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https://opencores.org/ocsvn/cpu8080/cpu8080/trunk
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[/] [cpu8080/] [tags/] [update/] [project/] [test.lst] - Rev 33
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test Page 1
Program Variable Code C Line Source
-----------------------------------------------------------------------------------------------------------------------------------
00000000 00000000 1 !***********************************************************************
00000000 00000000 2 ! MICROCOSM ASSOCIATES 8080/8085 CPU DIAGNOSTIC VERSION 1.0 (C) 1980
00000000 00000000 3 !***********************************************************************
00000000 00000000 4 !
00000000 00000000 5 !DONATED TO THE "SIG/M" CP/M USER'S GROUP BY:
00000000 00000000 6 !KELLY SMITH, MICROCOSM ASSOCIATES
00000000 00000000 7 !3055 WACO AVENUE
00000000 00000000 8 !SIMI VALLEY, CALIFORNIA, 93065
00000000 00000000 9 !(805) 527-9321 (MODEM, CP/M-NET (TM))
00000000 00000000 10 !(805) 527-0518 (VERBAL)
00000000 00000000 11 !
00000000 00000000 12 !***********************************************************************
00000000 00000000 13 ! Modified 2001/02/28 by Richard Cini for use in the Altair32 Emulator
00000000 00000000 14 ! Project
00000000 00000000 15 !
00000000 00000000 16 ! Need to somehow connect this code to Windows so that failure messages
00000000 00000000 17 ! can be posted to Windows. Maybe just store error code in
00000000 00000000 18 ! Mem[0xffff]. Maybe trap NOP in the emulator code?
00000000 00000000 19 !
00000000 00000000 20 !***********************************************************************
00000000 00000000 21 ! Modified 2006/11/16 by Scott Moore to work on CPU8080 FPGA core
00000000 00000000 22 !
00000000 00000000 23 !***********************************************************************
00000000 00000000 24
00000000 00000000 25 !
00000000 00000000 26 ! Select controller defines
00000000 00000000 27 !
00000000 00000000 28 selmain: equ $00 ! offset of main control register
00000000 00000000 29 sel1msk: equ $02 ! offset of select 1 mask
00000000 00000000 30 sel1cmp: equ $03 ! offset of select 1 compare
00000000 00000000 31 sel2msk: equ $04 ! offset of select 1 mask
00000000 00000000 32 sel2cmp: equ $05 ! offset of select 1 compare
00000000 00000000 33 sel3msk: equ $06 ! offset of select 1 mask
00000000 00000000 34 sel3cmp: equ $07 ! offset of select 1 compare
00000000 00000000 35 sel4msk: equ $08 ! offset of select 1 mask
00000000 00000000 36 sel4cmp: equ $09 ! offset of select 1 compare
00000000 00000000 37 !
00000000 00000000 38 ! bits
00000000 00000000 39 !
00000000 00000000 40 selenb: equ $01 ! enable select
00000000 00000000 41 selio: equ $02 ! I/O address or memory
00000000 00000000 42
00000000 00000000 43 !
00000000 00000000 44 ! Note: select 1 is ROM, 2, is RAM, 3 is interrupt controller, 4 is serial I/O.
00000000 00000000 45 !
00000000 00000000 46
00000000 00000000 47 !
00000000 00000000 48 ! Where to place ROM and RAM for this test
00000000 00000000 49 !
00000000 00000000 50 rombas: equ $0000
00000000 00000000 51 rambas: equ rombas+4*1024
00000000 00000000 52 !
00000000 00000000 53 ! Interrupt controller defines
00000000 00000000 54 !
00000000 00000000 55 intbas: equ $10
00000000 00000000 56 intmsk: equ intbas+$00 ! mask
00000000 00000000 57 intsts: equ intbas+$01 ! status
00000000 00000000 58 intact: equ intbas+$02 ! active interrupt
00000000 00000000 59 intpol: equ intbas+$03 ! polarity select
00000000 00000000 60 intedg: equ intbas+$04 ! edge/level select
00000000 00000000 61 intvec: equ intbas+$05 ! vector base page
00000000 00000000 62 !
00000000 00000000 63 ! Mits Serial I/O card
00000000 00000000 64 !
00000000 00000000 65 siobas: equ $20
00000000 00000000 66 sioctl: equ siobas+$00 ! control register
00000000 00000000 67 siodat: equ siobas+$01 ! data
00000000 00000000 68
00000000 00000000 69 !
00000000 00000000 70 ! Set up selectors
00000000 00000000 71 !
00000000 00000000 72
00000000 00000000 73 !
00000000 00000000 74 ! ROM
00000000 00000000 75 !
00000000 00000000 3E 00 76 mvi a,rombas shr 8 ! enable select 1 to 4kb at base
00000002 00000000 D3 03 77 out sel1cmp
00000004 00000000 3E F1 78 mvi a,($f000 shr 8) or selenb
00000006 00000000 D3 02 79 out sel1msk
00000008 00000000 80 !
00000008 00000000 81 ! RAM
00000008 00000000 82 !
00000008 00000000 3E 10 83 mvi a,rambas shr 8 ! enable select 2 to 1kb at base
0000000A 00000000 D3 05 84 out sel2cmp
0000000C 00000000 3E FD 85 mvi a,($fc00 shr 8) or selenb
0000000E 00000000 D3 04 86 out sel2msk
test Page 2
Program Variable Code C Line Source
-----------------------------------------------------------------------------------------------------------------------------------
00000010 00000000 87 !
00000010 00000000 88 ! ROM and RAM set up, exit bootstrap mode
00000010 00000000 89 !
00000010 00000000 3E 00 90 mvi a,$00 ! exit bootstrap mode
00000012 00000000 D3 00 91 out selmain
00000014 00000000 92 !
00000014 00000000 93 ! Serial I/O
00000014 00000000 94 !
00000014 00000000 3E 20 95 mvi a,siobas ! enable serial controller for 4 addresses
00000016 00000000 D3 09 96 out sel4cmp
00000018 00000000 3E FF 97 mvi a,$fc or selio or selenb
0000001A 00000000 D3 08 98 out sel4msk
0000001C 00000000 99
0000001C 00000000 100 !************************************************************
0000001C 00000000 101 ! 8080/8085 CPU TEST/DIAGNOSTIC
0000001C 00000000 102 !************************************************************
0000001C 00000000 103 !
0000001C 00000000 104 !note: (1) program assumes "call",and "lxi sp" instructions work!
