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kbara/anf

Last active August 29, 2015 14:22
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Minimizing 225
Raw
anf
{ "if",
{ ">=",
"len",
54 },
{ "let",
"var1",
{ "[]",
12,
2 },
{ "if",
{ "if",
{ "=",
"var1",
56710 },
{ "let",
"var2",
{ "[]",
20,
1 },
{ "if",
{ "if",
{ "if",
{ "=",
"var2",
58 },
{ "true" },
{ "if",
{ "=",
"var2",
44 },
{ "if",
{ ">=",
"len",
55 },
{ "=",
{ "[]",
54,
1 },
58 },
{ "fail" } },
{ "false" } } },
{ "if",
{ "=",
{ "[]",
22,
4 },
17169983 },
{ "if",
{ "=",
{ "[]",
26,
4 },
17825792 },
{ "if",
{ "=",
{ "[]",
30,
4 },
0 },
{ "=",
{ "[]",
34,
4 },
33554432 },
{ "false" } },
{ "false" } },
{ "false" } },
{ "false" } },
{ "if",
{ "=",
{ "[]",
38,
4 },
117833279 },
{ "if",
{ "=",
{ "[]",
42,
4 },
16777216 },
{ "if",
{ "=",
{ "[]",
46,
4 },
4286971906 },
{ "=",
{ "&",
{ "[]",
50,
4 },
15794175 },
8390142 },
{ "false" } },
{ "false" } },
{ "false" } },
{ "false" } } },
{ "false" } },
{ "match" },
{ "if",
{ "if",
{ "if",
{ "=",
"var1",
56710 },
{ "let",
"var15",
{ "[]",
20,
1 },
{ "if",
{ "if",
{ "if",
{ "=",
"var15",
17 },
{ "true" },
{ "if",
{ "=",
"var15",
44 },
{ "if",
{ ">=",
"len",
55 },
{ "=",
{ "[]",
54,
1 },
17 },
{ "fail" } },
{ "false" } } },
{ "=",
{ "&",
{ "[]",
22,
4 },
-251658241 },
392767 },
{ "false" } },
{ "if",
{ "=",
{ "[]",
38,
4 },
17169983 },
{ "=",
{ "[]",
42,
4 },
6472 },
{ "false" } },
{ "false" } } },
{ "false" } },
{ "if",
{ "=",
"var1",
8 },
{ "let",
"var23",
{ "[]",
23,
1 },
{ "if",
{ "if",
{ "=",
"var23",
6 },
{ "true" },
{ "if",
{ "=",
"var23",
17 },
{ "true" },
{ "=",
"var23",
132 } } },
{ "if",
{ "=",
{ "&",
{ "[]",
20,
2 },
65311 },
0 },
{ "let",
"var30",
{ "<<",
{ "&",
{ "[]",
14,
1 },
15 },
2 },
{ "if",
{ "<=",
{ "+",
"var30",
16 },
"len" },
{ "let",
"var37",
{ "ntohs",
{ "[]",
{ "+",
"var30",
14 },
2 } },
{ "if",
{ ">=",
"var37",
2397 },
{ "<=",
"var37",
2399 },
{ "false" } } },
{ "fail" } } },
{ "false" } },
{ "false" } } },
{ "if",
{ "=",
"var1",
56710 },
{ "let",
"var45",
{ "[]",
20,
1 },
{ "if",
{ "if",
{ "if",
{ "=",
"var45",
6 },
{ "true" },
{ "if",
{ "=",
"var45",
44 },
{ "if",
{ ">=",
"len",
55 },
{ "=",
{ "[]",
54,
1 },
6 },
{ "fail" } },
{ "false" } } },
{ "true" },
{ "if",
{ "if",
{ "=",
"var45",
17 },
{ "true" },
{ "if",
{ "=",
"var45",
44 },
{ "if",
{ ">=",
"len",
55 },
{ "=",
{ "[]",
54,
1 },
17 },
{ "fail" } },
{ "false" } } },
{ "true" },
{ "if",
{ "=",
"var45",
132 },
{ "true" },
{ "if",
{ "=",
"var45",
44 },
{ "if",
{ ">=",
"len",
55 },
{ "=",
{ "[]",
54,
1 },
132 },
{ "fail" } },
{ "false" } } } } },
{ "if",
{ ">=",
"len",
56 },
{ "let",
"var55",
{ "ntohs",
{ "[]",
54,
2 } },
{ "if",
{ ">=",
"var55",
2397 },
{ "<=",
"var55",
2399 },
{ "false" } } },
{ "fail" } },
{ "false" } } },
{ "false" } } },
{ "false" } },
{ "if",
{ "=",
"var1",
8 },
{ "let",
"var59",
{ "[]",
23,
1 },
{ "if",
{ "if",
{ "=",
"var59",
6 },
{ "true" },
{ "if",
{ "=",
"var59",
17 },
{ "true" },
{ "=",
"var59",
132 } } },
{ "if",
{ "=",
{ "&",
{ "[]",
20,
2 },
65311 },
0 },
{ "let",
"var66",
{ "<<",
{ "&",
{ "[]",
14,
1 },
15 },
2 },
{ "if",
{ "<=",
{ "+",
"var66",
18 },
"len" },
{ "=",
{ "[]",
{ "+",
"var66",
16 },
2 },
13568 },
{ "fail" } } },
{ "fail" } },
{ "fail" } } },
{ "if",
{ ">=",
"len",
58 },
{ "if",
{ "=",
"var1",
56710 },
{ "let",
"var74",
{ "[]",
20,
1 },
{ "if",
{ "if",
{ "if",
{ "=",
"var74",
6 },
{ "true" },
{ "if",
{ "=",
"var74",
44 },
{ "=",
{ "[]",
54,
1 },
6 },
{ "false" } } },
{ "true" },
{ "if",
{ "if",
{ "=",
"var74",
17 },
{ "true" },
{ "if",
{ "=",
"var74",
44 },
{ "=",
{ "[]",
54,
1 },
17 },
{ "false" } } },
{ "true" },
{ "if",
{ "=",
"var74",
132 },
{ "true" },
{ "if",
{ "=",
"var74",
44 },
{ "=",
{ "[]",
54,
1 },
132 },
{ "false" } } } } },
{ "=",
{ "[]",
56,
2 },
13568 },
{ "fail" } } },
{ "fail" } },
{ "fail" } } },
{ "fail" } } } },
{ "fail" } }
Raw
bug225.lua
p = require("parse")
ssa = require("ssa")
data = assert(loadstring('anf = ' .. io.open("anf"):read("*a")))()
ssa.lower(anf)
Raw
dump.hotloop01
---- TRACE 2 start ssa.lua:39
0001 UGET 0 0 ; label_counter
0002 ADDVN 0 0 0 ; 1
0003 USETV 0 0 ; label_counter
0004 KSTR 0 0 ; "L"
0005 UGET 1 0 ; label_counter
0006 CAT 0 0 1
0007 TDUP 1 1
0008 TNEW 2 0
0009 TSETS 2 1 2 ; "bindings"
0010 TSETS 0 1 3 ; "label"
0011 UGET 2 1 ; ssa
0012 TGETS 2 2 4 ; "blocks"
0013 TSETV 1 2 0
0014 RET1 1 2
---- TRACE 2 IR
.... SNAP #0 [ ---- ]
0001 rbp fun SLOAD #0 R
0002 rbx > p32 UREFO 0001 #0
0003 xmm7 > num ULOAD 0002
0004 [10] num ADD 0003 +1 
0005 num USTORE 0002 0004
.... SNAP #1 [ ---- ---- ]
0006 str TOSTR 0004 NUM
0007 rdi p32 BUFHDR [0x4009d414] RESET
0008 rdi p32 BUFPUT 0007 "L" 
0009 rdi p32 BUFPUT 0008 0006
0010 [c] str BUFSTR 0009 0007
0011 [8] > tab TDUP {0x41465068}
0012 r15 > tab TNEW #0 #0
0013 rbx p32 FLOAD 0011 tab.node
0014 p32 HREFK 0013 "bindings" @0
0015 tab HSTORE 0014 0012
0016 p32 HREFK 0013 "label" @1
0017 str HSTORE 0016 0010
.... SNAP #2 [ ---- 0010 0011 ---- ]
0018 rbp > p32 UREFO 0001 #1
0019 rbp > tab ULOAD 0018
0020 int FLOAD 0019 tab.hmask
0021 > int EQ 0020 +1 
0022 rbp p32 FLOAD 0019 tab.node
0023 > p32 HREFK 0022 "blocks" @0
0024 rbp > tab HLOAD 0023
0025 rsi p32 HREF 0024 0010
0026 > p32 EQ 0025 [0x4009d458]
0027 tab FLOAD 0024 tab.meta
0028 > tab EQ 0027 [NULL]
0029 rbx p32 NEWREF 0024 0010
0030 tab HSTORE 0029 0011
0031 nil TBAR 0024
0032 p32 FREF 0024 tab.nomm
0033 u8  FSTORE 0032 +0 
.... SNAP #3 [ ---- ---- 0011 ]
---- TRACE 2 mcode 441
0bcbfc50 add rsp, -0x10
0bcbfc54 mov dword [0x4009d410], 0x2
0bcbfc5f mov edi, [0x4009d3d8]
0bcbfc66 cmp edi, [0x4009d3dc]
0bcbfc6d jb 0x0bcbfc86
0bcbfc6f mov esi, 0x3
0bcbfc74 mov edi, 0x4009d3b8
0bcbfc79 call 0x00421730 ->lj_gc_step_jit
0bcbfc7e test eax, eax
0bcbfc80 jnz 0x0bcb0010 ->0
0bcbfc86 mov edx, [0x4009d4b4]
0bcbfc8d mov ebp, [rdx-0x8]
0bcbfc90 mov edi, [rbp+0x14]
0bcbfc93 mov ebx, [rdi+0x10]
0bcbfc96 cmp dword [rbx+0x4], 0xfffeffff
0bcbfc9d jnb 0x0bcb0010 ->0
0bcbfca3 movsd xmm7, [rbx]
0bcbfca7 addsd xmm7, [0x400acda8]
0bcbfcb0 movsd [rsp+0x10], xmm7
0bcbfcb6 movsd [rbx], xmm7
0bcbfcba mov edi, 0x4009d414
0bcbfcbf mov esi, [rdi+0x8]
0bcbfcc2 mov [rdi], esi
0bcbfcc4 mov esi, 0x4c
0bcbfcc9 call 0x00421b60 ->lj_buf_putchar
0bcbfcce mov edi, eax
0bcbfcd0 lea rsi, [rsp+0x10]
0bcbfcd5 call 0x0040a3c0 ->lj_strfmt_putnum
0bcbfcda mov edi, eax
0bcbfcdc call 0x00421ff0 ->lj_buf_tostr
0bcbfce1 mov [rsp+0xc], eax
0bcbfce5 mov edi, [0x4009d4b0]
0bcbfcec mov esi, 0x41465068
0bcbfcf1 call 0x004223c0 ->lj_tab_dup
0bcbfcf6 mov ebx, eax
0bcbfcf8 mov [rsp+0x8], ebx
0bcbfcfc mov edi, [0x4009d4b0]
0bcbfd03 xor esi, esi
0bcbfd05 call 0x00422350 ->lj_tab_new1
0bcbfd0a mov r15d, eax
0bcbfd0d mov edi, [0x4009d4b0]
0bcbfd14 mov eax, [rsp+0xc]
0bcbfd18 mov ebx, [rbx+0x14]
0bcbfd1b mov dword [rbx+0x4], 0xfffffff4
0bcbfd22 mov [rbx], r15d
0bcbfd25 mov dword [rbx+0x1c], 0xfffffffb
0bcbfd2c mov [rbx+0x18], eax
0bcbfd2f mov esi, [rbp+0x18]
0bcbfd32 mov ebp, [rsi+0x10]
0bcbfd35 cmp dword [rbp+0x4], -0x0c
0bcbfd39 jnz 0x0bcb0018 ->2
0bcbfd3f mov ebp, [rbp+0x0]
0bcbfd42 cmp dword [rbp+0x1c], +0x01
0bcbfd46 jnz 0x0bcb0018 ->2
0bcbfd4c mov ebp, [rbp+0x14]
0bcbfd4f mov rsi, 0xfffffffb41466c58
0bcbfd59 cmp rsi, [rbp+0x8]
0bcbfd5d jnz 0x0bcb0018 ->2
0bcbfd63 cmp dword [rbp+0x4], -0x0c
0bcbfd67 jnz 0x0bcb0018 ->2
0bcbfd6d mov ebp, [rbp+0x0]
0bcbfd70 mov esi, [rbp+0x1c]
0bcbfd73 and esi, [rax+0x8]
0bcbfd76 lea esi, [rsi+rsi*2]
0bcbfd79 shl esi, 0x03
0bcbfd7c add esi, [rbp+0x14]
0bcbfd7f cmp dword [rsi+0xc], -0x05
0bcbfd83 jnz 0x0bcbfd8e
0bcbfd85 cmp eax, [rsi+0x8]
0bcbfd88 jz 0x0bcb0018 ->2
0bcbfd8e mov esi, [rsi+0x10]
0bcbfd91 test esi, esi
0bcbfd93 jnz 0x0bcbfd7f
0bcbfd95 cmp dword [rbp+0x10], +0x00
0bcbfd99 jnz 0x0bcb0018 ->2
0bcbfd9f mov edx, 0x4009d448
0bcbfda4 mov dword [rdx+0x4], 0xfffffffb
0bcbfdab mov [rdx], eax
0bcbfdad mov esi, ebp
0bcbfdaf call 0x00422cf0 ->lj_tab_newkey
0bcbfdb4 mov ebx, eax
0bcbfdb6 mov edx, [0x4009d4b4]
0bcbfdbd mov eax, [rsp+0x8]
0bcbfdc1 mov dword [rbx+0x4], 0xfffffff4
0bcbfdc8 mov [rbx], eax
0bcbfdca test byte [rbp+0x4], 0x4
0bcbfdce jz 0x0bcbfde5
0bcbfdd0 and byte [rbp+0x4], 0xfb
0bcbfdd4 mov edi, [0x4009d3f4]
0bcbfddb mov [0x4009d3f4], ebp
0bcbfde2 mov [rbp+0xc], edi
0bcbfde5 mov byte [rbp+0x6], 0x0
0bcbfde9 mov dword [rdx+0xc], 0xfffffff4
0bcbfdf0 mov [rdx+0x8], eax
0bcbfdf3 xor eax, eax
0bcbfdf5 mov ebx, 0x414720d0
0bcbfdfa mov r14d, 0x4009e008
0bcbfe00 add rsp, +0x10
0bcbfe04 jmp 0x00420177
---- TRACE 2 stop -> return
---- TRACE 3 start ssa.lua:55
0001 GGET 4 0 ; "assert"
0002 GGET 5 1 ; "type"
0003 MOV 6 0
0004 CALL 5 2 2
0000 . FUNCC ; type
0005 ISEQS 5 2 ; "table"
0006 JMP 5 => 0009
0009 KPRI 5 2
0010 CALL 4 1 2
0000 . FUNCC ; assert
0011 TGETB 4 0 1
0012 ISNES 4 3 ; "if"
0013 JMP 5 => 0037
0037 ISNES 4 4 ; "let"
0038 JMP 5 => 0056
0056 ISNES 4 10 ; "true"
0057 JMP 5 => 0063
0063 ISNES 4 11 ; "false"
0064 JMP 5 => 0070
0070 ISNES 4 12 ; "match"
0071 JMP 5 => 0077
0077 ISNES 4 14 ; "fail"
0078 JMP 5 => 0084
0084 GGET 5 0 ; "assert"
0085 UGET 6 4 ; relops
0086 TGETV 6 6 4
0087 CALL 5 1 2
0000 . FUNCC ; assert
0088 UGET 5 5 ; finish_if
0089 MOV 6 1
0090 MOV 7 0
0091 MOV 8 2
0092 MOV 9 3
0093 CALL 5 1 5
0000 . FUNCF 6 ; ssa.lua:49
0001 . TDUP 4 1
0002 . TSETB 1 4 2
0003 . TGETS 5 2 2 ; "label"
0004 . TSETB 5 4 3
0005 . TGETS 5 3 2 ; "label"
0006 . TSETB 5 4 4
0007 . TSETS 4 0 0 ; "control"
0008 . RET0 0 1
0094 RET0 0 1
---- TRACE 3 IR
.... SNAP #0 [ ---- ---- ---- ---- ---- ]
0001 rbp fun SLOAD #0 R
0002 r15 tab FLOAD 0001 func.env
0003 rsi p32 HREF 0002 "assert"
0004 > p32 EQ 0003 [0x4009d458]
0005 rbx tab FLOAD 0002 tab.meta
0006 > tab NE 0005 [NULL]
0007 int FLOAD 0005 tab.hmask
0008 > int EQ 0007 +1 
0009 rbx p32 FLOAD 0005 tab.node
0010 > p32 HREFK 0009 "__index" @1
0011 rbx > tab HLOAD 0010
0012 int FLOAD 0011 tab.hmask
0013 > int EQ 0012 +63 
0014 rbx p32 FLOAD 0011 tab.node
0015 > p32 HREFK 0014 "assert" @3
0016 > fun HLOAD 0015
0017 rsi p32 HREF 0002 "type"
0018 > p32 EQ 0017 [0x4009d458]
0019 > p32 HREFK 0014 "type" @60
0020 > fun HLOAD 0019
0021 r15 > tab SLOAD #1 T
0022 > fun EQ 0020 type
0023 > fun EQ 0016 assert
0024 int FLOAD 0021 tab.asize
0025 > int ABC 0024 +1 
0026 rbx p32 FLOAD 0021 tab.array
0027 p32 AREF 0026 +1 
0028 rbx > str ALOAD 0027
.... SNAP #1 [ ---- ---- ---- ---- ---- 0028 ]
0029 > str NE 0028 "if"
.... SNAP #2 [ ---- ---- ---- ---- ---- 0028 ]
0030 > str NE 0028 "let"
.... SNAP #3 [ ---- ---- ---- ---- ---- 0028 ]
0031 > str NE 0028 "true"
.... SNAP #4 [ ---- ---- ---- ---- ---- 0028 ]
0032 > str NE 0028 "false"
.... SNAP #5 [ ---- ---- ---- ---- ---- 0028 ]
0033 > str NE 0028 "match"
.... SNAP #6 [ ---- ---- ---- ---- ---- 0028 ]
0034 > str NE 0028 "fail"
.... SNAP #7 [ ---- ---- ---- ---- ---- 0028 ]
0035 r14 > p32 UREFC 0001 #4
0036 r13 > tab ULOAD 0035
0037 r14 p32 HREF 0036 0028
0038 > tru HLOAD 0037
0039 > fun EQ 0001 ssa.lua:55
0040 rbp > tab SLOAD #2 T
0041 r13 > tab SLOAD #3 T
0042 r14 > tab SLOAD #4 T
0043 [8] > tab TDUP {0x400ba0c0}
0044 rax p32 FLOAD 0043 tab.array
0045 p32 AREF 0044 +2 
0046 tab ASTORE 0045 0021
.... SNAP #8 [ ssa.lua:55|---- ---- ---- ---- 0028 ssa.lua:49|0040 ---- 0041 0042 0043 ]
0047 int FLOAD 0041 tab.hmask
0048 > int EQ 0047 +1 
0049 r15 p32 FLOAD 0041 tab.node
0050 > p32 HREFK 0049 "label" @1
0051 r15 > str HLOAD 0050
0052 p32 AREF 0044 +3 
0053 str ASTORE 0052 0051
.... SNAP #9 [ ssa.lua:55|---- ---- ---- ---- 0028 ssa.lua:49|0040 ---- ---- 0042 0043 ---- ]
0054 int FLOAD 0042 tab.hmask
0055 > int EQ 0054 +1 
0056 r15 p32 FLOAD 0042 tab.node
0057 > p32 HREFK 0056 "label" @1
0058 r15 > str HLOAD 0057
0059 p32 AREF 0044 +4 
0060 str ASTORE 0059 0058
.... SNAP #10 [ ssa.lua:55|---- ---- ---- ---- 0028 ssa.lua:49|0040 ---- ---- ---- 0043 ---- ]
0061 rsi p32 HREF 0040 "control"
0062 > p32 EQ 0061 [0x4009d458]
0063 tab FLOAD 0040 tab.meta
0064 > tab EQ 0063 [NULL]
0065 rbx p32 NEWREF 0040 "control"
0066 tab HSTORE 0065 0043
0067 nil TBAR 0040
.... SNAP #11 [ ssa.lua:55|]
---- TRACE 3 mcode 916
0bcbf8b5 mov dword [0x4009d410], 0x3
0bcbf8c0 mov edi, [0x4009d3d8]
0bcbf8c7 cmp edi, [0x4009d3dc]
0bcbf8ce jb 0x0bcbf8e7
0bcbf8d0 mov esi, 0x1
0bcbf8d5 mov edi, 0x4009d3b8
0bcbf8da call 0x00421730 ->lj_gc_step_jit
0bcbf8df test eax, eax
0bcbf8e1 jnz 0x0bcb0010 ->0
0bcbf8e7 mov edi, [0x4009d4b0]
0bcbf8ee mov edx, [0x4009d4b4]
0bcbf8f5 mov ebp, [rdx-0x8]
0bcbf8f8 mov r15d, [rbp+0x8]
0bcbf8fc mov esi, [r15+0x1c]
0bcbf900 and esi, 0xce2b6183
0bcbf906 lea esi, [rsi+rsi*2]
0bcbf909 shl esi, 0x03
0bcbf90c add esi, [r15+0x14]
0bcbf910 cmp dword [rsi+0xc], -0x05
0bcbf914 jnz 0x0bcbf923
0bcbf916 cmp dword [rsi+0x8], 0x4009fdb0
0bcbf91d jz 0x0bcb0010 ->0
0bcbf923 mov esi, [rsi+0x10]
0bcbf926 test esi, esi
0bcbf928 jnz 0x0bcbf910
0bcbf92a mov ebx, [r15+0x10]
0bcbf92e test ebx, ebx
0bcbf930 jz 0x0bcb0010 ->0
0bcbf936 cmp dword [rbx+0x1c], +0x01
0bcbf93a jnz 0x0bcb0010 ->0
0bcbf940 mov ebx, [rbx+0x14]
0bcbf943 mov rsi, 0xfffffffb4009f4c8
0bcbf94d cmp rsi, [rbx+0x20]
0bcbf951 jnz 0x0bcb0010 ->0
0bcbf957 cmp dword [rbx+0x1c], -0x0c
0bcbf95b jnz 0x0bcb0010 ->0
0bcbf961 mov ebx, [rbx+0x18]
0bcbf964 cmp dword [rbx+0x1c], +0x3f
0bcbf968 jnz 0x0bcb0010 ->0
0bcbf96e mov ebx, [rbx+0x14]
0bcbf971 mov rsi, 0xfffffffb4009fdb0
0bcbf97b cmp rsi, [rbx+0x50]
0bcbf97f jnz 0x0bcb0010 ->0
0bcbf985 cmp dword [rbx+0x4c], -0x09
0bcbf989 jnz 0x0bcb0010 ->0
0bcbf98f mov esi, [r15+0x1c]
0bcbf993 and esi, 0x798a813c
0bcbf999 lea esi, [rsi+rsi*2]
0bcbf99c shl esi, 0x03
0bcbf99f add esi, [r15+0x14]
0bcbf9a3 cmp dword [rsi+0xc], -0x05
0bcbf9a7 jnz 0x0bcbf9b6
0bcbf9a9 cmp dword [rsi+0x8], 0x4009ffb0
0bcbf9b0 jz 0x0bcb0010 ->0
0bcbf9b6 mov esi, [rsi+0x10]
0bcbf9b9 test esi, esi
0bcbf9bb jnz 0x0bcbf9a3
0bcbf9bd mov rsi, 0xfffffffb4009ffb0
0bcbf9c7 cmp rsi, [rbx+0x5a8]
0bcbf9ce jnz 0x0bcb0010 ->0
0bcbf9d4 cmp dword [rbx+0x5a4], -0x09
0bcbf9db jnz 0x0bcb0010 ->0
0bcbf9e1 cmp dword [rdx+0x4], -0x0c
0bcbf9e5 jnz 0x0bcb0010 ->0
0bcbf9eb mov r15d, [rdx]
0bcbf9ee cmp dword [rbx+0x5a0], 0x4009ff18
0bcbf9f8 jnz 0x0bcb0010 ->0
0bcbf9fe cmp dword [rbx+0x48], 0x4009fd88
0bcbfa05 jnz 0x0bcb0010 ->0
0bcbfa0b cmp dword [r15+0x18], +0x01
0bcbfa10 jbe 0x0bcb0010 ->0
0bcbfa16 mov ebx, [r15+0x8]
0bcbfa1a cmp dword [rbx+0xc], -0x05
0bcbfa1e jnz 0x0bcb0010 ->0
0bcbfa24 mov ebx, [rbx+0x8]
0bcbfa27 cmp ebx, 0x4009f8f8
0bcbfa2d jz 0x0bcb0014 ->1
0bcbfa33 cmp ebx, 0x400b9160
0bcbfa39 jz 0x0bcb0018 ->2
0bcbfa3f cmp ebx, 0x4009fa18
0bcbfa45 jz 0x0bcb001c ->3
0bcbfa4b cmp ebx, 0x4009f870
0bcbfa51 jz 0x0bcb0020 ->4
0bcbfa57 cmp ebx, 0x400a2cb0
0bcbfa5d jz 0x0bcb0024 ->5
0bcbfa63 cmp ebx, 0x414627b0
0bcbfa69 jz 0x0bcb0028 ->6
0bcbfa6f mov esi, [rbp+0x24]
0bcbfa72 cmp byte [rsi+0x6], 0x1
0bcbfa76 jnz 0x0bcb002c ->7
0bcbfa7c lea r14d, [rsi+0x8]
0bcbfa80 cmp dword [r14+0x4], -0x0c
0bcbfa85 jnz 0x0bcb002c ->7
0bcbfa8b mov r13d, [r14]
0bcbfa8e mov r14d, [r13+0x1c]
0bcbfa92 and r14d, [rbx+0x8]
0bcbfa96 lea r14d, [r14+r14*2]
0bcbfa9a shl r14d, 0x03
0bcbfa9e add r14d, [r13+0x14]
0bcbfaa2 cmp dword [r14+0xc], -0x05
0bcbfaa7 jnz 0x0bcbfaaf
0bcbfaa9 cmp ebx, [r14+0x8]
0bcbfaad jz 0x0bcbfabe
0bcbfaaf mov r14d, [r14+0x10]
0bcbfab3 test r14d, r14d
0bcbfab6 jnz 0x0bcbfaa2
0bcbfab8 mov r14d, 0x4009d458
0bcbfabe cmp dword [r14+0x4], -0x03
0bcbfac3 jnz 0x0bcb002c ->7
0bcbfac9 cmp ebp, 0x4146c4a8
0bcbfacf jnz 0x0bcb002c ->7
0bcbfad5 cmp dword [rdx+0xc], -0x0c
0bcbfad9 jnz 0x0bcb002c ->7
0bcbfadf mov ebp, [rdx+0x8]
0bcbfae2 cmp dword [rdx+0x14], -0x0c
0bcbfae6 jnz 0x0bcb002c ->7
0bcbfaec mov r13d, [rdx+0x10]
0bcbfaf0 cmp dword [rdx+0x1c], -0x0c
0bcbfaf4 jnz 0x0bcb002c ->7
0bcbfafa mov r14d, [rdx+0x18]
0bcbfafe mov esi, 0x400ba0c0
0bcbfb03 call 0x004223c0 ->lj_tab_dup
0bcbfb08 mov [rsp+0x8], eax
0bcbfb0c mov edi, [0x4009d4b0]
0bcbfb13 mov eax, [rax+0x8]
0bcbfb16 mov dword [rax+0x14], 0xfffffff4
0bcbfb1d mov [rax+0x10], r15d
0bcbfb21 cmp dword [r13+0x1c], +0x01
0bcbfb26 jnz 0x0bcb0030 ->8
0bcbfb2c mov r15d, [r13+0x14]
0bcbfb30 mov rsi, 0xfffffffb41460c98
0bcbfb3a cmp rsi, [r15+0x20]
0bcbfb3e jnz 0x0bcb0030 ->8
0bcbfb44 cmp dword [r15+0x1c], -0x05
0bcbfb49 jnz 0x0bcb0030 ->8
0bcbfb4f mov r15d, [r15+0x18]
0bcbfb53 mov dword [rax+0x1c], 0xfffffffb
0bcbfb5a mov [rax+0x18], r15d
0bcbfb5e cmp dword [r14+0x1c], +0x01
0bcbfb63 jnz 0x0bcb0034 ->9
0bcbfb69 mov r15d, [r14+0x14]
0bcbfb6d mov rsi, 0xfffffffb41460c98
0bcbfb77 cmp rsi, [r15+0x20]
0bcbfb7b jnz 0x0bcb0034 ->9
0bcbfb81 cmp dword [r15+0x1c], -0x05
0bcbfb86 jnz 0x0bcb0034 ->9
0bcbfb8c mov r15d, [r15+0x18]
0bcbfb90 mov dword [rax+0x24], 0xfffffffb
0bcbfb97 mov [rax+0x20], r15d
0bcbfb9b mov esi, [rbp+0x1c]
0bcbfb9e and esi, 0x2a54dc55
0bcbfba4 lea esi, [rsi+rsi*2]
0bcbfba7 shl esi, 0x03
0bcbfbaa add esi, [rbp+0x14]
0bcbfbad cmp dword [rsi+0xc], -0x05
0bcbfbb1 jnz 0x0bcbfbc0
0bcbfbb3 cmp dword [rsi+0x8], 0x414612c0
0bcbfbba jz 0x0bcb0038 ->10
0bcbfbc0 mov esi, [rsi+0x10]
0bcbfbc3 test esi, esi
0bcbfbc5 jnz 0x0bcbfbad
0bcbfbc7 cmp dword [rbp+0x10], +0x00
0bcbfbcb jnz 0x0bcb0038 ->10
0bcbfbd1 mov edx, 0x4009d448
0bcbfbd6 mov dword [rdx+0x4], 0xfffffffb
0bcbfbdd mov dword [rdx], 0x414612c0
0bcbfbe3 mov esi, ebp
0bcbfbe5 call 0x00422cf0 ->lj_tab_newkey
0bcbfbea mov ebx, eax
0bcbfbec mov edx, [0x4009d4b4]
0bcbfbf3 mov eax, [rsp+0x8]
0bcbfbf7 mov dword [rbx+0x4], 0xfffffff4
0bcbfbfe mov [rbx], eax
0bcbfc00 test byte [rbp+0x4], 0x4
0bcbfc04 jz 0x0bcbfc1b
0bcbfc06 and byte [rbp+0x4], 0xfb
0bcbfc0a mov edi, [0x4009d3f4]
0bcbfc11 mov [0x4009d3f4], ebp
0bcbfc18 mov [rbp+0xc], edi
0bcbfc1b mov eax, [0x4009d4b0]
0bcbfc22 mov eax, [rax+0x20]
0bcbfc25 sub eax, edx
0bcbfc27 cmp eax, +0x68
0bcbfc2a jb 0x0bcb003c ->11
0bcbfc30 mov dword [rdx-0x8], 0x4146c4a8
0bcbfc37 xor eax, eax
0bcbfc39 mov ebx, 0x41473430
0bcbfc3e mov r14d, 0x4009e008
0bcbfc44 jmp 0x00420177
---- TRACE 3 stop -> return
---- TRACE 3 exit 2
---- TRACE 3 exit 1
---- TRACE 3 exit 1
---- TRACE 3 exit 2
---- TRACE 3 exit 1
---- TRACE 3 exit 1
---- TRACE 3 exit 1
---- TRACE 3 exit 3
---- TRACE 3 exit 1
---- TRACE 3 exit 1
---- TRACE 3 exit 6
---- TRACE 4 start ssa.lua:46
0001 TDUP 2 1
0002 TSETB 1 2 2
0003 TSETS 2 0 0 ; "control"
0004 RET0 0 1
---- TRACE 4 IR
.... SNAP #0 [ ---- ---- ---- ]
0001 [8] > tab TDUP {0x41460e90}
0002 rbp > tab SLOAD #2 T
0003 rax p32 FLOAD 0001 tab.array
0004 p32 AREF 0003 +2 
0005 tab ASTORE 0004 0002
.... SNAP #1 [ ---- ---- ---- 0001 ]
0006 rbp > tab SLOAD #1 T
0007 rsi p32 HREF 0006 "control"
0008 > p32 EQ 0007 [0x4009d458]
0009 tab FLOAD 0006 tab.meta
0010 > tab EQ 0009 [NULL]
0011 rbx p32 NEWREF 0006 "control"
0012 tab HSTORE 0011 0001
0013 nil TBAR 0006
.... SNAP #2 [ ---- ]
---- TRACE 4 mcode 269
0bcbf7a1 mov dword [0x4009d410], 0x4
0bcbf7ac mov edi, [0x4009d3d8]
0bcbf7b3 cmp edi, [0x4009d3dc]
0bcbf7ba jb 0x0bcbf7d3
0bcbf7bc mov esi, 0x1
0bcbf7c1 mov edi, 0x4009d3b8
0bcbf7c6 call 0x00421730 ->lj_gc_step_jit
0bcbf7cb test eax, eax
0bcbf7cd jnz 0x0bcb0010 ->0
0bcbf7d3 mov edi, [0x4009d4b0]
0bcbf7da mov esi, 0x41460e90
0bcbf7df call 0x004223c0 ->lj_tab_dup
0bcbf7e4 mov [rsp+0x8], eax
0bcbf7e8 mov edi, [0x4009d4b0]
0bcbf7ef mov edx, [0x4009d4b4]
0bcbf7f6 cmp dword [rdx+0xc], -0x0c
0bcbf7fa jnz 0x0bcb0010 ->0
0bcbf800 mov ebp, [rdx+0x8]
0bcbf803 mov eax, [rax+0x8]
0bcbf806 mov dword [rax+0x14], 0xfffffff4
0bcbf80d mov [rax+0x10], ebp
0bcbf810 cmp dword [rdx+0x4], -0x0c
0bcbf814 jnz 0x0bcb0014 ->1
0bcbf81a mov ebp, [rdx]
0bcbf81c mov esi, [rbp+0x1c]
0bcbf81f and esi, 0x2a54dc55
0bcbf825 lea esi, [rsi+rsi*2]
0bcbf828 shl esi, 0x03
0bcbf82b add esi, [rbp+0x14]
0bcbf82e cmp dword [rsi+0xc], -0x05
0bcbf832 jnz 0x0bcbf841
0bcbf834 cmp dword [rsi+0x8], 0x414612c0
0bcbf83b jz 0x0bcb0014 ->1
0bcbf841 mov esi, [rsi+0x10]
0bcbf844 test esi, esi
0bcbf846 jnz 0x0bcbf82e
0bcbf848 cmp dword [rbp+0x10], +0x00
0bcbf84c jnz 0x0bcb0014 ->1
0bcbf852 mov edx, 0x4009d448
0bcbf857 mov dword [rdx+0x4], 0xfffffffb
0bcbf85e mov dword [rdx], 0x414612c0
0bcbf864 mov esi, ebp
0bcbf866 call 0x00422cf0 ->lj_tab_newkey
0bcbf86b mov ebx, eax
0bcbf86d mov edx, [0x4009d4b4]
0bcbf874 mov eax, [rsp+0x8]
0bcbf878 mov dword [rbx+0x4], 0xfffffff4
0bcbf87f mov [rbx], eax
0bcbf881 test byte [rbp+0x4], 0x4
0bcbf885 jz 0x0bcbf89c
0bcbf887 and byte [rbp+0x4], 0xfb
0bcbf88b mov edi, [0x4009d3f4]
0bcbf892 mov [0x4009d3f4], ebp
0bcbf899 mov [rbp+0xc], edi
0bcbf89c xor eax, eax
0bcbf89e mov ebx, 0x41472c38
0bcbf8a3 mov r14d, 0x4009e008
0bcbf8a9 jmp 0x00420177
---- TRACE 4 stop -> return
---- TRACE 3 exit 4
---- TRACE 5 start ssa.lua:52
0001 TDUP 2 1
0002 TGETS 3 1 2 ; "label"
0003 TSETB 3 2 2
0004 TSETS 2 0 0 ; "control"
0005 RET0 0 1
---- TRACE 5 IR
.... SNAP #0 [ ---- ---- ---- ]
0001 [8] > tab TDUP {0x400a5320}
0002 rbp > tab SLOAD #2 T
0003 int FLOAD 0002 tab.hmask
0004 > int EQ 0003 +1 
0005 rbp p32 FLOAD 0002 tab.node
0006 > p32 HREFK 0005 "label" @1
0007 rbp > str HLOAD 0006
0008 rax p32 FLOAD 0001 tab.array
0009 p32 AREF 0008 +2 
0010 str ASTORE 0009 0007
.... SNAP #1 [ ---- ---- ---- 0001 ---- ]
0011 rbp > tab SLOAD #1 T
0012 rsi p32 HREF 0011 "control"
0013 > p32 EQ 0012 [0x4009d458]
0014 tab FLOAD 0011 tab.meta
0015 > tab EQ 0014 [NULL]
0016 rbx p32 NEWREF 0011 "control"
0017 tab HSTORE 0016 0001
0018 nil TBAR 0011
.... SNAP #2 [ ---- ]
---- TRACE 5 mcode 315
0bcbf65f mov dword [0x4009d410], 0x5
0bcbf66a mov edi, [0x4009d3d8]
0bcbf671 cmp edi, [0x4009d3dc]
0bcbf678 jb 0x0bcbf691
0bcbf67a mov esi, 0x1
0bcbf67f mov edi, 0x4009d3b8
0bcbf684 call 0x00421730 ->lj_gc_step_jit
0bcbf689 test eax, eax
0bcbf68b jnz 0x0bcb0010 ->0
0bcbf691 mov edi, [0x4009d4b0]
0bcbf698 mov esi, 0x400a5320
0bcbf69d call 0x004223c0 ->lj_tab_dup
0bcbf6a2 mov [rsp+0x8], eax
0bcbf6a6 mov edi, [0x4009d4b0]
0bcbf6ad mov edx, [0x4009d4b4]
0bcbf6b4 cmp dword [rdx+0xc], -0x0c
0bcbf6b8 jnz 0x0bcb0010 ->0
0bcbf6be mov ebp, [rdx+0x8]
0bcbf6c1 cmp dword [rbp+0x1c], +0x01
0bcbf6c5 jnz 0x0bcb0010 ->0
0bcbf6cb mov ebp, [rbp+0x14]
0bcbf6ce mov rsi, 0xfffffffb41460c98
0bcbf6d8 cmp rsi, [rbp+0x20]
0bcbf6dc jnz 0x0bcb0010 ->0
0bcbf6e2 cmp dword [rbp+0x1c], -0x05
0bcbf6e6 jnz 0x0bcb0010 ->0
0bcbf6ec mov ebp, [rbp+0x18]
0bcbf6ef mov eax, [rax+0x8]
0bcbf6f2 mov dword [rax+0x14], 0xfffffffb
0bcbf6f9 mov [rax+0x10], ebp
0bcbf6fc cmp dword [rdx+0x4], -0x0c
0bcbf700 jnz 0x0bcb0014 ->1
0bcbf706 mov ebp, [rdx]
0bcbf708 mov esi, [rbp+0x1c]
0bcbf70b and esi, 0x2a54dc55
0bcbf711 lea esi, [rsi+rsi*2]
0bcbf714 shl esi, 0x03
0bcbf717 add esi, [rbp+0x14]
0bcbf71a cmp dword [rsi+0xc], -0x05
0bcbf71e jnz 0x0bcbf72d
0bcbf720 cmp dword [rsi+0x8], 0x414612c0
0bcbf727 jz 0x0bcb0014 ->1
0bcbf72d mov esi, [rsi+0x10]
0bcbf730 test esi, esi
0bcbf732 jnz 0x0bcbf71a
0bcbf734 cmp dword [rbp+0x10], +0x00
0bcbf738 jnz 0x0bcb0014 ->1
0bcbf73e mov edx, 0x4009d448
0bcbf743 mov dword [rdx+0x4], 0xfffffffb
0bcbf74a mov dword [rdx], 0x414612c0
0bcbf750 mov esi, ebp
0bcbf752 call 0x00422cf0 ->lj_tab_newkey
0bcbf757 mov ebx, eax
0bcbf759 mov edx, [0x4009d4b4]
0bcbf760 mov eax, [rsp+0x8]
0bcbf764 mov dword [rbx+0x4], 0xfffffff4
0bcbf76b mov [rbx], eax
0bcbf76d test byte [rbp+0x4], 0x4
0bcbf771 jz 0x0bcbf788
0bcbf773 and byte [rbp+0x4], 0xfb
0bcbf777 mov edi, [0x4009d3f4]
0bcbf77e mov [0x4009d3f4], ebp
0bcbf785 mov [rbp+0xc], edi
0bcbf788 xor eax, eax
0bcbf78a mov ebx, 0x400ae9ec
0bcbf78f mov r14d, 0x4009e008
0bcbf795 jmp 0x00420177
---- TRACE 5 stop -> return
---- TRACE 3 exit 1
---- TRACE 3 exit 1
---- TRACE 3 exit 1
---- TRACE 6 start 3/1 ssa.lua:59
0014 UGET 5 0 ; add_block
0015 CALL 5 2 1
0000 . JFUNCF 3 2 ; ssa.lua:39
0001 . UGET 0 0 ; label_counter
0002 . ADDVN 0 0 0 ; 1
0003 . USETV 0 0 ; label_counter
0004 . KSTR 0 0 ; "L"
0005 . UGET 1 0 ; label_counter
0006 . CAT 0 0 1
0007 . TDUP 1 1
0008 . TNEW 2 0
0009 . TSETS 2 1 2 ; "bindings"
0010 . TSETS 0 1 3 ; "label"
0011 . UGET 2 1 ; ssa
0012 . TGETS 2 2 4 ; "blocks"
0013 . TSETV 1 2 0
0014 . RET1 1 2
0016 UGET 6 0 ; add_block
0017 CALL 6 2 1
0000 . JFUNCF 3 2 ; ssa.lua:39
0001 . UGET 0 0 ; label_counter
0002 . ADDVN 0 0 0 ; 1
0003 . USETV 0 0 ; label_counter
0004 . KSTR 0 0 ; "L"
0005 . UGET 1 0 ; label_counter
0006 . CAT 0 0 1
0007 . TDUP 1 1
0008 . TNEW 2 0
0009 . TSETS 2 1 2 ; "bindings"
0010 . TSETS 0 1 3 ; "label"
0011 . UGET 2 1 ; ssa
0012 . TGETS 2 2 4 ; "blocks"
0013 . TSETV 1 2 0
0014 . RET1 1 2
0018 UGET 7 1 ; compile_bool
0019 TGETB 8 0 2
0020 MOV 9 1
0021 MOV 10 5
0022 MOV 11 6
0023 CALL 7 1 5
0000 . JFUNCF 13 3 ; ssa.lua:55
0001 . GGET 4 0 ; "assert"
0002 . GGET 5 1 ; "type"
0003 . MOV 6 0
0004 . CALL 5 2 2
0000 . . FUNCC ; type
0005 . ISEQS 5 2 ; "table"
0006 . JMP 5 => 0009
0009 . KPRI 5 2
0010 . CALL 4 1 2
0000 . . FUNCC ; assert
0011 . TGETB 4 0 1
0012 . ISNES 4 3 ; "if"
0013 . JMP 5 => 0037
0037 . ISNES 4 4 ; "let"
0038 . JMP 5 => 0056
0056 . ISNES 4 10 ; "true"
0057 . JMP 5 => 0063
0063 . ISNES 4 11 ; "false"
0064 . JMP 5 => 0070
0070 . ISNES 4 12 ; "match"
0071 . JMP 5 => 0077
0077 . ISNES 4 14 ; "fail"
0078 . JMP 5 => 0084
0084 . GGET 5 0 ; "assert"
0085 . UGET 6 4 ; relops
0086 . TGETV 6 6 4
0087 . CALL 5 1 2
0000 . . FUNCC ; assert
0088 . UGET 5 5 ; finish_if
0089 . MOV 6 1
0090 . MOV 7 0
0091 . MOV 8 2
0092 . MOV 9 3
0093 . CALL 5 1 5
0000 . . FUNCF 6 ; ssa.lua:49
0001 . . TDUP 4 1
0002 . . TSETB 1 4 2
0003 . . TGETS 5 2 2 ; "label"
0004 . . TSETB 5 4 3
0005 . . TGETS 5 3 2 ; "label"
0006 . . TSETB 5 4 4
0007 . . TSETS 4 0 0 ; "control"
0008 . . RET0 0 1
0094 . RET0 0 1
0024 UGET 7 1 ; compile_bool
0025 TGETB 8 0 3
0026 MOV 9 5
0027 MOV 10 2
0028 MOV 11 3
0029 CALL 7 1 5
0000 . JFUNCF 13 3 ; ssa.lua:55
0001 . GGET 4 0 ; "assert"
0002 . GGET 5 1 ; "type"
0003 . MOV 6 0
0004 . CALL 5 2 2
0000 . . FUNCC ; type
0005 . ISEQS 5 2 ; "table"
0006 . JMP 5 => 0009
0009 . KPRI 5 2
0010 . CALL 4 1 2
0000 . . FUNCC ; assert
0011 . TGETB 4 0 1
0012 . ISNES 4 3 ; "if"
0013 . JMP 5 => 0037
0037 . ISNES 4 4 ; "let"
0038 . JMP 5 => 0056
0056 . ISNES 4 10 ; "true"
0057 . JMP 5 => 0063
0063 . ISNES 4 11 ; "false"
0064 . JMP 5 => 0070
0070 . ISNES 4 12 ; "match"
0071 . JMP 5 => 0077
0077 . ISNES 4 14 ; "fail"
0078 . JMP 5 => 0084
0084 . GGET 5 0 ; "assert"
0085 . UGET 6 4 ; relops
0086 . TGETV 6 6 4
0087 . CALL 5 1 2
0000 . . FUNCC ; assert
0088 . UGET 5 5 ; finish_if
0089 . MOV 6 1
0090 . MOV 7 0
0091 . MOV 8 2
0092 . MOV 9 3
0093 . CALL 5 1 5
0000 . . FUNCF 6 ; ssa.lua:49
0001 . . TDUP 4 1
0002 . . TSETB 1 4 2
0003 . . TGETS 5 2 2 ; "label"
0004 . . TSETB 5 4 3
0005 . . TGETS 5 3 2 ; "label"
0006 . . TSETB 5 4 4
0007 . . TSETS 4 0 0 ; "control"
0008 . . RET0 0 1
0094 . RET0 0 1
0030 UGET 7 1 ; compile_bool
0031 TGETB 8 0 4
0032 MOV 9 6
0033 MOV 10 2
0034 MOV 11 3
0035 CALL 7 1 5
0000 . JFUNCF 13 3 ; ssa.lua:55
0001 . GGET 4 0 ; "assert"
0002 . GGET 5 1 ; "type"
0003 . MOV 6 0
0004 . CALL 5 2 2
0000 . . FUNCC ; type
0005 . ISEQS 5 2 ; "table"
0006 . JMP 5 => 0009
