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ojx03.asm
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* Label naming:
* ENTRY = Main entry point
* ENTnn = Additional entry point
* B = Byte
* D = Displaced branch/jump target
* F = Function JSR target
* I = 32-bit integer
* J = Jump target
* L = Label (generic)
* N = Bignum
* P = Pointer
* S = String
* W = Word
*
*
* Function ENTRY
*
8000:ENTRY JMP/ J8DFF ; =0x8dff =36351(-29185) [Jump direct]
*
8003: DB 0,100 ; =0x00,0x0064
8067:W8067 DW X'0000' ; =0x0000 =0 =NUL,NUL
8069:W8069 DW X'0000' ; =0x0000 =0 =NUL,NUL
806b:W806B DW X'0000' ; =0x0000 =0 =NUL,NUL
806d:W806D DW X'0000' ; =0x0000 =0 =NUL,NUL
806f:S806F DB 0,392 ; =0x00,0x0188
81f7:S81F7 DB 0,400 ; =0x00,0x0190
8387:W8387 DB X'00' ; =0x00 =0 =NUL
8388:B8388 DB X'00' ; =0x00 =0 =NUL
8389:W8389 DW X'0000' ; =0x0000 =0 =NUL,NUL
838b:N838B DB X'00' ; =0x00 =0 =NUL
838c:S838C DB 0,3 ; =0x00,0x0003
838f:S838F DB 0,3 ; =0x00,0x0003
8392:B8392 DB X'00' ; =0x00 =0 =NUL
8393:W8393 DW X'0000' ; =0x0000 =0 =NUL,NUL
8395:W8395 DW X'0000' ; =0x0000 =0 =NUL,NUL
8397:W8397 DW X'0000' ; =0x0000 =0 =NUL,NUL
8399:W8399 DW X'0000' ; =0x0000 =0 =NUL,NUL
839b:W839B DW X'0000' ; =0x0000 =0 =NUL,NUL
839d:B839D DW X'0000' ; =0x0000 =0 =NUL,NUL
839f:W839F DW X'0000' ; =0x0000 =0 =NUL,NUL
83a1:W83A1 DW X'0000' ; =0x0000 =0 =NUL,NUL
83a3:W83A3 DB X'00' ; =0x00 =0 =NUL
83a4:W83A4 DB X'00' ; =0x00 =0 =NUL
83a5:W83A5 DB X'00' ; =0x00 =0 =NUL
83a6:W83A6 DB X'00' ; =0x00 =0 =NUL
83a7:W83A7 DB X'00' ; =0x00 =0 =NUL
83a8:W83A8 DB X'00' ; =0x00 =0 =NUL
83a9:W83A9 DW X'0000' ; =0x0000 =0 =NUL,NUL
83ab:N83AB DB 0,4 ; =0x00,0x0004
83af:W83AF DW X'0000' ; =0x0000 =0 =NUL,NUL
83b1:W83B1 DW X'0000' ; =0x0000 =0 =NUL,NUL
83b3:W83B3 DB X'00' ; =0x00 =0 =NUL
83b4:W83B4 DW X'0051' ; =0x0051 =81
83b6:S83B6 DB 0,80 ; =0x00,0x0050
8406: DB X'8D' ; =0x8d =141(-115) =CR
8407:W8407 DW X'0000' ; =0x0000 =0 =NUL,NUL
8409:S8409 DB 0,6 ; =0x00,0x0006
840f:N840F DB 0,6 ; =0x00,0x0006
8415:S8415 DB 0,8 ; =0x00,0x0008
841d:W841D DW X'0000' ; =0x0000 =0 =NUL,NUL
841f:W841F DW X'0000' ; =0x0000 =0 =NUL,NUL
8421:W8421 DW X'0190' ; =0x0190 =400
8423: DB 0,401 ; =0x00,0x0191
85b4:W85B4 DW X'0060' ; =0x0060 =96
85b6: DC 'FLOPPY-SSDD '
85c2: DB X'00' ; =0x00 =0 =NUL
85c3: DC '@FLOPPY-DSDD '
85d0: DW X'032A' ; =0x032a =810
85d2: DC 'HAWK/PERTEC '
85de: DW X'0803' ; =0x0803 =2051
85e0: DC 'CMD-I 2051T'
85ec: DB X'08' ; =0x08 =8
85ed: DC 'QCMDIII 2257T'
85fa: DB X'0C' ; =0x0c =12
85fb: DC 'RFINCH - 24MB'
8608: DW X'1118' ; =0x1118 =4376
860a: DC 'FINCH - 32MB'
8616: DW X'155E' ; =0x155e =5470
8618: DC 'FINCH - 40MB'
8624: DW X'FFFF' ; =0xffff =65535(-1)
8626: DC 'CMD-I 2051T'
8632: DB X'00' ; =0x00 =0 =NUL
8633: DB X'00' ; =0x00 =0 =NUL
8634:W8634 DW X'0730' ; =0x0730 =1840
8636: DB X'0C' ; =0x0c =12
8637:S8637 DC 'STATUS DISPLAY REV 7.13 SYSTEM DATE: '
865f:S865F DC ' TOTAL SYSTEM RAM '
867e:S867E DC '@#@K MAXIMUM TRANSIENT SIZE '
86a3:S86A3 DC '@#@K OPSYS SIZE '
86ce:S86CE DC '@#@K TRANSIENT USED '
86f3:S86F3 DC '@#@.@@@K PARTITION SIZES '
871e:S871E DC '@#@K TRANSIENT USED '
8743:S8743 DC '@#@.@@@% TRANSIENT ALLOCATED '
876e:S876E DC '@#@K ' ; hex:c0a3c0cba0a0a0a0a0
8777:S8777 DC ' BASIC MONITOR LOADED MEMORY'
87b3: DC ' AVAILABLE '
87be:S87BE DC '@#@K '
87fa: DC ' V O L U M E D '
8836: DC 'I S K P A R T I T I O N J O B # NAME '
8872: DC ' DATE TYPE / SIZE / FLAGS NUM DEVICE BUF PRI SIZ NAME'
88ae: DC ' FLAGS '
88ea: DC ' '
8907:S8907 DC ' ' ; hex:a0 dec:160(-96)
8908:S8908 DC ' '
8944: DC ' '
8980: DC ' '
89bc: DC ' '
89f8: DC ' '
8a34: DC ' '
8a70: DC ' '
8aac: DC ' '
8ae8: DC ' '
8b24: DC ' '
8b60: DC ' '
8b9c: DC ' '
8bd8: DC ' '
8c14: DC ' '
8c50: DC ' '
8c8c: DC ' '
8cc8: DC ' '
8d04: DC ' '
8d17:S8D17 DC ' (NEWLINE TO CONTINUE)'
8d4a: DB X'8D' ; =0x8d =141(-115) =CR
8d4b:W8D4B DW W8D53 ; =0x8d53 =36179(-29357)
8d4d: DB 0,6 ; =0x00,0x0006
8d53:W8D53 DW X'0100' ; =0x0100 =256
8d55: DW X'FFFF' ; =0xffff =65535(-1)
8d57: DW X'0F00' ; =0x0f00 =3840
8d59: DB 0,37 ; =0x00,0x0025
8d7e: DW W8D80 ; =0x8d80 =36224(-29312)
8d80:W8D80 DB X'00' ; =0x00 =0 =NUL
8d81:W8D81 DW X'0000' ; =0x0000 =0 =NUL,NUL
8d83:W8D83 DW X'0082' ; =0x0082 =130
8d85: DW X'2202' ; =0x2202 =8706
8d87: DW X'0780' ; =0x0780 =1920
8d89: DW W8634 ; =0x8634 =34356(-31180)
8d8b: DB 0,4 ; =0x00,0x0004
8d8f:W8D8F DW X'0081' ; =0x0081 =129
8d91: DB X'00' ; =0x00 =0 =NUL
8d92: DW X'0100' ; =0x0100 =256
8d94: DB X'01' ; =0x01 =1
8d95: DW S8409 ; =0x8409 =33801(-31735)
8d97: DW X'0000' ; =0x0000 =0 =NUL,NUL
8d99:W8D99 DW X'0082' ; =0x0082 =130
8d9b: DW X'2202' ; =0x2202 =8706
8d9d: DW X'0190' ; =0x0190 =400
