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SMF Type 74 Record (Subtype 8) - z/OS 2.1This table shows the record layout for type 74 SMF records
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It's easy to report on SMF 74 data! (Jump to sample reports) | |
Spectrum SMF Writer handles the difficult SMF record parsing for you automatically. You just specify which fields you want to see. Spectrum SMF Writer also converts the arcane date and time fields and reformats them into an attractive report. Plus, Spectrum SMF Writer can export SMF data as comma delimited files to use on your PC.
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Offset (Dec.) | Offset (Hex) | Name | Length | Format | Description |
0 | 0 | SMF74LEN | 2 | binary | Record length. This field and the next field (total of four bytes) form the RDW (record descriptor word).
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2 | 2 | SMF74SEG | 2 | binary | Segment descriptor (see record length field).
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4 | 4 | SMF74FLG | 1 | binary | 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. |
5 | 5 | SMF74RTY | 1 | binary | Record type 74 (X'4A').
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6 | 6 | SMF74TME | 4 | binary | Time since midnight, in hundredths of a second, that the record was moved into the SMF buffer.
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10 | A | SMF74DTE | 4 | packed | Date when the record was moved into the SMF buffer, in the form 0cyydddF.
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14 | E | SMF74SID | 4 | EBCDIC | System identification (from the SMFPRMxx SID parameter).
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18 | 12 | SMF74SSI | 4 | EBCDIC | Subsystem identification (‘RMF’).
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22 | 16 | SMF74STY | 2 | binary | Record subtype.
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24 | 18 | SMF74TRN | 2 | binary | Number of triplets in this record. A triplet is a set of three SMF fields (offset/length/number values) that defines a section of the record. The offset is the offset from the RDW.
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26 | 1A | -- | 2 | binary | Reserved.
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28 | 1C | SMF74PRS | 4 | binary | Offset to RMF product section from RDW.
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32 | 20 | SMF74PRL | 2 | binary | Length of RMF product section.
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34 | 22 | SMF74PRN | 2 | binary | Number of RMF product sections.
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36 | 24 | SMF748CO | 4 | binary | Offset to control data section.
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40 | 28 | SMF748CL | 2 | binary | Length of control data section.
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42 | 2A | SMF748CN | 2 | binary | Number of control data sections.
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44 | 2C | SMF748LO | 4 | binary | Offset to link statistics section.
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48 | 30 | SMF748LL | 2 | binary | Length of link statistics section.
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50 | 32 | SMF748LN | 2 | binary | Number of link statistics sections.
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52 | 34 | SMF748XO | 4 | binary | Offset to extent pool statistics section.
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56 | 38 | SMF748XL | 2 | binary | Length of extent pool statistics section.
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58 | 3A | SMF748XN | 2 | binary | Number of extent pool statistics sections.
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60 | 3C | SMF748RO | 4 | binary | Offset to rank statistics section.
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64 | 40 | SMF748RL | 2 | binary | Length of rank statistics section.
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66 | 42 | SMF748RN | 2 | binary | Number of rank statistics sections.
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68 | 44 | SMF748AO | 4 | binary | Offset to rank array data section.
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72 | 48 | SMF748AL | 2 | binary | Length of rank array data section.
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74 | 4A | SMF748AN | 2 | binary | Number of rank array data sections.
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0 | 0 | SMF74MFV | 2 | packed | RMF version number.
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2 | 2 | SMF74PRD | 8 | EBCDIC | Product name (‘RMF’).
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10 | A | SMF74IST | 4 | packed | Time that the RMF measurement interval started, in the form 0hhmmssF, where hh is the hours, mm is the minutes, ss is the seconds, and F is the sign.
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14 | E | SMF74DAT | 4 | packed | Date when the RMF measurement interval started, in the form 0cyydddF.
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18 | 12 | SMF74INT | 4 | packed | 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.)
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22 | 16 | -- | 2 | binary | Reserved.
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24 | 18 | SMF74SAM | 4 | binary | Number of RMF samples.
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28 | 1C | -- | 2 | binary | Reserved.
