in storage class memory is not included. Lock structure: limit on number of data elements. (Valid if bit 5 of R744FFLG is not set.)
r744slem	INTEGER?	List structure: current number of list entries in use. The number of list entries that currently reside in storage class memory is not included. Lock structure: current number of data elements in use. (Valid if bit 5 of R744FFLG is not set.)
r744sltl	INTEGER?	Lock structure only: limit on number of lock table entries. (Valid if bit 5 of R744FFLG is not set.)
r744sltm	INTEGER?	Lock structure only: Current number of lock table entries in use. (Valid if bit 5 of R744FFLG is not set.)
r744ssta	FLOAT?	The number of list, lock, or cache requests that were to be executed synchronously at the coupling facility, but which were changed to an asynchronous operation due to lack of resources.
r744strc	FLOAT?	The total number of IXLLIST, IXLCACHE, or IXLLOCK requests made. This field will not necessarily equal the sum or R744SSRC, R744SARC, and R744SSTA due to internal processing. Use of the batch unlock function can produce large discrepancies because R744STRC is incremented for each lock being released, but only one coupling facility operation is executed.
r744stac	FLOAT?	The total number of IXLLOCK requests that could not be satisfied immediately because of lock contention.
r744sarc	FLOAT?	The total number of operations executed asynchronously at the coupling facility.
r744satm	FLOAT?	Summed service time for asynchronous requests in microseconds.
r744sasq	FLOAT?	Summed squares of service time for asynchronous requests.
r744ssrc	FLOAT?	Count of number of times for synchronous requests.
r744sstm	FLOAT?	Summed service time for synchronous requests in microseconds.
r744sssq	FLOAT?	Summed squares of service time for synchronous requests.
r744sqrc	FLOAT?	Count of number of times for queued requests.
r744sqtm	FLOAT?	Summed queue delay time in microseconds.
r744sqsq	FLOAT?	Summed squares of delay time for queued requests.
r744sdrc	FLOAT?	Number of times a request was found delayed in case of dump serialization.
r744sdtm	FLOAT?	Summed dump delay time in microseconds.
r744sdsq	FLOAT?	Summed squares of dump delay time.
r744sdmp	FLOAT?	Number of times dump serialization was found for this structure (list and cache structures only).
r744shto	FLOAT?	Total number of requests waiting on the high priority queue.
r744shmn	BIGINT?	Minimum number of requests waiting on the high priority queue during this interval.
r744shmx	BIGINT?	Maximum number of requests waiting on the high priority queue during this interval.
r744slto	FLOAT?	Total number of requests waiting on the low priority queue.
r744slmn	BIGINT?	Minimum number of requests waiting on the low priority queue during this interval.
r744slmx	BIGINT?	Maximum number of requests waiting on the low priority queue during this interval.
r744sdto	FLOAT?	Total number of requests delayed because dump serialization is in progress.
r744sdmn	BIGINT?	Minimum number of requests delayed because dump serialization is in progress during this interval.
r744sdmx	BIGINT?	Maximum number of requests delayed because dump serialization is in progress during this interval.
r744scn	FLOAT?	Lock structure only: number of times any request encountered lock contention.
r744sfcn	FLOAT?	Lock structure only: number of times any request encountered false lock contention (storage contention within the structure).
r744ssiz	BIGINT?	Allocated size of structure (units = 4K byte blocks). (Valid if bit 5 of R744FFLG is not set.)
r744smas	BIGINT?	Maximum structure size. (Valid if bit 5 of R744FFLG is not set.)
r744smis	BIGINT?	Minimum structure size. (Valid if bit 5 of R744FFLG is not set.)
r744sdec	BIGINT?	Cache structure only: Total directory entry count. (Valid if bit 5 of R744FFLG is not set.)
r744sdel	BIGINT?	Cache structure only: Total data element count. (Valid if bit 5 of R744FFLG is not set.)
r744snlh	INTEGER?	List structure only: Number of list headers. (Valid if bit 5 of R744FFLG is not set.)
r744smae	INTEGER?	List structure only: maximum number of elements. The estimated maximum number of list elements that may reside in storage class memory is not included. (Valid if bit 5 of R744FFLG is not set.)
r744scue	INTEGER?	List structure only: current number of elements in use. The number of list elements that currently reside in storage class memory is not included. (Valid if bit 5 of R744FFLG is not set.)
r744cdsi	INTEGER?	Index to first Cache data section.
r744cdne	INTEGER?	Number of Cache data section entries.
r744spln	FLOAT?	Count of peer-link-not-available conditions.
r744spes	FLOAT?	Count of execution-suppressed conditions.
r744sptc	FLOAT?	Count of waiting-for-peer-subchannel conditions.
r744spst	INTEGER?	Total peer-subchannel-wait time (microseconds).
r744spss	FLOAT?	Square of total peer-subchannel-wait time (microseconds squared).
r744srtc	FLOAT?	Count of condition ‘waiting for peer subchannel with reserve held’.
r744srst	INTEGER?	Total peer-subchannel-wait-with-reserve time (microseconds).
r744srss	FLOAT?	Square of total peer-subchannel-wait-with-reserve time (microseconds squared).
r744sctc	FLOAT?	Count of condition ‘waiting for peer completion’.
r744scst	INTEGER?	Total waiting-for-peer-completion time (microseconds).
r744scss	FLOAT?	Square of total waiting-for-peer-completion time (microseconds squared).
r744slsv	DATETIME?	Logical structure version number.
r744setm	FLOAT?	Structure execution time (microseconds). Valid if R744FLVL > 14. (Valid if bit 5 of R744FFLG is not set.)
r744sisc	INTEGER?	Index to Storage Class Memory data section. This field is zero if there is no SCM information available.
r744snsc	INTEGER?	Number of Storage Class Memory data sections.
r744ssac	INTEGER?	Count of Storage Class Memory Access Required conditions that require the request to be restarted.
r744sosa	INTEGER?	Count of successful operations to the coupling facility that encountered an SCM Access Required condition.
r744siad	INTEGER?	Index to Asynchronous CF Duplexing data section. This field is zero if there is no Asynchronous CF Duplexing data available.
r744sadn	INTEGER?	Number of Asynchronous CF Duplexing data sections.
r744sixc	INTEGER?	Number of asynchronous duplex requests that requested sync up with the primary. (Valid if bit 1 of R744SXFL is set.)
r744sxsc	INTEGER?	Number of asynchronous duplex requests that were suspended waiting for the operations to complete in the secondary structure of the current duplexing instance. (Valid if bit 1 of R744SXFL is set.)
r744sxst	INTEGER?	Summed suspend time, in microseconds, for suspended requests that were waiting for asynchronous duplex operations to complete in the secondary structure of the current duplexing instance. (Valid if bit 1 of R744SXFL is set.)
r744sxsq	FLOAT?	Square of summed suspend times, in square of microseconds, for suspended requests that were waiting for the asynchronous duplex operations to complete in the secondary structure of the current duplexing instance. (Valid if bit 1 of R744SXFL is set.)
r744sado	INTEGER?	Number of asynchronous duplex operations that were delayed because the primary structure was unable to accept new requests either because it could not forward requests to the secondary CF or because the secondary CF could not process incoming requests. (Valid if bit 0 of R744SXFL is set.)
r744sadr	INTEGER?	Number of asynchronous duplex requests that experienced a delayed operation because the primary CF was unable to accept new requests. (Valid if bit 0 of R744SXFL is set.)
r744sqch	INTEGER?	Asynchronous duplex operation queue characteristic. The number of queue entries is the product of: 4096 × 2 ** R744SQCH
r744sxfl	INTEGER?	Meaning when set 0 Data for primary instance of asynchronous duplexed structure is valid. 1 Data for secondary instance of asynchronous duplexed structure is valid. 2 Data for Write and Read Request Measurements is valid. 3 Data for CF monopolization delays is valid. 4 - 7
r744swdr	INTEGER?	Number of requests to write data to the CF structure. (Valid if bit 2 of R744SXFL is set.)
r744swac	INTEGER?	Number of adjunct areas written to the CF structure. (Valid if bit 2 of R744SXFL is set.)
r744srdr	INTEGER?	Number of requests to read data from the CF structure. (Valid if bit 2 of R744SXFL is set.)
r744srac	INTEGER?	Number of adjunct areas read from the CF structure. (Valid if bit 2 of R744SXFL is set.)
r744swec	BIGINT?	Number of data entries with data elements that have been written to the CF structure. Includes both single and multi entry write requests. (Valid if bit 2 of R744SXFL is set.)
r744srec	INTEGER?	Number of data entries with data elements that have been read from the CF structure. Includes both single and multi entry read requests. (Valid if bit 2 of R744SXFL is set.)
r744swed	BIGINT?	Sum of 256-byte increments accumulated for entry data with data elements written to the CF structure. (Valid if bit 2 of R744SXFL is set.)
r744swes	INTEGER?	Square of summed number of 256-byte increments accumulated for entry data with data elements written to the CF structure. (Valid if bit 2 of R744SXFL is set.)
r744sred	BIGINT?	Sum of 256-byte increments accumulated for entry data with data elements read from the CF structure. (Valid if bit 2 of R744SXFL is set.)
r744sres	FLOAT?	Square of summed number of 256-byte increments accumulated for entry data with data elements read from the CF structure. (Valid if bit 2 of R744SXFL is set.)
r744smrc	FLOAT?	Number of times a request was found delayed due to coupling facility resource monopolization. (Valid if bit 3 of R744SXFL is set.)
r744smtm	FLOAT?	Summed queue time (in microseconds) for operations queued due to coupling facility resource monopolization. (Valid if bit 3 of R744SXFL is set.)
r744smsq	FLOAT?	Summed queue time squared for operations queued due to coupling facility resource monopolization, in microseconds squared. (Valid if bit 3 of R744SXFL is set.)
r744smto	FLOAT?	Total number of operations queued for CF monopolization avoidance. (Valid if bit 3 of R744SXFL is set.)
r744smht	FLOAT?	Total number of high-priority operations queued for CF monopolization avoidance. (Valid if bit 3 of R744SXFL is set.)
r744smmn	INTEGER?	Minimum number of operations queued for CF monopolization avoidance during this interval. (Valid if bit 3 of R744SXFL is set.)
r744smmx	INTEGER?	Maximum number of operations queued for CF monopolization avoidance during this interval. (Valid if bit 3 of R744SXFL is set.)
r744smhn	INTEGER?	Minimum number of high-priority operations queued for CF monopolization avoidance during this interval. (Valid if bit 3 of R744SXFL is set.)
r744smhx	INTEGER?	Maximum number of high-priority operations queued for CF monopolization avoidance during this interval. (Valid if bit 3 of R744SXFL is set.)
r744scei	INTEGER?	r744sflg (Bit 0) showing structure was connected to the system at the end of the interval.
r744sadi	INTEGER?	r744sflg (Bit 1) showing structure became active during the interval.
r744scad	INTEGER?	r744sflg (Bit 2) showing structure is capable to participate in asynchronous duiplexing. (Valid if bit 5 of r744fflg is not set.)
r744sdas	INTEGER?	r744sflg (Bit 3) showing structure is in the duplexing active state. (Valid if bit 5 of r744fflg is not set.)
r744spri	INTEGER?	r744sflg (Bit 4) showing structure is primary instance of an asynchronously duplexed structure. (Valid if bit 5 of r744fflg is not set.)
r744ssec	INTEGER?	r744sflg (Bit 5) showing structure is secondary instance of an asynchronously duplexed structure. (Valid if bit 5 of r744fflg is not set.)
r744senc	INTEGER?	r744sflg (Bit 6) showing structure is encrypted. (Valid if bit 5 of r744fflg is not set.)
r744sxap	INTEGER?	r744sxfl (Bit 0) showing data for priamry instance of asynchronous duplexed structure is valid.
r744sxas	INTEGER?	r744sxfl (Bit 1) showing data for secondary instance of asynchronouos duplexed structure is valid.
r744sxcm	INTEGER?	r744sxfl (Bit 2) showing data for Write and Read Request Measuremens is valid.
r744sxmo	INTEGER?	r744sxfl (Bit 3) showing data for CF monopolization delays is valid.
r744crhc	FLOAT?	Read hit counter.
r744crmd	FLOAT?	Read miss, directory hit counter.
r744crma	FLOAT?	Read miss, assignment suppressed counter.
r744crmn	FLOAT?	Read miss, name assigned counter.
r744crmt	FLOAT?	Read miss, target storage class full.
r744cwh0	FLOAT?	Write hit change bit 0 - number of times unchanged data was written.
r744cwh1	FLOAT?	Write hit change bit 1 - number of times changed data was written.
r744cwmn	FLOAT?	Write miss not registered counter.
r744cwmi	FLOAT?	Write miss invalid state counter.
r744cwmt	FLOAT?	Write miss storage class full counter.
r744cder	FLOAT?	Directory entry reclaim counter.
r744cdtr	FLOAT?	Data entry reclaim counter.
r744cxdr	FLOAT?	XI directory reclaim counter.
r744cxfw	FLOAT?	XI write counter.
r744cxni	FLOAT?	XI name invalidation counter.
r744cxci	FLOAT?	XI complement invalidation counter.
r744ccoc	FLOAT?	Castout counter.
r744crsm	FLOAT?	Reference signal miss counter.
r744ctsf	FLOAT?	Target storage class full counter.
r744cdec	BIGINT?	Directory entry counter snapshot.
r744cdac	BIGINT?	Data element counter snapshot.
r744ctcc	BIGINT?	Total changed counter.
r744cdta	BIGINT?	Data area counter.
r744crlc	FLOAT?	Completed reference list counter.
r744cprl	FLOAT?	Partially completed reference list counter.
r744cxrl	FLOAT?	XI for local cache vector index replacement.
r744cwuc	FLOAT?	Write unchanged counter.
r744msma	BIGINT?	Maximum amount of storage class memory the structure can use (4K-block units).
r744malg	INTEGER?	SCM algorithm type.
r744mfau	BIGINT?	Fixed augmented space (4K-block units).
r744miua	BIGINT?	Amount of augmented space that is in use by this structure (4K- block units).
r744mius	BIGINT?	Amount of storage class memory that is in use by this structure (4K-block units).
r744mema	BIGINT?	Estimated maximum amount of space that may be assigned as augmented space for this structure (4K-block units).
r744meml	BIGINT?	Estimated maximum number of list entries that may reside in storage class memory for this structure.
r744meme	BIGINT?	Estimated maximum number of list elements that may reside in storage class memory for this structure.
r744menl	BIGINT?	Number of existing structure list entries that reside in storage class memory for this structure.
r744mene	BIGINT?	Number of existing structure list elements that reside in storage class memory for this structure.
r744mslt	INTEGER?	Percentage of the list entry and list element counts that determines the lower threshold for migration from storage class memory to CF storage.
r744msut	INTEGER?	Percentage of the list entry and list element counts that determines the upper threshold for migration from CF storage to storage class memory.
r744mslr	INTEGER?	Percentage of the list entry and list element counts that determines the lower threshold regulator for migration from CF storage class memory to CF real storage.The lower threshold regulators are used to stop migration from CF SCM into CF real storage after being triggered by the lower threshold.
r744msur	INTEGER?	Percentage of the list entry and list element counts that determines the upper threshold regulator for migration from CF real storage to CF storage class memory. The upper threshold regulators are used to stop migration from CF real storage into CF SCM after being triggered by the upper threshold.
r744mswc	INTEGER?	SCM write count. The number of list write operations performed to storage class memory.
r744mrfc	INTEGER?	The number of read operations against storage class memory that were initiated by a reference to list structure objects residing in storage class memory.
r744mrpc	INTEGER?	The number of read operations against storage class memory that were initiated as a prefetch operation in order to retrieve list structure objects in storage class memory that are expected to be referenced.
r744mrst	FLOAT?	Total amount of service times for read operations from storage class memory in microseconds.
r744mrsq	BIGINT?	Total amount of squares of service times for read operations from storage class memory in square-microseconds.
r744mwst	FLOAT?	Total amount of service times for write operations to storage class memory in microseconds.
r744mwsq	BIGINT?	Total amount of squares of service times for write operations to storage class memory in square-microseconds.
r744mrbt	BIGINT?	SCM read bytes transferred. This is the number of bytes in 4K units transferred from storage class memory to CF storage.
r744mwbt	BIGINT?	SCM write bytes transferred. This is the number of bytes in 4K units transferred from CF storage to storage class memory.
r744maec	BIGINT?	SCM auxiliary enabled command count. This is the number of commands that required the use of CF auxiliary frames.
r744msrl	BIGINT?	The number of references against storage class memory to locate list structure objects.
r744msrr	BIGINT?	The number of references against storage class memory to resolve list entry key hashing.
r744msrm	BIGINT?	The number of references against storage class memory for the purpose of migrating list structure objects from CF storage to storage class memory to allow the creation of new list structure objects in CF storage.
r744mmbl	BIGINT?	The maximum number of list entries that can be stored in a single storage class memory buffer.
r744mmbe	BIGINT?	The maximum number of list elements that can be stored in a single storage class memory buffer.
r744mnel	BIGINT?	The minimum number of list elements that must be available for assignment after the specified allocation process completes.
r744mnec	BIGINT?	The minimum number of list entries that must be available for assignment after the specified allocation process completes.
r744msrk	BIGINT?	The number of references against storage class memory for the purpose of migrating list structure objects from storage class memory to CF storage to allow for key-range initialization to complete.
r744afo	BIGINT?	The most current failed operation sequence number.
r744aheo	BIGINT?	Highest operation sequence number that can be executed and completed in the secondary CF.
r744alaoh	BIGINT?	Highest sequence number of the operation that has been executed in the primary structure. (Valid if bit 4 of R744SFLG is set.)
r744alaosh	BIGINT?	Highest sequence number of the operation that has completed in the primary and has been recognized by the secondary structure.
r744alcoh	BIGINT?	Highest sequence number of the operation that has completed in the secondary structure. (Valid if bit 5 of R744SFLG is set.)
r744alcoph	BIGINT?	Highest sequence number of the operation that has completed in the secondary structure and that has been recognized by the primary structure.
r744alao	BIGINT?	Number of asynchronous duplex operations that have been executed in the primary structure. (Valid if bit 4 of R744SFLG is set.)
r744alaos	BIGINT?	Number of asynchronous duplex operations that have executed in the primary and have been recognized in the secondary structure.
r744alco	BIGINT?	Number of asynchronous duplex operations transmitted from the primary to the secondary structure that completed in the secondary structure. (Valid if bit 5 of R744SFLG is set.)
r744alcop	BIGINT?	Number of asynchronous duplex operations that have been completed both in the primary and in the secondary structure that has been recognized by the primary structure.
r744atpoct	BIGINT?	Total number of asynchronous duplex operations that have been transmitted from the primary to the secondary structure.
r744atpoc	BIGINT?	Number of asynchronous duplex operations transmitted from the primary to the secondary structure in this interval.
r744arcpot	BIGINT?	Total number of asynchronous duplex operations that have completed in the secondary and have been recognized as complete to the primary structure.
r744arcpo	BIGINT?	Number of asynchronous duplex operations transmitted from the primary to the secondary structure and recognized as complete to the primary structure in this interval.
r744acqsc	BIGINT?	Number of stalls in the processing of the secondary operation queue.
r744apdt	BIGINT?	Total amount of primary delay time for asynchronous duplex operations, in microseconds. The primary delay time is the elapsed time in the primary CF between the assignment of the operation to the queue buffer and the first attempt to send the
r744apdq	BIGINT?	Total amount of squares of primary delay time for asynchronous duplex operations, in square of microseconds.
r744amdt	BIGINT?	Total amount of message delay time for asynchronous duplex operations, in microseconds. The message delay time is the elapsed time from the first attempt to send the asynchronous duplex operation in the primary CF to the time that the secondary CF assigns the asynchronous duplex operation to a secondary queue entry.
r744amdq	BIGINT?	Total amount of squares of message delay time for asynchronous duplex operations, in square of microseconds.
r744aqdt	BIGINT?	Total amount of secondary queue delay time for asynchronous duplex operations, in microseconds. The secondary queue delay time is the elapsed time from the time the asynchronous duplex operation is assigned to a secondary queue entry to the time of
r744aqdq	BIGINT?	Total amount of squares of secondary queue delay time for asynchronous duplex operations, in square of microseconds.
r744aqst	BIGINT?	Total amount of secondary queue stall time for asynchronous duplex operations, in microseconds.
r744aqsq	BIGINT?	Total amount of squares of secondary queue stall time for asynchronous duplex operations, in square of microseconds.
r744acdt	BIGINT?	Total amount of secondary reported completion delay time for asynchronous duplex operations, in microseconds. The secondary reported completion delay time is the elapsed time in the secondary CF, from the time the asynchronous duplex operation completes in the secondary to the time that the completion is reported to the primary.
r744acdq	BIGINT?	Total amount of squares of secondary reported completion delay time for asynchronous duplex operations, in square of microseconds.
r744ardt	BIGINT?	Total amount of response delay time for asynchronous duplex operations, in microseconds. The response delay time is the elapsed time from the launch of the operation response in the secondary CF to the time that the primary CF recognizes the response.
r744ardq	BIGINT?	Total amount of squares of response delay time for asynchronous duplex operations, in square of microseconds.
r744aott	BIGINT?	Total amount of operation transmission time for operations sent from the primary to the secondary structure, in microseconds. (Valid if bit 5 of R744SFLG is set.)
r744aotq	BIGINT?	Total amount of squares of operation transmission time, in square of microseconds. (Valid if bit 5 of R744SFLG is set.)
r744astt	BIGINT?	Total amount of service time to transfer the asynchronous duplex operations to the secondary structure and complete the operations in the secondary structure, in microseconds. (Valid if bit 5 of R744SFLG is set.)
r744astq	BIGINT?	Total amount of squares of service time to transfer the asynchronous duplex operations to the secondary structure and complete the operations in the secondary structure, in square of microseconds. (Valid if bit 5 of R744SFLG is set.)

Constraints:

• FOREIGN KEY (smf74_cf.smf74xnm, smf74_cf.datetime, smf74_cf.smf74ist, smf74_cf.smf74iet, smf74_cf.r744fnam → smf74xnm, datetime, smf74ist, smf74iet, r744fnam)

• PRIMARY KEY (smf74xnm, datetime, smf74ist, smf74iet, r744fnam, r744qstr)

smf74_subchpa

smf2db.db_models.smf74_model.Smf74Subchpa (smf74_subchpa)

The Smf74Subchpa class stores the Smf74Subchpa section in the smf74_subchpa table.

Columns:

csc	VARCHAR(8)?	the identifier or serial number of Central Processor Complexes (CPC).
→ smf74xnm*	VARCHAR(8)	Sysplex name as defined in parmlib member COUPLExx.
→ datetime*	DATETIME	the hour of the record.
→ smf74ist*	DATETIME	Time that the RMF measurement interval started, in the form 0 hhmmssF , where hh is the hours, mm is the minutes, ss is the seconds, and F is the sign.
→ smf74iet*	VARCHAR(18)	Interval expiration time token. This token can be used to identify other than RMF records that belong to the same interval (if interval
→ r744fnam*	VARCHAR(8)	Name of coupling facility as defined in parmlib member COUPLExx.
smf74sid*	VARCHAR(4)	System identification (from the SMFPRMxx SID parameter).
r744hcpi*	VARCHAR(2)	Channel path identifier. The range of values is X’00’ to X’FF’.
r744hsnd*	INTEGER	r744hchf (Bit 1) showing channel path is a sender channel.
r744htap	VARCHAR(5)?	Channel path type acronym.
r744hopm	VARCHAR(4)?	Channel path operation mode. It describes the channel path type, data rate, protocol and adapter type. Value Meaning X’01’ CFP path supporting a 1.0625 Gbit/s data rate X’02’ CFP path supporting a 2.125 Gbit/s data rate X’10’ CIB path operating at 1x bandwidth using the IFB protocol, adapter type HCA2-O LR X’11’ CIB path operating at 12x bandwidth using the IFB protocol, adapter type HCA2-O X’20’ CIB path operating at 1x bandwidth using the IFB protocol, adapter type HCA3-O LR X’21’ CIB path operating at 12x bandwidth using the IFB protocol, adapter type HCA3-O X’30’ CIB path operating at 12x bandwidth using the IFB3 protocol, adapter type HCA3-O X’40’ CS5 path operating at 8x bandwidth using the PCIe third generation protocol, adapter type PCIe-O X’50’ CL5 path supporting a 10 Gbit/s data rate using the Converged Enhanced Ethernet protocol, adapter type RoCE X’51’ CL6 path supporting a 25 Gbit/s data rate using the Converged Enhanced Ethernet protocol, adapter type RoCE Other Unknown
r744hlat	FLOAT?	Channel path latency time. This is the average round-trip path time in microseconds. A value of 0 means that the time was not measured. A value of 1 means a time less than or equal to one microsecond.
r744hpcp	VARCHAR(4)?	Physical channel ID (PCHID)
r744haid	VARCHAR(4)?	Coupling adapter identifier associated with the CHPID.
r744hapn	VARCHAR(2)?	Number of the port associated with the CHPID.
r744hsap_1	VARCHAR(2)?	engine 1 - I/O processor (System Assist Processor) to which this path is accessible. The range of values is X’00’ to X’FF’.
r744hsap_2	VARCHAR(2)?	engine 2 - I/O processor (System Assist Processor) to which this path is accessible. The range of values is X’00’ to X’FF’.
r744hsap_3	VARCHAR(2)?	engine 3 - I/O processor (System Assist Processor) to which this path is accessible. The range of values is X’00’ to X’FF’.
r744hsap_4	VARCHAR(2)?	engine 4 - I/O processor (System Assist Processor) to which this path is accessible. The range of values is X’00’ to X’FF’.
r744hhca	INTEGER?	r744hfl1 (Bit 0) showing coupling adapter ID and port number are valid.
r744hmov	INTEGER?	r744hfl1 (Bit 1) showing channel path operation mode is valid.
r744hlav	INTEGER?	r744hfl1 (Bit 2) showing channel path latency time is valid.
r744hdev	INTEGER?	r744hfl1 (Bit 3) showing degraded status flag is valid.
r744hsav1	INTEGER?	r744hfl1 (Bit 4) showing the corresponding field in the array of I/O processors is valid.
r744hsav2	INTEGER?	r744hfl1 (Bit 5) showing the corresponding field in the array of I/O processors is valid.
r744hsav3	INTEGER?	r744hfl1 (Bit 6) showing the corresponding field in the array of I/O processors is valid.
r744hsav4	INTEGER?	r744hfl1 (Bit 7) showing the corresponding field in the array of I/O processors is valid.
r744hpcv	INTEGER?	r744hfl2 (Bit 0) showing channel (CHID) is valid.
r744hdeg	INTEGER?	r744hchf (Bit 0) showing channel path is operating at reduced capacity (degraded) or is not operating at the end of the interval.

Constraints:

• FOREIGN KEY (smf74_cf.smf74xnm, smf74_cf.datetime, smf74_cf.smf74ist, smf74_cf.smf74iet, smf74_cf.r744fnam → smf74xnm, datetime, smf74ist, smf74iet, r744fnam)

• PRIMARY KEY (smf74xnm, datetime, smf74ist, smf74iet, r744fnam, smf74sid, r744hcpi, r744hsnd)

smf74_switch

smf2db.db_models.smf74_model.Smf74Switch (smf74_switch)

The Smf74Switch class stores the Smf74Switch section in the smf74_switch table.

Columns:

r747sdev*	VARCHAR(4)	Switch device number.
last_update_time	DATETIME?	last update time of this record.
→ datetime*	DATETIME	the hour of the record.
→ smf74ist*	DATETIME	Time that the RMF measurement interval started, in the form 0 hhmmssF , where hh is the hours, mm is the minutes, ss is the seconds, and F is the sign.
→ smf74iet*	VARCHAR(18)	Interval expiration time token. This token can be used to identify other than RMF records that belong to the same interval (if interval
r747slsn	INTEGER?	Logical switch number.
r747spfl	INTEGER?	Switch processing flags. Bit Meaning when set 0 Status of switch has changed. 1 Number of ports has changed. 2 Switch is offline. 3 Switch is now online. 4 Cascaded switch. 5-7 Reserved.
r747snsp	INTEGER?	Number of supported ports for this switch.
r747snip	INTEGER?	Number of installed ports for this switch.
r747svar	INTEGER?	r747spfl (Bit 0) showing status of swtich has changed.
r747snpc	INTEGER?	r747spfl (Bit 1) showing number of ports has changed.
r747soff	INTEGER?	r747spfl (Bit 2) showing switch is offline.
r747snol	INTEGER?	r747spfl (Bit 3) showing switch is now online.
r747sfcs	INTEGER?	r747spfl (Bit 4) showing cascaded switch.
ndeconfigcode	VARCHAR(8)?	ND associated with switch device configuration code.
ndetype	VARCHAR(6)?	ND associated with switch device type.
ndemodel	VARCHAR(3)?	ND associated with switch device model.
ndemfg	VARCHAR(3)?	ND associated with switch device manufacturer.
ndeplant	VARCHAR(2)?	ND associated with switch device plant code.
ndesequence	VARCHAR(12)?	ND associated with switch device sequence number.
ndecpcid	INTEGER?	ND associated with switch device CPC id.
r747pfpt	FLOAT?	Frame pacing time (in units of 2.5 microseconds).
r747pnwr	FLOAT?	Number of words received.
r747pnwt	FLOAT?	Number of words transmitted.
r747pnfr	FLOAT?	Number of frames received.
r747pnft	FLOAT?	Number of frames transmitted.
r747pner	FLOAT?	Number of errors.

Constraints:

• FOREIGN KEY (smf74_fcd.datetime, smf74_fcd.smf74ist, smf74_fcd.smf74iet → datetime, smf74ist, smf74iet)

• PRIMARY KEY (datetime, smf74ist, smf74iet, r747sdev)

smf74_sys

smf2db.db_models.smf74_model.Smf74Sys (smf74_sys)

The Smf74Sys class stores the Smf74Sys section in the smf74_sys table.

Columns:

r742snme*	VARCHAR(8)	System name as defined in parmlib member IEASYSxx SYSNAME parameter.
r742sdir*	VARCHAR(3)	Direction of the message traffic Bit Meaning when set 0 Inbound. The R742SNME system sent messages to the local system. 1 Outbound. The R742SNME system receives messages from the local system. 2 Local. This means that the message traffic is within the local system. 3-7 Reserved.
r742stcn*	VARCHAR(8)	Transport class name (blanks for inbound entry).
→ csc*	VARCHAR(8)	the identifier or serial number of Central Processor Complexes (CPC).
→ smf74sid*	VARCHAR(4)	System identification (from the SMFPRMxx SID parameter).
→ datetime*	DATETIME	the hour of the record.
→ smf74ist*	DATETIME	Time that the RMF measurement interval started, in the form 0 hhmmssF , where hh is the hours, mm is the minutes, ss is the seconds, and F is the sign.
→ smf74iet*	VARCHAR(18)	Interval expiration time token. This token can be used to identify other than RMF records that belong to the same interval (if interval
r742sstf	INTEGER?	Status flags Bit Meaning when set 0 System became active during this interval 1 System became inactive during this interval 2 Counts reset by XCF during this interval 3 Partially not active during RMF Postprocessor interval. 4-7 Reserved.
r742spth	INTEGER?	Current number of signalling paths in service (zero for local entry). If outbound entry, count is for the indicated transport class.
r742sbsy	INTEGER?	Number of no buffer conditions. For local or outbound entry, count is for the indicated transport class.
r742snop	INTEGER?	Number of no path conditions (zero for local entry). For outbound entry, count is for the indicated transport class.
r742smxb	INTEGER?	Maximum 1K blocks of message buffer space. For local or outbound entry, count is for the indicated transport class.
r742sbig	INTEGER?	Number of big message conditions (zero for inbound entry).
r742sfit	INTEGER?	Number of message fit conditions (zero for inbound entry).
r742ssml	INTEGER?	Number of small message conditions (zero for inbound entry).
r742sovr	INTEGER?	Number of big messages that exceeded the message length for which XCF was optimized (zero for inbound entry).
r742stcl	INTEGER?	Message length for transport class (zero for inbound entry).
r742sact	INTEGER?	r742sstf (Bit 0) showing system became active during this interval.
r742siac	INTEGER?	r742sstf (Bit 1) showing system became inactive during this interval.
r742sres	INTEGER?	r742sstf (Bit 2) showing counts reset by XCF during this interval.
r742spar	INTEGER?	r742sstf (Bit 3) showing partially not active during RMF Postprocessor interval.

Constraints:

• FOREIGN KEY (smf74_xctl.csc, smf74_xctl.smf74sid, smf74_xctl.datetime, smf74_xctl.smf74ist, smf74_xctl.smf74iet → csc, smf74sid, datetime, smf74ist, smf74iet)

• PRIMARY KEY (csc, smf74sid, datetime, smf74ist, smf74iet, r742snme, r742stcn, r742sdir)

smf74_xctl

smf2db.db_models.smf74_model.Smf74Xctl (smf74_xctl)

The Smf74Xctl class stores the Smf74Xctl section in the smf74_xctl table.

Columns:

r742stot	INTEGER?	Total number of System data sections in all SMF records.
r742ptot	INTEGER?	Total number of Path data sections in all SMF records.
r742mtot	INTEGER?	Total number of Member data sections in all SMF records.
→ smf_type	VARCHAR(5)?	the SMF type and subtype.
→ csc*	VARCHAR(8)	the identifier or serial number of Central Processor Complexes (CPC).
→ smf74sid*	VARCHAR(4)	System identification (from the SMFPRMxx SID parameter).
→ datetime*	DATETIME	the hour of the record.
→ smf74ist*	DATETIME	Time that the RMF measurement interval started, in the form 0 hhmmssF , where hh is the hours, mm is the minutes, ss is the seconds, and F is the sign.
→ smf74iet*	VARCHAR(18)	Interval expiration time token. This token can be used to identify other than RMF records that belong to the same interval (if interval

Constraints:

• FOREIGN KEY (smf74_pro.datetime, smf74_pro.smf74ist, smf74_pro.smf74iet, smf74_pro.smf_type, smf74_pro.csc, smf74_pro.smf74sid → datetime, smf74ist, smf74iet, smf_type, csc, smf74sid)

• PRIMARY KEY (csc, smf74sid, datetime, smf74ist, smf74iet)

smf74_xpool

smf2db.db_models.smf74_model.Smf74Xpool (smf74_xpool)

The Smf74Xpool class stores the Smf74Xpool section in the smf74_xpool table.

Columns:

r748xpid	VARCHAR(4)?	Extent pool identifier.
ccmt_seqn	VARCHAR(10)?	the sequence number of the subsystem control unit.
r745dvol	VARCHAR(6)?	Volume serial of device
→ datetime*	DATETIME	the hour of the record.
→ smf74ist*	DATETIME	Time that the RMF measurement interval started, in the form 0 hhmmssF , where hh is the hours, mm is the minutes, ss is the seconds, and F is the sign.
→ smf74iet*	VARCHAR(18)	Interval expiration time token. This token can be used to identify other than RMF records that belong to the same interval (if interval
→ r745ssid*	VARCHAR(6)	Subsystem ID.
→ r7451dvn*	VARCHAR(4)	Device number (binary).
r7451scs	VARCHAR(2)?	Subchannel set ID.
r7451rsv	FLOAT?	Lower interface I/O response time (in milliseconds).
r7451flg	INTEGER?	Flag. Value Meaning 0 No additional information 1 RAID rank data. 2 Extent pool and physical storage data.
r7452xty	VARCHAR(4)?	Extent type: Value Meaning X’04’ FB 1Gb X’84’ CKD 1Gb
r7451sio	INTEGER?	r7451inc (Bit 3) showing synchronous I/O cache data are valid.
r7451hpf	INTEGER?	r7451inc (Bit 4) showing zHPF read and write I/O requests r7451ct5 and r7451ct6 are available.
r7451xfl	INTEGER?	r7451inc (Bit 7) showing transfer statistics r7451xfr are valid.
r7452dxa	INTEGER?	r7452xfl (Bit 0) showing dynamic extent allocation.
r7452dsh	INTEGER?	r7452xfl (Bit 1) showing data sharing.
r7452mis	INTEGER?	r7452xfl (Bit 2) showing migrating/migration state.
r7451rmr	FLOAT?	Record mode read request.
r7451xsf	FLOAT?	Extended-Remote-Copy(XRC) or Concurrent-Copy(CC) sidefile read request.
r7451xcw	FLOAT?	XRC or CC contaminated writes.
r7451tsp	FLOAT?	Number of tracks transferred to secondary Peer-to-Peer-Remote- Copy(PPRC) volume.
r7451nvs	FLOAT?	NVS space allocation.
r7451ct1	FLOAT?	Bytes read. For units, see bits 5 and 6 of R7451INC.
r7451ct2	FLOAT?	Bytes written. For units, see bits 5 and 6 of R7451INC.
r7451ct3	FLOAT?	Read response time. For units, see bits 5 and 6 of R7451INC.
r7451ct4	FLOAT?	Write response time. For units, see bits 5 and 6 of R7451INC.
r7451ct5	FLOAT?	Number of zHPF read I/O requests (valid if bit 4 in R7451INC is set).
r7451ct6	FLOAT?	Number of zHPF write I/O requests (valid if bit 4 in R7451INC is set).
r7451zhl	FLOAT?	zHPF List Pre-fetch I/O Requests. Number of command chains, where the Transport Mode operation specified a non-zero Imbedded Locate Record Count.
r7451zhh	FLOAT?	zHPF List Pre-fetch I/O Request Hits. Number of command chains, where • the Transport Mode operation specified a non-zero Imbedded Locate Record Count. • the chain was completed without requiring access to any DDM.
r7451gsf	FLOAT?	Global Mirror Collisions sidefile count. A GMC occurs when, during the sending of data in the secondary to create a consistency group, a subsequent host update is attempted before the modified track has been transmitted to the secondary volume. The modified track will be moved to the sidefile before allowing a new host write. The counter will be incremented by one when a track is added to the sidefile.
r7451gss	FLOAT?	Global Mirror Collisions synchronous count. When a write collision occurs, the modified track data which belongs to the current consistency group may be sent to the remote control unit before allowing the write. The data may come from the sidefile if it is full or from cache if the collision sidefile is not being utilized.
r7451srr	FLOAT?	Number of synchronous I/O cache read requests. (Valid if bit 3 of R7451INC is set.)
r7451srh	FLOAT?	Number of synchronous I/O cache read request hits. (Valid if bit 3 of R7451INC is set.)
r7451swr	FLOAT?	Number of synchronous I/O cache write requests. (Valid if bit 3 of R7451INC is set.)
r7451swh	FLOAT?	Number of synchronous I/O cache write request hits. (Valid if bit 3 of R7451INC is set.)
r7451unt	VARCHAR(2)?	r7451inc (Bit 5-6) showing measurement units (‘00’ - Bytes in units of 128K, and times in units of 16 milliseconds)

Constraints:

• FOREIGN KEY (smf74_cdev.datetime, smf74_cdev.smf74ist, smf74_cdev.smf74iet, smf74_cdev.r745dsid, smf74_cdev.r745devn → datetime, smf74ist, smf74iet, r745ssid, r7451dvn)

• PRIMARY KEY (datetime, smf74ist, smf74iet, r745ssid, r7451dvn)

Smf 75

smf75_pro

smf2db.db_models.smf75_model.Smf75Pro (smf75_pro)

The Smf75Pro class stores the Smf75Pro section in the smf75_pro table.

Columns:

smf75ist*	DATETIME	Time that the RMF measurement interval started, in the form 0 hhmmssF , where hh is the hours, mm is the minutes, ss is the seconds, and F is the sign.
smf75iet*	VARCHAR(18)	Interval expiration time token. This token can be used to identify other than RMF records that belong to the same interval (if interval was synchronized with SMF).
speed_boost	INTEGER?	smf75fla (Bit 10) indcating speed boost was active during entire interval.
ziip_boost	INTEGER?	smf75fla (Bit 9) indciating zIIP boost was active during entire interval.
datetime*	DATETIME	the hour of the record.
smf_type*	VARCHAR(5)	the SMF type and subtype.
csc*	VARCHAR(8)	the identifier or serial number of Central Processor Complexes (CPC).
smf75sid*	VARCHAR(4)	System identification (from the SMFPRMxx SID parameter).
smf75mfv	INTEGER?	RMF version number.
smf75prd	VARCHAR(8)?	Product name (‘RMF’).
smf75int	FLOAT?	Duration of the RMF measurement interval, in the form mmsstttF where mm is the minutes, ss is the seconds, ttt is the milliseconds, and F is the sign. The end of the measurement interval is the sum of the recorded start time (and this field.)
smf75sam	INTEGER?	Number of RMF samples.
smf75fla	INTEGER?	Flags Bit Meaning when set 0 Reserved 1 Samples have been skipped 2 Record was written by RMF Monitor III 3 Interval was synchronized with SMF 4 SMF record converted to lower service level. 5 SMF record converted to higher release or service level. 6 Running under an alternate virtual machine. 7 - 15 Reserved.
smf75cyc	INTEGER?	Sampling cycle length, in the form 000 ttttF , where tttt is the milliseconds and F is the sign (taken from CYCLE option). The range of values is 0.050 to 9.999 seconds.
smf75mvs	VARCHAR(8)?	z/OS software level (consists of an acronym and the version, release, and modification level - ZV vvrrmm ).
smf75iml	INTEGER?	Indicates the type of processor complex on which data measurements were taken. Value Meaning 3 9672, zSeries
smf75prf	INTEGER?	Processor flags. Bit Meaning when set 0 The system has expanded storage 1 The processor is enabled for ES connection architecture (ESCA) 2 There is an ES connection director in the configuration 3 System is running in z/Architecture mode 4 At least one zAAP is currently installed 5 At least one zIIP is currently installed 6 Enhanced DAT facility 1 available
smf75ptn	INTEGER?	PR/SM partition number of the partition that wrote this record.
smf75srl	INTEGER?	SMF record level change number (X’8E’ for z/OS V2R4 RMF with RMF Data Gatherer APAR OA59330). This field enables processing of SMF record level changes in an existing release.
smf75lgo	FLOAT?	Offset GMT to local time (STCK format).
smf75oil	INTEGER?	Original interval length as defined in the session or by SMF (in seconds).
smf75syn	INTEGER?	SYNC value in seconds.
smf75gie	DATETIME?	Projected gathering interval end (STCK format) GMT time.
smf75xnm	VARCHAR(8)?	Sysplex name as defined in parmlib member COUPLExx.
smf75snm	VARCHAR(8)?	System name for current system as defined in parmlib member IEASYSxx SYSNAME parameter.
smf75flg	INTEGER?	System indicator Bit Meaning when set 0 New record format 1 Subtypes used 2 Reserved. 3-6 Version indicators (See ‘Standard and extended SMF record headers’ on page 164 for details.) 7 System is running in PR/SM mode.

Constraints:

• PRIMARY KEY (datetime, smf75ist, smf75iet, smf_type, csc, smf75sid)

smf75_psd

smf2db.db_models.smf75_model.Smf75Psd (smf75_psd)

The Smf75Psd class stores the Smf75Psd section in the smf75_psd table.

Columns:

smf75dsn*	VARCHAR(44)	Page data set name. Valid only when bit 4 of SMF75FL2 is not set.
→ smf_type	VARCHAR(5)?	the SMF type and subtype.
→ csc*	VARCHAR(8)	the identifier or serial number of Central Processor Complexes (CPC).
→ smf75sid*	VARCHAR(4)	System identification (from the SMFPRMxx SID parameter).
→ datetime*	DATETIME	the hour of the record.
→ smf75ist*	DATETIME	Time that the RMF measurement interval started, in the form 0 hhmmssF , where hh is the hours, mm is the minutes, ss is the seconds, and F is the sign.
→ smf75iet*	VARCHAR(18)	Interval expiration time token. This token can be used to identify other than RMF records that belong to the same interval (if interval was synchronized with SMF).
smf75pst	INTEGER?	Page space type: Bit Meaning when set 0 PLPA 1 COMMON 2 Reserved. 3 LOCAL 4 Reserved. 5 Data set unusable. 6 Data set brought online during interval. 7 Data set taken offline during interval.
smf75fl2	INTEGER?	Bit Meaning when set 0 Data set accepts VIO pages. 1 Reserved. 2 Data set is on a device with an alternate control unit. 3 SMF75DEV contains a valid device name. 4 Page space type is SCM.
smf75typ	VARCHAR(8)?	Device type. Valid only when bit 4 of SMF75FL2 is not set.
smf75cha	VARCHAR(6)?	Device number in the form hhhh (hex digits). Valid only when bit 4 of SMF75FL2 is not set.
smf75vol	VARCHAR(6)?	Volume serial number. Valid only when bit 4 of SMF75FL2 is not set.
smf75scs	VARCHAR(4)?	Subchannel set ID. Valid only when bit 4 of SMF75FL2 is not set.
smf75sla	INTEGER?	Total number of slots contained within the page data set.
smf75mxu	INTEGER?	Maximum number of slots used.
smf75mnu	INTEGER?	Minimum number of slots used.
smf75avu	INTEGER?	Average number of slots used.
smf75bds	INTEGER?	Number of unusable slots.
smf75use	INTEGER?	Number of samples indicating data set was being used by ASM.
smf75req	INTEGER?	The value is the same as SMF75USE.
smf75sio	INTEGER?	Number of I/O requests for the data set.
smf75pgx	INTEGER?	Number of pages transferred to or from page data set.
smf75dev	VARCHAR(8)?	Device name (blank if device name cannot be determined). Valid only when bit 4 of SMF75FL2 is not set.
smf75cu	VARCHAR(8)?	Control unit name (blank if control unit name cannot be determined). Valid only when bit 4 of SMF75FL2 is not set.
smf75lvu	FLOAT?	Average number of slots used (same as SMF75AVU).
smf75int	FLOAT?	Duration of the RMF measurement interval, in the form mmsstttF where mm is the minutes, ss is the seconds, ttt is the milliseconds, and F is the sign. The end of the measurement interval is the sum of the recorded start time (and this field.)
smf75sam	INTEGER?	Number of RMF samples.
lpa	INTEGER?	smf75pst (Bit 0) showing page space type is PLPA.
com	INTEGER?	smf75pst (Bit 1) showing page space type is COMMON.
loc	INTEGER?	smf75pst (Bit 3) showing page space type is LOCAL.
dsb	INTEGER?	smf75pst (Bit 5) showing data set unusable.
onl	INTEGER?	smf75pst (Bit 6) showing data set brought online during interval.
ofl	INTEGER?	smf75pst (Bit 7) showing data set taken offline during interval.
ds_accepts_vio	INTEGER?	smf75fl2 (Bit 0) showing data set accepts VIO pages.
ds_on_alt_control_unit	INTEGER?	smf75fl2 (Bit 2) showing data set is on a device with an alternate control unit.
device_name_valid	INTEGER?	smf75fl2 (Bit 3) showing smf75dev contains a valid device name.
page_space_scm	INTEGER?	smf75fl2 (Bit 4) showing page space type is SCM.
psbsy	FLOAT?	percentage of time during the reporting interval when the data set was considered busy by the Auxiliary Storage Manager (ASM). At each cycle, RMF tests each data set, and at the end of the interval, the percentage is calculated.
psptt	FLOAT?	average number of seconds required to complete a page transfer.
pspt	FLOAT?	number of pages that were transferred to or from the page data set or SCM in units of 4K pages.
psart	FLOAT?	total number of I/O requests for the data set made during the interval.

Constraints:

• FOREIGN KEY (smf75_pro.datetime, smf75_pro.smf75ist, smf75_pro.smf75iet, smf75_pro.smf_type, smf75_pro.csc, smf75_pro.smf75sid → datetime, smf75ist, smf75iet, smf_type, csc, smf75sid)

• PRIMARY KEY (csc, smf75sid, datetime, smf75ist, smf75iet, smf75dsn)

Smf 77

smf77_ctl

smf2db.db_models.smf77_model.Smf77Ctl (smf77_ctl)

The Smf77Ctl class stores the Smf77Ctl section in the smf77_ctl table.

Columns:

smf_type	VARCHAR(5)?	the SMF type and subtype.
csc*	VARCHAR(8)	the identifier or serial number of Central Processor Complexes (CPC).
smf77sid*	VARCHAR(4)	System identification (from the SMFPRMxx SID parameter).
datetime*	DATETIME	the hour of the record.
smf77ist*	DATETIME	Time since midnight that the RMF measurement interval started, in the form 0 hhmmssF , where hh is the hours, mm is the minutes, ss is the seconds, and F is the sign.
smf77iet*	VARCHAR(18)	Interval expiration time token. This token can be used to identify other than RMF records that belong to the same interval (if interval was synchronized with SMF).
smf77fg1	INTEGER?	Enqueue status indicator Bit Meaning 0 Enqueue summary table full 1 Specified resource had no contention 2 Enqueue had bad CPU clock 3 Enqueue event processing abend 4 On - detail data requested   Off - summary data requested 5 On - GRS=NONE (local sysplex) 6 Off - GRS=RING, if bit 5 = ‘0’ 7 On - bits 5 and 6 are valid
smf77rf2	INTEGER?	Second status indicator Bit Meaning 0 GRS system problems 1 RMF/GRS interface problems 2-7 Reserved.
resource_no_contention	INTEGER?	smf77fg1 (Bit 1) showing specified resource had no contention.
enqueue_bad_cpu_clock	INTEGER?	smf77fg1 (Bit 2) showing enqueue had bad CPU clock.
enqueue_processing_abend	INTEGER?	smf77fg1 (Bit 3) showing enqueue event processing abend.
detail_data_req	INTEGER?	smf77fg1 (Bit 4) showing detail data requested if ON, otherwise summary data requested.
grs_none	INTEGER?	smf77fg1 (Bit 5) showing GRS=NONE (local sysplex).
grs_ring	INTEGER?	smf77fg1 (Bit 6) showing GRS=RING, if bit 5 = ‘0’.
grs_mode	INTEGER?	smf77fg1 (Bit 7) showing bits 5 and 6 are valid.
grs_sys_problem	INTEGER?	smf77rf2 (Bit 0) showing GRS system problems.
grs_interface_problem	INTEGER?	smf77rf2 (Bit 1) showing RMF/GRS interface problems.

Constraints:

• PRIMARY KEY (csc, smf77sid, datetime, smf77ist, smf77iet)

smf77_enq

smf2db.db_models.smf77_model.Smf77Enq (smf77_enq)

The Smf77Enq class stores the Smf77Enq section in the smf77_enq table.

Columns:

smf77qnm*	VARCHAR(8)	Major name of resource.
smf77rnm*	VARCHAR(44)	Minor name of resource.
smf77rln	INTEGER?	Minor name length.
smf77dfg	INTEGER?	Current resource detail indicator Bit Meaning 0 Resource still in contention 1 On - Scope of systems Off - Scope of system 2 On - Owner has exclusive control of the resource Off - Owner shares the resource 3 On - First job is waiting for exclusive use Off - First job is waiting for shared use 4 On - Second job is waiting for exclusive use Off - Second job is waiting for shared use 5 On - Resource is global Off - Resource is local
smf77do1	VARCHAR(8)?	Job name 1 of resource owner during period of maximum contention.
smf77do2	VARCHAR(8)?	Job name 2 of resource owner during period of maximum contention.
smf77dw1	VARCHAR(8)?	Job name 1 waiting for the resource owner during period of maximum contention.
smf77dw2	VARCHAR(8)?	Job name 2 waiting for the resource owner during period of maximum contention.
smf77sy1	VARCHAR(8)?	System identifier of job name 1 (resource owner at maximum contention).
smf77sy2	VARCHAR(8)?	System identifier of job name 2 (resource owner at maximum contention).
smf77sy3	VARCHAR(8)?	System identifier of job name 1 (waiting for the resource at maximum contention).
smf77sy4	VARCHAR(8)?	System identifier of job name 2 (waiting for the resource at maximum contention).
date	DATE?	the date of the record.
idx*	INTEGER	the index of the entries in the section.
system_scope	INTEGER?	smf77dfg (Bit 1) showing scope of systems if ON, otherwise, scope of system.
resource_contention	INTEGER?	smf77dfg (Bit 0) showing resource still in contention.
exclusive_owner	INTEGER?	smf77dfg (Bit 2) showing owner has exclusive control of the resource if ON, otherwise owner shares the resource.
job_wait_for_exc_usage	INTEGER?	smf77dfg (Bit 3) showing first job is waiting for exclusive use if ON, otherwise first job is waiting for shared use.
job_wait_for_2exc_usage	INTEGER?	smf77dfg (Bit 4) showing second job is waiting for exclusive use if ON, otherwise second job is waiting for shared use.
global_resource	INTEGER?	smf77dfg (Bit 5) showing resource is global.
→ csc*	VARCHAR(8)	the identifier or serial number of Central Processor Complexes (CPC).
→ smf77sid*	VARCHAR(4)	System identification (from the SMFPRMxx SID parameter).
→ datetime*	DATETIME	the hour of the record.
→ smf77ist*	DATETIME	Time since midnight that the RMF measurement interval started, in the form 0 hhmmssF , where hh is the hours, mm is the minutes, ss is the seconds, and F is the sign.
→ smf77iet*	VARCHAR(18)	Interval expiration time token. This token can be used to identify other than RMF records that belong to the same interval (if interval was synchronized with SMF).
smf77wtm	FLOAT?	Minimum resource contention time during the measurement interval, in 1024-microsecond units. After an internal RMF restart (for example, due to a change of gatherer options) the contention time can be larger than the measurement interval.
smf77wtx	FLOAT?	Maximum resource contention time during the measurement interval, in 1024-microsecond units. After an internal RMF restart (for example, due to a change of gatherer options) the contention time can be larger than the measurement interval.
smf77wtt	FLOAT?	Total resource contention time during the measurement interval, in 1024-microsecond units. After an internal RMF restart (for example, due to a change of gatherer options) the contention time can be larger than the measurement interval.
smf77ql1	INTEGER?	Counter for queue length of 1.
smf77ql2	INTEGER?	Counter for queue length of 2.
smf77ql3	INTEGER?	Counter for queue length of 3.
smf77ql4	INTEGER?	Counter for queue length of 4 or more.
smf77exm	INTEGER?	Minimum number of exclusive requests waiting.
smf77exx	INTEGER?	Maximum number of exclusive requests waiting.
smf77shm	INTEGER?	Minimum number of share requests waiting.
smf77shx	INTEGER?	Maximum number of share requests waiting.
smf77evt	INTEGER?	Total number of contention events that occurred during the measurement interval. A contention event is the period starting from the time when the resource has contention until the resource no longer has contention.
smf77dow	INTEGER?	Number of owners using the resource at maximum contention.
smf77dwr	INTEGER?	Number of jobs waiting for the resource at maximum contention.
smf77aql	INTEGER?	Total number of waiting requests during the measurement interval.
smf77csc	INTEGER?	Total number of contention status change events that occurred during the measurement interval.
smf77nod	INTEGER?	Total number of contention status change events accumulated during the measurement interval which did not provide separate contention detail data.

Constraints:

• FOREIGN KEY (smf77_ctl.csc, smf77_ctl.smf77sid, smf77_ctl.datetime, smf77_ctl.smf77ist, smf77_ctl.smf77iet → csc, smf77sid, datetime, smf77ist, smf77iet)

• PRIMARY KEY (csc, smf77sid, datetime, smf77ist, smf77iet, smf77qnm, smf77rnm, idx)

smf77_pro

smf2db.db_models.smf77_model.Smf77Pro (smf77_pro)

The Smf77Pro class stores the Smf77Pro section in the smf77_pro table.

Columns:

→ smf77ist*	DATETIME	Time since midnight that the RMF measurement interval started, in the form 0 hhmmssF , where hh is the hours, mm is the minutes, ss is the seconds, and F is the sign.
→ smf77iet*	VARCHAR(18)	Interval expiration time token. This token can be used to identify other than RMF records that belong to the same interval (if interval was synchronized with SMF).
speed_boost	INTEGER?	smf77fla (Bit 10) indcating speed boost was active during entire interval.
ziip_boost	INTEGER?	smf77fla (Bit 9) indciating zIIP boost was active during entire interval.
→ datetime*	DATETIME	the hour of the record.
smf_type*	VARCHAR(5)	the SMF type and subtype.
→ csc*	VARCHAR(8)	the identifier or serial number of Central Processor Complexes (CPC).
→ smf77sid*	VARCHAR(4)	System identification (from the SMFPRMxx SID parameter).
smf77mfv	INTEGER?	RMF version number.
smf77prd	VARCHAR(8)?	Product name (‘RMF’).
smf77int	FLOAT?	Duration of RMF measurement interval, in the form mmsstttF where mm is the minutes, ss is the seconds, ttt is the milliseconds, and F is the sign. (The end of the measurement interval is the sum of the recorded start time and this field.)
smf77sam	INTEGER?	Number of RMF samples.
smf77fla	INTEGER?	Flags Bit Meaning when set 0 Reserved 1 Samples have been skipped 2 Record was written by RMF Monitor III 3 Interval was synchronized with SMF 4 SMF record converted to lower service level. 5 SMF record converted to higher release or service level. 6 Running under an alternate virtual machine. 7 - 15 Reserved.
smf77cyc	INTEGER?	Sampling cycle length, in the form 000 ttttF , where tttt is the milliseconds and F is the sign (taken from CYCLE option). The
smf77mvs	VARCHAR(8)?	z/OS software level (consists of an acronym and the version,
smf77iml	INTEGER?	Indicates the type of processor complex on which data measurements were taken. Value Meaning 3 9672, zSeries
smf77prf	INTEGER?	Processor flags. Bit Meaning when set 0 The system has expanded storage 1 The processor is enabled for ES connection architecture (ESCA) 2 There is an ES connection director in the configuration 3 System is running in z/Architecture mode 4 At least one zAAP is currently installed 5 At least one zIIP is currently installed 6 Enhanced DAT facility 1 available 7 Enhanced DAT facility 2 available
smf77ptn	INTEGER?	PR/SM partition number of the partition that wrote this record.
smf77srl	INTEGER?	SMF record level change number (X’8E’ for z/OS V2R4 RMF with RMF Data Gatherer APAR OA59330). This field enables processing of SMF record level changes in an existing release.
smf77lgo	FLOAT?	Offset GMT to local time (STCK format).
smf77oil	INTEGER?	Original interval length as defined in the session or by SMF (in seconds).
smf77syn	INTEGER?	SYNC value in seconds.
smf77gie	DATETIME?	Projected gathering interval end (STCK format) GMT time.
smf77xnm	VARCHAR(8)?	Sysplex name as defined in parmlib member COUPLExx.
smf77snm	VARCHAR(8)?	System name for current system as defined in parmlib member IEASYSxx SYSNAME parameter.
smf77flg	INTEGER?	System indicator Bit Meaning when set 0 New record format 1 Subtypes used 2 Reserved. 3-6 Version indicators* 7 System is running in PR/SM mode. *See ‘Standard and extended SMF record headers’ on page 164 for a detailed description.

Constraints:

• FOREIGN KEY (smf77_ctl.csc, smf77_ctl.smf77sid, smf77_ctl.datetime, smf77_ctl.smf77ist, smf77_ctl.smf77iet → csc, smf77sid, datetime, smf77ist, smf77iet)

• PRIMARY KEY (datetime, smf77ist, smf77iet, smf_type, csc, smf77sid)

Smf 78

smf78_amg

smf2db.db_models.smf78_model.Smf78Amg (smf78_amg)

The Smf78Amg class stores the Smf78Amg section in the smf78_amg table.

Columns:

r783amgs*	VARCHAR(8)	The alias management group number assigned by z/OS for this LCU on this system. This number is valid, if the LCU is assigned to a DASD subsystem that supports alias management groups and bit 7 of R783DST is set.
→ csc*	VARCHAR(8)	the identifier or serial number of Central Processor Complexes (CPC).
→ smf78sid*	VARCHAR(4)	System identification (from the SMFPRMxx SID parameter).
→ datetime*	DATETIME	the hour of the record.
→ smf78ist*	DATETIME	Time that the RMF Monitor I measurement interval started, in the form 0 hhmmssF , where hh is the hours, mm is the minutes, ss is the seconds, and F is the sign.
→ smf78iet*	VARCHAR(18)	Interval expiration time token. This token can be used to identify other than RMF records that belong to the same interval (if interval was synchronized with SMF).
r783amgc	VARCHAR(2)?	The alias management group number defined on the physical controller for this LCU. This number is valid, if the LCU is assigned to a DASD subsystem that supports alias management groups and bit 7 of R783DST is set.
smf78int	FLOAT?	Duration of the RMF Monitor I measurement interval, in the form mmsstttF where mm is the minutes, ss is the seconds, ttt is the milliseconds, and F is the sign, (The end of the measurement interval is the sum of the recorded start time and this field.)
ioctr	FLOAT?	contention rate.
iodlq	FLOAT?	average queue length of delayed I/O requests.
ioart	FLOAT?	channel path taken rate.
iocub	FLOAT?	percentage of requests caused by control unit busy.
iodpb	FLOAT?	percentage of requests caused by director port busy.
iocbt	FLOAT?	average control unit busy delay time.
iocmr	FLOAT?	average initial command reponse time.
iocss	FLOAT?	average channel subsystem delay time.
iohwait	FLOAT?	HyperPAV wait ratio.
iohmax	FLOAT?	maximum number of in-use HyperPAV aliases.
iohdmax	FLOAT?	maximum number of in-use HyperPAV aliaes for one device.
iohioqc	FLOAT?	the high watermark of queued I/O requests.
ioxsareq	FLOAT?	ratio of successful alias requests.
ioxuahrq	FLOAT?	ratio of unsuccessful alias requests in home LCU.
ioxabc	FLOAT?	rate of aliases borrowed from peer LCUs.
ioxhcba	INTEGER?	high watermark of concurrently borrowed aliases.
ioxalc	FLOAT?	rate of aliass laned to a peer LCU.
ioxhcla	INTEGER?	high watermark of concurrently loaned aliases to a peer LCU.
ioxcqd	FLOAT?	average queue length when an alias was needed.
ioxiuac	FLOAT?	average number of in-use aliases when an alias was needed.

Constraints:

• FOREIGN KEY (smf78_ioq.csc, smf78_ioq.smf78sid, smf78_ioq.datetime, smf78_ioq.smf78ist, smf78_ioq.smf78iet → csc, smf78sid, datetime, smf78ist, smf78iet)

• PRIMARY KEY (csc, smf78sid, datetime, smf78ist, smf78iet, r783amgs)

smf78_cha

smf2db.db_models.smf78_model.Smf78Cha (smf78_cha)

The Smf78Cha class stores the Smf78Cha section in the smf78_cha table.

Columns:

r783amgs	VARCHAR(8)?	The alias management group number assigned by z/OS for this LCU on this system. This number is valid, if the LCU is assigned to a DASD subsystem that supports alias management groups and bit 7 of R783DST is set.
→ csc*	VARCHAR(8)	the identifier or serial number of Central Processor Complexes (CPC).
→ smf78sid*	VARCHAR(4)	System identification (from the SMFPRMxx SID parameter).
→ datetime*	DATETIME	the hour of the record.
→ smf78ist*	DATETIME	Time that the RMF Monitor I measurement interval started, in the form 0 hhmmssF , where hh is the hours, mm is the minutes, ss is the seconds, and F is the sign.
→ smf78iet*	VARCHAR(18)	Interval expiration time token. This token can be used to identify other than RMF records that belong to the same interval (if interval was synchronized with SMF).
→ r783id1*	VARCHAR(6)	Logical control unit identifier.
r783cpid*	VARCHAR(4)	Channel path identifier.
r783cpst	INTEGER?	Channel path status Bit Meaning when set 0 Channel path installed 1 Channel path online 2 Channel path varied 3 Channel path offline to all devices of the LCU 4 Channel path connection to all devices of the LCU altered by VARY PATH command during interval 5 Measured channel path data incorrect 6 Channel path is DCM managed 7 CHPID manipulated, requiring data reset
r783cun	INTEGER?	Number of control units attached.
r783cu1	VARCHAR(6)?	First control unit attached.
r783cu2	VARCHAR(6)?	Second control unit attached.
r783cu3	VARCHAR(6)?	Third control unit attached.
r783cu4	VARCHAR(6)?	Fourth control unit attached.
r783cub	INTEGER?	Number of times control unit was busy.
r783pt	INTEGER?	Number of times channel path was taken.
r783dpb	INTEGER?	Number of times that the Director Port was busy.
r783cbt	INTEGER?	Delay time of an I/O request because the control unit was busy.
r783cmr	INTEGER?	Initial command response time until the first command is indicated as accepted by the device.
r783sbs	INTEGER?	Switch busy count summation: contains the switch busy counts received for all partitions.
r783cpxf	INTEGER?	Channel path extended flags Bit Meaning when set 0 Extended I/O measurement-block format-1 data available 1 Extended I/O measurement-block format-2 data available 2 First-transfer-ready-disabled supported
r783cpat	INTEGER?	Path attributes Value Meaning 0 Not specified for this path. 1 Preferred path. 2 Non-preferred path.
r783ctmw	INTEGER?	Transport mode write count
r783ctrd	INTEGER?	First-transfer-ready-disabled write count
smf78int	FLOAT?	Duration of the RMF Monitor I measurement interval, in the form mmsstttF where mm is the minutes, ss is the seconds, ttt is the milliseconds, and F is the sign, (The end of the measurement interval is the sum of the recorded start time and this field.)
ioart	FLOAT?	channel path taken rate.
iocub	FLOAT?	percentage of requests caused by control unit busy.
iodpb	FLOAT?	percentage of requests caused by director port busy.
iocbt	FLOAT?	average control unit busy delay time.
iocmr	FLOAT?	average initial command reponse time.
ch_path_installed	INTEGER?	r783cpst (Bit 0) showing channel path installed.
ch_path_online	INTEGER?	r783cpst (Bit 1) showing channel path online.
ch_path_varied	INTEGER?	r783cpst (Bit 2) showing channel path varied.
ch_path_offline	INTEGER?	r783cpst (Bit 3) showing channel path offline to all devices of the LCU.
vary_path_action	INTEGER?	r783cpst (Bit 4) showing channel path connection to all devices of the LCU altered by VARY PATH command during interval.
ch_path_data_invalid	INTEGER?	r783cpst (Bit 5) showing measured channel path data incorrect.
ch_path_dcm	INTEGER?	r783cpst (Bit 6) showing channel path is DCM managed.
chpid_manipulated	INTEGER?	r783cpst (Bit 7) showing CHPID manipulated, requiring data reset.
extended_io_measurement1	INTEGER?	r783cpxf (Bit 0) showing extended I/O measurement-block format-1 data available.
extended_io_measurement2	INTEGER?	r783cpxf (Bit 1) showing extended I/O measurement-block format-2 data available.
first_transfer_ready_disabled	INTEGER?	r783cpxf (Bit 2) showing first-transfer-ready-disabled supported.

Constraints:

• FOREIGN KEY (smf78_lcu.csc, smf78_lcu.smf78sid, smf78_lcu.datetime, smf78_lcu.smf78ist, smf78_lcu.smf78iet, smf78_lcu.r783id2 → csc, smf78sid, datetime, smf78ist, smf78iet, r783id1)

• PRIMARY KEY (csc, smf78sid, datetime, smf78ist, smf78iet, r783id1, r783cpid)

smf78_chap

smf2db.db_models.smf78_model.Smf78Chap (smf78_chap)

The Smf78Chap class stores the Smf78Chap section in the smf78_chap table.

Columns:

r783mcmn	INTEGER?	Minimum number of DCM managed channels used.
r783mcmx	INTEGER?	Maximum number of DCM managed channels used.
r783mcdf	INTEGER?	Defined number of DCM managed channels.
→ csc*	VARCHAR(8)	the identifier or serial number of Central Processor Complexes (CPC).
→ smf78sid*	VARCHAR(4)	System identification (from the SMFPRMxx SID parameter).
→ datetime*	DATETIME	the hour of the record.
→ smf78ist*	DATETIME	Time that the RMF Monitor I measurement interval started, in the form 0 hhmmssF , where hh is the hours, mm is the minutes, ss is the seconds, and F is the sign.
→ smf78iet*	VARCHAR(18)	Interval expiration time token. This token can be used to identify other than RMF records that belong to the same interval (if interval was synchronized with SMF).
→ r783amgs*	VARCHAR(8)	The alias management group number assigned by z/OS for this LCU on this system. This number is valid, if the LCU is assigned to a DASD subsystem that supports alias management groups and bit 7 of R783DST is set.
r783cpid*	VARCHAR(4)	Channel path identifier.
r783cpst	INTEGER?	Channel path status Bit Meaning when set 0 Channel path installed 1 Channel path online 2 Channel path varied 3 Channel path offline to all devices of the LCU 4 Channel path connection to all devices of the LCU altered by VARY PATH command during interval 5 Measured channel path data incorrect 6 Channel path is DCM managed 7 CHPID manipulated, requiring data reset
r783cun	INTEGER?	Number of control units attached.
r783cu1	VARCHAR(6)?	First control unit attached.
r783cu2	VARCHAR(6)?	Second control unit attached.
r783cu3	VARCHAR(6)?	Third control unit attached.
r783cu4	VARCHAR(6)?	Fourth control unit attached.
r783cub	INTEGER?	Number of times control unit was busy.
r783pt	INTEGER?	Number of times channel path was taken.
r783dpb	INTEGER?	Number of times that the Director Port was busy.
r783cbt	INTEGER?	Delay time of an I/O request because the control unit was busy.
r783cmr	INTEGER?	Initial command response time until the first command is indicated as accepted by the device.
r783sbs	INTEGER?	Switch busy count summation: contains the switch busy counts received for all partitions.
r783cpxf	INTEGER?	Channel path extended flags Bit Meaning when set 0 Extended I/O measurement-block format-1 data available 1 Extended I/O measurement-block format-2 data available 2 First-transfer-ready-disabled supported
r783cpat	INTEGER?	Path attributes Value Meaning 0 Not specified for this path. 1 Preferred path. 2 Non-preferred path.
r783ctmw	INTEGER?	Transport mode write count
r783ctrd	INTEGER?	First-transfer-ready-disabled write count
smf78int	FLOAT?	Duration of the RMF Monitor I measurement interval, in the form mmsstttF where mm is the minutes, ss is the seconds, ttt is the milliseconds, and F is the sign, (The end of the measurement interval is the sum of the recorded start time and this field.)
ioart	FLOAT?	channel path taken rate.
iocub	FLOAT?	percentage of requests caused by control unit busy.
iodpb	FLOAT?	percentage of requests caused by director port busy.
iocbt	FLOAT?	average control unit busy delay time.
iocmr	FLOAT?	average initial command reponse time.
ch_path_installed	INTEGER?	r783cpst (Bit 0) showing channel path installed.
ch_path_online	INTEGER?	r783cpst (Bit 1) showing channel path online.
ch_path_varied	INTEGER?	r783cpst (Bit 2) showing channel path varied.
ch_path_offline	INTEGER?	r783cpst (Bit 3) showing channel path offline to all devices of the LCU.
vary_path_action	INTEGER?	r783cpst (Bit 4) showing channel path connection to all devices of the LCU altered by VARY PATH command during interval.
ch_path_data_invalid	INTEGER?	r783cpst (Bit 5) showing measured channel path data incorrect.
ch_path_dcm	INTEGER?	r783cpst (Bit 6) showing channel path is DCM managed.
chpid_manipulated	INTEGER?	r783cpst (Bit 7) showing CHPID manipulated, requiring data reset.
extended_io_measurement1	INTEGER?	r783cpxf (Bit 0) showing extended I/O measurement-block format-1 data available.
extended_io_measurement2	INTEGER?	r783cpxf (Bit 1) showing extended I/O measurement-block format-2 data available.
first_transfer_ready_disabled	INTEGER?	r783cpxf (Bit 2) showing first-transfer-ready-disabled supported.

Constraints:

• FOREIGN KEY (smf78_amg.csc, smf78_amg.smf78sid, smf78_amg.datetime, smf78_amg.smf78ist, smf78_amg.smf78iet, smf78_amg.r783amgs → csc, smf78sid, datetime, smf78ist, smf78iet, r783amgs)

• PRIMARY KEY (csc, smf78sid, datetime, smf78ist, smf78iet, r783amgs, r783cpid)

smf78_comn

smf2db.db_models.smf78_model.Smf78Comn (smf78_comn)

The Smf78Comn class stores the Smf78Comn section in the smf78_comn table.

