(George Source)
Macros used: BBS, BXE, BXGE, CLOSETOP, DOWN, ENDCOM, FSHCODE, FSHENTRY, FSHIPCON, FSHIPS, GEOERR, IPCONT, IPUSEX, MENDAREA, MHUNTW, MONOUT, OUTBLOCK, OUTNUM, OUTPARAM, OUTPARAX, READ, SEG, SEGENTRY, SETUPCORE, SYNTHMON, TRACE, TRANSFIN, TRANSRET, UNSET, UP, XYZ
22FL SEG IPALL,864,G.N.HAWKE 22^= # 23DW SEGENTRY K1IPALL,XK1 23YG FSHENTRY K2IPALL,XK2,XK2,XK2 24D6 FSHENTRY K3IPALL,XK3,XK3,XK3 24XQ [ THIS SEGMENT IMPLEMENTS THE ALL PART OF THE INSTPARA COMMAND 25CB # 25X2 #UNS IPEXTENSION+1*IPEXTENSION 26BL #DEF XIPEXT=1 26W= #UNS IPEXTENSION+1*IPEXTENSION 27*W #SKI 27TG #DEF XIPEXT=0 28*6 FSHCODE AORB 28SQ ( 29#B # AWORK3 IS USED TO INDICATE WHETHER AN 'IN' PARAMETER HAS BEEN 29S2 # SPECIFIED. ON ENTRY X4 HOLDS THE APPROPRIATE BITS. 2=?L # BIT 3 - 'IN' PARAMETER SPECIFIED 2=R= # BIT 4 - 'IN A' 2?=W # BIT 5 - 'IN B' 2?QG ) 2#=6 [ THE FOLLOWING IP'S VALUES ETC, CANNOT BE CONVERTED BY CHNUMCON 2#PQ XJOB +JOBTRACE-INSTPARAM [PARAM NUMBERS 2*9B +IMINTRACE-INSTPARAM [OF TRACE TYPE 2*P2 +IMOPTRACE-INSTPARAM [I-PS 2B8L XOPTR +IOPTRACE-INSTPARAM 2BN= XCON +ICONTEXT-INSTPARAM 2C7W UNS +5 2CMG UNSET 5HUNSET 2D76 XEMP GEOERR 1,PARAEMPT [IF PARAMINDEX EMPTY-GEOERR 2DLQ [ IF CONTEXT THEN OTHER PARAMETERS ARE A,B OR C 2F6B [ S/R TO CONVERT AND O/P CONTEXT TYPE PARS 2FL2 TEXTCON 2G5L SBX 6 FX1 2GK= IPCONT 7,3 [CONVERT PARAMETER 2H4W OUTPARAM 3,ACOMMUNE1 2HJG ADX 6 FX1 2J46 EXIT 6 0 2JHQ OUTNUM [S/R TO OUTPUT DEC NO IN X6 2K3B SBX 3 FX1 2KH2 OUTNUM 6,7,1 2L2L ADX 3 FX1 2LG= EXIT 3 0 2L^W # 2MFG #SKI XIPEXT 2M^6 XK1 DOWN SETUPARA,2 [SET UP FILE/FRB BLOCK 2NDQ #SKI XIPEXT<1$1 2NYB XK1 READ 2PD2 CLOSETOP 2PXL FSHCODE AORB 2QC= STO 4 AWORK3(2) [STORE BIT INDICATOR IN AWORK3 2QWW MONOUT IPHEADING [OUTPUT HEADING 2RBG MHUNTW 3,FILE,FRB 2RW6 STOZ 6 2S*Q #SKI XIPEXT 2STB LDX 7 A1+FRH(3) [NUMBER OF WORDS IN FILE?FRB BLOCK 2T*2 #SKI XIPEXT<1$1 2TSL LDEX 7 A1+FRH(3) 2W#= BZE 7 XEMP [PARAMINDEX IS EMPTY 2WRW LDN 0 IPLINE 2X?G DVR 6 0 [CT IN X7 2XR6 STOZ AWORK1(2) 2Y=Q XLOOP ADX 3 AWORK1(2) 2YQB STO 7 AWORK2(2) [SAVE COUNT 2^=2 