0000001C 00000000 105 !
0000001C 00000000 106 ! (2) instructions not tested are "hlt","di","ei",
0000001C 00000000 107 ! and "rst 0" thru "rst 7"
0000001C 00000000 108 !
0000001C 00000000 109 !
0000001C 00000000 110 !
0000001C 00000000 111 !test jump instructions and flags
0000001C 00000000 112 !
0000001C 00000000 31 07 11 113 cpu: lxi sp,stack !set the stack pointer
0000001F 00000000 E6 00 114 ani 0 !initialize a reg. and clear all flags
00000021 00000000 CA 27 00 115 jz j010 !test "jz"
00000024 00000000 CD FA 04 116 call cpuer
00000027 00000000 D2 2D 00 117 j010: jnc j020 !test "jnc"
0000002A 00000000 CD FA 04 118 call cpuer
0000002D 00000000 EA 33 00 119 j020: jpe j030 !test "jpe"
00000030 00000000 CD FA 04 120 call cpuer
00000033 00000000 F2 39 00 121 j030: jp j040 !test "jp"
00000036 00000000 CD FA 04 122 call cpuer
00000039 00000000 C2 48 00 123 j040: jnz j050 !test "jnz"
0000003C 00000000 DA 48 00 124 jc j050 !test "jc"
0000003F 00000000 E2 48 00 125 jpo j050 !test "jpo"
00000042 00000000 FA 48 00 126 jm j050 !test "jm"
00000045 00000000 C3 4B 00 127 jmp j060 !test "jmp" (it's a little late,but what the hell!
00000048 00000000 CD FA 04 128 j050: call cpuer
0000004B 00000000 C6 06 129 j060: adi 6 !a=6,c=0,p=1,s=0,z=0
0000004D 00000000 C2 53 00 130 jnz j070 !test "jnz"
00000050 00000000 CD FA 04 131 call cpuer
00000053 00000000 DA 5C 00 132 j070: jc j080 !test "jc"
00000056 00000000 E2 5C 00 133 jpo j080 !test "jpo"
00000059 00000000 F2 5F 00 134 jp j090 !test "jp"
0000005C 00000000 CD FA 04 135 j080: call cpuer
0000005F 00000000 C6 70 136 j090: adi $070 !a=76h,c=0,p=0,s=0,z=0
00000061 00000000 E2 67 00 137 jpo j100 !test "jpo"
00000064 00000000 CD FA 04 138 call cpuer
00000067 00000000 FA 70 00 139 j100: jm j110 !test "jm"
0000006A 00000000 CA 70 00 140 jz j110 !test "jz"
0000006D 00000000 D2 73 00 141 jnc j120 !test "jnc"
00000070 00000000 CD FA 04 142 j110: call cpuer
00000073 00000000 C6 81 143 j120: adi $081 !a=f7h,c=0,p=0,s=1,z=0
00000075 00000000 FA 7B 00 144 jm j130 !test "jm"
00000078 00000000 CD FA 04 145 call cpuer
0000007B 00000000 CA 84 00 146 j130: jz j140 !test "jz"
0000007E 00000000 DA 84 00 147 jc j140 !test "jc"
00000081 00000000 E2 87 00 148 jpo j150 !test "jpo"
00000084 00000000 CD FA 04 149 j140: call cpuer
00000087 00000000 C6 FE 150 j150: adi $0fe !a=f5h,c=1,p=1,s=1,z=0
00000089 00000000 DA 8F 00 151 jc j160 !test "jc"
0000008C 00000000 CD FA 04 152 call cpuer
0000008F 00000000 CA 98 00 153 j160: jz j170 !test "jz"
00000092 00000000 E2 98 00 154 jpo j170 !test "jpo"
00000095 00000000 FA 9B 00 155 jm aimm !test "jm"
00000098 00000000 CD FA 04 156 j170: call cpuer
0000009B 00000000 157 !
0000009B 00000000 158 !
0000009B 00000000 159 !
0000009B 00000000 160 !test accumulator immediate instructions
0000009B 00000000 161 !
0000009B 00000000 FE 00 162 aimm: cpi 0 !a=f5h,c=0,z=0
0000009D 00000000 DA B3 00 163 jc cpie !test "cpi" for re-set carry
000000A0 00000000 CA B3 00 164 jz cpie !test "cpi" for re-set zero
000000A3 00000000 FE F5 165 cpi $0f5 !a=f5h,c=0,z=1
000000A5 00000000 DA B3 00 166 jc cpie !test "cpi" for re-set carry ("adi")
000000A8 00000000 C2 B3 00 167 jnz cpie !test "cpi" for re-set zero
000000AB 00000000 FE FF 168 cpi $0ff !a=f5h,c=1,z=0
000000AD 00000000 CA B3 00 169 jz cpie !test "cpi" for re-set zero
000000B0 00000000 DA B6 00 170 jc acii !test "cpi" for set carry
000000B3 00000000 CD FA 04 171 cpie: call cpuer
000000B6 00000000 CE 0A 172 acii: aci $00a !a=f5h+0ah+carry(1)=0,c=1
test Page 3
Program Variable Code C Line Source
-----------------------------------------------------------------------------------------------------------------------------------
000000B8 00000000 CE 0A 173 aci $00a !a=0+0ah+carry(0)=0bh,c=0
000000BA 00000000 FE 0B 174 cpi $00b
000000BC 00000000 CA C2 00 175 jz suii !test "aci"
000000BF 00000000 CD FA 04 176 call cpuer
000000C2 00000000 D6 0C 177 suii: sui $00c !a=ffh,c=0
000000C4 00000000 D6 0F 178 sui $00f !a=f0h,c=1
000000C6 00000000 FE F0 179 cpi $0f0
000000C8 00000000 CA CE 00 180 jz sbii !test "sui"
000000CB 00000000 CD FA 04 181 call cpuer
000000CE 00000000 DE F1 182 sbii: sbi $0f1 !a=f0h-0f1h-carry(0)=ffh,c=1
000000D0 00000000 DE 0E 183 sbi $00e !a=ffh-oeh-carry(1)=f0h,c=0
000000D2 00000000 FE F0 184 cpi $0f0
000000D4 00000000 CA DA 00 185 jz anii !test "sbi"
000000D7 00000000 CD FA 04 186 call cpuer
000000DA 00000000 E6 55 187 anii: ani $055 !a=f0h<and>55h=50h,c=0,p=1,s=0,z=0
000000DC 00000000 FE 50 188 cpi $050
000000DE 00000000 CA E4 00 189 jz orii !test "ani"
000000E1 00000000 CD FA 04 190 call cpuer
000000E4 00000000 F6 3A 191 orii: ori $03a !a=50h<or>3ah=7ah,c=0,p=0,s=0,z=0
000000E6 00000000 FE 7A 192 cpi $07a
000000E8 00000000 CA EE 00 193 jz xrii !test "ori"
000000EB 00000000 CD FA 04 194 call cpuer
000000EE 00000000 EE 0F 195 xrii: xri $00f !a=7ah<xor>0fh=75h,c=0,p=0,s=0,z=0
000000F0 00000000 FE 75 196 cpi $075
000000F2 00000000 CA F8 00 197 jz c010 !test "xri"
000000F5 00000000 CD FA 04 198 call cpuer
000000F8 00000000 199 !