8d9f: DW W8421 ; =0x8421 =33825(-31711)
8da1: DB 0,3 ; =0x00,0x0003
8da4: DW X'0102' ; =0x0102 =258
8da6: DW X'0200' ; =0x0200 =512
8da8: DB X'51' ; =0x51 =81
8da9: DW W83B4 ; =0x83b4 =33716(-31820)
8dab: DB 0,12 ; =0x00,0x000c
8db7:W8DB7 DW X'0082' ; =0x0082 =130
8db9: DW X'2202' ; =0x2202 =8706
8dbb: DB 0,8 ; =0x00,0x0008
8dc3: DW X'0102' ; =0x0102 =258
8dc5: DW X'0051' ; =0x0051 =81
8dc7: DW W83B4 ; =0x83b4 =33716(-31820)
8dc9: DB 0,14 ; =0x00,0x000e
8dd7: DW X'0E81' ; =0x0e81 =3713
8dd9: DB X'00' ; =0x00 =0 =NUL
8dda: DW X'8300' ; =0x8300 =33536(-32000)
8ddc: DW X'8F0E' ; =0x8f0e =36622(-28914)
8dde: DB X'00' ; =0x00 =0 =NUL
8ddf: DW X'0190' ; =0x0190 =400
8de1: DW X'920F' ; =0x920f =37391(-28145)
8de3: DB X'00' ; =0x00 =0 =NUL
8de4: DW X'0190' ; =0x0190 =400
8de6: DW W8067 ; =0x8067 =32871(-32665)
8de8: DW X'0320' ; =0x0320 =800
8dea: DW X'0000' ; =0x0000 =0 =NUL,NUL
8dec: DW X'0E81' ; =0x0e81 =3713
8dee: DB X'00' ; =0x00 =0 =NUL
8def: DW X'8300' ; =0x8300 =33536(-32000)
8df1: DW X'8E0E' ; =0x8e0e =36366(-29170)
8df3: DB X'00' ; =0x00 =0 =NUL
8df4: DW X'0190' ; =0x0190 =400
8df6: DW X'8E0F' ; =0x8e0f =36367(-29169)
8df8: DB X'00' ; =0x00 =0 =NUL
8df9: DW X'0190' ; =0x0190 =400
8dfb: DW W8067 ; =0x8067 =32871(-32665)
8dfd: DW X'0320' ; =0x0320 =800
*
8dff:J8DFF XFR= W8067,S ; =0x8067 =32871(-32665) [Transfer immediate to S]
8e03: SVC X'0D' ; =13 [Service call JXM - protected change to JX map]
8e05: SVC X'0B' ; =11 [Service call DT - get binary date]
8e07: SVC X'05' ; =5 [Service call TS - load transient module]
8e09: DB X'04' ; =0x04 =4 [Selector: string date from date in A]
8e0a: DW S865F ; =0x865f =34399(-31137) [address of string date]
8e0c: MVF (8)/S865F,/X'0128' ; =0x865f =34399(-31137),=0x0128 =296 [Move fixed-length, direct, direct]
8e13: MVF (8)/X'0128',/S865F ; =0x0128 =296,=0x865f =34399(-31137) [Move fixed-length, direct, direct]
8e1a: LDA/ X'0103' ; =0x0103 =259 [Load A direct]
8e1d: STA/ W8397 ; =0x8397 =33687(-31849) [Store A direct]
8e20: XAY ; [Transfer A to Y]
8e21: LDA+ Y,8 ; [Load A indexed, displaced, direct]
8e24: LDAB+ A,24 ; [Load AL indexed, displaced, direct]
8e27: STAB/ B8392 ; =0x8392 =33682(-31854) [Store AL direct]
8e2a: LDB= W8D83 ; =0x8d83 =36227(-29309) [Load B with immediate]
8e2d: SVC X'5C' ; =92 [Service call GBKV - get OS block value]
8e2f: DB X'01' ; =0x01 =1 [TODO: arg1]
8e30: DB X'01' ; =0x01 =1 [TODO: arg2]
8e31: DB X'01' ; =0x01 =1 [TODO: arg3]
8e32: DW W83B3 ; =0x83b3 =33715(-31821) [address to store block value]
8e34: CAD/ W8407 ; [Clear word at address]
8e38: LDA= W8DB7 ; =0x8db7 =36279(-29257) =CR,'7' [Load A with immediate]
8e3b: STA/ W841F ; =0x841f =33823(-31713) [Store A direct]
8e3e: LDAB/ W83B3 ; =0x83b3 =33715(-31821) [Load AL direct]
8e41: DCRB AL,4 ; [Decrement AL by 4]
8e43: BNZ D8E58 ; =+19 [Branch if not zero]
8e45: XFR/ X'0103',Y ; =0x0103 =259 [Transfer direct to Y]
8e49: LDA+ Y,4 ; [Load A indexed, displaced, direct]
8e4c: LDA+ A,7 ; [Load A indexed, displaced, direct]
8e4f: STA/ W841D ; =0x841d =33821(-31715) [Store A direct]
8e52: LDA= W8D99 ; =0x8d99 =36249(-29287) [Load A with immediate]
8e55: STA/ W841F ; =0x841f =33823(-31713) [Store A direct]
8e58:D8E58 JSR/ F8EF4 ; =0x8ef4 =36596(-28940) [Jump to subroutine direct]
8e5b: CAD/ S838F ; [Clear word at address]
8e5f: CAD/ W8387 ; [Clear word at address]
8e63: CAD/ W8389 ; [Clear word at address]
8e67: CAD/ W8399 ; [Clear word at address]
8e6b:J8E6B JSR/ F905A ; =0x905a =36954(-28582) [Jump to subroutine direct]
8e6e: JSR/ F92D7 ; =0x92d7 =37591(-27945) [Jump to subroutine direct]
8e71: LDA/ W8399 ; =0x8399 =33689(-31847) [Load A direct]
8e74: BZ D8E9D ; =+39 [Branch if zero]
8e76: JSR/ F9422 ; =0x9422 =37922(-27614) [Jump to subroutine direct]
8e79: LDAB/ W83B3 ; =0x83b3 =33715(-31821) [Load AL direct]
8e7c: DCRB AL,2 ; [Decrement AL by 2]
8e7e: BNZ D8E8F ; =+15 [Branch if not zero]
8e80: LDA/ W8397 ; =0x8397 =33687(-31849) [Load A direct]
8e83: LDA+ A,8 ; [Load A indexed, displaced, direct]
8e86: LDB= W8D8F ; =0x8d8f =36239(-29297) [Load B with immediate]
8e89: SVC X'0F' ; =15 [Service call CONIO - console I/O]
8e8b: SVC X'08' ; =8 [Service call RBWT - wait for RCB to go ready]
8e8d: DW W8D8F ; =0x8d8f =36239(-29297) [TODO: arg 1]
*
8e8f:D8E8F JSR/ F8EE3 ; =0x8ee3 =36579(-28957) [Jump to subroutine direct]
8e92: CAD/ W8399 ; [Clear word at address]
8e96: CAD/ S838F ; [Clear word at address]
8e9a: JMP/ J8E6B ; =0x8e6b =36459(-29077) [Jump direct]
8e9d:D8E9D MVF (2)/W83A1,/S838F ; =0x83a1 =33697(-31839),=0x838f =33679(-31857) [Move fixed-length, direct, direct]
8ea4: C /W839F(2),/W83A1(2) ; =0x839f =33695(-31841),=0x83a1 =33697(-31839) [Compare bignums, direct, direct]
