Fast Path trace entries

Fast Path trace entries are listed, including Trace ID, Module name, and Trace point.

Trace entries for Fast Path

The following table describes the Fast Path trace entries.

Table 1. Fast Path trace entries
Trace ID Module Trace point Comments
ALOC DBFALOC0 Entry FP trace data set allocation
ALOX DBFALOC0 Exit FP trace data set allocation
RTYE DBFALOC0 EMHB Present FP trace data set allocation
RTYS DBFALOC0 No EMHB Present FP trace data set allocation
ALOP DBFALOC0 Trace data set already allocated FP trace data set allocation
BBIN DBFBBIN0 Entry, Exit (Shift) MSDB Binary Search
OFSE DBFBBIN0 Binary Search MSDB Binary Search
BIN1 DBFBBIN0 Binary Search Entry, Exit (Shift) MSDB Binary Search
BCHG DBFBCHG0 Entry MSDB FLD Call Change
RCHG DBFBCHG0 Exit MSDB FLD Call Change
BOFL DBFBCHG0 Overflow MSDB FLD Call Change
BCL0 DBFBCL10 Entry MSDB Call Handler
RCL0 DBFBCL10 Exit MSDB Call Handler
IRC2 DBFBCL10 Copy Call Data MSDB Call Handler
BDLT DBFBDLT0 Entry MSDB Delete Call
CDLT DBFBDLT0 Delete OK MSDB Delete Call
RDLT DBFBDLT0 Exit MSDB Delete Call
BENQ DBFBENQ0 Entry MSDB Resource Locking
NQ16 DBFBENQ0 Function 16 = Enqueue MSDB Resource Locking
ENQ1 DBFBENQ0 Resource Locked, call Lock Manger MSDB Resource Locking
ENQ2 DBFBENQ0 Resource Locked MSDB Resource Locking
RENQ DBFBENQ0 Exit MSDB Resource Locking
BDEQ DBFBENQ0 Dequeue MSDB Resource Locking
BFLD DBFBFLD0 Entry MSDB FLD Call Processor
RFLD DBFBFLD0 Exit MSDB FLD Call Processor
BGET DBFBGET0 Entry MSDB Get Processor
RGET DBFBGET0 Exit MSDB Get Processor
BINC DBFBINC0 Entry, Exit (Shift) MSDB Decimal Field Verify
BNXT DBFBNXT0 Entry MSDB Get Next
RNXT DBFBNXT0 Exit MSDB Get Next
BRPL DBFBRPL0 Entry MSDB Replace
RRPL DBFBRPL0 Exit MSDB Replace
BSEQ DBFBSEQ0 Entry, Exit (Shift) MSDB Sequential Search
SEQ1 DBFBSEQ0 ECNT Search Entry,Exit (Shift) MSDB Sequential Search
SEQI DBFBSEQ0 ECNT Scan MSDB Sequential Search
SEQ2 DBFBSEQ0 Segment Search Entry, Exit (Shift) MSDB Sequential Search
SEQ3 DBFBSEQ0 Search Forward Entry, Exit (Shift) MSDB Sequential Search
BSRT DBFBSRT0 Entry MSDB Insert Processor
CSRT DBFBSRT0 Count Free Segments MSDB Insert Processor
DSRT DBFBSRT0 Insert Complete MSDB Insert Processor
RSRT DBFBSRT0 Exit MSDB Insert Processor
BUPB DBFBUPB0 Entry MSDB Update Buffer Space Handler
RUPB DBFBUPB0 Exit MSDB Update Buffer Space Handler
BVAL DBFBVAL0 Entry,Exit (Shift) MSDB Decimal Segment Validate
BVFY DBFBVFY0 Entry MSDB Field Verify Processor
RVFY DBFBVFY0 Exit MSDB Field Verify Processor
BXTR DBFBXTR0 Entry,Exit (Shift) MSDB Hex Field Translator
CBHL DBFCBHL0 Entry DEDB Hard Luck Buffer Handler (Buffer Steal)
YBHL DBFCBHL0 Exit to caller or to wait for buffer DEDB Hard Luck Buffer Handler (Buffer Steal)
ZBHL DBFCBHL0 OBA required DEDB Hard Luck Buffer Handler (Buffer Steal)
BDU0 DBFDBDU0 Entry MSDB Log Update Processor
CHGA DBFDBDU0 Change - Before MSDB Log Update Processor
CHGB DBFDBDU0 Change - After MSDB Log Update Processor
DECA DBFDBDU0 Decimal Operation - Before MSDB Log Update Processor
DECB DBFDBDU0 Decimal Operation - After MSDB Log Update Processor
DLTA DBFDBDU0 Delete - Before MSDB Log Update Processor
DLBT DBFDBDU0 Delete - After MSDB Log Update Processor
SRTA DBFDBDU0 Insert - Before MSDB Log Update Processor
SRTB DBFDBDU0 Insert - After MSDB Log Update Processor
RDU0 DBFDBDU0 Exit MSDB Log Update Processor
DCAP DBFDCAP0 Entry DEDB Change Data Capture
CAPD DBFDCAP0 Build CAPD Block DEDB Change Data Capture
DATA DBFDCAP0 Build CAPD_DATA Blocks DEDB Change Data Capture
READ DBFDCAP0 Read DEDB CI DEDB Change Data Capture
DCAX DBFDCAP0 Should not occur, invalid call type DEDB Change Data Capture
SLG2 DBFDLG20 Good Sync FP Resync Commit/Abort Log Processor
SLOG DBFDLG20 Bad Sync FP Resync Commit/Abort Log Processor
TLG2 DBFDLG20 Exit FP Resync Commit/Abort Log Processor
DRSC DBFDRSC0 Entry FP Resync Controller
DSRP DBFDSRP0 Entry DEDB SDEP Resync Processor
DSRN DBFDSRP0 Exit DEDB SDEP Resync Processor
HCHG DBFHCHG0 Entry EMH Alt PCB CHNG Call Processor
NCHG DBFHCHG0 Exit EMH Alt PCB CHNG Call Processor
HCL0 DBFHCL00 Entry EMH and FP Utility Call Analyzer
NCL0 DBFHCL00 Exit EMH and FP Utility Call Analyzer
HGN0 DBFHGN00 Entry EMH Get Next Call Processor
NGN0 DBFHGN00 Exit EMH Get Next Call Processor
HGU1 DBFHGU10 Entry EMH Get Unique + Sync Control Processor
NGU1 DBFHGU10 Exit EMH Get Unique + Sync Control Processor
EOTR DBFHGU10 End of Thread EMH Get Unique + Sync Control Processor
RTRY DBFHGU10 Retried Transaction EMH Get Unique + Sync Control Processor
BOTR DBFHGU10 Start of Thread EMH Get Unique + Sync Control Processor
HRLB DBFHRLB0 Entry EMH ROLB Processor
NRLB DBFHRLB0 Exit EMH ROLB Processor
HSRT DBFHSRT0 Entry EMH TP PCB ISRT Processor
NSRT DBFHSRT0 Exit EMH TP PCB ISRT Processor
FPR3 DBFIRC10 DL/I Call Start FP Inter-Region Communication
IRC1 DBFIRC10 DL/I Call FP Inter-Region Communication
IR09 DBFIRC10 Post Call, DEDB FLD, or MSDB FP Inter-Region Communication
