This section shows the stack frames for all active routines, and the static storage. Use this section of the dump to identify variable values, determine the contents of parameter lists, and locate the timestamp. Figure 1 shows this section of the dump.
Control Blocks for Active Routines:
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DSA for EXAMPLE: 11A3A3B8
+000000 FLAGS.... 10A3 member... A12C BKC...... 11A3A180 FWC...... 11A3A138 R14...... 912003F2
+000010 R15...... 112000D0 R0....... 11A3A3B8 R1....... 11200240 R2....... 11211768 R3....... 1120037A
+000024 R4....... 11A3A0D8 R5....... 11A3A3B8 R6....... 11200800 R7....... 00000000 R8....... 11211648
+000038 R9....... 00000008 R10...... 11A3A0B0 R11...... 11200ACC R12...... 112129B0 reserved. 00000000
+00004C NAB...... 11A3A4A8 PNAB..... 00000000 reserved. 00000000 00000000
+000064 reserved. 00000000 reserved. 00000000 MODE..... 00000000 reserved. 00000000
+000078 reserved. 00000000 reserved. 00000000
Dynamic save area (EXAMPLE): 11A3A3B8
+000000 11A3A3B8 10A3A12C 11A3A180 11A3A138 912003F2 112000D0 11A3A3B8 11200240 11211768 |.t...t...t..j..2.....tt.... ....|
+000020 11A3A3D8 1120037A 11A3A0D8 11A3A3B8 11200800 00000000 11211648 00000008 11A3A0B0 |...:.t.Q.tt..................t..|
+000040 11A3A3F8 11200ACC 112129B0 00000000 11A3A4A8 00000000 00000000 00000000 00000000 |.............tuy................|
+000060 11A3A418 00000000 00000000 00000000 00000000 00000000 00000000 00000000 00000000 |................................|
+000080 11A3A438 00000000 00000000 00000000 00000000 00000000 00000000 00100000 00000000 |................................|
+0000A0 11A3A458 00180180 11A3A3B8 00000000 11200980 0B300000 11200240 11A3A3B8 00000000 |.....tt................ .tt.....|
+0000C0 11A3A478 00000002 00000002 00000002 00000002 00000002 00000002 00000002 00000002 |................................|
+0000E0 11A3A498 00000002 00000002 0000000B 00000014 10000000 11A3A3B8 11A3A7D8 912001D2 |.....................tt..txQj..K|
ENTERPRISE PL/I OPTIONS:
AFP, ARCH( 5), BACKREG(5), BIFPREC(15), CHECK(NOCONFORMANCE, NOSTORAGE), CMPAT(V2), CODEPAGE( 1140), COMMON,
NOCOMPACT, CSECT, CSECTCUT( 4) CURRENCY( $), NODBCS, DECIMAL( FOFLONASGN, NOFORCEDSIGN), DEFAULT( IBM, ASSIGNABLE,
NOINITFILL, NONCONNECTED, DESCRIPTOR, DESCLOCATOR, DUMMY(ALIGNED), ORDINAL(MIN), BYADDR, RETURNS(BYADDR),
LINKAGE(OPTLINK), NORETCODE, NOINLINE, ORDER, NOOVERLAP, NONRECURSIVE, ALIGNED, NULL370, EVENDEC, SHORT(HEXADEC),
EBCDIC, HEXADEC, NATIVE, NATIVEADDR, E(HEXADEC) ), DISPLAY(WTO), NODLLINIT, EXTRN(FULL), NOGRAPHIC, NOINITAUTO,
NOINITBASED, NOINITCTL, NOINITSTATIC, NOINTERRUPT, LIMITS( EXTNAME( 7), FIXEDBIN( 31, 31), FIXEDDEC( 15, 15), NAME( 100
)), OPTIMIZE( 0), PREFIX( CONVERSION, FIXEDOVERFLOW, INVALIDOP, OVERFLOW, PRECTYPE(ANS), NOSIZE, NOSTRINGRANGE,
NOSTRINGSIZE, NOSUBSCRIPTRANGE, UNDERFLOW, ZERODIVIDE), REDUCE, NORENT, RESEXP, RESPECT(), RULES(IBM), NOSTDSYS,
NOSCHEDULER, STRINGOFGRAPHIC(GRAPHIC), SYSTEM(MVS), TEST(ALL ,SYM ,HOOK ,NOSEPARATE), TUNE( 5), USAGE( ROUND(IBM),