Columns:

→ smf_type	VARCHAR(5)?	the SMF type and subtype.
→ csc*	VARCHAR(8)	the identifier or serial number of Central Processor Complexes (CPC).
→ smf78sid*	VARCHAR(4)	System identification (from the SMFPRMxx SID parameter).
→ datetime*	DATETIME	the hour of the record.
→ smf78ist*	DATETIME	Time that the RMF Monitor I measurement interval started, in the form 0 hhmmssF , where hh is the hours, mm is the minutes, ss is the seconds, and F is the sign.
→ smf78iet*	VARCHAR(18)	Interval expiration time token. This token can be used to identify other than RMF records that belong to the same interval (if interval was synchronized with SMF).
r782pa	VARCHAR(8)?	Private area address below 16 megabytes.
r782ps	BIGINT?	Private area size (in bytes) below 16 megabytes.
r782epa	VARCHAR(8)?	Private area address above 16 megabytes.
r782eps	BIGINT?	Private area size (in bytes) above 16 megabytes.
r782ca	VARCHAR(8)?	CSA address below 16 megabytes.
r782cs	BIGINT?	CSA size (in bytes) below 16 megabytes.
r782eca	VARCHAR(8)?	CSA address above 16 megabytes.
r782ecs	BIGINT?	CSA size (in bytes) above 16 megabytes.
r782flg	INTEGER?	Flags: Bit Meaning when set 0 Restricted use common service area (RUCSA) is defined.
r782mla	VARCHAR(8)?	Modified link pack area (MLPA) address below 16 megabytes.
r782mls	BIGINT?	Modified link pack area (MLPA) size (in bytes) below 16 megabytes.
r782emla	VARCHAR(8)?	Modified link pack area (MLPA) address above 16 megabytes.
r782emls	BIGINT?	Modified link pack area (MLPA) size (in bytes) above 16 megabytes.
r782fla	VARCHAR(8)?	Fixed link pack area (FLPA) address below 16 megabytes.
r782fls	BIGINT?	Fixed link pack area (FLPA) size (in bytes) below 16 megabytes.
r782efla	VARCHAR(8)?	Fixed link pack area (FLPA) address above 16 megabytes.
r782efls	BIGINT?	Fixed link pack area (FLPA) size (in bytes) above 16 megabytes.
r782pla	VARCHAR(8)?	Pageable link pack area (PLPA) address below 16 megabytes.
r782pls	BIGINT?	Pageable link pack area (PLPA) size (in bytes) below 16 megabytes.
r782elpa	VARCHAR(8)?	Pageable link pack area (PLPA) address above 16 megabytes.
r782elps	BIGINT?	Pageable link pack area (PLPA) size (in bytes) above 16 megabytes.
r782sa	VARCHAR(8)?	System queue area (SQA) address below 16 megabytes.
r782ss	BIGINT?	System queue area (SQA) size (in bytes) below 16 megabytes.
r782esa	VARCHAR(8)?	System queue area (SQA) address above 16 megabytes.
r782ess	BIGINT?	System queue area (SQA) size (in bytes) above 16 megabytes.
r782na	VARCHAR(8)?	Nucleus address below 16 megabytes.
r782ns	BIGINT?	Nucleus size (in bytes) below 16 megabytes.
r782ena	VARCHAR(8)?	Nucleus address above 16 megabytes.
r782ens	BIGINT?	Nucleus size (in bytes) above 16 megabytes.
r782nl	BIGINT?	Pageable link pack area (PLPA) space redundant with MLPA/FLPA below 16 megabytes.
r782enl	BIGINT?	Pageable link pack area (PLPA) space redundant with MLPA/FLPA above 16 megabytes.
r782lpai	BIGINT?	Intermodule space in Pageable link pack area (PLPA) below 16 megabytes.
r782elpi	BIGINT?	Intermodule space in Pageable link pack area (PLPA) above 16 megabytes.
r782mr	BIGINT?	Maximum possible user region below 16 megabytes.
r782emr	BIGINT?	Maximum possible user region above 16 megabytes.
sqau_vsdbmin	BIGINT?	System queue area (SQA) usage both above and below 16 megabytes. The description of the format of all fields being marked as ‘Mixed(1)’ can be found in Table 16 on page 745 and Table 17 on page 746. - Minimum value for below 16 megabytes.
sqau_vsdbntme	DATETIME?	System queue area (SQA) usage both above and below 16 megabytes. The description of the format of all fields being marked as ‘Mixed(1)’ can be found in Table 16 on page 745 and Table 17 on page 746. - Time stamp for minimum. Format is high-order bytes of time-of-day (TOD) clock.
sqau_vsdbmax	BIGINT?	System queue area (SQA) usage both above and below 16 megabytes. The description of the format of all fields being marked as ‘Mixed(1)’ can be found in Table 16 on page 745 and Table 17 on page 746. - Maximum value for below 16 megabytes.
sqau_vsdbxtme	DATETIME?	System queue area (SQA) usage both above and below 16 megabytes. The description of the format of all fields being marked as ‘Mixed(1)’ can be found in Table 16 on page 745 and Table 17 on page 746. - Time stamp for maximum. Format is high-order bytes of time-of- day (TOD) clock.
sqau_vsdbtotl	FLOAT?	System queue area (SQA) usage both above and below 16 megabytes. The description of the format of all fields being marked as ‘Mixed(1)’ can be found in Table 16 on page 745 and Table 17 on page 746. - Total for all samples below 16 megabytes (used to calculate average). See SMF78SAM to calculate averages for Common Storage data section fields, and R782SAMP to calculate averages for private area data and Private Subpool section fields.
sqau_vsdamin	BIGINT?	System queue area (SQA) usage both above and below 16 megabytes. The description of the format of all fields being marked as ‘Mixed(1)’ can be found in Table 16 on page 745 and Table 17 on page 746. - Minimum value for above 16 megabytes.
sqau_vsdantme	DATETIME?	System queue area (SQA) usage both above and below 16 megabytes. The description of the format of all fields being marked as ‘Mixed(1)’ can be found in Table 16 on page 745 and Table 17 on page 746. - Time stamp for minimum. Format is high-order bytes of time-of- day (TOD) clock.
sqau_vsdamax	BIGINT?	System queue area (SQA) usage both above and below 16 megabytes. The description of the format of all fields being marked as ‘Mixed(1)’ can be found in Table 16 on page 745 and Table 17 on page 746. - Maximum value for above 16 megabytes.
sqau_vsdaxtme	DATETIME?	System queue area (SQA) usage both above and below 16 megabytes. The description of the format of all fields being marked as ‘Mixed(1)’ can be found in Table 16 on page 745 and Table 17 on page 746. - Time stamp for maximum. Format is high-order bytes of time-of- day (TOD) clock.
sqau_vsdatotl	FLOAT?	System queue area (SQA) usage both above and below 16 megabytes. The description of the format of all fields being marked as ‘Mixed(1)’ can be found in Table 16 on page 745 and Table 17 on page 746. - Total for all samples above 16 megabytes (used to calculate average).
csau_vsdbmin	BIGINT?	CSA usage both above and below 16 megabytes, including RUCSA. - Minimum value for below 16 megabytes.
csau_vsdbntme	DATETIME?	CSA usage both above and below 16 megabytes, including RUCSA. - Time stamp for minimum. Format is high-order bytes of time-of-day (TOD) clock.
csau_vsdbmax	BIGINT?	CSA usage both above and below 16 megabytes, including RUCSA. - Maximum value for below 16 megabytes.
csau_vsdbxtme	DATETIME?	CSA usage both above and below 16 megabytes, including RUCSA. - Time stamp for maximum. Format is high-order bytes of time-of- day (TOD) clock.
csau_vsdbtotl	FLOAT?	CSA usage both above and below 16 megabytes, including RUCSA. - Total for all samples below 16 megabytes (used to calculate average). See SMF78SAM to calculate averages for Common Storage data section fields, and R782SAMP to calculate averages for private area data and Private Subpool section fields.
csau_vsdamin	BIGINT?	CSA usage both above and below 16 megabytes, including RUCSA. - Minimum value for above 16 megabytes.
csau_vsdantme	DATETIME?	CSA usage both above and below 16 megabytes, including RUCSA. - Time stamp for minimum. Format is high-order bytes of time-of- day (TOD) clock.
csau_vsdamax	BIGINT?	CSA usage both above and below 16 megabytes, including RUCSA. - Maximum value for above 16 megabytes.
csau_vsdaxtme	DATETIME?	CSA usage both above and below 16 megabytes, including RUCSA. - Time stamp for maximum. Format is high-order bytes of time-of- day (TOD) clock.
csau_vsdatotl	FLOAT?	CSA usage both above and below 16 megabytes, including RUCSA. - Total for all samples above 16 megabytes (used to calculate average).
csak_vsdbmin_0	BIGINT?	CSA used both above and below 16 megabytes by subpool key. 40 bytes for each of 9 keys. - (Key 0) Minimum value for below 16 megabytes.
csak_vsdbntme_0	DATETIME?	CSA used both above and below 16 megabytes by subpool key. 40 bytes for each of 9 keys. - (Key 0) Time stamp for minimum. Format is high-order bytes of time-of-day (TOD) clock.
csak_vsdbmax_0	BIGINT?	CSA used both above and below 16 megabytes by subpool key. 40 bytes for each of 9 keys. - (Key 0) Maximum value for below 16 megabytes.
csak_vsdbxtme_0	DATETIME?	CSA used both above and below 16 megabytes by subpool key. 40 bytes for each of 9 keys. - (Key 0) Time stamp for maximum. Format is high-order bytes of time-of- day (TOD) clock.
csak_vsdbtotl_0	FLOAT?	CSA used both above and below 16 megabytes by subpool key. 40 bytes for each of 9 keys. - (Key 0) Total for all samples below 16 megabytes (used to calculate average). See SMF78SAM to calculate averages for Common Storage data section fields, and R782SAMP to calculate averages for private area data and Private Subpool section fields.
csak_vsdamin_0	BIGINT?	CSA used both above and below 16 megabytes by subpool key. 40 bytes for each of 9 keys. - (Key 0) Minimum value for above 16 megabytes.
csak_vsdantme_0	DATETIME?	CSA used both above and below 16 megabytes by subpool key. 40 bytes for each of 9 keys. - (Key 0) Time stamp for minimum. Format is high-order bytes of time-of- day (TOD) clock.
csak_vsdamax_0	BIGINT?	CSA used both above and below 16 megabytes by subpool key. 40 bytes for each of 9 keys. - (Key 0) Maximum value for above 16 megabytes.
csak_vsdaxtme_0	DATETIME?	CSA used both above and below 16 megabytes by subpool key. 40 bytes for each of 9 keys. - (Key 0) Time stamp for maximum. Format is high-order bytes of time-of- day (TOD) clock.
csak_vsdatotl_0	FLOAT?	CSA used both above and below 16 megabytes by subpool key. 40 bytes for each of 9 keys. - (Key 0) Total for all samples above 16 megabytes (used to calculate average).
csak_vsdbmin_1	BIGINT?	CSA used both above and below 16 megabytes by subpool key. 40 bytes for each of 9 keys. - (Key 1) Minimum value for below 16 megabytes.
csak_vsdbntme_1	DATETIME?	CSA used both above and below 16 megabytes by subpool key. 40 bytes for each of 9 keys. - (Key 1) Time stamp for minimum. Format is high-order bytes of time-of-day (TOD) clock.
csak_vsdbmax_1	BIGINT?	CSA used both above and below 16 megabytes by subpool key. 40 bytes for each of 9 keys. - (Key 1) Maximum value for below 16 megabytes.
csak_vsdbxtme_1	DATETIME?	CSA used both above and below 16 megabytes by subpool key. 40 bytes for each of 9 keys. - (Key 1) Time stamp for maximum. Format is high-order bytes of time-of- day (TOD) clock.
csak_vsdbtotl_1	FLOAT?	CSA used both above and below 16 megabytes by subpool key. 40 bytes for each of 9 keys. - (Key 1) Total for all samples below 16 megabytes (used to calculate average). See SMF78SAM to calculate averages for Common Storage data section fields, and R782SAMP to calculate averages for private area data and Private Subpool section fields.
csak_vsdamin_1	BIGINT?	CSA used both above and below 16 megabytes by subpool key. 40 bytes for each of 9 keys. - (Key 1) Minimum value for above 16 megabytes.
csak_vsdantme_1	DATETIME?	CSA used both above and below 16 megabytes by subpool key. 40 bytes for each of 9 keys. - (Key 1) Time stamp for minimum. Format is high-order bytes of time-of- day (TOD) clock.
csak_vsdamax_1	BIGINT?	CSA used both above and below 16 megabytes by subpool key. 40 bytes for each of 9 keys. - (Key 1) Maximum value for above 16 megabytes.
csak_vsdaxtme_1	DATETIME?	CSA used both above and below 16 megabytes by subpool key. 40 bytes for each of 9 keys. - (Key 1) Time stamp for maximum. Format is high-order bytes of time-of- day (TOD) clock.
csak_vsdatotl_1	FLOAT?	CSA used both above and below 16 megabytes by subpool key. 40 bytes for each of 9 keys. - (Key 1) Total for all samples above 16 megabytes (used to calculate average).
csak_vsdbmin_2	BIGINT?	CSA used both above and below 16 megabytes by subpool key. 40 bytes for each of 9 keys. - (Key 2) Minimum value for below 16 megabytes.
csak_vsdbntme_2	DATETIME?	CSA used both above and below 16 megabytes by subpool key. 40 bytes for each of 9 keys. - (Key 2) Time stamp for minimum. Format is high-order bytes of time-of-day (TOD) clock.
csak_vsdbmax_2	BIGINT?	CSA used both above and below 16 megabytes by subpool key. 40 bytes for each of 9 keys. - (Key 2) Maximum value for below 16 megabytes.
csak_vsdbxtme_2	DATETIME?	CSA used both above and below 16 megabytes by subpool key. 40 bytes for each of 9 keys. - (Key 2) Time stamp for maximum. Format is high-order bytes of time-of- day (TOD) clock.
csak_vsdbtotl_2	FLOAT?	CSA used both above and below 16 megabytes by subpool key. 40 bytes for each of 9 keys. - (Key 2) Total for all samples below 16 megabytes (used to calculate average). See SMF78SAM to calculate averages for Common Storage data section fields, and R782SAMP to calculate averages for private area data and Private Subpool section fields.
csak_vsdamin_2	BIGINT?	CSA used both above and below 16 megabytes by subpool key. 40 bytes for each of 9 keys. - (Key 2) Minimum value for above 16 megabytes.
csak_vsdantme_2	DATETIME?	CSA used both above and below 16 megabytes by subpool key. 40 bytes for each of 9 keys. - (Key 2) Time stamp for minimum. Format is high-order bytes of time-of- day (TOD) clock.
csak_vsdamax_2	BIGINT?	CSA used both above and below 16 megabytes by subpool key. 40 bytes for each of 9 keys. - (Key 2) Maximum value for above 16 megabytes.
csak_vsdaxtme_2	DATETIME?	CSA used both above and below 16 megabytes by subpool key. 40 bytes for each of 9 keys. - (Key 2) Time stamp for maximum. Format is high-order bytes of time-of- day (TOD) clock.
csak_vsdatotl_2	FLOAT?	CSA used both above and below 16 megabytes by subpool key. 40 bytes for each of 9 keys. - (Key 2) Total for all samples above 16 megabytes (used to calculate average).
csak_vsdbmin_3	BIGINT?	CSA used both above and below 16 megabytes by subpool key. 40 bytes for each of 9 keys. - (Key 3) Minimum value for below 16 megabytes.
csak_vsdbntme_3	DATETIME?	CSA used both above and below 16 megabytes by subpool key. 40 bytes for each of 9 keys. - (Key 3) Time stamp for minimum. Format is high-order bytes of time-of-day (TOD) clock.
csak_vsdbmax_3	BIGINT?	CSA used both above and below 16 megabytes by subpool key. 40 bytes for each of 9 keys. - (Key 3) Maximum value for below 16 megabytes.
csak_vsdbxtme_3	DATETIME?	CSA used both above and below 16 megabytes by subpool key. 40 bytes for each of 9 keys. - (Key 3) Time stamp for maximum. Format is high-order bytes of time-of- day (TOD) clock.
csak_vsdbtotl_3	FLOAT?	CSA used both above and below 16 megabytes by subpool key. 40 bytes for each of 9 keys. - (Key 3) Total for all samples below 16 megabytes (used to calculate average). See SMF78SAM to calculate averages for Common Storage data section fields, and R782SAMP to calculate averages for private area data and Private Subpool section fields.
csak_vsdamin_3	BIGINT?	CSA used both above and below 16 megabytes by subpool key. 40 bytes for each of 9 keys. - (Key 3) Minimum value for above 16 megabytes.
csak_vsdantme_3	DATETIME?	CSA used both above and below 16 megabytes by subpool key. 40 bytes for each of 9 keys. - (Key 3) Time stamp for minimum. Format is high-order bytes of time-of- day (TOD) clock.
csak_vsdamax_3	BIGINT?	CSA used both above and below 16 megabytes by subpool key. 40 bytes for each of 9 keys. - (Key 3) Maximum value for above 16 megabytes.
csak_vsdaxtme_3	DATETIME?	CSA used both above and below 16 megabytes by subpool key. 40 bytes for each of 9 keys. - (Key 3) Time stamp for maximum. Format is high-order bytes of time-of- day (TOD) clock.
csak_vsdatotl_3	FLOAT?	CSA used both above and below 16 megabytes by subpool key. 40 bytes for each of 9 keys. - (Key 3) Total for all samples above 16 megabytes (used to calculate average).
csak_vsdbmin_4	BIGINT?	CSA used both above and below 16 megabytes by subpool key. 40 bytes for each of 9 keys. - (Key 4) Minimum value for below 16 megabytes.
csak_vsdbntme_4	DATETIME?	CSA used both above and below 16 megabytes by subpool key. 40 bytes for each of 9 keys. - (Key 4) Time stamp for minimum. Format is high-order bytes of time-of-day (TOD) clock.
csak_vsdbmax_4	BIGINT?	CSA used both above and below 16 megabytes by subpool key. 40 bytes for each of 9 keys. - (Key 4) Maximum value for below 16 megabytes.
csak_vsdbxtme_4	DATETIME?	CSA used both above and below 16 megabytes by subpool key. 40 bytes for each of 9 keys. - (Key 4) Time stamp for maximum. Format is high-order bytes of time-of- day (TOD) clock.
csak_vsdbtotl_4	FLOAT?	CSA used both above and below 16 megabytes by subpool key. 40 bytes for each of 9 keys. - (Key 4) Total for all samples below 16 megabytes (used to calculate average). See SMF78SAM to calculate averages for Common Storage data section fields, and R782SAMP to calculate averages for private area data and Private Subpool section fields.
csak_vsdamin_4	BIGINT?	CSA used both above and below 16 megabytes by subpool key. 40 bytes for each of 9 keys. - (Key 4) Minimum value for above 16 megabytes.
csak_vsdantme_4	DATETIME?	CSA used both above and below 16 megabytes by subpool key. 40 bytes for each of 9 keys. - (Key 4) Time stamp for minimum. Format is high-order bytes of time-of- day (TOD) clock.
csak_vsdamax_4	BIGINT?	CSA used both above and below 16 megabytes by subpool key. 40 bytes for each of 9 keys. - (Key 4) Maximum value for above 16 megabytes.
csak_vsdaxtme_4	DATETIME?	CSA used both above and below 16 megabytes by subpool key. 40 bytes for each of 9 keys. - (Key 4) Time stamp for maximum. Format is high-order bytes of time-of- day (TOD) clock.
csak_vsdatotl_4	FLOAT?	CSA used both above and below 16 megabytes by subpool key. 40 bytes for each of 9 keys. - (Key 4) Total for all samples above 16 megabytes (used to calculate average).
csak_vsdbmin_5	BIGINT?	CSA used both above and below 16 megabytes by subpool key. 40 bytes for each of 9 keys. - (Key 5) Minimum value for below 16 megabytes.
csak_vsdbntme_5	DATETIME?	CSA used both above and below 16 megabytes by subpool key. 40 bytes for each of 9 keys. - (Key 5) Time stamp for minimum. Format is high-order bytes of time-of-day (TOD) clock.
csak_vsdbmax_5	BIGINT?	CSA used both above and below 16 megabytes by subpool key. 40 bytes for each of 9 keys. - (Key 5) Maximum value for below 16 megabytes.
csak_vsdbxtme_5	DATETIME?	CSA used both above and below 16 megabytes by subpool key. 40 bytes for each of 9 keys. - (Key 5) Time stamp for maximum. Format is high-order bytes of time-of- day (TOD) clock.
csak_vsdbtotl_5	FLOAT?	CSA used both above and below 16 megabytes by subpool key. 40 bytes for each of 9 keys. - (Key 5) Total for all samples below 16 megabytes (used to calculate average). See SMF78SAM to calculate averages for Common Storage data section fields, and R782SAMP to calculate averages for private area data and Private Subpool section fields.
csak_vsdamin_5	BIGINT?	CSA used both above and below 16 megabytes by subpool key. 40 bytes for each of 9 keys. - (Key 5) Minimum value for above 16 megabytes.
csak_vsdantme_5	DATETIME?	CSA used both above and below 16 megabytes by subpool key. 40 bytes for each of 9 keys. - (Key 5) Time stamp for minimum. Format is high-order bytes of time-of- day (TOD) clock.
csak_vsdamax_5	BIGINT?	CSA used both above and below 16 megabytes by subpool key. 40 bytes for each of 9 keys. - (Key 5) Maximum value for above 16 megabytes.
csak_vsdaxtme_5	DATETIME?	CSA used both above and below 16 megabytes by subpool key. 40 bytes for each of 9 keys. - (Key 5) Time stamp for maximum. Format is high-order bytes of time-of- day (TOD) clock.
csak_vsdatotl_5	FLOAT?	CSA used both above and below 16 megabytes by subpool key. 40 bytes for each of 9 keys. - (Key 5) Total for all samples above 16 megabytes (used to calculate average).
csak_vsdbmin_6	BIGINT?	CSA used both above and below 16 megabytes by subpool key. 40 bytes for each of 9 keys. - (Key 6) Minimum value for below 16 megabytes.
csak_vsdbntme_6	DATETIME?	CSA used both above and below 16 megabytes by subpool key. 40 bytes for each of 9 keys. - (Key 6) Time stamp for minimum. Format is high-order bytes of time-of-day (TOD) clock.
csak_vsdbmax_6	BIGINT?	CSA used both above and below 16 megabytes by subpool key. 40 bytes for each of 9 keys. - (Key 6) Maximum value for below 16 megabytes.
csak_vsdbxtme_6	DATETIME?	CSA used both above and below 16 megabytes by subpool key. 40 bytes for each of 9 keys. - (Key 6) Time stamp for maximum. Format is high-order bytes of time-of- day (TOD) clock.
csak_vsdbtotl_6	FLOAT?	CSA used both above and below 16 megabytes by subpool key. 40 bytes for each of 9 keys. - (Key 6) Total for all samples below 16 megabytes (used to calculate average). See SMF78SAM to calculate averages for Common Storage data section fields, and R782SAMP to calculate averages for private area data and Private Subpool section fields.
csak_vsdamin_6	BIGINT?	CSA used both above and below 16 megabytes by subpool key. 40 bytes for each of 9 keys. - (Key 6) Minimum value for above 16 megabytes.
csak_vsdantme_6	DATETIME?	CSA used both above and below 16 megabytes by subpool key. 40 bytes for each of 9 keys. - (Key 6) Time stamp for minimum. Format is high-order bytes of time-of- day (TOD) clock.
csak_vsdamax_6	BIGINT?	CSA used both above and below 16 megabytes by subpool key. 40 bytes for each of 9 keys. - (Key 6) Maximum value for above 16 megabytes.
csak_vsdaxtme_6	DATETIME?	CSA used both above and below 16 megabytes by subpool key. 40 bytes for each of 9 keys. - (Key 6) Time stamp for maximum. Format is high-order bytes of time-of- day (TOD) clock.
csak_vsdatotl_6	FLOAT?	CSA used both above and below 16 megabytes by subpool key. 40 bytes for each of 9 keys. - (Key 6) Total for all samples above 16 megabytes (used to calculate average).
csak_vsdbmin_7	BIGINT?	CSA used both above and below 16 megabytes by subpool key. 40 bytes for each of 9 keys. - (Key 7) Minimum value for below 16 megabytes.
csak_vsdbntme_7	DATETIME?	CSA used both above and below 16 megabytes by subpool key. 40 bytes for each of 9 keys. - (Key 7) Time stamp for minimum. Format is high-order bytes of time-of-day (TOD) clock.
csak_vsdbmax_7	BIGINT?	CSA used both above and below 16 megabytes by subpool key. 40 bytes for each of 9 keys. - (Key 7) Maximum value for below 16 megabytes.
csak_vsdbxtme_7	DATETIME?	CSA used both above and below 16 megabytes by subpool key. 40 bytes for each of 9 keys. - (Key 7) Time stamp for maximum. Format is high-order bytes of time-of- day (TOD) clock.
csak_vsdbtotl_7	FLOAT?	CSA used both above and below 16 megabytes by subpool key. 40 bytes for each of 9 keys. - (Key 7) Total for all samples below 16 megabytes (used to calculate average). See SMF78SAM to calculate averages for Common Storage data section fields, and R782SAMP to calculate averages for private area data and Private Subpool section fields.
csak_vsdamin_7	BIGINT?	CSA used both above and below 16 megabytes by subpool key. 40 bytes for each of 9 keys. - (Key 7) Minimum value for above 16 megabytes.
csak_vsdantme_7	DATETIME?	CSA used both above and below 16 megabytes by subpool key. 40 bytes for each of 9 keys. - (Key 7) Time stamp for minimum. Format is high-order bytes of time-of- day (TOD) clock.
csak_vsdamax_7	BIGINT?	CSA used both above and below 16 megabytes by subpool key. 40 bytes for each of 9 keys. - (Key 7) Maximum value for above 16 megabytes.
csak_vsdaxtme_7	DATETIME?	CSA used both above and below 16 megabytes by subpool key. 40 bytes for each of 9 keys. - (Key 7) Time stamp for maximum. Format is high-order bytes of time-of- day (TOD) clock.
csak_vsdatotl_7	FLOAT?	CSA used both above and below 16 megabytes by subpool key. 40 bytes for each of 9 keys. - (Key 7) Total for all samples above 16 megabytes (used to calculate average).
csak_vsdbmin_8	BIGINT?	CSA used both above and below 16 megabytes by subpool key. 40 bytes for each of 9 keys. - (Key 8) Minimum value for below 16 megabytes.
csak_vsdbntme_8	DATETIME?	CSA used both above and below 16 megabytes by subpool key. 40 bytes for each of 9 keys. - (Key 8) Time stamp for minimum. Format is high-order bytes of time-of-day (TOD) clock.
csak_vsdbmax_8	BIGINT?	CSA used both above and below 16 megabytes by subpool key. 40 bytes for each of 9 keys. - (Key 8) Maximum value for below 16 megabytes.
csak_vsdbxtme_8	DATETIME?	CSA used both above and below 16 megabytes by subpool key. 40 bytes for each of 9 keys. - (Key 8) Time stamp for maximum. Format is high-order bytes of time-of- day (TOD) clock.
csak_vsdbtotl_8	FLOAT?	CSA used both above and below 16 megabytes by subpool key. 40 bytes for each of 9 keys. - (Key 8) Total for all samples below 16 megabytes (used to calculate average). See SMF78SAM to calculate averages for Common Storage data section fields, and R782SAMP to calculate averages for private area data and Private Subpool section fields.
csak_vsdamin_8	BIGINT?	CSA used both above and below 16 megabytes by subpool key. 40 bytes for each of 9 keys. - (Key 8) Minimum value for above 16 megabytes.
csak_vsdantme_8	DATETIME?	CSA used both above and below 16 megabytes by subpool key. 40 bytes for each of 9 keys. - (Key 8) Time stamp for minimum. Format is high-order bytes of time-of- day (TOD) clock.
csak_vsdamax_8	BIGINT?	CSA used both above and below 16 megabytes by subpool key. 40 bytes for each of 9 keys. - (Key 8) Maximum value for above 16 megabytes.
csak_vsdaxtme_8	DATETIME?	CSA used both above and below 16 megabytes by subpool key. 40 bytes for each of 9 keys. - (Key 8) Time stamp for maximum. Format is high-order bytes of time-of- day (TOD) clock.
csak_vsdatotl_8	FLOAT?	CSA used both above and below 16 megabytes by subpool key. 40 bytes for each of 9 keys. - (Key 8) Total for all samples above 16 megabytes (used to calculate average).
csaf_vsdbmin	BIGINT?	Free CSA both above and below 16 megabytes, including RUCSA. - Minimum value for below 16 megabytes.
csaf_vsdbntme	DATETIME?	Free CSA both above and below 16 megabytes, including RUCSA. - Time stamp for minimum. Format is high-order bytes of time-of-day (TOD) clock.
csaf_vsdbmax	BIGINT?	Free CSA both above and below 16 megabytes, including RUCSA. - Maximum value for below 16 megabytes.
csaf_vsdbxtme	DATETIME?	Free CSA both above and below 16 megabytes, including RUCSA. - Time stamp for maximum. Format is high-order bytes of time-of- day (TOD) clock.
csaf_vsdbtotl	FLOAT?	Free CSA both above and below 16 megabytes, including RUCSA. - Total for all samples below 16 megabytes (used to calculate average). See SMF78SAM to calculate averages for Common Storage data section fields, and R782SAMP to calculate averages for private area data and Private Subpool section fields.
csaf_vsdamin	BIGINT?	Free CSA both above and below 16 megabytes, including RUCSA. - Minimum value for above 16 megabytes.
csaf_vsdantme	DATETIME?	Free CSA both above and below 16 megabytes, including RUCSA. - Time stamp for minimum. Format is high-order bytes of time-of- day (TOD) clock.
csaf_vsdamax	BIGINT?	Free CSA both above and below 16 megabytes, including RUCSA. - Maximum value for above 16 megabytes.
csaf_vsdaxtme	DATETIME?	Free CSA both above and below 16 megabytes, including RUCSA. - Time stamp for maximum. Format is high-order bytes of time-of- day (TOD) clock.
csaf_vsdatotl	FLOAT?	Free CSA both above and below 16 megabytes, including RUCSA. - Total for all samples above 16 megabytes (used to calculate average).
cslf_vsdbmin	BIGINT?	Largest free block of CSA both above and below 16 megabytes; can either be CSA or RUCSA. - Minimum value for below 16 megabytes.
cslf_vsdbntme	DATETIME?	Largest free block of CSA both above and below 16 megabytes; can either be CSA or RUCSA. - Time stamp for minimum. Format is high-order bytes of time-of-day (TOD) clock.
cslf_vsdbmax	BIGINT?	Largest free block of CSA both above and below 16 megabytes; can either be CSA or RUCSA. - Maximum value for below 16 megabytes.
cslf_vsdbxtme	DATETIME?	Largest free block of CSA both above and below 16 megabytes; can either be CSA or RUCSA. - Time stamp for maximum. Format is high-order bytes of time-of- day (TOD) clock.
cslf_vsdbtotl	FLOAT?	Largest free block of CSA both above and below 16 megabytes; can either be CSA or RUCSA. - Total for all samples below 16 megabytes (used to calculate average). See SMF78SAM to calculate averages for Common Storage data section fields, and R782SAMP to calculate averages for private area data and Private Subpool section fields.
cslf_vsdamin	BIGINT?	Largest free block of CSA both above and below 16 megabytes; can either be CSA or RUCSA. - Minimum value for above 16 megabytes.
cslf_vsdantme	DATETIME?	Largest free block of CSA both above and below 16 megabytes; can either be CSA or RUCSA. - Time stamp for minimum. Format is high-order bytes of time-of- day (TOD) clock.
cslf_vsdamax	BIGINT?	Largest free block of CSA both above and below 16 megabytes; can either be CSA or RUCSA. - Maximum value for above 16 megabytes.
cslf_vsdaxtme	DATETIME?	Largest free block of CSA both above and below 16 megabytes; can either be CSA or RUCSA. - Time stamp for maximum. Format is high-order bytes of time-of- day (TOD) clock.
cslf_vsdatotl	FLOAT?	Largest free block of CSA both above and below 16 megabytes; can either be CSA or RUCSA. - Total for all samples above 16 megabytes (used to calculate average).
csal_vsdbmin	BIGINT?	CSA allocated area size (in bytes) both above and below 16 megabytes, including RUCSA. - Minimum value for below 16 megabytes.
csal_vsdbntme	DATETIME?	CSA allocated area size (in bytes) both above and below 16 megabytes, including RUCSA. - Time stamp for minimum. Format is high-order bytes of time-of-day (TOD) clock.
csal_vsdbmax	BIGINT?	CSA allocated area size (in bytes) both above and below 16 megabytes, including RUCSA. - Maximum value for below 16 megabytes.
csal_vsdbxtme	DATETIME?	CSA allocated area size (in bytes) both above and below 16 megabytes, including RUCSA. - Time stamp for maximum. Format is high-order bytes of time-of- day (TOD) clock.
csal_vsdbtotl	FLOAT?	CSA allocated area size (in bytes) both above and below 16 megabytes, including RUCSA. - Total for all samples below 16 megabytes (used to calculate average). See SMF78SAM to calculate averages for Common Storage data section fields, and R782SAMP to calculate averages for private area data and Private Subpool section fields.
csal_vsdamin	BIGINT?	CSA allocated area size (in bytes) both above and below 16 megabytes, including RUCSA. - Minimum value for above 16 megabytes.
csal_vsdantme	DATETIME?	CSA allocated area size (in bytes) both above and below 16 megabytes, including RUCSA. - Time stamp for minimum. Format is high-order bytes of time-of- day (TOD) clock.
csal_vsdamax	BIGINT?	CSA allocated area size (in bytes) both above and below 16 megabytes, including RUCSA. - Maximum value for above 16 megabytes.
csal_vsdaxtme	DATETIME?	CSA allocated area size (in bytes) both above and below 16 megabytes, including RUCSA. - Time stamp for maximum. Format is high-order bytes of time-of- day (TOD) clock.
csal_vsdatotl	FLOAT?	CSA allocated area size (in bytes) both above and below 16 megabytes, including RUCSA. - Total for all samples above 16 megabytes (used to calculate average).
sqaf_vsdbmin	BIGINT?	Free system queue area (SQA) both above and below 16 megabytes. - Minimum value for below 16 megabytes.
sqaf_vsdbntme	DATETIME?	Free system queue area (SQA) both above and below 16 megabytes. - Time stamp for minimum. Format is high-order bytes of time-of-day (TOD) clock.
sqaf_vsdbmax	BIGINT?	Free system queue area (SQA) both above and below 16 megabytes. - Maximum value for below 16 megabytes.
sqaf_vsdbxtme	DATETIME?	Free system queue area (SQA) both above and below 16 megabytes. - Time stamp for maximum. Format is high-order bytes of time-of- day (TOD) clock.
sqaf_vsdbtotl	FLOAT?	Free system queue area (SQA) both above and below 16 megabytes. - Total for all samples below 16 megabytes (used to calculate average). See SMF78SAM to calculate averages for Common Storage data section fields, and R782SAMP to calculate averages for private area data and Private Subpool section fields.
sqaf_vsdamin	BIGINT?	Free system queue area (SQA) both above and below 16 megabytes. - Minimum value for above 16 megabytes.
sqaf_vsdantme	DATETIME?	Free system queue area (SQA) both above and below 16 megabytes. - Time stamp for minimum. Format is high-order bytes of time-of- day (TOD) clock.
sqaf_vsdamax	BIGINT?	Free system queue area (SQA) both above and below 16 megabytes. - Maximum value for above 16 megabytes.
sqaf_vsdaxtme	DATETIME?	Free system queue area (SQA) both above and below 16 megabytes. - Time stamp for maximum. Format is high-order bytes of time-of- day (TOD) clock.
sqaf_vsdatotl	FLOAT?	Free system queue area (SQA) both above and below 16 megabytes. - Total for all samples above 16 megabytes (used to calculate average).
sqlf_vsdbmin	BIGINT?	Largest free block of system queue area (SQA) both above and below 16 megabytes. - Minimum value for below 16 megabytes.
sqlf_vsdbntme	DATETIME?	Largest free block of system queue area (SQA) both above and below 16 megabytes. - Time stamp for minimum. Format is high-order bytes of time-of-day (TOD) clock.
sqlf_vsdbmax	BIGINT?	Largest free block of system queue area (SQA) both above and below 16 megabytes. - Maximum value for below 16 megabytes.
sqlf_vsdbxtme	DATETIME?	Largest free block of system queue area (SQA) both above and below 16 megabytes. - Time stamp for maximum. Format is high-order bytes of time-of- day (TOD) clock.
sqlf_vsdbtotl	FLOAT?	Largest free block of system queue area (SQA) both above and below 16 megabytes. - Total for all samples below 16 megabytes (used to calculate average). See SMF78SAM to calculate averages for Common Storage data section fields, and R782SAMP to calculate averages for private area data and Private Subpool section fields.
sqlf_vsdamin	BIGINT?	Largest free block of system queue area (SQA) both above and below 16 megabytes. - Minimum value for above 16 megabytes.
sqlf_vsdantme	DATETIME?	Largest free block of system queue area (SQA) both above and below 16 megabytes. - Time stamp for minimum. Format is high-order bytes of time-of- day (TOD) clock.
sqlf_vsdamax	BIGINT?	Largest free block of system queue area (SQA) both above and below 16 megabytes. - Maximum value for above 16 megabytes.
sqlf_vsdaxtme	DATETIME?	Largest free block of system queue area (SQA) both above and below 16 megabytes. - Time stamp for maximum. Format is high-order bytes of time-of- day (TOD) clock.
sqlf_vsdatotl	FLOAT?	Largest free block of system queue area (SQA) both above and below 16 megabytes. - Total for all samples above 16 megabytes (used to calculate average).
sqal_vsdbmin	BIGINT?	System queue area (SQA) allocated area size (in bytes) both above and below 16 megabytes. - Minimum value for below 16 megabytes.
sqal_vsdbntme	DATETIME?	System queue area (SQA) allocated area size (in bytes) both above and below 16 megabytes. - Time stamp for minimum. Format is high-order bytes of time-of-day (TOD) clock.
sqal_vsdbmax	BIGINT?	System queue area (SQA) allocated area size (in bytes) both above and below 16 megabytes. - Maximum value for below 16 megabytes.
sqal_vsdbxtme	DATETIME?	System queue area (SQA) allocated area size (in bytes) both above and below 16 megabytes. - Time stamp for maximum. Format is high-order bytes of time-of- day (TOD) clock.
sqal_vsdbtotl	FLOAT?	System queue area (SQA) allocated area size (in bytes) both above and below 16 megabytes. - Total for all samples below 16 megabytes (used to calculate average). See SMF78SAM to calculate averages for Common Storage data section fields, and R782SAMP to calculate averages for private area data and Private Subpool section fields.
sqal_vsdamin	BIGINT?	System queue area (SQA) allocated area size (in bytes) both above and below 16 megabytes. - Minimum value for above 16 megabytes.
sqal_vsdantme	DATETIME?	System queue area (SQA) allocated area size (in bytes) both above and below 16 megabytes. - Time stamp for minimum. Format is high-order bytes of time-of- day (TOD) clock.
sqal_vsdamax	BIGINT?	System queue area (SQA) allocated area size (in bytes) both above and below 16 megabytes. - Maximum value for above 16 megabytes.
sqal_vsdaxtme	DATETIME?	System queue area (SQA) allocated area size (in bytes) both above and below 16 megabytes. - Time stamp for maximum. Format is high-order bytes of time-of- day (TOD) clock.
sqal_vsdatotl	FLOAT?	System queue area (SQA) allocated area size (in bytes) both above and below 16 megabytes. - Total for all samples above 16 megabytes (used to calculate average).
sqex_vsdbmin	BIGINT?	System queue area (SQA) expansion into CSA both above and below 16 megabytes. - Minimum value for below 16 megabytes.
sqex_vsdbntme	DATETIME?	System queue area (SQA) expansion into CSA both above and below 16 megabytes. - Time stamp for minimum. Format is high-order bytes of time-of-day (TOD) clock.
sqex_vsdbmax	BIGINT?	System queue area (SQA) expansion into CSA both above and below 16 megabytes. - Maximum value for below 16 megabytes.
sqex_vsdbxtme	DATETIME?	System queue area (SQA) expansion into CSA both above and below 16 megabytes. - Time stamp for maximum. Format is high-order bytes of time-of- day (TOD) clock.
sqex_vsdbtotl	FLOAT?	System queue area (SQA) expansion into CSA both above and below 16 megabytes. - Total for all samples below 16 megabytes (used to calculate average). See SMF78SAM to calculate averages for Common Storage data section fields, and R782SAMP to calculate averages for private area data and Private Subpool section fields.
sqex_vsdamin	BIGINT?	System queue area (SQA) expansion into CSA both above and below 16 megabytes. - Minimum value for above 16 megabytes.
sqex_vsdantme	DATETIME?	System queue area (SQA) expansion into CSA both above and below 16 megabytes. - Time stamp for minimum. Format is high-order bytes of time-of- day (TOD) clock.
sqex_vsdamax	BIGINT?	System queue area (SQA) expansion into CSA both above and below 16 megabytes. - Maximum value for above 16 megabytes.
sqex_vsdaxtme	DATETIME?	System queue area (SQA) expansion into CSA both above and below 16 megabytes. - Time stamp for maximum. Format is high-order bytes of time-of- day (TOD) clock.
sqex_vsdatotl	FLOAT?	System queue area (SQA) expansion into CSA both above and below 16 megabytes. - Total for all samples above 16 megabytes (used to calculate average).
s227k_vsdbmin_0	BIGINT?	CSA subpool 227 (below 16 megabytes) by key. The key data appears in the following order: 0, 1, 2, 3, 4, 5, 6, 7, 8-F, ALL. 20 bytes for each of 10 keys. - (Key 0) Minimum value for below 16 megabytes.
s227k_vsdbntme_0	DATETIME?	CSA subpool 227 (below 16 megabytes) by key. The key data appears in the following order: 0, 1, 2, 3, 4, 5, 6, 7, 8-F, ALL. 20 bytes for each of 10 keys. - (Key 0) Time stamp for minimum. Format is high-order bytes of time-of-day (TOD) clock.
s227k_vsdbmax_0	BIGINT?	CSA subpool 227 (below 16 megabytes) by key. The key data appears in the following order: 0, 1, 2, 3, 4, 5, 6, 7, 8-F, ALL. 20 bytes for each of 10 keys. - (Key 0) Maximum value for below 16 megabytes.
s227k_vsdbxtme_0	DATETIME?	CSA subpool 227 (below 16 megabytes) by key. The key data appears in the following order: 0, 1, 2, 3, 4, 5, 6, 7, 8-F, ALL. 20 bytes for each of 10 keys. - (Key 0) Time stamp for maximum. Format is high-order bytes of time-of- day (TOD) clock.
s227k_vsdbtotl_0	FLOAT?	CSA subpool 227 (below 16 megabytes) by key. The key data appears in the following order: 0, 1, 2, 3, 4, 5, 6, 7, 8-F, ALL. 20 bytes for each of 10 keys. - (Key 0) Total for all samples below 16 megabytes (used to calculate average). See SMF78SAM to calculate averages for Common Storage data section fields, and R782SAMP to calculate averages for private area data and Private Subpool section fields.
s227k_vsdbmin_1	BIGINT?	CSA subpool 227 (below 16 megabytes) by key. The key data appears in the following order: 0, 1, 2, 3, 4, 5, 6, 7, 8-F, ALL. 20 bytes for each of 10 keys. - (Key 1) Minimum value for below 16 megabytes.
s227k_vsdbntme_1	DATETIME?	CSA subpool 227 (below 16 megabytes) by key. The key data appears in the following order: 0, 1, 2, 3, 4, 5, 6, 7, 8-F, ALL. 20 bytes for each of 10 keys. - (Key 1) Time stamp for minimum. Format is high-order bytes of time-of-day (TOD) clock.
s227k_vsdbmax_1	BIGINT?	CSA subpool 227 (below 16 megabytes) by key. The key data appears in the following order: 0, 1, 2, 3, 4, 5, 6, 7, 8-F, ALL. 20 bytes for each of 10 keys. - (Key 1) Maximum value for below 16 megabytes.
s227k_vsdbxtme_1	DATETIME?	CSA subpool 227 (below 16 megabytes) by key. The key data appears in the following order: 0, 1, 2, 3, 4, 5, 6, 7, 8-F, ALL. 20 bytes for each of 10 keys. - (Key 1) Time stamp for maximum. Format is high-order bytes of time-of- day (TOD) clock.
s227k_vsdbtotl_1	FLOAT?	CSA subpool 227 (below 16 megabytes) by key. The key data appears in the following order: 0, 1, 2, 3, 4, 5, 6, 7, 8-F, ALL. 20 bytes for each of 10 keys. - (Key 1) Total for all samples below 16 megabytes (used to calculate average). See SMF78SAM to calculate averages for Common Storage data section fields, and R782SAMP to calculate averages for private area data and Private Subpool section fields.
s227k_vsdbmin_2	BIGINT?	CSA subpool 227 (below 16 megabytes) by key. The key data appears in the following order: 0, 1, 2, 3, 4, 5, 6, 7, 8-F, ALL. 20 bytes for each of 10 keys. - (Key 2) Minimum value for below 16 megabytes.
s227k_vsdbntme_2	DATETIME?	CSA subpool 227 (below 16 megabytes) by key. The key data appears in the following order: 0, 1, 2, 3, 4, 5, 6, 7, 8-F, ALL. 20 bytes for each of 10 keys. - (Key 2) Time stamp for minimum. Format is high-order bytes of time-of-day (TOD) clock.
s227k_vsdbmax_2	BIGINT?	CSA subpool 227 (below 16 megabytes) by key. The key data appears in the following order: 0, 1, 2, 3, 4, 5, 6, 7, 8-F, ALL. 20 bytes for each of 10 keys. - (Key 2) Maximum value for below 16 megabytes.
s227k_vsdbxtme_2	DATETIME?	CSA subpool 227 (below 16 megabytes) by key. The key data appears in the following order: 0, 1, 2, 3, 4, 5, 6, 7, 8-F, ALL. 20 bytes for each of 10 keys. - (Key 2) Time stamp for maximum. Format is high-order bytes of time-of- day (TOD) clock.
s227k_vsdbtotl_2	FLOAT?	CSA subpool 227 (below 16 megabytes) by key. The key data appears in the following order: 0, 1, 2, 3, 4, 5, 6, 7, 8-F, ALL. 20 bytes for each of 10 keys. - (Key 2) Total for all samples below 16 megabytes (used to calculate average). See SMF78SAM to calculate averages for Common Storage data section fields, and R782SAMP to calculate averages for private area data and Private Subpool section fields.
s227k_vsdbmin_3	BIGINT?	CSA subpool 227 (below 16 megabytes) by key. The key data appears in the following order: 0, 1, 2, 3, 4, 5, 6, 7, 8-F, ALL. 20 bytes for each of 10 keys. - (Key 3) Minimum value for below 16 megabytes.
s227k_vsdbntme_3	DATETIME?	CSA subpool 227 (below 16 megabytes) by key. The key data appears in the following order: 0, 1, 2, 3, 4, 5, 6, 7, 8-F, ALL. 20 bytes for each of 10 keys. - (Key 3) Time stamp for minimum. Format is high-order bytes of time-of-day (TOD) clock.
s227k_vsdbmax_3	BIGINT?	CSA subpool 227 (below 16 megabytes) by key. The key data appears in the following order: 0, 1, 2, 3, 4, 5, 6, 7, 8-F, ALL. 20 bytes for each of 10 keys. - (Key 3) Maximum value for below 16 megabytes.
s227k_vsdbxtme_3	DATETIME?	CSA subpool 227 (below 16 megabytes) by key. The key data appears in the following order: 0, 1, 2, 3, 4, 5, 6, 7, 8-F, ALL. 20 bytes for each of 10 keys. - (Key 3) Time stamp for maximum. Format is high-order bytes of time-of- day (TOD) clock.
s227k_vsdbtotl_3	FLOAT?	CSA subpool 227 (below 16 megabytes) by key. The key data appears in the following order: 0, 1, 2, 3, 4, 5, 6, 7, 8-F, ALL. 20 bytes for each of 10 keys. - (Key 3) Total for all samples below 16 megabytes (used to calculate average). See SMF78SAM to calculate averages for Common Storage data section fields, and R782SAMP to calculate averages for private area data and Private Subpool section fields.
s227k_vsdbmin_4	BIGINT?	CSA subpool 227 (below 16 megabytes) by key. The key data appears in the following order: 0, 1, 2, 3, 4, 5, 6, 7, 8-F, ALL. 20 bytes for each of 10 keys. - (Key 4) Minimum value for below 16 megabytes.
s227k_vsdbntme_4	DATETIME?	CSA subpool 227 (below 16 megabytes) by key. The key data appears in the following order: 0, 1, 2, 3, 4, 5, 6, 7, 8-F, ALL. 20 bytes for each of 10 keys. - (Key 4) Time stamp for minimum. Format is high-order bytes of time-of-day (TOD) clock.
s227k_vsdbmax_4	BIGINT?	CSA subpool 227 (below 16 megabytes) by key. The key data appears in the following order: 0, 1, 2, 3, 4, 5, 6, 7, 8-F, ALL. 20 bytes for each of 10 keys. - (Key 4) Maximum value for below 16 megabytes.
s227k_vsdbxtme_4	DATETIME?	CSA subpool 227 (below 16 megabytes) by key. The key data appears in the following order: 0, 1, 2, 3, 4, 5, 6, 7, 8-F, ALL. 20 bytes for each of 10 keys. - (Key 4) Time stamp for maximum. Format is high-order bytes of time-of- day (TOD) clock.
s227k_vsdbtotl_4	FLOAT?	CSA subpool 227 (below 16 megabytes) by key. The key data appears in the following order: 0, 1, 2, 3, 4, 5, 6, 7, 8-F, ALL. 20 bytes for each of 10 keys. - (Key 4) Total for all samples below 16 megabytes (used to calculate average). See SMF78SAM to calculate averages for Common Storage data section fields, and R782SAMP to calculate averages for private area data and Private Subpool section fields.
s227k_vsdbmin_5	BIGINT?	CSA subpool 227 (below 16 megabytes) by key. The key data appears in the following order: 0, 1, 2, 3, 4, 5, 6, 7, 8-F, ALL. 20 bytes for each of 10 keys. - (Key 5) Minimum value for below 16 megabytes.
s227k_vsdbntme_5	DATETIME?	CSA subpool 227 (below 16 megabytes) by key. The key data appears in the following order: 0, 1, 2, 3, 4, 5, 6, 7, 8-F, ALL. 20 bytes for each of 10 keys. - (Key 5) Time stamp for minimum. Format is high-order bytes of time-of-day (TOD) clock.
s227k_vsdbmax_5	BIGINT?	CSA subpool 227 (below 16 megabytes) by key. The key data appears in the following order: 0, 1, 2, 3, 4, 5, 6, 7, 8-F, ALL. 20 bytes for each of 10 keys. - (Key 5) Maximum value for below 16 megabytes.
s227k_vsdbxtme_5	DATETIME?	CSA subpool 227 (below 16 megabytes) by key. The key data appears in the following order: 0, 1, 2, 3, 4, 5, 6, 7, 8-F, ALL. 20 bytes for each of 10 keys. - (Key 5) Time stamp for maximum. Format is high-order bytes of time-of- day (TOD) clock.
s227k_vsdbtotl_5	FLOAT?	CSA subpool 227 (below 16 megabytes) by key. The key data appears in the following order: 0, 1, 2, 3, 4, 5, 6, 7, 8-F, ALL. 20 bytes for each of 10 keys. - (Key 5) Total for all samples below 16 megabytes (used to calculate average). See SMF78SAM to calculate averages for Common Storage data section fields, and R782SAMP to calculate averages for private area data and Private Subpool section fields.
s227k_vsdbmin_6	BIGINT?	CSA subpool 227 (below 16 megabytes) by key. The key data appears in the following order: 0, 1, 2, 3, 4, 5, 6, 7, 8-F, ALL. 20 bytes for each of 10 keys. - (Key 6) Minimum value for below 16 megabytes.
s227k_vsdbntme_6	DATETIME?	CSA subpool 227 (below 16 megabytes) by key. The key data appears in the following order: 0, 1, 2, 3, 4, 5, 6, 7, 8-F, ALL. 20 bytes for each of 10 keys. - (Key 6) Time stamp for minimum. Format is high-order bytes of time-of-day (TOD) clock.
s227k_vsdbmax_6	BIGINT?	CSA subpool 227 (below 16 megabytes) by key. The key data appears in the following order: 0, 1, 2, 3, 4, 5, 6, 7, 8-F, ALL. 20 bytes for each of 10 keys. - (Key 6) Maximum value for below 16 megabytes.
s227k_vsdbxtme_6	DATETIME?	CSA subpool 227 (below 16 megabytes) by key. The key data appears in the following order: 0, 1, 2, 3, 4, 5, 6, 7, 8-F, ALL. 20 bytes for each of 10 keys. - (Key 6) Time stamp for maximum. Format is high-order bytes of time-of- day (TOD) clock.
s227k_vsdbtotl_6	FLOAT?	CSA subpool 227 (below 16 megabytes) by key. The key data appears in the following order: 0, 1, 2, 3, 4, 5, 6, 7, 8-F, ALL. 20 bytes for each of 10 keys. - (Key 6) Total for all samples below 16 megabytes (used to calculate average). See SMF78SAM to calculate averages for Common Storage data section fields, and R782SAMP to calculate averages for private area data and Private Subpool section fields.
s227k_vsdbmin_7	BIGINT?	CSA subpool 227 (below 16 megabytes) by key. The key data appears in the following order: 0, 1, 2, 3, 4, 5, 6, 7, 8-F, ALL. 20 bytes for each of 10 keys. - (Key 7) Minimum value for below 16 megabytes.
s227k_vsdbntme_7	DATETIME?	CSA subpool 227 (below 16 megabytes) by key. The key data appears in the following order: 0, 1, 2, 3, 4, 5, 6, 7, 8-F, ALL. 20 bytes for each of 10 keys. - (Key 7) Time stamp for minimum. Format is high-order bytes of time-of-day (TOD) clock.
s227k_vsdbmax_7	BIGINT?	CSA subpool 227 (below 16 megabytes) by key. The key data appears in the following order: 0, 1, 2, 3, 4, 5, 6, 7, 8-F, ALL. 20 bytes for each of 10 keys. - (Key 7) Maximum value for below 16 megabytes.
s227k_vsdbxtme_7	DATETIME?	CSA subpool 227 (below 16 megabytes) by key. The key data appears in the following order: 0, 1, 2, 3, 4, 5, 6, 7, 8-F, ALL. 20 bytes for each of 10 keys. - (Key 7) Time stamp for maximum. Format is high-order bytes of time-of- day (TOD) clock.
s227k_vsdbtotl_7	FLOAT?	CSA subpool 227 (below 16 megabytes) by key. The key data appears in the following order: 0, 1, 2, 3, 4, 5, 6, 7, 8-F, ALL. 20 bytes for each of 10 keys. - (Key 7) Total for all samples below 16 megabytes (used to calculate average). See SMF78SAM to calculate averages for Common Storage data section fields, and R782SAMP to calculate averages for private area data and Private Subpool section fields.
s227k_vsdbmin_8	BIGINT?	CSA subpool 227 (below 16 megabytes) by key. The key data appears in the following order: 0, 1, 2, 3, 4, 5, 6, 7, 8-F, ALL. 20 bytes for each of 10 keys. - (Key 8) Minimum value for below 16 megabytes.
s227k_vsdbntme_8	DATETIME?	CSA subpool 227 (below 16 megabytes) by key. The key data appears in the following order: 0, 1, 2, 3, 4, 5, 6, 7, 8-F, ALL. 20 bytes for each of 10 keys. - (Key 8) Time stamp for minimum. Format is high-order bytes of time-of-day (TOD) clock.
s227k_vsdbmax_8	BIGINT?	CSA subpool 227 (below 16 megabytes) by key. The key data appears in the following order: 0, 1, 2, 3, 4, 5, 6, 7, 8-F, ALL. 20 bytes for each of 10 keys. - (Key 8) Maximum value for below 16 megabytes.
s227k_vsdbxtme_8	DATETIME?	CSA subpool 227 (below 16 megabytes) by key. The key data appears in the following order: 0, 1, 2, 3, 4, 5, 6, 7, 8-F, ALL. 20 bytes for each of 10 keys. - (Key 8) Time stamp for maximum. Format is high-order bytes of time-of- day (TOD) clock.
s227k_vsdbtotl_8	FLOAT?	CSA subpool 227 (below 16 megabytes) by key. The key data appears in the following order: 0, 1, 2, 3, 4, 5, 6, 7, 8-F, ALL. 20 bytes for each of 10 keys. - (Key 8) Total for all samples below 16 megabytes (used to calculate average). See SMF78SAM to calculate averages for Common Storage data section fields, and R782SAMP to calculate averages for private area data and Private Subpool section fields.
s227k_vsdbmin_all	BIGINT?	CSA subpool 227 (below 16 megabytes) by key. The key data appears in the following order: 0, 1, 2, 3, 4, 5, 6, 7, 8-F, ALL. 20 bytes for each of 10 keys. - (Key all) Minimum value for below 16 megabytes.
s227k_vsdbntme_all	DATETIME?	CSA subpool 227 (below 16 megabytes) by key. The key data appears in the following order: 0, 1, 2, 3, 4, 5, 6, 7, 8-F, ALL. 20 bytes for each of 10 keys. - (Key all) Time stamp for minimum. Format is high-order bytes of time-of-day (TOD) clock.
s227k_vsdbmax_all	BIGINT?	CSA subpool 227 (below 16 megabytes) by key. The key data appears in the following order: 0, 1, 2, 3, 4, 5, 6, 7, 8-F, ALL. 20 bytes for each of 10 keys. - (Key all) Maximum value for below 16 megabytes.
s227k_vsdbxtme_all	DATETIME?	CSA subpool 227 (below 16 megabytes) by key. The key data appears in the following order: 0, 1, 2, 3, 4, 5, 6, 7, 8-F, ALL. 20 bytes for each of 10 keys. - (Key all) Time stamp for maximum. Format is high-order bytes of time-of- day (TOD) clock.
s227k_vsdbtotl_all	FLOAT?	CSA subpool 227 (below 16 megabytes) by key. The key data appears in the following order: 0, 1, 2, 3, 4, 5, 6, 7, 8-F, ALL. 20 bytes for each of 10 keys. - (Key all) Total for all samples below 16 megabytes (used to calculate average). See SMF78SAM to calculate averages for Common Storage data section fields, and R782SAMP to calculate averages for private area data and Private Subpool section fields.
s228k_vsdbmin_0	BIGINT?	CSA subpool 228 (below 16 megabytes) by key. The key data appears in the following order: 0, 1, 2, 3, 4, 5, 6, 7, 8-F, ALL. 20 bytes for each of 10 keys. - (Key 0) Minimum value for below 16 megabytes.
s228k_vsdbntme_0	DATETIME?	CSA subpool 228 (below 16 megabytes) by key. The key data appears in the following order: 0, 1, 2, 3, 4, 5, 6, 7, 8-F, ALL. 20 bytes for each of 10 keys. - (Key 0) Time stamp for minimum. Format is high-order bytes of time-of-day (TOD) clock.
s228k_vsdbmax_0	BIGINT?	CSA subpool 228 (below 16 megabytes) by key. The key data appears in the following order: 0, 1, 2, 3, 4, 5, 6, 7, 8-F, ALL. 20 bytes for each of 10 keys. - (Key 0) Maximum value for below 16 megabytes.
s228k_vsdbxtme_0	DATETIME?	CSA subpool 228 (below 16 megabytes) by key. The key data appears in the following order: 0, 1, 2, 3, 4, 5, 6, 7, 8-F, ALL. 20 bytes for each of 10 keys. - (Key 0) Time stamp for maximum. Format is high-order bytes of time-of- day (TOD) clock.
s228k_vsdbtotl_0	FLOAT?	CSA subpool 228 (below 16 megabytes) by key. The key data appears in the following order: 0, 1, 2, 3, 4, 5, 6, 7, 8-F, ALL. 20 bytes for each of 10 keys. - (Key 0) Total for all samples below 16 megabytes (used to calculate average). See SMF78SAM to calculate averages for Common Storage data section fields, and R782SAMP to calculate averages for private area data and Private Subpool section fields.
s228k_vsdbmin_1	BIGINT?	CSA subpool 228 (below 16 megabytes) by key. The key data appears in the following order: 0, 1, 2, 3, 4, 5, 6, 7, 8-F, ALL. 20 bytes for each of 10 keys. - (Key 1) Minimum value for below 16 megabytes.
s228k_vsdbntme_1	DATETIME?	CSA subpool 228 (below 16 megabytes) by key. The key data appears in the following order: 0, 1, 2, 3, 4, 5, 6, 7, 8-F, ALL. 20 bytes for each of 10 keys. - (Key 1) Time stamp for minimum. Format is high-order bytes of time-of-day (TOD) clock.
s228k_vsdbmax_1	BIGINT?	CSA subpool 228 (below 16 megabytes) by key. The key data appears in the following order: 0, 1, 2, 3, 4, 5, 6, 7, 8-F, ALL. 20 bytes for each of 10 keys. - (Key 1) Maximum value for below 16 megabytes.
s228k_vsdbxtme_1	DATETIME?	CSA subpool 228 (below 16 megabytes) by key. The key data appears in the following order: 0, 1, 2, 3, 4, 5, 6, 7, 8-F, ALL. 20 bytes for each of 10 keys. - (Key 1) Time stamp for maximum. Format is high-order bytes of time-of- day (TOD) clock.
s228k_vsdbtotl_1	FLOAT?	CSA subpool 228 (below 16 megabytes) by key. The key data appears in the following order: 0, 1, 2, 3, 4, 5, 6, 7, 8-F, ALL. 20 bytes for each of 10 keys. - (Key 1) Total for all samples below 16 megabytes (used to calculate average). See SMF78SAM to calculate averages for Common Storage data section fields, and R782SAMP to calculate averages for private area data and Private Subpool section fields.
s228k_vsdbmin_2	BIGINT?	CSA subpool 228 (below 16 megabytes) by key. The key data appears in the following order: 0, 1, 2, 3, 4, 5, 6, 7, 8-F, ALL. 20 bytes for each of 10 keys. - (Key 2) Minimum value for below 16 megabytes.
s228k_vsdbntme_2	DATETIME?	CSA subpool 228 (below 16 megabytes) by key. The key data appears in the following order: 0, 1, 2, 3, 4, 5, 6, 7, 8-F, ALL. 20 bytes for each of 10 keys. - (Key 2) Time stamp for minimum. Format is high-order bytes of time-of-day (TOD) clock.
s228k_vsdbmax_2	BIGINT?	CSA subpool 228 (below 16 megabytes) by key. The key data appears in the following order: 0, 1, 2, 3, 4, 5, 6, 7, 8-F, ALL. 20 bytes for each of 10 keys. - (Key 2) Maximum value for below 16 megabytes.
s228k_vsdbxtme_2	DATETIME?	CSA subpool 228 (below 16 megabytes) by key. The key data appears in the following order: 0, 1, 2, 3, 4, 5, 6, 7, 8-F, ALL. 20 bytes for each of 10 keys. - (Key 2) Time stamp for maximum. Format is high-order bytes of time-of- day (TOD) clock.
s228k_vsdbtotl_2	FLOAT?	CSA subpool 228 (below 16 megabytes) by key. The key data appears in the following order: 0, 1, 2, 3, 4, 5, 6, 7, 8-F, ALL. 20 bytes for each of 10 keys. - (Key 2) Total for all samples below 16 megabytes (used to calculate average). See SMF78SAM to calculate averages for Common Storage data section fields, and R782SAMP to calculate averages for private area data and Private Subpool section fields.
s228k_vsdbmin_3	BIGINT?	CSA subpool 228 (below 16 megabytes) by key. The key data appears in the following order: 0, 1, 2, 3, 4, 5, 6, 7, 8-F, ALL. 20 bytes for each of 10 keys. - (Key 3) Minimum value for below 16 megabytes.
s228k_vsdbntme_3	DATETIME?	CSA subpool 228 (below 16 megabytes) by key. The key data appears in the following order: 0, 1, 2, 3, 4, 5, 6, 7, 8-F, ALL. 20 bytes for each of 10 keys. - (Key 3) Time stamp for minimum. Format is high-order bytes of time-of-day (TOD) clock.
s228k_vsdbmax_3	BIGINT?	CSA subpool 228 (below 16 megabytes) by key. The key data appears in the following order: 0, 1, 2, 3, 4, 5, 6, 7, 8-F, ALL. 20 bytes for each of 10 keys. - (Key 3) Maximum value for below 16 megabytes.
s228k_vsdbxtme_3	DATETIME?	CSA subpool 228 (below 16 megabytes) by key. The key data appears in the following order: 0, 1, 2, 3, 4, 5, 6, 7, 8-F, ALL. 20 bytes for each of 10 keys. - (Key 3) Time stamp for maximum. Format is high-order bytes of time-of- day (TOD) clock.
s228k_vsdbtotl_3	FLOAT?	CSA subpool 228 (below 16 megabytes) by key. The key data appears in the following order: 0, 1, 2, 3, 4, 5, 6, 7, 8-F, ALL. 20 bytes for each of 10 keys. - (Key 3) Total for all samples below 16 megabytes (used to calculate average). See SMF78SAM to calculate averages for Common Storage data section fields, and R782SAMP to calculate averages for private area data and Private Subpool section fields.
s228k_vsdbmin_4	BIGINT?	CSA subpool 228 (below 16 megabytes) by key. The key data appears in the following order: 0, 1, 2, 3, 4, 5, 6, 7, 8-F, ALL. 20 bytes for each of 10 keys. - (Key 4) Minimum value for below 16 megabytes.
s228k_vsdbntme_4	DATETIME?	CSA subpool 228 (below 16 megabytes) by key. The key data appears in the following order: 0, 1, 2, 3, 4, 5, 6, 7, 8-F, ALL. 20 bytes for each of 10 keys. - (Key 4) Time stamp for minimum. Format is high-order bytes of time-of-day (TOD) clock.
s228k_vsdbmax_4	BIGINT?	CSA subpool 228 (below 16 megabytes) by key. The key data appears in the following order: 0, 1, 2, 3, 4, 5, 6, 7, 8-F, ALL. 20 bytes for each of 10 keys. - (Key 4) Maximum value for below 16 megabytes.
s228k_vsdbxtme_4	DATETIME?	CSA subpool 228 (below 16 megabytes) by key. The key data appears in the following order: 0, 1, 2, 3, 4, 5, 6, 7, 8-F, ALL. 20 bytes for each of 10 keys. - (Key 4) Time stamp for maximum. Format is high-order bytes of time-of- day (TOD) clock.
s228k_vsdbtotl_4	FLOAT?	CSA subpool 228 (below 16 megabytes) by key. The key data appears in the following order: 0, 1, 2, 3, 4, 5, 6, 7, 8-F, ALL. 20 bytes for each of 10 keys. - (Key 4) Total for all samples below 16 megabytes (used to calculate average). See SMF78SAM to calculate averages for Common Storage data section fields, and R782SAMP to calculate averages for private area data and Private Subpool section fields.
s228k_vsdbmin_5	BIGINT?	CSA subpool 228 (below 16 megabytes) by key. The key data appears in the following order: 0, 1, 2, 3, 4, 5, 6, 7, 8-F, ALL. 20 bytes for each of 10 keys. - (Key 5) Minimum value for below 16 megabytes.
s228k_vsdbntme_5	DATETIME?	CSA subpool 228 (below 16 megabytes) by key. The key data appears in the following order: 0, 1, 2, 3, 4, 5, 6, 7, 8-F, ALL. 20 bytes for each of 10 keys. - (Key 5) Time stamp for minimum. Format is high-order bytes of time-of-day (TOD) clock.
s228k_vsdbmax_5	BIGINT?	CSA subpool 228 (below 16 megabytes) by key. The key data appears in the following order: 0, 1, 2, 3, 4, 5, 6, 7, 8-F, ALL. 20 bytes for each of 10 keys. - (Key 5) Maximum value for below 16 megabytes.
s228k_vsdbxtme_5	DATETIME?	CSA subpool 228 (below 16 megabytes) by key. The key data appears in the following order: 0, 1, 2, 3, 4, 5, 6, 7, 8-F, ALL. 20 bytes for each of 10 keys. - (Key 5) Time stamp for maximum. Format is high-order bytes of time-of- day (TOD) clock.
s228k_vsdbtotl_5	FLOAT?	CSA subpool 228 (below 16 megabytes) by key. The key data appears in the following order: 0, 1, 2, 3, 4, 5, 6, 7, 8-F, ALL. 20 bytes for each of 10 keys. - (Key 5) Total for all samples below 16 megabytes (used to calculate average). See SMF78SAM to calculate averages for Common Storage data section fields, and R782SAMP to calculate averages for private area data and Private Subpool section fields.
s228k_vsdbmin_6	BIGINT?	CSA subpool 228 (below 16 megabytes) by key. The key data appears in the following order: 0, 1, 2, 3, 4, 5, 6, 7, 8-F, ALL. 20 bytes for each of 10 keys. - (Key 6) Minimum value for below 16 megabytes.
s228k_vsdbntme_6	DATETIME?	CSA subpool 228 (below 16 megabytes) by key. The key data appears in the following order: 0, 1, 2, 3, 4, 5, 6, 7, 8-F, ALL. 20 bytes for each of 10 keys. - (Key 6) Time stamp for minimum. Format is high-order bytes of time-of-day (TOD) clock.
s228k_vsdbmax_6	BIGINT?	CSA subpool 228 (below 16 megabytes) by key. The key data appears in the following order: 0, 1, 2, 3, 4, 5, 6, 7, 8-F, ALL. 20 bytes for each of 10 keys. - (Key 6) Maximum value for below 16 megabytes.
s228k_vsdbxtme_6	DATETIME?	CSA subpool 228 (below 16 megabytes) by key. The key data appears in the following order: 0, 1, 2, 3, 4, 5, 6, 7, 8-F, ALL. 20 bytes for each of 10 keys. - (Key 6) Time stamp for maximum. Format is high-order bytes of time-of- day (TOD) clock.
s228k_vsdbtotl_6	FLOAT?	CSA subpool 228 (below 16 megabytes) by key. The key data appears in the following order: 0, 1, 2, 3, 4, 5, 6, 7, 8-F, ALL. 20 bytes for each of 10 keys. - (Key 6) Total for all samples below 16 megabytes (used to calculate average). See SMF78SAM to calculate averages for Common Storage data section fields, and R782SAMP to calculate averages for private area data and Private Subpool section fields.
s228k_vsdbmin_7	BIGINT?	CSA subpool 228 (below 16 megabytes) by key. The key data appears in the following order: 0, 1, 2, 3, 4, 5, 6, 7, 8-F, ALL. 20 bytes for each of 10 keys. - (Key 7) Minimum value for below 16 megabytes.
s228k_vsdbntme_7	DATETIME?	CSA subpool 228 (below 16 megabytes) by key. The key data appears in the following order: 0, 1, 2, 3, 4, 5, 6, 7, 8-F, ALL. 20 bytes for each of 10 keys. - (Key 7) Time stamp for minimum. Format is high-order bytes of time-of-day (TOD) clock.
s228k_vsdbmax_7	BIGINT?	CSA subpool 228 (below 16 megabytes) by key. The key data appears in the following order: 0, 1, 2, 3, 4, 5, 6, 7, 8-F, ALL. 20 bytes for each of 10 keys. - (Key 7) Maximum value for below 16 megabytes.
s228k_vsdbxtme_7	DATETIME?	CSA subpool 228 (below 16 megabytes) by key. The key data appears in the following order: 0, 1, 2, 3, 4, 5, 6, 7, 8-F, ALL. 20 bytes for each of 10 keys. - (Key 7) Time stamp for maximum. Format is high-order bytes of time-of- day (TOD) clock.
s228k_vsdbtotl_7	FLOAT?	CSA subpool 228 (below 16 megabytes) by key. The key data appears in the following order: 0, 1, 2, 3, 4, 5, 6, 7, 8-F, ALL. 20 bytes for each of 10 keys. - (Key 7) Total for all samples below 16 megabytes (used to calculate average). See SMF78SAM to calculate averages for Common Storage data section fields, and R782SAMP to calculate averages for private area data and Private Subpool section fields.
s228k_vsdbmin_8	BIGINT?	CSA subpool 228 (below 16 megabytes) by key. The key data appears in the following order: 0, 1, 2, 3, 4, 5, 6, 7, 8-F, ALL. 20 bytes for each of 10 keys. - (Key 8) Minimum value for below 16 megabytes.
s228k_vsdbntme_8	DATETIME?	CSA subpool 228 (below 16 megabytes) by key. The key data appears in the following order: 0, 1, 2, 3, 4, 5, 6, 7, 8-F, ALL. 20 bytes for each of 10 keys. - (Key 8) Time stamp for minimum. Format is high-order bytes of time-of-day (TOD) clock.
s228k_vsdbmax_8	BIGINT?	CSA subpool 228 (below 16 megabytes) by key. The key data appears in the following order: 0, 1, 2, 3, 4, 5, 6, 7, 8-F, ALL. 20 bytes for each of 10 keys. - (Key 8) Maximum value for below 16 megabytes.
s228k_vsdbxtme_8	DATETIME?	CSA subpool 228 (below 16 megabytes) by key. The key data appears in the following order: 0, 1, 2, 3, 4, 5, 6, 7, 8-F, ALL. 20 bytes for each of 10 keys. - (Key 8) Time stamp for maximum. Format is high-order bytes of time-of- day (TOD) clock.
s228k_vsdbtotl_8	FLOAT?	CSA subpool 228 (below 16 megabytes) by key. The key data appears in the following order: 0, 1, 2, 3, 4, 5, 6, 7, 8-F, ALL. 20 bytes for each of 10 keys. - (Key 8) Total for all samples below 16 megabytes (used to calculate average). See SMF78SAM to calculate averages for Common Storage data section fields, and R782SAMP to calculate averages for private area data and Private Subpool section fields.
s228k_vsdbmin_all	BIGINT?	CSA subpool 228 (below 16 megabytes) by key. The key data appears in the following order: 0, 1, 2, 3, 4, 5, 6, 7, 8-F, ALL. 20 bytes for each of 10 keys. - (Key all) Minimum value for below 16 megabytes.
s228k_vsdbntme_all	DATETIME?	CSA subpool 228 (below 16 megabytes) by key. The key data appears in the following order: 0, 1, 2, 3, 4, 5, 6, 7, 8-F, ALL. 20 bytes for each of 10 keys. - (Key all) Time stamp for minimum. Format is high-order bytes of time-of-day (TOD) clock.
s228k_vsdbmax_all	BIGINT?	CSA subpool 228 (below 16 megabytes) by key. The key data appears in the following order: 0, 1, 2, 3, 4, 5, 6, 7, 8-F, ALL. 20 bytes for each of 10 keys. - (Key all) Maximum value for below 16 megabytes.
s228k_vsdbxtme_all	DATETIME?	CSA subpool 228 (below 16 megabytes) by key. The key data appears in the following order: 0, 1, 2, 3, 4, 5, 6, 7, 8-F, ALL. 20 bytes for each of 10 keys. - (Key all) Time stamp for maximum. Format is high-order bytes of time-of- day (TOD) clock.
s228k_vsdbtotl_all	FLOAT?	CSA subpool 228 (below 16 megabytes) by key. The key data appears in the following order: 0, 1, 2, 3, 4, 5, 6, 7, 8-F, ALL. 20 bytes for each of 10 keys. - (Key all) Total for all samples below 16 megabytes (used to calculate average). See SMF78SAM to calculate averages for Common Storage data section fields, and R782SAMP to calculate averages for private area data and Private Subpool section fields.
s231k_vsdbmin_0	BIGINT?	CSA subpool 231 (below 16 megabytes) by key. The key data appears in the following order: 0, 1, 2, 3, 4, 5, 6, 7, 8-F, ALL. 20 bytes for each of 10 keys. - (Key 0) Minimum value for below 16 megabytes.
s231k_vsdbntme_0	DATETIME?	CSA subpool 231 (below 16 megabytes) by key. The key data appears in the following order: 0, 1, 2, 3, 4, 5, 6, 7, 8-F, ALL. 20 bytes for each of 10 keys. - (Key 0) Time stamp for minimum. Format is high-order bytes of time-of-day (TOD) clock.
s231k_vsdbmax_0	BIGINT?	CSA subpool 231 (below 16 megabytes) by key. The key data appears in the following order: 0, 1, 2, 3, 4, 5, 6, 7, 8-F, ALL. 20 bytes for each of 10 keys. - (Key 0) Maximum value for below 16 megabytes.
s231k_vsdbxtme_0	DATETIME?	CSA subpool 231 (below 16 megabytes) by key. The key data appears in the following order: 0, 1, 2, 3, 4, 5, 6, 7, 8-F, ALL. 20 bytes for each of 10 keys. - (Key 0) Time stamp for maximum. Format is high-order bytes of time-of- day (TOD) clock.
s231k_vsdbtotl_0	FLOAT?	CSA subpool 231 (below 16 megabytes) by key. The key data appears in the following order: 0, 1, 2, 3, 4, 5, 6, 7, 8-F, ALL. 20 bytes for each of 10 keys. - (Key 0) Total for all samples below 16 megabytes (used to calculate average). See SMF78SAM to calculate averages for Common Storage data section fields, and R782SAMP to calculate averages for private area data and Private Subpool section fields.
s231k_vsdbmin_1	BIGINT?	CSA subpool 231 (below 16 megabytes) by key. The key data appears in the following order: 0, 1, 2, 3, 4, 5, 6, 7, 8-F, ALL. 20 bytes for each of 10 keys. - (Key 1) Minimum value for below 16 megabytes.
s231k_vsdbntme_1	DATETIME?	CSA subpool 231 (below 16 megabytes) by key. The key data appears in the following order: 0, 1, 2, 3, 4, 5, 6, 7, 8-F, ALL. 20 bytes for each of 10 keys. - (Key 1) Time stamp for minimum. Format is high-order bytes of time-of-day (TOD) clock.
s231k_vsdbmax_1	BIGINT?	CSA subpool 231 (below 16 megabytes) by key. The key data appears in the following order: 0, 1, 2, 3, 4, 5, 6, 7, 8-F, ALL. 20 bytes for each of 10 keys. - (Key 1) Maximum value for below 16 megabytes.
s231k_vsdbxtme_1	DATETIME?	CSA subpool 231 (below 16 megabytes) by key. The key data appears in the following order: 0, 1, 2, 3, 4, 5, 6, 7, 8-F, ALL. 20 bytes for each of 10 keys. - (Key 1) Time stamp for maximum. Format is high-order bytes of time-of- day (TOD) clock.
s231k_vsdbtotl_1	FLOAT?	CSA subpool 231 (below 16 megabytes) by key. The key data appears in the following order: 0, 1, 2, 3, 4, 5, 6, 7, 8-F, ALL. 20 bytes for each of 10 keys. - (Key 1) Total for all samples below 16 megabytes (used to calculate average). See SMF78SAM to calculate averages for Common Storage data section fields, and R782SAMP to calculate averages for private area data and Private Subpool section fields.
s231k_vsdbmin_2	BIGINT?	CSA subpool 231 (below 16 megabytes) by key. The key data appears in the following order: 0, 1, 2, 3, 4, 5, 6, 7, 8-F, ALL. 20 bytes for each of 10 keys. - (Key 2) Minimum value for below 16 megabytes.
s231k_vsdbntme_2	DATETIME?	CSA subpool 231 (below 16 megabytes) by key. The key data appears in the following order: 0, 1, 2, 3, 4, 5, 6, 7, 8-F, ALL. 20 bytes for each of 10 keys. - (Key 2) Time stamp for minimum. Format is high-order bytes of time-of-day (TOD) clock.
s231k_vsdbmax_2	BIGINT?	CSA subpool 231 (below 16 megabytes) by key. The key data appears in the following order: 0, 1, 2, 3, 4, 5, 6, 7, 8-F, ALL. 20 bytes for each of 10 keys. - (Key 2) Maximum value for below 16 megabytes.
s231k_vsdbxtme_2	DATETIME?	CSA subpool 231 (below 16 megabytes) by key. The key data appears in the following order: 0, 1, 2, 3, 4, 5, 6, 7, 8-F, ALL. 20 bytes for each of 10 keys. - (Key 2) Time stamp for maximum. Format is high-order bytes of time-of- day (TOD) clock.
s231k_vsdbtotl_2	FLOAT?	CSA subpool 231 (below 16 megabytes) by key. The key data appears in the following order: 0, 1, 2, 3, 4, 5, 6, 7, 8-F, ALL. 20 bytes for each of 10 keys. - (Key 2) Total for all samples below 16 megabytes (used to calculate average). See SMF78SAM to calculate averages for Common Storage data section fields, and R782SAMP to calculate averages for private area data and Private Subpool section fields.
s231k_vsdbmin_3	BIGINT?	CSA subpool 231 (below 16 megabytes) by key. The key data appears in the following order: 0, 1, 2, 3, 4, 5, 6, 7, 8-F, ALL. 20 bytes for each of 10 keys. - (Key 3) Minimum value for below 16 megabytes.
s231k_vsdbntme_3	DATETIME?	CSA subpool 231 (below 16 megabytes) by key. The key data appears in the following order: 0, 1, 2, 3, 4, 5, 6, 7, 8-F, ALL. 20 bytes for each of 10 keys. - (Key 3) Time stamp for minimum. Format is high-order bytes of time-of-day (TOD) clock.
s231k_vsdbmax_3	BIGINT?	CSA subpool 231 (below 16 megabytes) by key. The key data appears in the following order: 0, 1, 2, 3, 4, 5, 6, 7, 8-F, ALL. 20 bytes for each of 10 keys. - (Key 3) Maximum value for below 16 megabytes.
s231k_vsdbxtme_3	DATETIME?	CSA subpool 231 (below 16 megabytes) by key. The key data appears in the following order: 0, 1, 2, 3, 4, 5, 6, 7, 8-F, ALL. 20 bytes for each of 10 keys. - (Key 3) Time stamp for maximum. Format is high-order bytes of time-of- day (TOD) clock.
s231k_vsdbtotl_3	FLOAT?	CSA subpool 231 (below 16 megabytes) by key. The key data appears in the following order: 0, 1, 2, 3, 4, 5, 6, 7, 8-F, ALL. 20 bytes for each of 10 keys. - (Key 3) Total for all samples below 16 megabytes (used to calculate average). See SMF78SAM to calculate averages for Common Storage data section fields, and R782SAMP to calculate averages for private area data and Private Subpool section fields.
s231k_vsdbmin_4	BIGINT?	CSA subpool 231 (below 16 megabytes) by key. The key data appears in the following order: 0, 1, 2, 3, 4, 5, 6, 7, 8-F, ALL. 20 bytes for each of 10 keys. - (Key 4) Minimum value for below 16 megabytes.
s231k_vsdbntme_4	DATETIME?	CSA subpool 231 (below 16 megabytes) by key. The key data appears in the following order: 0, 1, 2, 3, 4, 5, 6, 7, 8-F, ALL. 20 bytes for each of 10 keys. - (Key 4) Time stamp for minimum. Format is high-order bytes of time-of-day (TOD) clock.
s231k_vsdbmax_4	BIGINT?	CSA subpool 231 (below 16 megabytes) by key. The key data appears in the following order: 0, 1, 2, 3, 4, 5, 6, 7, 8-F, ALL. 20 bytes for each of 10 keys. - (Key 4) Maximum value for below 16 megabytes.
s231k_vsdbxtme_4	DATETIME?	CSA subpool 231 (below 16 megabytes) by key. The key data appears in the following order: 0, 1, 2, 3, 4, 5, 6, 7, 8-F, ALL. 20 bytes for each of 10 keys. - (Key 4) Time stamp for maximum. Format is high-order bytes of time-of- day (TOD) clock.
s231k_vsdbtotl_4	FLOAT?	CSA subpool 231 (below 16 megabytes) by key. The key data appears in the following order: 0, 1, 2, 3, 4, 5, 6, 7, 8-F, ALL. 20 bytes for each of 10 keys. - (Key 4) Total for all samples below 16 megabytes (used to calculate average). See SMF78SAM to calculate averages for Common Storage data section fields, and R782SAMP to calculate averages for private area data and Private Subpool section fields.
s231k_vsdbmin_5	BIGINT?	CSA subpool 231 (below 16 megabytes) by key. The key data appears in the following order: 0, 1, 2, 3, 4, 5, 6, 7, 8-F, ALL. 20 bytes for each of 10 keys. - (Key 5) Minimum value for below 16 megabytes.
s231k_vsdbntme_5	DATETIME?	CSA subpool 231 (below 16 megabytes) by key. The key data appears in the following order: 0, 1, 2, 3, 4, 5, 6, 7, 8-F, ALL. 20 bytes for each of 10 keys. - (Key 5) Time stamp for minimum. Format is high-order bytes of time-of-day (TOD) clock.
s231k_vsdbmax_5	BIGINT?	CSA subpool 231 (below 16 megabytes) by key. The key data appears in the following order: 0, 1, 2, 3, 4, 5, 6, 7, 8-F, ALL. 20 bytes for each of 10 keys. - (Key 5) Maximum value for below 16 megabytes.
s231k_vsdbxtme_5	DATETIME?	CSA subpool 231 (below 16 megabytes) by key. The key data appears in the following order: 0, 1, 2, 3, 4, 5, 6, 7, 8-F, ALL. 20 bytes for each of 10 keys. - (Key 5) Time stamp for maximum. Format is high-order bytes of time-of- day (TOD) clock.
s231k_vsdbtotl_5	FLOAT?	CSA subpool 231 (below 16 megabytes) by key. The key data appears in the following order: 0, 1, 2, 3, 4, 5, 6, 7, 8-F, ALL. 20 bytes for each of 10 keys. - (Key 5) Total for all samples below 16 megabytes (used to calculate average). See SMF78SAM to calculate averages for Common Storage data section fields, and R782SAMP to calculate averages for private area data and Private Subpool section fields.
s231k_vsdbmin_6	BIGINT?	CSA subpool 231 (below 16 megabytes) by key. The key data appears in the following order: 0, 1, 2, 3, 4, 5, 6, 7, 8-F, ALL. 20 bytes for each of 10 keys. - (Key 6) Minimum value for below 16 megabytes.
s231k_vsdbntme_6	DATETIME?	CSA subpool 231 (below 16 megabytes) by key. The key data appears in the following order: 0, 1, 2, 3, 4, 5, 6, 7, 8-F, ALL. 20 bytes for each of 10 keys. - (Key 6) Time stamp for minimum. Format is high-order bytes of time-of-day (TOD) clock.
s231k_vsdbmax_6	BIGINT?	CSA subpool 231 (below 16 megabytes) by key. The key data appears in the following order: 0, 1, 2, 3, 4, 5, 6, 7, 8-F, ALL. 20 bytes for each of 10 keys. - (Key 6) Maximum value for below 16 megabytes.
s231k_vsdbxtme_6	DATETIME?	CSA subpool 231 (below 16 megabytes) by key. The key data appears in the following order: 0, 1, 2, 3, 4, 5, 6, 7, 8-F, ALL. 20 bytes for each of 10 keys. - (Key 6) Time stamp for maximum. Format is high-order bytes of time-of- day (TOD) clock.
s231k_vsdbtotl_6	FLOAT?	CSA subpool 231 (below 16 megabytes) by key. The key data appears in the following order: 0, 1, 2, 3, 4, 5, 6, 7, 8-F, ALL. 20 bytes for each of 10 keys. - (Key 6) Total for all samples below 16 megabytes (used to calculate average). See SMF78SAM to calculate averages for Common Storage data section fields, and R782SAMP to calculate averages for private area data and Private Subpool section fields.
s231k_vsdbmin_7	BIGINT?	CSA subpool 231 (below 16 megabytes) by key. The key data appears in the following order: 0, 1, 2, 3, 4, 5, 6, 7, 8-F, ALL. 20 bytes for each of 10 keys. - (Key 7) Minimum value for below 16 megabytes.
s231k_vsdbntme_7	DATETIME?	CSA subpool 231 (below 16 megabytes) by key. The key data appears in the following order: 0, 1, 2, 3, 4, 5, 6, 7, 8-F, ALL. 20 bytes for each of 10 keys. - (Key 7) Time stamp for minimum. Format is high-order bytes of time-of-day (TOD) clock.
s231k_vsdbmax_7	BIGINT?	CSA subpool 231 (below 16 megabytes) by key. The key data appears in the following order: 0, 1, 2, 3, 4, 5, 6, 7, 8-F, ALL. 20 bytes for each of 10 keys. - (Key 7) Maximum value for below 16 megabytes.
s231k_vsdbxtme_7	DATETIME?	CSA subpool 231 (below 16 megabytes) by key. The key data appears in the following order: 0, 1, 2, 3, 4, 5, 6, 7, 8-F, ALL. 20 bytes for each of 10 keys. - (Key 7) Time stamp for maximum. Format is high-order bytes of time-of- day (TOD) clock.
s231k_vsdbtotl_7	FLOAT?	CSA subpool 231 (below 16 megabytes) by key. The key data appears in the following order: 0, 1, 2, 3, 4, 5, 6, 7, 8-F, ALL. 20 bytes for each of 10 keys. - (Key 7) Total for all samples below 16 megabytes (used to calculate average). See SMF78SAM to calculate averages for Common Storage data section fields, and R782SAMP to calculate averages for private area data and Private Subpool section fields.
s231k_vsdbmin_8	BIGINT?	CSA subpool 231 (below 16 megabytes) by key. The key data appears in the following order: 0, 1, 2, 3, 4, 5, 6, 7, 8-F, ALL. 20 bytes for each of 10 keys. - (Key 8) Minimum value for below 16 megabytes.
s231k_vsdbntme_8	DATETIME?	CSA subpool 231 (below 16 megabytes) by key. The key data appears in the following order: 0, 1, 2, 3, 4, 5, 6, 7, 8-F, ALL. 20 bytes for each of 10 keys. - (Key 8) Time stamp for minimum. Format is high-order bytes of time-of-day (TOD) clock.
s231k_vsdbmax_8	BIGINT?	CSA subpool 231 (below 16 megabytes) by key. The key data appears in the following order: 0, 1, 2, 3, 4, 5, 6, 7, 8-F, ALL. 20 bytes for each of 10 keys. - (Key 8) Maximum value for below 16 megabytes.
s231k_vsdbxtme_8	DATETIME?	CSA subpool 231 (below 16 megabytes) by key. The key data appears in the following order: 0, 1, 2, 3, 4, 5, 6, 7, 8-F, ALL. 20 bytes for each of 10 keys. - (Key 8) Time stamp for maximum. Format is high-order bytes of time-of- day (TOD) clock.
s231k_vsdbtotl_8	FLOAT?	CSA subpool 231 (below 16 megabytes) by key. The key data appears in the following order: 0, 1, 2, 3, 4, 5, 6, 7, 8-F, ALL. 20 bytes for each of 10 keys. - (Key 8) Total for all samples below 16 megabytes (used to calculate average). See SMF78SAM to calculate averages for Common Storage data section fields, and R782SAMP to calculate averages for private area data and Private Subpool section fields.
s231k_vsdbmin_all	BIGINT?	CSA subpool 231 (below 16 megabytes) by key. The key data appears in the following order: 0, 1, 2, 3, 4, 5, 6, 7, 8-F, ALL. 20 bytes for each of 10 keys. - (Key all) Minimum value for below 16 megabytes.
s231k_vsdbntme_all	DATETIME?	CSA subpool 231 (below 16 megabytes) by key. The key data appears in the following order: 0, 1, 2, 3, 4, 5, 6, 7, 8-F, ALL. 20 bytes for each of 10 keys. - (Key all) Time stamp for minimum. Format is high-order bytes of time-of-day (TOD) clock.
s231k_vsdbmax_all	BIGINT?	CSA subpool 231 (below 16 megabytes) by key. The key data appears in the following order: 0, 1, 2, 3, 4, 5, 6, 7, 8-F, ALL. 20 bytes for each of 10 keys. - (Key all) Maximum value for below 16 megabytes.
s231k_vsdbxtme_all	DATETIME?	CSA subpool 231 (below 16 megabytes) by key. The key data appears in the following order: 0, 1, 2, 3, 4, 5, 6, 7, 8-F, ALL. 20 bytes for each of 10 keys. - (Key all) Time stamp for maximum. Format is high-order bytes of time-of- day (TOD) clock.
s231k_vsdbtotl_all	FLOAT?	CSA subpool 231 (below 16 megabytes) by key. The key data appears in the following order: 0, 1, 2, 3, 4, 5, 6, 7, 8-F, ALL. 20 bytes for each of 10 keys. - (Key all) Total for all samples below 16 megabytes (used to calculate average). See SMF78SAM to calculate averages for Common Storage data section fields, and R782SAMP to calculate averages for private area data and Private Subpool section fields.
s241k_vsdbmin_0	BIGINT?	CSA subpool 241 (below 16 megabytes) by key. The key data appears in the following order: 0, 1, 2, 3, 4, 5, 6, 7, 8-F, ALL. 20 bytes for each of 10 keys. - (Key 0) Minimum value for below 16 megabytes.
s241k_vsdbntme_0	DATETIME?	CSA subpool 241 (below 16 megabytes) by key. The key data appears in the following order: 0, 1, 2, 3, 4, 5, 6, 7, 8-F, ALL. 20 bytes for each of 10 keys. - (Key 0) Time stamp for minimum. Format is high-order bytes of time-of-day (TOD) clock.
s241k_vsdbmax_0	BIGINT?	CSA subpool 241 (below 16 megabytes) by key. The key data appears in the following order: 0, 1, 2, 3, 4, 5, 6, 7, 8-F, ALL. 20 bytes for each of 10 keys. - (Key 0) Maximum value for below 16 megabytes.
s241k_vsdbxtme_0	DATETIME?	CSA subpool 241 (below 16 megabytes) by key. The key data appears in the following order: 0, 1, 2, 3, 4, 5, 6, 7, 8-F, ALL. 20 bytes for each of 10 keys. - (Key 0) Time stamp for maximum. Format is high-order bytes of time-of- day (TOD) clock.
s241k_vsdbtotl_0	FLOAT?	CSA subpool 241 (below 16 megabytes) by key. The key data appears in the following order: 0, 1, 2, 3, 4, 5, 6, 7, 8-F, ALL. 20 bytes for each of 10 keys. - (Key 0) Total for all samples below 16 megabytes (used to calculate average). See SMF78SAM to calculate averages for Common Storage data section fields, and R782SAMP to calculate averages for private area data and Private Subpool section fields.
s241k_vsdbmin_1	BIGINT?	CSA subpool 241 (below 16 megabytes) by key. The key data appears in the following order: 0, 1, 2, 3, 4, 5, 6, 7, 8-F, ALL. 20 bytes for each of 10 keys. - (Key 1) Minimum value for below 16 megabytes.
s241k_vsdbntme_1	DATETIME?	CSA subpool 241 (below 16 megabytes) by key. The key data appears in the following order: 0, 1, 2, 3, 4, 5, 6, 7, 8-F, ALL. 20 bytes for each of 10 keys. - (Key 1) Time stamp for minimum. Format is high-order bytes of time-of-day (TOD) clock.
s241k_vsdbmax_1	BIGINT?	CSA subpool 241 (below 16 megabytes) by key. The key data appears in the following order: 0, 1, 2, 3, 4, 5, 6, 7, 8-F, ALL. 20 bytes for each of 10 keys. - (Key 1) Maximum value for below 16 megabytes.
s241k_vsdbxtme_1	DATETIME?	CSA subpool 241 (below 16 megabytes) by key. The key data appears in the following order: 0, 1, 2, 3, 4, 5, 6, 7, 8-F, ALL. 20 bytes for each of 10 keys. - (Key 1) Time stamp for maximum. Format is high-order bytes of time-of- day (TOD) clock.
s241k_vsdbtotl_1	FLOAT?	CSA subpool 241 (below 16 megabytes) by key. The key data appears in the following order: 0, 1, 2, 3, 4, 5, 6, 7, 8-F, ALL. 20 bytes for each of 10 keys. - (Key 1) Total for all samples below 16 megabytes (used to calculate average). See SMF78SAM to calculate averages for Common Storage data section fields, and R782SAMP to calculate averages for private area data and Private Subpool section fields.
s241k_vsdbmin_2	BIGINT?	CSA subpool 241 (below 16 megabytes) by key. The key data appears in the following order: 0, 1, 2, 3, 4, 5, 6, 7, 8-F, ALL. 20 bytes for each of 10 keys. - (Key 2) Minimum value for below 16 megabytes.
s241k_vsdbntme_2	DATETIME?	CSA subpool 241 (below 16 megabytes) by key. The key data appears in the following order: 0, 1, 2, 3, 4, 5, 6, 7, 8-F, ALL. 20 bytes for each of 10 keys. - (Key 2) Time stamp for minimum. Format is high-order bytes of time-of-day (TOD) clock.
s241k_vsdbmax_2	BIGINT?	CSA subpool 241 (below 16 megabytes) by key. The key data appears in the following order: 0, 1, 2, 3, 4, 5, 6, 7, 8-F, ALL. 20 bytes for each of 10 keys. - (Key 2) Maximum value for below 16 megabytes.
s241k_vsdbxtme_2	DATETIME?	CSA subpool 241 (below 16 megabytes) by key. The key data appears in the following order: 0, 1, 2, 3, 4, 5, 6, 7, 8-F, ALL. 20 bytes for each of 10 keys. - (Key 2) Time stamp for maximum. Format is high-order bytes of time-of- day (TOD) clock.
s241k_vsdbtotl_2	FLOAT?	CSA subpool 241 (below 16 megabytes) by key. The key data appears in the following order: 0, 1, 2, 3, 4, 5, 6, 7, 8-F, ALL. 20 bytes for each of 10 keys. - (Key 2) Total for all samples below 16 megabytes (used to calculate average). See SMF78SAM to calculate averages for Common Storage data section fields, and R782SAMP to calculate averages for private area data and Private Subpool section fields.
s241k_vsdbmin_3	BIGINT?	CSA subpool 241 (below 16 megabytes) by key. The key data appears in the following order: 0, 1, 2, 3, 4, 5, 6, 7, 8-F, ALL. 20 bytes for each of 10 keys. - (Key 3) Minimum value for below 16 megabytes.
s241k_vsdbntme_3	DATETIME?	CSA subpool 241 (below 16 megabytes) by key. The key data appears in the following order: 0, 1, 2, 3, 4, 5, 6, 7, 8-F, ALL. 20 bytes for each of 10 keys. - (Key 3) Time stamp for minimum. Format is high-order bytes of time-of-day (TOD) clock.
s241k_vsdbmax_3	BIGINT?	CSA subpool 241 (below 16 megabytes) by key. The key data appears in the following order: 0, 1, 2, 3, 4, 5, 6, 7, 8-F, ALL. 20 bytes for each of 10 keys. - (Key 3) Maximum value for below 16 megabytes.
s241k_vsdbxtme_3	DATETIME?	CSA subpool 241 (below 16 megabytes) by key. The key data appears in the following order: 0, 1, 2, 3, 4, 5, 6, 7, 8-F, ALL. 20 bytes for each of 10 keys. - (Key 3) Time stamp for maximum. Format is high-order bytes of time-of- day (TOD) clock.
s241k_vsdbtotl_3	FLOAT?	CSA subpool 241 (below 16 megabytes) by key. The key data appears in the following order: 0, 1, 2, 3, 4, 5, 6, 7, 8-F, ALL. 20 bytes for each of 10 keys. - (Key 3) Total for all samples below 16 megabytes (used to calculate average). See SMF78SAM to calculate averages for Common Storage data section fields, and R782SAMP to calculate averages for private area data and Private Subpool section fields.
s241k_vsdbmin_4	BIGINT?	CSA subpool 241 (below 16 megabytes) by key. The key data appears in the following order: 0, 1, 2, 3, 4, 5, 6, 7, 8-F, ALL. 20 bytes for each of 10 keys. - (Key 4) Minimum value for below 16 megabytes.
s241k_vsdbntme_4	DATETIME?	CSA subpool 241 (below 16 megabytes) by key. The key data appears in the following order: 0, 1, 2, 3, 4, 5, 6, 7, 8-F, ALL. 20 bytes for each of 10 keys. - (Key 4) Time stamp for minimum. Format is high-order bytes of time-of-day (TOD) clock.
s241k_vsdbmax_4	BIGINT?	CSA subpool 241 (below 16 megabytes) by key. The key data appears in the following order: 0, 1, 2, 3, 4, 5, 6, 7, 8-F, ALL. 20 bytes for each of 10 keys. - (Key 4) Maximum value for below 16 megabytes.
s241k_vsdbxtme_4	DATETIME?	CSA subpool 241 (below 16 megabytes) by key. The key data appears in the following order: 0, 1, 2, 3, 4, 5, 6, 7, 8-F, ALL. 20 bytes for each of 10 keys. - (Key 4) Time stamp for maximum. Format is high-order bytes of time-of- day (TOD) clock.
s241k_vsdbtotl_4	FLOAT?	CSA subpool 241 (below 16 megabytes) by key. The key data appears in the following order: 0, 1, 2, 3, 4, 5, 6, 7, 8-F, ALL. 20 bytes for each of 10 keys. - (Key 4) Total for all samples below 16 megabytes (used to calculate average). See SMF78SAM to calculate averages for Common Storage data section fields, and R782SAMP to calculate averages for private area data and Private Subpool section fields.
s241k_vsdbmin_5	BIGINT?	CSA subpool 241 (below 16 megabytes) by key. The key data appears in the following order: 0, 1, 2, 3, 4, 5, 6, 7, 8-F, ALL. 20 bytes for each of 10 keys. - (Key 5) Minimum value for below 16 megabytes.
s241k_vsdbntme_5	DATETIME?	CSA subpool 241 (below 16 megabytes) by key. The key data appears in the following order: 0, 1, 2, 3, 4, 5, 6, 7, 8-F, ALL. 20 bytes for each of 10 keys. - (Key 5) Time stamp for minimum. Format is high-order bytes of time-of-day (TOD) clock.
s241k_vsdbmax_5	BIGINT?	CSA subpool 241 (below 16 megabytes) by key. The key data appears in the following order: 0, 1, 2, 3, 4, 5, 6, 7, 8-F, ALL. 20 bytes for each of 10 keys. - (Key 5) Maximum value for below 16 megabytes.
s241k_vsdbxtme_5	DATETIME?	CSA subpool 241 (below 16 megabytes) by key. The key data appears in the following order: 0, 1, 2, 3, 4, 5, 6, 7, 8-F, ALL. 20 bytes for each of 10 keys. - (Key 5) Time stamp for maximum. Format is high-order bytes of time-of- day (TOD) clock.
s241k_vsdbtotl_5	FLOAT?	CSA subpool 241 (below 16 megabytes) by key. The key data appears in the following order: 0, 1, 2, 3, 4, 5, 6, 7, 8-F, ALL. 20 bytes for each of 10 keys. - (Key 5) Total for all samples below 16 megabytes (used to calculate average). See SMF78SAM to calculate averages for Common Storage data section fields, and R782SAMP to calculate averages for private area data and Private Subpool section fields.
s241k_vsdbmin_6	BIGINT?	CSA subpool 241 (below 16 megabytes) by key. The key data appears in the following order: 0, 1, 2, 3, 4, 5, 6, 7, 8-F, ALL. 20 bytes for each of 10 keys. - (Key 6) Minimum value for below 16 megabytes.
s241k_vsdbntme_6	DATETIME?	CSA subpool 241 (below 16 megabytes) by key. The key data appears in the following order: 0, 1, 2, 3, 4, 5, 6, 7, 8-F, ALL. 20 bytes for each of 10 keys. - (Key 6) Time stamp for minimum. Format is high-order bytes of time-of-day (TOD) clock.
s241k_vsdbmax_6	BIGINT?	CSA subpool 241 (below 16 megabytes) by key. The key data appears in the following order: 0, 1, 2, 3, 4, 5, 6, 7, 8-F, ALL. 20 bytes for each of 10 keys. - (Key 6) Maximum value for below 16 megabytes.
s241k_vsdbxtme_6	DATETIME?	CSA subpool 241 (below 16 megabytes) by key. The key data appears in the following order: 0, 1, 2, 3, 4, 5, 6, 7, 8-F, ALL. 20 bytes for each of 10 keys. - (Key 6) Time stamp for maximum. Format is high-order bytes of time-of- day (TOD) clock.
s241k_vsdbtotl_6	FLOAT?	CSA subpool 241 (below 16 megabytes) by key. The key data appears in the following order: 0, 1, 2, 3, 4, 5, 6, 7, 8-F, ALL. 20 bytes for each of 10 keys. - (Key 6) Total for all samples below 16 megabytes (used to calculate average). See SMF78SAM to calculate averages for Common Storage data section fields, and R782SAMP to calculate averages for private area data and Private Subpool section fields.
s241k_vsdbmin_7	BIGINT?	CSA subpool 241 (below 16 megabytes) by key. The key data appears in the following order: 0, 1, 2, 3, 4, 5, 6, 7, 8-F, ALL. 20 bytes for each of 10 keys. - (Key 7) Minimum value for below 16 megabytes.
s241k_vsdbntme_7	DATETIME?	CSA subpool 241 (below 16 megabytes) by key. The key data appears in the following order: 0, 1, 2, 3, 4, 5, 6, 7, 8-F, ALL. 20 bytes for each of 10 keys. - (Key 7) Time stamp for minimum. Format is high-order bytes of time-of-day (TOD) clock.
s241k_vsdbmax_7	BIGINT?	CSA subpool 241 (below 16 megabytes) by key. The key data appears in the following order: 0, 1, 2, 3, 4, 5, 6, 7, 8-F, ALL. 20 bytes for each of 10 keys. - (Key 7) Maximum value for below 16 megabytes.
s241k_vsdbxtme_7	DATETIME?	CSA subpool 241 (below 16 megabytes) by key. The key data appears in the following order: 0, 1, 2, 3, 4, 5, 6, 7, 8-F, ALL. 20 bytes for each of 10 keys. - (Key 7) Time stamp for maximum. Format is high-order bytes of time-of- day (TOD) clock.
s241k_vsdbtotl_7	FLOAT?	CSA subpool 241 (below 16 megabytes) by key. The key data appears in the following order: 0, 1, 2, 3, 4, 5, 6, 7, 8-F, ALL. 20 bytes for each of 10 keys. - (Key 7) Total for all samples below 16 megabytes (used to calculate average). See SMF78SAM to calculate averages for Common Storage data section fields, and R782SAMP to calculate averages for private area data and Private Subpool section fields.
s241k_vsdbmin_8	BIGINT?	CSA subpool 241 (below 16 megabytes) by key. The key data appears in the following order: 0, 1, 2, 3, 4, 5, 6, 7, 8-F, ALL. 20 bytes for each of 10 keys. - (Key 8) Minimum value for below 16 megabytes.
s241k_vsdbntme_8	DATETIME?	CSA subpool 241 (below 16 megabytes) by key. The key data appears in the following order: 0, 1, 2, 3, 4, 5, 6, 7, 8-F, ALL. 20 bytes for each of 10 keys. - (Key 8) Time stamp for minimum. Format is high-order bytes of time-of-day (TOD) clock.
s241k_vsdbmax_8	BIGINT?	CSA subpool 241 (below 16 megabytes) by key. The key data appears in the following order: 0, 1, 2, 3, 4, 5, 6, 7, 8-F, ALL. 20 bytes for each of 10 keys. - (Key 8) Maximum value for below 16 megabytes.
s241k_vsdbxtme_8	DATETIME?	CSA subpool 241 (below 16 megabytes) by key. The key data appears in the following order: 0, 1, 2, 3, 4, 5, 6, 7, 8-F, ALL. 20 bytes for each of 10 keys. - (Key 8) Time stamp for maximum. Format is high-order bytes of time-of- day (TOD) clock.
s241k_vsdbtotl_8	FLOAT?	CSA subpool 241 (below 16 megabytes) by key. The key data appears in the following order: 0, 1, 2, 3, 4, 5, 6, 7, 8-F, ALL. 20 bytes for each of 10 keys. - (Key 8) Total for all samples below 16 megabytes (used to calculate average). See SMF78SAM to calculate averages for Common Storage data section fields, and R782SAMP to calculate averages for private area data and Private Subpool section fields.
s241k_vsdbmin_all	BIGINT?	CSA subpool 241 (below 16 megabytes) by key. The key data appears in the following order: 0, 1, 2, 3, 4, 5, 6, 7, 8-F, ALL. 20 bytes for each of 10 keys. - (Key all) Minimum value for below 16 megabytes.
s241k_vsdbntme_all	DATETIME?	CSA subpool 241 (below 16 megabytes) by key. The key data appears in the following order: 0, 1, 2, 3, 4, 5, 6, 7, 8-F, ALL. 20 bytes for each of 10 keys. - (Key all) Time stamp for minimum. Format is high-order bytes of time-of-day (TOD) clock.
s241k_vsdbmax_all	BIGINT?	CSA subpool 241 (below 16 megabytes) by key. The key data appears in the following order: 0, 1, 2, 3, 4, 5, 6, 7, 8-F, ALL. 20 bytes for each of 10 keys. - (Key all) Maximum value for below 16 megabytes.
s241k_vsdbxtme_all	DATETIME?	CSA subpool 241 (below 16 megabytes) by key. The key data appears in the following order: 0, 1, 2, 3, 4, 5, 6, 7, 8-F, ALL. 20 bytes for each of 10 keys. - (Key all) Time stamp for maximum. Format is high-order bytes of time-of- day (TOD) clock.
s241k_vsdbtotl_all	FLOAT?	CSA subpool 241 (below 16 megabytes) by key. The key data appears in the following order: 0, 1, 2, 3, 4, 5, 6, 7, 8-F, ALL. 20 bytes for each of 10 keys. - (Key all) Total for all samples below 16 megabytes (used to calculate average). See SMF78SAM to calculate averages for Common Storage data section fields, and R782SAMP to calculate averages for private area data and Private Subpool section fields.
s226_vsdbmin	BIGINT?	System queue area (SQA) subpool 226 (below 16 megabytes). - Minimum value for below 16 megabytes.
s226_vsdbntme	DATETIME?	System queue area (SQA) subpool 226 (below 16 megabytes). - Time stamp for minimum. Format is high-order bytes of time-of-day (TOD) clock.
s226_vsdbmax	BIGINT?	System queue area (SQA) subpool 226 (below 16 megabytes). - Maximum value for below 16 megabytes.
s226_vsdbxtme	DATETIME?	System queue area (SQA) subpool 226 (below 16 megabytes). - Time stamp for maximum. Format is high-order bytes of time-of- day (TOD) clock.
s226_vsdbtotl	FLOAT?	System queue area (SQA) subpool 226 (below 16 megabytes). - Total for all samples below 16 megabytes (used to calculate average). See SMF78SAM to calculate averages for Common Storage data section fields, and R782SAMP to calculate averages for private area data and Private Subpool section fields.
s239_vsdbmin	BIGINT?	System queue area (SQA) subpool 239 (below 16 megabytes). - Minimum value for below 16 megabytes.
s239_vsdbntme	DATETIME?	System queue area (SQA) subpool 239 (below 16 megabytes). - Time stamp for minimum. Format is high-order bytes of time-of-day (TOD) clock.
s239_vsdbmax	BIGINT?	System queue area (SQA) subpool 239 (below 16 megabytes). - Maximum value for below 16 megabytes.
s239_vsdbxtme	DATETIME?	System queue area (SQA) subpool 239 (below 16 megabytes). - Time stamp for maximum. Format is high-order bytes of time-of- day (TOD) clock.
s239_vsdbtotl	FLOAT?	System queue area (SQA) subpool 239 (below 16 megabytes). - Total for all samples below 16 megabytes (used to calculate average). See SMF78SAM to calculate averages for Common Storage data section fields, and R782SAMP to calculate averages for private area data and Private Subpool section fields.
s245_vsdbmin	BIGINT?	System queue area (SQA) subpool 245 (below 16 megabytes). - Minimum value for below 16 megabytes.
s245_vsdbntme	DATETIME?	System queue area (SQA) subpool 245 (below 16 megabytes). - Time stamp for minimum. Format is high-order bytes of time-of-day (TOD) clock.
s245_vsdbmax	BIGINT?	System queue area (SQA) subpool 245 (below 16 megabytes). - Maximum value for below 16 megabytes.
s245_vsdbxtme	DATETIME?	System queue area (SQA) subpool 245 (below 16 megabytes). - Time stamp for maximum. Format is high-order bytes of time-of- day (TOD) clock.
s245_vsdbtotl	FLOAT?	System queue area (SQA) subpool 245 (below 16 megabytes). - Total for all samples below 16 megabytes (used to calculate average). See SMF78SAM to calculate averages for Common Storage data section fields, and R782SAMP to calculate averages for private area data and Private Subpool section fields.
r782ruca	VARCHAR(8)?	RUCSA address below 16 megabytes.
r782rucs	BIGINT?	RUCSA size (in bytes) below 16 megabytes. Zero when RUCSA is not defined.
r782eruca	VARCHAR(8)?	RUCSA address above 16 megabytes. Equal to R782EPA when extended RUCSA (ERUCSA) is not defined.
r782erucs	BIGINT?	RUCSA size (in bytes) above 16 megabytes. Zero when ERUCSA is not defined.
r782rucd	INTEGER?	r782flg (Bit 0) showing restricted use common service area (RUCSA) is defined.