8eab: BGZ D8EB4 ; =+7 [Branch if greater than zero]
8ead: MVF (2)/W839F,/S838F ; =0x839f =33695(-31841),=0x838f =33679(-31857) [Move fixed-length, direct, direct]
8eb4:D8EB4 JSR/ F9266 ; =0x9266 =37478(-28058) [Jump to subroutine direct]
8eb7: LDAB= X'8D' ; =141(-115) =CR [Load AL with immediate]
8eb9: STAB+ Z ; [Store AL to address in Z]
8eba: JSR/ F9422 ; =0x9422 =37922(-27614) [Jump to subroutine direct]
8ebd: XFR/ W841D,Y ; =0x841d =33821(-31715) [Transfer direct to Y]
8ec1: BZ D8EE0 ; =+29 [Branch if zero]
8ec3: LDAB= X'0B' ; =11 [Load AL with immediate]
8ec5: LDB/ W841F ; =0x841f =33823(-31713) [Load B direct]
8ec8: STAB+ B,3 ; [Store AL indexed, displaced, direct]
8ecb: SVC X'18' ; =24 [Service call LIOC - logical I/O control]
8ecd: XFR/ W841D,Y ; =0x841d =33821(-31715) [Transfer direct to Y]
8ed1: XFR/ W841F,Z ; =0x841f =33823(-31713) [Transfer direct to Z]
8ed5: CLA ; [Clear A]
8ed6: STA+ Y,6 ; [Store A indexed, displaced, direct]
8ed9: LDA+ Z,18 ; [Load A indexed, displaced, direct]
8edc: INA ; [Increment A]
8edd: STA+ Y,4 ; [Store A indexed, displaced, direct]
8ee0:D8EE0 SVC X'0A' ; =10 [Service call EXIT - exit to OJX00]
8ee2: DB X'FF' ; =0xff =255(-1) [completion code]
*
* Function F8EE3
*
8ee3:F8EE3 LDAB= X'A0' ; =160(-96) =' ' [Load AL with immediate]
8ee5: STAB/ S8907 ; =0x8907 =35079(-30457) [Store AL direct]
8ee8: LDB= S8907 ; =0x8907 =35079(-30457) [Load B with immediate]
8eeb: XFR= S8908,Y ; =0x8908 =35080(-30456) [Transfer immediate to Y]
8eef: LDA= X'040E' ; =0x040e =1038 [Load A with immediate]
8ef2: MVL ; [Move long (len in A, src in B, dst in Y)]
8ef3: RSR ; [Return from subroutine]
*
* Function F8EF4
*
8ef4:F8EF4 CAD/ W839B ; [Clear word at address]
8ef8: XFR= X'0010',Z ; =0x0010 =16 [Transfer immediate to Z]
8efc: LDA/ X'005A' ; =0x005a =90 [Load A direct]
8eff: ADD= X'0044',A,Y ; =0x0044 =68 [68 + A -> Y]
8f03:D8F03 LDA+ Y+ ; [Load A indexed, direct, post-incremented]
8f05: LDB= X'0010' ; =0x0010 =16 [Load B with immediate]
8f08:D8F08 SLA ; [Left shift A]
8f09: BL D8F0F ; =+4 [Branch on link]
8f0b: INC/ W839B ; =0x839b =33691(-31845) [Increment word at address by 1]
8f0f:D8F0F DCR B ; [Decrement B by 1]
8f11: BGZ D8F08 ; =-11 [Branch if greater than zero]
8f13: DCR Z ; [Decrement Z by 1]
8f15: BGZ D8F03 ; =-20 [Branch if greater than zero]
8f17: LDA/ W839B ; =0x839b =33691(-31845) [Load A direct]
8f1a: SLA ; [Left shift A]
8f1b: STA/ W839B ; =0x839b =33691(-31845) [Store A direct]
8f1e: LDAB= X'04' ; =4 [Load AL with immediate]
8f20: LDBB= X'A0' ; =160(-96) =' ' [Load BL with immediate]
8f22: CFB /S87BE(10),/W839B(2) ; =0x87be =34750(-30786) =BEL,'>',=0x839b =33691(-31845) [Convert from bignum, direct, direct]
8f29: LDA/ X'017D' ; =0x017d =381 [Load A direct]
8f2c: JSR/ F9051 ; =0x9051 =36945(-28591) [Jump to subroutine direct]
8f2f: CFB /S867E(10),/S8409(2) ; =0x867e =34430(-31106),=0x8409 =33801(-31735) [Convert from bignum, direct, direct]
8f36: ZAD /S8409(2),/N83AB(4) ; =0x8409 =33801(-31735),=0x83ab =33707(-31829) [Zero-add bignum, direct, direct]
8f3d: S /W839B(2),/N83AB(4) ; =0x839b =33691(-31845),=0x83ab =33707(-31829) [Subtract bignums, direct, direct]
8f44: LDA/ X'017F' ; =0x017f =383 [Load A direct]
8f47: JSR/ F9051 ; =0x9051 =36945(-28591) [Jump to subroutine direct]
8f4a: CFB /S86A3(10),/S8409(2) ; =0x86a3 =34467(-31069),=0x8409 =33801(-31735) [Convert from bignum, direct, direct]
8f51: LDA/ X'0181' ; =0x0181 =385 [Load A direct]
8f54: JSR/ F9051 ; =0x9051 =36945(-28591) [Jump to subroutine direct]
8f57: CFB /S876E(10),/S8409(2) ; =0x876e =34670(-30866),=0x8409 =33801(-31735) [Convert from bignum, direct, direct]
8f5e: S /S8409(2),/N83AB(4) ; =0x8409 =33801(-31735),=0x83ab =33707(-31829) [Subtract bignums, direct, direct]
8f65: CLR Z ; [Clear Z]
8f67: LDA$ X'0183' ; =0x0183 =387 [Load A indirect]
8f6a:D8F6A LDBB+ A,4 ; [Load BL indexed, displaced, direct]
8f6d: BM D8F74 ; =+5 [Branch on minus]
8f6f: LDB+ A,2 ; [Load B indexed, displaced, direct]
8f72: ADD B,Z ; [B + Z -> Z]
8f74:D8F74 LDB+ A ; [Load B from address in A]
8f75: BZ D8F7B ; =+4 [Branch if zero]
8f77: XFR B,A ; [Transfer B to A]
8f79: JMP D8F6A ; =-17 [Jump relative]
8f7b:D8F7B ADD= X'006F',Z ; =0x006f =111 [111 + Z -> Z]
8f7f: STR/ W83AF,Z ; =0x83af =33711(-31825) [Store Z direct]
8f83: ZAD /W83AF(2),/S8409(4) ; =0x83af =33711(-31825),=0x8409 =33801(-31735) [Zero-add bignum, direct, direct]
8f8a: M =10000,/S8409(4) ; =0x8409 =33801(-31735) [Multiply bignums, literal=0x2710, direct]
8f91: D =1024,/S8409(4) ; =0x8409 =33801(-31735) [Divide bignums, literal=0x0400, direct]