OPMV DBFIRC10 Post Call, Move Data to Dependent FP Inter-Region Communication
IRCZ DBFIRC10 Post Call, Pseudo Abend Set FP Inter-Region Communication
MBED DBFMBED0 Entry DEDB Get CI
MBE2 DBFMBED0 HSSP Async Read Ahead Wait DEDB Get CI
MBEH DBFMBED0 HSSP, found CI in Private Buffer DEDB Get CI
GPRS DBFMBED0 Exit without XCRB DEDB Get CI
NBED DBFMBED0 Exit DEDB Get CI
BFL9 DBFMBFL9 Entry Build FLDC for ISRT
BFLX DBFMBFL9 Exit Build FLDC for ISRT
MBMM DBFMBMM9 Entry Build SSAs, set Minimum | Maximum
MB02 DBFMBMM9 GT Operator no Minimum Build SSAs, set Minimum | Maximum
MB03 DBFMBMM9 GT Operator Minimum Build SSAs, set Minimum | Maximum
MB04 DBFMBMM9 GE Operator no Minimum Build SSAs, set Minimum | Maximum
MB05 DBFMBMM9 GE Operator Minimum Build SSAs, set Minimum | Maximum
MB06 DBFMBMM9 LT Operator no Maximum Build SSAs, set Minimum | Maximum
MB07 DBFMBMM9 LT Operator Maximum Build SSAs, set Minimum | Maximum
MB08 DBFMBMM9 LE Operator no Maximum Build SSAs, set Minimum | Maximum
MB09 DBFMBMM9 Invalid Boolean Operator Build SSAs, set Minimum | Maximum
MB10 DBFMBMM9 EQ Operator set Maximum Build SSAs, set Minimum | Maximum
MB11 DBFMBMM9 EQ Operator Maximum already set Build SSAs, set Minimum | Maximum
MB12 DBFMBMM9 Set Minimum Build SSAs, set Minimum | Maximum
MB13 DBFMBMM9 Minimum already set Build SSAs, set Minimum | Maximum
MB14 DBFMBMM9 NE Operator Build SSAs, set Minimum | Maximum
MB15 DBFMBMM9 No Key Fields Build SSAs, set Minimum | Maximum
MB16 DBFMBMM9 Error in Maximum or Minimum Build SSAs, set Minimum | Maximum
MB17 DBFMBMM9 Set Maximum into SSA Build SSAs, set Minimum | Maximum
MB18 DBFMBMM9 Set Maximum into SSA Build SSAs, set Minimum | Maximum
MB19 DBFMBMM9 Set Maximum into SSA Build SSAs, set Minimum | Maximum
MB20 DBFMBMM9 Maximum zero Build SSAs, set Minimum | Maximum
MB21 DBFMBMM9 Set Minimum into SSA Build SSAs, set Minimum | Maximum
MB22 DBFMBMM9 Set Minimum into SSA Build SSAs, set Minimum | Maximum
MB23 DBFMBMM9 Set Minimum into SSA Build SSAs, set Minimum | Maximum
MB25 DBFMBMM9 Set Minimum into SSA Build SSAs, set Minimum | Maximum
MB26 DBFMBMM9 Minimum zero Build SSAs, set Minimum | Maximum
MBMM DBFMBMM9 Exit Build SSAs, set Minimum | Maximum
CVAL DBFMCCV9 Entry, Exit (Shift) Check Command Code Validity
SSP1 DBFMCCV9 Subset Pointer Check Command Code Validity
SSR1 DBFMCCV9 Command Code R Check Command Code Validity
SSP2 DBFMCCV9 Other Subset Command Check Command Code Validity
SSP3 DBFMCCV9 Check for Conflicts Check Command Code Validity
SSPX DBFMCCV9 Check Subset Pointer Conflict Check Command Code Validity
SSP4 DBFMCCV9 Set Pointers Check Command Code Validity
SSP5 DBFMCCV9 Not Command Code C Check Command Code Validity
SSP6 DBFMCCV9 Command Code C Check Command Code Validity
SSP7 DBFMCCV9 Command Code F or R Check Command Code Validity
SSP8 DBFMCCV9 F, R, or L not at ISRT Level Check Command Code Validity
LOPP DBFMCCV9 Loop checking position Check Command Code Validity
ELOP DBFMCCV9 End of loop checking position Check Command Code Validity
SSP9 DBFMCCV9 F, R, or L at ISRT level Check Command Code Validity
SSPA DBFMCCV9 Command Code U Check Command Code Validity
LOPU DBFMCCV9 Loop checking position back to root Check Command Code Validity
SSPB DBFMCCV9 Command Code V Check Command Code Validity
AMST DBFMCCV9 Status Code AM set Check Command Code Validity
AJST DBFMCCV9 Status Code AJ set Check Command Code Validity
MCHG DBFMCHG0 Entry DEDB FLD Call Processor
XCHG DBFMCHG0 Exit DEDB FLD Call Processor
MOFL DBFMCHG0 Overflow DEDB FLD Call Processor
MCL0 DBFMCLX0 Entry DEDB Call Analyzer
SSAX DBFMCLX0 Count SSAs DEDB Call Analyzer
SEG4 DBFMCLX0 Good RC, Trace Segment DEDB Call Analyzer
PARP DBFMCLX0 Trace Parent DEDB Call Analyzer
NCL0 DBFMCLX0 Exit DEDB Call Analyzer
CRP9 DBFMCRP9 Entry Check for Subset Pointer
PPRE DBFMCRP9 Trace Parent Prefix Check for Subset Pointer
CRPX DBFMCRP9 Exit Check for Subset Pointer
MCSS DBFMCSS9 Entry Compare Current Segment Field to SSA
CALL DBFMCSS9 Entry, Trace Call Argument Compare Current Segment Field to SSA
MC01 DBFMCSS9 Key SSA + Key Value Compare Current Segment Field to SSA
MC02 DBFMCSS9 Compare Key Compare Current Segment Field to SSA
MC03 DBFMCSS9 Compare Key Compare Current Segment Field to SSA
MC04 DBFMCSS9 Compare Key Compare Current Segment Field to SSA
MC05 DBFMCSS9 Not Satisfied RC=8 Compare Current Segment Field to SSA
MC06 DBFMCSS9 Compare Key Compare Current Segment Field to SSA
MC07 DBFMCSS9 Compare Key Compare Current Segment Field to SSA
MC08 DBFMCSS9 Not Satisfied RC=12 Not Satisfied RC=12
MC09 DBFMCSS9 Compare Key Compare Current Segment Field to SSA
MC10 DBFMCSS9 Compare Key Compare Current Segment Field to SSA
MC11 DBFMCSS9 Compare Compare Current Segment Field to SSA
MC12 DBFMCSS9 Compare Compare Current Segment Field to SSA
MC13 DBFMCSS9 Compare Compare Current Segment Field to SSA
MC14 DBFMCSS9 Compare Compare Current Segment Field to SSA
