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sergev/a+x.full.trace

Created December 5, 2019 21:39
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Test of A+X, A-X and X-A instructions, detailed trace of MESM-6 RTL simulation
Raw
a+x.full.trace
Limit: 1000
Load 55 words from a+x_a-x_x-a.oct
(0) *** Reset
(1) *** Clear reset
(2) 0: 0000000000051000000 imm=0 md=A mw=IMM w_m
(2) K[0] = 00000
(2) C = 00000
(2) R = 1xx (k,undef)
(2) GIE = 0
(3) 1: 0000010000100200000 imm=0 acc=REG mr=IMM w_a
(3) A = 0000 0000 0000 0000
(4) 2: 0600000000100000000 imm=0 rr=REG w_r
(4) R = 100 (k,undef)
(5) 3: 0000200000051000001 imm=1 md=A mw=IMM w_m cond_a_zero
(5) K[1] = 00000
(5) Y = 0000 0000 0000 0000
(6) 4: 0000000000051000002 imm=2 md=A mw=IMM w_m
(6) K[2] = 00000
(7) 5: 0000000000051000003 imm=3 md=A mw=IMM w_m
(7) K[3] = 00000
(8) 6: 0000000000051000004 imm=4 md=A mw=IMM w_m
(8) K[4] = 00000
(9) 7: 0000000000051000005 imm=5 md=A mw=IMM w_m
(9) K[5] = 00000
(10) 8: 0000000000051000006 imm=6 md=A mw=IMM w_m
(10) K[6] = 00000
(11) 9: 0000000000051000007 imm=7 md=A mw=IMM w_m
(11) K[7] = 00000
(12) 10: 0000000000051000010 imm=8 md=A mw=IMM w_m
(12) K[8] = 00000
(13) 11: 0000000000051000011 imm=9 md=A mw=IMM w_m
(13) K[9] = 00000
(14) 12: 0000000000051000012 imm=10 md=A mw=IMM w_m
(14) K[10] = 00000
(15) 13: 0000000000051000013 imm=11 md=A mw=IMM w_m
(15) K[11] = 00000
(16) 14: 0000000000051000014 imm=12 md=A mw=IMM w_m
(16) K[12] = 00000
(17) 15: 0000000000051000015 imm=13 md=A mw=IMM w_m
(17) K[13] = 00000
(18) 16: 0000000000051000016 imm=14 md=A mw=IMM w_m
(18) K[14] = 00000
(19) 17: 0004000000051000017 imm=15 md=A mw=IMM w_m exit_interrupt
(19) KSP = 00000
(19) R = 000 (undef)
(19) GIE = 1
(20) 18: 0000000000051000000 imm=0 md=A mw=IMM w_m
(20) M[0] = 00000
(21) 19: 0000000000051000001 imm=1 md=A mw=IMM w_m
(21) M[1] = 00000
(22) 20: 0000000000051000002 imm=2 md=A mw=IMM w_m
(22) M[2] = 00000
(23) 21: 0000000000051000003 imm=3 md=A mw=IMM w_m
(23) M[3] = 00000
(24) 22: 0000000000051000004 imm=4 md=A mw=IMM w_m
(24) M[4] = 00000
(25) 23: 0000000000051000005 imm=5 md=A mw=IMM w_m
(25) M[5] = 00000
(26) 24: 0000000000051000006 imm=6 md=A mw=IMM w_m
(26) M[6] = 00000
(27) 25: 0000000000051000007 imm=7 md=A mw=IMM w_m
(27) M[7] = 00000
(28) 26: 0000000000051000010 imm=8 md=A mw=IMM w_m
(28) M[8] = 00000
(29) 27: 0000000000051000011 imm=9 md=A mw=IMM w_m
(29) M[9] = 00000
(30) 28: 0000000000051000012 imm=10 md=A mw=IMM w_m
(30) M[10] = 00000
(31) 29: 0000000000051000013 imm=11 md=A mw=IMM w_m
(31) M[11] = 00000
(32) 30: 0000000000051000014 imm=12 md=A mw=IMM w_m
(32) M[12] = 00000
(33) 31: 0000000000051000015 imm=13 md=A mw=IMM w_m
(33) M[13] = 00000
(34) 32: 0000000000051000016 imm=14 md=A mw=IMM w_m
(34) M[14] = 00000
(35) 33: 0000000000051000017 imm=15 md=A mw=IMM w_m
(35) SP = 00000
(36) 34: 0010000003000000001 imm=1 pc=IMM w_pc
(37) 35: 0000000600000000000 fetch w_opcode (busy)
(37) Fetch [00001] = 7640 2000 0037 0003
(38) 35: 0000000600000000000 fetch w_opcode
(39) 36: 0000001000000000000 decode
(39) 00001: 76402000 vtm 2000(15)
(40) 190: 0000001100045000043 imm=35 md=VA mw=I w_m cond_op_not_cached decode
(40) SP = 02000
(40) 00001: 00370003 ntr 3
(41) 145: 0400000000000000000 rr=UA w_r
(41) R = 003 (undef,no-round,no-norm)
(42) 146: 0000001100000000043 imm=35 cond_op_not_cached decode
(43) 35: 0000000600000000000 fetch w_opcode (busy)
(43) Fetch [00002] = 7240 0100 0042 0016
(44) 35: 0000000600000000000 fetch w_opcode
(45) 36: 0000001000000000000 decode
(45) 00002: 72400100 vtm 100(14)
(46) 190: 0000001100045000043 imm=35 md=VA mw=I w_m cond_op_not_cached decode
(46) M[14] = 00100
(46) 00002: 00420016 ita 16
(47) 152: 1000011100300200043 imm=35 acc=REG mr=UA cond_op_not_cached decode w_a
(47) A = 0000 0000 0000 0100
(47) R = 007 (log,no-round,no-norm)
(48) 35: 0000000600000000000 fetch w_opcode (busy)
(48) Fetch [00003] = 0005 2012 0260 0044
(49) 35: 0000000600000000000 fetch w_opcode
(50) 36: 0000001000000000000 decode
(50) 00003: 00052012 a-x 2012
(51) 60: 0000002000000100000 mem_r (busy)
(51) Load [02012] = 0000 0000 0000 0101
(52) 60: 0000002000000100000 mem_r
(53) 61: 0040010000000013000 alu=A-B acc=ALU alu_mem w_a (busy)
(54) 61: 0040010000000013000 alu=A-B acc=ALU alu_mem w_a (busy)
(55) 61: 0040010000000013000 alu=A-B acc=ALU alu_mem w_a (busy)
(56) 61: 0040010000000013000 alu=A-B acc=ALU alu_mem w_a (busy)
(57) 61: 0040010000000013000 alu=A-B acc=ALU alu_mem w_a
(57) A = 0037 7777 7777 7777
(58) 62: 4000001100000000043 imm=35 cond_op_not_cached decode
(58) 00003: 02600044 uza 44
(58) R = 023 (add,no-round,no-norm)
(59) 192: 0000200000000000302 imm=194 cond_a_zero
(59) Y = 0037 7777 7777 7777
(60) 193: 0000001100000000043 imm=35 cond_op_not_cached decode
(61) 35: 0000000600000000000 fetch w_opcode (busy)
(61) Fetch [00004] = 0004 2013 0270 0044
(62) 35: 0000000600000000000 fetch w_opcode
(63) 36: 0000001000000000000 decode
(63) 00004: 00042013 a+x 2013
(64) 56: 0000002000000100000 mem_r (busy)
(64) Load [02013] = 0000 0000 0000 0001
(65) 56: 0000002000000100000 mem_r
(66) 57: 0040010000000012000 alu=A+B acc=ALU alu_mem w_a (busy)
(66) Y = 0020 0000 0000 0000
(67) 57: 0040010000000012000 alu=A+B acc=ALU alu_mem w_a (busy)
(68) 57: 0040010000000012000 alu=A+B acc=ALU alu_mem w_a (busy)
(69) 57: 0040010000000012000 alu=A+B acc=ALU alu_mem w_a (busy)
(70) 57: 0040010000000012000 alu=A+B acc=ALU alu_mem w_a
(70) A = 0000 0000 0000 0000
(71) 58: 4000001100000000043 imm=35 cond_op_not_cached decode
(71) 00004: 02700044 u1a 44
(72) 196: 0000040000000000306 imm=198 cond_a_nonzero
(72) Y = 0000 0000 0000 0000
(73) 197: 0000001100000000043 imm=35 cond_op_not_cached decode
(74) 35: 0000000600000000000 fetch w_opcode (busy)
(74) Fetch [00005] = 0015 0000 0270 0044
(75) 35: 0000000600000000000 fetch w_opcode
(76) 36: 0000001000000000000 decode
(76) 00005: 00150000 aox
(77) 91: 0000002000000100000 mem_r (busy)
(77) Load [00000] = 0000 0000 0000 0000
(78) 91: 0000002000000100000 mem_r
(79) 92: 0040010000000002000 alu=A|B acc=ALU alu_mem w_a (busy)
(80) 92: 0040010000000002000 alu=A|B acc=ALU alu_mem w_a
(81) 93: 1000001100000000043 imm=35 cond_op_not_cached decode
(81) 00005: 02700044 u1a 44
(81) R = 007 (log,no-round,no-norm)
(82) 196: 0000040000000000306 imm=198 cond_a_nonzero
(83) 197: 0000001100000000043 imm=35 cond_op_not_cached decode
(84) 35: 0000000600000000000 fetch w_opcode (busy)
(84) Fetch [00006] = 0010 2014 0006 2013
(85) 35: 0000000600000000000 fetch w_opcode