8f98: A =5,/S8409(4) ; =0x8409 =33801(-31735) [Add bignums, literal=0x05, direct]
8f9e: D =10,/S8409(4) ; =0x8409 =33801(-31735) [Divide bignums, literal=0x0a, direct]
8fa4: LDAB= X'07' ; =7 [Load AL with immediate]
8fa6: LDBB= X'A0' ; =160(-96) =' ' [Load BL with immediate]
8fa8: CFB /S86F3(10),/S8409(4) ; =0x86f3 =34547(-30989),=0x8409 =33801(-31735) [Convert from bignum, direct, direct]
8faf: ZAD /X'0181'(2),/S8409(4) ; =0x0181 =385,=0x8409 =33801(-31735) [Zero-add bignum, direct, direct]
8fb6: M =2048,/S8409(4) ; =0x8409 =33801(-31735) [Multiply bignums, literal=0x0800, direct]
8fbd: ZAD /W83AF(2),/N840F(6) ; =0x83af =33711(-31825),=0x840f =33807(-31729) [Zero-add bignum, direct, direct]
8fc4: M =1000000,/N840F(6) ; =0x840f =33807(-31729) [Multiply bignums, literal=0x0f4240, direct]
8fcc: D /S8409(4),/N840F(6) ; =0x8409 =33801(-31735),=0x840f =33807(-31729) [Divide bignums, direct, direct]
8fd3: A =5,/N840F(6) ; =0x840f =33807(-31729) [Add bignums, literal=0x05, direct]
8fd9: D =10,/N840F(6) ; =0x840f =33807(-31729) [Divide bignums, literal=0x0a, direct]
8fdf: LDAB= X'07' ; =7 [Load AL with immediate]
8fe1: LDBB= X'A0' ; =160(-96) =' ' [Load BL with immediate]
8fe3: CFB /S8743(10),/N840F(6) ; =0x8743 =34627(-30909),=0x840f =33807(-31729) [Convert from bignum, direct, direct]
8fea: ZAD =0,/S8409(4) ; =0x8409 =33801(-31735) [Zero-add bignum, literal=0x00, direct]
8ff0: MVF (2)/X'0107',/W8395 ; =0x0107 =263,=0x8395 =33685(-31851) [Move fixed-length, direct, direct]
8ff7:D8FF7 LDA$ W8395 ; =0x8395 =33685(-31851) [Load A indirect]
8ffa: BZ D9026 ; =+42 [Branch if zero]
8ffc: ZAD -A,12(2),/N840F(4) ; =0x840f =33807(-31729) [Zero-add bignum, displaced indexed, direct]
9003: BP D9020 ; =+27 [Branch on plus]
9005: S -A,10(2),/N840F(4) ; =0x840f =33807(-31729) [Subtract bignums, displaced indexed, direct]
900c: A =1,/N840F(4) ; =0x840f =33807(-31729) [Add bignums, literal=0x01, direct]
9012: D =1024,/N840F(4) ; =0x840f =33807(-31729) [Divide bignums, literal=0x0400, direct]
9019: A /N840F(4),/S8409(4) ; =0x840f =33807(-31729),=0x8409 =33801(-31735) [Add bignums, direct, direct]
9020:D9020 INC/ W8395,2 ; =0x8395 =33685(-31851) [Increment word at address by 2]
9024: JMP D8FF7 ; =-47 [Jump relative]
9026:D9026 LDAB= X'03' ; =3 [Load AL with immediate]
9028: LDBB= X'A0' ; =160(-96) =' ' [Load BL with immediate]
902a: CFB /S871E(10),/S8409(4) ; =0x871e =34590(-30946),=0x8409 =33801(-31735) [Convert from bignum, direct, direct]
9031: S /S8409(4),/N83AB(4) ; =0x8409 =33801(-31735),=0x83ab =33707(-31829) [Subtract bignums, direct, direct]
9038: JSR F9055 ; =+27 [Jump to subroutine relative]
903a: CFB /S86CE(10),/N83AB(4) ; =0x86ce =34510(-31026),=0x83ab =33707(-31829) [Convert from bignum, direct, direct]
9041: CPF (2)=X'0000',/X'0139' ; =0x0139 =313 [Compare fixed-length, literal=0, direct]
9048: BNZ D9050 ; =+6 [Branch if not zero]
904a: FIL (40)=' ',/S8777 ; =0x8777 =34679(-30857) [Fill with byte, literal=0xa0(160,-96), direct]
9050:D9050 RSR ; [Return from subroutine]
*
* Function F9051
*
9051:F9051 SLA ; [Left shift A]
9052: STA/ S8409 ; =0x8409 =33801(-31735) [Store A direct]
*
* Function F9055
*
9055:F9055 LDAB= X'03' ; =3 [Load AL with immediate]
9057: LDBB= X'A0' ; =160(-96) =' ' [Load BL with immediate]
9059: RSR ; [Return from subroutine]
*
* Function F905A
*
905a:F905A STK X,2 ; [Push X to the stack]
905c: CAD/ W839F ; [Clear word at address]
9060: MVF (1)/X'0106',/S838C ; =0x0106 =262,=0x838c =33676(-31860) [Move fixed-length, direct, direct]
9067:J9067 C /W8387(2),/N838B(2) ; =0x8387 =33671(-31865),=0x838b =33675(-31861) [Compare bignums, direct, direct]
906e: BM D907C ; =+12 [Branch on minus]
9070: C =13,/W839F(2) ; =0x839f =33695(-31841) [Compare bignums, literal=0x0d, direct]
9076: BM D907F ; =+7 [Branch on minus]
9078: CAD/ W8399,1 ; [Set word at address to 1]
907c:D907C POP X,2 ; [Pop X from the stack]
907e: RSR ; [Return from subroutine]
*
907f:D907F LDA/ X'0109' ; =0x0109 =265 [Load A direct]
9082: XAY ; [Transfer A to Y]
9083: LDA= X'0004' ; =0x0004 =4 [Load A with immediate]
9086: XFRB AL,AU ; [Transfer AL to AU]
9088: LDAB/ B8388 ; =0x8388 =33672(-31864) [Load AL direct]
908b:D908B LDX+ Y+ ; [Load X indexed, direct, post-incremented]
908d: BNZ D9096 ; =+7 [Branch if not zero]
908f: INC/ W8387 ; =0x8387 =33671(-31865) [Increment word at address by 1]
9093: JMP/ J9067 ; =0x9067 =36967(-28569) [Jump direct]
9096:D9096 LDBB+ X ; [Load BL from address in X]
9097: BZ D908B ; =-14 [Branch if zero]
9099: LDB+ X,1 ; [Load B indexed, displaced, direct]
909c: SAB ; [A - B -> B]
909d: BNZ D908B ; =-20 [Branch if not zero]
909f: STX/ W8393 ; =0x8393 =33683(-31853) [Store X direct]
