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https://opencores.org/ocsvn/2d_game_console/2d_game_console/trunk
Subversion Repositories 2d_game_console
[/] [2d_game_console/] [trunk/] [Assembler/] [test_code.asm] - Rev 2
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BEGIN:LIMM R0, 0 // R0 <- 0000000000000000 (=0)LIMM R1, 0 // R1 <- 0000000000000000 (=0)LIMM R2, -1 // R2 <- 1111111111111111 (=-1)LIMM R3, 1 // R3 <- 0000000000000001 (=1)LIMM R4, -21846 // R4 <- 1010101010101010 (=-21846)LIMM R5, 21845 // R5 <- 0101010101010101 (=21845)LIMM R6, 32767 // R6 <- 0111111111111111 (=32767)LIMM R7, -32768 // R7 <- 1000000000000000 (=-32768)SPRITE_LEVEL_0:LIMM R28, 0 // R28 <- 0 (Sprite Level 0)LIMM R10, 53 // R10 <- 53 (Sprite Level 0 row value = 53)LIMM R20, 68 // R20 <- 68 (Sprite Level 0 column value = 68)SPRITE_POS R28, R10, R20 // SPRITE_POS LEVEL, ROW, COLUMNLIMM R29, 0 // R29 <- 0 (Sprite ID 0)SPRITE_ID R28, R29 // SPRITE_ID LEVEL, IDLIMM R29, 31 // R29 <- 31 (Sprite Color 31)SPRITE_COLOR R28, R29 // SPRITE_COLOR LEVEL, COLORSPRITE_LEVEL_1:LIMM R28, 1 // R28 <- 1 (Sprite Level 1)LIMM R11, 53 // R11 <- 53 (Sprite Level 1 row value = 53)LIMM R21, 88 // R21 <- 88 (Sprite Level 1 column value = 88)SPRITE_POS R28, R11, R21 // SPRITE_POS LEVEL, ROW, COLUMNLIMM R29, 1 // R29 <- 1 (Sprite ID 1)SPRITE_ID R28, R29 // SPRITE_ID LEVEL, IDLIMM R29, 2016 // R29 <- 2016 (Sprite Color 2016)SPRITE_COLOR R28, R29 // SPRITE_COLOR LEVEL, COLORSPRITE_LEVEL_2:LIMM R28, 2 // R28 <- 2 (Sprite Level 2)LIMM R12, 53 // R12 <- 53 (Sprite Level 2 row value = 53)LIMM R22, 108 // R22 <- 108 (Sprite Level 2 column value = 108)SPRITE_POS R28, R12, R22 // SPRITE_POS LEVEL, ROW, COLUMNLIMM R29, 2 // R29 <- 2 (Sprite ID 2)SPRITE_ID R28, R29 // SPRITE_ID LEVEL, IDLIMM R29, -2048 // R29 <- -2048 (Sprite Color -2048)SPRITE_COLOR R28, R29 // SPRITE_COLOR LEVEL, COLORSPRITE_LEVEL_3:LIMM R28, 3 // R28 <- 3 (Sprite Level 3)LIMM R13, 53 // R13 <- 53 (Sprite Level 3 row value = 53)LIMM R23, 128 // R23 <- 128 (Sprite Level 3 column value = 128)SPRITE_POS R28, R13, R23 // SPRITE_POS LEVEL, ROW, COLUMNLIMM R29, 3 // R29 <- 3 (Sprite ID 3)SPRITE_ID R28, R29 // SPRITE_ID LEVEL, IDLIMM R29, 2047 // R29 <- 2047 (Sprite Color 2047)SPRITE_COLOR R28, R29 // SPRITE_COLOR LEVEL, COLORSPRITE_LEVEL_4:LIMM R28, 4 // R28 <- 4 (Sprite Level 4)LIMM R14, 53 // R14 <- 53 (Sprite Level 4 row value = 53)LIMM R24, 148 // R24 <- 148 (Sprite Level 4 column value = 148)SPRITE_POS R28, R14, R24 // SPRITE_POS LEVEL, ROW, COLUMNLIMM R29, 4 // R29 <- 4 (Sprite ID 4)SPRITE_ID R28, R29 // SPRITE_ID LEVEL, IDLIMM R29, -2017 // R29 <- -2017 (Sprite Color -2017)SPRITE_COLOR R28, R29 // SPRITE_COLOR LEVEL, COLORSPRITE_LEVEL_5:LIMM R28, 5 // R28 <- 5 (Sprite Level 5)LIMM R15, 53 // R15 <- 53 (Sprite Level 5 row value = 53)LIMM R25, 168 // R25 <- 168 (Sprite Level 5 column value = 168)SPRITE_POS R28, R15, R25 // SPRITE_POS LEVEL, ROW, COLUMNLIMM R29, 5 // R29 <- 5 (Sprite ID 5)SPRITE_ID R28, R29 // SPRITE_ID LEVEL, IDLIMM R29, -32 // R29 <- -32 (Sprite Color -32)SPRITE_COLOR R28, R29 // SPRITE_COLOR LEVEL, COLORSPRITE_LEVEL_6:LIMM R28, 6 // R28 <- 6 (Sprite Level 6)LIMM R16, 53 // R16 <- 53 (Sprite Level 6 row value = 53)LIMM R26, 188 // R26 <- 188 (Sprite Level 6 column value = 188)SPRITE_POS R28, R16, R26 // SPRITE_POS LEVEL, ROW, COLUMNLIMM R29, 6 // R29 <- 6 (Sprite ID 6)SPRITE_ID R28, R29 // SPRITE_ID LEVEL, IDLIMM R29, -31728 // R29 <- -31728 (Sprite Color -31728)SPRITE_COLOR R28, R29 // SPRITE_COLOR LEVEL, COLORSPRITE_LEVEL_7:LIMM R28, 7 // R28 <- 7 (Sprite Level 7)LIMM R17, 53 // R17 <- 53 (Sprite Level 7 row value = 53)LIMM R27, 208 // R27 <- 208 (Sprite Level 7 column value = 208)SPRITE_POS R28, R17, R27 // SPRITE_POS LEVEL, ROW, COLUMNLIMM R29, 7 // R29 <- 7 (Sprite ID 7)SPRITE_ID R28, R29 // SPRITE_ID LEVEL, IDLIMM R29, 0 // R29 <- 0 (Sprite Color 0)SPRITE_COLOR R28, R29 // SPRITE_COLOR LEVEL, COLORSPRITE_LEVEL_8:LIMM R28, 8 // R28 <- 8 (Sprite Level 8)LIMM R9, 265 // R9 <- 265 (Sprite Level 8 row value = 265)LIMM R29, 360 // R29 <- 360 (Sprite Level 8 column value = 360)SPRITE_POS R28, R9, R29 // SPRITE_POS LEVEL, ROW, COLUMNLIMM R29, 8 // R29 <- 8 (Sprite ID 8)SPRITE_ID R28, R29 // SPRITE_ID LEVEL, IDLIMM R29, -1 // R29 <- -1 (Sprite Color -1)SPRITE_COLOR R28, R29 // SPRITE_COLOR LEVEL, COLORSPRITE_LEVEL_9:LIMM R28, 9 // R28 <- 9 (Sprite Level 9)LIMM R9, 34 // R9 <- 34 (Sprite Level 9 row value = 34)LIMM R29, 49 // R29 <- 49 (Sprite Level 9 column value = 49)SPRITE_POS R28, R9, R29 // SPRITE_POS LEVEL, ROW, COLUMNLIMM R29, 9 // R29 <- 9 (Sprite ID 9)SPRITE_ID R28, R29 // SPRITE_ID LEVEL, IDLIMM R29, 10580 // R29 <- 10580 (Sprite Color 10580)SPRITE_COLOR R28, R29 // SPRITE_COLOR LEVEL, COLORSPRITE_LEVEL_10:LIMM R28, 10 // R28 <- 10 (Sprite Level 10)LIMM R9, 34 // R9 <- 34 (Sprite Level 10 row value = 34)LIMM R29, 671 // R29 <- 671 (Sprite Level 10 column value = 671)SPRITE_POS R28, R9, R29 // SPRITE_POS LEVEL, ROW, COLUMNLIMM R29, 10 // R29 <- 10 (Sprite ID 10)SPRITE_ID R28, R29 // SPRITE_ID LEVEL, IDLIMM R29, -32752 // R29 <- -32752 (Sprite Color -32752)SPRITE_COLOR R28, R29 // SPRITE_COLOR LEVEL, COLORSPRITE_LEVEL_11:LIMM R28, 11 // R28 <- 11 (Sprite Level 11)LIMM R9, 496 // R9 <- 496 (Sprite Level 11 row value = 496)LIMM R29, 49 // R29 <- 49 (Sprite Level 11 column value = 49)SPRITE_POS R28, R9, R29 // SPRITE_POS LEVEL, ROW, COLUMNLIMM R29, 11 // R29 <- 11 (Sprite ID 11)SPRITE_ID R28, R29 // SPRITE_ID LEVEL, IDLIMM R29, 1343 // R29 <- 1343 (Sprite Color 1343)SPRITE_COLOR R28, R29 // SPRITE_COLOR LEVEL, COLORSPRITE_LEVEL_12:LIMM R28, 12 // R28 <- 12 (Sprite Level 12)LIMM R9, 496 // R9 <- 496 (Sprite Level 12 row value = 496)LIMM R29, 671 // R29 <- 671 (Sprite Level 12 column value = 671)SPRITE_POS R28, R9, R29 // SPRITE_POS LEVEL, ROW, COLUMNLIMM R29, 12 // R29 <- 12 (Sprite ID 12)SPRITE_ID R28, R29 // SPRITE_ID LEVEL, IDLIMM R29, -12769 // R29 <- -12769 (Sprite Color -12769)SPRITE_COLOR R28, R29 // SPRITE_COLOR LEVEL, COLORSPRITE_LEVEL_13:LIMM R28, 13 // R28 <- 13 (Sprite Level 13)LIMM R9, 73 // R9 <- 73 (Sprite Level 13 row value = 73)LIMM R29, 68 // R29 <- 68 (Sprite Level 13 column value = 68)SPRITE_POS R28, R9, R29 // SPRITE_POS LEVEL, ROW, COLUMNLIMM R29, 13 // R29 <- 13 (Sprite ID 13)SPRITE_ID R28, R29 // SPRITE_ID LEVEL, IDLIMM R29, 1727 // R29 <- 1727 (Sprite Color 1727)SPRITE_COLOR R28, R29 // SPRITE_COLOR LEVEL, COLORSPRITE_LEVEL_14:LIMM R28, 14 // R28 <- 14 (Sprite Level 14)LIMM R9, 73 // R9 <- 73 (Sprite Level 14 row value = 73)LIMM R29, 88 // R29 <- 88 (Sprite Level 14 column value = 88)SPRITE_POS R28, R9, R29 // SPRITE_POS LEVEL, ROW, COLUMNLIMM R29, 14 // R29 <- 14 (Sprite ID 14)SPRITE_ID R28, R29 // SPRITE_ID LEVEL, IDLIMM R29, -14824 // R29 <- -14824 (Sprite Color -14824)SPRITE_COLOR R28, R29 // SPRITE_COLOR LEVEL, COLORSPRITE_LEVEL_15:LIMM R28, 15 // R28 <- 15 (Sprite Level 15)LIMM R9, 73 // R9 <- 73 (Sprite Level 15 row value = 73)LIMM R29, 108 // R29 <- 108 (Sprite Level 15 column value = 108)SPRITE_POS R28, R9, R29 // SPRITE_POS LEVEL, ROW, COLUMNLIMM R29, 15 // R29 <- 15 (Sprite ID 15)SPRITE_ID R28, R29 // SPRITE_ID LEVEL, IDLIMM R29, 1040 // R29 <- 1040 (Sprite Color 1040)SPRITE_COLOR R28, R29 // SPRITE_COLOR LEVEL, COLORSTART:LIMM R0, 0 // R0 <- 0000000000000000 (=0)LIMM R1, 0 // R1 <- 0000000000000000 (=0)LIMM R2, -1 // R2 <- 1111111111111111 (=-1)LIMM R3, 1 // R3 <- 0000000000000001 (=1)LIMM R4, -21846 // R4 <- 1010101010101010 (=-21846)LIMM R5, 21845 // R5 <- 0101010101010101 (=21845)LIMM R6, 32767 // R6 <- 0111111111111111 (=32767)LIMM R7, -32768 // R7 <- 1000000000000000 (=-32768)//Enable all interruptsSW R2, 1024 (R0) // ADDR 1024: <- 1111111111111111 (=-1)//Move Sprite 7LIMM R28, 7 // R28 <- 7 (Sprite Level 7)ADD R17, R3 // R17 + R3 = R17 + 1ADD R27, R3 // R27 + R3 = R27 + 1SPRITE_POS R28, R17, R27 // SPRITE_POS LEVEL, ROW, COLUMNADD_R1:ADD R1, R1 // R1 + R1 = 0 (R1 <- 0)SW R1, 1033 (R0) // ADDR 1033: <- 0LIMM R1, 0 // R1 <- 0BRFL ERROR, 6, 1 // BRANCH TO ERROR IF RFLAGS[6] = 1ADD R1, R2 // R1 + R2 = -1 (R1 <- -1)SW R1, 1034 (R0) // ADDR 1034: <- -1LIMM R1, 0 // R1 <- 0BRFL ERROR, 6, 1 // BRANCH TO ERROR IF RFLAGS[6] = 1ADD R1, R3 // R1 + R3 = 1 (R1 <- 1)SW R1, 1035 (R0) // ADDR 1035: <- 1LIMM R1, 0 // R1 <- 0BRFL ERROR, 6, 1 // BRANCH TO ERROR IF RFLAGS[6] = 1ADD R1, R4 // R1 + R4 = -21846 (R1 <- -21846)SW R1, 1036 (R0) // ADDR 1036: <- -21846LIMM R1, 0 // R1 <- 0BRFL ERROR, 6, 1 // BRANCH TO ERROR IF RFLAGS[6] = 1ADD R1, R5 // R1 + R5 = 21845 (R1 <- 21845)SW R1, 1037 (R0) // ADDR 1037: <- 21845LIMM R1, 0 // R1 <- 0BRFL ERROR, 6, 1 // BRANCH TO ERROR IF RFLAGS[6] = 1ADD R1, R6 // R1 + R6 = 32767 (R1 <- 32767)SW R1, 1038 (R0) // ADDR 1038: <- 32767LIMM R1, 0 // R1 <- 0BRFL ERROR, 6, 1 // BRANCH TO ERROR IF RFLAGS[6] = 1ADD R1, R7 // R1 + R7 = -32768 (R1 <- -32768)SW R1, 1039 (R0) // ADDR 1039: <- -32768LIMM R1, 0 // R1 <- 0BRFL ERROR, 6, 1 // BRANCH TO ERROR IF RFLAGS[6] = 1ADD_R2:ADD R2, R1 // R2 + R1 = -1 (R2 <- -1)SW R2, 1040 (R0) // ADDR 1040: <- -1LIMM R2, -1 // R2 <- -1BRFL ERROR, 6, 1 // BRANCH TO ERROR IF RFLAGS[6] = 1ADD R2, R2 // R2 + R2 = -2 (R2 <- -2)SW R2, 1041 (R0) // ADDR 1041: <- -2LIMM R2, -1 // R2 <- -1BRFL ERROR, 6, 1 // BRANCH TO ERROR IF RFLAGS[6] = 1ADD R2, R3 // R2 + R3 = 0 (R2 <- 0)SW R2, 1042 (R0) // ADDR 1042: <- 0LIMM R2, -1 // R2 <- -1BRFL ERROR, 6, 1 // BRANCH TO ERROR IF RFLAGS[6] = 1ADD R2, R4 // R2 + R4 = -21847 (R2 <- -21847)SW R2, 1043 (R0) // ADDR 1043: <- -21847LIMM R2, -1 // R2 <- -1BRFL ERROR, 6, 1 // BRANCH TO ERROR IF RFLAGS[6] = 1ADD R2, R5 // R2 + R5 = 21844 (R2 <- 21844)SW R2, 1044 (R0) // ADDR 1044: <- 21844LIMM R2, -1 // R2 <- -1BRFL ERROR, 6, 1 // BRANCH TO ERROR IF RFLAGS[6] = 1ADD R2, R6 // R2 + R6 = 32766 (R2 <- 32766)SW R2, 1045 (R0) // ADDR 1045: <- 32766LIMM R2, -1 // R2 <- -1BRFL ERROR, 6, 1 // BRANCH TO ERROR IF RFLAGS[6] = 1ADD R2, R7 // R2 + R7 = -32769 (R2 <- -1) !!!!!OVERFLOW!!!!!SW R2, 1046 (R0) // ADDR 1046: <- -1LIMM R2, -1 // R2 <- -1BRFL ERROR, 6, 0 // BRANCH TO ERROR IF RFLAGS[6] = 0ADD_R3:ADD R3, R1 // R3 + R1 = 1 (R3 <- 1)SW R3, 1047 (R0) // ADDR 1047: <- 1LIMM R3, 1 // R3 <- 1BRFL ERROR, 6, 1 // BRANCH TO ERROR IF RFLAGS[6] = 1ADD R3, R2 // R3 + R2 = 0 (R3 <- 0)SW R3, 1048 (R0) // ADDR 1048: <- 0LIMM R3, 1 // R3 <- 1BRFL ERROR, 6, 1 // BRANCH TO ERROR IF RFLAGS[6] = 1ADD R3, R3 // R3 + R3 = 2 (R3 <- 2)SW R3, 1049 (R0) // ADDR 1049: <- 2LIMM R3, 1 // R3 <- 1BRFL ERROR, 6, 1 // BRANCH TO ERROR IF RFLAGS[6] = 1ADD R3, R4 // R3 + R4 = -21845 (R3 <- -21845)SW R3, 1050 (R0) // ADDR 1050: <- -21845LIMM R3, 1 // R3 <- 1BRFL ERROR, 6, 1 // BRANCH TO ERROR IF RFLAGS[6] = 1ADD R3, R5 // R3 + R5 = 21846 (R3 <- 21846)SW R3, 1051 (R0) // ADDR 1051: <- 21846LIMM R3, 1 // R3 <- 1BRFL ERROR, 6, 1 // BRANCH TO ERROR IF RFLAGS[6] = 1ADD R3, R6 // R3 + R6 = 32768 (R3 <- -1) !!!!!OVERFLOW!!!!!SW R3, 1052 (R0) // ADDR 1052: <- -1LIMM R3, 1 // R3 <- 1BRFL ERROR, 6, 0 // BRANCH TO ERROR IF RFLAGS[6] = 0ADD R3, R7 // R3 + R7 = -32767 (R3 <- -32767)SW R3, 1053 (R0) // ADDR 1053: <- -32767LIMM R3, 1 // R3 <- 1BRFL ERROR, 6, 1 // BRANCH TO ERROR IF RFLAGS[6] = 1ADD_R4:ADD R4, R1 // R4 + R1 = -21846 (R4 <- -21846)SW R4, 1054 (R0) // ADDR 1054: <- -21846LIMM R4, -21846 // R4 <- -21846BRFL ERROR, 6, 1 // BRANCH TO ERROR IF RFLAGS[6] = 1ADD R4, R2 // R4 + R2 = -21847 (R4 <- -21847)SW R4, 1055 (R0) // ADDR 1055: <- -21847LIMM R4, -21846 // R4 <- -21846BRFL ERROR, 6, 1 // BRANCH TO ERROR IF RFLAGS[6] = 1ADD R4, R3 // R4 + R3 = -21845 (R4 <- -21845)SW R4, 1056 (R0) // ADDR 1056: <- -21845LIMM R4, -21846 // R4 <- -21846BRFL ERROR, 6, 1 // BRANCH TO ERROR IF RFLAGS[6] = 1ADD R4, R4 // R4 + R4 = -43692 (R4 <- -1) !!!!!OVERFLOW!!!!!SW R4, 1057 (R0) // ADDR 1057: <- -1LIMM R4, -21846 // R4 <- -21846BRFL ERROR, 6, 0 // BRANCH TO ERROR IF RFLAGS[6] = 0ADD R4, R5 // R4 + R5 = -1 (R4 <- -1)SW R4, 1058 (R0) // ADDR 1058: <- -1LIMM R4, -21846 // R4 <- -21846BRFL ERROR, 6, 1 // BRANCH TO ERROR IF RFLAGS[6] = 1ADD R4, R6 // R4 + R6 = 10921 (R4 <- 10921)SW R4, 1059 (R0) // ADDR 1059: <- 10921LIMM R4, -21846 // R4 <- -21846BRFL ERROR, 6, 1 // BRANCH TO ERROR IF RFLAGS[6] = 1ADD R4, R7 // R4 + R7 = -54614 (R4 <- -1) !!!!!OVERFLOW!!!!!SW R4, 1060 (R0) // ADDR 1060: <- -1LIMM R4, -21846 // R4 <- -21846BRFL ERROR, 6, 0 // BRANCH TO ERROR IF RFLAGS[6] = 0ADD_R5:ADD R5, R1 // R5 + R1 = 21845 (R5 <- 21845)SW R5, 1061 (R0) // ADDR 1061: <- 21845LIMM R5, 21845 // R5 <- 21845BRFL ERROR, 6, 1 // BRANCH TO ERROR IF RFLAGS[6] = 1ADD R5, R2 // R5 + R2 = 21844 (R5 <- 21844)SW R5, 1062 (R0) // ADDR 1062: <- 21844LIMM R5, 21845 // R5 <- 21845BRFL ERROR, 6, 1 // BRANCH TO ERROR IF RFLAGS[6] = 1ADD R5, R3 // R5 + R3 = 21846 (R5 <- 21846)SW R5, 1063 (R0) // ADDR 1063: <- 21846LIMM R5, 21845 // R5 <- 21845BRFL ERROR, 6, 1 // BRANCH TO ERROR IF RFLAGS[6] = 1ADD R5, R4 // R5 + R4 = -1 (R5 <- -1)SW R5, 1064 (R0) // ADDR 1064: <- -1LIMM R5, 21845 // R5 <- 21845BRFL ERROR, 6, 1 // BRANCH TO ERROR IF RFLAGS[6] = 1ADD R5, R5 // R5 + R5 = 43690 (R5 <- -1) !!!!!OVERFLOW!!!!!SW R5, 1065 (R0) // ADDR 1065: <- -1LIMM R5, 21845 // R5 <- 21845BRFL ERROR, 6, 0 // BRANCH TO ERROR IF RFLAGS[6] = 0ADD R5, R6 // R5 + R6 = 54612 (R5 <- -1) !!!!!OVERFLOW!!!!!SW R5, 1066 (R0) // ADDR 1066: <- -1LIMM R5, 21845 // R5 <- 21845BRFL ERROR, 6, 0 // BRANCH TO ERROR IF RFLAGS[6] = 0ADD R5, R7 // R5 + R7 = -10923 (R5 <- -10923)SW R5, 1067 (R0) // ADDR 1067: <- -10923LIMM R5, 21845 // R5 <- 21845BRFL ERROR, 6, 1 // BRANCH TO ERROR IF RFLAGS[6] = 1ADD_R6:ADD R6, R1 // R6 + R1 = 32767 (R6 <- 32767)SW R6, 1068 (R0) // ADDR 1068: <- 32767LIMM R6, 32767 // R6 <- 32767BRFL ERROR, 6, 1 // BRANCH TO ERROR IF RFLAGS[6] = 1ADD R6, R2 // R6 + R2 = 32766 (R6 <- 32766)SW R6, 1069 (R0) // ADDR 1069: <- 32766LIMM R6, 32767 // R6 <- 32767BRFL ERROR, 6, 1 // BRANCH TO ERROR IF RFLAGS[6] = 1ADD R6, R3 // R6 + R3 = 32768 (R6 <- -1) !!!!!OVERFLOW!!!!!SW R6, 1070 (R0) // ADDR 1070: <- -1LIMM R6, 32767 // R6 <- 32767BRFL ERROR, 6, 0 // BRANCH TO ERROR IF RFLAGS[6] = 0ADD R6, R4 // R6 + R4 = 10921 (R6 <- 10921)SW R6, 1071 (R0) // ADDR 1071: <- 10921LIMM R6, 32767 // R6 <- 32767BRFL ERROR, 6, 1 // BRANCH TO ERROR IF RFLAGS[6] = 1ADD R6, R5 // R6 + R5 = 54612 (R6 <- -1) !!!!!OVERFLOW!!!!!SW R6, 1072 (R0) // ADDR 1072: <- -1LIMM R6, 32767 // R6 <- 32767BRFL ERROR, 6, 0 // BRANCH TO ERROR IF RFLAGS[6] = 0ADD R6, R6 // R6 + R6 = 65534 (R6 <- -1) !!!!!OVERFLOW!!!!!SW R6, 1073 (R0) // ADDR 1073: <- -1LIMM R6, 32767 // R6 <- 32767BRFL ERROR, 6, 0 // BRANCH TO ERROR IF RFLAGS[6] = 0ADD R6, R7 // R6 + R7 = -1 (R6 <- -1)SW R6, 1074 (R0) // ADDR 1074: <- -1LIMM R6, 32767 // R6 <- 32767BRFL ERROR, 6, 1 // BRANCH TO ERROR IF RFLAGS[6] = 1ADD_R7:ADD R7, R1 // R7 + R1 = -32768 (R7 <- -32768)SW R7, 1075 (R0) // ADDR 1075: <- -32768LIMM R7, -32768 // R7 <- -32768BRFL ERROR, 6, 1 // BRANCH TO ERROR IF RFLAGS[6] = 1ADD R7, R2 // R7 + R2 = -32769 (R7 <- -1) !!!!!OVERFLOW!!!!!SW R7, 1076 (R0) // ADDR 1076: <- -1LIMM R7, -32768 // R7 <- -32768BRFL ERROR, 6, 0 // BRANCH TO ERROR IF RFLAGS[6] = 0ADD R7, R3 // R7 + R3 = -32767 (R7 <- -32767)SW R7, 1077 (R0) // ADDR 1077: <- -32767LIMM R7, -32768 // R7 <- -32768BRFL ERROR, 6, 1 // BRANCH TO ERROR IF RFLAGS[6] = 1ADD R7, R4 // R7 + R4 = -54614 (R7 <- -1) !!!!!OVERFLOW!!!!!SW R7, 1078 (R0) // ADDR 1078: <- -1LIMM R7, -32768 // R7 <- -32768BRFL ERROR, 6, 0 // BRANCH TO ERROR IF RFLAGS[6] = 0ADD R7, R5 // R7 + R5 = -10923 (R7 <- -10923)SW R7, 1079 (R0) // ADDR 1079: <- -10923LIMM R7, -32768 // R7 <- -32768BRFL ERROR, 6, 1 // BRANCH TO ERROR IF RFLAGS[6] = 1ADD R7, R6 // R7 + R6 = -1 (R7 <- -1)SW R7, 1080 (R0) // ADDR 1080: <- -1LIMM R7, -32768 // R7 <- -32768BRFL ERROR, 6, 1 // BRANCH TO ERROR IF RFLAGS[6] = 1ADD R7, R7 // R7 + R7 = -65536 (R7 <- -1) !!!!!OVERFLOW!!!!!SW R7, 1081 (R0) // ADDR 1081: <- -1LIMM R7, -32768 // R7 <- -32768BRFL ERROR, 6, 0 // BRANCH TO ERROR IF RFLAGS[6] = 0SUB_R1:SUB R1, R1 // R1 - R1 = 0 (R1 <- 0)SW R1, 1082 (R0) // ADDR 1082: <- 0LIMM R1, 0 // R1 <- 0BRFL ERROR, 6, 1 // BRANCH TO ERROR IF RFLAGS[6] = 1SUB R1, R2 // R1 - R2 = 1 (R1 <- 1)SW R1, 1083 (R0) // ADDR 1083: <- 1LIMM R1, 0 // R1 <- 0BRFL ERROR, 6, 1 // BRANCH TO ERROR IF RFLAGS[6] = 1SUB R1, R3 // R1 - R3 = -1 (R1 <- -1)SW R1, 1084 (R0) // ADDR 1084: <- -1LIMM R1, 0 // R1 <- 0BRFL ERROR, 6, 1 // BRANCH TO ERROR IF RFLAGS[6] = 1SUB R1, R4 // R1 - R4 = 21846 (R1 <- 21846)SW R1, 1085 (R0) // ADDR 1085: <- 21846LIMM R1, 0 // R1 <- 0BRFL ERROR, 6, 1 // BRANCH TO ERROR IF RFLAGS[6] = 1SUB R1, R5 // R1 - R5 = -21845 (R1 <- -21845)SW R1, 1086 (R0) // ADDR 1086: <- -21845LIMM R1, 0 // R1 <- 0BRFL ERROR, 6, 1 // BRANCH TO ERROR IF RFLAGS[6] = 1SUB R1, R6 // R1 - R6 = -32767 (R1 <- -32767)SW R1, 1087 (R0) // ADDR 1087: <- -32767LIMM R1, 0 // R1 <- 0BRFL ERROR, 6, 1 // BRANCH TO ERROR IF RFLAGS[6] = 1SUB R1, R7 // R1 - R7 = 32768 (R1 <- -1) !!!!!OVERFLOW!!!!!SW R1, 1088 (R0) // ADDR 1088: <- -1LIMM R1, 0 // R1 <- 0BRFL ERROR, 6, 0 // BRANCH TO ERROR IF RFLAGS[6] = 0SUB_R2:SUB R2, R1 // R2 - R1 = -1 (R2 <- -1)SW R2, 1089 (R0) // ADDR 1089: <- -1LIMM R2, -1 // R2 <- -1BRFL ERROR, 6, 1 // BRANCH TO ERROR IF RFLAGS[6] = 1SUB R2, R2 // R2 - R2 = 0 (R2 <- 0)SW R2, 1090 (R0) // ADDR 1090: <- 0LIMM R2, -1 // R2 <- -1BRFL ERROR, 6, 1 // BRANCH TO ERROR IF RFLAGS[6] = 1SUB R2, R3 // R2 - R3 = -2 (R2 <- -2)SW R2, 1091 (R0) // ADDR 1091: <- -2LIMM R2, -1 // R2 <- -1BRFL ERROR, 6, 1 // BRANCH TO ERROR IF RFLAGS[6] = 1SUB R2, R4 // R2 - R4 = 21845 (R2 <- 21845)SW R2, 1092 (R0) // ADDR 1092: <- 21845LIMM R2, -1 // R2 <- -1BRFL ERROR, 6, 1 // BRANCH TO ERROR IF RFLAGS[6] = 1SUB R2, R5 // R2 - R5 = -21846 (R2 <- -21846)SW R2, 1093 (R0) // ADDR 1093: <- -21846LIMM R2, -1 // R2 <- -1BRFL ERROR, 6, 1 // BRANCH TO ERROR IF RFLAGS[6] = 1SUB R2, R6 // R2 - R6 = -32768 (R2 <- -32768)SW R2, 1094 (R0) // ADDR 1094: <- -32768LIMM R2, -1 // R2 <- -1BRFL ERROR, 6, 1 // BRANCH TO ERROR IF RFLAGS[6] = 1SUB R2, R7 // R2 - R7 = 32767 (R2 <- 32767)SW R2, 1095 (R0) // ADDR 1095: <- 32767LIMM R2, -1 // R2 <- -1BRFL ERROR, 6, 1 // BRANCH TO ERROR IF RFLAGS[6] = 1SUB_R3:SUB R3, R1 // R3 - R1 = 1 (R3 <- 1)SW R3, 1096 (R0) // ADDR 1096: <- 1LIMM R3, 1 // R3 <- 1BRFL ERROR, 6, 1 // BRANCH TO ERROR IF RFLAGS[6] = 1SUB R3, R2 // R3 - R2 = 2 (R3 <- 2)SW R3, 1097 (R0) // ADDR 1097: <- 2LIMM R3, 1 // R3 <- 1BRFL ERROR, 6, 1 // BRANCH TO ERROR IF RFLAGS[6] = 1SUB R3, R3 // R3 - R3 = 0 (R3 <- 0)SW R3, 1098 (R0) // ADDR 1098: <- 0LIMM R3, 1 // R3 <- 1BRFL ERROR, 6, 1 // BRANCH TO ERROR IF RFLAGS[6] = 1SUB R3, R4 // R3 - R4 = 21847 (R3 <- 21847)SW R3, 1099 (R0) // ADDR 1099: <- 21847LIMM R3, 1 // R3 <- 1BRFL ERROR, 6, 1 // BRANCH TO ERROR IF RFLAGS[6] = 1SUB R3, R5 // R3 - R5 = -21844 (R3 <- -21844)SW R3, 1100 (R0) // ADDR 1100: <- -21844LIMM R3, 1 // R3 <- 1BRFL ERROR, 6, 1 // BRANCH TO ERROR IF RFLAGS[6] = 1SUB R3, R6 // R3 - R6 = -32766 (R3 <- -32766)SW R3, 1101 (R0) // ADDR 1101: <- -32766LIMM R3, 1 // R3 <- 1BRFL ERROR, 6, 1 // BRANCH TO ERROR IF RFLAGS[6] = 1SUB R3, R7 // R3 - R7 = 32769 (R3 <- -1) !!!!!OVERFLOW!!!!!SW R3, 1102 (R0) // ADDR 1102: <- -1LIMM R3, 1 // R3 <- 1BRFL ERROR, 6, 0 // BRANCH TO ERROR IF RFLAGS[6] = 0SUB_R4:SUB R4, R1 // R4 - R1 = -21846 (R4 <- -21846)SW R4, 1103 (R0) // ADDR 1103: <- -21846LIMM R4, -21846 // R4 <- -21846BRFL ERROR, 6, 1 // BRANCH TO ERROR IF RFLAGS[6] = 1SUB R4, R2 // R4 - R2 = -21845 (R4 <- -21845)SW R4, 1104 (R0) // ADDR 1104: <- -21845LIMM R4, -21846 // R4 <- -21846BRFL ERROR, 6, 1 // BRANCH TO ERROR IF RFLAGS[6] = 1SUB R4, R3 // R4 - R3 = -21847 (R4 <- -21847)SW R4, 1105 (R0) // ADDR 1105: <- -21847LIMM R4, -21846 // R4 <- -21846BRFL ERROR, 6, 1 // BRANCH TO ERROR IF RFLAGS[6] = 1SUB R4, R4 // R4 - R4 = 0 (R4 <- 0)SW R4, 1106 (R0) // ADDR 1106: <- 0LIMM R4, -21846 // R4 <- -21846BRFL ERROR, 6, 1 // BRANCH TO ERROR IF RFLAGS[6] = 1SUB R4, R5 // R4 - R5 = -43691 (R4 <- -1) !!!!!OVERFLOW!!!!!SW R4, 1107 (R0) // ADDR 1107: <- -1LIMM R4, -21846 // R4 <- -21846BRFL ERROR, 6, 0 // BRANCH TO ERROR IF RFLAGS[6] = 0SUB R4, R6 // R4 - R6 = -54613 (R4 <- -1) !!!!!OVERFLOW!!!!!SW R4, 1108 (R0) // ADDR 1108: <- -1LIMM R4, -21846 // R4 <- -21846BRFL ERROR, 6, 0 // BRANCH TO ERROR IF RFLAGS[6] = 0SUB R4, R7 // R4 - R7 = 10922 (R4 <- 10922)SW R4, 1109 (R0) // ADDR 1109: <- 10922LIMM R4, -21846 // R4 <- -21846BRFL ERROR, 6, 1 // BRANCH TO ERROR IF RFLAGS[6] = 1SUB_R5:SUB R5, R1 // R5 - R1 = 21845 (R5 <- 21845)SW R5, 1110 (R0) // ADDR 1110: <- 21845LIMM R5, 21845 // R5 <- 21845BRFL ERROR, 6, 1 // BRANCH TO ERROR IF RFLAGS[6] = 1SUB R5, R2 // R5 - R2 = 21846 (R5 <- 21846)SW R5, 1111 (R0) // ADDR 1111: <- 21846LIMM R5, 21845 // R5 <- 21845BRFL ERROR, 6, 1 // BRANCH TO ERROR IF RFLAGS[6] = 1SUB R5, R3 // R5 - R3 = 21844 (R5 <- 21844)SW R5, 1112 (R0) // ADDR 1112: <- 21844LIMM R5, 21845 // R5 <- 21845BRFL ERROR, 6, 1 // BRANCH TO ERROR IF RFLAGS[6] = 1SUB R5, R4 // R5 - R4 = 43691 (R5 <- -1) !!!!!OVERFLOW!!!!!SW R5, 1113 (R0) // ADDR 1113: <- -1LIMM R5, 21845 // R5 <- 21845BRFL ERROR, 6, 0 // BRANCH TO ERROR IF RFLAGS[6] = 0SUB R5, R5 // R5 - R5 = 0 (R5 <- 0)SW R5, 1114 (R0) // ADDR 1114: <- 0LIMM R5, 21845 // R5 <- 21845BRFL ERROR, 6, 1 // BRANCH TO ERROR IF RFLAGS[6] = 1SUB R5, R6 // R5 - R6 = -10922 (R5 <- -10922)SW R5, 1115 (R0) // ADDR 1115: <- -10922LIMM R5, 21845 // R5 <- 21845BRFL ERROR, 6, 1 // BRANCH TO ERROR IF RFLAGS[6] = 1SUB R5, R7 // R5 - R7 = 54613 (R5 <- -1) !!!!!OVERFLOW!!!!!SW R5, 1116 (R0) // ADDR 1116: <- -1LIMM R5, 21845 // R5 <- 21845BRFL ERROR, 6, 0 // BRANCH TO ERROR IF RFLAGS[6] = 0SUB_R6:SUB R6, R1 // R6 - R1 = 32767 (R6 <- 32767)SW R6, 1117 (R0) // ADDR 1117: <- 32767LIMM R6, 32767 // R6 <- 32767BRFL ERROR, 6, 1 // BRANCH TO ERROR IF RFLAGS[6] = 1SUB R6, R2 // R6 - R2 = 32768 (R6 <- -1) !!!!!OVERFLOW!!!!!SW R6, 1118 (R0) // ADDR 1118: <- -1LIMM R6, 32767 // R6 <- 32767BRFL ERROR, 6, 0 // BRANCH TO ERROR IF RFLAGS[6] = 0SUB R6, R3 // R6 - R3 = 32766 (R6 <- 32766)SW R6, 1119 (R0) // ADDR 1119: <- 32766LIMM R6, 32767 // R6 <- 32767BRFL ERROR, 6, 1 // BRANCH TO ERROR IF RFLAGS[6] = 1SUB R6, R4 // R6 - R4 = 54613 (R6 <- -1) !!!!!OVERFLOW!!!!!SW R6, 1120 (R0) // ADDR 1120: <- -1LIMM R6, 32767 // R6 <- 32767BRFL ERROR, 6, 0 // BRANCH TO ERROR IF RFLAGS[6] = 0SUB R6, R5 // R6 - R5 = 10922 (R6 <- 10922)SW R6, 1121 (R0) // ADDR 1121: <- 10922LIMM R6, 32767 // R6 <- 32767BRFL ERROR, 6, 1 // BRANCH TO ERROR IF RFLAGS[6] = 1SUB R6, R6 // R6 - R6 = 0 (R6 <- 0)SW R6, 1122 (R0) // ADDR 1122: <- 0LIMM R6, 32767 // R6 <- 32767BRFL ERROR, 6, 1 // BRANCH TO ERROR IF RFLAGS[6] = 1SUB R6, R7 // R6 - R7 = 65535 (R6 <- -1) !!!!!OVERFLOW!!!!!SW R6, 1123 (R0) // ADDR 1123: <- -1LIMM R6, 32767 // R6 <- 32767BRFL ERROR, 6, 0 // BRANCH TO ERROR IF RFLAGS[6] = 0SUB_R7:SUB R7, R1 // R7 - R1 = -32768 (R7 <- -32768)SW R7, 1124 (R0) // ADDR 1124: <- -32768LIMM R7, -32768 // R7 <- -32768BRFL ERROR, 6, 1 // BRANCH TO ERROR IF RFLAGS[6] = 1SUB R7, R2 // R7 - R2 = -32767 (R7 <- -32767)SW R7, 1125 (R0) // ADDR 1125: <- -32767LIMM R7, -32768 // R7 <- -32768BRFL ERROR, 6, 1 // BRANCH TO ERROR IF RFLAGS[6] = 1SUB R7, R3 // R7 - R3 = -32769 (R7 <- -1) !!!!!OVERFLOW!!!!!SW R7, 1126 (R0) // ADDR 1126: <- -1LIMM R7, -32768 // R7 <- -32768BRFL ERROR, 6, 0 // BRANCH TO ERROR IF RFLAGS[6] = 0SUB R7, R4 // R7 - R4 = -10922 (R7 <- -10922)SW R7, 1127 (R0) // ADDR 1127: <- -10922LIMM R7, -32768 // R7 <- -32768BRFL ERROR, 6, 1 // BRANCH TO ERROR IF RFLAGS[6] = 1SUB R7, R5 // R7 - R5 = -54613 (R7 <- -1) !!!!!OVERFLOW!!!!!SW R7, 1128 (R0) // ADDR 1128: <- -1LIMM R7, -32768 // R7 <- -32768BRFL ERROR, 6, 0 // BRANCH TO ERROR IF RFLAGS[6] = 0SUB R7, R6 // R7 - R6 = -65535 (R7 <- -1) !!!!!OVERFLOW!!!!!SW R7, 1129 (R0) // ADDR 1129: <- -1LIMM R7, -32768 // R7 <- -32768BRFL ERROR, 6, 0 // BRANCH TO ERROR IF RFLAGS[6] = 0SUB R7, R7 // R7 - R7 = 0 (R7 <- 0)SW R7, 1130 (R0) // ADDR 1130: <- 0LIMM R7, -32768 // R7 <- -32768BRFL ERROR, 6, 1 // BRANCH TO ERROR IF RFLAGS[6] = 1MUL_R1:MUL R1, R1 // R1 * R1 = 0 (R1 <- 0)SW R1, 1131 (R0) // ADDR 1131: <- 0LIMM R1, 0 // R1 <- 0BRFL ERROR, 6, 1 // BRANCH TO ERROR IF RFLAGS[6] = 1MUL R1, R2 // R1 * R2 = 0 (R1 <- 0)SW R1, 1132 (R0) // ADDR 1132: <- 0LIMM R1, 0 // R1 <- 0BRFL ERROR, 6, 1 // BRANCH TO ERROR IF RFLAGS[6] = 1MUL R1, R3 // R1 * R3 = 0 (R1 <- 0)SW R1, 1133 (R0) // ADDR 1133: <- 0LIMM R1, 0 // R1 <- 0BRFL ERROR, 6, 1 // BRANCH TO ERROR IF RFLAGS[6] = 1MUL R1, R4 // R1 * R4 = 0 (R1 <- 0)SW R1, 1134 (R0) // ADDR 1134: <- 0LIMM R1, 0 // R1 <- 0BRFL ERROR, 6, 1 // BRANCH TO ERROR IF RFLAGS[6] = 1MUL R1, R5 // R1 * R5 = 0 (R1 <- 0)SW R1, 1135 (R0) // ADDR 1135: <- 0LIMM R1, 0 // R1 <- 0BRFL ERROR, 6, 1 // BRANCH TO ERROR IF RFLAGS[6] = 1MUL R1, R6 // R1 * R6 = 0 (R1 <- 0)SW R1, 1136 (R0) // ADDR 1136: <- 0LIMM R1, 0 // R1 <- 0BRFL ERROR, 6, 1 // BRANCH TO ERROR IF RFLAGS[6] = 1MUL R1, R7 // R1 * R7 = 0 (R1 <- 0)SW R1, 1137 (R0) // ADDR 1137: <- 0LIMM R1, 0 // R1 <- 0BRFL ERROR, 6, 1 // BRANCH TO ERROR IF RFLAGS[6] = 1MUL_R2:MUL R2, R1 // R2 * R1 = 0 (R2 <- 0)SW R2, 1138 (R0) // ADDR 1138: <- 0LIMM R2, -1 // R2 <- -1BRFL ERROR, 6, 1 // BRANCH TO ERROR IF RFLAGS[6] = 1MUL R2, R2 // R2 * R2 = 1 (R2 <- 1)SW R2, 1139 (R0) // ADDR 1139: <- 1LIMM R2, -1 // R2 <- -1BRFL ERROR, 6, 1 // BRANCH TO ERROR IF RFLAGS[6] = 1MUL R2, R3 // R2 * R3 = -1 (R2 <- -1)SW R2, 1140 (R0) // ADDR 1140: <- -1LIMM R2, -1 // R2 <- -1BRFL ERROR, 6, 1 // BRANCH TO ERROR IF RFLAGS[6] = 1MUL R2, R4 // R2 * R4 = 21846 (R2 <- 21846)SW R2, 1141 (R0) // ADDR 1141: <- 21846LIMM R2, -1 // R2 <- -1BRFL ERROR, 6, 1 // BRANCH TO ERROR IF RFLAGS[6] = 1MUL R2, R5 // R2 * R5 = -21845 (R2 <- -21845)SW R2, 1142 (R0) // ADDR 1142: <- -21845LIMM R2, -1 // R2 <- -1BRFL ERROR, 6, 1 // BRANCH TO ERROR IF RFLAGS[6] = 1MUL R2, R6 // R2 * R6 = -32767 (R2 <- -32767)SW R2, 1143 (R0) // ADDR 1143: <- -32767LIMM R2, -1 // R2 <- -1BRFL ERROR, 6, 1 // BRANCH TO ERROR IF RFLAGS[6] = 1MUL R2, R7 // R2 * R7 = 32768 (R2 <- -1) !!!!!OVERFLOW!!!!!SW R2, 1144 (R0) // ADDR 1144: <- -1LIMM R2, -1 // R2 <- -1BRFL ERROR, 6, 0 // BRANCH TO ERROR IF RFLAGS[6] = 0MUL_R3:MUL R3, R1 // R3 * R1 = 0 (R3 <- 0)SW R3, 1145 (R0) // ADDR 1145: <- 0LIMM R3, 1 // R3 <- 1BRFL ERROR, 6, 1 // BRANCH TO ERROR IF RFLAGS[6] = 1MUL R3, R2 // R3 * R2 = -1 (R3 <- -1)SW R3, 1146 (R0) // ADDR 1146: <- -1LIMM R3, 1 // R3 <- 1BRFL ERROR, 6, 1 // BRANCH TO ERROR IF RFLAGS[6] = 1MUL R3, R3 // R3 * R3 = 1 (R3 <- 1)SW R3, 1147 (R0) // ADDR 1147: <- 1LIMM R3, 1 // R3 <- 1BRFL ERROR, 6, 1 // BRANCH TO ERROR IF RFLAGS[6] = 1MUL R3, R4 // R3 * R4 = -21846 (R3 <- -21846)SW R3, 1148 (R0) // ADDR 1148: <- -21846LIMM R3, 1 // R3 <- 1BRFL ERROR, 6, 1 // BRANCH TO ERROR IF RFLAGS[6] = 1MUL R3, R5 // R3 * R5 = 21845 (R3 <- 21845)SW R3, 1149 (R0) // ADDR 1149: <- 21845LIMM R3, 1 // R3 <- 1BRFL ERROR, 6, 1 // BRANCH TO ERROR IF RFLAGS[6] = 1MUL R3, R6 // R3 * R6 = 32767 (R3 <- 32767)SW R3, 1150 (R0) // ADDR 1150: <- 32767LIMM R3, 1 // R3 <- 1BRFL ERROR, 6, 1 // BRANCH TO ERROR IF RFLAGS[6] = 1MUL R3, R7 // R3 * R7 = -32768 (R3 <- -32768)SW R3, 1151 (R0) // ADDR 1151: <- -32768LIMM R3, 1 // R3 <- 1BRFL ERROR, 6, 1 // BRANCH TO ERROR IF RFLAGS[6] = 1MUL_R4:MUL R4, R1 // R4 * R1 = 0 (R4 <- 0)SW R4, 1152 (R0) // ADDR 1152: <- 0LIMM R4, -21846 // R4 <- -21846BRFL ERROR, 6, 1 // BRANCH TO ERROR IF RFLAGS[6] = 1MUL R4, R2 // R4 * R2 = 21846 (R4 <- 21846)SW R4, 1153 (R0) // ADDR 1153: <- 21846LIMM R4, -21846 // R4 <- -21846BRFL ERROR, 6, 1 // BRANCH TO ERROR IF RFLAGS[6] = 1MUL R4, R3 // R4 * R3 = -21846 (R4 <- -21846)SW R4, 1154 (R0) // ADDR 1154: <- -21846LIMM R4, -21846 // R4 <- -21846BRFL ERROR, 6, 1 // BRANCH TO ERROR IF RFLAGS[6] = 1MUL R4, R4 // R4 * R4 = 477247716 (R4 <- -1) !!!!!OVERFLOW!!!!!SW R4, 1155 (R0) // ADDR 1155: <- -1LIMM R4, -21846 // R4 <- -21846BRFL ERROR, 6, 0 // BRANCH TO ERROR IF RFLAGS[6] = 0MUL R4, R5 // R4 * R5 = -477225870 (R4 <- -1) !!!!!OVERFLOW!!!!!SW R4, 1156 (R0) // ADDR 1156: <- -1LIMM R4, -21846 // R4 <- -21846BRFL ERROR, 6, 0 // BRANCH TO ERROR IF RFLAGS[6] = 0MUL R4, R6 // R4 * R6 = -715827882 (R4 <- -1) !!!!!OVERFLOW!!!!!SW R4, 1157 (R0) // ADDR 1157: <- -1LIMM R4, -21846 // R4 <- -21846BRFL ERROR, 6, 0 // BRANCH TO ERROR IF RFLAGS[6] = 0MUL R4, R7 // R4 * R7 = 715849728 (R4 <- -1) !!!!!OVERFLOW!!!!!SW R4, 1158 (R0) // ADDR 1158: <- -1LIMM R4, -21846 // R4 <- -21846BRFL ERROR, 6, 0 // BRANCH TO ERROR IF RFLAGS[6] = 0MUL_R5:MUL R5, R1 // R5 * R1 = 0 (R5 <- 0)SW R5, 1159 (R0) // ADDR 1159: <- 0LIMM R5, 21845 // R5 <- 21845BRFL ERROR, 6, 1 // BRANCH TO ERROR IF RFLAGS[6] = 1MUL R5, R2 // R5 * R2 = -21845 (R5 <- -21845)SW R5, 1160 (R0) // ADDR 1160: <- -21845LIMM R5, 21845 // R5 <- 21845BRFL ERROR, 6, 1 // BRANCH TO ERROR IF RFLAGS[6] = 1MUL R5, R3 // R5 * R3 = 21845 (R5 <- 21845)SW R5, 1161 (R0) // ADDR 1161: <- 21845LIMM R5, 21845 // R5 <- 21845BRFL ERROR, 6, 1 // BRANCH TO ERROR IF RFLAGS[6] = 1MUL R5, R4 // R5 * R4 = -477225870 (R5 <- -1) !!!!!OVERFLOW!!!!!SW R5, 1162 (R0) // ADDR 1162: <- -1LIMM R5, 21845 // R5 <- 21845BRFL ERROR, 6, 0 // BRANCH TO ERROR IF RFLAGS[6] = 0MUL R5, R5 // R5 * R5 = 477204025 (R5 <- -1) !!!!!OVERFLOW!!!!!SW R5, 1163 (R0) // ADDR 1163: <- -1LIMM R5, 21845 // R5 <- 21845BRFL ERROR, 6, 0 // BRANCH TO ERROR IF RFLAGS[6] = 0MUL R5, R6 // R5 * R6 = 715795115 (R5 <- -1) !!!!!OVERFLOW!!!!!SW R5, 1164 (R0) // ADDR 1164: <- -1LIMM R5, 21845 // R5 <- 21845BRFL ERROR, 6, 0 // BRANCH TO ERROR IF RFLAGS[6] = 0MUL R5, R7 // R5 * R7 = -715816960 (R5 <- -1) !!!!!OVERFLOW!!!!!SW R5, 1165 (R0) // ADDR 1165: <- -1LIMM R5, 21845 // R5 <- 21845BRFL ERROR, 6, 0 // BRANCH TO ERROR IF RFLAGS[6] = 0MUL_R6:MUL R6, R1 // R6 * R1 = 0 (R6 <- 0)SW R6, 1166 (R0) // ADDR 1166: <- 0LIMM R6, 32767 // R6 <- 32767BRFL ERROR, 6, 1 // BRANCH TO ERROR IF RFLAGS[6] = 1MUL R6, R2 // R6 * R2 = -32767 (R6 <- -32767)SW R6, 1167 (R0) // ADDR 1167: <- -32767LIMM R6, 32767 // R6 <- 32767BRFL ERROR, 6, 1 // BRANCH TO ERROR IF RFLAGS[6] = 1MUL R6, R3 // R6 * R3 = 32767 (R6 <- 32767)SW R6, 1168 (R0) // ADDR 