0009 . KPRI 5 2
0010 . CALL 4 1 2
0000 . . FUNCC ; assert
0011 . TGETB 4 0 1
0012 . ISNES 4 3 ; "if"
0013 . JMP 5 => 0037
0037 . ISNES 4 4 ; "let"
0038 . JMP 5 => 0056
0056 . ISNES 4 10 ; "true"
0057 . JMP 5 => 0063
0063 . ISNES 4 11 ; "false"
0064 . JMP 5 => 0070
0065 . UGET 5 2 ; finish_goto
0066 . MOV 6 1
0067 . MOV 7 3
0068 . CALL 5 1 3
0000 . . JFUNCF 4 5 ; ssa.lua:52
0001 . . TDUP 2 1
0002 . . TGETS 3 1 2 ; "label"
0003 . . TSETB 3 2 2
0004 . . TSETS 2 0 0 ; "control"
0005 . . RET0 0 1
0069 . JMP 5 => 0094
0094 . RET0 0 1
0036 JMP 5 => 0094
0094 RET0 0 1
0030 UGET 7 1 ; compile_bool
0031 TGETB 8 0 4
0032 MOV 9 6
0033 MOV 10 2
0034 MOV 11 3
0035 CALL 7 1 5
0000 . JFUNCF 13 3 ; ssa.lua:55
0001 . GGET 4 0 ; "assert"
0002 . GGET 5 1 ; "type"
0003 . MOV 6 0
0004 . CALL 5 2 2
0000 . . FUNCC ; type
0005 . ISEQS 5 2 ; "table"
0006 . JMP 5 => 0009
0009 . KPRI 5 2
0010 . CALL 4 1 2
0000 . . FUNCC ; assert
0011 . TGETB 4 0 1
0012 . ISNES 4 3 ; "if"
0013 . JMP 5 => 0037
0037 . ISNES 4 4 ; "let"
0038 . JMP 5 => 0056
0056 . ISNES 4 10 ; "true"
0057 . JMP 5 => 0063
0063 . ISNES 4 11 ; "false"
0064 . JMP 5 => 0070
0065 . UGET 5 2 ; finish_goto
0066 . MOV 6 1
0067 . MOV 7 3
0068 . CALL 5 1 3
0000 . . JFUNCF 4 5 ; ssa.lua:52
0001 . . TDUP 2 1
0002 . . TGETS 3 1 2 ; "label"
0003 . . TSETB 3 2 2
0004 . . TSETS 2 0 0 ; "control"
0005 . . RET0 0 1
0069 . JMP 5 => 0094
0094 . RET0 0 1
0036 JMP 5 => 0094
0094 RET0 0 1
---- TRACE 6 abort ssa.lua:79 -- down-recursion, restarting
---- TRACE 6 start ssa.lua:79
0094 RET0 0 1
0030 UGET 7 1 ; compile_bool
0031 TGETB 8 0 4
0032 MOV 9 6
0033 MOV 10 2
0034 MOV 11 3
0035 CALL 7 1 5
0000 . JFUNCF 13 3 ; ssa.lua:55
0001 . GGET 4 0 ; "assert"
0002 . GGET 5 1 ; "type"
0003 . MOV 6 0
0004 . CALL 5 2 2
0000 . . FUNCC ; type
0005 . ISEQS 5 2 ; "table"
0006 . JMP 5 => 0009
0009 . KPRI 5 2
0010 . CALL 4 1 2
0000 . . FUNCC ; assert
0011 . TGETB 4 0 1
0012 . ISNES 4 3 ; "if"
0013 . JMP 5 => 0037
0037 . ISNES 4 4 ; "let"
0038 . JMP 5 => 0056
0056 . ISNES 4 10 ; "true"
0057 . JMP 5 => 0063
0063 . ISNES 4 11 ; "false"
0064 . JMP 5 => 0070
0065 . UGET 5 2 ; finish_goto
0066 . MOV 6 1
0067 . MOV 7 3
0068 . CALL 5 1 3
0000 . . JFUNCF 4 5 ; ssa.lua:52
0001 . . TDUP 2 1
0002 . . TGETS 3 1 2 ; "label"
0003 . . TSETB 3 2 2
0004 . . TSETS 2 0 0 ; "control"
0005 . . RET0 0 1
0069 . JMP 5 => 0094
0094 . RET0 0 1
0036 JMP 5 => 0094
0094 RET0 0 1
0030 UGET 7 1 ; compile_bool
0031 TGETB 8 0 4
0032 MOV 9 6
0033 MOV 10 2
0034 MOV 11 3
0035 CALL 7 1 5
0000 . JFUNCF 13 3 ; ssa.lua:55
0001 . GGET 4 0 ; "assert"
0002 . GGET 5 1 ; "type"
0003 . MOV 6 0
0004 . CALL 5 2 2
0000 . . FUNCC ; type
0005 . ISEQS 5 2 ; "table"
0006 . JMP 5 => 0009
0009 . KPRI 5 2
0010 . CALL 4 1 2
0000 . . FUNCC ; assert
0011 . TGETB 4 0 1
0012 . ISNES 4 3 ; "if"
0013 . JMP 5 => 0037
0037 . ISNES 4 4 ; "let"
0038 . JMP 5 => 0056
0056 . ISNES 4 10 ; "true"
0057 . JMP 5 => 0063
0063 . ISNES 4 11 ; "false"
0064 . JMP 5 => 0070
0065 . UGET 5 2 ; finish_goto
0066 . MOV 6 1
0067 . MOV 7 3
0068 . CALL 5 1 3
0000 . . JFUNCF 4 5 ; ssa.lua:52
0001 . . TDUP 2 1
0002 . . TGETS 3 1 2 ; "label"
0003 . . TSETB 3 2 2
0004 . . TSETS 2 0 0 ; "control"
0005 . . RET0 0 1
0069 . JMP 5 => 0094
0094 . RET0 0 1
0036 JMP 5 => 0094
0094 RET0 0 1
0024 UGET 7 1 ; compile_bool
0025 TGETB 8 0 3
0026 MOV 9 5
0027 MOV 10 2
0028 MOV 11 3
0029 CALL 7 1 5
0000 . JFUNCF 13 3 ; ssa.lua:55
0001 . GGET 4 0 ; "assert"
0002 . GGET 5 1 ; "type"
0003 . MOV 6 0
0004 . CALL 5 2 2
0000 . . FUNCC ; type
0005 . ISEQS 5 2 ; "table"
0006 . JMP 5 => 0009
0009 . KPRI 5 2
0010 . CALL 4 1 2
0000 . . FUNCC ; assert
0011 . TGETB 4 0 1
0012 . ISNES 4 3 ; "if"
0013 . JMP 5 => 0037
0014 . UGET 5 0 ; add_block
0015 . CALL 5 2 1
0000 . . JFUNCF 3 2 ; ssa.lua:39
0001 . . UGET 0 0 ; label_counter
0002 . . ADDVN 0 0 0 ; 1
0003 . . USETV 0 0 ; label_counter
0004 . . KSTR 0 0 ; "L"
0005 . . UGET 1 0 ; label_counter
0006 . . CAT 0 0 1
0007 . . TDUP 1 1
0008 . . TNEW 2 0
0009 . . TSETS 2 1 2 ; "bindings"
0010 . . TSETS 0 1 3 ; "label"
0011 . . UGET 2 1 ; ssa
0012 . . TGETS 2 2 4 ; "blocks"
0013 . . TSETV 1 2 0
0014 . . RET1 1 2
0016 . UGET 6 0 ; add_block
0017 . CALL 6 2 1
0000 . . JFUNCF 3 2 ; ssa.lua:39
0001 . . UGET 0 0 ; label_counter
0002 . . ADDVN 0 0 0 ; 1
0003 . . USETV 0 0 ; label_counter
0004 . . KSTR 0 0 ; "L"
0005 . . UGET 1 0 ; label_counter
0006 . . CAT 0 0 1
0007 . . TDUP 1 1
0008 . . TNEW 2 0
0009 . . TSETS 2 1 2 ; "bindings"
0010 . . TSETS 0 1 3 ; "label"
0011 . . UGET 2 1 ; ssa
0012 . . TGETS 2 2 4 ; "blocks"
0013 . . TSETV 1 2 0
0014 . . RET1 1 2
0018 . UGET 7 1 ; compile_bool
0019 . TGETB 8 0 2
0020 . MOV 9 1
0021 . MOV 10 5
0022 . MOV 11 6
0023 . CALL 7 1 5
0000 . . JFUNCF 13 3 ; ssa.lua:55
0001 . . GGET 4 0 ; "assert"
0002 . . GGET 5 1 ; "type"
0003 . . MOV 6 0
0004 . . CALL 5 2 2
0000 . . . FUNCC ; type
0005 . . ISEQS 5 2 ; "table"
0006 . . JMP 5 => 0009
0009 . . KPRI 5 2
0010 . . CALL 4 1 2
0000 . . . FUNCC ; assert
0011 . . TGETB 4 0 1
0012 . . ISNES 4 3 ; "if"
0013 . . JMP 5 => 0037
0037 . . ISNES 4 4 ; "let"
0038 . . JMP 5 => 0056
0056 . . ISNES 4 10 ; "true"
0057 . . JMP 5 => 0063
0063 . . ISNES 4 11 ; "false"
0064 . . JMP 5 => 0070
0070 . . ISNES 4 12 ; "match"
0071 . . JMP 5 => 0077
0077 . . ISNES 4 14 ; "fail"
0078 . . JMP 5 => 0084
0084 . . GGET 5 0 ; "assert"
0085 . . UGET 6 4 ; relops
0086 . . TGETV 6 6 4
0087 . . CALL 5 1 2
0000 . . . FUNCC ; assert
0088 . . UGET 5 5 ; finish_if
0089 . . MOV 6 1
0090 . . MOV 7 0
0091 . . MOV 8 2
0092 . . MOV 9 3
0093 . . CALL 5 1 5
0000 . . . FUNCF 6 ; ssa.lua:49
0001 . . . TDUP 4 1
0002 . . . TSETB 1 4 2
0003 . . . TGETS 5 2 2 ; "label"
0004 . . . TSETB 5 4 3
0005 . . . TGETS 5 3 2 ; "label"
0006 . . . TSETB 5 4 4
0007 . . . TSETS 4 0 0 ; "control"
0008 . . . RET0 0 1
0094 . . RET0 0 1
0024 . UGET 7 1 ; compile_bool
0025 . TGETB 8 0 3
0026 . MOV 9 5
0027 . MOV 10 2
0028 . MOV 11 3
0029 . CALL 7 1 5
0000 . . JFUNCF 13 3 ; ssa.lua:55
0001 . . GGET 4 0 ; "assert"
0002 . . GGET 5 1 ; "type"
0003 . . MOV 6 0
0004 . . CALL 5 2 2
0000 . . . FUNCC ; type
0005 . . ISEQS 5 2 ; "table"
0006 . . JMP 5 => 0009
0009 . . KPRI 5 2
0010 . . CALL 4 1 2
0000 . . . FUNCC ; assert
0011 . . TGETB 4 0 1
0012 . . ISNES 4 3 ; "if"
0013 . . JMP 5 => 0037
0014 . . UGET 5 0 ; add_block
0015 . . CALL 5 2 1
0000 . . . JFUNCF 3 2 ; ssa.lua:39
0001 . . . UGET 0 0 ; label_counter
0002 . . . ADDVN 0 0 0 ; 1
0003 . . . USETV 0 0 ; label_counter
0004 . . . KSTR 0 0 ; "L"
0005 . . . UGET 1 0 ; label_counter
0006 . . . CAT 0 0 1
0007 . . . TDUP 1 1
0008 . . . TNEW 2 0
0009 . . . TSETS 2 1 2 ; "bindings"
0010 . . . TSETS 0 1 3 ; "label"
0011 . . . UGET 2 1 ; ssa
0012 . . . TGETS 2 2 4 ; "blocks"
0013 . . . TSETV 1 2 0
0014 . . . RET1 1 2
0016 . . UGET 6 0 ; add_block
0017 . . CALL 6 2 1
0000 . . . JFUNCF 3 2 ; ssa.lua:39
0001 . . . UGET 0 0 ; label_counter
0002 . . . ADDVN 0 0 0 ; 1
0003 . . . USETV 0 0 ; label_counter
0004 . . . KSTR 0 0 ; "L"
0005 . . . UGET 1 0 ; label_counter
0006 . . . CAT 0 0 1
0007 . . . TDUP 1 1
0008 . . . TNEW 2 0
0009 . . . TSETS 2 1 2 ; "bindings"
0010 . . . TSETS 0 1 3 ; "label"
0011 . . . UGET 2 1 ; ssa
0012 . . . TGETS 2 2 4 ; "blocks"
0013 . . . TSETV 1 2 0
0014 . . . RET1 1 2
0018 . . UGET 7 1 ; compile_bool
0019 . . TGETB 8 0 2
0020 . . MOV 9 1
0021 . . MOV 10 5
0022 . . MOV 11 6
0023 . . CALL 7 1 5
0000 . . . JFUNCF 13 3 ; ssa.lua:55
0001 . . . GGET 4 0 ; "assert"
0002 . . . GGET 5 1 ; "type"
0003 . . . MOV 6 0
0004 . . . CALL 5 2 2
0000 . . . . FUNCC ; type
0005 . . . ISEQS 5 2 ; "table"
0006 . . . JMP 5 => 0009
0009 . . . KPRI 5 2
0010 . . . CALL 4 1 2
0000 . . . . FUNCC ; assert
0011 . . . TGETB 4 0 1
0012 . . . ISNES 4 3 ; "if"
0013 . . . JMP 5 => 0037
0037 . . . ISNES 4 4 ; "let"
0038 . . . JMP 5 => 0056
0056 . . . ISNES 4 10 ; "true"
0057 . . . JMP 5 => 0063
0063 . . . ISNES 4 11 ; "false"
0064 . . . JMP 5 => 0070
0070 . . . ISNES 4 12 ; "match"
0071 . . . JMP 5 => 0077
0077 . . . ISNES 4 14 ; "fail"
0078 . . . JMP 5 => 0084
0084 . . . GGET 5 0 ; "assert"
0085 . . . UGET 6 4 ; relops
0086 . . . TGETV 6 6 4
0087 . . . CALL 5 1 2
0000 . . . . FUNCC ; assert
0088 . . . UGET 5 5 ; finish_if
0089 . . . MOV 6 1
0090 . . . MOV 7 0
0091 . . . MOV 8 2
0092 . . . MOV 9 3
0093 . . . CALL 5 1 5
0000 . . . . FUNCF 6 ; ssa.lua:49
0001 . . . . TDUP 4 1
0002 . . . . TSETB 1 4 2
0003 . . . . TGETS 5 2 2 ; "label"
0004 . . . . TSETB 5 4 3
0005 . . . . TGETS 5 3 2 ; "label"
0006 . . . . TSETB 5 4 4
0007 . . . . TSETS 4 0 0 ; "control"
0008 . . . . RET0 0 1
0094 . . . RET0 0 1
0024 . . UGET 7 1 ; compile_bool
0025 . . TGETB 8 0 3
0026 . . MOV 9 5
0027 . . MOV 10 2
0028 . . MOV 11 3
0029 . . CALL 7 1 5
0000 . . . JFUNCF 13 3 ; ssa.lua:55
0001 . . . GGET 4 0 ; "assert"
0002 . . . GGET 5 1 ; "type"
0003 . . . MOV 6 0
0004 . . . CALL 5 2 2
0000 . . . . FUNCC ; type
0005 . . . ISEQS 5 2 ; "table"
0006 . . . JMP 5 => 0009
0009 . . . KPRI 5 2
0010 . . . CALL 4 1 2
0000 . . . . FUNCC ; assert
0011 . . . TGETB 4 0 1
0012 . . . ISNES 4 3 ; "if"
0013 . . . JMP 5 => 0037
0014 . . . UGET 5 0 ; add_block
0015 . . . CALL 5 2 1
0000 . . . . JFUNCF 3 2 ; ssa.lua:39
0001 . . . . UGET 0 0 ; label_counter
0002 . . . . ADDVN 0 0 0 ; 1
0003 . . . . USETV 0 0 ; label_counter
0004 . . . . KSTR 0 0 ; "L"
0005 . . . . UGET 1 0 ; label_counter
0006 . . . . CAT 0 0 1
0007 . . . . TDUP 1 1
0008 . . . . TNEW 2 0
0009 . . . . TSETS 2 1 2 ; "bindings"
0010 . . . . TSETS 0 1 3 ; "label"
0011 . . . . UGET 2 1 ; ssa
0012 . . . . TGETS 2 2 4 ; "blocks"
0013 . . . . TSETV 1 2 0
0014 . . . . RET1 1 2
0016 . . . UGET 6 0 ; add_block
0017 . . . CALL 6 2 1
0000 . . . . JFUNCF 3 2 ; ssa.lua:39
0001 . . . . UGET 0 0 ; label_counter
0002 . . . . ADDVN 0 0 0 ; 1
0003 . . . . USETV 0 0 ; label_counter
0004 . . . . KSTR 0 0 ; "L"
0005 . . . . UGET 1 0 ; label_counter
0006 . . . . CAT 0 0 1
0007 . . . . TDUP 1 1
0008 . . . . TNEW 2 0
0009 . . . . TSETS 2 1 2 ; "bindings"
0010 . . . . TSETS 0 1 3 ; "label"
0011 . . . . UGET 2 1 ; ssa
0012 . . . . TGETS 2 2 4 ; "blocks"
0013 . . . . TSETV 1 2 0
0014 . . . . RET1 1 2
0018 . . . UGET 7 1 ; compile_bool
0019 . . . TGETB 8 0 2
0020 . . . MOV 9 1
0021 . . . MOV 10 5
0022 . . . MOV 11 6
0023 . . . CALL 7 1 5
0000 . . . . JFUNCF 13 3 ; ssa.lua:55
---- TRACE 6 abort ssa.lua:55 -- call unroll limit reached
---- TRACE 6 start ssa.lua:49
0001 TDUP 4 1
0002 TSETB 1 4 2
0003 TGETS 5 2 2 ; "label"
0004 TSETB 5 4 3
0005 TGETS 5 3 2 ; "label"
0006 TSETB 5 4 4
0007 TSETS 4 0 0 ; "control"
0008 RET0 0 1
---- TRACE 6 IR
.... SNAP #0 [ ---- ---- ---- ---- ---- ]
0001 rax > tab TDUP {0x400ba0c0}
0002 rbp > tab SLOAD #2 T
0003 rbx p32 FLOAD 0001 tab.array
0004 p32 AREF 0003 +2 
0005 tab ASTORE 0004 0002
.... SNAP #1 [ ---- ---- ---- ---- ---- 0001 ]
0006 rbp > tab SLOAD #3 T
0007 int FLOAD 0006 tab.hmask
0008 > int EQ 0007 +1 
0009 rbp p32 FLOAD 0006 tab.node
0010 > p32 HREFK 0009 "label" @1
0011 rbp > str HLOAD 0010
0012 p32 AREF 0003 +3 
0013 str ASTORE 0012 0011
.... SNAP #2 [ ---- ---- ---- ---- ---- 0001 ---- ]
0014 rbp > tab SLOAD #4 T
0015 int FLOAD 0014 tab.hmask
0016 > int EQ 0015 +1 
0017 rbp p32 FLOAD 0014 tab.node
0018 > p32 HREFK 0017 "label" @1
0019 rbp > str HLOAD 0018
0020 p32 AREF 0003 +4 
0021 str ASTORE 0020 0019
.... SNAP #3 [ ---- ---- ---- ---- ---- 0001 ---- ]
0022 rbp > tab SLOAD #1 T
0023 int FLOAD 0022 tab.hmask
0024 > int EQ 0023 +3 
0025 rbx p32 FLOAD 0022 tab.node
0026 > p32 HREFK 0025 "control" @1
0027 tab FLOAD 0022 tab.meta
0028 > tab EQ 0027 [NULL]
0029 tab HSTORE 0026 0001
0030 nil TBAR 0022
.... SNAP #4 [ ---- ]
---- TRACE 6 mcode 348
0bcbf4fc mov dword [0x4009d410], 0x6
0bcbf507 mov edi, [0x4009d3d8]
0bcbf50e cmp edi, [0x4009d3dc]
0bcbf515 jb 0x0bcbf52e
0bcbf517 mov esi, 0x1
0bcbf51c mov edi, 0x4009d3b8
0bcbf521 call 0x00421730 ->lj_gc_step_jit
0bcbf526 test eax, eax
0bcbf528 jnz 0x0bcb0010 ->0
0bcbf52e mov edi, [0x4009d4b0]
0bcbf535 mov esi, 0x400ba0c0
0bcbf53a call 0x004223c0 ->lj_tab_dup
0bcbf53f mov edx, [0x4009d4b4]
0bcbf546 cmp dword [rdx+0xc], -0x0c
0bcbf54a jnz 0x0bcb0010 ->0
0bcbf550 mov ebp, [rdx+0x8]
0bcbf553 mov ebx, [rax+0x8]
0bcbf556 mov dword [rbx+0x14], 0xfffffff4
0bcbf55d mov [rbx+0x10], ebp
0bcbf560 cmp dword [rdx+0x14], -0x0c
0bcbf564 jnz 0x0bcb0014 ->1
0bcbf56a mov ebp, [rdx+0x10]
0bcbf56d cmp dword [rbp+0x1c], +0x01
0bcbf571 jnz 0x0bcb0014 ->1
0bcbf577 mov ebp, [rbp+0x14]
0bcbf57a mov rdi, 0xfffffffb41460c98
0bcbf584 cmp rdi, [rbp+0x20]
0bcbf588 jnz 0x0bcb0014 ->1
0bcbf58e cmp dword [rbp+0x1c], -0x05
0bcbf592 jnz 0x0bcb0014 ->1
0bcbf598 mov ebp, [rbp+0x18]
0bcbf59b mov dword [rbx+0x1c], 0xfffffffb
0bcbf5a2 mov [rbx+0x18], ebp
0bcbf5a5 cmp dword [rdx+0x1c], -0x0c
0bcbf5a9 jnz 0x0bcb0018 ->2
0bcbf5af mov ebp, [rdx+0x18]
0bcbf5b2 cmp dword [rbp+0x1c], +0x01
0bcbf5b6 jnz 0x0bcb0018 ->2
0bcbf5bc mov ebp, [rbp+0x14]
0bcbf5bf mov rdi, 0xfffffffb41460c98
0bcbf5c9 cmp rdi, [rbp+0x20]
0bcbf5cd jnz 0x0bcb0018 ->2
0bcbf5d3 cmp dword [rbp+0x1c], -0x05
0bcbf5d7 jnz 0x0bcb0018 ->2
0bcbf5dd mov ebp, [rbp+0x18]
0bcbf5e0 mov dword [rbx+0x24], 0xfffffffb
0bcbf5e7 mov [rbx+0x20], ebp
0bcbf5ea cmp dword [rdx+0x4], -0x0c
0bcbf5ee jnz 0x0bcb001c ->3
0bcbf5f4 mov ebp, [rdx]
0bcbf5f6 cmp dword [rbp+0x1c], +0x03
0bcbf5fa jnz 0x0bcb001c ->3
0bcbf600 mov ebx, [rbp+0x14]
0bcbf603 mov rdi, 0xfffffffb414612c0
0bcbf60d cmp rdi, [rbx+0x20]
0bcbf611 jnz 0x0bcb001c ->3
0bcbf617 cmp dword [rbp+0x10], +0x00
0bcbf61b jnz 0x0bcb001c ->3
0bcbf621 mov dword [rbx+0x1c], 0xfffffff4
0bcbf628 mov [rbx+0x18], eax
0bcbf62b test byte [rbp+0x4], 0x4
0bcbf62f jz 0x0bcbf646
0bcbf631 and byte [rbp+0x4], 0xfb
0bcbf635 mov edi, [0x4009d3f4]
0bcbf63c mov [0x4009d3f4], ebp
0bcbf643 mov [rbp+0xc], edi
0bcbf646 xor eax, eax
0bcbf648 mov ebx, 0x400ba820
0bcbf64d mov r14d, 0x4009e008
0bcbf653 jmp 0x00420177
---- TRACE 6 stop -> return
---- TRACE 5 exit 1
---- TRACE 6 exit 1
Raw
dump.hotloop03
---- TRACE 1 start ssa.lua:39
0001 UGET 0 0 ; label_counter
0002 ADDVN 0 0 0 ; 1
0003 USETV 0 0 ; label_counter
0004 KSTR 0 0 ; "L"
0005 UGET 1 0 ; label_counter
0006 CAT 0 0 1
0007 TDUP 1 1
0008 TNEW 2 0
0009 TSETS 2 1 2 ; "bindings"
0010 TSETS 0 1 3 ; "label"
0011 UGET 2 1 ; ssa
0012 TGETS 2 2 4 ; "blocks"
0013 TSETV 1 2 0
0014 RET1 1 2
---- TRACE 1 IR
.... SNAP #0 [ ---- ]
0001 rbp fun SLOAD #0 R
0002 rbx > p32 UREFO 0001 #0
0003 xmm7 > num ULOAD 0002
0004 [10] num ADD 0003 +1 
0005 num USTORE 0002 0004
.... SNAP #1 [ ---- ---- ]
0006 str TOSTR 0004 NUM
0007 rdi p32 BUFHDR [0x41937414] RESET
0008 rdi p32 BUFPUT 0007 "L" 
0009 rdi p32 BUFPUT 0008 0006
0010 [c] str BUFSTR 0009 0007
0011 [8] > tab TDUP {0x40372418}
0012 r15 > tab TNEW #0 #0
0013 rbx p32 FLOAD 0011 tab.node
0014 p32 HREFK 0013 "bindings" @0
0015 tab HSTORE 0014 0012
0016 p32 HREFK 0013 "label" @1
0017 str HSTORE 0016 0010
.... SNAP #2 [ ---- 0010 0011 ---- ]
0018 rbp > p32 UREFO 0001 #1
0019 rbp > tab ULOAD 0018
0020 int FLOAD 0019 tab.hmask
0021 > int EQ 0020 +1 
0022 rbp p32 FLOAD 0019 tab.node
0023 > p32 HREFK 0022 "blocks" @0
0024 rbp > tab HLOAD 0023
0025 rsi p32 HREF 0024 0010
0026 > p32 EQ 0025 [0x41937458]
0027 tab FLOAD 0024 tab.meta
0028 > tab EQ 0027 [NULL]
0029 rbx p32 NEWREF 0024 0010
0030 tab HSTORE 0029 0011
0031 nil TBAR 0024
0032 p32 FREF 0024 tab.nomm
0033 u8  FSTORE 0032 +0 
.... SNAP #3 [ ---- ---- 0011 ]
---- TRACE 1 mcode 441
0bcbfe44 add rsp, -0x10
0bcbfe48 mov dword [0x41937410], 0x1
0bcbfe53 mov edi, [0x419373d8]
0bcbfe5a cmp edi, [0x419373dc]
0bcbfe61 jb 0x0bcbfe7a
0bcbfe63 mov esi, 0x3
0bcbfe68 mov edi, 0x419373b8
0bcbfe6d call 0x00421730 ->lj_gc_step_jit
0bcbfe72 test eax, eax
0bcbfe74 jnz 0x0bcb0010 ->0
0bcbfe7a mov edx, [0x419374b4]
0bcbfe81 mov ebp, [rdx-0x8]
0bcbfe84 mov edi, [rbp+0x14]
0bcbfe87 mov ebx, [rdi+0x10]
0bcbfe8a cmp dword [rbx+0x4], 0xfffeffff
0bcbfe91 jnb 0x0bcb0010 ->0
0bcbfe97 movsd xmm7, [rbx]
0bcbfe9b addsd xmm7, [0x403610a0]
0bcbfea4 movsd [rsp+0x10], xmm7
0bcbfeaa movsd [rbx], xmm7
0bcbfeae mov edi, 0x41937414
0bcbfeb3 mov esi, [rdi+0x8]
0bcbfeb6 mov [rdi], esi
0bcbfeb8 mov esi, 0x4c
0bcbfebd call 0x00421b60 ->lj_buf_putchar
0bcbfec2 mov edi, eax
0bcbfec4 lea rsi, [rsp+0x10]
0bcbfec9 call 0x0040a3c0 ->lj_strfmt_putnum
0bcbfece mov edi, eax
0bcbfed0 call 0x00421ff0 ->lj_buf_tostr
0bcbfed5 mov [rsp+0xc], eax
0bcbfed9 mov edi, [0x419374b0]
0bcbfee0 mov esi, 0x40372418
0bcbfee5 call 0x004223c0 ->lj_tab_dup
0bcbfeea mov ebx, eax
0bcbfeec mov [rsp+0x8], ebx
0bcbfef0 mov edi, [0x419374b0]
0bcbfef7 xor esi, esi
0bcbfef9 call 0x00422350 ->lj_tab_new1
0bcbfefe mov r15d, eax
0bcbff01 mov edi, [0x419374b0]
0bcbff08 mov eax, [rsp+0xc]
0bcbff0c mov ebx, [rbx+0x14]
0bcbff0f mov dword [rbx+0x4], 0xfffffff4
0bcbff16 mov [rbx], r15d
0bcbff19 mov dword [rbx+0x1c], 0xfffffffb
0bcbff20 mov [rbx+0x18], eax
0bcbff23 mov esi, [rbp+0x18]
0bcbff26 mov ebp, [rsi+0x10]
0bcbff29 cmp dword [rbp+0x4], -0x0c
0bcbff2d jnz 0x0bcb0018 ->2
0bcbff33 mov ebp, [rbp+0x0]
0bcbff36 cmp dword [rbp+0x1c], +0x01
0bcbff3a jnz 0x0bcb0018 ->2
0bcbff40 mov ebp, [rbp+0x14]
0bcbff43 mov rsi, 0xfffffffb403716f0
0bcbff4d cmp rsi, [rbp+0x8]
0bcbff51 jnz 0x0bcb0018 ->2
0bcbff57 cmp dword [rbp+0x4], -0x0c
0bcbff5b jnz 0x0bcb0018 ->2
0bcbff61 mov ebp, [rbp+0x0]
0bcbff64 mov esi, [rbp+0x1c]
0bcbff67 and esi, [rax+0x8]
0bcbff6a lea esi, [rsi+rsi*2]
0bcbff6d shl esi, 0x03
0bcbff70 add esi, [rbp+0x14]
0bcbff73 cmp dword [rsi+0xc], -0x05
0bcbff77 jnz 0x0bcbff82
0bcbff79 cmp eax, [rsi+0x8]
0bcbff7c jz 0x0bcb0018 ->2
0bcbff82 mov esi, [rsi+0x10]
0bcbff85 test esi, esi
0bcbff87 jnz 0x0bcbff73
0bcbff89 cmp dword [rbp+0x10], +0x00
0bcbff8d jnz 0x0bcb0018 ->2
0bcbff93 mov edx, 0x41937448
0bcbff98 mov dword [rdx+0x4], 0xfffffffb
0bcbff9f mov [rdx], eax
0bcbffa1 mov esi, ebp
0bcbffa3 call 0x00422cf0 ->lj_tab_newkey
0bcbffa8 mov ebx, eax
0bcbffaa mov edx, [0x419374b4]
0bcbffb1 mov eax, [rsp+0x8]
0bcbffb5 mov dword [rbx+0x4], 0xfffffff4
0bcbffbc mov [rbx], eax
0bcbffbe test byte [rbp+0x4], 0x4
0bcbffc2 jz 0x0bcbffd9
0bcbffc4 and byte [rbp+0x4], 0xfb
0bcbffc8 mov edi, [0x419373f4]
0bcbffcf mov [0x419373f4], ebp
0bcbffd6 mov [rbp+0xc], edi
0bcbffd9 mov byte [rbp+0x6], 0x0
0bcbffdd mov dword [rdx+0xc], 0xfffffff4
0bcbffe4 mov [rdx+0x8], eax
0bcbffe7 xor eax, eax
0bcbffe9 mov ebx, 0x403732a0
0bcbffee mov r14d, 0x41938008
0bcbfff4 add rsp, +0x10
0bcbfff8 jmp 0x00420177
---- TRACE 1 stop -> return
---- TRACE 2 start ssa.lua:55
0001 GGET 4 0 ; "assert"
0002 GGET 5 1 ; "type"
0003 MOV 6 0
0004 CALL 5 2 2
0000 . FUNCC ; type
0005 ISEQS 5 2 ; "table"
0006 JMP 5 => 0009
0009 KPRI 5 2
0010 CALL 4 1 2
0000 . FUNCC ; assert
0011 TGETB 4 0 1
0012 ISNES 4 3 ; "if"
0013 JMP 5 => 0037
0037 ISNES 4 4 ; "let"
0038 JMP 5 => 0056
0056 ISNES 4 10 ; "true"
0057 JMP 5 => 0063
0063 ISNES 4 11 ; "false"
0064 JMP 5 => 0070
0070 ISNES 4 12 ; "match"
0071 JMP 5 => 0077
0077 ISNES 4 14 ; "fail"
0078 JMP 5 => 0084
0084 GGET 5 0 ; "assert"
0085 UGET 6 4 ; relops
0086 TGETV 6 6 4
0087 CALL 5 1 2
0000 . FUNCC ; assert
0088 UGET 5 5 ; finish_if
0089 MOV 6 1
0090 MOV 7 0
0091 MOV 8 2
0092 MOV 9 3
0093 CALL 5 1 5
0000 . FUNCF 6 ; ssa.lua:49
0001 . TDUP 4 1
0002 . TSETB 1 4 2
0003 . TGETS 5 2 2 ; "label"
0004 . TSETB 5 4 3
0005 . TGETS 5 3 2 ; "label"
0006 . TSETB 5 4 4
0007 . TSETS 4 0 0 ; "control"
0008 . RET0 0 1
0094 RET0 0 1
---- TRACE 2 IR
.... SNAP #0 [ ---- ---- ---- ---- ---- ]
0001 rbp fun SLOAD #0 R
0002 r15 tab FLOAD 0001 func.env
0003 rsi p32 HREF 0002 "assert"
0004 > p32 EQ 0003 [0x41937458]
0005 rbx tab FLOAD 0002 tab.meta
0006 > tab NE 0005 [NULL]
0007 int FLOAD 0005 tab.hmask
0008 > int EQ 0007 +1 
0009 rbx p32 FLOAD 0005 tab.node
0010 > p32 HREFK 0009 "__index" @1
0011 rbx > tab HLOAD 0010
0012 int FLOAD 0011 tab.hmask
0013 > int EQ 0012 +63 
0014 rbx p32 FLOAD 0011 tab.node
0015 > p32 HREFK 0014 "assert" @3
0016 > fun HLOAD 0015
0017 rsi p32 HREF 0002 "type"
0018 > p32 EQ 0017 [0x41937458]
0019 > p32 HREFK 0014 "type" @60
0020 > fun HLOAD 0019
0021 r15 > tab SLOAD #1 T
0022 > fun EQ 0020 type
0023 > fun EQ 0016 assert
0024 int FLOAD 0021 tab.asize
0025 > int ABC 0024 +1 
0026 rbx p32 FLOAD 0021 tab.array
0027 p32 AREF 0026 +1 
0028 rbx > str ALOAD 0027
.... SNAP #1 [ ---- ---- ---- ---- ---- 0028 ]
0029 > str NE 0028 "if"
.... SNAP #2 [ ---- ---- ---- ---- ---- 0028 ]
0030 > str NE 0028 "let"
.... SNAP #3 [ ---- ---- ---- ---- ---- 0028 ]
0031 > str NE 0028 "true"
.... SNAP #4 [ ---- ---- ---- ---- ---- 0028 ]
0032 > str NE 0028 "false"
.... SNAP #5 [ ---- ---- ---- ---- ---- 0028 ]
0033 > str NE 0028 "match"
.... SNAP #6 [ ---- ---- ---- ---- ---- 0028 ]
0034 > str NE 0028 "fail"
.... SNAP #7 [ ---- ---- ---- ---- ---- 0028 ]
0035 r14 > p32 UREFC 0001 #4
0036 r13 > tab ULOAD 0035
0037 r14 p32 HREF 0036 0028
0038 > tru HLOAD 0037
0039 > fun EQ 0001 ssa.lua:55
0040 rbp > tab SLOAD #2 T
0041 r13 > tab SLOAD #3 T
0042 r14 > tab SLOAD #4 T
0043 [8] > tab TDUP {0x40366b30}
0044 rax p32 FLOAD 0043 tab.array
0045 p32 AREF 0044 +2 
0046 tab ASTORE 0045 0021
.... SNAP #8 [ ssa.lua:55|---- ---- ---- ---- 0028 ssa.lua:49|0040 ---- 0041 0042 0043 ]
0047 int FLOAD 0041 tab.hmask
0048 > int EQ 0047 +1 
0049 r15 p32 FLOAD 0041 tab.node
0050 > p32 HREFK 0049 "label" @1
0051 r15 > str HLOAD 0050
0052 p32 AREF 0044 +3 
0053 str ASTORE 0052 0051
.... SNAP #9 [ ssa.lua:55|---- ---- ---- ---- 0028 ssa.lua:49|0040 ---- ---- 0042 0043 ---- ]
0054 int FLOAD 0042 tab.hmask
0055 > int EQ 0054 +1 
0056 r15 p32 FLOAD 0042 tab.node
0057 > p32 HREFK 0056 "label" @1
0058 r15 > str HLOAD 0057
0059 p32 AREF 0044 +4 
0060 str ASTORE 0059 0058
.... SNAP #10 [ ssa.lua:55|---- ---- ---- ---- 0028 ssa.lua:49|0040 ---- ---- ---- 0043 ---- ]
0061 rsi p32 HREF 0040 "control"
0062 > p32 EQ 0061 [0x41937458]
0063 tab FLOAD 0040 tab.meta
0064 > tab EQ 0063 [NULL]
0065 rbx p32 NEWREF 0040 "control"
0066 tab HSTORE 0065 0043
0067 nil TBAR 0040
.... SNAP #11 [ ssa.lua:55|]
---- TRACE 2 mcode 916
0bcbfaa9 mov dword [0x41937410], 0x2
0bcbfab4 mov edi, [0x419373d8]
0bcbfabb cmp edi, [0x419373dc]
0bcbfac2 jb 0x0bcbfadb
0bcbfac4 mov esi, 0x1
0bcbfac9 mov edi, 0x419373b8
0bcbface call 0x00421730 ->lj_gc_step_jit
0bcbfad3 test eax, eax
0bcbfad5 jnz 0x0bcb0010 ->0
0bcbfadb mov edi, [0x419374b0]
0bcbfae2 mov edx, [0x419374b4]
0bcbfae9 mov ebp, [rdx-0x8]
0bcbfaec mov r15d, [rbp+0x8]
0bcbfaf0 mov esi, [r15+0x1c]
0bcbfaf4 and esi, 0xce2b6183
0bcbfafa lea esi, [rsi+rsi*2]
0bcbfafd shl esi, 0x03
0bcbfb00 add esi, [r15+0x14]
0bcbfb04 cmp dword [rsi+0xc], -0x05
0bcbfb08 jnz 0x0bcbfb17
0bcbfb0a cmp dword [rsi+0x8], 0x41939db0
0bcbfb11 jz 0x0bcb0010 ->0
0bcbfb17 mov esi, [rsi+0x10]
0bcbfb1a test esi, esi
0bcbfb1c jnz 0x0bcbfb04
0bcbfb1e mov ebx, [r15+0x10]
0bcbfb22 test ebx, ebx
0bcbfb24 jz 0x0bcb0010 ->0
0bcbfb2a cmp dword [rbx+0x1c], +0x01
0bcbfb2e jnz 0x0bcb0010 ->0
0bcbfb34 mov ebx, [rbx+0x14]
0bcbfb37 mov rsi, 0xfffffffb419394c8
0bcbfb41 cmp rsi, [rbx+0x20]
0bcbfb45 jnz 0x0bcb0010 ->0
0bcbfb4b cmp dword [rbx+0x1c], -0x0c
0bcbfb4f jnz 0x0bcb0010 ->0
0bcbfb55 mov ebx, [rbx+0x18]
0bcbfb58 cmp dword [rbx+0x1c], +0x3f
0bcbfb5c jnz 0x0bcb0010 ->0
0bcbfb62 mov ebx, [rbx+0x14]
0bcbfb65 mov rsi, 0xfffffffb41939db0
0bcbfb6f cmp rsi, [rbx+0x50]
0bcbfb73 jnz 0x0bcb0010 ->0
0bcbfb79 cmp dword [rbx+0x4c], -0x09
0bcbfb7d jnz 0x0bcb0010 ->0
0bcbfb83 mov esi, [r15+0x1c]
0bcbfb87 and esi, 0x798a813c
0bcbfb8d lea esi, [rsi+rsi*2]
0bcbfb90 shl esi, 0x03
0bcbfb93 add esi, [r15+0x14]
0bcbfb97 cmp dword [rsi+0xc], -0x05
0bcbfb9b jnz 0x0bcbfbaa
0bcbfb9d cmp dword [rsi+0x8], 0x41939fb0
0bcbfba4 jz 0x0bcb0010 ->0
0bcbfbaa mov esi, [rsi+0x10]
0bcbfbad test esi, esi
0bcbfbaf jnz 0x0bcbfb97
0bcbfbb1 mov rsi, 0xfffffffb41939fb0
0bcbfbbb cmp rsi, [rbx+0x5a8]
0bcbfbc2 jnz 0x0bcb0010 ->0
0bcbfbc8 cmp dword [rbx+0x5a4], -0x09
0bcbfbcf jnz 0x0bcb0010 ->0
0bcbfbd5 cmp dword [rdx+0x4], -0x0c
0bcbfbd9 jnz 0x0bcb0010 ->0
0bcbfbdf mov r15d, [rdx]
0bcbfbe2 cmp dword [rbx+0x5a0], 0x41939f18
0bcbfbec jnz 0x0bcb0010 ->0
0bcbfbf2 cmp dword [rbx+0x48], 0x41939d88
0bcbfbf9 jnz 0x0bcb0010 ->0
0bcbfbff cmp dword [r15+0x18], +0x01
0bcbfc04 jbe 0x0bcb0010 ->0
0bcbfc0a mov ebx, [r15+0x8]
0bcbfc0e cmp dword [rbx+0xc], -0x05
0bcbfc12 jnz 0x0bcb0010 ->0
0bcbfc18 mov ebx, [rbx+0x8]
0bcbfc1b cmp ebx, 0x419398f8
0bcbfc21 jz 0x0bcb0014 ->1
0bcbfc27 cmp ebx, 0x40367440
0bcbfc2d jz 0x0bcb0018 ->2
0bcbfc33 cmp ebx, 0x41939a18
0bcbfc39 jz 0x0bcb001c ->3
0bcbfc3f cmp ebx, 0x41939870
0bcbfc45 jz 0x0bcb0020 ->4
0bcbfc4b cmp ebx, 0x4193ccb0
0bcbfc51 jz 0x0bcb0024 ->5
0bcbfc57 cmp ebx, 0x4193f138
0bcbfc5d jz 0x0bcb0028 ->6
0bcbfc63 mov esi, [rbp+0x24]
0bcbfc66 cmp byte [rsi+0x6], 0x1
0bcbfc6a jnz 0x0bcb002c ->7
0bcbfc70 lea r14d, [rsi+0x8]
0bcbfc74 cmp dword [r14+0x4], -0x0c
0bcbfc79 jnz 0x0bcb002c ->7
0bcbfc7f mov r13d, [r14]
0bcbfc82 mov r14d, [r13+0x1c]
0bcbfc86 and r14d, [rbx+0x8]
0bcbfc8a lea r14d, [r14+r14*2]
0bcbfc8e shl r14d, 0x03
0bcbfc92 add r14d, [r13+0x14]
0bcbfc96 cmp dword [r14+0xc], -0x05
0bcbfc9b jnz 0x0bcbfca3
0bcbfc9d cmp ebx, [r14+0x8]
0bcbfca1 jz 0x0bcbfcb2
0bcbfca3 mov r14d, [r14+0x10]
0bcbfca7 test r14d, r14d
0bcbfcaa jnz 0x0bcbfc96
0bcbfcac mov r14d, 0x41937458
0bcbfcb2 cmp dword [r14+0x4], -0x03
0bcbfcb7 jnz 0x0bcb002c ->7
0bcbfcbd cmp ebp, 0x403641d8
0bcbfcc3 jnz 0x0bcb002c ->7
0bcbfcc9 cmp dword [rdx+0xc], -0x0c
0bcbfccd jnz 0x0bcb002c ->7
0bcbfcd3 mov ebp, [rdx+0x8]
0bcbfcd6 cmp dword [rdx+0x14], -0x0c
0bcbfcda jnz 0x0bcb002c ->7
0bcbfce0 mov r13d, [rdx+0x10]
0bcbfce4 cmp dword [rdx+0x1c], -0x0c
0bcbfce8 jnz 0x0bcb002c ->7
0bcbfcee mov r14d, [rdx+0x18]
0bcbfcf2 mov esi, 0x40366b30
0bcbfcf7 call 0x004223c0 ->lj_tab_dup
0bcbfcfc mov [rsp+0x8], eax
0bcbfd00 mov edi, [0x419374b0]
0bcbfd07 mov eax, [rax+0x8]
0bcbfd0a mov dword [rax+0x14], 0xfffffff4
0bcbfd11 mov [rax+0x10], r15d
0bcbfd15 cmp dword [r13+0x1c], +0x01
0bcbfd1a jnz 0x0bcb0030 ->8
0bcbfd20 mov r15d, [r13+0x14]
0bcbfd24 mov rsi, 0xfffffffb40371790
0bcbfd2e cmp rsi, [r15+0x20]
0bcbfd32 jnz 0x0bcb0030 ->8
0bcbfd38 cmp dword [r15+0x1c], -0x05
0bcbfd3d jnz 0x0bcb0030 ->8
0bcbfd43 mov r15d, [r15+0x18]
0bcbfd47 mov dword [rax+0x1c], 0xfffffffb
0bcbfd4e mov [rax+0x18], r15d
0bcbfd52 cmp dword [r14+0x1c], +0x01
0bcbfd57 jnz 0x0bcb0034 ->9
0bcbfd5d mov r15d, [r14+0x14]
0bcbfd61 mov rsi, 0xfffffffb40371790
0bcbfd6b cmp rsi, [r15+0x20]
0bcbfd6f jnz 0x0bcb0034 ->9
0bcbfd75 cmp dword [r15+0x1c], -0x05
0bcbfd7a jnz 0x0bcb0034 ->9
0bcbfd80 mov r15d, [r15+0x18]
0bcbfd84 mov dword [rax+0x24], 0xfffffffb
0bcbfd8b mov [rax+0x20], r15d
0bcbfd8f mov esi, [rbp+0x1c]
0bcbfd92 and esi, 0x2a54dc55
0bcbfd98 lea esi, [rsi+rsi*2]
0bcbfd9b shl esi, 0x03
0bcbfd9e add esi, [rbp+0x14]
0bcbfda1 cmp dword [rsi+0xc], -0x05
0bcbfda5 jnz 0x0bcbfdb4
0bcbfda7 cmp dword [rsi+0x8], 0x40371ef8
0bcbfdae jz 0x0bcb0038 ->10
0bcbfdb4 mov esi, [rsi+0x10]
0bcbfdb7 test esi, esi