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30 | 1E | SMF74FLA | 2 | binary | 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 4-15 Reserved. |
32 | 20 | -- | 4 | binary | Reserved.
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36 | 24 | SMF74CYC | 4 | packed | 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.
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40 | 28 | SMF74MVS | 8 | EBCDIC | MVS software level (consists of an acronym and the version, release, and modification level - ZVvvrrmm).
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48 | 30 | SMF74IML | 1 | binary | Indicates the type of processor complex on which data measurements were taken.
Value - Meaning 3 9672, zSeries 49 31 SMF73PRF 1 binary 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 architecture available 7 Reserved. |
50 | 32 | SMF74PTN | 1 | binary | PR/SM partition number of the partition that wrote this record.
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51 | 33 | SMF74SRL | 1 | binary | SMF record level change number (X’6B’ for z/OS V2R1 RMF). This field enables processing of SMF record level changes in an existing release.
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52 | 34 | SMF74IET | 8 | char | 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).
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60 | 3C | SMF74LGO | 8 | binary | Offset GMT to local time (STCK format).
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68 | 44 | SMF74RAO | 4 | binary | Offset to reassembly area relative to start of RMF product section.
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72 | 48 | SMF74RAL | 2 | binary | Length of reassembly area. Area consists of a fixed header and a variable number of information blocks. Length depends on the record type/subtype, but is fixed for a specific type/subtype.
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74 | 4A | SMF74RAN | 2 | binary | Reassembly area indicator.
Value - Meaning 0 Record is not broken. 1 Record is broken. Note: This field is used to indicate whether an SMF record is a broken record. Therefore, offset (SMF74RAO) and length (SMF74RAL) are only valid if SMF74RAN = 1. A reassembly area is only present in broken records. |
76 | 4C | SMF74OIL | 2 | binary | Original interval length as defined in the session or by SMF (in seconds).
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78 | 4E | SMF74SYN | 2 | binary | SYNC value in seconds.
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80 | 50 | SMF74GIE | 8 | binary | Projected gathering interval end (STCK format) GMT time.
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88 | 58 | SMF74XNM | 8 | EBCDIC | Sysplex name as defined in parmlib member COUPLExx.
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96 | 60 | SMF74SNM | 8 | EBCDIC | System name for current system as defined in parmlib member IEASYSxx SYSNAME parameter.
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0 | 0 | SMF74RBR | 2 | binary | Total number of broken records built from the original large record.
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2 | 2 | SMF74RSQ | 2 | binary | Sequence number of this broken record. Every broken record built from the same large record must have a unique sequence number, it is in the range from 1 to SMF74RBR.
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4 | 4 | SMF74RIO | 4 | binary | Offset to first reassembly information block relative to start of reassembly area header.
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8 | 8 | SMF74RIL | 2 | binary | Length of reassembly information block.
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10 | A | SMF74RIN | 2 | binary | Number of reassembly information blocks (same value as SMF74TRN in header section).
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12 | C | -- | 4 | binary | Reserved.
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0 | 0 | SMF74RNN | 2 | binary | Total number of sections in the original large record. This field contains information of how many sections of a specific type were contained in the original SMF record. This field is a copy of the number field of the triplet in the original (non broken) record.
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2 | 2 | SMF74RPP | 2 | binary | Position of the first of one or more consecutive sections described by this block as in the original record. Values in the range of 1 to SMF74RNN are valid for correct processing. A value of 0 will skip processing of this information block. This field provides information where the sections that are part of this broken record were placed in the original record before the split took place. The actual number of consecutive sections contained in this record is available from the actual triplet in the header extension.
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There is one section per record. | |||||
0 | 0 | SMF748CLVL | 1 | binary | Gatherer level.
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1 | 1 | SMF748CTYP | 6 | EBCDIC | Control unit type.
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7 | 7 | SMF748CMDL | 3 | EBCDIC | Control unit model.
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10 | A | SMF748CSER | 10 | EBCDIC | Primary control unit serial number.
