(George Source)
Macros used: DATECON, DATUMA, DOWN, EVENTFIN, FINDPUC, FJOPCA, MACCS, MELPTR, MENDAREA, SEGENTRY, TESTTP, TIMECON, TRACE
22FL ...#OPT K0GIVEA=0 22^= ...#LIS K0GIVEA>K0OBJPROG>K0ALLGEO>K0GREATGEO 23DW ...#SEG GIVEA865 23JR ...[ 23NN ...[ (C) COPYRIGHT INTERNATIONAL COMPUTERS LTD 1983 23SK ...[ 23YG ... 8HGIVEA 24D6 # 24XQ # 25CB [ THIS SEGMENT IS ENTERED FROM OPCA TO PROCESS THE 25NQ ...[ 165 (GIVE) ORDER WITH ALL VALUES OF OPERAND N(M) EXCEPT 2626 ...[ 4 AND 12 WHICH ARE DEALT WITH BY SEGMENT GIVE (WHICH USED TO 26?G ...[ DEAL WITH THEM ALL BUT BECAME TOO BIG). 26JW ...[ A ZERO REPLY IS GIVEN IF N(M) IS NEGATIVE 26W= [ OR GREATER THAN THE CURRENT VALUE OF TOPGIVE, OR IF 27*W [ N(M) = 6 OR 7. 27TG # 28*6 [ ENTRY POINT 28SQ ... SEGENTRY K1GIVEA,ZEP1 29#B # 29S2 #DEF TOPGIVE=13 2=?L PB11 #10000 2=R= XMONTH 44H0FEB0MAR0APR0MAY0JUN0JUL0AUG0SEP0OCT0NOV0DEC 2?=W THOU +1000 2?QG XK9 +K9 2#=6 XK +1024 2#PQ XMINK -1024 2D76 SL 4H/00/ 2DLQ # 2F6B ZEP1 [ENTRY POINT FROM OPCA 2FL2 LDX 7 EVENT5(2) [ISOLATE X-FIELD OF EXTRACODE 2G5L SLC 7 3 2GK= ANDN 7 7 2H4W DATUMA 3 2HJG MACCS ,3 2J46 LDX 3 0 2JHQ ADX 3 7 2K3B LDXC 4 EVENT2(2) [(MODIFIED) OPERAND 2KH2 BCS XGIVE 2L2L BNZ 4 XG 2LG= # 2L^W [ GIVE(0) DATE IN BINARY 2MFG # 2M^6 LDX 4 EDATE [GET BINARY DATE 2NDQ STSLR STO 4 0(3) [STORE SINGLE-LENGTH REPLY 2NYB #SKI K6GIVE>99-99 2PD2 TRACE 4,GIVESLR 2PXL TC EVENTFIN 2QC= # 2QWW XG LDN 6 TOPGIVE 2RBG TXL 6 4 2RW6 BCS XGIVE 2S*Q SMO 4 2STB X BRN X 2T*2 BRN XG1 2TSL BRN XG2 2W#= BRN XG3 2WRW ... BRN (GEOERR) [SINCE NOW IN GIVE 2X?G BRN XG5 2XR6 BRN XG6 2Y=Q BRN XG7 2YQB BRN XG8 2^=2 BRN XG9 2^PL BRN XG10 329= BRN XG11 32NW ... BRN (GEOERR) [SINCE NOW IN GIVE 338G # 33N6 XG13 347Q [ GIVE(13) EXECUTIVE NAME AND SYSTEM IDENTIFIER 34MB LDX 4 EXECNAME 3572 LDX 5 EXECNAME+1 35LL BRN STDLR 366= # 4=Q6 XG1 4?9Q # 4?PB [ GIVE(1) DATE IN CHARACTER FORM 4#92 # 4#NL DATECON EDATE 4*8= LDX 5 ACOMMUNE1(2) 4*MW LDX 6 ACOMMUNE2(2) [X56= DDCCCYY 4B7G LDX 4 5 4BM6 ANDN 5 #7777 4C6Q SLL 56 6 4CLB LDN 