000000F8 00000000 200 !
000000F8 00000000 201 !
000000F8 00000000 202 !test calls and returns
000000F8 00000000 203 !
000000F8 00000000 E6 00 204 c010: ani $0 !a=0,c=0,p=1,s=0,z=1
000000FA 00000000 DC FA 04 205 cc cpuer !test "cc"
000000FD 00000000 E4 FA 04 206 cpo cpuer !test "cpo"
00000100 00000000 FC FA 04 207 cm cpuer !test "cm"
00000103 00000000 C4 FA 04 208 cnz cpuer !test "cnz"
00000106 00000000 FE 00 209 cpi $0
00000108 00000000 CA 0E 01 210 jz c020 !a=0,c=0,p=0,s=0,z=1
0000010B 00000000 CD FA 04 211 call cpuer
0000010E 00000000 D6 77 212 c020: sui $077 !a=89h,c=1,p=0,s=1,z=0
00000110 00000000 D4 FA 04 213 cnc cpuer !test "cnc"
00000113 00000000 EC FA 04 214 cpe cpuer !test "cpe"
00000116 00000000 F4 FA 04 215 cp cpuer !test "cp"
00000119 00000000 CC FA 04 216 cz cpuer !test "cz"
0000011C 00000000 FE 89 217 cpi $089
0000011E 00000000 CA 24 01 218 jz c030 !test for "calls" taking branch
00000121 00000000 CD FA 04 219 call cpuer
00000124 00000000 E6 FF 220 c030: ani $0ff !set flags back!
00000126 00000000 E4 31 01 221 cpo cpoi !test "cpo"
00000129 00000000 FE D9 222 cpi $0d9
0000012B 00000000 CA 8E 01 223 jz movi !test "call" sequence success
0000012E 00000000 CD FA 04 224 call cpuer
00000131 00000000 E8 225 cpoi: rpe !test "rpe"
00000132 00000000 C6 10 226 adi $010 !a=99h,c=0,p=0,s=1,z=0
00000134 00000000 EC 3D 01 227 cpe cpei !test "cpe"
00000137 00000000 C6 02 228 adi $002 !a=d9h,c=0,p=0,s=1,z=0
00000139 00000000 E0 229 rpo !test "rpo"
0000013A 00000000 CD FA 04 230 call cpuer
0000013D 00000000 E0 231 cpei: rpo !test "rpo"
0000013E 00000000 C6 20 232 adi $020 !a=b9h,c=0,p=0,s=1,z=0
00000140 00000000 FC 49 01 233 cm cmi !test "cm"
00000143 00000000 C6 04 234 adi $004 !a=d7h,c=0,p=1,s=1,z=0
00000145 00000000 E8 235 rpe !test "rpe"
00000146 00000000 CD FA 04 236 call cpuer
00000149 00000000 F0 237 cmi: rp !test "rp"
0000014A 00000000 C6 80 238 adi $080 !a=39h,c=1,p=1,s=0,z=0
0000014C 00000000 F4 55 01 239 cp tcpi !test "cp"
0000014F 00000000 C6 80 240 adi $080 !a=d3h,c=0,p=0,s=1,z=0
00000151 00000000 F8 241 rm !test "rm"
00000152 00000000 CD FA 04 242 call cpuer
00000155 00000000 F8 243 tcpi: rm !test "rm"
00000156 00000000 C6 40 244 adi $040 !a=79h,c=0,p=0,s=0,z=0
00000158 00000000 D4 61 01 245 cnc cnci !test "cnc"
0000015B 00000000 C6 40 246 adi $040 !a=53h,c=0,p=1,s=0,z=0
0000015D 00000000 F0 247 rp !test "rp"
0000015E 00000000 CD FA 04 248 call cpuer
00000161 00000000 D8 249 cnci: rc !test "rc"
00000162 00000000 C6 8F 250 adi $08f !a=08h,c=1,p=0,s=0,z=0
00000164 00000000 DC 6D 01 251 cc cci !test "cc"
00000167 00000000 D6 02 252 sui $002 !a=13h,c=0,p=0,s=0,z=0
00000169 00000000 D0 253 rnc !test "rnc"
0000016A 00000000 CD FA 04 254 call cpuer
0000016D 00000000 D0 255 cci: rnc !test "rnc"
0000016E 00000000 C6 F7 256 adi $0f7 !a=ffh,c=0,p=1,s=1,z=0
00000170 00000000 C4 79 01 257 cnz cnzi !test "cnz"
00000173 00000000 C6 FE 258 adi $0fe !a=15h,c=1,p=0,s=0,z=0
test Page 4
Program Variable Code C Line Source
-----------------------------------------------------------------------------------------------------------------------------------
00000175 00000000 D8 259 rc !test "rc"
00000176 00000000 CD FA 04 260 call cpuer
00000179 00000000 C8 261 cnzi: rz !test "rz"
0000017A 00000000 C6 01 262 adi $001 !a=00h,c=1,p=1,s=0,z=1
0000017C 00000000 CC 85 01 263 cz czi !test "cz"
0000017F 00000000 C6 D0 264 adi $0d0 !a=17h,c=1,p=1,s=0,z=0
00000181 00000000 C0 265 rnz !test "rnz"
00000182 00000000 CD FA 04 266 call cpuer
00000185 00000000 C0 267 czi: rnz !test "rnz"
00000186 00000000 C6 47 268 adi $047 !a=47h,c=0,p=1,s=0,z=0
00000188 00000000 FE 47 269 cpi $047 !a=47h,c=0,p=1,s=0,z=1
0000018A 00000000 C8 270 rz !test "rz"
0000018B 00000000 CD FA 04 271 call cpuer
0000018E 00000000 272 !