0bcbfdb9 jnz 0x0bcbfda1
0bcbfdbb cmp dword [rbp+0x10], +0x00
0bcbfdbf jnz 0x0bcb0038 ->10
0bcbfdc5 mov edx, 0x41937448
0bcbfdca mov dword [rdx+0x4], 0xfffffffb
0bcbfdd1 mov dword [rdx], 0x40371ef8
0bcbfdd7 mov esi, ebp
0bcbfdd9 call 0x00422cf0 ->lj_tab_newkey
0bcbfdde mov ebx, eax
0bcbfde0 mov edx, [0x419374b4]
0bcbfde7 mov eax, [rsp+0x8]
0bcbfdeb mov dword [rbx+0x4], 0xfffffff4
0bcbfdf2 mov [rbx], eax
0bcbfdf4 test byte [rbp+0x4], 0x4
0bcbfdf8 jz 0x0bcbfe0f
0bcbfdfa and byte [rbp+0x4], 0xfb
0bcbfdfe mov edi, [0x419373f4]
0bcbfe05 mov [0x419373f4], ebp
0bcbfe0c mov [rbp+0xc], edi
0bcbfe0f mov eax, [0x419374b0]
0bcbfe16 mov eax, [rax+0x20]
0bcbfe19 sub eax, edx
0bcbfe1b cmp eax, +0x68
0bcbfe1e jb 0x0bcb003c ->11
0bcbfe24 mov dword [rdx-0x8], 0x403641d8
0bcbfe2b xor eax, eax
0bcbfe2d mov ebx, 0x40372f58
0bcbfe32 mov r14d, 0x41938008
0bcbfe38 jmp 0x00420177
---- TRACE 2 stop -> return
---- TRACE 2 exit 2
---- TRACE 2 exit 1
---- TRACE 2 exit 1
---- TRACE 2 exit 1
---- TRACE 2 exit 3
---- TRACE 2 exit 1
---- TRACE 2 exit 1
---- TRACE 2 exit 6
---- TRACE 2 exit 4
---- TRACE 2 exit 1
---- TRACE 2 exit 1
---- TRACE 2 exit 1
---- TRACE 2 exit 4
---- TRACE 2 exit 4
---- TRACE 2 exit 4
---- TRACE 2 exit 4
---- TRACE 3 start ssa.lua:52
0001 TDUP 2 1
0002 TGETS 3 1 2 ; "label"
0003 TSETB 3 2 2
0004 TSETS 2 0 0 ; "control"
0005 RET0 0 1
---- TRACE 3 IR
.... SNAP #0 [ ---- ---- ---- ]
0001 [8] > tab TDUP {0x403608f0}
0002 rbp > tab SLOAD #2 T
0003 int FLOAD 0002 tab.hmask
0004 > int EQ 0003 +1 
0005 rbp p32 FLOAD 0002 tab.node
0006 > p32 HREFK 0005 "label" @1
0007 rbp > str HLOAD 0006
0008 rax p32 FLOAD 0001 tab.array
0009 p32 AREF 0008 +2 
0010 str ASTORE 0009 0007
.... SNAP #1 [ ---- ---- ---- 0001 ---- ]
0011 rbp > tab SLOAD #1 T
0012 rsi p32 HREF 0011 "control"
0013 > p32 EQ 0012 [0x41937458]
0014 tab FLOAD 0011 tab.meta
0015 > tab EQ 0014 [NULL]
0016 rbx p32 NEWREF 0011 "control"
0017 tab HSTORE 0016 0001
0018 nil TBAR 0011
.... SNAP #2 [ ---- ]
---- TRACE 3 mcode 315
0bcbf967 mov dword [0x41937410], 0x3
0bcbf972 mov edi, [0x419373d8]
0bcbf979 cmp edi, [0x419373dc]
0bcbf980 jb 0x0bcbf999
0bcbf982 mov esi, 0x1
0bcbf987 mov edi, 0x419373b8
0bcbf98c call 0x00421730 ->lj_gc_step_jit
0bcbf991 test eax, eax
0bcbf993 jnz 0x0bcb0010 ->0
0bcbf999 mov edi, [0x419374b0]
0bcbf9a0 mov esi, 0x403608f0
0bcbf9a5 call 0x004223c0 ->lj_tab_dup
0bcbf9aa mov [rsp+0x8], eax
0bcbf9ae mov edi, [0x419374b0]
0bcbf9b5 mov edx, [0x419374b4]
0bcbf9bc cmp dword [rdx+0xc], -0x0c
0bcbf9c0 jnz 0x0bcb0010 ->0
0bcbf9c6 mov ebp, [rdx+0x8]
0bcbf9c9 cmp dword [rbp+0x1c], +0x01
0bcbf9cd jnz 0x0bcb0010 ->0
0bcbf9d3 mov ebp, [rbp+0x14]
0bcbf9d6 mov rsi, 0xfffffffb40371790
0bcbf9e0 cmp rsi, [rbp+0x20]
0bcbf9e4 jnz 0x0bcb0010 ->0
0bcbf9ea cmp dword [rbp+0x1c], -0x05
0bcbf9ee jnz 0x0bcb0010 ->0
0bcbf9f4 mov ebp, [rbp+0x18]
0bcbf9f7 mov eax, [rax+0x8]
0bcbf9fa mov dword [rax+0x14], 0xfffffffb
0bcbfa01 mov [rax+0x10], ebp
0bcbfa04 cmp dword [rdx+0x4], -0x0c
0bcbfa08 jnz 0x0bcb0014 ->1
0bcbfa0e mov ebp, [rdx]
0bcbfa10 mov esi, [rbp+0x1c]
0bcbfa13 and esi, 0x2a54dc55
0bcbfa19 lea esi, [rsi+rsi*2]
0bcbfa1c shl esi, 0x03
0bcbfa1f add esi, [rbp+0x14]
0bcbfa22 cmp dword [rsi+0xc], -0x05
0bcbfa26 jnz 0x0bcbfa35
0bcbfa28 cmp dword [rsi+0x8], 0x40371ef8
0bcbfa2f jz 0x0bcb0014 ->1
0bcbfa35 mov esi, [rsi+0x10]
0bcbfa38 test esi, esi
0bcbfa3a jnz 0x0bcbfa22
0bcbfa3c cmp dword [rbp+0x10], +0x00
0bcbfa40 jnz 0x0bcb0014 ->1
0bcbfa46 mov edx, 0x41937448
0bcbfa4b mov dword [rdx+0x4], 0xfffffffb
0bcbfa52 mov dword [rdx], 0x40371ef8
0bcbfa58 mov esi, ebp
0bcbfa5a call 0x00422cf0 ->lj_tab_newkey
0bcbfa5f mov ebx, eax
0bcbfa61 mov edx, [0x419374b4]
0bcbfa68 mov eax, [rsp+0x8]
0bcbfa6c mov dword [rbx+0x4], 0xfffffff4
0bcbfa73 mov [rbx], eax
0bcbfa75 test byte [rbp+0x4], 0x4
0bcbfa79 jz 0x0bcbfa90
0bcbfa7b and byte [rbp+0x4], 0xfb
0bcbfa7f mov edi, [0x419373f4]
0bcbfa86 mov [0x419373f4], ebp
0bcbfa8d mov [rbp+0xc], edi
0bcbfa90 xor eax, eax
0bcbfa92 mov ebx, 0x4037372c
0bcbfa97 mov r14d, 0x41938008
0bcbfa9d jmp 0x00420177
---- TRACE 3 stop -> return
---- TRACE 2 exit 1
---- TRACE 2 exit 1
---- TRACE 4 start 2/1 ssa.lua:59
0014 UGET 5 0 ; add_block
0015 CALL 5 2 1
0000 . JFUNCF 3 1 ; ssa.lua:39
0001 . UGET 0 0 ; label_counter
0002 . ADDVN 0 0 0 ; 1
0003 . USETV 0 0 ; label_counter
0004 . KSTR 0 0 ; "L"
0005 . UGET 1 0 ; label_counter
0006 . CAT 0 0 1
0007 . TDUP 1 1
0008 . TNEW 2 0
0009 . TSETS 2 1 2 ; "bindings"
0010 . TSETS 0 1 3 ; "label"
0011 . UGET 2 1 ; ssa
0012 . TGETS 2 2 4 ; "blocks"
0013 . TSETV 1 2 0
0014 . RET1 1 2
0016 UGET 6 0 ; add_block
0017 CALL 6 2 1
0000 . JFUNCF 3 1 ; ssa.lua:39
0001 . UGET 0 0 ; label_counter
0002 . ADDVN 0 0 0 ; 1
0003 . USETV 0 0 ; label_counter
0004 . KSTR 0 0 ; "L"
0005 . UGET 1 0 ; label_counter
0006 . CAT 0 0 1
0007 . TDUP 1 1
0008 . TNEW 2 0
0009 . TSETS 2 1 2 ; "bindings"
0010 . TSETS 0 1 3 ; "label"
0011 . UGET 2 1 ; ssa
0012 . TGETS 2 2 4 ; "blocks"
0013 . TSETV 1 2 0
0014 . RET1 1 2
0018 UGET 7 1 ; compile_bool
0019 TGETB 8 0 2
0020 MOV 9 1
0021 MOV 10 5
0022 MOV 11 6
0023 CALL 7 1 5
0000 . JFUNCF 13 2 ; ssa.lua:55
0001 . GGET 4 0 ; "assert"
0002 . GGET 5 1 ; "type"
0003 . MOV 6 0
0004 . CALL 5 2 2
0000 . . FUNCC ; type
0005 . ISEQS 5 2 ; "table"
0006 . JMP 5 => 0009
0009 . KPRI 5 2
0010 . CALL 4 1 2
0000 . . FUNCC ; assert
0011 . TGETB 4 0 1
0012 . ISNES 4 3 ; "if"
0013 . JMP 5 => 0037
0037 . ISNES 4 4 ; "let"
0038 . JMP 5 => 0056
0056 . ISNES 4 10 ; "true"
0057 . JMP 5 => 0063
0063 . ISNES 4 11 ; "false"
0064 . JMP 5 => 0070
0070 . ISNES 4 12 ; "match"
0071 . JMP 5 => 0077
0077 . ISNES 4 14 ; "fail"
0078 . JMP 5 => 0084
0084 . GGET 5 0 ; "assert"
0085 . UGET 6 4 ; relops
0086 . TGETV 6 6 4
0087 . CALL 5 1 2
0000 . . FUNCC ; assert
0088 . UGET 5 5 ; finish_if
0089 . MOV 6 1
0090 . MOV 7 0
0091 . MOV 8 2
0092 . MOV 9 3
0093 . CALL 5 1 5
0000 . . FUNCF 6 ; ssa.lua:49
0001 . . TDUP 4 1
0002 . . TSETB 1 4 2
0003 . . TGETS 5 2 2 ; "label"
0004 . . TSETB 5 4 3
0005 . . TGETS 5 3 2 ; "label"
0006 . . TSETB 5 4 4
0007 . . TSETS 4 0 0 ; "control"
0008 . . RET0 0 1
0094 . RET0 0 1
0024 UGET 7 1 ; compile_bool
0025 TGETB 8 0 3
0026 MOV 9 5
0027 MOV 10 2
0028 MOV 11 3
0029 CALL 7 1 5
0000 . JFUNCF 13 2 ; ssa.lua:55
0001 . GGET 4 0 ; "assert"
0002 . GGET 5 1 ; "type"
0003 . MOV 6 0
0004 . CALL 5 2 2
0000 . . FUNCC ; type
0005 . ISEQS 5 2 ; "table"
0006 . JMP 5 => 0009
0009 . KPRI 5 2
0010 . CALL 4 1 2
0000 . . FUNCC ; assert
0011 . TGETB 4 0 1
0012 . ISNES 4 3 ; "if"
0013 . JMP 5 => 0037
0014 . UGET 5 0 ; add_block
0015 . CALL 5 2 1
0000 . . JFUNCF 3 1 ; ssa.lua:39
0001 . . UGET 0 0 ; label_counter
0002 . . ADDVN 0 0 0 ; 1
0003 . . USETV 0 0 ; label_counter
0004 . . KSTR 0 0 ; "L"
0005 . . UGET 1 0 ; label_counter
0006 . . CAT 0 0 1
0007 . . TDUP 1 1
0008 . . TNEW 2 0
0009 . . TSETS 2 1 2 ; "bindings"
0010 . . TSETS 0 1 3 ; "label"
0011 . . UGET 2 1 ; ssa
0012 . . TGETS 2 2 4 ; "blocks"
0013 . . TSETV 1 2 0
0014 . . RET1 1 2
0016 . UGET 6 0 ; add_block
0017 . CALL 6 2 1
0000 . . JFUNCF 3 1 ; ssa.lua:39
0001 . . UGET 0 0 ; label_counter
0002 . . ADDVN 0 0 0 ; 1
0003 . . USETV 0 0 ; label_counter
0004 . . KSTR 0 0 ; "L"
0005 . . UGET 1 0 ; label_counter
0006 . . CAT 0 0 1
0007 . . TDUP 1 1
0008 . . TNEW 2 0
0009 . . TSETS 2 1 2 ; "bindings"
0010 . . TSETS 0 1 3 ; "label"
0011 . . UGET 2 1 ; ssa
0012 . . TGETS 2 2 4 ; "blocks"
0013 . . TSETV 1 2 0
0014 . . RET1 1 2
0018 . UGET 7 1 ; compile_bool
0019 . TGETB 8 0 2
0020 . MOV 9 1
0021 . MOV 10 5
0022 . MOV 11 6
0023 . CALL 7 1 5
0000 . . JFUNCF 13 2 ; ssa.lua:55
0001 . . GGET 4 0 ; "assert"
0002 . . GGET 5 1 ; "type"
0003 . . MOV 6 0
0004 . . CALL 5 2 2
0000 . . . FUNCC ; type
0005 . . ISEQS 5 2 ; "table"
0006 . . JMP 5 => 0009
0009 . . KPRI 5 2
0010 . . CALL 4 1 2
0000 . . . FUNCC ; assert
0011 . . TGETB 4 0 1
0012 . . ISNES 4 3 ; "if"
0013 . . JMP 5 => 0037
0037 . . ISNES 4 4 ; "let"
0038 . . JMP 5 => 0056
0056 . . ISNES 4 10 ; "true"
0057 . . JMP 5 => 0063
0063 . . ISNES 4 11 ; "false"
0064 . . JMP 5 => 0070
0070 . . ISNES 4 12 ; "match"
0071 . . JMP 5 => 0077
0077 . . ISNES 4 14 ; "fail"
0078 . . JMP 5 => 0084
0084 . . GGET 5 0 ; "assert"
0085 . . UGET 6 4 ; relops
0086 . . TGETV 6 6 4
0087 . . CALL 5 1 2
0000 . . . FUNCC ; assert
0088 . . UGET 5 5 ; finish_if
0089 . . MOV 6 1
0090 . . MOV 7 0
0091 . . MOV 8 2
0092 . . MOV 9 3
0093 . . CALL 5 1 5
0000 . . . FUNCF 6 ; ssa.lua:49
0001 . . . TDUP 4 1
0002 . . . TSETB 1 4 2
0003 . . . TGETS 5 2 2 ; "label"
0004 . . . TSETB 5 4 3
0005 . . . TGETS 5 3 2 ; "label"
0006 . . . TSETB 5 4 4
0007 . . . TSETS 4 0 0 ; "control"
0008 . . . RET0 0 1
0094 . . RET0 0 1
0024 . UGET 7 1 ; compile_bool
0025 . TGETB 8 0 3
0026 . MOV 9 5
0027 . MOV 10 2
0028 . MOV 11 3
0029 . CALL 7 1 5
0000 . . JFUNCF 13 2 ; ssa.lua:55
0001 . . GGET 4 0 ; "assert"
0002 . . GGET 5 1 ; "type"
0003 . . MOV 6 0
0004 . . CALL 5 2 2
0000 . . . FUNCC ; type
0005 . . ISEQS 5 2 ; "table"
0006 . . JMP 5 => 0009
0009 . . KPRI 5 2
0010 . . CALL 4 1 2
0000 . . . FUNCC ; assert
0011 . . TGETB 4 0 1
0012 . . ISNES 4 3 ; "if"
0013 . . JMP 5 => 0037
0037 . . ISNES 4 4 ; "let"
0038 . . JMP 5 => 0056
0056 . . ISNES 4 10 ; "true"
0057 . . JMP 5 => 0063
0063 . . ISNES 4 11 ; "false"
0064 . . JMP 5 => 0070
0070 . . ISNES 4 12 ; "match"
0071 . . JMP 5 => 0077
0077 . . ISNES 4 14 ; "fail"
0078 . . JMP 5 => 0084
0084 . . GGET 5 0 ; "assert"
0085 . . UGET 6 4 ; relops
0086 . . TGETV 6 6 4
0087 . . CALL 5 1 2
0000 . . . FUNCC ; assert
0088 . . UGET 5 5 ; finish_if
0089 . . MOV 6 1
0090 . . MOV 7 0
0091 . . MOV 8 2
0092 . . MOV 9 3
0093 . . CALL 5 1 5
0000 . . . FUNCF 6 ; ssa.lua:49
0001 . . . TDUP 4 1
0002 . . . TSETB 1 4 2
0003 . . . TGETS 5 2 2 ; "label"
0004 . . . TSETB 5 4 3
0005 . . . TGETS 5 3 2 ; "label"
0006 . . . TSETB 5 4 4
0007 . . . TSETS 4 0 0 ; "control"
0008 . . . RET0 0 1
0094 . . RET0 0 1
0030 . UGET 7 1 ; compile_bool
0031 . TGETB 8 0 4
0032 . MOV 9 6
0033 . MOV 10 2
0034 . MOV 11 3
0035 . CALL 7 1 5
0000 . . JFUNCF 13 2 ; ssa.lua:55
0001 . . GGET 4 0 ; "assert"
0002 . . GGET 5 1 ; "type"
0003 . . MOV 6 0
0004 . . CALL 5 2 2
0000 . . . FUNCC ; type
0005 . . ISEQS 5 2 ; "table"
0006 . . JMP 5 => 0009
0009 . . KPRI 5 2
0010 . . CALL 4 1 2
0000 . . . FUNCC ; assert
0011 . . TGETB 4 0 1
0012 . . ISNES 4 3 ; "if"
0013 . . JMP 5 => 0037
0037 . . ISNES 4 4 ; "let"
0038 . . JMP 5 => 0056
0056 . . ISNES 4 10 ; "true"
0057 . . JMP 5 => 0063
0063 . . ISNES 4 11 ; "false"
0064 . . JMP 5 => 0070
0065 . . UGET 5 2 ; finish_goto
0066 . . MOV 6 1
0067 . . MOV 7 3
0068 . . CALL 5 1 3
0000 . . . JFUNCF 4 3 ; ssa.lua:52
0001 . . . TDUP 2 1
0002 . . . TGETS 3 1 2 ; "label"
0003 . . . TSETB 3 2 2
0004 . . . TSETS 2 0 0 ; "control"
0005 . . . RET0 0 1
0069 . . JMP 5 => 0094
0094 . . RET0 0 1
0036 . JMP 5 => 0094
0094 . RET0 0 1
0030 UGET 7 1 ; compile_bool
0031 TGETB 8 0 4
0032 MOV 9 6
0033 MOV 10 2
0034 MOV 11 3
0035 CALL 7 1 5
0000 . JFUNCF 13 2 ; ssa.lua:55
0001 . GGET 4 0 ; "assert"
0002 . GGET 5 1 ; "type"
0003 . MOV 6 0
0004 . CALL 5 2 2
0000 . . FUNCC ; type
0005 . ISEQS 5 2 ; "table"
0006 . JMP 5 => 0009
0009 . KPRI 5 2
0010 . CALL 4 1 2
0000 . . FUNCC ; assert
0011 . TGETB 4 0 1
0012 . ISNES 4 3 ; "if"
0013 . JMP 5 => 0037
0037 . ISNES 4 4 ; "let"
0038 . JMP 5 => 0056
0056 . ISNES 4 10 ; "true"
0057 . JMP 5 => 0063
0063 . ISNES 4 11 ; "false"
0064 . JMP 5 => 0070
0065 . UGET 5 2 ; finish_goto
0066 . MOV 6 1
0067 . MOV 7 3
0068 . CALL 5 1 3
0000 . . JFUNCF 4 3 ; ssa.lua:52
0001 . . TDUP 2 1
0002 . . TGETS 3 1 2 ; "label"
0003 . . TSETB 3 2 2
0004 . . TSETS 2 0 0 ; "control"
0005 . . RET0 0 1
0069 . JMP 5 => 0094
0094 . RET0 0 1
0036 JMP 5 => 0094
0094 RET0 0 1
0030 UGET 7 1 ; compile_bool
0031 TGETB 8 0 4
0032 MOV 9 6
0033 MOV 10 2
0034 MOV 11 3
0035 CALL 7 1 5
0000 . JFUNCF 13 2 ; ssa.lua:55
0001 . GGET 4 0 ; "assert"
0002 . GGET 5 1 ; "type"
0003 . MOV 6 0
0004 . CALL 5 2 2
0000 . . FUNCC ; type
0005 . ISEQS 5 2 ; "table"
0006 . JMP 5 => 0009
0009 . KPRI 5 2
0010 . CALL 4 1 2
0000 . . FUNCC ; assert
0011 . TGETB 4 0 1
0012 . ISNES 4 3 ; "if"
0013 . JMP 5 => 0037
0037 . ISNES 4 4 ; "let"
0038 . JMP 5 => 0056
0056 . ISNES 4 10 ; "true"
0057 . JMP 5 => 0063
0063 . ISNES 4 11 ; "false"
0064 . JMP 5 => 0070
0065 . UGET 5 2 ; finish_goto
0066 . MOV 6 1
0067 . MOV 7 3
0068 . CALL 5 1 3
0000 . . JFUNCF 4 3 ; ssa.lua:52
0001 . . TDUP 2 1
0002 . . TGETS 3 1 2 ; "label"
0003 . . TSETB 3 2 2
0004 . . TSETS 2 0 0 ; "control"
0005 . . RET0 0 1
0069 . JMP 5 => 0094
0094 . RET0 0 1
0036 JMP 5 => 0094
0094 RET0 0 1
---- TRACE 4 abort ssa.lua:79 -- down-recursion, restarting
---- TRACE 4 start ssa.lua:79
0094 RET0 0 1
0030 UGET 7 1 ; compile_bool
0031 TGETB 8 0 4
0032 MOV 9 6
0033 MOV 10 2
0034 MOV 11 3
0035 CALL 7 1 5
0000 . JFUNCF 13 2 ; ssa.lua:55
0001 . GGET 4 0 ; "assert"
0002 . GGET 5 1 ; "type"
0003 . MOV 6 0
0004 . CALL 5 2 2
0000 . . FUNCC ; type
0005 . ISEQS 5 2 ; "table"
0006 . JMP 5 => 0009
0009 . KPRI 5 2
0010 . CALL 4 1 2
0000 . . FUNCC ; assert
0011 . TGETB 4 0 1
0012 . ISNES 4 3 ; "if"
0013 . JMP 5 => 0037
0037 . ISNES 4 4 ; "let"
0038 . JMP 5 => 0056
0056 . ISNES 4 10 ; "true"
0057 . JMP 5 => 0063
0063 . ISNES 4 11 ; "false"
0064 . JMP 5 => 0070
0065 . UGET 5 2 ; finish_goto
0066 . MOV 6 1
0067 . MOV 7 3
0068 . CALL 5 1 3
0000 . . JFUNCF 4 3 ; ssa.lua:52
0001 . . TDUP 2 1
0002 . . TGETS 3 1 2 ; "label"
0003 . . TSETB 3 2 2
0004 . . TSETS 2 0 0 ; "control"
0005 . . RET0 0 1
0069 . JMP 5 => 0094
0094 . RET0 0 1
0036 JMP 5 => 0094
0094 RET0 0 1
0055 JMP 5 => 0094
0094 RET0 0 1
0030 UGET 7 1 ; compile_bool
0031 TGETB 8 0 4
0032 MOV 9 6
0033 MOV 10 2
0034 MOV 11 3
0035 CALL 7 1 5
0000 . JFUNCF 13 2 ; ssa.lua:55
0001 . GGET 4 0 ; "assert"
0002 . GGET 5 1 ; "type"
0003 . MOV 6 0
0004 . CALL 5 2 2
0000 . . FUNCC ; type
0005 . ISEQS 5 2 ; "table"
0006 . JMP 5 => 0009
0009 . KPRI 5 2
0010 . CALL 4 1 2
0000 . . FUNCC ; assert
0011 . TGETB 4 0 1
0012 . ISNES 4 3 ; "if"
0013 . JMP 5 => 0037
0037 . ISNES 4 4 ; "let"
0038 . JMP 5 => 0056
0056 . ISNES 4 10 ; "true"
0057 . JMP 5 => 0063
0063 . ISNES 4 11 ; "false"
0064 . JMP 5 => 0070
0065 . UGET 5 2 ; finish_goto
0066 . MOV 6 1
0067 . MOV 7 3
0068 . CALL 5 1 3
0000 . . JFUNCF 4 3 ; ssa.lua:52
0001 . . TDUP 2 1
0002 . . TGETS 3 1 2 ; "label"
0003 . . TSETB 3 2 2
0004 . . TSETS 2 0 0 ; "control"
0005 . . RET0 0 1
0069 . JMP 5 => 0094
0094 . RET0 0 1
0036 JMP 5 => 0094
0094 RET0 0 1
---- TRACE 4 IR
.... SNAP #0 [ ---- ]
.... SNAP #1 [ ---- ]
0002 > p32 RETF proto: 0x40372da0 [0x40372e58]
.... SNAP #2 [ ---- ---- ---- ---- ---- ---- ---- ---- ]
0003 fun SLOAD #0 R
0004 > fun EQ 0003 ssa.lua:55
0005 rbp > tab SLOAD #1 T
0006 int FLOAD 0005 tab.asize
0007 > int ABC 0006 +4 
0008 rbp p32 FLOAD 0005 tab.array
0009 p32 AREF 0008 +4 
0010 rbx > tab ALOAD 0009
0011 rbp > tab SLOAD #7 T
0012 r15 > tab SLOAD #3 T
0013 r14 > tab SLOAD #4 T
0014 r12 tab FLOAD ssa.lua:55 func.env
0015 rsi p32 HREF 0014 "assert"
0016 > p32 EQ 0015 [0x41937458]
0017 r13 tab FLOAD 0014 tab.meta
0018 > tab NE 0017 [NULL]
0019 int FLOAD 0017 tab.hmask
0020 > int EQ 0019 +1 
0021 rsi p32 FLOAD 0017 tab.node
0022 > p32 HREFK 0021 "__index" @1
0023 rsi > tab HLOAD 0022
0024 int FLOAD 0023 tab.hmask
0025 > int EQ 0024 +63 
0026 rsi p32 FLOAD 0023 tab.node
0027 > p32 HREFK 0026 "assert" @3
0028 > fun HLOAD 0027
0029 rdx p32 HREF 0014 "type"
0030 > p32 EQ 0029 [0x41937458]
0031 > p32 HREFK 0026 "type" @60
0032 > fun HLOAD 0031
0033 > fun EQ 0032 type
0034 > fun EQ 0028 assert
0035 int FLOAD 0010 tab.asize
0036 > int ABC 0035 +1 
0037 rsi p32 FLOAD 0010 tab.array
0038 p32 AREF 0037 +1 
0039 [10] > str ALOAD 0038
.... SNAP #3 [ ssa.lua:55|---- ---- ---- ---- ---- ---- ---- ssa.lua:55|0010 0011 0012 0013 0039 ]
0040 > str NE 0039 "if"
.... SNAP #4 [ ssa.lua:55|---- ---- ---- ---- ---- ---- ---- ssa.lua:55|0010 0011 0012 0013 0039 ]
0041 > str NE 0039 "let"
.... SNAP #5 [ ssa.lua:55|---- ---- ---- ---- ---- ---- ---- ssa.lua:55|0010 0011 0012 0013 0039 ]
0042 > str NE 0039 "true"
.... SNAP #6 [ ssa.lua:55|---- ---- ---- ---- ---- ---- ---- ssa.lua:55|0010 0011 0012 0013 0039 ]
0043 > str EQ 0039 "false"
.... SNAP #7 [ ssa.lua:55|---- ---- ---- ---- ---- ---- ---- ssa.lua:55|0010 0011 0012 0013 0039 ]
0044 [c] > tab TDUP {0x403608f0}
0045 int FLOAD 0013 tab.hmask
0046 > int EQ 0045 +1 
0047 rdx p32 FLOAD 0013 tab.node
0048 > p32 HREFK 0047 "label" @1
0049 rdx > str HLOAD 0048
0050 rax p32 FLOAD 0044 tab.array
0051 p32 AREF 0050 +2 
0052 str ASTORE 0051 0049
.... SNAP #8 [ ssa.lua:55|---- ---- ---- ---- ---- ---- ---- ssa.lua:55|0010 0011 0012 0013 0039 ssa.lua:52|0011 ---- 0044 ---- ]
0053 rdx p32 HREF 0011 "control"
0054 > p32 EQ 0053 [0x41937458]
0055 tab FLOAD 0011 tab.meta
0056 > tab EQ 0055 [NULL]
0057 rbx p32 NEWREF 0011 "control"
0058 tab HSTORE 0057 0044
0059 nil TBAR 0011
.... SNAP #9 [ ssa.lua:55|---- ---- ---- ---- ---- ]
0060 > p32 RETF proto: 0x40372da0 [0x40372ebc]
.... SNAP #10 [ ---- ---- ---- ---- ---- ---- ]
0061 > p32 RETF proto: 0x40372da0 [0x40372e58]
.... SNAP #11 [ ---- ---- ---- ---- ---- ---- ---- ---- ]
0062 fun SLOAD #0 R
0063 > fun EQ 0062 ssa.lua:55
0064 rbp > tab SLOAD #1 T
0065 int FLOAD 0064 tab.asize
0066 > int ABC 0065 +4 
0067 rbp p32 FLOAD 0064 tab.array
0068 p32 AREF 0067 +4 
0069 rbx > tab ALOAD 0068
0070 rbp > tab SLOAD #7 T
0071 r15 > tab SLOAD #3 T
0072 r14 > tab SLOAD #4 T
0073 rsi p32 HREF 0014 "assert"
0074 > p32 EQ 0073 [0x41937458]
0075 int FLOAD 0017 tab.hmask
0076 > int EQ 0075 +1 
0077 r13 p32 FLOAD 0017 tab.node
0078 > p32 HREFK 0077 "__index" @1
0079 r13 > tab HLOAD 0078
0080 int FLOAD 0079 tab.hmask
0081 > int EQ 0080 +63 
0082 r13 p32 FLOAD 0079 tab.node
0083 > p32 HREFK 0082 "assert" @3
0084 > fun HLOAD 0083
0085 rsi p32 HREF 0014 "type"
0086 > p32 EQ 0085 [0x41937458]
0087 > p32 HREFK 0082 "type" @60
0088 > fun HLOAD 0087
0089 > fun EQ 0088 type
0090 > fun EQ 0084 assert
0091 int FLOAD 0069 tab.asize
0092 > int ABC 0091 +1 
0093 r13 p32 FLOAD 0069 tab.array
0094 p32 AREF 0093 +1 
0095 r13 > str ALOAD 0094
.... SNAP #12 [ ssa.lua:55|---- ---- ---- ---- ---- ---- ---- ssa.lua:55|0069 0070 0071 0072 0095 ]
0096 > str NE 0095 "if"
.... SNAP #13 [ ssa.lua:55|---- ---- ---- ---- ---- ---- ---- ssa.lua:55|0069 0070 0071 0072 0095 ]
0097 > str NE 0095 "let"
.... SNAP #14 [ ssa.lua:55|---- ---- ---- ---- ---- ---- ---- ssa.lua:55|0069 0070 0071 0072 0095 ]
0098 > str NE 0095 "true"
.... SNAP #15 [ ssa.lua:55|---- ---- ---- ---- ---- ---- ---- ssa.lua:55|0069 0070 0071 0072 0095 ]
0099 > str EQ 0095 "false"
.... SNAP #16 [ ssa.lua:55|---- ---- ---- ---- ---- ---- ---- ssa.lua:55|0069 0070 0071 0072 0095 ]
0100 [8] > tab TDUP {0x403608f0}
0101 int FLOAD 0072 tab.hmask
0102 > int EQ 0101 +1 
0103 r12 p32 FLOAD 0072 tab.node
0104 > p32 HREFK 0103 "label" @1
0105 r12 > str HLOAD 0104
0106 rax p32 FLOAD 0100 tab.array
0107 p32 AREF 0106 +2 
0108 str ASTORE 0107 0105
.... SNAP #17 [ ssa.lua:55|---- ---- ---- ---- ---- ---- ---- ssa.lua:55|0069 0070 0071 0072 0095 ssa.lua:52|0070 ---- 0100 ---- ]
0109 rsi p32 HREF 0070 "control"
0110 > p32 EQ 0109 [0x41937458]
0111 tab FLOAD 0070 tab.meta
0112 > tab EQ 0111 [NULL]
0113 rbx p32 NEWREF 0070 "control"
0114 tab HSTORE 0113 0100
0115 nil TBAR 0070
.... SNAP #18 [ ssa.lua:55|]
---- TRACE 4 mcode 1484
0bcbf398 add rsp, -0x10
0bcbf39c mov dword [0x41937410], 0x4
0bcbf3a7 mov edi, [0x419373d8]
0bcbf3ae cmp edi, [0x419373dc]
0bcbf3b5 jb 0x0bcbf3ce
0bcbf3b7 mov esi, 0x2
0bcbf3bc mov edi, 0x419373b8
0bcbf3c1 call 0x00421730 ->lj_gc_step_jit
0bcbf3c6 test eax, eax
0bcbf3c8 jnz 0x0bcb0010 ->0
0bcbf3ce mov edi, [0x419374b0]
0bcbf3d5 mov edx, [0x419374b4]
0bcbf3dc cmp dword [rdx-0x4], 0x40372e58
0bcbf3e3 jnz 0x0bcb0014 ->1
0bcbf3e9 add edx, -0x40
0bcbf3ec mov [0x419374b4], edx
0bcbf3f3 cmp dword [rdx-0x8], 0x403641d8
0bcbf3fa jnz 0x0bcb0018 ->2
0bcbf400 cmp dword [rdx+0x4], -0x0c
0bcbf404 jnz 0x0bcb0018 ->2
0bcbf40a mov ebp, [rdx]
0bcbf40c cmp dword [rbp+0x18], +0x04
0bcbf410 jbe 0x0bcb0018 ->2
0bcbf416 mov ebp, [rbp+0x8]
0bcbf419 cmp dword [rbp+0x24], -0x0c
0bcbf41d jnz 0x0bcb0018 ->2
0bcbf423 mov ebx, [rbp+0x20]
0bcbf426 cmp dword [rdx+0x34], -0x0c
0bcbf42a jnz 0x0bcb0018 ->2
0bcbf430 mov ebp, [rdx+0x30]
0bcbf433 cmp dword [rdx+0x14], -0x0c
0bcbf437 jnz 0x0bcb0018 ->2
0bcbf43d mov r15d, [rdx+0x10]
0bcbf441 cmp dword [rdx+0x1c], -0x0c
0bcbf445 jnz 0x0bcb0018 ->2
0bcbf44b mov r14d, [rdx+0x18]
0bcbf44f mov r12d, [0x403641e0]
0bcbf457 mov esi, [r12+0x1c]
0bcbf45c and esi, 0xce2b6183
0bcbf462 lea esi, [rsi+rsi*2]
0bcbf465 shl esi, 0x03
0bcbf468 add esi, [r12+0x14]
0bcbf46d cmp dword [rsi+0xc], -0x05
0bcbf471 jnz 0x0bcbf480
0bcbf473 cmp dword [rsi+0x8], 0x41939db0
0bcbf47a jz 0x0bcb0018 ->2
0bcbf480 mov esi, [rsi+0x10]
0bcbf483 test esi, esi
0bcbf485 jnz 0x0bcbf46d
0bcbf487 mov r13d, [r12+0x10]
0bcbf48c test r13d, r13d
0bcbf48f jz 0x0bcb0018 ->2
0bcbf495 cmp dword [r13+0x1c], +0x01
0bcbf49a jnz 0x0bcb0018 ->2
0bcbf4a0 mov esi, [r13+0x14]
0bcbf4a4 mov rdx, 0xfffffffb419394c8
0bcbf4ae cmp rdx, [rsi+0x20]
0bcbf4b2 jnz 0x0bcb0018 ->2
0bcbf4b8 cmp dword [rsi+0x1c], -0x0c
0bcbf4bc jnz 0x0bcb0018 ->2
0bcbf4c2 mov esi, [rsi+0x18]
0bcbf4c5 cmp dword [rsi+0x1c], +0x3f
0bcbf4c9 jnz 0x0bcb0018 ->2
0bcbf4cf mov esi, [rsi+0x14]
0bcbf4d2 mov rdx, 0xfffffffb41939db0
0bcbf4dc cmp rdx, [rsi+0x50]
0bcbf4e0 jnz 0x0bcb0018 ->2
0bcbf4e6 cmp dword [rsi+0x4c], -0x09
0bcbf4ea jnz 0x0bcb0018 ->2
0bcbf4f0 mov edx, [r12+0x1c]
0bcbf4f5 and edx, 0x798a813c
0bcbf4fb lea edx, [rdx+rdx*2]
0bcbf4fe shl edx, 0x03
0bcbf501 add edx, [r12+0x14]
0bcbf506 cmp dword [rdx+0xc], -0x05
0bcbf50a jnz 0x0bcbf519
0bcbf50c cmp dword [rdx+0x8], 0x41939fb0
0bcbf513 jz 0x0bcb0018 ->2
0bcbf519 mov edx, [rdx+0x10]
0bcbf51c test edx, edx
0bcbf51e jnz 0x0bcbf506
0bcbf520 mov rdx, 0xfffffffb41939fb0
0bcbf52a cmp rdx, [rsi+0x5a8]
0bcbf531 jnz 0x0bcb0018 ->2
0bcbf537 cmp dword [rsi+0x5a4], -0x09
0bcbf53e jnz 0x0bcb0018 ->2
0bcbf544 cmp dword [rsi+0x5a0], 0x41939f18
0bcbf54e jnz 0x0bcb0018 ->2
0bcbf554 cmp dword [rsi+0x48], 0x41939d88
0bcbf55b jnz 0x0bcb0018 ->2
0bcbf561 cmp dword [rbx+0x18], +0x01
0bcbf565 jbe 0x0bcb0018 ->2
0bcbf56b mov esi, [rbx+0x8]
0bcbf56e cmp dword [rsi+0xc], -0x05
0bcbf572 jnz 0x0bcb0018 ->2
0bcbf578 mov esi, [rsi+0x8]
0bcbf57b mov [rsp+0x10], esi
0bcbf57f cmp esi, 0x419398f8
0bcbf585 jz 0x0bcb001c ->3
0bcbf58b cmp esi, 0x40367440
0bcbf591 jz 0x0bcb0020 ->4
0bcbf597 cmp esi, 0x41939a18
0bcbf59d jz 0x0bcb0024 ->5
0bcbf5a3 cmp esi, 0x41939870
0bcbf5a9 jnz 0x0bcb0028 ->6
0bcbf5af mov esi, 0x403608f0
0bcbf5b4 call 0x004223c0 ->lj_tab_dup
0bcbf5b9 mov [rsp+0xc], eax
0bcbf5bd mov edi, [0x419374b0]
0bcbf5c4 cmp dword [r14+0x1c], +0x01
0bcbf5c9 jnz 0x0bcb002c ->7
0bcbf5cf mov edx, [r14+0x14]
0bcbf5d3 mov rcx, 0xfffffffb40371790
0bcbf5dd cmp rcx, [rdx+0x20]
0bcbf5e1 jnz 0x0bcb002c ->7
0bcbf5e7 cmp dword [rdx+0x1c], -0x05
0bcbf5eb jnz 0x0bcb002c ->7
0bcbf5f1 mov edx, [rdx+0x18]
0bcbf5f4 mov eax, [rax+0x8]
0bcbf5f7 mov dword [rax+0x14], 0xfffffffb
0bcbf5fe mov [rax+0x10], edx
0bcbf601 mov edx, [rbp+0x1c]
0bcbf604 and edx, 0x2a54dc55
0bcbf60a lea edx, [rdx+rdx*2]
0bcbf60d shl edx, 0x03
0bcbf610 add edx, [rbp+0x14]
0bcbf613 cmp dword [rdx+0xc], -0x05
0bcbf617 jnz 0x0bcbf626
0bcbf619 cmp dword [rdx+0x8], 0x40371ef8
0bcbf620 jz 0x0bcb0030 ->8
0bcbf626 mov edx, [rdx+0x10]
0bcbf629 test edx, edx
0bcbf62b jnz 0x0bcbf613
0bcbf62d cmp dword [rbp+0x10], +0x00
0bcbf631 jnz 0x0bcb0030 ->8
0bcbf637 mov edx, 0x41937448
0bcbf63c mov dword [rdx+0x4], 0xfffffffb
0bcbf643 mov dword [rdx], 0x40371ef8
0bcbf649 mov esi, ebp
0bcbf64b call 0x00422cf0 ->lj_tab_newkey
0bcbf650 mov ebx, eax
0bcbf652 mov edi, [0x419374b0]
0bcbf659 mov edx, [0x419374b4]
0bcbf660 mov eax, [rsp+0xc]
0bcbf664 mov dword [rbx+0x4], 0xfffffff4
0bcbf66b mov [rbx], eax
0bcbf66d test byte [rbp+0x4], 0x4
0bcbf671 jz 0x0bcbf688
0bcbf673 and byte [rbp+0x4], 0xfb
0bcbf677 mov esi, [0x419373f4]
0bcbf67e mov [0x419373f4], ebp
0bcbf685 mov [rbp+0xc], esi
0bcbf688 cmp dword [rdx-0x4], 0x40372ebc
0bcbf68f jnz 0x0bcb0034 ->9
0bcbf695 add edx, -0x48
0bcbf698 mov [0x419374b4], edx
0bcbf69f cmp dword [rdx-0x4], 0x40372e58
0bcbf6a6 jnz 0x0bcb0038 ->10
0bcbf6ac add edx, -0x40
0bcbf6af mov [0x419374b4], edx
0bcbf6b6 cmp dword [rdx-0x8], 0x403641d8
0bcbf6bd jnz 0x0bcb003c ->11
0bcbf6c3 cmp dword [rdx+0x4], -0x0c
0bcbf6c7 jnz 0x0bcb003c ->11
0bcbf6cd mov ebp, [rdx]
0bcbf6cf cmp dword [rbp+0x18], +0x04
0bcbf6d3 jbe 0x0bcb003c ->11
0bcbf6d9 mov ebp, [rbp+0x8]
0bcbf6dc cmp dword [rbp+0x24], -0x0c
0bcbf6e0 jnz 0x0bcb003c ->11
0bcbf6e6 mov ebx, [rbp+0x20]
0bcbf6e9 cmp dword [rdx+0x34], -0x0c
0bcbf6ed jnz 0x0bcb003c ->11
0bcbf6f3 mov ebp, [rdx+0x30]
0bcbf6f6 cmp dword [rdx+0x14], -0x0c
0bcbf6fa jnz 0x0bcb003c ->11
0bcbf700 mov r15d, [rdx+0x10]
0bcbf704 cmp dword [rdx+0x1c], -0x0c
0bcbf708 jnz 0x0bcb003c ->11
0bcbf70e mov r14d, [rdx+0x18]
0bcbf712 mov esi, [r12+0x1c]
0bcbf717 and esi, 0xce2b6183
0bcbf71d lea esi, [rsi+rsi*2]
0bcbf720 shl esi, 0x03
0bcbf723 add esi, [r12+0x14]
0bcbf728 cmp dword [rsi+0xc], -0x05
0bcbf72c jnz 0x0bcbf73b
0bcbf72e cmp dword [rsi+0x8], 0x41939db0
0bcbf735 jz 0x0bcb003c ->11
0bcbf73b mov esi, [rsi+0x10]
0bcbf73e test esi, esi
0bcbf740 jnz 0x0bcbf728
0bcbf742 cmp dword [r13+0x1c], +0x01
0bcbf747 jnz 0x0bcb003c ->11
0bcbf74d mov r13d, [r13+0x14]
0bcbf751 mov rsi, 0xfffffffb419394c8
0bcbf75b cmp rsi, [r13+0x20]
0bcbf75f jnz 0x0bcb003c ->11
0bcbf765 cmp dword [r13+0x1c], -0x0c
0bcbf76a jnz 0x0bcb003c ->11
0bcbf770 mov r13d, [r13+0x18]
0bcbf774 cmp dword [r13+0x1c], +0x3f
0bcbf779 jnz 0x0bcb003c ->11
0bcbf77f mov r13d, [r13+0x14]
0bcbf783 mov rsi, 0xfffffffb41939db0
0bcbf78d cmp rsi, [r13+0x50]
0bcbf791 jnz 0x0bcb003c ->11
0bcbf797 cmp dword [r13+0x4c], -0x09
0bcbf79c jnz 0x0bcb003c ->11
0bcbf7a2 mov esi, [r12+0x1c]
0bcbf7a7 and esi, 0x798a813c
0bcbf7ad lea esi, [rsi+rsi*2]
0bcbf7b0 shl esi, 0x03
0bcbf7b3 add esi, [r12+0x14]
0bcbf7b8 cmp dword [rsi+0xc], -0x05
0bcbf7bc jnz 0x0bcbf7cb
0bcbf7be cmp dword [rsi+0x8], 0x41939fb0
0bcbf7c5 jz 0x0bcb003c ->11
0bcbf7cb mov esi, [rsi+0x10]
0bcbf7ce test esi, esi
0bcbf7d0 jnz 0x0bcbf7b8
0bcbf7d2 mov rsi, 0xfffffffb41939fb0
0bcbf7dc cmp rsi, [r13+0x5a8]
0bcbf7e3 jnz 0x0bcb003c ->11
0bcbf7e9 cmp dword [r13+0x5a4], -0x09
0bcbf7f1 jnz 0x0bcb003c ->11
0bcbf7f7 cmp dword [r13+0x5a0], 0x41939f18
0bcbf802 jnz 0x0bcb003c ->11
0bcbf808 cmp dword [r13+0x48], 0x41939d88
0bcbf810 jnz 0x0bcb003c ->11
0bcbf816 cmp dword [rbx+0x18], +0x01
0bcbf81a jbe 0x0bcb003c ->11
0bcbf820 mov r13d, [rbx+0x8]
0bcbf824 cmp dword [r13+0xc], -0x05
0bcbf829 jnz 0x0bcb003c ->11
0bcbf82f mov r13d, [r13+0x8]
0bcbf833 cmp r13d, 0x419398f8
0bcbf83a jz 0x0bcb0040 ->12
0bcbf840 cmp r13d, 0x40367440
0bcbf847 jz 0x0bcb0044 ->13
0bcbf84d cmp r13d, 0x41939a18
0bcbf854 jz 0x0bcb0048 ->14