90a2: LDA/ W8387 ; =0x8387 =33671(-31865) [Load A direct]
90a5: SVC X'14' ; =20 [Service call DRDY - disk ready check]
90a7: FIL (8)=' ',/W83A3 ; =0x83a3 =33699(-31837) [Fill with byte, literal=0xa0(160,-96), direct]
90ad: XFRB BU,BU ; [Transfer BU to BU]
90af: BZ D90B8 ; =+7 [Branch if zero]
90b1: MVF (2)='WP',/W83A9 ; =0x83a9 =33705(-31831) [Move fixed-length, literal=0xd7d0(55248,-48), direct]
90b8:D90B8 XFRB BL,BL ; [Transfer BL to BL]
90ba: BNZ D90D6 ; =+26 [Branch if not zero]
90bc: JSR/ F9266 ; =0x9266 =37478(-28058) [Jump to subroutine direct]
90bf: MVF (10)=' <OFFLINE>',-Z,3 ; [Move fixed-length, literal=0xa0bccfc6c6ccc9cec5be(759061597017594731087294,-66), displaced indexed]
90ce: CLR A,1 ; [Set A to 1]
90d0: STAB/ B839D ; =0x839d =33693(-31843) [Store AL direct]
90d3: JMP/ J911F ; =0x911f =37151(-28385) [Jump direct]
90d6:D90D6 LDB= X'000E' ; =0x000e =14 [Load B with immediate]
90d9: CLA ; [Clear A]
90da: STAB/ B839D ; =0x839d =33693(-31843) [Store AL direct]
90dd: JSR/ F923E ; =0x923e =37438(-28098) [Jump to subroutine direct]
90e0: BZ D90FB ; =+25 [Branch if zero]
90e2: JSR/ F9272 ; =0x9272 =37490(-28046) [Jump to subroutine direct]
90e5: STAB/ B839D ; =0x839d =33693(-31843) [Store AL direct]
90e8: BZ D90FB ; =+17 [Branch if zero]
90ea: JSR/ F9266 ; =0x9266 =37478(-28058) [Jump to subroutine direct]
90ed: FIL (10)='*',-Z,3 ; [Fill with byte, literal=0xaa(170,-86), displaced indexed]
90f3: FIL (8)='*',-Z,14 ; [Fill with byte, literal=0xaa(170,-86), displaced indexed]
90f9: JMP D911C ; =+33 [Jump relative]
90fb:D90FB LDA/ W8067 ; =0x8067 =32871(-32665) [Load A direct]
90fe: SVC X'05' ; =5 [Service call TS - load transient module]
9100: DB X'04' ; =0x04 =4 [Selector: string date from date in A]
9101: DW S8415 ; =0x8415 =33813(-31723) [address of string date]
9103: JSR/ F9266 ; =0x9266 =37478(-28058) [Jump to subroutine direct]
9106: MVF (8)/S8415,-Z,14 ; =0x8415 =33813(-31723), [Move fixed-length, direct, displaced indexed]
910d: CPF (2)=X'4321',/W8069 ; =0x8069 =32873(-32663) [Compare fixed-length, literal=17185, direct]
9114: BNZ D911C ; =+6 [Branch if not zero]
9116: MVF (1)='U',/W83A8 ; =0x83a8 =33704(-31832) [Move fixed-length, literal=0xd5(213,-43), direct]
911c:D911C JSR/ F9400 ; =0x9400 =37888(-27648) [Jump to subroutine direct]
911f:J911F LDA/ X'005A' ; =0x005a =90 [Load A direct]
9122: CPF (1)-A,5,/B8388 ; =0x8388 =33672(-31864) [Compare fixed-length, displaced indexed, direct]
9129: BNZ D9131 ; =+6 [Branch if not zero]
912b: MVF (1)='S',/W83A3 ; =0x83a3 =33699(-31837) [Move fixed-length, literal=0xd3(211,-45), direct]
9131:D9131 LDA/ W8397 ; =0x8397 =33687(-31849) [Load A direct]
9134: CPF (1)-A,94,/B8388 ; =0x8388 =33672(-31864) [Compare fixed-length, displaced indexed, direct]
913b: BNZ D9143 ; =+6 [Branch if not zero]
913d: MVF (1)='T',/W83A4 ; =0x83a4 =33700(-31836) [Move fixed-length, literal=0xd4(212,-44), direct]
9143:D9143 CPF (1)-A,95,/B8388 ; =0x8388 =33672(-31864) [Compare fixed-length, displaced indexed, direct]
914a: BNZ D9152 ; =+6 [Branch if not zero]
914c: MVF (1)='L',/W83A5 ; =0x83a5 =33701(-31835) [Move fixed-length, literal=0xcc(204,-52), direct]
9152:D9152 CPF (1)-A,96,/B8388 ; =0x8388 =33672(-31864) [Compare fixed-length, displaced indexed, direct]
9159: BNZ D9161 ; =+6 [Branch if not zero]
915b: MVF (1)='W',/W83A6 ; =0x83a6 =33702(-31834) [Move fixed-length, literal=0xd7(215,-41), direct]
9161:D9161 CPF (1)-A,49,/B8388 ; =0x8388 =33672(-31864) [Compare fixed-length, displaced indexed, direct]
9168: BNZ D9170 ; =+6 [Branch if not zero]
916a: MVF (1)='D',/W83A7 ; =0x83a7 =33703(-31833) [Move fixed-length, literal=0xc4(196,-60), direct]
9170:D9170 JSR/ F9266 ; =0x9266 =37478(-28058) [Jump to subroutine direct]
9173: MVF (2)='#@',-Z,0 ; [Move fixed-length, literal=0xa3c0(41920,-64), displaced indexed]
917a: LDAB= X'02' ; =2 [Load AL with immediate]
917c: LDBB= X'A0' ; =160(-96) =' ' [Load BL with immediate]
917e: CFB -Z,0(10),/W8387(2) ; =0x8387 =33671(-31865) [Convert from bignum, displaced indexed, direct]
9185: MVF (8)/W83A3,-Z,36 ; =0x83a3 =33699(-31837), [Move fixed-length, direct, displaced indexed]
918c: LDAB/ B839D ; =0x839d =33693(-31843) [Load AL direct]
918f: BZ D9194 ; =+3 [Branch if zero]
9191: JMP/ J922F ; =0x922f =37423(-28113) [Jump direct]
9194:D9194 JSR/ F9266 ; =0x9266 =37478(-28058) [Jump to subroutine direct]
9197: LDAB/ S806F ; =0x806f =32879(-32657) [Load AL direct]
919a: INAB ; [Increment AL]
919b: BZ D91D9 ; =+60 [Branch if zero]
919d: INAB ; [Increment AL]
919e: BNZ D91B2 ; =+18 [Branch if not zero]