UNSPEC(IBM)), WIDECHAR(BIGENDIAN), WINDOW( 1950), WRITABLE, XINFO(NODEF, NOXML)
Static for procedure EXAMPLE Timestamp: 2007.01.31 15:59:36 V03.R06.M00: 11200800
+000000 11200800 02020240 00000005 02020240 00000021 00000000 11200898 00000000 11200830 |... ....... ...........q........|
+000020 11200820 00000000 11200898 00000000 11200830 00000000 11200838 00000000 00000000 |.......q........................|
+000040 11200840 31010001 00000000 00000000 00000000 00000010 00000000 00000000 00000000 |................................|
+000060 11200860 112008B0 00000000 00000000 00000000 00000004 00000004 0000000A 00000001 |................................|
+000080 11200880 0000001B 00000024 0000002D 00000032 00000000 00000000 112008D0 112008F0 |...............................0|
+0000A0 112008A0 11200910 11200930 00000000 11200860 02002200 11200340 00000000 00000000 |...............-....... ........|
+0000C0 112008C0 11200840 11200438 00090107 00000000 42002201 000000A2 00000000 00000000 |... ...................s........|
+0000E0 112008E0 30000000 11200444 00090105 00000000 48012401 D00000C0 11200870 00000000 |................................|
+000100 11200900 00001F80 1120044C 00010105 00000000 40002401 D00000E8 00000000 00000000 |.......<........ ......Y........|
+000120 11200920 00001F80 11200454 00010101 00000000 40002401 D00000EC 00000000 00000000 |................ ...............|
+000140 11200940 00001F80 11200458 00010109 00000000 00000003 00000010 00000002 0000002D |................................|
+000160 11200960 00000024 0000000F 00000002 0000002D 00000032 0000000E 00000001 00000032 |................................|
+000180 11200980 D0000098 00100000 6E3BFFE0 00000000 11200898 11200A80 11200830 90010000 |...q....>..........q............|
+0001A0 112009A0 11200340 00000000 00000000 00000004 11200880 00000000 112009C0 00000000 |... ............................|
+0001C0 112009C0 D00000A8 00100000 6E3BFFE0 00000000 11200820 11200A80 11200828 83010000 |...y....>...................c...|
+0001E0 112009E0 11200240 11200980 11200A00 00000000 00000000 00000000 00000000 00000000 |... ............................|
+000200 11200A00 D0000098 00000000 6E7BFFE0 00000000 11200810 11200A80 11200818 01000000 |...q....>#......................|
+000220 11200A20 112000D0 11200980 00000000 00000000 00000000 11200950 00000000 00000000 |.......................&........|
+000240 11200A40 00000000 00000000 00000000 00000000 00010007 C5E7C1D4 D7D3C500 010005D3 |....................EXAMPLE....L|
+000260 11200A60 C1C2D3F1 00010005 C1D9D9C1 E8000100 01C90001 0009C1D9 D9C1E86D C5D5C400 |ABL1....ARRAY....I....ARRAY_END.|
+000280 11200A80 00000000 11200464 E1100FF2 F0F0F7F0 F1F3F1F1 F5F5F9F3 F6F0F0F0 0000003F |...........20070131155936000....|
+0002A0 11200AA0 11200A40 11200860 11200838 00000001 11200850 00220000 00000000 11200980 |... ...-...........&............|
+0002C0 11200AC0 11200438 00000000 01000001 11200340 11200FC0 00000000 18AF47F0 A016C3C5 |............... ...........0..CE|
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