LDX 1 IPNUM(3) 2^PL LDN 4 INSTPARL 329= #SKI XIPEXT 32NW ( 338G BPZ 1 NOTXTNUM [J IF NOT IN EXTENSION TABLE 33N6 LDEX 0 1 [REMOVE 'EXTENSION TABLE' BIT 347Q BXGE 0 IPEXTCOUNT,XOUT [J IF OUT OF RANGE 34MB BRN XTNUM 3572 NOTXTNUM 35LL ) 366= TXL 4 1 36KW BCS XOUT [J IF OUT OF RANGE 375G XTNUM 37K6 STO 4 AWORK4(2) [MARKER 384Q LDN 2 XCON-XJOB 38JB XYZ ADX 2 FX1 3942 TXU 1 XJOB-1(2) 39HL BCC TRC [J IF TRACE 3=3= SBX 2 FX1 3=GW BCT 2 XYZ 3?2G LDX 2 FX2 3?G6 NGS 2 AWORK4(2) [SET MARKER => CONTEXT 3?^Q SMO FX1 3#FB TXU 1 XCON 3#^2 BCC TRC [CONTEXT I.P 3*DL STOZ AWORK4(2) [CLEAR MARKER 3*Y= TRC 3BCW FSHCODE AORB 3BXG ( 3CC6 LDX 2 FX2 [RESET X2 3CWQ LDX 4 1 [SAVE CURRENT IPNUM IN X4 3DBB FSHCODE A,XFSHANUM 3DW2 ( 3F*L BBS 4,AWORK3(2),XCURRALL [J IF A'S IPS REQUIRED 3FT= XFSHANUM 3G#W ) 3GSG FSHIPCON 1,5 [GET CORRESPONDING IPNUM IN X5 3H#6 MHUNTW 3,FILE,FRB [PTR TO FILE/FRB BLOCK 3HRQ FSHCODE B,XFSHBNUM 3J?B ( 3JR2 BBS 5,AWORK3(2),XFSHBNUM [J IF B'S IPS REQUIRED 3K=L ADX 3 AWORK1(2) [RESET PTR TO IP WITHIN BLOCK 3KQ= BRN XFSHBALL 3L9W XFSHBNUM 3LPG ) 3M96 NXTIP 3MNQ BXE 5 IPNUM(3),TESTCURR [J IF NOT REQUIRED IPNUM 3N8B ADN 3 IPLINE [PTR TO NEXT IP ENTRY 3NN2 BRN NXTIP 3P7L TESTCURR 3PM= LDX 1 4 [RESTORE CURRENT IPNUM 3Q6W FSHCODE B,XFSHBALL 3QLG ( 3R66 BBS 5,AWORK3(2),XCURRALL [J IF CURRENT MACHINE IPS REQD 3RKQ XFSHBALL 3S5B ) 3SK2 LDX 1 5 [LOAD CORRESPONDING IPNUM INTO X1 3T4L XCURRALL 3TJ= ) 3W3W #SKI XIPEXT 3WHG IPUSEX LDX 4,1 [LOAD CURRENT VALUE OF IP 3X36 #SKI XIPEXT<1$1 3XGQ LDX 4 INSTPARAM(1) 3Y2B LDX 5 IPMIN(3) 3YG2 LDX 6 IPMAX(3) 3Y^L LDN 3 IPNAME 3^F= LDX 2 FX2 3^YW ADX 3 AWORK1(2) 42DG LDN 0 13 42Y6 OUTBLOCK 0 [SET UP PARAM BLOCK 43CQ LDN 1 12 43XB OUTPARAX 1,3,FILE,FRB [NAME 44C2 LDX 0 AWORK4(2) 44WL BZE 0 XFIG [J IF NOT TRACE 45B= BPZ 0 TRACX [J IF TRACE TYPE I.P. 45TW BNZ 6 XCON1 46*G CALL 3 OUTNUM [IF ZERO, USE OUTNUM 46T6 BRN T10 47#Q XCON1 LDX 7 6 47SB CALL 6 TEXTCON [CONVERT MIN 48#2 T10 BNZ 5 XCON2 48RL LDX 6 5 49?