91a0: MVF (10)='< REORG > ',-Z,3 ; [Move fixed-length, literal=0xbca0d2c5cfd2c7a0bea0(890771565605109404581536,-96), displaced indexed]
91af: JMP/ J922F ; =0x922f =37423(-28113) [Jump direct]
91b2:D91B2 INAB ; [Increment AL]
91b3: BNZ D91C7 ; =+18 [Branch if not zero]
91b5: MVF (10)='<< INIT >>',-Z,3 ; [Move fixed-length, literal=0xbcbca0c9cec9d4a0bebe(891284472684233334243006,-66), displaced indexed]
91c4: JMP/ J922F ; =0x922f =37423(-28113) [Jump direct]
91c7:D91C7 MVF (10)='<<< 5 >>> ',-Z,3 ; [Move fixed-length, literal=0xbcbcbca0b5a0bebebea0(891286478728728099602080,-96), displaced indexed]
91d6: JMP/ J922F ; =0x922f =37423(-28113) [Jump direct]
91d9:D91D9 LDA/ W806D ; =0x806d =32877(-32659) [Load A direct]
91dc: IVA ; [Invert A]
91dd: LDBB= X'80' ; =128(-128) [Load BL with immediate]
91df: RL ; [Reset link]
91e0: RRR A ; [Right rotate A by 1]
91e2: BNL D91E6 ; =+2 [Branch on no link]
91e4: ORIB BL,AU ; [BL | AU -> AU]
91e6:D91E6 LDB= X'3CB1' ; =0x3cb1 =15537 [Load B with immediate]
91e9: OREB BL,BU ; [BL ^ BU -> BU]
91eb: ORE A,B ; [A ^ B -> B]
91ed: LDA/ W8393 ; =0x8393 =33683(-31853) [Load A direct]
91f0: LDA+ A,23 ; [Load A indexed, displaced, direct]
91f3: SAB ; [A - B -> B]
91f4: BZ D9207 ; =+17 [Branch if zero]
91f6: MVF (10)='< SECURE >',-Z,3 ; [Move fixed-length, literal=0xbca0d3c5c3d5d2c5a0be(890771637649522374844606,-66), displaced indexed]
9205: JMP J922F ; =+40 [Jump relative]
9207:D9207 LDA/ W806B ; =0x806b =32875(-32661) [Load A direct]
920a: OREB AL,AU ; [AL ^ AU -> AU]
920c: LDB= X'3CB1' ; =0x3cb1 =15537 [Load B with immediate]
920f: ORE A,B ; [A ^ B -> B]
9211: LDA/ W8393 ; =0x8393 =33683(-31853) [Load A direct]
9214: LDA+ A,23 ; [Load A indexed, displaced, direct]
9217: AAB ; [A + B -> B]
9218: LDA= X'0400' ; =0x0400 =1024 [Load A with immediate]
921b:D921B SLR B ; [Left shift B by 1]
921d: RLRB AL ; [Left rotate AL by 1]
921f: DCRB AU ; [Decrement AU by 1]
9221: BGZ D921B ; =-8 [Branch if greater than zero]
9223: JSR/ F923E ; =0x923e =37438(-28098) [Jump to subroutine direct]
9226: BNZ J922F ; =+7 [Branch if not zero]
9228: MVF (10)/W8067,-Z,3 ; =0x8067 =32871(-32665), [Move fixed-length, direct, displaced indexed]
922f:J922F INC/ W8387 ; =0x8387 =33671(-31865) [Increment word at address by 1]
9233: INC/ S838F ; =0x838f =33679(-31857) [Increment word at address by 1]
9237: INC/ W839F ; =0x839f =33695(-31841) [Increment word at address by 1]
923b: JMP/ J9067 ; =0x9067 =36967(-28569) [Jump direct]
*
* Function F923E
*
923e:F923E STX- S- ; [Store X indexed, pre-decremented, direct]
9240: LDX= X'0005' ; =0x0005 =5 [Load X with immediate]
9243: STAB/ W8D80 ; =0x8d80 =36224(-29312) [Store AL direct]
9246: STB/ W8D81 ; =0x8d81 =36225(-29311) [Store B direct]
9249: MVF (1)/B8388,/W9256 ; =0x8388 =33672(-31864),=0x9256 =37462(-28074) [Move fixed-length, direct, direct]
9250:D9250 SVC X'4C' ; =76 [Service call DIO - disk I/O]
9252: DW X'0014' ; =0x0014 =20 [TODO: arg 1]
9254: DW W8D4B ; =0x8d4b =36171(-29365) [TODO: arg 2]
9256:W9256 DB X'00' ; =0x00 =0 =NUL [TODO: arg3]
9257: DB X'00' ; =0x00 =0 =NUL [TODO: arg4]
9258: DB X'00' ; =0x00 =0 =NUL [TODO: arg5]
9259:W9259 DW W8067 ; =0x8067 =32871(-32665)
925b: LDAB/ X'1403' ; =0x1403 =5123 [Load AL direct]
925e: DCX ; [Decrement X]
925f: BP D9250 ; =-17 [Branch on plus]
9261: LDX+ S+ ; [Load X indexed, direct, post-incremented]
9263: XFR A,A ; [Transfer A to A]
9265: RSR ; [Return from subroutine]
*
* Function F9266
*
9266:F9266 LDA= X'0050' ; =0x0050 =80 [Load A with immediate]
9269: MUL/ S838F,A ; =0x838f =33679(-31857) [Direct * A -> A]
926d: ADD= S8907,B,Z ; =0x8907 =35079(-30457) [35079 + B -> Z]
9271: RSR ; [Return from subroutine]
*
* Function F9272
*
9272:F9272 LDA/ W8393 ; =0x8393 =33683(-31853) [Load A direct]
9275: LDB+ A,17 ; [Load B indexed, displaced, direct]
9278: CAD/ W8D80 ; [Clear word at address]
927c: STB/ W8D81 ; =0x8d81 =36225(-29311) [Store B direct]
927f: M =16,/W8D80(3) ; =0x8d80 =36224(-29312) [Multiply bignums, literal=0x10, direct]
9285: CLR B ; [Clear B]
9287: LDBB+ A,22 ; [Load BL indexed, displaced, direct]
928a: DIV= X'0003',B ; =0x0003 =3 [B / 3 -> B]
928e: STB/ S8409 ; =0x8409 =33801(-31735) [Store B direct]
9291: A /S8409(2),/W8D80(3) ; =0x8409 =33801(-31735),=0x8d80 =36224(-29312) [Add bignums, direct, direct]
9298: LDB/ W8D81 ; =0x8d81 =36225(-29311) [Load B direct]
929b: LDAB/ W8D80 ; =0x8d80 =36224(-29312) [Load AL direct]
929e: JSR/ F923E ; =0x923e =37438(-28098) [Jump to subroutine direct]
92a1: BZ D92A4 ; =+1 [Branch if zero]
92a3: RSR ; [Return from subroutine]
*
92a4:D92A4 LDA/ S806F ; =0x806f =32879(-32657) [Load A direct]
92a7: INA ; [Increment A]
92a8: BNZ D92C5 ; =+27 [Branch if not zero]