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20 | 14 | SMF748CVSN | 1 | binary | Version of link statistics definition:
X'00' = Original version of link statistics X'01' = Link statistics extended |
21 | 15 | SMF748CAE | 3 | binary | Abend code (SDWACMPC) with:
First 12 bits = System completion code. Second 12 bits = User completion code. |
24 | 18 | SMF748CRTN | 2 | binary | IDCSS01 return code.
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26 | 1A | SMF748CSC | 1 | binary | Status code:
00 successfully processed. 04 IOS return code. SMF748CIOC <> 0. 08 IDCSS01 return code. SMF748CRTN <> 0. 98 SYSTEM or USER ABEND. SMF748CAE <> 0. |
27 | 1B | SMF748CIOC | 1 | binary | IOS return code. If this field is not zero, no link statistic data sections are available.
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28 | 1C | SMF748CFDV | 2 | binary | Failing device.
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30 | 1E | SMF748CVOL | 6 | EBCDIC | Volume serial of the device from which statistics are measured.
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36 | 24 | SMF748CDEV | 2 | EBCDIC | Device number of the device from which statistics are measured.
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38 | 26 | SMF748CFLG | 1 | binary | Flags
Bit - Meaning When Set 0 Extent pool statistics valid 1-7 Reserved. |
39 | 27 | -- | 1 | binary | Reserved.
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40 | 28 | SMF748CINT | 4 | binary | Number of seconds that passed since the link statistics have been collected for the last time.
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44 | 2C | SMF748CFTM | 4 | EBCDIC | Time when first record was written. Reserved for duration processing.
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48 | 30 | SMF748CFDT | 4 | EBCDIC | Date when first record was written. Reserved for duration processing.
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52 | 34 | SMF748CFCI | 4 | EBCDIC | Interval length of first record. Reserved for duration processing
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There is one section per ESS adapter. | |||||
0 | 0 | SMF748LAID | 2 | binary | Adapter ID.
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2 | 2 | SMF748LTYP | 1 | binary | 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 |
3 | 3 | SMF748LFLG | 1 | binary | Flags.
Bit - Meaning When Set 0 Units of bytes indeterminable. Byte values incorrect. 1 Units of time indeterminable. Time values incorrect. |
4 | 4 | -- | 4 | binary | Reserved.
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8 | 8 | SMF748LERB | 8 | l_float | ECKD read activity in units of 128KB.
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16 | 10 | SMF748LEWB | 8 | l_float | ECKD write activity in units of 128KB.
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24 | 18 | SMF748LERO | 8 | l_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.
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32 | 20 | SMF748LEWO | 8 | l_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.
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40 | 28 | SMF748LERT | 8 | l_float | Accumulated time for ECKD read activity on the channel in milliseconds. The active processing time for each command is accumulated.
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48 | 30 | SMF748LEWT | 8 | l_float | Accumulated time for ECKD write activity on the channel in milliseconds. The active processing time for each command is accumulated.
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56 | 38 | SMF748LPSB | 8 | l_float | PPRC send activity in units of 128KB.
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64 | 40 | SMF748LPRB | 8 | l_float | PPRC received activity in units of 128KB.
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72 | 48 | SMF748LPSO | 8 | l_float | PPRC send operations. Each PPRC write command sent by the PPRC primary is counted.
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80 | 50 | SMF748LPRO | 8 | l_float | PPRC received operations. Each PPRC write command received by the PPRC secondary is counted.
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88 | 58 | SMF748LPST | 8 | l_float | Accumulated time for PPRC send activity in milliseconds.
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96 | 60 | SMF748LPRT | 8 | l_float | Accumulated time for PPRC received activity in milliseconds.
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104 | 68 | SMF748LSRB | 8 | l_float | SCSI read activity in units of 128KB.
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112 | 70 | SMF748LSWB | 8 | l_float | SCSI write activity in units of 128KB.
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120 | 78 | SMF748LSRO | 8 | l_float | SCSI read operations. Each read operation is counted.
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128 | 80 | SMF748LSWO | 8 | l_float | SCSI write operations. Each write operation is counted.
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136 | 88 | SMF748LSRT | 8 | l_float | Accumulated time for SCSI read operations on the channel in milliseconds.
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144 | 90 | SMF748LSWT | 8 | l_float | Accumulated time for SCSI write operations on the channel in milliseconds.