0bcbf85a cmp r13d, 0x41939870
0bcbf861 jnz 0x0bcb004c ->15
0bcbf867 mov esi, 0x403608f0
0bcbf86c call 0x004223c0 ->lj_tab_dup
0bcbf871 mov [rsp+0x8], eax
0bcbf875 mov edi, [0x419374b0]
0bcbf87c cmp dword [r14+0x1c], +0x01
0bcbf881 jnz 0x0bcb0050 ->16
0bcbf887 mov r12d, [r14+0x14]
0bcbf88b mov rsi, 0xfffffffb40371790
0bcbf895 cmp rsi, [r12+0x20]
0bcbf89a jnz 0x0bcb0050 ->16
0bcbf8a0 cmp dword [r12+0x1c], -0x05
0bcbf8a6 jnz 0x0bcb0050 ->16
0bcbf8ac mov r12d, [r12+0x18]
0bcbf8b1 mov eax, [rax+0x8]
0bcbf8b4 mov dword [rax+0x14], 0xfffffffb
0bcbf8bb mov [rax+0x10], r12d
0bcbf8bf mov esi, [rbp+0x1c]
0bcbf8c2 and esi, 0x2a54dc55
0bcbf8c8 lea esi, [rsi+rsi*2]
0bcbf8cb shl esi, 0x03
0bcbf8ce add esi, [rbp+0x14]
0bcbf8d1 cmp dword [rsi+0xc], -0x05
0bcbf8d5 jnz 0x0bcbf8e4
0bcbf8d7 cmp dword [rsi+0x8], 0x40371ef8
0bcbf8de jz 0x0bcb0054 ->17
0bcbf8e4 mov esi, [rsi+0x10]
0bcbf8e7 test esi, esi
0bcbf8e9 jnz 0x0bcbf8d1
0bcbf8eb cmp dword [rbp+0x10], +0x00
0bcbf8ef jnz 0x0bcb0054 ->17
0bcbf8f5 mov edx, 0x41937448
0bcbf8fa mov dword [rdx+0x4], 0xfffffffb
0bcbf901 mov dword [rdx], 0x40371ef8
0bcbf907 mov esi, ebp
0bcbf909 call 0x00422cf0 ->lj_tab_newkey
0bcbf90e mov ebx, eax
0bcbf910 mov edx, [0x419374b4]
0bcbf917 mov eax, [rsp+0x8]
0bcbf91b mov dword [rbx+0x4], 0xfffffff4
0bcbf922 mov [rbx], eax
0bcbf924 test byte [rbp+0x4], 0x4
0bcbf928 jz 0x0bcbf93f
0bcbf92a and byte [rbp+0x4], 0xfb
0bcbf92e mov edi, [0x419373f4]
0bcbf935 mov [0x419373f4], ebp
0bcbf93c mov [rbp+0xc], edi
0bcbf93f mov eax, [0x419374b0]
0bcbf946 mov eax, [rax+0x20]
0bcbf949 sub eax, edx
0bcbf94b cmp eax, +0x68
0bcbf94e jb 0x0bcb0058 ->18
0bcbf954 mov dword [rdx-0x8], 0x403641d8
0bcbf95b add rsp, +0x10
0bcbf95f jmp 0x0bcbf398
---- TRACE 4 stop -> down-recursion
---- TRACE 4 exit 1
---- TRACE 2 exit 5
---- TRACE 4 exit 3
---- TRACE 2 exit 1
---- TRACE 5 start 2/1 ssa.lua:59
0014 UGET 5 0 ; add_block
0015 CALL 5 2 1
0000 . JFUNCF 3 1 ; ssa.lua:39
0001 . UGET 0 0 ; label_counter
0002 . ADDVN 0 0 0 ; 1
0003 . USETV 0 0 ; label_counter
0004 . KSTR 0 0 ; "L"
0005 . UGET 1 0 ; label_counter
0006 . CAT 0 0 1
0007 . TDUP 1 1
0008 . TNEW 2 0
0009 . TSETS 2 1 2 ; "bindings"
0010 . TSETS 0 1 3 ; "label"
0011 . UGET 2 1 ; ssa
0012 . TGETS 2 2 4 ; "blocks"
0013 . TSETV 1 2 0
0014 . RET1 1 2
0016 UGET 6 0 ; add_block
0017 CALL 6 2 1
0000 . JFUNCF 3 1 ; ssa.lua:39
0001 . UGET 0 0 ; label_counter
0002 . ADDVN 0 0 0 ; 1
0003 . USETV 0 0 ; label_counter
0004 . KSTR 0 0 ; "L"
0005 . UGET 1 0 ; label_counter
0006 . CAT 0 0 1
0007 . TDUP 1 1
0008 . TNEW 2 0
0009 . TSETS 2 1 2 ; "bindings"
0010 . TSETS 0 1 3 ; "label"
0011 . UGET 2 1 ; ssa
0012 . TGETS 2 2 4 ; "blocks"
0013 . TSETV 1 2 0
0014 . RET1 1 2
0018 UGET 7 1 ; compile_bool
0019 TGETB 8 0 2
0020 MOV 9 1
0021 MOV 10 5
0022 MOV 11 6
0023 CALL 7 1 5
0000 . JFUNCF 13 2 ; ssa.lua:55
0001 . GGET 4 0 ; "assert"
0002 . GGET 5 1 ; "type"
0003 . MOV 6 0
0004 . CALL 5 2 2
0000 . . FUNCC ; type
0005 . ISEQS 5 2 ; "table"
0006 . JMP 5 => 0009
0009 . KPRI 5 2
0010 . CALL 4 1 2
0000 . . FUNCC ; assert
0011 . TGETB 4 0 1
0012 . ISNES 4 3 ; "if"
0013 . JMP 5 => 0037
0014 . UGET 5 0 ; add_block
0015 . CALL 5 2 1
0000 . . JFUNCF 3 1 ; ssa.lua:39
0001 . . UGET 0 0 ; label_counter
0002 . . ADDVN 0 0 0 ; 1
0003 . . USETV 0 0 ; label_counter
0004 . . KSTR 0 0 ; "L"
0005 . . UGET 1 0 ; label_counter
0006 . . CAT 0 0 1
0007 . . TDUP 1 1
0008 . . TNEW 2 0
0009 . . TSETS 2 1 2 ; "bindings"
0010 . . TSETS 0 1 3 ; "label"
0011 . . UGET 2 1 ; ssa
0012 . . TGETS 2 2 4 ; "blocks"
0013 . . TSETV 1 2 0
0014 . . RET1 1 2
0016 . UGET 6 0 ; add_block
0017 . CALL 6 2 1
0000 . . JFUNCF 3 1 ; ssa.lua:39
0001 . . UGET 0 0 ; label_counter
0002 . . ADDVN 0 0 0 ; 1
0003 . . USETV 0 0 ; label_counter
0004 . . KSTR 0 0 ; "L"
0005 . . UGET 1 0 ; label_counter
0006 . . CAT 0 0 1
0007 . . TDUP 1 1
0008 . . TNEW 2 0
0009 . . TSETS 2 1 2 ; "bindings"
0010 . . TSETS 0 1 3 ; "label"
0011 . . UGET 2 1 ; ssa
0012 . . TGETS 2 2 4 ; "blocks"
0013 . . TSETV 1 2 0
0014 . . RET1 1 2
0018 . UGET 7 1 ; compile_bool
0019 . TGETB 8 0 2
0020 . MOV 9 1
0021 . MOV 10 5
0022 . MOV 11 6
0023 . CALL 7 1 5
0000 . . JFUNCF 13 2 ; ssa.lua:55
0001 . . GGET 4 0 ; "assert"
0002 . . GGET 5 1 ; "type"
0003 . . MOV 6 0
0004 . . CALL 5 2 2
0000 . . . FUNCC ; type
0005 . . ISEQS 5 2 ; "table"
0006 . . JMP 5 => 0009
0009 . . KPRI 5 2
0010 . . CALL 4 1 2
0000 . . . FUNCC ; assert
0011 . . TGETB 4 0 1
0012 . . ISNES 4 3 ; "if"
0013 . . JMP 5 => 0037
0037 . . ISNES 4 4 ; "let"
0038 . . JMP 5 => 0056
0056 . . ISNES 4 10 ; "true"
0057 . . JMP 5 => 0063
0063 . . ISNES 4 11 ; "false"
0064 . . JMP 5 => 0070
0070 . . ISNES 4 12 ; "match"
0071 . . JMP 5 => 0077
0077 . . ISNES 4 14 ; "fail"
0078 . . JMP 5 => 0084
0084 . . GGET 5 0 ; "assert"
0085 . . UGET 6 4 ; relops
0086 . . TGETV 6 6 4
0087 . . CALL 5 1 2
0000 . . . FUNCC ; assert
0088 . . UGET 5 5 ; finish_if
0089 . . MOV 6 1
0090 . . MOV 7 0
0091 . . MOV 8 2
0092 . . MOV 9 3
0093 . . CALL 5 1 5
0000 . . . FUNCF 6 ; ssa.lua:49
0001 . . . TDUP 4 1
0002 . . . TSETB 1 4 2
0003 . . . TGETS 5 2 2 ; "label"
0004 . . . TSETB 5 4 3
0005 . . . TGETS 5 3 2 ; "label"
0006 . . . TSETB 5 4 4
0007 . . . TSETS 4 0 0 ; "control"
0008 . . . RET0 0 1
0094 . . JLOOP 1 4
---- TRACE 5 IR
0001 rbx str SLOAD #5 PI
.... SNAP #0 [ ---- ---- ---- ---- ---- 0001 ]
0002 fun SLOAD #0 R
0003 > fun EQ 0002 ssa.lua:55
0004 [44] > p32 UREFO ssa.lua:39 #0
0005 xmm7 > num ULOAD 0004
0006 [58] num ADD 0005 +1 
0007 num USTORE 0004 0006
.... SNAP #1 [ ssa.lua:55|---- ---- ---- ---- 0001 ssa.lua:39|---- ]
0008 str TOSTR 0006 NUM
0009 rdi p32 BUFHDR [0x41937414] RESET
0010 rdi p32 BUFPUT 0009 "L" 
0011 rdi p32 BUFPUT 0010 0008
0012 [60] str BUFSTR 0011 0009
0013 [8] > tab TDUP {0x40372418}
0014 r15 > tab TNEW #0 #0
0015 rbp p32 FLOAD 0013 tab.node
0016 p32 HREFK 0015 "bindings" @2
0017 tab HSTORE 0016 0014
0018 p32 HREFK 0015 "label" @3
0019 str HSTORE 0018 0012
.... SNAP #2 [ ssa.lua:55|---- ---- ---- ---- 0001 ssa.lua:39|0012 0013 ---- ]
0020 rbp > p32 UREFO ssa.lua:39 #1
0021 [2c] > tab ULOAD 0020
0022 int FLOAD 0021 tab.hmask
0023 > int EQ 0022 +1 
0024 rbp p32 FLOAD 0021 tab.node
0025 > p32 HREFK 0024 "blocks" @0
0026 rbp > tab HLOAD 0025
0027 rsi p32 HREF 0026 0012
0028 > p32 EQ 0027 [0x41937458]
0029 tab FLOAD 0026 tab.meta
0030 > tab EQ 0029 [NULL]
0031 r15 p32 NEWREF 0026 0012
0032 tab HSTORE 0031 0013
0033 nil TBAR 0026
0034 p32 FREF 0026 tab.nomm
0035 u8  FSTORE 0034 +0 
0036 [50] num ADD 0006 +1 
0037 num USTORE 0004 0036
.... SNAP #3 [ ssa.lua:55|---- ---- ---- ---- 0001 0013 ssa.lua:39|---- ]
0038 str TOSTR 0036 NUM
0039 rdi p32 BUFHDR [0x41937414] RESET
0040 rdi p32 BUFPUT 0039 "L" 
0041 rdi p32 BUFPUT 0040 0038
0042 [4c] str BUFSTR 0041 0039
0043 rbp > tab TDUP {0x40372418}
0044 r14 > tab TNEW #0 #0
0045 r15 p32 FLOAD 0043 tab.node
0046 p32 HREFK 0045 "bindings" @2
0047 tab HSTORE 0046 0044
0048 p32 HREFK 0045 "label" @3
0049 str HSTORE 0048 0042
.... SNAP #4 [ ssa.lua:55|---- ---- ---- ---- 0001 0013 ssa.lua:39|0042 0043 ---- ]
0050 int FLOAD 0021 tab.hmask
0051 > int EQ 0050 +1 
0052 r15 p32 FLOAD 0021 tab.node
0053 > p32 HREFK 0052 "blocks" @0
0054 r15 > tab HLOAD 0053
0055 rsi p32 HREF 0054 0042
0056 > p32 EQ 0055 [0x41937458]
0057 tab FLOAD 0054 tab.meta
0058 > tab EQ 0057 [NULL]
0059 rax p32 NEWREF 0054 0042
0060 tab HSTORE 0059 0043
0061 nil TBAR 0054
0062 p32 FREF 0054 tab.nomm
0063 u8  FSTORE 0062 +0 
.... SNAP #5 [ ssa.lua:55|---- ---- ---- ---- 0001 0013 ssa.lua:39|---- 0043 ---- ]
0064 r15 > tab SLOAD #1 T
0065 int FLOAD 0064 tab.asize
0066 > int ABC 0065 +2 
0067 r15 p32 FLOAD 0064 tab.array
0068 p32 AREF 0067 +2 
0069 r15 > tab ALOAD 0068
0070 r14 > tab SLOAD #2 T
0071 [20] tab FLOAD ssa.lua:55 func.env
0072 rsi p32 HREF 0071 "assert"
0073 > p32 EQ 0072 [0x41937458]
0074 [28] tab FLOAD 0071 tab.meta
0075 > tab NE 0074 [NULL]
0076 int FLOAD 0074 tab.hmask
0077 > int EQ 0076 +1 
0078 r13 p32 FLOAD 0074 tab.node
0079 > p32 HREFK 0078 "__index" @1
0080 r13 > tab HLOAD 0079
0081 int FLOAD 0080 tab.hmask
0082 > int EQ 0081 +63 
0083 r13 p32 FLOAD 0080 tab.node
0084 > p32 HREFK 0083 "assert" @3
0085 > fun HLOAD 0084
0086 rsi p32 HREF 0071 "type"
0087 > p32 EQ 0086 [0x41937458]
0088 > p32 HREFK 0083 "type" @60
0089 > fun HLOAD 0088
0090 > fun EQ 0089 type
0091 > fun EQ 0085 assert
0092 int FLOAD 0069 tab.asize
0093 > int ABC 0092 +1 
0094 r13 p32 FLOAD 0069 tab.array
0095 p32 AREF 0094 +1 
0096 r13 > str ALOAD 0095
.... SNAP #6 [ ssa.lua:55|---- ---- ---- ---- 0001 0013 0043 ssa.lua:55|0069 0070 0013 0043 0096 ]
0097 > str EQ 0096 "if"
0098 [38] num ADD 0036 +1 
0099 num USTORE 0004 0098
.... SNAP #7 [ ssa.lua:55|---- ---- ---- ---- 0001 0013 0043 ssa.lua:55|0069 0070 0013 0043 0096 ssa.lua:39|---- ]
0100 str TOSTR 0098 NUM
0101 rdi p32 BUFHDR [0x41937414] RESET
0102 rdi p32 BUFPUT 0101 "L" 
0103 rdi p32 BUFPUT 0102 0100
0104 [48] str BUFSTR 0103 0101
0105 r12 > tab TDUP {0x40372418}
0106 rcx > tab TNEW #0 #0
0107 rdx p32 FLOAD 0105 tab.node
0108 p32 HREFK 0107 "bindings" @2
0109 tab HSTORE 0108 0106
0110 p32 HREFK 0107 "label" @3
0111 str HSTORE 0110 0104
.... SNAP #8 [ ssa.lua:55|---- ---- ---- ---- 0001 0013 0043 ssa.lua:55|0069 0070 0013 0043 0096 ssa.lua:39|0104 0105 ---- ]
0112 int FLOAD 0021 tab.hmask
0113 > int EQ 0112 +1 
0114 rsi p32 FLOAD 0021 tab.node
0115 > p32 HREFK 0114 "blocks" @0
0116 [40] > tab HLOAD 0115
0117 rdx p32 HREF 0116 0104
0118 > p32 EQ 0117 [0x41937458]
0119 tab FLOAD 0116 tab.meta
0120 > tab EQ 0119 [NULL]
0121 rax p32 NEWREF 0116 0104
0122 tab HSTORE 0121 0105
0123 nil TBAR 0116
0124 p32 FREF 0116 tab.nomm
0125 u8  FSTORE 0124 +0 
0126 [30] num ADD 0098 +1 
0127 num USTORE 0004 0126
.... SNAP #9 [ ssa.lua:55|---- ---- ---- ---- 0001 0013 0043 ssa.lua:55|0069 0070 0013 0043 0096 0105 ssa.lua:39|---- ]
0128 str TOSTR 0126 NUM
0129 rdi p32 BUFHDR [0x41937414] RESET
0130 rdi p32 BUFPUT 0129 "L" 
0131 rdi p32 BUFPUT 0130 0128
0132 [18] str BUFSTR 0131 0129
0133 [14] > tab TDUP {0x40372418}
0134 rcx > tab TNEW #0 #0
0135 rdx p32 FLOAD 0133 tab.node
0136 p32 HREFK 0135 "bindings" @2
0137 tab HSTORE 0136 0134
0138 p32 HREFK 0135 "label" @3
0139 str HSTORE 0138 0132
.... SNAP #10 [ ssa.lua:55|---- ---- ---- ---- 0001 0013 0043 ssa.lua:55|0069 0070 0013 0043 0096 0105 ssa.lua:39|0132 0133 ---- ]
0140 int FLOAD 0021 tab.hmask
0141 > int EQ 0140 +1 
0142 rsi p32 FLOAD 0021 tab.node
0143 > p32 HREFK 0142 "blocks" @0
0144 [24] > tab HLOAD 0143
0145 rdx p32 HREF 0144 0132
0146 > p32 EQ 0145 [0x41937458]
0147 tab FLOAD 0144 tab.meta
0148 > tab EQ 0147 [NULL]
0149 rcx p32 NEWREF 0144 0132
0150 tab HSTORE 0149 0133
0151 nil TBAR 0144
0152 p32 FREF 0144 tab.nomm
0153 u8  FSTORE 0152 +0 
.... SNAP #11 [ ssa.lua:55|---- ---- ---- ---- 0001 0013 0043 ssa.lua:55|0069 0070 0013 0043 0096 0105 ssa.lua:39|---- 0133 ---- ]
0154 int FLOAD 0069 tab.asize
0155 > int ABC 0154 +2 
0156 rdx p32 FLOAD 0069 tab.array
0157 p32 AREF 0156 +2 
0158 [10] > tab ALOAD 0157
0159 rdx p32 HREF 0071 "assert"
0160 > p32 EQ 0159 [0x41937458]
0161 int FLOAD 0074 tab.hmask
0162 > int EQ 0161 +1 
0163 rsi p32 FLOAD 0074 tab.node
0164 > p32 HREFK 0163 "__index" @1
0165 rsi > tab HLOAD 0164
0166 int FLOAD 0165 tab.hmask
0167 > int EQ 0166 +63 
0168 rsi p32 FLOAD 0165 tab.node
0169 > p32 HREFK 0168 "assert" @3
0170 > fun HLOAD 0169
0171 rdx p32 HREF 0071 "type"
0172 > p32 EQ 0171 [0x41937458]
0173 > p32 HREFK 0168 "type" @60
0174 > fun HLOAD 0173
0175 > fun EQ 0174 type
0176 > fun EQ 0170 assert
0177 int FLOAD 0158 tab.asize
0178 > int ABC 0177 +1 
0179 rsi p32 FLOAD 0158 tab.array
0180 p32 AREF 0179 +1 
0181 [1c] > str ALOAD 0180
.... SNAP #12 [ ssa.lua:55|---- ---- ---- ---- 0001 0013 0043 ssa.lua:55|0069 0070 0013 0043 0096 0105 0133 ssa.lua:55|0158 0070 0105 0133 0181 ]
0182 > str NE 0181 "if"
.... SNAP #13 [ ssa.lua:55|---- ---- ---- ---- 0001 0013 0043 ssa.lua:55|0069 0070 0013 0043 0096 0105 0133 ssa.lua:55|0158 0070 0105 0133 0181 ]
0183 > str NE 0181 "let"
.... SNAP #14 [ ssa.lua:55|---- ---- ---- ---- 0001 0013 0043 ssa.lua:55|0069 0070 0013 0043 0096 0105 0133 ssa.lua:55|0158 0070 0105 0133 0181 ]
0184 > str NE 0181 "true"
.... SNAP #15 [ ssa.lua:55|---- ---- ---- ---- 0001 0013 0043 ssa.lua:55|0069 0070 0013 0043 0096 0105 0133 ssa.lua:55|0158 0070 0105 0133 0181 ]
0185 > str NE 0181 "false"
.... SNAP #16 [ ssa.lua:55|---- ---- ---- ---- 0001 0013 0043 ssa.lua:55|0069 0070 0013 0043 0096 0105 0133 ssa.lua:55|0158 0070 0105 0133 0181 ]
0186 > str NE 0181 "match"
.... SNAP #17 [ ssa.lua:55|---- ---- ---- ---- 0001 0013 0043 ssa.lua:55|0069 0070 0013 0043 0096 0105 0133 ssa.lua:55|0158 0070 0105 0133 0181 ]
0187 > str NE 0181 "fail"
.... SNAP #18 [ ssa.lua:55|---- ---- ---- ---- 0001 0013 0043 ssa.lua:55|0069 0070 0013 0043 0096 0105 0133 ssa.lua:55|0158 0070 0105 0133 0181 ]
0188 > p32 UREFC ssa.lua:55 #4
0189 rdx > tab ULOAD 0188
0190 rsi p32 HREF 0189 0181
0191 > tru HLOAD 0190
0192 [c] > tab TDUP {0x40366b30}
0193 rdx p32 FLOAD 0192 tab.array
0194 p32 AREF 0193 +2 
0195 tab ASTORE 0194 0158
.... SNAP #19 [ ssa.lua:55|---- ---- ---- ---- 0001 0013 0043 ssa.lua:55|0069 0070 0013 0043 0096 0105 0133 ssa.lua:55|0158 0070 0105 0133 0181 ssa.lua:49|0070 ---- 0105 0133 0192 ]
0196 int FLOAD 0105 tab.hmask
0197 > int EQ 0196 +3 
0198 rcx p32 FLOAD 0105 tab.node
0199 > p32 HREFK 0198 "label" @3
0200 rcx > str HLOAD 0199
0201 p32 AREF 0193 +3 
0202 str ASTORE 0201 0200
0203 p32 AREF 0193 +4 
0204 str ASTORE 0203 0132
.... SNAP #20 [ ssa.lua:55|---- ---- ---- ---- 0001 0013 0043 ssa.lua:55|0069 0070 0013 0043 0096 0105 0133 ssa.lua:55|0158 0070 0105 0133 0181 ssa.lua:49|0070 ---- ---- ---- 0192 ---- ]
0205 rdx p32 HREF 0070 "control"
0206 > p32 EQ 0205 [0x41937458]
0207 tab FLOAD 0070 tab.meta
0208 > tab EQ 0207 [NULL]
0209 r11 p32 NEWREF 0070 "control"
0210 tab HSTORE 0209 0192
0211 nil TBAR 0070
.... SNAP #21 [ ssa.lua:55|---- ---- ---- ---- 0001 0013 0043 ssa.lua:55|0069 0070 0013 0043 0096 0105 0133 ssa.lua:55|0158 ]
---- TRACE 5 mcode 2681
0bcbe91c mov eax, [0x419374b0]
0bcbe923 mov eax, [rax+0x20]
0bcbe926 sub eax, [0x419374b4]
0bcbe92d cmp eax, 0xe8
0bcbe933 jb 0x0bcb0014 ->1
0bcbe939 add rsp, -0x60
0bcbe93d mov dword [0x41937410], 0x5
0bcbe948 mov edi, [0x419373d8]
0bcbe94f cmp edi, [0x419373dc]
0bcbe956 jb 0x0bcbe96f
0bcbe958 mov esi, 0xd
0bcbe95d mov edi, 0x419373b8
0bcbe962 call 0x00421730 ->lj_gc_step_jit
0bcbe967 test eax, eax
0bcbe969 jnz 0x0bcb0010 ->0
0bcbe96f mov edx, [0x419374b4]
0bcbe976 cmp dword [rdx-0x8], 0x403641d8
0bcbe97d jnz 0x0bcb0010 ->0
0bcbe983 mov edi, [0x4194c860]
0bcbe98a mov [rsp+0x44], edi
0bcbe98e cmp dword [rdi+0x4], 0xfffeffff
0bcbe995 jnb 0x0bcb0010 ->0
0bcbe99b movsd xmm7, [rdi]
0bcbe99f addsd xmm7, [0x403610a0]
0bcbe9a8 movsd [rsp+0x58], xmm7
0bcbe9ae movsd [rdi], xmm7
0bcbe9b2 mov edi, 0x41937414
0bcbe9b7 mov esi, [rdi+0x8]
0bcbe9ba mov [rdi], esi
0bcbe9bc mov esi, 0x4c
0bcbe9c1 call 0x00421b60 ->lj_buf_putchar
0bcbe9c6 mov edi, eax
0bcbe9c8 lea rsi, [rsp+0x58]
0bcbe9cd call 0x0040a3c0 ->lj_strfmt_putnum
0bcbe9d2 mov edi, eax
0bcbe9d4 call 0x00421ff0 ->lj_buf_tostr
0bcbe9d9 mov [rsp+0x60], eax
0bcbe9dd mov edi, [0x419374b0]
0bcbe9e4 mov esi, 0x40372418
0bcbe9e9 call 0x004223c0 ->lj_tab_dup
0bcbe9ee mov ebp, eax
0bcbe9f0 mov [rsp+0x8], ebp
0bcbe9f4 mov edi, [0x419374b0]
0bcbe9fb xor esi, esi
0bcbe9fd call 0x00422350 ->lj_tab_new1
0bcbea02 mov r15d, eax
0bcbea05 mov edi, [0x419374b0]
0bcbea0c mov eax, [rsp+0x60]
0bcbea10 mov ebp, [rbp+0x14]
0bcbea13 mov dword [rbp+0x34], 0xfffffff4
0bcbea1a mov [rbp+0x30], r15d
0bcbea1e mov dword [rbp+0x4c], 0xfffffffb
0bcbea25 mov [rbp+0x48], eax
0bcbea28 mov ebp, [0x4194c0c0]
0bcbea2f cmp dword [rbp+0x4], -0x0c
0bcbea33 jnz 0x0bcb0018 ->2
0bcbea39 mov esi, [rbp+0x0]
0bcbea3c mov [rsp+0x2c], esi
0bcbea40 cmp dword [rsi+0x1c], +0x01
0bcbea44 jnz 0x0bcb0018 ->2
0bcbea4a mov ebp, [rsi+0x14]
0bcbea4d mov rsi, 0xfffffffb403716f0
0bcbea57 cmp rsi, [rbp+0x8]
0bcbea5b jnz 0x0bcb0018 ->2
0bcbea61 cmp dword [rbp+0x4], -0x0c
0bcbea65 jnz 0x0bcb0018 ->2
0bcbea6b mov ebp, [rbp+0x0]
0bcbea6e mov esi, [rbp+0x1c]
0bcbea71 and esi, [rax+0x8]
0bcbea74 lea esi, [rsi+rsi*2]
0bcbea77 shl esi, 0x03
0bcbea7a add esi, [rbp+0x14]
0bcbea7d cmp dword [rsi+0xc], -0x05
0bcbea81 jnz 0x0bcbea8c
0bcbea83 cmp eax, [rsi+0x8]
0bcbea86 jz 0x0bcb0018 ->2
0bcbea8c mov esi, [rsi+0x10]
0bcbea8f test esi, esi
0bcbea91 jnz 0x0bcbea7d
0bcbea93 cmp dword [rbp+0x10], +0x00
0bcbea97 jnz 0x0bcb0018 ->2
0bcbea9d mov edx, 0x41937448
0bcbeaa2 mov dword [rdx+0x4], 0xfffffffb
0bcbeaa9 mov [rdx], eax
0bcbeaab mov esi, ebp
0bcbeaad call 0x00422cf0 ->lj_tab_newkey
0bcbeab2 mov r15d, eax
0bcbeab5 mov edi, [rsp+0x44]
0bcbeab9 mov eax, [rsp+0x8]
0bcbeabd movsd xmm7, [rsp+0x58]
0bcbeac3 mov dword [r15+0x4], 0xfffffff4
0bcbeacb mov [r15], eax
0bcbeace test byte [rbp+0x4], 0x4
0bcbead2 jz 0x0bcbeae9
0bcbead4 and byte [rbp+0x4], 0xfb
0bcbead8 mov esi, [0x419373f4]
0bcbeadf mov [0x419373f4], ebp
0bcbeae6 mov [rbp+0xc], esi
0bcbeae9 mov byte [rbp+0x6], 0x0
0bcbeaed addsd xmm7, [0x403610a0]
0bcbeaf6 movsd [rsp+0x50], xmm7
0bcbeafc movsd [rdi], xmm7
0bcbeb00 mov edi, 0x41937414
0bcbeb05 mov esi, [rdi+0x8]
0bcbeb08 mov [rdi], esi
0bcbeb0a mov esi, 0x4c
0bcbeb0f call 0x00421b60 ->lj_buf_putchar
0bcbeb14 mov edi, eax
0bcbeb16 lea rsi, [rsp+0x50]
0bcbeb1b call 0x0040a3c0 ->lj_strfmt_putnum
0bcbeb20 mov edi, eax
0bcbeb22 call 0x00421ff0 ->lj_buf_tostr
0bcbeb27 mov [rsp+0x4c], eax
0bcbeb2b mov edi, [0x419374b0]
0bcbeb32 mov esi, 0x40372418
0bcbeb37 call 0x004223c0 ->lj_tab_dup
0bcbeb3c mov ebp, eax
0bcbeb3e mov edi, [0x419374b0]
0bcbeb45 xor esi, esi
0bcbeb47 call 0x00422350 ->lj_tab_new1
0bcbeb4c mov r14d, eax
0bcbeb4f mov edi, [0x419374b0]
0bcbeb56 mov esi, [rsp+0x2c]
0bcbeb5a mov eax, [rsp+0x4c]
0bcbeb5e mov r15d, [rbp+0x14]
0bcbeb62 mov dword [r15+0x34], 0xfffffff4
0bcbeb6a mov [r15+0x30], r14d
0bcbeb6e mov dword [r15+0x4c], 0xfffffffb
0bcbeb76 mov [r15+0x48], eax
0bcbeb7a cmp dword [rsi+0x1c], +0x01
0bcbeb7e jnz 0x0bcb0020 ->4
0bcbeb84 mov r15d, [rsi+0x14]
0bcbeb88 mov rsi, 0xfffffffb403716f0
0bcbeb92 cmp rsi, [r15+0x8]
0bcbeb96 jnz 0x0bcb0020 ->4
0bcbeb9c cmp dword [r15+0x4], -0x0c
0bcbeba1 jnz 0x0bcb0020 ->4
0bcbeba7 mov r15d, [r15]
0bcbebaa mov esi, [r15+0x1c]
0bcbebae and esi, [rax+0x8]
0bcbebb1 lea esi, [rsi+rsi*2]
0bcbebb4 shl esi, 0x03
0bcbebb7 add esi, [r15+0x14]
0bcbebbb cmp dword [rsi+0xc], -0x05
0bcbebbf jnz 0x0bcbebca
0bcbebc1 cmp eax, [rsi+0x8]
0bcbebc4 jz 0x0bcb0020 ->4
0bcbebca mov esi, [rsi+0x10]
0bcbebcd test esi, esi
0bcbebcf jnz 0x0bcbebbb
0bcbebd1 cmp dword [r15+0x10], +0x00
0bcbebd6 jnz 0x0bcb0020 ->4
0bcbebdc mov edx, 0x41937448
0bcbebe1 mov dword [rdx+0x4], 0xfffffffb
0bcbebe8 mov [rdx], eax
0bcbebea mov esi, r15d
0bcbebed call 0x00422cf0 ->lj_tab_newkey
0bcbebf2 mov edi, [rsp+0x44]
0bcbebf6 mov edx, [0x419374b4]
0bcbebfd movsd xmm7, [rsp+0x50]
0bcbec03 mov dword [rax+0x4], 0xfffffff4
0bcbec0a mov [rax], ebp
0bcbec0c test byte [r15+0x4], 0x4
0bcbec11 jz 0x0bcbec2b
0bcbec13 and byte [r15+0x4], 0xfb
0bcbec18 mov esi, [0x419373f4]
0bcbec1f mov [0x419373f4], r15d
0bcbec27 mov [r15+0xc], esi
0bcbec2b mov byte [r15+0x6], 0x0
0bcbec30 cmp dword [rdx+0x4], -0x0c
0bcbec34 jnz 0x0bcb0024 ->5
0bcbec3a mov r15d, [rdx]
0bcbec3d cmp dword [r15+0x18], +0x02
0bcbec42 jbe 0x0bcb0024 ->5
0bcbec48 mov r15d, [r15+0x8]
0bcbec4c cmp dword [r15+0x14], -0x0c
0bcbec51 jnz 0x0bcb0024 ->5
0bcbec57 mov r15d, [r15+0x10]
0bcbec5b cmp dword [rdx+0xc], -0x0c
0bcbec5f jnz 0x0bcb0024 ->5
0bcbec65 mov r14d, [rdx+0x8]
0bcbec69 mov eax, [0x403641e0]
0bcbec70 mov [rsp+0x20], eax
0bcbec74 mov esi, [rax+0x1c]
0bcbec77 and esi, 0xce2b6183
0bcbec7d lea esi, [rsi+rsi*2]
0bcbec80 shl esi, 0x03
0bcbec83 add esi, [rax+0x14]
0bcbec86 cmp dword [rsi+0xc], -0x05
0bcbec8a jnz 0x0bcbec99
0bcbec8c cmp dword [rsi+0x8], 0x41939db0
0bcbec93 jz 0x0bcb0024 ->5
0bcbec99 mov esi, [rsi+0x10]
0bcbec9c test esi, esi
0bcbec9e jnz 0x0bcbec86
0bcbeca0 mov esi, [rax+0x10]
0bcbeca3 mov [rsp+0x28], esi
0bcbeca7 test esi, esi
0bcbeca9 jz 0x0bcb0024 ->5
0bcbecaf cmp dword [rsi+0x1c], +0x01
0bcbecb3 jnz 0x0bcb0024 ->5
0bcbecb9 mov r13d, [rsi+0x14]
0bcbecbd mov rsi, 0xfffffffb419394c8
0bcbecc7 cmp rsi, [r13+0x20]
0bcbeccb jnz 0x0bcb0024 ->5
0bcbecd1 cmp dword [r13+0x1c], -0x0c
0bcbecd6 jnz 0x0bcb0024 ->5
0bcbecdc mov r13d, [r13+0x18]
0bcbece0 cmp dword [r13+0x1c], +0x3f
0bcbece5 jnz 0x0bcb0024 ->5
0bcbeceb mov r13d, [r13+0x14]
0bcbecef mov rsi, 0xfffffffb41939db0
0bcbecf9 cmp rsi, [r13+0x50]
0bcbecfd jnz 0x0bcb0024 ->5
0bcbed03 cmp dword [r13+0x4c], -0x09
0bcbed08 jnz 0x0bcb0024 ->5
0bcbed0e mov esi, [rax+0x1c]
0bcbed11 and esi, 0x798a813c
0bcbed17 lea esi, [rsi+rsi*2]
0bcbed1a shl esi, 0x03
0bcbed1d add esi, [rax+0x14]
0bcbed20 cmp dword [rsi+0xc], -0x05
0bcbed24 jnz 0x0bcbed33
0bcbed26 cmp dword [rsi+0x8], 0x41939fb0
0bcbed2d jz 0x0bcb0024 ->5
0bcbed33 mov esi, [rsi+0x10]
0bcbed36 test esi, esi
0bcbed38 jnz 0x0bcbed20
0bcbed3a mov rsi, 0xfffffffb41939fb0
0bcbed44 cmp rsi, [r13+0x5a8]
0bcbed4b jnz 0x0bcb0024 ->5
0bcbed51 cmp dword [r13+0x5a4], -0x09
0bcbed59 jnz 0x0bcb0024 ->5
0bcbed5f cmp dword [r13+0x5a0], 0x41939f18
0bcbed6a jnz 0x0bcb0024 ->5
0bcbed70 cmp dword [r13+0x48], 0x41939d88
0bcbed78 jnz 0x0bcb0024 ->5
0bcbed7e cmp dword [r15+0x18], +0x01
0bcbed83 jbe 0x0bcb0024 ->5
0bcbed89 mov r13d, [r15+0x8]
0bcbed8d cmp dword [r13+0xc], -0x05
0bcbed92 jnz 0x0bcb0024 ->5
0bcbed98 mov r13d, [r13+0x8]
0bcbed9c cmp r13d, 0x419398f8
0bcbeda3 jnz 0x0bcb0028 ->6
0bcbeda9 addsd xmm7, [0x403610a0]
0bcbedb2 movsd [rsp+0x38], xmm7
0bcbedb8 movsd [rdi], xmm7
0bcbedbc mov edi, 0x41937414
0bcbedc1 mov esi, [rdi+0x8]
0bcbedc4 mov [rdi], esi
0bcbedc6 mov esi, 0x4c
0bcbedcb call 0x00421b60 ->lj_buf_putchar
0bcbedd0 mov edi, eax
0bcbedd2 lea rsi, [rsp+0x38]
0bcbedd7 call 0x0040a3c0 ->lj_strfmt_putnum
0bcbeddc mov edi, eax
0bcbedde call 0x00421ff0 ->lj_buf_tostr
0bcbede3 mov [rsp+0x48], eax
0bcbede7 mov edi, [0x419374b0]
0bcbedee mov esi, 0x40372418
0bcbedf3 call 0x004223c0 ->lj_tab_dup
0bcbedf8 mov r12d, eax
0bcbedfb mov edi, [0x419374b0]
0bcbee02 xor esi, esi
0bcbee04 call 0x00422350 ->lj_tab_new1
0bcbee09 mov ecx, eax
0bcbee0b mov edi, [0x419374b0]
0bcbee12 mov esi, [rsp+0x2c]
0bcbee16 mov eax, [rsp+0x48]
0bcbee1a mov edx, [r12+0x14]
0bcbee1f mov dword [rdx+0x34], 0xfffffff4
0bcbee26 mov [rdx+0x30], ecx
0bcbee29 mov dword [rdx+0x4c], 0xfffffffb
0bcbee30 mov [rdx+0x48], eax
0bcbee33 cmp dword [rsi+0x1c], +0x01
0bcbee37 jnz 0x0bcb0030 ->8
0bcbee3d mov esi, [rsi+0x14]
0bcbee40 mov rdx, 0xfffffffb403716f0
0bcbee4a cmp rdx, [rsi+0x8]
0bcbee4e jnz 0x0bcb0030 ->8
0bcbee54 cmp dword [rsi+0x4], -0x0c
0bcbee58 jnz 0x0bcb0030 ->8
0bcbee5e mov esi, [rsi]
0bcbee60 mov [rsp+0x40], esi
0bcbee64 mov edx, [rsi+0x1c]
0bcbee67 and edx, [rax+0x8]
0bcbee6a lea edx, [rdx+rdx*2]
0bcbee6d shl edx, 0x03
0bcbee70 add edx, [rsi+0x14]
0bcbee73 cmp dword [rdx+0xc], -0x05
0bcbee77 jnz 0x0bcbee82
0bcbee79 cmp eax, [rdx+0x8]
0bcbee7c jz 0x0bcb0030 ->8
0bcbee82 mov edx, [rdx+0x10]
0bcbee85 test edx, edx
0bcbee87 jnz 0x0bcbee73
0bcbee89 cmp dword [rsi+0x10], +0x00
0bcbee8d jnz 0x0bcb0030 ->8
0bcbee93 mov edx, 0x41937448
0bcbee98 mov dword [rdx+0x4], 0xfffffffb
0bcbee9f mov [rdx], eax
0bcbeea1 call 0x00422cf0 ->lj_tab_newkey
0bcbeea6 mov edi, [rsp+0x44]
0bcbeeaa mov esi, [rsp+0x40]
0bcbeeae movsd xmm7, [rsp+0x38]
0bcbeeb4 mov dword [rax+0x4], 0xfffffff4
0bcbeebb mov [rax], r12d
0bcbeebe test byte [rsi+0x4], 0x4
0bcbeec2 jz 0x0bcbeed9
0bcbeec4 and byte [rsi+0x4], 0xfb
0bcbeec8 mov edx, [0x419373f4]
0bcbeecf mov [0x419373f4], esi
0bcbeed6 mov [rsi+0xc], edx
0bcbeed9 mov byte [rsi+0x6], 0x0
0bcbeedd addsd xmm7, [0x403610a0]
0bcbeee6 movsd [rsp+0x30], xmm7
0bcbeeec movsd [rdi], xmm7
0bcbeef0 mov edi, 0x41937414
0bcbeef5 mov esi, [rdi+0x8]
0bcbeef8 mov [rdi], esi
0bcbeefa mov esi, 0x4c
0bcbeeff call 0x00421b60 ->lj_buf_putchar
0bcbef04 mov edi, eax
0bcbef06 lea rsi, [rsp+0x30]
0bcbef0b call 0x0040a3c0 ->lj_strfmt_putnum
0bcbef10 mov edi, eax
0bcbef12 call 0x00421ff0 ->lj_buf_tostr
0bcbef17 mov [rsp+0x18], eax
0bcbef1b mov edi, [0x419374b0]
0bcbef22 mov esi, 0x40372418
0bcbef27 call 0x004223c0 ->lj_tab_dup
0bcbef2c mov [rsp+0x14], eax
0bcbef30 mov edi, [0x419374b0]
0bcbef37 xor esi, esi
0bcbef39 call 0x00422350 ->lj_tab_new1
0bcbef3e mov ecx, eax
0bcbef40 mov edi, [rsp+0x14]
0bcbef44 mov esi, [rsp+0x2c]
0bcbef48 mov eax, [rsp+0x18]
0bcbef4c mov edx, [rdi+0x14]
0bcbef4f mov edi, [0x419374b0]
0bcbef56 mov dword [rdx+0x34], 0xfffffff4
0bcbef5d mov [rdx+0x30], ecx
0bcbef60 mov dword [rdx+0x4c], 0xfffffffb
0bcbef67 mov [rdx+0x48], eax
0bcbef6a cmp dword [rsi+0x1c], +0x01
0bcbef6e jnz 0x0bcb0038 ->10
0bcbef74 mov esi, [rsi+0x14]
0bcbef77 mov rdx, 0xfffffffb403716f0
0bcbef81 cmp rdx, [rsi+0x8]
0bcbef85 jnz 0x0bcb0038 ->10
0bcbef8b cmp dword [rsi+0x4], -0x0c
0bcbef8f jnz 0x0bcb0038 ->10
0bcbef95 mov esi, [rsi]
0bcbef97 mov [rsp+0x24], esi
0bcbef9b mov edx, [rsi+0x1c]
0bcbef9e and edx, [rax+0x8]
0bcbefa1 lea edx, [rdx+rdx*2]
0bcbefa4 shl edx, 0x03
0bcbefa7 add edx, [rsi+0x14]
0bcbefaa cmp dword [rdx+0xc], -0x05
0bcbefae jnz 0x0bcbefb9
0bcbefb0 cmp eax, [rdx+0x8]
0bcbefb3 jz 0x0bcb0038 ->10
0bcbefb9 mov edx, [rdx+0x10]
0bcbefbc test edx, edx
0bcbefbe jnz 0x0bcbefaa
0bcbefc0 cmp dword [rsi+0x10], +0x00
0bcbefc4 jnz 0x0bcb0038 ->10
0bcbefca mov edx, 0x41937448
0bcbefcf mov dword [rdx+0x4], 0xfffffffb
0bcbefd6 mov [rdx], eax
0bcbefd8 call 0x00422cf0 ->lj_tab_newkey
0bcbefdd mov ecx, eax
0bcbefdf mov edi, [rsp+0x14]
0bcbefe3 mov esi, [rsp+0x28]
0bcbefe7 mov edx, [rsp+0x24]
0bcbefeb mov eax, [rsp+0x20]
0bcbefef mov dword [rcx+0x4], 0xfffffff4
0bcbeff6 mov [rcx], edi
0bcbeff8 mov edi, [0x419374b0]
0bcbefff test byte [rdx+0x4], 0x4
0bcbf003 jz 0x0bcbf01a
0bcbf005 and byte [rdx+0x4], 0xfb
0bcbf009 mov ecx, [0x419373f4]
0bcbf010 mov [0x419373f4], edx
0bcbf017 mov [rdx+0xc], ecx
0bcbf01a mov byte [rdx+0x6], 0x0
0bcbf01e cmp dword [r15+0x18], +0x02
0bcbf023 jbe 0x0bcb003c ->11
0bcbf029 mov edx, [r15+0x8]
0bcbf02d cmp dword [rdx+0x14], -0x0c
0bcbf031 jnz 0x0bcb003c ->11
0bcbf037 mov ecx, [rdx+0x10]
0bcbf03a mov [rsp+0x10], ecx
0bcbf03e mov edx, [rax+0x1c]
0bcbf041 and edx, 0xce2b6183
0bcbf047 lea edx, [rdx+rdx*2]
0bcbf04a shl edx, 0x03
0bcbf04d add edx, [rax+0x14]
0bcbf050 cmp dword [rdx+0xc], -0x05
0bcbf054 jnz 0x0bcbf063
0bcbf056 cmp dword [rdx+0x8], 0x41939db0
0bcbf05d jz 0x0bcb003c ->11
0bcbf063 mov edx, [rdx+0x10]
0bcbf066 test edx, edx
0bcbf068 jnz 0x0bcbf050
0bcbf06a cmp dword [rsi+0x1c], +0x01
0bcbf06e jnz 0x0bcb003c ->11
0bcbf074 mov esi, [rsi+0x14]
0bcbf077 mov rdx, 0xfffffffb419394c8
0bcbf081 cmp rdx, [rsi+0x20]
0bcbf085 jnz 0x0bcb003c ->11
0bcbf08b cmp dword [rsi+0x1c], -0x0c
0bcbf08f jnz 0x0bcb003c ->11
0bcbf095 mov esi, [rsi+0x18]