(86) 36: 0000001000000000000 decode
(86) 00006: 00102014 xta 2014
(87) 72: 0000012000000100000 acc=MEM mem_r w_a (busy)
(87) Load [02014] = 0000 0000 0000 0002
(88) 72: 0000012000000100000 acc=MEM mem_r w_a
(88) A = 0000 0000 0000 0002
(89) 73: 1000001100000000043 imm=35 cond_op_not_cached decode
(89) 00006: 00062013 x-a 2013
(90) 64: 0000002000000100000 mem_r (busy)
(90) Load [02013] = 0000 0000 0000 0001
(91) 64: 0000002000000100000 mem_r
(92) 65: 0040010000000014000 alu=B-A acc=ALU alu_mem w_a (busy)
(93) 65: 0040010000000014000 alu=B-A acc=ALU alu_mem w_a (busy)
(94) 65: 0040010000000014000 alu=B-A acc=ALU alu_mem w_a (busy)
(95) 65: 0040010000000014000 alu=B-A acc=ALU alu_mem w_a (busy)
(96) 65: 0040010000000014000 alu=B-A acc=ALU alu_mem w_a
(96) A = 0037 7777 7777 7777
(97) 66: 4000001100000000043 imm=35 cond_op_not_cached decode
(97) R = 023 (add,no-round,no-norm)
(98) 35: 0000000600000000000 fetch w_opcode (busy)
(98) Fetch [00007] = 0005 2015 0270 0044
(99) 35: 0000000600000000000 fetch w_opcode
(100) 36: 0000001000000000000 decode
(100) 00007: 00052015 a-x 2015
(101) 60: 0000002000000100000 mem_r (busy)
(101) Load [02015] = 0037 7777 7777 7777
(102) 60: 0000002000000100000 mem_r
(103) 61: 0040010000000013000 alu=A-B acc=ALU alu_mem w_a (busy)
(104) 61: 0040010000000013000 alu=A-B acc=ALU alu_mem w_a (busy)
(105) 61: 0040010000000013000 alu=A-B acc=ALU alu_mem w_a (busy)
(106) 61: 0040010000000013000 alu=A-B acc=ALU alu_mem w_a (busy)
(107) 61: 0040010000000013000 alu=A-B acc=ALU alu_mem w_a
(107) A = 0000 0000 0000 0000
(108) 62: 4000001100000000043 imm=35 cond_op_not_cached decode
(108) 00007: 02700044 u1a 44
(109) 196: 0000040000000000306 imm=198 cond_a_nonzero
(110) 197: 0000001100000000043 imm=35 cond_op_not_cached decode
(111) 35: 0000000600000000000 fetch w_opcode (busy)
(111) Fetch [00010] = 0015 0000 0270 0044
(112) 35: 0000000600000000000 fetch w_opcode
(113) 36: 0000001000000000000 decode
(113) 00010: 00150000 aox
(114) 91: 0000002000000100000 mem_r (busy)
(114) Load [00000] = 0000 0000 0000 0000
(115) 91: 0000002000000100000 mem_r
(116) 92: 0040010000000002000 alu=A|B acc=ALU alu_mem w_a (busy)
(117) 92: 0040010000000002000 alu=A|B acc=ALU alu_mem w_a
(118) 93: 1000001100000000043 imm=35 cond_op_not_cached decode
(118) 00010: 02700044 u1a 44
(118) R = 007 (log,no-round,no-norm)
(119) 196: 0000040000000000306 imm=198 cond_a_nonzero
(120) 197: 0000001100000000043 imm=35 cond_op_not_cached decode
(121) 35: 0000000600000000000 fetch w_opcode (busy)
(121) Fetch [00011] = 0010 2014 0003 2013
(122) 35: 0000000600000000000 fetch w_opcode
(123) 36: 0000001000000000000 decode
(123) 00011: 00102014 xta 2014
(124) 72: 0000012000000100000 acc=MEM mem_r w_a (busy)
(124) Load [02014] = 0000 0000 0000 0002
(125) 72: 0000012000000100000 acc=MEM mem_r w_a
(125) A = 0000 0000 0000 0002
(126) 73: 1000001100000000043 imm=35 cond_op_not_cached decode
(126) 00011: 00032013 xts 2013
(127) 51: 0000004010100000017 imm=15 sel_addr mem_w (busy)
(127) Store [02000] = 0000 0000 0000 0002
(128) 51: 0000004010100000017 imm=15 sel_addr mem_w
(129) 52: 0000000000153000017 imm=15 md=R+1 mw=IMM mr=IMM w_m
(129) SP = 02001
(130) 53: 0000012000000100000 acc=MEM mem_r w_a (busy)
(130) Load [02013] = 0000 0000 0000 0001
(131) 53: 0000012000000100000 acc=MEM mem_r w_a
(131) A = 0000 0000 0000 0001
(132) 54: 1000001100000000043 imm=35 cond_op_not_cached decode
(133) 35: 0000000600000000000 fetch w_opcode (busy)
(133) Fetch [00012] = 0003 2014 0003 2016
(134) 35: 0000000600000000000 fetch w_opcode
(135) 36: 0000001000000000000 decode
(135) 00012: 00032014 xts 2014
(136) 51: 0000004010100000017 imm=15 sel_addr mem_w (busy)
(136) Store [02001] = 0000 0000 0000 0001
(137) 51: 0000004010100000017 imm=15 sel_addr mem_w
(138) 52: 0000000000153000017 imm=15 md=R+1 mw=IMM mr=IMM w_m
(138) SP = 02002
(139) 53: 0000012000000100000 acc=MEM mem_r w_a (busy)
(139) Load [02014] = 0000 0000 0000 0002
(140) 53: 0000012000000100000 acc=MEM mem_r w_a
(140) A = 0000 0000 0000 0002
(141) 54: 1000001100000000043 imm=35 cond_op_not_cached decode
(141) 00012: 00032016 xts 2016
(142) 51: 0000004010100000017 imm=15 sel_addr mem_w (busy)
(142) Store [02002] = 0000 0000 0000 0002
(143) 51: 0000004010100000017 imm=15 sel_addr mem_w
(144) 52: 0000000000153000017 imm=15 md=R+1 mw=IMM mr=IMM w_m
(144) SP = 02003
(145) 53: 0000012000000100000 acc=MEM mem_r w_a (busy)
(145) Load [02016] = 0000 0000 0000 0003
(146) 53: 0000012000000100000 acc=MEM mem_r w_a
(146) A = 0000 0000 0000 0003
(147) 54: 1000001100000000043 imm=35 cond_op_not_cached decode
(148) 35: 0000000600000000000 fetch w_opcode (busy)
(148) Fetch [00013] = 7405 0000 0270 0044
(149) 35: 0000000600000000000 fetch w_opcode
(150) 36: 0000001000000000000 decode
(150) 00013: 74050000 a-x (15)
(151) 59: 0000000000154000017 imm=15 md=R-1 mw=IMM mr=IMM w_m
(151) SP = 02002
(152) 60: 0000002000000100000 mem_r (busy)
(152) Load [02002] = 0000 0000 0000 0002
(153) 60: 0000002000000100000 mem_r
(154) 61: 0040010000000013000 alu=A-B acc=ALU alu_mem w_a (busy)
(155) 61: 0040010000000013000 alu=A-B acc=ALU alu_mem w_a (busy)
(156) 61: 0040010000000013000 alu=A-B acc=ALU alu_mem w_a (busy)
(157) 61: 0040010000000013000 alu=A-B acc=ALU alu_mem w_a (busy)
(158) 61: 0040010000000013000 alu=A-B acc=ALU alu_mem w_a
(158) A = 0000 0000 0000 0001
(159) 62: 4000001100000000043 imm=35 cond_op_not_cached decode
(159) 00013: 02700044 u1a 44
(159) R = 023 (add,no-round,no-norm)
(160) 196: 0000040000000000306 imm=198 cond_a_nonzero
(160) Y = 0000 0000 0000 0001
(161) 197: 0000001100000000043 imm=35 cond_op_not_cached decode
(162) 35: 0000000600000000000 fetch w_opcode (busy)
(162) Fetch [00014] = 7404 0000 7406 0000
(163) 35: 0000000600000000000 fetch w_opcode
(164) 36: 0000001000000000000 decode
(164) 00014: 74040000 a+x (15)
(165) 55: 0000000000154000017 imm=15 md=R-1 mw=IMM mr=IMM w_m
(165) SP = 02001
(166) 56: 0000002000000100000 mem_r (busy)
(166) Load [02001] = 0000 0000 0000 0001
(167) 56: 0000002000000100000 mem_r
(168) 57: 0040010000000012000 alu=A+B acc=ALU alu_mem w_a (busy)
(168) Y = 0000 0000 0000 0000
(169) 57: 0040010000000012000 alu=A+B acc=ALU alu_mem w_a (busy)
(170) 57: 0040010000000012000 alu=A+B acc=ALU alu_mem w_a (busy)
(171) 57: 0040010000000012000 alu=A+B acc=ALU alu_mem w_a (busy)
(172) 57: 0040010000000012000 alu=A+B acc=ALU alu_mem w_a
(172) A = 0000 0000 0000 0002
(173) 58: 4000001100000000043 imm=35 cond_op_not_cached decode
(173) 00014: 74060000 x-a (15)