MC1A DBFMCSS9 No Match Compare Current Segment Field to SSA
MC1B DBFMCSS9 Compare Compare Current Segment Field to SSA
CSSF DBFMCSS9 Compare, no Boolean Compare Current Segment Field to SSA
MCS2 DBFMCSS9 Relational Operator Satisfied Compare Current Segment Field to SSA
MCS1 DBFMCSS9 Relational Operator Not Satisfied Compare Current Segment Field to SSA
CSS9 DBFMCSS9 Exit Compare Current Segment Field to SSA
CSL9 DBFMCSL9 Entry,Exit (Shift) Compare Current Segment Field to SSA
CALL DBFMCSL9 Entry, Trace Call Argument Compare Current Segment Field to SSA
LOPC DBFMCSL9 Compare Loop Compare Current Segment Field to SSA
NEXT DBFMCSL9 Read Next Buffer Compare Current Segment Field to SSA
MCTL DBFMCTL0 Entry, Exit (Shift) Check this Level
COML DBFMCTL0 Command Code L Check this Level
FRST DBFMCTL0 Command Code F, R, or unqualified Check this Level
GETN DBFMCTL0 Get Next Check this Level
ISRT DBFMCTL0 ISRT Here Check this Level
MCT3 DBFMCTL0 Trace Process Return Code Check this Level
MDEQ DBFMDEQ0 Entry DEDB DEQ Command Processor
XDEQ DBFMDEQ0 Exit DEDB DEQ Command Processor
MDLT DBFMDLT0 Entry DEDB Direct Delete
EPCB DBFMDLT0 Check for other PCBs DEDB Direct Delete
PRBA DBFMDLT0 Update other PCB PRBA DEDB Direct Delete
CRBA DBFMDLT0 Clear other PCB CRBA DEDB Direct Delete
KILL DBFMDLT0 Reset Parentage other PCB DEDB Direct Delete
NRBA DBFMDLT0 Update other PCB NRBA DEDB Direct Delete
XRBA DBFMDLT0 Update other PCB XRBA DEDB Direct Delete
GRBA DBFMDLT0 Update other PCB GRBA DEDB Direct Delete
DPTE DBFMDPT9 Entry Delete PCL and Subset Pointers in Parent Prefix
DPTX DBFMDPT9 Exit Delete PCL and Subset Pointers in Parent Prefix
MDRA DBFMDRA9 Entry,Exit (Shift) Determine possibility of randomizing
MD01 DBFMDRA9 Read First Root Determine possibility of randomizing
MD02 DBFMDRA9 Use Current Position Determine possibility of randomizing
MD03 DBFMDRA9 Cannot use CP, randomize Determine possibility of randomizing
MD04 DBFMDRA9 Current key LT SSA min, randomize Determine possibility of randomizing
MD05 DBFMDRA9 Must Move this Level Determine possibility of randomizing
MD06 DBFMDRA9 Current Key GT SSA min Determine possibility of randomizing
MD07 DBFMDRA9 Current Key GT SSA min Determine possibility of randomizing
MD08 DBFMDRA9 Current Key GT SSA max Determine possibility of randomizing
MD09 DBFMDRA9 Must Move this Level Determine possibility of randomizing
MD10 DBFMDRA9 Level Acceptable Determine possibility of randomizing
MD11 DBFMDRA9 Current Key LT SSA max Determine possibility of randomizing
MD12 DBFMDRA9 Current Key GT SSA max Determine possibility of randomizing
MD13 DBFMDRA9 Current Key LT SSA max Determine possibility of randomizing
MD14 DBFMDRA9 Must Move this Level Determine possibility of randomizing
MD15 DBFMDRA9 Level Acceptable Determine possibility of randomizing
MA13 DBFMDRA9 SSA Min = SSA Max, randomizer Determine possibility of randomizing
MD19 DBFMDRA9 Set SSA Min, Max Determine possibility of randomizing
MD20 DBFMDRA9 No Low Boundary Determine possibility of randomizing
MD21 DBFMDRA9 Current Key LT SSA Max Determine possibility of randomizing
MD22 DBFMDRA9 Must Move this Level Determine possibility of randomizing
MD23 DBFMDRA9 Do Nothing Determine possibility of randomizing
MD24 DBFMDRA9 Current Key GT SSA Max Determine possibility of randomizing
MD26 DBFMDRA9 Do Sequential Read Determine possibility of randomizing
MD27 DBFMDRA9 Do Sequential Read Determine possibility of randomizing
MD28 DBFMDRA9 Do Nothing Determine possibility of randomizing
MD29 DBFMDRA9 Current Key LT SSA Max Determine possibility of randomizing
MD31 DBFMDRA9 Current Key GT FDLC Low Key Determine possibility of randomizing
MD32 DBFMDRA9 Current Key GT FDLC Low Key Determine possibility of randomizing
MD33 DBFMDRA9 Do Nothing Determine possibility of randomizing
MD34 DBFMDRA9 Do Sequential Read Determine possibility of randomizing
MD35 DBFMDRA9 Do Nothing Determine possibility of randomizing
MD36 DBFMDRA9 Do Sequential Read Determine possibility of randomizing
MD37 DBFMDRA9 Do Nothing Determine possibility of randomizing
MD38 DBFMDRA9 Go to Next Set Process Determine possibility of randomizing
MD41 DBFMDRA9 Search for Lowest Min GT Current Determine possibility of randomizing
MD42 DBFMDRA9 Search for Next Higher Set Minimum Determine possibility of randomizing
MD43 DBFMDRA9 Address next Set Determine possibility of randomizing
MD44 DBFMDRA9 Set Min Found, Randomize Determine possibility of randomizing
MD45 DBFMDRA9 Goto NOUSE Determine possibility of randomizing
MD46 DBFMDRA9 Read First Root Determine possibility of randomizing
MD47 DBFMDRA9 Do Nothing - current position good Determine possibility of randomizing
MD48 DBFMDRA9 Clear current position Determine possibility of randomizing
MD49 DBFMDRA9 Call Randomizer Determine possibility of randomizing
MD50 DBFMDRA9 Continue Sequential Read Determine possibility of randomizing
MDRB DBFMDRB0 Entry Delete, get root backwards
MDRT DBFMDRX0 Entry, Exit DDEP,SDEP (Shift) DEDB Insert