Constraints:

• FOREIGN KEY (smf78_pro.datetime, smf78_pro.smf78ist, smf78_pro.smf78iet, smf78_pro.smf_type, smf78_pro.csc, smf78_pro.smf78sid → datetime, smf78ist, smf78iet, smf_type, csc, smf78sid)

• PRIMARY KEY (csc, smf78sid, datetime, smf78ist, smf78iet)

smf78_iop

smf2db.db_models.smf78_model.Smf78Iop (smf78_iop)

The Smf78Iop class stores the Smf78Iop section in the smf78_iop table.

Columns:

→ csc*	VARCHAR(8)	the identifier or serial number of Central Processor Complexes (CPC).
→ smf78sid*	VARCHAR(4)	System identification (from the SMFPRMxx SID parameter).
→ datetime*	DATETIME	the hour of the record.
→ smf78ist*	DATETIME	Time that the RMF Monitor I measurement interval started, in the form 0 hhmmssF , where hh is the hours, mm is the minutes, ss is the seconds, and F is the sign.
→ smf78iet*	VARCHAR(18)	Interval expiration time token. This token can be used to identify other than RMF records that belong to the same interval (if interval was synchronized with SMF).
r783iqid*	VARCHAR(6)	Input output processor (IOP) initiative queue identifier.
r783iflg	INTEGER?	Input output processor (IOP) Flags Bit Meaning when set 0 Input output processor (IOP) is installed. 1-7
r783iqsm	INTEGER?	Accumulator is incremented by the current queue length in the Input output processor (IOP) whenever a request is enqueued.
r783iqct	INTEGER?	Number of elements enqueued on the Input output processor (IOP) initiative queue.
r783iipb	FLOAT?	Number of times the I/O processor was busy.
r783iipi	FLOAT?	Number of times the I/O processor was idle.
r783iifs	FLOAT?	Number of I/O functions initially started.
r783ipii	FLOAT?	Number of processed I/O interrupts.
r783icpb	FLOAT?	Number of times an I/O was retried due to channel path busy.
r783idpb	FLOAT?	Number of times an I/O was retried due to director port busy.
r783icub	FLOAT?	Number of times an I/O was retried due to control unit busy.
r783idvb	FLOAT?	Number of times an I/O was retried due to device busy.
r783iscb	FLOAT?	Number of times the I/O processor was busy with SCM operations.
r783iecb	FLOAT?	Number of times the I/O processor was busy with compression or decompression.
smf78int	FLOAT?	Duration of the RMF Monitor I measurement interval, in the form mmsstttF where mm is the minutes, ss is the seconds, ttt is the milliseconds, and F is the sign, (The end of the measurement interval is the sum of the recorded start time and this field.)
iop_installed	INTEGER?	r783iflg (Bit 0) showing Input Output Processor (IOP) is installed.
iopac	FLOAT?	I/O processor (IOP) queue activity rate.
iopql	FLOAT?	I/O processor (IOP) initiative queue average queue length.
iopipb	FLOAT?	percent I/O processor busy.
iopecb	FLOAT?	percent I/O processor busy with EADM compression/decompression.
iopscb	FLOAT?	percent I/O processor busy with SCM.
iopipi	FLOAT?	percent I/O processor idle.
iorifs	FLOAT?	rate I/O functions started.
iorpii	FLOAT?	rate processed I/O interrrupts.
iopalb	FLOAT?	percent of I/O retries.
iopchb	FLOAT?	percent of I/O retries due to channel busy.
iopdpb	FLOAT?	percent of I/O retries due to director port busy.
iopcub	FLOAT?	percent of I/O retries due to control unit busy.
iopdvb	FLOAT?	percent of I/O retries due to device busy.
ionalb	FLOAT?	percent of I/O retries per SSCH.
ionchb	FLOAT?	number of I/O retries per SSCH due to channel busy.
iondpb	FLOAT?	number of I/O retries per SSCH due to director port busy.
ioncub	FLOAT?	number of I/O retries per SSCH due to control unit busy.
iondvb	FLOAT?	number of I/O retries per SSCH due to device busy.

Constraints:

• FOREIGN KEY (smf78_ioq.csc, smf78_ioq.smf78sid, smf78_ioq.datetime, smf78_ioq.smf78ist, smf78_ioq.smf78iet → csc, smf78sid, datetime, smf78ist, smf78iet)

• PRIMARY KEY (csc, smf78sid, datetime, smf78ist, smf78iet, r783iqid)

smf78_ioq

smf2db.db_models.smf78_model.Smf78Ioq (smf78_ioq)

The Smf78Ioq class stores the Smf78Ioq section in the smf78_ioq table.

Columns:

→ smf_type	VARCHAR(5)?	the SMF type and subtype.
→ csc*	VARCHAR(8)	the identifier or serial number of Central Processor Complexes (CPC).
→ smf78sid*	VARCHAR(4)	System identification (from the SMFPRMxx SID parameter).
→ datetime*	DATETIME	the hour of the record.
→ smf78ist*	DATETIME	Time that the RMF Monitor I measurement interval started, in the form 0 hhmmssF , where hh is the hours, mm is the minutes, ss is the seconds, and F is the sign.
→ smf78iet*	VARCHAR(18)	Interval expiration time token. This token can be used to identify other than RMF records that belong to the same interval (if interval was synchronized with SMF).
r783gflg	INTEGER?	IOQ global flags Bit Meaning when set 0 Incorrect data because channel measurement facility failed 1 DIAGNOSE interface failed 2 Store Primary Queue Data not supported 3 DCM supported by hardware 4 Configuration contains DCM managed channels 5 IOP utilization data supported 6 Initial command response time measurements supported 7 First-transfer-ready-disabled data available
r783gflx	INTEGER?	IOQ global flags extended Bit Meaning when set 0 Alias management groups available. 1 EADM compression facility available. 2 Storage-class memory measurement facility available. 3 - 7 Reserved.
r783gntr	INTEGER?	Number of descriptor triplets following.
r783tsr	INTEGER?	Total number of small records written during interval.
r783tot	INTEGER?	Total number of data sections recorded during the interval.
r783cfl	FLOAT?	Configuration change flags Bit Meaning when set 0 Configuration changed. Used to decide whether to provide the text ‘POR’ or ‘ACTIVATE’ on reports. Also used to check whether data can be combined in a duration report. 1 Configuration change since power on reset (POR). 2 POR using IOC data set that contains a token. 3 I/O token is valid. 4 Hardware allows multiple channel subsystems. 5-7 Reserved.
r783css	VARCHAR(4)?	Channel Subsystem ID. Only valid if bit 4 of R783CFL is set.
r783tnm	VARCHAR(44)?	IODF name.
r783tsf	VARCHAR(2)?	IODF name suffix.
r783tdt	VARCHAR(8)?	IODF creation date, in the form mm/dd/yy .
r783ttm	VARCHAR(8)?	IODF creation time, in the form hh.mm.ss .
r783tdy	VARCHAR(10)?	IODF creation date, in the form mm/dd/yyyy
data_invalid_ch_failure	INTEGER?	r783gflg (Bit 0) showing incorrect data because channel measurement facility failed.
diagnose_failed	INTEGER?	r783gflg (Bit 1) showing DIAGNOSE interface failed.
store_primary_not_supported	INTEGER?	r783gflg (Bit 2) showing Store Primary Queue Data not supported.
dcm_hw_supported	INTEGER?	r783gflg (Bit 3) showing DCM supported by hardware.
dcm_managed_ch	INTEGER?	r783gflg (Bit 4) showing configuration contains DCM amanged channels.
iop_util_data_supported	INTEGER?	r783gflg (Bit 5) showing IOP utilization data supported.
command_response_time_supported	INTEGER?	r783gflg (Bit 6) showing initial command response time measurements supported.
transfer_ready_disabled_aval	INTEGER?	r783gflg (Bit 7) showing first-transfer-ready-disabled data available.
alias_management_aval	INTEGER?	r783gflx (Bit 0) showing alias management groups available.
eadm_compression_aval	INTEGER?	r783gflx (Bit 1) showing EADM compression facility available.
scm_aval	INTEGER?	r783gflx (Bit 2) showing storage-class memory measurement facility available.
config_changed	INTEGER?	r783cfl (Bit 0) showing configuration changed. Used to decide whether to provide the text ‘POR’ or ‘ACTIVATE’ on reports. Also used to check whether data can be combined in a duration report.
config_changed_since_ipl	INTEGER?	r783cfl (Bit 1) showing configuration change since power on reset (POR).
ipl_iodf	INTEGER?	r783cfl (Bit 2) showing POR using IOC data set that contains a token.
io_config_token_valid	INTEGER?	r783cfl (Bit 3) showing I/O token is valid.
multi_ch_subsys_allowed	INTEGER?	r783cfl (Bit 4) showing hardware allows multiple channel subsystems.
r783iflg	INTEGER?	Input output processor (IOP) Flags Bit Meaning when set 0 Input output processor (IOP) is installed. 1-7
r783iqsm	INTEGER?	Accumulator is incremented by the current queue length in the Input output processor (IOP) whenever a request is enqueued.
r783iqct	INTEGER?	Number of elements enqueued on the Input output processor (IOP) initiative queue.
r783iipb	FLOAT?	Number of times the I/O processor was busy.
r783iipi	FLOAT?	Number of times the I/O processor was idle.
r783iifs	FLOAT?	Number of I/O functions initially started.
r783ipii	FLOAT?	Number of processed I/O interrupts.
r783icpb	FLOAT?	Number of times an I/O was retried due to channel path busy.
r783idpb	FLOAT?	Number of times an I/O was retried due to director port busy.
r783icub	FLOAT?	Number of times an I/O was retried due to control unit busy.
r783idvb	FLOAT?	Number of times an I/O was retried due to device busy.
r783iscb	FLOAT?	Number of times the I/O processor was busy with SCM operations.
r783iecb	FLOAT?	Number of times the I/O processor was busy with compression or decompression.
smf78int	FLOAT?	Duration of the RMF Monitor I measurement interval, in the form mmsstttF where mm is the minutes, ss is the seconds, ttt is the milliseconds, and F is the sign, (The end of the measurement interval is the sum of the recorded start time and this field.)
iop_installed	INTEGER?	r783iflg (Bit 0) showing Input Output Processor (IOP) is installed.
iopac	FLOAT?	I/O processor (IOP) queue activity rate.
iopql	FLOAT?	I/O processor (IOP) initiative queue average queue length.
iopipb	FLOAT?	percent I/O processor busy.
iopecb	FLOAT?	percent I/O processor busy with EADM compression/decompression.
iopscb	FLOAT?	percent I/O processor busy with SCM.
iopipi	FLOAT?	percent I/O processor idle.
iorifs	FLOAT?	rate I/O functions started.
iorpii	FLOAT?	rate processed I/O interrrupts.
iopalb	FLOAT?	percent of I/O retries.
iopchb	FLOAT?	percent of I/O retries due to channel busy.
iopdpb	FLOAT?	percent of I/O retries due to director port busy.
iopcub	FLOAT?	percent of I/O retries due to control unit busy.
iopdvb	FLOAT?	percent of I/O retries due to device busy.
ionalb	FLOAT?	percent of I/O retries per SSCH.
ionchb	FLOAT?	number of I/O retries per SSCH due to channel busy.
iondpb	FLOAT?	number of I/O retries per SSCH due to director port busy.
ioncub	FLOAT?	number of I/O retries per SSCH due to control unit busy.
iondvb	FLOAT?	number of I/O retries per SSCH due to device busy.

Constraints:

• FOREIGN KEY (smf78_pro.datetime, smf78_pro.smf78ist, smf78_pro.smf78iet, smf78_pro.smf_type, smf78_pro.csc, smf78_pro.smf78sid → datetime, smf78ist, smf78iet, smf_type, csc, smf78sid)

• PRIMARY KEY (csc, smf78sid, datetime, smf78ist, smf78iet)

smf78_lcu

smf2db.db_models.smf78_model.Smf78Lcu (smf78_lcu)

The Smf78Lcu class stores the Smf78Lcu section in the smf78_lcu table.

Columns:

r783amgs	VARCHAR(8)?	The alias management group number assigned by z/OS for this LCU on this system. This number is valid, if the LCU is assigned to a DASD subsystem that supports alias management groups and bit 7 of R783DST is set.
r783cun	INTEGER?	Number of control units attached.
r783cu1	VARCHAR(6)?	First control unit attached.
r783cu2	VARCHAR(6)?	Second control unit attached.
r783cu3	VARCHAR(6)?	Third control unit attached.
r783cu4	VARCHAR(6)?	Fourth control unit attached.
ioart	FLOAT?	channel path taken rate.
iocub	FLOAT?	percentage of requests caused by control unit busy.
iodpb	FLOAT?	percentage of requests caused by director port busy.
iocbt	FLOAT?	average control unit busy delay time.
iocmr	FLOAT?	average initial command reponse time.
ioxsareq	FLOAT?	ratio of successful alias requests.
ioxuahrq	FLOAT?	ratio of unsuccessful alias requests in home LCU.
ioxabc	FLOAT?	rate of aliases borrowed from peer LCUs.
ioxhcba	INTEGER?	high watermark of concurrently borrowed aliases.
ioxalc	FLOAT?	rate of aliass laned to a peer LCU.
ioxhcla	INTEGER?	high watermark of concurrently loaned aliases to a peer LCU.
ioxcqd	FLOAT?	average queue length when an alias was needed.
ioxiuac	FLOAT?	average number of in-use aliases when an alias was needed.
→ csc*	VARCHAR(8)	the identifier or serial number of Central Processor Complexes (CPC).
→ smf78sid*	VARCHAR(4)	System identification (from the SMFPRMxx SID parameter).
→ datetime*	DATETIME	the hour of the record.
→ smf78ist*	DATETIME	Time that the RMF Monitor I measurement interval started, in the form 0 hhmmssF , where hh is the hours, mm is the minutes, ss is the seconds, and F is the sign.
→ smf78iet*	VARCHAR(18)	Interval expiration time token. This token can be used to identify other than RMF records that belong to the same interval (if interval was synchronized with SMF).
r783id2*	VARCHAR(6)	Logical control unit identifier.
r783dst	INTEGER?	Data Status Bit Meaning when set 0 No hardware measurements available 1 Dynamically changed 2 Dynamically added 3 Configuration change attempted 4 LCU contains DCM managed channels 5 Path attributes are valid. 6 LCU has HyperPAV devices. 7 LCU has SuperPAV devices.
r783dstx	INTEGER?	Data status extension. Bit Meaning when set 0 LCU contains at least one FICON channel. 1 Connect time of at least one device is invalid. 2 Disconnect time of at least one device is invalid. 3-7 Reserved.
r783qsm	INTEGER?	Sum of total length of the CU-HDR queue.
r783qct	INTEGER?	Number of entries on the CU-HDR queue.
r783mcmn	INTEGER?	Minimum number of DCM managed channels used.
r783mcmx	INTEGER?	Maximum number of DCM managed channels used.
r783mcdf	INTEGER?	Defined number of DCM managed channels.
r783ptm	INTEGER?	Accumulated path taken count for DCM managed channels.
r783dpbm	INTEGER?	Accumulated director port busy count for DCM managed channels.
r783cubm	INTEGER?	Accumulated control unit busy count for DCM managed channels.
r783cbtm	FLOAT?	Accumulated delay time for DCM-managed channels because of a busy control unit.
r783cmrm	FLOAT?	Accumulated initial command response time for DCM- managed channels.
r783sbsm	INTEGER?	Switch busy count summation for DCM-managed channels.
r783dctm	FLOAT?	Accumulated device connect time in units of 128 microseconds.
r783ddtm	FLOAT?	Accumulated device disconnect time in units of 128 microseconds.
r783csst	FLOAT?	Channel subsystem wait time in units of 128 microseconds.
r783tmwm	INTEGER?	Accumulated transport mode write count for DCM managed channels.
r783trdm	INTEGER?	Accumulated first-transfer-ready-disabled write count for DCM managed channels.
smf78int	FLOAT?	Duration of the RMF Monitor I measurement interval, in the form mmsstttF where mm is the minutes, ss is the seconds, ttt is the milliseconds, and F is the sign, (The end of the measurement interval is the sum of the recorded start time and this field.)
ioctr	FLOAT?	contention rate.
iodlq	FLOAT?	average queue length of delayed I/O requests.
iocss	FLOAT?	average channel subsystem delay time.
iohwait	FLOAT?	HyperPAV wait ratio.
iohmax	FLOAT?	maximum number of in-use HyperPAV aliases.
iohdmax	FLOAT?	maximum number of in-use HyperPAV aliaes for one device.
iohioqc	FLOAT?	the high watermark of queued I/O requests.
no_hw_measurement	INTEGER?	r783dst (Bit 0) showing no hardware measurements available.
dynamically_changed	INTEGER?	r783dst (Bit 1) showing dynamically changed.
dynamically_added	INTEGER?	r783dst (Bit 2) showing dynamically added.
config_change_attempt	INTEGER?	r783dst (Bit 3) showing configuration change attempted.
lcu_has_dcm_ch	INTEGER?	r783dst (Bit 4) showing LCU contains DCM managed channels.
path_attr_valid	INTEGER?	r783dst (Bit 5) showing path attributes are valid.
lcu_has_hyperpav	INTEGER?	r783dst (Bit 6) showing LCU has HyperPAV devices.
lcu_has_superpav	INTEGER?	r783dst (Bit 7) showing LCU has SuperPAV devices.
lcu_has_ficon	INTEGER?	r783dstx (Bit 0) showing LCU contains at least one FICON channel.
connect_time_invalid	INTEGER?	r783dstx (Bit 1) showing connect time of at least one device is invalid.
disconnect_time_invalid	INTEGER?	r783dstx (Bit 2) showing disconnect time of at least one device is invalid.
r783hcu	VARCHAR(6)?	HyperPAV control unit identifier.
r783hnai	FLOAT?	The number of times an I/O could not start because no HyperPAV- aliases were available.
r783htio	FLOAT?	The total number of HyperPAV I/O requests for the LSS.
r783haiu	INTEGER?	The high water mark of the number of in-use HyperPAV-alias devices for the LSS (does not include borrowed alias devices).
r783hcad	INTEGER?	The high water mark of the number of aliases concurrently in use by one of the HyperPAV-base devices of the LSS (including loaned alias devices).
r783hioq	INTEGER?	The high water mark of queued I/O requests.
r783xanc	FLOAT?	The number of times an alias was needed to start an I/O.
r783xauc	FLOAT?	The number of times an alias was needed to start an I/O and one was used.
r783xnhc	FLOAT?	The number of times an alias was needed to start an I/O, but none was available in the home LCU. Valid only if bit 7 of R783DST is set.
r783xabc	FLOAT?	The number of times an alias was borrowed from a peer LCU. Valid only if bit 7 of R783DST is set.
r783xcbc	INTEGER?	The number of aliases concurrently borrowed from peer LCUs. Valid only if bit 7 of R783DST is set.
r783xhbc	INTEGER?	The high water mark of concurrently borrowed aliases from peer LCUs. Valid only if bit 7 of R783DST is set.
r783xalc	FLOAT?	The number of times an alias was loaned to a peer LCU. Valid only if bit 7 of R783DST is set.
r783xclc	INTEGER?	The number of aliases concurrently loaned to peer LCUs. Valid only if bit 7 of R783DST is set.
r783xhlc	INTEGER?	The high water mark of concurrently loaned aliases to peer LCUs. Valid only if bit 7 of R783DST is set.
r783xnag	FLOAT?	The number of attempts that were made to borrow an alias from peer LCUs, but none were available. Valid only if bit 7 of R783DST is set.
r783xcqd	FLOAT?	The cumulative number of I/Os queued at the subsystem level when aliases were needed.
r783xciu	FLOAT?	The cumulative number of aliases defined to this subsystem that were in use when aliases were needed.

Constraints:

• FOREIGN KEY (smf78_ioq.csc, smf78_ioq.smf78sid, smf78_ioq.datetime, smf78_ioq.smf78ist, smf78_ioq.smf78iet → csc, smf78sid, datetime, smf78ist, smf78iet)

• PRIMARY KEY (csc, smf78sid, datetime, smf78ist, smf78iet, r783id2)

smf78_pro

smf2db.db_models.smf78_model.Smf78Pro (smf78_pro)

The Smf78Pro class stores the Smf78Pro section in the smf78_pro table.

Columns:

smf78ist*	DATETIME	Time that the RMF Monitor I measurement interval started, in the form 0 hhmmssF , where hh is the hours, mm is the minutes, ss is the seconds, and F is the sign.
smf78iet*	VARCHAR(18)	Interval expiration time token. This token can be used to identify other than RMF records that belong to the same interval (if interval was synchronized with SMF).
speed_boost	INTEGER?	smf78fla (Bit 10) indcating speed boost was active during entire interval.
ziip_boost	INTEGER?	smf78fla (Bit 9) indciating zIIP boost was active during entire interval.
datetime*	DATETIME	the hour of the record.
smf_type*	VARCHAR(5)	the SMF type and subtype.
csc*	VARCHAR(8)	the identifier or serial number of Central Processor Complexes (CPC).
smf78sid*	VARCHAR(4)	System identification (from the SMFPRMxx SID parameter).
smf78mfv	INTEGER?	RMF version number.
smf78prd	VARCHAR(8)?	Product name (‘RMF’).
smf78int	FLOAT?	Duration of the RMF Monitor I measurement interval, in the form mmsstttF where mm is the minutes, ss is the seconds, ttt is the milliseconds, and F is the sign, (The end of the measurement interval is the sum of the recorded start time and this field.)
smf78sam	INTEGER?	Number of RMF samples.
smf78fla	INTEGER?	Flags Bit Meaning when set 0 Reserved 1 Samples have been skipped 2 Record was written by RMF Monitor III 3 Interval was synchronized with SMF 4 SMF record converted to lower service level. 5 SMF record converted to higher release or service level. 6 Running under an alternate virtual machine. 7 - 15
smf78cyc	INTEGER?	Sampling cycle length, in the form 000 ttttF , where tttt is the milliseconds and F is the sign (taken from CYCLE option). The range
smf78mvs	VARCHAR(8)?	z/OS software level (consists of an acronym and the version, release, and modification level - ZV vvrrmm ).
smf78iml	INTEGER?	Indicates the type of processor complex on which data measurements were taken. Value Meaning 3 9672, zSeries
smf78prf	INTEGER?	Processor flags. Bit Meaning when set 0 The system has expanded storage 1 The processor is enabled for ES connection architecture (ESCA) 2 There is an ES connection director in the configuration 3 System is running in z/Architecture mode 4 At least one zAAP is currently installed 5 At least one zIIP is currently installed 6 Enhanced DAT facility 1 available 7 Enhanced DAT facility 2 available
smf78ptn	INTEGER?	PR/SM partition number of the partition that wrote this record.
smf78srl	INTEGER?	SMF record level change number (X’8E’ for z/OS V2R4 RMF with RMF Data Gatherer APAR OA59330). This field enables processing of SMF record level changes in an existing release.
smf78lgo	FLOAT?	Offset GMT to local time (STCK format).
smf78oil	INTEGER?	Original interval length as defined in the session or by SMF (in seconds).
smf78syn	INTEGER?	SYNC value in seconds.
smf78gie	DATETIME?	Projected gathering interval end (STCK format) GMT time.
smf78xnm	VARCHAR(8)?	Sysplex name as defined in parmlib member COUPLExx.
smf78snm	VARCHAR(8)?	System name for current system as defined in parmlib member IEASYSxx SYSNAME parameter.
smf78flg	INTEGER?	System indicator Bit Meaning when set 0 New record format 1 Subtypes used 2 Reserved. 3-6 Version indicators* 7 System is running in PR/SM mode.

Constraints:

• PRIMARY KEY (datetime, smf78ist, smf78iet, smf_type, csc, smf78sid)

smf78_pvsp

smf2db.db_models.smf78_model.Smf78Pvsp (smf78_pvsp)

The Smf78Pvsp class stores the Smf78Pvsp section in the smf78_pvsp table.

Columns:

r782spn*	INTEGER	Subpool number. Each Private Area data section occurs one after the other. All Private Area Subpool sections follow all Private Area data sections. To relate a subpool to a job, see the R782SUBN fields in the Private Area data section.
→ csc*	VARCHAR(8)	the identifier or serial number of Central Processor Complexes (CPC).
→ smf78sid*	VARCHAR(4)	System identification (from the SMFPRMxx SID parameter).
→ datetime*	DATETIME	the hour of the record.
→ smf78ist*	DATETIME	Time that the RMF Monitor I measurement interval started, in the form 0 hhmmssF , where hh is the hours, mm is the minutes, ss is the seconds, and F is the sign.
→ smf78iet*	VARCHAR(18)	Interval expiration time token. This token can be used to identify other than RMF records that belong to the same interval (if interval was synchronized with SMF).
→ r782jobn*	VARCHAR(8)	Name of job being monitored.
spd_vsdbmin	BIGINT?	Subpool data. - Minimum value for below 16 megabytes.
spd_vsdbntme	DATETIME?	Subpool data. - Time stamp for minimum. Format is high-order bytes of time-of-day (TOD) clock.
spd_vsdbmax	BIGINT?	Subpool data. - Maximum value for below 16 megabytes.
spd_vsdbxtme	DATETIME?	Subpool data. - Time stamp for maximum. Format is high-order bytes of time-of- day (TOD) clock.
spd_vsdbtotl	FLOAT?	Subpool data. - Total for all samples below 16 megabytes (used to calculate average). See SMF78SAM to calculate averages for Common Storage data section fields, and R782SAMP to calculate averages for private area data and Private Subpool section fields.

Constraints:

• FOREIGN KEY (smf78_pvt.csc, smf78_pvt.smf78sid, smf78_pvt.datetime, smf78_pvt.smf78ist, smf78_pvt.smf78iet, smf78_pvt.r782jobn → csc, smf78sid, datetime, smf78ist, smf78iet, r782jobn)

• PRIMARY KEY (csc, smf78sid, datetime, smf78ist, smf78iet, r782jobn, r782spn)

smf78_pvt

smf2db.db_models.smf78_model.Smf78Pvt (smf78_pvt)

The Smf78Pvt class stores the Smf78Pvt section in the smf78_pvt table.

Columns:

r782jobn*	VARCHAR(8)	Name of job being monitored.
r782subi	INTEGER?	Index of first subpool entry in the Private Area Subpool section for this job. This field provides the first array element for this job’s Private Area Subpool sections.
r782subn	INTEGER?	Index of last subpool entry for this job. This field provides the last array element for this job’s private area subpools.
→ smf_type	VARCHAR(5)?	the SMF type and subtype.
→ csc*	VARCHAR(8)	the identifier or serial number of Central Processor Complexes (CPC).
→ smf78sid*	VARCHAR(4)	System identification (from the SMFPRMxx SID parameter).
→ datetime*	DATETIME	the hour of the record.
→ smf78ist*	DATETIME	Time that the RMF Monitor I measurement interval started, in the form 0 hhmmssF , where hh is the hours, mm is the minutes, ss is the seconds, and F is the sign.
→ smf78iet*	VARCHAR(18)	Interval expiration time token. This token can be used to identify other than RMF records that belong to the same interval (if interval was synchronized with SMF).
r782rdtm	DATETIME?	Reader start time.
r782step	VARCHAR(8)?	Name of step active when monitoring began.
r782pgmn	VARCHAR(8)?	Program name (taken from PGM= parameter on EXEC card) of job being monitored.
r782flgs	INTEGER?	Bit Meaning when set 0 Job active at start of interval. 1 Job terminated during interval. 2 GETMAIN limit changed during interval. 3 Data incorrect because RMF terminated abnormally while sampling. 4 Shared values above 2G available (z/OS V1R5 or later).
r782samp	BIGINT?	Number of samples. This field is used to calculate the averages in the private area data and Private Area Subpool sections.
r782regr	BIGINT?	Region requested by JCL (in bytes).
r782rgab	BIGINT?	Region below 16 megabytes assigned by exits (in bytes).
r782rgaa	BIGINT?	Region above 16 megabytes assigned by exits (in bytes).
r782gmlb	BIGINT?	GETMAIN limit below 16 megabytes (in bytes).
r782gmla	BIGINT?	GETMAIN limit above 16 megabytes (in bytes).
r782urab	VARCHAR(8)?	User region address below 16 megabytes.
r782uraa	VARCHAR(8)?	User region address above 16 megabytes.
lsfp_vsdbmin	BIGINT?	LSQA/SWA/229/230/249 free pages both above and below 16 megabytes. - Minimum value for below 16 megabytes.
lsfp_vsdbntme	DATETIME?	LSQA/SWA/229/230/249 free pages both above and below 16 megabytes. - Time stamp for minimum. Format is high-order bytes of time-of-day (TOD) clock.
lsfp_vsdbmax	BIGINT?	LSQA/SWA/229/230/249 free pages both above and below 16 megabytes. - Maximum value for below 16 megabytes.
lsfp_vsdbxtme	DATETIME?	LSQA/SWA/229/230/249 free pages both above and below 16 megabytes. - Time stamp for maximum. Format is high-order bytes of time-of- day (TOD) clock.
lsfp_vsdbtotl	FLOAT?	LSQA/SWA/229/230/249 free pages both above and below 16 megabytes. - Total for all samples below 16 megabytes (used to calculate average). See SMF78SAM to calculate averages for Common Storage data section fields, and R782SAMP to calculate averages for private area data and Private Subpool section fields.
lsfp_vsdamin	BIGINT?	LSQA/SWA/229/230/249 free pages both above and below 16 megabytes. - Minimum value for above 16 megabytes.
lsfp_vsdantme	DATETIME?	LSQA/SWA/229/230/249 free pages both above and below 16 megabytes. - Time stamp for minimum. Format is high-order bytes of time-of- day (TOD) clock.
lsfp_vsdamax	BIGINT?	LSQA/SWA/229/230/249 free pages both above and below 16 megabytes. - Maximum value for above 16 megabytes.
lsfp_vsdaxtme	DATETIME?	LSQA/SWA/229/230/249 free pages both above and below 16 megabytes. - Time stamp for maximum. Format is high-order bytes of time-of- day (TOD) clock.
lsfp_vsdatotl	FLOAT?	LSQA/SWA/229/230/249 free pages both above and below 16 megabytes. - Total for all samples above 16 megabytes (used to calculate average).
lsfb_vsdbmin	BIGINT?	LSQA/SWA/229/230/249 largest free block both above and below 16 megabytes. - Minimum value for below 16 megabytes.
lsfb_vsdbntme	DATETIME?	LSQA/SWA/229/230/249 largest free block both above and below 16 megabytes. - Time stamp for minimum. Format is high-order bytes of time-of-day (TOD) clock.
lsfb_vsdbmax	BIGINT?	LSQA/SWA/229/230/249 largest free block both above and below 16 megabytes. - Maximum value for below 16 megabytes.
lsfb_vsdbxtme	DATETIME?	LSQA/SWA/229/230/249 largest free block both above and below 16 megabytes. - Time stamp for maximum. Format is high-order bytes of time-of- day (TOD) clock.
lsfb_vsdbtotl	FLOAT?	LSQA/SWA/229/230/249 largest free block both above and below 16 megabytes. - Total for all samples below 16 megabytes (used to calculate average). See SMF78SAM to calculate averages for Common Storage data section fields, and R782SAMP to calculate averages for private area data and Private Subpool section fields.
lsfb_vsdamin	BIGINT?	LSQA/SWA/229/230/249 largest free block both above and below 16 megabytes. - Minimum value for above 16 megabytes.
lsfb_vsdantme	DATETIME?	LSQA/SWA/229/230/249 largest free block both above and below 16 megabytes. - Time stamp for minimum. Format is high-order bytes of time-of- day (TOD) clock.
lsfb_vsdamax	BIGINT?	LSQA/SWA/229/230/249 largest free block both above and below 16 megabytes. - Maximum value for above 16 megabytes.
lsfb_vsdaxtme	DATETIME?	LSQA/SWA/229/230/249 largest free block both above and below 16 megabytes. - Time stamp for maximum. Format is high-order bytes of time-of- day (TOD) clock.
lsfb_vsdatotl	FLOAT?	LSQA/SWA/229/230/249 largest free block both above and below 16 megabytes. - Total for all samples above 16 megabytes (used to calculate average).
lsal_vsdbmin	BIGINT?	LSQA/SWA/229/230/249 allocated area size (in bytes) both above and below 16 megabytes. - Minimum value for below 16 megabytes.
lsal_vsdbntme	DATETIME?	LSQA/SWA/229/230/249 allocated area size (in bytes) both above and below 16 megabytes. - Time stamp for minimum. Format is high-order bytes of time-of-day (TOD) clock.
lsal_vsdbmax	BIGINT?	LSQA/SWA/229/230/249 allocated area size (in bytes) both above and below 16 megabytes. - Maximum value for below 16 megabytes.
lsal_vsdbxtme	DATETIME?	LSQA/SWA/229/230/249 allocated area size (in bytes) both above and below 16 megabytes. - Time stamp for maximum. Format is high-order bytes of time-of- day (TOD) clock.
lsal_vsdbtotl	FLOAT?	LSQA/SWA/229/230/249 allocated area size (in bytes) both above and below 16 megabytes. - Total for all samples below 16 megabytes (used to calculate average). See SMF78SAM to calculate averages for Common Storage data section fields, and R782SAMP to calculate averages for private area data and Private Subpool section fields.
lsal_vsdamin	BIGINT?	LSQA/SWA/229/230/249 allocated area size (in bytes) both above and below 16 megabytes. - Minimum value for above 16 megabytes.
lsal_vsdantme	DATETIME?	LSQA/SWA/229/230/249 allocated area size (in bytes) both above and below 16 megabytes. - Time stamp for minimum. Format is high-order bytes of time-of- day (TOD) clock.
lsal_vsdamax	BIGINT?	LSQA/SWA/229/230/249 allocated area size (in bytes) both above and below 16 megabytes. - Maximum value for above 16 megabytes.
lsal_vsdaxtme	DATETIME?	LSQA/SWA/229/230/249 allocated area size (in bytes) both above and below 16 megabytes. - Time stamp for maximum. Format is high-order bytes of time-of- day (TOD) clock.
lsal_vsdatotl	FLOAT?	LSQA/SWA/229/230/249 allocated area size (in bytes) both above and below 16 megabytes. - Total for all samples above 16 megabytes (used to calculate average).
lspa_vsdbmin	BIGINT?	LSQA/SWA/229/230/249 allocated pages both above and below 16 megabytes. - Minimum value for below 16 megabytes.
lspa_vsdbntme	DATETIME?	LSQA/SWA/229/230/249 allocated pages both above and below 16 megabytes. - Time stamp for minimum. Format is high-order bytes of time-of-day (TOD) clock.
lspa_vsdbmax	BIGINT?	LSQA/SWA/229/230/249 allocated pages both above and below 16 megabytes. - Maximum value for below 16 megabytes.
lspa_vsdbxtme	DATETIME?	LSQA/SWA/229/230/249 allocated pages both above and below 16 megabytes. - Time stamp for maximum. Format is high-order bytes of time-of- day (TOD) clock.
lspa_vsdbtotl	FLOAT?	LSQA/SWA/229/230/249 allocated pages both above and below 16 megabytes. - Total for all samples below 16 megabytes (used to calculate average). See SMF78SAM to calculate averages for Common Storage data section fields, and R782SAMP to calculate averages for private area data and Private Subpool section fields.
lspa_vsdamin	BIGINT?	LSQA/SWA/229/230/249 allocated pages both above and below 16 megabytes. - Minimum value for above 16 megabytes.
lspa_vsdantme	DATETIME?	LSQA/SWA/229/230/249 allocated pages both above and below 16 megabytes. - Time stamp for minimum. Format is high-order bytes of time-of- day (TOD) clock.
lspa_vsdamax	BIGINT?	LSQA/SWA/229/230/249 allocated pages both above and below 16 megabytes. - Maximum value for above 16 megabytes.
lspa_vsdaxtme	DATETIME?	LSQA/SWA/229/230/249 allocated pages both above and below 16 megabytes. - Time stamp for maximum. Format is high-order bytes of time-of- day (TOD) clock.
lspa_vsdatotl	FLOAT?	LSQA/SWA/229/230/249 allocated pages both above and below 16 megabytes. - Total for all samples above 16 megabytes (used to calculate average).
usfp_vsdbmin	BIGINT?	User region free pages both above and below 16 megabytes. - Minimum value for below 16 megabytes.
usfp_vsdbntme	DATETIME?	User region free pages both above and below 16 megabytes. - Time stamp for minimum. Format is high-order bytes of time-of-day (TOD) clock.
usfp_vsdbmax	BIGINT?	User region free pages both above and below 16 megabytes. - Maximum value for below 16 megabytes.
usfp_vsdbxtme	DATETIME?	User region free pages both above and below 16 megabytes. - Time stamp for maximum. Format is high-order bytes of time-of- day (TOD) clock.
usfp_vsdbtotl	FLOAT?	User region free pages both above and below 16 megabytes. - Total for all samples below 16 megabytes (used to calculate average). See SMF78SAM to calculate averages for Common Storage data section fields, and R782SAMP to calculate averages for private area data and Private Subpool section fields.
usfp_vsdamin	BIGINT?	User region free pages both above and below 16 megabytes. - Minimum value for above 16 megabytes.
usfp_vsdantme	DATETIME?	User region free pages both above and below 16 megabytes. - Time stamp for minimum. Format is high-order bytes of time-of- day (TOD) clock.
usfp_vsdamax	BIGINT?	User region free pages both above and below 16 megabytes. - Maximum value for above 16 megabytes.
usfp_vsdaxtme	DATETIME?	User region free pages both above and below 16 megabytes. - Time stamp for maximum. Format is high-order bytes of time-of- day (TOD) clock.
usfp_vsdatotl	FLOAT?	User region free pages both above and below 16 megabytes. - Total for all samples above 16 megabytes (used to calculate average).
usfb_vsdbmin	BIGINT?	User region largest free block both above and below 16 megabytes. - Minimum value for below 16 megabytes.
usfb_vsdbntme	DATETIME?	User region largest free block both above and below 16 megabytes. - Time stamp for minimum. Format is high-order bytes of time-of-day (TOD) clock.
usfb_vsdbmax	BIGINT?	User region largest free block both above and below 16 megabytes. - Maximum value for below 16 megabytes.
usfb_vsdbxtme	DATETIME?	User region largest free block both above and below 16 megabytes. - Time stamp for maximum. Format is high-order bytes of time-of- day (TOD) clock.
usfb_vsdbtotl	FLOAT?	User region largest free block both above and below 16 megabytes. - Total for all samples below 16 megabytes (used to calculate average). See SMF78SAM to calculate averages for Common Storage data section fields, and R782SAMP to calculate averages for private area data and Private Subpool section fields.
usfb_vsdamin	BIGINT?	User region largest free block both above and below 16 megabytes. - Minimum value for above 16 megabytes.
usfb_vsdantme	DATETIME?	User region largest free block both above and below 16 megabytes. - Time stamp for minimum. Format is high-order bytes of time-of- day (TOD) clock.
usfb_vsdamax	BIGINT?	User region largest free block both above and below 16 megabytes. - Maximum value for above 16 megabytes.
usfb_vsdaxtme	DATETIME?	User region largest free block both above and below 16 megabytes. - Time stamp for maximum. Format is high-order bytes of time-of- day (TOD) clock.
usfb_vsdatotl	FLOAT?	User region largest free block both above and below 16 megabytes. - Total for all samples above 16 megabytes (used to calculate average).
usal_vsdbmin	BIGINT?	User region allocated area size (in bytes) above 16 megabytes. - Minimum value for below 16 megabytes.
usal_vsdbntme	DATETIME?	User region allocated area size (in bytes) above 16 megabytes. - Time stamp for minimum. Format is high-order bytes of time-of-day (TOD) clock.
usal_vsdbmax	BIGINT?	User region allocated area size (in bytes) above 16 megabytes. - Maximum value for below 16 megabytes.
usal_vsdbxtme	DATETIME?	User region allocated area size (in bytes) above 16 megabytes. - Time stamp for maximum. Format is high-order bytes of time-of- day (TOD) clock.
usal_vsdbtotl	FLOAT?	User region allocated area size (in bytes) above 16 megabytes. - Total for all samples below 16 megabytes (used to calculate average). See SMF78SAM to calculate averages for Common Storage data section fields, and R782SAMP to calculate averages for private area data and Private Subpool section fields.
usal_vsdamin	BIGINT?	User region allocated area size (in bytes) above 16 megabytes. - Minimum value for above 16 megabytes.
usal_vsdantme	DATETIME?	User region allocated area size (in bytes) above 16 megabytes. - Time stamp for minimum. Format is high-order bytes of time-of- day (TOD) clock.
usal_vsdamax	BIGINT?	User region allocated area size (in bytes) above 16 megabytes. - Maximum value for above 16 megabytes.
usal_vsdaxtme	DATETIME?	User region allocated area size (in bytes) above 16 megabytes. - Time stamp for maximum. Format is high-order bytes of time-of- day (TOD) clock.
usal_vsdatotl	FLOAT?	User region allocated area size (in bytes) above 16 megabytes. - Total for all samples above 16 megabytes (used to calculate average).
uspa_vsdbmin	BIGINT?	User region pages allocated both below and above 16 megabytes. - Minimum value for below 16 megabytes.
uspa_vsdbntme	DATETIME?	User region pages allocated both below and above 16 megabytes. - Time stamp for minimum. Format is high-order bytes of time-of-day (TOD) clock.
uspa_vsdbmax	BIGINT?	User region pages allocated both below and above 16 megabytes. - Maximum value for below 16 megabytes.
uspa_vsdbxtme	DATETIME?	User region pages allocated both below and above 16 megabytes. - Time stamp for maximum. Format is high-order bytes of time-of- day (TOD) clock.
uspa_vsdbtotl	FLOAT?	User region pages allocated both below and above 16 megabytes. - Total for all samples below 16 megabytes (used to calculate average). See SMF78SAM to calculate averages for Common Storage data section fields, and R782SAMP to calculate averages for private area data and Private Subpool section fields.
uspa_vsdamin	BIGINT?	User region pages allocated both below and above 16 megabytes. - Minimum value for above 16 megabytes.
uspa_vsdantme	DATETIME?	User region pages allocated both below and above 16 megabytes. - Time stamp for minimum. Format is high-order bytes of time-of- day (TOD) clock.
uspa_vsdamax	BIGINT?	User region pages allocated both below and above 16 megabytes. - Maximum value for above 16 megabytes.
uspa_vsdaxtme	DATETIME?	User region pages allocated both below and above 16 megabytes. - Time stamp for maximum. Format is high-order bytes of time-of- day (TOD) clock.
uspa_vsdatotl	FLOAT?	User region pages allocated both below and above 16 megabytes. - Total for all samples above 16 megabytes (used to calculate average).
toby_vsdgmin	DOUBLE?	Number of bytes allocated in storage above the 2-GB-line. - Minimum number of bytes allocated above 2GB.
toby_vsdgntme	DATETIME?	Number of bytes allocated in storage above the 2-GB-line. - Time stamp for minimum value.
toby_vsdgmax	DOUBLE?	Number of bytes allocated in storage above the 2-GB-line. - Maximum number of bytes allocated above 2GB.
toby_vsdgxtme	DATETIME?	Number of bytes allocated in storage above the 2-GB-line. - Time stamp for maximum value.
toby_vsdgtotl	DOUBLE?	Number of bytes allocated in storage above the 2-GB-line. - Total for all samples above 2GB (used to calculate the average).
toby_vsdghwm	DOUBLE?	Number of bytes allocated in storage above the 2-GB-line. - Peak number of bytes allocated in storage above 2GB.
shby_vsdgmin	DOUBLE?	Number of bytes allocated in shared memory objects. - Minimum number of bytes allocated above 2GB.
shby_vsdgntme	DATETIME?	Number of bytes allocated in shared memory objects. - Time stamp for minimum value.
shby_vsdgmax	DOUBLE?	Number of bytes allocated in shared memory objects. - Maximum number of bytes allocated above 2GB.
shby_vsdgxtme	DATETIME?	Number of bytes allocated in shared memory objects. - Time stamp for maximum value.
shby_vsdgtotl	DOUBLE?	Number of bytes allocated in shared memory objects. - Total for all samples above 2GB (used to calculate the average).
shby_vsdghwm	DOUBLE?	Number of bytes allocated in shared memory objects. - Peak number of bytes allocated in storage above 2GB.
coby_vsdgmin	DOUBLE?	Number of high virtual common bytes allocated. - Minimum number of bytes allocated above 2GB.
coby_vsdgntme	DATETIME?	Number of high virtual common bytes allocated. - Time stamp for minimum value.
coby_vsdgmax	DOUBLE?	Number of high virtual common bytes allocated. - Maximum number of bytes allocated above 2GB.
coby_vsdgxtme	DATETIME?	Number of high virtual common bytes allocated. - Time stamp for maximum value.
coby_vsdgtotl	DOUBLE?	Number of high virtual common bytes allocated. - Total for all samples above 2GB (used to calculate the average).
coby_vsdghwm	DOUBLE?	Number of high virtual common bytes allocated. - Peak number of bytes allocated in storage above 2GB.
tomo_vsdcmin	DOUBLE?	Total number of memory objects allocated in high virtual storage. - Minimum number high virtual memory objects / frames
tomo_vsdcntme	DATETIME?	Total number of memory objects allocated in high virtual storage. - Time stamp for minimum value.
tomo_vsdcmax	DOUBLE?	Total number of memory objects allocated in high virtual storage. - Maximum number of high virtual memory objects / frames
tomo_vsdcxtme	DATETIME?	Total number of memory objects allocated in high virtual storage. - Time stamp for maximum value.
tomo_vsdctotl	DOUBLE?	Total number of memory objects allocated in high virtual storage. - Total for all samples (used to calculate the average).
shmo_vsdcmin	DOUBLE?	Number of memory objects allocated in high virtual shared storage. - Minimum number high virtual memory objects / frames
shmo_vsdcntme	DATETIME?	Number of memory objects allocated in high virtual shared storage. - Time stamp for minimum value.
shmo_vsdcmax	DOUBLE?	Number of memory objects allocated in high virtual shared storage. - Maximum number of high virtual memory objects / frames
shmo_vsdcxtme	DATETIME?	Number of memory objects allocated in high virtual shared storage. - Time stamp for maximum value.
shmo_vsdctotl	DOUBLE?	Number of memory objects allocated in high virtual shared storage. - Total for all samples (used to calculate the average).
como_vsdcmin	DOUBLE?	Number of memory objects allocated in high virtual common storage. - Minimum number high virtual memory objects / frames
como_vsdcntme	DATETIME?	Number of memory objects allocated in high virtual common storage. - Time stamp for minimum value.
como_vsdcmax	DOUBLE?	Number of memory objects allocated in high virtual common storage. - Maximum number of high virtual memory objects / frames
como_vsdcxtme	DATETIME?	Number of memory objects allocated in high virtual common storage. - Time stamp for maximum value.
como_vsdctotl	DOUBLE?	Number of memory objects allocated in high virtual common storage. - Total for all samples (used to calculate the average).
lgmo_vsdcmin	DOUBLE?	Number of fixed memory objects that can be backed in 1 MB frames. - Minimum number high virtual memory objects / frames
lgmo_vsdcntme	DATETIME?	Number of fixed memory objects that can be backed in 1 MB frames. - Time stamp for minimum value.
lgmo_vsdcmax	DOUBLE?	Number of fixed memory objects that can be backed in 1 MB frames. - Maximum number of high virtual memory objects / frames
lgmo_vsdcxtme	DATETIME?	Number of fixed memory objects that can be backed in 1 MB frames. - Time stamp for maximum value.
lgmo_vsdctotl	DOUBLE?	Number of fixed memory objects that can be backed in 1 MB frames. - Total for all samples (used to calculate the average).
tofr_vsdcmin	DOUBLE?	Number of 1 MB frames that are fixed in central storage. - Minimum number high virtual memory objects / frames
tofr_vsdcntme	DATETIME?	Number of 1 MB frames that are fixed in central storage. - Time stamp for minimum value.
tofr_vsdcmax	DOUBLE?	Number of 1 MB frames that are fixed in central storage. - Maximum number of high virtual memory objects / frames
tofr_vsdcxtme	DATETIME?	Number of 1 MB frames that are fixed in central storage. - Time stamp for maximum value.
tofr_vsdctotl	DOUBLE?	Number of 1 MB frames that are fixed in central storage. - Total for all samples (used to calculate the average).
r782meml	BIGINT?	Address space memory limit in MB.
fifr_vsdcmin	DOUBLE?	Number of 1 MB frames that can be used by fixed memory objects. - Minimum number high virtual memory objects / frames
fifr_vsdcntme	DATETIME?	Number of 1 MB frames that can be used by fixed memory objects. - Time stamp for minimum value.
fifr_vsdcmax	DOUBLE?	Number of 1 MB frames that can be used by fixed memory objects. - Maximum number of high virtual memory objects / frames
fifr_vsdcxtme	DATETIME?	Number of 1 MB frames that can be used by fixed memory objects. - Time stamp for maximum value.
fifr_vsdctotl	DOUBLE?	Number of 1 MB frames that can be used by fixed memory objects. - Total for all samples (used to calculate the average).
pafr_vsdcmin	DOUBLE?	Number of 1 MB frames that are used by pageable/DREF memory objects. - Minimum number high virtual memory objects / frames
pafr_vsdcntme	DATETIME?	Number of 1 MB frames that are used by pageable/DREF memory objects. - Time stamp for minimum value.
pafr_vsdcmax	DOUBLE?	Number of 1 MB frames that are used by pageable/DREF memory objects. - Maximum number of high virtual memory objects / frames
pafr_vsdcxtme	DATETIME?	Number of 1 MB frames that are used by pageable/DREF memory objects. - Time stamp for maximum value.
pafr_vsdctotl	DOUBLE?	Number of 1 MB frames that are used by pageable/DREF memory objects. - Total for all samples (used to calculate the average).
lsmo_vsdcmin	DOUBLE?	Number of shared memory objects that can be backed in 1 MB frames. - Minimum number high virtual memory objects / frames
lsmo_vsdcntme	DATETIME?	Number of shared memory objects that can be backed in 1 MB frames. - Time stamp for minimum value.
lsmo_vsdcmax	DOUBLE?	Number of shared memory objects that can be backed in 1 MB frames. - Maximum number of high virtual memory objects / frames
lsmo_vsdcxtme	DATETIME?	Number of shared memory objects that can be backed in 1 MB frames. - Time stamp for maximum value.
lsmo_vsdctotl	DOUBLE?	Number of shared memory objects that can be backed in 1 MB frames. - Total for all samples (used to calculate the average).
gfmo_vsdcmin	DOUBLE?	Number of fixed memory objects that are backed in 2 GB frames. - Minimum number high virtual memory objects / frames
gfmo_vsdcntme	DATETIME?	Number of fixed memory objects that are backed in 2 GB frames. - Time stamp for minimum value.
gfmo_vsdcmax	DOUBLE?	Number of fixed memory objects that are backed in 2 GB frames. - Maximum number of high virtual memory objects / frames
gfmo_vsdcxtme	DATETIME?	Number of fixed memory objects that are backed in 2 GB frames. - Time stamp for maximum value.
gfmo_vsdctotl	DOUBLE?	Number of fixed memory objects that are backed in 2 GB frames. - Total for all samples (used to calculate the average).
gffr_vsdcmin	DOUBLE?	Number of 2 GB pages that are fixed in central storage. - Minimum number high virtual memory objects / frames
gffr_vsdcntme	DATETIME?	Number of 2 GB pages that are fixed in central storage. - Time stamp for minimum value.
gffr_vsdcmax	DOUBLE?	Number of 2 GB pages that are fixed in central storage. - Maximum number of high virtual memory objects / frames
gffr_vsdcxtme	DATETIME?	Number of 2 GB pages that are fixed in central storage. - Time stamp for maximum value.
gffr_vsdctotl	DOUBLE?	Number of 2 GB pages that are fixed in central storage. - Total for all samples (used to calculate the average).
r782actv	INTEGER?	r782flgs (Bit 0) showing job active at start of interval.
r782term	INTEGER?	r782flgs (Bit 1) showing job terminated during interval.
r782glch	INTEGER?	r782flgs (Bit 2) showing GETMAIN limit changed during interval.
r782invl	INTEGER?	r782flgs (Bit 3) showing data incorrect because RMF terminated abnormally while sampling.
r782shra	INTEGER?	r782flgs (Bit 4) showing shared values above 2G available (z/OS V1R5 or later).

Constraints:

• FOREIGN KEY (smf78_pro.datetime, smf78_pro.smf78ist, smf78_pro.smf78iet, smf78_pro.smf_type, smf78_pro.csc, smf78_pro.smf78sid → datetime, smf78ist, smf78iet, smf_type, csc, smf78sid)

• PRIMARY KEY (csc, smf78sid, datetime, smf78ist, smf78iet, r782jobn)

Smf 123

smf110_123

smf2db.db_models.smf123_model.Smf110Smf123 (smf110_123)

The Smf110Smf123 class stores the Smf110Smf123 section in the smf110_123 table.