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152 | 98 | SMF748LFLF | 4 | s_float | Fibre channel link failures. Number of times the port lost meaningful communication on the link. This can cause I/O failures.
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156 | 9C | SMF748LFLY | 4 | s_float | Fibre channel synchronization failures. Number of times the fibre channel signal lost synchronization.
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160 | A0 | SMF748LFLS | 4 | s_float | Fibre channel signal failures. Number of times the fibre channel signal was lost.
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164 | A4 | SMF748LFPQ | 4 | s_float | Number of fibre channel primitive sequence errors. Such errors can occur during loss of synchronization, loss of signal, or during a link failure.
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168 | A8 | SMF748LFIT | 4 | s_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.
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172 | AC | SMF748LFCR | 4 | s_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.
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176 | B0 | SMF748LFR1 | 4 | s_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.
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180 | B4 | SMF748LFR2 | 4 | s_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.
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184 | B8 | SMF748LFIF | 4 | s_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.
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188 | BC | SMF748LFOD | 4 | s_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.
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192 | C0 | SMF748LFOA | 4 | s_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.
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196 | C4 | SMF748LFDF | 4 | s_float | Fibre channel duplicate frame errors. Number of times a duplicate frame was received. Such errors will cause I/O aborts or timeouts.
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200 | C8 | SMF748LFIO | 4 | s_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.
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204 | CC | SMF748LFTC | 4 | s_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.
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208 | D0 | SMF748LFBC | 4 | binary | 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.
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There is one section per extent pool. | |||||
0 | 0 | SMF748XPID | 2 | binary | Extent pool identifier.
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2 | 2 | SMF748XPLT | 1 | binary | Extent type:
Value - Meaning 0-3 Reserved 4 FIBER 1Gb 5-131 Reserved 132 CKD 1Gb 133-255 Reserved. |
3 | 3 | SMF748XPTQ | 1 | binary | Extent pool type qualifier:
Bit - Meaning When Set 0 Data encrypted extent pool 1-7 Reserved. |
4 | 4 | SMF748XRCP | 4 | binary | Real extent pool capacity in GB.
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8 | 8 | SMF748XRNS | 4 | binary | Number of real extents in extent pool.
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12 | C | SMF748XRNA | 4 | binary | Number of allocated real extents in extent pool.
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16 | 10 | SMF748XRSC | 4 | binary | Real extent conversions. Valid if bit 0 of SMF748CFLG is set.
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20 | 14 | SMF748XVCP | 4 | binary | Virtual extent pool capacity in GB. Valid if bit 0 of SMF748CFLG is set.
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24 | 18 | SMF748XVNS | 4 | binary | Number of virtual extents in extent pool. Valid if bit 0 of SMF748CFLG is set.
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28 | 1C | SMF748XVSC | 4 | binary | Virtual extent conversions. Valid if bit 0 of SMF748CFLG is set.
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32 | 20 | SMF748XSDY | 4 | binary | Number of extents that were sources of dynamic extent relocations. Valid if bit 0 of SMF748CFLG is set.
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36 | 24 | SMF748XTDY | 4 | binary | Number of extents that were targets of dynamic extent relocations. Valid if bit 0 of SMF748CFLG is set.
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There is one section per rank in a extent pool. | |||||
0 | 0 | SMF748RRID | 2 | binary | Rank identifier.
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2 | 2 | SMF748RPNM | 2 | binary | Extent pool number.
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4 | 4 | SMF748RCNT | 2 | binary | Count of arrays in rank.
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6 | 6 | SMF748RAIX | 2 | binary | Index to first array section of rank.
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8 | 8 | SMF748RBYR | 8 | l_float | Rank 128 KB read.
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16 | 10 | SMF748RBYW | 8 | l_float | Rank 128 KB write. 24 18 SMF748RROP 8 l_float Rank read operations.
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32 | 20 | SMF748RWOP | 8 | l_float | Rank write operations.
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40 | 28 | SMF748RKRT | 8 | l_float | Rank read response time in units of 16 milliseconds.