(174) 63: 0000000000154000017 imm=15 md=R-1 mw=IMM mr=IMM w_m
(174) SP = 02000
(175) 64: 0000002000000100000 mem_r (busy)
(175) Load [02000] = 0000 0000 0000 0002
(176) 64: 0000002000000100000 mem_r
(177) 65: 0040010000000014000 alu=B-A acc=ALU alu_mem w_a (busy)
(178) 65: 0040010000000014000 alu=B-A acc=ALU alu_mem w_a (busy)
(179) 65: 0040010000000014000 alu=B-A acc=ALU alu_mem w_a (busy)
(180) 65: 0040010000000014000 alu=B-A acc=ALU alu_mem w_a (busy)
(181) 65: 0040010000000014000 alu=B-A acc=ALU alu_mem w_a
(181) A = 0000 0000 0000 0000
(182) 66: 4000001100000000043 imm=35 cond_op_not_cached decode
(183) 35: 0000000600000000000 fetch w_opcode (busy)
(183) Fetch [00015] = 0270 0044 0015 0000
(184) 35: 0000000600000000000 fetch w_opcode
(185) 36: 0000001000000000000 decode
(185) 00015: 02700044 u1a 44
(186) 196: 0000040000000000306 imm=198 cond_a_nonzero
(187) 197: 0000001100000000043 imm=35 cond_op_not_cached decode
(187) 00015: 00150000 aox
(188) 91: 0000002000000100000 mem_r (busy)
(188) Load [00000] = 0000 0000 0000 0000
(189) 91: 0000002000000100000 mem_r
(190) 92: 0040010000000002000 alu=A|B acc=ALU alu_mem w_a (busy)
(191) 92: 0040010000000002000 alu=A|B acc=ALU alu_mem w_a
(192) 93: 1000001100000000043 imm=35 cond_op_not_cached decode
(192) R = 007 (log,no-round,no-norm)
(193) 35: 0000000600000000000 fetch w_opcode (busy)
(193) Fetch [00016] = 0270 0044 0010 2017
(194) 35: 0000000600000000000 fetch w_opcode
(195) 36: 0000001000000000000 decode
(195) 00016: 02700044 u1a 44
(196) 196: 0000040000000000306 imm=198 cond_a_nonzero
(197) 197: 0000001100000000043 imm=35 cond_op_not_cached decode
(197) 00016: 00102017 xta 2017
(198) 72: 0000012000000100000 acc=MEM mem_r w_a (busy)
(198) Load [02017] = 6400 0000 0000 0100
(199) 72: 0000012000000100000 acc=MEM mem_r w_a
(199) A = 6400 0000 0000 0100
(200) 73: 1000001100000000043 imm=35 cond_op_not_cached decode
(201) 35: 0000000600000000000 fetch w_opcode (busy)
(201) Fetch [00017] = 0005 2020 0260 0044
(202) 35: 0000000600000000000 fetch w_opcode
(203) 36: 0000001000000000000 decode
(203) 00017: 00052020 a-x 2020
(204) 60: 0000002000000100000 mem_r (busy)
(204) Load [02020] = 6400 0000 0000 0102
(205) 60: 0000002000000100000 mem_r
(206) 61: 0040010000000013000 alu=A-B acc=ALU alu_mem w_a (busy)
(207) 61: 0040010000000013000 alu=A-B acc=ALU alu_mem w_a (busy)
(208) 61: 0040010000000013000 alu=A-B acc=ALU alu_mem w_a (busy)
(209) 61: 0040010000000013000 alu=A-B acc=ALU alu_mem w_a (busy)
(210) 61: 0040010000000013000 alu=A-B acc=ALU alu_mem w_a
(210) A = 6437 7777 7777 7776
(211) 62: 4000001100000000043 imm=35 cond_op_not_cached decode
(211) 00017: 02600044 uza 44
(211) R = 023 (add,no-round,no-norm)
(212) 192: 0000200000000000302 imm=194 cond_a_zero
(212) Y = 6437 7777 7777 7776
(213) 193: 0000001100000000043 imm=35 cond_op_not_cached decode
(214) 35: 0000000600000000000 fetch w_opcode (busy)
(214) Fetch [00020] = 0004 2021 0270 0044
(215) 35: 0000000600000000000 fetch w_opcode
(216) 36: 0000001000000000000 decode
(216) 00020: 00042021 a+x 2021
(217) 56: 0000002000000100000 mem_r (busy)
(217) Load [02021] = 4110 0000 0000 0000
(218) 56: 0000002000000100000 mem_r
(219) 57: 0040010000000012000 alu=A+B acc=ALU alu_mem w_a (busy)
(219) Y = 6420 0000 0000 0000
(220) 57: 0040010000000012000 alu=A+B acc=ALU alu_mem w_a (busy)
(221) 57: 0040010000000012000 alu=A+B acc=ALU alu_mem w_a (busy)
(222) 57: 0040010000000012000 alu=A+B acc=ALU alu_mem w_a (busy)
(223) 57: 0040010000000012000 alu=A+B acc=ALU alu_mem w_a (busy)
(224) 57: 0040010000000012000 alu=A+B acc=ALU alu_mem w_a (busy)
(225) 57: 0040010000000012000 alu=A+B acc=ALU alu_mem w_a (busy)
(226) 57: 0040010000000012000 alu=A+B acc=ALU alu_mem w_a (busy)
(227) 57: 0040010000000012000 alu=A+B acc=ALU alu_mem w_a (busy)
(228) 57: 0040010000000012000 alu=A+B acc=ALU alu_mem w_a (busy)
(229) 57: 0040010000000012000 alu=A+B acc=ALU alu_mem w_a (busy)
(230) 57: 0040010000000012000 alu=A+B acc=ALU alu_mem w_a (busy)
(231) 57: 0040010000000012000 alu=A+B acc=ALU alu_mem w_a (busy)
(232) 57: 0040010000000012000 alu=A+B acc=ALU alu_mem w_a (busy)
(233) 57: 0040010000000012000 alu=A+B acc=ALU alu_mem w_a (busy)
(234) 57: 0040010000000012000 alu=A+B acc=ALU alu_mem w_a (busy)
(235) 57: 0040010000000012000 alu=A+B acc=ALU alu_mem w_a (busy)
(236) 57: 0040010000000012000 alu=A+B acc=ALU alu_mem w_a (busy)
(237) 57: 0040010000000012000 alu=A+B acc=ALU alu_mem w_a (busy)
(238) 57: 0040010000000012000 alu=A+B acc=ALU alu_mem w_a (busy)
(239) 57: 0040010000000012000 alu=A+B acc=ALU alu_mem w_a (busy)
(240) 57: 0040010000000012000 alu=A+B acc=ALU alu_mem w_a (busy)
(241) 57: 0040010000000012000 alu=A+B acc=ALU alu_mem w_a (busy)
(242) 57: 0040010000000012000 alu=A+B acc=ALU alu_mem w_a (busy)
(243) 57: 0040010000000012000 alu=A+B acc=ALU alu_mem w_a (busy)
(244) 57: 0040010000000012000 alu=A+B acc=ALU alu_mem w_a (busy)
(245) 57: 0040010000000012000 alu=A+B acc=ALU alu_mem w_a (busy)
(246) 57: 0040010000000012000 alu=A+B acc=ALU alu_mem w_a (busy)
(247) 57: 0040010000000012000 alu=A+B acc=ALU alu_mem w_a (busy)
(248) 57: 0040010000000012000 alu=A+B acc=ALU alu_mem w_a (busy)
(249) 57: 0040010000000012000 alu=A+B acc=ALU alu_mem w_a (busy)
(250) 57: 0040010000000012000 alu=A+B acc=ALU alu_mem w_a (busy)
(251) 57: 0040010000000012000 alu=A+B acc=ALU alu_mem w_a (busy)
(252) 57: 0040010000000012000 alu=A+B acc=ALU alu_mem w_a (busy)
(253) 57: 0040010000000012000 alu=A+B acc=ALU alu_mem w_a (busy)
(254) 57: 0040010000000012000 alu=A+B acc=ALU alu_mem w_a (busy)
(255) 57: 0040010000000012000 alu=A+B acc=ALU alu_mem w_a (busy)
(256) 57: 0040010000000012000 alu=A+B acc=ALU alu_mem w_a (busy)
(257) 57: 0040010000000012000 alu=A+B acc=ALU alu_mem w_a (busy)
(258) 57: 0040010000000012000 alu=A+B acc=ALU alu_mem w_a (busy)
(259) 57: 0040010000000012000 alu=A+B acc=ALU alu_mem w_a (busy)
(260) 57: 0040010000000012000 alu=A+B acc=ALU alu_mem w_a (busy)
(261) 57: 0040010000000012000 alu=A+B acc=ALU alu_mem w_a
(261) A = 6400 0000 0000 0000
(262) 58: 4000001100000000043 imm=35 cond_op_not_cached decode
(262) 00020: 02700044 u1a 44
(263) 196: 0000040000000000306 imm=198 cond_a_nonzero
(263) Y = 6400 0000 0000 0000
(264) 197: 0000001100000000043 imm=35 cond_op_not_cached decode
(265) 35: 0000000600000000000 fetch w_opcode (busy)
(265) Fetch [00021] = 0015 0000 0260 0044
(266) 35: 0000000600000000000 fetch w_opcode
(267) 36: 0000001000000000000 decode
(267) 00021: 00150000 aox
(268) 91: 0000002000000100000 mem_r (busy)
(268) Load [00000] = 0000 0000 0000 0000