0bcbf098 cmp dword [rsi+0x1c], +0x3f
0bcbf09c jnz 0x0bcb003c ->11
0bcbf0a2 mov esi, [rsi+0x14]
0bcbf0a5 mov rdx, 0xfffffffb41939db0
0bcbf0af cmp rdx, [rsi+0x50]
0bcbf0b3 jnz 0x0bcb003c ->11
0bcbf0b9 cmp dword [rsi+0x4c], -0x09
0bcbf0bd jnz 0x0bcb003c ->11
0bcbf0c3 mov edx, [rax+0x1c]
0bcbf0c6 and edx, 0x798a813c
0bcbf0cc lea edx, [rdx+rdx*2]
0bcbf0cf shl edx, 0x03
0bcbf0d2 add edx, [rax+0x14]
0bcbf0d5 cmp dword [rdx+0xc], -0x05
0bcbf0d9 jnz 0x0bcbf0e8
0bcbf0db cmp dword [rdx+0x8], 0x41939fb0
0bcbf0e2 jz 0x0bcb003c ->11
0bcbf0e8 mov edx, [rdx+0x10]
0bcbf0eb test edx, edx
0bcbf0ed jnz 0x0bcbf0d5
0bcbf0ef mov rdx, 0xfffffffb41939fb0
0bcbf0f9 cmp rdx, [rsi+0x5a8]
0bcbf100 jnz 0x0bcb003c ->11
0bcbf106 cmp dword [rsi+0x5a4], -0x09
0bcbf10d jnz 0x0bcb003c ->11
0bcbf113 cmp dword [rsi+0x5a0], 0x41939f18
0bcbf11d jnz 0x0bcb003c ->11
0bcbf123 cmp dword [rsi+0x48], 0x41939d88
0bcbf12a jnz 0x0bcb003c ->11
0bcbf130 cmp dword [rcx+0x18], +0x01
0bcbf134 jbe 0x0bcb003c ->11
0bcbf13a mov esi, [rcx+0x8]
0bcbf13d cmp dword [rsi+0xc], -0x05
0bcbf141 jnz 0x0bcb003c ->11
0bcbf147 mov ecx, [rsi+0x8]
0bcbf14a mov [rsp+0x1c], ecx
0bcbf14e cmp ecx, 0x419398f8
0bcbf154 jz 0x0bcb0040 ->12
0bcbf15a cmp ecx, 0x40367440
0bcbf160 jz 0x0bcb0044 ->13
0bcbf166 cmp ecx, 0x41939a18
0bcbf16c jz 0x0bcb0048 ->14
0bcbf172 cmp ecx, 0x41939870
0bcbf178 jz 0x0bcb004c ->15
0bcbf17e cmp ecx, 0x4193ccb0
0bcbf184 jz 0x0bcb0050 ->16
0bcbf18a cmp ecx, 0x4193f138
0bcbf190 jz 0x0bcb0054 ->17
0bcbf196 cmp dword [0x41952d34], -0x0c
0bcbf19e jnz 0x0bcb0058 ->18
0bcbf1a4 mov edx, [0x41952d30]
0bcbf1ab mov esi, [rdx+0x1c]
0bcbf1ae and esi, [rcx+0x8]
0bcbf1b1 lea esi, [rsi+rsi*2]
0bcbf1b4 shl esi, 0x03
0bcbf1b7 add esi, [rdx+0x14]
0bcbf1ba cmp dword [rsi+0xc], -0x05
0bcbf1be jnz 0x0bcbf1c5
0bcbf1c0 cmp ecx, [rsi+0x8]
0bcbf1c3 jz 0x0bcbf1d1
0bcbf1c5 mov esi, [rsi+0x10]
0bcbf1c8 test esi, esi
0bcbf1ca jnz 0x0bcbf1ba
0bcbf1cc mov esi, 0x41937458
0bcbf1d1 cmp dword [rsi+0x4], -0x03
0bcbf1d5 jnz 0x0bcb0058 ->18
0bcbf1db mov esi, 0x40366b30
0bcbf1e0 call 0x004223c0 ->lj_tab_dup
0bcbf1e5 mov edx, eax
0bcbf1e7 mov [rsp+0xc], edx
0bcbf1eb mov edi, [0x419374b0]
0bcbf1f2 mov ecx, [rsp+0x10]
0bcbf1f6 mov eax, [rsp+0x18]
0bcbf1fa mov edx, [rdx+0x8]
0bcbf1fd mov dword [rdx+0x14], 0xfffffff4
0bcbf204 mov [rdx+0x10], ecx
0bcbf207 cmp dword [r12+0x1c], +0x03
0bcbf20d jnz 0x0bcb005c ->19
0bcbf213 mov ecx, [r12+0x14]
0bcbf218 mov r11, 0xfffffffb40371790
0bcbf222 cmp r11, [rcx+0x50]
0bcbf226 jnz 0x0bcb005c ->19
0bcbf22c cmp dword [rcx+0x4c], -0x05
0bcbf230 jnz 0x0bcb005c ->19
0bcbf236 mov ecx, [rcx+0x48]
0bcbf239 mov dword [rdx+0x1c], 0xfffffffb
0bcbf240 mov [rdx+0x18], ecx
0bcbf243 mov dword [rdx+0x24], 0xfffffffb
0bcbf24a mov [rdx+0x20], eax
0bcbf24d mov edx, [r14+0x1c]
0bcbf251 and edx, 0x2a54dc55
0bcbf257 lea edx, [rdx+rdx*2]
0bcbf25a shl edx, 0x03
0bcbf25d add edx, [r14+0x14]
0bcbf261 cmp dword [rdx+0xc], -0x05
0bcbf265 jnz 0x0bcbf274
0bcbf267 cmp dword [rdx+0x8], 0x40371ef8
0bcbf26e jz 0x0bcb0060 ->20
0bcbf274 mov edx, [rdx+0x10]
0bcbf277 test edx, edx
0bcbf279 jnz 0x0bcbf261
0bcbf27b cmp dword [r14+0x10], +0x00
0bcbf280 jnz 0x0bcb0060 ->20
0bcbf286 mov edx, 0x41937448
0bcbf28b mov dword [rdx+0x4], 0xfffffffb
0bcbf292 mov dword [rdx], 0x40371ef8
0bcbf298 mov esi, r14d
0bcbf29b call 0x00422cf0 ->lj_tab_newkey
0bcbf2a0 mov r11d, eax
0bcbf2a3 mov edi, [rsp+0x14]
0bcbf2a7 mov esi, [rsp+0x10]
0bcbf2ab mov edx, [0x419374b4]
0bcbf2b2 mov ecx, [rsp+0xc]
0bcbf2b6 mov eax, [rsp+0x8]
0bcbf2ba mov dword [r11+0x4], 0xfffffff4
0bcbf2c2 mov [r11], ecx
0bcbf2c5 test byte [r14+0x4], 0x4
0bcbf2ca jz 0x0bcbf2e4
0bcbf2cc and byte [r14+0x4], 0xfb
0bcbf2d1 mov ecx, [0x419373f4]
0bcbf2d8 mov [0x419373f4], r14d
0bcbf2e0 mov [r14+0xc], ecx
0bcbf2e4 mov dword [rdx+0x84], 0xfffffff4
0bcbf2ee mov [rdx+0x80], esi
0bcbf2f4 mov dword [rdx+0x7c], 0x40372e40
0bcbf2fb mov dword [rdx+0x78], 0x403641d8
0bcbf302 mov dword [rdx+0x74], 0xfffffff4
0bcbf309 mov [rdx+0x70], edi
0bcbf30c mov dword [rdx+0x6c], 0xfffffff4
0bcbf313 mov [rdx+0x68], r12d
0bcbf317 mov dword [rdx+0x64], 0xfffffffb
0bcbf31e mov [rdx+0x60], r13d
0bcbf322 mov dword [rdx+0x5c], 0xfffffff4
0bcbf329 mov [rdx+0x58], ebp
0bcbf32c mov dword [rdx+0x54], 0xfffffff4
0bcbf333 mov [rdx+0x50], eax
0bcbf336 mov dword [rdx+0x4c], 0xfffffff4
0bcbf33d mov [rdx+0x48], r14d
0bcbf341 mov dword [rdx+0x44], 0xfffffff4
0bcbf348 mov [rdx+0x40], r15d
0bcbf34c mov dword [rdx+0x3c], 0x40372e40
0bcbf353 mov dword [rdx+0x38], 0x403641d8
0bcbf35a mov dword [rdx+0x34], 0xfffffff4
0bcbf361 mov [rdx+0x30], ebp
0bcbf364 mov dword [rdx+0x2c], 0xfffffff4
0bcbf36b mov [rdx+0x28], eax
0bcbf36e mov dword [rdx+0x24], 0xfffffffb
0bcbf375 mov [rdx+0x20], ebx
0bcbf378 mov dword [rdx-0x8], 0x403641d8
0bcbf37f add edx, 0x80
0bcbf385 mov [0x419374b4], edx
0bcbf38c add rsp, +0x60
0bcbf390 jmp 0x0bcbf398
---- TRACE 5 stop -> 4
---- TRACE 4 exit 1
---- TRACE 2 exit 2
---- TRACE 5 exit 12
---- TRACE 2 exit 8
---- TRACE 4 exit 1
---- TRACE 2 exit 3
---- TRACE 3 exit 0
---- TRACE 4 exit 3
---- TRACE 2 exit 8
---- TRACE 4 exit 1
---- TRACE 5 exit 6
---- TRACE 4 exit 1
---- TRACE 2 exit 8
---- TRACE 4 exit 6
---- TRACE 4 exit 1
---- TRACE 4 exit 7
---- TRACE 3 exit 0
---- TRACE 4 exit 1
---- TRACE 4 exit 1
---- TRACE 4 exit 1
---- TRACE 2 exit 8
---- TRACE 4 exit 7
---- TRACE 3 exit 0
---- TRACE 4 exit 1
---- TRACE 6 start 4/1 ssa.lua:79
0094 RET0 0 1
0036 JMP 5 => 0094
0094 JLOOP 1 4
---- TRACE 6 IR
.... SNAP #0 [ ---- ]
.... SNAP #1 [ ---- ]
0002 > p32 RETF proto: 0x40372da0 [0x40372e70]
.... SNAP #2 [ ---- ---- ]
---- TRACE 6 mcode 50
0bcbe8e7 mov dword [0x41937410], 0x6
0bcbe8f2 mov edx, [0x419374b4]
0bcbe8f9 cmp dword [rdx-0x4], 0x40372e70
0bcbe900 jnz 0x0bcb0014 ->1
0bcbe906 add edx, -0x40
0bcbe909 mov [0x419374b4], edx
0bcbe910 add rsp, +0x10
0bcbe914 jmp 0x0bcbf398
---- TRACE 6 stop -> 4
---- TRACE 6 exit 1
---- TRACE 5 exit 6
---- TRACE 6 exit 1
---- TRACE 2 exit 8
---- TRACE 4 exit 7
---- TRACE 3 exit 0
---- TRACE 4 exit 7
---- TRACE 3 exit 0
---- TRACE 6 exit 1
---- TRACE 4 exit 7
---- TRACE 3 exit 0
---- TRACE 6 exit 1
---- TRACE 5 exit 6
---- TRACE 6 exit 1
---- TRACE 2 exit 2
---- TRACE 5 exit 20
---- TRACE 6 exit 1
---- TRACE 2 exit 3
---- TRACE 3 exit 0
---- TRACE 4 exit 3
---- TRACE 2 exit 8
---- TRACE 6 exit 1
---- TRACE 2 exit 3
---- TRACE 3 exit 0
---- TRACE 4 exit 6
---- TRACE 6 exit 1
---- TRACE 5 exit 6
---- TRACE 7 start ssa.lua:49
0001 TDUP 4 1
0002 TSETB 1 4 2
0003 TGETS 5 2 2 ; "label"
0004 TSETB 5 4 3
0005 TGETS 5 3 2 ; "label"
0006 TSETB 5 4 4
0007 TSETS 4 0 0 ; "control"
0008 RET0 0 1
---- TRACE 7 IR
.... SNAP #0 [ ---- ---- ---- ---- ---- ]
0001 rax > tab TDUP {0x40366b30}
0002 rbp > tab SLOAD #2 T
0003 rbx p32 FLOAD 0001 tab.array
0004 p32 AREF 0003 +2 
0005 tab ASTORE 0004 0002
.... SNAP #1 [ ---- ---- ---- ---- ---- 0001 ]
0006 rbp > tab SLOAD #3 T
0007 int FLOAD 0006 tab.hmask
0008 > int EQ 0007 +3 
0009 rbp p32 FLOAD 0006 tab.node
0010 > p32 HREFK 0009 "label" @3
0011 rbp > str HLOAD 0010
0012 p32 AREF 0003 +3 
0013 str ASTORE 0012 0011
.... SNAP #2 [ ---- ---- ---- ---- ---- 0001 ---- ]
0014 rbp > tab SLOAD #4 T
0015 int FLOAD 0014 tab.hmask
0016 > int EQ 0015 +3 
0017 rbp p32 FLOAD 0014 tab.node
0018 > p32 HREFK 0017 "label" @3
0019 rbp > str HLOAD 0018
0020 p32 AREF 0003 +4 
0021 str ASTORE 0020 0019
.... SNAP #3 [ ---- ---- ---- ---- ---- 0001 ---- ]
0022 rbp > tab SLOAD #1 T
0023 int FLOAD 0022 tab.hmask
0024 > int EQ 0023 +3 
0025 rbx p32 FLOAD 0022 tab.node
0026 > p32 HREFK 0025 "control" @1
0027 tab FLOAD 0022 tab.meta
0028 > tab EQ 0027 [NULL]
0029 tab HSTORE 0026 0001
0030 nil TBAR 0022
.... SNAP #4 [ ---- ]
---- TRACE 7 mcode 348
0bcbe784 mov dword [0x41937410], 0x7
0bcbe78f mov edi, [0x419373d8]
0bcbe796 cmp edi, [0x419373dc]
0bcbe79d jb 0x0bcbe7b6
0bcbe79f mov esi, 0x1
0bcbe7a4 mov edi, 0x419373b8
0bcbe7a9 call 0x00421730 ->lj_gc_step_jit
0bcbe7ae test eax, eax
0bcbe7b0 jnz 0x0bcb0010 ->0
0bcbe7b6 mov edi, [0x419374b0]
0bcbe7bd mov esi, 0x40366b30
0bcbe7c2 call 0x004223c0 ->lj_tab_dup
0bcbe7c7 mov edx, [0x419374b4]
0bcbe7ce cmp dword [rdx+0xc], -0x0c
0bcbe7d2 jnz 0x0bcb0010 ->0
0bcbe7d8 mov ebp, [rdx+0x8]
0bcbe7db mov ebx, [rax+0x8]
0bcbe7de mov dword [rbx+0x14], 0xfffffff4
0bcbe7e5 mov [rbx+0x10], ebp
0bcbe7e8 cmp dword [rdx+0x14], -0x0c
0bcbe7ec jnz 0x0bcb0014 ->1
0bcbe7f2 mov ebp, [rdx+0x10]
0bcbe7f5 cmp dword [rbp+0x1c], +0x03
0bcbe7f9 jnz 0x0bcb0014 ->1
0bcbe7ff mov ebp, [rbp+0x14]
0bcbe802 mov rdi, 0xfffffffb40371790
0bcbe80c cmp rdi, [rbp+0x50]
0bcbe810 jnz 0x0bcb0014 ->1
0bcbe816 cmp dword [rbp+0x4c], -0x05
0bcbe81a jnz 0x0bcb0014 ->1
0bcbe820 mov ebp, [rbp+0x48]
0bcbe823 mov dword [rbx+0x1c], 0xfffffffb
0bcbe82a mov [rbx+0x18], ebp
0bcbe82d cmp dword [rdx+0x1c], -0x0c
0bcbe831 jnz 0x0bcb0018 ->2
0bcbe837 mov ebp, [rdx+0x18]
0bcbe83a cmp dword [rbp+0x1c], +0x03
0bcbe83e jnz 0x0bcb0018 ->2
0bcbe844 mov ebp, [rbp+0x14]
0bcbe847 mov rdi, 0xfffffffb40371790
0bcbe851 cmp rdi, [rbp+0x50]
0bcbe855 jnz 0x0bcb0018 ->2
0bcbe85b cmp dword [rbp+0x4c], -0x05
0bcbe85f jnz 0x0bcb0018 ->2
0bcbe865 mov ebp, [rbp+0x48]
0bcbe868 mov dword [rbx+0x24], 0xfffffffb
0bcbe86f mov [rbx+0x20], ebp
0bcbe872 cmp dword [rdx+0x4], -0x0c
0bcbe876 jnz 0x0bcb001c ->3
0bcbe87c mov ebp, [rdx]
0bcbe87e cmp dword [rbp+0x1c], +0x03
0bcbe882 jnz 0x0bcb001c ->3
0bcbe888 mov ebx, [rbp+0x14]
0bcbe88b mov rdi, 0xfffffffb40371ef8
0bcbe895 cmp rdi, [rbx+0x20]
0bcbe899 jnz 0x0bcb001c ->3
0bcbe89f cmp dword [rbp+0x10], +0x00
0bcbe8a3 jnz 0x0bcb001c ->3
0bcbe8a9 mov dword [rbx+0x1c], 0xfffffff4
0bcbe8b0 mov [rbx+0x18], eax
0bcbe8b3 test byte [rbp+0x4], 0x4
0bcbe8b7 jz 0x0bcbe8ce
0bcbe8b9 and byte [rbp+0x4], 0xfb
0bcbe8bd mov edi, [0x419373f4]
0bcbe8c4 mov [0x419373f4], ebp
0bcbe8cb mov [rbp+0xc], edi
0bcbe8ce xor eax, eax
0bcbe8d0 mov ebx, 0x403728e8
0bcbe8d5 mov r14d, 0x41938008
0bcbe8db jmp 0x00420177
---- TRACE 7 stop -> return
---- TRACE 6 exit 1
---- TRACE 2 exit 2
---- TRACE 5 exit 6
---- TRACE 6 exit 1
---- TRACE 8 start 6/1 ssa.lua:79
0094 RET0 0 1
0024 UGET 7 1 ; compile_bool
0025 TGETB 8 0 3
0026 MOV 9 5
0027 MOV 10 2
0028 MOV 11 3
0029 CALL 7 1 5
0000 . JFUNCF 13 2 ; ssa.lua:55
0001 . GGET 4 0 ; "assert"
0002 . GGET 5 1 ; "type"
0003 . MOV 6 0
0004 . CALL 5 2 2
0000 . . FUNCC ; type
0005 . ISEQS 5 2 ; "table"
0006 . JMP 5 => 0009
0009 . KPRI 5 2
0010 . CALL 4 1 2
0000 . . FUNCC ; assert
0011 . TGETB 4 0 1
0012 . ISNES 4 3 ; "if"
0013 . JMP 5 => 0037
0037 . ISNES 4 4 ; "let"
0038 . JMP 5 => 0056
0039 . TGETB 5 0 2
0040 . TGETB 6 0 3
0041 . TGETB 7 0 4
0042 . GGET 8 2 ; "table"
0043 . TGETS 8 8 5 ; "insert"
0044 . TGETS 9 1 6 ; "bindings"
0045 . TDUP 10 7
0046 . TSETS 5 10 8 ; "name"
0047 . TSETS 6 10 9 ; "value"
0048 . CALL 8 1 3
0000 . . FUNCC ; table.insert
0049 . UGET 8 1 ; compile_bool
0050 . MOV 9 7
0051 . MOV 10 1
0052 . MOV 11 2
0053 . MOV 12 3
0054 . CALL 8 1 5
0000 . . JFUNCF 13 2 ; ssa.lua:55
0001 . . GGET 4 0 ; "assert"
0002 . . GGET 5 1 ; "type"
0003 . . MOV 6 0
0004 . . CALL 5 2 2
0000 . . . FUNCC ; type
0005 . . ISEQS 5 2 ; "table"
0006 . . JMP 5 => 0009
0009 . . KPRI 5 2
0010 . . CALL 4 1 2
0000 . . . FUNCC ; assert
0011 . . TGETB 4 0 1
0012 . . ISNES 4 3 ; "if"
0013 . . JMP 5 => 0037
0014 . . UGET 5 0 ; add_block
0015 . . CALL 5 2 1
0000 . . . JFUNCF 3 1 ; ssa.lua:39
0001 . . . UGET 0 0 ; label_counter
0002 . . . ADDVN 0 0 0 ; 1
0003 . . . USETV 0 0 ; label_counter
0004 . . . KSTR 0 0 ; "L"
0005 . . . UGET 1 0 ; label_counter
0006 . . . CAT 0 0 1
0007 . . . TDUP 1 1
0008 . . . TNEW 2 0
0009 . . . TSETS 2 1 2 ; "bindings"
0010 . . . TSETS 0 1 3 ; "label"
0011 . . . UGET 2 1 ; ssa
0012 . . . TGETS 2 2 4 ; "blocks"
0013 . . . TSETV 1 2 0
0014 . . . RET1 1 2
0016 . . UGET 6 0 ; add_block
0017 . . CALL 6 2 1
0000 . . . JFUNCF 3 1 ; ssa.lua:39
0001 . . . UGET 0 0 ; label_counter
0002 . . . ADDVN 0 0 0 ; 1
0003 . . . USETV 0 0 ; label_counter
0004 . . . KSTR 0 0 ; "L"
0005 . . . UGET 1 0 ; label_counter
0006 . . . CAT 0 0 1
0007 . . . TDUP 1 1
0008 . . . TNEW 2 0
0009 . . . TSETS 2 1 2 ; "bindings"
0010 . . . TSETS 0 1 3 ; "label"
0011 . . . UGET 2 1 ; ssa
0012 . . . TGETS 2 2 4 ; "blocks"
0013 . . . TSETV 1 2 0
0014 . . . RET1 1 2
0018 . . UGET 7 1 ; compile_bool
0019 . . TGETB 8 0 2
0020 . . MOV 9 1
0021 . . MOV 10 5
0022 . . MOV 11 6
0023 . . CALL 7 1 5
0000 . . . JFUNCF 13 2 ; ssa.lua:55
0001 . . . GGET 4 0 ; "assert"
0002 . . . GGET 5 1 ; "type"
0003 . . . MOV 6 0
0004 . . . CALL 5 2 2
0000 . . . . FUNCC ; type
0005 . . . ISEQS 5 2 ; "table"
0006 . . . JMP 5 => 0009
0009 . . . KPRI 5 2
0010 . . . CALL 4 1 2
0000 . . . . FUNCC ; assert
0011 . . . TGETB 4 0 1
0012 . . . ISNES 4 3 ; "if"
0013 . . . JMP 5 => 0037
0037 . . . ISNES 4 4 ; "let"
0038 . . . JMP 5 => 0056
0056 . . . ISNES 4 10 ; "true"
0057 . . . JMP 5 => 0063
0063 . . . ISNES 4 11 ; "false"
0064 . . . JMP 5 => 0070
0070 . . . ISNES 4 12 ; "match"
0071 . . . JMP 5 => 0077
0077 . . . ISNES 4 14 ; "fail"
0078 . . . JMP 5 => 0084
0084 . . . GGET 5 0 ; "assert"
0085 . . . UGET 6 4 ; relops
0086 . . . TGETV 6 6 4
0087 . . . CALL 5 1 2
0000 . . . . FUNCC ; assert
0088 . . . UGET 5 5 ; finish_if
0089 . . . MOV 6 1
0090 . . . MOV 7 0
0091 . . . MOV 8 2
0092 . . . MOV 9 3
0093 . . . CALL 5 1 5
0000 . . . . JFUNCF 6 7 ; ssa.lua:49
0001 . . . . TDUP 4 1
0002 . . . . TSETB 1 4 2
0003 . . . . TGETS 5 2 2 ; "label"
0004 . . . . TSETB 5 4 3
0005 . . . . TGETS 5 3 2 ; "label"
0006 . . . . TSETB 5 4 4
0007 . . . . TSETS 4 0 0 ; "control"
0008 . . . . RET0 0 1
0094 . . . JLOOP 1 4
---- TRACE 8 IR
.... SNAP #0 [ ---- ]
.... SNAP #1 [ ---- ]
0002 > p32 RETF proto: 0x40372da0 [0x40372e40]
.... SNAP #2 [ ---- ---- ---- ---- ---- ---- ---- ---- ]
0003 fun SLOAD #0 R
0004 > fun EQ 0003 ssa.lua:55
0005 rbp > tab SLOAD #1 T
0006 int FLOAD 0005 tab.asize
0007 > int ABC 0006 +3 
0008 rbp p32 FLOAD 0005 tab.array
0009 p32 AREF 0008 +3 
0010 rbp > tab ALOAD 0009
0011 rbx > tab SLOAD #6 T
0012 r15 > tab SLOAD #3 T
0013 r14 > tab SLOAD #4 T
0014 [20] tab FLOAD ssa.lua:55 func.env
0015 rsi p32 HREF 0014 "assert"
0016 > p32 EQ 0015 [0x41937458]
0017 [28] tab FLOAD 0014 tab.meta
0018 > tab NE 0017 [NULL]
0019 int FLOAD 0017 tab.hmask
0020 > int EQ 0019 +1 
0021 r13 p32 FLOAD 0017 tab.node
0022 > p32 HREFK 0021 "__index" @1
0023 r13 > tab HLOAD 0022
0024 int FLOAD 0023 tab.hmask
0025 > int EQ 0024 +63 
0026 rsi p32 FLOAD 0023 tab.node
0027 > p32 HREFK 0026 "assert" @3
0028 > fun HLOAD 0027
0029 rdx p32 HREF 0014 "type"
0030 > p32 EQ 0029 [0x41937458]
0031 > p32 HREFK 0026 "type" @60
0032 > fun HLOAD 0031
0033 > fun EQ 0032 type
0034 > fun EQ 0028 assert
0035 int FLOAD 0010 tab.asize
0036 > int ABC 0035 +4 
0037 r12 p32 FLOAD 0010 tab.array
0038 p32 AREF 0037 +1 
0039 r13 > str ALOAD 0038
.... SNAP #3 [ ssa.lua:55|---- ---- ---- ---- ---- ---- ---- ssa.lua:55|0010 0011 0012 0013 0039 ]
0040 > str NE 0039 "if"
.... SNAP #4 [ ssa.lua:55|---- ---- ---- ---- ---- ---- ---- ssa.lua:55|0010 0011 0012 0013 0039 ]
0041 > str EQ 0039 "let"
.... SNAP #5 [ ssa.lua:55|---- ---- ---- ---- ---- ---- ---- ssa.lua:55|0010 0011 0012 0013 0039 ]
0042 p32 AREF 0037 +2 
0043 [60] > str ALOAD 0042
0044 p32 AREF 0037 +3 
0045 [64] > tab ALOAD 0044
0046 p32 AREF 0037 +4 
0047 r12 > tab ALOAD 0046
0048 rdx p32 HREF 0014 "table"
0049 > p32 EQ 0048 [0x41937458]
0050 > p32 HREFK 0026 "table" @47
0051 rsi > tab HLOAD 0050
0052 int FLOAD 0051 tab.hmask
0053 > int EQ 0052 +7 
0054 rsi p32 FLOAD 0051 tab.node
0055 > p32 HREFK 0054 "insert" @7
0056 [54] > fun HLOAD 0055
0057 int FLOAD 0011 tab.hmask
0058 > int EQ 0057 +3 
0059 rsi p32 FLOAD 0011 tab.node
0060 > p32 HREFK 0059 "bindings" @2
0061 [50] > tab HLOAD 0060
0062 [4c] > tab TDUP {0x419493c8}
0063 rax p32 FLOAD 0062 tab.node
0064 p32 HREFK 0063 "name" @0
0065 str HSTORE 0064 0043
0066 p32 HREFK 0063 "value" @1
0067 tab HSTORE 0066 0045
.... SNAP #6 [ ssa.lua:55|---- ---- ---- ---- ---- ---- ---- ssa.lua:55|0010 0011 0012 0013 0039 ---- ---- 0047 0056 0061 0062 ]
0068 > fun EQ 0056 table.insert
0069 rax int CALLL lj_tab_len (0061)
0070 rax int ADD 0069 +1 
0071 int FLOAD 0061 tab.asize
0072 > int ULE 0071 0070
0073 int FLOAD 0061 tab.hmask
0074 > int EQ 0073 +0 
0075 [58] num CONV 0070 num.int
0076 rcx p32 NEWREF 0061 0075
0077 tab HSTORE 0076 0062
0078 nil TBAR 0061
.... SNAP #7 [ ssa.lua:55|---- ---- ---- ---- ---- ---- ---- ssa.lua:55|0010 0011 0012 0013 0039 ---- ---- 0047 ]
0079 rdi p32 HREF 0014 "assert"
0080 > p32 EQ 0079 [0x41937458]
0081 int FLOAD 0017 tab.hmask
0082 > int EQ 0081 +1 
0083 rdi p32 FLOAD 0017 tab.node
0084 > p32 HREFK 0083 "__index" @1
0085 rdi > tab HLOAD 0084
0086 int FLOAD 0085 tab.hmask
0087 > int EQ 0086 +63 
0088 rdi p32 FLOAD 0085 tab.node
0089 > p32 HREFK 0088 "assert" @3
0090 > fun HLOAD 0089
0091 rsi p32 HREF 0014 "type"
0092 > p32 EQ 0091 [0x41937458]
0093 > p32 HREFK 0088 "type" @60
0094 > fun HLOAD 0093
0095 > fun EQ 0094 type
0096 > fun EQ 0090 assert
0097 int FLOAD 0047 tab.asize
0098 > int ABC 0097 +1 
0099 rdi p32 FLOAD 0047 tab.array
0100 p32 AREF 0099 +1 
0101 [18] > str ALOAD 0100
.... SNAP #8 [ ssa.lua:55|---- ---- ---- ---- ---- ---- ---- ssa.lua:55|0010 0011 0012 0013 0039 ---- ---- 0047 ssa.lua:55|0047 0011 0012 0013 0101 ]
0102 > str EQ 0101 "if"
.... SNAP #9 [ ssa.lua:55|---- ---- ---- ---- ---- ---- ---- ssa.lua:55|0010 0011 0012 0013 0039 ---- ---- 0047 ssa.lua:55|0047 0011 0012 0013 0101 ]
0103 [44] > p32 UREFO ssa.lua:39 #0
0104 xmm7 > num ULOAD 0103
0105 [38] num ADD 0104 +1 
0106 num USTORE 0103 0105
.... SNAP #10 [ ssa.lua:55|---- ---- ---- ---- ---- ---- ---- ssa.lua:55|0010 0011 0012 0013 0039 ---- ---- 0047 ssa.lua:55|0047 0011 0012 0013 0101 ssa.lua:39|---- ]
0107 str TOSTR 0105 NUM
0108 rdi p32 BUFHDR [0x41937414] RESET
0109 rdi p32 BUFPUT 0108 "L" 
0110 rdi p32 BUFPUT 0109 0107
0111 [48] str BUFSTR 0110 0108
0112 [c] > tab TDUP {0x40372418}
0113 rdx > tab TNEW #0 #0
0114 rsi p32 FLOAD 0112 tab.node
0115 p32 HREFK 0114 "bindings" @2
0116 tab HSTORE 0115 0113
0117 p32 HREFK 0114 "label" @3
0118 str HSTORE 0117 0111
.... SNAP #11 [ ssa.lua:55|---- ---- ---- ---- ---- ---- ---- ssa.lua:55|0010 0011 0012 0013 0039 ---- ---- 0047 ssa.lua:55|0047 0011 0012 0013 0101 ssa.lua:39|0111 0112 ---- ]
0119 rsi > p32 UREFO ssa.lua:39 #1
0120 [2c] > tab ULOAD 0119
0121 int FLOAD 0120 tab.hmask
0122 > int EQ 0121 +1 
0123 rsi p32 FLOAD 0120 tab.node
0124 > p32 HREFK 0123 "blocks" @0
0125 [40] > tab HLOAD 0124
0126 rdx p32 HREF 0125 0111
0127 > p32 EQ 0126 [0x41937458]
0128 tab FLOAD 0125 tab.meta
0129 > tab EQ 0128 [NULL]
0130 rdx p32 NEWREF 0125 0111
0131 tab HSTORE 0130 0112
0132 nil TBAR 0125
0133 p32 FREF 0125 tab.nomm
0134 u8  FSTORE 0133 +0 
0135 [30] num ADD 0105 +1 
0136 num USTORE 0103 0135
.... SNAP #12 [ ssa.lua:55|---- ---- ---- ---- ---- ---- ---- ssa.lua:55|0010 0011 0012 0013 0039 ---- ---- 0047 ssa.lua:55|0047 0011 0012 0013 0101 0112 ssa.lua:39|---- ]
0137 str TOSTR 0135 NUM
0138 rdi p32 BUFHDR [0x41937414] RESET
0139 rdi p32 BUFPUT 0138 "L" 
0140 rdi p32 BUFPUT 0139 0137
0141 [1c] str BUFSTR 0140 0138
0142 [14] > tab TDUP {0x40372418}
0143 rdx > tab TNEW #0 #0
0144 rax p32 FLOAD 0142 tab.node
0145 p32 HREFK 0144 "bindings" @2
0146 tab HSTORE 0145 0143
0147 p32 HREFK 0144 "label" @3
0148 str HSTORE 0147 0141
.... SNAP #13 [ ssa.lua:55|---- ---- ---- ---- ---- ---- ---- ssa.lua:55|0010 0011 0012 0013 0039 ---- ---- 0047 ssa.lua:55|0047 0011 0012 0013 0101 0112 ssa.lua:39|0141 0142 ---- ]
0149 int FLOAD 0120 tab.hmask
0150 > int EQ 0149 +1 
0151 rsi p32 FLOAD 0120 tab.node
0152 > p32 HREFK 0151 "blocks" @0
0153 [24] > tab HLOAD 0152
0154 rdx p32 HREF 0153 0141
0155 > p32 EQ 0154 [0x41937458]
0156 tab FLOAD 0153 tab.meta
0157 > tab EQ 0156 [NULL]
0158 r11 p32 NEWREF 0153 0141
0159 tab HSTORE 0158 0142
0160 nil TBAR 0153
0161 p32 FREF 0153 tab.nomm
0162 u8  FSTORE 0161 +0 
.... SNAP #14 [ ssa.lua:55|---- ---- ---- ---- ---- ---- ---- ssa.lua:55|0010 0011 0012 0013 0039 ---- ---- 0047 ssa.lua:55|0047 0011 0012 0013 0101 0112 ssa.lua:39|---- 0142 ---- ]
0163 int FLOAD 0047 tab.asize
0164 > int ABC 0163 +2 
0165 rdx p32 FLOAD 0047 tab.array
0166 p32 AREF 0165 +2 
0167 [10] > tab ALOAD 0166
0168 rdx p32 HREF 0014 "assert"
0169 > p32 EQ 0168 [0x41937458]
0170 int FLOAD 0017 tab.hmask
0171 > int EQ 0170 +1 
0172 rsi p32 FLOAD 0017 tab.node
0173 > p32 HREFK 0172 "__index" @1
0174 rsi > tab HLOAD 0173
0175 int FLOAD 0174 tab.hmask
0176 > int EQ 0175 +63 
0177 rsi p32 FLOAD 0174 tab.node
0178 > p32 HREFK 0177 "assert" @3
0179 > fun HLOAD 0178
0180 rdx p32 HREF 0014 "type"
0181 > p32 EQ 0180 [0x41937458]
0182 > p32 HREFK 0177 "type" @60
0183 > fun HLOAD 0182
0184 > fun EQ 0183 type
0185 > fun EQ 0179 assert
0186 int FLOAD 0167 tab.asize
0187 > int ABC 0186 +1 
0188 rsi p32 FLOAD 0167 tab.array
0189 p32 AREF 0188 +1 
0190 [8] > str ALOAD 0189
.... SNAP #15 [ ssa.lua:55|---- ---- ---- ---- ---- ---- ---- ssa.lua:55|0010 0011 0012 0013 0039 ---- ---- 0047 ssa.lua:55|0047 0011 0012 0013 0101 0112 0142 ssa.lua:55|0167 0011 0112 0142 0190 ]
0191 > str NE 0190 "if"
.... SNAP #16 [ ssa.lua:55|---- ---- ---- ---- ---- ---- ---- ssa.lua:55|0010 0011 0012 0013 0039 ---- ---- 0047 ssa.lua:55|0047 0011 0012 0013 0101 0112 0142 ssa.lua:55|0167 0011 0112 0142 0190 ]
0192 > str NE 0190 "let"
.... SNAP #17 [ ssa.lua:55|---- ---- ---- ---- ---- ---- ---- ssa.lua:55|0010 0011 0012 0013 0039 ---- ---- 0047 ssa.lua:55|0047 0011 0012 0013 0101 0112 0142 ssa.lua:55|0167 0011 0112 0142 0190 ]
0193 > str NE 0190 "true"
.... SNAP #18 [ ssa.lua:55|---- ---- ---- ---- ---- ---- ---- ssa.lua:55|0010 0011 0012 0013 0039 ---- ---- 0047 ssa.lua:55|0047 0011 0012 0013 0101 0112 0142 ssa.lua:55|0167 0011 0112 0142 0190 ]
0194 > str NE 0190 "false"
.... SNAP #19 [ ssa.lua:55|---- ---- ---- ---- ---- ---- ---- ssa.lua:55|0010 0011 0012 0013 0039 ---- ---- 0047 ssa.lua:55|0047 0011 0012 0013 0101 0112 0142 ssa.lua:55|0167 0011 0112 0142 0190 ]
0195 > str NE 0190 "match"
.... SNAP #20 [ ssa.lua:55|---- ---- ---- ---- ---- ---- ---- ssa.lua:55|0010 0011 0012 0013 0039 ---- ---- 0047 ssa.lua:55|0047 0011 0012 0013 0101 0112 0142 ssa.lua:55|0167 0011 0112 0142 0190 ]
0196 > str NE 0190 "fail"
.... SNAP #21 [ ssa.lua:55|---- ---- ---- ---- ---- ---- ---- ssa.lua:55|0010 0011 0012 0013 0039 ---- ---- 0047 ssa.lua:55|0047 0011 0012 0013 0101 0112 0142 ssa.lua:55|0167 0011 0112 0142 0190 ]
0197 > p32 UREFC ssa.lua:55 #4
0198 rdx > tab ULOAD 0197
0199 rsi p32 HREF 0198 0190
0200 > tru HLOAD 0199
0201 r11 > tab TDUP {0x40366b30}
0202 r8 p32 FLOAD 0201 tab.array
0203 p32 AREF 0202 +2 
0204 tab ASTORE 0203 0167
.... SNAP #22 [ ssa.lua:55|---- ---- ---- ---- ---- ---- ---- ssa.lua:55|0010 0011 0012 0013 0039 ---- ---- 0047 ssa.lua:55|0047 0011 0012 0013 0101 0112 0142 ssa.lua:55|0167 0011 0112 0142 0190 ssa.lua:49|0011 ---- 0112 0142 0201 ]
0205 int FLOAD 0112 tab.hmask
0206 > int EQ 0205 +3 
0207 r9 p32 FLOAD 0112 tab.node
0208 > p32 HREFK 0207 "label" @3
0209 r9 > str HLOAD 0208
0210 p32 AREF 0202 +3 
0211 str ASTORE 0210 0209
0212 p32 AREF 0202 +4 
0213 str ASTORE 0212 0141
.... SNAP #23 [ ssa.lua:55|---- ---- ---- ---- ---- ---- ---- ssa.lua:55|0010 0011 0012 0013 0039 ---- ---- 0047 ssa.lua:55|0047 0011 0012 0013 0101 0112 0142 ssa.lua:55|0167 0011 0112 0142 0190 ssa.lua:49|0011 ---- ---- ---- 0201 ---- ]
0214 int FLOAD 0011 tab.hmask
0215 > int EQ 0214 +3 
0216 r10 p32 FLOAD 0011 tab.node
0217 > p32 HREFK 0216 "control" @1
0218 tab FLOAD 0011 tab.meta
0219 > tab EQ 0218 [NULL]
0220 tab HSTORE 0217 0201
0221 nil TBAR 0011
.... SNAP #24 [ ssa.lua:55|---- ---- ---- ---- ---- ---- ---- ssa.lua:55|0010 0011 0012 0013 0039 ---- ---- 0047 ssa.lua:55|0047 0011 0012 0013 0101 0112 0142 ssa.lua:55|0167 ]
---- TRACE 8 mcode 2906
0bcbdc27 mov eax, [0x419374b0]
0bcbdc2e mov eax, [rax+0x20]
0bcbdc31 sub eax, [0x419374b4]
0bcbdc38 cmp eax, 0xf0
0bcbdc3e jb 0x0bcb0014 ->1
0bcbdc44 add rsp, -0x50
0bcbdc48 mov dword [0x41937410], 0x8
0bcbdc53 mov edi, [0x419373d8]
0bcbdc5a cmp edi, [0x419373dc]
0bcbdc61 jb 0x0bcbdc7a
0bcbdc63 mov esi, 0x8
0bcbdc68 mov edi, 0x419373b8
0bcbdc6d call 0x00421730 ->lj_gc_step_jit
0bcbdc72 test eax, eax
0bcbdc74 jnz 0x0bcb0010 ->0
0bcbdc7a mov edi, [0x419374b0]
0bcbdc81 mov edx, [0x419374b4]
0bcbdc88 cmp dword [rdx-0x4], 0x40372e40
0bcbdc8f jnz 0x0bcb0014 ->1
0bcbdc95 add edx, -0x40
0bcbdc98 mov [0x419374b4], edx
0bcbdc9f cmp dword [rdx-0x8], 0x403641d8
0bcbdca6 jnz 0x0bcb0018 ->2
0bcbdcac cmp dword [rdx+0x4], -0x0c
0bcbdcb0 jnz 0x0bcb0018 ->2
0bcbdcb6 mov ebp, [rdx]
0bcbdcb8 cmp dword [rbp+0x18], +0x03
0bcbdcbc jbe 0x0bcb0018 ->2
0bcbdcc2 mov ebp, [rbp+0x8]
0bcbdcc5 cmp dword [rbp+0x1c], -0x0c
0bcbdcc9 jnz 0x0bcb0018 ->2
0bcbdccf mov ebp, [rbp+0x18]
0bcbdcd2 cmp dword [rdx+0x2c], -0x0c
0bcbdcd6 jnz 0x0bcb0018 ->2
0bcbdcdc mov ebx, [rdx+0x28]
0bcbdcdf cmp dword [rdx+0x14], -0x0c
0bcbdce3 jnz 0x0bcb0018 ->2
0bcbdce9 mov r15d, [rdx+0x10]
0bcbdced cmp dword [rdx+0x1c], -0x0c
0bcbdcf1 jnz 0x0bcb0018 ->2
0bcbdcf7 mov r14d, [rdx+0x18]
0bcbdcfb mov eax, [0x403641e0]
0bcbdd02 mov [rsp+0x20], eax
0bcbdd06 mov esi, [rax+0x1c]
0bcbdd09 and esi, 0xce2b6183
0bcbdd0f lea esi, [rsi+rsi*2]
0bcbdd12 shl esi, 0x03
0bcbdd15 add esi, [rax+0x14]
0bcbdd18 cmp dword [rsi+0xc], -0x05
0bcbdd1c jnz 0x0bcbdd2b
0bcbdd1e cmp dword [rsi+0x8], 0x41939db0
0bcbdd25 jz 0x0bcb0018 ->2
0bcbdd2b mov esi, [rsi+0x10]
0bcbdd2e test esi, esi
0bcbdd30 jnz 0x0bcbdd18
0bcbdd32 mov esi, [rax+0x10]
0bcbdd35 mov [rsp+0x28], esi
0bcbdd39 test esi, esi
0bcbdd3b jz 0x0bcb0018 ->2
0bcbdd41 cmp dword [rsi+0x1c], +0x01
0bcbdd45 jnz 0x0bcb0018 ->2
0bcbdd4b mov r13d, [rsi+0x14]
0bcbdd4f mov rsi, 0xfffffffb419394c8
0bcbdd59 cmp rsi, [r13+0x20]
0bcbdd5d jnz 0x0bcb0018 ->2
0bcbdd63 cmp dword [r13+0x1c], -0x0c
0bcbdd68 jnz 0x0bcb0018 ->2
0bcbdd6e mov r13d, [r13+0x18]
0bcbdd72 cmp dword [r13+0x1c], +0x3f
0bcbdd77 jnz 0x0bcb0018 ->2
0bcbdd7d mov esi, [r13+0x14]
0bcbdd81 mov rdx, 0xfffffffb41939db0
0bcbdd8b cmp rdx, [rsi+0x50]
0bcbdd8f jnz 0x0bcb0018 ->2
0bcbdd95 cmp dword [rsi+0x4c], -0x09
0bcbdd99 jnz 0x0bcb0018 ->2
0bcbdd9f mov edx, [rax+0x1c]
0bcbdda2 and edx, 0x798a813c
0bcbdda8 lea edx, [rdx+rdx*2]
0bcbddab shl edx, 0x03
0bcbddae add edx, [rax+0x14]
0bcbddb1 cmp dword [rdx+0xc], -0x05
0bcbddb5 jnz 0x0bcbddc4
0bcbddb7 cmp dword [rdx+0x8], 0x41939fb0
0bcbddbe jz 0x0bcb0018 ->2
0bcbddc4 mov edx, [rdx+0x10]
0bcbddc7 test edx, edx
0bcbddc9 jnz 0x0bcbddb1
0bcbddcb mov rdx, 0xfffffffb41939fb0
0bcbddd5 cmp rdx, [rsi+0x5a8]
0bcbdddc jnz 0x0bcb0018 ->2
0bcbdde2 cmp dword [rsi+0x5a4], -0x09
0bcbdde9 jnz 0x0bcb0018 ->2
0bcbddef cmp dword [rsi+0x5a0], 0x41939f18
0bcbddf9 jnz 0x0bcb0018 ->2
0bcbddff cmp dword [rsi+0x48], 0x41939d88
0bcbde06 jnz 0x0bcb0018 ->2
0bcbde0c cmp dword [rbp+0x18], +0x04