DSG9 DBFMDSG9 Entry DEDB Delete Direct Dependent
RECU DBFMDSG9 Recursive Call Stack Information DEDB Delete Direct Dependent
DSG1 DBFMDSG9 Trace Segment to be processed DEDB Delete Direct Dependent
LOP1 DBFMDSG9 Twin Chain Loop DEDB Delete Direct Dependent
SIBL DBFMDSG9 First Child DEDB Delete Direct Dependent
LO1X DBFMDSG9 Loop over Parent Prefix Complete DEDB Delete Direct Dependent
FRE1 DBFMDSG9 Call DBFMFSE0 to free space DEDB Delete Direct Dependent
LOP2 DBFMDSG9 Twin Chain Loop DEDB Delete Direct Dependent
FRE2 DBFMDSG9 Call DBFMFSE0 to free space DEDB Delete Direct Dependent
DSGX DBFMDSG9 Exit DEDB Delete Direct Dependent
DS14 DBFMDSG9 Return after Recursive Call DEDB Delete Direct Dependent
MFL0 DBFMFL00 Entry DEDB FLD Call Processor
XMFL DBFMFL00 Exit DEDB FLD Call Processor
MFLD DBFMFL10 Entry DEDB FSA Processor
XFLD DBFMFL10 Exit DEDB FSA Processor
MFSE DBFMFSE0 Entry DEDB Space Manager
MFSS DBFMFSE0 Scrap Handling DEDB Space Manager
NFSE DBFMFSE0 Exit DEDB Space Manager
OFSE DBFMFSE0 Read AP or Root CI to find space DEDB Space Manager
PFSE DBFMFSE0 Read 1st DOVF CI DEDB Space Manager
GPDS DBFMFSE0 Got Conditional Lock IOVF SM CI DEDB Space Manager
GPDN DBFMFSE0 Bad Conditional Lock IOVF SM CI DEDB Space Manager
MGAP DBFMGAP0 Entry DEDB Get Anchor Point
ERAN DBFMGAP0 Entry to Randomizer DEDB Get Anchor Point
XRAN DBFMGAP0 Exit from Randomizer DEDB Get Anchor Point
MGA1 DBFMGAP0 PROCOPT=P UOW BDY crossed DEDB Get Anchor Point
MGA2 DBFMGAP0 PROCOPT=P UOW Set GC status DEDB Get Anchor Point
MGA3 DBFMGAP0 PROCOPT=H Save Position DEDB Get Anchor Point
NGAP DBFMGAP0 Exit DEDB Get Anchor Point
MGFD DBFMGFD0 Entry DEDB Initialize Level Table
NGFD DBFMGFD0 Exit DEDB Initialize Level Table
MGL9 DBFMGLA9 Entry, Exit (Shift) DEDB Get Last Occurrence of Segment Under Parent
CLA9 DBFMGLA9 Enter, Exit(shift) EP DBFMCLA9 DEDB Check if Another Occurrence of Segment under Parent satisfies SSA
MGNR DBFMGNR0 Entry DEDB Get Next Root
NGNR DBFMGNR0 Exit DEDB Get Next Root
EXAP DBFMGNR0 Get Next RAP with a root start loop DEDB Get Next Root
EXA1 DBFMGNR0 Get Next RAP with a root block# DEDB Get Next Root
EOC1 DBFMGNR0 Out of Area Range DEDB Get Next Root
EXA2 DBFMGNR0 Read CI DEDB Get Next Root
XXAP DBFMGNR0 Return the RAP DEDB Get Next Root
ECAL DBFMGNR0 Calc UOW#, DMAC from BLK# DEDB Get Next Root
ECA1 DBFMGNR0 PROCOPT=P set GC status DEDB Get Next Root
ECA2 DBFMGNR0 PROCOPT=P set GC status DEDB Get Next Root
XCAL DBFMGNR0 Rerun UOW#, DMAC DEDB Get Next Root
MGN0 DBFMGNX0 Entry, Exit(Shift) DEDB Get Next Root
GPDE DBFMGPD0 Entry DEDB Retrieve Sequential Dependent Segment
GPD1 DBFMGPD0 Scan Segment Chain DEDB Retrieve Sequential Dependent Segment
GPD2 DBFMGPD0 SDEP Pointer -> uncommitted seg DEDB Retrieve Sequential Dependent Segment
GPD3 DBFMGPD0 SDEP Pointer -> normal seg DEDB Retrieve Sequential Dependent Segment
GPD4 DBFMGPD0 Must Read CI DEDB Retrieve Sequential Dependent Segment
GPDS DBFMGPD0 IRLM Notify to Partner DEDB Retrieve Sequential Dependent Segment
GDPN DBFMGPD0 SDEP CI found to be locked DEDB Retrieve Sequential Dependent Segment
GDP7 DBFMGPD0 Re-read CI DEDB Retrieve Sequential Dependent Segment
GDPC DBFMGPD0 Compare Segment to SSA DEDB Retrieve Sequential Dependent Segment
GPD5 DBFMGPD0 SSA does not match this segment DEDB Retrieve Sequential Dependent Segment
GPD6 DBFMGPD0 Copy segment DEDB Retrieve Sequential Dependent Segment
GDPX DBFMGPD0 Exit DEDB Retrieve Sequential Dependent Segment
MGPF DBFMGPF0 Entry Get Page of Common Storage
NGPF DBFMGPF0 Exit Get Page of Common Storage
MGRF DBFMGRF0 Entry Get Root Forward Search
MGR1 DBFMGRF0 Run Chain in RAP CI Get Root Forward Search
MGR2 DBFMGRF0 Scan RAP CI Get Root Forward Search
MGR3 DBFMGRF0 Run Chain next CI Get Root Forward Search
MGR4 DBFMGRF0 Scan next CI Get Root Forward Search
MGR5 DBFMGRF0 Root does not exist (status GE) Get Root Forward Search
MGR6 DBFMGRF0 Root does not exist, other roots found Get Root Forward Search
MGR8 DBFMGRF0 Root found during a scan Get Root Forward Search
MGR9 DBFMGRF0 Root found by Run Chain Get Root Forward Search
NGRF DBFMGRF0 Exit Get Root Forward Search
MGRG DBFMGRF0 Anchor Point Scan routine Get Root Forward Search
MGRL DBFMGRF0 CI Scan routine Get Root Forward Search
MGRM DBFMGRF0 Nextitem routine Get Root Forward Search
MGRC DBFMGRF0 Call DBFMPGO0 check PROCOPT Get Root Forward Search
MGRD DBFMGRF0 Return from DBFMPGO0 Get Root Forward Search
MGU0 DBFMGUX0 Entry, Exit(Shift) Get Unique, Unqualified
MGXC DBFMGXC0 Entry, Entry SEGLOCK Get Control of Resource
NGXC DBFMGXC0 Exit, Entry SEGLOCK, Exit CI EXCL Get Control of Resource
ENQR DBFMGXC0 Lock Resource for this caller Get Control of Resource
ENQO DBFMGXC0 Lock Resource on behalf of other Get Control of Resource
SHXC DBFMGXC0 Just CI SHR Lock, Entry/Exit Get Control of Resource
EXXC DBFMGXC0 Just CI Lock Exclusive, Entry Get Control of Resource
VLOC DBFMGXC0 DBFVLOCK Entry Get Control of Resource