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48 | 30 | SMF748RKWT | 8 | l_float | Rank write response time in units of 16 milliseconds.
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56 | 38 | SMF748RTQ | 1 | binary | Rank type qualifier:
Bit - Meaning When Set 0 Data encrypted rank 1-7 Reserved. |
There is one section per rank in a extent pool. | |||||
0 | 0 | SMF748AAID | 2 | binary | Rank array identifier.
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2 | 2 | SMF748ARID | 2 | binary | Rank identifier.
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4 | 4 | SMF748AEBC | 16 | EBCDIC | Description of array type, for example: RAID-10.
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20 | 14 | SMF748ATYP | 1 | binary | Array type:
Value Meaning 1 RAID-5 2 RAID-10 3 RAID-6 |
21 | 15 | SMF748AASP | 1 | binary | Array speed in 1000 RPM.
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22 | 16 | SMF748AAWD | 2 | binary | Array width.
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24 | 18 | SMF748AACP | 4 | binary | Array capacity in GB.
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28 | 1C | SMF748AAST | 1 | binary | 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 5-7 Reserved. |
The table above is based on the description provided by IBM in its "MVS Systems Management Facilities (SMF)" manual.
The sample SMF report below was created with Spectrum SMF Writer,
the low-cost 4GL SMF report writer.
This report reads as input the SMF file and selects just the type 74 RMF Activity records with subtype = 4. (See SMF 74 record layout.) Each of these SMF records contains multiple Request Sections. We normalize these sections in order to easily print the same report information from each request section. We then print a report line for each Request Section, showing various statistics relating to synchronous and asynchronous requests during the interval. It also shows a count of certain requests for which no resource was available.
In this report, we take advantage of several of Spectrum's special formatting options. The BIZ ("blank if zero") option suppresses 0 values, which can clutter up a report. Also, since the SMF744SASQ field encompasses a wide range of values, we used a "scaled" type of picture to format it. Spectrum automatically displays a value with the appropriate K, M, G, ... suffix as necessary. This technique lets you display more data (in smaller columns) when it is not essential to know the exact value of a field.
We also used another technique to squeeze more data columns into the report. Since the identical Sysplex and System names appear for hundreds of consecutive lines, we moved those 2 fields from the detail report lines up into the page titles. We page-break on those fields to insure that the data on each page comes from a single Sysplex-System.