0bcbde10 jbe 0x0bcb0018 ->2
0bcbde16 mov r12d, [rbp+0x8]
0bcbde1a cmp dword [r12+0xc], -0x05
0bcbde20 jnz 0x0bcb0018 ->2
0bcbde26 mov r13d, [r12+0x8]
0bcbde2b cmp r13d, 0x419398f8
0bcbde32 jz 0x0bcb001c ->3
0bcbde38 cmp r13d, 0x40367440
0bcbde3f jnz 0x0bcb0020 ->4
0bcbde45 cmp dword [r12+0x14], -0x05
0bcbde4b jnz 0x0bcb0024 ->5
0bcbde51 mov ecx, [r12+0x10]
0bcbde56 mov [rsp+0x60], ecx
0bcbde5a cmp dword [r12+0x1c], -0x0c
0bcbde60 jnz 0x0bcb0024 ->5
0bcbde66 mov edx, [r12+0x18]
0bcbde6b mov [rsp+0x64], edx
0bcbde6f cmp dword [r12+0x24], -0x0c
0bcbde75 jnz 0x0bcb0024 ->5
0bcbde7b mov r12d, [r12+0x20]
0bcbde80 mov edx, [rax+0x1c]
0bcbde83 and edx, 0x7230fd67
0bcbde89 lea edx, [rdx+rdx*2]
0bcbde8c shl edx, 0x03
0bcbde8f add edx, [rax+0x14]
0bcbde92 cmp dword [rdx+0xc], -0x05
0bcbde96 jnz 0x0bcbdea5
0bcbde98 cmp dword [rdx+0x8], 0x41939ed8
0bcbde9f jz 0x0bcb0024 ->5
0bcbdea5 mov edx, [rdx+0x10]
0bcbdea8 test edx, edx
0bcbdeaa jnz 0x0bcbde92
0bcbdeac mov rdx, 0xfffffffb41939ed8
0bcbdeb6 cmp rdx, [rsi+0x470]
0bcbdebd jnz 0x0bcb0024 ->5
0bcbdec3 cmp dword [rsi+0x46c], -0x0c
0bcbdeca jnz 0x0bcb0024 ->5
0bcbded0 mov esi, [rsi+0x468]
0bcbded6 cmp dword [rsi+0x1c], +0x07
0bcbdeda jnz 0x0bcb0024 ->5
0bcbdee0 mov esi, [rsi+0x14]
0bcbdee3 mov rdx, 0xfffffffb4193b6d0
0bcbdeed cmp rdx, [rsi+0xb0]
0bcbdef4 jnz 0x0bcb0024 ->5
0bcbdefa cmp dword [rsi+0xac], -0x09
0bcbdf01 jnz 0x0bcb0024 ->5
0bcbdf07 mov edx, [rsi+0xa8]
0bcbdf0d mov [rsp+0x54], edx
0bcbdf11 cmp dword [rbx+0x1c], +0x03
0bcbdf15 jnz 0x0bcb0024 ->5
0bcbdf1b mov esi, [rbx+0x14]
0bcbdf1e mov rdx, 0xfffffffb40371a28
0bcbdf28 cmp rdx, [rsi+0x38]
0bcbdf2c jnz 0x0bcb0024 ->5
0bcbdf32 cmp dword [rsi+0x34], -0x0c
0bcbdf36 jnz 0x0bcb0024 ->5
0bcbdf3c mov esi, [rsi+0x30]
0bcbdf3f mov [rsp+0x50], esi
0bcbdf43 mov esi, 0x419493c8
0bcbdf48 call 0x004223c0 ->lj_tab_dup
0bcbdf4d mov [rsp+0x4c], eax
0bcbdf51 mov edi, [rsp+0x50]
0bcbdf55 mov esi, [rsp+0x64]
0bcbdf59 mov edx, [rsp+0x54]
0bcbdf5d mov ecx, [rsp+0x60]
0bcbdf61 mov eax, [rax+0x14]
0bcbdf64 mov dword [rax+0x4], 0xfffffffb
0bcbdf6b mov [rax], ecx
0bcbdf6d mov dword [rax+0x1c], 0xfffffff4
0bcbdf74 mov [rax+0x18], esi
0bcbdf77 cmp edx, 0x4193b6a8
0bcbdf7d jnz 0x0bcb0028 ->6
0bcbdf83 call 0x00423150 ->lj_tab_len
0bcbdf88 mov edi, [0x419374b0]
0bcbdf8f mov esi, [rsp+0x50]
0bcbdf93 add eax, +0x01
0bcbdf96 cmp eax, [rsi+0x18]
0bcbdf99 jb 0x0bcb0028 ->6
0bcbdf9f cmp dword [rsi+0x1c], +0x00
0bcbdfa3 jnz 0x0bcb0028 ->6
0bcbdfa9 xorps xmm7, xmm7
0bcbdfac cvtsi2sd xmm7, eax
0bcbdfb0 movsd [rsp+0x58], xmm7
0bcbdfb6 lea rdx, [rsp+0x58]
0bcbdfbb call 0x00422cf0 ->lj_tab_newkey
0bcbdfc0 mov ecx, eax
0bcbdfc2 mov edi, [rsp+0x50]
0bcbdfc6 mov esi, [rsp+0x28]
0bcbdfca mov edx, [rsp+0x4c]
0bcbdfce mov eax, [rsp+0x20]
0bcbdfd2 mov dword [rcx+0x4], 0xfffffff4
0bcbdfd9 mov [rcx], edx
0bcbdfdb test byte [rdi+0x4], 0x4
0bcbdfdf jz 0x0bcbdff6
0bcbdfe1 and byte [rdi+0x4], 0xfb
0bcbdfe5 mov edx, [0x419373f4]
0bcbdfec mov [0x419373f4], edi
0bcbdff3 mov [rdi+0xc], edx
0bcbdff6 mov edi, [rax+0x1c]
0bcbdff9 and edi, 0xce2b6183
0bcbdfff lea edi, [rdi+rdi*2]
0bcbe002 shl edi, 0x03
0bcbe005 add edi, [rax+0x14]
0bcbe008 cmp dword [rdi+0xc], -0x05
0bcbe00c jnz 0x0bcbe01b
0bcbe00e cmp dword [rdi+0x8], 0x41939db0
0bcbe015 jz 0x0bcb002c ->7
0bcbe01b mov edi, [rdi+0x10]
0bcbe01e test edi, edi
0bcbe020 jnz 0x0bcbe008
0bcbe022 cmp dword [rsi+0x1c], +0x01
0bcbe026 jnz 0x0bcb002c ->7
0bcbe02c mov edi, [rsi+0x14]
0bcbe02f mov rsi, 0xfffffffb419394c8
0bcbe039 cmp rsi, [rdi+0x20]
0bcbe03d jnz 0x0bcb002c ->7
0bcbe043 cmp dword [rdi+0x1c], -0x0c
0bcbe047 jnz 0x0bcb002c ->7
0bcbe04d mov edi, [rdi+0x18]
0bcbe050 cmp dword [rdi+0x1c], +0x3f
0bcbe054 jnz 0x0bcb002c ->7
0bcbe05a mov edi, [rdi+0x14]
0bcbe05d mov rsi, 0xfffffffb41939db0
0bcbe067 cmp rsi, [rdi+0x50]
0bcbe06b jnz 0x0bcb002c ->7
0bcbe071 cmp dword [rdi+0x4c], -0x09
0bcbe075 jnz 0x0bcb002c ->7
0bcbe07b mov esi, [rax+0x1c]
0bcbe07e and esi, 0x798a813c
0bcbe084 lea esi, [rsi+rsi*2]
0bcbe087 shl esi, 0x03
0bcbe08a add esi, [rax+0x14]
0bcbe08d cmp dword [rsi+0xc], -0x05
0bcbe091 jnz 0x0bcbe0a0
0bcbe093 cmp dword [rsi+0x8], 0x41939fb0
0bcbe09a jz 0x0bcb002c ->7
0bcbe0a0 mov esi, [rsi+0x10]
0bcbe0a3 test esi, esi
0bcbe0a5 jnz 0x0bcbe08d
0bcbe0a7 mov rsi, 0xfffffffb41939fb0
0bcbe0b1 cmp rsi, [rdi+0x5a8]
0bcbe0b8 jnz 0x0bcb002c ->7
0bcbe0be cmp dword [rdi+0x5a4], -0x09
0bcbe0c5 jnz 0x0bcb002c ->7
0bcbe0cb cmp dword [rdi+0x5a0], 0x41939f18
0bcbe0d5 jnz 0x0bcb002c ->7
0bcbe0db cmp dword [rdi+0x48], 0x41939d88
0bcbe0e2 jnz 0x0bcb002c ->7
0bcbe0e8 cmp dword [r12+0x18], +0x01
0bcbe0ee jbe 0x0bcb002c ->7
0bcbe0f4 mov edi, [r12+0x8]
0bcbe0f9 cmp dword [rdi+0xc], -0x05
0bcbe0fd jnz 0x0bcb002c ->7
0bcbe103 mov esi, [rdi+0x8]
0bcbe106 mov [rsp+0x18], esi
0bcbe10a cmp dword [rdi+0x8], 0x419398f8
0bcbe111 jnz 0x0bcb0030 ->8
0bcbe117 mov edi, [0x4194c860]
0bcbe11e mov [rsp+0x44], edi
0bcbe122 cmp dword [rdi+0x4], 0xfffeffff
0bcbe129 jnb 0x0bcb0034 ->9
0bcbe12f movsd xmm7, [rdi]
0bcbe133 addsd xmm7, [0x403610a0]
0bcbe13c movsd [rsp+0x38], xmm7
0bcbe142 movsd [rdi], xmm7
0bcbe146 mov edi, 0x41937414
0bcbe14b mov esi, [rdi+0x8]
0bcbe14e mov [rdi], esi
0bcbe150 mov esi, 0x4c
0bcbe155 call 0x00421b60 ->lj_buf_putchar
0bcbe15a mov edi, eax
0bcbe15c lea rsi, [rsp+0x38]
0bcbe161 call 0x0040a3c0 ->lj_strfmt_putnum
0bcbe166 mov edi, eax
0bcbe168 call 0x00421ff0 ->lj_buf_tostr
0bcbe16d mov [rsp+0x48], eax
0bcbe171 mov edi, [0x419374b0]
0bcbe178 mov esi, 0x40372418
0bcbe17d call 0x004223c0 ->lj_tab_dup
0bcbe182 mov [rsp+0xc], eax
0bcbe186 mov edi, [0x419374b0]
0bcbe18d xor esi, esi
0bcbe18f call 0x00422350 ->lj_tab_new1
0bcbe194 mov edx, eax
0bcbe196 mov edi, [0x419374b0]
0bcbe19d mov esi, [rsp+0xc]
0bcbe1a1 mov eax, [rsp+0x48]
0bcbe1a5 mov esi, [rsi+0x14]
0bcbe1a8 mov dword [rsi+0x34], 0xfffffff4
0bcbe1af mov [rsi+0x30], edx
0bcbe1b2 mov dword [rsi+0x4c], 0xfffffffb
0bcbe1b9 mov [rsi+0x48], eax
0bcbe1bc mov esi, [0x4194c0c0]
0bcbe1c3 cmp dword [rsi+0x4], -0x0c
0bcbe1c7 jnz 0x0bcb003c ->11
0bcbe1cd mov esi, [rsi]
0bcbe1cf mov [rsp+0x2c], esi
0bcbe1d3 cmp dword [rsi+0x1c], +0x01
0bcbe1d7 jnz 0x0bcb003c ->11
0bcbe1dd mov esi, [rsi+0x14]
0bcbe1e0 mov rdx, 0xfffffffb403716f0
0bcbe1ea cmp rdx, [rsi+0x8]
0bcbe1ee jnz 0x0bcb003c ->11
0bcbe1f4 cmp dword [rsi+0x4], -0x0c
0bcbe1f8 jnz 0x0bcb003c ->11
0bcbe1fe mov esi, [rsi]
0bcbe200 mov [rsp+0x40], esi
0bcbe204 mov edx, [rsi+0x1c]
0bcbe207 and edx, [rax+0x8]
0bcbe20a lea edx, [rdx+rdx*2]
0bcbe20d shl edx, 0x03
0bcbe210 add edx, [rsi+0x14]
0bcbe213 cmp dword [rdx+0xc], -0x05
0bcbe217 jnz 0x0bcbe222
0bcbe219 cmp eax, [rdx+0x8]
0bcbe21c jz 0x0bcb003c ->11
0bcbe222 mov edx, [rdx+0x10]
0bcbe225 test edx, edx
0bcbe227 jnz 0x0bcbe213
0bcbe229 cmp dword [rsi+0x10], +0x00
0bcbe22d jnz 0x0bcb003c ->11
0bcbe233 mov edx, 0x41937448
0bcbe238 mov dword [rdx+0x4], 0xfffffffb
0bcbe23f mov [rdx], eax
0bcbe241 call 0x00422cf0 ->lj_tab_newkey
0bcbe246 mov edx, eax
0bcbe248 mov edi, [rsp+0x44]
0bcbe24c mov esi, [rsp+0x40]
0bcbe250 mov eax, [rsp+0xc]
0bcbe254 movsd xmm7, [rsp+0x38]
0bcbe25a mov dword [rdx+0x4], 0xfffffff4
0bcbe261 mov [rdx], eax
0bcbe263 test byte [rsi+0x4], 0x4
0bcbe267 jz 0x0bcbe27e
0bcbe269 and byte [rsi+0x4], 0xfb
0bcbe26d mov edx, [0x419373f4]
0bcbe274 mov [0x419373f4], esi
0bcbe27b mov [rsi+0xc], edx
0bcbe27e mov byte [rsi+0x6], 0x0
0bcbe282 addsd xmm7, [0x403610a0]
0bcbe28b movsd [rsp+0x30], xmm7
0bcbe291 movsd [rdi], xmm7
0bcbe295 mov edi, 0x41937414
0bcbe29a mov esi, [rdi+0x8]
0bcbe29d mov [rdi], esi
0bcbe29f mov esi, 0x4c
0bcbe2a4 call 0x00421b60 ->lj_buf_putchar
0bcbe2a9 mov edi, eax
0bcbe2ab lea rsi, [rsp+0x30]
0bcbe2b0 call 0x0040a3c0 ->lj_strfmt_putnum
0bcbe2b5 mov edi, eax
0bcbe2b7 call 0x00421ff0 ->lj_buf_tostr
0bcbe2bc mov [rsp+0x1c], eax
0bcbe2c0 mov edi, [0x419374b0]
0bcbe2c7 mov esi, 0x40372418
0bcbe2cc call 0x004223c0 ->lj_tab_dup
0bcbe2d1 mov [rsp+0x14], eax
0bcbe2d5 mov edi, [0x419374b0]
0bcbe2dc xor esi, esi
0bcbe2de call 0x00422350 ->lj_tab_new1
0bcbe2e3 mov edx, eax
0bcbe2e5 mov r10d, [rsp+0x1c]
0bcbe2ea mov edi, [0x419374b0]
0bcbe2f1 mov esi, [rsp+0x2c]
0bcbe2f5 mov ecx, [rsp+0x14]
0bcbe2f9 mov eax, [rcx+0x14]
0bcbe2fc mov dword [rax+0x34], 0xfffffff4
0bcbe303 mov [rax+0x30], edx
0bcbe306 mov dword [rax+0x4c], 0xfffffffb
0bcbe30d mov [rax+0x48], r10d
0bcbe311 cmp dword [rsi+0x1c], +0x01
0bcbe315 jnz 0x0bcb0044 ->13
0bcbe31b mov esi, [rsi+0x14]
0bcbe31e mov rdx, 0xfffffffb403716f0
0bcbe328 cmp rdx, [rsi+0x8]
0bcbe32c jnz 0x0bcb0044 ->13
0bcbe332 cmp dword [rsi+0x4], -0x0c
0bcbe336 jnz 0x0bcb0044 ->13
0bcbe33c mov esi, [rsi]
0bcbe33e mov [rsp+0x24], esi
0bcbe342 mov edx, [rsi+0x1c]
0bcbe345 and edx, [r10+0x8]
0bcbe349 lea edx, [rdx+rdx*2]
0bcbe34c shl edx, 0x03
0bcbe34f add edx, [rsi+0x14]
0bcbe352 cmp dword [rdx+0xc], -0x05
0bcbe356 jnz 0x0bcbe362
0bcbe358 cmp r10d, [rdx+0x8]
0bcbe35c jz 0x0bcb0044 ->13
0bcbe362 mov edx, [rdx+0x10]
0bcbe365 test edx, edx
0bcbe367 jnz 0x0bcbe352
0bcbe369 cmp dword [rsi+0x10], +0x00
0bcbe36d jnz 0x0bcb0044 ->13
0bcbe373 mov edx, 0x41937448
0bcbe378 mov dword [rdx+0x4], 0xfffffffb
0bcbe37f mov [rdx], r10d
0bcbe382 call 0x00422cf0 ->lj_tab_newkey
0bcbe387 mov r11d, eax
0bcbe38a mov edi, [0x419374b0]
0bcbe391 mov esi, [rsp+0x28]
0bcbe395 mov edx, [rsp+0x24]
0bcbe399 mov ecx, [rsp+0x14]
0bcbe39d mov eax, [rsp+0x20]
0bcbe3a1 mov dword [r11+0x4], 0xfffffff4
0bcbe3a9 mov [r11], ecx
0bcbe3ac test byte [rdx+0x4], 0x4
0bcbe3b0 jz 0x0bcbe3c7
0bcbe3b2 and byte [rdx+0x4], 0xfb
0bcbe3b6 mov ecx, [0x419373f4]
0bcbe3bd mov [0x419373f4], edx
0bcbe3c4 mov [rdx+0xc], ecx
0bcbe3c7 mov byte [rdx+0x6], 0x0
0bcbe3cb cmp dword [r12+0x18], +0x02
0bcbe3d1 jbe 0x0bcb0048 ->14
0bcbe3d7 mov edx, [r12+0x8]
0bcbe3dc cmp dword [rdx+0x14], -0x0c
0bcbe3e0 jnz 0x0bcb0048 ->14
0bcbe3e6 mov ecx, [rdx+0x10]
0bcbe3e9 mov [rsp+0x10], ecx
0bcbe3ed mov edx, [rax+0x1c]
0bcbe3f0 and edx, 0xce2b6183
0bcbe3f6 lea edx, [rdx+rdx*2]
0bcbe3f9 shl edx, 0x03
0bcbe3fc add edx, [rax+0x14]
0bcbe3ff cmp dword [rdx+0xc], -0x05
0bcbe403 jnz 0x0bcbe412
0bcbe405 cmp dword [rdx+0x8], 0x41939db0
0bcbe40c jz 0x0bcb0048 ->14
0bcbe412 mov edx, [rdx+0x10]
0bcbe415 test edx, edx
0bcbe417 jnz 0x0bcbe3ff
0bcbe419 cmp dword [rsi+0x1c], +0x01
0bcbe41d jnz 0x0bcb0048 ->14
0bcbe423 mov esi, [rsi+0x14]
0bcbe426 mov rdx, 0xfffffffb419394c8
0bcbe430 cmp rdx, [rsi+0x20]
0bcbe434 jnz 0x0bcb0048 ->14
0bcbe43a cmp dword [rsi+0x1c], -0x0c
0bcbe43e jnz 0x0bcb0048 ->14
0bcbe444 mov esi, [rsi+0x18]
0bcbe447 cmp dword [rsi+0x1c], +0x3f
0bcbe44b jnz 0x0bcb0048 ->14
0bcbe451 mov esi, [rsi+0x14]
0bcbe454 mov rdx, 0xfffffffb41939db0
0bcbe45e cmp rdx, [rsi+0x50]
0bcbe462 jnz 0x0bcb0048 ->14
0bcbe468 cmp dword [rsi+0x4c], -0x09
0bcbe46c jnz 0x0bcb0048 ->14
0bcbe472 mov edx, [rax+0x1c]
0bcbe475 and edx, 0x798a813c
0bcbe47b lea edx, [rdx+rdx*2]
0bcbe47e shl edx, 0x03
0bcbe481 add edx, [rax+0x14]
0bcbe484 cmp dword [rdx+0xc], -0x05
0bcbe488 jnz 0x0bcbe497
0bcbe48a cmp dword [rdx+0x8], 0x41939fb0
0bcbe491 jz 0x0bcb0048 ->14
0bcbe497 mov edx, [rdx+0x10]
0bcbe49a test edx, edx
0bcbe49c jnz 0x0bcbe484
0bcbe49e mov rdx, 0xfffffffb41939fb0
0bcbe4a8 cmp rdx, [rsi+0x5a8]
0bcbe4af jnz 0x0bcb0048 ->14
0bcbe4b5 cmp dword [rsi+0x5a4], -0x09
0bcbe4bc jnz 0x0bcb0048 ->14
0bcbe4c2 cmp dword [rsi+0x5a0], 0x41939f18
0bcbe4cc jnz 0x0bcb0048 ->14
0bcbe4d2 cmp dword [rsi+0x48], 0x41939d88
0bcbe4d9 jnz 0x0bcb0048 ->14
0bcbe4df cmp dword [rcx+0x18], +0x01
0bcbe4e3 jbe 0x0bcb0048 ->14
0bcbe4e9 mov esi, [rcx+0x8]
0bcbe4ec cmp dword [rsi+0xc], -0x05
0bcbe4f0 jnz 0x0bcb0048 ->14
0bcbe4f6 mov r9d, [rsi+0x8]
0bcbe4fa mov [rsp+0x8], r9d
0bcbe4ff cmp r9d, 0x419398f8
0bcbe506 jz 0x0bcb004c ->15
0bcbe50c cmp r9d, 0x40367440
0bcbe513 jz 0x0bcb0050 ->16
0bcbe519 cmp r9d, 0x41939a18
0bcbe520 jz 0x0bcb0054 ->17
0bcbe526 cmp r9d, 0x41939870
0bcbe52d jz 0x0bcb0058 ->18
0bcbe533 cmp r9d, 0x4193ccb0
0bcbe53a jz 0x0bcb005c ->19
0bcbe540 cmp r9d, 0x4193f138
0bcbe547 jz 0x0bcb0060 ->20
0bcbe54d cmp dword [0x41952d34], -0x0c
0bcbe555 jnz 0x0bcb0064 ->21
0bcbe55b mov edx, [0x41952d30]
0bcbe562 mov esi, [rdx+0x1c]
0bcbe565 and esi, [r9+0x8]
0bcbe569 lea esi, [rsi+rsi*2]
0bcbe56c shl esi, 0x03
0bcbe56f add esi, [rdx+0x14]
0bcbe572 cmp dword [rsi+0xc], -0x05
0bcbe576 jnz 0x0bcbe57e
0bcbe578 cmp r9d, [rsi+0x8]
0bcbe57c jz 0x0bcbe58a
0bcbe57e mov esi, [rsi+0x10]
0bcbe581 test esi, esi
0bcbe583 jnz 0x0bcbe572
0bcbe585 mov esi, 0x41937458
0bcbe58a cmp dword [rsi+0x4], -0x03
0bcbe58e jnz 0x0bcb0064 ->21
0bcbe594 mov esi, 0x40366b30
0bcbe599 call 0x004223c0 ->lj_tab_dup
0bcbe59e mov r11d, eax
0bcbe5a1 mov r10d, [rsp+0x1c]
0bcbe5a6 mov edi, [rsp+0x18]
0bcbe5aa mov esi, [rsp+0x14]
0bcbe5ae mov ecx, [rsp+0x10]
0bcbe5b2 mov eax, [rsp+0xc]
0bcbe5b6 mov r8d, [r11+0x8]
0bcbe5ba mov dword [r8+0x14], 0xfffffff4
0bcbe5c2 mov [r8+0x10], ecx
0bcbe5c6 cmp dword [rax+0x1c], +0x03
0bcbe5ca jnz 0x0bcb0068 ->22
0bcbe5d0 mov r9d, [rax+0x14]
0bcbe5d4 mov rdx, 0xfffffffb40371790
0bcbe5de cmp rdx, [r9+0x50]
0bcbe5e2 mov edx, [0x419374b4]
0bcbe5e9 jnz 0x0bcb0068 ->22
0bcbe5ef cmp dword [r9+0x4c], -0x05
0bcbe5f4 jnz 0x0bcb0068 ->22
0bcbe5fa mov r9d, [r9+0x48]
0bcbe5fe mov dword [r8+0x1c], 0xfffffffb
0bcbe606 mov [r8+0x18], r9d
0bcbe60a mov dword [r8+0x24], 0xfffffffb
0bcbe612 mov [r8+0x20], r10d
0bcbe616 cmp dword [rbx+0x1c], +0x03
0bcbe61a jnz 0x0bcb006c ->23
0bcbe620 mov r10d, [rbx+0x14]
0bcbe624 mov r8, 0xfffffffb40371ef8
0bcbe62e cmp r8, [r10+0x20]
0bcbe632 jnz 0x0bcb006c ->23
0bcbe638 cmp dword [rbx+0x10], +0x00
0bcbe63c jnz 0x0bcb006c ->23
0bcbe642 mov dword [r10+0x1c], 0xfffffff4
0bcbe64a mov [r10+0x18], r11d
0bcbe64e test byte [rbx+0x4], 0x4
0bcbe652 jz 0x0bcbe66b
0bcbe654 and byte [rbx+0x4], 0xfb
0bcbe658 mov r11d, [0x419373f4]
0bcbe660 mov [0x419373f4], ebx
0bcbe667 mov [rbx+0xc], r11d
0bcbe66b mov dword [rdx+0xcc], 0xfffffff4
0bcbe675 mov [rdx+0xc8], ecx
0bcbe67b mov dword [rdx+0xc4], 0x40372e40
0bcbe685 mov dword [rdx+0xc0], 0x403641d8
0bcbe68f mov dword [rdx+0xbc], 0xfffffff4
0bcbe699 mov [rdx+0xb8], esi
0bcbe69f mov dword [rdx+0xb4], 0xfffffff4
0bcbe6a9 mov [rdx+0xb0], eax
0bcbe6af mov dword [rdx+0xac], 0xfffffffb
0bcbe6b9 mov [rdx+0xa8], edi
0bcbe6bf mov dword [rdx+0xa4], 0xfffffff4
0bcbe6c9 mov [rdx+0xa0], r14d
0bcbe6d0 mov dword [rdx+0x9c], 0xfffffff4
0bcbe6da mov [rdx+0x98], r15d
0bcbe6e1 mov dword [rdx+0x94], 0xfffffff4
0bcbe6eb mov [rdx+0x90], ebx
0bcbe6f1 mov dword [rdx+0x8c], 0xfffffff4
0bcbe6fb mov [rdx+0x88], r12d
0bcbe702 mov dword [rdx+0x84], 0x40372ebc
0bcbe70c mov dword [rdx+0x80], 0x403641d8
0bcbe716 mov dword [rdx+0x7c], 0xfffffff4
0bcbe71d mov [rdx+0x78], r12d
0bcbe721 mov dword [rdx+0x64], 0xfffffffb
0bcbe728 mov [rdx+0x60], r13d
0bcbe72c mov dword [rdx+0x5c], 0xfffffff4
0bcbe733 mov [rdx+0x58], r14d
0bcbe737 mov dword [rdx+0x54], 0xfffffff4
0bcbe73e mov [rdx+0x50], r15d
0bcbe742 mov dword [rdx+0x4c], 0xfffffff4
0bcbe749 mov [rdx+0x48], ebx
0bcbe74c mov dword [rdx+0x44], 0xfffffff4
0bcbe753 mov [rdx+0x40], ebp
0bcbe756 mov dword [rdx+0x3c], 0x40372e58
0bcbe75d mov dword [rdx+0x38], 0x403641d8
0bcbe764 mov dword [rdx-0x8], 0x403641d8
0bcbe76b add edx, 0xc8
0bcbe771 mov [0x419374b4], edx
0bcbe778 add rsp, +0x60
0bcbe77c jmp 0x0bcbf398
---- TRACE 8 stop -> 4
---- TRACE 8 exit 4
---- TRACE 7 exit 1
---- TRACE 4 exit 7
---- TRACE 3 exit 0
---- TRACE 8 exit 1
---- TRACE 4 exit 6
---- TRACE 8 exit 1
---- TRACE 4 exit 7
---- TRACE 3 exit 0
---- TRACE 9 start 3/0 ssa.lua:53
0001 TDUP 2 1
0002 TGETS 3 1 2 ; "label"
0003 TSETB 3 2 2
0004 TSETS 2 0 0 ; "control"
0005 RET0 0 1
0069 JMP 5 => 0094
0094 JLOOP 1 4
---- TRACE 9 IR
.... SNAP #0 [ ---- ---- ---- ]
0001 rax > tab TDUP {0x403608f0}
0002 rbp > tab SLOAD #2 T
0003 int FLOAD 0002 tab.hmask
0004 > int EQ 0003 +3 
0005 rbx p32 FLOAD 0002 tab.node
0006 > p32 HREFK 0005 "label" @3
0007 > nil HLOAD 0006
0008 tab FLOAD 0002 tab.meta
0009 > tab EQ 0008 [NULL]
0010 rbp p32 FLOAD 0001 tab.array
0011 p32 AREF 0010 +2 
0012 nil ASTORE 0011 nil
.... SNAP #1 [ ---- ---- ---- 0001 ---- ]
0013 rbp > tab SLOAD #1 T
0014 int FLOAD 0013 tab.hmask
0015 > int EQ 0014 +3 
0016 rbx p32 FLOAD 0013 tab.node
0017 > p32 HREFK 0016 "control" @1
0018 tab FLOAD 0013 tab.meta
0019 > tab EQ 0018 [NULL]
0020 tab HSTORE 0017 0001
0021 nil TBAR 0013
.... SNAP #2 [ ---- ---- ---- ---- ---- ]
0022 > p32 RETF proto: 0x40372da0 [0x40372ef4]
.... SNAP #3 [ ---- ---- ]
---- TRACE 9 mcode 296
0bcbdaf8 mov eax, [0x419374b0]
0bcbdaff mov eax, [rax+0x20]
0bcbdb02 sub eax, [0x419374b4]
0bcbdb09 cmp eax, +0x38
0bcbdb0c jb 0x0bcb0010 ->0
0bcbdb12 mov dword [0x41937410], 0x9
0bcbdb1d mov edi, [0x419373d8]
0bcbdb24 cmp edi, [0x419373dc]
0bcbdb2b jb 0x0bcbdb44
0bcbdb2d mov esi, 0x1
0bcbdb32 mov edi, 0x419373b8
0bcbdb37 call 0x00421730 ->lj_gc_step_jit
0bcbdb3c test eax, eax
0bcbdb3e jnz 0x0bcb0010 ->0
0bcbdb44 mov edi, [0x419374b0]
0bcbdb4b mov esi, 0x403608f0
0bcbdb50 call 0x004223c0 ->lj_tab_dup
0bcbdb55 mov edx, [0x419374b4]
0bcbdb5c cmp dword [rdx+0xc], -0x0c
0bcbdb60 jnz 0x0bcb0010 ->0
0bcbdb66 mov ebp, [rdx+0x8]
0bcbdb69 cmp dword [rbp+0x1c], +0x03
0bcbdb6d jnz 0x0bcb0010 ->0
0bcbdb73 mov ebx, [rbp+0x14]
0bcbdb76 mov rdi, 0xfffffffb40371790
0bcbdb80 cmp rdi, [rbx+0x50]
0bcbdb84 jnz 0x0bcb0010 ->0
0bcbdb8a cmp dword [rbx+0x4c], -0x01
0bcbdb8e jnz 0x0bcb0010 ->0
0bcbdb94 cmp dword [rbp+0x10], +0x00
0bcbdb98 jnz 0x0bcb0010 ->0
0bcbdb9e mov ebp, [rax+0x8]
0bcbdba1 mov dword [rbp+0x14], 0xffffffff
0bcbdba8 cmp dword [rdx+0x4], -0x0c
0bcbdbac jnz 0x0bcb0014 ->1
0bcbdbb2 mov ebp, [rdx]
0bcbdbb4 cmp dword [rbp+0x1c], +0x03
0bcbdbb8 jnz 0x0bcb0014 ->1
0bcbdbbe mov ebx, [rbp+0x14]
0bcbdbc1 mov rdi, 0xfffffffb40371ef8
0bcbdbcb cmp rdi, [rbx+0x20]
0bcbdbcf jnz 0x0bcb0014 ->1
0bcbdbd5 cmp dword [rbp+0x10], +0x00
0bcbdbd9 jnz 0x0bcb0014 ->1
0bcbdbdf mov dword [rbx+0x1c], 0xfffffff4
0bcbdbe6 mov [rbx+0x18], eax
0bcbdbe9 test byte [rbp+0x4], 0x4
0bcbdbed jz 0x0bcbdc04
0bcbdbef and byte [rbp+0x4], 0xfb
0bcbdbf3 mov edi, [0x419373f4]
0bcbdbfa mov [0x419373f4], ebp
0bcbdc01 mov [rbp+0xc], edi
0bcbdc04 cmp dword [rdx-0x4], 0x40372ef4
0bcbdc0b jnz 0x0bcb0018 ->2
0bcbdc11 add edx, -0x30
0bcbdc14 mov [0x419374b4], edx
0bcbdc1b jmp 0x0bcbf398
---- TRACE 9 stop -> 4
---- TRACE 4 exit 7
---- TRACE 8 exit 1
---- TRACE 4 exit 3
---- TRACE 2 exit 8
---- TRACE 8 exit 5
Raw
dump.hotloop03.3783
---- TRACE 1 start ssa.lua:39
0001 UGET 0 0 ; label_counter
0002 ADDVN 0 0 0 ; 1
0003 USETV 0 0 ; label_counter
0004 KSTR 0 0 ; "L"
0005 UGET 1 0 ; label_counter
0006 CAT 0 0 1
0007 TDUP 1 1
0008 TNEW 2 0
0009 TSETS 2 1 2 ; "bindings"
0010 TSETS 0 1 3 ; "label"
0011 UGET 2 1 ; ssa
0012 TGETS 2 2 4 ; "blocks"
0013 TSETV 1 2 0
0014 RET1 1 2
---- TRACE 1 IR
.... SNAP #0 [ ---- ]
0001 rbp fun SLOAD #0 R
0002 rbx > p32 UREFO 0001 #0
0003 xmm7 > num ULOAD 0002
0004 [10] num ADD 0003 +1 
0005 num USTORE 0002 0004
.... SNAP #1 [ ---- ---- ]
0006 str TOSTR 0004 NUM
0007 rdi p32 BUFHDR [0x416bd414] RESET
0008 rdi p32 BUFPUT 0007 "L" 
0009 rdi p32 BUFPUT 0008 0006
0010 [c] str BUFSTR 0009 0007
0011 [8] > tab TDUP {0x40ff53c0}
0012 r15 > tab TNEW #0 #0
0013 rbx p32 FLOAD 0011 tab.node
0014 p32 HREFK 0013 "bindings" @0
0015 tab HSTORE 0014 0012
0016 p32 HREFK 0013 "label" @1
0017 str HSTORE 0016 0010
.... SNAP #2 [ ---- 0010 0011 ---- ]
0018 rbp > p32 UREFO 0001 #1
0019 rbp > tab ULOAD 0018
0020 int FLOAD 0019 tab.hmask
0021 > int EQ 0020 +1 
0022 rbp p32 FLOAD 0019 tab.node
0023 > p32 HREFK 0022 "blocks" @0
0024 rbp > tab HLOAD 0023
0025 rsi p32 HREF 0024 0010
0026 > p32 EQ 0025 [0x416bd458]
0027 tab FLOAD 0024 tab.meta
0028 > tab EQ 0027 [NULL]
0029 rbx p32 NEWREF 0024 0010
0030 tab HSTORE 0029 0011
0031 nil TBAR 0024
0032 p32 FREF 0024 tab.nomm
0033 u8  FSTORE 0032 +0 
.... SNAP #3 [ ---- ---- 0011 ]
---- TRACE 1 mcode 441
0bcbfe44 add rsp, -0x10
0bcbfe48 mov dword [0x416bd410], 0x1
0bcbfe53 mov edi, [0x416bd3d8]
0bcbfe5a cmp edi, [0x416bd3dc]
0bcbfe61 jb 0x0bcbfe7a
0bcbfe63 mov esi, 0x3
0bcbfe68 mov edi, 0x416bd3b8
0bcbfe6d call 0x00421730 ->lj_gc_step_jit
0bcbfe72 test eax, eax
0bcbfe74 jnz 0x0bcb0010 ->0
0bcbfe7a mov edx, [0x416bd4b4]
0bcbfe81 mov ebp, [rdx-0x8]
0bcbfe84 mov edi, [rbp+0x14]
0bcbfe87 mov ebx, [rdi+0x10]
0bcbfe8a cmp dword [rbx+0x4], 0xfffeffff
0bcbfe91 jnb 0x0bcb0010 ->0
0bcbfe97 movsd xmm7, [rbx]
0bcbfe9b addsd xmm7, [0x40fe3fc0]
0bcbfea4 movsd [rsp+0x10], xmm7
0bcbfeaa movsd [rbx], xmm7
0bcbfeae mov edi, 0x416bd414
0bcbfeb3 mov esi, [rdi+0x8]
0bcbfeb6 mov [rdi], esi
0bcbfeb8 mov esi, 0x4c
0bcbfebd call 0x00421b60 ->lj_buf_putchar
0bcbfec2 mov edi, eax
0bcbfec4 lea rsi, [rsp+0x10]
0bcbfec9 call 0x0040a3c0 ->lj_strfmt_putnum
0bcbfece mov edi, eax
0bcbfed0 call 0x00421ff0 ->lj_buf_tostr
0bcbfed5 mov [rsp+0xc], eax
0bcbfed9 mov edi, [0x416bd4b0]
0bcbfee0 mov esi, 0x40ff53c0
0bcbfee5 call 0x004223c0 ->lj_tab_dup
0bcbfeea mov ebx, eax
0bcbfeec mov [rsp+0x8], ebx
0bcbfef0 mov edi, [0x416bd4b0]
0bcbfef7 xor esi, esi
0bcbfef9 call 0x00422350 ->lj_tab_new1
0bcbfefe mov r15d, eax
0bcbff01 mov edi, [0x416bd4b0]
0bcbff08 mov eax, [rsp+0xc]
0bcbff0c mov ebx, [rbx+0x14]
0bcbff0f mov dword [rbx+0x4], 0xfffffff4
0bcbff16 mov [rbx], r15d
0bcbff19 mov dword [rbx+0x1c], 0xfffffffb
0bcbff20 mov [rbx+0x18], eax
0bcbff23 mov esi, [rbp+0x18]
0bcbff26 mov ebp, [rsi+0x10]
0bcbff29 cmp dword [rbp+0x4], -0x0c
0bcbff2d jnz 0x0bcb0018 ->2
0bcbff33 mov ebp, [rbp+0x0]
0bcbff36 cmp dword [rbp+0x1c], +0x01
0bcbff3a jnz 0x0bcb0018 ->2
0bcbff40 mov ebp, [rbp+0x14]
0bcbff43 mov rsi, 0xfffffffb40ff4698
0bcbff4d cmp rsi, [rbp+0x8]
0bcbff51 jnz 0x0bcb0018 ->2
0bcbff57 cmp dword [rbp+0x4], -0x0c
0bcbff5b jnz 0x0bcb0018 ->2
0bcbff61 mov ebp, [rbp+0x0]
0bcbff64 mov esi, [rbp+0x1c]
0bcbff67 and esi, [rax+0x8]
0bcbff6a lea esi, [rsi+rsi*2]
0bcbff6d shl esi, 0x03
0bcbff70 add esi, [rbp+0x14]
0bcbff73 cmp dword [rsi+0xc], -0x05
0bcbff77 jnz 0x0bcbff82
0bcbff79 cmp eax, [rsi+0x8]
0bcbff7c jz 0x0bcb0018 ->2
0bcbff82 mov esi, [rsi+0x10]
0bcbff85 test esi, esi
0bcbff87 jnz 0x0bcbff73
0bcbff89 cmp dword [rbp+0x10], +0x00
0bcbff8d jnz 0x0bcb0018 ->2
0bcbff93 mov edx, 0x416bd448
0bcbff98 mov dword [rdx+0x4], 0xfffffffb
0bcbff9f mov [rdx], eax
0bcbffa1 mov esi, ebp
0bcbffa3 call 0x00422cf0 ->lj_tab_newkey
0bcbffa8 mov ebx, eax
0bcbffaa mov edx, [0x416bd4b4]
0bcbffb1 mov eax, [rsp+0x8]
0bcbffb5 mov dword [rbx+0x4], 0xfffffff4
0bcbffbc mov [rbx], eax
0bcbffbe test byte [rbp+0x4], 0x4
0bcbffc2 jz 0x0bcbffd9
0bcbffc4 and byte [rbp+0x4], 0xfb
0bcbffc8 mov edi, [0x416bd3f4]
0bcbffcf mov [0x416bd3f4], ebp
0bcbffd6 mov [rbp+0xc], edi
0bcbffd9 mov byte [rbp+0x6], 0x0
0bcbffdd mov dword [rdx+0xc], 0xfffffff4
0bcbffe4 mov [rdx+0x8], eax
0bcbffe7 xor eax, eax
0bcbffe9 mov ebx, 0x40ff6248
0bcbffee mov r14d, 0x416be008
0bcbfff4 add rsp, +0x10
0bcbfff8 jmp 0x00420177
---- TRACE 1 stop -> return
---- TRACE 2 start ssa.lua:55
0001 GGET 4 0 ; "assert"
0002 GGET 5 1 ; "type"
0003 MOV 6 0
0004 CALL 5 2 2
0000 . FUNCC ; type
0005 ISEQS 5 2 ; "table"
0006 JMP 5 => 0009
0009 KPRI 5 2
0010 CALL 4 1 2
0000 . FUNCC ; assert
0011 TGETB 4 0 1
0012 ISNES 4 3 ; "if"
0013 JMP 5 => 0037
0037 ISNES 4 4 ; "let"
0038 JMP 5 => 0056
0056 ISNES 4 10 ; "true"
0057 JMP 5 => 0063
0063 ISNES 4 11 ; "false"
0064 JMP 5 => 0070
0070 ISNES 4 12 ; "match"
0071 JMP 5 => 0077
0077 ISNES 4 14 ; "fail"
0078 JMP 5 => 0084
0084 GGET 5 0 ; "assert"
0085 UGET 6 4 ; relops
0086 TGETV 6 6 4
0087 CALL 5 1 2
0000 . FUNCC ; assert
0088 UGET 5 5 ; finish_if
0089 MOV 6 1
0090 MOV 7 0
0091 MOV 8 2
0092 MOV 9 3
0093 CALL 5 1 5
0000 . FUNCF 6 ; ssa.lua:49
0001 . TDUP 4 1
0002 . TSETB 1 4 2
0003 . TGETS 5 2 2 ; "label"
0004 . TSETB 5 4 3
0005 . TGETS 5 3 2 ; "label"
0006 . TSETB 5 4 4
0007 . TSETS 4 0 0 ; "control"
0008 . RET0 0 1
0094 RET0 0 1
---- TRACE 2 IR
.... SNAP #0 [ ---- ---- ---- ---- ---- ]
0001 rbp fun SLOAD #0 R
0002 r15 tab FLOAD 0001 func.env
0003 rsi p32 HREF 0002 "assert"
0004 > p32 EQ 0003 [0x416bd458]
0005 rbx tab FLOAD 0002 tab.meta
0006 > tab NE 0005 [NULL]
0007 int FLOAD 0005 tab.hmask
0008 > int EQ 0007 +1 
0009 rbx p32 FLOAD 0005 tab.node
0010 > p32 HREFK 0009 "__index" @1
0011 rbx > tab HLOAD 0010
0012 int FLOAD 0011 tab.hmask
0013 > int EQ 0012 +63 
0014 rbx p32 FLOAD 0011 tab.node
0015 > p32 HREFK 0014 "assert" @3
0016 > fun HLOAD 0015
0017 rsi p32 HREF 0002 "type"
0018 > p32 EQ 0017 [0x416bd458]
0019 > p32 HREFK 0014 "type" @60
0020 > fun HLOAD 0019
0021 r15 > tab SLOAD #1 T
0022 > fun EQ 0020 type
0023 > fun EQ 0016 assert
0024 int FLOAD 0021 tab.asize
0025 > int ABC 0024 +1 
0026 rbx p32 FLOAD 0021 tab.array
0027 p32 AREF 0026 +1 
0028 rbx > str ALOAD 0027
.... SNAP #1 [ ---- ---- ---- ---- ---- 0028 ]
0029 > str NE 0028 "if"
.... SNAP #2 [ ---- ---- ---- ---- ---- 0028 ]
0030 > str NE 0028 "let"
.... SNAP #3 [ ---- ---- ---- ---- ---- 0028 ]
0031 > str NE 0028 "true"
.... SNAP #4 [ ---- ---- ---- ---- ---- 0028 ]
0032 > str NE 0028 "false"
.... SNAP #5 [ ---- ---- ---- ---- ---- 0028 ]
0033 > str NE 0028 "match"
.... SNAP #6 [ ---- ---- ---- ---- ---- 0028 ]
0034 > str NE 0028 "fail"
.... SNAP #7 [ ---- ---- ---- ---- ---- 0028 ]
0035 r14 > p32 UREFC 0001 #4
0036 r13 > tab ULOAD 0035
0037 r14 p32 HREF 0036 0028
0038 > tru HLOAD 0037
0039 > fun EQ 0001 ssa.lua:55
0040 rbp > tab SLOAD #2 T
0041 r13 > tab SLOAD #3 T
0042 r14 > tab SLOAD #4 T
0043 [8] > tab TDUP {0x40fe9ad8}
0044 rax p32 FLOAD 0043 tab.array
0045 p32 AREF 0044 +2 
0046 tab ASTORE 0045 0021
.... SNAP #8 [ ssa.lua:55|---- ---- ---- ---- 0028 ssa.lua:49|0040 ---- 0041 0042 0043 ]
0047 int FLOAD 0041 tab.hmask
0048 > int EQ 0047 +1 
0049 r15 p32 FLOAD 0041 tab.node
0050 > p32 HREFK 0049 "label" @1
0051 r15 > str HLOAD 0050
0052 p32 AREF 0044 +3 
0053 str ASTORE 0052 0051
.... SNAP #9 [ ssa.lua:55|---- ---- ---- ---- 0028 ssa.lua:49|0040 ---- ---- 0042 0043 ---- ]
0054 int FLOAD 0042 tab.hmask
0055 > int EQ 0054 +1 
0056 r15 p32 FLOAD 0042 tab.node
0057 > p32 HREFK 0056 "label" @1
0058 r15 > str HLOAD 0057
0059 p32 AREF 0044 +4 
0060 str ASTORE 0059 0058
.... SNAP #10 [ ssa.lua:55|---- ---- ---- ---- 0028 ssa.lua:49|0040 ---- ---- ---- 0043 ---- ]
0061 rsi p32 HREF 0040 "control"
0062 > p32 EQ 0061 [0x416bd458]
0063 tab FLOAD 0040 tab.meta
0064 > tab EQ 0063 [NULL]
0065 rbx p32 NEWREF 0040 "control"
0066 tab HSTORE 0065 0043
0067 nil TBAR 0040
.... SNAP #11 [ ssa.lua:55|]
---- TRACE 2 mcode 916
0bcbfaa9 mov dword [0x416bd410], 0x2
0bcbfab4 mov edi, [0x416bd3d8]
0bcbfabb cmp edi, [0x416bd3dc]
0bcbfac2 jb 0x0bcbfadb
0bcbfac4 mov esi, 0x1
0bcbfac9 mov edi, 0x416bd3b8
0bcbface call 0x00421730 ->lj_gc_step_jit
0bcbfad3 test eax, eax
0bcbfad5 jnz 0x0bcb0010 ->0
0bcbfadb mov edi, [0x416bd4b0]
0bcbfae2 mov edx, [0x416bd4b4]
0bcbfae9 mov ebp, [rdx-0x8]
0bcbfaec mov r15d, [rbp+0x8]
0bcbfaf0 mov esi, [r15+0x1c]
0bcbfaf4 and esi, 0xce2b6183
0bcbfafa lea esi, [rsi+rsi*2]