(269) 91: 0000002000000100000 mem_r
(270) 92: 0040010000000002000 alu=A|B acc=ALU alu_mem w_a (busy)
(270) Y = 0000 0000 0000 0000
(271) 92: 0040010000000002000 alu=A|B acc=ALU alu_mem w_a
(272) 93: 1000001100000000043 imm=35 cond_op_not_cached decode
(272) 00021: 02600044 uza 44
(272) R = 007 (log,no-round,no-norm)
(273) 192: 0000200000000000302 imm=194 cond_a_zero
(273) Y = 6400 0000 0000 0000
(274) 193: 0000001100000000043 imm=35 cond_op_not_cached decode
(275) 35: 0000000600000000000 fetch w_opcode (busy)
(275) Fetch [00022] = 0012 2022 0270 0044
(276) 35: 0000000600000000000 fetch w_opcode
(277) 36: 0000001000000000000 decode
(277) 00022: 00122022 aex 2022
(278) 79: 0000002000000100000 mem_r (busy)
(278) Load [02022] = 6400 0000 0000 0000
(279) 79: 0000002000000100000 mem_r
(280) 80: 0040010000000003000 alu=A^B acc=ALU alu_mem w_a (busy)
(281) 80: 0040010000000003000 alu=A^B acc=ALU alu_mem w_a
(281) A = 0000 0000 0000 0000
(282) 81: 1000001100000000043 imm=35 cond_op_not_cached decode
(282) 00022: 02700044 u1a 44
(283) 196: 0000040000000000306 imm=198 cond_a_nonzero
(283) Y = 0000 0000 0000 0000
(284) 197: 0000001100000000043 imm=35 cond_op_not_cached decode
(285) 35: 0000000600000000000 fetch w_opcode (busy)
(285) Fetch [00023] = 0037 0002 0010 2021
(286) 35: 0000000600000000000 fetch w_opcode
(287) 36: 0000001000000000000 decode
(287) 00023: 00370002 ntr 2
(288) 145: 0400000000000000000 rr=UA w_r
(288) R = 002 (undef,no-round)
(289) 146: 0000001100000000043 imm=35 cond_op_not_cached decode
(289) 00023: 00102021 xta 2021
(290) 72: 0000012000000100000 acc=MEM mem_r w_a (busy)
(290) Load [02021] = 4110 0000 0000 0000
(291) 72: 0000012000000100000 acc=MEM mem_r w_a
(291) A = 4110 0000 0000 0000
(292) 73: 1000001100000000043 imm=35 cond_op_not_cached decode
(292) R = 006 (log,no-round)
(293) 35: 0000000600000000000 fetch w_opcode (busy)
(293) Fetch [00024] = 0003 2023 0003 2021
(294) 35: 0000000600000000000 fetch w_opcode
(295) 36: 0000001000000000000 decode
(295) 00024: 00032023 xts 2023
(296) 51: 0000004010100000017 imm=15 sel_addr mem_w (busy)
(296) Store [02000] = 4110 0000 0000 0000
(297) 51: 0000004010100000017 imm=15 sel_addr mem_w
(298) 52: 0000000000153000017 imm=15 md=R+1 mw=IMM mr=IMM w_m
(298) SP = 02001
(299) 53: 0000012000000100000 acc=MEM mem_r w_a (busy)
(299) Load [02023] = 4114 0000 0000 0000
(300) 53: 0000012000000100000 acc=MEM mem_r w_a
(300) A = 4114 0000 0000 0000
(301) 54: 1000001100000000043 imm=35 cond_op_not_cached decode
(301) 00024: 00032021 xts 2021
(302) 51: 0000004010100000017 imm=15 sel_addr mem_w (busy)
(302) Store [02001] = 4114 0000 0000 0000
(303) 51: 0000004010100000017 imm=15 sel_addr mem_w
(304) 52: 0000000000153000017 imm=15 md=R+1 mw=IMM mr=IMM w_m
(304) SP = 02002
(305) 53: 0000012000000100000 acc=MEM mem_r w_a (busy)
(305) Load [02021] = 4110 0000 0000 0000
(306) 53: 0000012000000100000 acc=MEM mem_r w_a
(306) A = 4110 0000 0000 0000
(307) 54: 1000001100000000043 imm=35 cond_op_not_cached decode
(308) 35: 0000000600000000000 fetch w_opcode (busy)
(308) Fetch [00025] = 0003 2023 7404 0000
(309) 35: 0000000600000000000 fetch w_opcode
(310) 36: 0000001000000000000 decode
(310) 00025: 00032023 xts 2023
(311) 51: 0000004010100000017 imm=15 sel_addr mem_w (busy)
(311) Store [02002] = 4110 0000 0000 0000
(312) 51: 0000004010100000017 imm=15 sel_addr mem_w
(313) 52: 0000000000153000017 imm=15 md=R+1 mw=IMM mr=IMM w_m
(313) SP = 02003
(314) 53: 0000012000000100000 acc=MEM mem_r w_a (busy)
(314) Load [02023] = 4114 0000 0000 0000
(315) 53: 0000012000000100000 acc=MEM mem_r w_a
(315) A = 4114 0000 0000 0000
(316) 54: 1000001100000000043 imm=35 cond_op_not_cached decode
(316) 00025: 74040000 a+x (15)
(317) 55: 0000000000154000017 imm=15 md=R-1 mw=IMM mr=IMM w_m
(317) SP = 02002
(318) 56: 0000002000000100000 mem_r (busy)
(318) Load [02002] = 4110 0000 0000 0000
(319) 56: 0000002000000100000 mem_r
(320) 57: 0040010000000012000 alu=A+B acc=ALU alu_mem w_a (busy)
(321) 57: 0040010000000012000 alu=A+B acc=ALU alu_mem w_a (busy)
(322) 57: 0040010000000012000 alu=A+B acc=ALU alu_mem w_a (busy)
(323) 57: 0040010000000012000 alu=A+B acc=ALU alu_mem w_a (busy)
(324) 57: 0040010000000012000 alu=A+B acc=ALU alu_mem w_a
(324) A = 4152 0000 0000 0000
(325) 58: 4000001100000000043 imm=35 cond_op_not_cached decode
(325) R = 022 (add,no-round)
(326) 35: 0000000600000000000 fetch w_opcode (busy)
(326) Fetch [00026] = 7405 0000 7406 0000
(327) 35: 0000000600000000000 fetch w_opcode
(328) 36: 0000001000000000000 decode
(328) 00026: 74050000 a-x (15)
(329) 59: 0000000000154000017 imm=15 md=R-1 mw=IMM mr=IMM w_m
(329) SP = 02001
(330) 60: 0000002000000100000 mem_r (busy)
(330) Load [02001] = 4114 0000 0000 0000
(331) 60: 0000002000000100000 mem_r
(332) 61: 0040010000000013000 alu=A-B acc=ALU alu_mem w_a (busy)
(333) 61: 0040010000000013000 alu=A-B acc=ALU alu_mem w_a (busy)
(334) 61: 0040010000000013000 alu=A-B acc=ALU alu_mem w_a (busy)
(335) 61: 0040010000000013000 alu=A-B acc=ALU alu_mem w_a (busy)
(336) 61: 0040010000000013000 alu=A-B acc=ALU alu_mem w_a (busy)
(337) 61: 0040010000000013000 alu=A-B acc=ALU alu_mem w_a (busy)
(338) 61: 0040010000000013000 alu=A-B acc=ALU alu_mem w_a
(338) A = 4110 0000 0000 0000
(339) 62: 4000001100000000043 imm=35 cond_op_not_cached decode
(339) 00026: 74060000 x-a (15)
(340) 63: 0000000000154000017 imm=15 md=R-1 mw=IMM mr=IMM w_m
(340) SP = 02000
(341) 64: 0000002000000100000 mem_r (busy)
(341) Load [02000] = 4110 0000 0000 0000
(342) 64: 0000002000000100000 mem_r
(343) 65: 0040010000000014000 alu=B-A acc=ALU alu_mem w_a (busy)
(344) 65: 0040010000000014000 alu=B-A acc=ALU alu_mem w_a (busy)
(345) 65: 0040010000000014000 alu=B-A acc=ALU alu_mem w_a (busy)
(346) 65: 0040010000000014000 alu=B-A acc=ALU alu_mem w_a (busy)
(347) 65: 0040010000000014000 alu=B-A acc=ALU alu_mem w_a (busy)
(348) 65: 0040010000000014000 alu=B-A acc=ALU alu_mem w_a (busy)
(349) 65: 0040010000000014000 alu=B-A acc=ALU alu_mem w_a (busy)
(350) 65: 0040010000000014000 alu=B-A acc=ALU alu_mem w_a (busy)
(351) 65: 0040010000000014000 alu=B-A acc=ALU alu_mem w_a (busy)
(352) 65: 0040010000000014000 alu=B-A acc=ALU alu_mem w_a (busy)
(353) 65: 0040010000000014000 alu=B-A acc=ALU alu_mem w_a (busy)
(354) 65: 0040010000000014000 alu=B-A acc=ALU alu_mem w_a (busy)
(355) 65: 0040010000000014000 alu=B-A acc=ALU alu_mem w_a (busy)
(356) 65: 0040010000000014000 alu=B-A acc=ALU alu_mem w_a (busy)
(357) 65: 0040010000000014000 alu=B-A acc=ALU alu_mem w_a (busy)