= CALL 3 OUTNUM 49QW BRN TRC1 4==G XCON2 LDX 7 5 4=Q6 CALL 6 TEXTCON 4?9Q BRN TRC1 4?PB TRACX 4#92 LDX 0 6 4#NL CALL 6 SYNTH 4*8= LDX 0 5 4*MW CALL 6 SYNTH 4B7G BRN TRC1 4BM6 XFIG 4C6Q CALL 3 OUTNUM [MAX 4CLB LDX 6 5 4D62 CALL 3 OUTNUM [MIN 4DKL TRC1 4F5= CALL 7 SUNSET [IS IP UNSET 4FJW BRN XMON 4G4G BRN NOT 4GJ6 # 4H3Q SUNSET 4HHB BXE 4 GSIGN,SSUNS 4J32 EXIT 7 1 4JGL # 4K2= SSUNS 4KFW [ THIS CURES B2928 - I.E. AS OUTPARAM MAY COORDINATE 4K^G [ WE MUST RELITIVIZE THE LINK (X7) 4LF6 [ DONE 4TH JUNE 75 :CENT 4LYQ [ 4MDB SBX 7 FX1 4MY2 LDX 0 UNSET(1) [CASE WHEN IP UNSET 4NCL STO 0 ACOMMUNE5(2) 4NX= LDX 0 UNSET+1(1) 4PBW STO 0 ACOMMUNE6(2) 4PWG LDN 4 7 4QB6 OUTPARAM 4,ACOMMUNE5 4QTQ ADX 7 FX1 4R*B [ 4RT2 EXIT 7 0 4S#L NOT LDX 6 4 4SS= LDX 0 AWORK4(2) 4T?W BZE 0 NOTT [J IF NOT TRACE 4TRG BPZ 0 TRCX 4W?6 BZE 6 NOTT 4WQQ LDX 7 6 4X=B CALL 6 TEXTCON [CONVERT VALUE 4XQ2 BRN XMON 4Y9L TRCX 4YP= LDX 0 4 4^8W CALL 6 SYNTH 4^NG BRN XMON 5286 NOTT 52MQ CALL 3 OUTNUM [CURRENT VALUE 537B XMON MONOUT IPLISTING 53M2 XOUT 546L MHUNTW 3,FILE,FRB 54L= LDN 0 IPLINE 555W ADS 0 AWORK1(2) 55KG LDX 7 AWORK2(2) [RESTORE COUNT 5656 BCT 7 XLOOP 56JQ XEND 574B ENDCOM 57J2 # 583L [ S/R TO CONVERT TRACE TYPE IPS 58H= SYNTH 592W SBX 6 FX1 59GG SYNTHMON 0 5=26 ADX 6 FX1 5=FQ EXIT 6 0 5=^B # 5?F2 FSHCODE AORB 5?YL ( 5#D= XK2 5#XW # THIS ENTRY POINT SETS UP A FSH/FSHIPS BLOCK AND COPIES INTO IT THE 5*CG # CORRESPONDENCE TABLE FOR THE INSTALATION PARAMETERS IN THE TWO 5*X6 # MACHINES. IT IS ENTERED FROM SETUPARA BY A 'DOWN' TO OBTAIN THE 5BBQ # TABLE FOR MACHINE B AND BY A SUPERVISORY 'TRANSBEG' TO OBTAIN THE 5BWB # TABLE FOR MACHINE A AS THIS IS ONLY REQUIRED FOR CHECKING WHEN 5CB2 # LOADING MACHINE B. 5CTL # 5D*= SETUPCORE IPEXTCOUNT,3,FSH,FSHIPS [SETUP FSH/FSHIPS BLOCK 5DSW #SKI K6IPALL>99-99 5F#G TRACE 3,INSTIPS 5FS6 ADN 3 A1 [POINT TO START OF DATA AREA 5G?Q LDN 2 XIPTABSTART(1) [START OF CORRESPONDENCE TABLE 5GRB MOVE 2 IPEXTSIZE [MOVE ALL OF TABLE INTO BLOCK 5H?2 FSHCODE B,XFSHBTAB 5HQL ( 5J== #SKI K6IPALL>99-99 5JPW TRACE 3,UPFSHIP 5K9G UP [ENTERED BY DOWN FROM SETUPARA 5KP6 XFSHBTAB 5L8Q ) 5LNB FSHCODE A,XFSHATAB 5M82 ( 5MML #SKI