1168: <- 32767LIMM R6, 32767 // R6 <- 32767BRFL ERROR, 6, 1 // BRANCH TO ERROR IF RFLAGS[6] = 1MUL R6, R4 // R6 * R4 = -715827882 (R6 <- -1) !!!!!OVERFLOW!!!!!SW R6, 1169 (R0) // ADDR 1169: <- -1LIMM R6, 32767 // R6 <- 32767BRFL ERROR, 6, 0 // BRANCH TO ERROR IF RFLAGS[6] = 0MUL R6, R5 // R6 * R5 = 715795115 (R6 <- -1) !!!!!OVERFLOW!!!!!SW R6, 1170 (R0) // ADDR 1170: <- -1LIMM R6, 32767 // R6 <- 32767BRFL ERROR, 6, 0 // BRANCH TO ERROR IF RFLAGS[6] = 0MUL R6, R6 // R6 * R6 = 1073676289 (R6 <- -1) !!!!!OVERFLOW!!!!!SW R6, 1171 (R0) // ADDR 1171: <- -1LIMM R6, 32767 // R6 <- 32767BRFL ERROR, 6, 0 // BRANCH TO ERROR IF RFLAGS[6] = 0MUL R6, R7 // R6 * R7 = -1073709056 (R6 <- -1) !!!!!OVERFLOW!!!!!SW R6, 1172 (R0) // ADDR 1172: <- -1LIMM R6, 32767 // R6 <- 32767BRFL ERROR, 6, 0 // BRANCH TO ERROR IF RFLAGS[6] = 0MUL_R7:MUL R7, R1 // R7 * R1 = 0 (R7 <- 0)SW R7, 1173 (R0) // ADDR 1173: <- 0LIMM R7, -32768 // R7 <- -32768BRFL ERROR, 6, 1 // BRANCH TO ERROR IF RFLAGS[6] = 1MUL R7, R2 // R7 * R2 = 32768 (R7 <- -1) !!!!!OVERFLOW!!!!!SW R7, 1174 (R0) // ADDR 1174: <- -1LIMM R7, -32768 // R7 <- -32768BRFL ERROR, 6, 0 // BRANCH TO ERROR IF RFLAGS[6] = 0MUL R7, R3 // R7 * R3 = -32768 (R7 <- -32768)SW R7, 1175 (R0) // ADDR 1175: <- -32768LIMM R7, -32768 // R7 <- -32768BRFL ERROR, 6, 1 // BRANCH TO ERROR IF RFLAGS[6] = 1MUL R7, R4 // R7 * R4 = 715849728 (R7 <- -1) !!!!!OVERFLOW!!!!!SW R7, 1176 (R0) // ADDR 1176: <- -1LIMM R7, -32768 // R7 <- -32768BRFL ERROR, 6, 0 // BRANCH TO ERROR IF RFLAGS[6] = 0MUL R7, R5 // R7 * R5 = -715816960 (R7 <- -1) !!!!!OVERFLOW!!!!!SW R7, 1177 (R0) // ADDR 1177: <- -1LIMM R7, -32768 // R7 <- -32768BRFL ERROR, 6, 0 // BRANCH TO ERROR IF RFLAGS[6] = 0MUL R7, R6 // R7 * R6 = -1073709056 (R7 <- -1) !!!!!OVERFLOW!!!!!SW R7, 1178 (R0) // ADDR 1178: <- -1LIMM R7, -32768 // R7 <- -32768BRFL ERROR, 6, 0 // BRANCH TO ERROR IF RFLAGS[6] = 0MUL R7, R7 // R7 * R7 = 1073741824 (R7 <- -1) !!!!!OVERFLOW!!!!!SW R7, 1179 (R0) // ADDR 1179: <- -1LIMM R7, -32768 // R7 <- -32768BRFL ERROR, 6, 0 // BRANCH TO ERROR IF RFLAGS[6] = 0DIV_R1:DIV R1, R1 // 0 / 0 = 9999999999 (R1 <- -1) !!!!!DIV BY 0!!!!!SW R1, 1180 (R0) // ADDR 1180: <- -1LIMM R1, 0 // R1 <- 0BRFL ERROR, 0, 0 // BRANCH TO ERROR IF RFLAGS[0] = 0BRFL ERROR, 6, 1 // BRANCH TO ERROR IF RFLAGS[6] = 1DIV R1, R2 // 0 / -1 = 0 (R1 <- 0)SW R1, 1181 (R0) // ADDR 1181: <- 0LIMM R1, 0 // R1 <- 0BRFL ERROR, 0, 1 // BRANCH TO ERROR IF RFLAGS[0] = 1BRFL ERROR, 6, 1 // BRANCH TO ERROR IF RFLAGS[6] = 1DIV R1, R3 // 0 / 1 = 0 (R1 <- 0)SW R1, 1182 (R0) // ADDR 1182: <- 0LIMM R1, 0 // R1 <- 0BRFL ERROR, 0, 1 // BRANCH TO ERROR IF RFLAGS[0] = 1BRFL ERROR, 6, 1 // BRANCH TO ERROR IF RFLAGS[6] = 1DIV R1, R4 // 0 / -21846 = 0 (R1 <- 0)SW R1, 1183 (R0) // ADDR 1183: <- 0LIMM R1, 0 // R1 <- 0BRFL ERROR, 0, 1 // BRANCH TO ERROR IF RFLAGS[0] = 1BRFL ERROR, 6, 1 // BRANCH TO ERROR IF RFLAGS[6] = 1DIV R1, R5 // 0 / 21845 = 0 (R1 <- 0)SW R1, 1184 (R0) // ADDR 1184: <- 0LIMM R1, 0 // R1 <- 0BRFL ERROR, 0, 1 // BRANCH TO ERROR IF RFLAGS[0] = 1BRFL ERROR, 6, 1 // BRANCH TO ERROR IF RFLAGS[6] = 1DIV R1, R6 // 0 / 32767 = 0 (R1 <- 0)SW R1, 1185 (R0) // ADDR 1185: <- 0LIMM R1, 0 // R1 <- 0BRFL ERROR, 0, 1 // BRANCH TO ERROR IF RFLAGS[0] = 1BRFL ERROR, 6, 1 // BRANCH TO ERROR IF RFLAGS[6] = 1DIV R1, R7 // 0 / -32768 = 0 (R1 <- 0)SW R1, 1186 (R0) // ADDR 1186: <- 0LIMM R1, 0 // R1 <- 0BRFL ERROR, 0, 1 // BRANCH TO ERROR IF RFLAGS[0] = 1BRFL ERROR, 6, 1 // BRANCH TO ERROR IF RFLAGS[6] = 1DIV_R2:DIV R2, R1 // -1 / 0 = 9999999999 (R2 <- -1) !!!!!DIV BY 0!!!!!SW R2, 1187 (R0) // ADDR 1187: <- -1LIMM R2, -1 // R2 <- -1BRFL ERROR, 0, 0 // BRANCH TO ERROR IF RFLAGS[0] = 0BRFL ERROR, 6, 1 // BRANCH TO ERROR IF RFLAGS[6] = 1DIV R2, R2 // -1 / -1 = 1 (R2 <- 1)SW R2, 1188 (R0) // ADDR 1188: <- 1LIMM R2, -1 // R2 <- -1BRFL ERROR, 0, 1 // BRANCH TO ERROR IF RFLAGS[0] = 1BRFL ERROR, 6, 1 // BRANCH TO ERROR IF RFLAGS[6] = 1DIV R2, R3 // -1 / 1 = -1 (R2 <- -1)SW R2, 1189 (R0) // ADDR 1189: <- -1LIMM R2, -1 // R2 <- -1BRFL ERROR, 0, 1 // BRANCH TO ERROR IF RFLAGS[0] = 1BRFL ERROR, 6, 1 // BRANCH TO ERROR IF RFLAGS[6] = 1DIV R2, R4 // -1 / -21846 = 1 (R2 <- 1)SW R2, 1190 (R0) // ADDR 1190: <- 1LIMM R2, -1 // R2 <- -1BRFL ERROR, 0, 1 // BRANCH TO ERROR IF RFLAGS[0] = 1BRFL ERROR, 6, 1 // BRANCH TO ERROR IF RFLAGS[6] = 1DIV R2, R5 // -1 / 21845 = -1 (R2 <- -1)SW R2, 1191 (R0) // ADDR 1191: <- -1LIMM R2, -1 // R2 <- -1BRFL ERROR, 0, 1 // BRANCH TO ERROR IF RFLAGS[0] = 1BRFL ERROR, 6, 1 // BRANCH TO ERROR IF RFLAGS[6] = 1DIV R2, R6 // -1 / 32767 = -1 (R2 <- -1)SW R2, 1192 (R0) // ADDR 1192: <- -1LIMM R2, -1 // R2 <- -1BRFL ERROR, 0, 1 // BRANCH TO ERROR IF RFLAGS[0] = 1BRFL ERROR, 6, 1 // BRANCH TO ERROR IF RFLAGS[6] = 1DIV R2, R7 // -1 / -32768 = 1 (R2 <- 1)SW R2, 1193 (R0) // ADDR 1193: <- 1LIMM R2, -1 // R2 <- -1BRFL ERROR, 0, 1 // BRANCH TO ERROR IF RFLAGS[0] = 1BRFL ERROR, 6, 1 // BRANCH TO ERROR IF RFLAGS[6] = 1DIV_R3:DIV R3, R1 // 1 / 0 = 9999999999 (R3 <- -1) !!!!!DIV BY 0!!!!!SW R3, 1194 (R0) // ADDR 1194: <- -1LIMM R3, 1 // R3 <- 1BRFL ERROR, 0, 0 // BRANCH TO ERROR IF RFLAGS[0] = 0BRFL ERROR, 6, 1 // BRANCH TO ERROR IF RFLAGS[6] = 1DIV R3, R2 // 1 / -1 = -1 (R3 <- -1)SW R3, 1195 (R0) // ADDR 1195: <- -1LIMM R3, 1 // R3 <- 1BRFL ERROR, 0, 1 // BRANCH TO ERROR IF RFLAGS[0] = 1BRFL ERROR, 6, 1 // BRANCH TO ERROR IF RFLAGS[6] = 1DIV R3, R3 // 1 / 1 = 1 (R3 <- 1)SW R3, 1196 (R0) // ADDR 1196: <- 1LIMM R3, 1 // R3 <- 1BRFL ERROR, 0, 1 // BRANCH TO ERROR IF RFLAGS[0] = 1BRFL ERROR, 6, 1 // BRANCH TO ERROR IF RFLAGS[6] = 1DIV R3, R4 // 1 / -21846 = 0 (R3 <- 0)SW R3, 1197 (R0) // ADDR 1197: <- 0LIMM R3, 1 // R3 <- 1BRFL ERROR, 0, 1 // BRANCH TO ERROR IF RFLAGS[0] = 1BRFL ERROR, 6, 1 // BRANCH TO ERROR IF RFLAGS[6] = 1DIV R3, R5 // 1 / 21845 = 0 (R3 <- 0)SW R3, 1198 (R0) // ADDR 1198: <- 0LIMM R3, 1 // R3 <- 1BRFL ERROR, 0, 1 // BRANCH TO ERROR IF RFLAGS[0] = 1BRFL ERROR, 6, 1 // BRANCH TO ERROR IF RFLAGS[6] = 1DIV R3, R6 // 1 / 32767 = 0 (R3 <- 0)SW R3, 1199 (R0) // ADDR 1199: <- 0LIMM R3, 1 // R3 <- 1BRFL ERROR, 0, 1 // BRANCH TO ERROR IF RFLAGS[0] = 1BRFL ERROR, 6, 1 // BRANCH TO ERROR IF RFLAGS[6] = 1DIV R3, R7 // 1 / -32768 = 0 (R3 <- 0)SW R3, 1200 (R0) // ADDR 1200: <- 0LIMM R3, 1 // R3 <- 1BRFL ERROR, 0, 1 // BRANCH TO ERROR IF RFLAGS[0] = 1BRFL ERROR, 6, 1 // BRANCH TO ERROR IF RFLAGS[6] = 1DIV_R4:DIV R4, R1 // -21846 / 0 = 9999999999 (R4 <- -1) !!!!!DIV BY 0!!!!!SW R4, 1201 (R0) // ADDR 1201: <- -1LIMM R4, -21846 // R4 <- -21846BRFL ERROR, 0, 0 // BRANCH TO ERROR IF RFLAGS[0] = 0BRFL ERROR, 6, 1 // BRANCH TO ERROR IF RFLAGS[6] = 1DIV R4, R2 // -21846 / -1 = 21846 (R4 <- 21846)SW R4, 1202 (R0) // ADDR 1202: <- 21846LIMM R4, -21846 // R4 <- -21846BRFL ERROR, 0, 1 // BRANCH TO ERROR IF RFLAGS[0] = 1BRFL ERROR, 6, 1 // BRANCH TO ERROR IF RFLAGS[6] = 1DIV R4, R3 // -21846 / 1 = -21846 (R4 <- -21846)SW R4, 1203 (R0) // ADDR 1203: <- -21846LIMM R4, -21846 // R4 <- -21846BRFL ERROR, 0, 1 // BRANCH TO ERROR IF RFLAGS[0] = 1BRFL ERROR, 6, 1 // BRANCH TO ERROR IF RFLAGS[6] = 1DIV R4, R4 // -21846 / -21846 = 1 (R4 <- 1)SW R4, 1204 (R0) // ADDR 1204: <- 1LIMM R4, -21846 // R4 <- -21846BRFL ERROR, 0, 1 // BRANCH TO ERROR IF RFLAGS[0] = 1BRFL ERROR, 6, 1 // BRANCH TO ERROR IF RFLAGS[6] = 1DIV R4, R5 // -21846 / 21845 = -2 (R4 <- -2)SW R4, 1205 (R0) // ADDR 1205: <- -2LIMM R4, -21846 // R4 <- -21846BRFL ERROR, 0, 1 // BRANCH TO ERROR IF RFLAGS[0] = 1BRFL ERROR, 6, 1 // BRANCH TO ERROR IF RFLAGS[6] = 1DIV R4, R6 // -21846 / 32767 = -1 (R4 <- -1)SW R4, 1206 (R0) // ADDR 1206: <- -1LIMM R4, -21846 // R4 <- -21846BRFL ERROR, 0, 1 // BRANCH TO ERROR IF RFLAGS[0] = 1BRFL ERROR, 6, 1 // BRANCH TO ERROR IF RFLAGS[6] = 1DIV R4, R7 // -21846 / -32768 = 1 (R4 <- 1)SW R4, 1207 (R0) // ADDR 1207: <- 1LIMM R4, -21846 // R4 <- -21846BRFL ERROR, 0, 1 // BRANCH TO ERROR IF RFLAGS[0] = 1BRFL ERROR, 6, 1 // BRANCH TO ERROR IF RFLAGS[6] = 1DIV_R5:DIV R5, R1 // 21845 / 0 = 9999999999 (R5 <- -1) !!!!!DIV BY 0!!!!!SW R5, 1208 (R0) // ADDR 1208: <- -1LIMM R5, 21845 // R5 <- 21845BRFL ERROR, 0, 0 // BRANCH TO ERROR IF RFLAGS[0] = 0BRFL ERROR, 6, 1 // BRANCH TO ERROR IF RFLAGS[6] = 1DIV R5, R2 // 21845 / -1 = -21845 (R5 <- -21845)SW R5, 1209 (R0) // ADDR 1209: <- -21845LIMM R5, 21845 // R5 <- 21845BRFL ERROR, 0, 1 // BRANCH TO ERROR IF RFLAGS[0] = 1BRFL ERROR, 6, 1 // BRANCH TO ERROR IF RFLAGS[6] = 1DIV R5, R3 // 21845 / 1 = 21845 (R5 <- 21845)SW R5, 1210 (R0) // ADDR 1210: <- 21845LIMM R5, 21845 // R5 <- 21845BRFL ERROR, 0, 1 // BRANCH TO ERROR IF RFLAGS[0] = 1BRFL ERROR, 6, 1 // BRANCH TO ERROR IF RFLAGS[6] = 1DIV R5, R4 // 21845 / -21846 = 0 (R5 <- 0)SW R5, 1211 (R0) // ADDR 1211: <- 0LIMM R5, 21845 // R5 <- 21845BRFL ERROR, 0, 1 // BRANCH TO ERROR IF RFLAGS[0] = 1BRFL ERROR, 6, 1 // BRANCH TO ERROR IF RFLAGS[6] = 1DIV R5, R5 // 21845 / 21845 = 1 (R5 <- 1)SW R5, 1212 (R0) // ADDR 1212: <- 1LIMM R5, 21845 // R5 <- 21845BRFL ERROR, 0, 1 // BRANCH TO ERROR IF RFLAGS[0] = 1BRFL ERROR, 6, 1 // BRANCH TO ERROR IF RFLAGS[6] = 1DIV R5, R6 // 21845 / 32767 = 0 (R5 <- 0)SW R5, 1213 (R0) // ADDR 1213: <- 0LIMM R5, 21845 // R5 <- 21845BRFL ERROR, 0, 1 // BRANCH TO ERROR IF RFLAGS[0] = 1BRFL ERROR, 6, 1 // BRANCH TO ERROR IF RFLAGS[6] = 1DIV R5, R7 // 21845 / -32768 = 0 (R5 <- 0)SW R5, 1214 (R0) // ADDR 1214: <- 0LIMM R5, 21845 // R5 <- 21845BRFL ERROR, 0, 1 // BRANCH TO ERROR IF RFLAGS[0] = 1BRFL ERROR, 6, 1 // BRANCH TO ERROR IF RFLAGS[6] = 1DIV_R6:DIV R6, R1 // 32767 / 0 = 9999999999 (R6 <- -1) !!!!!DIV BY 0!!!!!SW R6, 1215 (R0) // ADDR 1215: <- -1LIMM R6, 32767 // R6 <- 32767BRFL ERROR, 0, 0 // BRANCH TO ERROR IF RFLAGS[0] = 0BRFL ERROR, 6, 1 // BRANCH TO ERROR IF RFLAGS[6] = 1DIV R6, R2 // 32767 / -1 = -32767 (R6 <- -32767)SW R6, 1216 (R0) // ADDR 1216: <- -32767LIMM R6, 32767 // R6 <- 32767BRFL ERROR, 0, 1 // BRANCH TO ERROR IF RFLAGS[0] = 1BRFL ERROR, 6, 1 // BRANCH TO ERROR IF RFLAGS[6] = 1DIV R6, R3 // 32767 / 1 = 32767 (R6 <- 32767)SW R6, 1217 (R0) // ADDR 1217: <- 32767LIMM R6, 32767 // R6 <- 32767BRFL ERROR, 0, 1 // BRANCH TO ERROR IF RFLAGS[0] = 1BRFL ERROR, 6, 1 // BRANCH TO ERROR IF RFLAGS[6] = 1DIV R6, R4 // 32767 / -21846 = -1 (R6 <- -1)SW R6, 1218 (R0) // ADDR 1218: <- -1LIMM R6, 32767 // R6 <- 32767BRFL ERROR, 0, 1 // BRANCH TO ERROR IF RFLAGS[0] = 1BRFL ERROR, 6, 1 // BRANCH TO ERROR IF RFLAGS[6] = 1DIV R6, R5 // 32767 / 21845 = 1 (R6 <- 1)SW R6, 1219 (R0) // ADDR 1219: <- 1LIMM R6, 32767 // R6 <- 32767BRFL ERROR, 0, 1 // BRANCH TO ERROR IF RFLAGS[0] = 1BRFL ERROR, 6, 1 // BRANCH TO ERROR IF RFLAGS[6] = 1DIV R6, R6 // 32767 / 32767 = 1 (R6 <- 1)SW R6, 1220 (R0) // ADDR 1220: <- 1LIMM R6, 32767 // R6 <- 32767BRFL ERROR, 0, 1 // BRANCH TO ERROR IF RFLAGS[0] = 1BRFL ERROR, 6, 1 // BRANCH TO ERROR IF RFLAGS[6] = 1DIV R6, R7 // 32767 / -32768 = 0 (R6 <- 0)SW R6, 1221 (R0) // ADDR 1221: <- 0LIMM R6, 32767 // R6 <- 32767BRFL ERROR, 0, 1 // BRANCH TO ERROR IF RFLAGS[0] = 1BRFL ERROR, 6, 1 // BRANCH TO ERROR IF RFLAGS[6] = 1DIV_R7:DIV R7, R1 // -32768 / 0 = 9999999999 (R7 <- -1) !!!!!DIV BY 0!!!!!SW R7, 1222 (R0) // ADDR 1222: <- -1LIMM R7, -32768 // R7 <- -32768BRFL ERROR, 0, 0 // BRANCH TO ERROR IF RFLAGS[0] = 0BRFL ERROR, 6, 1 // BRANCH TO ERROR IF RFLAGS[6] = 1DIV R7, R2 // -32768 / -1 = 32768 (R7 <- -1) !!!!!OVERFLOW!!!!!SW R7, 1223 (R0) // ADDR 1223: <- -1LIMM R7, -32768 // R7 <- -32768BRFL ERROR, 0, 1 // BRANCH TO ERROR IF RFLAGS[0] = 1BRFL ERROR, 6, 0 // BRANCH TO ERROR IF RFLAGS[6] = 0DIV R7, R3 // -32768 / 1 = -32768 (R7 <- -32768)SW R7, 1224 (R0) // ADDR 1224: <- -32768LIMM R7, -32768 // R7 <- -32768BRFL ERROR, 0, 1 // BRANCH TO ERROR IF RFLAGS[0] = 1BRFL ERROR, 6, 1 // BRANCH TO ERROR IF RFLAGS[6] = 1DIV R7, R4 // -32768 / -21846 = 2 (R7 <- 2)SW R7, 1225 (R0) // ADDR 1225: <- 2LIMM R7, -32768 // R7 <- -32768BRFL ERROR, 0, 1 // BRANCH TO ERROR IF RFLAGS[0] = 1BRFL ERROR, 6, 1 // BRANCH TO ERROR IF RFLAGS[6] = 1DIV R7, R5 // -32768 / 21845 = -2 (R7 <- -2)SW R7, 1226 (R0) // ADDR 1226: <- -2LIMM R7, -32768 // R7 <- -32768BRFL ERROR, 0, 1 // BRANCH TO ERROR IF RFLAGS[0] = 1BRFL ERROR, 6, 1 // BRANCH TO ERROR IF RFLAGS[6] = 1DIV R7, R6 // -32768 / 32767 = -2 (R7 <- -2)SW R7, 1227 (R0) // ADDR 1227: <- -2LIMM R7, -32768 // R7 <- -32768BRFL ERROR, 0, 1 // BRANCH TO ERROR IF RFLAGS[0] = 1BRFL ERROR, 6, 1 // BRANCH TO ERROR IF RFLAGS[6] = 1DIV R7, R7 // -32768 / -32768 = 1 (R7 <- 1)SW R7, 1228 (R0) // ADDR 1228: <- 1LIMM R7, -32768 // R7 <- -32768BRFL ERROR, 0, 1 // BRANCH TO ERROR IF RFLAGS[0] = 1BRFL ERROR, 6, 1 // BRANCH TO ERROR IF RFLAGS[6] = 1AND_R1:// 0000000000000000 <- R1 = 0// 0000000000000000 <- R1 = 0// 0000000000000000 <- R1 & R1 = 0AND R1, R1 // (R1 <- 0)SW R1, 1229 (R0) // ADDR 1229: <- 0LIMM R1, 0 // R1 <- 0// 0000000000000000 <- R1 = 0// 1111111111111111 <- R2 = -1// 0000000000000000 <- R1 & R2 = 0AND R1, R2 // (R1 <- 0)SW R1, 1230 (R0) // ADDR 1230: <- 0LIMM R1, 0 // R1 <- 0// 0000000000000000 <- R1 = 0// 0000000000000001 <- R3 = 1// 0000000000000000 <- R1 & R3 = 0AND R1, R3 // (R1 <- 0)SW R1, 1231 (R0) // ADDR 1231: <- 0LIMM R1, 0 // R1 <- 0// 0000000000000000 <- R1 = 0// 1010101010101010 <- R4 = -21846// 0000000000000000 <- R1 & R4 = 0AND R1, R4 // (R1 <- 0)SW R1, 1232 (R0) // ADDR 1232: <- 0LIMM R1, 0 // R1 <- 0// 0000000000000000 <- R1 = 0// 0101010101010101 <- R5 = 21845// 0000000000000000 <- R1 & R5 = 0AND R1, R5 // (R1 <- 0)SW R1, 1233 (R0) // ADDR 1233: <- 0LIMM R1, 0 // R1 <- 0// 0000000000000000 <- R1 = 0// 0111111111111111 <- R6 = 32767// 0000000000000000 <- R1 & R6 = 0AND R1, R6 // (R1 <- 0)SW R1, 1234 (R0) // ADDR 1234: <- 0LIMM R1, 0 // R1 <- 0// 0000000000000000 <- R1 = 0// 1000000000000000 <- R7 = -32768// 0000000000000000 <- R1 & R7 = 0AND R1, R7 // (R1 <- 0)SW R1, 1235 (R0) // ADDR 1235: <- 0LIMM R1, 0 // R1 <- 0AND_R2:// 1111111111111111 <- R2 = -1// 0000000000000000 <- R1 = 0// 0000000000000000 <- R2 & R1 = 0AND R2, R1 // (R2 <- 0)SW R2, 1236 (R0) // ADDR 1236: <- 0LIMM R2, -1 // R2 <- -1// 1111111111111111 <- R2 = -1// 1111111111111111 <- R2 = -1// 1111111111111111 <- R2 & R2 = -1AND R2, R2 // (R2 <- -1)SW R2, 1237 (R0) // ADDR 1237: <- -1LIMM R2, -1 // R2 <- -1// 1111111111111111 <- R2 = -1// 0000000000000001 <- R3 = 1// 0000000000000001 <- R2 & R3 = 1AND R2, R3 // (R2 <- 1)SW R2, 1238 (R0) // ADDR 1238: <- 1LIMM R2, -1 // R2 <- -1// 1111111111111111 <- R2 = -1// 1010101010101010 <- R4 = -21846// 1010101010101010 <- R2 & R4 = -21846AND R2, R4 // (R2 <- -21846)SW R2, 1239 (R0) // ADDR 1239: <- -21846LIMM R2, -1 // R2 <- -1// 1111111111111111 <- R2 = -1// 0101010101010101 <- R5 = 21845// 0101010101010101 <- R2 & R5 = 21845AND R2, R5 // (R2 <- 21845)SW R2, 1240 (R0) // ADDR 1240: <- 21845LIMM R2, -1 // R2 <- -1// 1111111111111111 <- R2 = -1// 0111111111111111 <- R6 = 32767// 0111111111111111 <- R2 & R6 = 32767AND R2, R6 // (R2 <- 32767)SW R2, 1241 (R0) // ADDR 1241: <- 32767LIMM R2, -1 // R2 <- -1// 1111111111111111 <- R2 = -1// 1000000000000000 <- R7 = -32768// 1000000000000000 <- R2 & R7 = -32768AND R2, R7 // (R2 <- -32768)SW R2, 1242 (R0) // ADDR 1242: <- -32768LIMM R2, -1 // R2 <- -1AND_R3:// 0000000000000001 <- R3 = 1// 0000000000000000 <- R1 = 0// 0000000000000000 <- R3 & R1 = 0AND R3, R1 // (R3 <- 0)SW R3, 1243 (R0) // ADDR 1243: <- 0LIMM R3, 1 // R3 <- 1// 0000000000000001 <- R3 = 1// 1111111111111111 <- R2 = -1// 0000000000000001 <- R3 & R2 = 1AND R3, R2 // (R3 <- 1)SW R3, 1244 (R0) // ADDR 1244: <- 1LIMM R3, 1 // R3 <- 1// 0000000000000001 <- R3 = 1// 0000000000000001 <- R3 = 1// 0000000000000001 <- R3 & R3 = 1AND R3, R3 // (R3 <- 1)SW R3, 1245 (R0) // ADDR 1245: <- 1LIMM R3, 1 // R3 <- 1// 0000000000000001 <- R3 = 1// 1010101010101010 <- R4 = -21846// 0000000000000000 <- R3 & R4 = 0AND R3, R4 // (R3 <- 0)SW R3, 1246 (R0) // ADDR 1246: <- 0LIMM R3, 1 // R3 <- 1// 0000000000000001 <- R3 = 1// 0101010101010101 <- R5 = 21845// 0000000000000001 <- R3 & R5 = 1AND R3, R5 // (R3 <- 1)SW R3, 1247 (R0) // ADDR 1247: <- 1LIMM R3, 1 // R3 <- 1// 0000000000000001 <- R3 = 1// 0111111111111111 <- R6 = 32767// 0000000000000001 <- R3 & R6 = 1AND R3, R6 // (R3 <- 1)SW R3, 1248 (R0) // ADDR 1248: <- 1LIMM R3, 1 // R3 <- 1// 0000000000000001 <- R3 = 1// 1000000000000000 <- R7 = -32768// 0000000000000000 <- R3 & R7 = 0AND R3, R7 // (R3 <- 0)SW R3, 1249 (R0) // ADDR 1249: <- 0LIMM R3, 1 // R3 <- 1AND_R4:// 1010101010101010 <- R4 = -21846// 0000000000000000 <- R1 = 0// 0000000000000000 <- R4 & R1 = 0AND R4, R1 // (R4 <- 0)SW R4, 1250 (R0) // ADDR 1250: <- 0LIMM R4, -21846 // R4 <- -21846// 1010101010101010 <- R4 = -21846// 1111111111111111 <- R2 = -1// 1010101010101010 <- R4 & R2 = -21846AND R4, R2 // (R4 <- -21846)SW R4, 1251 (R0) // ADDR 1251: <- -21846LIMM R4, -21846 // R4 <- -21846// 1010101010101010 <- R4 = -21846// 0000000000000001 <- R3 = 1// 0000000000000000 <- R4 & R3 = 0AND R4, R3 // (R4 <- 0)SW R4, 1252 (R0) // ADDR 1252: <- 0LIMM R4, -21846 // R4 <- -21846// 1010101010101010 <- R4 = -21846// 1010101010101010 <- R4 = -21846// 1010101010101010 <- R4 & R4 = -21846AND R4, R4 // (R4 <- -21846)SW R4, 1253 (R0) // ADDR 1253: <- -21846LIMM R4, -21846 // R4 <- -21846// 1010101010101010 <- R4 = -21846// 0101010101010101 <- R5 = 21845// 0000000000000000 <- R4 & R5 = 0AND R4, R5 // (R4 <- 0)SW R4, 1254 (R0) // ADDR 1254: <- 0LIMM R4, -21846 // R4 <- -21846// 1010101010101010 <- R4 = -21846// 0111111111111111 <- R6 = 32767// 0010101010101010 <- R4 & R6 = 10922AND R4, R6 // (R4 <- 10922)SW R4, 1255 (R0) // ADDR 1255: <- 10922LIMM R4, -21846 // R4 <- -21846// 1010101010101010 <- R4 = -21846// 1000000000000000 <- R7 = -32768// 1000000000000000 <- R4 & R7 = -32768AND R4, R7 // (R4 <- -32768)SW R4, 1256 (R0) // ADDR 1256: <- -32768LIMM R4, -21846 // R4 <- -21846AND_R5:// 0101010101010101 <- R5 = 21845// 0000000000000000 <- R1 = 0// 0000000000000000 <- R5 & R1 = 0AND R5, R1 // (R5 <- 0)SW R5, 1257 (R0) // ADDR 1257: <- 0LIMM R5, 21845 // R5 <- 21845// 0101010101010101 <- R5 = 21845// 1111111111111111 <- R2 = -1// 0101010101010101 <- R5 & R2 = 21845AND R5, R2 // (R5 <- 21845)SW R5, 1258 (R0) // ADDR 1258: <- 21845LIMM R5, 21845 // R5 <- 21845// 0101010101010101 <- R5 = 21845// 0000000000000001 <- R3 = 1// 0000000000000001 <- R5 & R3 = 1AND R5, R3 // (R5 <- 1)SW R5, 1259 (R0) // ADDR 1259: <- 1LIMM R5, 21845 // R5 <- 21845// 0101010101010101 <- R5 = 21845// 1010101010101010 <- R4 = -21846// 0000000000000000 <- R5 & R4 = 0AND R5, R4 // (R5 <- 0)SW R5, 1260 (R0) // ADDR 1260: <- 0LIMM R5, 21845 // R5 <- 21845// 0101010101010101 <- R5 = 21845// 0101010101010101 <- R5 = 21845// 0101010101010101 <- R5 & R5 = 21845AND R5, R5 // (R5 <- 21845)SW R5, 1261 (R0) // ADDR 1261: <- 21845LIMM R5, 21845 // R5 <- 21845// 0101010101010101 <- R5 = 21845// 0111111111111111 <- R6 = 32767// 0101010101010101 <- R5 & R6 = 21845AND R5, R6 // (R5 <- 21845)SW R5, 1262 (R0) // ADDR 1262: <- 21845LIMM R5, 21845 // R5 <- 21845// 0101010101010101 <- R5 = 21845// 1000000000000000 <- R7 = -32768// 0000000000000000 <- R5 & R7 = 0AND R5, R7 // (R5 <- 0)SW R5, 1263 (R0) // ADDR 1263: <- 0LIMM R5, 21845 // R5 <- 21845AND_R6:// 0111111111111111 <- R6 = 32767// 0000000000000000 <- R1 = 0// 0000000000000000 <- R6 & R1 = 0AND R6, R1 // (R6 <- 0)SW R6, 1264 (R0) // ADDR 1264: <- 0LIMM R6, 32767 // R6 <- 32767// 0111111111111111 <- R6 = 32767// 1111111111111111 <- R2 = -1// 0111111111111111 <- R6 & R2 = 32767AND R6, R2 // (R6 <- 32767)SW R6, 1265 (R0) // ADDR 1265: <- 32767LIMM R6, 32767 // R6 <- 32767// 0111111111111111 <- R6 = 32767// 0000000000000001 <- R3 = 1// 0000000000000001 <- R6 & R3 = 1AND R6, R3 // (R6 <- 1)SW R6, 1266 (R0) // ADDR 1266: <- 1LIMM R6, 32767 // R6 <- 32767// 0111111111111111 <- R6 = 32767// 1010101010101010 <- R4 = -21846// 0010101010101010 <- R6 & R4 = 10922AND R6, R4 // (R6 <- 10922)SW R6, 1267 (R0) // ADDR 1267: <- 10922LIMM R6, 32767 // R6 <- 32767// 0111111111111111 <- R6 = 32767// 0101010101010101 <- R5 = 21845// 0101010101010101 <- R6 & R5 = 21845AND R6, R5 // (R6 <- 21845)SW R6, 1268 (R0) // ADDR 1268: <- 21845LIMM R6, 32767 // R6 <- 32767// 0111111111111111 <- R6 = 32767// 0111111111111111 <- R6 = 32767// 0111111111111111 <- R6 & R6 = 32767AND R6, R6 // (R6 <- 32767)SW R6, 1269 (R0) // ADDR 1269: <- 32767LIMM R6, 32767 // R6 <- 32767// 0111111111111111 <- R6 = 32767// 1000000000000000 <- R7 = -32768// 0000000000000000 <- R6 & R7 = 0AND R6, R7 // (R6 <- 0)SW R6, 1270 (R0) // ADDR 1270: <- 0LIMM R6, 32767 // R6 <- 32767AND_R7:// 1000000000000000 <- R7 = -32768// 0000000000000000 <- R1 = 0// 0000000000000000 <- R7 & R1 = 0AND R7, R1 // (R7 <- 0)SW R7, 1271 (R0) // ADDR 1271: <- 0LIMM R7, -32768 // R7 <- -32768// 1000000000000000 <- R7 = -32768// 1111111111111111 <- R2 = -1// 1000000000000000 <- R7 & R2 = -32768AND R7, R2 // (R7 <- -32768)SW R7, 1272 (R0) // ADDR 1272: <- -32768LIMM R7, -32768 // R7 <- -32768// 1000000000000000 <- R7 = -32768// 0000000000000001 <- R3 = 1// 0000000000000000 <- R7 & R3 = 0AND R7, R3 // (R7 <- 0)SW R7, 1273 (R0) // ADDR 1273: <- 0LIMM R7, -32768 // R7 <- -32768// 1000000000000000 <- R7 = -32768// 1010101010101010 <- R4 = -21846// 1000000000000000 <- R7 & R4 = -32768AND R7, R4 // (R7 <- -32768)SW R7, 1274 (R0) // ADDR 1274: <- -32768LIMM R7, -32768 // R7 <- -32768// 1000000000000000 <- R7 = -32768// 0101010101010101 <- R5 = 21845// 0000000000000000 <- R7 & R5 = 0AND R7, R5 // (R7 <- 0)SW R7, 1275 (R0) // ADDR 1275: <- 0LIMM R7, -32768 // R7 <- -32768// 1000000000000000 <- R7 = -32768// 0111111111111111 <- R6 = 32767// 0000000000000000 <- R7 & R6 = 0AND R7, R6 // (R7 <- 0)SW R7, 1276 (R0) // ADDR 1276: <- 0LIMM R7, -32768 // R7 <- -32768// 1000000000000000 <- R7 = -32768// 1000000000000000 <- R7 = -32768// 1000000000000000 <- R7 & R7 = -32768AND R7, R7 // (R7 <- -32768)SW R7, 1277 (R0) // ADDR 1277: <- -32768LIMM R7, -32768 // R7 <- -32768OR_R1:// 0000000000000000 <- R1 = 0// 0000000000000000 <- R1 = 0// 0000000000000000 <- R1 | R1 = 0OR R1, R1 // (R1 <- 0)SW R1, 1278 (R0) // ADDR 1278: <- 0LIMM R1, 0 // R1 <- 0// 0000000000000000 <- R1 = 0// 1111111111111111 <- R2 = -1// 1111111111111111 <- R1 | R2 = -1OR R1, R2 // (R1 <- -1)SW R1, 1279 (R0) // ADDR 1279: <- -1LIMM R1, 0 // R1 <- 0// 0000000000000000 <- R1 = 0// 0000000000000001 <- R3 = 1// 0000000000000001 <- R1 | R3 = 1OR R1, R3 // (R1 <- 1)SW R1, 1280 (R0) // ADDR 1280: <- 1LIMM R1, 0 // R1 <- 0// 0000000000000000 <- R1 = 0// 1010101010101010 <- R4 = -21846// 1010101010101010 <- R1 | R4 = -21846OR R1, R4 // (R1 <- -21846)SW R1, 1281 (R0) // ADDR 1281: <- -21846LIMM R1, 0 // R1 <- 0// 0000000000000000 <- R1 = 0// 0101010101010101 <- R5 = 21845// 0101010101010101 <- R1 | R5 = 21845OR R1, R5 // (R1 <- 21845)SW R1, 1282 (R0) // ADDR 1282: <- 21845LIMM R1, 0 // R1 <- 0// 0000000000000000 <- R1 = 0// 0111111111111111 <- R6 = 32767// 0111111111111111 <- R1 | R6 = 32767OR R1, R6 // (R1 <- 32767)SW R1, 1283 (R0) // ADDR 1283: <- 32767LIMM R1, 0 // R1 <- 0// 0000000000000000 <- R1 = 0// 1000000000000000 <- R7 = -32768// 1000000000000000 <- R1 | R7 = -32768OR R1, R7 // (R1 <- -32768)SW R1, 1284 (R0) // ADDR 1284: <- -32768LIMM R1, 0 // R1 <- 0OR_R2:// 1111111111111111 <- R2 = -1// 0000000000000000 <- R1 = 0// 1111111111111111 <- R2 | R1 = -1OR R2, R1 // (R2 <- -1)SW R2, 1285 (R0) // ADDR 1285: <- -1LIMM R2, -1 // R2 <- -1// 1111111111111111 <- R2 = -1// 1111111111111111 <- R2 = -1// 1111111111111111 <- R2 | R2 = -1OR R2, R2 // (R2 <- -1)SW R2, 1286 (R0) // ADDR 1286: <- -1LIMM R2, -1 // R2 <- -1// 1111111111111111 <- R2 = -1// 0000000000000001 <- R3 = 1// 1111111111111111 <- R2 | R3 = -1OR R2, R3 // (R2 <- -1)SW R2, 1287 (R0) // ADDR 1287: <- -1LIMM R2, -1 // R2 <- -1// 1111111111111111 <- R2 = -1// 1010101010101010 <- R4 = -21846// 1111111111111111 <- R2 | R4 = -1OR R2, R4 // (R2 <- -1)SW R2, 1288 (R0) // ADDR 1288: <- -1LIMM R2, -1 // R2 <- -1// 1111111111111111 <- R2 = -1// 0101010101010101 <- R5 = 21845// 1111111111111111 <- R2 | R5 = -1OR R2, R5 // (R2 <- -1)SW R2, 1289 (R0) // ADDR 1289: <- -1LIMM R2, -1 // R2 <- -1// 1111111111111111 <- R2 = -1// 0111111111111111 <- R6 = 32767// 1111111111111111 <- R2 | R6 = -1OR R2, R6 // (R2 <- -1)SW R2, 1290 (R0) // ADDR 1290: <- -1LIMM R2, -1 // R2 <- -1// 1111111111111111 <- R2 = -1// 1000000000000000 <- R7 = -32768// 1111111111111111 <- R2 | R7 = -1OR R2, R7 // (R2 <- -1)SW R2, 1291 (R0) // ADDR 1291: <- -1LIMM R2, -1 // R2 <- -1OR_R3:// 0000000000000001 <- R3 = 1// 0000000000000000 <- R1 = 0// 0000000000000001 <- R3 | R1 = 1OR R3, R1 // (R3 <- 1)SW R3, 1292 (R0) // ADDR 1292: <- 1LIMM R3, 1 // R3 <- 1// 0000000000000001 <- R3 = 1// 1111111111111111 <- R2 = -1// 1111111111111111 <- R3 | R2 = -1OR R3, R2 // (R3 <- -1)SW R3, 1293 (R0) // ADDR 1293: <- -1LIMM R3, 1 // R3 <- 1// 0000000000000001 <- R3 = 1// 0000000000000001 <- R3 = 1// 0000000000000001 <- R3 | R3 = 1OR R3, R3 // (R3 <- 1)SW R3, 1294 (R0) // ADDR 1294: <- 1LIMM R3, 1 // R3 <- 1// 0000000000000001 <- R3 = 1// 1010101010101010 <- R4 = -21846// 1010101010101011 <- R3 | R4 = -21845OR R3, R4 // (R3 <- -21845)SW R3, 1295 (R0) // ADDR 1295: <- -21845LIMM R3, 1 // R3 <- 1// 0000000000000001 <- R3 = 1// 0101010101010101 <- R5 = 21845// 0101010101010101 <- R3 | R5 = 21845OR R3, R5 // (R3 <- 21845)SW R3, 1296 (R0) // ADDR 1296: <- 21845LIMM R3, 1 // R3 <- 1// 0000000000000001 <- R3 = 1// 0111111111111111 <- R6 = 32767// 0111111111111111 <- R3 | R6 = 32767OR R3, R6 // (R3 <- 32767)SW R3, 1297 (R0) // ADDR 1297: <- 32767LIMM R3, 1 // R3 <- 1// 0000000000000001 <- R3 = 1// 1000000000000000 <- R7 = -32768// 1000000000000001 <- R3 | R7 = -32767OR R3, R7 // (R3 <- -32767)SW R3, 1298 (R0) // ADDR 1298: <- -32767LIMM R3, 1 // R3 <- 1OR_R4:// 1010101010101010 <- R4 = -21846// 0000000000000000 <- R1 = 0// 1010101010101010 <- R4 | R1 = -21846OR R4, R1 // (R4 <- -21846)SW R4, 1299 (R0) // ADDR 1299: <- -21846LIMM R4, -21846 // R4 <- -21846// 1010101010101010 <- R4 = -21846// 1111111111111111 <- R2 = -1// 1111111111111111 <- R4 | R2 = -1OR R4, R2 // (R4 <- -1)SW R4, 1300 (R0) // ADDR 1300: <- -1LIMM R4, -21846 // R4 <- -21846// 1010101010101010 <- R4 = -21846// 0000000000000001 <- R3 = 1// 1010101010101011 <- R4 | R3 = -21845OR R4, R3 // (R4 <- -21845)SW R4, 1301 (R0) // ADDR 1301: <- -21845LIMM R4, -21846 // R4 <- -21846// 1010101010101010 <- R4 = -21846// 1010101010101010 <- R4 = -21846// 1010101010101010 <- R4 | R4 = -21846OR R4, R4 // (R4 <- -21846)SW R4, 1302 (R0) // ADDR 1302: <- -21846LIMM R4, -21846 // R4 <- -21846// 1010101010101010 <- R4 = -21846// 0101010101010101 <- R5 = 21845// 1111111111111111 <- R4 | R5 = -1OR R4, R5 // (R4 <- -1)SW R4, 1303 (R0) // ADDR 1303: <- -1LIMM R4, -21846 // R4 <- -21846// 1010101010101010 <- R4 = -21846// 0111111111111111 <- R6 = 32767// 1111111111111111 <- R4 | R6 = -1OR R4, R6 // (R4 <- -1)SW R4, 1304 (R0) // ADDR 1304: <- -1LIMM R4, -21846 // R4 <- -21846// 1010101010101010 <- R4 = -21846// 1000000000000000 <- R7 = -32768// 1010101010101010 <- R4 | R7 = -21846OR R4, R7 // (R4 <- -21846)SW R4, 1305 (R0) // ADDR 1305: <- -21846LIMM R4, -21846 // R4 <- -21846OR_R5:// 0101010101010101 <- R5 = 21845// 0000000000000000 <- R1 = 0// 0101010101010101 <- R5 | R1 = 21845OR R5, R1 // (R5 <- 21845)SW R5, 1306 (R0) // ADDR 1306: <- 21845LIMM R5, 21845 // R5 <- 21845// 0101010101010101 <- R5 = 21845// 1111111111111111 <- R2 = -1// 1111111111111111 <- R5 | R2 = -1OR R5, R2 // (R5 <- -1)SW R5, 1307 (R0) // ADDR 1307: <- -1LIMM R5, 21845 // R5 <- 21845// 0101010101010101 <- R5 = 21845// 0000000000000001 <- R3 = 1// 0101010101010101 <- R5 | R3 = 21845OR R5, R3 // (R5 <- 21845)SW R5, 1308 (R0) // ADDR 1308: <- 21845LIMM R5, 21845 // R5 <- 21845// 0101010101010101 <- R5 = 21845// 1010101010101010 <- R4 = -21846// 1111111111111111 <- R5 | R4 = -1OR R5, R4 // (R5 <- -1)SW R5, 1309 (R0) // ADDR 1309: <- -1LIMM R5, 21845 // R5 <- 21845// 0101010101010101 <- R5 = 21845// 0101010101010101 <- R5 = 21845// 0101010101010101 <- R5 | R5 = 21845OR R5, R5 // (R5 <- 21845)SW R5, 1310 (R0) // ADDR 1310: <- 21845LIMM R5, 21845 // R5 <- 21845// 0101010101010101 <- R5 = 21845// 0111111111111111 <- R6 = 32767// 0111111111111111 <- R5 | R6 = 32767OR R5, R6 // (R5 <- 32767)SW R5, 1311 (R0) // ADDR 1311: <- 32767LIMM R5, 21845 // R5 <- 21845// 0101010101010101 <- R5 = 21845// 1000000000000000 <- R7 = -32768// 1101010101010101 <- R5 | R7 = -10923OR R5, R7 // (R5 <- -10923)SW R5, 1312 (R0) // ADDR 1312: <- -10923LIMM R5, 21845 // R5 <- 21845OR_R6:// 0111111111111111 <- R6 = 32767// 0000000000000000 <- R1 = 0// 0111111111111111 <- R6 | R1 = 32767OR R6, R1 // (R6 <- 32767)SW R6, 1313 (R0) // ADDR 1313: <- 32767LIMM R6, 32767 // R6 <- 32767// 0111111111111111 <- R6 = 32767// 1111111111111111 <- R2 = -1// 1111111111111111 <- R6 | R2 = -1OR R6, R2 // (R6 <- -1)SW R6, 1314 (R0) // ADDR 1314: <- -1LIMM R6, 32767 // R6 <- 32767// 0111111111111111 <- R6 = 32767// 0000000000000001 <- R3 = 1// 0111111111111111 <- R6 | R3 = 32767OR R6, R3 // (R6 <- 32767)SW R6, 1315 (R0) // ADDR 1315: <- 32767LIMM R6, 32767 // R6 <- 32767// 0111111111111111 <- R6 = 32767// 1010101010101010 <- R4 = -21846// 1111111111111111 <- R6 | R4 = -1OR R6, R4 // (R6 <- -1)SW R6, 1316 (R0) // ADDR 1316: <- -1LIMM R6, 32767 // R6 <- 32767// 0111111111111111 <- R6 = 32767// 0101010101010101 <- R5 = 21845// 0111111111111111 <- R6 | R5 = 32767OR R6, R5 // (R6 <- 32767)SW R6, 1317 (R0) // ADDR 1317: <- 32767LIMM R6, 32767 // R6 <- 32767// 0111111111111111 <- R6 = 32767// 0111111111111111 <- R6 = 32767// 0111111111111111 <- R6 | R6 = 32767OR R6, R6 // (R6 <- 32767)SW R6, 1318 (R0) // ADDR 1318: <- 32767LIMM R6, 32767 // R6 <- 32767// 0111111111111111 <- R6 = 32767// 1000000000000000 <- R7 = -32768// 1111111111111111 <- R6 | R7 = -1OR R6, R7 // (R6 <- -1)SW R6, 1319 (R0) // ADDR 1319: <- -1LIMM R6, 32767 // R6 <- 32767OR_R7:// 1000000000000000 <- R7 = -32768// 0000000000000000 <- R1 = 0// 1000000000000000 <- R7 | R1 = -32768OR R7, R1 // (R7 <- -32768)SW R7, 1320 (R0) // ADDR 1320: <- -32768LIMM R7, -32768 // R7 <- -32768// 