(358) 65: 0040010000000014000 alu=B-A acc=ALU alu_mem w_a (busy)
(359) 65: 0040010000000014000 alu=B-A acc=ALU alu_mem w_a (busy)
(360) 65: 0040010000000014000 alu=B-A acc=ALU alu_mem w_a (busy)
(361) 65: 0040010000000014000 alu=B-A acc=ALU alu_mem w_a (busy)
(362) 65: 0040010000000014000 alu=B-A acc=ALU alu_mem w_a (busy)
(363) 65: 0040010000000014000 alu=B-A acc=ALU alu_mem w_a (busy)
(364) 65: 0040010000000014000 alu=B-A acc=ALU alu_mem w_a (busy)
(365) 65: 0040010000000014000 alu=B-A acc=ALU alu_mem w_a (busy)
(366) 65: 0040010000000014000 alu=B-A acc=ALU alu_mem w_a (busy)
(367) 65: 0040010000000014000 alu=B-A acc=ALU alu_mem w_a (busy)
(368) 65: 0040010000000014000 alu=B-A acc=ALU alu_mem w_a (busy)
(369) 65: 0040010000000014000 alu=B-A acc=ALU alu_mem w_a (busy)
(370) 65: 0040010000000014000 alu=B-A acc=ALU alu_mem w_a (busy)
(371) 65: 0040010000000014000 alu=B-A acc=ALU alu_mem w_a (busy)
(372) 65: 0040010000000014000 alu=B-A acc=ALU alu_mem w_a (busy)
(373) 65: 0040010000000014000 alu=B-A acc=ALU alu_mem w_a (busy)
(374) 65: 0040010000000014000 alu=B-A acc=ALU alu_mem w_a (busy)
(375) 65: 0040010000000014000 alu=B-A acc=ALU alu_mem w_a (busy)
(376) 65: 0040010000000014000 alu=B-A acc=ALU alu_mem w_a (busy)
(377) 65: 0040010000000014000 alu=B-A acc=ALU alu_mem w_a (busy)
(378) 65: 0040010000000014000 alu=B-A acc=ALU alu_mem w_a (busy)
(379) 65: 0040010000000014000 alu=B-A acc=ALU alu_mem w_a (busy)
(380) 65: 0040010000000014000 alu=B-A acc=ALU alu_mem w_a (busy)
(381) 65: 0040010000000014000 alu=B-A acc=ALU alu_mem w_a (busy)
(382) 65: 0040010000000014000 alu=B-A acc=ALU alu_mem w_a (busy)
(383) 65: 0040010000000014000 alu=B-A acc=ALU alu_mem w_a (busy)
(384) 65: 0040010000000014000 alu=B-A acc=ALU alu_mem w_a (busy)
(385) 65: 0040010000000014000 alu=B-A acc=ALU alu_mem w_a (busy)
(386) 65: 0040010000000014000 alu=B-A acc=ALU alu_mem w_a (busy)
(387) 65: 0040010000000014000 alu=B-A acc=ALU alu_mem w_a (busy)
(388) 65: 0040010000000014000 alu=B-A acc=ALU alu_mem w_a (busy)
(389) 65: 0040010000000014000 alu=B-A acc=ALU alu_mem w_a (busy)
(390) 65: 0040010000000014000 alu=B-A acc=ALU alu_mem w_a (busy)
(391) 65: 0040010000000014000 alu=B-A acc=ALU alu_mem w_a (busy)
(392) 65: 0040010000000014000 alu=B-A acc=ALU alu_mem w_a (busy)
(393) 65: 0040010000000014000 alu=B-A acc=ALU alu_mem w_a (busy)
(394) 65: 0040010000000014000 alu=B-A acc=ALU alu_mem w_a (busy)
(395) 65: 0040010000000014000 alu=B-A acc=ALU alu_mem w_a (busy)
(396) 65: 0040010000000014000 alu=B-A acc=ALU alu_mem w_a (busy)
(397) 65: 0040010000000014000 alu=B-A acc=ALU alu_mem w_a (busy)
(398) 65: 0040010000000014000 alu=B-A acc=ALU alu_mem w_a (busy)
(399) 65: 0040010000000014000 alu=B-A acc=ALU alu_mem w_a (busy)
(400) 65: 0040010000000014000 alu=B-A acc=ALU alu_mem w_a (busy)
(401) 65: 0040010000000014000 alu=B-A acc=ALU alu_mem w_a (busy)
(402) 65: 0040010000000014000 alu=B-A acc=ALU alu_mem w_a (busy)
(403) 65: 0040010000000014000 alu=B-A acc=ALU alu_mem w_a (busy)
(404) 65: 0040010000000014000 alu=B-A acc=ALU alu_mem w_a (busy)
(405) 65: 0040010000000014000 alu=B-A acc=ALU alu_mem w_a (busy)
(406) 65: 0040010000000014000 alu=B-A acc=ALU alu_mem w_a (busy)
(407) 65: 0040010000000014000 alu=B-A acc=ALU alu_mem w_a (busy)
(408) 65: 0040010000000014000 alu=B-A acc=ALU alu_mem w_a (busy)
(409) 65: 0040010000000014000 alu=B-A acc=ALU alu_mem w_a (busy)
(410) 65: 0040010000000014000 alu=B-A acc=ALU alu_mem w_a (busy)
(411) 65: 0040010000000014000 alu=B-A acc=ALU alu_mem w_a (busy)
(412) 65: 0040010000000014000 alu=B-A acc=ALU alu_mem w_a (busy)
(413) 65: 0040010000000014000 alu=B-A acc=ALU alu_mem w_a (busy)
(414) 65: 0040010000000014000 alu=B-A acc=ALU alu_mem w_a
(414) A = 0000 0000 0000 0000
(415) 66: 4000001100000000043 imm=35 cond_op_not_cached decode
(416) 35: 0000000600000000000 fetch w_opcode (busy)
(416) Fetch [00027] = 0270 0044 0037 0002
(417) 35: 0000000600000000000 fetch w_opcode
(418) 36: 0000001000000000000 decode
(418) 00027: 02700044 u1a 44
(419) 196: 0000040000000000306 imm=198 cond_a_nonzero
(420) 197: 0000001100000000043 imm=35 cond_op_not_cached decode
(420) 00027: 00370002 ntr 2
(421) 145: 0400000000000000000 rr=UA w_r
(421) R = 002 (undef,no-round)
(422) 146: 0000001100000000043 imm=35 cond_op_not_cached decode
(423) 35: 0000000600000000000 fetch w_opcode (busy)
(423) Fetch [00030] = 0010 2024 0005 2025
(424) 35: 0000000600000000000 fetch w_opcode
(425) 36: 0000001000000000000 decode
(425) 00030: 00102024 xta 2024
(426) 72: 0000012000000100000 acc=MEM mem_r w_a (busy)
(426) Load [02024] = 4050 0000 0000 0000
(427) 72: 0000012000000100000 acc=MEM mem_r w_a
(427) A = 4050 0000 0000 0000
(428) 73: 1000001100000000043 imm=35 cond_op_not_cached decode
(428) 00030: 00052025 a-x 2025
(428) R = 006 (log,no-round)
(429) 60: 0000002000000100000 mem_r (busy)
(429) Load [02025] = 4060 0000 0000 0000
(430) 60: 0000002000000100000 mem_r
(431) 61: 0040010000000013000 alu=A-B acc=ALU alu_mem w_a (busy)
(432) 61: 0040010000000013000 alu=A-B acc=ALU alu_mem w_a (busy)
(433) 61: 0040010000000013000 alu=A-B acc=ALU alu_mem w_a (busy)
(434) 61: 0040010000000013000 alu=A-B acc=ALU alu_mem w_a (busy)
(435) 61: 0040010000000013000 alu=A-B acc=ALU alu_mem w_a
(435) A = 4114 0000 0000 0000
(436) 62: 4000001100000000043 imm=35 cond_op_not_cached decode
(436) R = 022 (add,no-round)
(437) 35: 0000000600000000000 fetch w_opcode (busy)
(437) Fetch [00031] = 0270 0044 0012 2023
(438) 35: 0000000600000000000 fetch w_opcode
(439) 36: 0000001000000000000 decode
(439) 00031: 02700044 u1a 44
(440) 196: 0000040000000000306 imm=198 cond_a_nonzero
(440) Y = 4114 0000 0000 0000
(441) 197: 0000001100000000043 imm=35 cond_op_not_cached decode
(441) 00031: 00122023 aex 2023
(442) 79: 0000002000000100000 mem_r (busy)
(442) Load [02023] = 4114 0000 0000 0000
(443) 79: 0000002000000100000 mem_r
(444) 80: 0040010000000003000 alu=A^B acc=ALU alu_mem w_a (busy)
(445) 80: 0040010000000003000 alu=A^B acc=ALU alu_mem w_a
(445) A = 0000 0000 0000 0000
(446) 81: 1000001100000000043 imm=35 cond_op_not_cached decode
(446) R = 006 (log,no-round)
(447) 35: 0000000600000000000 fetch w_opcode (busy)
(447) Fetch [00032] = 0270 0044 0037 0077
(448) 35: 0000000600000000000 fetch w_opcode
(449) 36: 0000001000000000000 decode
(449) 00032: 02700044 u1a 44
(450) 196: 0000040000000000306 imm=198 cond_a_nonzero
(450) Y = 0000 0000 0000 0000
(451) 197: 0000001100000000043 imm=35 cond_op_not_cached decode
(451) 00032: 00370077 ntr 77
(452) 145: 0400000000000000000 rr=UA w_r