0bcbfafd shl esi, 0x03
0bcbfb00 add esi, [r15+0x14]
0bcbfb04 cmp dword [rsi+0xc], -0x05
0bcbfb08 jnz 0x0bcbfb17
0bcbfb0a cmp dword [rsi+0x8], 0x416bfdb0
0bcbfb11 jz 0x0bcb0010 ->0
0bcbfb17 mov esi, [rsi+0x10]
0bcbfb1a test esi, esi
0bcbfb1c jnz 0x0bcbfb04
0bcbfb1e mov ebx, [r15+0x10]
0bcbfb22 test ebx, ebx
0bcbfb24 jz 0x0bcb0010 ->0
0bcbfb2a cmp dword [rbx+0x1c], +0x01
0bcbfb2e jnz 0x0bcb0010 ->0
0bcbfb34 mov ebx, [rbx+0x14]
0bcbfb37 mov rsi, 0xfffffffb416bf4c8
0bcbfb41 cmp rsi, [rbx+0x20]
0bcbfb45 jnz 0x0bcb0010 ->0
0bcbfb4b cmp dword [rbx+0x1c], -0x0c
0bcbfb4f jnz 0x0bcb0010 ->0
0bcbfb55 mov ebx, [rbx+0x18]
0bcbfb58 cmp dword [rbx+0x1c], +0x3f
0bcbfb5c jnz 0x0bcb0010 ->0
0bcbfb62 mov ebx, [rbx+0x14]
0bcbfb65 mov rsi, 0xfffffffb416bfdb0
0bcbfb6f cmp rsi, [rbx+0x50]
0bcbfb73 jnz 0x0bcb0010 ->0
0bcbfb79 cmp dword [rbx+0x4c], -0x09
0bcbfb7d jnz 0x0bcb0010 ->0
0bcbfb83 mov esi, [r15+0x1c]
0bcbfb87 and esi, 0x798a813c
0bcbfb8d lea esi, [rsi+rsi*2]
0bcbfb90 shl esi, 0x03
0bcbfb93 add esi, [r15+0x14]
0bcbfb97 cmp dword [rsi+0xc], -0x05
0bcbfb9b jnz 0x0bcbfbaa
0bcbfb9d cmp dword [rsi+0x8], 0x416bffb0
0bcbfba4 jz 0x0bcb0010 ->0
0bcbfbaa mov esi, [rsi+0x10]
0bcbfbad test esi, esi
0bcbfbaf jnz 0x0bcbfb97
0bcbfbb1 mov rsi, 0xfffffffb416bffb0
0bcbfbbb cmp rsi, [rbx+0x5a8]
0bcbfbc2 jnz 0x0bcb0010 ->0
0bcbfbc8 cmp dword [rbx+0x5a4], -0x09
0bcbfbcf jnz 0x0bcb0010 ->0
0bcbfbd5 cmp dword [rdx+0x4], -0x0c
0bcbfbd9 jnz 0x0bcb0010 ->0
0bcbfbdf mov r15d, [rdx]
0bcbfbe2 cmp dword [rbx+0x5a0], 0x416bff18
0bcbfbec jnz 0x0bcb0010 ->0
0bcbfbf2 cmp dword [rbx+0x48], 0x416bfd88
0bcbfbf9 jnz 0x0bcb0010 ->0
0bcbfbff cmp dword [r15+0x18], +0x01
0bcbfc04 jbe 0x0bcb0010 ->0
0bcbfc0a mov ebx, [r15+0x8]
0bcbfc0e cmp dword [rbx+0xc], -0x05
0bcbfc12 jnz 0x0bcb0010 ->0
0bcbfc18 mov ebx, [rbx+0x8]
0bcbfc1b cmp ebx, 0x416bf8f8
0bcbfc21 jz 0x0bcb0014 ->1
0bcbfc27 cmp ebx, 0x40fea3e8
0bcbfc2d jz 0x0bcb0018 ->2
0bcbfc33 cmp ebx, 0x416bfa18
0bcbfc39 jz 0x0bcb001c ->3
0bcbfc3f cmp ebx, 0x416bf870
0bcbfc45 jz 0x0bcb0020 ->4
0bcbfc4b cmp ebx, 0x416c2cb0
0bcbfc51 jz 0x0bcb0024 ->5
0bcbfc57 cmp ebx, 0x416d1ce0
0bcbfc5d jz 0x0bcb0028 ->6
0bcbfc63 mov esi, [rbp+0x24]
0bcbfc66 cmp byte [rsi+0x6], 0x1
0bcbfc6a jnz 0x0bcb002c ->7
0bcbfc70 lea r14d, [rsi+0x8]
0bcbfc74 cmp dword [r14+0x4], -0x0c
0bcbfc79 jnz 0x0bcb002c ->7
0bcbfc7f mov r13d, [r14]
0bcbfc82 mov r14d, [r13+0x1c]
0bcbfc86 and r14d, [rbx+0x8]
0bcbfc8a lea r14d, [r14+r14*2]
0bcbfc8e shl r14d, 0x03
0bcbfc92 add r14d, [r13+0x14]
0bcbfc96 cmp dword [r14+0xc], -0x05
0bcbfc9b jnz 0x0bcbfca3
0bcbfc9d cmp ebx, [r14+0x8]
0bcbfca1 jz 0x0bcbfcb2
0bcbfca3 mov r14d, [r14+0x10]
0bcbfca7 test r14d, r14d
0bcbfcaa jnz 0x0bcbfc96
0bcbfcac mov r14d, 0x416bd458
0bcbfcb2 cmp dword [r14+0x4], -0x03
0bcbfcb7 jnz 0x0bcb002c ->7
0bcbfcbd cmp ebp, 0x416cd018
0bcbfcc3 jnz 0x0bcb002c ->7
0bcbfcc9 cmp dword [rdx+0xc], -0x0c
0bcbfccd jnz 0x0bcb002c ->7
0bcbfcd3 mov ebp, [rdx+0x8]
0bcbfcd6 cmp dword [rdx+0x14], -0x0c
0bcbfcda jnz 0x0bcb002c ->7
0bcbfce0 mov r13d, [rdx+0x10]
0bcbfce4 cmp dword [rdx+0x1c], -0x0c
0bcbfce8 jnz 0x0bcb002c ->7
0bcbfcee mov r14d, [rdx+0x18]
0bcbfcf2 mov esi, 0x40fe9ad8
0bcbfcf7 call 0x004223c0 ->lj_tab_dup
0bcbfcfc mov [rsp+0x8], eax
0bcbfd00 mov edi, [0x416bd4b0]
0bcbfd07 mov eax, [rax+0x8]
0bcbfd0a mov dword [rax+0x14], 0xfffffff4
0bcbfd11 mov [rax+0x10], r15d
0bcbfd15 cmp dword [r13+0x1c], +0x01
0bcbfd1a jnz 0x0bcb0030 ->8
0bcbfd20 mov r15d, [r13+0x14]
0bcbfd24 mov rsi, 0xfffffffb40ff4738
0bcbfd2e cmp rsi, [r15+0x20]
0bcbfd32 jnz 0x0bcb0030 ->8
0bcbfd38 cmp dword [r15+0x1c], -0x05
0bcbfd3d jnz 0x0bcb0030 ->8
0bcbfd43 mov r15d, [r15+0x18]
0bcbfd47 mov dword [rax+0x1c], 0xfffffffb
0bcbfd4e mov [rax+0x18], r15d
0bcbfd52 cmp dword [r14+0x1c], +0x01
0bcbfd57 jnz 0x0bcb0034 ->9
0bcbfd5d mov r15d, [r14+0x14]
0bcbfd61 mov rsi, 0xfffffffb40ff4738
0bcbfd6b cmp rsi, [r15+0x20]
0bcbfd6f jnz 0x0bcb0034 ->9
0bcbfd75 cmp dword [r15+0x1c], -0x05
0bcbfd7a jnz 0x0bcb0034 ->9
0bcbfd80 mov r15d, [r15+0x18]
0bcbfd84 mov dword [rax+0x24], 0xfffffffb
0bcbfd8b mov [rax+0x20], r15d
0bcbfd8f mov esi, [rbp+0x1c]
0bcbfd92 and esi, 0x2a54dc55
0bcbfd98 lea esi, [rsi+rsi*2]
0bcbfd9b shl esi, 0x03
0bcbfd9e add esi, [rbp+0x14]
0bcbfda1 cmp dword [rsi+0xc], -0x05
0bcbfda5 jnz 0x0bcbfdb4
0bcbfda7 cmp dword [rsi+0x8], 0x40ff4ea0
0bcbfdae jz 0x0bcb0038 ->10
0bcbfdb4 mov esi, [rsi+0x10]
0bcbfdb7 test esi, esi
0bcbfdb9 jnz 0x0bcbfda1
0bcbfdbb cmp dword [rbp+0x10], +0x00
0bcbfdbf jnz 0x0bcb0038 ->10
0bcbfdc5 mov edx, 0x416bd448
0bcbfdca mov dword [rdx+0x4], 0xfffffffb
0bcbfdd1 mov dword [rdx], 0x40ff4ea0
0bcbfdd7 mov esi, ebp
0bcbfdd9 call 0x00422cf0 ->lj_tab_newkey
0bcbfdde mov ebx, eax
0bcbfde0 mov edx, [0x416bd4b4]
0bcbfde7 mov eax, [rsp+0x8]
0bcbfdeb mov dword [rbx+0x4], 0xfffffff4
0bcbfdf2 mov [rbx], eax
0bcbfdf4 test byte [rbp+0x4], 0x4
0bcbfdf8 jz 0x0bcbfe0f
0bcbfdfa and byte [rbp+0x4], 0xfb
0bcbfdfe mov edi, [0x416bd3f4]
0bcbfe05 mov [0x416bd3f4], ebp
0bcbfe0c mov [rbp+0xc], edi
0bcbfe0f mov eax, [0x416bd4b0]
0bcbfe16 mov eax, [rax+0x20]
0bcbfe19 sub eax, edx
0bcbfe1b cmp eax, +0x68
0bcbfe1e jb 0x0bcb003c ->11
0bcbfe24 mov dword [rdx-0x8], 0x416cd018
0bcbfe2b xor eax, eax
0bcbfe2d mov ebx, 0x40ff5f00
0bcbfe32 mov r14d, 0x416be008
0bcbfe38 jmp 0x00420177
---- TRACE 2 stop -> return
---- TRACE 2 exit 2
---- TRACE 2 exit 1
---- TRACE 2 exit 1
---- TRACE 2 exit 1
---- TRACE 2 exit 3
---- TRACE 2 exit 1
---- TRACE 2 exit 1
---- TRACE 2 exit 6
---- TRACE 2 exit 4
---- TRACE 2 exit 1
---- TRACE 2 exit 1
---- TRACE 2 exit 1
---- TRACE 2 exit 4
---- TRACE 2 exit 4
---- TRACE 2 exit 4
---- TRACE 2 exit 4
---- TRACE 3 start ssa.lua:52
0001 TDUP 2 1
0002 TGETS 3 1 2 ; "label"
0003 TSETB 3 2 2
0004 TSETS 2 0 0 ; "control"
0005 RET0 0 1
---- TRACE 3 IR
.... SNAP #0 [ ---- ---- ---- ]
0001 [8] > tab TDUP {0x40fe38f0}
0002 rbp > tab SLOAD #2 T
0003 int FLOAD 0002 tab.hmask
0004 > int EQ 0003 +1 
0005 rbp p32 FLOAD 0002 tab.node
0006 > p32 HREFK 0005 "label" @1
0007 rbp > str HLOAD 0006
0008 rax p32 FLOAD 0001 tab.array
0009 p32 AREF 0008 +2 
0010 str ASTORE 0009 0007
.... SNAP #1 [ ---- ---- ---- 0001 ---- ]
0011 rbp > tab SLOAD #1 T
0012 rsi p32 HREF 0011 "control"
0013 > p32 EQ 0012 [0x416bd458]
0014 tab FLOAD 0011 tab.meta
0015 > tab EQ 0014 [NULL]
0016 rbx p32 NEWREF 0011 "control"
0017 tab HSTORE 0016 0001
0018 nil TBAR 0011
.... SNAP #2 [ ---- ]
---- TRACE 3 mcode 315
0bcbf967 mov dword [0x416bd410], 0x3
0bcbf972 mov edi, [0x416bd3d8]
0bcbf979 cmp edi, [0x416bd3dc]
0bcbf980 jb 0x0bcbf999
0bcbf982 mov esi, 0x1
0bcbf987 mov edi, 0x416bd3b8
0bcbf98c call 0x00421730 ->lj_gc_step_jit
0bcbf991 test eax, eax
0bcbf993 jnz 0x0bcb0010 ->0
0bcbf999 mov edi, [0x416bd4b0]
0bcbf9a0 mov esi, 0x40fe38f0
0bcbf9a5 call 0x004223c0 ->lj_tab_dup
0bcbf9aa mov [rsp+0x8], eax
0bcbf9ae mov edi, [0x416bd4b0]
0bcbf9b5 mov edx, [0x416bd4b4]
0bcbf9bc cmp dword [rdx+0xc], -0x0c
0bcbf9c0 jnz 0x0bcb0010 ->0
0bcbf9c6 mov ebp, [rdx+0x8]
0bcbf9c9 cmp dword [rbp+0x1c], +0x01
0bcbf9cd jnz 0x0bcb0010 ->0
0bcbf9d3 mov ebp, [rbp+0x14]
0bcbf9d6 mov rsi, 0xfffffffb40ff4738
0bcbf9e0 cmp rsi, [rbp+0x20]
0bcbf9e4 jnz 0x0bcb0010 ->0
0bcbf9ea cmp dword [rbp+0x1c], -0x05
0bcbf9ee jnz 0x0bcb0010 ->0
0bcbf9f4 mov ebp, [rbp+0x18]
0bcbf9f7 mov eax, [rax+0x8]
0bcbf9fa mov dword [rax+0x14], 0xfffffffb
0bcbfa01 mov [rax+0x10], ebp
0bcbfa04 cmp dword [rdx+0x4], -0x0c
0bcbfa08 jnz 0x0bcb0014 ->1
0bcbfa0e mov ebp, [rdx]
0bcbfa10 mov esi, [rbp+0x1c]
0bcbfa13 and esi, 0x2a54dc55
0bcbfa19 lea esi, [rsi+rsi*2]
0bcbfa1c shl esi, 0x03
0bcbfa1f add esi, [rbp+0x14]
0bcbfa22 cmp dword [rsi+0xc], -0x05
0bcbfa26 jnz 0x0bcbfa35
0bcbfa28 cmp dword [rsi+0x8], 0x40ff4ea0
0bcbfa2f jz 0x0bcb0014 ->1
0bcbfa35 mov esi, [rsi+0x10]
0bcbfa38 test esi, esi
0bcbfa3a jnz 0x0bcbfa22
0bcbfa3c cmp dword [rbp+0x10], +0x00
0bcbfa40 jnz 0x0bcb0014 ->1
0bcbfa46 mov edx, 0x416bd448
0bcbfa4b mov dword [rdx+0x4], 0xfffffffb
0bcbfa52 mov dword [rdx], 0x40ff4ea0
0bcbfa58 mov esi, ebp
0bcbfa5a call 0x00422cf0 ->lj_tab_newkey
0bcbfa5f mov ebx, eax
0bcbfa61 mov edx, [0x416bd4b4]
0bcbfa68 mov eax, [rsp+0x8]
0bcbfa6c mov dword [rbx+0x4], 0xfffffff4
0bcbfa73 mov [rbx], eax
0bcbfa75 test byte [rbp+0x4], 0x4
0bcbfa79 jz 0x0bcbfa90
0bcbfa7b and byte [rbp+0x4], 0xfb
0bcbfa7f mov edi, [0x416bd3f4]
0bcbfa86 mov [0x416bd3f4], ebp
0bcbfa8d mov [rbp+0xc], edi
0bcbfa90 xor eax, eax
0bcbfa92 mov ebx, 0x40ff66d4
0bcbfa97 mov r14d, 0x416be008
0bcbfa9d jmp 0x00420177
---- TRACE 3 stop -> return
---- TRACE 2 exit 1
---- TRACE 2 exit 1
---- TRACE 4 start 2/1 ssa.lua:59
0014 UGET 5 0 ; add_block
0015 CALL 5 2 1
0000 . JFUNCF 3 1 ; ssa.lua:39
0001 . UGET 0 0 ; label_counter
0002 . ADDVN 0 0 0 ; 1
0003 . USETV 0 0 ; label_counter
0004 . KSTR 0 0 ; "L"
0005 . UGET 1 0 ; label_counter
0006 . CAT 0 0 1
0007 . TDUP 1 1
0008 . TNEW 2 0
0009 . TSETS 2 1 2 ; "bindings"
0010 . TSETS 0 1 3 ; "label"
0011 . UGET 2 1 ; ssa
0012 . TGETS 2 2 4 ; "blocks"
0013 . TSETV 1 2 0
0014 . RET1 1 2
0016 UGET 6 0 ; add_block
0017 CALL 6 2 1
0000 . JFUNCF 3 1 ; ssa.lua:39
0001 . UGET 0 0 ; label_counter
0002 . ADDVN 0 0 0 ; 1
0003 . USETV 0 0 ; label_counter
0004 . KSTR 0 0 ; "L"
0005 . UGET 1 0 ; label_counter
0006 . CAT 0 0 1
0007 . TDUP 1 1
0008 . TNEW 2 0
0009 . TSETS 2 1 2 ; "bindings"
0010 . TSETS 0 1 3 ; "label"
0011 . UGET 2 1 ; ssa
0012 . TGETS 2 2 4 ; "blocks"
0013 . TSETV 1 2 0
0014 . RET1 1 2
0018 UGET 7 1 ; compile_bool
0019 TGETB 8 0 2
0020 MOV 9 1
0021 MOV 10 5
0022 MOV 11 6
0023 CALL 7 1 5
0000 . JFUNCF 13 2 ; ssa.lua:55
0001 . GGET 4 0 ; "assert"
0002 . GGET 5 1 ; "type"
0003 . MOV 6 0
0004 . CALL 5 2 2
0000 . . FUNCC ; type
0005 . ISEQS 5 2 ; "table"
0006 . JMP 5 => 0009
0009 . KPRI 5 2
0010 . CALL 4 1 2
0000 . . FUNCC ; assert
0011 . TGETB 4 0 1
0012 . ISNES 4 3 ; "if"
0013 . JMP 5 => 0037
0037 . ISNES 4 4 ; "let"
0038 . JMP 5 => 0056
0056 . ISNES 4 10 ; "true"
0057 . JMP 5 => 0063
0063 . ISNES 4 11 ; "false"
0064 . JMP 5 => 0070
0070 . ISNES 4 12 ; "match"
0071 . JMP 5 => 0077
0077 . ISNES 4 14 ; "fail"
0078 . JMP 5 => 0084
0084 . GGET 5 0 ; "assert"
0085 . UGET 6 4 ; relops
0086 . TGETV 6 6 4
0087 . CALL 5 1 2
0000 . . FUNCC ; assert
0088 . UGET 5 5 ; finish_if
0089 . MOV 6 1
0090 . MOV 7 0
0091 . MOV 8 2
0092 . MOV 9 3
0093 . CALL 5 1 5
0000 . . FUNCF 6 ; ssa.lua:49
0001 . . TDUP 4 1
0002 . . TSETB 1 4 2
0003 . . TGETS 5 2 2 ; "label"
0004 . . TSETB 5 4 3
0005 . . TGETS 5 3 2 ; "label"
0006 . . TSETB 5 4 4
0007 . . TSETS 4 0 0 ; "control"
0008 . . RET0 0 1
0094 . RET0 0 1
0024 UGET 7 1 ; compile_bool
0025 TGETB 8 0 3
0026 MOV 9 5
0027 MOV 10 2
0028 MOV 11 3
0029 CALL 7 1 5
0000 . JFUNCF 13 2 ; ssa.lua:55
0001 . GGET 4 0 ; "assert"
0002 . GGET 5 1 ; "type"
0003 . MOV 6 0
0004 . CALL 5 2 2
0000 . . FUNCC ; type
0005 . ISEQS 5 2 ; "table"
0006 . JMP 5 => 0009
0009 . KPRI 5 2
0010 . CALL 4 1 2
0000 . . FUNCC ; assert
0011 . TGETB 4 0 1
0012 . ISNES 4 3 ; "if"
0013 . JMP 5 => 0037
0014 . UGET 5 0 ; add_block
0015 . CALL 5 2 1
0000 . . JFUNCF 3 1 ; ssa.lua:39
0001 . . UGET 0 0 ; label_counter
0002 . . ADDVN 0 0 0 ; 1
0003 . . USETV 0 0 ; label_counter
0004 . . KSTR 0 0 ; "L"
0005 . . UGET 1 0 ; label_counter
0006 . . CAT 0 0 1
0007 . . TDUP 1 1
0008 . . TNEW 2 0
0009 . . TSETS 2 1 2 ; "bindings"
0010 . . TSETS 0 1 3 ; "label"
0011 . . UGET 2 1 ; ssa
0012 . . TGETS 2 2 4 ; "blocks"
0013 . . TSETV 1 2 0
0014 . . RET1 1 2
0016 . UGET 6 0 ; add_block
0017 . CALL 6 2 1
0000 . . JFUNCF 3 1 ; ssa.lua:39
0001 . . UGET 0 0 ; label_counter
0002 . . ADDVN 0 0 0 ; 1
0003 . . USETV 0 0 ; label_counter
0004 . . KSTR 0 0 ; "L"
0005 . . UGET 1 0 ; label_counter
0006 . . CAT 0 0 1
0007 . . TDUP 1 1
0008 . . TNEW 2 0
0009 . . TSETS 2 1 2 ; "bindings"
0010 . . TSETS 0 1 3 ; "label"
0011 . . UGET 2 1 ; ssa
0012 . . TGETS 2 2 4 ; "blocks"
0013 . . TSETV 1 2 0
0014 . . RET1 1 2
0018 . UGET 7 1 ; compile_bool
0019 . TGETB 8 0 2
0020 . MOV 9 1
0021 . MOV 10 5
0022 . MOV 11 6
0023 . CALL 7 1 5
0000 . . JFUNCF 13 2 ; ssa.lua:55
0001 . . GGET 4 0 ; "assert"
0002 . . GGET 5 1 ; "type"
0003 . . MOV 6 0
0004 . . CALL 5 2 2
0000 . . . FUNCC ; type
0005 . . ISEQS 5 2 ; "table"
0006 . . JMP 5 => 0009
0009 . . KPRI 5 2
0010 . . CALL 4 1 2
0000 . . . FUNCC ; assert
0011 . . TGETB 4 0 1
0012 . . ISNES 4 3 ; "if"
0013 . . JMP 5 => 0037
0037 . . ISNES 4 4 ; "let"
0038 . . JMP 5 => 0056
0056 . . ISNES 4 10 ; "true"
0057 . . JMP 5 => 0063
0063 . . ISNES 4 11 ; "false"
0064 . . JMP 5 => 0070
0070 . . ISNES 4 12 ; "match"
0071 . . JMP 5 => 0077
0077 . . ISNES 4 14 ; "fail"
0078 . . JMP 5 => 0084
0084 . . GGET 5 0 ; "assert"
0085 . . UGET 6 4 ; relops
0086 . . TGETV 6 6 4
0087 . . CALL 5 1 2
0000 . . . FUNCC ; assert
0088 . . UGET 5 5 ; finish_if
0089 . . MOV 6 1
0090 . . MOV 7 0
0091 . . MOV 8 2
0092 . . MOV 9 3
0093 . . CALL 5 1 5
0000 . . . FUNCF 6 ; ssa.lua:49
0001 . . . TDUP 4 1
0002 . . . TSETB 1 4 2
0003 . . . TGETS 5 2 2 ; "label"
0004 . . . TSETB 5 4 3
0005 . . . TGETS 5 3 2 ; "label"
0006 . . . TSETB 5 4 4
0007 . . . TSETS 4 0 0 ; "control"
0008 . . . RET0 0 1
0094 . . RET0 0 1
0024 . UGET 7 1 ; compile_bool
0025 . TGETB 8 0 3
0026 . MOV 9 5
0027 . MOV 10 2
0028 . MOV 11 3
0029 . CALL 7 1 5
0000 . . JFUNCF 13 2 ; ssa.lua:55
0001 . . GGET 4 0 ; "assert"
0002 . . GGET 5 1 ; "type"
0003 . . MOV 6 0
0004 . . CALL 5 2 2
0000 . . . FUNCC ; type
0005 . . ISEQS 5 2 ; "table"
0006 . . JMP 5 => 0009
0009 . . KPRI 5 2
0010 . . CALL 4 1 2
0000 . . . FUNCC ; assert
0011 . . TGETB 4 0 1
0012 . . ISNES 4 3 ; "if"
0013 . . JMP 5 => 0037
0037 . . ISNES 4 4 ; "let"
0038 . . JMP 5 => 0056
0056 . . ISNES 4 10 ; "true"
0057 . . JMP 5 => 0063
0063 . . ISNES 4 11 ; "false"
0064 . . JMP 5 => 0070
0070 . . ISNES 4 12 ; "match"
0071 . . JMP 5 => 0077
0077 . . ISNES 4 14 ; "fail"
0078 . . JMP 5 => 0084
0084 . . GGET 5 0 ; "assert"
0085 . . UGET 6 4 ; relops
0086 . . TGETV 6 6 4
0087 . . CALL 5 1 2
0000 . . . FUNCC ; assert
0088 . . UGET 5 5 ; finish_if
0089 . . MOV 6 1
0090 . . MOV 7 0
0091 . . MOV 8 2
0092 . . MOV 9 3
0093 . . CALL 5 1 5
0000 . . . FUNCF 6 ; ssa.lua:49
0001 . . . TDUP 4 1
0002 . . . TSETB 1 4 2
0003 . . . TGETS 5 2 2 ; "label"
0004 . . . TSETB 5 4 3
0005 . . . TGETS 5 3 2 ; "label"
0006 . . . TSETB 5 4 4
0007 . . . TSETS 4 0 0 ; "control"
0008 . . . RET0 0 1
0094 . . RET0 0 1
0030 . UGET 7 1 ; compile_bool
0031 . TGETB 8 0 4
0032 . MOV 9 6
0033 . MOV 10 2
0034 . MOV 11 3
0035 . CALL 7 1 5
0000 . . JFUNCF 13 2 ; ssa.lua:55
0001 . . GGET 4 0 ; "assert"
0002 . . GGET 5 1 ; "type"
0003 . . MOV 6 0
0004 . . CALL 5 2 2
0000 . . . FUNCC ; type
0005 . . ISEQS 5 2 ; "table"
0006 . . JMP 5 => 0009
0009 . . KPRI 5 2
0010 . . CALL 4 1 2
0000 . . . FUNCC ; assert
0011 . . TGETB 4 0 1
0012 . . ISNES 4 3 ; "if"
0013 . . JMP 5 => 0037
0037 . . ISNES 4 4 ; "let"
0038 . . JMP 5 => 0056
0056 . . ISNES 4 10 ; "true"
0057 . . JMP 5 => 0063
0063 . . ISNES 4 11 ; "false"
0064 . . JMP 5 => 0070
0065 . . UGET 5 2 ; finish_goto
0066 . . MOV 6 1
0067 . . MOV 7 3
0068 . . CALL 5 1 3
0000 . . . JFUNCF 4 3 ; ssa.lua:52
0001 . . . TDUP 2 1
0002 . . . TGETS 3 1 2 ; "label"
0003 . . . TSETB 3 2 2
0004 . . . TSETS 2 0 0 ; "control"
0005 . . . RET0 0 1
0069 . . JMP 5 => 0094
0094 . . RET0 0 1
0036 . JMP 5 => 0094
0094 . RET0 0 1
0030 UGET 7 1 ; compile_bool
0031 TGETB 8 0 4
0032 MOV 9 6
0033 MOV 10 2
0034 MOV 11 3
0035 CALL 7 1 5
0000 . JFUNCF 13 2 ; ssa.lua:55
0001 . GGET 4 0 ; "assert"
0002 . GGET 5 1 ; "type"
0003 . MOV 6 0
0004 . CALL 5 2 2
0000 . . FUNCC ; type
0005 . ISEQS 5 2 ; "table"
0006 . JMP 5 => 0009
0009 . KPRI 5 2
0010 . CALL 4 1 2
0000 . . FUNCC ; assert
0011 . TGETB 4 0 1
0012 . ISNES 4 3 ; "if"
0013 . JMP 5 => 0037
0037 . ISNES 4 4 ; "let"
0038 . JMP 5 => 0056
0056 . ISNES 4 10 ; "true"
0057 . JMP 5 => 0063
0063 . ISNES 4 11 ; "false"
0064 . JMP 5 => 0070
0065 . UGET 5 2 ; finish_goto
0066 . MOV 6 1
0067 . MOV 7 3
0068 . CALL 5 1 3
0000 . . JFUNCF 4 3 ; ssa.lua:52
0001 . . TDUP 2 1
0002 . . TGETS 3 1 2 ; "label"
0003 . . TSETB 3 2 2
0004 . . TSETS 2 0 0 ; "control"
0005 . . RET0 0 1
0069 . JMP 5 => 0094
0094 . RET0 0 1
0036 JMP 5 => 0094
0094 RET0 0 1
0030 UGET 7 1 ; compile_bool
0031 TGETB 8 0 4
0032 MOV 9 6
0033 MOV 10 2
0034 MOV 11 3
0035 CALL 7 1 5
0000 . JFUNCF 13 2 ; ssa.lua:55
0001 . GGET 4 0 ; "assert"
0002 . GGET 5 1 ; "type"
0003 . MOV 6 0
0004 . CALL 5 2 2
0000 . . FUNCC ; type
0005 . ISEQS 5 2 ; "table"
0006 . JMP 5 => 0009
0009 . KPRI 5 2
0010 . CALL 4 1 2
0000 . . FUNCC ; assert
0011 . TGETB 4 0 1
0012 . ISNES 4 3 ; "if"
0013 . JMP 5 => 0037
0037 . ISNES 4 4 ; "let"
0038 . JMP 5 => 0056
0056 . ISNES 4 10 ; "true"
0057 . JMP 5 => 0063
0063 . ISNES 4 11 ; "false"
0064 . JMP 5 => 0070
0065 . UGET 5 2 ; finish_goto
0066 . MOV 6 1
0067 . MOV 7 3
0068 . CALL 5 1 3
0000 . . JFUNCF 4 3 ; ssa.lua:52
0001 . . TDUP 2 1
0002 . . TGETS 3 1 2 ; "label"
0003 . . TSETB 3 2 2
0004 . . TSETS 2 0 0 ; "control"
0005 . . RET0 0 1
0069 . JMP 5 => 0094
0094 . RET0 0 1
0036 JMP 5 => 0094
0094 RET0 0 1
---- TRACE 4 abort ssa.lua:79 -- down-recursion, restarting
---- TRACE 4 start ssa.lua:79
0094 RET0 0 1
0030 UGET 7 1 ; compile_bool
0031 TGETB 8 0 4
0032 MOV 9 6
0033 MOV 10 2
0034 MOV 11 3
0035 CALL 7 1 5
0000 . JFUNCF 13 2 ; ssa.lua:55
0001 . GGET 4 0 ; "assert"
0002 . GGET 5 1 ; "type"
0003 . MOV 6 0
0004 . CALL 5 2 2
0000 . . FUNCC ; type
0005 . ISEQS 5 2 ; "table"
0006 . JMP 5 => 0009
0009 . KPRI 5 2
0010 . CALL 4 1 2
0000 . . FUNCC ; assert
0011 . TGETB 4 0 1
0012 . ISNES 4 3 ; "if"
0013 . JMP 5 => 0037
0037 . ISNES 4 4 ; "let"
0038 . JMP 5 => 0056
0056 . ISNES 4 10 ; "true"
0057 . JMP 5 => 0063
0063 . ISNES 4 11 ; "false"
0064 . JMP 5 => 0070
0065 . UGET 5 2 ; finish_goto
0066 . MOV 6 1
0067 . MOV 7 3
0068 . CALL 5 1 3
0000 . . JFUNCF 4 3 ; ssa.lua:52
0001 . . TDUP 2 1
0002 . . TGETS 3 1 2 ; "label"
0003 . . TSETB 3 2 2
0004 . . TSETS 2 0 0 ; "control"
0005 . . RET0 0 1
0069 . JMP 5 => 0094
0094 . RET0 0 1
0036 JMP 5 => 0094
0094 RET0 0 1
0055 JMP 5 => 0094
0094 RET0 0 1
0030 UGET 7 1 ; compile_bool
0031 TGETB 8 0 4
0032 MOV 9 6
0033 MOV 10 2
0034 MOV 11 3
0035 CALL 7 1 5
0000 . JFUNCF 13 2 ; ssa.lua:55
0001 . GGET 4 0 ; "assert"
0002 . GGET 5 1 ; "type"
0003 . MOV 6 0
0004 . CALL 5 2 2
0000 . . FUNCC ; type
0005 . ISEQS 5 2 ; "table"
0006 . JMP 5 => 0009
0009 . KPRI 5 2
0010 . CALL 4 1 2
0000 . . FUNCC ; assert
0011 . TGETB 4 0 1
0012 . ISNES 4 3 ; "if"
0013 . JMP 5 => 0037
0037 . ISNES 4 4 ; "let"
0038 . JMP 5 => 0056
0056 . ISNES 4 10 ; "true"
0057 . JMP 5 => 0063
0063 . ISNES 4 11 ; "false"
0064 . JMP 5 => 0070
0065 . UGET 5 2 ; finish_goto
0066 . MOV 6 1
0067 . MOV 7 3
0068 . CALL 5 1 3
0000 . . JFUNCF 4 3 ; ssa.lua:52
0001 . . TDUP 2 1
0002 . . TGETS 3 1 2 ; "label"
0003 . . TSETB 3 2 2
0004 . . TSETS 2 0 0 ; "control"
0005 . . RET0 0 1
0069 . JMP 5 => 0094
0094 . RET0 0 1
0036 JMP 5 => 0094
0094 RET0 0 1
---- TRACE 4 IR
.... SNAP #0 [ ---- ]
.... SNAP #1 [ ---- ]
0002 > p32 RETF proto: 0x40ff5d48 [0x40ff5e00]
.... SNAP #2 [ ---- ---- ---- ---- ---- ---- ---- ---- ]
0003 fun SLOAD #0 R
0004 > fun EQ 0003 ssa.lua:55
0005 rbp > tab SLOAD #1 T
0006 int FLOAD 0005 tab.asize
0007 > int ABC 0006 +4 
0008 rbp p32 FLOAD 0005 tab.array
0009 p32 AREF 0008 +4 
0010 rbx > tab ALOAD 0009
0011 rbp > tab SLOAD #7 T
0012 r15 > tab SLOAD #3 T
0013 r14 > tab SLOAD #4 T
0014 r12 tab FLOAD ssa.lua:55 func.env
0015 rsi p32 HREF 0014 "assert"
0016 > p32 EQ 0015 [0x416bd458]
0017 r13 tab FLOAD 0014 tab.meta
0018 > tab NE 0017 [NULL]
0019 int FLOAD 0017 tab.hmask
0020 > int EQ 0019 +1 
0021 rsi p32 FLOAD 0017 tab.node
0022 > p32 HREFK 0021 "__index" @1
0023 rsi > tab HLOAD 0022
0024 int FLOAD 0023 tab.hmask
0025 > int EQ 0024 +63 
0026 rsi p32 FLOAD 0023 tab.node
0027 > p32 HREFK 0026 "assert" @3
0028 > fun HLOAD 0027
0029 rdx p32 HREF 0014 "type"
0030 > p32 EQ 0029 [0x416bd458]
0031 > p32 HREFK 0026 "type" @60
0032 > fun HLOAD 0031
0033 > fun EQ 0032 type
0034 > fun EQ 0028 assert
0035 int FLOAD 0010 tab.asize
0036 > int ABC 0035 +1 
0037 rsi p32 FLOAD 0010 tab.array
0038 p32 AREF 0037 +1 
0039 [10] > str ALOAD 0038
.... SNAP #3 [ ssa.lua:55|---- ---- ---- ---- ---- ---- ---- ssa.lua:55|0010 0011 0012 0013 0039 ]
0040 > str NE 0039 "if"
.... SNAP #4 [ ssa.lua:55|---- ---- ---- ---- ---- ---- ---- ssa.lua:55|0010 0011 0012 0013 0039 ]
0041 > str NE 0039 "let"
.... SNAP #5 [ ssa.lua:55|---- ---- ---- ---- ---- ---- ---- ssa.lua:55|0010 0011 0012 0013 0039 ]
0042 > str NE 0039 "true"
.... SNAP #6 [ ssa.lua:55|---- ---- ---- ---- ---- ---- ---- ssa.lua:55|0010 0011 0012 0013 0039 ]
0043 > str EQ 0039 "false"
.... SNAP #7 [ ssa.lua:55|---- ---- ---- ---- ---- ---- ---- ssa.lua:55|0010 0011 0012 0013 0039 ]
0044 [c] > tab TDUP {0x40fe38f0}
0045 int FLOAD 0013 tab.hmask
0046 > int EQ 0045 +1 
0047 rdx p32 FLOAD 0013 tab.node
0048 > p32 HREFK 0047 "label" @1
0049 rdx > str HLOAD 0048
0050 rax p32 FLOAD 0044 tab.array
0051 p32 AREF 0050 +2 
0052 str ASTORE 0051 0049
.... SNAP #8 [ ssa.lua:55|---- ---- ---- ---- ---- ---- ---- ssa.lua:55|0010 0011 0012 0013 0039 ssa.lua:52|0011 ---- 0044 ---- ]
0053 rdx p32 HREF 0011 "control"
0054 > p32 EQ 0053 [0x416bd458]
0055 tab FLOAD 0011 tab.meta
0056 > tab EQ 0055 [NULL]
0057 rbx p32 NEWREF 0011 "control"
0058 tab HSTORE 0057 0044
0059 nil TBAR 0011
.... SNAP #9 [ ssa.lua:55|---- ---- ---- ---- ---- ]
0060 > p32 RETF proto: 0x40ff5d48 [0x40ff5e64]
.... SNAP #10 [ ---- ---- ---- ---- ---- ---- ]
0061 > p32 RETF proto: 0x40ff5d48 [0x40ff5e00]
.... SNAP #11 [ ---- ---- ---- ---- ---- ---- ---- ---- ]
0062 fun SLOAD #0 R
0063 > fun EQ 0062 ssa.lua:55
0064 rbp > tab SLOAD #1 T
0065 int FLOAD 0064 tab.asize
0066 > int ABC 0065 +4 
0067 rbp p32 FLOAD 0064 tab.array
0068 p32 AREF 0067 +4 
0069 rbx > tab ALOAD 0068
0070 rbp > tab SLOAD #7 T
0071 r15 > tab SLOAD #3 T
0072 r14 > tab SLOAD #4 T
0073 rsi p32 HREF 0014 "assert"
0074 > p32 EQ 0073 [0x416bd458]
0075 int FLOAD 0017 tab.hmask
0076 > int EQ 0075 +1 
0077 r13 p32 FLOAD 0017 tab.node
0078 > p32 HREFK 0077 "__index" @1
0079 r13 > tab HLOAD 0078
0080 int FLOAD 0079 tab.hmask
0081 > int EQ 0080 +63 
0082 r13 p32 FLOAD 0079 tab.node
0083 > p32 HREFK 0082 "assert" @3
0084 > fun HLOAD 0083
0085 rsi p32 HREF 0014 "type"
0086 > p32 EQ 0085 [0x416bd458]
0087 > p32 HREFK 0082 "type" @60
0088 > fun HLOAD 0087
0089 > fun EQ 0088 type
0090 > fun EQ 0084 assert
0091 int FLOAD 0069 tab.asize
0092 > int ABC 0091 +1 
0093 r13 p32 FLOAD 0069 tab.array
0094 p32 AREF 0093 +1 
0095 r13 > str ALOAD 0094
.... SNAP #12 [ ssa.lua:55|---- ---- ---- ---- ---- ---- ---- ssa.lua:55|0069 0070 0071 0072 0095 ]
0096 > str NE 0095 "if"
.... SNAP #13 [ ssa.lua:55|---- ---- ---- ---- ---- ---- ---- ssa.lua:55|0069 0070 0071 0072 0095 ]
0097 > str NE 0095 "let"
.... SNAP #14 [ ssa.lua:55|---- ---- ---- ---- ---- ---- ---- ssa.lua:55|0069 0070 0071 0072 0095 ]
0098 > str NE 0095 "true"
.... SNAP #15 [ ssa.lua:55|---- ---- ---- ---- ---- ---- ---- ssa.lua:55|0069 0070 0071 0072 0095 ]
0099 > str EQ 0095 "false"
.... SNAP #16 [ ssa.lua:55|---- ---- ---- ---- ---- ---- ---- ssa.lua:55|0069 0070 0071 0072 0095 ]
0100 [8] > tab TDUP {0x40fe38f0}
0101 int FLOAD 0072 tab.hmask
0102 > int EQ 0101 +1 
0103 r12 p32 FLOAD 0072 tab.node
0104 > p32 HREFK 0103 "label" @1
0105 r12 > str HLOAD 0104
0106 rax p32 FLOAD 0100 tab.array
0107 p32 AREF 0106 +2 
0108 str ASTORE 0107 0105
.... SNAP #17 [ ssa.lua:55|---- ---- ---- ---- ---- ---- ---- ssa.lua:55|0069 0070 0071 0072 0095 ssa.lua:52|0070 ---- 0100 ---- ]
0109 rsi p32 HREF 0070 "control"
0110 > p32 EQ 0109 [0x416bd458]
0111 tab FLOAD 0070 tab.meta
0112 > tab EQ 0111 [NULL]
0113 rbx p32 NEWREF 0070 "control"
0114 tab HSTORE 0113 0100
0115 nil TBAR 0070
.... SNAP #18 [ ssa.lua:55|]
---- TRACE 4 mcode 1484
0bcbf398 add rsp, -0x10
0bcbf39c mov dword [0x416bd410], 0x4
0bcbf3a7 mov edi, [0x416bd3d8]
0bcbf3ae cmp edi, [0x416bd3dc]
0bcbf3b5 jb 0x0bcbf3ce
0bcbf3b7 mov esi, 0x2
0bcbf3bc mov edi, 0x416bd3b8
0bcbf3c1 call 0x00421730 ->lj_gc_step_jit
0bcbf3c6 test eax, eax
0bcbf3c8 jnz 0x0bcb0010 ->0
0bcbf3ce mov edi, [0x416bd4b0]
0bcbf3d5 mov edx, [0x416bd4b4]
0bcbf3dc cmp dword [rdx-0x4], 0x40ff5e00
0bcbf3e3 jnz 0x0bcb0014 ->1
0bcbf3e9 add edx, -0x40
0bcbf3ec mov [0x416bd4b4], edx
0bcbf3f3 cmp dword [rdx-0x8], 0x416cd018
0bcbf3fa jnz 0x0bcb0018 ->2
0bcbf400 cmp dword [rdx+0x4], -0x0c
0bcbf404 jnz 0x0bcb0018 ->2
0bcbf40a mov ebp, [rdx]
0bcbf40c cmp dword [rbp+0x18], +0x04
0bcbf410 jbe 0x0bcb0018 ->2
0bcbf416 mov ebp, [rbp+0x8]
0bcbf419 cmp dword [rbp+0x24], -0x0c
0bcbf41d jnz 0x0bcb0018 ->2
0bcbf423 mov ebx, [rbp+0x20]
0bcbf426 cmp dword [rdx+0x34], -0x0c
0bcbf42a jnz 0x0bcb0018 ->2
0bcbf430 mov ebp, [rdx+0x30]
0bcbf433 cmp dword [rdx+0x14], -0x0c
0bcbf437 jnz 0x0bcb0018 ->2
0bcbf43d mov r15d, [rdx+0x10]
0bcbf441 cmp dword [rdx+0x1c], -0x0c
0bcbf445 jnz 0x0bcb0018 ->2
0bcbf44b mov r14d, [rdx+0x18]
0bcbf44f mov r12d, [0x416cd020]
0bcbf457 mov esi, [r12+0x1c]
0bcbf45c and esi, 0xce2b6183
0bcbf462 lea esi, [rsi+rsi*2]
0bcbf465 shl esi, 0x03
0bcbf468 add esi, [r12+0x14]
0bcbf46d cmp dword [rsi+0xc], -0x05
0bcbf471 jnz 0x0bcbf480
0bcbf473 cmp dword [rsi+0x8], 0x416bfdb0
0bcbf47a jz 0x0bcb0018 ->2
0bcbf480 mov esi, [rsi+0x10]
0bcbf483 test esi, esi
0bcbf485 jnz 0x0bcbf46d
0bcbf487 mov r13d, [r12+0x10]
0bcbf48c test r13d, r13d
0bcbf48f jz 0x0bcb0018 ->2
0bcbf495 cmp dword [r13+0x1c], +0x01
0bcbf49a jnz 0x0bcb0018 ->2
0bcbf4a0 mov esi, [r13+0x14]
0bcbf4a4 mov rdx, 0xfffffffb416bf4c8
0bcbf4ae cmp rdx, [rsi+0x20]
0bcbf4b2 jnz 0x0bcb0018 ->2
0bcbf4b8 cmp dword [rsi+0x1c], -0x0c
0bcbf4bc jnz 0x0bcb0018 ->2
0bcbf4c2 mov esi, [rsi+0x18]
0bcbf4c5 cmp dword [rsi+0x1c], +0x3f
0bcbf4c9 jnz 0x0bcb0018 ->2
0bcbf4cf mov esi, [rsi+0x14]
0bcbf4d2 mov rdx, 0xfffffffb416bfdb0
0bcbf4dc cmp rdx, [rsi+0x50]
0bcbf4e0 jnz 0x0bcb0018 ->2
0bcbf4e6 cmp dword [rsi+0x4c], -0x09
0bcbf4ea jnz 0x0bcb0018 ->2
0bcbf4f0 mov edx, [r12+0x1c]
0bcbf4f5 and edx, 0x798a813c
0bcbf4fb lea edx, [rdx+rdx*2]
0bcbf4fe shl edx, 0x03
0bcbf501 add edx, [r12+0x14]
0bcbf506 cmp dword [rdx+0xc], -0x05
0bcbf50a jnz 0x0bcbf519
0bcbf50c cmp dword [rdx+0x8], 0x416bffb0
0bcbf513 jz 0x0bcb0018 ->2
0bcbf519 mov edx, [rdx+0x10]
0bcbf51c test edx, edx
0bcbf51e jnz 0x0bcbf506
0bcbf520 mov rdx, 0xfffffffb416bffb0
0bcbf52a cmp rdx, [rsi+0x5a8]
0bcbf531 jnz 0x0bcb0018 ->2
0bcbf537 cmp dword [rsi+0x5a4], -0x09
0bcbf53e jnz 0x0bcb0018 ->2
0bcbf544 cmp dword [rsi+0x5a0], 0x416bff18
0bcbf54e jnz 0x0bcb0018 ->2
0bcbf554 cmp dword [rsi+0x48], 0x416bfd88
0bcbf55b jnz 0x0bcb0018 ->2
0bcbf561 cmp dword [rbx+0x18], +0x01
0bcbf565 jbe 0x0bcb0018 ->2
0bcbf56b mov esi, [rbx+0x8]
0bcbf56e cmp dword [rsi+0xc], -0x05
0bcbf572 jnz 0x0bcb0018 ->2
0bcbf578 mov esi, [rsi+0x8]
0bcbf57b mov [rsp+0x10], esi
0bcbf57f cmp esi, 0x416bf8f8
0bcbf585 jz 0x0bcb001c ->3
0bcbf58b cmp esi, 0x40fea3e8