92aa: A =1,/W8D80(3) ; =0x8d80 =36224(-29312) [Add bignums, literal=0x01, direct]
92b0: LDA= S81F7 ; =0x81f7 =33271(-32265) [Load A with immediate]
92b3: STA/ W9259 ; =0x9259 =37465(-28071) [Store A direct]
92b6: LDB/ W8D81 ; =0x8d81 =36225(-29311) [Load B direct]
92b9: LDAB/ W8D80 ; =0x8d80 =36224(-29312) [Load AL direct]
92bc: JSR/ F923E ; =0x923e =37438(-28098) [Jump to subroutine direct]
92bf: LDA/ W8393 ; =0x8393 =33683(-31853) [Load A direct]
92c2: LDB+ A,17 ; [Load B indexed, displaced, direct]
92c5:D92C5 LDA= W8067 ; =0x8067 =32871(-32665) [Load A with immediate]
92c8: STA/ W9259 ; =0x9259 =37465(-28071) [Store A direct]
92cb: CLR A,1 ; [Set A to 1]
92cd: RSR ; [Return from subroutine]
*
92ce: LDA= X'0064' ; =0x0064 =100 [Load A with immediate]
92d1:D92D1 SVC X'07' ; =7 [Service call WT - unconditional wait]
92d3: DCA ; [Decrement A]
92d4: BP D92D1 ; =-5 [Branch on plus]
92d6: RSR ; [Return from subroutine]
*
* Function F92D7
*
92d7:F92D7 CAD/ S838F ; [Clear word at address]
92db: CAD/ W83A1 ; [Clear word at address]
92df: CPF (2)=X'0001',/W8389 ; =0x8389 =33673(-31863) [Compare fixed-length, literal=1, direct]
92e6: BZ D92F5 ; =+13 [Branch if zero]
92e8: CAD/ W8389,1 ; [Set word at address to 1]
92ec: LDA/ X'005A' ; =0x005a =90 [Load A direct]
92ef: LDA+ A,7 ; [Load A indexed, displaced, direct]
92f2: STA/ W8395 ; =0x8395 =33685(-31851) [Store A direct]
92f5:D92F5 LDA$ W8395 ; =0x8395 =33685(-31851) [Load A indirect]
92f8: BNZ D92FB ; =+1 [Branch if not zero]
92fa: RSR ; [Return from subroutine]
*
92fb:D92FB C =13,/W83A1(2) ; =0x83a1 =33697(-31839) [Compare bignums, literal=0x0d, direct]
9301: BM D9308 ; =+5 [Branch on minus]
9303: CAD/ W8399,1 ; [Set word at address to 1]
9307: RSR ; [Return from subroutine]
*
9308:D9308 XAY ; [Transfer A to Y]
9309: JSR/ F9266 ; =0x9266 =37478(-28058) [Jump to subroutine direct]
930c: LDA/ W8397 ; =0x8397 =33687(-31849) [Load A direct]
930f: SUB Y,A ; [Y - A -> A]
9311: BNZ D9319 ; =+6 [Branch if not zero]
9313: MVF (1)='*',-Z,44 ; [Move fixed-length, literal=0xaa(170,-86), displaced indexed]
9319:D9319 MVF (2)='#@',-Z,45 ; [Move fixed-length, literal=0xa3c0(41920,-64), displaced indexed]
9320: MVF (4)='@@#@',-Z,54 ; [Move fixed-length, literal=0xc0c0a3c0(3233850304,-64), displaced indexed]
9329: MVF (3)-Z,54,-Z,59 ; [Move fixed-length, displaced indexed, displaced indexed]
9330: MVF (3)='#@K',-Z,63 ; [Move fixed-length, literal=0xa3c0cb(10731723,-53), displaced indexed]
9338: LDAB= X'02' ; =2 [Load AL with immediate]
933a: LDBB= X'A0' ; =160(-96) =' ' [Load BL with immediate]
933c: CFB -Z,45(10),-Y,1(1) ; [Convert from bignum, displaced indexed, displaced indexed]
9343: LDAB= X'03' ; =3 [Load AL with immediate]
9345: CFB -Z,59(10),-Y,3(1) ; [Convert from bignum, displaced indexed, displaced indexed]
934c: LDA$ W8395 ; =0x8395 =33685(-31851) [Load A indirect]
934f: LDA+ A,8 ; [Load A indexed, displaced, direct]
9352: MVF (6)-A,7,-Z,48 ; [Move fixed-length, displaced indexed, displaced indexed]
9359: LDBB+ A,1 ; [Load BL indexed, displaced, direct]
935c: BNZ D9366 ; =+8 [Branch if not zero]
935e: FIL (4)=' ',-Z,54 ; [Fill with byte, literal=0xa0(160,-96), displaced indexed]
9364: JMP D9377 ; =+17 [Jump relative]
9366:D9366 LDA+ A,47 ; [Load A indexed, displaced, direct]
9369: STA/ S8409 ; =0x8409 =33801(-31735) [Store A direct]
936c: LDAB= X'04' ; =4 [Load AL with immediate]
936e: LDBB= X'A0' ; =160(-96) =' ' [Load BL with immediate]
9370: CFB -Z,54(10),/S8409(2) ; =0x8409 =33801(-31735) [Convert from bignum, displaced indexed, direct]
9377:D9377 LDAB+ Y,18 ; [Load AL indexed, displaced, direct]
937a: LDBB= X'04' ; =4 [Load BL with immediate]
937c: NABB ; [AL & BL -> BL]
937d: BZ D93AA ; =+43 [Branch if zero]
937f: LDA+ Y,23 ; [Load A indexed, displaced, direct]
9382: DCR A,10 ; [Decrement A by 10]
9384: MVF (10)-A,-Z,67 ; [Move fixed-length, indexed, displaced indexed]
938a: CPF (10)=' ',-Z,67 ; [Compare fixed-length, literal=0xa0a0a0a0a0a0a0a0a0a0(758541690738590854717600,-96), displaced indexed]
9399: BNZ D93AA ; =+15 [Branch if not zero]
939b: MVF (10)=' (NO NAME)',-Z,67 ; [Move fixed-length, literal=0xa0a8cecfa0cec1cdc5a9(758692592570028306318761,-87), displaced indexed]
93aa:D93AA LDAB+ Y ; [Load AL from address in Y]
93ab: BZ D93B3 ; =+6 [Branch if zero]
93ad: MVF (1)='R',-Z,78 ; [Move fixed-length, literal=0xd2(210,-46), displaced indexed]
93b3:D93B3 LDAB+ Y,18 ; [Load AL indexed, displaced, direct]
93b6: LDBB= X'08' ; =8 [Load BL with immediate]
93b8: NABB ; [AL & BL -> BL]
93b9: BZ D93C1 ; =+6 [Branch if zero]
93bb: MVF (1)='S',-Z,79 ; [Move fixed-length, literal=0xd3(211,-45), displaced indexed]