(452) R = 077 (no-ovf,add,no-round,no-norm)
(453) 146: 0000001100000000043 imm=35 cond_op_not_cached decode
(454) 35: 0000000600000000000 fetch w_opcode (busy)
(454) Fetch [00033] = 0010 2026 0004 2026
(455) 35: 0000000600000000000 fetch w_opcode
(456) 36: 0000001000000000000 decode
(456) 00033: 00102026 xta 2026
(457) 72: 0000012000000100000 acc=MEM mem_r w_a (busy)
(457) Load [02026] = 0010 0000 0000 0000
(458) 72: 0000012000000100000 acc=MEM mem_r w_a
(458) A = 0010 0000 0000 0000
(459) 73: 1000001100000000043 imm=35 cond_op_not_cached decode
(459) 00033: 00042026 a+x 2026
(459) R = 047 (no-ovf,log,no-round,no-norm)
(460) 56: 0000002000000100000 mem_r (busy)
(460) Load [02026] = 0010 0000 0000 0000
(461) 56: 0000002000000100000 mem_r
(462) 57: 0040010000000012000 alu=A+B acc=ALU alu_mem w_a (busy)
(463) 57: 0040010000000012000 alu=A+B acc=ALU alu_mem w_a (busy)
(464) 57: 0040010000000012000 alu=A+B acc=ALU alu_mem w_a (busy)
(465) 57: 0040010000000012000 alu=A+B acc=ALU alu_mem w_a (busy)
(466) 57: 0040010000000012000 alu=A+B acc=ALU alu_mem w_a
(466) A = 0050 0000 0000 0000
(467) 58: 4000001100000000043 imm=35 cond_op_not_cached decode
(467) R = 063 (no-ovf,add,no-round,no-norm)
(468) 35: 0000000600000000000 fetch w_opcode (busy)
(468) Fetch [00034] = 0037 0000 0012 2027
(469) 35: 0000000600000000000 fetch w_opcode
(470) 36: 0000001000000000000 decode
(470) 00034: 00370000 ntr
(471) 145: 0400000000000000000 rr=UA w_r
(471) R = 000 (undef)
(472) 146: 0000001100000000043 imm=35 cond_op_not_cached decode
(472) 00034: 00122027 aex 2027
(473) 79: 0000002000000100000 mem_r (busy)
(473) Load [02027] = 0050 0000 0000 0000
(474) 79: 0000002000000100000 mem_r
(475) 80: 0040010000000003000 alu=A^B acc=ALU alu_mem w_a (busy)
(475) Y = 0050 0000 0000 0000
(476) 80: 0040010000000003000 alu=A^B acc=ALU alu_mem w_a
(476) A = 0000 0000 0000 0000
(477) 81: 1000001100000000043 imm=35 cond_op_not_cached decode
(477) R = 004 (log)
(478) 35: 0000000600000000000 fetch w_opcode (busy)
(478) Fetch [00035] = 0270 0044 0037 0000
(479) 35: 0000000600000000000 fetch w_opcode
(480) 36: 0000001000000000000 decode
(480) 00035: 02700044 u1a 44
(481) 196: 0000040000000000306 imm=198 cond_a_nonzero
(481) Y = 0000 0000 0000 0000
(482) 197: 0000001100000000043 imm=35 cond_op_not_cached decode
(482) 00035: 00370000 ntr
(483) 145: 0400000000000000000 rr=UA w_r
(483) R = 000 (undef)
(484) 146: 0000001100000000043 imm=35 cond_op_not_cached decode
(485) 35: 0000000600000000000 fetch w_opcode (busy)
(485) Fetch [00036] = 0010 2030 0004 2031
(486) 35: 0000000600000000000 fetch w_opcode
(487) 36: 0000001000000000000 decode
(487) 00036: 00102030 xta 2030
(488) 72: 0000012000000100000 acc=MEM mem_r w_a (busy)
(488) Load [02030] = 7700 0000 0000 1000
(489) 72: 0000012000000100000 acc=MEM mem_r w_a
(489) A = 7700 0000 0000 1000
(490) 73: 1000001100000000043 imm=35 cond_op_not_cached decode
(490) 00036: 00042031 a+x 2031
(490) R = 004 (log)
(491) 56: 0000002000000100000 mem_r (busy)
(491) Load [02031] = 4000 0000 0000 0001
(492) 56: 0000002000000100000 mem_r
(493) 57: 0040010000000012000 alu=A+B acc=ALU alu_mem w_a (busy)
(494) 57: 0040010000000012000 alu=A+B acc=ALU alu_mem w_a (busy)
(494) Y = 0010 0000 0000 0000
(495) 57: 0040010000000012000 alu=A+B acc=ALU alu_mem w_a (busy)
(495) Y = 0004 0000 0000 0000
(496) 57: 0040010000000012000 alu=A+B acc=ALU alu_mem w_a (busy)
(496) Y = 0002 0000 0000 0000
(497) 57: 0040010000000012000 alu=A+B acc=ALU alu_mem w_a (busy)
(497) Y = 0001 0000 0000 0000
(498) 57: 0040010000000012000 alu=A+B acc=ALU alu_mem w_a (busy)
(498) Y = 0000 4000 0000 0000
(499) 57: 0040010000000012000 alu=A+B acc=ALU alu_mem w_a (busy)
(499) Y = 0000 2000 0000 0000
(500) 57: 0040010000000012000 alu=A+B acc=ALU alu_mem w_a (busy)
(500) Y = 0000 1000 0000 0000
(501) 57: 0040010000000012000 alu=A+B acc=ALU alu_mem w_a (busy)
(501) Y = 0000 0400 0000 0000
(502) 57: 0040010000000012000 alu=A+B acc=ALU alu_mem w_a (busy)
(502) Y = 0000 0200 0000 0000
(503) 57: 0040010000000012000 alu=A+B acc=ALU alu_mem w_a (busy)
(503) Y = 0000 0100 0000 0000
(504) 57: 0040010000000012000 alu=A+B acc=ALU alu_mem w_a (busy)
(504) Y = 0000 0040 0000 0000
(505) 57: 0040010000000012000 alu=A+B acc=ALU alu_mem w_a (busy)
(505) Y = 0000 0020 0000 0000
(506) 57: 0040010000000012000 alu=A+B acc=ALU alu_mem w_a (busy)
(506) Y = 0000 0010 0000 0000
(507) 57: 0040010000000012000 alu=A+B acc=ALU alu_mem w_a (busy)
(507) Y = 0000 0004 0000 0000
(508) 57: 0040010000000012000 alu=A+B acc=ALU alu_mem w_a (busy)
(508) Y = 0000 0002 0000 0000
(509) 57: 0040010000000012000 alu=A+B acc=ALU alu_mem w_a (busy)
(509) Y = 0000 0001 0000 0000
(510) 57: 0040010000000012000 alu=A+B acc=ALU alu_mem w_a (busy)
(510) Y = 0000 0000 4000 0000
(511) 57: 0040010000000012000 alu=A+B acc=ALU alu_mem w_a (busy)
(511) Y = 0000 0000 2000 0000
(512) 57: 0040010000000012000 alu=A+B acc=ALU alu_mem w_a (busy)
(512) Y = 0000 0000 1000 0000
(513) 57: 0040010000000012000 alu=A+B acc=ALU alu_mem w_a (busy)
(513) Y = 0000 0000 0400 0000
(514) 57: 0040010000000012000 alu=A+B acc=ALU alu_mem w_a (busy)
(514) Y = 0000 0000 0200 0000
(515) 57: 0040010000000012000 alu=A+B acc=ALU alu_mem w_a (busy)
(515) Y = 0000 0000 0100 0000
(516) 57: 0040010000000012000 alu=A+B acc=ALU alu_mem w_a (busy)
(516) Y = 0000 0000 0040 0000
(517) 57: 0040010000000012000 alu=A+B acc=ALU alu_mem w_a (busy)
(517) Y = 0000 0000 0020 0000
(518) 57: 0040010000000012000 alu=A+B acc=ALU alu_mem w_a (busy)
(518) Y = 0000 0000 0010 0000
(519) 57: 0040010000000012000 alu=A+B acc=ALU alu_mem w_a (busy)
(519) Y = 0000 0000 0004 0000
(520) 57: 0040010000000012000 alu=A+B acc=ALU alu_mem w_a (busy)
(520) Y = 0000 0000 0002 0000
(521) 57: 0040010000000012000 alu=A+B acc=ALU alu_mem w_a (busy)
(521) Y = 0000 0000 0001 0000
(522) 57: 0040010000000012000 alu=A+B acc=ALU alu_mem w_a (busy)
(522) Y = 0000 0000 0000 4000
(523) 57: 0040010000000012000 alu=A+B acc=ALU alu_mem w_a (busy)
(523) Y = 0000 0000 0000 2000
(524) 57: 0040010000000012000 alu=A+B acc=ALU alu_mem w_a (busy)
(524) Y = 0000 0000 0000 1000
(525) 57: 0040010000000012000 alu=A+B acc=ALU alu_mem w_a (busy)
(525) Y = 0000 0000 0000 0400
(526) 57: 0040010000000012000 alu=A+B acc=ALU alu_mem w_a (busy)
(526) Y = 0000 0000 0000 0200
(527) 57: 0040010000000012000 alu=A+B acc=ALU alu_mem w_a (busy)
(527) Y = 0000 0000 0000 0100
(528) 57: 0040010000000012000 alu=A+B acc=ALU alu_mem w_a (busy)
(528) Y = 0000 0000 0000 0040