1000000000000000 <- R7 = -32768// 1111111111111111 <- R2 = -1// 1111111111111111 <- R7 | R2 = -1OR R7, R2 // (R7 <- -1)SW R7, 1321 (R0) // ADDR 1321: <- -1LIMM R7, -32768 // R7 <- -32768// 1000000000000000 <- R7 = -32768// 0000000000000001 <- R3 = 1// 1000000000000001 <- R7 | R3 = -32767OR R7, R3 // (R7 <- -32767)SW R7, 1322 (R0) // ADDR 1322: <- -32767LIMM R7, -32768 // R7 <- -32768// 1000000000000000 <- R7 = -32768// 1010101010101010 <- R4 = -21846// 1010101010101010 <- R7 | R4 = -21846OR R7, R4 // (R7 <- -21846)SW R7, 1323 (R0) // ADDR 1323: <- -21846LIMM R7, -32768 // R7 <- -32768// 1000000000000000 <- R7 = -32768// 0101010101010101 <- R5 = 21845// 1101010101010101 <- R7 | R5 = -10923OR R7, R5 // (R7 <- -10923)SW R7, 1324 (R0) // ADDR 1324: <- -10923LIMM R7, -32768 // R7 <- -32768// 1000000000000000 <- R7 = -32768// 0111111111111111 <- R6 = 32767// 1111111111111111 <- R7 | R6 = -1OR R7, R6 // (R7 <- -1)SW R7, 1325 (R0) // ADDR 1325: <- -1LIMM R7, -32768 // R7 <- -32768// 1000000000000000 <- R7 = -32768// 1000000000000000 <- R7 = -32768// 1000000000000000 <- R7 | R7 = -32768OR R7, R7 // (R7 <- -32768)SW R7, 1326 (R0) // ADDR 1326: <- -32768LIMM R7, -32768 // R7 <- -32768NOT_R1:// 0000000000000000 <- R1 = 0// 1111111111111111 <- ~R1 = -1NOT R1 // (R1 <- -1)SW R1, 1327 (R0) // ADDR 1327: <- -1LIMM R1, 0 // R1 <- 0NOT_R2:// 1111111111111111 <- R2 = -1// 0000000000000000 <- ~R2 = 0NOT R2 // (R2 <- 0)SW R2, 1328 (R0) // ADDR 1328: <- 0LIMM R2, -1 // R2 <- -1NOT_R3:// 0000000000000001 <- R3 = 1// 1111111111111110 <- ~R3 = -2NOT R3 // (R3 <- -2)SW R3, 1329 (R0) // ADDR 1329: <- -2LIMM R3, 1 // R3 <- 1NOT_R4:// 1010101010101010 <- R4 = -21846// 0101010101010101 <- ~R4 = 21845NOT R4 // (R4 <- 21845)SW R4, 1330 (R0) // ADDR 1330: <- 21845LIMM R4, -21846 // R4 <- -21846NOT_R5:// 0101010101010101 <- R5 = 21845// 1010101010101010 <- ~R5 = -21846NOT R5 // (R5 <- -21846)SW R5, 1331 (R0) // ADDR 1331: <- -21846LIMM R5, 21845 // R5 <- 21845NOT_R6:// 0111111111111111 <- R6 = 32767// 1000000000000000 <- ~R6 = -32768NOT R6 // (R6 <- -32768)SW R6, 1332 (R0) // ADDR 1332: <- -32768LIMM R6, 32767 // R6 <- 32767NOT_R7:// 1000000000000000 <- R7 = -32768// 0111111111111111 <- ~R7 = 32767NOT R7 // (R7 <- 32767)SW R7, 1333 (R0) // ADDR 1333: <- 32767LIMM R7, -32768 // R7 <- -32768CMP_1033:LW R31, 1033 (R0) // R31 <- 0 (ADDR: 1033)LIMM R30, 0 // R30 <- 0CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 0 // BRANCH TO ERROR IF RFLAGS[4] = 0 (EQUAL=0)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, -1 // R30 <- -1CMP R30, R31BRFL ERROR, 3, 0 // BRANCH TO ERROR IF RFLAGS[3] = 0 (BELOW=0)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, 1 // R30 <- 1CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 0 // BRANCH TO ERROR IF RFLAGS[5] = 0 (ABOVE=0)CMP_1034:LW R31, 1034 (R0) // R31 <- -1 (ADDR: 1034)LIMM R30, -1 // R30 <- -1CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 0 // BRANCH TO ERROR IF RFLAGS[4] = 0 (EQUAL=0)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, -2 // R30 <- -2CMP R30, R31BRFL ERROR, 3, 0 // BRANCH TO ERROR IF RFLAGS[3] = 0 (BELOW=0)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, 0 // R30 <- 0CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 0 // BRANCH TO ERROR IF RFLAGS[5] = 0 (ABOVE=0)CMP_1035:LW R31, 1035 (R0) // R31 <- 1 (ADDR: 1035)LIMM R30, 1 // R30 <- 1CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 0 // BRANCH TO ERROR IF RFLAGS[4] = 0 (EQUAL=0)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, 0 // R30 <- 0CMP R30, R31BRFL ERROR, 3, 0 // BRANCH TO ERROR IF RFLAGS[3] = 0 (BELOW=0)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, 2 // R30 <- 2CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 0 // BRANCH TO ERROR IF RFLAGS[5] = 0 (ABOVE=0)CMP_1036:LW R31, 1036 (R0) // R31 <- -21846 (ADDR: 1036)LIMM R30, -21846 // R30 <- -21846CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 0 // BRANCH TO ERROR IF RFLAGS[4] = 0 (EQUAL=0)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, -21847 // R30 <- -21847CMP R30, R31BRFL ERROR, 3, 0 // BRANCH TO ERROR IF RFLAGS[3] = 0 (BELOW=0)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, -21845 // R30 <- -21845CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 0 // BRANCH TO ERROR IF RFLAGS[5] = 0 (ABOVE=0)CMP_1037:LW R31, 1037 (R0) // R31 <- 21845 (ADDR: 1037)LIMM R30, 21845 // R30 <- 21845CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 0 // BRANCH TO ERROR IF RFLAGS[4] = 0 (EQUAL=0)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, 21844 // R30 <- 21844CMP R30, R31BRFL ERROR, 3, 0 // BRANCH TO ERROR IF RFLAGS[3] = 0 (BELOW=0)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, 21846 // R30 <- 21846CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 0 // BRANCH TO ERROR IF RFLAGS[5] = 0 (ABOVE=0)CMP_1038:LW R31, 1038 (R0) // R31 <- 32767 (ADDR: 1038)LIMM R30, 32767 // R30 <- 32767CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 0 // BRANCH TO ERROR IF RFLAGS[4] = 0 (EQUAL=0)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, 32766 // R30 <- 32766CMP R30, R31BRFL ERROR, 3, 0 // BRANCH TO ERROR IF RFLAGS[3] = 0 (BELOW=0)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)CMP_1039:LW R31, 1039 (R0) // R31 <- -32768 (ADDR: 1039)LIMM R30, -32768 // R30 <- -32768CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 0 // BRANCH TO ERROR IF RFLAGS[4] = 0 (EQUAL=0)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, -32767 // R30 <- -32767CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 0 // BRANCH TO ERROR IF RFLAGS[5] = 0 (ABOVE=0)CMP_1040:LW R31, 1040 (R0) // R31 <- -1 (ADDR: 1040)LIMM R30, -1 // R30 <- -1CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 0 // BRANCH TO ERROR IF RFLAGS[4] = 0 (EQUAL=0)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, -2 // R30 <- -2CMP R30, R31BRFL ERROR, 3, 0 // BRANCH TO ERROR IF RFLAGS[3] = 0 (BELOW=0)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, 0 // R30 <- 0CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 0 // BRANCH TO ERROR IF RFLAGS[5] = 0 (ABOVE=0)CMP_1041:LW R31, 1041 (R0) // R31 <- -2 (ADDR: 1041)LIMM R30, -2 // R30 <- -2CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 0 // BRANCH TO ERROR IF RFLAGS[4] = 0 (EQUAL=0)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, -3 // R30 <- -3CMP R30, R31BRFL ERROR, 3, 0 // BRANCH TO ERROR IF RFLAGS[3] = 0 (BELOW=0)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, -1 // R30 <- -1CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 0 // BRANCH TO ERROR IF RFLAGS[5] = 0 (ABOVE=0)CMP_1042:LW R31, 1042 (R0) // R31 <- 0 (ADDR: 1042)LIMM R30, 0 // R30 <- 0CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 0 // BRANCH TO ERROR IF RFLAGS[4] = 0 (EQUAL=0)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, -1 // R30 <- -1CMP R30, R31BRFL ERROR, 3, 0 // BRANCH TO ERROR IF RFLAGS[3] = 0 (BELOW=0)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, 1 // R30 <- 1CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 0 // BRANCH TO ERROR IF RFLAGS[5] = 0 (ABOVE=0)CMP_1043:LW R31, 1043 (R0) // R31 <- -21847 (ADDR: 1043)LIMM R30, -21847 // R30 <- -21847CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 0 // BRANCH TO ERROR IF RFLAGS[4] = 0 (EQUAL=0)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, -21848 // R30 <- -21848CMP R30, R31BRFL ERROR, 3, 0 // BRANCH TO ERROR IF RFLAGS[3] = 0 (BELOW=0)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, -21846 // R30 <- -21846CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 0 // BRANCH TO ERROR IF RFLAGS[5] = 0 (ABOVE=0)CMP_1044:LW R31, 1044 (R0) // R31 <- 21844 (ADDR: 1044)LIMM R30, 21844 // R30 <- 21844CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 0 // BRANCH TO ERROR IF RFLAGS[4] = 0 (EQUAL=0)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, 21843 // R30 <- 21843CMP R30, R31BRFL ERROR, 3, 0 // BRANCH TO ERROR IF RFLAGS[3] = 0 (BELOW=0)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, 21845 // R30 <- 21845CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 0 // BRANCH TO ERROR IF RFLAGS[5] = 0 (ABOVE=0)CMP_1045:LW R31, 1045 (R0) // R31 <- 32766 (ADDR: 1045)LIMM R30, 32766 // R30 <- 32766CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 0 // BRANCH TO ERROR IF RFLAGS[4] = 0 (EQUAL=0)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, 32765 // R30 <- 32765CMP R30, R31BRFL ERROR, 3, 0 // BRANCH TO ERROR IF RFLAGS[3] = 0 (BELOW=0)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, 32767 // R30 <- 32767CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 0 // BRANCH TO ERROR IF RFLAGS[5] = 0 (ABOVE=0)CMP_1046:LW R31, 1046 (R0) // R31 <- -1 (ADDR: 1046)LIMM R30, -1 // R30 <- -1CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 0 // BRANCH TO ERROR IF RFLAGS[4] = 0 (EQUAL=0)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, -2 // R30 <- -2CMP R30, R31BRFL ERROR, 3, 0 // BRANCH TO ERROR IF RFLAGS[3] = 0 (BELOW=0)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, 0 // R30 <- 0CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 0 // BRANCH TO ERROR IF RFLAGS[5] = 0 (ABOVE=0)CMP_1047:LW R31, 1047 (R0) // R31 <- 1 (ADDR: 1047)LIMM R30, 1 // R30 <- 1CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 0 // BRANCH TO ERROR IF RFLAGS[4] = 0 (EQUAL=0)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, 0 // R30 <- 0CMP R30, R31BRFL ERROR, 3, 0 // BRANCH TO ERROR IF RFLAGS[3] = 0 (BELOW=0)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, 2 // R30 <- 2CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 0 // BRANCH TO ERROR IF RFLAGS[5] = 0 (ABOVE=0)CMP_1048:LW R31, 1048 (R0) // R31 <- 0 (ADDR: 1048)LIMM R30, 0 // R30 <- 0CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 0 // BRANCH TO ERROR IF RFLAGS[4] = 0 (EQUAL=0)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, -1 // R30 <- -1CMP R30, R31BRFL ERROR, 3, 0 // BRANCH TO ERROR IF RFLAGS[3] = 0 (BELOW=0)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, 1 // R30 <- 1CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 0 // BRANCH TO ERROR IF RFLAGS[5] = 0 (ABOVE=0)CMP_1049:LW R31, 1049 (R0) // R31 <- 2 (ADDR: 1049)LIMM R30, 2 // R30 <- 2CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 0 // BRANCH TO ERROR IF RFLAGS[4] = 0 (EQUAL=0)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, 1 // R30 <- 1CMP R30, R31BRFL ERROR, 3, 0 // BRANCH TO ERROR IF RFLAGS[3] = 0 (BELOW=0)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, 3 // R30 <- 3CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 0 // BRANCH TO ERROR IF RFLAGS[5] = 0 (ABOVE=0)CMP_1050:LW R31, 1050 (R0) // R31 <- -21845 (ADDR: 1050)LIMM R30, -21845 // R30 <- -21845CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 0 // BRANCH TO ERROR IF RFLAGS[4] = 0 (EQUAL=0)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, -21846 // R30 <- -21846CMP R30, R31BRFL ERROR, 3, 0 // BRANCH TO ERROR IF RFLAGS[3] = 0 (BELOW=0)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, -21844 // R30 <- -21844CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 0 // BRANCH TO ERROR IF RFLAGS[5] = 0 (ABOVE=0)CMP_1051:LW R31, 1051 (R0) // R31 <- 21846 (ADDR: 1051)LIMM R30, 21846 // R30 <- 21846CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 0 // BRANCH TO ERROR IF RFLAGS[4] = 0 (EQUAL=0)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, 21845 // R30 <- 21845CMP R30, R31BRFL ERROR, 3, 0 // BRANCH TO ERROR IF RFLAGS[3] = 0 (BELOW=0)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, 21847 // R30 <- 21847CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 0 // BRANCH TO ERROR IF RFLAGS[5] = 0 (ABOVE=0)CMP_1052:LW R31, 1052 (R0) // R31 <- -1 (ADDR: 1052)LIMM R30, -1 // R30 <- -1CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 0 // BRANCH TO ERROR IF RFLAGS[4] = 0 (EQUAL=0)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, -2 // R30 <- -2CMP R30, R31BRFL ERROR, 3, 0 // BRANCH TO ERROR IF RFLAGS[3] = 0 (BELOW=0)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, 0 // R30 <- 0CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 0 // BRANCH TO ERROR IF RFLAGS[5] = 0 (ABOVE=0)CMP_1053:LW R31, 1053 (R0) // R31 <- -32767 (ADDR: 1053)LIMM R30, -32767 // R30 <- -32767CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 0 // BRANCH TO ERROR IF RFLAGS[4] = 0 (EQUAL=0)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, -32768 // R30 <- -32768CMP R30, R31BRFL ERROR, 3, 0 // BRANCH TO ERROR IF RFLAGS[3] = 0 (BELOW=0)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, -32766 // R30 <- -32766CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 0 // BRANCH TO ERROR IF RFLAGS[5] = 0 (ABOVE=0)CMP_1054:LW R31, 1054 (R0) // R31 <- -21846 (ADDR: 1054)LIMM R30, -21846 // R30 <- -21846CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 0 // BRANCH TO ERROR IF RFLAGS[4] = 0 (EQUAL=0)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, -21847 // R30 <- -21847CMP R30, R31BRFL ERROR, 3, 0 // BRANCH TO ERROR IF RFLAGS[3] = 0 (BELOW=0)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, -21845 // R30 <- -21845CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 0 // BRANCH TO ERROR IF RFLAGS[5] = 0 (ABOVE=0)CMP_1055:LW R31, 1055 (R0) // R31 <- -21847 (ADDR: 1055)LIMM R30, -21847 // R30 <- -21847CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 0 // BRANCH TO ERROR IF RFLAGS[4] = 0 (EQUAL=0)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, -21848 // R30 <- -21848CMP R30, R31BRFL ERROR, 3, 0 // BRANCH TO ERROR IF RFLAGS[3] = 0 (BELOW=0)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, -21846 // R30 <- -21846CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 0 // BRANCH TO ERROR IF RFLAGS[5] = 0 (ABOVE=0)CMP_1056:LW R31, 1056 (R0) // R31 <- -21845 (ADDR: 1056)LIMM R30, -21845 // R30 <- -21845CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 0 // BRANCH TO ERROR IF RFLAGS[4] = 0 (EQUAL=0)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, -21846 // R30 <- -21846CMP R30, R31BRFL ERROR, 3, 0 // BRANCH TO ERROR IF RFLAGS[3] = 0 (BELOW=0)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, -21844 // R30 <- -21844CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 0 // BRANCH TO ERROR IF RFLAGS[5] = 0 (ABOVE=0)CMP_1057:LW R31, 1057 (R0) // R31 <- -1 (ADDR: 1057)LIMM R30, -1 // R30 <- -1CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 0 // BRANCH TO ERROR IF RFLAGS[4] = 0 (EQUAL=0)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, -2 // R30 <- -2CMP R30, R31BRFL ERROR, 3, 0 // BRANCH TO ERROR IF RFLAGS[3] = 0 (BELOW=0)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, 0 // R30 <- 0CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 0 // BRANCH TO ERROR IF RFLAGS[5] = 0 (ABOVE=0)CMP_1058:LW R31, 1058 (R0) // R31 <- -1 (ADDR: 1058)LIMM R30, -1 // R30 <- -1CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 0 // BRANCH TO ERROR IF RFLAGS[4] = 0 (EQUAL=0)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, -2 // R30 <- -2CMP R30, R31BRFL ERROR, 3, 0 // BRANCH TO ERROR IF RFLAGS[3] = 0 (BELOW=0)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, 0 // R30 <- 0CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 0 // BRANCH TO ERROR IF RFLAGS[5] = 0 (ABOVE=0)CMP_1059:LW R31, 1059 (R0) // R31 <- 10921 (ADDR: 1059)LIMM R30, 10921 // R30 <- 10921CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 0 // BRANCH TO ERROR IF RFLAGS[4] = 0 (EQUAL=0)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, 10920 // R30 <- 10920CMP R30, R31BRFL ERROR, 3, 0 // BRANCH TO ERROR IF RFLAGS[3] = 0 (BELOW=0)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, 10922 // R30 <- 10922CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 0 // BRANCH TO ERROR IF RFLAGS[5] = 0 (ABOVE=0)CMP_1060:LW R31, 1060 (R0) // R31 <- -1 (ADDR: 1060)LIMM R30, -1 // R30 <- -1CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 0 // BRANCH TO ERROR IF RFLAGS[4] = 0 (EQUAL=0)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, -2 // R30 <- -2CMP R30, R31BRFL ERROR, 3, 0 // BRANCH TO ERROR IF RFLAGS[3] = 0 (BELOW=0)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, 0 // R30 <- 0CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 0 // BRANCH TO ERROR IF RFLAGS[5] = 0 (ABOVE=0)CMP_1061:LW R31, 1061 (R0) // R31 <- 21845 (ADDR: 1061)LIMM R30, 21845 // R30 <- 21845CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 0 // BRANCH TO ERROR IF RFLAGS[4] = 0 (EQUAL=0)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, 21844 // R30 <- 21844CMP R30, R31BRFL ERROR, 3, 0 // BRANCH TO ERROR IF RFLAGS[3] = 0 (BELOW=0)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, 21846 // R30 <- 21846CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 0 // BRANCH TO ERROR IF RFLAGS[5] = 0 (ABOVE=0)CMP_1062:LW R31, 1062 (R0) // R31 <- 21844 (ADDR: 1062)LIMM R30, 21844 // R30 <- 21844CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 0 // BRANCH TO ERROR IF RFLAGS[4] = 0 (EQUAL=0)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, 21843 // R30 <- 21843CMP R30, R31BRFL ERROR, 3, 0 // BRANCH TO ERROR IF RFLAGS[3] = 0 (BELOW=0)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, 21845 // R30 <- 21845CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 0 // BRANCH TO ERROR IF RFLAGS[5] = 0 (ABOVE=0)CMP_1063:LW R31, 1063 (R0) // R31 <- 21846 (ADDR: 1063)LIMM R30, 21846 // R30 <- 21846CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 0 // BRANCH TO ERROR IF RFLAGS[4] = 0 (EQUAL=0)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, 21845 // R30 <- 21845CMP R30, R31BRFL ERROR, 3, 0 // BRANCH TO ERROR IF RFLAGS[3] = 0 (BELOW=0)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, 21847 // R30 <- 21847CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 0 // BRANCH TO ERROR IF RFLAGS[5] = 0 (ABOVE=0)CMP_1064:LW R31, 1064 (R0) // R31 <- -1 (ADDR: 1064)LIMM R30, -1 // R30 <- -1CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 0 // BRANCH TO ERROR IF RFLAGS[4] = 0 (EQUAL=0)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, -2 // R30 <- -2CMP R30, R31BRFL ERROR, 3, 0 // BRANCH TO ERROR IF RFLAGS[3] = 0 (BELOW=0)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, 0 // R30 <- 0CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 0 // BRANCH TO ERROR IF RFLAGS[5] = 0 (ABOVE=0)CMP_1065:LW R31, 1065 (R0) // R31 <- -1 (ADDR: 1065)LIMM R30, -1 // R30 <- -1CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 0 // BRANCH TO ERROR IF RFLAGS[4] = 0 (EQUAL=0)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, -2 // R30 <- -2CMP R30, R31BRFL ERROR, 3, 0 // BRANCH TO ERROR IF RFLAGS[3] = 0 (BELOW=0)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, 0 // R30 <- 0CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 0 // BRANCH TO ERROR IF RFLAGS[5] = 0 (ABOVE=0)CMP_1066:LW R31, 1066 (R0) // R31 <- -1 (ADDR: 1066)LIMM R30, -1 // R30 <- -1CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 0 // BRANCH TO ERROR IF RFLAGS[4] = 0 (EQUAL=0)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, -2 // R30 <- -2CMP R30, R31BRFL ERROR, 3, 0 // BRANCH TO ERROR IF RFLAGS[3] = 0 (BELOW=0)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, 0 // R30 <- 0CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 0 // BRANCH TO ERROR IF RFLAGS[5] = 0 (ABOVE=0)CMP_1067:LW R31, 1067 (R0) // R31 <- -10923 (ADDR: 1067)LIMM R30, -10923 // R30 <- -10923CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 0 // BRANCH TO ERROR IF RFLAGS[4] = 0 (EQUAL=0)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, -10924 // R30 <- -10924CMP R30, R31BRFL ERROR, 3, 0 // BRANCH TO ERROR IF RFLAGS[3] = 0 (BELOW=0)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, -10922 // R30 <- -10922CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 0 // BRANCH TO ERROR IF RFLAGS[5] = 0 (ABOVE=0)CMP_1068:LW R31, 1068 (R0) // R31 <- 32767 (ADDR: 1068)LIMM R30, 32767 // R30 <- 32767CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 0 // BRANCH TO ERROR IF RFLAGS[4] = 0 (EQUAL=0)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, 32766 // R30 <- 32766CMP R30, R31BRFL ERROR, 3, 0 // BRANCH TO ERROR IF RFLAGS[3] = 0 (BELOW=0)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)CMP_1069:LW R31, 1069 (R0) // R31 <- 32766 (ADDR: 1069)LIMM R30, 32766 // R30 <- 32766CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 0 // BRANCH TO ERROR IF RFLAGS[4] = 0 (EQUAL=0)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, 32765 // R30 <- 32765CMP R30, R31BRFL ERROR, 3, 0 // BRANCH TO ERROR IF RFLAGS[3] = 0 (BELOW=0)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, 32767 // R30 <- 32767CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 0 // BRANCH TO ERROR IF RFLAGS[5] = 0 (ABOVE=0)CMP_1070:LW R31, 1070 (R0) // R31 <- -1 (ADDR: 1070)LIMM R30, -1 // R30 <- -1CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 0 // BRANCH TO ERROR IF RFLAGS[4] = 0 (EQUAL=0)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, -2 // R30 <- -2CMP R30, R31BRFL ERROR, 3, 0 // BRANCH TO ERROR IF RFLAGS[3] = 0 (BELOW=0)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, 0 // R30 <- 0CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 0 // BRANCH TO ERROR IF RFLAGS[5] = 0 (ABOVE=0)CMP_1071:LW R31, 1071 (R0) // R31 <- 10921 (ADDR: 1071)LIMM R30, 10921 // R30 <- 10921CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 0 // BRANCH TO ERROR IF RFLAGS[4] = 0 (EQUAL=0)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, 10920 // R30 <- 10920CMP R30, R31BRFL ERROR, 3, 0 // BRANCH TO ERROR IF RFLAGS[3] = 0 (BELOW=0)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, 10922 // R30 <- 10922CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 0 // BRANCH TO ERROR IF RFLAGS[5] = 0 (ABOVE=0)CMP_1072:LW R31, 1072 (R0) // R31 <- -1 (ADDR: 1072)LIMM R30, -1 // R30 <- -1CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 0 // BRANCH TO ERROR IF RFLAGS[4] = 0 (EQUAL=0)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, -2 // R30 <- -2CMP R30, R31BRFL ERROR, 3, 0 // BRANCH TO ERROR IF RFLAGS[3] = 0 (BELOW=0)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, 0 // R30 <- 0CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 0 // BRANCH TO ERROR IF RFLAGS[5] = 0 (ABOVE=0)CMP_1073:LW R31, 1073 (R0) // R31 <- -1 (ADDR: 1073)LIMM R30, -1 // R30 <- -1CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 0 // BRANCH TO ERROR IF RFLAGS[4] = 0 (EQUAL=0)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, -2 // R30 <- -2CMP R30, R31BRFL ERROR, 3, 0 // BRANCH TO ERROR IF RFLAGS[3] = 0 (BELOW=0)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, 0 // R30 <- 0CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 0 // BRANCH TO ERROR IF RFLAGS[5] = 0 (ABOVE=0)CMP_1074:LW R31, 1074 (R0) // R31 <- -1 (ADDR: 1074)LIMM R30, -1 // R30 <- -1CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 0 // BRANCH TO ERROR IF RFLAGS[4] = 0 (EQUAL=0)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, -2 // R30 <- -2CMP R30, R31BRFL ERROR, 3, 0 // BRANCH TO ERROR IF RFLAGS[3] = 0 (BELOW=0)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, 0 // R30 <- 0CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 0 // BRANCH TO ERROR IF RFLAGS[5] = 0 (ABOVE=0)CMP_1075:LW R31, 1075 (R0) // R31 <- -32768 (ADDR: 1075)LIMM R30, -32768 // R30 <- -32768CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 0 // BRANCH TO ERROR IF RFLAGS[4] = 0 (EQUAL=0)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, -32767 // R30 <- -32767CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 0 // BRANCH TO ERROR IF RFLAGS[5] = 0 (ABOVE=0)CMP_1076:LW R31, 1076 (R0) // R31 <- -1 (ADDR: 1076)LIMM R30, -1 // R30 <- -1CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 0 // BRANCH TO ERROR IF RFLAGS[4] = 0 (EQUAL=0)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, -2 // R30 <- -2CMP R30, R31BRFL ERROR, 3, 0 // BRANCH TO ERROR IF RFLAGS[3] = 0 (BELOW=0)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, 0 // R30 <- 0CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 0 // BRANCH TO ERROR IF RFLAGS[5] = 0 (ABOVE=0)CMP_1077:LW R31, 1077 (R0) // R31 <- -32767 (ADDR: 1077)LIMM R30, -32767 // R30 <- -32767CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 0 // BRANCH TO ERROR IF RFLAGS[4] = 0 (EQUAL=0)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, -32768 // R30 <- -32768CMP R30, R31BRFL ERROR, 3, 0 // BRANCH TO ERROR IF RFLAGS[3] = 0 (BELOW=0)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, -32766 // R30 <- -32766CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 0 // BRANCH TO ERROR IF RFLAGS[5] = 0 (ABOVE=0)CMP_1078:LW R31, 1078 (R0) // R31 <- -1 (ADDR: 1078)LIMM R30, -1 // R30 <- -1CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 0 // BRANCH TO ERROR IF RFLAGS[4] = 0 (EQUAL=0)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, -2 // R30 <- -2CMP R30, R31BRFL ERROR, 3, 0 // BRANCH TO ERROR IF RFLAGS[3] = 0 (BELOW=0)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, 0 // R30 <- 0CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 0 // BRANCH TO ERROR IF RFLAGS[5] = 0 (ABOVE=0)CMP_1079:LW R31, 1079 (R0) // R31 <- -10923 (ADDR: 1079)LIMM R30, -10923 // R30 <- -10923CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 0 // BRANCH TO ERROR IF RFLAGS[4] = 0 (EQUAL=0)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, -10924 // R30 <- -10924CMP R30, R31BRFL ERROR, 3, 0 // BRANCH TO ERROR IF RFLAGS[3] = 0 (BELOW=0)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, -10922 // R30 <- -10922CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 0 // BRANCH TO ERROR IF RFLAGS[5] = 0 (ABOVE=0)CMP_1080:LW R31, 1080 (R0) // R31 <- -1 (ADDR: 1080)LIMM R30, -1 // R30 <- -1CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 0 // BRANCH TO ERROR IF RFLAGS[4] = 0 (EQUAL=0)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, -2 // R30 <- -2CMP R30, R31BRFL ERROR, 3, 0 // BRANCH TO ERROR IF RFLAGS[3] = 0 (BELOW=0)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, 0 // R30 <- 0CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 0 // BRANCH TO ERROR IF RFLAGS[5] = 0 (ABOVE=0)CMP_1081:LW R31, 1081 (R0) // R31 <- -1 (ADDR: 1081)LIMM R30, -1 // R30 <- -1CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 0 // BRANCH TO ERROR IF RFLAGS[4] = 0 (EQUAL=0)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, -2 // R30 <- -2CMP R30, R31BRFL ERROR, 3, 0 // BRANCH TO ERROR IF RFLAGS[3] = 0 (BELOW=0)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, 0 // R30 <- 0CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 0 // BRANCH TO ERROR IF RFLAGS[5] = 0 (ABOVE=0)CMP_1082:LW R31, 1082 (R0) // R31 <- 0 (ADDR: 1082)LIMM R30, 0 // R30 <- 0CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 0 // BRANCH TO ERROR IF RFLAGS[4] = 0 (EQUAL=0)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, -1 // R30 <- -1CMP R30, R31BRFL ERROR, 3, 0 // BRANCH TO ERROR IF RFLAGS[3] = 0 (BELOW=0)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, 1 // R30 <- 1CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 0 // BRANCH TO ERROR IF RFLAGS[5] = 0 (ABOVE=0)CMP_1083:LW R31, 1083 (R0) // R31 <- 1 (ADDR: 1083)LIMM R30, 1 // R30 <- 1CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 0 // BRANCH TO ERROR IF RFLAGS[4] = 0 (EQUAL=0)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, 0 // R30 <- 0CMP R30, R31BRFL ERROR, 3, 0 // BRANCH TO ERROR IF RFLAGS[3] = 0 (BELOW=0)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, 2 // R30 <- 2CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 0 // BRANCH TO ERROR IF RFLAGS[5] = 0 (ABOVE=0)CMP_1084:LW R31, 1084 (R0) // R31 <- -1 (ADDR: 1084)LIMM R30, -1 // R30 <- -1CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 0 // BRANCH TO ERROR IF RFLAGS[4] = 0 (EQUAL=0)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, -2 // R30 <- -2CMP R30, R31BRFL ERROR, 3, 0 // BRANCH TO ERROR IF RFLAGS[3] = 0 (BELOW=0)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, 0 // R30 <- 0CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 0 // BRANCH TO ERROR IF RFLAGS[5] = 0 (ABOVE=0)CMP_1085:LW R31, 1085 (R0) // R31 <- 21846 (ADDR: 1085)LIMM R30, 21846 // R30 <- 21846CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 0 // BRANCH TO ERROR IF RFLAGS[4] = 0 (EQUAL=0)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, 21845 // R30 <- 21845CMP R30, R31BRFL ERROR, 3, 0 // BRANCH TO ERROR IF RFLAGS[3] = 0 (BELOW=0)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, 21847 // R30 <- 21847CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 0 // BRANCH TO ERROR IF RFLAGS[5] = 0 (ABOVE=0)CMP_1086:LW R31, 1086 (R0) // R31 <- -21845 (ADDR: 1086)LIMM R30, -21845 // R30 <- -21845CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 0 // BRANCH TO ERROR IF RFLAGS[4] = 0 (EQUAL=0)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, -21846 // R30 <- -21846CMP R30, R31BRFL ERROR, 3, 0 // BRANCH TO ERROR IF RFLAGS[3] = 0 (BELOW=0)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, -21844 // R30 <- -21844CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 0 // BRANCH TO ERROR IF RFLAGS[5] = 0 (ABOVE=0)CMP_1087:LW R31, 1087 (R0) // R31 <- -32767 (ADDR: 1087)LIMM R30, -32767 // R30 <- -32767CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 0 // BRANCH TO ERROR IF RFLAGS[4] = 0 (EQUAL=0)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, -32768 // R30 <- -32768CMP R30, R31BRFL ERROR, 3, 0 // BRANCH TO ERROR IF RFLAGS[3] = 0 (BELOW=0)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, -32766 // R30 <- -32766CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 0 // BRANCH TO ERROR IF RFLAGS[5] = 0 (ABOVE=0)CMP_1088:LW R31, 1088 (R0) // R31 <- -1 (ADDR: 1088)LIMM R30, -1 // R30 <- -1CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 0 // BRANCH TO ERROR IF RFLAGS[4] = 0 (EQUAL=0)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, -2 // R30 <- -2CMP R30, R31BRFL ERROR, 3, 0 // BRANCH TO ERROR IF RFLAGS[3] = 0 (BELOW=0)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, 0 // R30 <- 0CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 0 // BRANCH TO ERROR IF RFLAGS[5] = 0 (ABOVE=0)CMP_1089:LW R31, 1089 (R0) // R31 <- -1 (ADDR: 1089)LIMM R30, -1 // R30 <- -1CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 0 // BRANCH TO ERROR IF RFLAGS[4] = 0 (EQUAL=0)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, -2 // R30 <- -2CMP R30, R31BRFL ERROR, 3, 0 // BRANCH TO ERROR IF RFLAGS[3] = 0 (BELOW=0)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, 0 // R30 <- 0CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 0 // BRANCH TO ERROR IF RFLAGS[5] = 0 (ABOVE=0)CMP_1090:LW R31, 1090 (R0) // R31 <- 0 (ADDR: 1090)LIMM R30, 0 // R30 <- 0CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 0 // BRANCH TO ERROR IF RFLAGS[4] = 0 (EQUAL=0)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, -1 // R30 <- -1CMP R30, R31BRFL ERROR, 3, 0 // BRANCH TO ERROR IF RFLAGS[3] = 0 (BELOW=0)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, 1 // R30 <- 1CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 0 // BRANCH TO ERROR IF RFLAGS[5] = 0 (ABOVE=0)CMP_1091:LW R31, 1091 (R0) // R31 <- -2 (ADDR: 1091)LIMM R30, -2 // R30 <- -2CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 0 // BRANCH TO ERROR IF RFLAGS[4] = 0 (EQUAL=0)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, -3 // R30 <- -3CMP R30, R31BRFL ERROR, 3, 0 // BRANCH TO ERROR IF RFLAGS[3] = 0 (BELOW=0)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, -1 // R30 <- -1CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 0 // BRANCH TO ERROR IF RFLAGS[5] = 0 (ABOVE=0)CMP_1092:LW R31, 1092 (R0) // R31 <- 21845 (ADDR: 1092)LIMM R30, 21845 // R30 <- 21845CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 0 // BRANCH TO ERROR IF RFLAGS[4] = 0 (EQUAL=0)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, 21844 // R30 <- 21844CMP R30, R31BRFL ERROR, 3, 0 // BRANCH TO ERROR IF RFLAGS[3] = 0 (BELOW=0)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, 21846 // R30 <- 21846CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 0 // BRANCH TO ERROR IF RFLAGS[5] = 0 (ABOVE=0)CMP_1093:LW R31, 1093 (R0) // R31 <- -21846 (ADDR: 1093)LIMM R30, -21846 // R30 <- -21846CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 0 // BRANCH TO ERROR IF RFLAGS[4] = 0 (EQUAL=0)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, -21847 // R30 <- -21847CMP R30, R31BRFL ERROR, 3, 0 // BRANCH TO ERROR IF RFLAGS[3] = 0 (BELOW=0)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, -21845 // R30 <- -21845CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 0 // BRANCH TO ERROR IF RFLAGS[5] = 0 (ABOVE=0)CMP_1094:LW R31, 1094 (R0) // R31 <- -32768 (ADDR: 1094)LIMM R30, -32768 // R30 <- -32768CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 0 // BRANCH TO ERROR IF RFLAGS[4] = 0 (EQUAL=0)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, -32767 // R30 <- -32767CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 0 // BRANCH TO ERROR IF RFLAGS[5] = 0 (ABOVE=0)CMP_1095:LW R31, 1095 (R0) // R31 <- 32767 (ADDR: 1095)LIMM R30, 32767 // R30 <- 32767CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 0 // BRANCH TO ERROR IF RFLAGS[4] = 0 (EQUAL=0)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, 32766 // R30 <- 32766CMP R30, R31BRFL ERROR, 3, 0 // BRANCH TO ERROR IF RFLAGS[3] = 0 (BELOW=0)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)CMP_1096:LW R31, 1096 (R0) // R31 <- 1 (ADDR: 1096)LIMM R30, 1 // R30 <- 1CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 0 // BRANCH TO ERROR IF RFLAGS[4] = 0 (EQUAL=0)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, 0 // R30 <- 0CMP R30, R31BRFL ERROR, 3, 0 // BRANCH TO ERROR IF RFLAGS[3] = 0 (BELOW=0)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, 2 // R30 <- 2CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 0 // BRANCH TO ERROR IF RFLAGS[5] = 0 (ABOVE=0)CMP_1097:LW R31, 1097 (R0) // R31 <- 2 (ADDR: 1097)LIMM R30, 2 // R30 <- 2CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 0 // BRANCH TO ERROR IF RFLAGS[4] = 0 (EQUAL=0)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, 1 // R30 <- 1CMP R30, R31BRFL ERROR, 3, 0 // BRANCH TO ERROR IF RFLAGS[3] = 0 (BELOW=0)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, 3 // R30 <- 3CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 0 // BRANCH TO ERROR IF RFLAGS[5] = 0 (ABOVE=0)CMP_1098:LW R31, 1098 (R0) // R31 <- 0 (ADDR: 1098)LIMM R30, 0 // R30 <- 0CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 0 // BRANCH TO ERROR IF RFLAGS[4] = 0 (EQUAL=0)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, -1 // R30 <- -1CMP R30, R31BRFL ERROR, 3, 0 // BRANCH TO ERROR IF RFLAGS[3] = 0 (BELOW=0)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, 1 // R30 <- 1CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 0 // BRANCH TO ERROR IF RFLAGS[5] = 0 (ABOVE=0)CMP_1099:LW R31, 1099 (R0) // R31 <- 21847 (ADDR: 1099)LIMM R30, 21847 // R30 <- 21847CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 0 // BRANCH TO ERROR IF RFLAGS[4] = 0 (EQUAL=0)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, 21846 // R30 <- 21846CMP R30, R31BRFL ERROR, 3, 0 // BRANCH TO ERROR IF RFLAGS[3] = 0 (BELOW=0)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, 21848 // R30 <- 21848CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 0 // BRANCH TO ERROR IF RFLAGS[5] = 0 (ABOVE=0)CMP_1100:LW R31, 1100 (R0) // R31 <- -21844 (ADDR: 1100)LIMM R30, -21844 // R30 <- -21844CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 0 // BRANCH TO ERROR IF RFLAGS[4] = 0 (EQUAL=0)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, -21845 // R30 <- -21845CMP R30, R31BRFL ERROR, 3, 0 // BRANCH TO ERROR IF RFLAGS[3] = 0 (BELOW=0)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, -21843 // R30 <- -21843CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 0 // BRANCH TO ERROR IF RFLAGS[5] = 0 (ABOVE=0)CMP_1101:LW R31, 1101 (R0) // R31 <- -32766 (ADDR: 1101)LIMM R30, -32766 // R30 <- -32766CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 0 // BRANCH TO ERROR IF RFLAGS[4] = 0 (EQUAL=0)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, -32767 // R30 <- -32767CMP R30, R31BRFL ERROR, 3, 0 // BRANCH TO ERROR IF RFLAGS[3] = 0 (BELOW=0)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, -32765 // R30 <- -32765CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 0 // BRANCH TO ERROR IF RFLAGS[5] = 0 (ABOVE=0)CMP_1102:LW R31, 1102 (R0) // R31 <- -1 (ADDR: 1102)LIMM R30, -1 // R30 <- -1CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 0 // BRANCH TO ERROR IF RFLAGS[4] = 0 (EQUAL=0)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, -2 // R30 <- -2CMP R30, R31BRFL ERROR, 3, 0 // BRANCH TO ERROR IF RFLAGS[3] = 0 (BELOW=0)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, 0 // R30 <- 0CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 0 // BRANCH TO ERROR IF RFLAGS[5] = 0 (ABOVE=0)CMP_1103:LW R31, 1103 (R0) // R31 <- -21846 (ADDR: 1103)LIMM R30, -21846 // R30 <- -21846CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 0 // BRANCH TO ERROR IF RFLAGS[4] = 0 (EQUAL=0)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, -21847 // R30 <- -21847CMP R30, R31BRFL ERROR, 3, 0 // BRANCH TO ERROR IF RFLAGS[3] = 0 (BELOW=0)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, -21845 // R30 <- -21845CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 0 // BRANCH TO ERROR IF RFLAGS[5] = 0 (ABOVE=0)CMP_1104:LW R31, 1104 (R0) // R31 <- -21845 (ADDR: 1104)LIMM R30, -21845 // R30 <- -21845CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 0 // BRANCH TO ERROR IF RFLAGS[4] = 0 (EQUAL=0)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, -21846 // R30 <- -21846CMP R30, R31BRFL ERROR, 3, 0 // BRANCH TO ERROR IF RFLAGS[3] = 0 (BELOW=0)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, -21844 // R30 <- -21844CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 0 // BRANCH TO ERROR IF RFLAGS[5] = 0 (ABOVE=0)CMP_1105:LW R31, 1105 (R0) // R31 <- -21847 (ADDR: 1105)LIMM R30, -21847 // R30 <- -21847CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 0 // BRANCH TO ERROR IF RFLAGS[4] = 0 (EQUAL=0)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, -21848 // R30 <- -21848CMP R30, R31BRFL ERROR, 3, 0 // BRANCH TO ERROR IF RFLAGS[3] = 0 (BELOW=0)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, -21846 // R30 <- -21846CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 0 // BRANCH TO ERROR IF RFLAGS[5] = 0 (ABOVE=0)CMP_1106:LW R31, 1106 (R0) // R31 <- 0 (ADDR: 1106)LIMM R30, 0 // R30 <- 0CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 0 // BRANCH TO ERROR IF RFLAGS[4] = 0 (EQUAL=0)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, -1 // R30 <- -1CMP R30, R31BRFL ERROR, 3, 0 // BRANCH TO ERROR IF RFLAGS[3] = 0 (BELOW=0)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, 1 // R30 <- 1CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 0 // BRANCH TO ERROR IF RFLAGS[5] = 0 (ABOVE=0)CMP_1107:LW R31, 1107 (R0) // R31 <- -1 (ADDR: 1107)LIMM R30, -1 // R30 <- -1CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 0 // BRANCH TO ERROR IF RFLAGS[4] = 0 (EQUAL=0)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, -2 // R30 <- -2CMP R30, R31BRFL ERROR, 3, 0 // BRANCH TO ERROR IF RFLAGS[3] = 0 (BELOW=0)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, 0 // R30 <- 0CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 0 // BRANCH TO ERROR IF RFLAGS[5] = 0 (ABOVE=0)CMP_1108:LW R31, 1108 (R0) // R31 <- -1 (ADDR: 1108)LIMM R30, -1 // R30 <- -1CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 0 // BRANCH TO ERROR IF RFLAGS[4] = 0 (EQUAL=0)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, -2 // R30 <- -2CMP R30, R31BRFL ERROR, 3, 0 // BRANCH TO ERROR IF RFLAGS[3] = 0 (BELOW=0)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, 0 // R30 <- 0CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 0 // BRANCH TO ERROR IF RFLAGS[5] = 0 (ABOVE=0)CMP_1109:LW R31, 1109 (R0) // R31 <- 10922 (ADDR: 1109)LIMM R30, 10922 // R30 <- 10922CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 0 // BRANCH TO ERROR IF RFLAGS[4] = 0 (EQUAL=0)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, 10921 // R30 <- 10921CMP R30, R31BRFL ERROR, 3, 0 // BRANCH TO ERROR IF RFLAGS[3] = 0 (BELOW=0)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, 10923 // R30 <- 10923CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 0 // BRANCH TO ERROR IF RFLAGS[5] = 0 (ABOVE=0)CMP_1110:LW R31, 1110 (R0) // R31 <- 21845 (ADDR: 1110)LIMM R30, 21845 // R30 <- 21845CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 0 // BRANCH TO ERROR IF RFLAGS[4] = 0 (EQUAL=0)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, 21844 // R30 <- 21844CMP R30, R31BRFL ERROR, 3, 0 // BRANCH TO ERROR IF RFLAGS[3] = 0 (BELOW=0)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, 21846 // R30 <- 21846CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 0 // BRANCH TO ERROR IF RFLAGS[5] = 0 (ABOVE=0)CMP_1111:LW R31, 1111 (R0) // R31 <- 21846 (ADDR: 1111)LIMM R30, 21846 // R30 <- 21846CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 0 // BRANCH TO ERROR IF RFLAGS[4] = 0 (EQUAL=0)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, 21845 // R30 <- 21845CMP R30, R31BRFL ERROR, 3, 0 // BRANCH TO ERROR IF RFLAGS[3] = 0 (BELOW=0)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, 21847 // R30 <- 21847CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 0 // BRANCH TO ERROR IF RFLAGS[5] = 0 (ABOVE=0)CMP_1112:LW R31, 1112 (R0) // R31 <- 21844 (ADDR: 1112)LIMM R30, 21844 // R30 <- 21844CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 0 // BRANCH TO ERROR IF RFLAGS[4] = 0 (EQUAL=0)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, 21843 // R30 <- 21843CMP R30, R31BRFL ERROR, 3, 0 // BRANCH TO ERROR IF RFLAGS[3] = 0 (BELOW=0)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, 21845 // R30 <- 21845CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 0 // BRANCH TO ERROR IF RFLAGS[5] = 0 (ABOVE=0)CMP_1113:LW R31, 1113 (R0) // R31 <- -1 (ADDR: 1113)LIMM R30, -1 // R30 <- -1CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 0 // BRANCH TO ERROR IF RFLAGS[4] = 0 (EQUAL=0)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, -2 // R30 <- -2CMP R30, R31BRFL ERROR, 3, 0 // BRANCH TO ERROR IF RFLAGS[3] = 0 (BELOW=0)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, 0 // R30 <- 0CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 0 // BRANCH TO ERROR IF RFLAGS[5] = 0 (ABOVE=0)CMP_1114:LW R31, 1114 (R0) // R31 <- 0 (ADDR: 1114)LIMM R30, 0 // R30 <- 0CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 0 // BRANCH TO ERROR IF RFLAGS[4] = 0 (EQUAL=0)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, -1 // R30 <- -1CMP R30, R31BRFL ERROR, 3, 0 // BRANCH TO ERROR IF RFLAGS[3] = 0 (BELOW=0)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, 1 // R30 <- 1CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 0 // BRANCH TO ERROR IF RFLAGS[5] = 0 (ABOVE=0)CMP_1115:LW R31, 1115 (R0) // R31 <- -10922 (ADDR: 1115)LIMM R30, -10922 // R30 <- -10922CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 0 // BRANCH TO ERROR IF RFLAGS[4] = 0 (EQUAL=0)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, -10923 // R30 <- -10923CMP R30, R31BRFL ERROR, 3, 0 // BRANCH TO ERROR IF RFLAGS[3] = 0 (BELOW=0)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, -10921 // R30 <- -10921CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 0 // BRANCH TO ERROR IF RFLAGS[5] = 0 (ABOVE=0)CMP_1116:LW R31, 1116 (R0) // R31 <- -1 (ADDR: 1116)LIMM R30, -1 // R30 <- -1CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 0 // BRANCH TO ERROR IF RFLAGS[4] = 0 (EQUAL=0)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, -2 // R30 <- -2CMP R30, R31BRFL ERROR, 3, 0 // BRANCH TO ERROR IF RFLAGS[3] = 0 (BELOW=0)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, 0 // R30 <- 0CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 0 // BRANCH TO ERROR IF RFLAGS[5] = 0 (ABOVE=0)CMP_1117:LW R31, 1117 (R0) // R31 <- 32767 (ADDR: 1117)LIMM R30, 32767 // R30 <- 32767CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 0 // BRANCH TO ERROR IF RFLAGS[4] = 0 (EQUAL=0)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, 32766 // R30 <- 32766CMP R30, R31BRFL ERROR, 3, 0 // BRANCH TO ERROR IF RFLAGS[3] = 0 (BELOW=0)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)CMP_1118:LW R31, 1118 (R0) // R31 <- -1 (ADDR: 1118)LIMM R30, -1 // R30 <- -1CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 0 // BRANCH TO ERROR IF RFLAGS[4] = 0 (EQUAL=0)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, -2 // R30 <- -2CMP R30, R31BRFL ERROR, 3, 0 // BRANCH TO ERROR IF RFLAGS[3] = 0 (BELOW=0)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, 0 // R30 <- 0CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 0 // BRANCH TO ERROR IF RFLAGS[5] = 0 (ABOVE=0)CMP_1119:LW R31, 1119 (R0) // R31 <- 32766 (ADDR: 1119)LIMM R30, 32766 // R30 <- 32766CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 0 // BRANCH TO ERROR IF RFLAGS[4] = 0 (EQUAL=0)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, 32765 // R30 <- 32765CMP R30, R31BRFL ERROR, 3, 0 // BRANCH TO ERROR IF RFLAGS[3] = 0 (BELOW=0)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, 32767 // R30 <- 32767CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 0 // BRANCH TO ERROR IF RFLAGS[5] = 0 (ABOVE=0)CMP_1120:LW R31, 1120 (R0) // R31 <- -1 (ADDR: 1120)LIMM R30, -1 // R30 <- -1CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 0 // BRANCH TO ERROR IF RFLAGS[4] = 0 (EQUAL=0)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, -2 // R30 <- -2CMP R30, R31BRFL ERROR, 3, 0 // BRANCH TO ERROR IF RFLAGS[3] = 0 (BELOW=0)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, 0 // R30 <- 0CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 0 // BRANCH TO ERROR IF RFLAGS[5] = 0 (ABOVE=0)CMP_1121:LW R31, 1121 (R0) // R31 <- 10922 (ADDR: 1121)LIMM R30, 10922 // R30 <- 10922CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 0 // BRANCH TO ERROR IF RFLAGS[4] = 0 (EQUAL=0)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, 10921 // R30 <- 10921CMP R30, R31BRFL ERROR, 3, 0 // BRANCH TO ERROR IF RFLAGS[3] = 0 (BELOW=0)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, 10923 // R30 <- 10923CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 0 // BRANCH TO ERROR IF RFLAGS[5] = 0 (ABOVE=0)CMP_1122:LW R31, 1122 (R0) // R31 <- 0 (ADDR: 1122)LIMM R30, 0 // R30 <- 0CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 0 // BRANCH TO ERROR IF RFLAGS[4] = 0 (EQUAL=0)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, -1 // R30 <- -1CMP R30, R31BRFL ERROR, 3, 0 // BRANCH TO ERROR IF RFLAGS[3] = 0 (BELOW=0)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, 1 // R30 <- 1CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 0 // BRANCH TO ERROR IF RFLAGS[5] = 0 (ABOVE=0)CMP_1123:LW R31, 1123 (R0) // R31 <- -1 (ADDR: 1123)LIMM R30, -1 // R30 <- -1CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 0 // BRANCH TO ERROR IF RFLAGS[4] = 0 (EQUAL=0)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, -2 // R30 <- -2CMP R30, R31BRFL ERROR, 3, 0 // BRANCH TO ERROR IF RFLAGS[3] = 0 (BELOW=0)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, 0 // R30 <- 0CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 0 // BRANCH TO ERROR IF RFLAGS[5] = 0 (ABOVE=0)CMP_1124:LW R31, 1124 (R0) // R31 <- -32768 (ADDR: 1124)LIMM R30, -32768 // R30 <- -32768CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 0 // BRANCH TO ERROR IF RFLAGS[4] = 0 (EQUAL=0)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, -32767 // R30 <- -32767CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 0 // BRANCH TO ERROR IF RFLAGS[5] = 0 (ABOVE=0)CMP_1125:LW R31, 1125 (R0) // R31 <- -32767 (ADDR: 1125)LIMM R30, -32767 // R30 <- -32767CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 0 // BRANCH TO ERROR IF RFLAGS[4] = 0 (EQUAL=0)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, -32768 // R30 <- -32768CMP R30, R31BRFL ERROR, 3, 0 // BRANCH TO ERROR IF RFLAGS[3] = 0 (BELOW=0)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, -32766 // R30 <- -32766CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 0 // BRANCH TO ERROR IF RFLAGS[5] = 0 (ABOVE=0)CMP_1126:LW R31, 1126 (R0) // R31 <- -1 (ADDR: 1126)LIMM R30, -1 // R30 <- -1CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 0 // BRANCH TO ERROR IF RFLAGS[4] = 0 (EQUAL=0)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, -2 // R30 <- -2CMP R30, R31BRFL ERROR, 3, 0 // BRANCH TO ERROR IF RFLAGS[3] = 0 (BELOW=0)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, 0 // R30 <- 0CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 0 // BRANCH TO ERROR IF RFLAGS[5] = 0 (ABOVE=0)CMP_1127:LW R31, 1127 (R0) // R31 <- -10922 (ADDR: 1127)LIMM R30, -10922 // R30 <- -10922CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 0 // BRANCH TO ERROR IF RFLAGS[4] = 0 (EQUAL=0)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, -10923 // R30 <- -10923CMP R30, R31BRFL ERROR, 3, 0 // BRANCH TO ERROR IF RFLAGS[3] = 0 (BELOW=0)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, -10921 // R30 <- -10921CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 0 // BRANCH TO ERROR IF RFLAGS[5] = 0 (ABOVE=0)CMP_1128:LW R31, 1128 (R0) // R31 <- -1 (ADDR: 1128)LIMM R30, -1 // R30 <- -1CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 0 // BRANCH TO ERROR IF RFLAGS[4] = 0 (EQUAL=0)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, -2 // R30 <- -2CMP R30, R31BRFL ERROR, 3, 0 // BRANCH TO ERROR IF RFLAGS[3] = 0 (BELOW=0)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, 0 // R30 <- 0CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 0 // BRANCH TO ERROR IF RFLAGS[5] = 0 (ABOVE=0)CMP_1129:LW R31, 1129 (R0) // R31 <- -1 (ADDR: 1129)LIMM R30, -1 // R30 <- -1CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 0 // BRANCH TO ERROR IF RFLAGS[4] = 0 (EQUAL=0)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, -2 // R30 <- -2CMP R30, R31BRFL ERROR, 3, 0 // BRANCH TO ERROR IF RFLAGS[3] = 0 (BELOW=0)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, 0 // R30 <- 0CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 0 // BRANCH TO ERROR IF RFLAGS[5] = 0 (ABOVE=0)CMP_1130:LW R31, 1130 (R0) // R31 <- 0 (ADDR: 1130)LIMM R30, 0 // R30 <- 0CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 0 // BRANCH TO ERROR IF RFLAGS[4] = 0 (EQUAL=0)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, -1 // R30 <- -1CMP R30, R31BRFL ERROR, 3, 0 // BRANCH TO ERROR IF RFLAGS[3] = 0 (BELOW=0)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, 1 // R30 <- 1CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 0 // BRANCH TO ERROR IF RFLAGS[5] = 0 (ABOVE=0)CMP_1131:LW R31, 1131 (R0) // R31 <- 0 (ADDR: 1131)LIMM R30, 0 // R30 <- 0CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 0 // BRANCH TO ERROR IF RFLAGS[4] = 0 (EQUAL=0)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, -1 // R30 <- -1CMP R30, R31BRFL ERROR, 3, 0 // BRANCH TO ERROR IF RFLAGS[3] = 0 (BELOW=0)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, 1 // R30 <- 1CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 0 // BRANCH TO ERROR IF RFLAGS[5] = 0 (ABOVE=0)CMP_1132:LW R31, 1132 (R0) // R31 <- 0 (ADDR: 1132)LIMM R30, 0 // R30 <- 0CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 0 // BRANCH TO ERROR IF RFLAGS[4] = 0 (EQUAL=0)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, -1 // R30 <- -1CMP R30, R31BRFL ERROR, 3, 0 // BRANCH TO ERROR IF RFLAGS[3] = 0 (BELOW=0)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, 1 // R30 <- 1CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 0 // BRANCH TO ERROR IF RFLAGS[5] = 0 (ABOVE=0)CMP_1133:LW R31, 1133 (R0) // R31 <- 0 (ADDR: 1133)LIMM R30, 0 // R30 <- 0CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 0 // BRANCH TO ERROR IF RFLAGS[4] = 0 (EQUAL=0)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, -1 // R30 <- -1CMP R30, R31BRFL ERROR, 3, 0 // BRANCH TO ERROR IF RFLAGS[3] = 0 (BELOW=0)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, 1 // R30 <- 1CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 0 // BRANCH TO ERROR IF RFLAGS[5] = 0 (ABOVE=0)CMP_1134:LW R31, 1134 (R0) // R31 <- 0 (ADDR: 1134)LIMM R30, 0 // R30 <- 0CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 0 // BRANCH TO ERROR IF RFLAGS[4] = 0 (EQUAL=0)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, -1 // R30 <- -1CMP R30, R31BRFL ERROR, 3, 0 // BRANCH TO ERROR IF RFLAGS[3] = 0 (BELOW=0)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, 1 // R30 <- 1CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 0 // BRANCH TO ERROR IF RFLAGS[5] = 0 (ABOVE=0)CMP_1135:LW R31, 1135 (R0) // R31 <- 0 (ADDR: 1135)LIMM R30, 0 // R30 <- 0CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 0 // BRANCH TO ERROR IF RFLAGS[4] = 0 (EQUAL=0)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, -1 // R30 <- -1CMP R30, R31BRFL ERROR, 3, 0 // BRANCH TO ERROR IF RFLAGS[3] = 0 (BELOW=0)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, 1 // R30 <- 1CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 0 // BRANCH TO ERROR IF RFLAGS[5] = 0 (ABOVE=0)CMP_1136:LW R31, 1136 (R0) // R31 <- 0 (ADDR: 1136)LIMM R30, 0 // R30 <- 0CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 0 // BRANCH TO ERROR IF RFLAGS[4] = 0 (EQUAL=0)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, -1 // R30 <- -1CMP R30, R31BRFL ERROR, 3, 0 // BRANCH TO ERROR IF RFLAGS[3] = 0 (BELOW=0)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, 1 // R30 <- 1CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 0 // BRANCH TO ERROR IF RFLAGS[5] = 0 (ABOVE=0)CMP_1137:LW R31, 1137 (R0) // R31 <- 0 (ADDR: 1137)LIMM R30, 0 // R30 <- 0CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 0 // BRANCH TO ERROR IF RFLAGS[4] = 0 (EQUAL=0)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, -1 // R30 <- -1CMP R30, R31BRFL ERROR, 3, 0 // BRANCH TO ERROR IF RFLAGS[3] = 0 (BELOW=0)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, 1 // R30 <- 1CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 0 // BRANCH TO ERROR IF RFLAGS[5] = 0 (ABOVE=0)CMP_1138:LW R31, 1138 (R0) // R31 <- 0 (ADDR: 1138)LIMM R30, 0 // R30 <- 0CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 0 // BRANCH TO ERROR IF RFLAGS[4] = 0 (EQUAL=0)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, -1 // R30 <- -1CMP R30, R31BRFL ERROR, 3, 0 // BRANCH TO ERROR IF RFLAGS[3] = 0 (BELOW=0)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, 1 // R30 <- 1CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 0 // BRANCH TO ERROR IF RFLAGS[5] = 0 (ABOVE=0)CMP_1139:LW R31, 1139 (R0) // R31 <- 1 (ADDR: 1139)LIMM R30, 1 // R30 <- 1CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 0 // BRANCH TO ERROR IF RFLAGS[4] = 0 (EQUAL=0)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, 0 // R30 <- 0CMP R30, R31BRFL ERROR, 3, 0 // BRANCH TO ERROR IF RFLAGS[3] = 0 (BELOW=0)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, 2 // R30 <- 2CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 0 // BRANCH TO ERROR IF RFLAGS[5] = 0 (ABOVE=0)CMP_1140:LW R31, 1140 (R0) // R31 <- -1 (ADDR: 1140)LIMM R30, -1 // R30 <- -1CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 0 // BRANCH TO ERROR IF RFLAGS[4] = 0 (EQUAL=0)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, -2 // R30 <- -2CMP R30, R31BRFL ERROR, 3, 0 // BRANCH TO ERROR IF RFLAGS[3] = 0 (BELOW=0)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, 0 // R30 <- 0CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 0 // BRANCH TO ERROR IF RFLAGS[5] = 0 (ABOVE=0)CMP_1141:LW R31, 1141 (R0) // R31 <- 21846 (ADDR: 1141)LIMM R30, 21846 // R30 <- 21846CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 0 // BRANCH TO ERROR IF RFLAGS[4] = 0 (EQUAL=0)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, 21845 // R30 <- 21845CMP R30, R31BRFL ERROR, 3, 0 // BRANCH TO ERROR IF RFLAGS[3] = 0 (BELOW=0)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, 21847 // R30 <- 21847CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 0 // BRANCH TO ERROR IF RFLAGS[5] = 0 (ABOVE=0)CMP_1142:LW R31, 1142 (R0) // R31 <- -21845 (ADDR: 1142)LIMM R30, -21845 // R30 <- -21845CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 0 // BRANCH TO ERROR IF RFLAGS[4] = 0 (EQUAL=0)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, -21846 // R30 <- -21846CMP R30, R31BRFL ERROR, 3, 0 // BRANCH TO ERROR IF RFLAGS[3] = 0 (BELOW=0)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, -21844 // R30 <- -21844CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 0 // BRANCH TO ERROR IF RFLAGS[5] = 0 (ABOVE=0)CMP_1143:LW R31, 1143 (R0) // R31 <- -32767 (ADDR: 1143)LIMM R30, -32767 // R30 <- -32767CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 0 // BRANCH TO ERROR IF RFLAGS[4] = 0 (EQUAL=0)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, -32768 // R30 <- -32768CMP R30, R31BRFL ERROR, 3, 0 // BRANCH TO ERROR IF RFLAGS[3] = 0 (BELOW=0)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, -32766 // R30 <- -32766CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 0 // BRANCH TO ERROR IF RFLAGS[5] = 0 (ABOVE=0)CMP_1144:LW R31, 1144 (R0) // R31 <- -1 (ADDR: 1144)LIMM R30, -1 // R30 <- -1CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 0 // BRANCH TO ERROR IF RFLAGS[4] = 0 (EQUAL=0)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, -2 // R30 <- -2CMP R30, R31BRFL ERROR, 3, 0 // BRANCH TO ERROR IF RFLAGS[3] = 0 (BELOW=0)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, 0 // R30 <- 0CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 0 // BRANCH TO ERROR IF RFLAGS[5] = 0 (ABOVE=0)CMP_1145:LW R31, 1145 (R0) // R31 <- 0 (ADDR: 1145)LIMM R30, 0 // R30 <- 0CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 0 // BRANCH TO ERROR IF RFLAGS[4] = 0 (EQUAL=0)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, -1 // R30 <- -1CMP R30, R31BRFL ERROR, 3, 0 // BRANCH TO ERROR IF RFLAGS[3] = 0 (BELOW=0)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, 1 // R30 <- 1CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 0 // BRANCH TO ERROR IF RFLAGS[5] = 0 (ABOVE=0)CMP_1146:LW R31, 1146 (R0) // R31 <- -1 (ADDR: 1146)LIMM R30, -1 // R30 <- -1CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 0 // BRANCH TO ERROR IF RFLAGS[4] = 0 (EQUAL=0)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, -2 // R30 <- -2CMP R30, R31BRFL ERROR, 3, 0 // BRANCH TO ERROR IF RFLAGS[3] = 0 (BELOW=0)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, 0 // R30 <- 0CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 0 // BRANCH TO ERROR IF RFLAGS[5] = 0 (ABOVE=0)CMP_1147:LW R31, 1147 (R0) // R31 <- 1 (ADDR: 1147)LIMM R30, 1 // R30 <- 1CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 0 // BRANCH TO ERROR IF RFLAGS[4] = 0 (EQUAL=0)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, 0 // R30 <- 0CMP R30, R31BRFL ERROR, 3, 0 // BRANCH TO ERROR IF RFLAGS[3] = 0 (BELOW=0)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, 2 // R30 <- 2CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 0 // BRANCH TO ERROR IF RFLAGS[5] = 0 (ABOVE=0)CMP_1148:LW R31, 1148 (R0) // R31 <- -21846 (ADDR: 1148)LIMM R30, -21846 // R30 <- -21846CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 0 // BRANCH TO ERROR IF RFLAGS[4] = 0 (EQUAL=0)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, -21847 // R30 <- -21847CMP R30, R31BRFL ERROR, 3, 0 // BRANCH TO ERROR IF RFLAGS[3] = 0 (BELOW=0)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, -21845 // R30 <- -21845CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 0 // BRANCH TO ERROR IF RFLAGS[5] = 0 (ABOVE=0)CMP_1149:LW R31, 1149 (R0) // R31 <- 21845 (ADDR: 1149)LIMM R30, 21845 // R30 <- 21845CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 0 // BRANCH TO ERROR IF RFLAGS[4] = 0 (EQUAL=0)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, 21844 // R30 <- 21844CMP R30, R31BRFL ERROR, 3, 0 // BRANCH TO ERROR IF RFLAGS[3] = 0 (BELOW=0)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, 21846 // R30 <- 21846CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 0 // BRANCH TO ERROR IF RFLAGS[5] = 0 (ABOVE=0)CMP_1150:LW R31, 1150 (R0) // R31 <- 32767 (ADDR: 1150)LIMM R30, 32767 // R30 <- 32767CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 0 // BRANCH TO ERROR IF RFLAGS[4] = 0 (EQUAL=0)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, 32766 // R30 <- 32766CMP R30, R31BRFL ERROR, 3, 0 // BRANCH TO ERROR IF RFLAGS[3] = 0 (BELOW=0)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)CMP_1151:LW R31, 1151 (R0) // R31 <- -32768 (ADDR: 1151)LIMM R30, -32768 // R30 <- -32768CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 0 // BRANCH TO ERROR IF RFLAGS[4] = 0 (EQUAL=0)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, -32767 // R30 <- -32767CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 0 // BRANCH TO ERROR IF RFLAGS[5] = 0 (ABOVE=0)CMP_1152:LW R31, 1152 (R0) // R31 <- 0 (ADDR: 1152)LIMM R30, 0 // R30 <- 0CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 0 // BRANCH TO ERROR IF RFLAGS[4] = 0 (EQUAL=0)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, -1 // R30 <- -1CMP R30, R31BRFL ERROR, 3, 0 // BRANCH TO ERROR IF RFLAGS[3] = 0 (BELOW=0)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, 1 // R30 <- 1CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 0 // BRANCH TO ERROR IF RFLAGS[5] = 0 (ABOVE=0)CMP_1153:LW R31, 1153 (R0) // R31 <- 21846 (ADDR: 1153)LIMM R30, 21846 // R30 <- 21846CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 0 // BRANCH TO ERROR IF RFLAGS[4] = 0 (EQUAL=0)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, 21845 // R30 <- 21845CMP R30, R31BRFL ERROR, 3, 0 // BRANCH TO ERROR IF RFLAGS[3] = 0 (BELOW=0)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, 21847 // R30 <- 21847CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 0 // BRANCH TO ERROR IF RFLAGS[5] = 0 (ABOVE=0)CMP_1154:LW R31, 1154 (R0) // R31 <- -21846 (ADDR: 1154)LIMM R30, -21846 // R30 <- -21846CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 0 // BRANCH TO ERROR IF RFLAGS[4] = 0 (EQUAL=0)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, -21847 // R30 <- -21847CMP R30, R31BRFL ERROR, 3, 0 // BRANCH TO ERROR IF RFLAGS[3] = 0 (BELOW=0)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, -21845 // R30 <- -21845CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 0 // BRANCH TO ERROR IF RFLAGS[5] = 0 (ABOVE=0)CMP_1155:LW R31, 1155 (R0) // R31 <- -1 (ADDR: 1155)LIMM R30, -1 // R30 <- -1CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 0 // BRANCH TO ERROR IF RFLAGS[4] = 0 (EQUAL=0)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, -2 // R30 <- -2CMP R30, R31BRFL ERROR, 3, 0 // BRANCH TO ERROR IF RFLAGS[3] = 0 (BELOW=0)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, 0 // R30 <- 0CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 0 // BRANCH TO ERROR IF RFLAGS[5] = 0 (ABOVE=0)CMP_1156:LW R31, 1156 (R0) // R31 <- -1 (ADDR: 1156)LIMM R30, -1 // R30 <- -1CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 0 // BRANCH TO ERROR IF RFLAGS[4] = 0 (EQUAL=0)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, -2 // R30 <- -2CMP R30, R31BRFL ERROR, 3, 0 // BRANCH TO ERROR IF RFLAGS[3] = 0 (BELOW=0)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, 0 // R30 <- 0CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 0 // BRANCH TO ERROR IF RFLAGS[5] = 0 (ABOVE=0)CMP_1157:LW R31, 1157 (R0) // R31 <- -1 (ADDR: 1157)LIMM R30, -1 // R30 <- -1CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 0 // BRANCH TO ERROR IF RFLAGS[4] = 0 (EQUAL=0)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, -2 // R30 <- -2CMP R30, R31BRFL ERROR, 3, 0 // BRANCH TO ERROR IF RFLAGS[3] = 0 (BELOW=0)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, 0 // R30 <- 0CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 0 // BRANCH TO ERROR IF RFLAGS[5] = 0 (ABOVE=0)CMP_1158:LW R31, 1158 (R0) // R31 <- -1 (ADDR: 1158)LIMM R30, -1 // R30 <- -1CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 0 // BRANCH TO ERROR IF RFLAGS[4] = 0 (EQUAL=0)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, -2 // R30 <- -2CMP R30, R31BRFL ERROR, 3, 0 // BRANCH TO ERROR IF RFLAGS[3] = 0 (BELOW=0)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, 0 // R30 <- 0CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 0 // BRANCH TO ERROR IF RFLAGS[5] = 0 (ABOVE=0)CMP_1159:LW R31, 1159 (R0) // R31 <- 0 (ADDR: 1159)LIMM R30, 0 // R30 <- 0CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 0 // BRANCH TO ERROR IF RFLAGS[4] = 0 (EQUAL=0)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, -1 // R30 <- -1CMP R30, R31BRFL ERROR, 3, 0 // BRANCH TO ERROR IF RFLAGS[3] = 0 (BELOW=0)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, 1 // R30 <- 1CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 0 // BRANCH TO ERROR IF RFLAGS[5] = 0 (ABOVE=0)CMP_1160:LW R31, 1160 (R0) // R31 <- -21845 (ADDR: 1160)LIMM R30, -21845 // R30 <- -21845CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 0 // BRANCH TO ERROR IF RFLAGS[4] = 0 (EQUAL=0)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, -21846 // R30 <- -21846CMP R30, R31BRFL ERROR, 3, 0 // BRANCH TO ERROR IF RFLAGS[3] = 0 (BELOW=0)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, -21844 // R30 <- -21844CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 0 // BRANCH TO ERROR IF RFLAGS[5] = 0 (ABOVE=0)CMP_1161:LW R31, 1161 (R0) // R31 <- 21845 (ADDR: 1161)LIMM R30, 21845 // R30 <- 21845CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 0 // BRANCH TO ERROR IF RFLAGS[4] = 0 (EQUAL=0)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, 21844 // R30 <- 21844CMP R30, R31BRFL ERROR, 3, 0 // BRANCH TO ERROR IF RFLAGS[3] = 0 (BELOW=0)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, 21846 // R30 <- 21846CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 0 // BRANCH TO ERROR IF RFLAGS[5] = 0 (ABOVE=0)CMP_1162:LW R31, 1162 (R0) // R31 <- -1 (ADDR: 1162)LIMM R30, -1 // R30 <- -1CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 0 // BRANCH TO ERROR IF RFLAGS[4] = 0 (EQUAL=0)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, -2 // R30 <- -2CMP R30, R31BRFL ERROR, 3, 0 // BRANCH TO ERROR IF RFLAGS[3] = 0 (BELOW=0)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, 0 // R30 <- 0CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 0 // BRANCH TO ERROR IF RFLAGS[5] = 0 (ABOVE=0)CMP_1163:LW R31, 1163 (R0) // R31 <- -1 (ADDR: 1163)LIMM R30, -1 // R30 <- -1CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 0 // BRANCH TO ERROR IF RFLAGS[4] = 0 (EQUAL=0)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, -2 // R30 <- -2CMP R30, R31BRFL ERROR, 3, 0 // BRANCH TO ERROR IF RFLAGS[3] = 0 (BELOW=0)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, 0 // R30 <- 0CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 0 // BRANCH TO ERROR IF RFLAGS[5] = 0 (ABOVE=0)CMP_1164:LW R31, 1164 (R0) // R31 <- -1 (ADDR: 1164)LIMM R30, -1 // R30 <- -1CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 0 // BRANCH TO ERROR IF RFLAGS[4] = 0 (EQUAL=0)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, -2 // R30 <- -2CMP R30, R31BRFL ERROR, 3, 0 // BRANCH TO ERROR IF RFLAGS[3] = 0 (BELOW=0)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, 0 // R30 <- 0CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 0 // BRANCH TO ERROR IF RFLAGS[5] = 0 (ABOVE=0)CMP_1165:LW R31, 1165 (R0) // R31 <- -1 (ADDR: 1165)LIMM R30, -1 // R30 <- -1CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 0 // BRANCH TO ERROR IF RFLAGS[4] = 0 (EQUAL=0)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, -2 // R30 <- -2CMP R30, R31BRFL ERROR, 3, 0 // BRANCH TO ERROR IF RFLAGS[3] = 0 (BELOW=0)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, 0 // R30 <- 0CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 0 // BRANCH TO ERROR IF RFLAGS[5] = 0 (ABOVE=0)CMP_1166:LW R31, 1166 (R0) // R31 <- 0 (ADDR: 1166)LIMM R30, 0 // R30 <- 0CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 0 // BRANCH TO ERROR IF RFLAGS[4] = 0 (EQUAL=0)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, -1 // R30 <- -1CMP R30, R31BRFL ERROR, 3, 0 // BRANCH TO ERROR IF RFLAGS[3] = 0 (BELOW=0)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, 1 // R30 <- 1CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 0 // BRANCH TO ERROR IF RFLAGS[5] = 0 (ABOVE=0)CMP_1167:LW R31, 1167 (R0) // R31 <- -32767 (ADDR: 1167)LIMM R30, -32767 // R30 <- -32767CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 0 // BRANCH TO ERROR IF RFLAGS[4] = 0 (EQUAL=0)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, -32768 // R30 <- -32768CMP R30, R31BRFL ERROR, 3, 0 // BRANCH TO ERROR IF RFLAGS[3] = 0 (BELOW=0)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, -32766 // R30 <- -32766CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 0 // BRANCH TO ERROR IF RFLAGS[5] = 0 (ABOVE=0)CMP_1168:LW R31, 1168 (R0) // R31 <- 32767 (ADDR: 1168)LIMM R30, 32767 // R30 <- 32767CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 0 // BRANCH TO ERROR IF RFLAGS[4] = 0 (EQUAL=0)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, 32766 // R30 <- 32766CMP R30, R31BRFL ERROR, 3, 0 // BRANCH TO ERROR IF RFLAGS[3] = 0 (BELOW=0)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)CMP_1169:LW R31, 1169 (R0) // R31 <- -1 (ADDR: 1169)LIMM R30, -1 // R30 <- -1CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 0 // BRANCH TO ERROR IF RFLAGS[4] = 0 (EQUAL=0)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, -2 // R30 <- -2CMP R30, R31BRFL ERROR, 3, 0 // BRANCH TO ERROR IF RFLAGS[3] = 0 (BELOW=0)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, 0 // R30 <- 0CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 0 // BRANCH TO ERROR IF RFLAGS[5] = 0 (ABOVE=0)CMP_1170:LW R31, 1170 (R0) // R31 <- -1 (ADDR: 1170)LIMM R30, -1 // R30 <- -1CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 0 // BRANCH TO ERROR IF RFLAGS[4] = 0 (EQUAL=0)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, -2 // R30 <- -2CMP R30, R31BRFL ERROR, 3, 0 // BRANCH TO ERROR IF RFLAGS[3] = 0 (BELOW=0)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, 0 // R30 <- 0CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 0 // BRANCH TO ERROR IF RFLAGS[5] = 0 (ABOVE=0)CMP_1171:LW R31, 1171 (R0) // R31 <- -1 (ADDR: 1171)LIMM R30, -1 // R30 <- -1CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 0 // BRANCH TO ERROR IF RFLAGS[4] = 0 (EQUAL=0)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, -2 // R30 <- -2CMP R30, R31BRFL ERROR, 3, 0 // BRANCH TO ERROR IF RFLAGS[3] = 0 (BELOW=0)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, 0 // R30 <- 0CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 0 // BRANCH TO ERROR IF RFLAGS[5] = 0 (ABOVE=0)CMP_1172:LW R31, 1172 (R0) // R31 <- -1 (ADDR: 1172)LIMM R30, -1 // R30 <- -1CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 0 // BRANCH TO ERROR IF RFLAGS[4] = 0 (EQUAL=0)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, -2 // R30 <- -2CMP R30, R31BRFL ERROR, 3, 0 // BRANCH TO ERROR IF RFLAGS[3] = 0 (BELOW=0)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, 0 // R30 <- 0CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 0 // BRANCH TO ERROR IF RFLAGS[5] = 0 (ABOVE=0)CMP_1173:LW R31, 1173 (R0) // R31 <- 0 (ADDR: 1173)LIMM R30, 0 // R30 <- 0CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 0 // BRANCH TO ERROR IF RFLAGS[4] = 0 (EQUAL=0)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, -1 // R30 <- -1CMP R30, R31BRFL ERROR, 3, 0 // BRANCH TO ERROR IF RFLAGS[3] = 0 (BELOW=0)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, 1 // R30 <- 1CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 0 // BRANCH TO ERROR IF RFLAGS[5] = 0 (ABOVE=0)CMP_1174:LW R31, 1174 (R0) // R31 <- -1 (ADDR: 1174)LIMM R30, -1 // R30 <- -1CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 0 // BRANCH TO ERROR IF RFLAGS[4] = 0 (EQUAL=0)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, -2 // R30 <- -2CMP R30, R31BRFL ERROR, 3, 0 // BRANCH TO ERROR IF RFLAGS[3] = 0 (BELOW=0)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, 0 // R30 <- 0CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 0 // BRANCH TO ERROR IF RFLAGS[5] = 0 (ABOVE=0)CMP_1175:LW R31, 1175 (R0) // R31 <- -32768 (ADDR: 1175)LIMM R30, -32768 // R30 <- -32768CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 0 // BRANCH TO ERROR IF RFLAGS[4] = 0 (EQUAL=0)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, -32767 // R30 <- -32767CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 0 // BRANCH TO ERROR IF RFLAGS[5] = 0 (ABOVE=0)CMP_1176:LW R31, 1176 (R0) // R31 <- -1 (ADDR: 1176)LIMM R30, -1 // R30 <- -1CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 0 // BRANCH TO ERROR IF RFLAGS[4] = 0 (EQUAL=0)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, -2 // R30 <- -2CMP R30, R31BRFL ERROR, 3, 0 // BRANCH TO ERROR IF RFLAGS[3] = 0 (BELOW=0)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, 0 // R30 <- 0CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 0 // BRANCH TO ERROR IF RFLAGS[5] = 0 (ABOVE=0)CMP_1177:LW R31, 1177 (R0) // R31 <- -1 (ADDR: 1177)LIMM R30, -1 // R30 <- -1CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 0 // BRANCH TO ERROR IF RFLAGS[4] = 0 (EQUAL=0)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, -2 // R30 <- -2CMP R30, R31BRFL ERROR, 3, 0 // BRANCH TO ERROR IF RFLAGS[3] = 0 (BELOW=0)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, 0 // R30 <- 0CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 0 // BRANCH TO ERROR IF RFLAGS[5] = 0 (ABOVE=0)CMP_1178:LW R31, 1178 (R0) // R31 <- -1 (ADDR: 1178)LIMM R30, -1 // R30 <- -1CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 0 // BRANCH TO ERROR IF RFLAGS[4] = 0 (EQUAL=0)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, -2 // R30 <- -2CMP R30, R31BRFL ERROR, 3, 0 // BRANCH TO ERROR IF RFLAGS[3] = 0 (BELOW=0)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, 0 // R30 <- 0CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 0 // BRANCH TO ERROR IF RFLAGS[5] = 0 (ABOVE=0)CMP_1179:LW R31, 1179 (R0) // R31 <- -1 (ADDR: 1179)LIMM R30, -1 // R30 <- -1CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 0 // BRANCH TO ERROR IF RFLAGS[4] = 0 (EQUAL=0)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, -2 // R30 <- -2CMP R30, R31BRFL ERROR, 3, 0 // BRANCH TO ERROR IF RFLAGS[3] = 0 (BELOW=0)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, 0 // R30 <- 0CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 0 // BRANCH TO ERROR IF RFLAGS[5] = 0 (ABOVE=0)CMP_1180:LW R31, 1180 (R0) // R31 <- -1 (ADDR: 1180)LIMM R30, -1 // R30 <- -1CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 0 // BRANCH TO ERROR IF RFLAGS[4] = 0 (EQUAL=0)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, -2 // R30 <- -2CMP R30, R31BRFL ERROR, 3, 0 // BRANCH TO ERROR IF RFLAGS[3] = 0 (BELOW=0)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, 0 // R30 <- 0CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 0 // BRANCH TO ERROR IF RFLAGS[5] = 0 (ABOVE=0)CMP_1181:LW R31, 1181 (R0) // R31 <- 0 (ADDR: 1181)LIMM R30, 0 // R30 <- 0CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 0 // BRANCH TO ERROR IF RFLAGS[4] = 0 (EQUAL=0)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, -1 // R30 <- -1CMP R30, R31BRFL ERROR, 3, 0 // BRANCH TO ERROR IF RFLAGS[3] = 0 (BELOW=0)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, 1 // R30 <- 1CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 0 // BRANCH TO ERROR IF RFLAGS[5] = 0 (ABOVE=0)CMP_1182:LW R31, 1182 (R0) // R31 <- 0 (ADDR: 1182)LIMM R30, 0 // R30 <- 0CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 0 // BRANCH TO ERROR IF RFLAGS[4] = 0 (EQUAL=0)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, -1 // R30 <- -1CMP R30, R31BRFL ERROR, 3, 0 // BRANCH TO ERROR IF RFLAGS[3] = 0 (BELOW=0)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, 1 // R30 <- 1CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 0 // BRANCH TO ERROR IF RFLAGS[5] = 0 (ABOVE=0)CMP_1183:LW R31, 1183 (R0) // R31 <- 0 (ADDR: 1183)LIMM R30, 0 // R30 <- 0CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 0 // BRANCH TO ERROR IF RFLAGS[4] = 0 (EQUAL=0)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, -1 // R30 <- -1CMP R30, R31BRFL ERROR, 3, 0 // BRANCH TO ERROR IF RFLAGS[3] = 0 (BELOW=0)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, 1 // R30 <- 1CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 0 // BRANCH TO ERROR IF RFLAGS[5] = 0 (ABOVE=0)CMP_1184:LW R31, 1184 (R0) // R31 <- 0 (ADDR: 1184)LIMM R30, 0 // R30 <- 0CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 0 // BRANCH TO ERROR IF RFLAGS[4] = 0 (EQUAL=0)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, -1 // R30 <- -1CMP R30, R31BRFL ERROR, 3, 0 // BRANCH TO ERROR IF RFLAGS[3] = 0 (BELOW=0)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, 1 // R30 <- 1CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 0 // BRANCH TO ERROR IF RFLAGS[5] = 0 (ABOVE=0)CMP_1185:LW R31, 1185 (R0) // R31 <- 0 (ADDR: 1185)LIMM R30, 0 // R30 <- 0CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 0 // BRANCH TO ERROR IF RFLAGS[4] = 0 (EQUAL=0)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, -1 // R30 <- -1CMP R30, R31BRFL ERROR, 3, 0 // BRANCH TO ERROR IF RFLAGS[3] = 0 (BELOW=0)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, 1 // R30 <- 1CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 0 // BRANCH TO ERROR IF RFLAGS[5] = 0 (ABOVE=0)CMP_1186:LW R31, 1186 (R0) // R31 <- 0 (ADDR: 1186)LIMM R30, 0 // R30 <- 0CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 0 // BRANCH TO ERROR IF RFLAGS[4] = 0 (EQUAL=0)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, -1 // R30 <- -1CMP R30, R31BRFL ERROR, 3, 0 // BRANCH TO ERROR IF RFLAGS[3] = 0 (BELOW=0)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, 1 // R30 <- 1CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 0 // BRANCH TO ERROR IF RFLAGS[5] = 0 (ABOVE=0)CMP_1187:LW R31, 1187 (R0) // R31 <- -1 (ADDR: 1187)LIMM R30, -1 // R30 <- -1CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 0 // BRANCH TO ERROR IF RFLAGS[4] = 0 (EQUAL=0)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, -2 // R30 <- -2CMP R30, R31BRFL ERROR, 3, 0 // BRANCH TO ERROR IF RFLAGS[3] = 0 (BELOW=0)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, 0 // R30 <- 0CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 0 // BRANCH TO ERROR IF RFLAGS[5] = 0 (ABOVE=0)CMP_1188:LW R31, 1188 (R0) // R31 <- 1 (ADDR: 1188)LIMM R30, 1 // R30 <- 1CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 0 // BRANCH TO ERROR IF RFLAGS[4] = 0 (EQUAL=0)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, 0 // R30 <- 0CMP R30, R31BRFL ERROR, 3, 0 // BRANCH TO ERROR IF RFLAGS[3] = 0 (BELOW=0)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, 2 // R30 <- 2CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 0 // BRANCH TO ERROR IF RFLAGS[5] = 0 (ABOVE=0)CMP_1189:LW R31, 1189 (R0) // R31 <- -1 (ADDR: 1189)LIMM R30, -1 // R30 <- -1CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 0 // BRANCH TO ERROR IF RFLAGS[4] = 0 (EQUAL=0)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, -2 // R30 <- -2CMP R30, R31BRFL ERROR, 3, 0 // BRANCH TO ERROR IF RFLAGS[3] = 0 (BELOW=0)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, 0 // R30 <- 0CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 0 // BRANCH TO ERROR IF RFLAGS[5] = 0 (ABOVE=0)CMP_1190:LW R31, 1190 (R0) // R31 <- 1 (ADDR: 1190)LIMM R30, 1 // R30 <- 1CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 0 // BRANCH TO ERROR IF RFLAGS[4] = 0 (EQUAL=0)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, 0 // R30 <- 0CMP R30, R31BRFL ERROR, 3, 0 // BRANCH TO ERROR IF RFLAGS[3] = 0 (BELOW=0)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, 2 // R30 <- 2CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 0 // BRANCH TO ERROR IF RFLAGS[5] = 0 (ABOVE=0)CMP_1191:LW R31, 1191 (R0) // R31 <- -1 (ADDR: 1191)LIMM R30, -1 // R30 <- -1CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 0 // BRANCH TO ERROR IF RFLAGS[4] = 0 (EQUAL=0)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, -2 // R30 <- -2CMP R30, R31BRFL ERROR, 3, 0 // BRANCH TO ERROR IF RFLAGS[3] = 0 (BELOW=0)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, 0 // R30 <- 0CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 0 // BRANCH TO ERROR IF RFLAGS[5] = 0 (ABOVE=0)CMP_1192:LW R31, 1192 (R0) // R31 <- -1 (ADDR: 1192)LIMM R30, -1 // R30 <- -1CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 0 // BRANCH TO ERROR IF RFLAGS[4] = 0 (EQUAL=0)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, -2 // R30 <- -2CMP R30, R31BRFL ERROR, 3, 0 // BRANCH TO ERROR IF RFLAGS[3] = 0 (BELOW=0)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, 0 // R30 <- 0CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 0 // BRANCH TO ERROR IF RFLAGS[5] = 0 (ABOVE=0)CMP_1193:LW R31, 1193 (R0) // R31 <- 1 (ADDR: 1193)LIMM R30, 1 // R30 <- 1CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 0 // BRANCH TO ERROR IF RFLAGS[4] = 0 (EQUAL=0)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, 0 // R30 <- 0CMP R30, R31BRFL ERROR, 3, 0 // BRANCH TO ERROR IF RFLAGS[3] = 0 (BELOW=0)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, 2 // R30 <- 2CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 0 // BRANCH TO ERROR IF RFLAGS[5] = 0 (ABOVE=0)CMP_1194:LW R31, 1194 (R0) // R31 <- -1 (ADDR: 1194)LIMM R30, -1 // R30 <- -1CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 0 // BRANCH TO ERROR IF RFLAGS[4] = 0 (EQUAL=0)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, -2 // R30 <- -2CMP R30, R31BRFL ERROR, 3, 0 // BRANCH TO ERROR IF RFLAGS[3] = 0 (BELOW=0)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, 0 // R30 <- 0CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 0 // BRANCH TO ERROR IF RFLAGS[5] = 0 (ABOVE=0)CMP_1195:LW R31, 1195 (R0) // R31 <- -1 (ADDR: 1195)LIMM R30, -1 // R30 <- -1CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 0 // BRANCH TO ERROR IF RFLAGS[4] = 0 (EQUAL=0)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, -2 // R30 <- -2CMP R30, R31BRFL ERROR, 3, 0 // BRANCH TO ERROR IF RFLAGS[3] = 0 (BELOW=0)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, 0 // R30 <- 0CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 0 // BRANCH TO ERROR IF RFLAGS[5] = 0 (ABOVE=0)CMP_1196:LW R31, 1196 (R0) // R31 <- 1 (ADDR: 1196)LIMM R30, 1 // R30 <- 1CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 0 // BRANCH TO ERROR IF RFLAGS[4] = 0 (EQUAL=0)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, 0 // R30 <- 0CMP R30, R31BRFL ERROR, 3, 0 // BRANCH TO ERROR IF RFLAGS[3] = 0 (BELOW=0)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, 2 // R30 <- 2CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 0 // BRANCH TO ERROR IF RFLAGS[5] = 0 (ABOVE=0)CMP_1197:LW R31, 1197 (R0) // R31 <- 0 (ADDR: 1197)LIMM R30, 0 // R30 <- 0CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 0 // BRANCH TO ERROR IF RFLAGS[4] = 0 (EQUAL=0)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, -1 // R30 <- -1CMP R30, R31BRFL ERROR, 3, 0 // BRANCH TO ERROR IF RFLAGS[3] = 0 (BELOW=0)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, 1 // R30 <- 1CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 0 // BRANCH TO ERROR IF RFLAGS[5] = 0 (ABOVE=0)CMP_1198:LW R31, 1198 (R0) // R31 <- 0 (ADDR: 1198)LIMM R30, 0 // R30 <- 0CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 0 // BRANCH TO ERROR IF RFLAGS[4] = 0 (EQUAL=0)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, -1 // R30 <- -1CMP R30, R31BRFL ERROR, 3, 0 // BRANCH TO ERROR IF RFLAGS[3] = 0 (BELOW=0)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, 1 // R30 <- 1CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 0 // BRANCH TO ERROR IF RFLAGS[5] = 0 (ABOVE=0)CMP_1199:LW R31, 1199 (R0) // R31 <- 0 (ADDR: 1199)LIMM R30, 0 // R30 <- 0CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 0 // BRANCH TO ERROR IF RFLAGS[4] = 0 (EQUAL=0)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, -1 // R30 <- -1CMP R30, R31BRFL ERROR, 3, 0 // BRANCH TO ERROR IF RFLAGS[3] = 0 (BELOW=0)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, 1 // R30 <- 1CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 0 // BRANCH TO ERROR IF RFLAGS[5] = 0 (ABOVE=0)CMP_1200:LW R31, 1200 (R0) // R31 <- 0 (ADDR: 1200)LIMM R30, 0 // R30 <- 0CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 0 // BRANCH TO ERROR IF RFLAGS[4] = 0 (EQUAL=0)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, -1 // R30 <- -1CMP R30, R31BRFL ERROR, 3, 0 // BRANCH TO ERROR IF RFLAGS[3] = 0 (BELOW=0)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, 1 // R30 <- 1CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 0 // BRANCH TO ERROR IF RFLAGS[5] = 0 (ABOVE=0)CMP_1201:LW R31, 1201 (R0) // R31 <- -1 (ADDR: 1201)LIMM R30, -1 // R30 <- -1CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 0 // BRANCH TO ERROR IF RFLAGS[4] = 0 (EQUAL=0)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, -2 // R30 <- -2CMP R30, R31BRFL ERROR, 3, 0 // BRANCH TO ERROR IF RFLAGS[3] = 0 (BELOW=0)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, 0 // R30 <- 0CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 0 // BRANCH TO ERROR IF RFLAGS[5] = 0 (ABOVE=0)CMP_1202:LW R31, 1202 (R0) // R31 <- 21846 (ADDR: 1202)LIMM R30, 21846 // R30 <- 21846CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 0 // BRANCH TO ERROR IF RFLAGS[4] = 0 (EQUAL=0)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, 21845 // R30 <- 21845CMP R30, R31BRFL ERROR, 3, 0 // BRANCH TO ERROR IF RFLAGS[3] = 0 (BELOW=0)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, 21847 // R30 <- 21847CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 0 // BRANCH TO ERROR IF RFLAGS[5] = 0 (ABOVE=0)CMP_1203:LW R31, 1203 (R0) // R31 <- -21846 (ADDR: 1203)LIMM R30, -21846 // R30 <- -21846CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 0 // BRANCH TO ERROR IF RFLAGS[4] = 0 (EQUAL=0)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, -21847 // R30 <- -21847CMP R30, R31BRFL ERROR, 3, 0 // BRANCH TO ERROR IF RFLAGS[3] = 0 (BELOW=0)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, -21845 // R30 <- -21845CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 0 // BRANCH TO ERROR IF RFLAGS[5] = 0 (ABOVE=0)CMP_1204:LW R31, 1204 (R0) // R31 <- 1 (ADDR: 1204)LIMM R30, 1 // R30 <- 1CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 0 // BRANCH TO ERROR IF RFLAGS[4] = 0 (EQUAL=0)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, 0 // R30 <- 0CMP R30, R31BRFL ERROR, 3, 0 // BRANCH TO ERROR IF RFLAGS[3] = 0 (BELOW=0)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, 2 // R30 <- 2CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 0 // BRANCH TO ERROR IF RFLAGS[5] = 0 (ABOVE=0)CMP_1205:LW R31, 1205 (R0) // R31 <- -2 (ADDR: 1205)LIMM R30, -2 // R30 <- -2CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 0 // BRANCH TO ERROR IF RFLAGS[4] = 0 (EQUAL=0)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, -3 // R30 <- -3CMP R30, R31BRFL ERROR, 3, 0 // BRANCH TO ERROR IF RFLAGS[3] = 0 (BELOW=0)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, -1 // R30 <- -1CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 0 // BRANCH TO ERROR IF RFLAGS[5] = 0 (ABOVE=0)CMP_1206:LW R31, 1206 (R0) // R31 <- -1 (ADDR: 1206)LIMM R30, -1 // R30 <- -1CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 0 // BRANCH TO ERROR IF RFLAGS[4] = 0 (EQUAL=0)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, -2 // R30 <- -2CMP R30, R31BRFL ERROR, 3, 0 // BRANCH TO ERROR IF RFLAGS[3] = 0 (BELOW=0)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, 0 // R30 <- 0CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 0 // BRANCH TO ERROR IF RFLAGS[5] = 0 (ABOVE=0)CMP_1207:LW R31, 1207 (R0) // R31 <- 1 (ADDR: 1207)LIMM R30, 1 // R30 <- 1CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 0 // BRANCH TO ERROR IF RFLAGS[4] = 0 (EQUAL=0)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, 0 // R30 <- 0CMP R30, R31BRFL ERROR, 3, 0 // BRANCH TO ERROR IF RFLAGS[3] = 0 (BELOW=0)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, 2 // R30 <- 2CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 0 // BRANCH TO ERROR IF RFLAGS[5] = 0 (ABOVE=0)CMP_1208:LW R31, 1208 (R0) // R31 <- -1 (ADDR: 1208)LIMM R30, -1 // R30 <- -1CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 0 // BRANCH TO ERROR IF RFLAGS[4] = 0 (EQUAL=0)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, -2 // R30 <- -2CMP R30, R31BRFL ERROR, 3, 0 // BRANCH TO ERROR IF RFLAGS[3] = 0 (BELOW=0)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, 0 // R30 <- 0CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 0 // BRANCH TO ERROR IF RFLAGS[5] = 0 (ABOVE=0)CMP_1209:LW R31, 1209 (R0) // R31 <- -21845 (ADDR: 1209)LIMM R30, -21845 // R30 <- -21845CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 0 // BRANCH TO ERROR IF RFLAGS[4] = 0 (EQUAL=0)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, -21846 // R30 <- -21846CMP R30, R31BRFL ERROR, 3, 0 // BRANCH TO ERROR IF RFLAGS[3] = 0 (BELOW=0)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, -21844 // R30 <- -21844CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 0 // BRANCH TO ERROR IF RFLAGS[5] = 0 (ABOVE=0)CMP_1210:LW R31, 1210 (R0) // R31 <- 21845 (ADDR: 1210)LIMM R30, 21845 // R30 <- 21845CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 0 // BRANCH TO ERROR IF RFLAGS[4] = 0 (EQUAL=0)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, 21844 // R30 <- 21844CMP R30, R31BRFL ERROR, 3, 0 // BRANCH TO ERROR IF RFLAGS[3] = 0 (BELOW=0)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, 21846 // R30 <- 21846CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 0 // BRANCH TO ERROR IF RFLAGS[5] = 0 (ABOVE=0)CMP_1211:LW R31, 1211 (R0) // R31 <- 0 (ADDR: 1211)LIMM R30, 0 // R30 <- 0CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 0 // BRANCH TO ERROR IF RFLAGS[4] = 0 (EQUAL=0)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, -1 // R30 <- -1CMP R30, R31BRFL ERROR, 3, 0 // BRANCH TO ERROR IF RFLAGS[3] = 0 (BELOW=0)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, 1 // R30 <- 1CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 0 // BRANCH TO ERROR IF RFLAGS[5] = 0 (ABOVE=0)CMP_1212:LW R31, 1212 (R0) // R31 <- 1 (ADDR: 1212)LIMM R30, 1 // R30 <- 1CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 0 // BRANCH TO ERROR IF RFLAGS[4] = 0 (EQUAL=0)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, 0 // R30 <- 0CMP R30, R31BRFL ERROR, 3, 0 // BRANCH TO ERROR IF RFLAGS[3] = 0 (BELOW=0)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, 2 // R30 <- 2CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 0 // BRANCH TO ERROR IF RFLAGS[5] = 0 (ABOVE=0)CMP_1213:LW R31, 1213 (R0) // R31 <- 0 (ADDR: 1213)LIMM R30, 0 // R30 <- 0CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 0 // BRANCH TO ERROR IF RFLAGS[4] = 0 (EQUAL=0)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, -1 // R30 <- -1CMP R30, R31BRFL ERROR, 3, 0 // BRANCH TO ERROR IF RFLAGS[3] = 0 (BELOW=0)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, 1 // R30 <- 1CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 0 // BRANCH TO ERROR IF RFLAGS[5] = 0 (ABOVE=0)CMP_1214:LW R31, 1214 (R0) // R31 <- 0 (ADDR: 1214)LIMM R30, 0 // R30 <- 0CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 0 // BRANCH TO ERROR IF RFLAGS[4] = 0 (EQUAL=0)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, -1 // R30 <- -1CMP R30, R31BRFL ERROR, 3, 0 // BRANCH TO ERROR IF RFLAGS[3] = 0 (BELOW=0)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, 1 // R30 <- 1CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 0 // BRANCH TO ERROR IF RFLAGS[5] = 0 (ABOVE=0)CMP_1215:LW R31, 1215 (R0) // R31 <- -1 (ADDR: 1215)LIMM R30, -1 // R30 <- -1CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 0 // BRANCH TO ERROR IF RFLAGS[4] = 0 (EQUAL=0)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, -2 // R30 <- -2CMP R30, R31BRFL ERROR, 3, 0 // BRANCH TO ERROR IF RFLAGS[3] = 0 (BELOW=0)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, 0 // R30 <- 0CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 0 // BRANCH TO ERROR IF RFLAGS[5] = 0 (ABOVE=0)CMP_1216:LW R31, 1216 (R0) // R31 <- -32767 (ADDR: 1216)LIMM R30, -32767 // R30 <- -32767CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 0 // BRANCH TO ERROR IF RFLAGS[4] = 0 (EQUAL=0)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, -32768 // R30 <- -32768CMP R30, R31BRFL ERROR, 3, 0 // BRANCH TO ERROR IF RFLAGS[3] = 0 (BELOW=0)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, -32766 // R30 <- -32766CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 0 // BRANCH TO ERROR IF RFLAGS[5] = 0 (ABOVE=0)CMP_1217:LW R31, 1217 (R0) // R31 <- 32767 (ADDR: 1217)LIMM R30, 32767 // R30 <- 32767CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 0 // BRANCH TO ERROR IF RFLAGS[4] = 0 (EQUAL=0)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, 32766 // R30 <- 32766CMP R30, R31BRFL ERROR, 3, 0 // BRANCH TO ERROR IF RFLAGS[3] = 0 (BELOW=0)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)CMP_1218:LW R31, 1218 (R0) // R31 <- -1 (ADDR: 1218)LIMM R30, -1 // R30 <- -1CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 0 // BRANCH TO ERROR IF RFLAGS[4] = 0 (EQUAL=0)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, -2 // R30 <- -2CMP R30, R31BRFL ERROR, 3, 0 // BRANCH TO ERROR IF RFLAGS[3] = 0 (BELOW=0)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, 0 // R30 <- 0CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 0 // BRANCH TO ERROR IF RFLAGS[5] = 0 (ABOVE=0)CMP_1219:LW R31, 1219 (R0) // R31 <- 1 (ADDR: 1219)LIMM R30, 1 // R30 <- 1CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 0 // BRANCH TO ERROR IF RFLAGS[4] = 0 (EQUAL=0)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, 0 // R30 <- 0CMP R30, R31BRFL ERROR, 3, 0 // BRANCH TO ERROR IF RFLAGS[3] = 0 (BELOW=0)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, 2 // R30 <- 2CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 0 // BRANCH TO ERROR IF RFLAGS[5] = 0 (ABOVE=0)CMP_1220:LW R31, 1220 (R0) // R31 <- 1 (ADDR: 1220)LIMM R30, 1 // R30 <- 1CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 0 // BRANCH TO ERROR IF RFLAGS[4] = 0 (EQUAL=0)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, 0 // R30 <- 0CMP R30, R31BRFL ERROR, 3, 0 // BRANCH TO ERROR IF RFLAGS[3] = 0 (BELOW=0)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, 2 // R30 <- 2CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 0 // BRANCH TO ERROR IF RFLAGS[5] = 0 (ABOVE=0)CMP_1221:LW R31, 1221 (R0) // R31 <- 0 (ADDR: 1221)LIMM R30, 0 // R30 <- 0CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 0 // BRANCH TO ERROR IF RFLAGS[4] = 0 (EQUAL=0)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, -1 // R30 <- -1CMP R30, R31BRFL ERROR, 3, 0 // BRANCH TO ERROR IF RFLAGS[3] = 0 (BELOW=0)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, 1 // R30 <- 1CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 0 // BRANCH TO ERROR IF RFLAGS[5] = 0 (ABOVE=0)CMP_1222:LW R31, 1222 (R0) // R31 <- -1 (ADDR: 1222)LIMM R30, -1 // R30 <- -1CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 0 // BRANCH TO ERROR IF RFLAGS[4] = 0 (EQUAL=0)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, -2 // R30 <- -2CMP R30, R31BRFL ERROR, 3, 0 // BRANCH TO ERROR IF RFLAGS[3] = 0 (BELOW=0)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, 0 // R30 <- 0CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 0 // BRANCH TO ERROR IF RFLAGS[5] = 0 (ABOVE=0)CMP_1223:LW R31, 1223 (R0) // R31 <- -1 (ADDR: 1223)LIMM R30, -1 // R30 <- -1CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 0 // BRANCH TO ERROR IF RFLAGS[4] = 0 (EQUAL=0)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, -2 // R30 <- -2CMP R30, R31BRFL ERROR, 3, 0 // BRANCH TO ERROR IF RFLAGS[3] = 0 (BELOW=0)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, 0 // R30 <- 0CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 0 // BRANCH TO ERROR IF RFLAGS[5] = 0 (ABOVE=0)CMP_1224:LW R31, 1224 (R0) // R31 <- -32768 (ADDR: 1224)LIMM R30, -32768 // R30 <- -32768CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 0 // BRANCH TO ERROR IF RFLAGS[4] = 0 (EQUAL=0)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, -32767 // R30 <- -32767CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 0 // BRANCH TO ERROR IF RFLAGS[5] = 0 (ABOVE=0)CMP_1225:LW R31, 1225 (R0) // R31 <- 2 (ADDR: 1225)LIMM R30, 2 // R30 <- 2CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 0 // BRANCH TO ERROR IF RFLAGS[4] = 0 (EQUAL=0)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, 1 // R30 <- 1CMP R30, R31BRFL ERROR, 3, 0 // BRANCH TO ERROR IF RFLAGS[3] = 0 (BELOW=0)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, 3 // R30 <- 3CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 0 // BRANCH TO ERROR IF RFLAGS[5] = 0 (ABOVE=0)CMP_1226:LW R31, 1226 (R0) // R31 <- -2 (ADDR: 1226)LIMM R30, -2 // R30 <- -2CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 0 // BRANCH TO ERROR IF RFLAGS[4] = 0 (EQUAL=0)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, -3 // R30 <- -3CMP R30, R31BRFL ERROR, 3, 0 // BRANCH TO ERROR IF RFLAGS[3] = 0 (BELOW=0)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, -1 // R30 <- -1CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 0 // BRANCH TO ERROR IF RFLAGS[5] = 0 (ABOVE=0)CMP_1227:LW R31, 1227 (R0) // R31 <- -2 (ADDR: 1227)LIMM R30, -2 // R30 <- -2CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 0 // BRANCH TO ERROR IF RFLAGS[4] = 0 (EQUAL=0)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, -3 // R30 <- -3CMP R30, R31BRFL ERROR, 3, 0 // BRANCH TO ERROR IF RFLAGS[3] = 0 (BELOW=0)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, -1 // R30 <- -1CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 0 // BRANCH TO ERROR IF RFLAGS[5] = 0 (ABOVE=0)CMP_1228:LW R31, 1228 (R0) // R31 <- 1 (ADDR: 1228)LIMM R30, 1 // R30 <- 1CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 0 // BRANCH TO ERROR IF RFLAGS[4] = 0 (EQUAL=0)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, 0 // R30 <- 0CMP R30, R31BRFL ERROR, 3, 0 // BRANCH TO ERROR IF RFLAGS[3] = 0 (BELOW=0)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, 2 // R30 <- 2CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 0 // BRANCH TO ERROR IF RFLAGS[5] = 0 (ABOVE=0)CMP_1229:LW R31, 1229 (R0) // R31 <- 0 (ADDR: 1229)LIMM R30, 0 // R30 <- 0CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 0 // BRANCH TO ERROR IF RFLAGS[4] = 0 (EQUAL=0)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, -1 // R30 <- -1CMP R30, R31BRFL ERROR, 3, 0 // BRANCH TO ERROR IF RFLAGS[3] = 0 (BELOW=0)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, 1 // R30 <- 1CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 0 // BRANCH TO ERROR IF RFLAGS[5] = 0 (ABOVE=0)CMP_1230:LW R31, 1230 (R0) // R31 <- 0 (ADDR: 1230)LIMM R30, 0 // R30 <- 0CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 0 // BRANCH TO ERROR IF RFLAGS[4] = 0 (EQUAL=0)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, -1 // R30 <- -1CMP R30, R31BRFL ERROR, 3, 0 // BRANCH TO ERROR IF RFLAGS[3] = 0 (BELOW=0)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, 1 // R30 <- 1CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 0 // BRANCH TO ERROR IF RFLAGS[5] = 0 (ABOVE=0)CMP_1231:LW R31, 1231 (R0) // R31 <- 0 (ADDR: 1231)LIMM R30, 0 // R30 <- 0CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 0 // BRANCH TO ERROR IF RFLAGS[4] = 0 (EQUAL=0)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, -1 // R30 <- -1CMP R30, R31BRFL ERROR, 3, 0 // BRANCH TO ERROR IF RFLAGS[3] = 0 (BELOW=0)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, 1 // R30 <- 1CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 0 // BRANCH TO ERROR IF RFLAGS[5] = 0 (ABOVE=0)CMP_1232:LW R31, 1232 (R0) // R31 <- 0 (ADDR: 1232)LIMM R30, 0 // R30 <- 0CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 0 // BRANCH TO ERROR IF RFLAGS[4] = 0 (EQUAL=0)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, -1 // R30 <- -1CMP R30, R31BRFL ERROR, 3, 0 // BRANCH TO ERROR IF RFLAGS[3] = 0 (BELOW=0)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, 1 // R30 <- 1CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 0 // BRANCH TO ERROR IF RFLAGS[5] = 0 (ABOVE=0)CMP_1233:LW R31, 1233 (R0) // R31 <- 0 (ADDR: 1233)LIMM R30, 0 // R30 <- 0CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 0 // BRANCH TO ERROR IF RFLAGS[4] = 0 (EQUAL=0)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, -1 // R30 <- -1CMP R30, R31BRFL ERROR, 3, 0 // BRANCH TO ERROR IF RFLAGS[3] = 0 (BELOW=0)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, 1 // R30 <- 1CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 0 // BRANCH TO ERROR IF RFLAGS[5] = 0 (ABOVE=0)CMP_1234:LW R31, 1234 (R0) // R31 <- 0 (ADDR: 1234)LIMM R30, 0 // R30 <- 0CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 0 // BRANCH TO ERROR IF RFLAGS[4] = 0 (EQUAL=0)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, -1 // R30 <- -1CMP R30, R31BRFL ERROR, 3, 0 // BRANCH TO ERROR IF RFLAGS[3] = 0 (BELOW=0)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, 1 // R30 <- 1CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 0 // BRANCH TO ERROR IF RFLAGS[5] = 0 (ABOVE=0)CMP_1235:LW R31, 1235 (R0) // R31 <- 0 (ADDR: 1235)LIMM R30, 0 // R30 <- 0CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 0 // BRANCH TO ERROR IF RFLAGS[4] = 0 (EQUAL=0)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, -1 // R30 <- -1CMP R30, R31BRFL ERROR, 3, 0 // BRANCH TO ERROR IF RFLAGS[3] = 0 (BELOW=0)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, 1 // R30 <- 1CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 0 // BRANCH TO ERROR IF RFLAGS[5] = 0 (ABOVE=0)CMP_1236:LW R31, 1236 (R0) // R31 <- 0 (ADDR: 1236)LIMM R30, 0 // R30 <- 0CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 0 // BRANCH TO ERROR IF RFLAGS[4] = 0 (EQUAL=0)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, -1 // R30 <- -1CMP R30, R31BRFL ERROR, 3, 0 // BRANCH TO ERROR IF RFLAGS[3] = 0 (BELOW=0)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, 1 // R30 <- 1CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 0 // BRANCH TO ERROR IF RFLAGS[5] = 0 (ABOVE=0)CMP_1237:LW R31, 1237 (R0) // R31 <- -1 (ADDR: 1237)LIMM R30, -1 // R30 <- -1CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 0 // BRANCH TO ERROR IF RFLAGS[4] = 0 (EQUAL=0)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, -2 // R30 <- -2CMP R30, R31BRFL ERROR, 3, 0 // BRANCH TO ERROR IF RFLAGS[3] = 0 (BELOW=0)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, 0 // R30 <- 0CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 0 // BRANCH TO ERROR IF RFLAGS[5] = 0 (ABOVE=0)CMP_1238:LW R31, 1238 (R0) // R31 <- 1 (ADDR: 1238)LIMM R30, 1 // R30 <- 1CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 0 // BRANCH TO ERROR IF RFLAGS[4] = 0 (EQUAL=0)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, 0 // R30 <- 0CMP R30, R31BRFL ERROR, 3, 0 // BRANCH TO ERROR IF RFLAGS[3] = 0 (BELOW=0)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, 2 // R30 <- 2CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 0 // BRANCH TO ERROR IF RFLAGS[5] = 0 (ABOVE=0)CMP_1239:LW R31, 1239 (R0) // R31 <- -21846 (ADDR: 1239)LIMM R30, -21846 // R30 <- -21846CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 0 // BRANCH TO ERROR IF RFLAGS[4] = 0 (EQUAL=0)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, -21847 // R30 <- -21847CMP R30, R31BRFL ERROR, 3, 0 // BRANCH TO ERROR IF RFLAGS[3] = 0 (BELOW=0)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, -21845 // R30 <- -21845CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 0 // BRANCH TO ERROR IF RFLAGS[5] = 0 (ABOVE=0)CMP_1240:LW R31, 1240 (R0) // R31 <- 21845 (ADDR: 1240)LIMM R30, 21845 // R30 <- 21845CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 0 // BRANCH TO ERROR IF RFLAGS[4] = 0 (EQUAL=0)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, 21844 // R30 <- 21844CMP R30, R31BRFL ERROR, 3, 0 // BRANCH TO ERROR IF RFLAGS[3] = 0 (BELOW=0)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, 21846 // R30 <- 21846CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 0 // BRANCH TO ERROR IF RFLAGS[5] = 0 (ABOVE=0)CMP_1241:LW R31, 1241 (R0) // R31 <- 32767 (ADDR: 1241)LIMM R30, 32767 // R30 <- 32767CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 0 // BRANCH TO ERROR IF RFLAGS[4] = 0 (EQUAL=0)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, 32766 // R30 <- 32766CMP R30, R31BRFL ERROR, 3, 0 // BRANCH TO ERROR IF RFLAGS[3] = 0 (BELOW=0)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)CMP_1242:LW R31, 1242 (R0) // R31 <- -32768 (ADDR: 1242)LIMM R30, -32768 // R30 <- -32768CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 0 // BRANCH TO ERROR IF RFLAGS[4] = 0 (EQUAL=0)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, -32767 // R30 <- -32767CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 0 // BRANCH TO ERROR IF RFLAGS[5] = 0 (ABOVE=0)CMP_1243:LW R31, 1243 (R0) // R31 <- 0 (ADDR: 1243)LIMM R30, 0 // R30 <- 0CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 0 // BRANCH TO ERROR IF RFLAGS[4] = 0 (EQUAL=0)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, -1 // R30 <- -1CMP R30, R31BRFL ERROR, 3, 0 // BRANCH TO ERROR IF RFLAGS[3] = 0 (BELOW=0)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, 1 // R30 <- 1CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 0 // BRANCH TO ERROR IF RFLAGS[5] = 0 (ABOVE=0)CMP_1244:LW R31, 1244 (R0) // R31 <- 1 (ADDR: 1244)LIMM R30, 1 // R30 <- 1CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 0 // BRANCH TO ERROR IF RFLAGS[4] = 0 (EQUAL=0)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, 0 // R30 <- 0CMP R30, R31BRFL ERROR, 3, 0 // BRANCH TO ERROR IF RFLAGS[3] = 0 (BELOW=0)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, 2 // R30 <- 2CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 0 // BRANCH TO ERROR IF RFLAGS[5] = 0 (ABOVE=0)CMP_1245:LW R31, 1245 (R0) // R31 <- 1 (ADDR: 1245)LIMM R30, 1 // R30 <- 1CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 0 // BRANCH TO ERROR IF RFLAGS[4] = 0 (EQUAL=0)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, 0 // R30 <- 0CMP R30, R31BRFL ERROR, 3, 0 // BRANCH TO ERROR IF RFLAGS[3] = 0 (BELOW=0)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, 2 // R30 <- 2CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 0 // BRANCH TO ERROR IF RFLAGS[5] = 0 (ABOVE=0)CMP_1246:LW R31, 1246 (R0) // R31 <- 0 (ADDR: 1246)LIMM R30, 0 // R30 <- 0CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 0 // BRANCH TO ERROR IF RFLAGS[4] = 0 (EQUAL=0)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, -1 // R30 <- -1CMP R30, R31BRFL ERROR, 3, 0 // BRANCH TO ERROR IF RFLAGS[3] = 0 (BELOW=0)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, 1 // R30 <- 1CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 0 // BRANCH TO ERROR IF RFLAGS[5] = 0 (ABOVE=0)CMP_1247:LW R31, 1247 (R0) // R31 <- 1 (ADDR: 1247)LIMM R30, 1 // R30 <- 1CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 0 // BRANCH TO ERROR IF RFLAGS[4] = 0 (EQUAL=0)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, 0 // R30 <- 0CMP R30, R31BRFL ERROR, 3, 0 // BRANCH TO ERROR IF RFLAGS[3] = 0 (BELOW=0)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, 2 // R30 <- 2CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 0 // BRANCH TO ERROR IF RFLAGS[5] = 0 (ABOVE=0)CMP_1248:LW R31, 1248 (R0) // R31 <- 1 (ADDR: 1248)LIMM R30, 1 // R30 <- 1CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 0 // BRANCH TO ERROR IF RFLAGS[4] = 0 (EQUAL=0)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, 0 // R30 <- 0CMP R30, R31BRFL ERROR, 3, 0 // BRANCH TO ERROR IF RFLAGS[3] = 0 (BELOW=0)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, 2 // R30 <- 2CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 0 // BRANCH TO ERROR IF RFLAGS[5] = 0 (ABOVE=0)CMP_1249:LW R31, 1249 (R0) // R31 <- 0 (ADDR: 1249)LIMM R30, 0 // R30 <- 0CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 0 // BRANCH TO ERROR IF RFLAGS[4] = 0 (EQUAL=0)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, -1 // R30 <- -1CMP R30, R31BRFL ERROR, 3, 0 // BRANCH TO ERROR IF RFLAGS[3] = 0 (BELOW=0)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, 1 // R30 <- 1CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 0 // BRANCH TO ERROR IF RFLAGS[5] = 0 (ABOVE=0)CMP_1250:LW R31, 1250 (R0) // R31 <- 0 (ADDR: 1250)LIMM R30, 0 // R30 <- 0CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 0 // BRANCH TO ERROR IF RFLAGS[4] = 0 (EQUAL=0)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, -1 // R30 <- -1CMP R30, R31BRFL ERROR, 3, 0 // BRANCH TO ERROR IF RFLAGS[3] = 0 (BELOW=0)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, 1 // R30 <- 1CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 0 // BRANCH TO ERROR IF RFLAGS[5] = 0 (ABOVE=0)CMP_1251:LW R31, 1251 (R0) // R31 <- -21846 (ADDR: 1251)LIMM R30, -21846 // R30 <- -21846CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 0 // BRANCH TO ERROR IF RFLAGS[4] = 0 (EQUAL=0)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, -21847 // R30 <- -21847CMP R30, R31BRFL ERROR, 3, 0 // BRANCH TO ERROR IF RFLAGS[3] = 0 (BELOW=0)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, -21845 // R30 <- -21845CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 0 // BRANCH TO ERROR IF RFLAGS[5] = 0 (ABOVE=0)CMP_1252:LW R31, 1252 (R0) // R31 <- 0 (ADDR: 1252)LIMM R30, 0 // R30 <- 0CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 0 // BRANCH TO ERROR IF RFLAGS[4] = 0 (EQUAL=0)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, -1 // R30 <- -1CMP R30, R31BRFL ERROR, 3, 0 // BRANCH TO ERROR IF RFLAGS[3] = 0 (BELOW=0)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, 1 // R30 <- 1CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 0 // BRANCH TO ERROR IF RFLAGS[5] = 0 (ABOVE=0)CMP_1253:LW R31, 1253 (R0) // R31 <- -21846 (ADDR: 1253)LIMM R30, -21846 // R30 <- -21846CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 0 // BRANCH TO ERROR IF RFLAGS[4] = 0 (EQUAL=0)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, -21847 // R30 <- -21847CMP R30, R31BRFL ERROR, 3, 0 // BRANCH TO ERROR IF RFLAGS[3] = 0 (BELOW=0)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, -21845 // R30 <- -21845CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 0 // BRANCH TO ERROR IF RFLAGS[5] = 0 (ABOVE=0)CMP_1254:LW R31, 1254 (R0) // R31 <- 0 (ADDR: 1254)LIMM R30, 0 // R30 <- 0CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 0 // BRANCH TO ERROR IF RFLAGS[4] = 0 (EQUAL=0)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, -1 // R30 <- -1CMP R30, R31BRFL ERROR, 3, 0 // BRANCH TO ERROR IF RFLAGS[3] = 0 (BELOW=0)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, 1 // R30 <- 1CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 0 // BRANCH TO ERROR IF RFLAGS[5] = 0 (ABOVE=0)CMP_1255:LW R31, 1255 (R0) // R31 <- 10922 (ADDR: 1255)LIMM R30, 10922 // R30 <- 10922CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 0 // BRANCH TO ERROR IF RFLAGS[4] = 0 (EQUAL=0)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, 10921 // R30 <- 10921CMP R30, R31BRFL ERROR, 3, 0 // BRANCH TO ERROR IF RFLAGS[3] = 0 (BELOW=0)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, 10923 // R30 <- 10923CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 0 // BRANCH TO ERROR IF RFLAGS[5] = 0 (ABOVE=0)CMP_1256:LW R31, 1256 (R0) // R31 <- -32768 (ADDR: 1256)LIMM R30, -32768 // R30 <- -32768CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 0 // BRANCH TO ERROR IF RFLAGS[4] = 0 (EQUAL=0)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, -32767 // R30 <- -32767CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 0 // BRANCH TO ERROR IF RFLAGS[5] = 0 (ABOVE=0)CMP_1257:LW R31, 1257 (R0) // R31 <- 0 (ADDR: 1257)LIMM R30, 0 // R30 <- 0CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 0 // BRANCH TO ERROR IF RFLAGS[4] = 0 (EQUAL=0)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, -1 // R30 <- -1CMP R30, R31BRFL ERROR, 3, 0 // BRANCH TO ERROR IF RFLAGS[3] = 0 (BELOW=0)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, 1 // R30 <- 1CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 0 // BRANCH TO ERROR IF RFLAGS[5] = 0 (ABOVE=0)CMP_1258:LW R31, 1258 (R0) // R31 <- 21845 (ADDR: 1258)LIMM R30, 21845 // R30 <- 21845CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 0 // BRANCH TO ERROR IF RFLAGS[4] = 0 (EQUAL=0)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, 21844 // R30 <- 21844CMP R30, R31BRFL ERROR, 3, 0 // BRANCH TO ERROR IF RFLAGS[3] = 0 (BELOW=0)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, 21846 // R30 <- 21846CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 0 // BRANCH TO ERROR IF RFLAGS[5] = 0 (ABOVE=0)CMP_1259:LW R31, 1259 (R0) // R31 <- 1 (ADDR: 1259)LIMM R30, 1 // R30 <- 1CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 0 // BRANCH TO ERROR IF RFLAGS[4] = 0 (EQUAL=0)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, 0 // R30 <- 0CMP R30, R31BRFL ERROR, 3, 0 // BRANCH TO ERROR IF RFLAGS[3] = 0 (BELOW=0)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, 2 // R30 <- 2CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 0 // BRANCH TO ERROR IF RFLAGS[5] = 0 (ABOVE=0)CMP_1260:LW R31, 1260 (R0) // R31 <- 0 (ADDR: 1260)LIMM R30, 0 // R30 <- 0CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 0 // BRANCH TO ERROR IF RFLAGS[4] = 0 (EQUAL=0)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, -1 // R30 <- -1CMP R30, R31BRFL ERROR, 3, 0 // BRANCH TO ERROR IF RFLAGS[3] = 0 (BELOW=0)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, 1 // R30 <- 1CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 0 // BRANCH TO ERROR IF RFLAGS[5] = 0 (ABOVE=0)CMP_1261:LW R31, 1261 (R0) // R31 <- 21845 (ADDR: 1261)LIMM R30, 21845 // R30 <- 21845CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 0 // BRANCH TO ERROR IF RFLAGS[4] = 0 (EQUAL=0)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, 21844 // R30 <- 21844CMP R30, R31BRFL ERROR, 3, 0 // BRANCH TO ERROR IF RFLAGS[3] = 0 (BELOW=0)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, 21846 // R30 <- 21846CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 0 // BRANCH TO ERROR IF RFLAGS[5] = 0 (ABOVE=0)CMP_1262:LW R31, 1262 (R0) // R31 <- 21845 (ADDR: 1262)LIMM R30, 21845 // R30 <- 21845CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 0 // BRANCH TO ERROR IF RFLAGS[4] = 0 (EQUAL=0)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, 21844 // R30 <- 21844CMP R30, R31BRFL ERROR, 3, 0 // BRANCH TO ERROR IF RFLAGS[3] = 0 (BELOW=0)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, 21846 // R30 <- 21846CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 0 // BRANCH TO ERROR IF RFLAGS[5] = 0 (ABOVE=0)CMP_1263:LW R31, 1263 (R0) // R31 <- 0 (ADDR: 1263)LIMM R30, 0 // R30 <- 0CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 0 // BRANCH TO ERROR IF RFLAGS[4] = 0 (EQUAL=0)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, -1 // R30 <- -1CMP R30, R31BRFL ERROR, 3, 0 // BRANCH TO ERROR IF RFLAGS[3] = 0 (BELOW=0)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, 1 // R30 <- 1CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 0 // BRANCH TO ERROR IF RFLAGS[5] = 0 (ABOVE=0)CMP_1264:LW R31, 1264 (R0) // R31 <- 0 (ADDR: 1264)LIMM R30, 0 // R30 <- 0CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 0 // BRANCH TO ERROR IF RFLAGS[4] = 0 (EQUAL=0)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, -1 // R30 <- -1CMP R30, R31BRFL ERROR, 3, 0 // BRANCH TO ERROR IF RFLAGS[3] = 0 (BELOW=0)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, 1 // R30 <- 1CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 0 // BRANCH TO ERROR IF RFLAGS[5] = 0 (ABOVE=0)CMP_1265:LW R31, 1265 (R0) // R31 <- 32767 (ADDR: 1265)LIMM R30, 32767 // R30 <- 32767CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 0 // BRANCH TO ERROR IF RFLAGS[4] = 0 (EQUAL=0)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, 32766 // R30 <- 32766CMP R30, R31BRFL ERROR, 3, 0 // BRANCH TO ERROR IF RFLAGS[3] = 0 (BELOW=0)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)CMP_1266:LW R31, 1266 (R0) // R31 <- 1 (ADDR: 1266)LIMM R30, 1 // R30 <- 1CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 0 // BRANCH TO ERROR IF RFLAGS[4] = 0 (EQUAL=0)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, 0 // R30 <- 0CMP R30, R31BRFL ERROR, 3, 0 // BRANCH TO ERROR IF RFLAGS[3] = 0 (BELOW=0)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, 2 // R30 <- 2CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 0 // BRANCH TO ERROR IF RFLAGS[5] = 0 (ABOVE=0)CMP_1267:LW R31, 1267 (R0) // R31 <- 10922 (ADDR: 1267)LIMM R30, 10922 // R30 <- 10922CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 0 // BRANCH TO ERROR IF RFLAGS[4] = 0 (EQUAL=0)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, 10921 // R30 <- 10921CMP R30, R31BRFL ERROR, 3, 0 // BRANCH TO ERROR IF RFLAGS[3] = 0 (BELOW=0)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, 10923 // R30 <- 10923CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 0 // BRANCH TO ERROR IF RFLAGS[5] = 0 (ABOVE=0)CMP_1268:LW R31, 1268 (R0) // R31 <- 21845 (ADDR: 1268)LIMM R30, 21845 // R30 <- 21845CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 0 // BRANCH TO ERROR IF RFLAGS[4] = 0 (EQUAL=0)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, 21844 // R30 <- 21844CMP R30, R31BRFL ERROR, 3, 0 // BRANCH TO ERROR IF RFLAGS[3] = 0 (BELOW=0)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, 21846 // R30 <- 21846CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 0 // BRANCH TO ERROR IF RFLAGS[5] = 0 (ABOVE=0)CMP_1269:LW R31, 1269 (R0) // R31 <- 32767 (ADDR: 1269)LIMM R30, 32767 // R30 <- 32767CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 0 // BRANCH TO ERROR IF RFLAGS[4] = 0 (EQUAL=0)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, 32766 // R30 <- 32766CMP R30, R31BRFL ERROR, 3, 0 // BRANCH TO ERROR IF RFLAGS[3] = 0 (BELOW=0)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)CMP_1270:LW R31, 1270 (R0) // R31 <- 0 (ADDR: 1270)LIMM R30, 0 // R30 <- 0CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 0 // BRANCH TO ERROR IF RFLAGS[4] = 0 (EQUAL=0)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, -1 // R30 <- -1CMP R30, R31BRFL ERROR, 3, 0 // BRANCH TO ERROR IF RFLAGS[3] = 0 (BELOW=0)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, 1 // R30 <- 1CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 0 // BRANCH TO ERROR IF RFLAGS[5] = 0 (ABOVE=0)CMP_1271:LW R31, 1271 (R0) // R31 <- 0 (ADDR: 1271)LIMM R30, 0 // R30 <- 0CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 0 // BRANCH TO ERROR