Columns:

datetime_15m	DATETIME?	The 15-minute interval of the record.
datetime	DATETIME?	the hour of the record.
smfmnjbn	VARCHAR(8)?	Jobname.
smfmnrvn	VARCHAR(4)?	Record version (CICS), format 0VRM (V = version; R = release M = modification).
cics_stop	DATETIME?	Finish time of measurement interval, which is one of the following times:.
cics_oadata1	VARCHAR(130)?	The data added to the origin data by the adapter. This field is blank if the task was not started by using an adapter, or if it was and the adapter did not set this value.
elapsed*	FLOAT	Total elapsed time of the transactions within the duration.
smfmnsid*	VARCHAR(4)	System identification.
smfmnprn*	VARCHAR(8)	Product name (generic Applid).
smfmnspn*	VARCHAR(8)	Product name (specific Applid).
task_tran*	VARCHAR(4)	Transaction identification.
cics_start*	DATETIME	Start time of measurement interval, which is one of the following times:.
task_trannum*	INTEGER	Transaction identification number. The transaction number field is normally a 4-byte packed decimal number. However, some CICS system tasks are identified by transaction numbers that comprise special characters, as follows:.
cbts_prcsname	VARCHAR(36)?	The name of the CICS business transaction service (BTS) process of which the user task formed part.
cbts_prcstype	VARCHAR(8)?	The process-type of the CICS BTS process of which the user task formed part.
cbts_prcsid	VARCHAR(52)?	The CICS-assigned identifier of the CICS BTS root activity that the user task implemented.
cbts_actvtyid	VARCHAR(52)?	The CICS-assigned identifier of the CICS BTS activity that the user task implemented.
cbts_actvtynm	VARCHAR(16)?	The name of the CICS BTS activity that the user task implemented.
cbts_barsynct	INTEGER?	The number of CICS BTS run process, or run activity, requests that the user task made in order to execute a process or activity synchronously.
cbts_barasyct	INTEGER?	The number of CICS BTS run process, or run activity, requests that the user task made in order to execute a process or activity asynchronously.
cbts_balkpact	INTEGER?	The number of CICS BTS link process, or link activity, requests that the user task issued.
cbts_badproct	INTEGER?	The number of CICS BTS define process requests issued by the user task.
cbts_badactct	INTEGER?	The number of CICS BTS define activity requests issued by the user task.
cbts_barspact	INTEGER?	The number of CICS BTS reset process and reset activity requests issued by the user task.
cbts_basupact	INTEGER?	The number of CICS BTS suspend process, or suspend activity, requests issued by the user task.
cbts_barmpact	INTEGER?	The number of CICS BTS resume process, or resume activity, requests issued by the user task.
cbts_badcpact	INTEGER?	The number of CICS BTS delete activity, cancel process, or cancel activity, requests issued by the user task.
cbts_baacqpct	INTEGER?	The number of CICS BTS acquire process, or acquire activity, requests issued by the user task.
cbts_batotpct	INTEGER?	Total number of CICS BTS process and activity requests issued by the user task.
cbts_baprdcct	INTEGER?	The number of CICS BTS delete, get, move, or put, container requests for process data containers issued by the user task.
cbts_baacdcct	INTEGER?	The number of CICS BTS delete, get, move, or put, container requests for current activity data containers issued by the user task.
cbts_batotcct	INTEGER?	Total number of CICS BTS delete, get, move, or put, process container and activity container requests issued by the user task.
cbts_baratect	INTEGER?	The number of CICS BTS retrieve-reattach event requests issued by the user task.
cbts_badfiect	INTEGER?	The number of CICS BTS define-input event requests issued by the user task.
cbts_batiaect	INTEGER?	The number of CICS BTS DEFINE TIMER EVENT, CHECK TIMER EVENT, DELETE TIMER EVENT, and FORCE TIMER EVENT requests issued by the user task.
cbts_batotect	INTEGER?	Total number of CICS BTS event-related requests issued by the user task.
chnl_pgtotcct	INTEGER?	The number of CICS requests for channel containers issued by the user task.
chnl_pgbrwcct	INTEGER?	The number of CICS browse requests for channel containers issued by the user task.
chnl_pggetcct	INTEGER?	The number of GET CONTAINER and GET64 CONTAINER requests for channel containers issued by the user task.
chnl_pgputcct	INTEGER?	The number of PUT CONTAINER and PUT64 CONTAINER requests for channel containers issued by the user task.
chnl_pgmovcct	INTEGER?	The number of MOVE CONTAINER requests for channel containers issued by the user task.
chnl_pggetcdl	INTEGER?	The total length, in bytes, of the data in the containers of all the GET CONTAINER CHANNEL and GET64 CONTAINER CHANNEL commands issued by the user task.
chnl_pgputcdl	INTEGER?	The total length, in bytes, of the data in the containers of all the PUT CONTAINER CHANNEL and PUT64 CONTAINER CHANNEL commands issued by the user task.
chnl_pgcrecct	INTEGER?	The number of containers created by MOVE, PUT CONTAINER, and PUT64 CONTAINER requests for channel containers issued by the user task.
chnl_pgcsthwm	INTEGER?	Maximum amount (high-water mark), in bytes, of container storage allocated to the user task.
cics_cfcapict	INTEGER?	Number of CICS OO foundation class requests, including the Java API for CICS (JCICS) classes, issued by the user task.
cics_userid	VARCHAR(8)?	User identification at task creation. This identification can also be the remote user identifier for a task created as the result of receiving an ATTACH request across an MRO or APPC link with attach-time security enabled.
cics_exwttime	FLOAT?	Accumulated data for exception conditions. The timer component of the clock contains the total elapsed time for which the user waited on exception conditions. The period count equals the number of exception conditions that have occurred for this task. For more information on exception conditions, see Exception class data: Listing of data fields . For more information on clocks, see Clocks and time stamps.
cics_rtype	VARCHAR(1)?	Performance record type (low-order byte-3).
cics_rsysid	VARCHAR(4)?	The name (SYSID) of the remote system to which this transaction was routed either statically or dynamically.
cics_perrecnt	INTEGER?	The number of performance class records written by the CICS Monitoring Facility (CMF) for the user task.
cics_srvclsnm	VARCHAR(8)?	The z/OS Workload Manager (WLM) service class for this transaction. This field is null if no transaction classification rules are defined for CICS subsystems in the active z/OS Workload Manager (WLM) service policy, or if the transaction was WLM-classified in another CICS region.
cics_rptclsnm	VARCHAR(8)?	The z/OS Workload Manager (WLM) report class for this transaction. This field is null if no transaction classification rules are defined for CICS subsystems in the active z/OS Workload Manager (WLM) service policy, or if the transaction was WLM-classified in another CICS region.
cics_oadid	VARCHAR(64)?	The adapter identifier added to the origin data by the adapter. This field is blank if the task was not started by using an adapter, or if it was and the adapter did not set this value.
cics_oadata2	VARCHAR(130)?	The data added to the origin data by using the adapter. This field is blank if the task was not started by using an adapter, or if it was and the adapter did not set this value.
cics_oadata3	VARCHAR(130)?	The data added to the origin data by the adapter. This field is blank if the task was not started by using an adapter, or if it was and the adapter did not set this value.
cics_onetwkid	VARCHAR(8)?	The network identifier from which this work request (transaction) originated.
cics_oapplid	VARCHAR(8)?	The APPLID of the CICS region in which this work request (transaction) originated; for example, the region in which the CWXN task ran.
cics_ostart	DATETIME?	The time at which the originating task, for example the CWXN task, was started.
cics_otrannum	VARCHAR(8)?	The number of the originating task; for example, the CWXN task.
cics_otran	VARCHAR(4)?	The transaction ID (TRANSID) of the originating task; for example, the CWXN task.
cics_ouserid	VARCHAR(8)?	The originating Userid-2 or Userid-1, for example from CWBA, depending on the originating task.
cics_ousercor	VARCHAR(64)?	The originating user correlator.
cics_otcpsvce	VARCHAR(8)?	The name of the originating TCPIPSERVICE.
cics_oportnum	INTEGER?	The port number used by the originating TCPIPSERVICE.
cics_ocliport	INTEGER?	The TCP/IP port number of the originating client or Telnet client.
cics_otranflg	VARCHAR(18)?	Originating transaction flags, a string of 64 bits used for signaling transaction definition and status information:.
cics_ofctynme	VARCHAR(8)?	The facility name of the originating transaction. If the originating transaction is not associated with a facility, this field is null. The transaction facility type, if any, can be identified using byte 0 of the originating transaction flags, OTRANFLG (370), field.
cics_oclipadr	VARCHAR(40)?	The IP address of the originating client or Telnet client.
cics_phntwkid	VARCHAR(8)?	The network identifier of the CICS system of an immediately previous task in another CICS system with which this task is associated. See Previous hop data characteristics for more information about previous hop data.
cics_phapplid	VARCHAR(8)?	If the task was initiated by a task in another CICS region, PHAPPLID contains the APPLID of the other CICS region, which is obtained from previous hop data.
cics_phstart	DATETIME?	The start time of the immediately previous task in another CICS system with which this task is associated. See Previous hop data characteristics for more information about previous hop data.
cics_phtranno	VARCHAR(8)?	If the task was initiated by a task in another CICS region, PHTRANNO contains the task number of the immediately previous task in another CICS system with which this task is associated. This value is obtained from previous hop data.
cics_phtran	VARCHAR(4)?	The transaction ID (TRANSID) of the immediately previous task in another CICS system with which this task is associated. See Previous hop data characteristics for more information about previous hop data.
cics_phcount	INTEGER?	If the task was initiated by a task in another CICS region, PHCOUNT contains the number of times there has been a request from one CICS system to another CICS system to initiate a task with which this task is associated. See Previous hop data characteristics for more information about previous hop data.
cics_eictotct	INTEGER?	The total number of EXEC CICS commands issued by the user task.
cics_tiasktct	INTEGER?	The number of EXEC CICS ASKTIME commands issued by the user task.
cics_titotct	INTEGER?	The total number of EXEC CICS ASKTIME , CONVERTTIME , and FORMATTIME commands issued by the user task.
cics_bfdgstct	INTEGER?	The total number of EXEC CICS BIF DIGEST commands issued by the user task.
cics_bftotct	INTEGER?	The total number of EXEC CICS BIF DEEDIT and BIF DIGEST commands issued by the user task.
cics_ecsigect	INTEGER?	The number of EXEC CICS SIGNAL EVENT commands issued by the user task.
cics_ecefopct	INTEGER?	The number of event filter operations performed by the user task.
cics_ecevntct	INTEGER?	The number of events captured by the user task.
cics_ecsevcct	INTEGER?	The number of synchronous emission events captured by the user task.
cics_mpprtxcd	INTEGER?	The number of policy task rule thresholds that this task has exceeded. This field is all nulls (0x00 bytes) if no thresholds have been exceeded or if the task has had no task rules applied to it.
cics_ncgetct	INTEGER?	The total number of requests to a named counter server to satisfy EXEC CICS GET COUNTER and EXEC CICS GET DCOUNTER commands issued by the user task.
cics_mpsrect	INTEGER?	The number of times that policy system rules have been evaluated for the task.
cics_mpsract	INTEGER?	The number of times that policy system rules that have been evaluated true and have triggered an action. This field is all nulls (0x00 bytes) if no system rules have been evaluated true.
cics_ptstart	DATETIME?	The start time of the immediately previous or parent task in the same CICS system with which the task is associated. See Previous transaction data characteristics for more information about previous transaction data.
cics_pttranno	VARCHAR(8)?	The task number of the immediately previous or parent task in the same CICS system with which the task is associated. See Previous transaction data characteristics for more information about previous transaction data.
cics_pttran	VARCHAR(4)?	The transaction ID (TRANSID) of the immediately previous or parent task in the same CICS system with which the task is associated. See Previous transaction data characteristics for more information about previous transaction data.
cics_ptcount	INTEGER?	The number of times there has been a request from one task to initiate another task in the same CICS system with which this task is associated, such as by a RUN TRANSID or START command. This is effectively the task depth in the local region when using the RUN TRANSID command, or the START command when a new point of origin is not created. See Previous transaction data characteristics for more information about previous transaction data.
data_imsreqct	INTEGER?	The number of IMS (DBCTL) requests issued by the user task.
data_db2reqct	INTEGER?	The total number of Db2 EXEC SQL and Instrumentation Facility Interface (IFI) requests issued by the user task.
data_imswait	FLOAT?	The elapsed time during which the user task waited for DBCTL to service the IMS requests issued by the user task.
data_db2rdyqw	FLOAT?	The elapsed time during which the user task waited for a Db2 thread to become available.
data_db2conwt	FLOAT?	The elapsed time during which the user task waited for a Db2 connection to become available for use with the user task’s open TCB.
data_wmqreqct	INTEGER?	The total number of IBM MQ requests issued by the user task.
data_wmqgetwt	FLOAT?	The elapsed time during which the user task waited for IBM MQ to service the user task’s GETWAIT request.
data_wmqasrbt	FLOAT?	The IBM MQ SRB time this transaction spent processing IBM MQ API requests. Add this field to the transaction CPU time field (USRCPUT) when considering the measurement of the total processor time consumed by a transaction. This field is zero for point-to-point messaging activity, but it is nonzero where IBM MQ API requests result in publish and subscribe type messaging.
dest_tdgetct	INTEGER?	Number of transient data GET requests issued by the user task.
dest_tdputct	INTEGER?	Number of transient data PUT requests issued by the user task.
dest_tdpurct	INTEGER?	Number of transient data PURGE requests issued by the user task.
dest_tdtotct	INTEGER?	Total number of transient data requests issued by the user task. This field is the sum of TDGETCT, TDPUTCT, and TDPURCT.
dest_tdiowtt	FLOAT?	Elapsed time in which the user waited for VSAM transient data I/O. For more information, see Clocks and time stamps and Transaction wait (suspend) times in Reference.
dest_tdilwtt	FLOAT?	The elapsed time for which the user task waited for an intrapartition transient data lock (TDIPLOCK). For more information, see Clocks and time stamps and Transaction wait (suspend) times in Reference. For more information about tasks suspended on resource type TDIPLOCK, see Resource type TDIPLOCK: waits for transient data intrapartition requests.
dest_tdelwtt	FLOAT?	The elapsed time for which the user task waited for an extrapartition transient data lock (TDEPLOCK). For more information, see Clocks and time stamps and Transaction wait (suspend) times in Reference.
doch_dhdelct	INTEGER?	The number of document handler DELETE requests issued by the user task.
doch_dhcrect	INTEGER?	The number of document handler CREATE requests issued by the user task.
doch_dhinsct	INTEGER?	The number of document handler INSERT requests issued by the user task.
doch_dhsetct	INTEGER?	The number of document handler SET requests issued by the user task.
doch_dhretct	INTEGER?	The number of document handler RETRIEVE requests issued by the user task.
doch_dhtotct	INTEGER?	The total number of document handler requests issued by the user task.
doch_dhtotdcl	INTEGER?	The total length of all documents created by the user task.
fepi_szalloct	INTEGER?	Number of conversations allocated by the user task. This number is incremented for each FEPI ALLOCATE POOL or FEPI CONVERSE POOL.
fepi_szrcvct	INTEGER?	Number of FEPI RECEIVE requests made by the user task. This number is also incremented for each FEPI CONVERSE request.
fepi_szsendct	INTEGER?	Number of FEPI SEND requests made by the user task. This number is also incremented for each FEPI CONVERSE request.
fepi_szstrtct	INTEGER?	Number of FEPI START requests made by the user task.
fepi_szchrout	INTEGER?	Number of characters sent through FEPI by the user task.
fepi_szchrin	INTEGER?	Number of characters received through FEPI by the user task.
fepi_szwait	FLOAT?	Elapsed time in which the user task waited for all FEPI services. For more information, see Clocks and time stamps, and Transaction wait (suspend) times in Reference.
fepi_szallcto	INTEGER?	Number of times the user task timed out while waiting to allocate a conversation.
fepi_szrcvto	INTEGER?	Number of times the user task timed out while waiting to receive data.
fepi_sztotct	INTEGER?	Total number of all FEPI API and SPI requests made by the user task.
file_fcgetct	INTEGER?	Number of file GET requests issued by the user task.
file_fcputct	INTEGER?	Number of file PUT requests issued by the user task.
file_fcbrwct	INTEGER?	Number of file browse requests issued by the user task. This number excludes the START and END browse requests.
file_fcaddct	INTEGER?	Number of file ADD requests issued by the user task.
file_fcdelct	INTEGER?	Number of file DELETE requests issued by the user task.
file_fciowtt	FLOAT?	Elapsed time in which the user task waited for file I/O. For more information, see Clocks and time stamps, and Transaction wait (suspend) times in Reference.
file_fcamct	INTEGER?	Number of times the user task invoked file access-method interfaces. This number excludes requests for OPEN and CLOSE.
file_fctotct	INTEGER?	Total number of file control requests issued by the user task. This number excludes any request for OPEN, CLOSE, ENABLE, or DISABLE of a file.
file_rlswait	FLOAT?	Elapsed time in which the user task waited for RLS file I/O. For more information, see Clocks and time stamps and Transaction wait (suspend) times in Reference.
file_rlscput	FLOAT?	For RLS requests issued from the QR TCB:.
file_cfdtwait	FLOAT?	The elapsed time in which the user task waited for a data table access request to the Coupling Facility Data Table server to complete. For more information, see Clocks and time stamps, and Transaction wait (suspend) times in Reference.
file_fcxcwtt	FLOAT?	The elapsed time in which the user task waited for exclusive control of a VSAM control interval. This field counts time spent waiting on resource type FCXCSUSP, FCXDSUSP, FCXCPROT, or FCXDPROT. For more information, see Clocks and time stamps, and Transaction wait (suspend) times in Reference.
file_fcvswtt	FLOAT?	The elapsed time in which the user task waited for a VSAM string. This field counts time spent waiting on resource type FCPSSUSP or FCSRSUSP. For more information, see Clocks and time stamps and Transaction wait (suspend) times in Reference.
jour_jciowtt	FLOAT?	Elapsed time for which the user task waited for journal (logstream) I/O. For more information, see Clocks and time stamps, and Transaction wait (suspend) times in Reference.
jour_jnlwrtct	INTEGER?	Number of journal write requests issued by the user task.
jour_logwrtct	INTEGER?	Number of CICS log stream write requests issued by the user task.
mapp_bmsmapct	INTEGER?	Number of BMS MAP requests issued by the user task. This field corresponds to the number of RECEIVE MAP requests that did not incur a terminal I/O, and the number of RECEIVE MAP FROM requests.
mapp_bmsinct	INTEGER?	Number of BMS IN requests issued by the user task. This field corresponds to the number of RECEIVE MAP requests that incurred a terminal I/O.
mapp_bmsoutct	INTEGER?	Number of BMS OUT requests issued by the user task. This field corresponds to the number of SEND MAP requests.
mapp_bmstotct	INTEGER?	Total number of BMS requests issued by the user task. This field is the sum of BMS RECEIVE MAP, RECEIVE MAP FROM, SEND MAP, SEND TEXT, and SEND CONTROL requests issued by the user task.
otel_oteltid	VARCHAR(32)?	The OpenTelemetry (OTel) trace identifier. This field is null if there is no OTel data associated with the task.
otel_otelpid	VARCHAR(16)?	OTel parent span id. This field is null if there is no OTel data associated with the task.
otel_otelsid	VARCHAR(16)?	OTel span id. This field is null if there is no OTel data associated with the task.
otel_otelmisc	VARCHAR(18)?	OTel miscellaneous flags, a string of 64 bits.
prog_pclinkct	INTEGER?	Number of program LINK and INVOKE APPLICATION requests issued by the user task, including the link to the first program of the user task. This field does not include program LINK URM (userreplaceable module) requests.
prog_pcxctlct	INTEGER?	Number of program XCTL requests issued by the user task.
prog_pcloadct	INTEGER?	Number of program LOAD requests issued by the user task.
prog_pgmname	VARCHAR(8)?	The name of the first program called at transaction attach-time.
prog_pclurmct	INTEGER?	Number of program LINK URM (user-replaceable module) requests issued by, or on behalf of, the user task.
prog_pcdplct	INTEGER?	Number of distributed program link (DPL) requests issued by the user task.
prog_abcodeo	VARCHAR(4)?	Original abend code.
prog_abcodec	VARCHAR(4)?	Current abend code.
prog_pcloadtm	FLOAT?	Elapsed time in which the user task waited for fetches from DFHRPL or dynamic LIBRARY concatenations. Only fetches for programs with installed program definitions or autoinstalled as a result of application requests are included in this figure. However, installed programs in the LPA are not included (because they do not incur a physical fetch from a library). For more information about program load time, see Clocks and time stamps, and Program load time.
prog_pcdlcsdl	INTEGER?	The total length, in bytes, of the data in the containers of all the distributed program link (DPL) requests issued with the CHANNEL option by the user task. This total includes the length of any headers to the data.
prog_pcdlcrdl	INTEGER?	The total length, in bytes, of the data in the containers of all DPL RETURN CHANNEL commands issued by the user task. This total includes the length of any headers to the data.
prog_pclnkcct	INTEGER?	Number of local program LINK and INVOKE APPLICATION requests, with the CHANNEL option, issued by the user task.
prog_pcxclcct	INTEGER?	Number of program XCTL requests issued with the CHANNEL option by the user task.
prog_pcdplcct	INTEGER?	Number of program distributed program link (DPL) requests issued with the CHANNEL option by the user task.
prog_pcrtncct	INTEGER?	Number of remote pseudoconversational RETURN requests, with the CHANNEL option, issued by the user task.
prog_pcrtncdl	INTEGER?	The total length, in bytes, of the data in the containers of all the remote pseudoconversational RETURN CHANNEL commands issued by the user task. This total includes the length of any headers to the data.
rmi_rmitotal	FLOAT?	The total elapsed time spent in the CICS Resource Manager Interface (RMI).
rmi_rmiother	FLOAT?	The total elapsed time spent in the CICS RMI for resource manager requests other than Db2, DBCTL, EXEC DLI, IBM MQ, CICSPlex SM, and CICS TCP/IP socket requests.
rmi_rmidb2	FLOAT?	The total elapsed time spent in the CICS RMI for Db2 requests.
rmi_rmidbctl	FLOAT?	The total elapsed time spent in the CICS RMI for DBCTL requests.
rmi_rmiexdli	FLOAT?	The total elapsed time spent in the CICS RMI for EXEC DLI requests.
rmi_rmimqm	FLOAT?	The total elapsed time spent in the CICS RMI for IBM MQ requests.
rmi_rmicpsm	FLOAT?	The total elapsed time spent in the CICS RMI for CICSPlex SM requests.
rmi_rmitcpip	FLOAT?	The total elapsed time spent in the CICS RMI for CICS TCP/IP socket requests.
sock_soiowtt	FLOAT?	The elapsed time the user task spent waiting for any socket I/O to complete. This time includes time that the task the spent on send and receive calls. It applies to inbound and outbound sockets. For more information, see Clocks and time stamps and Transaction wait (suspend) times in Reference.
sock_sobyenct	INTEGER?	The number of bytes encrypted by the secure sockets layer for the user task.
sock_sobydect	INTEGER?	The number of bytes decrypted by the secure sockets layer for the user task.
sock_tcpsrvce	VARCHAR(8)?	The TCP/IP service name that attached the user task.
sock_portnum	INTEGER?	The TCP/IP port number of the TCP/IP service that attached the user task.
sock_isalloct	INTEGER?	The number of allocate session requests that are issued by the user task for sessions that use IPIC.
sock_soextrct	INTEGER?	The number of EXTRACT TCPIP and EXTRACT CERTIFICATE requests issued by the user task.
sock_socnpsct	INTEGER?	The total number of requests made by the user task to create an outbound socket.
sock_sonpshwm	INTEGER?	The peak number of outbound sockets owned by the user task.
sock_sorcvct	INTEGER?	The total number of receive requests issued for outbound sockets (persistent and nonpersistent) by the user task.
sock_sochrin	INTEGER?	The total number of bytes received on outbound sockets by the user task.
sock_sosendct	INTEGER?	The total number of send requests issued for outbound sockets (persistent and nonpersistent) by the user task.
sock_sochrout	INTEGER?	The total number of bytes sent on outbound sockets by the user task.
sock_sototct	INTEGER?	The total number of socket requests issued by the user task.
sock_sooiowtt	FLOAT?	The elapsed time that the user task spent waiting for a socket to be created by the socket manager when CICS is at the MAXSOCKETS limit. This field is not used because no callers within CICS choose to wait for a socket to become available when CICS is at the MAXSOCKETS limit.
sock_isiowtt	FLOAT?	The elapsed time for which a user task waited for control at this end of an IPIC connection.
sock_somsgin1	INTEGER?	The number of inbound socket receive requests that are issued by the user task.
sock_sochrin1	INTEGER?	The number of characters that are received by inbound socket receive requests that are issued by the user task.
sock_somsgou1	INTEGER?	The number of inbound socket send requests issued by the user task.
sock_sochrou1	INTEGER?	The number of characters that are sent by inbound socket send requests that are issued by the user task.
sock_isipicnm	VARCHAR(8)?	The name of the IPIC connection for the TCP/IP service that attached the user task.
sock_clipaddr	VARCHAR(40)?	The IP address of the client or Telnet client.
sock_isalwtt	FLOAT?	The elapsed time for which a user task waited for an allocate request for an IPIC session. For more information, see Clocks and time stamps and Transaction wait (suspend) times in Reference.
sock_socipher	VARCHAR(10)?	Identifies the code for the cipher suite that was selected during the initial handshake for use on the inbound connection, for example X’0000002F’. For a list of the cipher suites that are supported by CICS and z/OS and their codes, see Cipher Suite Definitions in z/OS Cryptographic Services System SSL Programming.
sock_clipport	INTEGER?	The port number of the client or Telnet client.
sock_soconmsg	VARCHAR(10)?	Indicates whether the task processed the first message for establishing a new connection for a client. This field helps you measure how often a new socket connection is created.
sock_sotlslvl	VARCHAR(8)?	Identifies the TLS protocol that was selected during the initial handshake for use on the inbound connection.
sock_soflag	INTEGER?	Socket flags, a string of 32 bits used for socket status information. Bit 0 and Bit 1 cannot both be set to the value 1 at the same time.
stor_scusrhwm	INTEGER?	Maximum amount (high-water mark) of user storage allocated to the user task below the 16 MB line.
stor_scugetct	INTEGER?	Number of user-storage GETMAIN requests issued by the user task for storage below the 16 MB line.
stor_scusrstg	BIGINT?	Storage occupancy of the user task below the 16 MB line. This measures the area under the curve of storage in use against elapsed time. For more information about storage occupancy, see Storage occupancy counts.
stor_scugetct_a	INTEGER?	Number of user-storage GETMAIN requests issued by the user task for storage above the 16 MB line.
stor_scusrhwm_a	INTEGER?	Maximum amount (high-water mark) of user storage allocated to the user task above the 16 MB line.
stor_scusrstg_a	BIGINT?	Storage occupancy of the user task above the 16 MB line. This measures the area under the curve of storage in use against elapsed time. For more information, see Storage occupancy counts.
stor_sc24chwm	INTEGER?	Maximum amount (high-water mark) of user storage allocated to the user task below the 16 MB line.
stor_sccgetct	INTEGER?	Number of user-storage GETMAIN requests issued by the user task for storage below the 16 MB line.
stor_sc24cocc	BIGINT?	Storage occupancy of the user task below the 16 MB line. This measures the area under the curve of storage in use against elapsed time. For more information, see Storage occupancy counts.
stor_sc31chwm	BIGINT?	Maximum amount (high-water mark) of user storage allocated to the user task above the 16 MB line.
stor_sccgetct_a	BIGINT?	Number of user-storage GETMAIN requests issued by the user task for storage above the 16 MB line.
stor_sc31cocc	BIGINT?	Storage occupancy of the user task above the 16 MB line. This measures the area under the curve of storage in use against elapsed time. For more information, see Storage occupancy counts.
stor_sc64cgct	BIGINT?	Number of user-storage GETMAIN requests issued by the user task for storage above the bar.
stor_sc64chwm	BIGINT?	Maximum amount (high-water mark) of user storage, rounded up to the next 4K, allocated to the user task above the bar.
stor_sc64ugct	BIGINT?	Number of user-storage GETMAIN requests issued by the user task for storage above the bar.
stor_sc64uhwm	BIGINT?	Maximum amount (high-water mark) of user storage, rounded up to the next 4K, allocated to the user task above the bar.
stor_sc24sgct	INTEGER?	Number of storage GETMAIN requests issued by the user task for shared storage below the 16 MB line.
stor_sc24gshr	INTEGER?	Number of bytes of shared storage obtained by the user task by using a GETMAIN request below the 16 MB line.
stor_sc24fshr	INTEGER?	Number of bytes of shared storage released by the user task by using a FREEMAIN request below the 16 MB line.
stor_sc31sgct	BIGINT?	Number of storage GETMAIN requests issued by the user task for shared storage above the 16 MB line.
stor_sc31gshr	BIGINT?	Number of bytes of shared storage obtained by the user task by using a GETMAIN request above the 16 MB line.
stor_sc31fshr	BIGINT?	Number of bytes of shared storage released by the user task by using a FREEMAIN request above the 16 MB line.
stor_sc64sgct	BIGINT?	Number of storage GETMAIN requests issued by the user task for shared storage above the bar.
stor_sc64gshr	BIGINT?	Amount of shared storage obtained by the user task by using a GETMAIN request above the bar. The total number of bytes obtained is rounded up to the next 4096 bytes, and the resulting number of 4K pages is displayed.
stor_sc64fshr	BIGINT?	Amount of shared storage released by the user task by using a FREEMAIN request above the bar. The total number of bytes obtained is rounded up to the next 4096 bytes, and the resulting number of 4K pages is displayed.
stor_pcstghwm	BIGINT?	Maximum amount (high-water mark) of program storage in use by the user task both above and below the 16 MB line.
stor_pc24bhwm	INTEGER?	Maximum amount (high-water mark) of program storage in use by the user task below the 16 MB line. This field is a subset of PCSTGHWM (field id 087) that resides below the 16 MB line.
stor_pc31rhwm	BIGINT?	Maximum amount (high-water mark) of program storage in use by the user task above the 16 MB line, in the extended read-only dynamic storage area (ERDSA). This field is a subset of PC31AHWM (field id 139) that resides in the ERDSA.
stor_pc31ahwm	BIGINT?	Maximum amount (high-water mark) of program storage in use by the user task above the 16 MB line. This field is a subset of PCSTGHWM (field id 087) that resides above the 16 MB line.
stor_pc31chwm	BIGINT?	Maximum amount (high-water mark) of program storage in use by the user task above the 16 MB line, in the extended CICS dynamic storage area (ECDSA). This field is a subset of PC31AHWM (139) that resides in the EPCDSA.
stor_pc24chwm	INTEGER?	Maximum amount (high-water mark) of program storage in use by the user task below the 16 MB line, in the CICS dynamic storage area (CDSA). This field is a subset of PC24BHWM (108) that resides in the PCDSA.
stor_pc24shwm	INTEGER?	Maximum amount (high-water mark) of program storage in use by the user task below the 16 MB line, in the shared dynamic storage area (SDSA). This field is a subset of PC24BHWM (108) that resides in the PUDSA.
stor_pc31shwm	BIGINT?	Maximum amount (high-water mark) of program storage in use by the user task above the 16 MB line, in the extended shared dynamic storage area (ESDSA). This field is a subset of PC31AHWM (139) that resides in the EPUDSA.
stor_pc24rhwm	INTEGER?	Maximum amount (high-water mark) of program storage in use by the user task below the 16 MB line, in the read-only dynamic storage area (RDSA). This field is a subset of PC24BHWM (108) that resides in the RDSA.
sync_spsyncct	INTEGER?	Number of SYNCPOINT requests issued during the user task.
sync_synctime	FLOAT?	Total elapsed time for which the user task was dispatched and was processing syncpoint requests.
sync_srvsywtt	FLOAT?	Total elapsed time in which the user task waited for syncpoint or resynchronization processing using the Coupling Facility data tables server to complete.
sync_syncdly	FLOAT?	The elapsed time in which the user task waited for a syncpoint request to be issued by its parent transaction. The user task was executing as a result of the parent task issuing a CICS BTS run-process or run-activity request to execute a process or activity synchronously. For more information, see Clocks and time stamps, and Transaction wait (suspend) times in Reference.
sync_otsindwt	FLOAT?	The elapsed time in which the user task was dispatched or suspended indoubt (or both) while processing a syncpoint for an Object Transaction Service (OTS) syncpoint request. For more information, see Clocks and time stamps, and Transaction wait (suspend) times in Reference.
task_ttype	VARCHAR(4)?	Transaction start type. The high-order bytes (0 and 1) are set as follows:.
task_usrdispt	FLOAT?	Total elapsed time during which the user task was dispatched on each CICS TCB under which the task ran. The TCB modes managed by the CICS dispatcher are: QR, RO, CO, FO, SZ ,RP, SL, SP, SO, EP, L8, L9, S8, TP, T8, X8, X9, and D2. Be aware that, for each CICS release, new TCB modes might be added to this list, or obsolete TCB modes might be removed. For more information about dispatch time and CPU time, see Transaction response time, dispatch time, and CPU time.
task_usrcput	FLOAT?	Processor time for which the user task was dispatched on each CICS TCB under which the task ran. The TCB modes managed by the CICS dispatcher are: QR, RO, CO, FO, SZ, RP, SL, SP, SO, EP, L8, L9,.
task_susptime	FLOAT?	Total elapsed wait time for which the user task was suspended by the dispatcher. This wait time includes these values:.
task_xsnlnact	INTEGER?	The number of QUERY SECURITY LOGMESSAGE(NOLOG) requests that succeeded but returned no authority on READ, UPDATE, CONTROL or ALTER.
task_xsnlnfct	INTEGER?	The number of QUERY SECURITY LOGMESSAGE(NOLOG) requests that failed with response code 13 NOTFND and reason code 5 or 8.
task_icpuinct	INTEGER?	Number of interval control START or INITIATE requests during the user task.
task_taskflag	INTEGER?	Task error flags, a string of 32 bits used for signaling unusual conditions occurring during the user task:.
task_icstacct	INTEGER?	Total number of local interval control START requests, with the CHANNEL option, issued by the user task.
task_ictotct	INTEGER?	Total number of Interval Control Start, Cancel, Delay, and Retrieve requests issued by the user task.
task_trngrpid	VARCHAR(58)?	The transaction group ID is assigned at transaction attach time, and can be used to correlate the transactions that CICS runs for the same incoming work request; for example, the CWXN and CWBA transactions for Web requests. This transaction group ID relationship is useful when applied to the.
task_netuowpx	VARCHAR(20)?	Fully qualified name by which the originating system is known to the z/OS Communications Server network. This name is assigned at attach time using either the netname derived from the TCT (when the task is attached to a local terminal) or the netname passed as part of an ISC APPC or IRC attach header. At least three padding bytes (X’00’) are present at the end of the name.
task_netuowsx	VARCHAR(18)?	Name by which the network unit of work ID is known in the originating system. This name is assigned at attach time using either an STCK-derived token (when the task is attached to a local terminal), or the network unit of work ID passed as part of an ISC (APPC) or IRC (MRO) attach header.
task_dispwtt	FLOAT?	Elapsed time for which the user task waited for redispatch. This time is the aggregate of the wait times between each event completion and user-task redispatch.
task_tranpri	INTEGER?	Transaction priority when monitoring of the task was initialized (low-order byte-3).
task_gnqdelay	FLOAT?	The elapsed time waiting for a CICS task control global enqueue. For more information, see Clocks and time stamps.
task_brdgtran	VARCHAR(4)?	Bridge listener transaction identifier. For CICS 3270 Bridge transactions, this field is the name of the Bridge listener transaction that attached the user task.
task_dspdelay	FLOAT?	The elapsed time waiting for first dispatch.
task_tcldelay	FLOAT?	The elapsed time waiting for first dispatch, which was delayed because of the limits set for the transaction class of this transaction, TCLSNAME (166), being reached. For more information, see Clocks and time stamps. This field is a component of the first dispatch delay, DSPDELAY (125), field.
task_mxtdelay	FLOAT?	The elapsed time waiting for the first dispatch, which was delayed because of the limits set by the system parameter, MXT, being reached. The field is a component of the first dispatch delay, DSPDELAY (125), field.
task_lmdelay	FLOAT?	The elapsed time that the user task waited to acquire a lock on a resource. A user task cannot explicitly acquire a lock on a resource, but many CICS modules lock resources on behalf of user tasks using the CICS lock manager (LM) domain.
task_enqdelay	FLOAT?	The elapsed time waiting for a CICS task control local enqueue. For more information, see Clocks and time stamps. This field is a component of the task suspend time, SUSPTIME (014), field.
task_rmuowid	DATETIME?	The identifier of the unit of work (unit of recovery) for this task. Unit of recovery values are used to synchronize recovery operations among CICS and other resource managers, such as IMS and Db2.
task_fctyname	VARCHAR(4)?	Transaction facility name. This field is null if the transaction is not associated with a facility. The transaction facility type (if any) can be identified using byte 0 of the transaction flags, TRANFLAG , (164) field.
task_tranflag	VARCHAR(18)?	Transaction flags, a string of 64 bits used for signaling transaction definition and status information:.
task_tclsname	VARCHAR(8)?	Transaction class name. This field is null if the transaction is not in a TRANCLASS.
task_rmitime	FLOAT?	The total elapsed time spent in the CICS Resource Manager Interface (RMI). For more information, see Clocks and time stamps, Transaction wait (suspend) times in Reference, and RMI elapsed and suspend time.
task_rmisusp	FLOAT?	The total elapsed time that the task was suspended by the CICS dispatcher while in the CICS Resource Manager Interface (RMI). For more information, see Clocks and time stamps, Transaction wait (suspend) times in Reference, and RMI elapsed and suspend time. The field is a component of the task suspend time, SUSPTIME (014), field and also the RMITIME (170) field.
task_wtexwait	FLOAT?	The elapsed time that the user task waited for one or more ECBs, passed to CICS by the user task using the EXEC CICS WAIT EXTERNAL ECBLIST command, to be posted by the MVS POST command. The user task can wait on one or more ECBs. If it waits on more than one, it is dispatchable as soon as one of the ECBs is posted. For more information, see Clocks and time stamps and Transaction wait (suspend) times in Reference. This field is a component of the task suspend time, SUSPTIME (014), field.
task_wtcewait	FLOAT?	The elapsed time that the user task waited for one of these events:.
task_icdelay	FLOAT?	The elapsed time that the user task waited as a result of issuing one of the following commands:.
task_gvupwait	FLOAT?	The elapsed time that the user task waited as a result of giving up control to another task. A user task can give up control in many ways. Some examples are application programs that use one or more of the following EXEC CICS API or SPI commands:.
task_tclstsks	INTEGER?	Total number of active and queued tasks, including this task, in the associated TRANCLASS when the task was attached. This field does not apply if the transaction is not in a TRANCLASS.
task_rrmsurid	VARCHAR(16)?	RRMS/MVS unit-of-recovery ID (URID).
task_rrmswait	FLOAT?	The elapsed time in which the user task waited indoubt using resource recovery services for EXCI.
task_rqrwait	FLOAT?	The elapsed time during which the request receiver user task CIRR (or user specified transaction ID) waited for any outstanding replies to be satisfied.
task_rqpwait	FLOAT?	The elapsed time during which the request processor user task CIRP waited for any outstanding replies to be satisfied. This field is a component of the task suspend time, SUSPTIME (014), field.
task_otstid	VARCHAR(128)?	This field is the first 128 bytes of the Object Transaction Service (OTS) Transaction ID (TID).
task_runtrwtt	FLOAT?	The elapsed time in which the user task waited for completion of a transaction that ran as a result of the user task issuing a CICS BTS run process request and a run activity request synchronously.
task_dschmdly	FLOAT?	The elapsed time in which the user task waited for redispatch after a CICS Dispatcher change-TCB mode request was issued by or on behalf of the user task. For example, a change-TCB mode request from a CICS L8 or S8 mode TCB back to the CICS QR mode TCB might have to wait for the QR TCB because another task is currently dispatched on the QR TCB. The period count component of DSCHMDLY represents the number of change-TCB mode requests. This field is a component of the task suspend time, SUSPTIME (014), field. For more information, see Clocks and time stamps and Transaction wait (suspend) times in Reference.
task_qrmoddly	FLOAT?	The elapsed time for which the user task waited for redispatch on the CICS QR mode TCB. This time is the aggregate of the wait times between each event completion and user-task redispatch. This field does not include the elapsed time spent waiting for the first dispatch. The QRMODDLY field is a component of the task suspend time, SUSPTIME (014), field, and also the redispatch wait, DISPWTT (102), field.
task_maxotdly	FLOAT?	The elapsed time in which the user task waited to obtain a CICS L8 or L9 mode open TCB, because the region had reached the limit set by CICS for these TCBs. L8 and L9 mode open TCBs are used by OPENAPI application programs or by task-related user exit programs that have been enabled with the OPENAPI option, for example, the CICS-Db2 adapter, when CICS connects to Db2 Version 6 or later and the CICS-MQ adapter, when CICS connects to Websphere MQ Version 6 or later.
task_tcbattct	INTEGER?	The number of CICS TCBs attached by or on behalf of the user task.
task_dstcbhwm	INTEGER?	The peak number of CICS open TCBs (in TCB modes L8, L9, S8, T8, X8, and X9) that have been concurrently allocated to the user task.
task_jvmtime	FLOAT?	The total elapsed time spent in the JVM by the user task. For more information, see JVM elapsed time, suspend time, and cleanup time.
task_jvmsusp	FLOAT?	The elapsed time for which the user task was suspended by the CICS dispatcher while running in the JVM. For more information, see JVM elapsed time, suspend time, and cleanup time. This field is a component of the task suspend time, SUSPTIME (014), field.
task_qrdispt	FLOAT?	The elapsed time for which the user task was dispatched on the CICS QR TCB. For more information, see Clocks and time stamps.
task_qrcput	FLOAT?	The processor time for which the user task was dispatched on the CICS QR TCB. For more information, see Clocks and time stamps.
task_msdispt	FLOAT?	Elapsed time for which the user task was dispatched on each CICS TCB. The CICS TCB modes are used as follows:.
task_mscput	FLOAT?	The processor time for which the user task was dispatched on each CICS TCB. The usage of each CICS TCB is shown in the description for field MSDISPT (field ID 257 in group DFHTASK). For more information, see Clocks and time stamps.
task_l8cput	FLOAT?	The processor time during which the user task was dispatched by the CICS dispatcher domain on a CICS L8 mode TCB. When a transaction starts an OPENAPI application program defined with EXECKEY=CICS, or a task-related user exit program that has been enabled with the OPENAPI option, CICS allocates a CICS L8 mode TCB to the task. (An L8 mode TCB can also be allocated if the OPENAPI program is defined with EXECKEY=USER, but the storage protection facility is inactive.) After a task has been allocated an L8 mode TCB, that same TCB remains associated with the task until the transaction is detached. For more information on this field, see Clocks and time stamps.
task_s8cput	FLOAT?	The processor time during which the user task was dispatched by the CICS dispatcher domain on a CICS S8 mode TCB. A transaction is allocated a CICS S8 mode TCB when it uses the secure sockets layer (SSL) during client certificate negotiation. The S8 mode TCB remains associated with the same task for the life of the SSL request. For more information, see Clocks and time stamps.
task_ky8dispt	FLOAT?	The total elapsed time during which the user task was dispatched by the CICS dispatcher on a CICS Key 8 mode TCB:.
task_ky8cput	FLOAT?	The processor time during which the user task was dispatched by the CICS dispatcher on a CICS Key 8 mode TCB. The usage of the CICS Key 8 mode TCBs is shown in the description for field KY8DISPT (field ID 262 in group DFHTASK). This field is a component of the task CPU time field, USRCPUT (field ID 008 in group DFHTASK).
task_ky9dispt	FLOAT?	The total elapsed time during which the user task was dispatched by the CICS dispatcher on a CICS Key 9 mode TCB:.
task_ky9cput	FLOAT?	The processor time during which the user task was dispatched by the CICS dispatcher on a CICS Key 9 mode TCB. The usage of the CICS Key 9 mode TCBs is shown in the description for field KY9DISPT (field ID 264 in group DFHTASK). This field is a component of the task CPU time field, USRCPUT (field ID 008 in group DFHTASK).
task_l9cput	FLOAT?	The processor time during which the user task was dispatched by the CICS dispatcher domain on a CICS L9 mode TCB. When a transaction calls an OPENAPI application program that is defined with EXECKEY=USER it is allocated and uses a CICS L9 mode TCB. If the storage protection facility is.
task_dstcbmwt	FLOAT?	The elapsed time that the user task spent in TCB mismatch waits; that is, waiting because no available TCB matched the request, but at least one non matching TCB was free.
task_rodispt	FLOAT?	The elapsed time during which the user task was dispatched by the CICS dispatcher on the CICS RO mode TCB. The RO TCB is used for loading programs, unless the command to load the program (EXEC CICS LOAD, XCTL, or LINK) is issued by an application that is currently running on an open TCB. In that situation, the open TCB is used to load the program instead of the RO TCB. The CICS RO mode TCB is also used for opening and closing CICS data sets, issuing RACF calls, and similar tasks. This field is a component of the task dispatch time field, USRDISPT (group name: DFHTASK, field ID: 007) and the task miscellaneous TCB dispatch time field, MSDISPT (group name: DFHTASK, field ID: 257).
task_rocput	FLOAT?	The processor time during which the user task was dispatched by the CICS dispatcher on the CICS RO mode TCB. The RO TCB is used for loading programs, unless the command to load the program (EXEC CICS LOAD, XCTL, or LINK) is issued by an application that is currently running on an open TCB. In that situation, the open TCB is used to load the program instead of the RO TCB. The CICS RO mode TCB is also used for opening and closing CICS data sets, issuing RACF calls, and similar tasks. This field is a component of the task CPU time field, USRCPUT (group name: DFHTASK, field ID: 008) and the task miscellaneous TCB CPU time field, MSCPUT (group name: DFHTASK, field ID: 258).
task_x8cput	FLOAT?	The processor time during which the user task was dispatched by the CICS dispatcher domain on a CICS X8 mode TCB. When a transaction calls a C or C++ program that was compiled with the XPLINK option, and that is defined with EXECKEY=CICS, it is allocated and uses a CICS X8 mode TCB. An X8 mode TCB can also be allocated if the program is defined with EXECKEY=USER, but the storage protection facility is inactive. After a task has been allocated an X8 mode TCB, that same TCB remains associated with the task until the program completes. This field is a component of the total task CPU time field, USRCPUT (field ID 008 in group DFHTASK), and the task key 8 CPU time field, KY8CPUT (field ID 263 in group DFHTASK).
task_x9cput	FLOAT?	The processor time during which the user task was dispatched by the CICS dispatcher domain on a CICS X9 mode TCB. When a transaction calls a C or C++ program that was compiled with the XPLINK option, and that is defined with EXECKEY=USER, it is allocated and uses a CICS X9 mode TCB. (If the storage protection facility is inactive, an X8 mode TCB is used instead of an X9 mode TCB.) After a task has been allocated an X9 mode TCB, that same TCB remains associated with the task until the program completes. This field is a component of the total task CPU time field, USRCPUT (field ID 008 in group DFHTASK), and the task key 9 CPU time field, KY9CPUT (field ID 265 in group DFHTASK).
task_jvmitime	FLOAT?	The elapsed time spent initializing the JVM environment. For more information, see Clocks and time stamps.
task_smmvsswt	FLOAT?	The time that the user task waited because MVS user region or extended user region was short on storage. For more information, see Transaction wait (suspend) times in Reference. This field is a component of the task suspend time, SUSPTIME (014), field.
task_jvmrtime	FLOAT?	Reserved field, returns zero.
task_dsmmscwt	FLOAT?	The elapsed time that the user task spent waiting because no TCB was available and a TCB was not created because of MVS storage constraints. This field is not populated. The field is a component of the task suspend time, SUSPTIME (014), field.
task_maxstdly	FLOAT?	The elapsed time for which the user task waited to obtain a CICS SSL TCB (S8 mode), because the CICS system reached the limit set by the system initialization parameter MAXSSLTCBS. The S8 mode open TCBs are used exclusively by secure sockets layer (SSL) pthread requests issued by or on behalf of a user task. For more information, see Transaction wait (suspend) times in Reference. This field is a component of the task suspend time, SUSPTIME (014), field.
task_maxxtdly	FLOAT?	The elapsed time for which the user task waited to obtain a CICS XP TCB (X8 or X9 mode), because the CICS system reached the limit set by CICS for these types of TCB. The X8 and X9 mode open TCBs are used exclusively by C and C++ programs that were compiled with the XPLINK option. For more information, see Transaction wait (suspend) times in Reference. This field is a component of the task suspend time, SUSPTIME (014), field.
task_maxttdly	FLOAT?	The elapsed time for which the user task waited to obtain a T8 TCB, because the CICS system reached the limit of available threads. The T8 mode open TCBs are used by a JVM server to perform multithreaded processing. Each T8 TCB runs under one thread. The thread limit is 2000 for each CICS region and each JVM server in a CICS region can have up to 256 threads. For more information, see Transaction wait (suspend) times in Reference. This field is a component of the task suspend time, SUSPTIME (014), field. This does not apply to Liberty JVM servers.
task_ptpwait	FLOAT?	The elapsed time for which the user task waited for the 3270 bridge partner transaction to complete. For more information, see Transaction wait (suspend) times in Reference. This field is a component of the task suspend time, SUSPTIME (014), field.
task_icstacdl	INTEGER?	Total length, in bytes, of the data in the containers of all the locally executed START CHANNEL requests issued by the user task. This total includes the length of any headers to the data.
task_icstrcct	INTEGER?	Total number of interval control START CHANNEL requests, to be run on remote systems, issued by the user task.
task_icstrcdl	INTEGER?	Total length, in bytes, of the data in the containers of all the remotely executed START CHANNEL requests issued by the user task. This total includes the length of any headers to the data.
task_romoddly	FLOAT?	The elapsed time for which the user task waited for redispatch on the CICS RO TCB. This time is the aggregate of the wait times between each event completion and user-task redispatch. The ROMODDLY field is a component of the task suspend time, SUSPTIME (014), field, and also the redispatch wait, DISPWTT (102), field.
task_somoddly	FLOAT?	The elapsed time for which the user task waited for redispatch on the CICS SO TCB. This time is the aggregate of the wait times between each event completion and user-task redispatch. The SOMODDLY field is a component of the task suspend time, SUSPTIME (014), field, and also the redispatch wait, DISPWTT (102), field.
task_t8cput	FLOAT?	The processor time during which the user task was dispatched by the CICS dispatcher domain on a CICS T8 mode TCB. T8 mode TCBs are used by a JVM server to perform multithreaded processing. When a thread is allocated a T8 mode TCB, that same TCB remains associated with the thread until the processing completes. This field is a component of the total task CPU time field, USRCPUT (field ID 008 in group DFHTASK), and the task key 8 CPU time field, KY8CPUT (field ID 263 in group DFHTASK).
task_jvmthdwt	FLOAT?	The elapsed time that the user task waited to obtain a JVM server thread because the CICS system had reached the thread limit for a JVM server in the CICS region. This field is a component of the task suspend time, SUSPTIME (014), field. This does not apply to Liberty JVM servers.
task_dsapthwt	FLOAT?	The dispatcher allocated pthread wait time. This is the time that the transaction had to wait for a Liberty pthread to be allocated during links to Liberty programs. For more information, see Clocks and time stamps and Transaction wait (suspend) times in Reference. This field is a component of the task suspend time, SUSPTIME (014), field.
task_cecmchtp	VARCHAR(4)?	The CEC machine type, in EBCDIC, for the physical hardware environment where the CICS region is running. CEC (central electronics complex) is a commonly used synonym for CPC (central processing complex).
task_cecmdlid	VARCHAR(16)?	The CEC model number, in EBCDIC, for the physical hardware environment where the CICS region is running.
task_lparname	VARCHAR(8)?	The name, in EBCDIC, of the logical partition (LPAR) on the processor where the CICS region is running.
task_maxtasks	INTEGER?	The MXT or MAXTASKS value, expressed as a number of tasks, for the CICS region at the time the user task was attached.
task_curtasks	INTEGER?	The current number of active user transactions in the system at the time the user task was attached.
task_xsvfypwd	FLOAT?	The total elapsed time that the user task spent verifying passwords, password phrases, PassTickets, and MFA tokens.
task_cputoncp	FLOAT?	The total task processor time on a standard processor for which the user task was dispatched on each CICS TCB under which the task ran.
task_offlcput	FLOAT?	The total task processor time that was spent on a standard processor but was eligible for offload to a specialty processor (zIIP or zAAP).
task_xsvfybas	FLOAT?	The total elapsed time that the user task spent verifying basic authentication tokens (BASICAUTH).
task_xsvfyker	FLOAT?	The total elapsed time that the user task spent verifying Kerberos tokens (KERBEROS).
task_xsvfyjwt	FLOAT?	The total elapsed time that the user task spent verifying JSON web tokens (JWT).
task_acapplnm	VARCHAR(64)?	The 64-character name of the application in the application context data.
task_acplatnm	VARCHAR(64)?	The 64-character name of the platform in the application context data.
task_acmajver	INTEGER?	The major version of the application in the application context data, expressed as a 4-byte binary value.
task_acminver	INTEGER?	The minor version of the application in the application context data, expressed as a 4-byte binary value.
task_acmicver	INTEGER?	The micro version of the application in the application context data, expressed as a 4-byte binary value.
task_acopernm	VARCHAR(64)?	The 64-character name of the operation in the application context data.
task_astotct	INTEGER?	The total number of EXEC CICS asynchronous API commands that have been issued by the user task. Includes RUN TRANSID , FETCH CHILD , FETCH ANY , and FREE CHILD commands.
task_asrunct	INTEGER?	The number of EXEC CICS RUN TRANSID commands that have been issued by the user task.
task_asftchct	INTEGER?	The number of EXEC CICS FETCH CHILD and EXEC CICS FETCH ANY commands that have been issued by the user task.
task_asfreect	INTEGER?	The number of EXEC CICS FREE CHILD commands that have been issued by the user task.
task_asftchwt	FLOAT?	The elapsed time that the user task waited for a child task as a result of issuing an EXEC CICS FETCH CHILD or EXEC CICS FETCH ANY command which was not completed.
task_asrnatwt	FLOAT?	The elapsed time that the user task was delayed as a result of asynchronous child task limits managed by the asynchronous services domain.
temp_tsiowtt	FLOAT?	Elapsed time for which the user task waited for VSAM temporary storage I/O. For more information, see Clocks and time stamps, and Transaction wait (suspend) times in Reference.
temp_tsgetct	INTEGER?	Number of temporary storage GET requests to auxiliary or main temporary storage issued by the user task.
temp_tsputact	INTEGER?	Number of PUT requests to auxiliary temporary storage issued by the user task.
temp_tsputmct	INTEGER?	Number of PUT requests to main temporary storage issued by the user task.
temp_tstotct	INTEGER?	Total number of temporary storage requests issued by the user task. This field is the sum of the temporary storage READQ (TSGETCT), READQ shared (TSGETSCT), WRITEQ AUX (TSPUTACT), WRITEQ MAIN (TSPUTMCT), WRITEQ shared (TSPUTSCT), and DELETEQ requests issued by the user task.
temp_tsshwait	FLOAT?	Elapsed time that the user task waited for an asynchronous shared temporary storage request to a temporary storage data server to complete. For more information, see Clocks and time stamps, and Transaction wait (suspend) times in Reference.
temp_tsgetsct	INTEGER?	Number of temporary storage GET requests from shared temporary storage issued by the user task.
temp_tsputsct	INTEGER?	Number of temporary storage PUT requests to shared temporary storage issued by the user task.
term_term	VARCHAR(4)?	Terminal or session identification. This field is null if the task is not associated with a terminal or session.
term_tciowtt	FLOAT?	Elapsed time for which the user task waited for input from the terminal operator after issuing a RECEIVE request. For more information, see Clocks and time stamps and Transaction wait (suspend) times in Reference.
term_tcmsgin1	INTEGER?	Number of messages received from the principal terminal facility of the task, including LUTYPE6.1 and LUTYPE6.2 (APPC) but not MRO (IRC).
term_tcmsgou1	INTEGER?	Number of messages sent to the principal terminal facility of the task, including LUTYPE6.1 and LUTYPE6.2 (APPC) but not MRO (IRC).
term_tcmsgin2	INTEGER?	Number of messages received from the LUTYPE6.1 alternate terminal facilities by the user task.
term_tcmsgou2	INTEGER?	Number of messages sent to the LUTYPE6.1 alternate terminal facilities by the user task.
term_tcalloct	INTEGER?	Number of TCTTE ALLOCATE requests issued by the user task for LUTYPE6.2 (APPC), LUTYPE6.1, and IRC sessions.
term_tcchrin1	INTEGER?	Number of characters received from the principal terminal facility of the task, including LUTYPE6.1 and LUTYPE6.2 (APPC) but not MRO (IRC).
term_tcchrou1	INTEGER?	Number of characters sent to the principal terminal facility of the task, including LUTYPE6.1 and LUTYPE6.2 (APPC) but not MRO (IRC).
term_tcchrin2	INTEGER?	Number of characters received from the LUTYPE6.1 alternate terminal facilities by the user task. (Not applicable to ISC APPC.).
term_tcchrou2	INTEGER?	Number of characters sent to the LUTYPE6.1 alternate terminal facilities by the user task. (Not applicable to ISC APPC.).
term_iriowtt	FLOAT?	Elapsed time for which the user task waited for control at this end of an MRO link. For more information, see Clocks and time stamps and Transaction wait (suspend) times in Reference.
term_luname	VARCHAR(8)?	The z/OS Communications Server SNA logical unit name (if available) of the terminal that is associated with this transaction. If the task is executing in an application-owning or file-owning region, the LUNAME is the generic applid of the originating connection for MRO, LUTYPE6.1, and LUTYPE6.2 (APPC). The LUNAME is blank if the originating connection is an external CICS interface (EXCI).
term_lu61wtt	FLOAT?	The elapsed time for which the user task waited for I/O on a LUTYPE6.1 connection or session. This time also includes the waits incurred for conversations across LUTYPE6.1 connections, but not the waits incurred because of LUTYPE6.1 syncpoint flows. For more information, see Clocks and time stamps and Transaction wait (suspend) times in Reference.
term_lu62wtt	FLOAT?	The elapsed time for which the user task waited for I/O on a LUTYPE6.2 (APPC) connection or session. This time also includes the waits incurred for conversations across LUTYPE6.2 (APPC) connections, but not the waits incurred because of LUTYPE6.2 (APPC) syncpoint flows. For more information, see Clocks and time stamps and Transaction wait (suspend) times in Reference.
term_tcm62in2	INTEGER?	Number of messages received from the alternate facility by the user task for LUTYPE6.2 (APPC) sessions.
term_tcm62ou2	INTEGER?	Number of messages sent to the alternate facility by the user task for LUTYPE6.2 (APPC) sessions.
term_tcc62in2	INTEGER?	Number of characters received from the alternate facility by the user task for LUTYPE6.2 (APPC) sessions.
term_tcc62ou2	INTEGER?	Number of characters sent to the alternate facility by the user task for LUTYPE6.2 (APPC) sessions.
term_terminfo	INTEGER?	Terminal or session information for the principal facility of this task, as identified in the ‘TERM’ field id 002. This field is null if the task is not associated with a terminal or session facility.
term_termcnnm	VARCHAR(4)?	Terminal session connection name. If the terminal facility associated with this transaction is a session, this field is the name of the owning connection (sysid).
term_netid	VARCHAR(8)?	NETID if a network qualified name has been received from the Communications Server. If it is a resource and the network qualified name has not yet been received, NETID is 8 blanks. In all other cases, it is nulls.
term_rluname	VARCHAR(8)?	Real network name if a network qualified name has been received from the Communications Server. In all other cases, this field is the same as LUNAME (field ID 111). For non-Communications Server resources, it is nulls.
term_tcalwtt	FLOAT?	The elapsed time for which a user task waited for an allocate request for an MRO (Inter-Region Communication), LU6.1, or LU6.2 session. For more information, see Clocks and time stamps and Transaction wait (suspend) times in Reference.
webb_wbreadct	INTEGER?	The number of CICS web support READ HTTPHEADER, READ FORMFIELD, and READ QUERYPARM requests issued by the user task.
webb_wbwritct	INTEGER?	The number of CICS web support WRITE HTTPHEADER requests issued by the user task.
webb_wbrcvct	INTEGER?	The number of CICS web support RECEIVE requests issued by the user task.
webb_wbchrin	INTEGER?	The number of bytes received by the CICS web support RECEIVE requests issued by the user task.
webb_wbsendct	INTEGER?	The number of CICS web support SEND requests issued by the user task.
webb_wbchrout	INTEGER?	The number of bytes sent by the CICS web support SEND requests issued by the user task.
webb_wbtotct	INTEGER?	The total number of CICS web support requests issued by the user task.
webb_wbreprct	INTEGER?	The number of reads from the repository in temporary storage issued by the user task.
webb_wbrepwct	INTEGER?	The number of writes to the repository in temporary storage issued by the user task.
webb_wbextrct	INTEGER?	The number of CICS web support EXTRACT requests issued by the user task.
webb_wbbrwct	INTEGER?	The number of CICS web support browsing requests for HTTPHEADER, FORMFIELD, and QUERYPARM (STARTBROWSE, READNEXT, and ENDBROWSE) issued by the user task.
webb_wbredoct	INTEGER?	The number of CICS web support READ HTTPHEADER requests issued by the user task when CICS is an HTTP client.
webb_wbwrtoct	INTEGER?	The number of CICS web support WRITE HTTPHEADER requests issued by the user task when CICS is an HTTP client.
webb_wbrcvin1	INTEGER?	The number of CICS web support RECEIVE and CONVERSE requests issued by the user task when CICS is an HTTP client.
webb_wbchrin1	INTEGER?	The number of bytes received by the CICS web support RECEIVE and CONVERSE requests issued by the user task when CICS is an HTTP client. This number includes the HTTP headers for the response.
webb_wbsndou1	INTEGER?	The number of CICS web support SEND and CONVERSE requests issued by the user task when CICS is an HTTP client.
webb_wbchrou1	INTEGER?	The number of bytes sent by the CICS web support SEND and CONVERSE requests issued by the user task when CICS is an HTTP client. This number includes the HTTP headers for the request.
webb_wbparsct	INTEGER?	The number of CICS web support PARSE URL requests issued by the user task.
webb_wbbrwoct	INTEGER?	The number of CICS web support BROWSE HTTPHEADER requests (STARTBROWSE, READNEXT, and ENDBROWSE) issued by the user task when CICS is an HTTP client.
webb_wburiopn	FLOAT?	The total elapsed time that the user task was processing WEB OPEN URIMAP requests that are issued by the user task. For more information, see Clocks and time stamps.
webb_wbiwbsct	INTEGER?	The number of EXEC CICS INVOKE SERVICE and EXEC CICS INVOKE WEBSERVICE requests issued by the user task.
webb_wbreprdl	INTEGER?	The total length, in bytes, of the data read from the repository in temporary storage by the user task.
webb_wbrepwdl	INTEGER?	The total length, in bytes, of the data written to the repository in temporary storage by the user task.
webb_wburimnm	VARCHAR(8)?	For CICS web support, Atom feeds, and web service applications, the name of the URIMAP resource definition that was mapped to the URI of the inbound request that was processed by this task.
webb_wbpiplnm	VARCHAR(8)?	For web service applications, the name of the PIPELINE resource definition that was used to provide information about the message handlers that act on the service request processed by this task.
webb_wbatmsnm	VARCHAR(8)?	For Atom feeds, the name of the ATOMSERVICE resource definition that was used to process this task.
webb_wbsvcenm	VARCHAR(32)?	For web service applications, the name of the WEBSERVICE resource definition that was used to process this task.
webb_wbsvopnm	VARCHAR(64)?	For web service applications, the first 64 bytes of the web service operation name.
webb_wbprognm	VARCHAR(8)?	For CICS web support, the name of the program from the URIMAP resource definition that was used to provide the application-generated response to the HTTP request processed by this task.
webb_wbsfcrct	INTEGER?	The number of EXEC CICS SOAPFAULT CREATE commands issued by the user task.
webb_wbsftoct	INTEGER?	The total number of EXEC CICS SOAPFAULT ADD , CREATE , and DELETE commands issued by the user task.
webb_wbissfct	INTEGER?	The total number of SOAP faults received in response to the EXEC CICS INVOKE SERVICE and EXEC CICS INVOKE WEBSERVICE commands issued by the user task.
webb_wbsreqbl	INTEGER?	For web service applications, the SOAP request body length.
webb_wbsrspbl	INTEGER?	For web service applications, the SOAP response body length.
webb_wburircv	FLOAT?	The total elapsed time that the user task was processing WEB RECEIVE requests and the receiving side of WEB CONVERSE requests that are issued by the user task. The sessions these requests target to are opened by the WEB OPEN URIMAP command. For more information, see Clocks and time stamps.
webb_wburisnd	FLOAT?	The total elapsed time that the user task was processing WEB SEND requests and the sending side of WEB CONVERSE requests that are issued by the user task. The sessions these requests target to are opened by the WEB OPEN URIMAP command. For more information, see Clocks and time stamps.
webb_mlxsstdl	INTEGER?	The total length of the documents that were parsed using the z/OS XML System Services parser.
webb_mlxmltct	INTEGER?	The number of EXEC CICS TRANSFORM commands issued by the user task.
webb_njsappnm	VARCHAR(32)?	Node.js application name from which the task was started.
webb_wsacblct	INTEGER?	The number of EXEC CICS WSACONTEXT BUILD commands issued by the user task.
webb_wsacgtct	INTEGER?	The number of EXEC CICS WSACONTEXT GET commands issued by the user task.
webb_wsaepcct	INTEGER?	The number of EXEC CICS WSAEPR CREATE commands issued by the user task.
webb_wsatotct	INTEGER?	The total number of EXEC CICS WS-Addressing commands issued by the user task.
webb_wbjsnrql	INTEGER?	For JSON web service applications, the JSON message request length.
webb_wbjsnrpl	INTEGER?	For JSON web service applications, the JSON message response length.
webc_wbsvinvk	FLOAT?	The total elapsed time that the user task was processing INVOKE SERVICE requests for WEBSERVICEs. For more information, see Clocks and time stamps.

Constraints:

• PRIMARY KEY (smfmnsid, smfmnprn, smfmnspn, task_tran, cics_start, task_trannum, elapsed)

Indexes:

• ix__smf110_123__cics_oadata1 (cics_oadata1)

smf123_request_data

smf2db.db_models.smf123_model.Smf123RequestData (smf123_request_data)

The Smf123RequestData class stores the Smf123RequestData section in the smf123_request_data table.

Columns:

smf123s1_sor_identifier*	VARCHAR(64)	System of record identifier. Value of com.ibm.zosconnect.spi.Data.SOR_IDENTIFIER. See Note 2.
smf123s1_req_id*	INTEGER	Request identifier that is unique within a z/OS Connect server instance.
datetime_15m	DATETIME?	The 15-minute interval of the record.
datetime	DATETIME?	the hour of the record.
smfmnsid	VARCHAR(4)?	System identification.
smfmnprn	VARCHAR(8)?	Product name (generic Applid).
smfmnspn	VARCHAR(8)?	Product name (specific Applid).
smfmnjbn	VARCHAR(8)?	Jobname.
smfmnrvn	VARCHAR(4)?	Record version (CICS), format 0VRM (V = version; R = release M = modification).
task_tran	VARCHAR(4)?	Transaction identification.
→ smf123_server_sysplex*	VARCHAR(8)	Sysplex name (ECVTSPLX).
→ smf123_sid*	VARCHAR(4)	System ID from the SID parameter.
→ smf123_server_jobname*	VARCHAR(8)	Job name of the server (JSABJBNM).
→ smf123_server_jobid*	VARCHAR(8)	Job ID of the server (JSABJBID).
→ smf123_timestamp*	DATETIME	Time when record was moved into the SMF buffer, in hundredths of a second since midnight.’
smf123s1_req_data_ver	INTEGER?	Version of request data record. Set to 1.
smf123s1_req_type	INTEGER?	Request type: 0 = Unknown 1 = API 2 = Service 3 = Admin.
smf123s1_http_resp_code	INTEGER?	HTTP response code.
smf123s1_resp_flags	INTEGER?	Response flags.
smf123s1_user_name	VARCHAR(64)?	See Note 1.
smf123s1_user_name_mapped	VARCHAR(8)?	If a distributed ID was sent on the request and is mapped to a SAF username, then this value is the authenticated SAF username. Otherwise, this value is blank.
smf123s1_client_ip_addr	VARCHAR(48)?	Client IP address.
smf123s1_api_name	VARCHAR(64)?	API name.
smf123s1_api_version	VARCHAR(8)?	API version.
smf123s1_service_name	VARCHAR(64)?	Service name.
smf123s1_service_version	VARCHAR(8)?	Service version.
smf123s1_req_method	VARCHAR(8)?	Method GET/POST/PUT/DELETE.
smf123s1_req_query_str	VARCHAR(128)?	Query string.
smf123s1_req_target_uri	VARCHAR(256)?	Target URI.
smf123s1_req_payload_len	INTEGER?	Request payload length in bytes.
smf123s1_resp_payload_len	INTEGER?	Response payload length in bytes.
smf123s1_time_zc_entry	DATETIME?	Time the request was received by the z/OS Connect server. See Note 4.
smf123s1_time_zc_exit	DATETIME?	Time the response was ready to be sent to the HTTP client. See Note 4.
smf123s1_time_sor_sent	DATETIME?	Time the request was sent to the system of record. For information about IMS, see Note 2. For more information about interpreting time data, see Note 4.
smf123s1_time_sor_recv	DATETIME?	Time the response was received from the system of record. For information about IMS, see Note 2. For more information.
smf123s1_sp_name	VARCHAR(16)?	Service provider name. Value of com.ibm.zosconnect.spi.Data.SERVICE_PROVIDER_NAME.
smf123s1_sor_reference	VARCHAR(32)?	Reference to the element in server.xml that identifies the connection to the system of record. Value of com.ibm.zosconnect.spi.Data.SOR_REFERENCE. See Note 2.
smf123s1_sor_resource	VARCHAR(128)?	System of record resource. Value of com.ibm.zosconnect.spi.Data.SOR_RESOURCE. See Note 2.
smf123s1_tracking_token	VARCHAR(130)?	Tracking token that is padded with spaces (0x40) since 3.0.45 and nulls (0x00) previously. See Note 3.
smf123s1_req_hdr1	VARCHAR(64)?	Request header. <header1name>:<header1value>.
smf123s1_req_hdr2	VARCHAR(64)?	Request header. <header2name>:<header2value>.
smf123s1_req_hdr3	VARCHAR(64)?	Request header. <header3name>:<header3value>.
smf123s1_req_hdr4	VARCHAR(64)?	Request header. <header4name>:<header4value>.
smf123s1_resp_hdr1	VARCHAR(64)?	Mapped response header. <header1name>:<header1value>.
smf123s1_resp_hdr2	VARCHAR(64)?	Mapped response header. <header2name>:<header2value>.
smf123s1_resp_hdr3	VARCHAR(64)?	Mapped response header. <header3name>:<header3value>.
smf123s1_resp_hdr4	VARCHAR(64)?	Mapped response header. <header4name>:<header4value>.
timed_out	INTEGER?	Number of timed-out requests made.
zc_resp	FLOAT?	Request elapsed time from when z/OS Connect received the request to when it sent the response to the client, including CICS response time. It is derived by subtracting the z/OS connect entry time from the exit time.
sent_late	FLOAT?	The elapsed time from when z/OS Connect received the request to when it sent the request to CICS. It is derived by subtracting the z/OS Connect entry time from the time it sent the request to CICS.
sor_resp	FLOAT?	The elapsed time it took CICS to respond to the request. It is derived by subtracting the time the request was sent to CICS from the time CICS responded.
exit_late	FLOAT?	The elapsed time it took z/OS Connect to respond to the client after is received the response from CICS. It is derived by subtracting the CICS response time from the z/OS Connect exit time.
zc_time	FLOAT?	The elapsed time it took inside z/OS Connect.
tasks	INTEGER?	Total number of transaction records within the duration.
elapsed	FLOAT?	Total elapsed time of the transactions within the duration.
cbts_prcsname	VARCHAR(36)?	The name of the CICS business transaction service (BTS) process of which the user task formed part.
cbts_prcstype	VARCHAR(8)?	The process-type of the CICS BTS process of which the user task formed part.
cbts_prcsid	VARCHAR(52)?	The CICS-assigned identifier of the CICS BTS root activity that the user task implemented.
cbts_actvtyid	VARCHAR(52)?	The CICS-assigned identifier of the CICS BTS activity that the user task implemented.
cbts_actvtynm	VARCHAR(16)?	The name of the CICS BTS activity that the user task implemented.
cbts_barsynct	INTEGER?	The number of CICS BTS run process, or run activity, requests that the user task made in order to execute a process or activity synchronously.
cbts_barasyct	INTEGER?	The number of CICS BTS run process, or run activity, requests that the user task made in order to execute a process or activity asynchronously.
cbts_balkpact	INTEGER?	The number of CICS BTS link process, or link activity, requests that the user task issued.
cbts_badproct	INTEGER?	The number of CICS BTS define process requests issued by the user task.
cbts_badactct	INTEGER?	The number of CICS BTS define activity requests issued by the user task.
cbts_barspact	INTEGER?	The number of CICS BTS reset process and reset activity requests issued by the user task.
cbts_basupact	INTEGER?	The number of CICS BTS suspend process, or suspend activity, requests issued by the user task.
cbts_barmpact	INTEGER?	The number of CICS BTS resume process, or resume activity, requests issued by the user task.
cbts_badcpact	INTEGER?	The number of CICS BTS delete activity, cancel process, or cancel activity, requests issued by the user task.
cbts_baacqpct	INTEGER?	The number of CICS BTS acquire process, or acquire activity, requests issued by the user task.
cbts_batotpct	INTEGER?	Total number of CICS BTS process and activity requests issued by the user task.
cbts_baprdcct	INTEGER?	The number of CICS BTS delete, get, move, or put, container requests for process data containers issued by the user task.
cbts_baacdcct	INTEGER?	The number of CICS BTS delete, get, move, or put, container requests for current activity data containers issued by the user task.
cbts_batotcct	INTEGER?	Total number of CICS BTS delete, get, move, or put, process container and activity container requests issued by the user task.
cbts_baratect	INTEGER?	The number of CICS BTS retrieve-reattach event requests issued by the user task.
cbts_badfiect	INTEGER?	The number of CICS BTS define-input event requests issued by the user task.
cbts_batiaect	INTEGER?	The number of CICS BTS DEFINE TIMER EVENT, CHECK TIMER EVENT, DELETE TIMER EVENT, and FORCE TIMER EVENT requests issued by the user task.
cbts_batotect	INTEGER?	Total number of CICS BTS event-related requests issued by the user task.
chnl_pgtotcct	INTEGER?	The number of CICS requests for channel containers issued by the user task.
chnl_pgbrwcct	INTEGER?	The number of CICS browse requests for channel containers issued by the user task.
chnl_pggetcct	INTEGER?	The number of GET CONTAINER and GET64 CONTAINER requests for channel containers issued by the user task.
chnl_pgputcct	INTEGER?	The number of PUT CONTAINER and PUT64 CONTAINER requests for channel containers issued by the user task.
chnl_pgmovcct	INTEGER?	The number of MOVE CONTAINER requests for channel containers issued by the user task.
chnl_pggetcdl	INTEGER?	The total length, in bytes, of the data in the containers of all the GET CONTAINER CHANNEL and GET64 CONTAINER CHANNEL commands issued by the user task.
chnl_pgputcdl	INTEGER?	The total length, in bytes, of the data in the containers of all the PUT CONTAINER CHANNEL and PUT64 CONTAINER CHANNEL commands issued by the user task.
chnl_pgcrecct	INTEGER?	The number of containers created by MOVE, PUT CONTAINER, and PUT64 CONTAINER requests for channel containers issued by the user task.
chnl_pgcsthwm	INTEGER?	Maximum amount (high-water mark), in bytes, of container storage allocated to the user task.
cics_cfcapict	INTEGER?	Number of CICS OO foundation class requests, including the Java API for CICS (JCICS) classes, issued by the user task.
cics_userid	VARCHAR(8)?	User identification at task creation. This identification can also be the remote user identifier for a task created as the result of receiving an ATTACH request across an MRO or APPC link with attach-time security enabled.
cics_exwttime	FLOAT?	Accumulated data for exception conditions. The timer component of the clock contains the total elapsed time for which the user waited on exception conditions. The period count equals the number of exception conditions that have occurred for this task. For more information on exception conditions, see Exception class data: Listing of data fields . For more information on clocks, see Clocks and time stamps.
cics_rtype	VARCHAR(1)?	Performance record type (low-order byte-3).
cics_rsysid	VARCHAR(4)?	The name (SYSID) of the remote system to which this transaction was routed either statically or dynamically.
cics_perrecnt	INTEGER?	The number of performance class records written by the CICS Monitoring Facility (CMF) for the user task.
cics_srvclsnm	VARCHAR(8)?	The z/OS Workload Manager (WLM) service class for this transaction. This field is null if no transaction classification rules are defined for CICS subsystems in the active z/OS Workload Manager (WLM) service policy, or if the transaction was WLM-classified in another CICS region.
cics_rptclsnm	VARCHAR(8)?	The z/OS Workload Manager (WLM) report class for this transaction. This field is null if no transaction classification rules are defined for CICS subsystems in the active z/OS Workload Manager (WLM) service policy, or if the transaction was WLM-classified in another CICS region.
cics_oadid	VARCHAR(64)?	The adapter identifier added to the origin data by the adapter. This field is blank if the task was not started by using an adapter, or if it was and the adapter did not set this value.
cics_oadata2	VARCHAR(130)?	The data added to the origin data by using the adapter. This field is blank if the task was not started by using an adapter, or if it was and the adapter did not set this value.
cics_oadata3	VARCHAR(130)?	The data added to the origin data by the adapter. This field is blank if the task was not started by using an adapter, or if it was and the adapter did not set this value.
cics_onetwkid	VARCHAR(8)?	The network identifier from which this work request (transaction) originated.
cics_oapplid	VARCHAR(8)?	The APPLID of the CICS region in which this work request (transaction) originated; for example, the region in which the CWXN task ran.
cics_ostart	DATETIME?	The time at which the originating task, for example the CWXN task, was started.
cics_otrannum	VARCHAR(8)?	The number of the originating task; for example, the CWXN task.
cics_otran	VARCHAR(4)?	The transaction ID (TRANSID) of the originating task; for example, the CWXN task.
cics_ouserid	VARCHAR(8)?	The originating Userid-2 or Userid-1, for example from CWBA, depending on the originating task.
cics_ousercor	VARCHAR(64)?	The originating user correlator.
cics_otcpsvce	VARCHAR(8)?	The name of the originating TCPIPSERVICE.
cics_oportnum	INTEGER?	The port number used by the originating TCPIPSERVICE.
cics_ocliport	INTEGER?	The TCP/IP port number of the originating client or Telnet client.
cics_otranflg	VARCHAR(18)?	Originating transaction flags, a string of 64 bits used for signaling transaction definition and status information:.
cics_ofctynme	VARCHAR(8)?	The facility name of the originating transaction. If the originating transaction is not associated with a facility, this field is null. The transaction facility type, if any, can be identified using byte 0 of the originating transaction flags, OTRANFLG (370), field.
cics_oclipadr	VARCHAR(40)?	The IP address of the originating client or Telnet client.
cics_phntwkid	VARCHAR(8)?	The network identifier of the CICS system of an immediately previous task in another CICS system with which this task is associated. See Previous hop data characteristics for more information about previous hop data.
cics_phapplid	VARCHAR(8)?	If the task was initiated by a task in another CICS region, PHAPPLID contains the APPLID of the other CICS region, which is obtained from previous hop data.
cics_phstart	DATETIME?	The start time of the immediately previous task in another CICS system with which this task is associated. See Previous hop data characteristics for more information about previous hop data.
cics_phtranno	VARCHAR(8)?	If the task was initiated by a task in another CICS region, PHTRANNO contains the task number of the immediately previous task in another CICS system with which this task is associated. This value is obtained from previous hop data.
cics_phtran	VARCHAR(4)?	The transaction ID (TRANSID) of the immediately previous task in another CICS system with which this task is associated. See Previous hop data characteristics for more information about previous hop data.
cics_phcount	INTEGER?	If the task was initiated by a task in another CICS region, PHCOUNT contains the number of times there has been a request from one CICS system to another CICS system to initiate a task with which this task is associated. See Previous hop data characteristics for more information about previous hop data.
cics_eictotct	INTEGER?	The total number of EXEC CICS commands issued by the user task.
cics_tiasktct	INTEGER?	The number of EXEC CICS ASKTIME commands issued by the user task.
cics_titotct	INTEGER?	The total number of EXEC CICS ASKTIME , CONVERTTIME , and FORMATTIME commands issued by the user task.
cics_bfdgstct	INTEGER?	The total number of EXEC CICS BIF DIGEST commands issued by the user task.
cics_bftotct	INTEGER?	The total number of EXEC CICS BIF DEEDIT and BIF DIGEST commands issued by the user task.
cics_ecsigect	INTEGER?	The number of EXEC CICS SIGNAL EVENT commands issued by the user task.
cics_ecefopct	INTEGER?	The number of event filter operations performed by the user task.
cics_ecevntct	INTEGER?	The number of events captured by the user task.
cics_ecsevcct	INTEGER?	The number of synchronous emission events captured by the user task.
cics_mpprtxcd	INTEGER?	The number of policy task rule thresholds that this task has exceeded. This field is all nulls (0x00 bytes) if no thresholds have been exceeded or if the task has had no task rules applied to it.
cics_ncgetct	INTEGER?	The total number of requests to a named counter server to satisfy EXEC CICS GET COUNTER and EXEC CICS GET DCOUNTER commands issued by the user task.
cics_mpsrect	INTEGER?	The number of times that policy system rules have been evaluated for the task.
cics_mpsract	INTEGER?	The number of times that policy system rules that have been evaluated true and have triggered an action. This field is all nulls (0x00 bytes) if no system rules have been evaluated true.
cics_ptstart	DATETIME?	The start time of the immediately previous or parent task in the same CICS system with which the task is associated. See Previous transaction data characteristics for more information about previous transaction data.
cics_pttranno	VARCHAR(8)?	The task number of the immediately previous or parent task in the same CICS system with which the task is associated. See Previous transaction data characteristics for more information about previous transaction data.
cics_pttran	VARCHAR(4)?	The transaction ID (TRANSID) of the immediately previous or parent task in the same CICS system with which the task is associated. See Previous transaction data characteristics for more information about previous transaction data.
cics_ptcount	INTEGER?	The number of times there has been a request from one task to initiate another task in the same CICS system with which this task is associated, such as by a RUN TRANSID or START command. This is effectively the task depth in the local region when using the RUN TRANSID command, or the START command when a new point of origin is not created. See Previous transaction data characteristics for more information about previous transaction data.
data_imsreqct	INTEGER?	The number of IMS (DBCTL) requests issued by the user task.
data_db2reqct	INTEGER?	The total number of Db2 EXEC SQL and Instrumentation Facility Interface (IFI) requests issued by the user task.
data_imswait	FLOAT?	The elapsed time during which the user task waited for DBCTL to service the IMS requests issued by the user task.
data_db2rdyqw	FLOAT?	The elapsed time during which the user task waited for a Db2 thread to become available.
data_db2conwt	FLOAT?	The elapsed time during which the user task waited for a Db2 connection to become available for use with the user task’s open TCB.
data_wmqreqct	INTEGER?	The total number of IBM MQ requests issued by the user task.
data_wmqgetwt	FLOAT?	The elapsed time during which the user task waited for IBM MQ to service the user task’s GETWAIT request.
data_wmqasrbt	FLOAT?	The IBM MQ SRB time this transaction spent processing IBM MQ API requests. Add this field to the transaction CPU time field (USRCPUT) when considering the measurement of the total processor time consumed by a transaction. This field is zero for point-to-point messaging activity, but it is nonzero where IBM MQ API requests result in publish and subscribe type messaging.
dest_tdgetct	INTEGER?	Number of transient data GET requests issued by the user task.
dest_tdputct	INTEGER?	Number of transient data PUT requests issued by the user task.
dest_tdpurct	INTEGER?	Number of transient data PURGE requests issued by the user task.
dest_tdtotct	INTEGER?	Total number of transient data requests issued by the user task. This field is the sum of TDGETCT, TDPUTCT, and TDPURCT.
dest_tdiowtt	FLOAT?	Elapsed time in which the user waited for VSAM transient data I/O. For more information, see Clocks and time stamps and Transaction wait (suspend) times in Reference.
dest_tdilwtt	FLOAT?	The elapsed time for which the user task waited for an intrapartition transient data lock (TDIPLOCK). For more information, see Clocks and time stamps and Transaction wait (suspend) times in Reference. For more information about tasks suspended on resource type TDIPLOCK, see Resource type TDIPLOCK: waits for transient data intrapartition requests.
dest_tdelwtt	FLOAT?	The elapsed time for which the user task waited for an extrapartition transient data lock (TDEPLOCK). For more information, see Clocks and time stamps and Transaction wait (suspend) times in Reference.
doch_dhdelct	INTEGER?	The number of document handler DELETE requests issued by the user task.
doch_dhcrect	INTEGER?	The number of document handler CREATE requests issued by the user task.
doch_dhinsct	INTEGER?	The number of document handler INSERT requests issued by the user task.
doch_dhsetct	INTEGER?	The number of document handler SET requests issued by the user task.
doch_dhretct	INTEGER?	The number of document handler RETRIEVE requests issued by the user task.
doch_dhtotct	INTEGER?	The total number of document handler requests issued by the user task.
doch_dhtotdcl	INTEGER?	The total length of all documents created by the user task.
fepi_szalloct	INTEGER?	Number of conversations allocated by the user task. This number is incremented for each FEPI ALLOCATE POOL or FEPI CONVERSE POOL.
fepi_szrcvct	INTEGER?	Number of FEPI RECEIVE requests made by the user task. This number is also incremented for each FEPI CONVERSE request.
fepi_szsendct	INTEGER?	Number of FEPI SEND requests made by the user task. This number is also incremented for each FEPI CONVERSE request.
fepi_szstrtct	INTEGER?	Number of FEPI START requests made by the user task.
fepi_szchrout	INTEGER?	Number of characters sent through FEPI by the user task.
fepi_szchrin	INTEGER?	Number of characters received through FEPI by the user task.
fepi_szwait	FLOAT?	Elapsed time in which the user task waited for all FEPI services. For more information, see Clocks and time stamps, and Transaction wait (suspend) times in Reference.
fepi_szallcto	INTEGER?	Number of times the user task timed out while waiting to allocate a conversation.
fepi_szrcvto	INTEGER?	Number of times the user task timed out while waiting to receive data.
fepi_sztotct	INTEGER?	Total number of all FEPI API and SPI requests made by the user task.
file_fcgetct	INTEGER?	Number of file GET requests issued by the user task.
file_fcputct	INTEGER?	Number of file PUT requests issued by the user task.
file_fcbrwct	INTEGER?	Number of file browse requests issued by the user task. This number excludes the START and END browse requests.
file_fcaddct	INTEGER?	Number of file ADD requests issued by the user task.
file_fcdelct	INTEGER?	Number of file DELETE requests issued by the user task.
file_fciowtt	FLOAT?	Elapsed time in which the user task waited for file I/O. For more information, see Clocks and time stamps, and Transaction wait (suspend) times in Reference.
file_fcamct	INTEGER?	Number of times the user task invoked file access-method interfaces. This number excludes requests for OPEN and CLOSE.
file_fctotct	INTEGER?	Total number of file control requests issued by the user task. This number excludes any request for OPEN, CLOSE, ENABLE, or DISABLE of a file.
file_rlswait	FLOAT?	Elapsed time in which the user task waited for RLS file I/O. For more information, see Clocks and time stamps and Transaction wait (suspend) times in Reference.
file_rlscput	FLOAT?	For RLS requests issued from the QR TCB:.
file_cfdtwait	FLOAT?	The elapsed time in which the user task waited for a data table access request to the Coupling Facility Data Table server to complete. For more information, see Clocks and time stamps, and Transaction wait (suspend) times in Reference.
file_fcxcwtt	FLOAT?	The elapsed time in which the user task waited for exclusive control of a VSAM control interval. This field counts time spent waiting on resource type FCXCSUSP, FCXDSUSP, FCXCPROT, or FCXDPROT. For more information, see Clocks and time stamps, and Transaction wait (suspend) times in Reference.
file_fcvswtt	FLOAT?	The elapsed time in which the user task waited for a VSAM string. This field counts time spent waiting on resource type FCPSSUSP or FCSRSUSP. For more information, see Clocks and time stamps and Transaction wait (suspend) times in Reference.
jour_jciowtt	FLOAT?	Elapsed time for which the user task waited for journal (logstream) I/O. For more information, see Clocks and time stamps, and Transaction wait (suspend) times in Reference.
jour_jnlwrtct	INTEGER?	Number of journal write requests issued by the user task.
jour_logwrtct	INTEGER?	Number of CICS log stream write requests issued by the user task.
mapp_bmsmapct	INTEGER?	Number of BMS MAP requests issued by the user task. This field corresponds to the number of RECEIVE MAP requests that did not incur a terminal I/O, and the number of RECEIVE MAP FROM requests.
mapp_bmsinct	INTEGER?	Number of BMS IN requests issued by the user task. This field corresponds to the number of RECEIVE MAP requests that incurred a terminal I/O.
mapp_bmsoutct	INTEGER?	Number of BMS OUT requests issued by the user task. This field corresponds to the number of SEND MAP requests.
mapp_bmstotct	INTEGER?	Total number of BMS requests issued by the user task. This field is the sum of BMS RECEIVE MAP, RECEIVE MAP FROM, SEND MAP, SEND TEXT, and SEND CONTROL requests issued by the user task.
otel_oteltid	VARCHAR(32)?	The OpenTelemetry (OTel) trace identifier. This field is null if there is no OTel data associated with the task.
otel_otelpid	VARCHAR(16)?	OTel parent span id. This field is null if there is no OTel data associated with the task.
otel_otelsid	VARCHAR(16)?	OTel span id. This field is null if there is no OTel data associated with the task.
otel_otelmisc	VARCHAR(18)?	OTel miscellaneous flags, a string of 64 bits.
prog_pclinkct	INTEGER?	Number of program LINK and INVOKE APPLICATION requests issued by the user task, including the link to the first program of the user task. This field does not include program LINK URM (userreplaceable module) requests.
prog_pcxctlct	INTEGER?	Number of program XCTL requests issued by the user task.
prog_pcloadct	INTEGER?	Number of program LOAD requests issued by the user task.
prog_pgmname	VARCHAR(8)?	The name of the first program called at transaction attach-time.
prog_pclurmct	INTEGER?	Number of program LINK URM (user-replaceable module) requests issued by, or on behalf of, the user task.
prog_pcdplct	INTEGER?	Number of distributed program link (DPL) requests issued by the user task.
prog_abcodeo	VARCHAR(4)?	Original abend code.
prog_abcodec	VARCHAR(4)?	Current abend code.
prog_pcloadtm	FLOAT?	Elapsed time in which the user task waited for fetches from DFHRPL or dynamic LIBRARY concatenations. Only fetches for programs with installed program definitions or autoinstalled as a result of application requests are included in this figure. However, installed programs in the LPA are not included (because they do not incur a physical fetch from a library). For more information about program load time, see Clocks and time stamps, and Program load time.
prog_pcdlcsdl	INTEGER?	The total length, in bytes, of the data in the containers of all the distributed program link (DPL) requests issued with the CHANNEL option by the user task. This total includes the length of any headers to the data.
prog_pcdlcrdl	INTEGER?	The total length, in bytes, of the data in the containers of all DPL RETURN CHANNEL commands issued by the user task. This total includes the length of any headers to the data.
prog_pclnkcct	INTEGER?	Number of local program LINK and INVOKE APPLICATION requests, with the CHANNEL option, issued by the user task.
prog_pcxclcct	INTEGER?	Number of program XCTL requests issued with the CHANNEL option by the user task.
prog_pcdplcct	INTEGER?	Number of program distributed program link (DPL) requests issued with the CHANNEL option by the user task.
prog_pcrtncct	INTEGER?	Number of remote pseudoconversational RETURN requests, with the CHANNEL option, issued by the user task.
prog_pcrtncdl	INTEGER?	The total length, in bytes, of the data in the containers of all the remote pseudoconversational RETURN CHANNEL commands issued by the user task. This total includes the length of any headers to the data.
rmi_rmitotal	FLOAT?	The total elapsed time spent in the CICS Resource Manager Interface (RMI).
rmi_rmiother	FLOAT?	The total elapsed time spent in the CICS RMI for resource manager requests other than Db2, DBCTL, EXEC DLI, IBM MQ, CICSPlex SM, and CICS TCP/IP socket requests.
rmi_rmidb2	FLOAT?	The total elapsed time spent in the CICS RMI for Db2 requests.
rmi_rmidbctl	FLOAT?	The total elapsed time spent in the CICS RMI for DBCTL requests.
rmi_rmiexdli	FLOAT?	The total elapsed time spent in the CICS RMI for EXEC DLI requests.
rmi_rmimqm	FLOAT?	The total elapsed time spent in the CICS RMI for IBM MQ requests.
rmi_rmicpsm	FLOAT?	The total elapsed time spent in the CICS RMI for CICSPlex SM requests.
rmi_rmitcpip	FLOAT?	The total elapsed time spent in the CICS RMI for CICS TCP/IP socket requests.
sock_soiowtt	FLOAT?	The elapsed time the user task spent waiting for any socket I/O to complete. This time includes time that the task the spent on send and receive calls. It applies to inbound and outbound sockets. For more information, see Clocks and time stamps and Transaction wait (suspend) times in Reference.
sock_sobyenct	INTEGER?	The number of bytes encrypted by the secure sockets layer for the user task.
sock_sobydect	INTEGER?	The number of bytes decrypted by the secure sockets layer for the user task.
sock_tcpsrvce	VARCHAR(8)?	The TCP/IP service name that attached the user task.
sock_portnum	INTEGER?	The TCP/IP port number of the TCP/IP service that attached the user task.
sock_isalloct	INTEGER?	The number of allocate session requests that are issued by the user task for sessions that use IPIC.
sock_soextrct	INTEGER?	The number of EXTRACT TCPIP and EXTRACT CERTIFICATE requests issued by the user task.
sock_socnpsct	INTEGER?	The total number of requests made by the user task to create an outbound socket.
sock_sonpshwm	INTEGER?	The peak number of outbound sockets owned by the user task.
sock_sorcvct	INTEGER?	The total number of receive requests issued for outbound sockets (persistent and nonpersistent) by the user task.
sock_sochrin	INTEGER?	The total number of bytes received on outbound sockets by the user task.
sock_sosendct	INTEGER?	The total number of send requests issued for outbound sockets (persistent and nonpersistent) by the user task.
sock_sochrout	INTEGER?	The total number of bytes sent on outbound sockets by the user task.
sock_sototct	INTEGER?	The total number of socket requests issued by the user task.
sock_sooiowtt	FLOAT?	The elapsed time that the user task spent waiting for a socket to be created by the socket manager when CICS is at the MAXSOCKETS limit. This field is not used because no callers within CICS choose to wait for a socket to become available when CICS is at the MAXSOCKETS limit.
sock_isiowtt	FLOAT?	The elapsed time for which a user task waited for control at this end of an IPIC connection.
sock_somsgin1	INTEGER?	The number of inbound socket receive requests that are issued by the user task.
sock_sochrin1	INTEGER?	The number of characters that are received by inbound socket receive requests that are issued by the user task.
sock_somsgou1	INTEGER?	The number of inbound socket send requests issued by the user task.
sock_sochrou1	INTEGER?	The number of characters that are sent by inbound socket send requests that are issued by the user task.
sock_isipicnm	VARCHAR(8)?	The name of the IPIC connection for the TCP/IP service that attached the user task.
sock_clipaddr	VARCHAR(40)?	The IP address of the client or Telnet client.
sock_isalwtt	FLOAT?	The elapsed time for which a user task waited for an allocate request for an IPIC session. For more information, see Clocks and time stamps and Transaction wait (suspend) times in Reference.
sock_socipher	VARCHAR(10)?	Identifies the code for the cipher suite that was selected during the initial handshake for use on the inbound connection, for example X’0000002F’. For a list of the cipher suites that are supported by CICS and z/OS and their codes, see Cipher Suite Definitions in z/OS Cryptographic Services System SSL Programming.
sock_clipport	INTEGER?	The port number of the client or Telnet client.
sock_soconmsg	VARCHAR(10)?	Indicates whether the task processed the first message for establishing a new connection for a client. This field helps you measure how often a new socket connection is created.
sock_sotlslvl	VARCHAR(8)?	Identifies the TLS protocol that was selected during the initial handshake for use on the inbound connection.
sock_soflag	INTEGER?	Socket flags, a string of 32 bits used for socket status information. Bit 0 and Bit 1 cannot both be set to the value 1 at the same time.
stor_scusrhwm	INTEGER?	Maximum amount (high-water mark) of user storage allocated to the user task below the 16 MB line.
stor_scugetct	INTEGER?	Number of user-storage GETMAIN requests issued by the user task for storage below the 16 MB line.
stor_scusrstg	BIGINT?	Storage occupancy of the user task below the 16 MB line. This measures the area under the curve of storage in use against elapsed time. For more information about storage occupancy, see Storage occupancy counts.
stor_scugetct_a	INTEGER?	Number of user-storage GETMAIN requests issued by the user task for storage above the 16 MB line.
stor_scusrhwm_a	INTEGER?	Maximum amount (high-water mark) of user storage allocated to the user task above the 16 MB line.
stor_scusrstg_a	BIGINT?	Storage occupancy of the user task above the 16 MB line. This measures the area under the curve of storage in use against elapsed time. For more information, see Storage occupancy counts.
stor_sc24chwm	INTEGER?	Maximum amount (high-water mark) of user storage allocated to the user task below the 16 MB line.
stor_sccgetct	INTEGER?	Number of user-storage GETMAIN requests issued by the user task for storage below the 16 MB line.
stor_sc24cocc	BIGINT?	Storage occupancy of the user task below the 16 MB line. This measures the area under the curve of storage in use against elapsed time. For more information, see Storage occupancy counts.
stor_sc31chwm	BIGINT?	Maximum amount (high-water mark) of user storage allocated to the user task above the 16 MB line.
stor_sccgetct_a	BIGINT?	Number of user-storage GETMAIN requests issued by the user task for storage above the 16 MB line.
stor_sc31cocc	BIGINT?	Storage occupancy of the user task above the 16 MB line. This measures the area under the curve of storage in use against elapsed time. For more information, see Storage occupancy counts.
stor_sc64cgct	BIGINT?	Number of user-storage GETMAIN requests issued by the user task for storage above the bar.
stor_sc64chwm	BIGINT?	Maximum amount (high-water mark) of user storage, rounded up to the next 4K, allocated to the user task above the bar.
stor_sc64ugct	BIGINT?	Number of user-storage GETMAIN requests issued by the user task for storage above the bar.
stor_sc64uhwm	BIGINT?	Maximum amount (high-water mark) of user storage, rounded up to the next 4K, allocated to the user task above the bar.
stor_sc24sgct	INTEGER?	Number of storage GETMAIN requests issued by the user task for shared storage below the 16 MB line.
stor_sc24gshr	INTEGER?	Number of bytes of shared storage obtained by the user task by using a GETMAIN request below the 16 MB line.
stor_sc24fshr	INTEGER?	Number of bytes of shared storage released by the user task by using a FREEMAIN request below the 16 MB line.
stor_sc31sgct	BIGINT?	Number of storage GETMAIN requests issued by the user task for shared storage above the 16 MB line.
stor_sc31gshr	BIGINT?	Number of bytes of shared storage obtained by the user task by using a GETMAIN request above the 16 MB line.
stor_sc31fshr	BIGINT?	Number of bytes of shared storage released by the user task by using a FREEMAIN request above the 16 MB line.
stor_sc64sgct	BIGINT?	Number of storage GETMAIN requests issued by the user task for shared storage above the bar.
stor_sc64gshr	BIGINT?	Amount of shared storage obtained by the user task by using a GETMAIN request above the bar. The total number of bytes obtained is rounded up to the next 4096 bytes, and the resulting number of 4K pages is displayed.
stor_sc64fshr	BIGINT?	Amount of shared storage released by the user task by using a FREEMAIN request above the bar. The total number of bytes obtained is rounded up to the next 4096 bytes, and the resulting number of 4K pages is displayed.
stor_pcstghwm	BIGINT?	Maximum amount (high-water mark) of program storage in use by the user task both above and below the 16 MB line.
stor_pc24bhwm	INTEGER?	Maximum amount (high-water mark) of program storage in use by the user task below the 16 MB line. This field is a subset of PCSTGHWM (field id 087) that resides below the 16 MB line.
stor_pc31rhwm	BIGINT?	Maximum amount (high-water mark) of program storage in use by the user task above the 16 MB line, in the extended read-only dynamic storage area (ERDSA). This field is a subset of PC31AHWM (field id 139) that resides in the ERDSA.
stor_pc31ahwm	BIGINT?	Maximum amount (high-water mark) of program storage in use by the user task above the 16 MB line. This field is a subset of PCSTGHWM (field id 087) that resides above the 16 MB line.
stor_pc31chwm	BIGINT?	Maximum amount (high-water mark) of program storage in use by the user task above the 16 MB line, in the extended CICS dynamic storage area (ECDSA). This field is a subset of PC31AHWM (139) that resides in the EPCDSA.
stor_pc24chwm	INTEGER?	Maximum amount (high-water mark) of program storage in use by the user task below the 16 MB line, in the CICS dynamic storage area (CDSA). This field is a subset of PC24BHWM (108) that resides in the PCDSA.
stor_pc24shwm	INTEGER?	Maximum amount (high-water mark) of program storage in use by the user task below the 16 MB line, in the shared dynamic storage area (SDSA). This field is a subset of PC24BHWM (108) that resides in the PUDSA.
stor_pc31shwm	BIGINT?	Maximum amount (high-water mark) of program storage in use by the user task above the 16 MB line, in the extended shared dynamic storage area (ESDSA). This field is a subset of PC31AHWM (139) that resides in the EPUDSA.
stor_pc24rhwm	INTEGER?	Maximum amount (high-water mark) of program storage in use by the user task below the 16 MB line, in the read-only dynamic storage area (RDSA). This field is a subset of PC24BHWM (108) that resides in the RDSA.
sync_spsyncct	INTEGER?	Number of SYNCPOINT requests issued during the user task.
sync_synctime	FLOAT?	Total elapsed time for which the user task was dispatched and was processing syncpoint requests.
sync_srvsywtt	FLOAT?	Total elapsed time in which the user task waited for syncpoint or resynchronization processing using the Coupling Facility data tables server to complete.
sync_syncdly	FLOAT?	The elapsed time in which the user task waited for a syncpoint request to be issued by its parent transaction. The user task was executing as a result of the parent task issuing a CICS BTS run-process or run-activity request to execute a process or activity synchronously. For more information, see Clocks and time stamps, and Transaction wait (suspend) times in Reference.
sync_otsindwt	FLOAT?	The elapsed time in which the user task was dispatched or suspended indoubt (or both) while processing a syncpoint for an Object Transaction Service (OTS) syncpoint request. For more information, see Clocks and time stamps, and Transaction wait (suspend) times in Reference.
task_ttype	VARCHAR(4)?	Transaction start type. The high-order bytes (0 and 1) are set as follows:.
task_usrdispt	FLOAT?	Total elapsed time during which the user task was dispatched on each CICS TCB under which the task ran. The TCB modes managed by the CICS dispatcher are: QR, RO, CO, FO, SZ ,RP, SL, SP, SO, EP, L8, L9, S8, TP, T8, X8, X9, and D2. Be aware that, for each CICS release, new TCB modes might be added to this list, or obsolete TCB modes might be removed. For more information about dispatch time and CPU time, see Transaction response time, dispatch time, and CPU time.
task_usrcput	FLOAT?	Processor time for which the user task was dispatched on each CICS TCB under which the task ran. The TCB modes managed by the CICS dispatcher are: QR, RO, CO, FO, SZ, RP, SL, SP, SO, EP, L8, L9,.
task_susptime	FLOAT?	Total elapsed wait time for which the user task was suspended by the dispatcher. This wait time includes these values:.
task_xsnlnact	INTEGER?	The number of QUERY SECURITY LOGMESSAGE(NOLOG) requests that succeeded but returned no authority on READ, UPDATE, CONTROL or ALTER.
task_xsnlnfct	INTEGER?	The number of QUERY SECURITY LOGMESSAGE(NOLOG) requests that failed with response code 13 NOTFND and reason code 5 or 8.
task_icpuinct	INTEGER?	Number of interval control START or INITIATE requests during the user task.
task_taskflag	INTEGER?	Task error flags, a string of 32 bits used for signaling unusual conditions occurring during the user task:.
task_icstacct	INTEGER?	Total number of local interval control START requests, with the CHANNEL option, issued by the user task.
task_ictotct	INTEGER?	Total number of Interval Control Start, Cancel, Delay, and Retrieve requests issued by the user task.
task_trngrpid	VARCHAR(58)?	The transaction group ID is assigned at transaction attach time, and can be used to correlate the transactions that CICS runs for the same incoming work request; for example, the CWXN and CWBA transactions for Web requests. This transaction group ID relationship is useful when applied to the.
task_netuowpx	VARCHAR(20)?	Fully qualified name by which the originating system is known to the z/OS Communications Server network. This name is assigned at attach time using either the netname derived from the TCT (when the task is attached to a local terminal) or the netname passed as part of an ISC APPC or IRC attach header. At least three padding bytes (X’00’) are present at the end of the name.
task_netuowsx	VARCHAR(18)?	Name by which the network unit of work ID is known in the originating system. This name is assigned at attach time using either an STCK-derived token (when the task is attached to a local terminal), or the network unit of work ID passed as part of an ISC (APPC) or IRC (MRO) attach header.
task_dispwtt	FLOAT?	Elapsed time for which the user task waited for redispatch. This time is the aggregate of the wait times between each event completion and user-task redispatch.
task_tranpri	INTEGER?	Transaction priority when monitoring of the task was initialized (low-order byte-3).
task_gnqdelay	FLOAT?	The elapsed time waiting for a CICS task control global enqueue. For more information, see Clocks and time stamps.
task_brdgtran	VARCHAR(4)?	Bridge listener transaction identifier. For CICS 3270 Bridge transactions, this field is the name of the Bridge listener transaction that attached the user task.
task_dspdelay	FLOAT?	The elapsed time waiting for first dispatch.
task_tcldelay	FLOAT?	The elapsed time waiting for first dispatch, which was delayed because of the limits set for the transaction class of this transaction, TCLSNAME (166), being reached. For more information, see Clocks and time stamps. This field is a component of the first dispatch delay, DSPDELAY (125), field.
task_mxtdelay	FLOAT?	The elapsed time waiting for the first dispatch, which was delayed because of the limits set by the system parameter, MXT, being reached. The field is a component of the first dispatch delay, DSPDELAY (125), field.
task_lmdelay	FLOAT?	The elapsed time that the user task waited to acquire a lock on a resource. A user task cannot explicitly acquire a lock on a resource, but many CICS modules lock resources on behalf of user tasks using the CICS lock manager (LM) domain.
task_enqdelay	FLOAT?	The elapsed time waiting for a CICS task control local enqueue. For more information, see Clocks and time stamps. This field is a component of the task suspend time, SUSPTIME (014), field.
task_rmuowid	DATETIME?	The identifier of the unit of work (unit of recovery) for this task. Unit of recovery values are used to synchronize recovery operations among CICS and other resource managers, such as IMS and Db2.
task_fctyname	VARCHAR(4)?	Transaction facility name. This field is null if the transaction is not associated with a facility. The transaction facility type (if any) can be identified using byte 0 of the transaction flags, TRANFLAG , (164) field.
task_tranflag	VARCHAR(18)?	Transaction flags, a string of 64 bits used for signaling transaction definition and status information:.
task_tclsname	VARCHAR(8)?	Transaction class name. This field is null if the transaction is not in a TRANCLASS.
task_rmitime	FLOAT?	The total elapsed time spent in the CICS Resource Manager Interface (RMI). For more information, see Clocks and time stamps, Transaction wait (suspend) times in Reference, and RMI elapsed and suspend time.
task_rmisusp	FLOAT?	The total elapsed time that the task was suspended by the CICS dispatcher while in the CICS Resource Manager Interface (RMI). For more information, see Clocks and time stamps, Transaction wait (suspend) times in Reference, and RMI elapsed and suspend time. The field is a component of the task suspend time, SUSPTIME (014), field and also the RMITIME (170) field.
task_wtexwait	FLOAT?	The elapsed time that the user task waited for one or more ECBs, passed to CICS by the user task using the EXEC CICS WAIT EXTERNAL ECBLIST command, to be posted by the MVS POST command. The user task can wait on one or more ECBs. If it waits on more than one, it is dispatchable as soon as one of the ECBs is posted. For more information, see Clocks and time stamps and Transaction wait (suspend) times in Reference. This field is a component of the task suspend time, SUSPTIME (014), field.
task_wtcewait	FLOAT?	The elapsed time that the user task waited for one of these events:.
task_icdelay	FLOAT?	The elapsed time that the user task waited as a result of issuing one of the following commands:.
task_gvupwait	FLOAT?	The elapsed time that the user task waited as a result of giving up control to another task. A user task can give up control in many ways. Some examples are application programs that use one or more of the following EXEC CICS API or SPI commands:.
task_tclstsks	INTEGER?	Total number of active and queued tasks, including this task, in the associated TRANCLASS when the task was attached. This field does not apply if the transaction is not in a TRANCLASS.
task_rrmsurid	VARCHAR(16)?	RRMS/MVS unit-of-recovery ID (URID).
task_rrmswait	FLOAT?	The elapsed time in which the user task waited indoubt using resource recovery services for EXCI.
task_rqrwait	FLOAT?	The elapsed time during which the request receiver user task CIRR (or user specified transaction ID) waited for any outstanding replies to be satisfied.
task_rqpwait	FLOAT?	The elapsed time during which the request processor user task CIRP waited for any outstanding replies to be satisfied. This field is a component of the task suspend time, SUSPTIME (014), field.
task_otstid	VARCHAR(128)?	This field is the first 128 bytes of the Object Transaction Service (OTS) Transaction ID (TID).
task_runtrwtt	FLOAT?	The elapsed time in which the user task waited for completion of a transaction that ran as a result of the user task issuing a CICS BTS run process request and a run activity request synchronously.
task_dschmdly	FLOAT?	The elapsed time in which the user task waited for redispatch after a CICS Dispatcher change-TCB mode request was issued by or on behalf of the user task. For example, a change-TCB mode request from a CICS L8 or S8 mode TCB back to the CICS QR mode TCB might have to wait for the QR TCB because another task is currently dispatched on the QR TCB. The period count component of DSCHMDLY represents the number of change-TCB mode requests. This field is a component of the task suspend time, SUSPTIME (014), field. For more information, see Clocks and time stamps and Transaction wait (suspend) times in Reference.
task_qrmoddly	FLOAT?	The elapsed time for which the user task waited for redispatch on the CICS QR mode TCB. This time is the aggregate of the wait times between each event completion and user-task redispatch. This field does not include the elapsed time spent waiting for the first dispatch. The QRMODDLY field is a component of the task suspend time, SUSPTIME (014), field, and also the redispatch wait, DISPWTT (102), field.
task_maxotdly	FLOAT?	The elapsed time in which the user task waited to obtain a CICS L8 or L9 mode open TCB, because the region had reached the limit set by CICS for these TCBs. L8 and L9 mode open TCBs are used by OPENAPI application programs or by task-related user exit programs that have been enabled with the OPENAPI option, for example, the CICS-Db2 adapter, when CICS connects to Db2 Version 6 or later and the CICS-MQ adapter, when CICS connects to Websphere MQ Version 6 or later.
task_tcbattct	INTEGER?	The number of CICS TCBs attached by or on behalf of the user task.
task_dstcbhwm	INTEGER?	The peak number of CICS open TCBs (in TCB modes L8, L9, S8, T8, X8, and X9) that have been concurrently allocated to the user task.
task_jvmtime	FLOAT?	The total elapsed time spent in the JVM by the user task. For more information, see JVM elapsed time, suspend time, and cleanup time.
task_jvmsusp	FLOAT?	The elapsed time for which the user task was suspended by the CICS dispatcher while running in the JVM. For more information, see JVM elapsed time, suspend time, and cleanup time. This field is a component of the task suspend time, SUSPTIME (014), field.
task_qrdispt	FLOAT?	The elapsed time for which the user task was dispatched on the CICS QR TCB. For more information, see Clocks and time stamps.
task_qrcput	FLOAT?	The processor time for which the user task was dispatched on the CICS QR TCB. For more information, see Clocks and time stamps.
task_msdispt	FLOAT?	Elapsed time for which the user task was dispatched on each CICS TCB. The CICS TCB modes are used as follows:.
task_mscput	FLOAT?	The processor time for which the user task was dispatched on each CICS TCB. The usage of each CICS TCB is shown in the description for field MSDISPT (field ID 257 in group DFHTASK). For more information, see Clocks and time stamps.
task_l8cput	FLOAT?	The processor time during which the user task was dispatched by the CICS dispatcher domain on a CICS L8 mode TCB. When a transaction starts an OPENAPI application program defined with EXECKEY=CICS, or a task-related user exit program that has been enabled with the OPENAPI option, CICS allocates a CICS L8 mode TCB to the task. (An L8 mode TCB can also be allocated if the OPENAPI program is defined with EXECKEY=USER, but the storage protection facility is inactive.) After a task has been allocated an L8 mode TCB, that same TCB remains associated with the task until the transaction is detached. For more information on this field, see Clocks and time stamps.
task_s8cput	FLOAT?	The processor time during which the user task was dispatched by the CICS dispatcher domain on a CICS S8 mode TCB. A transaction is allocated a CICS S8 mode TCB when it uses the secure sockets layer (SSL) during client certificate negotiation. The S8 mode TCB remains associated with the same task for the life of the SSL request. For more information, see Clocks and time stamps.
task_ky8dispt	FLOAT?	The total elapsed time during which the user task was dispatched by the CICS dispatcher on a CICS Key 8 mode TCB:.
task_ky8cput	FLOAT?	The processor time during which the user task was dispatched by the CICS dispatcher on a CICS Key 8 mode TCB. The usage of the CICS Key 8 mode TCBs is shown in the description for field KY8DISPT (field ID 262 in group DFHTASK). This field is a component of the task CPU time field, USRCPUT (field ID 008 in group DFHTASK).
task_ky9dispt	FLOAT?	The total elapsed time during which the user task was dispatched by the CICS dispatcher on a CICS Key 9 mode TCB:.
task_ky9cput	FLOAT?	The processor time during which the user task was dispatched by the CICS dispatcher on a CICS Key 9 mode TCB. The usage of the CICS Key 9 mode TCBs is shown in the description for field KY9DISPT (field ID 264 in group DFHTASK). This field is a component of the task CPU time field, USRCPUT (field ID 008 in group DFHTASK).
task_l9cput	FLOAT?	The processor time during which the user task was dispatched by the CICS dispatcher domain on a CICS L9 mode TCB. When a transaction calls an OPENAPI application program that is defined with EXECKEY=USER it is allocated and uses a CICS L9 mode TCB. If the storage protection facility is.
task_dstcbmwt	FLOAT?	The elapsed time that the user task spent in TCB mismatch waits; that is, waiting because no available TCB matched the request, but at least one non matching TCB was free.
task_rodispt	FLOAT?	The elapsed time during which the user task was dispatched by the CICS dispatcher on the CICS RO mode TCB. The RO TCB is used for loading programs, unless the command to load the program (EXEC CICS LOAD, XCTL, or LINK) is issued by an application that is currently running on an open TCB. In that situation, the open TCB is used to load the program instead of the RO TCB. The CICS RO mode TCB is also used for opening and closing CICS data sets, issuing RACF calls, and similar tasks. This field is a component of the task dispatch time field, USRDISPT (group name: DFHTASK, field ID: 007) and the task miscellaneous TCB dispatch time field, MSDISPT (group name: DFHTASK, field ID: 257).
task_rocput	FLOAT?	The processor time during which the user task was dispatched by the CICS dispatcher on the CICS RO mode TCB. The RO TCB is used for loading programs, unless the command to load the program (EXEC CICS LOAD, XCTL, or LINK) is issued by an application that is currently running on an open TCB. In that situation, the open TCB is used to load the program instead of the RO TCB. The CICS RO mode TCB is also used for opening and closing CICS data sets, issuing RACF calls, and similar tasks. This field is a component of the task CPU time field, USRCPUT (group name: DFHTASK, field ID: 008) and the task miscellaneous TCB CPU time field, MSCPUT (group name: DFHTASK, field ID: 258).
task_x8cput	FLOAT?	The processor time during which the user task was dispatched by the CICS dispatcher domain on a CICS X8 mode TCB. When a transaction calls a C or C++ program that was compiled with the XPLINK option, and that is defined with EXECKEY=CICS, it is allocated and uses a CICS X8 mode TCB. An X8 mode TCB can also be allocated if the program is defined with EXECKEY=USER, but the storage protection facility is inactive. After a task has been allocated an X8 mode TCB, that same TCB remains associated with the task until the program completes. This field is a component of the total task CPU time field, USRCPUT (field ID 008 in group DFHTASK), and the task key 8 CPU time field, KY8CPUT (field ID 263 in group DFHTASK).
task_x9cput	FLOAT?	The processor time during which the user task was dispatched by the CICS dispatcher domain on a CICS X9 mode TCB. When a transaction calls a C or C++ program that was compiled with the XPLINK option, and that is defined with EXECKEY=USER, it is allocated and uses a CICS X9 mode TCB. (If the storage protection facility is inactive, an X8 mode TCB is used instead of an X9 mode TCB.) After a task has been allocated an X9 mode TCB, that same TCB remains associated with the task until the program completes. This field is a component of the total task CPU time field, USRCPUT (field ID 008 in group DFHTASK), and the task key 9 CPU time field, KY9CPUT (field ID 265 in group DFHTASK).
task_jvmitime	FLOAT?	The elapsed time spent initializing the JVM environment. For more information, see Clocks and time stamps.
task_smmvsswt	FLOAT?	The time that the user task waited because MVS user region or extended user region was short on storage. For more information, see Transaction wait (suspend) times in Reference. This field is a component of the task suspend time, SUSPTIME (014), field.
task_jvmrtime	FLOAT?	Reserved field, returns zero.
task_dsmmscwt	FLOAT?	The elapsed time that the user task spent waiting because no TCB was available and a TCB was not created because of MVS storage constraints. This field is not populated. The field is a component of the task suspend time, SUSPTIME (014), field.
task_maxstdly	FLOAT?	The elapsed time for which the user task waited to obtain a CICS SSL TCB (S8 mode), because the CICS system reached the limit set by the system initialization parameter MAXSSLTCBS. The S8 mode open TCBs are used exclusively by secure sockets layer (SSL) pthread requests issued by or on behalf of a user task. For more information, see Transaction wait (suspend) times in Reference. This field is a component of the task suspend time, SUSPTIME (014), field.
task_maxxtdly	FLOAT?	The elapsed time for which the user task waited to obtain a CICS XP TCB (X8 or X9 mode), because the CICS system reached the limit set by CICS for these types of TCB. The X8 and X9 mode open TCBs are used exclusively by C and C++ programs that were compiled with the XPLINK option. For more information, see Transaction wait (suspend) times in Reference. This field is a component of the task suspend time, SUSPTIME (014), field.
task_maxttdly	FLOAT?	The elapsed time for which the user task waited to obtain a T8 TCB, because the CICS system reached the limit of available threads. The T8 mode open TCBs are used by a JVM server to perform multithreaded processing. Each T8 TCB runs under one thread. The thread limit is 2000 for each CICS region and each JVM server in a CICS region can have up to 256 threads. For more information, see Transaction wait (suspend) times in Reference. This field is a component of the task suspend time, SUSPTIME (014), field. This does not apply to Liberty JVM servers.
task_ptpwait	FLOAT?	The elapsed time for which the user task waited for the 3270 bridge partner transaction to complete. For more information, see Transaction wait (suspend) times in Reference. This field is a component of the task suspend time, SUSPTIME (014), field.
task_icstacdl	INTEGER?	Total length, in bytes, of the data in the containers of all the locally executed START CHANNEL requests issued by the user task. This total includes the length of any headers to the data.
task_icstrcct	INTEGER?	Total number of interval control START CHANNEL requests, to be run on remote systems, issued by the user task.
task_icstrcdl	INTEGER?	Total length, in bytes, of the data in the containers of all the remotely executed START CHANNEL requests issued by the user task. This total includes the length of any headers to the data.
task_romoddly	FLOAT?	The elapsed time for which the user task waited for redispatch on the CICS RO TCB. This time is the aggregate of the wait times between each event completion and user-task redispatch. The ROMODDLY field is a component of the task suspend time, SUSPTIME (014), field, and also the redispatch wait, DISPWTT (102), field.
task_somoddly	FLOAT?	The elapsed time for which the user task waited for redispatch on the CICS SO TCB. This time is the aggregate of the wait times between each event completion and user-task redispatch. The SOMODDLY field is a component of the task suspend time, SUSPTIME (014), field, and also the redispatch wait, DISPWTT (102), field.
task_t8cput	FLOAT?	The processor time during which the user task was dispatched by the CICS dispatcher domain on a CICS T8 mode TCB. T8 mode TCBs are used by a JVM server to perform multithreaded processing. When a thread is allocated a T8 mode TCB, that same TCB remains associated with the thread until the processing completes. This field is a component of the total task CPU time field, USRCPUT (field ID 008 in group DFHTASK), and the task key 8 CPU time field, KY8CPUT (field ID 263 in group DFHTASK).
task_jvmthdwt	FLOAT?	The elapsed time that the user task waited to obtain a JVM server thread because the CICS system had reached the thread limit for a JVM server in the CICS region. This field is a component of the task suspend time, SUSPTIME (014), field. This does not apply to Liberty JVM servers.
task_dsapthwt	FLOAT?	The dispatcher allocated pthread wait time. This is the time that the transaction had to wait for a Liberty pthread to be allocated during links to Liberty programs. For more information, see Clocks and time stamps and Transaction wait (suspend) times in Reference. This field is a component of the task suspend time, SUSPTIME (014), field.
task_cecmchtp	VARCHAR(4)?	The CEC machine type, in EBCDIC, for the physical hardware environment where the CICS region is running. CEC (central electronics complex) is a commonly used synonym for CPC (central processing complex).
task_cecmdlid	VARCHAR(16)?	The CEC model number, in EBCDIC, for the physical hardware environment where the CICS region is running.
task_lparname	VARCHAR(8)?	The name, in EBCDIC, of the logical partition (LPAR) on the processor where the CICS region is running.
task_maxtasks	INTEGER?	The MXT or MAXTASKS value, expressed as a number of tasks, for the CICS region at the time the user task was attached.
task_curtasks	INTEGER?	The current number of active user transactions in the system at the time the user task was attached.
task_xsvfypwd	FLOAT?	The total elapsed time that the user task spent verifying passwords, password phrases, PassTickets, and MFA tokens.
task_cputoncp	FLOAT?	The total task processor time on a standard processor for which the user task was dispatched on each CICS TCB under which the task ran.
task_offlcput	FLOAT?	The total task processor time that was spent on a standard processor but was eligible for offload to a specialty processor (zIIP or zAAP).
task_xsvfybas	FLOAT?	The total elapsed time that the user task spent verifying basic authentication tokens (BASICAUTH).
task_xsvfyker	FLOAT?	The total elapsed time that the user task spent verifying Kerberos tokens (KERBEROS).
task_xsvfyjwt	FLOAT?	The total elapsed time that the user task spent verifying JSON web tokens (JWT).
task_acapplnm	VARCHAR(64)?	The 64-character name of the application in the application context data.
task_acplatnm	VARCHAR(64)?	The 64-character name of the platform in the application context data.
task_acmajver	INTEGER?	The major version of the application in the application context data, expressed as a 4-byte binary value.
task_acminver	INTEGER?	The minor version of the application in the application context data, expressed as a 4-byte binary value.
task_acmicver	INTEGER?	The micro version of the application in the application context data, expressed as a 4-byte binary value.
task_acopernm	VARCHAR(64)?	The 64-character name of the operation in the application context data.
task_astotct	INTEGER?	The total number of EXEC CICS asynchronous API commands that have been issued by the user task. Includes RUN TRANSID , FETCH CHILD , FETCH ANY , and FREE CHILD commands.
task_asrunct	INTEGER?	The number of EXEC CICS RUN TRANSID commands that have been issued by the user task.
task_asftchct	INTEGER?	The number of EXEC CICS FETCH CHILD and EXEC CICS FETCH ANY commands that have been issued by the user task.
task_asfreect	INTEGER?	The number of EXEC CICS FREE CHILD commands that have been issued by the user task.
task_asftchwt	FLOAT?	The elapsed time that the user task waited for a child task as a result of issuing an EXEC CICS FETCH CHILD or EXEC CICS FETCH ANY command which was not completed.
task_asrnatwt	FLOAT?	The elapsed time that the user task was delayed as a result of asynchronous child task limits managed by the asynchronous services domain.
temp_tsiowtt	FLOAT?	Elapsed time for which the user task waited for VSAM temporary storage I/O. For more information, see Clocks and time stamps, and Transaction wait (suspend) times in Reference.
temp_tsgetct	INTEGER?	Number of temporary storage GET requests to auxiliary or main temporary storage issued by the user task.
temp_tsputact	INTEGER?	Number of PUT requests to auxiliary temporary storage issued by the user task.
temp_tsputmct	INTEGER?	Number of PUT requests to main temporary storage issued by the user task.
temp_tstotct	INTEGER?	Total number of temporary storage requests issued by the user task. This field is the sum of the temporary storage READQ (TSGETCT), READQ shared (TSGETSCT), WRITEQ AUX (TSPUTACT), WRITEQ MAIN (TSPUTMCT), WRITEQ shared (TSPUTSCT), and DELETEQ requests issued by the user task.
temp_tsshwait	FLOAT?	Elapsed time that the user task waited for an asynchronous shared temporary storage request to a temporary storage data server to complete. For more information, see Clocks and time stamps, and Transaction wait (suspend) times in Reference.
temp_tsgetsct	INTEGER?	Number of temporary storage GET requests from shared temporary storage issued by the user task.
temp_tsputsct	INTEGER?	Number of temporary storage PUT requests to shared temporary storage issued by the user task.
term_term	VARCHAR(4)?	Terminal or session identification. This field is null if the task is not associated with a terminal or session.
term_tciowtt	FLOAT?	Elapsed time for which the user task waited for input from the terminal operator after issuing a RECEIVE request. For more information, see Clocks and time stamps and Transaction wait (suspend) times in Reference.
term_tcmsgin1	INTEGER?	Number of messages received from the principal terminal facility of the task, including LUTYPE6.1 and LUTYPE6.2 (APPC) but not MRO (IRC).
term_tcmsgou1	INTEGER?	Number of messages sent to the principal terminal facility of the task, including LUTYPE6.1 and LUTYPE6.2 (APPC) but not MRO (IRC).
term_tcmsgin2	INTEGER?	Number of messages received from the LUTYPE6.1 alternate terminal facilities by the user task.
term_tcmsgou2	INTEGER?	Number of messages sent to the LUTYPE6.1 alternate terminal facilities by the user task.
term_tcalloct	INTEGER?	Number of TCTTE ALLOCATE requests issued by the user task for LUTYPE6.2 (APPC), LUTYPE6.1, and IRC sessions.
term_tcchrin1	INTEGER?	Number of characters received from the principal terminal facility of the task, including LUTYPE6.1 and LUTYPE6.2 (APPC) but not MRO (IRC).
term_tcchrou1	INTEGER?	Number of characters sent to the principal terminal facility of the task, including LUTYPE6.1 and LUTYPE6.2 (APPC) but not MRO (IRC).
term_tcchrin2	INTEGER?	Number of characters received from the LUTYPE6.1 alternate terminal facilities by the user task. (Not applicable to ISC APPC.).
term_tcchrou2	INTEGER?	Number of characters sent to the LUTYPE6.1 alternate terminal facilities by the user task. (Not applicable to ISC APPC.).
term_iriowtt	FLOAT?	Elapsed time for which the user task waited for control at this end of an MRO link. For more information, see Clocks and time stamps and Transaction wait (suspend) times in Reference.
term_luname	VARCHAR(8)?	The z/OS Communications Server SNA logical unit name (if available) of the terminal that is associated with this transaction. If the task is executing in an application-owning or file-owning region, the LUNAME is the generic applid of the originating connection for MRO, LUTYPE6.1, and LUTYPE6.2 (APPC). The LUNAME is blank if the originating connection is an external CICS interface (EXCI).
term_lu61wtt	FLOAT?	The elapsed time for which the user task waited for I/O on a LUTYPE6.1 connection or session. This time also includes the waits incurred for conversations across LUTYPE6.1 connections, but not the waits incurred because of LUTYPE6.1 syncpoint flows. For more information, see Clocks and time stamps and Transaction wait (suspend) times in Reference.
term_lu62wtt	FLOAT?	The elapsed time for which the user task waited for I/O on a LUTYPE6.2 (APPC) connection or session. This time also includes the waits incurred for conversations across LUTYPE6.2 (APPC) connections, but not the waits incurred because of LUTYPE6.2 (APPC) syncpoint flows. For more information, see Clocks and time stamps and Transaction wait (suspend) times in Reference.
term_tcm62in2	INTEGER?	Number of messages received from the alternate facility by the user task for LUTYPE6.2 (APPC) sessions.
term_tcm62ou2	INTEGER?	Number of messages sent to the alternate facility by the user task for LUTYPE6.2 (APPC) sessions.
term_tcc62in2	INTEGER?	Number of characters received from the alternate facility by the user task for LUTYPE6.2 (APPC) sessions.
term_tcc62ou2	INTEGER?	Number of characters sent to the alternate facility by the user task for LUTYPE6.2 (APPC) sessions.
term_terminfo	INTEGER?	Terminal or session information for the principal facility of this task, as identified in the ‘TERM’ field id 002. This field is null if the task is not associated with a terminal or session facility.
term_termcnnm	VARCHAR(4)?	Terminal session connection name. If the terminal facility associated with this transaction is a session, this field is the name of the owning connection (sysid).
term_netid	VARCHAR(8)?	NETID if a network qualified name has been received from the Communications Server. If it is a resource and the network qualified name has not yet been received, NETID is 8 blanks. In all other cases, it is nulls.
term_rluname	VARCHAR(8)?	Real network name if a network qualified name has been received from the Communications Server. In all other cases, this field is the same as LUNAME (field ID 111). For non-Communications Server resources, it is nulls.
term_tcalwtt	FLOAT?	The elapsed time for which a user task waited for an allocate request for an MRO (Inter-Region Communication), LU6.1, or LU6.2 session. For more information, see Clocks and time stamps and Transaction wait (suspend) times in Reference.
webb_wbreadct	INTEGER?	The number of CICS web support READ HTTPHEADER, READ FORMFIELD, and READ QUERYPARM requests issued by the user task.
webb_wbwritct	INTEGER?	The number of CICS web support WRITE HTTPHEADER requests issued by the user task.
webb_wbrcvct	INTEGER?	The number of CICS web support RECEIVE requests issued by the user task.
webb_wbchrin	INTEGER?	The number of bytes received by the CICS web support RECEIVE requests issued by the user task.
webb_wbsendct	INTEGER?	The number of CICS web support SEND requests issued by the user task.
webb_wbchrout	INTEGER?	The number of bytes sent by the CICS web support SEND requests issued by the user task.
webb_wbtotct	INTEGER?	The total number of CICS web support requests issued by the user task.
webb_wbreprct	INTEGER?	The number of reads from the repository in temporary storage issued by the user task.
webb_wbrepwct	INTEGER?	The number of writes to the repository in temporary storage issued by the user task.
webb_wbextrct	INTEGER?	The number of CICS web support EXTRACT requests issued by the user task.
webb_wbbrwct	INTEGER?	The number of CICS web support browsing requests for HTTPHEADER, FORMFIELD, and QUERYPARM (STARTBROWSE, READNEXT, and ENDBROWSE) issued by the user task.
webb_wbredoct	INTEGER?	The number of CICS web support READ HTTPHEADER requests issued by the user task when CICS is an HTTP client.
webb_wbwrtoct	INTEGER?	The number of CICS web support WRITE HTTPHEADER requests issued by the user task when CICS is an HTTP client.
webb_wbrcvin1	INTEGER?	The number of CICS web support RECEIVE and CONVERSE requests issued by the user task when CICS is an HTTP client.
webb_wbchrin1	INTEGER?	The number of bytes received by the CICS web support RECEIVE and CONVERSE requests issued by the user task when CICS is an HTTP client. This number includes the HTTP headers for the response.
webb_wbsndou1	INTEGER?	The number of CICS web support SEND and CONVERSE requests issued by the user task when CICS is an HTTP client.
webb_wbchrou1	INTEGER?	The number of bytes sent by the CICS web support SEND and CONVERSE requests issued by the user task when CICS is an HTTP client. This number includes the HTTP headers for the request.
webb_wbparsct	INTEGER?	The number of CICS web support PARSE URL requests issued by the user task.
webb_wbbrwoct	INTEGER?	The number of CICS web support BROWSE HTTPHEADER requests (STARTBROWSE, READNEXT, and ENDBROWSE) issued by the user task when CICS is an HTTP client.
webb_wburiopn	FLOAT?	The total elapsed time that the user task was processing WEB OPEN URIMAP requests that are issued by the user task. For more information, see Clocks and time stamps.
webb_wbiwbsct	INTEGER?	The number of EXEC CICS INVOKE SERVICE and EXEC CICS INVOKE WEBSERVICE requests issued by the user task.
webb_wbreprdl	INTEGER?	The total length, in bytes, of the data read from the repository in temporary storage by the user task.
webb_wbrepwdl	INTEGER?	The total length, in bytes, of the data written to the repository in temporary storage by the user task.
webb_wburimnm	VARCHAR(8)?	For CICS web support, Atom feeds, and web service applications, the name of the URIMAP resource definition that was mapped to the URI of the inbound request that was processed by this task.
webb_wbpiplnm	VARCHAR(8)?	For web service applications, the name of the PIPELINE resource definition that was used to provide information about the message handlers that act on the service request processed by this task.
webb_wbatmsnm	VARCHAR(8)?	For Atom feeds, the name of the ATOMSERVICE resource definition that was used to process this task.
webb_wbsvcenm	VARCHAR(32)?	For web service applications, the name of the WEBSERVICE resource definition that was used to process this task.
webb_wbsvopnm	VARCHAR(64)?	For web service applications, the first 64 bytes of the web service operation name.
webb_wbprognm	VARCHAR(8)?	For CICS web support, the name of the program from the URIMAP resource definition that was used to provide the application-generated response to the HTTP request processed by this task.
webb_wbsfcrct	INTEGER?	The number of EXEC CICS SOAPFAULT CREATE commands issued by the user task.
webb_wbsftoct	INTEGER?	The total number of EXEC CICS SOAPFAULT ADD , CREATE , and DELETE commands issued by the user task.
webb_wbissfct	INTEGER?	The total number of SOAP faults received in response to the EXEC CICS INVOKE SERVICE and EXEC CICS INVOKE WEBSERVICE commands issued by the user task.
webb_wbsreqbl	INTEGER?	For web service applications, the SOAP request body length.
webb_wbsrspbl	INTEGER?	For web service applications, the SOAP response body length.
webb_wburircv	FLOAT?	The total elapsed time that the user task was processing WEB RECEIVE requests and the receiving side of WEB CONVERSE requests that are issued by the user task. The sessions these requests target to are opened by the WEB OPEN URIMAP command. For more information, see Clocks and time stamps.
webb_wburisnd	FLOAT?	The total elapsed time that the user task was processing WEB SEND requests and the sending side of WEB CONVERSE requests that are issued by the user task. The sessions these requests target to are opened by the WEB OPEN URIMAP command. For more information, see Clocks and time stamps.
webb_mlxsstdl	INTEGER?	The total length of the documents that were parsed using the z/OS XML System Services parser.
webb_mlxmltct	INTEGER?	The number of EXEC CICS TRANSFORM commands issued by the user task.
webb_njsappnm	VARCHAR(32)?	Node.js application name from which the task was started.
webb_wsacblct	INTEGER?	The number of EXEC CICS WSACONTEXT BUILD commands issued by the user task.
webb_wsacgtct	INTEGER?	The number of EXEC CICS WSACONTEXT GET commands issued by the user task.
webb_wsaepcct	INTEGER?	The number of EXEC CICS WSAEPR CREATE commands issued by the user task.
webb_wsatotct	INTEGER?	The total number of EXEC CICS WS-Addressing commands issued by the user task.
webb_wbjsnrql	INTEGER?	For JSON web service applications, the JSON message request length.
webb_wbjsnrpl	INTEGER?	For JSON web service applications, the JSON message response length.
webc_wbsvinvk	FLOAT?	The total elapsed time that the user task was processing INVOKE SERVICE requests for WEBSERVICEs. For more information, see Clocks and time stamps.

Constraints:

• FOREIGN KEY (smf123_server.smf123_server_sysplex, smf123_server.smf123_sid, smf123_server.smf123_server_jobname, smf123_server.smf123_server_jobid, smf123_server.smf123_timestamp → smf123_server_sysplex, smf123_sid, smf123_server_jobname, smf123_server_jobid, smf123_timestamp)

• PRIMARY KEY (smf123_server_sysplex, smf123_sid, smf123_server_jobname, smf123_server_jobid, smf123_timestamp, smf123s1_sor_identifier, smf123s1_req_id)

smf123_server

smf2db.db_models.smf123_model.Smf123Server (smf123_server)

The Smf123Server class stores the Smf123Server section in the smf123_server table.

Columns:

smf123_server_sysplex*	VARCHAR(8)	Sysplex name (ECVTSPLX).
smf123_server_jobid*	VARCHAR(8)	Job ID of the server (JSABJBID).
smf123_server_jobname*	VARCHAR(8)	Job name of the server (JSABJBNM).
datetime_15m	DATETIME?	The 15-minute interval of the record.
datetime	DATETIME?	the hour of the record.
last_update_time	DATETIME?	last update time of this record.
smf123_sid*	VARCHAR(4)	System ID from the SID parameter.
smf123_timestamp*	DATETIME	Time when record was moved into the SMF buffer, in hundredths of a second since midnight.’
smf123_server_sect_version	INTEGER?	Version of the server section. From 3.0.74.0, value is 2; prior to this value is 1.
smf123_server_feature_major	INTEGER?	From 3.0.74.0, z/OS Connect feature major version. For SMF123_SERVER_SECT_VERSION=1, field is reserved. See Note.
smf123_server_feature_minor	INTEGER?	From 3.0.74.0, z/OS Connect feature minor version. See Note For SMF123_SERVER_SECT_VERSION=1, field is reserved.
smf123_server_system	VARCHAR(8)?	System name (CVTSNAME).
smf123_server_stoken	VARCHAR(18)?	SToken of the server (ASS-BSTKN).
smf123_server_config_dir	VARCHAR(128)?	The path to where the server.xml file for the server is located. This includes the server name.
smf123_server_version	VARCHAR(16)?	Version of the server in the form v.r.m.f.
smf123_ssi	VARCHAR(4)?	Subsystem ID. Set to ‘ZCON’.
smf123_subtype	INTEGER?	Record subtype (0x0001 for API provider and 0x0002 for API requester).
smf123_subtype_version	INTEGER?	Record subtype version. Set to 2.
smf123_datetime_offset	VARCHAR(30)?	Local date and time offset (CVTLDTO).

Constraints:

• PRIMARY KEY (smf123_server_sysplex, smf123_sid, smf123_server_jobname, smf123_server_jobid, smf123_timestamp)

Smf 110 Subtype 1

smf110_1

smf2db.db_models.smf1101_model.Smf1101 (smf110_1)

The Smf1101 class stores the Smf1101 section in the smf110_1 table.

Columns:

datetime_15m	DATETIME?	The 15-minute interval of the record.
datetime	DATETIME?	the hour of the record.
smfmnjbn	VARCHAR(8)?	Jobname.
smfmnrvn	VARCHAR(4)?	Record version (CICS), format 0VRM (V = version; R = release M = modification).
cics_stop	DATETIME?	Finish time of measurement interval, which is one of the following times:.
cics_oadata1	VARCHAR(130)?	The data added to the origin data by the adapter. This field is blank if the task was not started by using an adapter, or if it was and the adapter did not set this value.
elapsed*	FLOAT	Total elapsed time of the transactions within the duration.
smfmnsid*	VARCHAR(4)	System identification.
smfmnprn*	VARCHAR(8)	Product name (generic Applid).
smfmnspn*	VARCHAR(8)	Product name (specific Applid).
task_tran*	VARCHAR(4)	Transaction identification.
cics_start*	DATETIME	Start time of measurement interval, which is one of the following times:.
task_trannum*	INTEGER	Transaction identification number. The transaction number field is normally a 4-byte packed decimal number. However, some CICS system tasks are identified by transaction numbers that comprise special characters, as follows:.
cbts_prcsname	VARCHAR(36)?	The name of the CICS business transaction service (BTS) process of which the user task formed part.
cbts_prcstype	VARCHAR(8)?	The process-type of the CICS BTS process of which the user task formed part.
cbts_prcsid	VARCHAR(52)?	The CICS-assigned identifier of the CICS BTS root activity that the user task implemented.
cbts_actvtyid	VARCHAR(52)?	The CICS-assigned identifier of the CICS BTS activity that the user task implemented.
cbts_actvtynm	VARCHAR(16)?	The name of the CICS BTS activity that the user task implemented.
cbts_barsynct	INTEGER?	The number of CICS BTS run process, or run activity, requests that the user task made in order to execute a process or activity synchronously.
cbts_barasyct	INTEGER?	The number of CICS BTS run process, or run activity, requests that the user task made in order to execute a process or activity asynchronously.
cbts_balkpact	INTEGER?	The number of CICS BTS link process, or link activity, requests that the user task issued.
cbts_badproct	INTEGER?	The number of CICS BTS define process requests issued by the user task.
cbts_badactct	INTEGER?	The number of CICS BTS define activity requests issued by the user task.
cbts_barspact	INTEGER?	The number of CICS BTS reset process and reset activity requests issued by the user task.
cbts_basupact	INTEGER?	The number of CICS BTS suspend process, or suspend activity, requests issued by the user task.
cbts_barmpact	INTEGER?	The number of CICS BTS resume process, or resume activity, requests issued by the user task.
cbts_badcpact	INTEGER?	The number of CICS BTS delete activity, cancel process, or cancel activity, requests issued by the user task.
cbts_baacqpct	INTEGER?	The number of CICS BTS acquire process, or acquire activity, requests issued by the user task.
cbts_batotpct	INTEGER?	Total number of CICS BTS process and activity requests issued by the user task.
cbts_baprdcct	INTEGER?	The number of CICS BTS delete, get, move, or put, container requests for process data containers issued by the user task.
cbts_baacdcct	INTEGER?	The number of CICS BTS delete, get, move, or put, container requests for current activity data containers issued by the user task.
cbts_batotcct	INTEGER?	Total number of CICS BTS delete, get, move, or put, process container and activity container requests issued by the user task.
cbts_baratect	INTEGER?	The number of CICS BTS retrieve-reattach event requests issued by the user task.
cbts_badfiect	INTEGER?	The number of CICS BTS define-input event requests issued by the user task.
cbts_batiaect	INTEGER?	The number of CICS BTS DEFINE TIMER EVENT, CHECK TIMER EVENT, DELETE TIMER EVENT, and FORCE TIMER EVENT requests issued by the user task.
cbts_batotect	INTEGER?	Total number of CICS BTS event-related requests issued by the user task.
chnl_pgtotcct	INTEGER?	The number of CICS requests for channel containers issued by the user task.
chnl_pgbrwcct	INTEGER?	The number of CICS browse requests for channel containers issued by the user task.
chnl_pggetcct	INTEGER?	The number of GET CONTAINER and GET64 CONTAINER requests for channel containers issued by the user task.
chnl_pgputcct	INTEGER?	The number of PUT CONTAINER and PUT64 CONTAINER requests for channel containers issued by the user task.
chnl_pgmovcct	INTEGER?	The number of MOVE CONTAINER requests for channel containers issued by the user task.
chnl_pggetcdl	INTEGER?	The total length, in bytes, of the data in the containers of all the GET CONTAINER CHANNEL and GET64 CONTAINER CHANNEL commands issued by the user task.
chnl_pgputcdl	INTEGER?	The total length, in bytes, of the data in the containers of all the PUT CONTAINER CHANNEL and PUT64 CONTAINER CHANNEL commands issued by the user task.
chnl_pgcrecct	INTEGER?	The number of containers created by MOVE, PUT CONTAINER, and PUT64 CONTAINER requests for channel containers issued by the user task.
chnl_pgcsthwm	INTEGER?	Maximum amount (high-water mark), in bytes, of container storage allocated to the user task.
cics_cfcapict	INTEGER?	Number of CICS OO foundation class requests, including the Java API for CICS (JCICS) classes, issued by the user task.
cics_userid	VARCHAR(8)?	User identification at task creation. This identification can also be the remote user identifier for a task created as the result of receiving an ATTACH request across an MRO or APPC link with attach-time security enabled.
cics_exwttime	FLOAT?	Accumulated data for exception conditions. The timer component of the clock contains the total elapsed time for which the user waited on exception conditions. The period count equals the number of exception conditions that have occurred for this task. For more information on exception conditions, see Exception class data: Listing of data fields . For more information on clocks, see Clocks and time stamps.
cics_rtype	VARCHAR(1)?	Performance record type (low-order byte-3).
cics_rsysid	VARCHAR(4)?	The name (SYSID) of the remote system to which this transaction was routed either statically or dynamically.
cics_perrecnt	INTEGER?	The number of performance class records written by the CICS Monitoring Facility (CMF) for the user task.
cics_srvclsnm	VARCHAR(8)?	The z/OS Workload Manager (WLM) service class for this transaction. This field is null if no transaction classification rules are defined for CICS subsystems in the active z/OS Workload Manager (WLM) service policy, or if the transaction was WLM-classified in another CICS region.
cics_rptclsnm	VARCHAR(8)?	The z/OS Workload Manager (WLM) report class for this transaction. This field is null if no transaction classification rules are defined for CICS subsystems in the active z/OS Workload Manager (WLM) service policy, or if the transaction was WLM-classified in another CICS region.
cics_oadid	VARCHAR(64)?	The adapter identifier added to the origin data by the adapter. This field is blank if the task was not started by using an adapter, or if it was and the adapter did not set this value.
cics_oadata2	VARCHAR(130)?	The data added to the origin data by using the adapter. This field is blank if the task was not started by using an adapter, or if it was and the adapter did not set this value.
cics_oadata3	VARCHAR(130)?	The data added to the origin data by the adapter. This field is blank if the task was not started by using an adapter, or if it was and the adapter did not set this value.
cics_onetwkid	VARCHAR(8)?	The network identifier from which this work request (transaction) originated.
cics_oapplid	VARCHAR(8)?	The APPLID of the CICS region in which this work request (transaction) originated; for example, the region in which the CWXN task ran.
cics_ostart	DATETIME?	The time at which the originating task, for example the CWXN task, was started.
cics_otrannum	VARCHAR(8)?	The number of the originating task; for example, the CWXN task.
cics_otran	VARCHAR(4)?	The transaction ID (TRANSID) of the originating task; for example, the CWXN task.
cics_ouserid	VARCHAR(8)?	The originating Userid-2 or Userid-1, for example from CWBA, depending on the originating task.
cics_ousercor	VARCHAR(64)?	The originating user correlator.
cics_otcpsvce	VARCHAR(8)?	The name of the originating TCPIPSERVICE.
cics_oportnum	INTEGER?	The port number used by the originating TCPIPSERVICE.
cics_ocliport	INTEGER?	The TCP/IP port number of the originating client or Telnet client.
cics_otranflg	VARCHAR(18)?	Originating transaction flags, a string of 64 bits used for signaling transaction definition and status information:.
cics_ofctynme	VARCHAR(8)?	The facility name of the originating transaction. If the originating transaction is not associated with a facility, this field is null. The transaction facility type, if any, can be identified using byte 0 of the originating transaction flags, OTRANFLG (370), field.
cics_oclipadr	VARCHAR(40)?	The IP address of the originating client or Telnet client.
cics_phntwkid	VARCHAR(8)?	The network identifier of the CICS system of an immediately previous task in another CICS system with which this task is associated. See Previous hop data characteristics for more information about previous hop data.
cics_phapplid	VARCHAR(8)?	If the task was initiated by a task in another CICS region, PHAPPLID contains the APPLID of the other CICS region, which is obtained from previous hop data.
cics_phstart	DATETIME?	The start time of the immediately previous task in another CICS system with which this task is associated. See Previous hop data characteristics for more information about previous hop data.
cics_phtranno	VARCHAR(8)?	If the task was initiated by a task in another CICS region, PHTRANNO contains the task number of the immediately previous task in another CICS system with which this task is associated. This value is obtained from previous hop data.
cics_phtran	VARCHAR(4)?	The transaction ID (TRANSID) of the immediately previous task in another CICS system with which this task is associated. See Previous hop data characteristics for more information about previous hop data.
cics_phcount	INTEGER?	If the task was initiated by a task in another CICS region, PHCOUNT contains the number of times there has been a request from one CICS system to another CICS system to initiate a task with which this task is associated. See Previous hop data characteristics for more information about previous hop data.
cics_eictotct	INTEGER?	The total number of EXEC CICS commands issued by the user task.
cics_tiasktct	INTEGER?	The number of EXEC CICS ASKTIME commands issued by the user task.
cics_titotct	INTEGER?	The total number of EXEC CICS ASKTIME , CONVERTTIME , and FORMATTIME commands issued by the user task.
cics_bfdgstct	INTEGER?	The total number of EXEC CICS BIF DIGEST commands issued by the user task.
cics_bftotct	INTEGER?	The total number of EXEC CICS BIF DEEDIT and BIF DIGEST commands issued by the user task.
cics_ecsigect	INTEGER?	The number of EXEC CICS SIGNAL EVENT commands issued by the user task.
cics_ecefopct	INTEGER?	The number of event filter operations performed by the user task.
cics_ecevntct	INTEGER?	The number of events captured by the user task.
cics_ecsevcct	INTEGER?	The number of synchronous emission events captured by the user task.
cics_mpprtxcd	INTEGER?	The number of policy task rule thresholds that this task has exceeded. This field is all nulls (0x00 bytes) if no thresholds have been exceeded or if the task has had no task rules applied to it.
cics_ncgetct	INTEGER?	The total number of requests to a named counter server to satisfy EXEC CICS GET COUNTER and EXEC CICS GET DCOUNTER commands issued by the user task.
cics_mpsrect	INTEGER?	The number of times that policy system rules have been evaluated for the task.
cics_mpsract	INTEGER?	The number of times that policy system rules that have been evaluated true and have triggered an action. This field is all nulls (0x00 bytes) if no system rules have been evaluated true.
cics_ptstart	DATETIME?	The start time of the immediately previous or parent task in the same CICS system with which the task is associated. See Previous transaction data characteristics for more information about previous transaction data.
cics_pttranno	VARCHAR(8)?	The task number of the immediately previous or parent task in the same CICS system with which the task is associated. See Previous transaction data characteristics for more information about previous transaction data.
cics_pttran	VARCHAR(4)?	The transaction ID (TRANSID) of the immediately previous or parent task in the same CICS system with which the task is associated. See Previous transaction data characteristics for more information about previous transaction data.
cics_ptcount	INTEGER?	The number of times there has been a request from one task to initiate another task in the same CICS system with which this task is associated, such as by a RUN TRANSID or START command. This is effectively the task depth in the local region when using the RUN TRANSID command, or the START command when a new point of origin is not created. See Previous transaction data characteristics for more information about previous transaction data.
data_imsreqct	INTEGER?	The number of IMS (DBCTL) requests issued by the user task.
data_db2reqct	INTEGER?	The total number of Db2 EXEC SQL and Instrumentation Facility Interface (IFI) requests issued by the user task.
data_imswait	FLOAT?	The elapsed time during which the user task waited for DBCTL to service the IMS requests issued by the user task.
data_db2rdyqw	FLOAT?	The elapsed time during which the user task waited for a Db2 thread to become available.
data_db2conwt	FLOAT?	The elapsed time during which the user task waited for a Db2 connection to become available for use with the user task’s open TCB.
data_wmqreqct	INTEGER?	The total number of IBM MQ requests issued by the user task.
data_wmqgetwt	FLOAT?	The elapsed time during which the user task waited for IBM MQ to service the user task’s GETWAIT request.
data_wmqasrbt	FLOAT?	The IBM MQ SRB time this transaction spent processing IBM MQ API requests. Add this field to the transaction CPU time field (USRCPUT) when considering the measurement of the total processor time consumed by a transaction. This field is zero for point-to-point messaging activity, but it is nonzero where IBM MQ API requests result in publish and subscribe type messaging.
dest_tdgetct	INTEGER?	Number of transient data GET requests issued by the user task.
dest_tdputct	INTEGER?	Number of transient data PUT requests issued by the user task.
dest_tdpurct	INTEGER?	Number of transient data PURGE requests issued by the user task.
dest_tdtotct	INTEGER?	Total number of transient data requests issued by the user task. This field is the sum of TDGETCT, TDPUTCT, and TDPURCT.
dest_tdiowtt	FLOAT?	Elapsed time in which the user waited for VSAM transient data I/O. For more information, see Clocks and time stamps and Transaction wait (suspend) times in Reference.
dest_tdilwtt	FLOAT?	The elapsed time for which the user task waited for an intrapartition transient data lock (TDIPLOCK). For more information, see Clocks and time stamps and Transaction wait (suspend) times in Reference. For more information about tasks suspended on resource type TDIPLOCK, see Resource type TDIPLOCK: waits for transient data intrapartition requests.
dest_tdelwtt	FLOAT?	The elapsed time for which the user task waited for an extrapartition transient data lock (TDEPLOCK). For more information, see Clocks and time stamps and Transaction wait (suspend) times in Reference.
doch_dhdelct	INTEGER?	The number of document handler DELETE requests issued by the user task.
doch_dhcrect	INTEGER?	The number of document handler CREATE requests issued by the user task.
doch_dhinsct	INTEGER?	The number of document handler INSERT requests issued by the user task.
doch_dhsetct	INTEGER?	The number of document handler SET requests issued by the user task.
doch_dhretct	INTEGER?	The number of document handler RETRIEVE requests issued by the user task.
doch_dhtotct	INTEGER?	The total number of document handler requests issued by the user task.
doch_dhtotdcl	INTEGER?	The total length of all documents created by the user task.
fepi_szalloct	INTEGER?	Number of conversations allocated by the user task. This number is incremented for each FEPI ALLOCATE POOL or FEPI CONVERSE POOL.
fepi_szrcvct	INTEGER?	Number of FEPI RECEIVE requests made by the user task. This number is also incremented for each FEPI CONVERSE request.
fepi_szsendct	INTEGER?	Number of FEPI SEND requests made by the user task. This number is also incremented for each FEPI CONVERSE request.
fepi_szstrtct	INTEGER?	Number of FEPI START requests made by the user task.
fepi_szchrout	INTEGER?	Number of characters sent through FEPI by the user task.
fepi_szchrin	INTEGER?	Number of characters received through FEPI by the user task.
fepi_szwait	FLOAT?	Elapsed time in which the user task waited for all FEPI services. For more information, see Clocks and time stamps, and Transaction wait (suspend) times in Reference.
fepi_szallcto	INTEGER?	Number of times the user task timed out while waiting to allocate a conversation.
fepi_szrcvto	INTEGER?	Number of times the user task timed out while waiting to receive data.
fepi_sztotct	INTEGER?	Total number of all FEPI API and SPI requests made by the user task.
file_fcgetct	INTEGER?	Number of file GET requests issued by the user task.
file_fcputct	INTEGER?	Number of file PUT requests issued by the user task.
file_fcbrwct	INTEGER?	Number of file browse requests issued by the user task. This number excludes the START and END browse requests.
file_fcaddct	INTEGER?	Number of file ADD requests issued by the user task.
file_fcdelct	INTEGER?	Number of file DELETE requests issued by the user task.
file_fciowtt	FLOAT?	Elapsed time in which the user task waited for file I/O. For more information, see Clocks and time stamps, and Transaction wait (suspend) times in Reference.
file_fcamct	INTEGER?	Number of times the user task invoked file access-method interfaces. This number excludes requests for OPEN and CLOSE.
file_fctotct	INTEGER?	Total number of file control requests issued by the user task. This number excludes any request for OPEN, CLOSE, ENABLE, or DISABLE of a file.
file_rlswait	FLOAT?	Elapsed time in which the user task waited for RLS file I/O. For more information, see Clocks and time stamps and Transaction wait (suspend) times in Reference.
file_rlscput	FLOAT?	For RLS requests issued from the QR TCB:.
file_cfdtwait	FLOAT?	The elapsed time in which the user task waited for a data table access request to the Coupling Facility Data Table server to complete. For more information, see Clocks and time stamps, and Transaction wait (suspend) times in Reference.
file_fcxcwtt	FLOAT?	The elapsed time in which the user task waited for exclusive control of a VSAM control interval. This field counts time spent waiting on resource type FCXCSUSP, FCXDSUSP, FCXCPROT, or FCXDPROT. For more information, see Clocks and time stamps, and Transaction wait (suspend) times in Reference.
file_fcvswtt	FLOAT?	The elapsed time in which the user task waited for a VSAM string. This field counts time spent waiting on resource type FCPSSUSP or FCSRSUSP. For more information, see Clocks and time stamps and Transaction wait (suspend) times in Reference.
jour_jciowtt	FLOAT?	Elapsed time for which the user task waited for journal (logstream) I/O. For more information, see Clocks and time stamps, and Transaction wait (suspend) times in Reference.
jour_jnlwrtct	INTEGER?	Number of journal write requests issued by the user task.
jour_logwrtct	INTEGER?	Number of CICS log stream write requests issued by the user task.
mapp_bmsmapct	INTEGER?	Number of BMS MAP requests issued by the user task. This field corresponds to the number of RECEIVE MAP requests that did not incur a terminal I/O, and the number of RECEIVE MAP FROM requests.
mapp_bmsinct	INTEGER?	Number of BMS IN requests issued by the user task. This field corresponds to the number of RECEIVE MAP requests that incurred a terminal I/O.
mapp_bmsoutct	INTEGER?	Number of BMS OUT requests issued by the user task. This field corresponds to the number of SEND MAP requests.
mapp_bmstotct	INTEGER?	Total number of BMS requests issued by the user task. This field is the sum of BMS RECEIVE MAP, RECEIVE MAP FROM, SEND MAP, SEND TEXT, and SEND CONTROL requests issued by the user task.
otel_oteltid	VARCHAR(32)?	The OpenTelemetry (OTel) trace identifier. This field is null if there is no OTel data associated with the task.
otel_otelpid	VARCHAR(16)?	OTel parent span id. This field is null if there is no OTel data associated with the task.
otel_otelsid	VARCHAR(16)?	OTel span id. This field is null if there is no OTel data associated with the task.
otel_otelmisc	VARCHAR(18)?	OTel miscellaneous flags, a string of 64 bits.
prog_pclinkct	INTEGER?	Number of program LINK and INVOKE APPLICATION requests issued by the user task, including the link to the first program of the user task. This field does not include program LINK URM (userreplaceable module) requests.
prog_pcxctlct	INTEGER?	Number of program XCTL requests issued by the user task.
prog_pcloadct	INTEGER?	Number of program LOAD requests issued by the user task.
prog_pgmname	VARCHAR(8)?	The name of the first program called at transaction attach-time.
prog_pclurmct	INTEGER?	Number of program LINK URM (user-replaceable module) requests issued by, or on behalf of, the user task.
prog_pcdplct	INTEGER?	Number of distributed program link (DPL) requests issued by the user task.
prog_abcodeo	VARCHAR(4)?	Original abend code.
prog_abcodec	VARCHAR(4)?	Current abend code.
prog_pcloadtm	FLOAT?	Elapsed time in which the user task waited for fetches from DFHRPL or dynamic LIBRARY concatenations. Only fetches for programs with installed program definitions or autoinstalled as a result of application requests are included in this figure. However, installed programs in the LPA are not included (because they do not incur a physical fetch from a library). For more information about program load time, see Clocks and time stamps, and Program load time.
prog_pcdlcsdl	INTEGER?	The total length, in bytes, of the data in the containers of all the distributed program link (DPL) requests issued with the CHANNEL option by the user task. This total includes the length of any headers to the data.
prog_pcdlcrdl	INTEGER?	The total length, in bytes, of the data in the containers of all DPL RETURN CHANNEL commands issued by the user task. This total includes the length of any headers to the data.
prog_pclnkcct	INTEGER?	Number of local program LINK and INVOKE APPLICATION requests, with the CHANNEL option, issued by the user task.
prog_pcxclcct	INTEGER?	Number of program XCTL requests issued with the CHANNEL option by the user task.
prog_pcdplcct	INTEGER?	Number of program distributed program link (DPL) requests issued with the CHANNEL option by the user task.
prog_pcrtncct	INTEGER?	Number of remote pseudoconversational RETURN requests, with the CHANNEL option, issued by the user task.
prog_pcrtncdl	INTEGER?	The total length, in bytes, of the data in the containers of all the remote pseudoconversational RETURN CHANNEL commands issued by the user task. This total includes the length of any headers to the data.
rmi_rmitotal	FLOAT?	The total elapsed time spent in the CICS Resource Manager Interface (RMI).
rmi_rmiother	FLOAT?	The total elapsed time spent in the CICS RMI for resource manager requests other than Db2, DBCTL, EXEC DLI, IBM MQ, CICSPlex SM, and CICS TCP/IP socket requests.
rmi_rmidb2	FLOAT?	The total elapsed time spent in the CICS RMI for Db2 requests.
rmi_rmidbctl	FLOAT?	The total elapsed time spent in the CICS RMI for DBCTL requests.
rmi_rmiexdli	FLOAT?	The total elapsed time spent in the CICS RMI for EXEC DLI requests.
rmi_rmimqm	FLOAT?	The total elapsed time spent in the CICS RMI for IBM MQ requests.
rmi_rmicpsm	FLOAT?	The total elapsed time spent in the CICS RMI for CICSPlex SM requests.
rmi_rmitcpip	FLOAT?	The total elapsed time spent in the CICS RMI for CICS TCP/IP socket requests.
sock_soiowtt	FLOAT?	The elapsed time the user task spent waiting for any socket I/O to complete. This time includes time that the task the spent on send and receive calls. It applies to inbound and outbound sockets. For more information, see Clocks and time stamps and Transaction wait (suspend) times in Reference.
sock_sobyenct	INTEGER?	The number of bytes encrypted by the secure sockets layer for the user task.
sock_sobydect	INTEGER?	The number of bytes decrypted by the secure sockets layer for the user task.
sock_tcpsrvce	VARCHAR(8)?	The TCP/IP service name that attached the user task.
sock_portnum	INTEGER?	The TCP/IP port number of the TCP/IP service that attached the user task.
sock_isalloct	INTEGER?	The number of allocate session requests that are issued by the user task for sessions that use IPIC.
sock_soextrct	INTEGER?	The number of EXTRACT TCPIP and EXTRACT CERTIFICATE requests issued by the user task.
sock_socnpsct	INTEGER?	The total number of requests made by the user task to create an outbound socket.
sock_sonpshwm	INTEGER?	The peak number of outbound sockets owned by the user task.
sock_sorcvct	INTEGER?	The total number of receive requests issued for outbound sockets (persistent and nonpersistent) by the user task.
sock_sochrin	INTEGER?	The total number of bytes received on outbound sockets by the user task.
sock_sosendct	INTEGER?	The total number of send requests issued for outbound sockets (persistent and nonpersistent) by the user task.
sock_sochrout	INTEGER?	The total number of bytes sent on outbound sockets by the user task.
sock_sototct	INTEGER?	The total number of socket requests issued by the user task.
sock_sooiowtt	FLOAT?	The elapsed time that the user task spent waiting for a socket to be created by the socket manager when CICS is at the MAXSOCKETS limit. This field is not used because no callers within CICS choose to wait for a socket to become available when CICS is at the MAXSOCKETS limit.
sock_isiowtt	FLOAT?	The elapsed time for which a user task waited for control at this end of an IPIC connection.
sock_somsgin1	INTEGER?	The number of inbound socket receive requests that are issued by the user task.
sock_sochrin1	INTEGER?	The number of characters that are received by inbound socket receive requests that are issued by the user task.
sock_somsgou1	INTEGER?	The number of inbound socket send requests issued by the user task.
sock_sochrou1	INTEGER?	The number of characters that are sent by inbound socket send requests that are issued by the user task.
sock_isipicnm	VARCHAR(8)?	The name of the IPIC connection for the TCP/IP service that attached the user task.
sock_clipaddr	VARCHAR(40)?	The IP address of the client or Telnet client.
sock_isalwtt	FLOAT?	The elapsed time for which a user task waited for an allocate request for an IPIC session. For more information, see Clocks and time stamps and Transaction wait (suspend) times in Reference.
sock_socipher	VARCHAR(10)?	Identifies the code for the cipher suite that was selected during the initial handshake for use on the inbound connection, for example X’0000002F’. For a list of the cipher suites that are supported by CICS and z/OS and their codes, see Cipher Suite Definitions in z/OS Cryptographic Services System SSL Programming.
sock_clipport	INTEGER?	The port number of the client or Telnet client.
sock_soconmsg	VARCHAR(10)?	Indicates whether the task processed the first message for establishing a new connection for a client. This field helps you measure how often a new socket connection is created.
sock_sotlslvl	VARCHAR(8)?	Identifies the TLS protocol that was selected during the initial handshake for use on the inbound connection.
sock_soflag	INTEGER?	Socket flags, a string of 32 bits used for socket status information. Bit 0 and Bit 1 cannot both be set to the value 1 at the same time.
stor_scusrhwm	INTEGER?	Maximum amount (high-water mark) of user storage allocated to the user task below the 16 MB line.
stor_scugetct	INTEGER?	Number of user-storage GETMAIN requests issued by the user task for storage below the 16 MB line.
stor_scusrstg	BIGINT?	Storage occupancy of the user task below the 16 MB line. This measures the area under the curve of storage in use against elapsed time. For more information about storage occupancy, see Storage occupancy counts.
stor_scugetct_a	INTEGER?	Number of user-storage GETMAIN requests issued by the user task for storage above the 16 MB line.
stor_scusrhwm_a	INTEGER?	Maximum amount (high-water mark) of user storage allocated to the user task above the 16 MB line.
stor_scusrstg_a	BIGINT?	Storage occupancy of the user task above the 16 MB line. This measures the area under the curve of storage in use against elapsed time. For more information, see Storage occupancy counts.
stor_sc24chwm	INTEGER?	Maximum amount (high-water mark) of user storage allocated to the user task below the 16 MB line.
stor_sccgetct	INTEGER?	Number of user-storage GETMAIN requests issued by the user task for storage below the 16 MB line.
stor_sc24cocc	BIGINT?	Storage occupancy of the user task below the 16 MB line. This measures the area under the curve of storage in use against elapsed time. For more information, see Storage occupancy counts.
stor_sc31chwm	BIGINT?	Maximum amount (high-water mark) of user storage allocated to the user task above the 16 MB line.
stor_sccgetct_a	BIGINT?	Number of user-storage GETMAIN requests issued by the user task for storage above the 16 MB line.
stor_sc31cocc	BIGINT?	Storage occupancy of the user task above the 16 MB line. This measures the area under the curve of storage in use against elapsed time. For more information, see Storage occupancy counts.
stor_sc64cgct	BIGINT?	Number of user-storage GETMAIN requests issued by the user task for storage above the bar.
stor_sc64chwm	BIGINT?	Maximum amount (high-water mark) of user storage, rounded up to the next 4K, allocated to the user task above the bar.
stor_sc64ugct	BIGINT?	Number of user-storage GETMAIN requests issued by the user task for storage above the bar.
stor_sc64uhwm	BIGINT?	Maximum amount (high-water mark) of user storage, rounded up to the next 4K, allocated to the user task above the bar.
stor_sc24sgct	INTEGER?	Number of storage GETMAIN requests issued by the user task for shared storage below the 16 MB line.
stor_sc24gshr	INTEGER?	Number of bytes of shared storage obtained by the user task by using a GETMAIN request below the 16 MB line.
stor_sc24fshr	INTEGER?	Number of bytes of shared storage released by the user task by using a FREEMAIN request below the 16 MB line.
stor_sc31sgct	BIGINT?	Number of storage GETMAIN requests issued by the user task for shared storage above the 16 MB line.
stor_sc31gshr	BIGINT?	Number of bytes of shared storage obtained by the user task by using a GETMAIN request above the 16 MB line.
stor_sc31fshr	BIGINT?	Number of bytes of shared storage released by the user task by using a FREEMAIN request above the 16 MB line.
stor_sc64sgct	BIGINT?	Number of storage GETMAIN requests issued by the user task for shared storage above the bar.
stor_sc64gshr	BIGINT?	Amount of shared storage obtained by the user task by using a GETMAIN request above the bar. The total number of bytes obtained is rounded up to the next 4096 bytes, and the resulting number of 4K pages is displayed.
stor_sc64fshr	BIGINT?	Amount of shared storage released by the user task by using a FREEMAIN request above the bar. The total number of bytes obtained is rounded up to the next 4096 bytes, and the resulting number of 4K pages is displayed.
stor_pcstghwm	BIGINT?	Maximum amount (high-water mark) of program storage in use by the user task both above and below the 16 MB line.
stor_pc24bhwm	INTEGER?	Maximum amount (high-water mark) of program storage in use by the user task below the 16 MB line. This field is a subset of PCSTGHWM (field id 087) that resides below the 16 MB line.
stor_pc31rhwm	BIGINT?	Maximum amount (high-water mark) of program storage in use by the user task above the 16 MB line, in the extended read-only dynamic storage area (ERDSA). This field is a subset of PC31AHWM (field id 139) that resides in the ERDSA.
stor_pc31ahwm	BIGINT?	Maximum amount (high-water mark) of program storage in use by the user task above the 16 MB line. This field is a subset of PCSTGHWM (field id 087) that resides above the 16 MB line.
stor_pc31chwm	BIGINT?	Maximum amount (high-water mark) of program storage in use by the user task above the 16 MB line, in the extended CICS dynamic storage area (ECDSA). This field is a subset of PC31AHWM (139) that resides in the EPCDSA.
stor_pc24chwm	INTEGER?	Maximum amount (high-water mark) of program storage in use by the user task below the 16 MB line, in the CICS dynamic storage area (CDSA). This field is a subset of PC24BHWM (108) that resides in the PCDSA.
stor_pc24shwm	INTEGER?	Maximum amount (high-water mark) of program storage in use by the user task below the 16 MB line, in the shared dynamic storage area (SDSA). This field is a subset of PC24BHWM (108) that resides in the PUDSA.
stor_pc31shwm	BIGINT?	Maximum amount (high-water mark) of program storage in use by the user task above the 16 MB line, in the extended shared dynamic storage area (ESDSA). This field is a subset of PC31AHWM (139) that resides in the EPUDSA.
stor_pc24rhwm	INTEGER?	Maximum amount (high-water mark) of program storage in use by the user task below the 16 MB line, in the read-only dynamic storage area (RDSA). This field is a subset of PC24BHWM (108) that resides in the RDSA.
sync_spsyncct	INTEGER?	Number of SYNCPOINT requests issued during the user task.
sync_synctime	FLOAT?	Total elapsed time for which the user task was dispatched and was processing syncpoint requests.
sync_srvsywtt	FLOAT?	Total elapsed time in which the user task waited for syncpoint or resynchronization processing using the Coupling Facility data tables server to complete.
sync_syncdly	FLOAT?	The elapsed time in which the user task waited for a syncpoint request to be issued by its parent transaction. The user task was executing as a result of the parent task issuing a CICS BTS run-process or run-activity request to execute a process or activity synchronously. For more information, see Clocks and time stamps, and Transaction wait (suspend) times in Reference.
sync_otsindwt	FLOAT?	The elapsed time in which the user task was dispatched or suspended indoubt (or both) while processing a syncpoint for an Object Transaction Service (OTS) syncpoint request. For more information, see Clocks and time stamps, and Transaction wait (suspend) times in Reference.
task_ttype	VARCHAR(4)?	Transaction start type. The high-order bytes (0 and 1) are set as follows:.
task_usrdispt	FLOAT?	Total elapsed time during which the user task was dispatched on each CICS TCB under which the task ran. The TCB modes managed by the CICS dispatcher are: QR, RO, CO, FO, SZ ,RP, SL, SP, SO, EP, L8, L9, S8, TP, T8, X8, X9, and D2. Be aware that, for each CICS release, new TCB modes might be added to this list, or obsolete TCB modes might be removed. For more information about dispatch time and CPU time, see Transaction response time, dispatch time, and CPU time.
task_usrcput	FLOAT?	Processor time for which the user task was dispatched on each CICS TCB under which the task ran. The TCB modes managed by the CICS dispatcher are: QR, RO, CO, FO, SZ, RP, SL, SP, SO, EP, L8, L9,.
task_susptime	FLOAT?	Total elapsed wait time for which the user task was suspended by the dispatcher. This wait time includes these values:.
task_xsnlnact	INTEGER?	The number of QUERY SECURITY LOGMESSAGE(NOLOG) requests that succeeded but returned no authority on READ, UPDATE, CONTROL or ALTER.
task_xsnlnfct	INTEGER?	The number of QUERY SECURITY LOGMESSAGE(NOLOG) requests that failed with response code 13 NOTFND and reason code 5 or 8.
task_icpuinct	INTEGER?	Number of interval control START or INITIATE requests during the user task.
task_taskflag	INTEGER?	Task error flags, a string of 32 bits used for signaling unusual conditions occurring during the user task:.
task_icstacct	INTEGER?	Total number of local interval control START requests, with the CHANNEL option, issued by the user task.
task_ictotct	INTEGER?	Total number of Interval Control Start, Cancel, Delay, and Retrieve requests issued by the user task.
task_trngrpid	VARCHAR(58)?	The transaction group ID is assigned at transaction attach time, and can be used to correlate the transactions that CICS runs for the same incoming work request; for example, the CWXN and CWBA transactions for Web requests. This transaction group ID relationship is useful when applied to the.
task_netuowpx	VARCHAR(20)?	Fully qualified name by which the originating system is known to the z/OS Communications Server network. This name is assigned at attach time using either the netname derived from the TCT (when the task is attached to a local terminal) or the netname passed as part of an ISC APPC or IRC attach header. At least three padding bytes (X’00’) are present at the end of the name.
task_netuowsx	VARCHAR(18)?	Name by which the network unit of work ID is known in the originating system. This name is assigned at attach time using either an STCK-derived token (when the task is attached to a local terminal), or the network unit of work ID passed as part of an ISC (APPC) or IRC (MRO) attach header.
task_dispwtt	FLOAT?	Elapsed time for which the user task waited for redispatch. This time is the aggregate of the wait times between each event completion and user-task redispatch.
task_tranpri	INTEGER?	Transaction priority when monitoring of the task was initialized (low-order byte-3).
task_gnqdelay	FLOAT?	The elapsed time waiting for a CICS task control global enqueue. For more information, see Clocks and time stamps.
task_brdgtran	VARCHAR(4)?	Bridge listener transaction identifier. For CICS 3270 Bridge transactions, this field is the name of the Bridge listener transaction that attached the user task.
task_dspdelay	FLOAT?	The elapsed time waiting for first dispatch.
task_tcldelay	FLOAT?	The elapsed time waiting for first dispatch, which was delayed because of the limits set for the transaction class of this transaction, TCLSNAME (166), being reached. For more information, see Clocks and time stamps. This field is a component of the first dispatch delay, DSPDELAY (125), field.
task_mxtdelay	FLOAT?	The elapsed time waiting for the first dispatch, which was delayed because of the limits set by the system parameter, MXT, being reached. The field is a component of the first dispatch delay, DSPDELAY (125), field.
task_lmdelay	FLOAT?	The elapsed time that the user task waited to acquire a lock on a resource. A user task cannot explicitly acquire a lock on a resource, but many CICS modules lock resources on behalf of user tasks using the CICS lock manager (LM) domain.
task_enqdelay	FLOAT?	The elapsed time waiting for a CICS task control local enqueue. For more information, see Clocks and time stamps. This field is a component of the task suspend time, SUSPTIME (014), field.
task_rmuowid	DATETIME?	The identifier of the unit of work (unit of recovery) for this task. Unit of recovery values are used to synchronize recovery operations among CICS and other resource managers, such as IMS and Db2.
task_fctyname	VARCHAR(4)?	Transaction facility name. This field is null if the transaction is not associated with a facility. The transaction facility type (if any) can be identified using byte 0 of the transaction flags, TRANFLAG , (164) field.
task_tranflag	VARCHAR(18)?	Transaction flags, a string of 64 bits used for signaling transaction definition and status information:.
task_tclsname	VARCHAR(8)?	Transaction class name. This field is null if the transaction is not in a TRANCLASS.
task_rmitime	FLOAT?	The total elapsed time spent in the CICS Resource Manager Interface (RMI). For more information, see Clocks and time stamps, Transaction wait (suspend) times in Reference, and RMI elapsed and suspend time.
task_rmisusp	FLOAT?	The total elapsed time that the task was suspended by the CICS dispatcher while in the CICS Resource Manager Interface (RMI). For more information, see Clocks and time stamps, Transaction wait (suspend) times in Reference, and RMI elapsed and suspend time. The field is a component of the task suspend time, SUSPTIME (014), field and also the RMITIME (170) field.
task_wtexwait	FLOAT?	The elapsed time that the user task waited for one or more ECBs, passed to CICS by the user task using the EXEC CICS WAIT EXTERNAL ECBLIST command, to be posted by the MVS POST command. The user task can wait on one or more ECBs. If it waits on more than one, it is dispatchable as soon as one of the ECBs is posted. For more information, see Clocks and time stamps and Transaction wait (suspend) times in Reference. This field is a component of the task suspend time, SUSPTIME (014), field.
task_wtcewait	FLOAT?	The elapsed time that the user task waited for one of these events:.
task_icdelay	FLOAT?	The elapsed time that the user task waited as a result of issuing one of the following commands:.
task_gvupwait	FLOAT?	The elapsed time that the user task waited as a result of giving up control to another task. A user task can give up control in many ways. Some examples are application programs that use one or more of the following EXEC CICS API or SPI commands:.
task_tclstsks	INTEGER?	Total number of active and queued tasks, including this task, in the associated TRANCLASS when the task was attached. This field does not apply if the transaction is not in a TRANCLASS.
task_rrmsurid	VARCHAR(16)?	RRMS/MVS unit-of-recovery ID (URID).
task_rrmswait	FLOAT?	The elapsed time in which the user task waited indoubt using resource recovery services for EXCI.
task_rqrwait	FLOAT?	The elapsed time during which the request receiver user task CIRR (or user specified transaction ID) waited for any outstanding replies to be satisfied.
task_rqpwait	FLOAT?	The elapsed time during which the request processor user task CIRP waited for any outstanding replies to be satisfied. This field is a component of the task suspend time, SUSPTIME (014), field.
task_otstid	VARCHAR(128)?	This field is the first 128 bytes of the Object Transaction Service (OTS) Transaction ID (TID).
task_runtrwtt	FLOAT?	The elapsed time in which the user task waited for completion of a transaction that ran as a result of the user task issuing a CICS BTS run process request and a run activity request synchronously.
task_dschmdly	FLOAT?	The elapsed time in which the user task waited for redispatch after a CICS Dispatcher change-TCB mode request was issued by or on behalf of the user task. For example, a change-TCB mode request from a CICS L8 or S8 mode TCB back to the CICS QR mode TCB might have to wait for the QR TCB because another task is currently dispatched on the QR TCB. The period count component of DSCHMDLY represents the number of change-TCB mode requests. This field is a component of the task suspend time, SUSPTIME (014), field. For more information, see Clocks and time stamps and Transaction wait (suspend) times in Reference.
task_qrmoddly	FLOAT?	The elapsed time for which the user task waited for redispatch on the CICS QR mode TCB. This time is the aggregate of the wait times between each event completion and user-task redispatch. This field does not include the elapsed time spent waiting for the first dispatch. The QRMODDLY field is a component of the task suspend time, SUSPTIME (014), field, and also the redispatch wait, DISPWTT (102), field.
task_maxotdly	FLOAT?	The elapsed time in which the user task waited to obtain a CICS L8 or L9 mode open TCB, because the region had reached the limit set by CICS for these TCBs. L8 and L9 mode open TCBs are used by OPENAPI application programs or by task-related user exit programs that have been enabled with the OPENAPI option, for example, the CICS-Db2 adapter, when CICS connects to Db2 Version 6 or later and the CICS-MQ adapter, when CICS connects to Websphere MQ Version 6 or later.
task_tcbattct	INTEGER?	The number of CICS TCBs attached by or on behalf of the user task.
task_dstcbhwm	INTEGER?	The peak number of CICS open TCBs (in TCB modes L8, L9, S8, T8, X8, and X9) that have been concurrently allocated to the user task.
task_jvmtime	FLOAT?	The total elapsed time spent in the JVM by the user task. For more information, see JVM elapsed time, suspend time, and cleanup time.
task_jvmsusp	FLOAT?	The elapsed time for which the user task was suspended by the CICS dispatcher while running in the JVM. For more information, see JVM elapsed time, suspend time, and cleanup time. This field is a component of the task suspend time, SUSPTIME (014), field.
task_qrdispt	FLOAT?	The elapsed time for which the user task was dispatched on the CICS QR TCB. For more information, see Clocks and time stamps.
task_qrcput	FLOAT?	The processor time for which the user task was dispatched on the CICS QR TCB. For more information, see Clocks and time stamps.
task_msdispt	FLOAT?	Elapsed time for which the user task was dispatched on each CICS TCB. The CICS TCB modes are used as follows:.
task_mscput	FLOAT?	The processor time for which the user task was dispatched on each CICS TCB. The usage of each CICS TCB is shown in the description for field MSDISPT (field ID 257 in group DFHTASK). For more information, see Clocks and time stamps.
task_l8cput	FLOAT?	The processor time during which the user task was dispatched by the CICS dispatcher domain on a CICS L8 mode TCB. When a transaction starts an OPENAPI application program defined with EXECKEY=CICS, or a task-related user exit program that has been enabled with the OPENAPI option, CICS allocates a CICS L8 mode TCB to the task. (An L8 mode TCB can also be allocated if the OPENAPI program is defined with EXECKEY=USER, but the storage protection facility is inactive.) After a task has been allocated an L8 mode TCB, that same TCB remains associated with the task until the transaction is detached. For more information on this field, see Clocks and time stamps.
task_s8cput	FLOAT?	The processor time during which the user task was dispatched by the CICS dispatcher domain on a CICS S8 mode TCB. A transaction is allocated a CICS S8 mode TCB when it uses the secure sockets layer (SSL) during client certificate negotiation. The S8 mode TCB remains associated with the same task for the life of the SSL request. For more information, see Clocks and time stamps.
task_ky8dispt	FLOAT?	The total elapsed time during which the user task was dispatched by the CICS dispatcher on a CICS Key 8 mode TCB:.
task_ky8cput	FLOAT?	The processor time during which the user task was dispatched by the CICS dispatcher on a CICS Key 8 mode TCB. The usage of the CICS Key 8 mode TCBs is shown in the description for field KY8DISPT (field ID 262 in group DFHTASK). This field is a component of the task CPU time field, USRCPUT (field ID 008 in group DFHTASK).
task_ky9dispt	FLOAT?	The total elapsed time during which the user task was dispatched by the CICS dispatcher on a CICS Key 9 mode TCB:.
task_ky9cput	FLOAT?	The processor time during which the user task was dispatched by the CICS dispatcher on a CICS Key 9 mode TCB. The usage of the CICS Key 9 mode TCBs is shown in the description for field KY9DISPT (field ID 264 in group DFHTASK). This field is a component of the task CPU time field, USRCPUT (field ID 008 in group DFHTASK).
task_l9cput	FLOAT?	The processor time during which the user task was dispatched by the CICS dispatcher domain on a CICS L9 mode TCB. When a transaction calls an OPENAPI application program that is defined with EXECKEY=USER it is allocated and uses a CICS L9 mode TCB. If the storage protection facility is.
task_dstcbmwt	FLOAT?	The elapsed time that the user task spent in TCB mismatch waits; that is, waiting because no available TCB matched the request, but at least one non matching TCB was free.
task_rodispt	FLOAT?	The elapsed time during which the user task was dispatched by the CICS dispatcher on the CICS RO mode TCB. The RO TCB is used for loading programs, unless the command to load the program (EXEC CICS LOAD, XCTL, or LINK) is issued by an application that is currently running on an open TCB. In that situation, the open TCB is used to load the program instead of the RO TCB. The CICS RO mode TCB is also used for opening and closing CICS data sets, issuing RACF calls, and similar tasks. This field is a component of the task dispatch time field, USRDISPT (group name: DFHTASK, field ID: 007) and the task miscellaneous TCB dispatch time field, MSDISPT (group name: DFHTASK, field ID: 257).
task_rocput	FLOAT?	The processor time during which the user task was dispatched by the CICS dispatcher on the CICS RO mode TCB. The RO TCB is used for loading programs, unless the command to load the program (EXEC CICS LOAD, XCTL, or LINK) is issued by an application that is currently running on an open TCB. In that situation, the open TCB is used to load the program instead of the RO TCB. The CICS RO mode TCB is also used for opening and closing CICS data sets, issuing RACF calls, and similar tasks. This field is a component of the task CPU time field, USRCPUT (group name: DFHTASK, field ID: 008) and the task miscellaneous TCB CPU time field, MSCPUT (group name: DFHTASK, field ID: 258).
task_x8cput	FLOAT?	The processor time during which the user task was dispatched by the CICS dispatcher domain on a CICS X8 mode TCB. When a transaction calls a C or C++ program that was compiled with the XPLINK option, and that is defined with EXECKEY=CICS, it is allocated and uses a CICS X8 mode TCB. An X8 mode TCB can also be allocated if the program is defined with EXECKEY=USER, but the storage protection facility is inactive. After a task has been allocated an X8 mode TCB, that same TCB remains associated with the task until the program completes. This field is a component of the total task CPU time field, USRCPUT (field ID 008 in group DFHTASK), and the task key 8 CPU time field, KY8CPUT (field ID 263 in group DFHTASK).
task_x9cput	FLOAT?	The processor time during which the user task was dispatched by the CICS dispatcher domain on a CICS X9 mode TCB. When a transaction calls a C or C++ program that was compiled with the XPLINK option, and that is defined with EXECKEY=USER, it is allocated and uses a CICS X9 mode TCB. (If the storage protection facility is inactive, an X8 mode TCB is used instead of an X9 mode TCB.) After a task has been allocated an X9 mode TCB, that same TCB remains associated with the task until the program completes. This field is a component of the total task CPU time field, USRCPUT (field ID 008 in group DFHTASK), and the task key 9 CPU time field, KY9CPUT (field ID 265 in group DFHTASK).
task_jvmitime	FLOAT?	The elapsed time spent initializing the JVM environment. For more information, see Clocks and time stamps.
task_smmvsswt	FLOAT?	The time that the user task waited because MVS user region or extended user region was short on storage. For more information, see Transaction wait (suspend) times in Reference. This field is a component of the task suspend time, SUSPTIME (014), field.
task_jvmrtime	FLOAT?	Reserved field, returns zero.
task_dsmmscwt	FLOAT?	The elapsed time that the user task spent waiting because no TCB was available and a TCB was not created because of MVS storage constraints. This field is not populated. The field is a component of the task suspend time, SUSPTIME (014), field.
task_maxstdly	FLOAT?	The elapsed time for which the user task waited to obtain a CICS SSL TCB (S8 mode), because the CICS system reached the limit set by the system initialization parameter MAXSSLTCBS. The S8 mode open TCBs are used exclusively by secure sockets layer (SSL) pthread requests issued by or on behalf of a user task. For more information, see Transaction wait (suspend) times in Reference. This field is a component of the task suspend time, SUSPTIME (014), field.
task_maxxtdly	FLOAT?	The elapsed time for which the user task waited to obtain a CICS XP TCB (X8 or X9 mode), because the CICS system reached the limit set by CICS for these types of TCB. The X8 and X9 mode open TCBs are used exclusively by C and C++ programs that were compiled with the XPLINK option. For more information, see Transaction wait (suspend) times in Reference. This field is a component of the task suspend time, SUSPTIME (014), field.
task_maxttdly	FLOAT?	The elapsed time for which the user task waited to obtain a T8 TCB, because the CICS system reached the limit of available threads. The T8 mode open TCBs are used by a JVM server to perform multithreaded processing. Each T8 TCB runs under one thread. The thread limit is 2000 for each CICS region and each JVM server in a CICS region can have up to 256 threads. For more information, see Transaction wait (suspend) times in Reference. This field is a component of the task suspend time, SUSPTIME (014), field. This does not apply to Liberty JVM servers.
task_ptpwait	FLOAT?	The elapsed time for which the user task waited for the 3270 bridge partner transaction to complete. For more information, see Transaction wait (suspend) times in Reference. This field is a component of the task suspend time, SUSPTIME (014), field.
task_icstacdl	INTEGER?	Total length, in bytes, of the data in the containers of all the locally executed START CHANNEL requests issued by the user task. This total includes the length of any headers to the data.
task_icstrcct	INTEGER?	Total number of interval control START CHANNEL requests, to be run on remote systems, issued by the user task.
task_icstrcdl	INTEGER?	Total length, in bytes, of the data in the containers of all the remotely executed START CHANNEL requests issued by the user task. This total includes the length of any headers to the data.
task_romoddly	FLOAT?	The elapsed time for which the user task waited for redispatch on the CICS RO TCB. This time is the aggregate of the wait times between each event completion and user-task redispatch. The ROMODDLY field is a component of the task suspend time, SUSPTIME (014), field, and also the redispatch wait, DISPWTT (102), field.
task_somoddly	FLOAT?	The elapsed time for which the user task waited for redispatch on the CICS SO TCB. This time is the aggregate of the wait times between each event completion and user-task redispatch. The SOMODDLY field is a component of the task suspend time, SUSPTIME (014), field, and also the redispatch wait, DISPWTT (102), field.
task_t8cput	FLOAT?	The processor time during which the user task was dispatched by the CICS dispatcher domain on a CICS T8 mode TCB. T8 mode TCBs are used by a JVM server to perform multithreaded processing. When a thread is allocated a T8 mode TCB, that same TCB remains associated with the thread until the processing completes. This field is a component of the total task CPU time field, USRCPUT (field ID 008 in group DFHTASK), and the task key 8 CPU time field, KY8CPUT (field ID 263 in group DFHTASK).
task_jvmthdwt	FLOAT?	The elapsed time that the user task waited to obtain a JVM server thread because the CICS system had reached the thread limit for a JVM server in the CICS region. This field is a component of the task suspend time, SUSPTIME (014), field. This does not apply to Liberty JVM servers.
task_dsapthwt	FLOAT?	The dispatcher allocated pthread wait time. This is the time that the transaction had to wait for a Liberty pthread to be allocated during links to Liberty programs. For more information, see Clocks and time stamps and Transaction wait (suspend) times in Reference. This field is a component of the task suspend time, SUSPTIME (014), field.
task_cecmchtp	VARCHAR(4)?	The CEC machine type, in EBCDIC, for the physical hardware environment where the CICS region is running. CEC (central electronics complex) is a commonly used synonym for CPC (central processing complex).
task_cecmdlid	VARCHAR(16)?	The CEC model number, in EBCDIC, for the physical hardware environment where the CICS region is running.
task_lparname	VARCHAR(8)?	The name, in EBCDIC, of the logical partition (LPAR) on the processor where the CICS region is running.
task_maxtasks	INTEGER?	The MXT or MAXTASKS value, expressed as a number of tasks, for the CICS region at the time the user task was attached.
task_curtasks	INTEGER?	The current number of active user transactions in the system at the time the user task was attached.
task_xsvfypwd	FLOAT?	The total elapsed time that the user task spent verifying passwords, password phrases, PassTickets, and MFA tokens.
task_cputoncp	FLOAT?	The total task processor time on a standard processor for which the user task was dispatched on each CICS TCB under which the task ran.
task_offlcput	FLOAT?	The total task processor time that was spent on a standard processor but was eligible for offload to a specialty processor (zIIP or zAAP).
task_xsvfybas	FLOAT?	The total elapsed time that the user task spent verifying basic authentication tokens (BASICAUTH).
task_xsvfyker	FLOAT?	The total elapsed time that the user task spent verifying Kerberos tokens (KERBEROS).
task_xsvfyjwt	FLOAT?	The total elapsed time that the user task spent verifying JSON web tokens (JWT).
task_acapplnm	VARCHAR(64)?	The 64-character name of the application in the application context data.
task_acplatnm	VARCHAR(64)?	The 64-character name of the platform in the application context data.
task_acmajver	INTEGER?	The major version of the application in the application context data, expressed as a 4-byte binary value.
task_acminver	INTEGER?	The minor version of the application in the application context data, expressed as a 4-byte binary value.
task_acmicver	INTEGER?	The micro version of the application in the application context data, expressed as a 4-byte binary value.
task_acopernm	VARCHAR(64)?	The 64-character name of the operation in the application context data.
task_astotct	INTEGER?	The total number of EXEC CICS asynchronous API commands that have been issued by the user task. Includes RUN TRANSID , FETCH CHILD , FETCH ANY , and FREE CHILD commands.
task_asrunct	INTEGER?	The number of EXEC CICS RUN TRANSID commands that have been issued by the user task.
task_asftchct	INTEGER?	The number of EXEC CICS FETCH CHILD and EXEC CICS FETCH ANY commands that have been issued by the user task.
task_asfreect	INTEGER?	The number of EXEC CICS FREE CHILD commands that have been issued by the user task.
task_asftchwt	FLOAT?	The elapsed time that the user task waited for a child task as a result of issuing an EXEC CICS FETCH CHILD or EXEC CICS FETCH ANY command which was not completed.
task_asrnatwt	FLOAT?	The elapsed time that the user task was delayed as a result of asynchronous child task limits managed by the asynchronous services domain.
temp_tsiowtt	FLOAT?	Elapsed time for which the user task waited for VSAM temporary storage I/O. For more information, see Clocks and time stamps, and Transaction wait (suspend) times in Reference.
temp_tsgetct	INTEGER?	Number of temporary storage GET requests to auxiliary or main temporary storage issued by the user task.
temp_tsputact	INTEGER?	Number of PUT requests to auxiliary temporary storage issued by the user task.
temp_tsputmct	INTEGER?	Number of PUT requests to main temporary storage issued by the user task.
temp_tstotct	INTEGER?	Total number of temporary storage requests issued by the user task. This field is the sum of the temporary storage READQ (TSGETCT), READQ shared (TSGETSCT), WRITEQ AUX (TSPUTACT), WRITEQ MAIN (TSPUTMCT), WRITEQ shared (TSPUTSCT), and DELETEQ requests issued by the user task.
temp_tsshwait	FLOAT?	Elapsed time that the user task waited for an asynchronous shared temporary storage request to a temporary storage data server to complete. For more information, see Clocks and time stamps, and Transaction wait (suspend) times in Reference.
temp_tsgetsct	INTEGER?	Number of temporary storage GET requests from shared temporary storage issued by the user task.
temp_tsputsct	INTEGER?	Number of temporary storage PUT requests to shared temporary storage issued by the user task.
term_term	VARCHAR(4)?	Terminal or session identification. This field is null if the task is not associated with a terminal or session.
term_tciowtt	FLOAT?	Elapsed time for which the user task waited for input from the terminal operator after issuing a RECEIVE request. For more information, see Clocks and time stamps and Transaction wait (suspend) times in Reference.
term_tcmsgin1	INTEGER?	Number of messages received from the principal terminal facility of the task, including LUTYPE6.1 and LUTYPE6.2 (APPC) but not MRO (IRC).
term_tcmsgou1	INTEGER?	Number of messages sent to the principal terminal facility of the task, including LUTYPE6.1 and LUTYPE6.2 (APPC) but not MRO (IRC).
term_tcmsgin2	INTEGER?	Number of messages received from the LUTYPE6.1 alternate terminal facilities by the user task.
term_tcmsgou2	INTEGER?	Number of messages sent to the LUTYPE6.1 alternate terminal facilities by the user task.
term_tcalloct	INTEGER?	Number of TCTTE ALLOCATE requests issued by the user task for LUTYPE6.2 (APPC), LUTYPE6.1, and IRC sessions.
term_tcchrin1	INTEGER?	Number of characters received from the principal terminal facility of the task, including LUTYPE6.1 and LUTYPE6.2 (APPC) but not MRO (IRC).
term_tcchrou1	INTEGER?	Number of characters sent to the principal terminal facility of the task, including LUTYPE6.1 and LUTYPE6.2 (APPC) but not MRO (IRC).
term_tcchrin2	INTEGER?	Number of characters received from the LUTYPE6.1 alternate terminal facilities by the user task. (Not applicable to ISC APPC.).
term_tcchrou2	INTEGER?	Number of characters sent to the LUTYPE6.1 alternate terminal facilities by the user task. (Not applicable to ISC APPC.).
term_iriowtt	FLOAT?	Elapsed time for which the user task waited for control at this end of an MRO link. For more information, see Clocks and time stamps and Transaction wait (suspend) times in Reference.
term_luname	VARCHAR(8)?	The z/OS Communications Server SNA logical unit name (if available) of the terminal that is associated with this transaction. If the task is executing in an application-owning or file-owning region, the LUNAME is the generic applid of the originating connection for MRO, LUTYPE6.1, and LUTYPE6.2 (APPC). The LUNAME is blank if the originating connection is an external CICS interface (EXCI).
term_lu61wtt	FLOAT?	The elapsed time for which the user task waited for I/O on a LUTYPE6.1 connection or session. This time also includes the waits incurred for conversations across LUTYPE6.1 connections, but not the waits incurred because of LUTYPE6.1 syncpoint flows. For more information, see Clocks and time stamps and Transaction wait (suspend) times in Reference.
term_lu62wtt	FLOAT?	The elapsed time for which the user task waited for I/O on a LUTYPE6.2 (APPC) connection or session. This time also includes the waits incurred for conversations across LUTYPE6.2 (APPC) connections, but not the waits incurred because of LUTYPE6.2 (APPC) syncpoint flows. For more information, see Clocks and time stamps and Transaction wait (suspend) times in Reference.
term_tcm62in2	INTEGER?	Number of messages received from the alternate facility by the user task for LUTYPE6.2 (APPC) sessions.
term_tcm62ou2	INTEGER?	Number of messages sent to the alternate facility by the user task for LUTYPE6.2 (APPC) sessions.
term_tcc62in2	INTEGER?	Number of characters received from the alternate facility by the user task for LUTYPE6.2 (APPC) sessions.
term_tcc62ou2	INTEGER?	Number of characters sent to the alternate facility by the user task for LUTYPE6.2 (APPC) sessions.
term_terminfo	INTEGER?	Terminal or session information for the principal facility of this task, as identified in the ‘TERM’ field id 002. This field is null if the task is not associated with a terminal or session facility.
term_termcnnm	VARCHAR(4)?	Terminal session connection name. If the terminal facility associated with this transaction is a session, this field is the name of the owning connection (sysid).
term_netid	VARCHAR(8)?	NETID if a network qualified name has been received from the Communications Server. If it is a resource and the network qualified name has not yet been received, NETID is 8 blanks. In all other cases, it is nulls.
term_rluname	VARCHAR(8)?	Real network name if a network qualified name has been received from the Communications Server. In all other cases, this field is the same as LUNAME (field ID 111). For non-Communications Server resources, it is nulls.
term_tcalwtt	FLOAT?	The elapsed time for which a user task waited for an allocate request for an MRO (Inter-Region Communication), LU6.1, or LU6.2 session. For more information, see Clocks and time stamps and Transaction wait (suspend) times in Reference.
webb_wbreadct	INTEGER?	The number of CICS web support READ HTTPHEADER, READ FORMFIELD, and READ QUERYPARM requests issued by the user task.
webb_wbwritct	INTEGER?	The number of CICS web support WRITE HTTPHEADER requests issued by the user task.
webb_wbrcvct	INTEGER?	The number of CICS web support RECEIVE requests issued by the user task.
webb_wbchrin	INTEGER?	The number of bytes received by the CICS web support RECEIVE requests issued by the user task.
webb_wbsendct	INTEGER?	The number of CICS web support SEND requests issued by the user task.
webb_wbchrout	INTEGER?	The number of bytes sent by the CICS web support SEND requests issued by the user task.
webb_wbtotct	INTEGER?	The total number of CICS web support requests issued by the user task.
webb_wbreprct	INTEGER?	The number of reads from the repository in temporary storage issued by the user task.
webb_wbrepwct	INTEGER?	The number of writes to the repository in temporary storage issued by the user task.
webb_wbextrct	INTEGER?	The number of CICS web support EXTRACT requests issued by the user task.
webb_wbbrwct	INTEGER?	The number of CICS web support browsing requests for HTTPHEADER, FORMFIELD, and QUERYPARM (STARTBROWSE, READNEXT, and ENDBROWSE) issued by the user task.
webb_wbredoct	INTEGER?	The number of CICS web support READ HTTPHEADER requests issued by the user task when CICS is an HTTP client.
webb_wbwrtoct	INTEGER?	The number of CICS web support WRITE HTTPHEADER requests issued by the user task when CICS is an HTTP client.
webb_wbrcvin1	INTEGER?	The number of CICS web support RECEIVE and CONVERSE requests issued by the user task when CICS is an HTTP client.
webb_wbchrin1	INTEGER?	The number of bytes received by the CICS web support RECEIVE and CONVERSE requests issued by the user task when CICS is an HTTP client. This number includes the HTTP headers for the response.
webb_wbsndou1	INTEGER?	The number of CICS web support SEND and CONVERSE requests issued by the user task when CICS is an HTTP client.
webb_wbchrou1	INTEGER?	The number of bytes sent by the CICS web support SEND and CONVERSE requests issued by the user task when CICS is an HTTP client. This number includes the HTTP headers for the request.
webb_wbparsct	INTEGER?	The number of CICS web support PARSE URL requests issued by the user task.
webb_wbbrwoct	INTEGER?	The number of CICS web support BROWSE HTTPHEADER requests (STARTBROWSE, READNEXT, and ENDBROWSE) issued by the user task when CICS is an HTTP client.
webb_wburiopn	FLOAT?	The total elapsed time that the user task was processing WEB OPEN URIMAP requests that are issued by the user task. For more information, see Clocks and time stamps.
webb_wbiwbsct	INTEGER?	The number of EXEC CICS INVOKE SERVICE and EXEC CICS INVOKE WEBSERVICE requests issued by the user task.
webb_wbreprdl	INTEGER?	The total length, in bytes, of the data read from the repository in temporary storage by the user task.
webb_wbrepwdl	INTEGER?	The total length, in bytes, of the data written to the repository in temporary storage by the user task.
webb_wburimnm	VARCHAR(8)?	For CICS web support, Atom feeds, and web service applications, the name of the URIMAP resource definition that was mapped to the URI of the inbound request that was processed by this task.
webb_wbpiplnm	VARCHAR(8)?	For web service applications, the name of the PIPELINE resource definition that was used to provide information about the message handlers that act on the service request processed by this task.
webb_wbatmsnm	VARCHAR(8)?	For Atom feeds, the name of the ATOMSERVICE resource definition that was used to process this task.
webb_wbsvcenm	VARCHAR(32)?	For web service applications, the name of the WEBSERVICE resource definition that was used to process this task.
webb_wbsvopnm	VARCHAR(64)?	For web service applications, the first 64 bytes of the web service operation name.
webb_wbprognm	VARCHAR(8)?	For CICS web support, the name of the program from the URIMAP resource definition that was used to provide the application-generated response to the HTTP request processed by this task.
webb_wbsfcrct	INTEGER?	The number of EXEC CICS SOAPFAULT CREATE commands issued by the user task.
webb_wbsftoct	INTEGER?	The total number of EXEC CICS SOAPFAULT ADD , CREATE , and DELETE commands issued by the user task.
webb_wbissfct	INTEGER?	The total number of SOAP faults received in response to the EXEC CICS INVOKE SERVICE and EXEC CICS INVOKE WEBSERVICE commands issued by the user task.
webb_wbsreqbl	INTEGER?	For web service applications, the SOAP request body length.
webb_wbsrspbl	INTEGER?	For web service applications, the SOAP response body length.
webb_wburircv	FLOAT?	The total elapsed time that the user task was processing WEB RECEIVE requests and the receiving side of WEB CONVERSE requests that are issued by the user task. The sessions these requests target to are opened by the WEB OPEN URIMAP command. For more information, see Clocks and time stamps.
webb_wburisnd	FLOAT?	The total elapsed time that the user task was processing WEB SEND requests and the sending side of WEB CONVERSE requests that are issued by the user task. The sessions these requests target to are opened by the WEB OPEN URIMAP command. For more information, see Clocks and time stamps.
webb_mlxsstdl	INTEGER?	The total length of the documents that were parsed using the z/OS XML System Services parser.
webb_mlxmltct	INTEGER?	The number of EXEC CICS TRANSFORM commands issued by the user task.
webb_njsappnm	VARCHAR(32)?	Node.js application name from which the task was started.
webb_wsacblct	INTEGER?	The number of EXEC CICS WSACONTEXT BUILD commands issued by the user task.
webb_wsacgtct	INTEGER?	The number of EXEC CICS WSACONTEXT GET commands issued by the user task.
webb_wsaepcct	INTEGER?	The number of EXEC CICS WSAEPR CREATE commands issued by the user task.
webb_wsatotct	INTEGER?	The total number of EXEC CICS WS-Addressing commands issued by the user task.
webb_wbjsnrql	INTEGER?	For JSON web service applications, the JSON message request length.
webb_wbjsnrpl	INTEGER?	For JSON web service applications, the JSON message response length.
webc_wbsvinvk	FLOAT?	The total elapsed time that the user task was processing INVOKE SERVICE requests for WEBSERVICEs. For more information, see Clocks and time stamps.

Constraints:

• PRIMARY KEY (smfmnsid, smfmnprn, smfmnspn, task_tran, cics_start, task_trannum, elapsed)

Indexes:

• ix__smf110_1__cics_oadata1 (cics_oadata1)

Smf 110 Subtype 2

a08bsdds

smf2db.db_models.smf1102_model.A08bssds (a08bssds)

The A08bssds class stores the A08bssds section in the a08bssds table.

Columns:

a08bkbsz*	INTEGER	Buffer size.
isIndxBuffer*	INTEGER	Is index buffer.
→ smfstsid*	VARCHAR(4)	Subystem identification.
→ smfstprn*	VARCHAR(8)	Product name (generic Applid).
→ smfstspn*	VARCHAR(8)	Product name (specific Applid).
→ datetime*	DATETIME	the hour of the record.
→ smfsttme*	DATETIME	Date and time record moved to SMF.
→ a08srpid*	INTEGER	LSR pool number.
a08bkbfn	INTEGER?	No. of buffers.
a08bkhbn	INTEGER?	No. of hiperspace buffers.
a08bkbff	INTEGER?	No. successful look asides.
a08bkfrd	INTEGER?	No. buffer reads.
a08bkuiw	INTEGER?	No. user initiated buffer writes.
a08bknuw	INTEGER?	No. non-user initiated buffer writes.
a08bkcrs	INTEGER?	No. successful CREAD.
a08bkcws	INTEGER?	No. successful CWRITE.
a08bkcrf	INTEGER?	No. failing CREAD.
a08bkcwf	INTEGER?	No. failing CWRITE.

Constraints:

• FOREIGN KEY (dfha08ds.smfstsid, dfha08ds.smfstprn, dfha08ds.smfstspn, dfha08ds.datetime, dfha08ds.smfsttme, dfha08ds.a08srpid → smfstsid, smfstprn, smfstspn, datetime, smfsttme, a08srpid)

• PRIMARY KEY (smfstsid, smfstprn, smfstspn, datetime, smfsttme, a08srpid, a08bkbsz, isIndxBuffer)

a16stats

smf2db.db_models.smf1102_model.A16stats (a16stats)

The A16stats class stores the A16stats section in the a16stats table.

Columns:

a16tnam*	VARCHAR(4)	Table name.
→ smfstsid*	VARCHAR(4)	Subystem identification.
→ smfstprn*	VARCHAR(8)	Product name (generic Applid).
→ smfstspn*	VARCHAR(8)	Product name (specific Applid).
→ datetime*	DATETIME	the hour of the record.
→ smfsttme*	DATETIME	Date and time record moved to SMF.
a16tsize	INTEGER?	Table size.

Constraints:

• FOREIGN KEY (dfha16ds.smfstsid, dfha16ds.smfstprn, dfha16ds.smfstspn, dfha16ds.datetime, dfha16ds.smfsttme → smfstsid, smfstprn, smfstspn, datetime, smfsttme)

• PRIMARY KEY (smfstsid, smfstprn, smfstspn, datetime, smfsttme, a16tnam)

dfhasgds

smf2db.db_models.smf1102_model.Dfhasgds (dfhasgds)

The Dfhasgds class stores the Dfhasgds section in the dfhasgds table.

Columns:

smfstsid*	VARCHAR(4)	Subystem identification.
smfstprn*	VARCHAR(8)	Product name (generic Applid).
smfstspn*	VARCHAR(8)	Product name (specific Applid).
datetime*	DATETIME	the hour of the record.
smfsttme*	DATETIME	Date and time record moved to SMF.
asgds_len	INTEGER?	AS Domain stats record length.
asgds_id	INTEGER?	AS Domain stats id.
asgds_vers	INTEGER?	AS Domain stats version.
asg_run_count	INTEGER?	Run API count.
asg_fetch_count	INTEGER?	Fetch APIs count.
asg_free_count	INTEGER?	Free APIs count.
asg_run_delay_count	INTEGER?	Count of Run API being delayed.
asg_parents_delayed_cur	INTEGER?	Count of parents being delayed.
asg_parents_delayed_peak	INTEGER?	Peak parents being delayed.
asg_children_cur	INTEGER?	Count of running children.
asg_children_peak	INTEGER?	Peak running children.

Constraints:

• PRIMARY KEY (smfstsid, smfstprn, smfstspn, datetime, smfsttme)

dfha03ds

smf2db.db_models.smf1102_model.Dfha03ds (dfha03ds)

The Dfha03ds class stores the Dfha03ds section in the dfha03ds table.

Columns:

smfstsid*	VARCHAR(4)	Subystem identification.
smfstprn*	VARCHAR(8)	Product name (generic Applid).
smfstspn*	VARCHAR(8)	Product name (specific Applid).
datetime*	DATETIME	the hour of the record.
smfsttme*	DATETIME	Date and time record moved to SMF.
a03len	INTEGER?	Length of data area.
a03id	INTEGER?	VTAM global storage id.
a03dvers	INTEGER?	VTAM stats version number.
a03rplxt	INTEGER?	Times at RPL max.
a03rplx	INTEGER?	Max RPLs posted.
a03vtsos	INTEGER?	VTAM SOS.
a03doc	INTEGER?	Dynamic open count.
a03lunum	INTEGER?	Current LUs in session.
a03luhwm	INTEGER?	HWM LUs in session.
a03psic	INTEGER?	PRSS inquire count.
a03psnc	INTEGER?	PRSS nib count.
a03psoc	INTEGER?	PRSS opndst count.
a03psuc	INTEGER?	PRSS unbind count.
a03psec	INTEGER?	PRSS error count.
a03pstyp	VARCHAR(4)?	SNPS/MNPS/NOPS - Persistency.
a03psdin	VARCHAR(8)?	PSDINT - Format 0hhmmss.
a03bmvl	INTEGER?	BMS 3270 Validation On/Off.
a03bmig	INTEGER?	BMS 3270 ignored count.
a03bmlg	INTEGER?	BMS 3270 logged count.
a03bmab	INTEGER?	BMS 3270 abended count.

Constraints:

• PRIMARY KEY (smfstsid, smfstprn, smfstspn, datetime, smfsttme)

dfha04ds

smf2db.db_models.smf1102_model.Dfha04ds (dfha04ds)

The Dfha04ds class stores the Dfha04ds section in the dfha04ds table.

Columns:

smfstsid*	VARCHAR(4)	Subystem identification.
smfstprn*	VARCHAR(8)	Product name (generic Applid).
smfstspn*	VARCHAR(8)	Product name (specific Applid).
datetime*	DATETIME	the hour of the record.
smfsttme*	DATETIME	Date and time record moved to SMF.
a04len	INTEGER?	Length of data area.
a04id	INTEGER?	Autoinstall global storage id.
a04dvers	INTEGER?	stats version number.
a04vadat	INTEGER?	Total attempts.
a04vadsh	INTEGER?	Times setlogon hold issued.
a04vadrj	INTEGER?	Total rejected.
a04vadlo	INTEGER?	Total deleted.
a04vadpk	INTEGER?	Peak concurrent attempts.
a04vadpx	INTEGER?	Times peak reached.
a04vadqt	INTEGER?	No. queued logons.
a04vadqk	INTEGER?	Peak of Q’d logons.
a04vadqx	INTEGER?	No. times peak is reached.
a04rdint	FLOAT?	Shipped delete interval.
a04rdidl	FLOAT?	Shipped delete idle time.
a04skblt	INTEGER?	Remote terminals built.
a04skins	INTEGER?	Remote terminals installed.
a04skdel	INTEGER?	Remote terminals deleted.
a04tiexp	INTEGER?	Times interval expired.
a04rdrec	INTEGER?	# remdels received.
a04rdiss	INTEGER?	# remdels issued.
a04rddel	INTEGER?	# remdel deletes.
a04cidct	INTEGER?	Current idle count.
a04cidle	FLOAT?	Current idle time.
a04cmaxi	FLOAT?	Current maximum idle time.
a04tidct	INTEGER?	Total idle count.
a04tidle	FLOAT?	Total idle time.
a04tmaxi	FLOAT?	Maximum idle time.

Constraints:

• PRIMARY KEY (smfstsid, smfstprn, smfstspn, datetime, smfsttme)

dfha06ds

smf2db.db_models.smf1102_model.Dfha06ds (dfha06ds)

The Dfha06ds class stores the Dfha06ds section in the dfha06ds table.

Columns:

a06teti*	VARCHAR(4)	Terminal id.
smfstsid*	VARCHAR(4)	Subystem identification.
smfstprn*	VARCHAR(8)	Product name (generic Applid).
smfstspn*	VARCHAR(8)	Product name (specific Applid).
datetime*	DATETIME	the hour of the record.
smfsttme*	DATETIME	Date and time record moved to SMF.
a06len	INTEGER?	Length of data area.
a06id	INTEGER?	Terminal stats id.
a06dvers	INTEGER?	Terminal statistics version number.
a06tett	VARCHAR(4)?	Terminal type (cf TCTTTET).
a06eamib	VARCHAR(4)?	Access method (cf TCTEAMIB).
a06lenp	INTEGER?	Number of polls.
a06teni	INTEGER?	Input messages.
a06teno	INTEGER?	Output messages.
a06teot	INTEGER?	Number of transactions.
a06csvc	INTEGER?	Storage violations.
a06tete	INTEGER?	Transmission errors.
a06teoe	INTEGER?	Transaction errors.
a06tcnt	INTEGER?	Pipeline messages (Total).
a06scnt	INTEGER?	Pipeline messages (Groups).
a06mcnt	INTEGER?	Pipeline messages (Max consec).
a06lunam	VARCHAR(8)?	LU Name.
a06prty	INTEGER?	Terminal Priority.
a06stg	INTEGER?	TIOA Storage.
a06sysid	VARCHAR(4)?	Owning SYSID of terminal/ session.
a06ontm	DATETIME?	Autoinstall logon time (Local).
a06offtm	DATETIME?	Autoinstall logoff time (Local).
a06gontm	DATETIME?	Autoinstall logon time (GMT).
a06goftm	DATETIME?	Autoinstall logoff time (GMT).

Constraints:

• PRIMARY KEY (smfstsid, smfstprn, smfstspn, datetime, smfsttme, a06teti)

dfha08ds

smf2db.db_models.smf1102_model.Dfha08ds (dfha08ds)

The Dfha08ds class stores the Dfha08ds section in the dfha08ds table.

Columns:

a08srpid*	INTEGER	LSR pool number.
smfstsid*	VARCHAR(4)	Subystem identification.
smfstprn*	VARCHAR(8)	Product name (generic Applid).
smfstspn*	VARCHAR(8)	Product name (specific Applid).
datetime*	DATETIME	the hour of the record.
smfsttme*	DATETIME	Date and time record moved to SMF.
a08len	INTEGER?	Length of data area.
a08id	INTEGER?	LSR pool id.
a08dvers	INTEGER?	Statistics version number.
a08flags	INTEGER?	Flags.
a08lbkcd	DATETIME?	Time pool created (Local STCK).
a08lbkdd	DATETIME?	Time pool deleted (Local STCK).
a08gbkcd	DATETIME?	Time pool created (GMT STCK).
a08gbkdd	DATETIME?	Time pool deleted (GMT STCK).
a08bkkyl	INTEGER?	Max key length.
a08bkstn	INTEGER?	No. of strings.
a08bkhsw	INTEGER?	Peak reqs waiting on string.
a08bktsw	INTEGER?	Total No. reqs waiting on string.
a08bkhas	INTEGER?	Peak No. conc active FC strings.
a08tobfn_data	INTEGER?	Total no. of data buffers.
a08tohbn_data	INTEGER?	Total data hiperspace buffs.
a08tobff_data	INTEGER?	Total no. successful look asides.
a08tofrd_data	INTEGER?	Total no. buffer reads.
a08touiw_data	INTEGER?	Total no. user initiated writes.
a08tonuw_data	INTEGER?	Total no. non-user initiated writes.
a08tocrs_data	INTEGER?	Total no. successful CREAD.
a08tocws_data	INTEGER?	Total no. successful CWRITE.
a08tocrf_data	INTEGER?	Total no. failing CREAD.
a08tocwf_data	INTEGER?	Total no. failing CWRITE.
a08tobfn_indx	INTEGER?	Total no. of index buffers.
a08tohbn_indx	INTEGER?	Total indx hiperspace buffs.
a08tobff_indx	INTEGER?	Total no. successful look asides.
a08tofrd_indx	INTEGER?	Total no. buffer reads.
a08touiw_indx	INTEGER?	Total no. user initiated writes.
a08tonuw_indx	INTEGER?	Total no. non-user initiated writes.
a08tocrs_indx	INTEGER?	Total no. successful CREAD.
a08tocws_indx	INTEGER?	Total no. successful CWRITE.
a08tocrf_indx	INTEGER?	Total no. failing CREAD.
a08tocwf_indx	INTEGER?	Total no. failing CWRITE.

Constraints:

• PRIMARY KEY (smfstsid, smfstprn, smfstspn, datetime, smfsttme, a08srpid)

dfha09ds

smf2db.db_models.smf1102_model.Dfha09ds (dfha09ds)

The Dfha09ds class stores the Dfha09ds section in the dfha09ds table.

Columns:

a09dsid*	VARCHAR(8)	Filename.
smfstsid*	VARCHAR(4)	Subystem identification.
smfstprn*	VARCHAR(8)	Product name (generic Applid).
smfstspn*	VARCHAR(8)	Product name (specific Applid).
datetime*	DATETIME	the hour of the record.
smfsttme*	DATETIME	Date and time record moved to SMF.
a09len	INTEGER?	Length of data area.
a09id	INTEGER?	LSR pool id.
a09dvers	INTEGER?	Statistics version number.
a09srpid	INTEGER?	LSR pool number.
a09dbn	INTEGER?	Data buffer size.
a09ibn	INTEGER?	Index buffer size.
a09tbw	INTEGER?	Total buffer waits.
a09hbw	INTEGER?	Highest buffer waits.

Constraints:

• PRIMARY KEY (smfstsid, smfstprn, smfstspn, datetime, smfsttme, a09dsid)

dfha14ds

smf2db.db_models.smf1102_model.Dfha14ds (dfha14ds)

The Dfha14ds class stores the Dfha14ds section in the dfha14ds table.

Columns:

a14cntn*	VARCHAR(4)	Connection name.
smfstsid*	VARCHAR(4)	Subystem identification.
smfstprn*	VARCHAR(8)	Product name (generic Applid).
smfstspn*	VARCHAR(8)	Product name (specific Applid).
datetime*	DATETIME	the hour of the record.
smfsttme*	DATETIME	Date and time record moved to SMF.
a14len	INTEGER?	Length of data area.
a14id	INTEGER?	ISC/IRC id.
a14dvers	INTEGER?	ISC/IRC stats version number.
a14esall	INTEGER?	Generic AIDS in chain.
a14ebid	INTEGER?	Current bids.
a14estam	INTEGER?	Max outstanding allocates.
a14e2hwm	INTEGER?	Max secondaries.
a14ebhwm	INTEGER?	Max bids.
a14es1	INTEGER?	ATIs satisfied by primaries.
a14es2	INTEGER?	ATIs satisfied by secondaries.
a14esbid	INTEGER?	Bids sent.
a14estas	INTEGER?	Total allocates.
a14estaq	INTEGER?	Queued allocates.
a14estaf	INTEGER?	Failed link allocates.
a14estao	INTEGER?	Failed - other reasons.
a14estfc	INTEGER?	File control function shipping reqs.
a14estic	INTEGER?	Intv control function shipping reqs.
a14esttd	INTEGER?	TD function shipping reqs.
a14estts	INTEGER?	TS function shipping reqs.
a14estdl	INTEGER?	DL/I function shipping reqs.
a14esttc	INTEGER?	Terminal sharing reqs.
a14e1hwm	INTEGER?	Max primaries.
a14eqpct	INTEGER?	MAXQTIME purge count.
a14ealrj	INTEGER?	Allocates rejected (QLIMIT).
a14emxqt	BIGINT?	Max queue time.
a14ealim	BIGINT?	Allocate queue limit.
a14ezqrj	INTEGER?	XZIQUE rejects.
a14ezqpu	INTEGER?	XZIQUE purge count.
a14ezqpc	INTEGER?	XZIQUE allocates purged.
a14emqpc	INTEGER?	MAXQTIME allocates purged.
a14eall	INTEGER?	Aids in chain.
a14gact	DATETIME?	AI GMT conn create time.
a14aict	DATETIME?	AI conn create time.
a14gadt	DATETIME?	AI GMT conn delete time.
a14aidt	DATETIME?	AI conn delete time.
a14eahwm	INTEGER?	Max AIDs.
a14esid	VARCHAR(8)?	Connection netname.
a14accm	INTEGER?	Access method.
a14eflgs	INTEGER?	Protocol.
a14esecn	INTEGER?	Send session count.
a14eprmn	INTEGER?	Receive session count.
a14e1ry	INTEGER?	Primaries currently used.
a14e2ry	INTEGER?	Secondaries currently used.
a14estpc	INTEGER?	Program Control funct ship reqs.
a14estpc_channel	INTEGER?	Program Control FS Channel reqs.
a14estpc_channel_sent	BIGINT?	Bytes sent PC FS Channel reqs.
a14estpc_channel_rcvd	BIGINT?	Bytes received PC FS Channel reqs.
a14esttc_channel	INTEGER?	Terminal Sharing Channel reqs.
a14esttc_channel_sent	BIGINT?	Bytes sent Term Sharing Channel.
a14esttc_channel_rcvd	BIGINT?	Bytes received Term Sharing Channel.
a14estic_channel	INTEGER?	Interval Control FS Channel reqs.
a14estic_channel_sent	BIGINT?	Bytes sent IC FS Channel reqs.
a14estic_channel_rcvd	BIGINT?	Bytes received IC FS Channel reqs.
a14_define_source	VARCHAR(8)?	Group installed from.
a14_change_time	DATETIME?	Change/create time.
a14_change_userid	VARCHAR(8)?	Change userid.
a14_change_agent	VARCHAR(6)?	Change agent.
a14_install_agent	VARCHAR(6)?	Install agent.
a14_install_time	DATETIME?	Install/Create time.
a14_install_userid	VARCHAR(8)?	Install userid.

Constraints:

• PRIMARY KEY (smfstsid, smfstprn, smfstspn, datetime, smfsttme, a14cntn)

dfha16ds

smf2db.db_models.smf1102_model.Dfha16ds (dfha16ds)

The Dfha16ds class stores the Dfha16ds section in the dfha16ds table.

Columns:

smfstsid*	VARCHAR(4)	Subystem identification.
smfstprn*	VARCHAR(8)	Product name (generic Applid).
smfstspn*	VARCHAR(8)	Product name (specific Applid).
datetime*	DATETIME	the hour of the record.
smfsttme*	DATETIME	Date and time record moved to SMF.
a16len	INTEGER?	Length of data area.
a16id	INTEGER?	Table manager id.
a16dvers	INTEGER?	Statistics version number.

Constraints:

• PRIMARY KEY (smfstsid, smfstprn, smfstspn, datetime, smfsttme)

dfha17ds

smf2db.db_models.smf1102_model.Dfha17ds (dfha17ds)

The Dfha17ds class stores the Dfha17ds section in the dfha17ds table.

Columns:

a17fnam*	VARCHAR(8)	File name.
smfstsid*	VARCHAR(4)	Subystem identification.
smfstprn*	VARCHAR(8)	Product name (generic Applid).
smfstspn*	VARCHAR(8)	Product name (specific Applid).
datetime*	DATETIME	the hour of the record.
smfsttme*	DATETIME	Date and time record moved to SMF.
a17len	INTEGER?	Length of data area.
a17id	INTEGER?	File control id.
a17dvers	INTEGER?	File stats version number.
a17floc	VARCHAR(1)?	Set to ‘R’ if remote.
a17dt	VARCHAR(1)?	Set to ‘R’, ‘S’, ‘T’, ‘L’, ‘K’ or ‘X’ if data table fields present.
a17dsrls	VARCHAR(1)?	RLS/Non-RLS Indicator ‘R’ = RLS mode blank = non- RLS mode.
a17dsnam	VARCHAR(44)?	Dataset name.
a17dsrd	INTEGER?	GET requests.
a17dsgu	INTEGER?	GET update requests.
a17dsbr	INTEGER?	BROWSE requests.
a17dswra	INTEGER?	ADD requests.
a17dswru	INTEGER?	UPDATE requests.
a17dsdel	INTEGER?	DELETE requests.
a17dsxcp	INTEGER?	VSAM EXCP requests - data.
a17dsixp	INTEGER?	VSAM EXCP requests - index.
a17dstsw	INTEGER?	Wait on string total.
a17dshsw	INTEGER?	Wait on string highest.
a17dttyp	VARCHAR(1)?	Set to ‘C’, ‘S’, ‘U’, ‘X’, ‘L’ or ‘K’ for close.
a17dtrds	INTEGER?	Read/browse requests.
a17dtrnf	INTEGER?	Source reads issued.
a17dtavr	INTEGER?	ADDs resulting from READs.
a17dtads	INTEGER?	ADD requests.
a17dtarj	INTEGER?	ADDs rejected by exit.
a17dtatf	INTEGER?	ADDs when table full.
a17dtrws	INTEGER?	REWRITE requests.
a17dtdls	INTEGER?	DELETE requests.
a17dtshi	INTEGER?	Highest table record count.
a17dtsiz	INTEGER?	Current table record count.
a17dtalt	INTEGER?	Storage allocated - total (KB).
a17dtust	INTEGER?	Storage in-use - total (KB).
a17dtale	INTEGER?	Storage allocated - entries (KB).
a17dtuse	INTEGER?	Storage in-use - entries (KB).
a17dtali	INTEGER?	Storage allocated - index (KB).
a17dtusi	INTEGER?	Storage in-use - index (KB).
a17dtald	INTEGER?	Storage allocated - data (KB).
a17dtusd	INTEGER?	Storage in-use - data (KB).
a17dtrrs	INTEGER?	Read Retries for a SDT.
a17dsdnb	INTEGER?	No Buffers - Data.
a17dsinb	INTEGER?	No Buffers - Index.
a17pool	INTEGER?	LSRPOOL Id.
a17strno	INTEGER?	No Strings.
a17rname	VARCHAR(8)?	Remote Name.
a17rsys	VARCHAR(4)?	Remote Sysid.
a17dstyp	VARCHAR(4)?	Dataset Type.
a17bdsnm	VARCHAR(44)?	Base Dataset Name.
a17dsasc	INTEGER?	No Active Strings.
a17dsasw	INTEGER?	No String Waits.
a17lopnt	DATETIME?	File open time (Local STCK).
a17lclst	DATETIME?	File close time (Local STCK).
a17gopnt	DATETIME?	File open time (GMT STCK).
a17gclst	DATETIME?	File close time (GMT STCK).
a17dsbru	INTEGER?	Browse for update count.
a17rlswt	INTEGER?	RLS request wait timeouts.
a17dtcon	INTEGER?	Number of CHANGED responses for a CFDT using contention, number of lock waits for a CFDT using locking.
a17dtcfp	VARCHAR(8)?	Coupling Facility Data Table Pool Name.
a17dtlds	INTEGER?	Number of LOADING responses.
a17fcxcc	INTEGER?	No Exclusive Control Conflicts.
a17_file_define_source	VARCHAR(8)?	Group installed from.
a17_file_change_time	DATETIME?	Change/create time.
a17_file_change_userid	VARCHAR(8)?	Change userid.
a17_file_change_agent	VARCHAR(6)?	Change agent.
a17_file_install_agent	VARCHAR(6)?	Install agent.
a17_file_install_time	DATETIME?	Install/Create time.
a17_file_install_userid	VARCHAR(8)?	Install userid.

Constraints:

• PRIMARY KEY (smfstsid, smfstprn, smfstspn, datetime, smfsttme, a17fnam)

dfha20ds

smf2db.db_models.smf1102_model.Dfha20ds (dfha20ds)

The Dfha20ds class stores the Dfha20ds section in the dfha20ds table.

Columns:

a20sysn*	VARCHAR(4)	System name.
a20mode*	VARCHAR(8)	Mode name.
smfstsid*	VARCHAR(4)	Subystem identification.
smfstprn*	VARCHAR(8)	Product name (generic Applid).
smfstspn*	VARCHAR(8)	Product name (specific Applid).
datetime*	DATETIME	the hour of the record.
smfsttme*	DATETIME	Date and time record moved to SMF.
a20len	INTEGER?	Length of data area.
a20id	INTEGER?	ISC/IRC mode entry id.
a20dvers	INTEGER?	ISC/IRC mode entry stats vers No.
a20estam	INTEGER?	Max outstanding allocates.
a20e2hwm	INTEGER?	Max secondaries.
a20ebhwm	INTEGER?	Max bids.
a20e1hwm	INTEGER?	Peak contention losers.
a20es1	INTEGER?	ATIs satisfied by primaries.
a20es2	INTEGER?	ATIs satisfied by secondaries.
a20esbid	INTEGER?	Bids sent.
a20estas	INTEGER?	Total allocates.
a20estaq	INTEGER?	Queued allocates.
a20estaf	INTEGER?	Failed link allocates.
a20estao	INTEGER?	Failed - other reasons.
a20estag	INTEGER?	Generic allocates.
a20estap	INTEGER?	Specific allocates.
a20ebid	INTEGER?	Current bids.
a20eqpct	INTEGER?	XZIQUE purge count.
a20ezqpc	INTEGER?	XZIQUE allocates purged.
a20elmax	INTEGER?	Max session count.
a20emcon	INTEGER?	Max contention winners acceptable.
a20emaxs	INTEGER?	Current Max session count.
a20econw	INTEGER?	Current CNOS contention winners.
a20econl	INTEGER?	Current CNOS contention losers.
a20e1ry	INTEGER?	Primaries currently used.
a20e2ry	INTEGER?	Secondaries currently used.

Constraints:

• PRIMARY KEY (smfstsid, smfstprn, smfstspn, datetime, smfsttme, a20sysn, a20mode)

dfha21ds

smf2db.db_models.smf1102_model.Dfha21ds (dfha21ds)

The Dfha21ds class stores the Dfha21ds section in the dfha21ds table.

Columns:

smfstsid*	VARCHAR(4)	Subystem identification.
smfstprn*	VARCHAR(8)	Product name (generic Applid).
smfstspn*	VARCHAR(8)	Product name (specific Applid).
datetime*	DATETIME	the hour of the record.
smfsttme*	DATETIME	Date and time record moved to SMF.
a21_stats_length	INTEGER?	Length of data area.
a21_stats_id	INTEGER?	Statistics id.
a21_stats_version	INTEGER?	Stats version number.
a21_sit_luit_time	INTEGER?	Delay time for LUIT table.
a21_luit_total_reuses	INTEGER?	Total number of entries * * reused in LUIT table.
a21_luit_total_timeouts	INTEGER?	Total number of entries * * timed out in LUIT table.
a21_luit_av_reuse_time	INTEGER?	Average reuse time between * * entries in the LUIT table.

Constraints:

• PRIMARY KEY (smfstsid, smfstprn, smfstspn, datetime, smfsttme)

dfha22ds

smf2db.db_models.smf1102_model.Dfha22ds (dfha22ds)

The Dfha22ds class stores the Dfha22ds section in the dfha22ds table.

Columns:

a22pool*	VARCHAR(8)	Pool name.
smfstsid*	VARCHAR(4)	Subystem identification.
smfstprn*	VARCHAR(8)	Product name (generic Applid).
smfstspn*	VARCHAR(8)	Product name (specific Applid).
datetime*	DATETIME	the hour of the record.
smfsttme*	DATETIME	Date and time record moved to SMF.
a22len	INTEGER?	Length of data area.
a22id	INTEGER?	FEPI pool id.
a22dvers	INTEGER?	Pool statistics version number.
a22trgct	INTEGER?	# targets.
a22ndct	INTEGER?	# nodes.
a22conct	INTEGER?	# connections.
a22conpk	INTEGER?	Peak # connections.
a22alloc	INTEGER?	# conversation allocates.
a22pkall	INTEGER?	Peak # concurrent allocates.
a22wait	INTEGER?	Current # allocates waiting.
a22totwt	INTEGER?	Total # allocates waited.
a22pkwt	INTEGER?	Peak # allocates waiting.
a22tiout	INTEGER?	# allocates that timed out.

Constraints:

• PRIMARY KEY (smfstsid, smfstprn, smfstspn, datetime, smfsttme, a22pool)

dfha23ds

smf2db.db_models.smf1102_model.Dfha23ds (dfha23ds)

The Dfha23ds class stores the Dfha23ds section in the dfha23ds table.

Columns:

a23pool*	VARCHAR(8)	Pool name.
smfstsid*	VARCHAR(4)	Subystem identification.
smfstprn*	VARCHAR(8)	Product name (generic Applid).
smfstspn*	VARCHAR(8)	Product name (specific Applid).
datetime*	DATETIME	the hour of the record.
smfsttme*	DATETIME	Date and time record moved to SMF.
a23len	INTEGER?	Length of data area.
a23id	INTEGER?	FEPI connection id.
a23dvers	INTEGER?	Connection statistics version number.
a23targ	VARCHAR(8)?	Target name.
a23node	VARCHAR(8)?	Node name.
a23acq	INTEGER?	# acquires for connection.
a23cnv	INTEGER?	# conversations.
a23usi	INTEGER?	# unsolicited inputs received.
a23chout	INTEGER?	# characters sent on connection.
a23chin	INTEGER?	# characters received on connection.
a23rtout	INTEGER?	# receive timeouts.
a23error	INTEGER?	# error conditions.

Constraints:

• PRIMARY KEY (smfstsid, smfstprn, smfstspn, datetime, smfsttme, a23pool)

dfha24ds

smf2db.db_models.smf1102_model.Dfha24ds (dfha24ds)

The Dfha24ds class stores the Dfha24ds section in the dfha24ds table.

Columns:

a24targ*	VARCHAR(8)	Target name.
smfstsid*	VARCHAR(4)	Subystem identification.
smfstprn*	VARCHAR(8)	Product name (generic Applid).
smfstspn*	VARCHAR(8)	Product name (specific Applid).
datetime*	DATETIME	the hour of the record.
smfsttme*	DATETIME	Date and time record moved to SMF.
a24len	INTEGER?	Length of data area.
a24id	INTEGER?	FEPI target id.
a24dvers	INTEGER?	Target statistics version number.
a24pool	VARCHAR(8)?	Pool name.
a24appl	VARCHAR(8)?	Applid.
a24ndct	INTEGER?	# nodes.
a24alloc	INTEGER?	# conversation allocates.
a24totwt	INTEGER?	Total # allocates waited.
a24wait	INTEGER?	Current # allocates waiting.
a24pkwt	INTEGER?	Peak # allocates waiting.
a24tiout	INTEGER?	# allocates that timed out.

Constraints:

• PRIMARY KEY (smfstsid, smfstprn, smfstspn, datetime, smfsttme, a24targ)

dfhcfs6d

smf2db.db_models.smf1102_model.Dfhcfs6d (dfhcfs6d)

The Dfhcfs6d class stores the Dfhcfs6d section in the dfhcfs6d table.

Columns:

s6name*	VARCHAR(16)	Full name of list structure.
s6pool*	VARCHAR(8)	Pool name part of structure name.
smfstsid*	VARCHAR(4)	Subystem identification.
smfstprn*	VARCHAR(8)	Product name (generic Applid).
smfstspn*	VARCHAR(8)	Product name (specific Applid).
datetime*	DATETIME	the hour of the record.
smfsttme*	DATETIME	Date and time record moved to SMF.
s6len	INTEGER?	Length of data area.
s6id	INTEGER?	List structure stats id.
s6dvers	INTEGER?	List structure stats version number.
s6pref	VARCHAR(8)?	First part of structure name.
s6cnpref	VARCHAR(8)?	Prefix for connection name.
s6cnsysn	VARCHAR(8)?	Own MVS system name from CVTSNAME.
s6size	INTEGER?	Structure size in 4K pages.
s6sizemx	INTEGER?	Maximum size in 4K pages.
s6hdrs	INTEGER?	Maximum number of list headers.
s6hdrsct	INTEGER?	Headers used for control lists.
s6hdrstd	INTEGER?	Headers available for table data.
s6elemln	INTEGER?	Data element size as a fullword.
s6elempw	INTEGER?	Data element size as power of 2.
s6elempe	INTEGER?	Max elements per entry (for 32K).
s6elemrt	INTEGER?	Element side of entry:element ratio.
s6entrrt	INTEGER?	Entry side of entry:element ratio.
s6entrct	INTEGER?	Current number of entries in use.
s6entrhi	INTEGER?	Highest number of entries in use.
s6entrlo	INTEGER?	Lowest number of free entries.
s6entrmx	INTEGER?	Max entries returned by IXLCONN.
s6elemct	INTEGER?	Current number of elements in use.
s6elemhi	INTEGER?	Highest number of elements in use.
s6elemlo	INTEGER?	Lowest number of free elements.
s6elemmx	INTEGER?	Max elements returned by IXLCONN.
s6usedct	INTEGER?	Number of entries on used list.
s6usedhi	INTEGER?	Highest entries on used list.
s6freect	INTEGER?	Number of entries on free list.
s6freehi	INTEGER?	Highest entries on free list.
s6indxct	INTEGER?	Number of entries in table index.
s6indxhi	INTEGER?	Highest entries in table index.
s6applct	INTEGER?	Number of entries in APPLID list.
s6applhi	INTEGER?	Highest entries in APPLID list.
s6uowlct	INTEGER?	Number of entries in UOW list.
s6uowlhi	INTEGER?	Highest entries in UOW list.
s6rdict	INTEGER?	Read table index entry.
s6wrict	INTEGER?	Write table index entry.
s6rwict	INTEGER?	Rewrite table index entry.
s6dlict	INTEGER?	Delete table index entry.
s6crlct	INTEGER?	Create list.
s6mdlct	INTEGER?	Modify list.
s6dllct	INTEGER?	Delete list (1 per overall delete).
s6rddct	INTEGER?	Read data item.
s6wrdct	INTEGER?	Write data item.
s6rwdct	INTEGER?	Rewrite data item.
s6dldct	INTEGER?	Delete data item.
s6inlct	INTEGER?	Inquire on data list.
s6rdmct	INTEGER?	Read message queue.
s6wrmct	INTEGER?	Write to message queue.
s6rduct	INTEGER?	Read UOW entry.
s6wruct	INTEGER?	Write UOW entry.
s6rwuct	INTEGER?	Rewrite UOW entry.
s6dluct	INTEGER?	Delete UOW entry.
s6rdact	INTEGER?	Read APPLID entry.
s6wract	INTEGER?	Write APPLID entry.
s6rwact	INTEGER?	Rewrite APPLID entry.
s6dlact	INTEGER?	Delete APPLID entry.
s6rrlct	INTEGER?	Reread entry for full data length.
s6asyct	INTEGER?	Number of asynchronous requests.
s6rsp1ct	INTEGER?	Normal response, everything OK.
s6rsp2ct	INTEGER?	Buffer length was too short for the data, needs full length reread.
s6rsp3ct	INTEGER?	No matching entry was found, indicates table not found in index or record not found in table.
s6rsp4ct	INTEGER?	Entry version did not match, indicates entry updated by another system or duplicate entry exists when attempting to create entry.
s6rsp5ct	INTEGER?	List authority comparison mismatch, caused by table status update.
s6rsp6ct	INTEGER?	Maximum list key reached, indicates max table size or max tables reached depending on list.
s6rsp7ct	INTEGER?	The list structure is out of space.
s6rsp8ct	INTEGER?	An IXLLIST return code occurred other than those described above.
s6rsp9ct	INTEGER?	Structure temporarily unavailable, for example during rebuild.

Constraints:

• PRIMARY KEY (smfstsid, smfstprn, smfstspn, datetime, smfsttme, s6name, s6pool)

dfhcfs7d

smf2db.db_models.smf1102_model.Dfhcfs7d (dfhcfs7d)

The Dfhcfs7d class stores the Dfhcfs7d section in the dfhcfs7d table.

Columns:

s7table*	VARCHAR(16)	Table name padded with spaces.
smfstsid*	VARCHAR(4)	Subystem identification.
smfstprn*	VARCHAR(8)	Product name (generic Applid).
smfstspn*	VARCHAR(8)	Product name (specific Applid).
datetime*	DATETIME	the hour of the record.
smfsttme*	DATETIME	Date and time record moved to SMF.
s7len	INTEGER?	Length of data area.
s7id	INTEGER?	Table access stats id.
s7dvers	INTEGER?	Table access stats version number.
s7ocopen	INTEGER?	Open table.
s7occlos	INTEGER?	Close table.
s7ocset	INTEGER?	Set table attributes.
s7ocdele	INTEGER?	Delete table.
s7ocstat	INTEGER?	Extract table statistics.
s7rqpoin	INTEGER?	Point.
s7rqhigh	INTEGER?	Return highest key.
s7rqread	INTEGER?	Read (including read for update).
s7rqrddl	INTEGER?	Read and delete.
s7rqunlk	INTEGER?	Unlock.
s7rqload	INTEGER?	Load.
s7rqwrit	INTEGER?	Write (new record).
s7rqrewr	INTEGER?	Rewrite.
s7rqdele	INTEGER?	Delete.
s7rqdelm	INTEGER?	Delete multiple.

Constraints:

• PRIMARY KEY (smfstsid, smfstprn, smfstspn, datetime, smfsttme, s7table)

dfhcfs8d

smf2db.db_models.smf1102_model.Dfhcfs8d (dfhcfs8d)

The Dfhcfs8d class stores the Dfhcfs8d section in the dfhcfs8d table.