(529) 57: 0040010000000012000 alu=A+B acc=ALU alu_mem w_a (busy)
(529) Y = 0000 0000 0000 0020
(530) 57: 0040010000000012000 alu=A+B acc=ALU alu_mem w_a (busy)
(530) Y = 0000 0000 0000 0010
(531) 57: 0040010000000012000 alu=A+B acc=ALU alu_mem w_a (busy)
(531) Y = 0000 0000 0000 0004
(532) 57: 0040010000000012000 alu=A+B acc=ALU alu_mem w_a (busy)
(532) Y = 0000 0000 0000 0002
(533) 57: 0040010000000012000 alu=A+B acc=ALU alu_mem w_a (busy)
(533) Y = 0000 0000 0000 0001
(534) 57: 0040010000000012000 alu=A+B acc=ALU alu_mem w_a (busy)
(534) Y = 0000 0000 0000 0000
(535) 57: 0040010000000012000 alu=A+B acc=ALU alu_mem w_a (busy)
(536) 57: 0040010000000012000 alu=A+B acc=ALU alu_mem w_a (busy)
(537) 57: 0040010000000012000 alu=A+B acc=ALU alu_mem w_a (busy)
(538) 57: 0040010000000012000 alu=A+B acc=ALU alu_mem w_a (busy)
(539) 57: 0040010000000012000 alu=A+B acc=ALU alu_mem w_a (busy)
(540) 57: 0040010000000012000 alu=A+B acc=ALU alu_mem w_a (busy)
(541) 57: 0040010000000012000 alu=A+B acc=ALU alu_mem w_a (busy)
(542) 57: 0040010000000012000 alu=A+B acc=ALU alu_mem w_a (busy)
(543) 57: 0040010000000012000 alu=A+B acc=ALU alu_mem w_a (busy)
(544) 57: 0040010000000012000 alu=A+B acc=ALU alu_mem w_a (busy)
(545) 57: 0040010000000012000 alu=A+B acc=ALU alu_mem w_a (busy)
(546) 57: 0040010000000012000 alu=A+B acc=ALU alu_mem w_a (busy)
(547) 57: 0040010000000012000 alu=A+B acc=ALU alu_mem w_a (busy)
(548) 57: 0040010000000012000 alu=A+B acc=ALU alu_mem w_a (busy)
(549) 57: 0040010000000012000 alu=A+B acc=ALU alu_mem w_a (busy)
(550) 57: 0040010000000012000 alu=A+B acc=ALU alu_mem w_a (busy)
(551) 57: 0040010000000012000 alu=A+B acc=ALU alu_mem w_a (busy)
(552) 57: 0040010000000012000 alu=A+B acc=ALU alu_mem w_a (busy)
(553) 57: 0040010000000012000 alu=A+B acc=ALU alu_mem w_a (busy)
(554) 57: 0040010000000012000 alu=A+B acc=ALU alu_mem w_a (busy)
(555) 57: 0040010000000012000 alu=A+B acc=ALU alu_mem w_a (busy)
(556) 57: 0040010000000012000 alu=A+B acc=ALU alu_mem w_a (busy)
(557) 57: 0040010000000012000 alu=A+B acc=ALU alu_mem w_a (busy)
(558) 57: 0040010000000012000 alu=A+B acc=ALU alu_mem w_a (busy)
(559) 57: 0040010000000012000 alu=A+B acc=ALU alu_mem w_a (busy)
(560) 57: 0040010000000012000 alu=A+B acc=ALU alu_mem w_a (busy)
(561) 57: 0040010000000012000 alu=A+B acc=ALU alu_mem w_a (busy)
(562) 57: 0040010000000012000 alu=A+B acc=ALU alu_mem w_a (busy)
(563) 57: 0040010000000012000 alu=A+B acc=ALU alu_mem w_a (busy)
(564) 57: 0040010000000012000 alu=A+B acc=ALU alu_mem w_a (busy)
(565) 57: 0040010000000012000 alu=A+B acc=ALU alu_mem w_a (busy)
(566) 57: 0040010000000012000 alu=A+B acc=ALU alu_mem w_a (busy)
(567) 57: 0040010000000012000 alu=A+B acc=ALU alu_mem w_a (busy)
(568) 57: 0040010000000012000 alu=A+B acc=ALU alu_mem w_a (busy)
(569) 57: 0040010000000012000 alu=A+B acc=ALU alu_mem w_a (busy)
(570) 57: 0040010000000012000 alu=A+B acc=ALU alu_mem w_a (busy)
(571) 57: 0040010000000012000 alu=A+B acc=ALU alu_mem w_a (busy)
(572) 57: 0040010000000012000 alu=A+B acc=ALU alu_mem w_a (busy)
(573) 57: 0040010000000012000 alu=A+B acc=ALU alu_mem w_a (busy)
(574) 57: 0040010000000012000 alu=A+B acc=ALU alu_mem w_a (busy)
(575) 57: 0040010000000012000 alu=A+B acc=ALU alu_mem w_a (busy)
(576) 57: 0040010000000012000 alu=A+B acc=ALU alu_mem w_a (busy)
(577) 57: 0040010000000012000 alu=A+B acc=ALU alu_mem w_a (busy)
(578) 57: 0040010000000012000 alu=A+B acc=ALU alu_mem w_a (busy)
(579) 57: 0040010000000012000 alu=A+B acc=ALU alu_mem w_a (busy)
(580) 57: 0040010000000012000 alu=A+B acc=ALU alu_mem w_a (busy)
(581) 57: 0040010000000012000 alu=A+B acc=ALU alu_mem w_a (busy)
(582) 57: 0040010000000012000 alu=A+B acc=ALU alu_mem w_a (busy)
(583) 57: 0040010000000012000 alu=A+B acc=ALU alu_mem w_a (busy)
(584) 57: 0040010000000012000 alu=A+B acc=ALU alu_mem w_a (busy)
(585) 57: 0040010000000012000 alu=A+B acc=ALU alu_mem w_a (busy)
(586) 57: 0040010000000012000 alu=A+B acc=ALU alu_mem w_a (busy)
(587) 57: 0040010000000012000 alu=A+B acc=ALU alu_mem w_a (busy)
(588) 57: 0040010000000012000 alu=A+B acc=ALU alu_mem w_a (busy)
(589) 57: 0040010000000012000 alu=A+B acc=ALU alu_mem w_a (busy)
(590) 57: 0040010000000012000 alu=A+B acc=ALU alu_mem w_a
(590) A = 6010 0000 0000 0001
(591) 58: 4000001100000000043 imm=35 cond_op_not_cached decode
(591) R = 020 (add)
(592) 35: 0000000600000000000 fetch w_opcode (busy)
(592) Fetch [00037] = 0012 2032 0270 0044
(593) 35: 0000000600000000000 fetch w_opcode
(594) 36: 0000001000000000000 decode
(594) 00037: 00122032 aex 2032
(595) 79: 0000002000000100000 mem_r (busy)
(595) Load [02032] = 6010 0000 0000 0001
(596) 79: 0000002000000100000 mem_r
(597) 80: 0040010000000003000 alu=A^B acc=ALU alu_mem w_a (busy)
(597) Y = 6010 0000 0000 0001
(598) 80: 0040010000000003000 alu=A^B acc=ALU alu_mem w_a
(598) A = 0000 0000 0000 0000
(599) 81: 1000001100000000043 imm=35 cond_op_not_cached decode
(599) 00037: 02700044 u1a 44
(599) R = 004 (log)
(600) 196: 0000040000000000306 imm=198 cond_a_nonzero
(600) Y = 0000 0000 0000 0000
(601) 197: 0000001100000000043 imm=35 cond_op_not_cached decode
(602) 35: 0000000600000000000 fetch w_opcode (busy)
(602) Fetch [00040] = 0010 2026 0006 2033
(603) 35: 0000000600000000000 fetch w_opcode
(604) 36: 0000001000000000000 decode
(604) 00040: 00102026 xta 2026
(605) 72: 0000012000000100000 acc=MEM mem_r w_a (busy)
(605) Load [02026] = 0010 0000 0000 0000
(606) 72: 0000012000000100000 acc=MEM mem_r w_a
(606) A = 0010 0000 0000 0000
(607) 73: 1000001100000000043 imm=35 cond_op_not_cached decode
(607) 00040: 00062033 x-a 2033
(608) 64: 0000002000000100000 mem_r (busy)
(608) Load [02033] = 4010 0000 0000 0000
(609) 64: 0000002000000100000 mem_r
(610) 65: 0040010000000014000 alu=B-A acc=ALU alu_mem w_a (busy)
(611) 65: 0040010000000014000 alu=B-A acc=ALU alu_mem w_a (busy)
(612) 65: 0040010000000014000 alu=B-A acc=ALU alu_mem w_a (busy)
(613) 65: 0040010000000014000 alu=B-A acc=ALU alu_mem w_a (busy)
(614) 65: 0040010000000014000 alu=B-A acc=ALU alu_mem w_a (busy)
(615) 65: 0040010000000014000 alu=B-A acc=ALU alu_mem w_a (busy)
(616) 65: 0040010000000014000 alu=B-A acc=ALU alu_mem w_a (busy)
(617) 65: 0040010000000014000 alu=B-A acc=ALU alu_mem w_a (busy)
(618) 65: 0040010000000014000 alu=B-A acc=ALU alu_mem w_a (busy)
(619) 65: 0040010000000014000 alu=B-A acc=ALU alu_mem w_a (busy)
(620) 65: 0040010000000014000 alu=B-A acc=ALU alu_mem w_a (busy)
(621) 65: 0040010000000014000 alu=B-A acc=ALU alu_mem w_a (busy)
(622) 65: 0040010000000014000 alu=B-A acc=ALU alu_mem w_a (busy)