IF RFLAGS[4] = 0 (EQUAL=0)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, -1 // R30 <- -1CMP R30, R31BRFL ERROR, 3, 0 // BRANCH TO ERROR IF RFLAGS[3] = 0 (BELOW=0)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, 1 // R30 <- 1CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 0 // BRANCH TO ERROR IF RFLAGS[5] = 0 (ABOVE=0)CMP_1272:LW R31, 1272 (R0) // R31 <- -32768 (ADDR: 1272)LIMM R30, -32768 // R30 <- -32768CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 0 // BRANCH TO ERROR IF RFLAGS[4] = 0 (EQUAL=0)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, -32767 // R30 <- -32767CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 0 // BRANCH TO ERROR IF RFLAGS[5] = 0 (ABOVE=0)CMP_1273:LW R31, 1273 (R0) // R31 <- 0 (ADDR: 1273)LIMM R30, 0 // R30 <- 0CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 0 // BRANCH TO ERROR IF RFLAGS[4] = 0 (EQUAL=0)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, -1 // R30 <- -1CMP R30, R31BRFL ERROR, 3, 0 // BRANCH TO ERROR IF RFLAGS[3] = 0 (BELOW=0)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, 1 // R30 <- 1CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 0 // BRANCH TO ERROR IF RFLAGS[5] = 0 (ABOVE=0)CMP_1274:LW R31, 1274 (R0) // R31 <- -32768 (ADDR: 1274)LIMM R30, -32768 // R30 <- -32768CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 0 // BRANCH TO ERROR IF RFLAGS[4] = 0 (EQUAL=0)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, -32767 // R30 <- -32767CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 0 // BRANCH TO ERROR IF RFLAGS[5] = 0 (ABOVE=0)CMP_1275:LW R31, 1275 (R0) // R31 <- 0 (ADDR: 1275)LIMM R30, 0 // R30 <- 0CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 0 // BRANCH TO ERROR IF RFLAGS[4] = 0 (EQUAL=0)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, -1 // R30 <- -1CMP R30, R31BRFL ERROR, 3, 0 // BRANCH TO ERROR IF RFLAGS[3] = 0 (BELOW=0)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, 1 // R30 <- 1CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 0 // BRANCH TO ERROR IF RFLAGS[5] = 0 (ABOVE=0)CMP_1276:LW R31, 1276 (R0) // R31 <- 0 (ADDR: 1276)LIMM R30, 0 // R30 <- 0CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 0 // BRANCH TO ERROR IF RFLAGS[4] = 0 (EQUAL=0)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, -1 // R30 <- -1CMP R30, R31BRFL ERROR, 3, 0 // BRANCH TO ERROR IF RFLAGS[3] = 0 (BELOW=0)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, 1 // R30 <- 1CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 0 // BRANCH TO ERROR IF RFLAGS[5] = 0 (ABOVE=0)CMP_1277:LW R31, 1277 (R0) // R31 <- -32768 (ADDR: 1277)LIMM R30, -32768 // R30 <- -32768CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 0 // BRANCH TO ERROR IF RFLAGS[4] = 0 (EQUAL=0)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, -32767 // R30 <- -32767CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 0 // BRANCH TO ERROR IF RFLAGS[5] = 0 (ABOVE=0)CMP_1278:LW R31, 1278 (R0) // R31 <- 0 (ADDR: 1278)LIMM R30, 0 // R30 <- 0CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 0 // BRANCH TO ERROR IF RFLAGS[4] = 0 (EQUAL=0)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, -1 // R30 <- -1CMP R30, R31BRFL ERROR, 3, 0 // BRANCH TO ERROR IF RFLAGS[3] = 0 (BELOW=0)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, 1 // R30 <- 1CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 0 // BRANCH TO ERROR IF RFLAGS[5] = 0 (ABOVE=0)CMP_1279:LW R31, 1279 (R0) // R31 <- -1 (ADDR: 1279)LIMM R30, -1 // R30 <- -1CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 0 // BRANCH TO ERROR IF RFLAGS[4] = 0 (EQUAL=0)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, -2 // R30 <- -2CMP R30, R31BRFL ERROR, 3, 0 // BRANCH TO ERROR IF RFLAGS[3] = 0 (BELOW=0)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, 0 // R30 <- 0CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 0 // BRANCH TO ERROR IF RFLAGS[5] = 0 (ABOVE=0)CMP_1280:LW R31, 1280 (R0) // R31 <- 1 (ADDR: 1280)LIMM R30, 1 // R30 <- 1CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 0 // BRANCH TO ERROR IF RFLAGS[4] = 0 (EQUAL=0)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, 0 // R30 <- 0CMP R30, R31BRFL ERROR, 3, 0 // BRANCH TO ERROR IF RFLAGS[3] = 0 (BELOW=0)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, 2 // R30 <- 2CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 0 // BRANCH TO ERROR IF RFLAGS[5] = 0 (ABOVE=0)CMP_1281:LW R31, 1281 (R0) // R31 <- -21846 (ADDR: 1281)LIMM R30, -21846 // R30 <- -21846CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 0 // BRANCH TO ERROR IF RFLAGS[4] = 0 (EQUAL=0)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, -21847 // R30 <- -21847CMP R30, R31BRFL ERROR, 3, 0 // BRANCH TO ERROR IF RFLAGS[3] = 0 (BELOW=0)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, -21845 // R30 <- -21845CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 0 // BRANCH TO ERROR IF RFLAGS[5] = 0 (ABOVE=0)CMP_1282:LW R31, 1282 (R0) // R31 <- 21845 (ADDR: 1282)LIMM R30, 21845 // R30 <- 21845CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 0 // BRANCH TO ERROR IF RFLAGS[4] = 0 (EQUAL=0)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, 21844 // R30 <- 21844CMP R30, R31BRFL ERROR, 3, 0 // BRANCH TO ERROR IF RFLAGS[3] = 0 (BELOW=0)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, 21846 // R30 <- 21846CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 0 // BRANCH TO ERROR IF RFLAGS[5] = 0 (ABOVE=0)CMP_1283:LW R31, 1283 (R0) // R31 <- 32767 (ADDR: 1283)LIMM R30, 32767 // R30 <- 32767CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 0 // BRANCH TO ERROR IF RFLAGS[4] = 0 (EQUAL=0)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, 32766 // R30 <- 32766CMP R30, R31BRFL ERROR, 3, 0 // BRANCH TO ERROR IF RFLAGS[3] = 0 (BELOW=0)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)CMP_1284:LW R31, 1284 (R0) // R31 <- -32768 (ADDR: 1284)LIMM R30, -32768 // R30 <- -32768CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 0 // BRANCH TO ERROR IF RFLAGS[4] = 0 (EQUAL=0)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, -32767 // R30 <- -32767CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 0 // BRANCH TO ERROR IF RFLAGS[5] = 0 (ABOVE=0)CMP_1285:LW R31, 1285 (R0) // R31 <- -1 (ADDR: 1285)LIMM R30, -1 // R30 <- -1CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 0 // BRANCH TO ERROR IF RFLAGS[4] = 0 (EQUAL=0)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, -2 // R30 <- -2CMP R30, R31BRFL ERROR, 3, 0 // BRANCH TO ERROR IF RFLAGS[3] = 0 (BELOW=0)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, 0 // R30 <- 0CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 0 // BRANCH TO ERROR IF RFLAGS[5] = 0 (ABOVE=0)CMP_1286:LW R31, 1286 (R0) // R31 <- -1 (ADDR: 1286)LIMM R30, -1 // R30 <- -1CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 0 // BRANCH TO ERROR IF RFLAGS[4] = 0 (EQUAL=0)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, -2 // R30 <- -2CMP R30, R31BRFL ERROR, 3, 0 // BRANCH TO ERROR IF RFLAGS[3] = 0 (BELOW=0)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, 0 // R30 <- 0CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 0 // BRANCH TO ERROR IF RFLAGS[5] = 0 (ABOVE=0)CMP_1287:LW R31, 1287 (R0) // R31 <- -1 (ADDR: 1287)LIMM R30, -1 // R30 <- -1CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 0 // BRANCH TO ERROR IF RFLAGS[4] = 0 (EQUAL=0)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, -2 // R30 <- -2CMP R30, R31BRFL ERROR, 3, 0 // BRANCH TO ERROR IF RFLAGS[3] = 0 (BELOW=0)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, 0 // R30 <- 0CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 0 // BRANCH TO ERROR IF RFLAGS[5] = 0 (ABOVE=0)CMP_1288:LW R31, 1288 (R0) // R31 <- -1 (ADDR: 1288)LIMM R30, -1 // R30 <- -1CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 0 // BRANCH TO ERROR IF RFLAGS[4] = 0 (EQUAL=0)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, -2 // R30 <- -2CMP R30, R31BRFL ERROR, 3, 0 // BRANCH TO ERROR IF RFLAGS[3] = 0 (BELOW=0)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, 0 // R30 <- 0CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 0 // BRANCH TO ERROR IF RFLAGS[5] = 0 (ABOVE=0)CMP_1289:LW R31, 1289 (R0) // R31 <- -1 (ADDR: 1289)LIMM R30, -1 // R30 <- -1CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 0 // BRANCH TO ERROR IF RFLAGS[4] = 0 (EQUAL=0)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, -2 // R30 <- -2CMP R30, R31BRFL ERROR, 3, 0 // BRANCH TO ERROR IF RFLAGS[3] = 0 (BELOW=0)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, 0 // R30 <- 0CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 0 // BRANCH TO ERROR IF RFLAGS[5] = 0 (ABOVE=0)CMP_1290:LW R31, 1290 (R0) // R31 <- -1 (ADDR: 1290)LIMM R30, -1 // R30 <- -1CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 0 // BRANCH TO ERROR IF RFLAGS[4] = 0 (EQUAL=0)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, -2 // R30 <- -2CMP R30, R31BRFL ERROR, 3, 0 // BRANCH TO ERROR IF RFLAGS[3] = 0 (BELOW=0)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, 0 // R30 <- 0CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 0 // BRANCH TO ERROR IF RFLAGS[5] = 0 (ABOVE=0)CMP_1291:LW R31, 1291 (R0) // R31 <- -1 (ADDR: 1291)LIMM R30, -1 // R30 <- -1CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 0 // BRANCH TO ERROR IF RFLAGS[4] = 0 (EQUAL=0)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, -2 // R30 <- -2CMP R30, R31BRFL ERROR, 3, 0 // BRANCH TO ERROR IF RFLAGS[3] = 0 (BELOW=0)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, 0 // R30 <- 0CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 0 // BRANCH TO ERROR IF RFLAGS[5] = 0 (ABOVE=0)CMP_1292:LW R31, 1292 (R0) // R31 <- 1 (ADDR: 1292)LIMM R30, 1 // R30 <- 1CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 0 // BRANCH TO ERROR IF RFLAGS[4] = 0 (EQUAL=0)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, 0 // R30 <- 0CMP R30, R31BRFL ERROR, 3, 0 // BRANCH TO ERROR IF RFLAGS[3] = 0 (BELOW=0)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, 2 // R30 <- 2CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 0 // BRANCH TO ERROR IF RFLAGS[5] = 0 (ABOVE=0)CMP_1293:LW R31, 1293 (R0) // R31 <- -1 (ADDR: 1293)LIMM R30, -1 // R30 <- -1CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 0 // BRANCH TO ERROR IF RFLAGS[4] = 0 (EQUAL=0)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, -2 // R30 <- -2CMP R30, R31BRFL ERROR, 3, 0 // BRANCH TO ERROR IF RFLAGS[3] = 0 (BELOW=0)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, 0 // R30 <- 0CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 0 // BRANCH TO ERROR IF RFLAGS[5] = 0 (ABOVE=0)CMP_1294:LW R31, 1294 (R0) // R31 <- 1 (ADDR: 1294)LIMM R30, 1 // R30 <- 1CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 0 // BRANCH TO ERROR IF RFLAGS[4] = 0 (EQUAL=0)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, 0 // R30 <- 0CMP R30, R31BRFL ERROR, 3, 0 // BRANCH TO ERROR IF RFLAGS[3] = 0 (BELOW=0)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, 2 // R30 <- 2CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 0 // BRANCH TO ERROR IF RFLAGS[5] = 0 (ABOVE=0)CMP_1295:LW R31, 1295 (R0) // R31 <- -21845 (ADDR: 1295)LIMM R30, -21845 // R30 <- -21845CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 0 // BRANCH TO ERROR IF RFLAGS[4] = 0 (EQUAL=0)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, -21846 // R30 <- -21846CMP R30, R31BRFL ERROR, 3, 0 // BRANCH TO ERROR IF RFLAGS[3] = 0 (BELOW=0)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, -21844 // R30 <- -21844CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 0 // BRANCH TO ERROR IF RFLAGS[5] = 0 (ABOVE=0)CMP_1296:LW R31, 1296 (R0) // R31 <- 21845 (ADDR: 1296)LIMM R30, 21845 // R30 <- 21845CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 0 // BRANCH TO ERROR IF RFLAGS[4] = 0 (EQUAL=0)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, 21844 // R30 <- 21844CMP R30, R31BRFL ERROR, 3, 0 // BRANCH TO ERROR IF RFLAGS[3] = 0 (BELOW=0)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, 21846 // R30 <- 21846CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 0 // BRANCH TO ERROR IF RFLAGS[5] = 0 (ABOVE=0)CMP_1297:LW R31, 1297 (R0) // R31 <- 32767 (ADDR: 1297)LIMM R30, 32767 // R30 <- 32767CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 0 // BRANCH TO ERROR IF RFLAGS[4] = 0 (EQUAL=0)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, 32766 // R30 <- 32766CMP R30, R31BRFL ERROR, 3, 0 // BRANCH TO ERROR IF RFLAGS[3] = 0 (BELOW=0)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)CMP_1298:LW R31, 1298 (R0) // R31 <- -32767 (ADDR: 1298)LIMM R30, -32767 // R30 <- -32767CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 0 // BRANCH TO ERROR IF RFLAGS[4] = 0 (EQUAL=0)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, -32768 // R30 <- -32768CMP R30, R31BRFL ERROR, 3, 0 // BRANCH TO ERROR IF RFLAGS[3] = 0 (BELOW=0)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, -32766 // R30 <- -32766CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 0 // BRANCH TO ERROR IF RFLAGS[5] = 0 (ABOVE=0)CMP_1299:LW R31, 1299 (R0) // R31 <- -21846 (ADDR: 1299)LIMM R30, -21846 // R30 <- -21846CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 0 // BRANCH TO ERROR IF RFLAGS[4] = 0 (EQUAL=0)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, -21847 // R30 <- -21847CMP R30, R31BRFL ERROR, 3, 0 // BRANCH TO ERROR IF RFLAGS[3] = 0 (BELOW=0)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, -21845 // R30 <- -21845CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 0 // BRANCH TO ERROR IF RFLAGS[5] = 0 (ABOVE=0)CMP_1300:LW R31, 1300 (R0) // R31 <- -1 (ADDR: 1300)LIMM R30, -1 // R30 <- -1CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 0 // BRANCH TO ERROR IF RFLAGS[4] = 0 (EQUAL=0)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, -2 // R30 <- -2CMP R30, R31BRFL ERROR, 3, 0 // BRANCH TO ERROR IF RFLAGS[3] = 0 (BELOW=0)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, 0 // R30 <- 0CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 0 // BRANCH TO ERROR IF RFLAGS[5] = 0 (ABOVE=0)CMP_1301:LW R31, 1301 (R0) // R31 <- -21845 (ADDR: 1301)LIMM R30, -21845 // R30 <- -21845CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 0 // BRANCH TO ERROR IF RFLAGS[4] = 0 (EQUAL=0)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, -21846 // R30 <- -21846CMP R30, R31BRFL ERROR, 3, 0 // BRANCH TO ERROR IF RFLAGS[3] = 0 (BELOW=0)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, -21844 // R30 <- -21844CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 0 // BRANCH TO ERROR IF RFLAGS[5] = 0 (ABOVE=0)CMP_1302:LW R31, 1302 (R0) // R31 <- -21846 (ADDR: 1302)LIMM R30, -21846 // R30 <- -21846CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 0 // BRANCH TO ERROR IF RFLAGS[4] = 0 (EQUAL=0)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, -21847 // R30 <- -21847CMP R30, R31BRFL ERROR, 3, 0 // BRANCH TO ERROR IF RFLAGS[3] = 0 (BELOW=0)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, -21845 // R30 <- -21845CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 0 // BRANCH TO ERROR IF RFLAGS[5] = 0 (ABOVE=0)CMP_1303:LW R31, 1303 (R0) // R31 <- -1 (ADDR: 1303)LIMM R30, -1 // R30 <- -1CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 0 // BRANCH TO ERROR IF RFLAGS[4] = 0 (EQUAL=0)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, -2 // R30 <- -2CMP R30, R31BRFL ERROR, 3, 0 // BRANCH TO ERROR IF RFLAGS[3] = 0 (BELOW=0)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, 0 // R30 <- 0CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 0 // BRANCH TO ERROR IF RFLAGS[5] = 0 (ABOVE=0)CMP_1304:LW R31, 1304 (R0) // R31 <- -1 (ADDR: 1304)LIMM R30, -1 // R30 <- -1CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 0 // BRANCH TO ERROR IF RFLAGS[4] = 0 (EQUAL=0)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, -2 // R30 <- -2CMP R30, R31BRFL ERROR, 3, 0 // BRANCH TO ERROR IF RFLAGS[3] = 0 (BELOW=0)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, 0 // R30 <- 0CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 0 // BRANCH TO ERROR IF RFLAGS[5] = 0 (ABOVE=0)CMP_1305:LW R31, 1305 (R0) // R31 <- -21846 (ADDR: 1305)LIMM R30, -21846 // R30 <- -21846CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 0 // BRANCH TO ERROR IF RFLAGS[4] = 0 (EQUAL=0)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, -21847 // R30 <- -21847CMP R30, R31BRFL ERROR, 3, 0 // BRANCH TO ERROR IF RFLAGS[3] = 0 (BELOW=0)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, -21845 // R30 <- -21845CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 0 // BRANCH TO ERROR IF RFLAGS[5] = 0 (ABOVE=0)CMP_1306:LW R31, 1306 (R0) // R31 <- 21845 (ADDR: 1306)LIMM R30, 21845 // R30 <- 21845CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 0 // BRANCH TO ERROR IF RFLAGS[4] = 0 (EQUAL=0)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, 21844 // R30 <- 21844CMP R30, R31BRFL ERROR, 3, 0 // BRANCH TO ERROR IF RFLAGS[3] = 0 (BELOW=0)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, 21846 // R30 <- 21846CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 0 // BRANCH TO ERROR IF RFLAGS[5] = 0 (ABOVE=0)CMP_1307:LW R31, 1307 (R0) // R31 <- -1 (ADDR: 1307)LIMM R30, -1 // R30 <- -1CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 0 // BRANCH TO ERROR IF RFLAGS[4] = 0 (EQUAL=0)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, -2 // R30 <- -2CMP R30, R31BRFL ERROR, 3, 0 // BRANCH TO ERROR IF RFLAGS[3] = 0 (BELOW=0)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, 0 // R30 <- 0CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 0 // BRANCH TO ERROR IF RFLAGS[5] = 0 (ABOVE=0)CMP_1308:LW R31, 1308 (R0) // R31 <- 21845 (ADDR: 1308)LIMM R30, 21845 // R30 <- 21845CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 0 // BRANCH TO ERROR IF RFLAGS[4] = 0 (EQUAL=0)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, 21844 // R30 <- 21844CMP R30, R31BRFL ERROR, 3, 0 // BRANCH TO ERROR IF RFLAGS[3] = 0 (BELOW=0)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, 21846 // R30 <- 21846CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 0 // BRANCH TO ERROR IF RFLAGS[5] = 0 (ABOVE=0)CMP_1309:LW R31, 1309 (R0) // R31 <- -1 (ADDR: 1309)LIMM R30, -1 // R30 <- -1CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 0 // BRANCH TO ERROR IF RFLAGS[4] = 0 (EQUAL=0)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, -2 // R30 <- -2CMP R30, R31BRFL ERROR, 3, 0 // BRANCH TO ERROR IF RFLAGS[3] = 0 (BELOW=0)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, 0 // R30 <- 0CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 0 // BRANCH TO ERROR IF RFLAGS[5] = 0 (ABOVE=0)CMP_1310:LW R31, 1310 (R0) // R31 <- 21845 (ADDR: 1310)LIMM R30, 21845 // R30 <- 21845CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 0 // BRANCH TO ERROR IF RFLAGS[4] = 0 (EQUAL=0)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, 21844 // R30 <- 21844CMP R30, R31BRFL ERROR, 3, 0 // BRANCH TO ERROR IF RFLAGS[3] = 0 (BELOW=0)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, 21846 // R30 <- 21846CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 0 // BRANCH TO ERROR IF RFLAGS[5] = 0 (ABOVE=0)CMP_1311:LW R31, 1311 (R0) // R31 <- 32767 (ADDR: 1311)LIMM R30, 32767 // R30 <- 32767CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 0 // BRANCH TO ERROR IF RFLAGS[4] = 0 (EQUAL=0)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, 32766 // R30 <- 32766CMP R30, R31BRFL ERROR, 3, 0 // BRANCH TO ERROR IF RFLAGS[3] = 0 (BELOW=0)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)CMP_1312:LW R31, 1312 (R0) // R31 <- -10923 (ADDR: 1312)LIMM R30, -10923 // R30 <- -10923CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 0 // BRANCH TO ERROR IF RFLAGS[4] = 0 (EQUAL=0)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, -10924 // R30 <- -10924CMP R30, R31BRFL ERROR, 3, 0 // BRANCH TO ERROR IF RFLAGS[3] = 0 (BELOW=0)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, -10922 // R30 <- -10922CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 0 // BRANCH TO ERROR IF RFLAGS[5] = 0 (ABOVE=0)CMP_1313:LW R31, 1313 (R0) // R31 <- 32767 (ADDR: 1313)LIMM R30, 32767 // R30 <- 32767CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 0 // BRANCH TO ERROR IF RFLAGS[4] = 0 (EQUAL=0)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, 32766 // R30 <- 32766CMP R30, R31BRFL ERROR, 3, 0 // BRANCH TO ERROR IF RFLAGS[3] = 0 (BELOW=0)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)CMP_1314:LW R31, 1314 (R0) // R31 <- -1 (ADDR: 1314)LIMM R30, -1 // R30 <- -1CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 0 // BRANCH TO ERROR IF RFLAGS[4] = 0 (EQUAL=0)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, -2 // R30 <- -2CMP R30, R31BRFL ERROR, 3, 0 // BRANCH TO ERROR IF RFLAGS[3] = 0 (BELOW=0)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, 0 // R30 <- 0CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 0 // BRANCH TO ERROR IF RFLAGS[5] = 0 (ABOVE=0)CMP_1315:LW R31, 1315 (R0) // R31 <- 32767 (ADDR: 1315)LIMM R30, 32767 // R30 <- 32767CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 0 // BRANCH TO ERROR IF RFLAGS[4] = 0 (EQUAL=0)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, 32766 // R30 <- 32766CMP R30, R31BRFL ERROR, 3, 0 // BRANCH TO ERROR IF RFLAGS[3] = 0 (BELOW=0)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)CMP_1316:LW R31, 1316 (R0) // R31 <- -1 (ADDR: 1316)LIMM R30, -1 // R30 <- -1CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 0 // BRANCH TO ERROR IF RFLAGS[4] = 0 (EQUAL=0)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, -2 // R30 <- -2CMP R30, R31BRFL ERROR, 3, 0 // BRANCH TO ERROR IF RFLAGS[3] = 0 (BELOW=0)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, 0 // R30 <- 0CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 0 // BRANCH TO ERROR IF RFLAGS[5] = 0 (ABOVE=0)CMP_1317:LW R31, 1317 (R0) // R31 <- 32767 (ADDR: 1317)LIMM R30, 32767 // R30 <- 32767CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 0 // BRANCH TO ERROR IF RFLAGS[4] = 0 (EQUAL=0)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, 32766 // R30 <- 32766CMP R30, R31BRFL ERROR, 3, 0 // BRANCH TO ERROR IF RFLAGS[3] = 0 (BELOW=0)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)CMP_1318:LW R31, 1318 (R0) // R31 <- 32767 (ADDR: 1318)LIMM R30, 32767 // R30 <- 32767CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 0 // BRANCH TO ERROR IF RFLAGS[4] = 0 (EQUAL=0)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, 32766 // R30 <- 32766CMP R30, R31BRFL ERROR, 3, 0 // BRANCH TO ERROR IF RFLAGS[3] = 0 (BELOW=0)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)CMP_1319:LW R31, 1319 (R0) // R31 <- -1 (ADDR: 1319)LIMM R30, -1 // R30 <- -1CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 0 // BRANCH TO ERROR IF RFLAGS[4] = 0 (EQUAL=0)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, -2 // R30 <- -2CMP R30, R31BRFL ERROR, 3, 0 // BRANCH TO ERROR IF RFLAGS[3] = 0 (BELOW=0)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, 0 // R30 <- 0CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 0 // BRANCH TO ERROR IF RFLAGS[5] = 0 (ABOVE=0)CMP_1320:LW R31, 1320 (R0) // R31 <- -32768 (ADDR: 1320)LIMM R30, -32768 // R30 <- -32768CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 0 // BRANCH TO ERROR IF RFLAGS[4] = 0 (EQUAL=0)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, -32767 // R30 <- -32767CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 0 // BRANCH TO ERROR IF RFLAGS[5] = 0 (ABOVE=0)CMP_1321:LW R31, 1321 (R0) // R31 <- -1 (ADDR: 1321)LIMM R30, -1 // R30 <- -1CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 0 // BRANCH TO ERROR IF RFLAGS[4] = 0 (EQUAL=0)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, -2 // R30 <- -2CMP R30, R31BRFL ERROR, 3, 0 // BRANCH TO ERROR IF RFLAGS[3] = 0 (BELOW=0)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, 0 // R30 <- 0CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 0 // BRANCH TO ERROR IF RFLAGS[5] = 0 (ABOVE=0)CMP_1322:LW R31, 1322 (R0) // R31 <- -32767 (ADDR: 1322)LIMM R30, -32767 // R30 <- -32767CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 0 // BRANCH TO ERROR IF RFLAGS[4] = 0 (EQUAL=0)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, -32768 // R30 <- -32768CMP R30, R31BRFL ERROR, 3, 0 // BRANCH TO ERROR IF RFLAGS[3] = 0 (BELOW=0)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, -32766 // R30 <- -32766CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 0 // BRANCH TO ERROR IF RFLAGS[5] = 0 (ABOVE=0)CMP_1323:LW R31, 1323 (R0) // R31 <- -21846 (ADDR: 1323)LIMM R30, -21846 // R30 <- -21846CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 0 // BRANCH TO ERROR IF RFLAGS[4] = 0 (EQUAL=0)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, -21847 // R30 <- -21847CMP R30, R31BRFL ERROR, 3, 0 // BRANCH TO ERROR IF RFLAGS[3] = 0 (BELOW=0)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, -21845 // R30 <- -21845CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 0 // BRANCH TO ERROR IF RFLAGS[5] = 0 (ABOVE=0)CMP_1324:LW R31, 1324 (R0) // R31 <- -10923 (ADDR: 1324)LIMM R30, -10923 // R30 <- -10923CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 0 // BRANCH TO ERROR IF RFLAGS[4] = 0 (EQUAL=0)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, -10924 // R30 <- -10924CMP R30, R31BRFL ERROR, 3, 0 // BRANCH TO ERROR IF RFLAGS[3] = 0 (BELOW=0)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, -10922 // R30 <- -10922CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 0 // BRANCH TO ERROR IF RFLAGS[5] = 0 (ABOVE=0)CMP_1325:LW R31, 1325 (R0) // R31 <- -1 (ADDR: 1325)LIMM R30, -1 // R30 <- -1CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 0 // BRANCH TO ERROR IF RFLAGS[4] = 0 (EQUAL=0)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, -2 // R30 <- -2CMP R30, R31BRFL ERROR, 3, 0 // BRANCH TO ERROR IF RFLAGS[3] = 0 (BELOW=0)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, 0 // R30 <- 0CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 0 // BRANCH TO ERROR IF RFLAGS[5] = 0 (ABOVE=0)CMP_1326:LW R31, 1326 (R0) // R31 <- -32768 (ADDR: 1326)LIMM R30, -32768 // R30 <- -32768CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 0 // BRANCH TO ERROR IF RFLAGS[4] = 0 (EQUAL=0)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, -32767 // R30 <- -32767CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 0 // BRANCH TO ERROR IF RFLAGS[5] = 0 (ABOVE=0)CMP_1327:LW R31, 1327 (R0) // R31 <- -1 (ADDR: 1327)LIMM R30, -1 // R30 <- -1CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 0 // BRANCH TO ERROR IF RFLAGS[4] = 0 (EQUAL=0)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, -2 // R30 <- -2CMP R30, R31BRFL ERROR, 3, 0 // BRANCH TO ERROR IF RFLAGS[3] = 0 (BELOW=0)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, 0 // R30 <- 0CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 0 // BRANCH TO ERROR IF RFLAGS[5] = 0 (ABOVE=0)CMP_1328:LW R31, 1328 (R0) // R31 <- 0 (ADDR: 1328)LIMM R30, 0 // R30 <- 0CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 0 // BRANCH TO ERROR IF RFLAGS[4] = 0 (EQUAL=0)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, -1 // R30 <- -1CMP R30, R31BRFL ERROR, 3, 0 // BRANCH TO ERROR IF RFLAGS[3] = 0 (BELOW=0)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, 1 // R30 <- 1CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 0 // BRANCH TO ERROR IF RFLAGS[5] = 0 (ABOVE=0)CMP_1329:LW R31, 1329 (R0) // R31 <- -2 (ADDR: 1329)LIMM R30, -2 // R30 <- -2CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 0 // BRANCH TO ERROR IF RFLAGS[4] = 0 (EQUAL=0)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, -3 // R30 <- -3CMP R30, R31BRFL ERROR, 3, 0 // BRANCH TO ERROR IF RFLAGS[3] = 0 (BELOW=0)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, -1 // R30 <- -1CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 0 // BRANCH TO ERROR IF RFLAGS[5] = 0 (ABOVE=0)CMP_1330:LW R31, 1330 (R0) // R31 <- 21845 (ADDR: 1330)LIMM R30, 21845 // R30 <- 21845CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 0 // BRANCH TO ERROR IF RFLAGS[4] = 0 (EQUAL=0)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, 21844 // R30 <- 21844CMP R30, R31BRFL ERROR, 3, 0 // BRANCH TO ERROR IF RFLAGS[3] = 0 (BELOW=0)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, 21846 // R30 <- 21846CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 0 // BRANCH TO ERROR IF RFLAGS[5] = 0 (ABOVE=0)CMP_1331:LW R31, 1331 (R0) // R31 <- -21846 (ADDR: 1331)LIMM R30, -21846 // R30 <- -21846CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 0 // BRANCH TO ERROR IF RFLAGS[4] = 0 (EQUAL=0)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, -21847 // R30 <- -21847CMP R30, R31BRFL ERROR, 3, 0 // BRANCH TO ERROR IF RFLAGS[3] = 0 (BELOW=0)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, -21845 // R30 <- -21845CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 0 // BRANCH TO ERROR IF RFLAGS[5] = 0 (ABOVE=0)CMP_1332:LW R31, 1332 (R0) // R31 <- -32768 (ADDR: 1332)LIMM R30, -32768 // R30 <- -32768CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 0 // BRANCH TO ERROR IF RFLAGS[4] = 0 (EQUAL=0)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, -32767 // R30 <- -32767CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 0 // BRANCH TO ERROR IF RFLAGS[5] = 0 (ABOVE=0)CMP_1333:LW R31, 1333 (R0) // R31 <- 32767 (ADDR: 1333)LIMM R30, 32767 // R30 <- 32767CMP R30, R31BRFL ERROR, 3, 1 // BRANCH TO ERROR IF RFLAGS[3] = 1 (BELOW=1)BRFL ERROR, 4, 0 // BRANCH TO ERROR IF RFLAGS[4] = 0 (EQUAL=0)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)LIMM R30, 32766 // R30 <- 32766CMP R30, R31BRFL ERROR, 3, 0 // BRANCH TO ERROR IF RFLAGS[3] = 0 (BELOW=0)BRFL ERROR, 4, 1 // BRANCH TO ERROR IF RFLAGS[4] = 1 (EQUAL=1)BRFL ERROR, 5, 