0000018E 00000000 273 !
0000018E 00000000 274 !
0000018E 00000000 275 !test "mov","inr",and "dcr" instructions
0000018E 00000000 276 !
0000018E 00000000 3E 77 277 movi: mvi a,$077
00000190 00000000 3C 278 inr a
00000191 00000000 47 279 mov b,a
00000192 00000000 04 280 inr b
00000193 00000000 48 281 mov c,b
00000194 00000000 0D 282 dcr c
00000195 00000000 51 283 mov d,c
00000196 00000000 5A 284 mov e,d
00000197 00000000 63 285 mov h,e
00000198 00000000 6C 286 mov l,h
00000199 00000000 7D 287 mov a,l !test "mov" a,l,h,e,d,c,b,a
0000019A 00000000 3D 288 dcr a
0000019B 00000000 4F 289 mov c,a
0000019C 00000000 59 290 mov e,c
0000019D 00000000 6B 291 mov l,e
0000019E 00000000 45 292 mov b,l
0000019F 00000000 50 293 mov d,b
000001A0 00000000 62 294 mov h,d
000001A1 00000000 7C 295 mov a,h !test "mov" a,h,d,b,l,e,c,a
000001A2 00000000 57 296 mov d,a
000001A3 00000000 14 297 inr d
000001A4 00000000 6A 298 mov l,d
000001A5 00000000 4D 299 mov c,l
000001A6 00000000 0C 300 inr c
000001A7 00000000 61 301 mov h,c
000001A8 00000000 44 302 mov b,h
000001A9 00000000 05 303 dcr b
000001AA 00000000 58 304 mov e,b
000001AB 00000000 7B 305 mov a,e !test "mov" a,e,b,h,c,l,d,a
000001AC 00000000 5F 306 mov e,a
000001AD 00000000 1C 307 inr e
000001AE 00000000 43 308 mov b,e
000001AF 00000000 60 309 mov h,b
000001B0 00000000 24 310 inr h
000001B1 00000000 4C 311 mov c,h
000001B2 00000000 69 312 mov l,c
000001B3 00000000 55 313 mov d,l
000001B4 00000000 15 314 dcr d
000001B5 00000000 7A 315 mov a,d !test "mov" a,d,l,c,h,b,e,a
000001B6 00000000 67 316 mov h,a
000001B7 00000000 25 317 dcr h
000001B8 00000000 54 318 mov d,h
000001B9 00000000 42 319 mov b,d
000001BA 00000000 68 320 mov l,b
000001BB 00000000 2C 321 inr l
000001BC 00000000 5D 322 mov e,l
000001BD 00000000 1D 323 dcr e
000001BE 00000000 4B 324 mov c,e
000001BF 00000000 79 325 mov a,c !test "mov" a,c,e,l,b,d,h,a
000001C0 00000000 6F 326 mov l,a
000001C1 00000000 2D 327 dcr l
000001C2 00000000 65 328 mov h,l
000001C3 00000000 5C 329 mov e,h
000001C4 00000000 53 330 mov d,e
000001C5 00000000 4A 331 mov c,d
000001C6 00000000 41 332 mov b,c
000001C7 00000000 78 333 mov a,b
000001C8 00000000 FE 77 334 cpi $077
000001CA 00000000 C4 FA 04 335 cnz cpuer !test "mov" a,b,c,d,e,h,l,a
000001CD 00000000 336 !
000001CD 00000000 337 !
000001CD 00000000 338 !
000001CD 00000000 339 !test arithmetic and logic instructions
000001CD 00000000 340 !
000001CD 00000000 AF 341 xra a
000001CE 00000000 06 01 342 mvi b,$001
000001D0 00000000 0E 03 343 mvi c,$003
000001D2 00000000 16 07 344 mvi d,$007
test Page 5
Program Variable Code C Line Source
-----------------------------------------------------------------------------------------------------------------------------------
000001D4 00000000 1E 0F 345 mvi e,$00f
000001D6 00000000 26 1F 346 mvi h,$01f
000001D8 00000000 2E 3F 347 mvi l,$03f
000001DA 00000000 80 348 add b
000001DB 00000000 81 349 add c
000001DC 00000000 82 350 add d
000001DD 00000000 83 351 add e
000001DE 00000000 84 352 add h
000001DF 00000000 85 353 add l
000001E0 00000000 87 354 add a
000001E1 00000000 FE F0 355 cpi $0f0
000001E3 00000000 C4 FA 04 356 cnz cpuer !test "add" b,c,d,e,h,l,a
000001E6 00000000 90 357 sub b
000001E7 00000000 91 358 sub c
000001E8 00000000 92 359 sub d
000001E9 00000000 93 360 sub e
000001EA 00000000 94 361 sub h
000001EB 00000000 95 362 sub l
000001EC 00000000 FE 78 363 cpi $078
000001EE 00000000 C4 FA 04 364 cnz cpuer !test "sub" b,c,d,e,h,l
000001F1 00000000 97 365 sub a
000001F2 00000000 C4 FA 04 366 cnz cpuer !test "sub" a
000001F5 00000000 3E 80 367 mvi a,$080
000001F7 00000000 87 368 add a
000001F8 00000000 06 01 369 mvi b,$001
000001FA 00000000 0E 02 370 mvi c,$002
000001FC 00000000 16 03 371 mvi d,$003
000001FE 00000000 1E 04 372 mvi e,$004
00000200 00000000 26 05 373 mvi h,$005
00000202 00000000 2E 06 374 mvi l,$006
00000204 00000000 88 375 adc b
00000205 00000000 06 80 376 mvi b,$080
00000207 00000000 80 377 add b
00000208 00000000 80 378 add b
00000209 00000000 89 379 adc c
0000020A 00000000 80 380 add b
0000020B 00000000 80 381 add b
0000020C 00000000 8A 382 adc d
0000020D 00000000 80 383 add b
0000020E 00000000 80 384 add b
0000020F 00000000 8B 385 adc e
00000210 00000000 80 386 add b
00000211 00000000 80 387 add b
00000212 00000000 8C 388 adc h
00000213 00000000 80 389 add b
00000214 00000000 80 390 add b
00000215 00000000 8D 391 adc l
00000216 00000000 80 392 add b
00000217 00000000 80 393 add b
00000218 00000000 8F 394 adc a
00000219 00000000 FE 37 395 cpi $037
0000021B 00000000 C4 FA 04 396 cnz cpuer !test "adc" b,c,d,e,h,l,a