All of this with just a couple of dozen lines of code!
Why not install a Spectrum SMF Writer trial right now and start making your own SMF reports!
OPTION: SCALEPICS /* ALLOW VARIABLY SCALED PICTURES */ OPTION: HDGSEP('/') /* CHANGE DEFAULT SEPERATOR CHAR */ INPUT: SMF74 NORMWHEN(SMF74RTY=74 AND SMF74STY=4) NORMALIZE(SMF74_REQ_SECTION, SMF744SN) INCLUDEIF: SMF74RTY=74 AND SMF74STY=4 TITLE: #DATE / 'RMF COUPLING ACTIVITY REPORT' / 'PAGE' #PAGENUM TITLE: 'SYSPLEX:' SMF74XNM 'SYSTEM:' SMF74SNM COLUMNS: SMF744SNAM('CONNECTED/STRUCTURE') SMF74IST('INTERVAL/START/TIME') SMF74INT_TIME(TP'ZZ:Z9.999' 'INTERVAL/LENGTH') SMF744SSIZ(8 'STRUCT/SIZE' BIZ) SMF744SARC_VAL('TOTAL/ASYNCH/OPERS' 8 BIZ) SMF744SASQ('SUM/SQRS/SERVIC/TIME/ASYNCH' 6 P'Z,ZZ9@' BIZ) SMF744SATM('SUM/SERVIC/TIME/ASYNCH' 10 BIZ) SMF744SSTA_VAL('ASYNCH/REQS/NO RESRC' 8 BIZ) SMF744SSRC_VAL('CNT/TIMES/SYNCH/REQS' 8 BIZ) SMF744SSSQ('SUM-SQRS/SERVIC/TIME/SYNCH' 10 BIZ) SMF744SSTM('SUM/SERVIC/TIME/SYNCH' 10 BIZ) SORT: SMF74XNM SMF74SNM SMF74DTE SMF74TME SMF744SNAM BREAK: SMF74SNM SPACE(PAGE)
08/14/07 RMF COUPLING ACTIVITY REPORT PAGE 1 SYSPLEX: SYSPL9 SYSTEM: S01 SUM SQRS SUM CNT SUM-SQRS SUM INTERVAL TOTAL SERVIC SERVIC ASYNCH TIMES SERVIC SERVIC CONNECTED START INTERVAL STRUCT ASYNCH TIME TIME REQS SYNCH TIME TIME STRUCTURE TIME LENGTH SIZE OPERS ASYNCH ASYNCH NO RESRC REQS SYNCH SYNCH ________________ ________ _________ ________ ________ ______ __________ ________ ________ __________ __________ ACF2_LIDS 09:30:00 10:00.000 50,048 16,034 1,004M 2,013,709 68 184,508 3,490 BERVM_SMI1 09:30:00 10:00.000 2,304 BERVM_SMS2 09:30:00 10:00.000 2,304 3,459 200M 472,144 13 261,598 1,150 BERVM_SMS3 09:30:00 10:00.000 2,304 1,025 28M 104,325 5 9,526 208 BERVM_SMT0 09:30:00 10:00.000 2,304 1,352 76M 160,125 3 4 15,481 241 BERVM_SMZ0 09:30:00 10:00.000 2,304 885 18M 87,762 6 17,237 307 BERVM_SM10 09:30:00 10:00.000 2,304 1,070 91M 177,594 5 230,667 667 CRAF_HBP0 09:30:00 10:00.000 12,544 445 14M 51,859 93 111,532 2,456 CRAF_HBP0 09:30:00 10:00.000 12,672 128 6,997K 20,516 CRAF_HBP1 09:30:00 10:00.000 20,224 117 3,568K 16,920 8 4,659 193 CRAF_HBP1 09:30:00 10:00.000 20,096 367 16M 50,839 14 26 15,918 642 CRAF_HBP16K0 09:30:00 10:00.000 5,376 14 1,471K 2,474 16 9,661 393 CRAF_HBP16K0 09:30:00 10:00.000 5,376 CRAF_HBP2 09:30:00 10:00.000 24,576 46 758K 5,104 6 3,270 140 CRAF_HBP2 09:30:00 10:00.000 24,448 183 2,708K 17,469 55 30,184 1,276 CRAF_HBP32K 09:30:00 10:00.000 13,824 63 1,575K 7,444 33 21,962 850 CRAF_HBP32K 09:30:00 10:00.000 13,824 33 674K 3,280 CRAF_HBP8 09:30:00 10:00.000 640 CRAF_HBP8 09:30:00 10:00.000 640 14 176K 1,311 15 9,393 375 CRAF_HBP8K0 09:30:00 10:00.000 5,632 191 5,466K 