Columns:

smfstsid*	VARCHAR(4)	Subystem identification.
smfstprn*	VARCHAR(8)	Product name (generic Applid).
smfstspn*	VARCHAR(8)	Product name (specific Applid).
datetime*	DATETIME	the hour of the record.
smfsttme*	DATETIME	Date and time record moved to SMF.
s8len	INTEGER?	Length of data area.
s8id	INTEGER?	Server request stats id.
s8dvers	INTEGER?	Server request stats version number.
s8ocopen	INTEGER?	Open table.
s8occlos	INTEGER?	Close table.
s8ocset	INTEGER?	Set table attributes.
s8ocdele	INTEGER?	Delete table.
s8ocstat	INTEGER?	Extract table statistics.
s8rqpoin	INTEGER?	Point to record.
s8rqhigh	INTEGER?	Return highest key.
s8rqread	INTEGER?	Read record (includes for update).
s8rqrddl	INTEGER?	Read and delete record.
s8rqunlk	INTEGER?	Unlock record.
s8rqload	INTEGER?	Load record at initial load time.
s8rqwrit	INTEGER?	Write new record.
s8rqrewr	INTEGER?	Rewrite existing record.
s8rqdele	INTEGER?	Delete record.
s8rqdelm	INTEGER?	Delete multiple records.
s8iqinqu	INTEGER?	Inquire table.
s8spprep	INTEGER?	Prepare to commit unit of work.
s8spreta	INTEGER?	Retain locks for unit of work.
s8spcomm	INTEGER?	Commit unit of work.
s8spback	INTEGER?	Back out unit of work.
s8spinqu	INTEGER?	Inquire about unit of work.
s8sprest	INTEGER?	Restart recoverable connection.

Constraints:

• PRIMARY KEY (smfstsid, smfstprn, smfstspn, datetime, smfsttme)

dfhcfs9d

smf2db.db_models.smf1102_model.Dfhcfs9d (dfhcfs9d)

The Dfhcfs9d class stores the Dfhcfs9d section in the dfhcfs9d table.

Columns:

smfstsid*	VARCHAR(4)	Subystem identification.
smfstprn*	VARCHAR(8)	Product name (generic Applid).
smfstspn*	VARCHAR(8)	Product name (specific Applid).
datetime*	DATETIME	the hour of the record.
smfsttme*	DATETIME	Date and time record moved to SMF.
s9len	INTEGER?	Length of data area.
s9id	INTEGER?	CF DT main storage stats id.
s9dvers	INTEGER?	CF DT main storage stats version.
s9anynam	VARCHAR(8)?	Pool name AXMPGANY.
s9anysiz	INTEGER?	Size of storage pool area.
s9anyptr	INTEGER?	Address of storage pool area.
s9anymx	INTEGER?	Total pages in the storage pool.
s9anyus	INTEGER?	Number of used pages in the pool.
s9anyfr	INTEGER?	Number of free pages in the pool.
s9anylo	INTEGER?	Lowest free pages (since reset).
s9anyrqg	INTEGER?	Storage GET requests.
s9anyrqf	INTEGER?	Storage FREE requests.
s9anyrqs	INTEGER?	GETs which failed to get storage.
s9anyrqc	INTEGER?	Compress (defragmentation) attempts.
s9lownam	VARCHAR(8)?	Pool name AXMPGLOW.
s9lowsiz	INTEGER?	Size of storage pool area.
s9lowptr	INTEGER?	Address of storage pool area.
s9lowmx	INTEGER?	Total pages in the storage pool.
s9lowus	INTEGER?	Number of used pages in the pool.
s9lowfr	INTEGER?	Number of free pages in the pool.
s9lowlo	INTEGER?	Lowest free pages (since reset).
s9lowrqg	INTEGER?	Storage GET requests.
s9lowrqf	INTEGER?	Storage FREE requests.
s9lowrqs	INTEGER?	GETs which failed to get storage.
s9lowrqc	INTEGER?	Compress (defragmentation) attempts.

Constraints:

• PRIMARY KEY (smfstsid, smfstprn, smfstspn, datetime, smfsttme)

dfhdhdds

smf2db.db_models.smf1102_model.Dfhdhdds (dfhdhdds)

The Dfhdhdds class stores the Dfhdhdds section in the dfhdhdds table.

Columns:

dhd_doctemplate_name*	VARCHAR(8)	Doctemplate name.
smfstsid*	VARCHAR(4)	Subystem identification.
smfstprn*	VARCHAR(8)	Product name (generic Applid).
smfstspn*	VARCHAR(8)	Product name (specific Applid).
datetime*	DATETIME	the hour of the record.
smfsttme*	DATETIME	Date and time record moved to SMF.
dhdds_len	INTEGER?	Doctemplate stats record length.
dhdds_id	INTEGER?	Doctemplate stats id.
dhdds_vers	INTEGER?	Doctemplate stats version.
dhd_template_type	INTEGER?	Doctemplate type.
dhd_append_crlf	INTEGER?	Doctemplate append crlf.
dhd_template_contents	INTEGER?	Doctemplate contents.
dhd_template_name	VARCHAR(48)?	Doctemplate template name.
dhd_template_exit_program	VARCHAR(8)?	Template exit program name.
dhd_template_file_name	VARCHAR(8)?	Template file name.
dhd_template_program_name	VARCHAR(8)?	Template program name.
dhd_template_pds_member	VARCHAR(8)?	Template PDS member.
dhd_template_pds_ddname	VARCHAR(8)?	Template PDS ddname.
dhd_template_pds_dsname	VARCHAR(44)?	Template PDS dsname.
dhd_template_tdqueue_name	VARCHAR(4)?	Template tdqueue name.
dhd_template_tsqueue_name	VARCHAR(16)?	Template tsqueue name.
dhd_template_hfsfile_name	VARCHAR(255)?	Template hfsfile name.
dhd_template_cache_size	INTEGER?	Template cache size.
dhd_template_use_count	INTEGER?	Template use count.
dhd_template_newcopies	INTEGER?	Template newcopy count.
dhd_template_read_count	INTEGER?	Template read count.
dhd_template_cache_used	INTEGER?	Template cache copy used.
dhd_template_cache_deleted	INTEGER?	Template cache deleted.
dhd_template_define_source	VARCHAR(8)?	Group installed from.
dhd_template_change_time	DATETIME?	Change/create time.
dhd_template_change_userid	VARCHAR(8)?	Change userid.
dhd_template_change_agent	VARCHAR(6)?	Change agent.
dhd_template_install_agent	VARCHAR(6)?	Install agent.
dhd_template_install_time	DATETIME?	Install/Create time.
dhd_template_install_userid	VARCHAR(8)?	Install userid.

Constraints:

• PRIMARY KEY (smfstsid, smfstprn, smfstspn, datetime, smfsttme, dhd_doctemplate_name)

dfhdsgds

smf2db.db_models.smf1102_model.Dfhdsgds (dfhdsgds)

The Dfhdsgds class stores the Dfhdsgds section in the dfhdsgds table.

Columns:

smfstsid*	VARCHAR(4)	Subystem identification.
smfstprn*	VARCHAR(8)	Product name (generic Applid).
smfstspn*	VARCHAR(8)	Product name (specific Applid).
datetime*	DATETIME	the hour of the record.
smfsttme*	DATETIME	Date and time record moved to SMF.
dsglen	INTEGER?	Length of data area.
dsgid	INTEGER?	Dispatcher domain id.
dsgdvers	INTEGER?	Stats version number.
dsgglen	INTEGER?	Global stats length.
dsgasize	INTEGER?	No. of DSGTCBM dsects supplied.
dsgpsize	INTEGER?	No. of DSGTCBP dsects supplied.
dsgicvt	INTEGER?	Current ICV time.
dsgicvrt	INTEGER?	Current ICVR Time.
dsgicvsd	INTEGER?	Current ICVTSD time.
dsgpriag	INTEGER?	Priority aging.
dsgstsks	INTEGER?	Subtasks value.
dsgmbtch	INTEGER?	QR Batching (MRO) value.
dsgcnt	INTEGER?	Current number of tasks.
dsgpnt	INTEGER?	Peak number of tasks.
dsgstart	DATETIME?	GMT STCK Sub-Disp start time.
dsglstrt	DATETIME?	Local STCK Sub-Disp start time.
dsgejst	FLOAT?	Accumulated TCB time.
dsgsrbt	FLOAT?	Accumulated SRB time.
dsgxscns	INTEGER?	No. of excess TCB scans.
dsgxscnn	INTEGER?	No. of scans - no TCB detached.
dsgxtcbd	INTEGER?	Total no. excess TCBs detached.
dsggxscn	DATETIME?	Time of last excess TCB scan (GMT).
dsglxscn	DATETIME?	Time of last excess TCB scan (local).
dsggxsnd	DATETIME?	Time of last excess TCB scan (GMT) - no TCB detached.
dsglxsnd	DATETIME?	Time of last excess TCB scan (local) - no TCB detected.

Constraints:

• PRIMARY KEY (smfstsid, smfstprn, smfstspn, datetime, smfsttme)

dfhdsrds

smf2db.db_models.smf1102_model.Dfhdsrds (dfhdsrds)

The Dfhdsrds class stores the Dfhdsrds section in the dfhdsrds table.

Columns:

dsrds_tcb_address*	VARCHAR(10)	Address of MVS TCB.
smfstsid*	VARCHAR(4)	Subystem identification.
smfstprn*	VARCHAR(8)	Product name (generic Applid).
smfstspn*	VARCHAR(8)	Product name (specific Applid).
datetime*	DATETIME	the hour of the record.
smfsttme*	DATETIME	Date and time record moved to SMF.
dsrds_len	INTEGER?	MVSTCB resource stats record length.
dsrds_id	INTEGER?	Statistics record id.
dsrds_vers	INTEGER?	MVSTCB resource stats version.
dsrds_tcb_name	VARCHAR(8)?	Initial prog or QR, RO etc.
dsrds_tcb_type	VARCHAR(1)?	‘C’ for CICS, ‘N’ for non- CICS.
dsrds_tcb_cics_task	VARCHAR(4)?	CICS task number or 0.
dsrds_tcb_mother	VARCHAR(10)?	Address of mother TCB.
dsrds_tcb_sister	VARCHAR(10)?	Address of sister TCB.
dsrds_tcb_daughter	VARCHAR(10)?	Address of daughter TCB.
dsrds_tcb_cputime	FLOAT?	Total CPU time so far.
dsrds_tcb_stg_below	INTEGER?	Private storage below 16M.
dsrds_tcb_stg_above	INTEGER?	Private storage above 16M.
dsrds_tcb_stg_below_inuse	INTEGER?	Below 16M in use.
dsrds_tcb_stg_above_inuse	INTEGER?	Above 16M in use.

Constraints:

• PRIMARY KEY (smfstsid, smfstprn, smfstspn, datetime, smfsttme, dsrds_tcb_address)

dfhdstds

smf2db.db_models.smf1102_model.Dfhdstds (dfhdstds)

The Dfhdstds class stores the Dfhdstds section in the dfhdstds table.

Columns:

smfstsid*	VARCHAR(4)	Subystem identification.
smfstprn*	VARCHAR(8)	Product name (generic Applid).
smfstspn*	VARCHAR(8)	Product name (specific Applid).
datetime*	DATETIME	the hour of the record.
smfsttme*	DATETIME	Date and time record moved to SMF.
dstds_len	INTEGER?	MVSTCB global stats record length.
dstds_id	INTEGER?	Statistics record id.
dstds_vers	INTEGER?	MVSTCB global stats version.
dstds_cicstcb_count	INTEGER?	Current number of CICS TCBs.
dstds_cicstcb_cputime	FLOAT?	So far for currently attached.
dstds_cicstcb_stg_below	INTEGER?	Private stg below 16M.
dstds_cicstcb_stg_above	INTEGER?	Private stg above 16M.
dstds_noncicstcb_count	INTEGER?	Current number of non- CICS TCBs.
dstds_noncicstcb_cputime	FLOAT?	So far for currently attached.
dstds_noncicstcb_stg_below	INTEGER?	Private stg below 16M.
dstds_noncicstcb_stg_above	INTEGER?	Private stg above 16M.
dstds_cicstcb_stg_below_inuse	INTEGER?	<16M in use.
dstds_cicstcb_stg_above_inuse	INTEGER?	>16M in use.
dstds_noncicstcb_stg_below_inuse	INTEGER?	<16M in use.
dstds_noncicstcb_stg_above_inuse	INTEGER?	>16M in use.

Constraints:

• PRIMARY KEY (smfstsid, smfstprn, smfstspn, datetime, smfsttme)

dfhd2gds

smf2db.db_models.smf1102_model.Dfhd2gds (dfhd2gds)

The Dfhd2gds class stores the Dfhd2gds section in the dfhd2gds table.

Columns:

smfstsid*	VARCHAR(4)	Subystem identification.
smfstprn*	VARCHAR(8)	Product name (generic Applid).
smfstspn*	VARCHAR(8)	Product name (specific Applid).
datetime*	DATETIME	the hour of the record.
smfsttme*	DATETIME	Date and time record moved to SMF.
d2glen	INTEGER?	Length of data area.
d2gid	INTEGER?	CICS/DB2 global stats id.
d2gdvers	INTEGER?	Stats version number.
d2g_db2conn_name	VARCHAR(8)?	name of the DB2CONN.
d2g_db2_id	VARCHAR(4)?	DB2 sysid.
d2g_db2_release	VARCHAR(4)?	release of DB2.
d2g_connect_time_gmt	DATETIME?	connect time (GMT).
d2g_connect_time_local	DATETIME?	connect time (local).
d2g_disconnect_time_gmt	DATETIME?	disconnect time (GMT).
d2g_disconnect_time_local	DATETIME?	discconnect time (local).
d2g_tcb_limit	INTEGER?	max number of TCBs.
d2g_tcb_current	INTEGER?	current number of TCBs.
d2g_tcb_hwm	INTEGER?	HWM of TCBs.
d2g_tcb_free	INTEGER?	current number of free TCBs.
d2g_tcb_readyq_current	INTEGER?	number of tasks on TCB readyq.
d2g_tcb_readyq_hwm	INTEGER?	peak number of tasks on TCB readyq.
d2g_db2_group_id	VARCHAR(4)?	DB2 group id.
d2g_resyncmember	INTEGER?	resync uow’s.
d2g_reuselimit	INTEGER?	Thread reuse limit.
d2g_tcb_protected_current	INTEGER?	TCBs for protected threads.
d2g_pool_plan_name	VARCHAR(8)?	static plan name if any.
d2g_pool_planexit_name	VARCHAR(8)?	planexit name if any.
d2g_pool_authid	VARCHAR(8)?	static authid if any.
d2g_pool_authtype	INTEGER?	authtype if any.
d2g_pool_accountrec	INTEGER?	Accountrec setting.
d2g_pool_threadwait	INTEGER?	Threadwait setting.
d2g_pool_priority	INTEGER?	thread priority.
d2g_pool_calls	INTEGER?	number of calls using pool.
d2g_pool_signons	INTEGER?	number of signons.
d2g_pool_commits	INTEGER?	number of commits.
d2g_pool_aborts	INTEGER?	number of aborts.
d2g_pool_single_phase	INTEGER?	number of single phase commits.
d2g_pool_thread_reuse	INTEGER?	number of thread reuses.
d2g_pool_thread_term	INTEGER?	number of thread terminates.
d2g_pool_thread_waits	INTEGER?	number of thread waits.
d2g_pool_thread_limit	INTEGER?	maximum number of threads.
d2g_pool_thread_current	INTEGER?	current number of threads.
d2g_pool_thread_hwm	INTEGER?	peak number of threads.
d2g_pool_task_current	INTEGER?	current number of tasks.
d2g_pool_task_hwm	INTEGER?	peak number of tasks.
d2g_pool_task_total	INTEGER?	total number of tasks.
d2g_pool_readyq_current	INTEGER?	number of tasks on ready queue.
d2g_pool_readyq_hwm	INTEGER?	peak number of tasks on ready queue.
d2g_pool_partial_signons	INTEGER?	number of partial signons.
d2g_pool_thread_create	INTEGER?	number of thread creates.
d2g_pool_reuselimit_count	INTEGER?	number of times hit reuselimit.
d2g_comd_authid	VARCHAR(8)?	static authid if any.
d2g_comd_authtype	INTEGER?	authtype if any.
d2g_comd_calls	INTEGER?	number of dsnc comd calls.
d2g_comd_signons	INTEGER?	number of signons.
d2g_comd_thread_term	INTEGER?	number of thread terminates.
d2g_comd_thread_overf	INTEGER?	number of overflows to pool.
d2g_comd_thread_limit	INTEGER?	maximum number of threads.
d2g_comd_thread_current	INTEGER?	current number of threads.
d2g_comd_thread_hwm	INTEGER?	peak number of threads.
d2g_comd_thread_create	INTEGER?	number of thread creates.
d2g_db2conn_define_source	VARCHAR(8)?	Group installed from.
d2g_db2conn_change_time	DATETIME?	Change/create time.
d2g_db2conn_change_userid	VARCHAR(8)?	Change userid.
d2g_db2conn_change_agent	VARCHAR(6)?	Change agent.
d2g_db2conn_install_agent	VARCHAR(6)?	Install agent.
d2g_db2conn_install_time	DATETIME?	Install/Create time.
d2g_db2conn_install_userid	VARCHAR(8)?	Install userid.

Constraints:

• PRIMARY KEY (smfstsid, smfstprn, smfstspn, datetime, smfsttme)

dfhd2rds

smf2db.db_models.smf1102_model.Dfhd2rds (dfhd2rds)

The Dfhd2rds class stores the Dfhd2rds section in the dfhd2rds table.

Columns:

d2r_db2entry_name*	VARCHAR(8)	name of the DB2ENTRY.
smfstsid*	VARCHAR(4)	Subystem identification.
smfstprn*	VARCHAR(8)	Product name (generic Applid).
smfstspn*	VARCHAR(8)	Product name (specific Applid).
datetime*	DATETIME	the hour of the record.
smfsttme*	DATETIME	Date and time record moved to SMF.
d2rlen	INTEGER?	Length of data area.
d2rid	INTEGER?	CICS/DB2 resource stats id.
d2rdvers	INTEGER?	Stats version number.
d2r_plan_name	VARCHAR(8)?	static plan name if any.
d2r_planexit_name	VARCHAR(8)?	planexit name if any.
d2r_authid	VARCHAR(8)?	static authid if any.
d2r_authtype	INTEGER?	authtype if any.
d2r_accountrec	INTEGER?	Accountrec setting.
d2r_threadwait	INTEGER?	Threadwait setting.
d2r_priority	INTEGER?	thread priority.
d2r_calls	INTEGER?	number of calls using db2entry.
d2r_signons	INTEGER?	number of signons.
d2r_commits	INTEGER?	number of commits.
d2r_aborts	INTEGER?	number of aborts.
d2r_single_phase	INTEGER?	number of single phase commits.
d2r_thread_reuse	INTEGER?	number of thread reuses.
d2r_thread_term	INTEGER?	number of thread terminates.
d2r_thread_wait_or_overfl	INTEGER?	number of thread waits or overflows.
d2r_thread_limit	INTEGER?	maximum number of threads.
d2r_thread_current	INTEGER?	current number of threads.
d2r_thread_hwm	INTEGER?	peak number of threads.
d2r_pthread_limit	INTEGER?	maximum number of protected threads.
d2r_pthread_current	INTEGER?	current number of protected threads.
d2r_pthread_hwm	INTEGER?	peak number of protected threads.
d2r_task_current	INTEGER?	current number of tasks.
d2r_task_hwm	INTEGER?	peak number of tasks.
d2r_task_total	INTEGER?	total number of tasks.
d2r_readyq_current	INTEGER?	number of tasks on ready queue.
d2r_readyq_hwm	INTEGER?	peak number of tasks on ready queue.
d2r_partial_signons	INTEGER?	number of partial signons.
d2r_thread_create	INTEGER?	Number of thread creates.
d2r_reuselimit_count	INTEGER?	Number times reuselimit reached.
d2r_sharelocks	INTEGER?	SHARELOCKS setting.
d2r_define_source	VARCHAR(8)?	Group installed from.
d2r_change_time	DATETIME?	Change/create time.
d2r_change_userid	VARCHAR(8)?	Change userid.
d2r_change_agent	VARCHAR(6)?	Change agent.
d2r_install_agent	VARCHAR(6)?	Install agent.
d2r_install_time	DATETIME?	Install/Create time.
d2r_install_userid	VARCHAR(8)?	Install userid.

Constraints:

• PRIMARY KEY (smfstsid, smfstprn, smfstspn, datetime, smfsttme, d2r_db2entry_name)

dfheccds

smf2db.db_models.smf1102_model.Dfheccds (dfheccds)

The Dfheccds class stores the Dfheccds section in the dfheccds table.

Columns:

ecc_eventbinding_name*	VARCHAR(32)	Eventbinding name.
smfstsid*	VARCHAR(4)	Subystem identification.
smfstprn*	VARCHAR(8)	Product name (generic Applid).
smfstspn*	VARCHAR(8)	Product name (specific Applid).
datetime*	DATETIME	the hour of the record.
smfsttme*	DATETIME	Date and time record moved to SMF.
eccds_len	INTEGER?	Capturespec stats record length.
eccds_id	INTEGER?	Capturespec stats id.
eccds_vers	INTEGER?	Capturespec stats version.
ecc_capturespec_name	VARCHAR(32)?	Capturespec name.
ecc_capture_point_type	INTEGER?	Capturespec point type.
ecc_capture_point	VARCHAR(25)?	Capturespec capture point.
ecc_event_name	VARCHAR(32)?	Event name.
ecc_events_captured	INTEGER?	Total events captured.
ecc_capture_failures	INTEGER?	Number of capture failures.

Constraints:

• PRIMARY KEY (smfstsid, smfstprn, smfstspn, datetime, smfsttme, ecc_eventbinding_name)

dfhecgds

smf2db.db_models.smf1102_model.Dfhecgds (dfhecgds)

The Dfhecgds class stores the Dfhecgds section in the dfhecgds table.

Columns:

smfstsid*	VARCHAR(4)	Subystem identification.
smfstprn*	VARCHAR(8)	Product name (generic Applid).
smfstspn*	VARCHAR(8)	Product name (specific Applid).
datetime*	DATETIME	the hour of the record.
smfsttme*	DATETIME	Date and time record moved to SMF.
ecgds_len	INTEGER?	Eventbinding stats record length.
ecgds_id	INTEGER?	Eventbinding stats id.
ecgds_vers	INTEGER?	Eventbinding stats version.
ecg_eb_event_filter_ops	BIGINT?	Total event filtering operations.
ecg_eb_events_captured	BIGINT?	Total events captured.
ecg_eb_events_disabled	INTEGER?	Events with disabled eventbinding.
ecg_sys_events_captured	BIGINT?	Total system events captured.
ecg_filter_ops_failed	INTEGER?	No. filter operations failed.
ecg_capture_ops_failed	INTEGER?	No. capture operations failed.

Constraints:

• PRIMARY KEY (smfstsid, smfstprn, smfstspn, datetime, smfsttme)

dfhecrds

smf2db.db_models.smf1102_model.Dfhecrds (dfhecrds)

The Dfhecrds class stores the Dfhecrds section in the dfhecrds table.

Columns:

ecr_eventbinding_name*	VARCHAR(32)	Eventbinding name.
smfstsid*	VARCHAR(4)	Subystem identification.
smfstprn*	VARCHAR(8)	Product name (generic Applid).
smfstspn*	VARCHAR(8)	Product name (specific Applid).
datetime*	DATETIME	the hour of the record.
smfsttme*	DATETIME	Date and time record moved to SMF.
ecrds_len	INTEGER?	Eventbinding stats record length.
ecrds_id	INTEGER?	Eventbinding stats id.
ecrds_vers	INTEGER?	Eventbinding stats version.
ecr_epadapter_name	VARCHAR(32)?	EP adapter name.
ecr_eb_define_source	VARCHAR(8)?	Group installed from.
ecr_eb_change_time	DATETIME?	Change/create time.
ecr_eb_change_userid	VARCHAR(8)?	Change userid.
ecr_eb_change_agent	VARCHAR(6)?	Change agent.
ecr_eb_install_agent	VARCHAR(6)?	Install agent.
ecr_eb_install_time	DATETIME?	Install/Create time.
ecr_eb_install_userid	VARCHAR(8)?	Install userid.

Constraints:

• PRIMARY KEY (smfstsid, smfstprn, smfstspn, datetime, smfsttme, ecr_eventbinding_name)

dfhepgds

smf2db.db_models.smf1102_model.Dfhepgds (dfhepgds)

The Dfhepgds class stores the Dfhepgds section in the dfhepgds table.

Columns:

smfstsid*	VARCHAR(4)	Subystem identification.
smfstprn*	VARCHAR(8)	Product name (generic Applid).
smfstspn*	VARCHAR(8)	Product name (specific Applid).
datetime*	DATETIME	the hour of the record.
smfsttme*	DATETIME	Date and time record moved to SMF.
epgds_len	INTEGER?	EP Domain stats record length.
epgds_id	INTEGER?	EP Domain stats id.
epgds_vers	INTEGER?	EP Domain stats version.
epg_put_events	INTEGER?	Put Events.
epg_commit_forward_events	INTEGER?	Commit forward async events.
epg_commit_backward_events	INTEGER?	Commit backward async events.
epg_current_evc_queue	INTEGER?	Current event capture queue.
epg_peak_evc_queue	INTEGER?	Peak event capture queue.
epg_current_trans_queue	INTEGER?	Current transactional queue.
epg_peak_trans_queue	INTEGER?	Peak transactional queue.
epg_async_normal_events	INTEGER?	Async normal events.
epg_async_priority_events	INTEGER?	Async priority events.
epg_trans_events	INTEGER?	Transactional events.
epg_trans_events_discarded	INTEGER?	Transactional events disc.
epg_sync_events	INTEGER?	Synchronous events.
epg_sync_events_failed	INTEGER?	Synchronous events failed.
epg_dispatchers_attached	INTEGER?	Number of dispatcher attaches.
epg_current_dispatchers	INTEGER?	Current dispatcher tasks.
epg_peak_dispatchers	INTEGER?	Peak dispatcher tasks.
epg_custom_adapter_events	INTEGER?	Events to Custom EP adapter.
epg_wmq_adapter_events	INTEGER?	Events to WMQ EP adapter.
epg_trans_adapter_events	INTEGER?	Events to Trans EP adapter.
epg_tsqueue_adapter_events	INTEGER?	Events to Tsqueue adapter.
epg_http_adapter_events	INTEGER?	Events to HTTP adapter.
epg_tdqueue_adapter_events	INTEGER?	Events to Tdqueue adapt.
epg_dispatch_failure_config	INTEGER?	Events lost - config.
epg_dispatch_failure_other	INTEGER?	Events lost - other.
epg_adapter_failure_config	INTEGER?	Events lost - config.
epg_adapter_failure_other	INTEGER?	Events lost - other.
epg_events_adapter_unavail	INTEGER?	Events lost - no adapter.

Constraints:

• PRIMARY KEY (smfstsid, smfstprn, smfstspn, datetime, smfsttme)

dfheprds

smf2db.db_models.smf1102_model.Dfheprds (dfheprds)

The Dfheprds class stores the Dfheprds section in the dfheprds table.

Columns:

epr_adapter_name*	VARCHAR(32)	EP adapter name.
smfstsid*	VARCHAR(4)	Subystem identification.
smfstprn*	VARCHAR(8)	Product name (generic Applid).
smfstspn*	VARCHAR(8)	Product name (specific Applid).
datetime*	DATETIME	the hour of the record.
smfsttme*	DATETIME	Date and time record moved to SMF.
eprds_len	INTEGER?	EP resource stats record length.
eprds_id	INTEGER?	EP resource stats id.
eprds_vers	INTEGER?	EP resource stats version.
epr_adapter_type	INTEGER?	EP adapter type.
epr_emission_mode	INTEGER?	Events are sync or async.
epr_put_events	INTEGER?	put_events for this adapter.
epr_ada_define_source	VARCHAR(8)?	Group installed from.
epr_ada_change_time	DATETIME?	Change/create time.
epr_ada_change_userid	VARCHAR(8)?	Change userid.
epr_ada_change_agent	VARCHAR(6)?	Change agent.
epr_ada_install_agent	VARCHAR(6)?	Install agent.
epr_ada_install_time	DATETIME?	Install/Create time.
epr_ada_install_userid	VARCHAR(8)?	Install userid.

Constraints:

• PRIMARY KEY (smfstsid, smfstprn, smfstspn, datetime, smfsttme, epr_adapter_name)

dfhisrds

smf2db.db_models.smf1102_model.Dfhisrds (dfhisrds)

The Dfhisrds class stores the Dfhisrds section in the dfhisrds table.

Columns:

isr_ipconn_name*	VARCHAR(8)	IPCONN name.
smfstsid*	VARCHAR(4)	Subystem identification.
smfstprn*	VARCHAR(8)	Product name (generic Applid).
smfstspn*	VARCHAR(8)	Product name (specific Applid).
datetime*	DATETIME	the hour of the record.
smfsttme*	DATETIME	Date and time record moved to SMF.
isrds_len	INTEGER?	IPCONN stats record length.
isrds_id	INTEGER?	IPCONN stats id.
isrds_vers	INTEGER?	IPCONN stats version.
isr_applid	VARCHAR(8)?	IPCONN applid.
isr_network_id	VARCHAR(8)?	IPCONN network id.
isr_host_name	VARCHAR(116)?	IPCONN Host name.
isr_port_number	INTEGER?	IPCONN port number.
isr_ssl_support	INTEGER?	IPCONN SSL Support.
isr_userauth	INTEGER?	IPCONN Userauth.
isr_linkauth	INTEGER?	IPCONN Linkauth.
isr_mirrorlife	INTEGER?	IPCONN Mirrorlife.
isr_tcpip_service	VARCHAR(8)?	IPCONN Tcpip service.
isr_fs_ts_requests	INTEGER?	FS Temporary Storage (TS) reqs.
isr_fs_ts_bytes_sent	BIGINT?	FS TS reqs bytes sent.
isr_fs_ts_bytes_received	BIGINT?	FS TS reqs bytes received.
isr_ipconn_gmt_create_time	DATETIME?	AI IPCONN create time - GMT.
isr_ipconn_create_time	DATETIME?	AI IPCONN create time - Local.
isr_ipconn_gmt_delete_time	DATETIME?	AI IPCONN delete time - GMT.
isr_ipconn_delete_time	DATETIME?	AI IPCONN delete time - Local.
isr_send_sessions	INTEGER?	Send sessions.
isr_current_send_sessions	INTEGER?	Current send sessions.
isr_peak_send_sessions	INTEGER?	Peak send sessions.
isr_receive_sessions	INTEGER?	Receive sessions.
isr_current_receive_sessions	INTEGER?	Current receive sessions.
isr_peak_receive_sessions	INTEGER?	Peak receive sessions.
isr_tr_requests	INTEGER?	Transaction Routing (TR) reqs.
isr_tr_bytes_sent	BIGINT?	TR reqs bytes sent.
isr_tr_bytes_received	BIGINT?	TR reqs bytes received.
isr_total_allocates	INTEGER?	IPCONN total allocates.
isr_current_queued_allocates	INTEGER?	Current queueed allocates.
isr_peak_queued_allocates	INTEGER?	Peak queued allocates.
isr_allocates_failed_link	INTEGER?	Failed allocates - Link.
isr_allocates_failed_other	INTEGER?	Failed allocates - Other.
isr_fs_td_requests	INTEGER?	FS Transient Data (TD) reqs.
isr_fs_td_bytes_sent	BIGINT?	FS TD reqs bytes sent.
isr_fs_td_bytes_received	BIGINT?	FS TD reqs bytes received.
isr_allocate_queue_limit	INTEGER?	Allocate queuelimit.
isr_qlimit_alloc_rejects	INTEGER?	Queuelimit allocate rejects.
isr_max_queue_time	INTEGER?	Max queue time.
isr_maxqtime_alloc_qpurges	INTEGER?	Maxqtime allocate qpurges.
isr_maxqtime_allocs_purged	INTEGER?	Maxqtime allocates purged.
isr_xisque_alloc_rejects	INTEGER?	Xisque allocate rejects.
isr_xisque_alloc_qpurges	INTEGER?	Xisque allocate qpurges.
isr_xisque_allocs_purged	INTEGER?	Xisque allocates purged.
isr_trans_attached	INTEGER?	No. transactions attached.
isr_remote_term_starts	INTEGER?	Remote terminal starts.
isr_unsupported_requests	INTEGER?	Unsupported requests.
isr_fs_pg_requests	INTEGER?	Function Shipped Program reqs.
isr_fs_pg_bytes_sent	BIGINT?	FS Program reqs bytes sent.
isr_fs_pg_bytes_received	BIGINT?	FS Program reqs bytes received.
isr_fs_ic_requests	INTEGER?	FS Interval Control (IC) reqs.
isr_fs_ic_bytes_sent	BIGINT?	FS IC reqs bytes sent.
isr_fs_ic_bytes_received	BIGINT?	FS IC reqs bytes received.
isr_ipconn_ip_address	VARCHAR(39)?	IP Resolved Address.
isr_ipconn_ip_family	INTEGER?	IP Family.
isr_ipconn_define_source	VARCHAR(8)?	Group installed from.
isr_ipconn_change_time	DATETIME?	Change/create time.
isr_ipconn_change_userid	VARCHAR(8)?	Change userid.
isr_ipconn_change_agent	VARCHAR(6)?	Change agent.
isr_ipconn_install_agent	VARCHAR(6)?	Install agent.
isr_ipconn_install_time	DATETIME?	Install/Create time.
isr_ipconn_install_userid	VARCHAR(8)?	Install userid.
isr_fs_fc_requests	INTEGER?	FS File Control (FC) reqs.
isr_fs_fc_bytes_sent	BIGINT?	FS FC reqs bytes sent.
isr_fs_fc_bytes_received	BIGINT?	FS FC reqs bytes received.

Constraints:

• PRIMARY KEY (smfstsid, smfstprn, smfstspn, datetime, smfsttme, isr_ipconn_name)

dfhldbds

smf2db.db_models.smf1102_model.Dfhldbds (dfhldbds)

The Dfhldbds class stores the Dfhldbds section in the dfhldbds table.

Columns:

ldb_library_name*	VARCHAR(8)	Library name.
smfstsid*	VARCHAR(4)	Subystem identification.
smfstprn*	VARCHAR(8)	Product name (generic Applid).
smfstspn*	VARCHAR(8)	Product name (specific Applid).
datetime*	DATETIME	the hour of the record.
smfsttme*	DATETIME	Date and time record moved to SMF.
ldbds_len	INTEGER?	Loader Library stats record length.
ldbds_id	INTEGER?	Loader Library stats id.
ldbds_vers	INTEGER?	Loader Library stats version.
ldb_library_search_pos	INTEGER?	Library search position.
ldb_library_ranking	INTEGER?	Library ranking.
ldb_library_critical	INTEGER?	Library critical.
ldb_library_enable_status	INTEGER?	Library enable status.
ldb_library_prog_loads	INTEGER?	Library program loads.
ldb_library_define_source	VARCHAR(8)?	Group installed from.
ldb_library_change_time	DATETIME?	Change/create time.
ldb_library_change_userid	VARCHAR(8)?	Change userid.
ldb_library_change_agent	VARCHAR(6)?	Change agent.
ldb_library_install_agent	VARCHAR(6)?	Install agent.
ldb_library_install_time	DATETIME?	Install/Create time.
ldb_library_install_userid	VARCHAR(8)?	Install userid.
ldb_library_numdsnames	INTEGER?	Library number dsnames.

Constraints:

• PRIMARY KEY (smfstsid, smfstprn, smfstspn, datetime, smfsttme, ldb_library_name)

dfhldpds

smf2db.db_models.smf1102_model.Dfhldpds (dfhldpds)

The Dfhldpds class stores the Dfhldpds section in the dfhldpds table.

Columns:

ldp_platform_name*	VARCHAR(64)	Platform name.
ldp_application_name*	VARCHAR(64)	Application name.
smfstsid*	VARCHAR(4)	Subystem identification.
smfstprn*	VARCHAR(8)	Product name (generic Applid).
smfstspn*	VARCHAR(8)	Product name (specific Applid).
datetime*	DATETIME	the hour of the record.
smfsttme*	DATETIME	Date and time record moved to SMF.
ldplen	INTEGER?	Length of data area.
ldpid	INTEGER?	Loader domain stats id.
ldpdvers	INTEGER?	Domain data format version number.
ldp_appl_major_ver	INTEGER?	Application major version.
ldp_appl_minor_ver	INTEGER?	Application minor version.
ldp_appl_micro_ver	INTEGER?	Application micro version.
ldppname	VARCHAR(8)?	Program name.
ldptu	INTEGER?	Times used since last reset.
ldpfc	INTEGER?	Fetch count.
ldpft	FLOAT?	Total time taken for all fetchs.
ldptn	INTEGER?	Times NEWCOPYed.
ldppsize	INTEGER?	Program size.
ldprpc	INTEGER?	Times removed by program compression.
ldplocn	INTEGER?	Location of current copy.
ldplbnm	VARCHAR(8)?	Program library name.
ldplbdnm	VARCHAR(44)?	Program library dsname.
ldp_operation_name	VARCHAR(64)?	Operation name.

Constraints:

• PRIMARY KEY (smfstsid, smfstprn, smfstspn, datetime, smfsttme, ldp_platform_name, ldp_application_name)

dfhldrds

smf2db.db_models.smf1102_model.Dfhldrds (dfhldrds)

The Dfhldrds class stores the Dfhldrds section in the dfhldrds table.

Columns:

ldrpname*	VARCHAR(8)	Program name.
smfstsid*	VARCHAR(4)	Subystem identification.
smfstprn*	VARCHAR(8)	Product name (generic Applid).
smfstspn*	VARCHAR(8)	Product name (specific Applid).
datetime*	DATETIME	the hour of the record.
smfsttme*	DATETIME	Date and time record moved to SMF.
ldrlen	INTEGER?	Length of data area.
ldrid	INTEGER?	Loader domain stats id.
ldrdvers	INTEGER?	Domain data format version number.
ldrtu	INTEGER?	Times used since last reset.
ldrfc	INTEGER?	Fetch count.
ldrft	INTEGER?	Total time taken for all fetchs.
ldrtn	INTEGER?	Times NEWCOPYed.
ldrpsize	INTEGER?	Program size.
ldrrpc	INTEGER?	Times removed by program compression.
ldrlocn	INTEGER?	Location of current copy.
ldrlbnm	VARCHAR(8)?	Program library name.
ldrlbdnm	VARCHAR(44)?	Program library dsname.

Constraints:

• PRIMARY KEY (smfstsid, smfstprn, smfstspn, datetime, smfsttme, ldrpname)

dfhldyds

smf2db.db_models.smf1102_model.Dfhldyds (dfhldyds)

The Dfhldyds class stores the Dfhldyds section in the dfhldyds table.

Columns:

ldy_library_platform_name*	VARCHAR(64)	Platform name.
ldy_library_application_name*	VARCHAR(64)	Application name.
smfstsid*	VARCHAR(4)	Subystem identification.
smfstprn*	VARCHAR(8)	Product name (generic Applid).
smfstspn*	VARCHAR(8)	Product name (specific Applid).
datetime*	DATETIME	the hour of the record.
smfsttme*	DATETIME	Date and time record moved to SMF.
ldyds_len	INTEGER?	Loader Library stats record length.
ldyds_id	INTEGER?	Loader Library stats id.
ldyds_vers	INTEGER?	Loader Library stats version.
ldy_library_appl_major_ver	INTEGER?	Application major version.
ldy_library_appl_minor_ver	INTEGER?	Application minor version.
ldy_library_appl_micro_ver	INTEGER?	Application micro version.
ldy_library_name	VARCHAR(8)?	Library name.
ldy_library_search_pos	INTEGER?	Library search position.
ldy_library_ranking	INTEGER?	Library ranking.
ldy_library_critical	INTEGER?	Library critical.
ldy_library_enable_status	INTEGER?	Library enable status.
ldy_library_prog_loads	INTEGER?	Library program loads.
ldy_library_define_source	VARCHAR(8)?	Group installed from.
ldy_library_change_time	DATETIME?	Change/create time.
ldy_library_change_userid	VARCHAR(8)?	Change userid.
ldy_library_change_agent	VARCHAR(6)?	Change agent.
ldy_library_install_agent	VARCHAR(6)?	Install agent.
ldy_library_install_time	DATETIME?	Install/Create time.
ldy_library_install_userid	VARCHAR(8)?	Install userid.
ldy_library_numdsnames	INTEGER?	Library number dsnames.

Constraints:

• PRIMARY KEY (smfstsid, smfstprn, smfstspn, datetime, smfsttme, ldy_library_platform_name, ldy_library_application_name)

dfhlggds

smf2db.db_models.smf1102_model.Dfhlggds (dfhlggds)

The Dfhlggds class stores the Dfhlggds section in the dfhlggds table.

Columns:

smfstsid*	VARCHAR(4)	Subystem identification.
smfstprn*	VARCHAR(8)	Product name (generic Applid).
smfstspn*	VARCHAR(8)	Product name (specific Applid).
datetime*	DATETIME	the hour of the record.
smfsttme*	DATETIME	Date and time record moved to SMF.
lgglen	INTEGER?	Record length.
lggid	INTEGER?	Log Manager logstream stats id.
lggdvers	INTEGER?	Log Manager stats version.
lggakpfreq	INTEGER?	Keypoint Frequency.
lgglgdefer	INTEGER?	Logdefer Interval.
lggakpstkn	INTEGER?	Number of Keypoints Taken.

Constraints:

• PRIMARY KEY (smfstsid, smfstprn, smfstspn, datetime, smfsttme)

dfhlgrds

smf2db.db_models.smf1102_model.Dfhlgrds (dfhlgrds)

The Dfhlgrds class stores the Dfhlgrds section in the dfhlgrds table.

Columns:

lgrjnlname*	VARCHAR(8)	Journal name.
smfstsid*	VARCHAR(4)	Subystem identification.
smfstprn*	VARCHAR(8)	Product name (generic Applid).
smfstspn*	VARCHAR(8)	Product name (specific Applid).
datetime*	DATETIME	the hour of the record.
smfsttme*	DATETIME	Date and time record moved to SMF.
lgrlen	INTEGER?	Record length.
lgrid	INTEGER?	Log Manager stats id.
lgrdvers	INTEGER?	Log Manager stats version.
lgrjtype	INTEGER?	Journal type (MVS, SMF, Dummy).
lgrstream	VARCHAR(26)?	Log stream name.
lgrwrites	INTEGER?	No of journal writes.
lgrbytes	BIGINT?	Total No of bytes written.
lgrbuflsh	INTEGER?	No of buffer flush requests.

Constraints:

• PRIMARY KEY (smfstsid, smfstprn, smfstspn, datetime, smfsttme, lgrjnlname)

dfhlgsds

smf2db.db_models.smf1102_model.Dfhlgsds (dfhlgsds)

The Dfhlgsds class stores the Dfhlgsds section in the dfhlgsds table.

Columns:

lgsstrnam*	VARCHAR(26)	Log stream name.
smfstsid*	VARCHAR(4)	Subystem identification.
smfstprn*	VARCHAR(8)	Product name (generic Applid).
smfstspn*	VARCHAR(8)	Product name (specific Applid).
datetime*	DATETIME	the hour of the record.
smfsttme*	DATETIME	Date and time record moved to SMF.
lgslen	INTEGER?	Record length.
lgsid	INTEGER?	Log Manager logstream stats id.
lgsdvers	INTEGER?	Log Manager stats version.
lgswrites	INTEGER?	No of log writes.
lgsbytes	BIGINT?	Total No of bytes written.
lgscufwtrs	INTEGER?	Current number of force waiters.
lgspkfwtrs	INTEGER?	Peak number of force waiters.
lgstfcwait	INTEGER?	Total number of force waits.
lgsbufwait	INTEGER?	No of waits due to buffer full.
lgsbrwstrt	INTEGER?	No of log browse starts.
lgsbrwread	INTEGER?	No of log browse reads.
lgsdeletes	INTEGER?	No of log deletes.
lgsrtyerrs	INTEGER?	No of retryable errors.
lgsbufapp	INTEGER?	No of buffer append reqs.
lgssyslg	INTEGER?	System log flag.
lgsdonly	INTEGER?	DASD only flag.
lgsstruc	VARCHAR(16)?	CF structure name.
lgsmaxbl	INTEGER?	Max block length.
lgsretpd	INTEGER?	Data retention period.
lgsautod	INTEGER?	Data auto delete flag.
lgsqueries	INTEGER?	No of log queries.

Constraints:

• PRIMARY KEY (smfstsid, smfstprn, smfstspn, datetime, smfsttme, lgsstrnam)

dfhmlrds

smf2db.db_models.smf1102_model.Dfhmlrds (dfhmlrds)

The Dfhmlrds class stores the Dfhmlrds section in the dfhmlrds table.

Columns:

mlr_xmltransform_name*	VARCHAR(32)	Xmltransform name.
smfstsid*	VARCHAR(4)	Subystem identification.
smfstprn*	VARCHAR(8)	Product name (generic Applid).
smfstspn*	VARCHAR(8)	Product name (specific Applid).
datetime*	DATETIME	the hour of the record.
smfsttme*	DATETIME	Date and time record moved to SMF.
mlrds_len	INTEGER?	Xmltransform stats record length.
mlrds_id	INTEGER?	Xmltransform stats id.
mlrds_vers	INTEGER?	Xmltransform stats version.
mlr_msg_validation	INTEGER?	Xmltransform msg validation.
mlr_xsdbind_file	VARCHAR(255)?	XML binding file.
mlr_xmlschema_file	VARCHAR(255)?	XML schema file.
mlr_xmltrnfm_use_count	INTEGER?	Xmltransform use count.
mlr_xmltrnfm_define_source	VARCHAR(8)?	Group installed from.
mlr_xmltrnfm_change_time	DATETIME?	Change/create time.
mlr_xmltrnfm_change_userid	VARCHAR(8)?	Change userid.
mlr_xmltrnfm_change_agent	VARCHAR(6)?	Change agent.
mlr_xmltrnfm_install_agent	VARCHAR(6)?	Install agent.
mlr_xmltrnfm_install_time	DATETIME?	Install/Create time.
mlr_xmltrnfm_install_userid	VARCHAR(8)?	Install userid.

Constraints:

• PRIMARY KEY (smfstsid, smfstprn, smfstspn, datetime, smfsttme, mlr_xmltransform_name)

dfhmngds

smf2db.db_models.smf1102_model.Dfhmngds (dfhmngds)

The Dfhmngds class stores the Dfhmngds section in the dfhmngds table.

Columns:

smfstsid*	VARCHAR(4)	Subystem identification.
smfstprn*	VARCHAR(8)	Product name (generic Applid).
smfstspn*	VARCHAR(8)	Product name (specific Applid).
datetime*	DATETIME	the hour of the record.
smfsttme*	DATETIME	Date and time record moved to SMF.
mnglen	INTEGER?	Length of data.
mngid	INTEGER?	Monitoring domain id.
mngdvers	INTEGER?	DSECT version number.
mnger	INTEGER?	No. Exception records.
mngers	INTEGER?	No. Exception records supp. by exit.
mngpr	INTEGER?	No. Performance records.
mngprs	INTEGER?	No. Performance records supp. by exit.
mngsmfr	INTEGER?	No. SMF records.
mngsmfe	INTEGER?	No. SMF Errors.
mngsmfnc	INTEGER?	No. SMF records not compressed.
mngsmfcm	INTEGER?	No. SMF records compressed.
mngrr	INTEGER?	No. Resource records.
mngrrs	INTEGER?	No. Resource records supp. by exit.
mngir	INTEGER?	No. Identity records.
mngirs	INTEGER?	No. Identity records supp. by exit.
mngfrl	INTEGER?	File Resource Limit.
mngtrl	INTEGER?	Tsqueue Resource Limit.
mngdplrl	INTEGER?	DPL Resource Limit.
mngurirl	INTEGER?	URIMAP Resource Limit.
mngwebrl	INTEGER?	WEBSVC Resource Limit.
mngrmi	INTEGER?	RMI option.
mngappns	INTEGER?	APPLNAME option.
mngmrcmp	INTEGER?	Data Compression Option.
mngavurl	INTEGER?	Avg Uncompressed record length.
mngavcrl	INTEGER?	Avg Compressed record length.
mngwlmmd	INTEGER?	Workload Management Mode.
mngwlmst	INTEGER?	WLM Address Space Server status.
mngwlmsc	VARCHAR(8)?	WLM Service Class name - if any.
mngwlmwn	VARCHAR(8)?	WLM Owning Workload Name.
mngwlmrg	VARCHAR(8)?	WLM Resource Group name - if any.
mngwlmrc	VARCHAR(8)?	WLM Report Class name - if any.
mngwlmgt	INTEGER?	WLM Goal type.
mngwlmcc	INTEGER?	WLM CPU Critical.
mngwlmsk	INTEGER?	WLM Storage Critical.
mngwlmgm	INTEGER?	WLM Address Space Goal Mgmt.
mngwlmgv	INTEGER?	WLM goal value Value of velocity goal 0 if type not velocity.
mngwlmgi	INTEGER?	WLM goal importance.
mngcectp	VARCHAR(4)?	CEC Machine Type.
mngcecid	VARCHAR(16)?	CEC Model Number.
mngmctnm	VARCHAR(8)?	MCT program name.
mngutnum	INTEGER?	User transactions ended.
mngstnum	INTEGER?	System transactions ended.
mnggutcl	DATETIME?	Time last trans ended (GMT).
mnglutcl	DATETIME?	Time last trans ended (Local).
mnggutat	DATETIME?	Time last trans attach (GMT).
mnglutat	DATETIME?	Time last trans attch (Local).
mngmxuta	INTEGER?	MXT at last trans attach.
mngcauta	INTEGER?	Current tasks at last attach.
mngfreq	VARCHAR(6)?	FREQUENCY HHMMSS.
mngautrt	FLOAT?	Avg user trans resp time.
mngputrt	FLOAT?	Peak user trans resp time.
mnggutrt	DATETIME?	Time peak resp time (GMT).
mnglutrt	DATETIME?	Time peak resp time (Local).
mngcput	FLOAT?	Total CPU time.
mngtoncp	FLOAT?	Total CPU time on CP.
mngoflcp	FLOAT?	Total CPU time offload on CP.

Constraints:

• PRIMARY KEY (smfstsid, smfstprn, smfstspn, datetime, smfsttme)

dfhmprds

smf2db.db_models.smf1102_model.Dfhmprds (dfhmprds)

The Dfhmprds class stores the Dfhmprds section in the dfhmprds table.

Columns:

smfstsid*	VARCHAR(4)	Subystem identification.
smfstprn*	VARCHAR(8)	Product name (generic Applid).
smfstspn*	VARCHAR(8)	Product name (specific Applid).
datetime*	DATETIME	the hour of the record.
smfsttme*	DATETIME	Date and time record moved to SMF.
mprlen	INTEGER?	Length of record.
mprid	INTEGER?	Record id field.
mprdvers	INTEGER?	Version number.
mpr_policy_name	VARCHAR(64)?	Policy resource name.
mpr_rule_name	VARCHAR(64)?	Policy Rule name.
mpr_policy_usertag	VARCHAR(8)?	Policy usertag.
mpr_bundle_name	VARCHAR(8)?	Policy bundle name.
mpr_bundle_dir	VARCHAR(255)?	Policy bundle dir.
mpr_rule_type	VARCHAR(16)?	Rule type.
mpr_rule_subtype	VARCHAR(16)?	Rule sub type.
mpr_action_type	VARCHAR(16)?	Action type.
mpr_action_count	INTEGER?	Rule action count.
mpr_action_time	DATETIME?	Rule last action time.

Constraints:

• PRIMARY KEY (smfstsid, smfstprn, smfstspn, datetime, smfsttme)

dfhmqgds

smf2db.db_models.smf1102_model.Dfhmqgds (dfhmqgds)

The Dfhmqgds class stores the Dfhmqgds section in the dfhmqgds table.

Columns:

mqg_qmgr_name*	VARCHAR(4)	Queue manager name.
smfstsid*	VARCHAR(4)	Subystem identification.
smfstprn*	VARCHAR(8)	Product name (generic Applid).
smfstspn*	VARCHAR(8)	Product name (specific Applid).
datetime*	DATETIME	the hour of the record.
smfsttme*	DATETIME	Date and time record moved to SMF.
mqglen	INTEGER?	Length of record.
mqgid	INTEGER?	Record id field.
mqgdvers	INTEGER?	Version number.
mqg_mq_release	VARCHAR(4)?	Release of MQ vvrr.
mqg_connection_status	INTEGER?	Connection status.
mqg_resyncmember	INTEGER?	Resyncmember setting.
mqg_initiation_queue	VARCHAR(48)?	Initiation queue name.
mqg_ttasks	INTEGER?	Number of current tasks.
mqg_tfutileatt	INTEGER?	Number of futile attempts.
mqg_tapi	INTEGER?	Total number of calls.
mqg_tapiok	INTEGER?	Total number of calls comp ok.
mqg_tcall	INTEGER?	Total number of flows.
mqg_tcallsynccomp	INTEGER?	Total number of calls comp sync.
mqg_tcallio	INTEGER?	Total number of calls need I/O.
mqg_twaitmsg	INTEGER?	Total number of real GETWAIT.
mqg_tsubtasked	INTEGER?	Total number of calls switched.
mqg_topen	INTEGER?	Total number of OPEN.
mqg_tclose	INTEGER?	Total number of CLOSE.
mqg_tget	INTEGER?	Total number of GET.
mqg_tgetwait	INTEGER?	Total number of GETWAIT.
mqg_tput	INTEGER?	Total number of PUT.
mqg_tput1	INTEGER?	Total number of PUT1.
mqg_tinq	INTEGER?	Total number of INQ.
mqg_tset	INTEGER?	Total number of SET.
mqg_indoubtuow	INTEGER?	Count of indoubt units of work.
mqg_unresolveduow	INTEGER?	Count of unresolved units of work.
mqg_resolvecomm	INTEGER?	Count of resolved committed UOWs.
mqg_resolveback	INTEGER?	Count of resolved backout UOWs.
mqg_tbackuow	INTEGER?	Total number of Backout UOWs.
mqg_tcommuow	INTEGER?	Total number of Committed UOWs.
mqg_ttaskend	INTEGER?	Total number of tasks.
mqg_tspcomm	INTEGER?	Total number of Single Phase Comms.
mqg_t2pcomm	INTEGER?	Total number of 2 Phase Comms.
mqg_tcb	INTEGER?	Total number of CB.
mqg_tconsume	INTEGER?	Total number of msgs consumed.
mqg_tctl	INTEGER?	Total number of CTL.
mqg_tsub	INTEGER?	Total number of SUB.
mqg_tsubrq	INTEGER?	Total number of SUBRQ.
mqg_tstat	INTEGER?	Total number of STAT.
mqg_tcrtmh	INTEGER?	Total number of CRTMH.
mqg_tdltmh	INTEGER?	Total number of DLTMH.
mqg_tsetmp	INTEGER?	Total number of SETMP.
mqg_tinqmp	INTEGER?	Total number of INQMP.
mqg_tdltmp	INTEGER?	Total number of DLTMP.
mqg_tmhbuf	INTEGER?	Total number of MHBUF.
mqg_tbufmh	INTEGER?	Total number of BUFMH.
mqg_mqconn_name	VARCHAR(8)?	name of the MQCONN.
mqg_mqname	VARCHAR(4)?	MQNAME from the MQCONN.
mqg_connect_time_gmt	DATETIME?	connect time (GMT).
mqg_connect_time_local	DATETIME?	connect time (local).
mqg_disconnect_time_gmt	DATETIME?	disconnect time (GMT).
mqg_disconnect_time_local	DATETIME?	discconnect time (local).
mqg_mqconn_define_source	VARCHAR(8)?	Group installed from.
mqg_mqconn_change_time	DATETIME?	Change/create time.
mqg_mqconn_change_userid	VARCHAR(8)?	Change userid.
mqg_mqconn_change_agent	VARCHAR(6)?	Change agent.
mqg_mqconn_install_agent	VARCHAR(6)?	Install agent.
mqg_mqconn_install_time	DATETIME?	Install/Create time.
mqg_mqconn_install_userid	VARCHAR(8)?	Install userid.

Constraints:

• PRIMARY KEY (smfstsid, smfstprn, smfstspn, datetime, smfsttme, mqg_qmgr_name)

dfhmqrds

smf2db.db_models.smf1102_model.Dfhmqrds (dfhmqrds)

The Dfhmqrds class stores the Dfhmqrds section in the dfhmqrds table.

Columns:

mqr_name*	VARCHAR(8)	Resource name.
mqr_qname*	VARCHAR(48)	MQ Queue name.
smfstsid*	VARCHAR(4)	Subystem identification.
smfstprn*	VARCHAR(8)	Product name (generic Applid).
smfstspn*	VARCHAR(8)	Product name (specific Applid).
datetime*	DATETIME	the hour of the record.
smfsttme*	DATETIME	Date and time record moved to SMF.
mqrlen	INTEGER?	Length of record.
mqrid	INTEGER?	Record id field.
mqrdvers	INTEGER?	Version number.
mqr_tranid	VARCHAR(4)?	Monitor tranid.
mqr_tasknum	INTEGER?	Monitor task number.
mqr_monuserid	VARCHAR(8)?	Monitor userid.
mqr_userid	VARCHAR(8)?	Userid.
mqr_monstatus	INTEGER?	Monitor status.
mqr_topen	INTEGER?	Total number of OPEN.
mqr_tclose	INTEGER?	Total number of CLOSE.
mqr_tget	INTEGER?	Total number of GET.
mqr_tgetwait	INTEGER?	Total number of GETWAIT.
mqr_tput	INTEGER?	Total number of PUT.
mqr_tput1	INTEGER?	Total number of PUT1.
mqr_tinq	INTEGER?	Total number of INQ.
mqr_tinql	INTEGER?	Total number of INQL.
mqr_tset	INTEGER?	Total number of SET.
mqr_tcommuow	INTEGER?	Total number of Committed UOWs.
mqr_tbackuow	INTEGER?	Total number of Backout UOWs.
mqr_tother	INTEGER?	Total number of other calls.
mqr_start_time_gmt	DATETIME?	start time (GMT).
mqr_start_time_local	DATETIME?	start time (local).
mqr_stop_time_gmt	DATETIME?	stop time (GMT).
mqr_stop_time_local	DATETIME?	stop time (local).
mqr_mqmon_define_source	VARCHAR(8)?	Group installed from.
mqr_mqmon_change_time	DATETIME?	Change/create time.
mqr_mqmon_change_userid	VARCHAR(8)?	Change userid.
mqr_mqmon_change_agent	VARCHAR(6)?	Change agent.
mqr_mqmon_install_agent	VARCHAR(6)?	Install agent.
mqr_mqmon_install_time	DATETIME?	Install/Create time.
mqr_mqmon_install_userid	VARCHAR(8)?	Install userid.

Constraints:

• PRIMARY KEY (smfstsid, smfstprn, smfstspn, datetime, smfsttme, mqr_name, mqr_qname)

dfhncs4d

smf2db.db_models.smf1102_model.Dfhncs4d (dfhncs4d)

The Dfhncs4d class stores the Dfhncs4d section in the dfhncs4d table.

Columns:

s4name*	VARCHAR(16)	Full name of list structure.
s4pool*	VARCHAR(8)	Pool name part of structure name.
smfstsid*	VARCHAR(4)	Subystem identification.
smfstprn*	VARCHAR(8)	Product name (generic Applid).
smfstspn*	VARCHAR(8)	Product name (specific Applid).
datetime*	DATETIME	the hour of the record.
smfsttme*	DATETIME	Date and time record moved to SMF.
s4len	INTEGER?	Length of data area.
s4id	INTEGER?	List structure stats id.
s4dvers	INTEGER?	List structure stats version number.
s4pref	VARCHAR(8)?	First part of structure name.
s4cnpref	VARCHAR(8)?	Prefix for connection name.
s4cnsysn	VARCHAR(8)?	Own MVS system name from CVTSNAME.
s4size	INTEGER?	Structure size in 4K pages.
s4sizemx	INTEGER?	Maximum size in 4K pages.
s4entrct	INTEGER?	Current number of entries in use.
s4entrhi	INTEGER?	Highest number of entries in use.
s4entrlo	INTEGER?	Lowest number of free entries.
s4entrmx	INTEGER?	Max entries returned by IXLCONN.
s4crect	INTEGER?	Create counter.
s4getct	INTEGER?	Get and increment counter.
s4setct	INTEGER?	Set counter.
s4delct	INTEGER?	Delete counter.
s4keqct	INTEGER?	Inquire KEQ.
s4kgect	INTEGER?	Inquire KGE.
s4asyct	INTEGER?	Number of asynchronous requests.
s4rsp1ct	INTEGER?	Normal response, everything OK.
s4rsp2ct	INTEGER?	No matching entry was found.
s4rsp3ct	INTEGER?	Entry version did not match.
s4rsp4ct	INTEGER?	List authority comparison mismatch.
s4rsp5ct	INTEGER?	The list structure is out of space.
s4rsp6ct	INTEGER?	An IXLLIST return code occurred other than those described above.
s4rsp7ct	INTEGER?	Structure temporarily unavailable, during system- managed rebuild.

Constraints:

• PRIMARY KEY (smfstsid, smfstprn, smfstspn, datetime, smfsttme, s4name, s4pool)

dfhncs5d

smf2db.db_models.smf1102_model.Dfhncs5d (dfhncs5d)

The Dfhncs5d class stores the Dfhncs5d section in the dfhncs5d table.

Columns:

smfstsid*	VARCHAR(4)	Subystem identification.
smfstprn*	VARCHAR(8)	Product name (generic Applid).
smfstspn*	VARCHAR(8)	Product name (specific Applid).
datetime*	DATETIME	the hour of the record.
smfsttme*	DATETIME	Date and time record moved to SMF.
s5len	INTEGER?	Length of data area.
s5id	INTEGER?	NC server main storage stats id.
s5dvers	INTEGER?	NC server main storage stats version.
s5anynam	VARCHAR(8)?	Pool name AXMPGANY.
s5anysiz	INTEGER?	Size of storage pool area.
s5anyptr	INTEGER?	Address of storage pool area.
s5anymx	INTEGER?	Total pages in the storage pool.
s5anyus	INTEGER?	Number of used pages in the pool.
s5anyfr	INTEGER?	Number of free pages in the pool.
s5anylo	INTEGER?	Lowest free pages (since reset).
s5anyrqg	INTEGER?	Storage GET requests.
s5anyrqf	INTEGER?	Storage FREE requests.
s5anyrqs	INTEGER?	GETs which failed to get storage.
s5anyrqc	INTEGER?	Compress (defragmentation) attempts.
s5lownam	VARCHAR(8)?	Pool name AXMPGLOW.
s5lowsiz	INTEGER?	Size of storage pool area.
s5lowptr	INTEGER?	Address of storage pool area.
s5lowmx	INTEGER?	Total pages in the storage pool.
s5lowus	INTEGER?	Number of used pages in the pool.
s5lowfr	INTEGER?	Number of free pages in the pool.
s5lowlo	INTEGER?	Lowest free pages (since reset).
s5lowrqg	INTEGER?	Storage GET requests.
s5lowrqf	INTEGER?	Storage FREE requests.
s5lowrqs	INTEGER?	GETs which failed to get storage.
s5lowrqc	INTEGER?	Compress (defragmentation) attempts.

Constraints:

• PRIMARY KEY (smfstsid, smfstprn, smfstspn, datetime, smfsttme)

dfhnqgds

smf2db.db_models.smf1102_model.Dfhnqgds (dfhnqgds)

The Dfhnqgds class stores the Dfhnqgds section in the dfhnqgds table.

Columns:

smfstsid*	VARCHAR(4)	Subystem identification.
smfstprn*	VARCHAR(8)	Product name (generic Applid).
smfstspn*	VARCHAR(8)	Product name (specific Applid).
datetime*	DATETIME	the hour of the record.
smfsttme*	DATETIME	Date and time record moved to SMF.
nqglen	INTEGER?	Length of data area.
nqgid	INTEGER?	Enqueue Manager statistics id.
nqgdvers	INTEGER?	Stats version number.
nqgnpool	INTEGER?	Number of ENQ pools following.

Constraints:

• PRIMARY KEY (smfstsid, smfstprn, smfstspn, datetime, smfsttme)

dfhpgdds

smf2db.db_models.smf1102_model.Dfhpgdds (dfhpgdds)

The Dfhpgdds class stores the Dfhpgdds section in the dfhpgdds table.

Columns:

pgd_program_name*	VARCHAR(8)	Program Name.
smfstsid*	VARCHAR(4)	Subystem identification.
smfstprn*	VARCHAR(8)	Product name (generic Applid).
smfstspn*	VARCHAR(8)	Product name (specific Applid).
datetime*	DATETIME	the hour of the record.
smfsttme*	DATETIME	Date and time record moved to SMF.
pgdds_len	INTEGER?	Programdef stats record length.
pgdds_id	INTEGER?	Programdef stats id.
pgdds_vers	INTEGER?	Programdef stats version.
pgd_program_type	INTEGER?	Program Type.
pgd_program_exec_key	INTEGER?	Program CICS/USER key.
pgd_program_data_loc	INTEGER?	Program Data Location.
pgd_program_execution_set	INTEGER?	Program Execution Set.
pgd_program_lang_deduced	INTEGER?	Program Language Deduced.
pgd_program_language	INTEGER?	Program Language.
pgd_program_runtime_env	INTEGER?	Program Runtime Environment.
pgd_program_concurrency	INTEGER?	Program Concurrency.
pgd_program_api	INTEGER?	Program API.
pgd_program_remote	INTEGER?	Program Remote.
pgd_program_dynamic	INTEGER?	Program Dynamic.
pgd_program_jvm	INTEGER?	Program JVM.
pgd_program_entrypoint	INTEGER?	Application Entry Point.
pgd_program_remote_name	VARCHAR(8)?	Remote Program name.
pgd_program_tran_id	VARCHAR(4)?	Remote Transaction ID.
pgd_program_remote_sysid	VARCHAR(4)?	Remote System name.
pgd_program_jvmserver	VARCHAR(8)?	Program JVM server Name.
pgd_program_define_source	VARCHAR(8)?	Group installed from.
pgd_program_change_time	DATETIME?	Change/create time.
pgd_program_change_userid	VARCHAR(8)?	Change userid.
pgd_program_change_agent	VARCHAR(6)?	Change agent.
pgd_program_install_agent	VARCHAR(6)?	Install agent.
pgd_program_install_time	DATETIME?	Install/Create time.
pgd_program_install_userid	VARCHAR(8)?	Install userid.

Constraints:

• PRIMARY KEY (smfstsid, smfstprn, smfstspn, datetime, smfsttme, pgd_program_name)

dfhpgeds

smf2db.db_models.smf1102_model.Dfhpgeds (dfhpgeds)

The Dfhpgeds class stores the Dfhpgeds section in the dfhpgeds table.

Columns:

smfstsid*	VARCHAR(4)	Subystem identification.
smfstprn*	VARCHAR(8)	Product name (generic Applid).
smfstspn*	VARCHAR(8)	Product name (specific Applid).
datetime*	DATETIME	the hour of the record.
smfsttme*	DATETIME	Date and time record moved to SMF.
pgeds_len	INTEGER?	Programdef stats record length.
pgeds_id	INTEGER?	Programdef stats id.
pgeds_vers	INTEGER?	Programdef stats version.
pge_program_platform_name	VARCHAR(64)?	Platform name.
pge_program_application_name	VARCHAR(64)?	Application name.
pge_program_appl_major_ver	INTEGER?	Application major version.
pge_program_appl_minor_ver	INTEGER?	Application minor version.
pge_program_appl_micro_ver	INTEGER?	Application micro version.
pge_program_name	VARCHAR(8)?	Program Name.
pge_program_type	INTEGER?	Program Type.
pge_program_exec_key	INTEGER?	Program CICS/USER key.
pge_program_data_loc	INTEGER?	Program Data Location.
pge_program_execution_set	INTEGER?	Program Execution Set.
pge_program_lang_deduced	INTEGER?	Program Language Deduced.
pge_program_language	INTEGER?	Program Language.
pge_program_runtime_env	INTEGER?	Program Runtime Environment.
pge_program_concurrency	INTEGER?	Program Concurrency.
pge_program_api	INTEGER?	Program API.
pge_program_remote	INTEGER?	Program Remote.
pge_program_dynamic	INTEGER?	Program Dynamic.
pge_program_jvm	INTEGER?	Program JVM.
pge_program_entrypoint	INTEGER?	Application Entry Point.
pge_program_remote_name	VARCHAR(8)?	Remote Program name.
pge_program_tran_id	VARCHAR(4)?	Remote Transaction ID.
pge_program_remote_sysid	VARCHAR(4)?	Remote System name.
pge_program_jvmserver	VARCHAR(8)?	Program JVM server Name.
pge_program_define_source	VARCHAR(8)?	Group installed from.
pge_program_change_time	DATETIME?	Change/create time.
pge_program_change_userid	VARCHAR(8)?	Change userid.
pge_program_change_agent	VARCHAR(6)?	Change agent.
pge_program_install_agent	VARCHAR(6)?	Install agent.
pge_program_install_time	DATETIME?	Install/Create time.
pge_program_install_userid	VARCHAR(8)?	Install userid.
pge_program_operation_name	VARCHAR(64)?	Operation name.

Constraints:

• PRIMARY KEY (smfstsid, smfstprn, smfstspn, datetime, smfsttme)

dfhpggds

smf2db.db_models.smf1102_model.Dfhpggds (dfhpggds)

The Dfhpggds class stores the Dfhpggds section in the dfhpggds table.

Columns:

smfstsid*	VARCHAR(4)	Subystem identification.
smfstprn*	VARCHAR(8)	Product name (generic Applid).
smfstspn*	VARCHAR(8)	Product name (specific Applid).
datetime*	DATETIME	the hour of the record.
smfsttme*	DATETIME	Date and time record moved to SMF.
pgg_stats_length	INTEGER?	length of record.
pgg_stats_id	INTEGER?	pg global stats id, should contain pgg_dcl_id.
pgg_stats_version	INTEGER?	pg global stats version.
pgg_auto_attempts	INTEGER?	number of autoinstalls attempted.
pgg_auto_rejects	INTEGER?	number of autoinstalls rejected.
pgg_auto_failures	INTEGER?	number of autoinstalls failed.

Constraints:

• PRIMARY KEY (smfstsid, smfstprn, smfstspn, datetime, smfsttme)

dfhpgpds

smf2db.db_models.smf1102_model.Dfhpgpds (dfhpgpds)

The Dfhpgpds class stores the Dfhpgpds section in the dfhpgpds table.

Columns:

pgp_jvmprogram_platform_name*	VARCHAR(64)	Platform name.
pgp_jvmprogram_application_name*	VARCHAR(64)	Application name.
smfstsid*	VARCHAR(4)	Subystem identification.
smfstprn*	VARCHAR(8)	Product name (generic Applid).
smfstspn*	VARCHAR(8)	Product name (specific Applid).
datetime*	DATETIME	the hour of the record.
smfsttme*	DATETIME	Date and time record moved to SMF.
pgpds_len	INTEGER?	Jvmprogram stats record length.
pgpds_id	INTEGER?	Jvmprogram stats id.
pgpds_vers	INTEGER?	Jvmprogram stats version.
pgp_jvmprogram_appl_major_ver	INTEGER?	Application major version.
pgp_jvmprogram_appl_minor_ver	INTEGER?	Application minor version.
pgp_jvmprogram_appl_micro_ver	INTEGER?	Application micro version.
pgp_jvmprogram_name	VARCHAR(8)?	Jvmprogram Name.
pgp_jvmprogram_entrypoint	INTEGER?	Application Entry Point.
pgp_jvmprogram_usecount	INTEGER?	Jvmprogram Use count.
pgp_jvmprogram_exec_key	INTEGER?	Jvmprogram CICS/USER key.
pgp_jvmprogram_jvmclass	VARCHAR(255)?	Jvmprogram Jvmclass name.
pgp_jvmprogram_server	VARCHAR(8)?	Jvmserver Name.
pgp_jvmprogram_operation_name	VARCHAR(64)?	Operation name.

Constraints:

• PRIMARY KEY (smfstsid, smfstprn, smfstspn, datetime, smfsttme, pgp_jvmprogram_platform_name, pgp_jvmprogram_application_name)

dfhpgrds

smf2db.db_models.smf1102_model.Dfhpgrds (dfhpgrds)

The Dfhpgrds class stores the Dfhpgrds section in the dfhpgrds table.

Columns:

pgr_jvmprogram_name*	VARCHAR(8)	Jvmprogram Name.
smfstsid*	VARCHAR(4)	Subystem identification.
smfstprn*	VARCHAR(8)	Product name (generic Applid).
smfstspn*	VARCHAR(8)	Product name (specific Applid).
datetime*	DATETIME	the hour of the record.
smfsttme*	DATETIME	Date and time record moved to SMF.
pgrds_len	INTEGER?	Jvmprogram stats record length.
pgrds_id	INTEGER?	Jvmprogram stats id.
pgrds_vers	INTEGER?	Jvmprogram stats version.
pgr_jvmprogram_entrypoint	INTEGER?	Application Entry Point.
pgr_jvmprogram_usecount	INTEGER?	Jvmprogram Use count.
pgr_jvmprogram_exec_key	INTEGER?	Jvmprogram CICS/USER key.
pgr_jvmprogram_jvmclass	VARCHAR(255)?	Jvmprogram Jvmclass name.
pgr_jvmprogram_server	VARCHAR(8)?	Jvmserver Name.

Constraints:

• PRIMARY KEY (smfstsid, smfstprn, smfstspn, datetime, smfsttme, pgr_jvmprogram_name)

dfhpirds

smf2db.db_models.smf1102_model.Dfhpirds (dfhpirds)

The Dfhpirds class stores the Dfhpirds section in the dfhpirds table.

Columns:

smfstsid*	VARCHAR(4)	Subystem identification.
smfstprn*	VARCHAR(8)	Product name (generic Applid).
smfstspn*	VARCHAR(8)	Product name (specific Applid).
datetime*	DATETIME	the hour of the record.
smfsttme*	DATETIME	Date and time record moved to SMF.
pirds_len	INTEGER?	Pipeline stats record length.
pirds_id	INTEGER?	Pipeline stats id.
pirds_vers	INTEGER?	Pipeline stats version.
pir_pipeline_name	VARCHAR(8)?	Pipeline name.
pir_pipeline_mode	INTEGER?	Pipeline mode.
pir_configuration_file	VARCHAR(255)?	Pipeline configuration file.
pir_shelf_directory	VARCHAR(255)?	Pipeline shelf directory.
pir_wsdir_directory	VARCHAR(255)?	Pipeline WSDIR pickup directory.
pir_pipeline_use_count	INTEGER?	Pipeline use count.
pir_json_java_parser	INTEGER?	Pipeline JSON parser.
pir_pipeline_define_source	VARCHAR(8)?	Group installed from.
pir_pipeline_change_time	DATETIME?	Change/create time.
pir_pipeline_change_userid	VARCHAR(8)?	Change userid.
pir_pipeline_change_agent	VARCHAR(6)?	Change agent.
pir_pipeline_install_agent	VARCHAR(6)?	Install agent.
pir_pipeline_install_time	DATETIME?	Install/Create time.
pir_pipeline_install_userid	VARCHAR(8)?	Install userid.
pir_pipeline_msgformat	VARCHAR(8)?	Message format.

Constraints:

• PRIMARY KEY (smfstsid, smfstprn, smfstspn, datetime, smfsttme)

dfhpiwds

smf2db.db_models.smf1102_model.Dfhpiwds (dfhpiwds)

The Dfhpiwds class stores the Dfhpiwds section in the dfhpiwds table.

Columns:

piw_webservice_name*	VARCHAR(32)	Webservice name.
smfstsid*	VARCHAR(4)	Subystem identification.
smfstprn*	VARCHAR(8)	Product name (generic Applid).
smfstspn*	VARCHAR(8)	Product name (specific Applid).
datetime*	DATETIME	the hour of the record.
smfsttme*	DATETIME	Date and time record moved to SMF.
piwds_len	INTEGER?	Webservice stats record length.
piwds_id	INTEGER?	Webservice stats id.
piwds_vers	INTEGER?	Webservice stats version.
piw_program_interface	INTEGER?	Webservice program interface.
piw_msg_validation	INTEGER?	Webservice msg validation.
piw_pipeline_name	VARCHAR(8)?	Webservice pipeline name.
piw_urimap_name	VARCHAR(8)?	Webservice urimap name.
piw_wsbind_file	VARCHAR(255)?	Webservice WSBind file.
piw_wsdl_file	VARCHAR(255)?	Webservice WSDL file.
piw_wsdl_binding	VARCHAR(255)?	Webservice WSDL binding.
piw_endpoint_uri	VARCHAR(255)?	Webservice ENDPOINT URI.
piw_webservice_program	VARCHAR(8)?	Webservice program name.
piw_container_name	VARCHAR(16)?	Webservice container name.
piw_webservice_use_count	INTEGER?	Webservice use count.
piw_archive_file	VARCHAR(255)?	Webservice archive file.
piw_webservice_define_source	VARCHAR(8)?	Group installed from.
piw_webservice_change_time	DATETIME?	Change/create time.
piw_webservice_change_userid	VARCHAR(8)?	Change userid.
piw_webservice_change_agent	VARCHAR(6)?	Change agent.
piw_webservice_install_agent	VARCHAR(6)?	Install agent.
piw_webservice_install_time	DATETIME?	Install/Create time.
piw_webservice_install_userid	VARCHAR(8)?	Install userid.

Constraints:

• PRIMARY KEY (smfstsid, smfstprn, smfstspn, datetime, smfsttme, piw_webservice_name)

dfhrlrds

smf2db.db_models.smf1102_model.Dfhrlrds (dfhrlrds)

The Dfhrlrds class stores the Dfhrlrds section in the dfhrlrds table.

Columns:

rlr_bundle_name*	VARCHAR(8)	Bundle name.
smfstsid*	VARCHAR(4)	Subystem identification.
smfstprn*	VARCHAR(8)	Product name (generic Applid).
smfstspn*	VARCHAR(8)	Product name (specific Applid).
datetime*	DATETIME	the hour of the record.
smfsttme*	DATETIME	Date and time record moved to SMF.
rlrds_len	INTEGER?	ResLife Bundle stats record length.
rlrds_id	INTEGER?	ResLife Bundle stats id.
rlrds_vers	INTEGER?	ResLife Bundle stats version.
rlr_bundle_directory	VARCHAR(255)?	Bundle directory.
rlr_bundle_basescope	VARCHAR(255)?	Bundle basescope.
rlr_bundle_define_source	VARCHAR(8)?	Group installed from.
rlr_bundle_change_time	DATETIME?	Change/create time.
rlr_bundle_change_userid	VARCHAR(8)?	Change userid.
rlr_bundle_change_agent	VARCHAR(6)?	Change agent.
rlr_bundle_install_agent	VARCHAR(6)?	Install agent.
rlr_bundle_install_time	DATETIME?	Install/Create time.
rlr_bundle_install_userid	VARCHAR(8)?	Install userid.

Constraints:

• PRIMARY KEY (smfstsid, smfstprn, smfstspn, datetime, smfsttme, rlr_bundle_name)

dfhrmgds

smf2db.db_models.smf1102_model.Dfhrmgds (dfhrmgds)

The Dfhrmgds class stores the Dfhrmgds section in the dfhrmgds table.

Columns:

smfstsid*	VARCHAR(4)	Subystem identification.
smfstprn*	VARCHAR(8)	Product name (generic Applid).
smfstspn*	VARCHAR(8)	Product name (specific Applid).
datetime*	DATETIME	the hour of the record.
smfsttme*	DATETIME	Date and time record moved to SMF.
rmglen	INTEGER?	Length of data area.
rmgid	INTEGER?	Recovery Manager statistics id.
rmgdvers	INTEGER?	Stats version number.
rmgsyfwd	INTEGER?	Total syncpoints forward.
rmgsybwd	INTEGER?	Total syncpoints backward.
rmgresyn	INTEGER?	Total resynchronisations.
rmgtshin	INTEGER?	Total shunted uows for indoubt.
rmgtshti	FLOAT?	Total time shunted for indoubt (STCK).
rmgcshin	INTEGER?	Current uows shunted for indoubt.
rmgcshti	FLOAT?	Current time shunted indoubt (STCK).
rmgtshro	INTEGER?	Total ouws shunted for RO commit fail.
rmgtshtr	FLOAT?	Total time shunted for RO fail (STCK).
rmgcshro	INTEGER?	Current ouws shunts RO commit fail.
rmgcshtr	FLOAT?	Current time shunted RO fail (STCK).
rmgiaftr	INTEGER?	Total forced Indoubt Actions-trandef.
rmgiafti	INTEGER?	Total forced Indoubt Actions-timeout.
rmgiafnw	INTEGER?	Total forced Indoubt Actions-nowait.
rmgiafop	INTEGER?	Total forced Indoubt Actions-operator.
rmgiafot	INTEGER?	Total forced Indoubt Actions-other.
rmgiamis	INTEGER?	Total Indoubt Action mismatches.
rmgnwtd	INTEGER?	Total forced for no waiting in TD.
rmgnw61	INTEGER?	Total forced for no waiting in LU61.
rmgnwmro	INTEGER?	Total forced for no waiting in MRO.
rmgnwrmi	INTEGER?	Total forced for no waiting in RMI.
rmgnwoth	INTEGER?	Total forced for no waiting in other.