0000021E 00000000 3E 80 397 mvi a,$080
00000220 00000000 87 398 add a
00000221 00000000 06 01 399 mvi b,$001
00000223 00000000 98 400 sbb b
00000224 00000000 06 FF 401 mvi b,$0ff
00000226 00000000 80 402 add b
00000227 00000000 99 403 sbb c
00000228 00000000 80 404 add b
00000229 00000000 9A 405 sbb d
0000022A 00000000 80 406 add b
0000022B 00000000 9B 407 sbb e
0000022C 00000000 80 408 add b
0000022D 00000000 9C 409 sbb h
0000022E 00000000 80 410 add b
0000022F 00000000 9D 411 sbb l
00000230 00000000 FE E0 412 cpi $0e0
00000232 00000000 C4 FA 04 413 cnz cpuer !test "sbb" b,c,d,e,h,l
00000235 00000000 3E 80 414 mvi a,$080
00000237 00000000 87 415 add a
00000238 00000000 9F 416 sbb a
00000239 00000000 FE FF 417 cpi $0ff
0000023B 00000000 C4 FA 04 418 cnz cpuer !test "sbb" a
0000023E 00000000 3E FF 419 mvi a,$0ff
00000240 00000000 06 FE 420 mvi b,$0fe
00000242 00000000 0E FC 421 mvi c,$0fc
00000244 00000000 16 EF 422 mvi d,$0ef
00000246 00000000 1E 7F 423 mvi e,$07f
00000248 00000000 26 F4 424 mvi h,$0f4
0000024A 00000000 2E BF 425 mvi l,$0bf
0000024C 00000000 A7 426 ana a
0000024D 00000000 A1 427 ana c
0000024E 00000000 A2 428 ana d
0000024F 00000000 A3 429 ana e
00000250 00000000 A4 430 ana h
test Page 6
Program Variable Code C Line Source
-----------------------------------------------------------------------------------------------------------------------------------
00000251 00000000 A5 431 ana l
00000252 00000000 A7 432 ana a
00000253 00000000 FE 24 433 cpi $024
00000255 00000000 C4 FA 04 434 cnz cpuer !test "ana" b,c,d,e,h,l,a
00000258 00000000 AF 435 xra a
00000259 00000000 06 01 436 mvi b,$001
0000025B 00000000 0E 02 437 mvi c,$002
0000025D 00000000 16 04 438 mvi d,$004
0000025F 00000000 1E 08 439 mvi e,$008
00000261 00000000 26 10 440 mvi h,$010
00000263 00000000 2E 20 441 mvi l,$020
00000265 00000000 B0 442 ora b
00000266 00000000 B1 443 ora c
00000267 00000000 B2 444 ora d
00000268 00000000 B3 445 ora e
00000269 00000000 B4 446 ora h
0000026A 00000000 B5 447 ora l
0000026B 00000000 B7 448 ora a
0000026C 00000000 FE 3F 449 cpi $03f
0000026E 00000000 C4 FA 04 450 cnz cpuer !test "ora" b,c,d,e,h,l,a
00000271 00000000 3E 00 451 mvi a,$0
00000273 00000000 26 8F 452 mvi h,$08f
00000275 00000000 2E 4F 453 mvi l,$04f
00000277 00000000 A8 454 xra b
00000278 00000000 A9 455 xra c
00000279 00000000 AA 456 xra d
0000027A 00000000 AB 457 xra e
0000027B 00000000 AC 458 xra h
0000027C 00000000 AD 459 xra l
0000027D 00000000 FE CF 460 cpi $0cf
0000027F 00000000 C4 FA 04 461 cnz cpuer !test "xra" b,c,d,e,h,l
00000282 00000000 AF 462 xra a
00000283 00000000 C4 FA 04 463 cnz cpuer !test "xra" a
00000286 00000000 06 44 464 mvi b,$044
00000288 00000000 0E 45 465 mvi c,$045
0000028A 00000000 16 46 466 mvi d,$046
0000028C 00000000 1E 47 467 mvi e,$047
0000028E 00000000 26 10 468 mvi h,(temp0 / $0ff) !high byte of test memory location
00000290 00000000 2E 00 469 mvi l,(temp0 and $0ff) !low byte of test memory location
00000292 00000000 70 470 mov m,b
00000293 00000000 06 00 471 mvi b,$0
00000295 00000000 46 472 mov b,m
00000296 00000000 3E 44 473 mvi a,$044
00000298 00000000 B8 474 cmp b
00000299 00000000 C4 FA 04 475 cnz cpuer !test "mov" m,b and b,m
0000029C 00000000 72 476 mov m,d
0000029D 00000000 16 00 477 mvi d,$0
0000029F 00000000 56 478 mov d,m
000002A0 00000000 3E 46 479 mvi a,$046
000002A2 00000000 BA 480 cmp d
000002A3 00000000 C4 FA 04 481 cnz cpuer !test "mov" m,d and d,m
000002A6 00000000 73 482 mov m,e
000002A7 00000000 1E 00 483 mvi e,$0
000002A9 00000000 5E 484 mov e,m
000002AA 00000000 3E 47 485 mvi a,$047
000002AC 00000000 BB 486 cmp e
000002AD 00000000 C4 FA 04 487 cnz cpuer !test "mov" m,e and e,m
000002B0 00000000 74 488 mov m,h
000002B1 00000000 26 10 489 mvi h,(temp0 / $0ff)
000002B3 00000000 2E 00 490 mvi l,(temp0 and $0ff)
000002B5 00000000 66 491 mov h,m
000002B6 00000000 3E 10 492 mvi a,(temp0 / $0ff)
000002B8 00000000 BC 493 cmp h
000002B9 00000000 C4 FA 04 494 cnz cpuer !test "mov" m,h and h,m
000002BC 00000000 75 495 mov m,l
000002BD 00000000 26 10 496 mvi h,(temp0 / $0ff)
000002BF 00000000 2E 00 497 mvi l,(temp0 and $0ff)
000002C1 00000000 6E 498 mov l,m
000002C2 00000000 3E 00 499 mvi a,(temp0 and $0ff)
000002C4 00000000 BD 500 cmp l
000002C5 00000000 C4 FA 04 501 cnz cpuer !test "mov" m,l and l,m
000002C8 00000000 26 10 502 mvi h,(temp0 / $0ff)
000002CA 00000000 2E 00 503 mvi l,(temp0 and $0ff)
000002CC 00000000 3E 32 504 mvi a,$032
000002CE 00000000 77 505 mov m,a
000002CF 00000000 BE 506 cmp m
000002D0 00000000 C4 FA 04 507 cnz cpuer !test "mov" m,a