93c1:D93C1 ZAD -Y,12(2),/S8409(4) ; =0x8409 =33801(-31735) [Zero-add bignum, displaced indexed, direct]
93c8: BP D93EB ; =+33 [Branch on plus]
93ca: S -Y,10(2),/S8409(4) ; =0x8409 =33801(-31735) [Subtract bignums, displaced indexed, direct]
93d1: A =1,/S8409(4) ; =0x8409 =33801(-31735) [Add bignums, literal=0x01, direct]
93d7: D =1024,/S8409(4) ; =0x8409 =33801(-31735) [Divide bignums, literal=0x0400, direct]
93de: LDAB= X'02' ; =2 [Load AL with immediate]
93e0: LDBB= X'A0' ; =160(-96) =' ' [Load BL with immediate]
93e2: CFB -Z,63(10),/S8409(4) ; =0x8409 =33801(-31735) [Convert from bignum, displaced indexed, direct]
93e9: JMP D93F1 ; =+6 [Jump relative]
93eb:D93EB FIL (3)=' ',-Z,63 ; [Fill with byte, literal=0xa0(160,-96), displaced indexed]
93f1:D93F1 INC/ S838F ; =0x838f =33679(-31857) [Increment word at address by 1]
93f5: INC/ W83A1 ; =0x83a1 =33697(-31839) [Increment word at address by 1]
93f9: INC/ W8395,2 ; =0x8395 =33685(-31851) [Increment word at address by 2]
93fd: JMP/ D92F5 ; =0x92f5 =37621(-27915) [Jump direct]
*
* Function F9400
*
9400:F9400 XFR= W85B4,Y ; =0x85b4 =34228(-31308) [Transfer immediate to Y]
9404: LDB/ W8393 ; =0x8393 =33683(-31853) [Load B direct]
9407:D9407 CPF (2)-Y,-B,17 ; [Compare fixed-length, indexed, displaced indexed]
940d: BZ D941A ; =+11 [Branch if zero]
940f: INR Y,14 ; [Increment Y by 14]
9411: CPF (2)=X'0000',-Y ; [Compare fixed-length, literal=0, indexed]
9417: BNZ D9407 ; =-18 [Branch if not zero]
9419: RSR ; [Return from subroutine]
*
941a:D941A MVF (12)-Y,2,-Z,23 ; [Move fixed-length, displaced indexed, displaced indexed]
9421: RSR ; [Return from subroutine]
*
* Function F9422
*
9422:F9422 LDAB/ W83B3 ; =0x83b3 =33715(-31821) [Load AL direct]
9425: DCRB AL,2 ; [Decrement AL by 2]
9427: BNZ D9433 ; =+10 [Branch if not zero]
9429: LDB= W8D83 ; =0x8d83 =36227(-29309) [Load B with immediate]
942c: SVC X'10' ; =16 [Service call SYSIO - device-independent logical I/O [all units]]
942e: SVC X'08' ; =8 [Service call RBWT - wait for RCB to go ready]
9430: DW W8D83 ; =0x8d83 =36227(-29309) [TODO: arg 1]
9432: RSR ; [Return from subroutine]
*
9433:D9433 XFR/ W841D,Y ; =0x841d =33821(-31715) [Transfer direct to Y]
9437: BZ D945C ; =+35 [Branch if zero]
9439: XFR/ W841F,Z ; =0x841f =33823(-31713) [Transfer direct to Z]
943d: LDA+ Y,6 ; [Load A indexed, displaced, direct]
9440: STA+ Z,20 ; [Store A indexed, displaced, direct]
9443: STA+ Z,24 ; [Store A indexed, displaced, direct]
9446: LDA+ Y,4 ; [Load A indexed, displaced, direct]
9449: STA+ Z,18 ; [Store A indexed, displaced, direct]
944c: STA+ Z,8 ; [Store A indexed, displaced, direct]
944f: INA ; [Increment A]
9450: STA+ Z,22 ; [Store A indexed, displaced, direct]
9453: LDAB= X'01' ; =1 [Load AL with immediate]
9455: STAB+ Z,3 ; [Store AL indexed, displaced, direct]
9458: XFR Z,B ; [Transfer Z to B]
945a: SVC X'00' ; =0 [Service call PIOC - physical i/o control]
945c:D945C MVF (1)=X'8D',/S8D17 ; =0x8d17 =36119(-29417) [Move fixed-length, literal=141(-115), direct]
9462: LDA/ W8407 ; =0x8407 =33799(-31737) [Load A direct]
9465: BZ D9470 ; =+9 [Branch if zero]
9467: DEC/ S838F ; =0x838f =33679(-31857) [Decrement word at address by 1]
946b: LDA= S8907 ; =0x8907 =35079(-30457) [Load A with immediate]
946e: JMP D947B ; =+11 [Jump relative]
9470:D9470 INC/ W8407 ; =0x8407 =33799(-31737) [Increment word at address by 1]
9474: LDA= S8637 ; =0x8637 =34359(-31177) [Load A with immediate]
9477: INC/ S838F,8 ; =0x838f =33679(-31857) [Increment word at address by 8]
947b:D947B STA/ W83B1 ; =0x83b1 =33713(-31823) [Store A direct]
947e: MVF (80)-A,/S83B6 ; =0x83b6 =33718(-31818) [Move fixed-length, indexed, direct]
9484: LDAB= X'02' ; =2 [Load AL with immediate]
9486: LDB/ W841F ; =0x841f =33823(-31713) [Load B direct]
9489: STAB+ B,3 ; [Store AL indexed, displaced, direct]
948c: SVC X'18' ; =24 [Service call LIOC - logical I/O control]
948e: DEC/ S838F ; =0x838f =33679(-31857) [Decrement word at address by 1]
9492: BM D949D ; =+9 [Branch on minus]
9494: LDA= X'0050' ; =0x0050 =80 [Load A with immediate]
9497: ADD/ W83B1,A ; =0x83b1 =33713(-31823) [Direct + A -> A]
949b: JMP D947B ; =-34 [Jump relative]
949d:D949D XFR/ W841D,Y ; =0x841d =33821(-31715) [Transfer direct to Y]
94a1: BZ D94B3 ; =+16 [Branch if zero]
94a3: XFR/ W841F,Z ; =0x841f =33823(-31713) [Transfer direct to Z]
94a7: LDA+ Z,24 ; [Load A indexed, displaced, direct]
94aa: STA+ Y,6 ; [Store A indexed, displaced, direct]
94ad: LDA+ Z,18 ; [Load A indexed, displaced, direct]
94b0: STA+ Y,4 ; [Store A indexed, displaced, direct]
94b3:D94B3 RSR ; [Return from subroutine]
*
94b4:ENDPT