K6IPALL>99-99 5N7= TRACE 2,FINFSHIP 5NLW TRANSFIN ,AUT [ENTERED BY TRANSBEG FROM SETUPARA 5P6G TRANSRET [ (SUPERVISORY TRANSBEG) 5PL6 XFSHATAB 5Q5Q ) 5QKB #PAGE 5R52 # THIS ENTRY POINT IMPLEMENTS THE FSHIPCON MACRO TO CONVERT AN IP 5RJL # NUMBER TO ITS CORRESPONDING IPNUMBER IN THE OTHER MACHINES 5S4= # MATCHING IPVALUE IN FIXED CORE USING THE CORRESPONDENCE TABLE HELD 5SHW # AT THE END OF THIS SEGMENT. 5T3G # 5TH6 XK3 5W2Q LDX 5 ACOMMUNE1(2) [IP NUMBER TO BE CONVERTED 5WGB #SKI K6IPALL>99-99 5X22 TRACE 5,INSTCONV 5XFL ADN 1 XIPTABSTART [PTR TO START OF CORRESPONDENCE TABLE 5X^= LDX 4 IPEXTCOUNT [LENGTH OF CORRESPONDENCE TABLE 5YDW NEXTIPPAIR 5YYG LDX 0 0(1) [NEXT ENTRY IN CORRESPONDENCE TABLE 5^D6 #SKI K6IPALL>199-199 5^XQ TRACE 0,IPCORENT 62CB BPZ 5 TOPHALF [J IF IPNUM GIVEN FOR MACHINE A 62X2 ANDN 0 #7777 [BITS 12-23 OF ENTRY 63BL SRC 0 1 [IP NUMBER FOR MACHINE B 63W= BRN TESTIPNUM 64*W TOPHALF 64TG ANDX 0 HALFTOP [BITS 0-11 OF ENTRY 65*6 SLC 0 11 [IP NUMBER FOR MACHINE A 65SQ TESTIPNUM 66#B BXE 0 5,XFOUND [J IF SAME AS IP GIVEN FOR CONVERSION 66S2 ADN 1 1 [POINT TO NEXT ENTRY IN TABLE 67?L BCT 4 NEXTIPPAIR [J IF MORE ENTRIES IN TABLE 67R= BRN XIPUP [NO MATCHING FOUND 68=W XFOUND 68QG LDX 0 0(1) [MATCHING ENTRY IN TABLE 69=6 BPZ 5 XBOTTOMHALF [J IF IP NUMBER GIVEN FOR MACHINE A 69PQ ANDX 0 HALFTOP [BITS 0 - 11 6=9B SLC 0 11 [CORRESPONDING IPNUM FOR MACHINE A 6=P2 BRN STOREIPNUM 6?8L XBOTTOMHALF 6?N= ANDN 0 #7777 [BITS 12 - 23 6#7W SRC 0 1 [CORRESPONDING IPNUM FOR MACHINE B 6#MG STOREIPNUM 6*76 #SKI K6IPALL>99-99 6*LQ TRACE 0,CONVINST 6B6B STO 0 ACOMMUNE1(2) [STORE CORRESPONDING IPNUM 6BL2 XIPUP 6C5L UP [RETURN TO CALLING SEGMENT 6CK= # 6D4W SEGENTRY K50IPALL 6DJG XIPTABSTART 6F46 #UNS IPEXTSIZE [ONLY SET IF EXTENSION TABLE ALREADY DEFINED 6FHQ FSHIPS SHAPE [REDEFINE CORRESPONDENCE TABLE 6G3B #UNS IPEXTSIZE [LEAVE SPACE FOR CORRESPONDENCE TABLE IF NOT 6GH2 #SKI [ALREADY DEFINED BY 'FSHIPS' MACRO 6H2L #GAP 50 [50 WORDS FOR IP CORRESPONDENCE TABLE 6HG= ) 6H^W MENDAREA 30,K99IPALL 6JFG #END ^^^^ ...667074460001