000002D3 00000000 86 508 add m
000002D4 00000000 FE 64 509 cpi $064
000002D6 00000000 C4 FA 04 510 cnz cpuer !test "add" m
000002D9 00000000 AF 511 xra a
000002DA 00000000 7E 512 mov a,m
000002DB 00000000 FE 32 513 cpi $032
000002DD 00000000 C4 FA 04 514 cnz cpuer !test "mov" a,m
000002E0 00000000 26 10 515 mvi h,(temp0 / $0ff)
000002E2 00000000 2E 00 516 mvi l,(temp0 and $0ff)
test Page 7
Program Variable Code C Line Source
-----------------------------------------------------------------------------------------------------------------------------------
000002E4 00000000 7E 517 mov a,m
000002E5 00000000 96 518 sub m
000002E6 00000000 C4 FA 04 519 cnz cpuer !test "sub" m
000002E9 00000000 3E 80 520 mvi a,$080
000002EB 00000000 87 521 add a
000002EC 00000000 8E 522 adc m
000002ED 00000000 FE 33 523 cpi $033
000002EF 00000000 C4 FA 04 524 cnz cpuer !test "adc" m
000002F2 00000000 3E 80 525 mvi a,$080
000002F4 00000000 87 526 add a
000002F5 00000000 9E 527 sbb m
000002F6 00000000 FE CD 528 cpi $0cd
000002F8 00000000 C4 FA 04 529 cnz cpuer !test "sbb" m
000002FB 00000000 A6 530 ana m
000002FC 00000000 C4 FA 04 531 cnz cpuer !test "ana" m
000002FF 00000000 3E 25 532 mvi a,$025
00000301 00000000 B6 533 ora m
00000302 00000000 FE 37 534 cpi $37
00000304 00000000 C4 FA 04 535 cnz cpuer !test "ora" m
00000307 00000000 AE 536 xra m
00000308 00000000 FE 05 537 cpi $005
0000030A 00000000 C4 FA 04 538 cnz cpuer !test "xra" m
0000030D 00000000 36 55 539 mvi m,$055
0000030F 00000000 34 540 inr m
00000310 00000000 35 541 dcr m
00000311 00000000 86 542 add m
00000312 00000000 FE 5A 543 cpi $05a
00000314 00000000 C4 FA 04 544 cnz cpuer !test "inr","dcr",and "mvi" m
00000317 00000000 01 FF 12 545 lxi b,$12ff
0000031A 00000000 11 FF 12 546 lxi d,$12ff
0000031D 00000000 21 FF 12 547 lxi h,$12ff
00000320 00000000 03 548 inx b
00000321 00000000 13 549 inx d
00000322 00000000 23 550 inx h
00000323 00000000 3E 13 551 mvi a,$013
00000325 00000000 B8 552 cmp b
00000326 00000000 C4 FA 04 553 cnz cpuer !test "lxi" and "inx" b
00000329 00000000 BA 554 cmp d
0000032A 00000000 C4 FA 04 555 cnz cpuer !test "lxi" and "inx" d
0000032D 00000000 BC 556 cmp h
0000032E 00000000 C4 FA 04 557 cnz cpuer !test "lxi" and "inx" h
00000331 00000000 3E 00 558 mvi a,$0
00000333 00000000 B9 559 cmp c
00000334 00000000 C4 FA 04 560 cnz cpuer !test "lxi" and "inx" b
00000337 00000000 BB 561 cmp e
00000338 00000000 C4 FA 04 562 cnz cpuer !test "lxi" and "inx" d
0000033B 00000000 BD 563 cmp l
0000033C 00000000 C4 FA 04 564 cnz cpuer !test "lxi" and "inx" h
0000033F 00000000 0B 565 dcx b
00000340 00000000 1B 566 dcx d
00000341 00000000 2B 567 dcx h
00000342 00000000 3E 12 568 mvi a,$012
00000344 00000000 B8 569 cmp b
00000345 00000000 C4 FA 04 570 cnz cpuer !test "dcx" b
00000348 00000000 BA 571 cmp d
00000349 00000000 C4 FA 04 572 cnz cpuer !test "dcx" d
0000034C 00000000 BC 573 cmp h
0000034D 00000000 C4 FA 04 574 cnz cpuer !test "dcx" h
00000350 00000000 3E FF 575 mvi a,$0ff
00000352 00000000 B9 576 cmp c
00000353 00000000 C4 FA 04 577 cnz cpuer !test "dcx" b
00000356 00000000 BB 578 cmp e
00000357 00000000 C4 FA 04 579 cnz cpuer !test "dcx" d
0000035A 00000000 BD 580 cmp l
0000035B 00000000 C4 FA 04 581 cnz cpuer !test "dcx" h
0000035E 00000000 32 00 10 582 sta temp0
00000361 00000000 AF 583 xra a
00000362 00000000 3A 00 10 584 lda temp0
00000365 00000000 FE FF 585 cpi $0ff
00000367 00000000 C4 FA 04 586 cnz cpuer !test "lda" and "sta"
0000036A 00000000 2A 00 05 587 lhld tempp
0000036D 00000000 22 00 10 588 shld temp0
00000370 00000000 3A 00 05 589 lda tempp
00000373 00000000 47 590 mov b,a
00000374 00000000 3A 00 10 591 lda temp0
00000377 00000000 B8 592 cmp b
00000378 00000000 C4 FA 04 593 cnz cpuer !test "lhld" and "shld"
0000037B 00000000 3A 01 05 594 lda tempp+1
0000037E 00000000 47 595 mov b,a
0000037F 00000000 3A 01 10 596 lda temp0+1
00000382 00000000 B8 597 cmp b
00000383 00000000 C4 FA 04 598 cnz cpuer !test "lhld" and "shld"
00000386 00000000 3E AA 599 mvi a,$0aa
00000388 00000000 32 00 10 600 sta temp0
0000038B 00000000 44 601 mov b,h
0000038C 00000000 4D 602 mov c,l
test Page 8
Program Variable Code C Line Source
-----------------------------------------------------------------------------------------------------------------------------------
0000038D 00000000 AF 603 xra a
0000038E 00000000 0A 604 ldax b
0000038F 00000000 FE AA 605 cpi $0aa
00000391 00000000 C4 FA 04 606 cnz cpuer !test "ldax" b
00000394 00000000 3C 607 inr a
00000395 00000000 02 608 stax b
00000396 00000000 3A 00 10 609 lda temp0