24,221 21 25,874 640 CRAF_HBP8K0 09:30:00 10:00.000 5,632 9 1,132K 2,970 CSAF_LOCK1 09:30:00 10:00.000 8,064 2,658 53M 220,344 10,652 *****S**** 264,935 CSAF_SCA 09:30:00 10:00.000 8,192 1,588 167M 244,692 8 52,673 649 CTBA_GBP0 09:30:00 10:00.000 2,688 37 535K 3,595 CTBA_GBP0 09:30:00 10:00.000 2,688 71 1,601K 6,251 41 28,214 1,074 CTBA_GBP1 09:30:00 10:00.000 2,304 14 217K 1,213 14 9,086 356 CTBA_GBP1 09:30:00 10:00.000 2,304 CTBA_GBP11 09:30:00 10:00.000 1,920 CTBA_GBP11 09:30:00 10:00.000 1,920 14 134K 1,108 14 8,815 351 CTBA_GBP16K0 09:30:00 10:00.000 896 15 272K 1,488 14 8,664 348 CTBA_GBP16K0 09:30:00 10:00.000 1,024 CTBA_GBP2 09:30:00 10:00.000 2,816 30 629K 3,219 CTBA_GBP2 09:30:00 10:00.000 2,688 56 772K 4,903 33 23,489 879 CTBA_GBP21 09:30:00 10:00.000 1,408 CTBA_GBP21 09:30:00 10:00.000 1,408 14 119K 1,054 14 8,754 350 CTBA_GBP32K 09:30:00 10:00.000 1,664 57 1,087K 5,867 31 21,332 812 CTBA_GBP32K 09:30:00 10:00.000 1,792 29 414K 2,642 CTBA_GBP8K0 09:30:00 10:00.000 2,048 30 352K 2,486 CTBA_GBP8K0 09:30:00 10:00.000 2,048 55 807K 5,043 34 23,816 898 CTBA_LOCK1 09:30:00 10:00.000 3,072 1,046 8,942K 78,236 3,400 22,415,563 81,367 CTBA_SCA 09:30:00 10:00.000 3,456 1,759 59M 253,463 1 13 84,538 1,048 CTLF_GBP0 09:30:00 10:00.000 8,448 10 122K 1,012 CTLF_GBP0 09:30:00 10:00.000 8,320 37 782K 4,313 16 10,471 409 CTLF_GBP1 09:30:00 10:00.000 12,544 15 359K 1,459 13 8,241 327 CTLF_GBP1 09:30:00 10:00.000 12,672 CTLF_GBP16K0 09:30:00 10:00.000 1,664 30 262K 2,249 CTLF_GBP16K0 09:30:00 10:00.000 1,664 56 443K 3,703 33 6,709,361 3,423 CTLF_GBP2 09:30:00 10:00.000 8,320 15 389K 1,656 13 8,141 325 CTLF_GBP2 09:30:00 10:00.000 8,448 CTLF_GBP32K 09:30:00 10:00.000 3,584 30 272K 2,255 CTLF_GBP32K 09:30:00 10:00.000 3,584 57 1,922K 6,194 32 22,436 846 08/14/09 RMF COUPLING ACTIVITY REPORT PAGE 2 SYSPLEX: SYSPL9 SYSTEM: S01 SUM SQRS SUM CNT SUM-SQRS SUM INTERVAL TOTAL SERVIC SERVIC ASYNCH TIMES SERVIC SERVIC CONNECTED START INTERVAL STRUCT ASYNCH TIME TIME REQS SYNCH TIME TIME STRUCTURE TIME LENGTH SIZE OPERS ASYNCH ASYNCH NO RESRC REQS SYNCH SYNCH ________________ ________ _________ ________ ________ ______ __________ ________ ________ __________ __________ CTLF_GBP8K0 09:30:00 10:00.000 4,096 15 353K 1,473 13 7,933 321 CTLF_GBP8K0 09:30:00 10:00.000 4,096 CTLF_LOCK1 09:30:00 10:00.000 4,992 1,214 11M 94,508 4,807 88,328,922 125,032 CTLF_SCA 09:30:00 10:00.000 3,328 1,581 51M 225,834 4 26,085 323 CTOC_GBP0 09:30:00 10:00.000 3,456 50 1,690K 5,850 CTOC_GBP0 09:30:00 10:00.000 3,456 117 8,598K 16,027 32 22,793 853 CTOC_GBP1 09:30:00 10:00.000 5,376 112,254 9,213M 18,493,219 4 3,040 35,668,753 110,881 CTOC_GBP1 09:30:00 10:00.000 5,376 555 21M 84,176 CTOC_GBP16K0 09:30:00 10:00.000 1,280 CTOC_GBP16K0 09:30:00 10:00.000 1,280 