NLOC DBFMGXC0 DBFVLOCK Exit Get Control of Resource
MINC DBFMINC0 Entry DEDB Included Decimal FLD Call
XINC DBFMINC0 Exit DEDB Included Decimal FLD Call
IRC9 DBFMIRC9 Entry, Exit(Shift) DEDB Retrieve Previous Parent, Set MLTE Fields
MIRT DBFMIRT0 Entry, Exit(Shift) DEDB Insert
MIR1 DBFMIRT0 Trace CI RBA DEDB Insert
MIR2 DBFMIRT0 Previous Root Twin not in Same CI DEDB Insert
MIR3 DBFMIRT0 Trace after reading CI DEDB Insert
MIR4 DBFMIRT0 Previous Segment not in Same CI DEDB Insert
MIR5 DBFMIRT0 Previous Segment not Parent DEDB Insert
MIRB DBFMIRT0 Set PCF Pointer in Parent DEDB Insert
MIR6 DBFMIRT0 Previous Segment in Same CI DEDB Insert
MIR7 DBFMIRT0 Update RAP -> new segment DEDB Insert
MIR8 DBFMIRT0 Previous is not a RAP DEDB Insert
MIR9 DBFMIRT0 Previous Segment is Twin DEDB Insert
MIRA DBFMIRT0 Set Log Data DEDB Insert
ISLL DBFMISL9 Entry, Exit(Shift) DEDB Process Insert Last Level
MLCS DBFMLCL0 Entry DEDB Logical Close Area
MLCE DBFMLCL0 Exit DEDB Logical Close Area
MLEV DBFMLEV0 Entry DEDB Adjust MLTE Sequence Numbers
NLEV DBFMLEV0 Exit DEDB Adjust MLTE Sequence Numbers
MLOG DBFMLOG0 Entry DEDB SDEP CI Logging
NLOG DBFMLOG0 Exit DEDB SDEP CI Logging
MLOS DBFMLOP0 Entry DEDB Logical Open Area
MLOE DBFMLOP0 Exit DEDB Logical Open Area
MMIT DBFMMIT0 Entry DEDB Media Manager Connect/Disconnect
MMIE DBFMMIT0 Exit DEDB Media Manager Connect/Disconnect
MOCI DBFMOCI0 Entry DEDB DMAC Update
NOCI DBFMOCI0 Exit DEDB DMAC Update
PCC9 DBFMPCC9 Entry, Exit(Shift) DEDB Process 'C' Command Code
MCLS DBFMPCL0 Entry DEDB Physical Area Close
MCLE DBFMPCL0 Exit DEDB Physical Area Close
PED9 DBFMPED9 Entry,Exit (Shift) DEDB Process Position Fields in Parallel EPCBs - DELETE
PEI9 DBFMPEI9 Entry, Exit (Shift) DEDB Process Position Fields in Parallel EPCBs - INSERT
LOP1 DBFMPEI9 Loop through EPCBs DEDB Process Position Fields in Parallel EPCBs - INSERT
LOP2 DBFMPEI9 Loop through MLTEs DEDB Process Position Fields in Parallel EPCBs - INSERT
FRGU DBFMPEI9 Update before EPCB GU Position DEDB Process Position Fields in Parallel EPCBs - INSERT
FGRN DBFMPEI9 Update before EPCB GN Position DEDB Process Position Fields in Parallel EPCBs - INSERT
AFGU DBFMPEI9 Update after EPCB GU Position DEDB Process Position Fields in Parallel EPCBs - INSERT
DPTE DBFMPER9 Entry DEDB Relocate PCL or SSPT in Parent
DPTX DBFMPER9 Exit DEDB Relocate PCL or SSPT in Parent
MPGO DBFMPGO0 Entry, Exit(Shift) DEDB Process PROCOPT GOX, GON
PIO9 DBFMPIO9 Entry, Exit(Shift) DEDB Process I/O Area for REPLACE
MOPS DBFMPOP0 Entry DEDB Physical Area Open
MOPE DBFMPOP0 Exit DEDB Physical Area Open
MPOS DBFMPOS0 Entry DEDB POS Call
NPOS DBFMPOS0 Exit DEDB POS Call
MGUP DBFMPOS0 Entry to Find Root Segment DEDB POS Call
MGNP DBFMPOS0 Entry to find next SDEP Segment DEDB POS Call
NGN0 DBFMPOS0 Exit from find next SDEP Segment DEDB POS Call
MPO2 DBFMPOS0 Notify Partners to Harden SDEP Cis DEDB POS Call
VMAI DBFMPOS0 Exit from Notify Partners DEDB POS Call
MPSG DBFMPSG9 Entry, Exit(Shift) DEDB Process Subset Pointer Commands S W Z M
SSPL DBFMPSG9 Loop down through MLTEs DEDB Process Subset Pointer Commands S W Z M
LOPC DBFMPSG9 Loop over SSPTRs DEDB Process Subset Pointer Commands S W Z M
SCOM DBFMPSG9 Command Code S DEDB Process Subset Pointer Commands S W Z M
WCOM DBFMPSG9 Command Code W DEDB Process Subset Pointer Commands S W Z M
ZCOM DBFMPSG9 Command Code Z DEDB Process Subset Pointer Commands S W Z M
MPUG DBFMPUG0 Entry, Exit(Shift) DEDB Process Unqualified GN
FCHL DBFMPUG0 First Child DEDB Process Unqualified GN
MUP1 DBFMPUG0 Move Up A Level DEDB Process Unqualified GN
VIO1 DBFMPUG0 Violation 1 DEDB Process Unqualified GN
VIO2 DBFMPUG0 Violation 2 DEDB Process Unqualified GN
GSBL DBFMPUG0 Get Sibling DEDB Process Unqualified GN
MPU2 DBFMPUG0 Sibling Located DEDB Process Unqualified GN
MRCU DBFMRCU0 Entry, Exit(Shift) DEDB Read Current Dependent Segment
MRPU DBFMRPU0 Entry, Exit(Shift) DEDB Reset Position after Unqualified GN
LMLT DBFMRPU0 Loop through MLTEs DEDB Reset Position after Unqualified GN
MRPL DBFMRPX0 Entry, Exit(Shift) DEDB REPLACE
AMST DBFMRPX0 Return AM status code DEDB REPLACE
SPR9 DBFMRPX0 Update PRBA in MLTE of children DEDB REPLACE
SPR1 DBFMRPX0 Loop through siblings DEDB REPLACE
SPR2 DBFMRPX0 End loop through siblings DEDB REPLACE
PED9 DBFMRPX0 End child PRBA updates DEDB REPLACE
MRQC DBFMRQC0 Entry, Exit(Shift) DEDB Retrieve by Qualified Call
MRQU DBFMRQC0 Check current position DEDB Retrieve by Qualified Call
MRUU DBFMRQC0 MLTE not qualified DEDB Retrieve by Qualified Call
MRNQ DBFMRQC0 Get Next Loop DEDB Retrieve by Qualified Call
MRNU DBFMRQC0 Not qualified SSA DEDB Retrieve by Qualified Call
MRUF DBFMRQC0 At Least Root Satisfies DEDB Retrieve by Qualified Call
REQ1 DBFMRQC0 Diverge U or GN *F DEDB Retrieve by Qualified Call
REQL DBFMRQC0 MLTE downward loop qualification DEDB Retrieve by Qualified Call
RC04 DBFMRQC0 Found, moved off current position DEDB Retrieve by Qualified Call