0 11 4D62 XG1A SMO 0 4DKL TXU 5 XMONTH-1(1) 4F5= BCC XG1B 4FJW BCT 0 XG1A 4G4G XG1B LDX 5 0 [MONTH IN RANGE 0-11 4GJ6 SBN 5 9 4H3Q BNG 5 XG1C [BRN UNLESS OCT,NOV OR DEC 4HHB ADN 5 #100-10 [ALLOW FOR NEXT ADDITION 4J32 XG1C ADN 5 10 [NOW IN RANGE 1-9,#100-#102 4JGL SLL 5 6 4K2= ORX 5 SL(1) [/MM/ 4KFW SRL 4 12 [--DD 4K^G ANDN 4 #1777 [CONVERT SPACE TO ZERO IF DAY<10 4LF6 SLL 45 12 [DD/MM/-- 4LYQ SRL 6 12 [00YY 4MDB ORX 5 6 4MY2 STDLR STO 4 0(3) [STORE DOUBLE-LENGTH REPLY 4NCL SBNC 7 7 4NX= BCS ST [BRN UNLESS XX* = X7X0 4PBW SBN 3 8 4PWG ST STO 5 1(3) 4QB6 #SKI K6GIVE>99-99 4QTQ ( 4R*B TRACE 4,GIVEREP1 4RT2 TRACE 5,GIVEREP2 4S#L ) 4SS= BRN TC 4T?W XG2 4TRG # 4W?6 [ GIVE(2) TIME IN CHARACTER FORM 4WQQ # 4X=B TIMECON CLEANCT [CONVERT TIME 4XQ2 LDX 4 ACOMMUNE1(2) [GET CONVERSION 4Y9L LDX 5 ACOMMUNE2(2) 4YP= ADN 4 #100 [. TO / 4^8W ADX 5 PB11(1) [. TO / 4^NG BRN STDLR [J TO STORE DOUBLE LENGTH REPLY 5286 XG12A 52MQ LDX 2 FX2 537B XG3 53M2 # 546L [ GIVE(3) CORE STORE ALLOCATED TO PROGRAM 54L= # 5=26 LDX 4 ALIMIT(2) [GET SIZE 5=FQ BRN STSLR [J TO STORE SINGLE LENGTH REPLY 5=^B # B*2L XG5 B*G= # B*^W [ GIVE(5) DETAILS OF CENTRAL PROCESSOR AND EXECUTIVE BBFG # BB^6 LDCT 4 256 BCDQ ORN 4 GEORGE^#40 [ UDAS IMPLEMENTED BCYB ORX 4 CPEXECINFO BD3* ... SEGENTRY K50GIVE [FOR MACRO CSSGIVE5 BD6# ... NULL BD9? LDEX 5 GVERSION [GEORGE ISSUE NO. BDG8 SLL 5 6 BDR5 ORX 5 CPEXECINFO+1 BF42 LDX 0 GVERSION BF#X SRL 0 12 BFKS DCH 0 5 [GEORGE MARK NO. BFWW BRN STDLR BGBG # BGW6 [ UNASSIGNED MODES - GIVE ZERO REPLY BH*Q # BHTB XG6 BHTL ... SEGENTRY K60GIVEA BHTW ...# FOR MACRO CSSGIVE6 BHW8 ... BRN XGIVE BHWK ...# BHX2 ...# A SPECIAL PRIVILEGED READ ACCESS TO GEORGE CODE. BHXC ...# IP MANAGER3=0,OR -VE----NO FACILITY BHXS ...# =1,GIVE 6 ONLY BHYC ...# >1,GIVE 6 & GIVE 6/2 BH^3 ... BNG 7 XGIVE BH^D ... BZE 7 XGIVE BH^T ... LDX 6 0(3) BJ2= ... BNG 6 XGIVE6MODE2 BJ2M ... BNZ 6 XMV1 BJ34 ... LDX 6 2 BJ3F ...XMV1 LDX 3 1(3) BJ3W ... LDX 7 3 BJ4? ... ANDN 3 #777 BJ4N ... SRL 7 15 BJ55 ... BNZ 7 XMV2 BJ5G ... LDN 7 45 BJ5X ...XMV2 LDX 4 6 BJ6P ... ADX 4 3 BJ7H ... TXL 4 CORES BJ7Y ... BCC STSLR+1 BJ7^ ...