00000399 00000000 FE AB 610 cpi $0ab
0000039B 00000000 C4 FA 04 611 cnz cpuer !test "stax" b
0000039E 00000000 3E 77 612 mvi a,$077
000003A0 00000000 32 00 10 613 sta temp0
000003A3 00000000 2A 00 05 614 lhld tempp
000003A6 00000000 11 00 00 615 lxi d,$00000
000003A9 00000000 EB 616 xchg
000003AA 00000000 AF 617 xra a
000003AB 00000000 1A 618 ldax d
000003AC 00000000 FE 77 619 cpi $077
000003AE 00000000 C4 FA 04 620 cnz cpuer !test "ldax" d and "xchg"
000003B1 00000000 AF 621 xra a
000003B2 00000000 84 622 add h
000003B3 00000000 85 623 add l
000003B4 00000000 C4 FA 04 624 cnz cpuer !test "xchg"
000003B7 00000000 3E CC 625 mvi a,$0cc
000003B9 00000000 12 626 stax d
000003BA 00000000 3A 00 10 627 lda temp0
000003BD 00000000 FE CC 628 cpi $0cc
000003BF 00000000 12 629 stax d
000003C0 00000000 3A 00 10 630 lda temp0
000003C3 00000000 FE CC 631 cpi $0cc
000003C5 00000000 C4 FA 04 632 cnz cpuer !test "stax" d
000003C8 00000000 21 77 77 633 lxi h,$07777
000003CB 00000000 29 634 dad h
000003CC 00000000 3E EE 635 mvi a,$0ee
000003CE 00000000 BC 636 cmp h
000003CF 00000000 C4 FA 04 637 cnz cpuer !test "dad" h
000003D2 00000000 BD 638 cmp l
000003D3 00000000 C4 FA 04 639 cnz cpuer !test "dad" h
000003D6 00000000 21 55 55 640 lxi h,$05555
000003D9 00000000 01 FF FF 641 lxi b,$0ffff
000003DC 00000000 09 642 dad b
000003DD 00000000 3E 55 643 mvi a,$055
000003DF 00000000 D4 FA 04 644 cnc cpuer !test "dad" b
000003E2 00000000 BC 645 cmp h
000003E3 00000000 C4 FA 04 646 cnz cpuer !test "dad" b
000003E6 00000000 3E 54 647 mvi a,$054
000003E8 00000000 BD 648 cmp l
000003E9 00000000 C4 FA 04 649 cnz cpuer !test "dad" b
000003EC 00000000 21 AA AA 650 lxi h,$0aaaa
000003EF 00000000 11 33 33 651 lxi d,$03333
000003F2 00000000 19 652 dad d
000003F3 00000000 3E DD 653 mvi a,$0dd
000003F5 00000000 BC 654 cmp h
000003F6 00000000 C4 FA 04 655 cnz cpuer !test "dad" d
000003F9 00000000 BD 656 cmp l
000003FA 00000000 C4 FA 04 657 cnz cpuer !test "dad" b
000003FD 00000000 37 658 stc
000003FE 00000000 D4 FA 04 659 cnc cpuer !test "stc"
00000401 00000000 3F 660 cmc
00000402 00000000 DC FA 04 661 cc cpuer !test "cmc
00000405 00000000 3E AA 662 mvi a,$0aa
00000407 00000000 2F 663 cma
00000408 00000000 FE 55 664 cpi $055
0000040A 00000000 C4 FA 04 665 cnz cpuer !test "cma"
0000040D 00000000 B7 666 ora a !re-set auxiliary carry
0000040E 00000000 27 667 daa
0000040F 00000000 FE 55 668 cpi $055
00000411 00000000 C4 FA 04 669 cnz cpuer !test "daa"
00000414 00000000 3E 88 670 mvi a,$088
00000416 00000000 87 671 add a
00000417 00000000 27 672 daa
00000418 00000000 FE 76 673 cpi $076
0000041A 00000000 C4 FA 04 674 cnz cpuer !test "daa"
0000041D 00000000 AF 675 xra a
0000041E 00000000 3E AA 676 mvi a,$0aa
00000420 00000000 27 677 daa
00000421 00000000 D4 FA 04 678 cnc cpuer !test "daa"
00000424 00000000 FE 10 679 cpi $010
00000426 00000000 C4 FA 04 680 cnz cpuer !test "daa"
00000429 00000000 AF 681 xra a
0000042A 00000000 3E 9A 682 mvi a,$09a
0000042C 00000000 27 683 daa
0000042D 00000000 D4 FA 04 684 cnc cpuer !test "daa"
00000430 00000000 C4 FA 04 685 cnz cpuer !test "daa"
00000433 00000000 37 686 stc
00000434 00000000 3E 42 687 mvi a,$042
00000436 00000000 07 688 rlc
test Page 9
Program Variable Code C Line Source
-----------------------------------------------------------------------------------------------------------------------------------
00000437 00000000 DC FA 04 689 cc cpuer !test "rlc" for re-set carry
0000043A 00000000 07 690 rlc
0000043B 00000000 D4 FA 04 691 cnc cpuer !test "rlc" for set carry
0000043E 00000000 FE 09 692 cpi $009
00000440 00000000 C4 FA 04 693 cnz cpuer !test "rlc" for rotation
00000443 00000000 0F 694 rrc
00000444 00000000 D4 FA 04 695 cnc cpuer !test "rrc" for set carry
00000447 00000000 0F 696 rrc
00000448 00000000 FE 42 697 cpi $042
0000044A 00000000 C4 FA 04 698 cnz cpuer !test "rrc" for rotation
0000044D 00000000 17 699 ral
0000044E 00000000 17 700 ral
0000044F 00000000 D4 FA 04 701 cnc cpuer !test "ral" for set carry
00000452 00000000 FE 08 702 cpi $008
00000454 00000000 C4 FA 04 703 cnz cpuer !test "ral" for rotation
00000457 00000000 1F 704 rar
00000458 00000000 1F 705 rar
00000459 00000000 DC FA 04 706 cc cpuer !test "rar" for re-set carry
0000045C 00000000 FE 02 707 cpi $002
0000045E 00000000 C4 FA 04 708 cnz cpuer !test "rar" for rotation
00000461 00000000 01 34 12 709 lxi b,$01234
00000464 00000000 11 AA AA 710 lxi d,$0aaaa
00000467 00000000 21 55 55 711 lxi h,$05555
0000046A 00000000 AF 712 xra a
0000046B 00000000 C5 713 push b
0000046C 00000000 D5 714 push d
0000046D 00000000 E5 715 push h