14 105K 1,061 14 8,260 340 CTOC_GBP2 09:30:00 10:00.000 5,504 1,033 115M 222,123 787 38,159,579 24,539 CTOC_GBP2 09:30:00 10:00.000 5,504 732 39M 127,868 1 529 23 CTOC_GBP32K 09:30:00 10:00.000 1,536 30 320K 2,389 CTOC_GBP32K 09:30:00 10:00.000 1,536 58 895K 4,993 33 5,624,615 3,203 CTOC_GBP8K0 09:30:00 10:00.000 2,048 56 626K 4,361 33 22,278 856 CTOC_GBP8K0 09:30:00 10:00.000 2,048 30 725K 3,022 CTOC_LOCK1 09:30:00 10:00.000 4,096 5,707 130M 520,062 10,994 *****S**** 338,972 CTOC_SCA 09:30:00 10:00.000 1,920 1,606 55M 242,189 1 6 39,090 484 CTTF_GBP0 09:30:00 10:00.000 8,320 919 26M 112,207 1 529 23 CTTF_GBP0 09:30:00 10:00.000 8,320 4,400 325M 645,466 153 1,551,026 6,028 CTTF_GBP1 09:30:00 10:00.000 32,512 57,719 2,150M 5,634,117 1,071 6,178 33,254,757 163,883 CTTF_GBP1 09:30:00 10:00.000 32,640 5,404 206M 724,337 81 45,930 1,924 CTTF_GBP16K0 09:30:00 10:00.000 5,376 CTTF_GBP16K0 09:30:00 10:00.000 5,376 15 77K 951 13 8,035 323 CTTF_GBP2 09:30:00 10:00.000 32,512 17,088 1,177M 2,471,064 1,131 7,981 61,967,099 203,089 CTTF_GBP2 09:30:00 10:00.000 32,512 3,385 423M 515,302 151 84,553 3,571 CTTF_GBP32K 09:30:00 10:00.000 10,752 656 64M 165,137 42 21,778 956 CTTF_GBP32K 09:30:00 10:00.000 10,752 1,293 108M 319,735 191 351,906 5,634 CTTF_GBP8 09:30:00 10:00.000 512 318 3,979K 26,878 251 109,958 5,242 CTTF_GBP8 09:30:00 10:00.000 512 13 460K 2,267 CTTF_GBP8K0 09:30:00 10:00.000 5,632 270 9,077K 39,335 CTTF_GBP8K0 09:30:00 10:00.000 5,632 1,160 42M 140,510 68 174,474 2,032 CTTF_LOCK1 09:30:00 10:00.000 29,184 25,062 730M 2,086,495 72,151 *****S**** 1,831,872 CTTF_SCA 09:30:00 10:00.000 8,192 1,667 90M 248,925 5 31,698 398 CTZF_GBP0 09:30:00 10:00.000 7,552 129 6,075K 20,228 1 841 29 CTZF_GBP0 09:30:00 10:00.000 7,552 479 20M 73,993 1 36 24,738 942 CTZF_GBP1 09:30:00 10:00.000 15,104 2,328 85M 325,305 145 431,041 4,537 CTZF_GBP1 09:30:00 10:00.000 15,104 1,080 37M 146,591 7 3,848 164 CTZF_GBP16K0 09:30:00 10:00.000 1,664 30 368K 2,500 CTZF_GBP16K0 09:30:00 10:00.000 1,664 57 745K 4,820 31 21,507 815 CTZF_GBP2 09:30:00 10:00.000 8,576 455 27M 61,207 40 30,271 1,085 CTZF_GBP2 09:30:00 10:00.000 8,576 298 22M 41,913 1 784 28 CTZF_GBP32K 09:30:00 10:00.000 2,304 29 1,461K 3,752 CTZF_GBP32K 09:30:00 10:00.000 2,304 56 1,006K 5,024 34 23,225 887 CTZF_GBP8 09:30:00 10:00.000 512 117 1,930K 12,466 38 29,333 1,015 CTZF_GBP8 09:30:00 10:00.000 640 67 1,486K 8,575 CTZF_GBP8K0 09:30:00 10:00.000 4,864 42 1,794K 7,158 3 1,638 70 CTZF_GBP8K0 09:30:00 10:00.000 4,864 184 15M 37,988 54 27,391 1,213 CTZF_LOCK1 09:30:00 10:00.000 5,888 4,592 144M 384,811 8,320 *****S**** 230,595 CTZF_SCA 09:30:00 10:00.000 3,328 1,861 94M 284,565 5 31,692 398 DFHXQLS_DFHTSA01 09:30:00 10:00.000 1,408 ...
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