Constraints:

• PRIMARY KEY (smfstsid, smfstprn, smfstspn, datetime, smfsttme)

dfhsdgds

smf2db.db_models.smf1102_model.Dfhsdgds (dfhsdgds)

The Dfhsdgds class stores the Dfhsdgds section in the dfhsdgds table.

Columns:

smfstsid*	VARCHAR(4)	Subystem identification.
smfstprn*	VARCHAR(8)	Product name (generic Applid).
smfstspn*	VARCHAR(8)	Product name (specific Applid).
datetime*	DATETIME	the hour of the record.
smfsttme*	DATETIME	Date and time record moved to SMF.
sdglen	INTEGER?	Length of data area.
sdgid	INTEGER?	System dump global stats id.
sdgdvers	INTEGER?	Dump domain global stats version.
sys_dumps_taken	INTEGER?	Number of system dumps taken.
sys_dumps_suppr	INTEGER?	Number of system dumps suppressed.

Constraints:

• PRIMARY KEY (smfstsid, smfstprn, smfstspn, datetime, smfsttme)

dfhsdrds

smf2db.db_models.smf1102_model.Dfhsdrds (dfhsdrds)

The Dfhsdrds class stores the Dfhsdrds section in the dfhsdrds table.

Columns:

sdrcode*	VARCHAR(8)	Dumpcode.
smfstsid*	VARCHAR(4)	Subystem identification.
smfstprn*	VARCHAR(8)	Product name (generic Applid).
smfstspn*	VARCHAR(8)	Product name (specific Applid).
datetime*	DATETIME	the hour of the record.
smfsttme*	DATETIME	Date and time record moved to SMF.
sdrlen	INTEGER?	Length of data area.
sdrid	INTEGER?	Dump domain system stats id.
sdrdvers	INTEGER?	Domain data format version number.
sdrstkn	INTEGER?	Number of system dumps taken.
sdrssupr	INTEGER?	Number of system dumps suppressed.
sdrttkn	INTEGER?	Number of tran dumps taken (unused).
sdrtsupr	INTEGER?	Number of tran dumps suppressed.

Constraints:

• PRIMARY KEY (smfstsid, smfstprn, smfstspn, datetime, smfsttme, sdrcode)

dfhsjnds

smf2db.db_models.smf1102_model.Dfhsjnds (dfhsjnds)

The Dfhsjnds class stores the Dfhsjnds section in the dfhsjnds table.

Columns:

sjn_nodejsapp_name*	VARCHAR(32)	NODEJSAPP name.
smfstsid*	VARCHAR(4)	Subystem identification.
smfstprn*	VARCHAR(8)	Product name (generic Applid).
smfstspn*	VARCHAR(8)	Product name (specific Applid).
datetime*	DATETIME	the hour of the record.
smfsttme*	DATETIME	Date and time record moved to SMF.
sjnds_len	INTEGER?	NODEJSAPP stats record length.
sjnds_id	INTEGER?	NODEJSAPP stats id.
sjnds_vers	INTEGER?	NODEJSAPP stats version.
sjn_nodejsapp_le_runopts	VARCHAR(8)?	NODEJSAPP LE RUNOPTS.
sjn_nodejsapp_state	INTEGER?	NODEJSAPP state.
sjn_nodejsapp_define_source	VARCHAR(8)?	Group installed from.
sjn_nodejsapp_change_time	DATETIME?	Change/create time.
sjn_nodejsapp_change_userid	VARCHAR(8)?	Change userid.
sjn_nodejsapp_change_agent	VARCHAR(6)?	Change agent.
sjn_nodejsapp_install_agent	VARCHAR(6)?	Install agent.
sjn_nodejsapp_install_time	DATETIME?	Install/Create time.
sjn_nodejsapp_install_userid	VARCHAR(8)?	Install userid.
sjn_nodejsapp_creation_lcl	DATETIME?	Creation time local.
sjn_nodejsapp_pid	INTEGER?	NODEJSAPP PID.
sjn_nodejsapp_bundle_name	VARCHAR(8)?	Bundle name.
sjn_nodejsapp_cpu	FLOAT?	Total CPU time.
sjn_nodejsapp_heap_current	BIGINT?	Allocated heap.
sjn_nodejsapp_heap_runtime	BIGINT?	Heap used by runtime.
sjn_nodejsapp_heap_app_data	BIGINT?	Heap used for data.
sjn_nodejsapp_heap_max	BIGINT?	Max possible heap.
sjn_nodejsapp_invk	INTEGER?	Completed invokes.
sjn_nodejsapp_invk_err	INTEGER?	Completed invokes in error.
sjn_nodejsapp_invk_cur	INTEGER?	Current invokes in progress.
sjn_nodejsapp_invk_peak	INTEGER?	Peak invokes in progress.
sjn_nodejsapp_nodehome	VARCHAR(255)?	Nodehome profile entry.
sjn_nodejsapp_profile	VARCHAR(255)?	Profile.
sjn_nodejsapp_startscrit	VARCHAR(255)?	Entry JavaScript.
sjn_nodejsapp_stderr	VARCHAR(255)?	stderr file.
sjn_nodejsapp_stdout	VARCHAR(255)?	stdout file.
sjn_nodejsapp_trace	VARCHAR(255)?	trace file.
sjn_nodejsapp_log	VARCHAR(255)?	log file.

Constraints:

• PRIMARY KEY (smfstsid, smfstprn, smfstspn, datetime, smfsttme, sjn_nodejsapp_name)

dfhsjsds

smf2db.db_models.smf1102_model.Dfhsjsds (dfhsjsds)

The Dfhsjsds class stores the Dfhsjsds section in the dfhsjsds table.

Columns:

sjs_jvmserver_name*	VARCHAR(8)	JVMSERVER name.
smfstsid*	VARCHAR(4)	Subystem identification.
smfstprn*	VARCHAR(8)	Product name (generic Applid).
smfstspn*	VARCHAR(8)	Product name (specific Applid).
datetime*	DATETIME	the hour of the record.
smfsttme*	DATETIME	Date and time record moved to SMF.
sjsds_len	INTEGER?	JVMSERVER stats record length.
sjsds_id	INTEGER?	JVMSERVER stats id.
sjsds_vers	INTEGER?	JVMSERVER stats version.
sjs_jvmserver_jvmprofile	VARCHAR(8)?	JVMSERVER JVMPROFILE.
sjs_jvmserver_le_runopts	VARCHAR(8)?	JVMSERVER LE RUNOPTS.
sjs_jvmserver_use_count	INTEGER?	JVMSERVER use count.
sjs_jvmserver_state	INTEGER?	JVMSERVER state.
sjs_jvmserver_thread_limit	INTEGER?	Max no. threads.
sjs_jvmserver_thread_current	INTEGER?	Current threads.
sjs_jvmserver_thread_hwm	INTEGER?	Peak threads.
sjs_jvmserver_thread_waits	INTEGER?	No. thread waits.
sjs_jvmserver_thread_wait_time	FLOAT?	Total thread wait time.
sjs_jvmserver_thread_wait_cur	INTEGER?	Current waiting threads.
sjs_jvmserver_thread_wait_hwm	INTEGER?	Peak waiting threads.
sjs_jvmserver_thread_wlp_actv	INTEGER?	Liberty active threads.
sjs_jvmserver_define_source	VARCHAR(8)?	Group installed from.
sjs_jvmserver_change_time	DATETIME?	Change/create time.
sjs_jvmserver_change_userid	VARCHAR(8)?	Change userid.
sjs_jvmserver_change_agent	VARCHAR(6)?	Change agent.
sjs_jvmserver_install_agent	VARCHAR(6)?	Install agent.
sjs_jvmserver_install_time	DATETIME?	Install/Create time.
sjs_jvmserver_install_userid	VARCHAR(8)?	Install userid.
sjs_jvmserver_sys_use_count	INTEGER?	System thread use-count.
sjs_jvmserver_sys_waited	INTEGER?	No. waited on sys thrd.
sjs_jvmserver_sys_waited_time	FLOAT?	Total time waited.
sjs_jvmserver_sys_wait_cur	INTEGER?	No. waiting on sys thrd.
sjs_jvmserver_sys_wait_hwm	INTEGER?	Peak waiting on sys thrd.
sjs_jvmserver_jvm_creation_gmt	DATETIME?	JVM creation time GMT.
sjs_jvmserver_jvm_creation_lcl	DATETIME?	JVM creation LOCAL.
sjs_jvmserver_current_heap	BIGINT?	Current heap.
sjs_jvmserver_initial_heap	BIGINT?	Initial heap.
sjs_jvmserver_max_heap	BIGINT?	Max heap.
sjs_jvmserver_peak_heap	BIGINT?	Peak heap.
sjs_jvmserver_occupancy	BIGINT?	Heap Occupancy.
sjs_jvmserver_gc_policy	VARCHAR(32)?	GC Policy.
sjs_jvmserver_mjr_gc_events	INTEGER?	No. major GC collections.
sjs_jvmserver_mjr_gc_cpu	FLOAT?	Elapsed time in major GC.
sjs_jvmserver_mjr_heap_freed	BIGINT?	Storage freed by GC.
sjs_jvmserver_mnr_gc_events	INTEGER?	No. minor collections.
sjs_jvmserver_mnr_gc_cpu	FLOAT?	Elapsed time in minor GC.
sjs_jvmserver_mnr_heap_freed	BIGINT?	Storage freed by GC.
sjs_jvmserver_code_cache_used	BIGINT?	Code cache used.
sjs_jvmserver_code_cache_alloc	BIGINT?	Code cache allocated.
sjs_jvmserver_data_cache_used	BIGINT?	Data cache used.
sjs_jvmserver_data_cache_alloc	BIGINT?	Data cache allocated.
sjs_jvmserver_class_strg_used	BIGINT?	Class storage used.
sjs_jvmserver_class_strg_alloc	BIGINT?	Class strg. allocated.
sjs_jvmserver_classcache_size	BIGINT?	Classcache size.
sjs_jvmserver_classcache_free	BIGINT?	Classcache free.

Constraints:

• PRIMARY KEY (smfstsid, smfstprn, smfstspn, datetime, smfsttme, sjs_jvmserver_name)

dfhsmdds

smf2db.db_models.smf1102_model.Dfhsmdds (dfhsmdds)

The Dfhsmdds class stores the Dfhsmdds section in the dfhsmdds table.

Columns:

smdspn*	VARCHAR(8)	Subpool name.
smfstsid*	VARCHAR(4)	Subystem identification.
smfstprn*	VARCHAR(8)	Product name (generic Applid).
smfstspn*	VARCHAR(8)	Product name (specific Applid).
datetime*	DATETIME	the hour of the record.
smfsttme*	DATETIME	Date and time record moved to SMF.
smdlen	INTEGER?	Length of data area.
smdid	INTEGER?	Domain subpool stats id.
smddvers	INTEGER?	Statistics version number.
smddsaname	VARCHAR(8)?	DSA name.
smdetype	INTEGER?	Element type (fixed/ variable?).
smdflen	INTEGER?	Length (if fixed ).
smdelchn	INTEGER?	Element chaining (yes/no?).
smdbndry	INTEGER?	Boundary.
smdlocn	INTEGER?	Above/below 16 meg line.
smdaccess	INTEGER?	Access.
smddsaindex	INTEGER?	DSA index.
smdifree	INTEGER?	Initial free value.
smdgmreq	INTEGER?	Number of Getmain reqs.
smdfmreq	INTEGER?	Number of Freemain reqs.
smdces	INTEGER?	Sum of all element lengths.
smdcps	INTEGER?	Current page storage.
smdcelem	INTEGER?	Current number of elements.
smdhwmps	INTEGER?	High Water Mark Page Storage.

Constraints:

• PRIMARY KEY (smfstsid, smfstprn, smfstspn, datetime, smfsttme, smdspn)

dfhsmtds

smf2db.db_models.smf1102_model.Dfhsmtds (dfhsmtds)

The Dfhsmtds class stores the Dfhsmtds section in the dfhsmtds table.

Columns:

smfstsid*	VARCHAR(4)	Subystem identification.
smfstprn*	VARCHAR(8)	Product name (generic Applid).
smfstspn*	VARCHAR(8)	Product name (specific Applid).
datetime*	DATETIME	the hour of the record.
smfsttme*	DATETIME	Date and time record moved to SMF.
smtlen	INTEGER?	Length of data area.
smtid	INTEGER?	Task subpool stats id.
smtdvers	INTEGER?	Statistics version number.
smtntask	INTEGER?	No. of task subpools.

Constraints:

• PRIMARY KEY (smfstsid, smfstprn, smfstspn, datetime, smfsttme)

dfhsogds

smf2db.db_models.smf1102_model.Dfhsogds (dfhsogds)

The Dfhsogds class stores the Dfhsogds section in the dfhsogds table.

Columns:

smfstsid*	VARCHAR(4)	Subystem identification.
smfstprn*	VARCHAR(8)	Product name (generic Applid).
smfstspn*	VARCHAR(8)	Product name (specific Applid).
datetime*	DATETIME	the hour of the record.
smfsttme*	DATETIME	Date and time record moved to SMF.
sogds_len	INTEGER?	Sockets Global stats record length.
sogds_id	INTEGER?	Sockets Global stats id.
sogds_vers	INTEGER?	Sockets Global stats version.
sog_maxsockets_limit	INTEGER?	Maxsockets limit.
sog_curr_inbound_sockets	INTEGER?	Current Inbound sockets.
sog_peak_inbound_sockets	INTEGER?	Peak Outbound sockets.
sog_curr_outb_sockets	INTEGER?	Current Outbound sockets.
sog_peak_outb_sockets	INTEGER?	Peak Outbound sockets.
sog_inb_sockets_created	INTEGER?	Number Inbound sockets created.
sog_outb_sockets_created	INTEGER?	Number Outbound sockets created.
sog_outb_sockets_closed	INTEGER?	Number of Outb sockets closed.
sog_times_at_max_sockets	INTEGER?	Number of times at maxsockets.
sog_delayed_at_max_sockets	INTEGER?	Total delayed at maxsockets.
sog_qtime_at_max_sockets	FLOAT?	Total delay time at maxsockets.
sog_timedout_at_max_sockets	INTEGER?	Timeouts whilst at maxsockets.
sog_curr_delayed_at_max	INTEGER?	Current delayed at maxsockets.
sog_peak_delayed_at_max	INTEGER?	Peak delayed at maxsockets.
sog_current_qtime_at_max	FLOAT?	Current delay time at maxsockets.
sog_sslcache	INTEGER?	SSLCACHE setting.
sog_sotuning	INTEGER?	Whether SOTUNING set.
sog_pausing_http_listening	INTEGER?	Whether pausing HTTP listening.
sog_stopping_persistence	INTEGER?	Whether stopping persistence.
sog_times_at_accept_limit	INTEGER?	Times noticed at limit.
sog_time_last_paused_http_listening	DATETIME?	Last time paused HTTP listening at accept limit.
sog_times_stopped_persistent	INTEGER?	Times stopped persistenc.
sog_time_last_stopped_persistent	DATETIME?	Time last stopped pers.
sog_times_made_non_persistent	INTEGER?	Times conn made non-pers.
sog_times_conn_disconnected_at_max	INTEGER?	Times disc conn.
sog_peak_pers_inb_sockets	INTEGER?	Peak persistent inbound.
sog_peak_npers_inb_sockets	INTEGER?	Peak non-pers inbound.
sog_curr_npers_inb_sockets	INTEGER?	Current non-pers inbnd.
sog_npers_inb_sockets_created	INTEGER?	Total non-pers inbound.
sog_times_outb_reused	INTEGER?	Times outbound reused.
sog_s8tlshs_requests_max	INTEGER?	Max TLS handshakes.
sog_s8tlshs_requests_cur	INTEGER?	Current handshakes.
sog_s8tlshs_requests_peak	INTEGER?	Peak handshakes.
sog_s8tlshs_waiters_max	INTEGER?	Max handshake waiters.
sog_s8tlshs_waiters_cur	INTEGER?	Current waiters.
sog_s8tlshs_waiters_peak	INTEGER?	Peak waiters.
sog_times_cicstls12_inb_used	INTEGER?	Inb CICS TLS12 used.
sog_times_cicstls13_inb_used	INTEGER?	Inb CICS TLS13 used.
sog_times_cicstlsall_inb_used	INTEGER?	Inb all CICS TLS used.
sog_times_cicstls12_outb_used	INTEGER?	Outb CICS TLS12 used.
sog_times_cicstls13_outb_used	INTEGER?	Outb CICS TLS13 used.
sog_times_cicstlsall_outb_used	INTEGER?	Outb all CICS TLS used.
sog_times_atssl3_inb_used	INTEGER?	Inbound AT-SSL3 used.
sog_times_attls10_inb_used	INTEGER?	Inbound AT-TLS10 used.
sog_times_attls11_inb_used	INTEGER?	Inbound AT-TLS11 used.
sog_times_attls12_inb_used	INTEGER?	Inbound AT-TLS12 used.
sog_times_attls13_inb_used	INTEGER?	Inbound AT-TLS13 used.
sog_times_atssl3_outb_used	INTEGER?	Outbound AT-SSL3 used.
sog_times_attls10_outb_used	INTEGER?	Outbound AT-TLS10 used.
sog_times_attls11_outb_used	INTEGER?	Outbound AT-TLS11 used.
sog_times_attls12_outb_used	INTEGER?	Outbound AT-TLS12 used.
sog_times_attls13_outb_used	INTEGER?	Outbound AT-TLS13 used.
sog_handshakes_full_inb	INTEGER?	Inbound full HS count.
sog_handshakes_abbrev_inb	INTEGER?	Inbound abbr HS count.
sog_handshakes_full_outb	INTEGER?	Outbound full HS count.
sog_handshakes_abbrev_outb	INTEGER?	Outbound abbr HS count.

Constraints:

• PRIMARY KEY (smfstsid, smfstprn, smfstspn, datetime, smfsttme)

dfhsords

smf2db.db_models.smf1102_model.Dfhsords (dfhsords)

The Dfhsords class stores the Dfhsords section in the dfhsords table.

Columns:

sor_service_name*	VARCHAR(8)	TCP/IP Service name.
smfstsid*	VARCHAR(4)	Subystem identification.
smfstprn*	VARCHAR(8)	Product name (generic Applid).
smfstspn*	VARCHAR(8)	Product name (specific Applid).
datetime*	DATETIME	the hour of the record.
smfsttme*	DATETIME	Date and time record moved to SMF.
sords_len	INTEGER?	TCP/IP Service stats record length.
sords_id	INTEGER?	TCP/IP service stats id.
sords_vers	INTEGER?	TCP/IP Service stats version.
sor_trans_attached	INTEGER?	No. of Transactions Attached.
sor_current_conns	INTEGER?	Current number of Connections.
sor_peak_conns	INTEGER?	Peak number of Connections.
sor_open_gmt	DATETIME?	Service Open Time (GMT).
sor_open_local	DATETIME?	Service Open Time (Local).
sor_close_gmt	DATETIME?	Service Close Time (GMT).
sor_close_local	DATETIME?	Service Close Time (Local).
sor_port_number	INTEGER?	TCP/IP Service Port Number.
sor_ssl_support	INTEGER?	TCP/IP Service SSL Support.
sor_backlog	INTEGER?	TCP/IP Service Backlog setting.
sor_sends	INTEGER?	No. of Sends (all sockets).
sor_bytes_sent	BIGINT?	No. of Bytes Sent (all sockets).
sor_receives	INTEGER?	No. of Receives (all sockets).
sor_bytes_received	BIGINT?	No. of Bytes Received (all sockets).
sor_wlm_group	VARCHAR(18)?	TCP/IP Service Reserved.
sor_protocol	VARCHAR(8)?	TCP/IP Service Protocol.
sor_authenticate	INTEGER?	TCP/IP Service Authenticate.
sor_privacy	INTEGER?	TCP/IP Service Privacy.
sor_attachsec	INTEGER?	TCP/IP Service Attachsec.
sor_maxdata_length	INTEGER?	TCP/IP Service Maxdata length.
sor_tcpips_tranid	VARCHAR(4)?	TCP/IP service Transaction ID.
sor_tcpips_urm	VARCHAR(8)?	TCP/IP service URM.
sor_tcpips_max_persist	BIGINT?	Maximum Persistent Connections.
sor_tcpips_non_persist	INTEGER?	No. Non-Persistent Connections.
sor_ip_address	VARCHAR(39)?	IP Address of TCP/IP Service.
sor_ip_family	INTEGER?	IP family.
sor_hostname	VARCHAR(116)?	Hostname.
sor_define_source	VARCHAR(8)?	Group installed from.
sor_change_time	DATETIME?	Change/create time.
sor_change_userid	VARCHAR(8)?	Change userid.
sor_change_agent	VARCHAR(6)?	Change agent.
sor_install_agent	VARCHAR(6)?	Install agent.
sor_install_time	DATETIME?	Install/Create time.
sor_install_userid	VARCHAR(8)?	Install userid.
sor_total_conns	INTEGER?	Total no. connections.
sor_nonp_at_maxpersist	INTEGER?	No. made non-persistent because MAXPERSIST was reached.
sor_nonp_at_task_limit	INTEGER?	No. new connections made non-pers when task limit exceeded.
sor_disc_at_task_limit	INTEGER?	No. existing conns disconnected when task limit exceeded.
sor_disc_at_max_uses	INTEGER?	No. connections disconnected when its no. uses exceeded limit.
sor_curr_backlog	INTEGER?	Current backlog q depth.
sor_conns_dropped	INTEGER?	No. connections dropped.
sor_conn_last_dropped	DATETIME?	Date/time conn last dropped.
sor_curr_max_backlog	INTEGER?	Backlog currently in use.
sor_requests	INTEGER?	No. requests processed.
sor_tcpips_optionspgm	VARCHAR(8)?	OPTIONS handler name.

Constraints:

• PRIMARY KEY (smfstsid, smfstprn, smfstspn, datetime, smfsttme, sor_service_name)

dfhstgds

smf2db.db_models.smf1102_model.Dfhstgds (dfhstgds)

The Dfhstgds class stores the Dfhstgds section in the dfhstgds table.

Columns:

smfstsid*	VARCHAR(4)	Subystem identification.
smfstprn*	VARCHAR(8)	Product name (generic Applid).
smfstspn*	VARCHAR(8)	Product name (specific Applid).
datetime*	DATETIME	the hour of the record.
smfsttme*	DATETIME	Date and time record moved to SMF.
stglen	INTEGER?	Length of data.
stgid	INTEGER?	Stats domain id.
stgdvers	INTEGER?	Stats version number.
stgnc	INTEGER?	Number of Interval Collections.
stgsmfw	INTEGER?	Number of SMF Writes.
stgldw	INTEGER?	Length of Statistics Data Written.
stgsmfs	INTEGER?	Number of SMF Writes Suppressed.
stgsmfe	INTEGER?	No. SMF errors.
stgintr	INTEGER?	No. INT statistics records.
stgeodr	INTEGER?	No. EOD statistics records.
stgussr	INTEGER?	No. USS statistics records.
stgreqr	INTEGER?	No. REQ statistics records.
stgrrtr	INTEGER?	No. RRT statistics records.
stgcstrt	DATETIME?	Statistics CICS Start Time.
stglrt	DATETIME?	Statistics Last Reset Time.
stgintvl	FLOAT?	Statistics Collection Interval.
stgeodt	VARCHAR(8)?	Statistics End-of-Day Time.
stgstrcd	INTEGER?	STATRCD setting.

Constraints:

• PRIMARY KEY (smfstsid, smfstprn, smfstspn, datetime, smfsttme)

dfhtdgds

smf2db.db_models.smf1102_model.Dfhtdgds (dfhtdgds)

The Dfhtdgds class stores the Dfhtdgds section in the dfhtdgds table.

Columns:

smfstsid*	VARCHAR(4)	Subystem identification.
smfstprn*	VARCHAR(8)	Product name (generic Applid).
smfstspn*	VARCHAR(8)	Product name (specific Applid).
datetime*	DATETIME	the hour of the record.
smfsttme*	DATETIME	Date and time record moved to SMF.
tdglen	INTEGER?	Length of data area.
tdgid	INTEGER?	Dump Domain global stats id.
tdgdvers	INTEGER?	Dump domain global stats version.
trans_dump_taken	INTEGER?	No. of transaction dumps taken.
trans_dump_supp	INTEGER?	No. of transaction dumps supprsd.

Constraints:

• PRIMARY KEY (smfstsid, smfstprn, smfstspn, datetime, smfsttme)

dfhtdrds

smf2db.db_models.smf1102_model.Dfhtdrds (dfhtdrds)

The Dfhtdrds class stores the Dfhtdrds section in the dfhtdrds table.

Columns:

tdrcode*	VARCHAR(4)	Dumpcode.
smfstsid*	VARCHAR(4)	Subystem identification.
smfstprn*	VARCHAR(8)	Product name (generic Applid).
smfstspn*	VARCHAR(8)	Product name (specific Applid).
datetime*	DATETIME	the hour of the record.
smfsttme*	DATETIME	Date and time record moved to SMF.
tdrlen	INTEGER?	Length of data area.
tdrid	INTEGER?	transaction dump stats id.
tdrdvers	INTEGER?	Domain data format version number.
tdrstkn	INTEGER?	# of system dumps taken.
tdrssupr	INTEGER?	# of system dumps suppressed.
tdrttkn	INTEGER?	# of transaction dumps taken.
tdrtsupr	INTEGER?	# of transaction dumps suppressed.

Constraints:

• PRIMARY KEY (smfstsid, smfstprn, smfstspn, datetime, smfsttme, tdrcode)

dfhtqgds

smf2db.db_models.smf1102_model.Dfhtqgds (dfhtqgds)

The Dfhtqgds class stores the Dfhtqgds section in the dfhtqgds table.

Columns:

smfstsid*	VARCHAR(4)	Subystem identification.
smfstprn*	VARCHAR(8)	Product name (generic Applid).
smfstspn*	VARCHAR(8)	Product name (specific Applid).
datetime*	DATETIME	the hour of the record.
smfsttme*	DATETIME	Date and time record moved to SMF.
tqglen	INTEGER?	Length of data area.
tqgid	INTEGER?	Transient data id.
tqgdvers	INTEGER?	Statistics version number.
tqganbfa	INTEGER?	Number of Buffers.
tqgamxiu	INTEGER?	Peak containing valid data.
tqgatnal	INTEGER?	Times buffer accessed.
tqgamxal	INTEGER?	Peak concurrent access.
tqgatnwt	INTEGER?	Times buffer wait occured.
tqgamxwt	INTEGER?	Peak buffer waits.
tqgacisz	INTEGER?	Control interval size.
tqgancis	INTEGER?	No. of control intervals.
tqgamxci	INTEGER?	Peak No. Control intervals used.
tqganosp	INTEGER?	Times NOSPACE occurred.
tqgactpt	INTEGER?	No. of writes to dataset.
tqgactgt	INTEGER?	No. of reads from dataset.
tqgactft	INTEGER?	No. formatting writes.
tqgactio	INTEGER?	No. of I/O errors.
tqgsnsta	INTEGER?	Number of strings.
tqgstnal	INTEGER?	Times string accessed.
tqgsmxal	INTEGER?	Peak concurrent accesses.
tqgstnwt	INTEGER?	Times string wait occurred.
tqgsmxwt	INTEGER?	Peak string waits.
tqgacnal	INTEGER?	Current concurrent buffer access.
tqgacnwt	INTEGER?	Current buffer waits.
tqgacniu	INTEGER?	Current buffers containing valid data.
tqgscnal	INTEGER?	Current concurrent string access.
tqgscnwt	INTEGER?	Current string waits.
tqgactci	INTEGER?	No. of Control intervals in use.

Constraints:

• PRIMARY KEY (smfstsid, smfstprn, smfstspn, datetime, smfsttme)

dfhtqrds

smf2db.db_models.smf1102_model.Dfhtqrds (dfhtqrds)

The Dfhtqrds class stores the Dfhtqrds section in the dfhtqrds table.

Columns:

tqrqid*	VARCHAR(4)	TD Queue identifier.
smfstsid*	VARCHAR(4)	Subystem identification.
smfstprn*	VARCHAR(8)	Product name (generic Applid).
smfstspn*	VARCHAR(8)	Product name (specific Applid).
datetime*	DATETIME	the hour of the record.
smfsttme*	DATETIME	Date and time record moved to SMF.
tqrlen	INTEGER?	Length of data area.
tqrid	INTEGER?	TD Queue resid statistics id.
tqrdvers	INTEGER?	Stats version number.
tqrqtype	INTEGER?	TD Queue destination type.
tqrwrite	INTEGER?	Total writes to queue.
tqrread	INTEGER?	Total reads from queue.
tqrdelet	INTEGER?	Total deletes of queue.
tqrtrigl	INTEGER?	ATI tranid trigger level.
tqrrtype	INTEGER?	Recovery type.
tqrftype	INTEGER?	ATI facility type.
tqrfname	VARCHAR(4)?	ATI facility name.
tqrwait	INTEGER?	Indoubt waiting supported.
tqrwaita	INTEGER?	Indoubt action (reject/ queue).
tqratran	VARCHAR(4)?	ATI tranid.
tqrtrign	INTEGER?	Number of triglev triggers.
tqrccius	INTEGER?	Current CI’s in use by this queue.
tqrpcius	INTEGER?	Peak CI’s in use by this queue.
tqrcnitm	INTEGER?	Current number of items in queue.
tqrrsys	VARCHAR(4)?	Remote sysid.
tqrrqid	VARCHAR(4)?	Remote Queue identifier.
tqriqid	VARCHAR(4)?	Indirect Queue identifier.
tqriotyp	INTEGER?	I/O Type (input/output/ readback).
tqrddnm	VARCHAR(8)?	DD name of Extrapartition queue.
tqrdsnnm	VARCHAR(44)?	Dataset name of Extrapartition Queue.
tqrpdsmn	VARCHAR(8)?	PDS member name.
tqr_define_source	VARCHAR(8)?	Group installed from.
tqr_change_time	DATETIME?	Change/create time.
tqr_change_userid	VARCHAR(8)?	Change userid.
tqr_change_agent	VARCHAR(6)?	Change agent.
tqr_install_agent	VARCHAR(6)?	Install agent.
tqr_install_time	DATETIME?	Install/Create time.
tqr_install_userid	VARCHAR(8)?	Install userid.
tqrpnitm	INTEGER?	Peak no. of items in queue.

Constraints:

• PRIMARY KEY (smfstsid, smfstprn, smfstspn, datetime, smfsttme, tqrqid)

dfhtsgds

smf2db.db_models.smf1102_model.Dfhtsgds (dfhtsgds)

The Dfhtsgds class stores the Dfhtsgds section in the dfhtsgds table.

Columns:

smfstsid*	VARCHAR(4)	Subystem identification.
smfstprn*	VARCHAR(8)	Product name (generic Applid).
smfstspn*	VARCHAR(8)	Product name (specific Applid).
datetime*	DATETIME	the hour of the record.
smfsttme*	DATETIME	Date and time record moved to SMF.
tsglen	INTEGER?	Length of data area.
tsgid	INTEGER?	TS stats id.
tsgdvers	INTEGER?	TS stats version number.
tsgsta5f	INTEGER?	PUT/PUTQ main storage requests.
tsgnmg	INTEGER?	GET/GETQ main storage requests.
tsgsta7f	INTEGER?	PUT/PUTQ aux storage requests.
tsgnag	INTEGER?	GET/GETQ aux storage requests.
tsgqnumh	INTEGER?	Peak TS names in use.
tsgqinh	INTEGER?	Entries in longest Queue.
tsgsta3f	INTEGER?	Times queue created.
tsgcsz	INTEGER?	Control interval size.
tsgstabf	INTEGER?	Writes more than control interval.
tsgnci	INTEGER?	CIs in TS dataset.
tsgnciah	INTEGER?	Peak CIs used.
tsgsta8f	INTEGER?	Times aux store exhausted.
tsgnbca	INTEGER?	No. TS Buffers.
tsgbwtn	INTEGER?	No. Buffer waits.
tsgbuwth	INTEGER?	Peak users waiting on buffer.
tsgtwtn	INTEGER?	Buffer writes.
tsgtwtnr	INTEGER?	Writes force for recovery.
tsgtrdn	INTEGER?	Buffer reads.
tsgtwtnf	INTEGER?	Format writes.
tsgnvca	INTEGER?	No. TS strings.
tsgnvcah	INTEGER?	Peak strings in use.
tsgvwtn	INTEGER?	Times string wait occurred.
tsgvuwth	INTEGER?	Peak users waiting on string.
tsgstaaf	INTEGER?	I/O errors on TS dataset.
tsgsta9f	INTEGER?	No. TS compressions.
tsgncia	INTEGER?	Current CIs in use.
tsgvuwt	INTEGER?	Users waiting on string.
tsgbuwt	INTEGER?	Users waiting on buffer.
tsgqnum	INTEGER?	TS names in use.
tsglar	INTEGER?	Longest Auxiliary record length.
tsgnavb	INTEGER?	No. available bytes per CI.
tsgspci	INTEGER?	Segments per CI.
tsgbpseg	INTEGER?	Bytes per segment.
tsgshpdf	INTEGER?	Shared pools defined.
tsgshpcn	INTEGER?	Shared pools connected to.
tsgshrds	INTEGER?	Shared read requests.
tsgshwts	INTEGER?	Shared write requests.
tsgtslht	INTEGER?	Count of times TSMAINLIMIT hit.
tsgtsmlm	BIGINT?	TSMAINLIMIT setting.
tsgtsmus	BIGINT?	Current utilisation of TSMAIN.
tsgtsmax	BIGINT?	Maximum use of TS storage.
tsgtsqdl	INTEGER?	Number of queues auto deleted.
tsgtsctr	INTEGER?	Count of cleanup task runs.
tsgasu	INTEGER?	Current Aux usage percent.
tsgasupk	INTEGER?	Peak Aux usage percent.

Constraints:

• PRIMARY KEY (smfstsid, smfstprn, smfstspn, datetime, smfsttme)

dfhusgds

smf2db.db_models.smf1102_model.Dfhusgds (dfhusgds)

The Dfhusgds class stores the Dfhusgds section in the dfhusgds table.

Columns:

smfstsid*	VARCHAR(4)	Subystem identification.
smfstprn*	VARCHAR(8)	Product name (generic Applid).
smfstspn*	VARCHAR(8)	Product name (specific Applid).
datetime*	DATETIME	the hour of the record.
smfsttme*	DATETIME	Date and time record moved to SMF.
usglen	INTEGER?	Length of data.
usgid	INTEGER?	User domain id.
usgdvers	INTEGER?	DSECT version number.
usgtomrt	INTEGER?	Timeout Mean Reuse Time.
usgtorc	INTEGER?	Timeout Reuse count.
usgtoec	INTEGER?	Timeout Expiry count.
usgdrrc	INTEGER?	Directory Reuse count.
usgdrnfc	INTEGER?	Directory not found count.
usgdesof	INTEGER?	Deleted for sign-off.
usgdeenf	INTEGER?	Deleted for ENF.
usgdrcur	INTEGER?	Current in directory.
usgdrpk	INTEGER?	Peak in directory.
usgtocur	INTEGER?	Current in Timeout queue.
usgtopk	INTEGER?	Peak in Timeout queue.
usgenfk	INTEGER?	ENF events matched.
usgenfun	INTEGER?	ENF events not matched.

Constraints:

• PRIMARY KEY (smfstsid, smfstprn, smfstspn, datetime, smfsttme)

dfhwbgds

smf2db.db_models.smf1102_model.Dfhwbgds (dfhwbgds)

The Dfhwbgds class stores the Dfhwbgds section in the dfhwbgds table.

Columns:

smfstsid*	VARCHAR(4)	Subystem identification.
smfstprn*	VARCHAR(8)	Product name (generic Applid).
smfstspn*	VARCHAR(8)	Product name (specific Applid).
datetime*	DATETIME	the hour of the record.
smfsttme*	DATETIME	Date and time record moved to SMF.
wbgds_len	INTEGER?	Web Urimap stats record length.
wbgds_id	INTEGER?	Web Urimap stats id.
wbgds_vers	INTEGER?	Web Urimap stats version.
wbg_urimap_reference_count	INTEGER?	Urimap reference count.
wbg_urimap_match_disabled	INTEGER?	Urimap host/path match disabled.
wbg_urimap_no_match_count	INTEGER?	Urimap host/path no match.
wbg_urimap_match_count	INTEGER?	Urimap host/path match.
wbg_urimap_match_redirect	INTEGER?	Urimap host/path match redirect.
wbg_urimap_match_analyzer	INTEGER?	Urimap host/path match analyzer.
wbg_urimap_static_content	INTEGER?	Urimap static content.
wbg_urimap_dynamic_content	INTEGER?	Urimap dynamic content.
wbg_urimap_pipeline_reqs	INTEGER?	Urimap pipeline requests.
wbg_urimap_scheme_http	INTEGER?	Urimap scheme(http) requests.
wbg_urimap_scheme_https	INTEGER?	Urimap scheme(https) requests.
wbg_host_disabled_count	INTEGER?	Host disabled count.
wbg_urimap_atomserv_reqs	INTEGER?	Urimap atomservice requests.
wbg_urimap_jvmserver_reqs	INTEGER?	Urimap JVMServer requests.
wbg_urimap_entrypoint_ref	INTEGER?	Urimap entrypoint ref count.
wbg_urimap_direct_attach	INTEGER?	Urimap direct user tran att.
wbg_urimap_scheme_jms	INTEGER?	Urimap scheme(jms) request.
wbg_urimap_scheme_iiop	INTEGER?	Urimap scheme(iiop) request.

Constraints:

• PRIMARY KEY (smfstsid, smfstprn, smfstspn, datetime, smfsttme)

dfhwbrds

smf2db.db_models.smf1102_model.Dfhwbrds (dfhwbrds)

The Dfhwbrds class stores the Dfhwbrds section in the dfhwbrds table.

Columns:

wbr_urimap_name*	VARCHAR(8)	Urimap name.
smfstsid*	VARCHAR(4)	Subystem identification.
smfstprn*	VARCHAR(8)	Product name (generic Applid).
smfstspn*	VARCHAR(8)	Product name (specific Applid).
datetime*	DATETIME	the hour of the record.
smfsttme*	DATETIME	Date and time record moved to SMF.
wbrds_len	INTEGER?	Web Urimap stats record length.
wbrds_id	INTEGER?	Web Urimap stats id.
wbrds_vers	INTEGER?	Web Urimap stats version.
wbr_urimap_usage	INTEGER?	Urimap usage.
wbr_urimap_scheme	INTEGER?	Urimap scheme.
wbr_urimap_analyzer_use	INTEGER?	Urimap analyzer program use.
wbr_urimap_redirect_type	INTEGER?	Urimap redirection type.
wbr_urimap_authenticate	INTEGER?	Urimap authenticate.
wbr_urimap_attls	INTEGER?	Urimap attls.
wbr_urimap_entrypoint	INTEGER?	Urimap app entry point.
wbr_urimap_hostname	VARCHAR(116)?	Urimap hostname.
wbr_urimap_port	INTEGER?	Urimap port.
wbr_urimap_path	VARCHAR(255)?	Urimap path.
wbr_urimap_templatename	VARCHAR(48)?	Urimap templatename.
wbr_urimap_hfsfile	VARCHAR(255)?	Urimap hfsfile.
wbr_urimap_location	VARCHAR(255)?	Urimap location.
wbr_urimap_trans_id	VARCHAR(4)?	Urimap transaction id.
wbr_urimap_tcpipservice	VARCHAR(8)?	Urimap tcpipservice name.
wbr_urimap_converter	VARCHAR(8)?	Urimap converter name.
wbr_urimap_program_name	VARCHAR(8)?	Urimap program name.
wbr_urimap_webservice	VARCHAR(32)?	Urimap webservice name.
wbr_urimap_pipeline	VARCHAR(8)?	Urimap pipeline name.
wbr_urimap_atomservice	VARCHAR(8)?	Urimap atomservice name.
wbr_urimap_reference_count	INTEGER?	Urimap reference count.
wbr_urimap_match_disabled	INTEGER?	Urimap host/path match disabled.
wbr_urimap_match_redirect	INTEGER?	Urimap host/path match redirect.
wbr_urimap_socketclose	INTEGER?	Timeout value.
wbr_urimap_sockpoolsize	INTEGER?	Curr no. in pool.
wbr_urimap_sockpoolsize_peak	INTEGER?	Peak in pool.
wbr_urimap_sockets_reclaimed	INTEGER?	Reclaimed from the pool.
wbr_urimap_sockets_timedout	INTEGER?	Timedout while in pool.
wbr_urimap_ip_address	VARCHAR(39)?	Urimap IP Address.
wbr_urimap_ip_family	INTEGER?	Urimap IP Family.
wbr_urimap_define_source	VARCHAR(8)?	Group installed from.
wbr_urimap_change_time	DATETIME?	Change/create time.
wbr_urimap_change_userid	VARCHAR(8)?	Change userid.
wbr_urimap_change_agent	VARCHAR(6)?	Change agent.
wbr_urimap_install_agent	VARCHAR(6)?	Install agent.
wbr_urimap_install_time	DATETIME?	Install/Create time.
wbr_urimap_install_userid	VARCHAR(8)?	Install userid.

Constraints:

• PRIMARY KEY (smfstsid, smfstprn, smfstspn, datetime, smfsttme, wbr_urimap_name)

dfhw2rds

smf2db.db_models.smf1102_model.Dfhw2rds (dfhw2rds)

The Dfhw2rds class stores the Dfhw2rds section in the dfhw2rds table.

Columns:

w2r_atomserv_name*	VARCHAR(8)	Atomservice name.
smfstsid*	VARCHAR(4)	Subystem identification.
smfstprn*	VARCHAR(8)	Product name (generic Applid).
smfstspn*	VARCHAR(8)	Product name (specific Applid).
datetime*	DATETIME	the hour of the record.
smfsttme*	DATETIME	Date and time record moved to SMF.
w2rds_len	INTEGER?	Web 2.0 Domain stats record len.
w2rds_id	INTEGER?	Web 2.0 Domain stats id.
w2rds_vers	INTEGER?	Web 2.0 Domain stats version.
w2r_atomserv_type	INTEGER?	Atomservice type.
w2r_atomserv_binding_file	VARCHAR(255)?	Atomservice binding file.
w2r_atomserv_config_file	VARCHAR(255)?	Atomservice configuration file.
w2r_atomserv_restype	INTEGER?	Atomservice resource type.
w2r_atomserv_resname	VARCHAR(16)?	Atomservice resource name.
w2r_atomserv_ref_count	INTEGER?	Reference count.
w2r_atomserv_ref_disabled	INTEGER?	Reference disabled.
w2r_atomserv_post_feed_cnt	INTEGER?	POST issued for feed.
w2r_atomserv_get_feed_cnt	INTEGER?	GET issued for feed.
w2r_atomserv_get_entry_cnt	INTEGER?	GET issued for entry.
w2r_atomserv_put_entry_cnt	INTEGER?	PUT issued for entry.
w2r_atomserv_del_entry_cnt	INTEGER?	DELETE issued for entry.
w2r_atomserv_define_source	VARCHAR(8)?	Group installed from.
w2r_atomserv_change_time	DATETIME?	Change/create time.
w2r_atomserv_change_userid	VARCHAR(8)?	Change userid.
w2r_atomserv_change_agent	VARCHAR(6)?	Change agent.
w2r_atomserv_install_agent	VARCHAR(6)?	Install agent.
w2r_atomserv_install_time	DATETIME?	Install/Create time.
w2r_atomserv_install_userid	VARCHAR(8)?	Install userid.
w2r_atomserv_urimap	VARCHAR(8)?	URIMAP.
w2r_atomserv_xmltransform	VARCHAR(32)?	XMLTRANSFORM.

Constraints:

• PRIMARY KEY (smfstsid, smfstprn, smfstspn, datetime, smfsttme, w2r_atomserv_name)

dfhxmcds

smf2db.db_models.smf1102_model.Dfhxmcds (dfhxmcds)

The Dfhxmcds class stores the Dfhxmcds section in the dfhxmcds table.

Columns:

xmctcl*	VARCHAR(8)	Tclass name.
smfstsid*	VARCHAR(4)	Subystem identification.
smfstprn*	VARCHAR(8)	Product name (generic Applid).
smfstspn*	VARCHAR(8)	Product name (specific Applid).
datetime*	DATETIME	the hour of the record.
smfsttme*	DATETIME	Date and time record moved to SMF.
xmclen	INTEGER?	Length of data area.
xmcid	INTEGER?	Tclass Statistics id.
xmcdvers	INTEGER?	Stats version number.
xmctat	INTEGER?	Total attach requests for trans- actions in this tclass.
xmcpi	INTEGER?	Transactions purged immediately because threshold reached.
xmctq	INTEGER?	Transactions that had to queue but are no longer queued.
xmcai	INTEGER?	Transactions accepted immediately.
xmcaaq	INTEGER?	Transactions accepted after queuing.
xmcpwq	INTEGER?	Transactions purged while queuing.
xmcmxt	INTEGER?	Max. number of transactions allowed.
xmcth	INTEGER?	Purge threshold.
xmcitd	INTEGER?	Installed transaction definitions in this tclass.
xmcpat	INTEGER?	Peak active user transactions.
xmcpqt	INTEGER?	Peak queued user transactions.
xmctama	INTEGER?	Times at max. active.
xmctapt	INTEGER?	Times at purge threshold.
xmccat	INTEGER?	Current active user transactions.
xmccqt	INTEGER?	Current queued user transactions.
xmctqtme	FLOAT?	Total queuing time of those trans- actions that are no longer queuing.
xmccqtme	FLOAT?	Total queuing time of those trans- actions that are still queuing.
xmcgama	DATETIME?	Last time at max active.
xmcpua	INTEGER?	Tclass purge action.
xmc_tclass_define_source	VARCHAR(8)?	Group installed from.
xmc_tclass_change_time	DATETIME?	Change/create time.
xmc_tclass_change_userid	VARCHAR(8)?	Change userid.
xmc_tclass_change_agent	VARCHAR(6)?	Change agent.
xmc_tclass_install_agent	VARCHAR(6)?	Install agent.
xmc_tclass_install_time	DATETIME?	Install/Create time.
xmc_tclass_install_userid	VARCHAR(8)?	Install userid.

Constraints:

• PRIMARY KEY (smfstsid, smfstprn, smfstspn, datetime, smfsttme, xmctcl)

dfhxmgds

smf2db.db_models.smf1102_model.Dfhxmgds (dfhxmgds)

The Dfhxmgds class stores the Dfhxmgds section in the dfhxmgds table.

Columns:

smfstsid*	VARCHAR(4)	Subystem identification.
smfstprn*	VARCHAR(8)	Product name (generic Applid).
smfstspn*	VARCHAR(8)	Product name (specific Applid).
datetime*	DATETIME	the hour of the record.
smfsttme*	DATETIME	Date and time record moved to SMF.
xmglen	INTEGER?	Length of data area.
xmgid	INTEGER?	Transaction Manager domain id.
xmgdvers	INTEGER?	Stats version number.
xmgnum	INTEGER?	Number of transactions (user + system) attached.
xmgmxt	INTEGER?	Current MAXTASK value.
xmgcat	INTEGER?	Current active user transactions.
xmgcqt	INTEGER?	Current queued user transactions.
xmgtamxt	INTEGER?	Times at MAXTASK.
xmgpat	INTEGER?	Peak active user transactions.
xmgpqt	INTEGER?	Peak queued user transactions.
xmgtat	INTEGER?	Total active user transactions.
xmgtdt	INTEGER?	Total delayed user transactions note that this does not include those transactions currently queuing.
xmgtqtme	FLOAT?	Total time spent waiting by transactions that had to queue for MXT but not including transactions currently queued.
xmgcqtme	FLOAT?	Total time spent by transactions currently queued for MXT.
xmgtnum	BIGINT?	Total number of transactions at the time of the last reset.
xmggtat	DATETIME?	time last txn attached (GMT).
xmgltat	DATETIME?	time last txn attached(local).
xmggsmxt	DATETIME?	time MXT set (GMT).
xmglsmxt	DATETIME?	time MXT set (local).
xmggamxt	DATETIME?	time MXT reached (GMT).
xmglamxt	DATETIME?	time MXT reached (local).
xmgatmxt	INTEGER?	at MXT indicator.
xmgotel	INTEGER?	OTEL indicator.

Constraints:

• PRIMARY KEY (smfstsid, smfstprn, smfstspn, datetime, smfsttme)

dfhxmrds

smf2db.db_models.smf1102_model.Dfhxmrds (dfhxmrds)

The Dfhxmrds class stores the Dfhxmrds section in the dfhxmrds table.

Columns:

xmrti*	VARCHAR(4)	Transaction ID.
smfstsid*	VARCHAR(4)	Subystem identification.
smfstprn*	VARCHAR(8)	Product name (generic Applid).
smfstspn*	VARCHAR(8)	Product name (specific Applid).
datetime*	DATETIME	the hour of the record.
smfsttme*	DATETIME	Date and time record moved to SMF.
xmrlen	INTEGER?	Length of data area.
xmrid	INTEGER?	Transaction Statistics id.
xmrdvers	INTEGER?	Stats version number.
xmrpn	VARCHAR(8)?	Program name.
xmrtcl	VARCHAR(8)?	Tclass name.
xmrrnam	VARCHAR(8)?	Remote transid.
xmrrsys	VARCHAR(4)?	Remote sysid.
xmrprty	INTEGER?	Transaction priority.
xmrdyn	VARCHAR(1)?	Dynamic indicator.
xmr_otel_prop_status	VARCHAR(1)?	OTEL prop init indicator.
xmrac	INTEGER?	Attach count.
xmrrc	INTEGER?	Restart count.
xmrdlc	INTEGER?	Dynamic local count (the number of times the transaction routing exit decided to run this transaction locally).
xmrdrc	INTEGER?	Dynamic remote count (the number of times the transaction routing exit decided to run this transaction remotely).
xmrrsc	INTEGER?	Remote start count.
xmrsvc	INTEGER?	Storage Violation Count.
xmritov	INTEGER?	Indoubt timeout value (in minutes).
xmriwtop	VARCHAR(1)?	IndoubtWait option.
xmriactn	VARCHAR(1)?	Indoubt action (commit or backout).
xmr_tran_entrypoint	INTEGER?	Application Entry Point.
xmr_otel_emit_status	VARCHAR(1)?	OTEL emit indicator.
xmriwait	INTEGER?	Number of indoubt waits.
xmrfatxn	INTEGER?	Forced action due to trandef.
xmrfait	INTEGER?	Forced action due to indoubt timeout.
xmrfanw	INTEGER?	Forced action due to no wait ability.
xmrfaop	INTEGER?	Forced action due to operator.
xmrfaot	INTEGER?	Forced action due to other.
xmramism	INTEGER?	Number of Action mismatches.
xmraendc	INTEGER?	Abend count.
xmr_purged_trncls_threshold	INTEGER?	Purge at threshold count.
xmr_otel_prop_count	INTEGER?	Propagated OTELs.
xmr_tran_define_source	VARCHAR(8)?	Group installed from.
xmr_tran_change_time	DATETIME?	Change/create time.
xmr_tran_change_userid	VARCHAR(8)?	Change userid.
xmr_tran_change_agent	VARCHAR(6)?	Change agent.
xmr_tran_install_agent	VARCHAR(6)?	Install agent.
xmr_tran_install_time	DATETIME?	Install/Create time.
xmr_tran_install_userid	VARCHAR(8)?	Install userid.

Constraints:

• PRIMARY KEY (smfstsid, smfstprn, smfstspn, datetime, smfsttme, xmrti)

dfhxqs1d

smf2db.db_models.smf1102_model.Dfhxqs1d (dfhxqs1d)

The Dfhxqs1d class stores the Dfhxqs1d section in the dfhxqs1d table.

Columns:

s1name*	VARCHAR(16)	Full name of list structure.
s1pool*	VARCHAR(8)	Pool name part of structure name.
smfstsid*	VARCHAR(4)	Subystem identification.
smfstprn*	VARCHAR(8)	Product name (generic Applid).
smfstspn*	VARCHAR(8)	Product name (specific Applid).
datetime*	DATETIME	the hour of the record.
smfsttme*	DATETIME	Date and time record moved to SMF.
s1len	INTEGER?	Length of data area.
s1id	INTEGER?	List structure stats id.
s1dvers	INTEGER?	List structure stats version number.
s1pref	VARCHAR(8)?	First part of structure name.
s1cnpref	VARCHAR(8)?	Prefix for connection name.
s1cnsysn	VARCHAR(8)?	Own MVS system name from CVTSNAME.
s1size	INTEGER?	Structure size in 4K pages.
s1sizemx	INTEGER?	Maximum size in 4K pages.
s1hdrs	INTEGER?	Maximum number of list headers.
s1hdrsct	INTEGER?	Headers used for control lists.
s1hdrsqd	INTEGER?	Headers available for queue data.
s1elemln	INTEGER?	Data element size as a fullword.
s1elempw	INTEGER?	Data element size as power of 2.
s1elempe	INTEGER?	Max elements per entry (for 32K).
s1elemrt	INTEGER?	Element size of entry:element ratio.
s1entrrt	INTEGER?	Entry size of entry:element ratio.
s1entrct	INTEGER?	Current number of entries in use.
s1entrhi	INTEGER?	Highest number of entries in use.
s1entrlo	INTEGER?	Lowest number of free entries.
s1entrmx	INTEGER?	Max entries returned by IXLCONN.
s1elemct	INTEGER?	Current number of elements in use.
s1elemhi	INTEGER?	Highest number of elements in use.
s1elemlo	INTEGER?	Lowest number of free elements.
s1elemmx	INTEGER?	Max elements returned by IXLCONN.
s1usedct	INTEGER?	Number of entries on used list.
s1usedhi	INTEGER?	Highest entries on used list.
s1freect	INTEGER?	Number of entries on free list.
s1freehi	INTEGER?	Highest entries on free list.
s1indxct	INTEGER?	Number of entries in queue index.
s1indxhi	INTEGER?	Highest entries in queue index.
s1rdqct	INTEGER?	Read queue index entry.
s1wrqct	INTEGER?	Write queue index entry.
s1dlqct	INTEGER?	Delete queue index entry.
s1crlct	INTEGER?	Create list for a big queue.
s1dllct	INTEGER?	Delete list (1 per overall delete).
s1rdlct	INTEGER?	Read list entry.
s1wrlct	INTEGER?	Write list entry.
s1rwlct	INTEGER?	Rewrite list entry.
s1inqct	INTEGER?	Read queue index status only.
s1inlct	INTEGER?	Inquire on list entry.
s1wract	INTEGER?	Write queue index adjunct area only.
s1rrqct	INTEGER?	Reread index data for full length.
s1rrlct	INTEGER?	Reread list data for full length.
s1asyct	INTEGER?	Number of asynchronous requests.
s1rsp1ct	INTEGER?	Normal response, everything OK.
s1rsp2ct	INTEGER?	Buffer length was too short for the data, needs full length reread.
s1rsp3ct	INTEGER?	No matching entry was found, indicates queue not found in index or end of queue for list.
s1rsp4ct	INTEGER?	Entry version did not match, indicates queue updated by another system or duplicate queue exists when attempting to create queue.
s1rsp5ct	INTEGER?	List authority comparison mismatch, indicates big queue was deleted.
s1rsp6ct	INTEGER?	Maximum list key reached, indicates max queue size or max queues reached depending on list.
s1rsp7ct	INTEGER?	The list structure is out of space.
s1rsp8ct	INTEGER?	An IXLLIST return code occurred other than those described above.
s1rsp9ct	INTEGER?	Structure temporarily unavailable, for example during rebuild.

Constraints:

• PRIMARY KEY (smfstsid, smfstprn, smfstspn, datetime, smfsttme, s1name, s1pool)

dfhxqs2d

smf2db.db_models.smf1102_model.Dfhxqs2d (dfhxqs2d)

The Dfhxqs2d class stores the Dfhxqs2d section in the dfhxqs2d table.

Columns:

smfstsid*	VARCHAR(4)	Subystem identification.
smfstprn*	VARCHAR(8)	Product name (generic Applid).
smfstspn*	VARCHAR(8)	Product name (specific Applid).
datetime*	DATETIME	the hour of the record.
smfsttme*	DATETIME	Date and time record moved to SMF.
s2len	INTEGER?	Length of data area.
s2id	INTEGER?	XQ buffer pool stats id.
s2dvers	INTEGER?	XQ buffer pool version number.
s2bfqty	INTEGER?	Total buffers defined.
s2bfenth	INTEGER?	Number of buffers used so far.
s2bfacts	INTEGER?	Active buffers owned by tasks.
s2bflrus	INTEGER?	Valid buffers on LRU chain.
s2bfemps	INTEGER?	Empty buffers on free chain.
s2bfpwts	INTEGER?	Waits on buffer pool lock.
s2bfgets	INTEGER?	GET requests.
s2bfhits	INTEGER?	GET which found a valid buffer.
s2bfgfrs	INTEGER?	GETs which used a free buffer.
s2bfgnws	INTEGER?	GETs which used a new buffer.
s2bfglrs	INTEGER?	GETs which used the LRU buffer.
s2bflwts	INTEGER?	GET waits on buffer lock.
s2bfgnbs	INTEGER?	GETs which returned no buffer.
s2bfputs	INTEGER?	PUTs (put back buffer as valid).
s2bfkeps	INTEGER?	KEEPs (put back buffer as modified).
s2bffres	INTEGER?	FREEs (put back buffer as empty).
s2bffnos	INTEGER?	FREE errors, buffer not owned.
s2bfpurs	INTEGER?	PURGEs (mark buffer invalid).
s2bfpnfs	INTEGER?	PURGE with no matching buffer found.
s2bfpnos	INTEGER?	PURGE errors, buffer not owned.

Constraints:

• PRIMARY KEY (smfstsid, smfstprn, smfstspn, datetime, smfsttme)

dfhxqs3d

smf2db.db_models.smf1102_model.Dfhxqs3d (dfhxqs3d)

The Dfhxqs3d class stores the Dfhxqs3d section in the dfhxqs3d table.

Columns:

smfstsid*	VARCHAR(4)	Subystem identification.
smfstprn*	VARCHAR(8)	Product name (generic Applid).
smfstspn*	VARCHAR(8)	Product name (specific Applid).
datetime*	DATETIME	the hour of the record.
smfsttme*	DATETIME	Date and time record moved to SMF.
s3len	INTEGER?	Length of data area.
s3id	INTEGER?	XQ main storage stats id.
s3dvers	INTEGER?	XQ main storage stats version.
s3anynam	VARCHAR(8)?	Pool name AXMPGANY.
s3anysiz	INTEGER?	Size of storage pool area.
s3anyptr	INTEGER?	Address of storage pool area.
s3anymx	INTEGER?	Total pages in the storage pool.
s3anyus	INTEGER?	Number of used pages in the pool.
s3anyfr	INTEGER?	Number of free pages in the pool.
s3anylo	INTEGER?	Lowest free pages (since reset).
s3anyrqg	INTEGER?	Storage GET requests.
s3anyrqf	INTEGER?	Storage FREE requests.
s3anyrqs	INTEGER?	GETs which failed to get storage.
s3anyrqc	INTEGER?	Compress (defragmentation) attempts.
s3lownam	VARCHAR(8)?	Pool name AXMPGLOW.
s3lowsiz	INTEGER?	Size of storage pool area.
s3lowptr	INTEGER?	Address of storage pool area.
s3lowmx	INTEGER?	Total pages in the storage pool.
s3lowus	INTEGER?	Number of used pages in the pool.
s3lowfr	INTEGER?	Number of free pages in the pool.
s3lowlo	INTEGER?	Lowest free pages (since reset).
s3lowrqg	INTEGER?	Storage GET requests.
s3lowrqf	INTEGER?	Storage FREE requests.
s3lowrqs	INTEGER?	GETs which failed to get storage.
s3lowrqc	INTEGER?	Compress (defragmentation) attempts.

Constraints:

• PRIMARY KEY (smfstsid, smfstprn, smfstspn, datetime, smfsttme)

dsgtcbm

smf2db.db_models.smf1102_model.Dsgtcbm (dsgtcbm)

The Dsgtcbm class stores the Dsgtcbm section in the dsgtcbm table.

Columns:

dsgtcbnm*	VARCHAR(2)	TCB Mode Name.
→ smfstsid*	VARCHAR(4)	Subystem identification.
→ smfstprn*	VARCHAR(8)	Product name (generic Applid).
→ smfstspn*	VARCHAR(8)	Product name (specific Applid).
→ datetime*	DATETIME	the hour of the record.
→ smfsttme*	DATETIME	Date and time record moved to SMF.
dsgtcbmd	INTEGER?	TCB Mode.
dsgtcbmp	INTEGER?	TCB Mode Pool number.
dsgntcba	INTEGER?	No. of TCB attaches.
dsgtcbaf	INTEGER?	No. of TCB attach failures.
dsgtcbca	INTEGER?	Current No. of TCBs attached.
dsgtcbpa	INTEGER?	Peak No. of TCBs attached.
dsgtcbcu	INTEGER?	Current No. TCBs used by mode.
dsgtcbpu	INTEGER?	Peak No. TCBs used by mode.
dsgtcbal	INTEGER?	No. TCB Allocates to task.
dsgtcbdu	INTEGER?	No. of TCB detaches - unclean.
dsgtcbds	INTEGER?	No. of TCB detaches - stolen.
dsgtcbdx	INTEGER?	No. of TCB detaches - excess.
dsgtcbdo	INTEGER?	No. of TCB detaches - other.
dsgtcbst	INTEGER?	No. of TCB steals.
dsgtcbmm	INTEGER?	No. of TCB mismatches.
dsgsysw	INTEGER?	No. of partition exits.
dsgtmcdq	INTEGER?	Current tasks on dispatchable queue.
dsgtmpdq	INTEGER?	Peak tasks on dispatchable queue.
dsgtmadq	INTEGER?	Average tasks on dispatchable queue (2 decimal places).
dsgtwt	FLOAT?	Cum real time CICS in OS wait.
dsgtdt	FLOAT?	Cum real time TCB disp by MVS.
dsgtct	FLOAT?	Cum CPU time for DS task.
dsgact	FLOAT?	Cum CPU time for TCB.

Constraints:

• FOREIGN KEY (dfhdsgds.smfstsid, dfhdsgds.smfstprn, dfhdsgds.smfstspn, dfhdsgds.datetime, dfhdsgds.smfsttme → smfstsid, smfstprn, smfstspn, datetime, smfsttme)

• PRIMARY KEY (smfstsid, smfstprn, smfstspn, datetime, smfsttme, dsgtcbnm)

dsgtcbp

smf2db.db_models.smf1102_model.Dsgtcbp (dsgtcbp)

The Dsgtcbp class stores the Dsgtcbp section in the dsgtcbp table.

Columns:

dsgtcbpn*	INTEGER	TCB Pool Number.
→ smfstsid*	VARCHAR(4)	Subystem identification.
→ smfstprn*	VARCHAR(8)	Product name (generic Applid).
→ smfstspn*	VARCHAR(8)	Product name (specific Applid).
→ datetime*	DATETIME	the hour of the record.
→ smfsttme*	DATETIME	Date and time record moved to SMF.
dsgmxtcb	INTEGER?	Max number of TCBs.
dsgcnuat	INTEGER?	Current TCBs attached.
dsgpnuat	INTEGER?	Peak TCBs attached.
dsgcnuus	INTEGER?	Current TCBs in use.
dsgpnuus	INTEGER?	Peak TCBs in use.
dsgntcbl	INTEGER?	No. times at TCB Pool Limit.
dsgtotwl	FLOAT?	Total Wait Time at TCB limit.
dsgcurwt	FLOAT?	Current waiting time.
dsgtotnw	INTEGER?	Total number of waits.
dsgcurnw	INTEGER?	Current No. of tasks waiting for a TCB.
dsgpeanw	INTEGER?	Peak No. of tasks waiting for a TCB.
dsgmmwts	INTEGER?	Total No. of TCB Mismatch waits.
dsgmmwtm	FLOAT?	Total TCB Mismatch wait time.
dsgcmmws	INTEGER?	Current TCB Mismatch waits.
dsgpmmws	INTEGER?	Peak TCB Mismatch waits.
dsgcmmwt	FLOAT?	Current TCB Mismatch Waiting time.
dsggtcbl	DATETIME?	Time (GMT) pool limit reached.
dsgltcbl	DATETIME?	Time (local) pool limit reached.

Constraints:

• FOREIGN KEY (dfhdsgds.smfstsid, dfhdsgds.smfstprn, dfhdsgds.smfstspn, dfhdsgds.datetime, dfhdsgds.smfsttme → smfstsid, smfstprn, smfstspn, datetime, smfsttme)

• PRIMARY KEY (smfstsid, smfstprn, smfstspn, datetime, smfsttme, dsgtcbpn)

ldb_dsnames

smf2db.db_models.smf1102_model.LdbDsnames (ldb_dsnames)

The LdbDsnames class stores the LdbDsnames section in the ldb_dsnames table.

Columns:

ldb_dsname*	VARCHAR(44)	Library Dsname.
→ smfstsid*	VARCHAR(4)	Subystem identification.
→ smfstprn*	VARCHAR(8)	Product name (generic Applid).
→ smfstspn*	VARCHAR(8)	Product name (specific Applid).
→ datetime*	DATETIME	the hour of the record.
→ smfsttme*	DATETIME	Date and time record moved to SMF.
→ ldb_library_name*	VARCHAR(8)	Library name.

Constraints:

• FOREIGN KEY (dfhldbds.smfstsid, dfhldbds.smfstprn, dfhldbds.smfstspn, dfhldbds.datetime, dfhldbds.smfsttme, dfhldbds.ldb_library_name → smfstsid, smfstprn, smfstspn, datetime, smfsttme, ldb_library_name)

• PRIMARY KEY (smfstsid, smfstprn, smfstspn, datetime, smfsttme, ldb_library_name, ldb_dsname)

ldgdsastat

smf2db.db_models.smf1102_model.Ldgdsastat (ldgdsastat)

The Ldgdsastat class stores the Ldgdsastat section in the ldgdsastat table.

Columns:

ldgdsaindex*	INTEGER	DSA index.
→ smfstsid*	VARCHAR(4)	Subystem identification.
→ smfstprn*	VARCHAR(8)	Product name (generic Applid).
→ smfstspn*	VARCHAR(8)	Product name (specific Applid).
→ datetime*	DATETIME	the hour of the record.
→ smfsttme*	DATETIME	Date and time record moved to SMF.
ldgstgniu	INTEGER?	Amount of storage occupied by NIU programs.
ldgprogniu	INTEGER?	Number of programs on NIU queue.
ldgrecniu	INTEGER?	Number of programs reclaimed from NIU queue.
ldgdpscr	INTEGER?	Number of programs removed by DPSC.
ldgdpsct	FLOAT?	Total time on NIU queue.

Constraints:

• FOREIGN KEY (ldgglobal.smfstsid, ldgglobal.smfstprn, ldgglobal.smfstspn, ldgglobal.datetime, ldgglobal.smfsttme → smfstsid, smfstprn, smfstspn, datetime, smfsttme)

• PRIMARY KEY (smfstsid, smfstprn, smfstspn, datetime, smfsttme, ldgdsaindex)

ldgglobal

smf2db.db_models.smf1102_model.Ldgglobal (ldgglobal)

The Ldgglobal class stores the Ldgglobal section in the ldgglobal table.

Columns:

smfstsid*	VARCHAR(4)	Subystem identification.
smfstprn*	VARCHAR(8)	Product name (generic Applid).
smfstspn*	VARCHAR(8)	Product name (specific Applid).
datetime*	DATETIME	the hour of the record.
smfsttme*	DATETIME	Date and time record moved to SMF.
ldgllr	INTEGER?	Number of LIBRARY load requests.
ldgllt	INTEGER?	Total time for all loads.
ldgpuses	INTEGER?	Number of program uses.
ldgwlr	INTEGER?	Number of loader reqs waiting.
ldgwlrhw	INTEGER?	HWM waiting loader reqs.
ldghwmt	INTEGER?	Times at HWM.
ldgttw	INTEGER?	Total time waiting.
ldgdrebs	INTEGER?	Number of LIBRARY DEB rebuilds.
ldgwtdlr	INTEGER?	Number of loader reqs that waited.
ldgllrro	INTEGER?	Number of LIBRARY load requests on the RO TCB.
ldglltro	INTEGER?	Total time for loads on the RO TCB.
ldglwsou	INTEGER?	Load waits due to search order update.
ldglsort	DATETIME?	LIBRARY search order update time.
ldglbsou	INTEGER?	LIBRARY search order updates.

Constraints:

• PRIMARY KEY (smfstsid, smfstprn, smfstspn, datetime, smfsttme)

ldy_dsnames

smf2db.db_models.smf1102_model.LdyDsnames (ldy_dsnames)

The LdyDsnames class stores the LdyDsnames section in the ldy_dsnames table.

Columns:

→ smfstsid*	VARCHAR(4)	Subystem identification.
→ smfstprn*	VARCHAR(8)	Product name (generic Applid).
→ smfstspn*	VARCHAR(8)	Product name (specific Applid).
→ datetime*	DATETIME	the hour of the record.
→ smfsttme*	DATETIME	Date and time record moved to SMF.
→ ldy_library_platform_name*	VARCHAR(64)	Platform name.
→ ldy_library_application_name*	VARCHAR(64)	Application name.
ldb_dsname*	VARCHAR(44)	Library Dsname.

Constraints:

• FOREIGN KEY (dfhldyds.smfstsid, dfhldyds.smfstprn, dfhldyds.smfstspn, dfhldyds.datetime, dfhldyds.smfsttme, dfhldyds.ldy_library_platform_name, dfhldyds.ldy_library_application_name → smfstsid, smfstprn, smfstspn, datetime, smfsttme, ldy_library_platform_name, ldy_library_application_name)

• PRIMARY KEY (smfstsid, smfstprn, smfstspn, datetime, smfsttme, ldy_library_platform_name, ldy_library_application_name, ldb_dsname)

nqgbody

smf2db.db_models.smf1102_model.Nqgbody (nqgbody)

The Nqgbody class stores the Nqgbody section in the nqgbody table.

Columns:

nqgpool*	VARCHAR(8)	ENQ pool id.
→ smfstsid*	VARCHAR(4)	Subystem identification.
→ smfstprn*	VARCHAR(8)	Product name (generic Applid).
→ smfstspn*	VARCHAR(8)	Product name (specific Applid).
→ datetime*	DATETIME	the hour of the record.
→ smfsttme*	DATETIME	Date and time record moved to SMF.
nqgtnqsi	INTEGER?	Total enqueues issued.
nqgtnqsw	INTEGER?	Total enqueues waited.
nqgtnqwt	FLOAT?	Time enqueues had waited (STCK).
nqgcnqsw	INTEGER?	Current enqueues waiting.
nqgcnqwt	FLOAT?	Current enqueues waiting time (STCK).
nqggnqsw	INTEGER?	Total sysplex ENQs waited.
nqggnqwt	FLOAT?	Time sysplex ENQs had waited (STCK).
nqgsnqsw	INTEGER?	Current sysplex ENQs waiting.
nqgsnqwt	FLOAT?	Current sysplex ENQs wait time (STCK).
nqgtnqsr	INTEGER?	Total enqueues that were retained.
nqgtnqrt	FLOAT?	Time enqueues were retained (STCK).
nqgcnqsr	INTEGER?	Current enqueues retained.
nqgcnqrt	FLOAT?	Current enqueues retained time (STCK).
nqgtirjb	INTEGER?	Total immed. rejected ENQBUSY.
nqgtirjr	INTEGER?	Total immed. rejected ENQ retained.
nqgtwrjr	INTEGER?	Total waiting ENQs rejected retained.
nqgtwpop	INTEGER?	Total waiting ENQs purged by operator.
nqgtwpto	INTEGER?	Total waiting ENQs purged by timeout.

Constraints:

• FOREIGN KEY (dfhnqgds.smfstsid, dfhnqgds.smfstprn, dfhnqgds.smfstspn, dfhnqgds.datetime, dfhnqgds.smfsttme → smfstsid, smfstprn, smfstspn, datetime, smfsttme)

• PRIMARY KEY (smfstsid, smfstprn, smfstspn, datetime, smfsttme, nqgpool)

smsbody

smf2db.db_models.smf1102_model.Smsbody (smsbody)

The Smsbody class stores the Smsbody section in the smsbody table.

Columns:

smsdsaname*	VARCHAR(8)	DSA name.
smsdsalimit	INTEGER?	Current DSA limit.
smsedsalimit	INTEGER?	Current EDSA limit.
→ smfstsid*	VARCHAR(4)	Subystem identification.
→ smfstprn*	VARCHAR(8)	Product name (generic Applid).
→ smfstspn*	VARCHAR(8)	Product name (specific Applid).
→ datetime*	DATETIME	the hour of the record.
→ smfsttme*	DATETIME	Date and time record moved to SMF.
smslocn	INTEGER?	Location (below/above/ abovebar).
smsaccess	INTEGER?	Access.
smsdsaindex	INTEGER?	DSA index.
smsdsasz	INTEGER?	Current size of DSA.
smshwmdsasz	INTEGER?	HWM Size of DSA.
smscsize	INTEGER?	Current cushion size.
smsgmreq	INTEGER?	Number of Getmain reqs.
smsfmreq	INTEGER?	Number of Freemain reqs.
smsasr	INTEGER?	Number of Add-subpool reqs.
smsdsr	INTEGER?	Number of Del-subpool reqs.
smscriss	INTEGER?	Cond reqs returning insufficient stg.
smsucss	INTEGER?	Uncond reqs suspended.
smscss	INTEGER?	Curr reqs susp for storage.
smshwmss	INTEGER?	HWM reqs susp for storage.
smspwws	INTEGER?	Number of tasks purged, waiting storage.
smscrel	INTEGER?	Number of cushion releases.
smssos	INTEGER?	Times SOS occurred.
smstsos	FLOAT?	Total time SOS.
smscsubp	INTEGER?	Current Number of subpools.
smsfstg	INTEGER?	Free storage (inc cushion).
smshwmfstg	INTEGER?	HWM free storage (inc cushion).
smslwmfstg	INTEGER?	LWM free storage (inc cushion).
smslfa	INTEGER?	Largest free area in DSA.
smssv	INTEGER?	Number of of storage violations.
smsexts	INTEGER?	Current number of extents.
smsextsa	INTEGER?	Number of extents added.
smsextsr	INTEGER?	Number of extents released.

Constraints:

• FOREIGN KEY (smsglobal.smfstsid, smsglobal.smfstprn, smsglobal.smfstspn, smsglobal.datetime, smsglobal.smfsttme → smfstsid, smfstprn, smfstspn, datetime, smfsttme)

• PRIMARY KEY (smfstsid, smfstprn, smfstspn, datetime, smfsttme, smsdsaname)

smsglobal

smf2db.db_models.smf1102_model.Smsglobal (smsglobal)

The Smsglobal class stores the Smsglobal section in the smsglobal table.

Columns:

smfstsid*	VARCHAR(4)	Subystem identification.
smfstprn*	VARCHAR(8)	Product name (generic Applid).
smfstspn*	VARCHAR(8)	Product name (specific Applid).
datetime*	DATETIME	the hour of the record.
smfsttme*	DATETIME	Date and time record moved to SMF.
smsgbllen	INTEGER?	Global stats length (includes the length of the standard stats header which is 8 bytes).
smsnpagp	INTEGER?	Number of Pagepools.
smsstgprot	INTEGER?	State of STGPROT.
smsrentpgm	INTEGER?	State of RENTPGM.
smstraniso	INTEGER?	State of TRANISO.
smsmemlimitsrc	INTEGER?	MEMLIMIT Source.
smsusscur	INTEGER?	Current number of unique subspace users.
smsusscum	INTEGER?	Cumulative number of unique subspace users.
smsusshwm	INTEGER?	HWM of unqiue subspace users.
smscsscur	INTEGER?	Current number of common subspace users.
smscsscum	INTEGER?	Cumulative number of common subspace users.
smscsshwm	INTEGER?	HWM of common subspace users.
smsdsalimit	INTEGER?	Current DSA limit.
smsedsalimit	INTEGER?	Current EDSA limit.
smsdsatotal	INTEGER?	Current DSA total.
smsedsatotal	INTEGER?	Current EDSA total.
smshwmdsatotal	INTEGER?	HWM DSA total.
smshwmedsatotal	INTEGER?	HWM EDSA total.
smstimewaitmvs	FLOAT?	total time waiting for MVS storage.
smsmvsstgreqwaits	INTEGER?	number of requests for MVS storage causing wait.
smsmemlimit	BIGINT?	MEMLIMIT Size.
smsgetstorsize	BIGINT?	GETSTOR request size.
smsasactive	BIGINT?	Current Address Space addres’ble.
smshwmasactive	BIGINT?	HWM Address Space addressable.
smsgdsaactive	BIGINT?	Current GDSA active.
smshwmgdsaactive	BIGINT?	HWM GDSA active.
smsgdsaalloc	BIGINT?	Current GDSA allocated.
smshwmgdsaalloc	BIGINT?	HWM GDSA allocated.
smslvabytes	BIGINT?	Bytes Allocated to Private Memory Objects.
smslvhbytes	BIGINT?	Bytes Hidden within Private Memory Objects.
smslvgbytes	BIGINT?	HWM Bytes Usable within Private Memory Objects.
smslvnmemobj	BIGINT?	Number of Private Memory Objects.
smsfromguardfail	BIGINT?	Number of FROMGUARD Failures.
smsfromguardfailsize	BIGINT?	FROMGUARD Failure Size.
smslvshrbytes	BIGINT?	Shared Bytes from Large Memory Objects.
smslvshrgbytes	BIGINT?	HWM Shared Bytes within Large Memory Objects.
smslvshrnmemobj	BIGINT?	Number of Shared Memory Objects.
smshvauxslots	BIGINT?	Auxiliary slots to back 64- bit Private Memory Objects.
smshvgauxslots	BIGINT?	HWM Auxiliary slots to back 64-bit Private Memory Objects.
smshvpagesinreal	BIGINT?	Real Frames to back 64-bit Private Memory Objects.
smshvgpagesinreal	BIGINT?	HWM Real Frames to back 64-bit Private Memory Objects.
smslargememobj	BIGINT?	Number of Large Memory Objects.
smslargepagesinreal	BIGINT?	Number of Large Pages Backed in Real Storage.
smslen	INTEGER?	Length of data area.
smsid	INTEGER?	DSA storage stats id.
smsdvers	INTEGER?	Statistics version number.

Constraints:

• PRIMARY KEY (smfstsid, smfstprn, smfstspn, datetime, smfsttme)

smtbody

smf2db.db_models.smf1102_model.Smtbody (smtbody)

The Smtbody class stores the Smtbody section in the smtbody table.

Columns:

smtdsaname*	VARCHAR(8)	DSA name.
→ smfstsid*	VARCHAR(4)	Subystem identification.
→ smfstprn*	VARCHAR(8)	Product name (generic Applid).
→ smfstspn*	VARCHAR(8)	Product name (specific Applid).
→ datetime*	DATETIME	the hour of the record.
→ smfsttme*	DATETIME	Date and time record moved to SMF.
smtlocn	INTEGER?	Location - Above/below the line.
smtaccess	INTEGER?	Access - CICS/USER.
smtdsaindex	INTEGER?	DSA index.
smtgmreq	INTEGER?	No. Getmain reqs.
smtfmreq	INTEGER?	No. Freemain reqs.
smtces	INTEGER?	Sum of all element lengths.
smtcps	INTEGER?	Current page storage.
smtcne	INTEGER?	Current No. elements.
smthwmps	INTEGER?	High Water Mark Page storage.

Constraints:

• FOREIGN KEY (dfhsmtds.smfstsid, dfhsmtds.smfstprn, dfhsmtds.smfstspn, dfhsmtds.datetime, dfhsmtds.smfsttme → smfstsid, smfstprn, smfstspn, datetime, smfsttme)

• PRIMARY KEY (smfstsid, smfstprn, smfstspn, datetime, smfsttme, smtdsaname)