0000046E 00000000 F5 716 push psw
0000046F 00000000 01 00 00 717 lxi b,$00000
00000472 00000000 11 00 00 718 lxi d,$00000
00000475 00000000 21 00 00 719 lxi h,$00000
00000478 00000000 3E C0 720 mvi a,$0c0
0000047A 00000000 C6 F0 721 adi $0f0
0000047C 00000000 F1 722 pop psw
0000047D 00000000 E1 723 pop h
0000047E 00000000 D1 724 pop d
0000047F 00000000 C1 725 pop b
00000480 00000000 DC FA 04 726 cc cpuer !test "push psw" and "pop psw"
00000483 00000000 C4 FA 04 727 cnz cpuer !test "push psw" and "pop psw"
00000486 00000000 E4 FA 04 728 cpo cpuer !test "push psw" and "pop psw"
00000489 00000000 FC FA 04 729 cm cpuer !test "push psw" and "pop psw"
0000048C 00000000 3E 12 730 mvi a,$012
0000048E 00000000 B8 731 cmp b
0000048F 00000000 C4 FA 04 732 cnz cpuer !test "push b" and "pop b"
00000492 00000000 3E 34 733 mvi a,$034
00000494 00000000 B9 734 cmp c
00000495 00000000 C4 FA 04 735 cnz cpuer !test "push b" and "pop b"
00000498 00000000 3E AA 736 mvi a,$0aa
0000049A 00000000 BA 737 cmp d
0000049B 00000000 C4 FA 04 738 cnz cpuer !test "push d" and "pop d"
0000049E 00000000 BB 739 cmp e
0000049F 00000000 C4 FA 04 740 cnz cpuer !test "push d" and "pop d"
000004A2 00000000 3E 55 741 mvi a,$055
000004A4 00000000 BC 742 cmp h
000004A5 00000000 C4 FA 04 743 cnz cpuer !test "push h" and "pop h"
000004A8 00000000 BD 744 cmp l
000004A9 00000000 C4 FA 04 745 cnz cpuer !test "push h" and "pop h"
000004AC 00000000 21 00 00 746 lxi h,$00000
000004AF 00000000 39 747 dad sp
000004B0 00000000 22 05 10 748 shld savstk !save the "old" stack-pointer!
000004B3 00000000 31 04 10 749 lxi sp,temp4
000004B6 00000000 3B 750 dcx sp
000004B7 00000000 3B 751 dcx sp
000004B8 00000000 33 752 inx sp
000004B9 00000000 3B 753 dcx sp
000004BA 00000000 3E 55 754 mvi a,$055
000004BC 00000000 32 02 10 755 sta temp2
000004BF 00000000 2F 756 cma
000004C0 00000000 32 03 10 757 sta temp3
000004C3 00000000 C1 758 pop b
000004C4 00000000 B8 759 cmp b
000004C5 00000000 C4 FA 04 760 cnz cpuer !test "lxi","dad","inx",and "dcx" sp
000004C8 00000000 2F 761 cma
000004C9 00000000 B9 762 cmp c
000004CA 00000000 C4 FA 04 763 cnz cpuer !test "lxi","dad","inx", and "dcx" sp
000004CD 00000000 21 04 10 764 lxi h,temp4
000004D0 00000000 F9 765 sphl
000004D1 00000000 21 33 77 766 lxi h,$07733
000004D4 00000000 3B 767 dcx sp
000004D5 00000000 3B 768 dcx sp
000004D6 00000000 E3 769 xthl
000004D7 00000000 3A 03 10 770 lda temp3
000004DA 00000000 FE 77 771 cpi $077
000004DC 00000000 C4 FA 04 772 cnz cpuer !test "sphl" and "xthl"
000004DF 00000000 3A 02 10 773 lda temp2
000004E2 00000000 FE 33 774 cpi $033
test Page 10
Program Variable Code C Line Source
-----------------------------------------------------------------------------------------------------------------------------------
000004E4 00000000 C4 FA 04 775 cnz cpuer !test "sphl" and "xthl"
000004E7 00000000 3E 55 776 mvi a,$055
000004E9 00000000 BD 777 cmp l
000004EA 00000000 C4 FA 04 778 cnz cpuer !test "sphl" and "xthl"
000004ED 00000000 2F 779 cma
000004EE 00000000 BC 780 cmp h
000004EF 00000000 C4 FA 04 781 cnz cpuer !test "sphl" and "xthl"
000004F2 00000000 2A 05 10 782 lhld savstk !restore the "old" stack-pointer
000004F5 00000000 F9 783 sphl
000004F6 00000000 21 FD 04 784 lxi h,cpuok
000004F9 00000000 E9 785 pchl !test "pchl"
000004FA 00000000 786
000004FA 00000000 3E AA 787 cpuer: mvi a, $aa ! set exit code (failure)
000004FC 00000000 76 788 hlt ! stop here
000004FD 00000000 789
000004FD 00000000 3E 55 790 cpuok: mvi a, $55 !
000004FF 00000000 76 791 hlt ! stop here - no trap
00000500 00000000 792
00000500 00000000 793
00000500 00000000 794 !
00000500 00000000 795 ! Data area in program space
00000500 00000000 796 !
00000500 00000000 00 10 797 tempp: defw temp0 !pointer used to test "lhld","shld",
00000502 00000000 798 ! and "ldax" instructions
00000502 00000000 799 !
00000502 00000000 800 ! Data area in variable space
00000502 00000000 801 !
00000502 00000000 802 temp0: defvs 1 !temporary storage for cpu test memory locations
00000502 00000001 803 temp1: defvs 1 !temporary storage for cpu test memory locations
00000502 00000002 804 temp2: defvs 1 !temporary storage for cpu test memory locations
00000502 00000003 805 temp3: defvs 1 !temporary storage for cpu test memory locations
00000502 00000004 806 temp4: defvs 1 !temporary storage for cpu test memory locations
00000502 00000005 807 savstk: defvs 2 !temporary stack-pointer storage location
00000502 00000007 808
00000502 00000007 809 defvs 256 !de-bug stack pointer storage area
00000502 00000107 + 810 stack: defvs
00000502 00000107 + 811