(623) 65: 0040010000000014000 alu=B-A acc=ALU alu_mem w_a (busy)
(624) 65: 0040010000000014000 alu=B-A acc=ALU alu_mem w_a (busy)
(625) 65: 0040010000000014000 alu=B-A acc=ALU alu_mem w_a (busy)
(626) 65: 0040010000000014000 alu=B-A acc=ALU alu_mem w_a (busy)
(627) 65: 0040010000000014000 alu=B-A acc=ALU alu_mem w_a (busy)
(628) 65: 0040010000000014000 alu=B-A acc=ALU alu_mem w_a (busy)
(629) 65: 0040010000000014000 alu=B-A acc=ALU alu_mem w_a (busy)
(630) 65: 0040010000000014000 alu=B-A acc=ALU alu_mem w_a (busy)
(631) 65: 0040010000000014000 alu=B-A acc=ALU alu_mem w_a (busy)
(632) 65: 0040010000000014000 alu=B-A acc=ALU alu_mem w_a (busy)
(633) 65: 0040010000000014000 alu=B-A acc=ALU alu_mem w_a (busy)
(634) 65: 0040010000000014000 alu=B-A acc=ALU alu_mem w_a (busy)
(635) 65: 0040010000000014000 alu=B-A acc=ALU alu_mem w_a (busy)
(636) 65: 0040010000000014000 alu=B-A acc=ALU alu_mem w_a (busy)
(637) 65: 0040010000000014000 alu=B-A acc=ALU alu_mem w_a (busy)
(638) 65: 0040010000000014000 alu=B-A acc=ALU alu_mem w_a (busy)
(639) 65: 0040010000000014000 alu=B-A acc=ALU alu_mem w_a (busy)
(640) 65: 0040010000000014000 alu=B-A acc=ALU alu_mem w_a (busy)
(641) 65: 0040010000000014000 alu=B-A acc=ALU alu_mem w_a (busy)
(642) 65: 0040010000000014000 alu=B-A acc=ALU alu_mem w_a (busy)
(643) 65: 0040010000000014000 alu=B-A acc=ALU alu_mem w_a (busy)
(644) 65: 0040010000000014000 alu=B-A acc=ALU alu_mem w_a (busy)
(645) 65: 0040010000000014000 alu=B-A acc=ALU alu_mem w_a (busy)
(646) 65: 0040010000000014000 alu=B-A acc=ALU alu_mem w_a (busy)
(647) 65: 0040010000000014000 alu=B-A acc=ALU alu_mem w_a (busy)
(648) 65: 0040010000000014000 alu=B-A acc=ALU alu_mem w_a (busy)
(649) 65: 0040010000000014000 alu=B-A acc=ALU alu_mem w_a (busy)
(650) 65: 0040010000000014000 alu=B-A acc=ALU alu_mem w_a (busy)
(650) Y = 0010 0000 0000 0000
(651) 65: 0040010000000014000 alu=B-A acc=ALU alu_mem w_a (busy)
(651) Y = 0014 0000 0000 0000
(652) 65: 0040010000000014000 alu=B-A acc=ALU alu_mem w_a (busy)
(652) Y = 0016 0000 0000 0000
(653) 65: 0040010000000014000 alu=B-A acc=ALU alu_mem w_a (busy)
(653) Y = 0017 0000 0000 0000
(654) 65: 0040010000000014000 alu=B-A acc=ALU alu_mem w_a (busy)
(654) Y = 0017 4000 0000 0000
(655) 65: 0040010000000014000 alu=B-A acc=ALU alu_mem w_a (busy)
(655) Y = 0017 6000 0000 0000
(656) 65: 0040010000000014000 alu=B-A acc=ALU alu_mem w_a (busy)
(656) Y = 0017 7000 0000 0000
(657) 65: 0040010000000014000 alu=B-A acc=ALU alu_mem w_a (busy)
(657) Y = 0017 7400 0000 0000
(658) 65: 0040010000000014000 alu=B-A acc=ALU alu_mem w_a (busy)
(658) Y = 0017 7600 0000 0000
(659) 65: 0040010000000014000 alu=B-A acc=ALU alu_mem w_a (busy)
(659) Y = 0017 7700 0000 0000
(660) 65: 0040010000000014000 alu=B-A acc=ALU alu_mem w_a (busy)
(660) Y = 0017 7740 0000 0000
(661) 65: 0040010000000014000 alu=B-A acc=ALU alu_mem w_a (busy)
(661) Y = 0017 7760 0000 0000
(662) 65: 0040010000000014000 alu=B-A acc=ALU alu_mem w_a (busy)
(662) Y = 0017 7770 0000 0000
(663) 65: 0040010000000014000 alu=B-A acc=ALU alu_mem w_a (busy)
(663) Y = 0017 7774 0000 0000
(664) 65: 0040010000000014000 alu=B-A acc=ALU alu_mem w_a (busy)
(664) Y = 0017 7776 0000 0000
(665) 65: 0040010000000014000 alu=B-A acc=ALU alu_mem w_a (busy)
(665) Y = 0017 7777 0000 0000
(666) 65: 0040010000000014000 alu=B-A acc=ALU alu_mem w_a (busy)
(666) Y = 0017 7777 4000 0000
(667) 65: 0040010000000014000 alu=B-A acc=ALU alu_mem w_a (busy)
(667) Y = 0017 7777 6000 0000
(668) 65: 0040010000000014000 alu=B-A acc=ALU alu_mem w_a (busy)
(668) Y = 0017 7777 7000 0000
(669) 65: 0040010000000014000 alu=B-A acc=ALU alu_mem w_a (busy)
(669) Y = 0017 7777 7400 0000
(670) 65: 0040010000000014000 alu=B-A acc=ALU alu_mem w_a (busy)
(670) Y = 0017 7777 7600 0000
(671) 65: 0040010000000014000 alu=B-A acc=ALU alu_mem w_a (busy)
(671) Y = 0017 7777 7700 0000
(672) 65: 0040010000000014000 alu=B-A acc=ALU alu_mem w_a (busy)
(672) Y = 0017 7777 7740 0000
(673) 65: 0040010000000014000 alu=B-A acc=ALU alu_mem w_a (busy)
(673) Y = 0017 7777 7760 0000
(674) 65: 0040010000000014000 alu=B-A acc=ALU alu_mem w_a (busy)
(674) Y = 0017 7777 7770 0000
(675) 65: 0040010000000014000 alu=B-A acc=ALU alu_mem w_a (busy)
(676) 65: 0040010000000014000 alu=B-A acc=ALU alu_mem w_a (busy)
(677) 65: 0040010000000014000 alu=B-A acc=ALU alu_mem w_a (busy)
(677) Y = 0017 7777 7760 0000
(678) 65: 0040010000000014000 alu=B-A acc=ALU alu_mem w_a (busy)
(679) 65: 0040010000000014000 alu=B-A acc=ALU alu_mem w_a (busy)
(680) 65: 0040010000000014000 alu=B-A acc=ALU alu_mem w_a
(680) A = 3757 7777 7777 7777
(681) 66: 4000001100000000043 imm=35 cond_op_not_cached decode
(681) R = 020 (add)
(682) 35: 0000000600000000000 fetch w_opcode (busy)
(682) Fetch [00041] = 0031 0100 0012 2034
(683) 35: 0000000600000000000 fetch w_opcode
(684) 36: 0000001000000000000 decode
(684) 00041: 00310100 yta 100
(685) 135: 0000010000000023000 alu=YTA acc=ALU w_a (busy)
(686) 135: 0000010000000023000 alu=YTA acc=ALU w_a (busy)
(687) 135: 0000010000000023000 alu=YTA acc=ALU w_a (busy)
(688) 135: 0000010000000023000 alu=YTA acc=ALU w_a
(688) A = 3757 7777 7760 0000
(689) 136: 0000001100000000043 imm=35 cond_op_not_cached decode
(689) 00041: 00122034 aex 2034
(690) 79: 0000002000000100000 mem_r (busy)
(690) Load [02034] = 3757 7777 7760 0000
(691) 79: 0000002000000100000 mem_r
(692) 80: 0040010000000003000 alu=A^B acc=ALU alu_mem w_a (busy)
(692) Y = 3757 7777 7760 0000
(693) 80: 0040010000000003000 alu=A^B acc=ALU alu_mem w_a
(693) A = 0000 0000 0000 0000
(694) 81: 1000001100000000043 imm=35 cond_op_not_cached decode
(694) R = 004 (log)
(695) 35: 0000000600000000000 fetch w_opcode (busy)
(695) Fetch [00042] = 0270 0044 0220 0000
(696) 35: 0000000600000000000 fetch w_opcode
(697) 36: 0000001000000000000 decode
(697) 00042: 02700044 u1a 44
(698) 196: 0000040000000000306 imm=198 cond_a_nonzero
(698) Y = 0000 0000 0000 0000
(699) 197: 0000001100000000043 imm=35 cond_op_not_cached decode
(699) 00042: 02200000 utc
(700) 39: 0000001100000000043 imm=35 cond_op_not_cached decode
(701) 35: 0000000600000000000 fetch w_opcode (busy)
(701) Fetch [00043] = 3331 2345 0220 0000
(702) 35: 0000000600000000000 fetch w_opcode
(703) 36: 0000001000000000000 decode
(703) 00043: 33312345 stop 12345(6)
----- Test PASS -----
Elapsed time: 0 seconds
System clock: 703 ticks
Simulated: 69 instructions, 281 micro-instructions
Simulation rate: 45.3 kHz, 4442 instructions/sec, 18091 micro-instructions/sec
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