RC08 DBFMRQC0 Not found at that level DEDB Retrieve by Qualified Call
LROT DBFMRQC0 Loop up to root DEDB Retrieve by Qualified Call
TOGH DBFMRQC0 GU, all levels satisfied current pos DEDB Retrieve by Qualified Call
DIVE DBFMRQC0 MLTE Loop to clear DIVERGE flag DEDB Retrieve by Qualified Call
NOPA DBFMRQC0 Not a PATH call DEDB Retrieve by Qualified Call
PMVE DBFMRQC0 Data to be moved DEDB Retrieve by Qualified Call
PHIL DBFMRQC0 Path call Highest Level to move DEDB Retrieve by Qualified Call
PCOM DBFMRQC0 Path call complete DEDB Retrieve by Qualified Call
PLOP DBFMRQC0 Loop for P command up in MLTEs DEDB Retrieve by Qualified Call
MRUC DBFMRUC0 Entry, Exit(Shift) DEDB Reset U Command at Current/Lower Level
SFIT DBFMFSI9 Entry, Exit(Shift) DEDB Search Field Name
SFLP DBFMFSI9 Loop over Fields in Segment DEDB Search Field Name
SFTP DBFMFSI9 Verify Relational Operator DEDB Search Field Name
CALL DBFMFSI9 Trace SSA and Fields DEDB Search Field Name
SFO9 DBFMSFO9 Entry, Exit(Shift) DEDB Set First Position of Segment Type
PPRE DBFMSFO9 Trace Parent Prefix DEDB Set First Position of Segment Type
SFOT DBFMSFO9 No Floating Pointer in Call DEDB Set First Position of Segment Type
SIMP DBFMSIM9 Entry, Exit(Shift) DEDB Set Implied for Upper Levels of Call
MSPC DBFMSPC0 Entry DEDB IOVF Free Space Calculator
NSPC DBFMSPC0 Exit DEDB IOVF Free Space Calculator
MSRB DBFMSRB0 Entry DEDB Schedule DBFMIOS0 SRB routine
NSRB DBFMSRB0 Exit DEDB Schedule DBFMIOS0 SRB routine
MSRT DBFMSRT0 Entry DEDB Insert SDEP Segment to LSRT
NSRT DBFMSRT0 Exit DEDB Insert SDEP Segment to LSRT
MSR1 DBFMSRT0 MSRTCIAL entry DEDB Preallocate SDEP Cis
MSR2 DBFMSRT0 After Recheck #1 still need PA DEDB Preallocate SDEP Cis
MSR3 DBFMSRT0 After Recheck #2 still need PA DEDB Preallocate SDEP Cis
MSR4 DBFMSRT0 DMAC Read Error DEDB Preallocate SDEP Cis
MSR5 DBFMSRT0 DMAC Read Successful DEDB Preallocate SDEP Cis
MSR6 DBFMSRT0 SDEP Part full after DMAC Read DEDB Preallocate SDEP Cis
MSR7 DBFMSRT0 Allocate an RBAT DEDB Preallocate SDEP Cis
MSR8 DBFMSRT0 DMACLBTS was zero, set here DEDB Preallocate SDEP Cis
MSR9 DBFMSRT0 Trace ACCUM_LENG DEDB Preallocate SDEP Cis
MSRA DBFMSRT0 Trace RBAT, #Cis to allocate DEDB Preallocate SDEP Cis
MSRB DBFMSRT0 Trace RBAT, min # Cis DEDB Preallocate SDEP Cis
MSRD DBFMSRT0 SDEP Part now full DEDB Preallocate SDEP Cis
MSRE DBFMSRT0 SDEP Part now full DEDB Preallocate SDEP Cis
MSRF DBFMSRT0 Lock failure on SDEP PACI DEDB Preallocate SDEP Cis
MSRG DBFMSRT0 Add SDEP CI XCRBs to RBAT DEDB Preallocate SDEP Cis
MSRH DBFMSRT0 Trace ACCUM_LENG DEDB Preallocate SDEP Cis
MLOG DBFMSRT0 Log 5953 Record - entry DEDB Preallocate SDEP Cis
NLOG DBFMSRT0 Log 5953 Record - exit DEDB Preallocate SDEP Cis
SSA9 DBFMSSA9 Entry, Exit(Shift) DEDB Search SSA for Data
MMOV DBFMSSA9 Must Move DEDB Search SSA for Data
BACK DBFMSSA9 Must Move Back DEDB Search SSA for Data
STAY DBFMSSA9 Stay at this Level DEDB Search SSA for Data
FOND DBFMSSA9 Found DEDB Search SSA for Data
COML DBFMSSA9 Command Code L DEDB Search SSA for Data
TWLF DBFMSSA9 Not found - higher key found DEDB Search SSA for Data
EIGH DBFMSSA9 Not found, no higher key found DEDB Search SSA for Data
SAGI DBFMSSC9 Entry, Exit(Shift) DEDB SSA Handler for GET and INSERT
ACST DBFMCSS9 Count SSAs DEDB SSA Handler for GET and INSERT
NAMF DBFMCSS9 Segment Name Found DEDB SSA Handler for GET and INSERT
DESC DBFMCSS9 Level Descending DEDB SSA Handler for GET and INSERT
NDES DBFMCSS9 Level Not Descending DEDB SSA Handler for GET and INSERT
NOTN DBFMCSS9 Segment Name Not Found DEDB SSA Handler for GET and INSERT
NOSG DBFMCSS9 No Segment Name Found DEDB SSA Handler for GET and INSERT
ENAC DBFMCSS9 Hierarchy Error in Segment Name DEDB SSA Handler for GET and INSERT
SSD9 DBFMSSD9 Entry, Exit(Shift) DEDB SSA Handler for DELETE
SAGE DBFMSSG9 Entry,Exit (Shift) DEDB SSA Handler for GET
SAIN DBFMSSI9 Entry,Exit (Shift) DEDB SSA Handler for INSERT
SSP9 DBFMSSP9 Entry,Exit (Shift) DEDB SSA Handler for POS
SSR9 DBFMSSR9 Entry,Exit (Shift) DEDB SSA Handler for REPLACE
MSTP DBFMSTP0 Entry DEDB I/O substitute routine when ADS is closing/closed
NSTP DBFMSTP0 Exit DEDB I/O substitute routine when ADS is closing/closed
SVC9 DBFMSVC9 Entry, Exit(Shift) DEDB set V Command as U command in MLTE
MUHE DBFMUHE0 Entry DEDB Update Log Entry in DMHR
NUHE DBFMUHE0 Exit DEDB Update Log Entry in DMHR
MUH1 DBFMUHE1 Entry, Exit(Shift) DEDB Front End/Back End Elimination
MUPB DBFMUPB0 Entry DEDB View=MSDB Update Buffer handler
XUPB DBFMUPB0 Exit DEDB View=MSDB Update Buffer handler
MVFY DBFMVFY0 Entry DEDB FLD Call Verify Processor
XVFY DBFMVFY0 Exit DEDB FLD Call Verify Processor
VSNA DBFMVSN9 Entry, Exit(Shift) DEDB Call Handler Verify Segment Name
FOND DBFMVSN9 Segment Name Found DEDB Call Handler Verify Segment Name
NOTM DBFNOTM0 Entry Intersystem NOTIFY processor
EOTM DBFNOTM0 Exit Intersystem NOTIFY processor
PDNA DBFPDNA0 Entry DEDB SETR Positioning
PGA5 DBFPDNA0 Exit DEDB SETR Positioning