# NEXT CHEXK IS THAT TARGET ADDRESS IS NOT BEYOND END OF PROG (B9518) BJ82 ... LDX 0 ALIMIT(2) BJ83 ... SBX 0 7 BJ84 ... BZE 3 XGV6B [0 = MOVE OF 512 WORDS BJ85 ... SBX 0 3 BJ86 ...XGV6A BJ87 ... BNG 0 STSLR+1 BJ8* ... ADX 7 ADATUM(2) BJ8Q ... MOVE 6 0(3) BJ97 ... BRN STSLR+1 BJ9= ...XGV6B BJ9* ... SBN 0 512 BJ9D ... BRN XGV6A BJ9J ...XGIVE6MODE2 BJ9^ ... SBN 7 1 BJ=B ... BZE 7 XGIVE BJ=R ... DOWN PNTLAST,7 BJ?8 ... BRN STSLR+1 BJ?K ...# BJ*2 XG7 BJSL XGIVE LDN 4 0 BK#= BRN STSLR BKRW # BL?G XG8 BLR6 [ GIVE(8) MODE SETTING BM=Q SMO 2 BMQB LDCH 4 ALMT [CURRENT MODES B18-23 OF ALMT BN=2 SRL 4 3 BNPL BRN STSLR BP9= # BPNW XG9 BQ8G [ GIVE(9) MODE SETTING REQUESTED BQN6 # BR7Q LDX 4 0(3) BRMB ANDN 4 5 [GET REQUIRED MODES BS72 #SKI K6GIVE>99-99 BSLL TRACE 4,GIVE9REP BT6= SLL 4 3 BTKW SMO 2 BW5G DCH 4 ALMT BWK6 MELPTR 2 [POINT TO CURRENT MEMBER ELEMENT BX4Q SMO 2 BXJB DCH 4 ARM BY42 BRN TC BYHL XG10 B^3= [ GIVE (10) TIME USED IN MICROSECONDS (APPROXIMATELY) B^GW # C22G LDX 5 ATM1(2) C2G6 ADX 5 ATM2(2) C2^Q ADX 5 ATM3(2) C3FB ADX 5 ATM4(2) C3^2 TESTTP ,XGTP C4DL BRN XGORD C4Y= XGTP FINDPUC ,2 [TRUSTED PROGRAM C5CW ADX 5 ATM1(2) C5XG ADX 5 ATM2(2) C6C6 ADX 5 ATM3(2) [ADD PUC TIMERS TO SUMMED C6WQ ADX 5 ATM4(2) [TP TIME. C7BB LDX 2 FX2 C7W2 XGORD C8*L FJOPCA 2 C8T= LDXC 5 5 [ALLOW FOR TIMER SUM GOING NEGATIVE C9#W LDN 4 0 [TOTAL BEATS IN X4,X5 C9SG DVR 4 BEATTIME [DIVIDE BY BEATSAMSEC TO GET MSEC C=#6 ADXC 5 HCLOCKTIME+1(2) C=RQ LDX 4 HCLOCKTIME(2) [ADD IN MSEC CLOCKED SO FAR C??B MPY 5 THOU(1) C?R2 MPA 4 THOU(1) [CONVERT TO MICROSEC C#=L LDX 4 5 C#Q= LDX 5 6 [RESULT TO X4,X5 C*9W BRN STDLR C*PG # CB96 XG11 CBNQ # CC8B [ GIVE (11) TIME SINCE MIDNIGHT IN SECONDS CCN2 LDX 4 CLEANCT [TIME IN K9S CD7L MPY 4 XK9(1) [TIME IN MS CDM= DVD 4 THOU(1) CF6W LDX 0 5 [INTEGRAL PART CFLG DVR 4 THOU(1) [X5=FRACTIONAL PART CG66 LDX 4 0 CGKQ BRN STDLR CH5B # CHK2 MENDAREA 25 CJ4L #END ^^^^ ...61214277000200000000