1 // BRANCH TO ERROR IF RFLAGS[5] = 1 (ABOVE=1)SUCCESS:JMP STARTERROR:JMP ERROR.ISR0:LW R8, 1025 (R0) // R8 <- BUTTONS// CHECK UP_ALIMM R18, 65 // R18 <- 0000000001000001 (Value for UP_A)LIMM R19, 65 // R19 <- 0000000001000001 (Value for UP_A)AND R18, R8 // Check if UP_A are pressedCMP R18, R19BRFL UP_A, 4, 1 // Branch to UP_A if RFLAGS[4] = 1 (EQUAL=1)RETURN_UP_A:// CHECK DOWN_ALIMM R18, 66 // R18 <- 0000000001000010 (Value for DOWN_A)LIMM R19, 66 // R19 <- 0000000001000010 (Value for DOWN_A)AND R18, R8 // Check if DOWN_A are pressedCMP R18, R19BRFL DOWN_A, 4, 1 // Branch to DOWN_A if RFLAGS[4] = 1 (EQUAL=1)RETURN_DOWN_A:// CHECK LEFT_ALIMM R18, 68 // R18 <- 0000000001000100 (Value for LEFT_A)LIMM R19, 68 // R19 <- 0000000001000100 (Value for LEFT_A)AND R18, R8 // Check if LEFT_A are pressedCMP R18, R19BRFL LEFT_A, 4, 1 // Branch to LEFT_A if RFLAGS[4] = 1 (EQUAL=1)RETURN_LEFT_A:// CHECK RIGHT_ALIMM R18, 72 // R18 <- 0000000001001000 (Value for RIGHT_A)LIMM R19, 72 // R19 <- 0000000001001000 (Value for RIGHT_A)AND R18, R8 // Check if RIGHT_A are pressedCMP R18, R19BRFL RIGHT_A, 4, 1 // Branch to RIGHT_A if RFLAGS[4] = 1 (EQUAL=1)RETURN_RIGHT_A:// CHECK UP_BLIMM R18, 17 // R18 <- 0000000000010001 (Value for UP_B)LIMM R19, 17 // R19 <- 0000000000010001 (Value for UP_B)AND R18, R8 // Check if UP_B are pressedCMP R18, R19BRFL UP_B, 4, 1 // Branch to UP_B if RFLAGS[4] = 1 (EQUAL=1)RETURN_UP_B:// CHECK DOWN_BLIMM R18, 18 // R18 <- 0000000000010010 (Value for DOWN_B)LIMM R19, 18 // R19 <- 0000000000010010 (Value for DOWN_B)AND R18, R8 // Check if DOWN_B are pressedCMP R18, R19BRFL DOWN_B, 4, 1 // Branch to DOWN_B if RFLAGS[4] = 1 (EQUAL=1)RETURN_DOWN_B:// CHECK LEFT_BLIMM R18, 20 // R18 <- 0000000000010100 (Value for LEFT_B)LIMM R19, 20 // R19 <- 0000000000010100 (Value for LEFT_B)AND R18, R8 // Check if LEFT_B are pressedCMP R18, R19BRFL LEFT_B, 4, 1 // Branch to LEFT_B if RFLAGS[4] = 1 (EQUAL=1)RETURN_LEFT_B:// CHECK RIGHT_BLIMM R18, 24 // R18 <- 0000000000011000 (Value for RIGHT_B)LIMM R19, 24 // R19 <- 0000000000011000 (Value for RIGHT_B)AND R18, R8 // Check if RIGHT_B are pressedCMP R18, R19BRFL RIGHT_B, 4, 1 // Branch to RIGHT_B if RFLAGS[4] = 1 (EQUAL=1)RETURN_RIGHT_B:// CHECK UP_CLIMM R18, 33 // R18 <- 0000000000100001 (Value for UP_C)LIMM R19, 33 // R19 <- 0000000000100001 (Value for UP_C)AND R18, R8 // Check if UP_C are pressedCMP R18, R19BRFL UP_C, 4, 1 // Branch to UP_C if RFLAGS[4] = 1 (EQUAL=1)RETURN_UP_C:// CHECK DOWN_CLIMM R18, 34 // R18 <- 0000000000100010 (Value for DOWN_C)LIMM R19, 34 // R19 <- 0000000000100010 (Value for DOWN_C)AND R18, R8 // Check if DOWN_C are pressedCMP R18, R19BRFL DOWN_C, 4, 1 // Branch to DOWN_C if RFLAGS[4] = 1 (EQUAL=1)RETURN_DOWN_C:// CHECK LEFT_CLIMM R18, 36 // R18 <- 0000000000100100 (Value for LEFT_C)LIMM R19, 36 // R19 <- 0000000000100100 (Value for LEFT_C)AND R18, R8 // Check if LEFT_C are pressedCMP R18, R19BRFL LEFT_C, 4, 1 // Branch to LEFT_C if RFLAGS[4] = 1 (EQUAL=1)RETURN_LEFT_C:// CHECK RIGHT_CLIMM R18, 40 // R18 <- 0000000000101000 (Value for RIGHT_C)LIMM R19, 40 // R19 <- 0000000000101000 (Value for RIGHT_C)AND R18, R8 // Check if RIGHT_C are pressedCMP R18, R19BRFL RIGHT_C, 4, 1 // Branch to RIGHT_C if RFLAGS[4] = 1 (EQUAL=1)RETURN_RIGHT_C:// CHECK UP_XLIMM R18, 1025 // R18 <- 0000010000000001 (Value for UP_X)LIMM R19, 1025 // R19 <- 0000010000000001 (Value for UP_X)AND R18, R8 // Check if UP_X are pressedCMP R18, R19BRFL UP_X, 4, 1 // Branch to UP_X if RFLAGS[4] = 1 (EQUAL=1)RETURN_UP_X:// CHECK DOWN_XLIMM R18, 1026 // R18 <- 0000010000000010 (Value for DOWN_X)LIMM R19, 1026 // R19 <- 0000010000000010 (Value for DOWN_X)AND R18, R8 // Check if DOWN_X are pressedCMP R18, R19BRFL DOWN_X, 4, 1 // Branch to DOWN_X if RFLAGS[4] = 1 (EQUAL=1)RETURN_DOWN_X:// CHECK LEFT_XLIMM R18, 1028 // R18 <- 0000010000000100 (Value for LEFT_X)LIMM R19, 1028 // R19 <- 0000010000000100 (Value for LEFT_X)AND R18, R8 // Check if LEFT_X are pressedCMP R18, R19BRFL LEFT_X, 4, 1 // Branch to LEFT_X if RFLAGS[4] = 1 (EQUAL=1)RETURN_LEFT_X:// CHECK RIGHT_XLIMM R18, 1032 // R18 <- 0000010000001000 (Value for RIGHT_X)LIMM R19, 1032 // R19 <- 0000010000001000 (Value for RIGHT_X)AND R18, R8 // Check if RIGHT_X are pressedCMP R18, R19BRFL RIGHT_X, 4, 1 // Branch to RIGHT_X if RFLAGS[4] = 1 (EQUAL=1)RETURN_RIGHT_X:// CHECK UP_YLIMM R18, 513 // R18 <- 0000001000000001 (Value for UP_Y)LIMM R19, 513 // R19 <- 0000001000000001 (Value for UP_Y)AND R18, R8 // Check if UP_Y are pressedCMP R18, R19BRFL UP_Y, 4, 1 // Branch to UP_Y if RFLAGS[4] = 1 (EQUAL=1)RETURN_UP_Y:// CHECK DOWN_YLIMM R18, 514 // R18 <- 0000001000000010 (Value for DOWN_Y)LIMM R19, 514 // R19 <- 0000001000000010 (Value for DOWN_Y)AND R18, R8 // Check if DOWN_Y are pressedCMP R18, R19BRFL DOWN_Y, 4, 1 // Branch to DOWN_Y if RFLAGS[4] = 1 (EQUAL=1)RETURN_DOWN_Y:// CHECK LEFT_YLIMM R18, 516 // R18 <- 0000001000000100 (Value for LEFT_Y)LIMM R19, 516 // R19 <- 0000001000000100 (Value for LEFT_Y)AND R18, R8 // Check if LEFT_Y are pressedCMP R18, R19BRFL LEFT_Y, 4, 1 // Branch to LEFT_Y if RFLAGS[4] = 1 (EQUAL=1)RETURN_LEFT_Y:// CHECK RIGHT_YLIMM R18, 520 // R18 <- 0000001000001000 (Value for RIGHT_Y)LIMM R19, 520 // R19 <- 0000001000001000 (Value for RIGHT_Y)AND R18, R8 // Check if RIGHT_Y are pressedCMP R18, R19BRFL RIGHT_Y, 4, 1 // Branch to RIGHT_Y if RFLAGS[4] = 1 (EQUAL=1)RETURN_RIGHT_Y:// CHECK UP_ZLIMM R18, 257 // R18 <- 0000000100000001 (Value for UP_Z)LIMM R19, 257 // R19 <- 0000000100000001 (Value for UP_Z)AND R18, R8 // Check if UP_Z are pressedCMP R18, R19BRFL UP_Z, 4, 1 // Branch to UP_Z if RFLAGS[4] = 1 (EQUAL=1)RETURN_UP_Z:// CHECK DOWN_ZLIMM R18, 258 // R18 <- 0000000100000010 (Value for DOWN_Z)LIMM R19, 258 // R19 <- 0000000100000010 (Value for DOWN_Z)AND R18, R8 // Check if DOWN_Z are pressedCMP R18, R19BRFL DOWN_Z, 4, 1 // Branch to DOWN_Z if RFLAGS[4] = 1 (EQUAL=1)RETURN_DOWN_Z:// CHECK LEFT_ZLIMM R18, 260 // R18 <- 0000000100000100 (Value for LEFT_Z)LIMM R19, 260 // R19 <- 0000000100000100 (Value for LEFT_Z)AND R18, R8 // Check if LEFT_Z are pressedCMP R18, R19BRFL LEFT_Z, 4, 1 // Branch to LEFT_Z if RFLAGS[4] = 1 (EQUAL=1)RETURN_LEFT_Z:// CHECK RIGHT_ZLIMM R18, 264 // R18 <- 0000000100001000 (Value for RIGHT_Z)LIMM R19, 264 // R19 <- 0000000100001000 (Value for RIGHT_Z)AND R18, R8 // Check if RIGHT_Z are pressedCMP R18, R19BRFL RIGHT_Z, 4, 1 // Branch to RIGHT_Z if RFLAGS[4] = 1 (EQUAL=1)RETURN_RIGHT_Z:// CHECK UP_STARTLIMM R18, 129 // R18 <- 0000000010000001 (Value for UP_START)LIMM R19, 129 // R19 <- 0000000010000001 (Value for UP_START)AND R18, R8 // Check if UP_START are pressedCMP R18, R19BRFL UP_START, 4, 1 // Branch to UP_START if RFLAGS[4] = 1 (EQUAL=1)RETURN_UP_START:// CHECK DOWN_STARTLIMM R18, 130 // R18 <- 0000000010000010 (Value for DOWN_START)LIMM R19, 130 // R19 <- 0000000010000010 (Value for DOWN_START)AND R18, R8 // Check if DOWN_START are pressedCMP R18, R19BRFL DOWN_START, 4, 1 // Branch to DOWN_START if RFLAGS[4] = 1 (EQUAL=1)RETURN_DOWN_START:// CHECK LEFT_STARTLIMM R18, 132 // R18 <- 0000000010000100 (Value for LEFT_START)LIMM R19, 132 // R19 <- 0000000010000100 (Value for LEFT_START)AND R18, R8 // Check if LEFT_START are pressedCMP R18, R19BRFL LEFT_START, 4, 1 // Branch to LEFT_START if RFLAGS[4] = 1 (EQUAL=1)RETURN_LEFT_START:// CHECK RIGHT_STARTLIMM R18, 136 // R18 <- 0000000010001000 (Value for RIGHT_START)LIMM R19, 136 // R19 <- 0000000010001000 (Value for RIGHT_START)AND R18, R8 // Check if RIGHT_START are pressedCMP R18, R19BRFL RIGHT_START, 4, 1 // Branch to RIGHT_START if RFLAGS[4] = 1 (EQUAL=1)RETURN_RIGHT_START:// CHECK UP_MODELIMM R18, 2049 // R18 <- 0000100000000001 (Value for UP_MODE)LIMM R19, 2049 // R19 <- 0000100000000001 (Value for UP_MODE)AND R18, R8 // Check if UP_MODE are pressedCMP R18, R19BRFL UP_MODE, 4, 1 // Branch to UP_MODE if RFLAGS[4] = 1 (EQUAL=1)RETURN_UP_MODE:// CHECK DOWN_MODELIMM R18, 2050 // R18 <- 0000100000000010 (Value for DOWN_MODE)LIMM R19, 2050 // R19 <- 0000100000000010 (Value for DOWN_MODE)AND R18, R8 // Check if DOWN_MODE are pressedCMP R18, R19BRFL DOWN_MODE, 4, 1 // Branch to DOWN_MODE if RFLAGS[4] = 1 (EQUAL=1)RETURN_DOWN_MODE:// CHECK LEFT_MODELIMM R18, 2052 // R18 <- 0000100000000100 (Value for LEFT_MODE)LIMM R19, 2052 // R19 <- 0000100000000100 (Value for LEFT_MODE)AND R18, R8 // Check if LEFT_MODE are pressedCMP R18, R19BRFL LEFT_MODE, 4, 1 // Branch to LEFT_MODE if RFLAGS[4] = 1 (EQUAL=1)RETURN_LEFT_MODE:// CHECK RIGHT_MODELIMM R18, 2056 // R18 <- 0000100000001000 (Value for RIGHT_MODE)LIMM R19, 2056 // R19 <- 0000100000001000 (Value for RIGHT_MODE)AND R18, R8 // Check if RIGHT_MODE are pressedCMP R18, R19BRFL RIGHT_MODE, 4, 1 // Branch to RIGHT_MODE if RFLAGS[4] = 1 (EQUAL=1)RETURN_RIGHT_MODE:IRET// ACTIONS FOR UP_A BUTTONS PRESSEDUP_A:LIMM R9, 18 // R9 <- 18 (Start row value - 15 = 33 - 15)CMP R10, R9 // R10 (Sprite Level 0 Row register)BRFL UP_A_RST, 4, 1 // Branch to UP_A_RST if RFLAGS[4] = 1 (EQUAL=1)BRFL UP_A_RST, 3, 1 // Branch to UP_A_RST if RFLAGS[3] = 1 (BELOW=1)LIMM R9, 1 // R9 <- 1SUB R10, R9 // R10 <- R10 - R9 (Decrements row)LIMM R9, 0 // R9 <- 0 (SPRITE_LEVEL = 0)SPRITE_POS R9, R10, R20 // SPRITE_POS LEVEL, ROW, COLUMNJMP RETURN_UP_AUP_A_RST:LIMM R10, 512 // R10 <- 512 (End row value = 512)LIMM R9, 0 // R9 <- 0 (SPRITE_LEVEL = 0)SPRITE_POS R9, R10, R20 // SPRITE_POS LEVEL, ROW, COLUMNJMP RETURN_UP_A// ACTIONS FOR UP_B BUTTONS PRESSEDUP_B:LIMM R9, 18 // R9 <- 18 (Start row value - 15 = 33 - 15)CMP R11, R9 // R11 (Sprite Level 1 Row register)BRFL UP_B_RST, 4, 1 // Branch to UP_B_RST if RFLAGS[4] = 1 (EQUAL=1)BRFL UP_B_RST, 3, 1 // Branch to UP_B_RST if RFLAGS[3] = 1 (BELOW=1)LIMM R9, 1 // R9 <- 1SUB R11, R9 // R11 <- R11 - R9 (Decrements row)LIMM R9, 1 // R9 <- 1 (SPRITE_LEVEL = 1)SPRITE_POS R9, R11, R21 // SPRITE_POS LEVEL, ROW, COLUMNJMP RETURN_UP_BUP_B_RST:LIMM R11, 512 // R11 <- 512 (End row value = 512)LIMM R9, 1 // R9 <- 1 (SPRITE_LEVEL = 1)SPRITE_POS R9, R11, R21 // SPRITE_POS LEVEL, ROW, COLUMNJMP RETURN_UP_B// ACTIONS FOR UP_C BUTTONS PRESSEDUP_C:LIMM R9, 18 // R9 <- 18 (Start row value - 15 = 33 - 15)CMP R12, R9 // R12 (Sprite Level 2 Row register)BRFL UP_C_RST, 4, 1 // Branch to UP_C_RST if RFLAGS[4] = 1 (EQUAL=1)BRFL UP_C_RST, 3, 1 // Branch to UP_C_RST if RFLAGS[3] = 1 (BELOW=1)LIMM R9, 1 // R9 <- 1SUB R12, R9 // R12 <- R12 - R9 (Decrements row)LIMM R9, 2 // R9 <- 2 (SPRITE_LEVEL = 2)SPRITE_POS R9, R12, R22 // SPRITE_POS LEVEL, ROW, COLUMNJMP RETURN_UP_CUP_C_RST:LIMM R12, 512 // R12 <- 512 (End row value = 512)LIMM R9, 2 // R9 <- 2 (SPRITE_LEVEL = 2)SPRITE_POS R9, R12, R22 // SPRITE_POS LEVEL, ROW, COLUMNJMP RETURN_UP_C// ACTIONS FOR UP_X BUTTONS PRESSEDUP_X:LIMM R9, 18 // R9 <- 18 (Start row value - 15 = 33 - 15)CMP R13, R9 // R13 (Sprite Level 3 Row register)BRFL UP_X_RST, 4, 1 // Branch to UP_X_RST if RFLAGS[4] = 1 (EQUAL=1)BRFL UP_X_RST, 3, 1 // Branch to UP_X_RST if RFLAGS[3] = 1 (BELOW=1)LIMM R9, 1 // R9 <- 1SUB R13, R9 // R13 <- R13 - R9 (Decrements row)LIMM R9, 3 // R9 <- 3 (SPRITE_LEVEL = 3)SPRITE_POS R9, R13, R23 // SPRITE_POS LEVEL, ROW, COLUMNJMP RETURN_UP_XUP_X_RST:LIMM R13, 512 // R13 <- 512 (End row value = 512)LIMM R9, 3 // R9 <- 3 (SPRITE_LEVEL = 3)SPRITE_POS R9, R13, R23 // SPRITE_POS LEVEL, ROW, COLUMNJMP RETURN_UP_X// ACTIONS FOR UP_Y BUTTONS PRESSEDUP_Y:LIMM R9, 18 // R9 <- 18 (Start row value - 15 = 33 - 15)CMP R14, R9 // R14 (Sprite Level 4 Row register)BRFL UP_Y_RST, 4, 1 // Branch to UP_Y_RST if RFLAGS[4] = 1 (EQUAL=1)BRFL UP_Y_RST, 3, 1 // Branch to UP_Y_RST if RFLAGS[3] = 1 (BELOW=1)LIMM R9, 1 // R9 <- 1SUB R14, R9 // R14 <- R14 - R9 (Decrements row)LIMM R9, 4 // R9 <- 4 (SPRITE_LEVEL = 4)SPRITE_POS R9, R14, R24 // SPRITE_POS LEVEL, ROW, COLUMNJMP RETURN_UP_YUP_Y_RST:LIMM R14, 512 // R14 <- 512 (End row value = 512)LIMM R9, 4 // R9 <- 4 (SPRITE_LEVEL = 4)SPRITE_POS R9, R14, R24 // SPRITE_POS LEVEL, ROW, COLUMNJMP RETURN_UP_Y// ACTIONS FOR UP_Z BUTTONS PRESSEDUP_Z:LIMM R9, 18 // R9 <- 18 (Start row value - 15 = 33 - 15)CMP R15, R9 // R15 (Sprite Level 5 Row register)BRFL UP_Z_RST, 4, 1 // Branch to UP_Z_RST if RFLAGS[4] = 1 (EQUAL=1)BRFL UP_Z_RST, 3, 1 // Branch to UP_Z_RST if RFLAGS[3] = 1 (BELOW=1)LIMM R9, 1 // R9 <- 1SUB R15, R9 // R15 <- R15 - R9 (Decrements row)LIMM R9, 5 // R9 <- 5 (SPRITE_LEVEL = 5)SPRITE_POS R9, R15, R25 // SPRITE_POS LEVEL, ROW, COLUMNJMP RETURN_UP_ZUP_Z_RST:LIMM R15, 512 // R15 <- 512 (End row value = 512)LIMM R9, 5 // R9 <- 5 (SPRITE_LEVEL = 5)SPRITE_POS R9, R15, R25 // SPRITE_POS LEVEL, ROW, COLUMNJMP RETURN_UP_Z// ACTIONS FOR UP_START BUTTONS PRESSEDUP_START:LIMM R9, 18 // R9 <- 18 (Start row value - 15 = 33 - 15)CMP R16, R9 // R16 (Sprite Level 6 Row register)BRFL UP_START_RST, 4, 1 // Branch to UP_START_RST if RFLAGS[4] = 1 (EQUAL=1)BRFL UP_START_RST, 3, 1 // Branch to UP_START_RST if RFLAGS[3] = 1 (BELOW=1)LIMM R9, 1 // R9 <- 1SUB R16, R9 // R16 <- R16 - R9 (Decrements row)LIMM R9, 6 // R9 <- 6 (SPRITE_LEVEL = 6)SPRITE_POS R9, R16, R26 // SPRITE_POS LEVEL, ROW, COLUMNJMP RETURN_UP_STARTUP_START_RST:LIMM R16, 512 // R16 <- 512 (End row value = 512)LIMM R9, 6 // R9 <- 6 (SPRITE_LEVEL = 6)SPRITE_POS R9, R16, R26 // SPRITE_POS LEVEL, ROW, COLUMNJMP RETURN_UP_START// ACTIONS FOR UP_MODE BUTTONS PRESSEDUP_MODE:LIMM R9, 18 // R9 <- 18 (Start row value - 15 = 33 - 15)CMP R17, R9 // R17 (Sprite Level 7 Row register)BRFL UP_MODE_RST, 4, 1 // Branch to UP_MODE_RST if RFLAGS[4] = 1 (EQUAL=1)BRFL UP_MODE_RST, 3, 1 // Branch to UP_MODE_RST if RFLAGS[3] = 1 (BELOW=1)LIMM R9, 1 // R9 <- 1SUB R17, R9 // R17 <- R17 - R9 (Decrements row)LIMM R9, 7 // R9 <- 7 (SPRITE_LEVEL = 7)SPRITE_POS R9, R17, R27 // SPRITE_POS LEVEL, ROW, COLUMNJMP RETURN_UP_MODEUP_MODE_RST:LIMM R17, 512 // R17 <- 512 (End row value = 512)LIMM R9, 7 // R9 <- 7 (SPRITE_LEVEL = 7)SPRITE_POS R9, R17, R27 // SPRITE_POS LEVEL, ROW, COLUMNJMP RETURN_UP_MODE// ACTIONS FOR DOWN_A BUTTONS PRESSEDDOWN_A:LIMM R9, 512 // R9 <- 512 (End row value = 512)CMP R10, R9 // R10 (Sprite Level 0 Row register)BRFL DOWN_A_RST, 4, 1 // Branch to DOWN_A_RST if RFLAGS[4] = 1 (EQUAL=1)BRFL DOWN_A_RST, 5, 1 // Branch to DOWN_A_RST if RFLAGS[5] = 1 (ABOVE=1)LIMM R9, 1 // R9 <- 1ADD R10, R9 // R10 <- R10 + R9 (Increments row)LIMM R9, 0 // R9 <- 0 (SPRITE_LEVEL = 0)SPRITE_POS R9, R10, R20 // SPRITE_POS LEVEL, ROW, COLUMNJMP RETURN_DOWN_ADOWN_A_RST:LIMM R10, 18 // R10 <- 18 (Start row value - 15 = 33 - 15)LIMM R9, 0 // R9 <- 0 (SPRITE_LEVEL = 0)SPRITE_POS R9, R10, R20 // SPRITE_POS LEVEL, ROW, COLUMNJMP RETURN_DOWN_A// ACTIONS FOR DOWN_B BUTTONS PRESSEDDOWN_B:LIMM R9, 512 // R9 <- 512 (End row value = 512)CMP R11, R9 // R11 (Sprite Level 1 Row register)BRFL DOWN_B_RST, 4, 1 // Branch to DOWN_B_RST if RFLAGS[4] = 1 (EQUAL=1)BRFL DOWN_B_RST, 5, 1 // Branch to DOWN_B_RST if RFLAGS[5] = 1 (ABOVE=1)LIMM R9, 1 // R9 <- 1ADD R11, R9 // R11 <- R11 + R9 (Increments row)LIMM R9, 1 // R9 <- 1 (SPRITE_LEVEL = 1)SPRITE_POS R9, R11, R21 // SPRITE_POS LEVEL, ROW, COLUMNJMP RETURN_DOWN_BDOWN_B_RST:LIMM R11, 18 // R11 <- 18 (Start row value - 15 = 33 - 15)LIMM R9, 1 // R9 <- 1 (SPRITE_LEVEL = 1)SPRITE_POS R9, R11, R21 // SPRITE_POS LEVEL, ROW, COLUMNJMP RETURN_DOWN_B// ACTIONS FOR DOWN_C BUTTONS PRESSEDDOWN_C:LIMM R9, 512 // R9 <- 512 (End row value = 512)CMP R12, R9 // R12 (Sprite Level 2 Row register)BRFL DOWN_C_RST, 4, 1 // Branch to DOWN_C_RST if RFLAGS[4] = 1 (EQUAL=1)BRFL DOWN_C_RST, 5, 1 // Branch to DOWN_C_RST if RFLAGS[5] = 1 (ABOVE=1)LIMM R9, 1 // R9 <- 1ADD R12, R9 // R12 <- R12 + R9 (Increments row)LIMM R9, 2 // R9 <- 2 (SPRITE_LEVEL = 2)SPRITE_POS R9, R12, R22 // SPRITE_POS LEVEL, ROW, COLUMNJMP RETURN_DOWN_CDOWN_C_RST:LIMM R12, 18 // R12 <- 18 (Start row value - 15 = 33 - 15)LIMM R9, 2 // R9 <- 2 (SPRITE_LEVEL = 2)SPRITE_POS R9, R12, R22 // SPRITE_POS LEVEL, ROW, COLUMNJMP RETURN_DOWN_C// ACTIONS FOR DOWN_X BUTTONS PRESSEDDOWN_X:LIMM R9, 512 // R9 <- 512 (End row value = 512)CMP R13, R9 // R13 (Sprite Level 3 Row register)BRFL DOWN_X_RST, 4, 1 // Branch to DOWN_X_RST if RFLAGS[4] = 1 (EQUAL=1)BRFL DOWN_X_RST, 5, 1 // Branch to DOWN_X_RST if RFLAGS[5] = 1 (ABOVE=1)LIMM R9, 1 // R9 <- 1ADD R13, R9 // R13 <- R13 + R9 (Increments row)LIMM R9, 3 // R9 <- 3 (SPRITE_LEVEL = 3)SPRITE_POS R9, R13, R23 // SPRITE_POS LEVEL, ROW, COLUMNJMP RETURN_DOWN_XDOWN_X_RST:LIMM R13, 18 // R13 <- 18 (Start row value - 15 = 33 - 15)LIMM R9, 3 // R9 <- 3 (SPRITE_LEVEL = 3)SPRITE_POS R9, R13, R23 // SPRITE_POS LEVEL, ROW, COLUMNJMP RETURN_DOWN_X// ACTIONS FOR DOWN_Y BUTTONS PRESSEDDOWN_Y:LIMM R9, 512 // R9 <- 512 (End row value = 512)CMP R14, R9 // R14 (Sprite Level 4 Row register)BRFL DOWN_Y_RST, 4, 1 // Branch to DOWN_Y_RST if RFLAGS[4] = 1 (EQUAL=1)BRFL DOWN_Y_RST, 5, 1 // Branch to DOWN_Y_RST if RFLAGS[5] = 1 (ABOVE=1)LIMM R9, 1 // R9 <- 1ADD R14, R9 // R14 <- R14 + R9 (Increments row)LIMM R9, 4 // R9 <- 4 (SPRITE_LEVEL = 4)SPRITE_POS R9, R14, R24 // SPRITE_POS LEVEL, ROW, COLUMNJMP RETURN_DOWN_YDOWN_Y_RST:LIMM R14, 18 // R14 <- 18 (Start row value - 15 = 33 - 15)LIMM R9, 4 // R9 <- 4 (SPRITE_LEVEL = 4)SPRITE_POS R9, R14, R24 // SPRITE_POS LEVEL, ROW, COLUMNJMP RETURN_DOWN_Y// ACTIONS FOR DOWN_Z BUTTONS PRESSEDDOWN_Z:LIMM R9, 512 // R9 <- 512 (End row value = 512)CMP R15, R9 // R15 (Sprite Level 5 Row register)BRFL DOWN_Z_RST, 4, 1 // Branch to DOWN_Z_RST if RFLAGS[4] = 1 (EQUAL=1)BRFL DOWN_Z_RST, 5, 1 // Branch to DOWN_Z_RST if RFLAGS[5] = 1 (ABOVE=1)LIMM R9, 1 // R9 <- 1ADD R15, R9 // R15 <- R15 + R9 (Increments row)LIMM R9, 5 // R9 <- 5 (SPRITE_LEVEL = 5)SPRITE_POS R9, R15, R25 // SPRITE_POS LEVEL, ROW, COLUMNJMP RETURN_DOWN_ZDOWN_Z_RST:LIMM R15, 18 // R15 <- 18 (Start row value - 15 = 33 - 15)LIMM R9, 5 // R9 <- 5 (SPRITE_LEVEL = 5)SPRITE_POS R9, R15, R25 // SPRITE_POS LEVEL, ROW, COLUMNJMP RETURN_DOWN_Z// ACTIONS FOR DOWN_START BUTTONS PRESSEDDOWN_START:LIMM R9, 512 // R9 <- 512 (End row value = 512)CMP R16, R9 // R16 (Sprite Level 6 Row register)BRFL DOWN_START_RST, 4, 1 // Branch to DOWN_START_RST if RFLAGS[4] = 1 (EQUAL=1)BRFL DOWN_START_RST, 5, 1 // Branch to DOWN_START_RST if RFLAGS[5] = 1 (ABOVE=1)LIMM R9, 1 // R9 <- 1ADD R16, R9 // R16 <- R16 + R9 (Increments row)LIMM R9, 6 // R9 <- 6 (SPRITE_LEVEL = 6)SPRITE_POS R9, R16, R26 // SPRITE_POS LEVEL, ROW, COLUMNJMP RETURN_DOWN_STARTDOWN_START_RST:LIMM R16, 18 // R16 <- 18 (Start row value - 15 = 33 - 15)LIMM R9, 6 // R9 <- 6 (SPRITE_LEVEL = 6)SPRITE_POS R9, R16, R26 // SPRITE_POS LEVEL, ROW, COLUMNJMP RETURN_DOWN_START// ACTIONS FOR DOWN_MODE BUTTONS PRESSEDDOWN_MODE:LIMM R9, 512 // R9 <- 512 (End row value = 512)CMP R17, R9 // R17 (Sprite Level 7 Row register)BRFL DOWN_MODE_RST, 4, 1 // Branch to DOWN_MODE_RST if RFLAGS[4] = 1 (EQUAL=1)BRFL DOWN_MODE_RST, 5, 1 // Branch to DOWN_MODE_RST if RFLAGS[5] = 1 (ABOVE=1)LIMM R9, 1 // R9 <- 1ADD R17, R9 // R17 <- R17 + R9 (Increments row)LIMM R9, 7 // R9 <- 7 (SPRITE_LEVEL = 7)SPRITE_POS R9, R17, R27 // SPRITE_POS LEVEL, ROW, COLUMNJMP RETURN_DOWN_MODEDOWN_MODE_RST:LIMM R17, 18 // R17 <- 18 (Start row value - 15 = 33 - 15)LIMM R9, 7 // R9 <- 7 (SPRITE_LEVEL = 7)SPRITE_POS R9, R17, R27 // SPRITE_POS LEVEL, ROW, COLUMNJMP RETURN_DOWN_MODE// ACTIONS FOR LEFT_A BUTTONS PRESSEDLEFT_A:LIMM R9, 33 // R9 <- 33 (Start column value - 15 = 48 - 15)CMP R20, R9 // R20 (Sprite Level 0 Column register)BRFL LEFT_A_RST, 4, 1 // Branch to LEFT_A_RST if RFLAGS[4] = 1 (EQUAL=1)BRFL LEFT_A_RST, 3, 1 // Branch to LEFT_A_RST if RFLAGS[3] = 1 (BELOW=1)LIMM R9, 1 // R9 <- 1SUB R20, R9 // R20 <- R20 - R9 (Decrements column)LIMM R9, 0 // R9 <- 0 (SPRITE_LEVEL = 0)SPRITE_POS R9, R10, R20 // SPRITE_POS LEVEL, ROW, COLUMNJMP RETURN_LEFT_ALEFT_A_RST:LIMM R20, 687 // R20 <- 687 (End column value = 687)LIMM R9, 0 // R9 <- 0 (SPRITE_LEVEL = 0)SPRITE_POS R9, R10, R20 // SPRITE_POS LEVEL, ROW, COLUMNJMP RETURN_LEFT_A// ACTIONS FOR LEFT_B BUTTONS PRESSEDLEFT_B:LIMM R9, 33 // R9 <- 33 (Start column value - 15 = 48 - 15)CMP R21, R9 // R21 (Sprite Level 1 Column register)BRFL LEFT_B_RST, 4, 1 // Branch to LEFT_B_RST if RFLAGS[4] = 1 (EQUAL=1)BRFL LEFT_B_RST, 3, 1 // Branch to LEFT_B_RST if RFLAGS[3] = 1 (BELOW=1)LIMM R9, 1 // R9 <- 1SUB R21, R9 // R21 <- R21 - R9 (Decrements column)LIMM R9, 1 // R9 <- 1 (SPRITE_LEVEL = 1)SPRITE_POS R9, R11, R21 // SPRITE_POS LEVEL, ROW, COLUMNJMP RETURN_LEFT_BLEFT_B_RST:LIMM R21, 687 // R21 <- 687 (End column value = 687)LIMM R9, 1 // R9 <- 1 (SPRITE_LEVEL = 1)SPRITE_POS R9, R11, R21 // SPRITE_POS LEVEL, ROW, COLUMNJMP RETURN_LEFT_B// ACTIONS FOR LEFT_C BUTTONS PRESSEDLEFT_C:LIMM R9, 33 // R9 <- 33 (Start column value - 15 = 48 - 15)CMP R22, R9 // R22 (Sprite Level 2 Column register)BRFL LEFT_C_RST, 4, 1 // Branch to LEFT_C_RST if RFLAGS[4] = 1 (EQUAL=1)BRFL LEFT_C_RST, 3, 1 // Branch to LEFT_C_RST if RFLAGS[3] = 1 (BELOW=1)LIMM R9, 1 // R9 <- 1SUB R22, R9 // R22 <- R22 - R9 (Decrements column)LIMM R9, 2 // R9 <- 2 (SPRITE_LEVEL = 2)SPRITE_POS R9, R12, R22 // SPRITE_POS LEVEL, ROW, COLUMNJMP RETURN_LEFT_CLEFT_C_RST:LIMM R22, 687 // R22 <- 687 (End column value = 687)LIMM R9, 2 // R9 <- 2 (SPRITE_LEVEL = 2)SPRITE_POS R9, R12, R22 // SPRITE_POS LEVEL, ROW, COLUMNJMP RETURN_LEFT_C// ACTIONS FOR LEFT_X BUTTONS PRESSEDLEFT_X:LIMM R9, 33 // R9 <- 33 (Start column value - 15 = 48 - 15)CMP R23, R9 // R23 (Sprite Level 3 Column register)BRFL LEFT_X_RST, 4, 1 // Branch to LEFT_X_RST if RFLAGS[4] = 1 (EQUAL=1)BRFL LEFT_X_RST, 3, 1 // Branch to LEFT_X_RST if RFLAGS[3] = 1 (BELOW=1)LIMM R9, 1 // R9 <- 1SUB R23, R9 // R23 <- R23 - R9 (Decrements column)LIMM R9, 3 // R9 <- 3 (SPRITE_LEVEL = 3)SPRITE_POS R9, R13, R23 // SPRITE_POS LEVEL, ROW, COLUMNJMP RETURN_LEFT_XLEFT_X_RST:LIMM R23, 687 // R23 <- 687 (End column value = 687)LIMM R9, 3 // R9 <- 3 (SPRITE_LEVEL = 3)SPRITE_POS R9, R13, R23 // SPRITE_POS LEVEL, ROW, COLUMNJMP RETURN_LEFT_X// ACTIONS FOR LEFT_Y BUTTONS PRESSEDLEFT_Y:LIMM R9, 33 // R9 <- 33 (Start column value - 15 = 48 - 15)CMP R24, R9 // R24 (Sprite Level 4 Column register)BRFL LEFT_Y_RST, 4, 1 // Branch to LEFT_Y_RST if RFLAGS[4] = 1 (EQUAL=1)BRFL LEFT_Y_RST, 3, 1 // Branch to LEFT_Y_RST if RFLAGS[3] = 1 (BELOW=1)LIMM R9, 1 // R9 <- 1SUB R24, R9 // R24 <- R24 - R9 (Decrements column)LIMM R9, 4 // R9 <- 4 (SPRITE_LEVEL = 4)SPRITE_POS R9, R14, R24 // SPRITE_POS LEVEL, ROW, COLUMNJMP RETURN_LEFT_YLEFT_Y_RST:LIMM R24, 687 // R24 <- 687 (End column value = 687)LIMM R9, 4 // R9 <- 4 (SPRITE_LEVEL = 4)SPRITE_POS R9, R14, R24 // SPRITE_POS LEVEL, ROW, COLUMNJMP RETURN_LEFT_Y// ACTIONS FOR LEFT_Z BUTTONS PRESSEDLEFT_Z:LIMM R9, 33 // R9 <- 33 (Start column value - 15 = 48 - 15)CMP R25, R9 // R25 (Sprite Level 5 Column register)BRFL LEFT_Z_RST, 4, 1 // Branch to LEFT_Z_RST if RFLAGS[4] = 1 (EQUAL=1)BRFL LEFT_Z_RST, 3, 1 // Branch to LEFT_Z_RST if RFLAGS[3] = 1 (BELOW=1)LIMM R9, 1 // R9 <- 1SUB R25, R9 // R25 <- R25 - R9 (Decrements column)LIMM R9, 5 // R9 <- 5 (SPRITE_LEVEL = 5)SPRITE_POS R9, R15, R25 // SPRITE_POS LEVEL, ROW, COLUMNJMP RETURN_LEFT_ZLEFT_Z_RST:LIMM R25, 687 // R25 <- 687 (End column value = 687)LIMM R9, 5 // R9 <- 5 (SPRITE_LEVEL = 5)SPRITE_POS R9, R15, R25 // SPRITE_POS LEVEL, ROW, COLUMNJMP RETURN_LEFT_Z// ACTIONS FOR LEFT_START BUTTONS PRESSEDLEFT_START:LIMM R9, 33 // R9 <- 33 (Start column value - 15 = 48 - 15)CMP R26, R9 // R26 (Sprite Level 6 Column register)BRFL LEFT_START_RST, 4, 1 // Branch to LEFT_START_RST if RFLAGS[4] = 1 (EQUAL=1)BRFL LEFT_START_RST, 3, 1 // Branch to LEFT_START_RST if RFLAGS[3] = 1 (BELOW=1)LIMM R9, 1 // R9 <- 1SUB R26, R9 // R26 <- R26 - R9 (Decrements column)LIMM R9, 6 // R9 <- 6 (SPRITE_LEVEL = 6)SPRITE_POS R9, R16, R26 // SPRITE_POS LEVEL, ROW, COLUMNJMP RETURN_LEFT_STARTLEFT_START_RST:LIMM R26, 687 // R26 <- 687 (End column value = 687)LIMM R9, 6 // R9 <- 6 (SPRITE_LEVEL = 6)SPRITE_POS R9, R16, R26 // SPRITE_POS LEVEL, ROW, COLUMNJMP RETURN_LEFT_START// ACTIONS FOR LEFT_MODE BUTTONS PRESSEDLEFT_MODE:LIMM R9, 33 // R9 <- 33 (Start column value - 15 = 48 - 15)CMP R27, R9 // R27 (Sprite Level 7 Column register)BRFL LEFT_MODE_RST, 4, 1 // Branch to LEFT_MODE_RST if RFLAGS[4] = 1 (EQUAL=1)BRFL LEFT_MODE_RST, 3, 1 // Branch to LEFT_MODE_RST if RFLAGS[3] = 1 (BELOW=1)LIMM R9, 1 // R9 <- 1SUB R27, R9 // R27 <- R27 - R9 (Decrements column)LIMM R9, 7 // R9 <- 7 (SPRITE_LEVEL = 7)SPRITE_POS R9, R17, R27 // SPRITE_POS LEVEL, ROW, COLUMNJMP RETURN_LEFT_MODELEFT_MODE_RST:LIMM R27, 687 // R27 <- 687 (End column value = 687)LIMM R9, 7 // R9 <- 7 (SPRITE_LEVEL = 7)SPRITE_POS R9, R17, R27 // SPRITE_POS LEVEL, ROW, COLUMNJMP RETURN_LEFT_MODE// ACTIONS FOR RIGHT_A BUTTONS PRESSEDRIGHT_A:LIMM R9, 687 // R9 <- 687 (End column value = 687)CMP R20, R9 // R20 (Sprite Level 0 Column register)BRFL RIGHT_A_RST, 4, 1 // Branch to RIGHT_A_RST if RFLAGS[4] = 1 (EQUAL=1)BRFL RIGHT_A_RST, 5, 1 // Branch to RIGHT_A_RST if RFLAGS[5] = 1 (ABOVE=1)LIMM R9, 1 // R9 <- 1ADD R20, R9 // R20 <- R20 + R9 (Increments column)LIMM R9, 0 // R9 <- 0 (SPRITE_LEVEL = 0)SPRITE_POS R9, R10, R20 // SPRITE_POS LEVEL, ROW, COLUMNJMP RETURN_RIGHT_ARIGHT_A_RST:LIMM R20, 33 // R20 <- 33 (Start column value - 15 = 48 - 15)LIMM R9, 0 // R9 <- 0 (SPRITE_LEVEL = 0)SPRITE_POS R9, R10, R20 // SPRITE_POS LEVEL, ROW, COLUMNJMP RETURN_RIGHT_A// ACTIONS FOR RIGHT_B BUTTONS PRESSEDRIGHT_B:LIMM R9, 687 // R9 <- 687 (End column value = 687)CMP R21, R9 // R21 (Sprite Level 1 Column register)BRFL RIGHT_B_RST, 4, 1 // Branch to RIGHT_B_RST if RFLAGS[4] = 1 (EQUAL=1)BRFL RIGHT_B_RST, 5, 1 // Branch to RIGHT_B_RST if RFLAGS[5] = 1 (ABOVE=1)LIMM R9, 1 // R9 <- 1ADD R21, R9 // R21 <- R21 + R9 (Increments column)LIMM R9, 1 // R9 <- 1 (SPRITE_LEVEL = 1)SPRITE_POS R9, R11, R21 // SPRITE_POS LEVEL, ROW, COLUMNJMP RETURN_RIGHT_BRIGHT_B_RST:LIMM R21, 33 // R21 <- 33 (Start column value - 15 = 48 - 15)LIMM R9, 1 // R9 <- 1 (SPRITE_LEVEL = 1)SPRITE_POS R9, R11, R21 // SPRITE_POS LEVEL, ROW, COLUMNJMP RETURN_RIGHT_B// ACTIONS FOR RIGHT_C BUTTONS PRESSEDRIGHT_C:LIMM R9, 687 // R9 <- 687 (End column value = 687)CMP R22, R9 // R22 (Sprite Level 2 Column register)BRFL RIGHT_C_RST, 4, 1 // Branch to RIGHT_C_RST if RFLAGS[4] = 1 (EQUAL=1)BRFL RIGHT_C_RST, 5, 1 // Branch to RIGHT_C_RST if RFLAGS[5] = 1 (ABOVE=1)LIMM R9, 1 // R9 <- 1ADD R22, R9 // R22 <- R22 + R9 (Increments column)LIMM R9, 2 // R9 <- 2 (SPRITE_LEVEL = 2)SPRITE_POS R9, R12, R22 // SPRITE_POS LEVEL, ROW, COLUMNJMP RETURN_RIGHT_CRIGHT_C_RST:LIMM R22, 33 // R22 <- 33 (Start column value - 15 = 48 - 15)LIMM R9, 2 // R9 <- 2 (SPRITE_LEVEL = 2)SPRITE_POS R9, R12, R22 // SPRITE_POS LEVEL, ROW, COLUMNJMP RETURN_RIGHT_C// ACTIONS FOR RIGHT_X BUTTONS PRESSEDRIGHT_X:LIMM R9, 687 // R9 <- 687 (End column value = 687)CMP R23, R9 // R23 (Sprite Level 3 Column register)BRFL RIGHT_X_RST, 4, 1 // Branch to RIGHT_X_RST if RFLAGS[4] = 1 (EQUAL=1)BRFL RIGHT_X_RST, 5, 1 // Branch to RIGHT_X_RST if RFLAGS[5] = 1 (ABOVE=1)LIMM R9, 1 // R9 <- 1ADD R23, R9 // R23 <- R23 + R9 (Increments column)LIMM R9, 3 // R9 <- 3 (SPRITE_LEVEL = 3)SPRITE_POS R9, R13, R23 // SPRITE_POS LEVEL, ROW, COLUMNJMP RETURN_RIGHT_XRIGHT_X_RST:LIMM R23, 33 // R23 <- 33 (Start column value - 15 = 48 - 15)LIMM R9, 3 // R9 <- 3 (SPRITE_LEVEL = 3)SPRITE_POS R9, R13, R23 // SPRITE_POS LEVEL, ROW, COLUMNJMP RETURN_RIGHT_X// ACTIONS FOR RIGHT_Y BUTTONS PRESSEDRIGHT_Y:LIMM R9, 687 // R9 <- 687 (End column value = 687)CMP R24, R9 // R24 (Sprite Level 4 Column register)BRFL RIGHT_Y_RST, 4, 1 // Branch to RIGHT_Y_RST if RFLAGS[4] = 1 (EQUAL=1)BRFL RIGHT_Y_RST, 5, 1 // Branch to RIGHT_Y_RST if RFLAGS[5] = 1 (ABOVE=1)LIMM R9, 1 // R9 <- 1ADD R24, R9 // R24 <- R24 + R9 (Increments column)LIMM R9, 4 // R9 <- 4 (SPRITE_LEVEL = 4)SPRITE_POS R9, R14, R24 // SPRITE_POS LEVEL, ROW, COLUMNJMP RETURN_RIGHT_YRIGHT_Y_RST:LIMM R24, 33 // R24 <- 33 (Start column value - 15 = 48 - 15)LIMM R9, 4 // R9 <- 4 (SPRITE_LEVEL = 4)SPRITE_POS R9, R14, R24 // SPRITE_POS LEVEL, ROW, COLUMNJMP RETURN_RIGHT_Y// ACTIONS FOR RIGHT_Z BUTTONS PRESSEDRIGHT_Z:LIMM R9, 687 // R9 <- 687 (End column value = 687)CMP R25, R9 // R25 (Sprite Level 5 Column register)BRFL RIGHT_Z_RST, 4, 1 // Branch to RIGHT_Z_RST if RFLAGS[4] = 1 (EQUAL=1)BRFL RIGHT_Z_RST, 5, 1 // Branch to RIGHT_Z_RST if RFLAGS[5] = 1 (ABOVE=1)LIMM R9, 1 // R9 <- 1ADD R25, R9 // R25 <- R25 + R9 (Increments column)LIMM R9, 5 // R9 <- 5 (SPRITE_LEVEL = 5)SPRITE_POS R9, R15, R25 // SPRITE_POS LEVEL, ROW, COLUMNJMP RETURN_RIGHT_ZRIGHT_Z_RST:LIMM R25, 33 // R25 <- 33 (Start column value - 15 = 48 - 15)LIMM R9, 5 // R9 <- 5 (SPRITE_LEVEL = 5)SPRITE_POS R9, R15, R25 // SPRITE_POS LEVEL, ROW, COLUMNJMP RETURN_RIGHT_Z// ACTIONS FOR RIGHT_START BUTTONS PRESSEDRIGHT_START:LIMM R9, 687 // R9 <- 687 (End column value = 687)CMP R26, R9 // R26 (Sprite Level 6 Column register)BRFL RIGHT_START_RST, 4, 1 // Branch to RIGHT_START_RST if RFLAGS[4] = 1 (EQUAL=1)BRFL RIGHT_START_RST, 5, 1 // Branch to RIGHT_START_RST if RFLAGS[5] = 1 (ABOVE=1)LIMM R9, 1 // R9 <- 1ADD R26, R9 // R26 <- R26 + R9 (Increments column)LIMM R9, 6 // R9 <- 6 (SPRITE_LEVEL = 6)SPRITE_POS R9, R16, R26 // SPRITE_POS LEVEL, ROW, COLUMNJMP RETURN_RIGHT_STARTRIGHT_START_RST:LIMM R26, 33 // R26 <- 33 (Start column value - 15 = 48 - 15)LIMM R9, 6 // R9 <- 6 (SPRITE_LEVEL = 6)SPRITE_POS R9, R16, R26 // SPRITE_POS LEVEL, ROW, COLUMNJMP RETURN_RIGHT_START// ACTIONS FOR RIGHT_MODE BUTTONS PRESSEDRIGHT_MODE:LIMM R9, 687 // R9 <- 687 (End column value = 687)CMP R27, R9 // R27 (Sprite Level 7 Column register)BRFL RIGHT_MODE_RST, 4, 1 // Branch to RIGHT_MODE_RST if RFLAGS[4] = 1 (EQUAL=1)BRFL RIGHT_MODE_RST, 5, 1 // Branch to RIGHT_MODE_RST if RFLAGS[5] = 1 (ABOVE=1)LIMM R9, 1 // R9 <- 1ADD R27, R9 // R27 <- R27 + R9 (Increments column)LIMM R9, 7 // R9 <- 7 (SPRITE_LEVEL = 7)SPRITE_POS R9, R17, R27 // SPRITE_POS LEVEL, ROW, COLUMNJMP RETURN_RIGHT_MODERIGHT_MODE_RST:LIMM R27, 33 // R27 <- 33 (Start column value - 15 = 48 - 15)LIMM R9, 7 // R9 <- 7 (SPRITE_LEVEL = 7)SPRITE_POS R9, R17, R27 // SPRITE_POS LEVEL, ROW, COLUMNJMP RETURN_RIGHT_MODE