PENQ DBFPENQ0 Entry DEDB UOW Resource Enqueue
NENQ DBFPENQ0 Exit DEDB UOW Resource Enqueue
PFDS DBFPFDS0 Entry DEDB Unallocate, Unchain, and release ADSC
PGAB DBFPGAB0 Entry DEDB Get Private Buffer or Buffers
NGAB DBFPGAB0 Exit DEDB Get Private Buffer or Buffers
PGAP DBFPGAP0 Entry DEDB HSSP Positioning
PGAE DBFPGAP0 Exit DEDB HSSP Positioning
PGA1 DBFPGAP0 New AREA DEDB HSSP Positioning
PGA2 DBFPGAP0 Previous AREA still active DEDB HSSP Positioning
PGA3 DBFPGAP0 Same AREA DEDB HSSP Positioning
PGDS DBFPGDS0 Entry DEDB Allocate and Chain ADSC
PHST DBFPHST0 Entry DEDB HSSP/Utility Process Termination
PICS DBFPICS0 Entry DEDB HSSP Image Copy Process Setup
NICS DBFPICS0 Exit DEDB HSSP Image Copy Process Setup
PIOS DBFPIOS0 Entry DEDB HSSP Image Copy I/O Routine
IOSH DBFPIOS0 Imac_IC_cursor GT req uow 1st CI DEDB HSSP Image Copy I/O Routine
IOSL DBFPIOS0 Imac_IC_cursor LT req uow 1st CI DEDB H DEDB HSSP Image Copy I/O Routine
IOSE DBFPIOS0 Imac_IC_cursor EQ req uow 1st CI DEDB HSSP Image Copy I/O Routine
NIOS DBFPIOS0 Exit DEDB HSSP Image Copy I/O Routine
PRAB DBFPRAB0 Entry DEDB Release Current UOW Resources
NRAB DBFPRAB0 Exit DEDB Release Current UOW Resources
PSET DBFPSET0 Entry, Exit(Shift) DEDB HSSP Process Setup
PULI DBFPULI0 Entry DEDB UOW Lock Mode Initiation
NULI DBFPULI0 Exit DEDB UOW Lock Mode Initiation
PUL1 DBFPULI0 Wait for CI locks to be released DEDB UOW Lock Mode Initiation
PUXC DBFPUXC0 Entry DEDB UOW Resource Handler
NUXC DBFPUXC0 Exit DEDB UOW Resource Handler
LUXC DBFPUXC0 Lock Subroutine Entry DEDB UOW Resource Handler
PUXR DBFPUXR0 Entry DEDB Release UXRBs
NUXR DBFPUXR0 Exit DEDB Release UXRBs
BSBP DBFSBP10 Entry MSDB Syncpoint Phase I
RSBP DBFSBP10 Exit MSDB Syncpoint Phase I
BACC DBFSBP10 Use MSDB data for operation MSDB Syncpoint Phase I
RACC DBFSBP10 Use Record data for operation MSDB Syncpoint Phase I
CACC DBFSBP10 Trace Segment to be processed MSDB Syncpoint Phase I
DACC DBFSBP10 After move to EPST work area MSDB Syncpoint Phase I
EACC DBFSBP10 Move MSDB Data MSDB Syncpoint Phase I
FACC DBFSBP10 Move MSDB Data MSDB Syncpoint Phase I
BMSG DBFSBP10 Setup Arithmetic Overflow message MSDB Syncpoint Phase I
SDEQ DBFSDEQ0 Entry FP Resource Dequeue
TDEQ DBFSDEQ0 Exit FP Resource Dequeue
UOWX DBFSDEQ0 Change UOW Lock Ownership FP Resource Dequeue
SFLD DBFSFLD0 Entry DEDB Syncpoint Phase I FLD Call
RSFL DBFSFLD0 Exit DEDB Syncpoint Phase I FLD Call
SGAB DBFSGAB0 Entry DEDB Get Buffer from Shared Pool
ZGAB DBFSGAB0 Exit DEDB Get Buffer from Shared Pool
SHQD DBFSHDQ0 Entry DEDB HSSP Resource Dequeue Phase II
SHDX DBFSHDQ0 Exit DEDB HSSP Resource Dequeue Phase II
HPRE DBFSHDQ0 Trace DMAC DEDB HSSP Resource Dequeue Phase II
HPR1 DBFSHDQ0 Application got GC status DEDB HSSP Resource Dequeue Phase II
HPR3 DBFSHDQ0 Application did not get GC status DEDB HSSP Resource Dequeue Phase II
HPRA DBFSHDQ0 Sync Abort Flow DEDB HSSP Resource Dequeue Phase II
SIC1 DBFSIC10 Entry DBFSIC10 DEDB HSSP Image Copy Phase I and Phase II
NIC1 DBFSIC10 Exit DBFSIC10 DEDB HSSP Image Copy Phase I and Phase II
SIC2 DBFSIC10 Entry DBFSIC20 DEDB HSSP Image Copy Phase I and Phase II
NIC2 DBFSIC10 Exit DBFSIC10 DEDB HSSP Image Copy Phase I and Phase II
SICC DBFSIC10 Good Sync, enqueue DMHRSET DEDB HSSP Image Copy Phase I and Phase II
SICE DBFSIC10 Last UOW, enqueue TERM AWE DEDB HSSP Image Copy Phase I and Phase II
SLGE DBFSLGE0 Entry, Exit(Shift) DEDB Sync Log Exit
SLGE2S DBFSLGE2 Entry DEDB Sync Log Exit for Segment Level Locking
SLGE20E DBFSLGE2 Exit DEDB Sync Log Exit for Segment Level Locking
SLG2 DBFSLG20 Entry, Exit(Shift) DEDB Sync/Abort Log Processor
SLOG DBFSLOG0 Entry,Bad Sync(Shift) FP Log Processor
TLOG DBFSLOG0 Exit FP Log Processor
MP10 DBFSMP10 Entry DEDB SDEP Syncpoint Phase I
SYPB DBFSMP10 New current SDEP Buffer DEDB SDEP Syncpoint Phase I
MP11 DBFSMP10 Trace #PA Cis, #required Cis DEDB SDEP Syncpoint Phase I
MP12 DBFSMP10 Trace needed CI Space DEDB SDEP Syncpoint Phase I
MP13 DBFSMP10 Trace new CI space DEDB SDEP Syncpoint Phase I
NP10 DBFSMP10 Exit DEDB SDEP Syncpoint Phase I
SPIX DBFSPIX0 Entry DEDB Process unused XCRB/DMHR at Sync
XPIX DBFSPIX0 Exit DEDB Process unused XCRB/DMHR at Sync
BSY0 DBFSYN00 Entry Pure FP Sync Point Controller
SYN1 DBFSYN10 Entry FP Syncpoint Phase I Controller
TYN1 DBFSYN10 Exit FP Syncpoint Phase I Controller
SYN2 DBFSYN20 Entry, Entry 2nd Call FP Syncpoint Phase II Controller
TYN2 DBFSYN20 Exit FP Syncpoint Phase II Controller
SYP2 DBFSYP20 Entry FP Syncpoint Phase II
TYP2 DBFSYP20 Exit FP Syncpoint Phase II
SYPB DBFSYP20 New current SDEP Buffer FP Syncpoint Phase II
AFCE DBFTAFC9 Entry Analyze FPTCNTRL control cards
AFCX DBFTAFC9 Exit Analyze FPTCNTRL control cards
ATCE DBFTATC9 Entry Analyze Trace Calls
TON0 DBFTATC9 Trace ON Analyze Trace Calls
TOFF DBFTATC9 Trace OFF Analyze Trace Calls
TSEL DBFTATC9 TOM Table built Analyze Trace Calls
TDAT DBFTATC9 Deactivate Trace Analyze Trace Calls
TACT DBFTATC9 Activate Trace Analyze Trace Calls
ATCX DBFTATC9 Exit without error Analyze Trace Calls
ATCY DBFTATC9 Error Exit Analyze Trace Calls
BLTE DBFTBLT9 Entry Build TOM Table Structure
BLTX DBFTBLT9 Exit Build TOM Table Structure
BMIE DBFTBMI9 Entry Build Trace Message In I/O Area
BMIX DBFTBMI9 Exit Build Trace Message In I/O Area
COTE DBFTCOT9 Entry Construct Trace Option Table
COT1 DBFTCOT9 Trace before IMODULE LOAD Construct Trace Option Table
COT2 DBFTCOT9 After call to DBFTBLT9 Construct Trace Option Table
ILAR DBFTCOT9 After GETMAIN Construct Trace Option Table
COT3 DBFTCOT9 After GETMAIN Construct Trace Option Table
COT4 DBFTCOT9 Delete TOM Construct Trace Option Table
COTX DBFTCOT9 Exit without error Construct Trace Option Table
COTY DBFTCOT9 Error Exit Construct Trace Option Table
ABN2 DBFTDEB9 Trace without SDWA Provide Debugging Information for Abending Module
ABN1 DBFTDEB9 Trace with SDWA Provide Debugging Information for Abending Module
FTOE DBFTDEB9 Entry Free Previous TOM
FTOX DBFTDEB9 Exit Free Previous TOM
TRAF DBFTIR1S Trace OFF DBFIRC10 Connection to FP Trace
TRAN DBFTIR1S Trace ON DBFIRC10 Connection to FP Trace
SIEE DBFTSIE9 Entry Setup Initial Environment for FP Trace
SIEX DBFTSIE9 Exit Setup Initial Environment for FP Trace
STS9 DBFTSTS9 Entry Set Trace Suppress Flag
STSX DBFTSTS9 Exit Set Trace Suppress Flag
VIAE DBFTVIA9 Entry Verify I/O Area of Trace Call
TCAL DBFTVIA9 Trace I/O Area Verify I/O Area of Trace Call
TC01 DBFTVIA9 Call is TON or TOFF Verify I/O Area of Trace Call
TC02 DBFTVIA9 Call is TSEL Verify I/O Area of Trace Call
TC03 DBFTVIA9 Trace 1st ID in I/O Area Verify I/O Area of Trace Call
VIAX DBFTVIA9 Exit without error Verify I/O Area of Trace Call
VIAY DBFTVIA9 Error Exit Verify I/O Area of Trace Call
24BE DBFT24B0 Entry Trace Get/Put Routines in 24-bit mode
24BX DBFT24B0 Exit Trace Get/Put Routines in 24-bit mode
UHAC DBFUHAC7 Entry DEDB HSRE Access segment in non reorganized CI
UHAX DBFUHAC7 Exit DEDB HSRE Access segment in non reorganized CI
UHAR DBFUHAR0 Entry DEDB HS Utility Async Read-Ahead
HAR2 DBFUHAR0 Wait for inflight async read ahead DEDB HS Utility Async Read-Ahead
HAR1 DBFUHAR0 Setup SRB for async read ahead DEDB HS Utility Async Read-Ahead
UHAX DBFUHAR0 Exit DEDB HS Utility Async Read-Ahead
PCH0 DBFUHAR0 Entry to routine UHARPCH0 DEDB HS Utility Async Read-Ahead
PCH1 DBFUHAR0 Found non-HSSP XCRB in UOW DEDB HS Utility Async Read-Ahead
PCH2 DBFUHAR0 XCRB has DMHR DEDB HS Utility Async Read-Ahead
PCH3 DBFUHAR0 Data copied to HSSP buffer DEDB HS Utility Async Read-Ahead
PCH4 DBFUHAR0 Release DMHR and XCRB DEDB HS Utility Async Read-Ahead
PCHX DBFUHAR0 Exit from routine UHARPCH0 DEDB HS Utility Async Read-Ahead
UHDA DBFUHDA0 Entry DEDB HSRE Process Alloc/Dealloc of IOVF Cis
UHDX DBFUHDA0 Exit DEDB HSRE Process Alloc/Dealloc of IOVF Cis
UHDS DBFUHDS0 Entry DMAC Sync
UHDX DBFUHDS0 Exit DMAC Sync
UHGS DBFUHGS7 Entry DEDB HSRE Get Space to Copy Segment
UHGX DBFUHGS7 Exit DEDB HSRE Get Space to Copy Segment
UHIO DBFUHIO0 Entry DEDB HSRE Read a specified CI
UHIX DBFUHIX0 Exit DEDB HSRE Read a specified CI
UHPR DBFUHPR7 Entry DEDB HSRE Process Root Chain of RAP CI
UHPX DBFUHPR7 Exit DEDB HSRE Process Root Chain of RAP CI
UHRD DBFUHRD7 Entry DEDB HSRE Read Database Record
UHRX DBFUHRD7 Exit DEDB HSRE Read Database Record
UHRE DBFUHRE0 Entry DEDB HSRE UOW Reorg Mainline
UHRX DBFUHRE0 Exit DEDB HSRE UOW Reorg Mainline
UHSR DBFUHSR0 Entry DEDB HSRE Mainline
UHSX DBFUHSR0 Exit DEDB HSRE Mainline
UHSS DBFUHSS0 Entry DEDB High Speed Utility Services
UHS1 DBFUHSS0 Wait for inflight async read ahead DEDB High Speed Utility Services
NHSS DBFUHSS0 Exit DEDB High Speed Utility Services
UHSI DBFUHSS0 HSSP Image Copy Termination DEDB High Speed Utility Services
UMAF DBFUMAF0 Entry DEDB Utility Page Fix Services
VMAF DBFUMAF0 Exit DEDB Utility Page Fix Services
UMAI DBFUMAI0 Entry DEDB Utility I/O Services
ENQR DBFUMAI0 Test for SDEP CI Lock DEDB Utility I/O Services
VMAI DBFUMAI0 Exit DEDB Utility I/O Services
UMAL DBFUMAL0 Entry DEDB Utility Logging
VMAL DBFUMAL0 Exit DEDB Utility Logging
UMAN DBFUMAN0 Entry DEDB Utility Services
VMAN DBFUMAN0 Exit DEDB Utility Services
UMAV DBFUMAV0 Entry DEDB Utility Set ADS Available
VMAC DBFUMAV0 Exit DEDB Utility Set ADS Available
UMDS DBFUMDS0 Entry DEDB Utility DMAC Sync (CONNECT/DISCONNECT)
VMDS DBFUMDS0 Exit DEDB Utility DMAC Sync (CONNECT/DISCONNECT)
UMFT DBFUMFT0 Entry DEDB ADS Format
VMFT DBFUMFT0 Exit DEDB ADS Format
UMMT DBFUMMT0 Entry DEDB Utility MTO Message Services
UNMT DBFUMMT0 Exit DEDB Utility MTO Message Services
UMNO DBFUMNO0 Entry DEDB Utility Notify Partners to Open ADS
VMNO DBFUMNO0 Exit DEDB Utility Notify Partners to Open ADS
VSCL DBFVSCL0 Entry DEDB VSO Area Close
VSCE DBFVSCL0 Exit DEDB VSO Area Close
VSOP DBFVSOP0 Entry DEDB VSO Area Open
VSOE DBFVSOP0 Exit DEDB VSO Area Open
XPIX DBFXPIX0 Entry Free a chain of XCRBs/UXRBs
NPIX DBFXPIX0 Exit Free a chain of XCRBs/UXRBs