0bcbf591 jz 0x0bcb0020 ->4
0bcbf597 cmp esi, 0x416bfa18
0bcbf59d jz 0x0bcb0024 ->5
0bcbf5a3 cmp esi, 0x416bf870
0bcbf5a9 jnz 0x0bcb0028 ->6
0bcbf5af mov esi, 0x40fe38f0
0bcbf5b4 call 0x004223c0 ->lj_tab_dup
0bcbf5b9 mov [rsp+0xc], eax
0bcbf5bd mov edi, [0x416bd4b0]
0bcbf5c4 cmp dword [r14+0x1c], +0x01
0bcbf5c9 jnz 0x0bcb002c ->7
0bcbf5cf mov edx, [r14+0x14]
0bcbf5d3 mov rcx, 0xfffffffb40ff4738
0bcbf5dd cmp rcx, [rdx+0x20]
0bcbf5e1 jnz 0x0bcb002c ->7
0bcbf5e7 cmp dword [rdx+0x1c], -0x05
0bcbf5eb jnz 0x0bcb002c ->7
0bcbf5f1 mov edx, [rdx+0x18]
0bcbf5f4 mov eax, [rax+0x8]
0bcbf5f7 mov dword [rax+0x14], 0xfffffffb
0bcbf5fe mov [rax+0x10], edx
0bcbf601 mov edx, [rbp+0x1c]
0bcbf604 and edx, 0x2a54dc55
0bcbf60a lea edx, [rdx+rdx*2]
0bcbf60d shl edx, 0x03
0bcbf610 add edx, [rbp+0x14]
0bcbf613 cmp dword [rdx+0xc], -0x05
0bcbf617 jnz 0x0bcbf626
0bcbf619 cmp dword [rdx+0x8], 0x40ff4ea0
0bcbf620 jz 0x0bcb0030 ->8
0bcbf626 mov edx, [rdx+0x10]
0bcbf629 test edx, edx
0bcbf62b jnz 0x0bcbf613
0bcbf62d cmp dword [rbp+0x10], +0x00
0bcbf631 jnz 0x0bcb0030 ->8
0bcbf637 mov edx, 0x416bd448
0bcbf63c mov dword [rdx+0x4], 0xfffffffb
0bcbf643 mov dword [rdx], 0x40ff4ea0
0bcbf649 mov esi, ebp
0bcbf64b call 0x00422cf0 ->lj_tab_newkey
0bcbf650 mov ebx, eax
0bcbf652 mov edi, [0x416bd4b0]
0bcbf659 mov edx, [0x416bd4b4]
0bcbf660 mov eax, [rsp+0xc]
0bcbf664 mov dword [rbx+0x4], 0xfffffff4
0bcbf66b mov [rbx], eax
0bcbf66d test byte [rbp+0x4], 0x4
0bcbf671 jz 0x0bcbf688
0bcbf673 and byte [rbp+0x4], 0xfb
0bcbf677 mov esi, [0x416bd3f4]
0bcbf67e mov [0x416bd3f4], ebp
0bcbf685 mov [rbp+0xc], esi
0bcbf688 cmp dword [rdx-0x4], 0x40ff5e64
0bcbf68f jnz 0x0bcb0034 ->9
0bcbf695 add edx, -0x48
0bcbf698 mov [0x416bd4b4], edx
0bcbf69f cmp dword [rdx-0x4], 0x40ff5e00
0bcbf6a6 jnz 0x0bcb0038 ->10
0bcbf6ac add edx, -0x40
0bcbf6af mov [0x416bd4b4], edx
0bcbf6b6 cmp dword [rdx-0x8], 0x416cd018
0bcbf6bd jnz 0x0bcb003c ->11
0bcbf6c3 cmp dword [rdx+0x4], -0x0c
0bcbf6c7 jnz 0x0bcb003c ->11
0bcbf6cd mov ebp, [rdx]
0bcbf6cf cmp dword [rbp+0x18], +0x04
0bcbf6d3 jbe 0x0bcb003c ->11
0bcbf6d9 mov ebp, [rbp+0x8]
0bcbf6dc cmp dword [rbp+0x24], -0x0c
0bcbf6e0 jnz 0x0bcb003c ->11
0bcbf6e6 mov ebx, [rbp+0x20]
0bcbf6e9 cmp dword [rdx+0x34], -0x0c
0bcbf6ed jnz 0x0bcb003c ->11
0bcbf6f3 mov ebp, [rdx+0x30]
0bcbf6f6 cmp dword [rdx+0x14], -0x0c
0bcbf6fa jnz 0x0bcb003c ->11
0bcbf700 mov r15d, [rdx+0x10]
0bcbf704 cmp dword [rdx+0x1c], -0x0c
0bcbf708 jnz 0x0bcb003c ->11
0bcbf70e mov r14d, [rdx+0x18]
0bcbf712 mov esi, [r12+0x1c]
0bcbf717 and esi, 0xce2b6183
0bcbf71d lea esi, [rsi+rsi*2]
0bcbf720 shl esi, 0x03
0bcbf723 add esi, [r12+0x14]
0bcbf728 cmp dword [rsi+0xc], -0x05
0bcbf72c jnz 0x0bcbf73b
0bcbf72e cmp dword [rsi+0x8], 0x416bfdb0
0bcbf735 jz 0x0bcb003c ->11
0bcbf73b mov esi, [rsi+0x10]
0bcbf73e test esi, esi
0bcbf740 jnz 0x0bcbf728
0bcbf742 cmp dword [r13+0x1c], +0x01
0bcbf747 jnz 0x0bcb003c ->11
0bcbf74d mov r13d, [r13+0x14]
0bcbf751 mov rsi, 0xfffffffb416bf4c8
0bcbf75b cmp rsi, [r13+0x20]
0bcbf75f jnz 0x0bcb003c ->11
0bcbf765 cmp dword [r13+0x1c], -0x0c
0bcbf76a jnz 0x0bcb003c ->11
0bcbf770 mov r13d, [r13+0x18]
0bcbf774 cmp dword [r13+0x1c], +0x3f
0bcbf779 jnz 0x0bcb003c ->11
0bcbf77f mov r13d, [r13+0x14]
0bcbf783 mov rsi, 0xfffffffb416bfdb0
0bcbf78d cmp rsi, [r13+0x50]
0bcbf791 jnz 0x0bcb003c ->11
0bcbf797 cmp dword [r13+0x4c], -0x09
0bcbf79c jnz 0x0bcb003c ->11
0bcbf7a2 mov esi, [r12+0x1c]
0bcbf7a7 and esi, 0x798a813c
0bcbf7ad lea esi, [rsi+rsi*2]
0bcbf7b0 shl esi, 0x03
0bcbf7b3 add esi, [r12+0x14]
0bcbf7b8 cmp dword [rsi+0xc], -0x05
0bcbf7bc jnz 0x0bcbf7cb
0bcbf7be cmp dword [rsi+0x8], 0x416bffb0
0bcbf7c5 jz 0x0bcb003c ->11
0bcbf7cb mov esi, [rsi+0x10]
0bcbf7ce test esi, esi
0bcbf7d0 jnz 0x0bcbf7b8
0bcbf7d2 mov rsi, 0xfffffffb416bffb0
0bcbf7dc cmp rsi, [r13+0x5a8]
0bcbf7e3 jnz 0x0bcb003c ->11
0bcbf7e9 cmp dword [r13+0x5a4], -0x09
0bcbf7f1 jnz 0x0bcb003c ->11
0bcbf7f7 cmp dword [r13+0x5a0], 0x416bff18
0bcbf802 jnz 0x0bcb003c ->11
0bcbf808 cmp dword [r13+0x48], 0x416bfd88
0bcbf810 jnz 0x0bcb003c ->11
0bcbf816 cmp dword [rbx+0x18], +0x01
0bcbf81a jbe 0x0bcb003c ->11
0bcbf820 mov r13d, [rbx+0x8]
0bcbf824 cmp dword [r13+0xc], -0x05
0bcbf829 jnz 0x0bcb003c ->11
0bcbf82f mov r13d, [r13+0x8]
0bcbf833 cmp r13d, 0x416bf8f8
0bcbf83a jz 0x0bcb0040 ->12
0bcbf840 cmp r13d, 0x40fea3e8
0bcbf847 jz 0x0bcb0044 ->13
0bcbf84d cmp r13d, 0x416bfa18
0bcbf854 jz 0x0bcb0048 ->14
0bcbf85a cmp r13d, 0x416bf870
0bcbf861 jnz 0x0bcb004c ->15
0bcbf867 mov esi, 0x40fe38f0
0bcbf86c call 0x004223c0 ->lj_tab_dup
0bcbf871 mov [rsp+0x8], eax
0bcbf875 mov edi, [0x416bd4b0]
0bcbf87c cmp dword [r14+0x1c], +0x01
0bcbf881 jnz 0x0bcb0050 ->16
0bcbf887 mov r12d, [r14+0x14]
0bcbf88b mov rsi, 0xfffffffb40ff4738
0bcbf895 cmp rsi, [r12+0x20]
0bcbf89a jnz 0x0bcb0050 ->16
0bcbf8a0 cmp dword [r12+0x1c], -0x05
0bcbf8a6 jnz 0x0bcb0050 ->16
0bcbf8ac mov r12d, [r12+0x18]
0bcbf8b1 mov eax, [rax+0x8]
0bcbf8b4 mov dword [rax+0x14], 0xfffffffb
0bcbf8bb mov [rax+0x10], r12d
0bcbf8bf mov esi, [rbp+0x1c]
0bcbf8c2 and esi, 0x2a54dc55
0bcbf8c8 lea esi, [rsi+rsi*2]
0bcbf8cb shl esi, 0x03
0bcbf8ce add esi, [rbp+0x14]
0bcbf8d1 cmp dword [rsi+0xc], -0x05
0bcbf8d5 jnz 0x0bcbf8e4
0bcbf8d7 cmp dword [rsi+0x8], 0x40ff4ea0
0bcbf8de jz 0x0bcb0054 ->17
0bcbf8e4 mov esi, [rsi+0x10]
0bcbf8e7 test esi, esi
0bcbf8e9 jnz 0x0bcbf8d1
0bcbf8eb cmp dword [rbp+0x10], +0x00
0bcbf8ef jnz 0x0bcb0054 ->17
0bcbf8f5 mov edx, 0x416bd448
0bcbf8fa mov dword [rdx+0x4], 0xfffffffb
0bcbf901 mov dword [rdx], 0x40ff4ea0
0bcbf907 mov esi, ebp
0bcbf909 call 0x00422cf0 ->lj_tab_newkey
0bcbf90e mov ebx, eax
0bcbf910 mov edx, [0x416bd4b4]
0bcbf917 mov eax, [rsp+0x8]
0bcbf91b mov dword [rbx+0x4], 0xfffffff4
0bcbf922 mov [rbx], eax
0bcbf924 test byte [rbp+0x4], 0x4
0bcbf928 jz 0x0bcbf93f
0bcbf92a and byte [rbp+0x4], 0xfb
0bcbf92e mov edi, [0x416bd3f4]
0bcbf935 mov [0x416bd3f4], ebp
0bcbf93c mov [rbp+0xc], edi
0bcbf93f mov eax, [0x416bd4b0]
0bcbf946 mov eax, [rax+0x20]
0bcbf949 sub eax, edx
0bcbf94b cmp eax, +0x68
0bcbf94e jb 0x0bcb0058 ->18
0bcbf954 mov dword [rdx-0x8], 0x416cd018
0bcbf95b add rsp, +0x10
0bcbf95f jmp 0x0bcbf398
---- TRACE 4 stop -> down-recursion
---- TRACE 4 exit 1
---- TRACE 2 exit 5
---- TRACE 5 start ssa.lua:46
0001 TDUP 2 1
0002 TSETB 1 2 2
0003 TSETS 2 0 0 ; "control"
0004 RET0 0 1
---- TRACE 5 IR
.... SNAP #0 [ ---- ---- ---- ]
0001 [8] > tab TDUP {0x40ff5470}
0002 rbp > tab SLOAD #2 T
0003 rax p32 FLOAD 0001 tab.array
0004 p32 AREF 0003 +2 
0005 tab ASTORE 0004 0002
.... SNAP #1 [ ---- ---- ---- 0001 ]
0006 rbp > tab SLOAD #1 T
0007 rsi p32 HREF 0006 "control"
0008 > p32 EQ 0007 [0x416bd458]
0009 tab FLOAD 0006 tab.meta
0010 > tab EQ 0009 [NULL]
0011 rbx p32 NEWREF 0006 "control"
0012 tab HSTORE 0011 0001
0013 nil TBAR 0006
.... SNAP #2 [ ---- ]
---- TRACE 5 mcode 269
0bcbf284 mov dword [0x416bd410], 0x5
0bcbf28f mov edi, [0x416bd3d8]
0bcbf296 cmp edi, [0x416bd3dc]
0bcbf29d jb 0x0bcbf2b6
0bcbf29f mov esi, 0x1
0bcbf2a4 mov edi, 0x416bd3b8
0bcbf2a9 call 0x00421730 ->lj_gc_step_jit
0bcbf2ae test eax, eax
0bcbf2b0 jnz 0x0bcb0010 ->0
0bcbf2b6 mov edi, [0x416bd4b0]
0bcbf2bd mov esi, 0x40ff5470
0bcbf2c2 call 0x004223c0 ->lj_tab_dup
0bcbf2c7 mov [rsp+0x8], eax
0bcbf2cb mov edi, [0x416bd4b0]
0bcbf2d2 mov edx, [0x416bd4b4]
0bcbf2d9 cmp dword [rdx+0xc], -0x0c
0bcbf2dd jnz 0x0bcb0010 ->0
0bcbf2e3 mov ebp, [rdx+0x8]
0bcbf2e6 mov eax, [rax+0x8]
0bcbf2e9 mov dword [rax+0x14], 0xfffffff4
0bcbf2f0 mov [rax+0x10], ebp
0bcbf2f3 cmp dword [rdx+0x4], -0x0c
0bcbf2f7 jnz 0x0bcb0014 ->1
0bcbf2fd mov ebp, [rdx]
0bcbf2ff mov esi, [rbp+0x1c]
0bcbf302 and esi, 0x2a54dc55
0bcbf308 lea esi, [rsi+rsi*2]
0bcbf30b shl esi, 0x03
0bcbf30e add esi, [rbp+0x14]
0bcbf311 cmp dword [rsi+0xc], -0x05
0bcbf315 jnz 0x0bcbf324
0bcbf317 cmp dword [rsi+0x8], 0x40ff4ea0
0bcbf31e jz 0x0bcb0014 ->1
0bcbf324 mov esi, [rsi+0x10]
0bcbf327 test esi, esi
0bcbf329 jnz 0x0bcbf311
0bcbf32b cmp dword [rbp+0x10], +0x00
0bcbf32f jnz 0x0bcb0014 ->1
0bcbf335 mov edx, 0x416bd448
0bcbf33a mov dword [rdx+0x4], 0xfffffffb
0bcbf341 mov dword [rdx], 0x40ff4ea0
0bcbf347 mov esi, ebp
0bcbf349 call 0x00422cf0 ->lj_tab_newkey
0bcbf34e mov ebx, eax
0bcbf350 mov edx, [0x416bd4b4]
0bcbf357 mov eax, [rsp+0x8]
0bcbf35b mov dword [rbx+0x4], 0xfffffff4
0bcbf362 mov [rbx], eax
0bcbf364 test byte [rbp+0x4], 0x4
0bcbf368 jz 0x0bcbf37f
0bcbf36a and byte [rbp+0x4], 0xfb
0bcbf36e mov edi, [0x416bd3f4]
0bcbf375 mov [0x416bd3f4], ebp
0bcbf37c mov [rbp+0xc], edi
0bcbf37f xor eax, eax
0bcbf381 mov ebx, 0x40ff5800
0bcbf386 mov r14d, 0x416be008
0bcbf38c jmp 0x00420177
---- TRACE 5 stop -> return
---- TRACE 4 exit 3
---- TRACE 2 exit 1
---- TRACE 6 start 2/1 ssa.lua:59
0014 UGET 5 0 ; add_block
0015 CALL 5 2 1
0000 . JFUNCF 3 1 ; ssa.lua:39
0001 . UGET 0 0 ; label_counter
0002 . ADDVN 0 0 0 ; 1
0003 . USETV 0 0 ; label_counter
0004 . KSTR 0 0 ; "L"
0005 . UGET 1 0 ; label_counter
0006 . CAT 0 0 1
0007 . TDUP 1 1
0008 . TNEW 2 0
0009 . TSETS 2 1 2 ; "bindings"
0010 . TSETS 0 1 3 ; "label"
0011 . UGET 2 1 ; ssa
0012 . TGETS 2 2 4 ; "blocks"
0013 . TSETV 1 2 0
0014 . RET1 1 2
0016 UGET 6 0 ; add_block
0017 CALL 6 2 1
0000 . JFUNCF 3 1 ; ssa.lua:39
0001 . UGET 0 0 ; label_counter
0002 . ADDVN 0 0 0 ; 1
0003 . USETV 0 0 ; label_counter
0004 . KSTR 0 0 ; "L"
0005 . UGET 1 0 ; label_counter
0006 . CAT 0 0 1
0007 . TDUP 1 1
0008 . TNEW 2 0
0009 . TSETS 2 1 2 ; "bindings"
0010 . TSETS 0 1 3 ; "label"
0011 . UGET 2 1 ; ssa
0012 . TGETS 2 2 4 ; "blocks"
0013 . TSETV 1 2 0
0014 . RET1 1 2
0018 UGET 7 1 ; compile_bool
0019 TGETB 8 0 2
0020 MOV 9 1
0021 MOV 10 5
0022 MOV 11 6
0023 CALL 7 1 5
0000 . JFUNCF 13 2 ; ssa.lua:55
0001 . GGET 4 0 ; "assert"
0002 . GGET 5 1 ; "type"
0003 . MOV 6 0
0004 . CALL 5 2 2
0000 . . FUNCC ; type
0005 . ISEQS 5 2 ; "table"
0006 . JMP 5 => 0009
0009 . KPRI 5 2
0010 . CALL 4 1 2
0000 . . FUNCC ; assert
0011 . TGETB 4 0 1
0012 . ISNES 4 3 ; "if"
0013 . JMP 5 => 0037
0014 . UGET 5 0 ; add_block
0015 . CALL 5 2 1
0000 . . JFUNCF 3 1 ; ssa.lua:39
0001 . . UGET 0 0 ; label_counter
0002 . . ADDVN 0 0 0 ; 1
0003 . . USETV 0 0 ; label_counter
0004 . . KSTR 0 0 ; "L"
0005 . . UGET 1 0 ; label_counter
0006 . . CAT 0 0 1
0007 . . TDUP 1 1
0008 . . TNEW 2 0
0009 . . TSETS 2 1 2 ; "bindings"
0010 . . TSETS 0 1 3 ; "label"
0011 . . UGET 2 1 ; ssa
0012 . . TGETS 2 2 4 ; "blocks"
0013 . . TSETV 1 2 0
0014 . . RET1 1 2
0016 . UGET 6 0 ; add_block
0017 . CALL 6 2 1
0000 . . JFUNCF 3 1 ; ssa.lua:39
0001 . . UGET 0 0 ; label_counter
0002 . . ADDVN 0 0 0 ; 1
0003 . . USETV 0 0 ; label_counter
0004 . . KSTR 0 0 ; "L"
0005 . . UGET 1 0 ; label_counter
0006 . . CAT 0 0 1
0007 . . TDUP 1 1
0008 . . TNEW 2 0
0009 . . TSETS 2 1 2 ; "bindings"
0010 . . TSETS 0 1 3 ; "label"
0011 . . UGET 2 1 ; ssa
0012 . . TGETS 2 2 4 ; "blocks"
0013 . . TSETV 1 2 0
0014 . . RET1 1 2
0018 . UGET 7 1 ; compile_bool
0019 . TGETB 8 0 2
0020 . MOV 9 1
0021 . MOV 10 5
0022 . MOV 11 6
0023 . CALL 7 1 5
0000 . . JFUNCF 13 2 ; ssa.lua:55
0001 . . GGET 4 0 ; "assert"
0002 . . GGET 5 1 ; "type"
0003 . . MOV 6 0
0004 . . CALL 5 2 2
0000 . . . FUNCC ; type
0005 . . ISEQS 5 2 ; "table"
0006 . . JMP 5 => 0009
0009 . . KPRI 5 2
0010 . . CALL 4 1 2
0000 . . . FUNCC ; assert
0011 . . TGETB 4 0 1
0012 . . ISNES 4 3 ; "if"
0013 . . JMP 5 => 0037
0037 . . ISNES 4 4 ; "let"
0038 . . JMP 5 => 0056
0056 . . ISNES 4 10 ; "true"
0057 . . JMP 5 => 0063
0063 . . ISNES 4 11 ; "false"
0064 . . JMP 5 => 0070
0070 . . ISNES 4 12 ; "match"
0071 . . JMP 5 => 0077
0077 . . ISNES 4 14 ; "fail"
0078 . . JMP 5 => 0084
0084 . . GGET 5 0 ; "assert"
0085 . . UGET 6 4 ; relops
0086 . . TGETV 6 6 4
0087 . . CALL 5 1 2
0000 . . . FUNCC ; assert
0088 . . UGET 5 5 ; finish_if
0089 . . MOV 6 1
0090 . . MOV 7 0
0091 . . MOV 8 2
0092 . . MOV 9 3
0093 . . CALL 5 1 5
0000 . . . FUNCF 6 ; ssa.lua:49
0001 . . . TDUP 4 1
0002 . . . TSETB 1 4 2
0003 . . . TGETS 5 2 2 ; "label"
0004 . . . TSETB 5 4 3
0005 . . . TGETS 5 3 2 ; "label"
0006 . . . TSETB 5 4 4
0007 . . . TSETS 4 0 0 ; "control"
0008 . . . RET0 0 1
0094 . . JLOOP 1 4
---- TRACE 6 IR
0001 rbx str SLOAD #5 PI
.... SNAP #0 [ ---- ---- ---- ---- ---- 0001 ]
0002 fun SLOAD #0 R
0003 > fun EQ 0002 ssa.lua:55
0004 [44] > p32 UREFO ssa.lua:39 #0
0005 xmm7 > num ULOAD 0004
0006 [58] num ADD 0005 +1 
0007 num USTORE 0004 0006
.... SNAP #1 [ ssa.lua:55|---- ---- ---- ---- 0001 ssa.lua:39|---- ]
0008 str TOSTR 0006 NUM
0009 rdi p32 BUFHDR [0x416bd414] RESET
0010 rdi p32 BUFPUT 0009 "L" 
0011 rdi p32 BUFPUT 0010 0008
0012 [60] str BUFSTR 0011 0009
0013 [8] > tab TDUP {0x40ff53c0}
0014 r15 > tab TNEW #0 #0
0015 rbp p32 FLOAD 0013 tab.node
0016 p32 HREFK 0015 "bindings" @2
0017 tab HSTORE 0016 0014
0018 p32 HREFK 0015 "label" @3
0019 str HSTORE 0018 0012
.... SNAP #2 [ ssa.lua:55|---- ---- ---- ---- 0001 ssa.lua:39|0012 0013 ---- ]
0020 rbp > p32 UREFO ssa.lua:39 #1
0021 [2c] > tab ULOAD 0020
0022 int FLOAD 0021 tab.hmask
0023 > int EQ 0022 +1 
0024 rbp p32 FLOAD 0021 tab.node
0025 > p32 HREFK 0024 "blocks" @0
0026 rbp > tab HLOAD 0025
0027 rsi p32 HREF 0026 0012
0028 > p32 EQ 0027 [0x416bd458]
0029 tab FLOAD 0026 tab.meta
0030 > tab EQ 0029 [NULL]
0031 r15 p32 NEWREF 0026 0012
0032 tab HSTORE 0031 0013
0033 nil TBAR 0026
0034 p32 FREF 0026 tab.nomm
0035 u8  FSTORE 0034 +0 
0036 [50] num ADD 0006 +1 
0037 num USTORE 0004 0036
.... SNAP #3 [ ssa.lua:55|---- ---- ---- ---- 0001 0013 ssa.lua:39|---- ]
0038 str TOSTR 0036 NUM
0039 rdi p32 BUFHDR [0x416bd414] RESET
0040 rdi p32 BUFPUT 0039 "L" 
0041 rdi p32 BUFPUT 0040 0038
0042 [4c] str BUFSTR 0041 0039
0043 rbp > tab TDUP {0x40ff53c0}
0044 r14 > tab TNEW #0 #0
0045 r15 p32 FLOAD 0043 tab.node
0046 p32 HREFK 0045 "bindings" @2
0047 tab HSTORE 0046 0044
0048 p32 HREFK 0045 "label" @3
0049 str HSTORE 0048 0042
.... SNAP #4 [ ssa.lua:55|---- ---- ---- ---- 0001 0013 ssa.lua:39|0042 0043 ---- ]
0050 int FLOAD 0021 tab.hmask
0051 > int EQ 0050 +1 
0052 r15 p32 FLOAD 0021 tab.node
0053 > p32 HREFK 0052 "blocks" @0
0054 r15 > tab HLOAD 0053
0055 rsi p32 HREF 0054 0042
0056 > p32 EQ 0055 [0x416bd458]
0057 tab FLOAD 0054 tab.meta
0058 > tab EQ 0057 [NULL]
0059 rax p32 NEWREF 0054 0042
0060 tab HSTORE 0059 0043
0061 nil TBAR 0054
0062 p32 FREF 0054 tab.nomm
0063 u8  FSTORE 0062 +0 
.... SNAP #5 [ ssa.lua:55|---- ---- ---- ---- 0001 0013 ssa.lua:39|---- 0043 ---- ]
0064 r15 > tab SLOAD #1 T
0065 int FLOAD 0064 tab.asize
0066 > int ABC 0065 +2 
0067 r15 p32 FLOAD 0064 tab.array
0068 p32 AREF 0067 +2 
0069 r15 > tab ALOAD 0068
0070 r14 > tab SLOAD #2 T
0071 [20] tab FLOAD ssa.lua:55 func.env
0072 rsi p32 HREF 0071 "assert"
0073 > p32 EQ 0072 [0x416bd458]
0074 [28] tab FLOAD 0071 tab.meta
0075 > tab NE 0074 [NULL]
0076 int FLOAD 0074 tab.hmask
0077 > int EQ 0076 +1 
0078 r13 p32 FLOAD 0074 tab.node
0079 > p32 HREFK 0078 "__index" @1
0080 r13 > tab HLOAD 0079
0081 int FLOAD 0080 tab.hmask
0082 > int EQ 0081 +63 
0083 r13 p32 FLOAD 0080 tab.node
0084 > p32 HREFK 0083 "assert" @3
0085 > fun HLOAD 0084
0086 rsi p32 HREF 0071 "type"
0087 > p32 EQ 0086 [0x416bd458]
0088 > p32 HREFK 0083 "type" @60
0089 > fun HLOAD 0088
0090 > fun EQ 0089 type
0091 > fun EQ 0085 assert
0092 int FLOAD 0069 tab.asize
0093 > int ABC 0092 +1 
0094 r13 p32 FLOAD 0069 tab.array
0095 p32 AREF 0094 +1 
0096 r13 > str ALOAD 0095
.... SNAP #6 [ ssa.lua:55|---- ---- ---- ---- 0001 0013 0043 ssa.lua:55|0069 0070 0013 0043 0096 ]
0097 > str EQ 0096 "if"
0098 [38] num ADD 0036 +1 
0099 num USTORE 0004 0098
.... SNAP #7 [ ssa.lua:55|---- ---- ---- ---- 0001 0013 0043 ssa.lua:55|0069 0070 0013 0043 0096 ssa.lua:39|---- ]
0100 str TOSTR 0098 NUM
0101 rdi p32 BUFHDR [0x416bd414] RESET
0102 rdi p32 BUFPUT 0101 "L" 
0103 rdi p32 BUFPUT 0102 0100
0104 [48] str BUFSTR 0103 0101
0105 r12 > tab TDUP {0x40ff53c0}
0106 rcx > tab TNEW #0 #0
0107 rdx p32 FLOAD 0105 tab.node
0108 p32 HREFK 0107 "bindings" @2
0109 tab HSTORE 0108 0106
0110 p32 HREFK 0107 "label" @3
0111 str HSTORE 0110 0104
.... SNAP #8 [ ssa.lua:55|---- ---- ---- ---- 0001 0013 0043 ssa.lua:55|0069 0070 0013 0043 0096 ssa.lua:39|0104 0105 ---- ]
0112 int FLOAD 0021 tab.hmask
0113 > int EQ 0112 +1 
0114 rsi p32 FLOAD 0021 tab.node
0115 > p32 HREFK 0114 "blocks" @0
0116 [40] > tab HLOAD 0115
0117 rdx p32 HREF 0116 0104
0118 > p32 EQ 0117 [0x416bd458]
0119 tab FLOAD 0116 tab.meta
0120 > tab EQ 0119 [NULL]
0121 rax p32 NEWREF 0116 0104
0122 tab HSTORE 0121 0105
0123 nil TBAR 0116
0124 p32 FREF 0116 tab.nomm
0125 u8  FSTORE 0124 +0 
0126 [30] num ADD 0098 +1 
0127 num USTORE 0004 0126
.... SNAP #9 [ ssa.lua:55|---- ---- ---- ---- 0001 0013 0043 ssa.lua:55|0069 0070 0013 0043 0096 0105 ssa.lua:39|---- ]
0128 str TOSTR 0126 NUM
0129 rdi p32 BUFHDR [0x416bd414] RESET
0130 rdi p32 BUFPUT 0129 "L" 
0131 rdi p32 BUFPUT 0130 0128
0132 [18] str BUFSTR 0131 0129
0133 [14] > tab TDUP {0x40ff53c0}
0134 rcx > tab TNEW #0 #0
0135 rdx p32 FLOAD 0133 tab.node
0136 p32 HREFK 0135 "bindings" @2
0137 tab HSTORE 0136 0134
0138 p32 HREFK 0135 "label" @3
0139 str HSTORE 0138 0132
.... SNAP #10 [ ssa.lua:55|---- ---- ---- ---- 0001 0013 0043 ssa.lua:55|0069 0070 0013 0043 0096 0105 ssa.lua:39|0132 0133 ---- ]
0140 int FLOAD 0021 tab.hmask
0141 > int EQ 0140 +1 
0142 rsi p32 FLOAD 0021 tab.node
0143 > p32 HREFK 0142 "blocks" @0
0144 [24] > tab HLOAD 0143
0145 rdx p32 HREF 0144 0132
0146 > p32 EQ 0145 [0x416bd458]
0147 tab FLOAD 0144 tab.meta
0148 > tab EQ 0147 [NULL]
0149 rcx p32 NEWREF 0144 0132
0150 tab HSTORE 0149 0133
0151 nil TBAR 0144
0152 p32 FREF 0144 tab.nomm
0153 u8  FSTORE 0152 +0 
.... SNAP #11 [ ssa.lua:55|---- ---- ---- ---- 0001 0013 0043 ssa.lua:55|0069 0070 0013 0043 0096 0105 ssa.lua:39|---- 0133 ---- ]
0154 int FLOAD 0069 tab.asize
0155 > int ABC 0154 +2 
0156 rdx p32 FLOAD 0069 tab.array
0157 p32 AREF 0156 +2 
0158 [10] > tab ALOAD 0157
0159 rdx p32 HREF 0071 "assert"
0160 > p32 EQ 0159 [0x416bd458]
0161 int FLOAD 0074 tab.hmask
0162 > int EQ 0161 +1 
0163 rsi p32 FLOAD 0074 tab.node
0164 > p32 HREFK 0163 "__index" @1
0165 rsi > tab HLOAD 0164
0166 int FLOAD 0165 tab.hmask
0167 > int EQ 0166 +63 
0168 rsi p32 FLOAD 0165 tab.node
0169 > p32 HREFK 0168 "assert" @3
0170 > fun HLOAD 0169
0171 rdx p32 HREF 0071 "type"
0172 > p32 EQ 0171 [0x416bd458]
0173 > p32 HREFK 0168 "type" @60
0174 > fun HLOAD 0173
0175 > fun EQ 0174 type
0176 > fun EQ 0170 assert
0177 int FLOAD 0158 tab.asize
0178 > int ABC 0177 +1 
0179 rsi p32 FLOAD 0158 tab.array
0180 p32 AREF 0179 +1 
0181 [1c] > str ALOAD 0180
.... SNAP #12 [ ssa.lua:55|---- ---- ---- ---- 0001 0013 0043 ssa.lua:55|0069 0070 0013 0043 0096 0105 0133 ssa.lua:55|0158 0070 0105 0133 0181 ]
0182 > str NE 0181 "if"
.... SNAP #13 [ ssa.lua:55|---- ---- ---- ---- 0001 0013 0043 ssa.lua:55|0069 0070 0013 0043 0096 0105 0133 ssa.lua:55|0158 0070 0105 0133 0181 ]
0183 > str NE 0181 "let"
.... SNAP #14 [ ssa.lua:55|---- ---- ---- ---- 0001 0013 0043 ssa.lua:55|0069 0070 0013 0043 0096 0105 0133 ssa.lua:55|0158 0070 0105 0133 0181 ]
0184 > str NE 0181 "true"
.... SNAP #15 [ ssa.lua:55|---- ---- ---- ---- 0001 0013 0043 ssa.lua:55|0069 0070 0013 0043 0096 0105 0133 ssa.lua:55|0158 0070 0105 0133 0181 ]
0185 > str NE 0181 "false"
.... SNAP #16 [ ssa.lua:55|---- ---- ---- ---- 0001 0013 0043 ssa.lua:55|0069 0070 0013 0043 0096 0105 0133 ssa.lua:55|0158 0070 0105 0133 0181 ]
0186 > str NE 0181 "match"
.... SNAP #17 [ ssa.lua:55|---- ---- ---- ---- 0001 0013 0043 ssa.lua:55|0069 0070 0013 0043 0096 0105 0133 ssa.lua:55|0158 0070 0105 0133 0181 ]
0187 > str NE 0181 "fail"
.... SNAP #18 [ ssa.lua:55|---- ---- ---- ---- 0001 0013 0043 ssa.lua:55|0069 0070 0013 0043 0096 0105 0133 ssa.lua:55|0158 0070 0105 0133 0181 ]
0188 > p32 UREFC ssa.lua:55 #4
0189 rdx > tab ULOAD 0188
0190 rsi p32 HREF 0189 0181
0191 > tru HLOAD 0190
0192 [c] > tab TDUP {0x40fe9ad8}
0193 rdx p32 FLOAD 0192 tab.array
0194 p32 AREF 0193 +2 
0195 tab ASTORE 0194 0158
.... SNAP #19 [ ssa.lua:55|---- ---- ---- ---- 0001 0013 0043 ssa.lua:55|0069 0070 0013 0043 0096 0105 0133 ssa.lua:55|0158 0070 0105 0133 0181 ssa.lua:49|0070 ---- 0105 0133 0192 ]
0196 int FLOAD 0105 tab.hmask
0197 > int EQ 0196 +3 
0198 rcx p32 FLOAD 0105 tab.node
0199 > p32 HREFK 0198 "label" @3
0200 rcx > str HLOAD 0199
0201 p32 AREF 0193 +3 
0202 str ASTORE 0201 0200
0203 p32 AREF 0193 +4 
0204 str ASTORE 0203 0132
.... SNAP #20 [ ssa.lua:55|---- ---- ---- ---- 0001 0013 0043 ssa.lua:55|0069 0070 0013 0043 0096 0105 0133 ssa.lua:55|0158 0070 0105 0133 0181 ssa.lua:49|0070 ---- ---- ---- 0192 ---- ]
0205 rdx p32 HREF 0070 "control"
0206 > p32 EQ 0205 [0x416bd458]
0207 tab FLOAD 0070 tab.meta
0208 > tab EQ 0207 [NULL]
0209 r11 p32 NEWREF 0070 "control"
0210 tab HSTORE 0209 0192
0211 nil TBAR 0070
.... SNAP #21 [ ssa.lua:55|---- ---- ---- ---- 0001 0013 0043 ssa.lua:55|0069 0070 0013 0043 0096 0105 0133 ssa.lua:55|0158 ]
---- TRACE 6 mcode 2681
0bcbe808 mov eax, [0x416bd4b0]
0bcbe80f mov eax, [rax+0x20]
0bcbe812 sub eax, [0x416bd4b4]
0bcbe819 cmp eax, 0xe8
0bcbe81f jb 0x0bcb0014 ->1
0bcbe825 add rsp, -0x60
0bcbe829 mov dword [0x416bd410], 0x6
0bcbe834 mov edi, [0x416bd3d8]
0bcbe83b cmp edi, [0x416bd3dc]
0bcbe842 jb 0x0bcbe85b
0bcbe844 mov esi, 0xd
0bcbe849 mov edi, 0x416bd3b8
0bcbe84e call 0x00421730 ->lj_gc_step_jit
0bcbe853 test eax, eax
0bcbe855 jnz 0x0bcb0010 ->0
0bcbe85b mov edx, [0x416bd4b4]
0bcbe862 cmp dword [rdx-0x8], 0x416cd018
0bcbe869 jnz 0x0bcb0010 ->0
0bcbe86f mov edi, [0x40fea350]
0bcbe876 mov [rsp+0x44], edi
0bcbe87a cmp dword [rdi+0x4], 0xfffeffff
0bcbe881 jnb 0x0bcb0010 ->0
0bcbe887 movsd xmm7, [rdi]
0bcbe88b addsd xmm7, [0x40fe3fc0]
0bcbe894 movsd [rsp+0x58], xmm7
0bcbe89a movsd [rdi], xmm7
0bcbe89e mov edi, 0x416bd414
0bcbe8a3 mov esi, [rdi+0x8]
0bcbe8a6 mov [rdi], esi
0bcbe8a8 mov esi, 0x4c
0bcbe8ad call 0x00421b60 ->lj_buf_putchar
0bcbe8b2 mov edi, eax
0bcbe8b4 lea rsi, [rsp+0x58]
0bcbe8b9 call 0x0040a3c0 ->lj_strfmt_putnum
0bcbe8be mov edi, eax
0bcbe8c0 call 0x00421ff0 ->lj_buf_tostr
0bcbe8c5 mov [rsp+0x60], eax
0bcbe8c9 mov edi, [0x416bd4b0]
0bcbe8d0 mov esi, 0x40ff53c0
0bcbe8d5 call 0x004223c0 ->lj_tab_dup
0bcbe8da mov ebp, eax
0bcbe8dc mov [rsp+0x8], ebp
0bcbe8e0 mov edi, [0x416bd4b0]
0bcbe8e7 xor esi, esi
0bcbe8e9 call 0x00422350 ->lj_tab_new1
0bcbe8ee mov r15d, eax
0bcbe8f1 mov edi, [0x416bd4b0]
0bcbe8f8 mov eax, [rsp+0x60]
0bcbe8fc mov ebp, [rbp+0x14]
0bcbe8ff mov dword [rbp+0x34], 0xfffffff4
0bcbe906 mov [rbp+0x30], r15d
0bcbe90a mov dword [rbp+0x4c], 0xfffffffb
0bcbe911 mov [rbp+0x48], eax
0bcbe914 mov ebp, [0x416d20c0]
0bcbe91b cmp dword [rbp+0x4], -0x0c
0bcbe91f jnz 0x0bcb0018 ->2
0bcbe925 mov esi, [rbp+0x0]
0bcbe928 mov [rsp+0x2c], esi
0bcbe92c cmp dword [rsi+0x1c], +0x01
0bcbe930 jnz 0x0bcb0018 ->2
0bcbe936 mov ebp, [rsi+0x14]
0bcbe939 mov rsi, 0xfffffffb40ff4698
0bcbe943 cmp rsi, [rbp+0x8]
0bcbe947 jnz 0x0bcb0018 ->2
0bcbe94d cmp dword [rbp+0x4], -0x0c
0bcbe951 jnz 0x0bcb0018 ->2
0bcbe957 mov ebp, [rbp+0x0]
0bcbe95a mov esi, [rbp+0x1c]
0bcbe95d and esi, [rax+0x8]
0bcbe960 lea esi, [rsi+rsi*2]
0bcbe963 shl esi, 0x03
0bcbe966 add esi, [rbp+0x14]
0bcbe969 cmp dword [rsi+0xc], -0x05
0bcbe96d jnz 0x0bcbe978
0bcbe96f cmp eax, [rsi+0x8]
0bcbe972 jz 0x0bcb0018 ->2
0bcbe978 mov esi, [rsi+0x10]
0bcbe97b test esi, esi
0bcbe97d jnz 0x0bcbe969
0bcbe97f cmp dword [rbp+0x10], +0x00
0bcbe983 jnz 0x0bcb0018 ->2
0bcbe989 mov edx, 0x416bd448
0bcbe98e mov dword [rdx+0x4], 0xfffffffb
0bcbe995 mov [rdx], eax
0bcbe997 mov esi, ebp
0bcbe999 call 0x00422cf0 ->lj_tab_newkey
0bcbe99e mov r15d, eax
0bcbe9a1 mov edi, [rsp+0x44]
0bcbe9a5 mov eax, [rsp+0x8]
0bcbe9a9 movsd xmm7, [rsp+0x58]
0bcbe9af mov dword [r15+0x4], 0xfffffff4
0bcbe9b7 mov [r15], eax
0bcbe9ba test byte [rbp+0x4], 0x4
0bcbe9be jz 0x0bcbe9d5
0bcbe9c0 and byte [rbp+0x4], 0xfb
0bcbe9c4 mov esi, [0x416bd3f4]
0bcbe9cb mov [0x416bd3f4], ebp
0bcbe9d2 mov [rbp+0xc], esi
0bcbe9d5 mov byte [rbp+0x6], 0x0
0bcbe9d9 addsd xmm7, [0x40fe3fc0]
0bcbe9e2 movsd [rsp+0x50], xmm7
0bcbe9e8 movsd [rdi], xmm7
0bcbe9ec mov edi, 0x416bd414
0bcbe9f1 mov esi, [rdi+0x8]
0bcbe9f4 mov [rdi], esi
0bcbe9f6 mov esi, 0x4c
0bcbe9fb call 0x00421b60 ->lj_buf_putchar
0bcbea00 mov edi, eax
0bcbea02 lea rsi, [rsp+0x50]
0bcbea07 call 0x0040a3c0 ->lj_strfmt_putnum
0bcbea0c mov edi, eax
0bcbea0e call 0x00421ff0 ->lj_buf_tostr
0bcbea13 mov [rsp+0x4c], eax
0bcbea17 mov edi, [0x416bd4b0]
0bcbea1e mov esi, 0x40ff53c0
0bcbea23 call 0x004223c0 ->lj_tab_dup
0bcbea28 mov ebp, eax
0bcbea2a mov edi, [0x416bd4b0]
0bcbea31 xor esi, esi
0bcbea33 call 0x00422350 ->lj_tab_new1
0bcbea38 mov r14d, eax
0bcbea3b mov edi, [0x416bd4b0]
0bcbea42 mov esi, [rsp+0x2c]
0bcbea46 mov eax, [rsp+0x4c]
0bcbea4a mov r15d, [rbp+0x14]
0bcbea4e mov dword [r15+0x34], 0xfffffff4
0bcbea56 mov [r15+0x30], r14d
0bcbea5a mov dword [r15+0x4c], 0xfffffffb
0bcbea62 mov [r15+0x48], eax
0bcbea66 cmp dword [rsi+0x1c], +0x01
0bcbea6a jnz 0x0bcb0020 ->4
0bcbea70 mov r15d, [rsi+0x14]
0bcbea74 mov rsi, 0xfffffffb40ff4698
0bcbea7e cmp rsi, [r15+0x8]
0bcbea82 jnz 0x0bcb0020 ->4
0bcbea88 cmp dword [r15+0x4], -0x0c
0bcbea8d jnz 0x0bcb0020 ->4
0bcbea93 mov r15d, [r15]
0bcbea96 mov esi, [r15+0x1c]
0bcbea9a and esi, [rax+0x8]
0bcbea9d lea esi, [rsi+rsi*2]
0bcbeaa0 shl esi, 0x03
0bcbeaa3 add esi, [r15+0x14]
0bcbeaa7 cmp dword [rsi+0xc], -0x05
0bcbeaab jnz 0x0bcbeab6
0bcbeaad cmp eax, [rsi+0x8]
0bcbeab0 jz 0x0bcb0020 ->4
0bcbeab6 mov esi, [rsi+0x10]
0bcbeab9 test esi, esi
0bcbeabb jnz 0x0bcbeaa7
0bcbeabd cmp dword [r15+0x10], +0x00
0bcbeac2 jnz 0x0bcb0020 ->4
0bcbeac8 mov edx, 0x416bd448
0bcbeacd mov dword [rdx+0x4], 0xfffffffb
0bcbead4 mov [rdx], eax
0bcbead6 mov esi, r15d
0bcbead9 call 0x00422cf0 ->lj_tab_newkey
0bcbeade mov edi, [rsp+0x44]
0bcbeae2 mov edx, [0x416bd4b4]
0bcbeae9 movsd xmm7, [rsp+0x50]
0bcbeaef mov dword [rax+0x4], 0xfffffff4
0bcbeaf6 mov [rax], ebp
0bcbeaf8 test byte [r15+0x4], 0x4
0bcbeafd jz 0x0bcbeb17
0bcbeaff and byte [r15+0x4], 0xfb
0bcbeb04 mov esi, [0x416bd3f4]
0bcbeb0b mov [0x416bd3f4], r15d
0bcbeb13 mov [r15+0xc], esi
0bcbeb17 mov byte [r15+0x6], 0x0
0bcbeb1c cmp dword [rdx+0x4], -0x0c
0bcbeb20 jnz 0x0bcb0024 ->5
0bcbeb26 mov r15d, [rdx]
0bcbeb29 cmp dword [r15+0x18], +0x02
0bcbeb2e jbe 0x0bcb0024 ->5
0bcbeb34 mov r15d, [r15+0x8]
0bcbeb38 cmp dword [r15+0x14], -0x0c
0bcbeb3d jnz 0x0bcb0024 ->5
0bcbeb43 mov r15d, [r15+0x10]
0bcbeb47 cmp dword [rdx+0xc], -0x0c
0bcbeb4b jnz 0x0bcb0024 ->5
0bcbeb51 mov r14d, [rdx+0x8]
0bcbeb55 mov eax, [0x416cd020]
0bcbeb5c mov [rsp+0x20], eax
0bcbeb60 mov esi, [rax+0x1c]
0bcbeb63 and esi, 0xce2b6183
0bcbeb69 lea esi, [rsi+rsi*2]
0bcbeb6c shl esi, 0x03
0bcbeb6f add esi, [rax+0x14]
0bcbeb72 cmp dword [rsi+0xc], -0x05
0bcbeb76 jnz 0x0bcbeb85
0bcbeb78 cmp dword [rsi+0x8], 0x416bfdb0
0bcbeb7f jz 0x0bcb0024 ->5
0bcbeb85 mov esi, [rsi+0x10]
0bcbeb88 test esi, esi
0bcbeb8a jnz 0x0bcbeb72
0bcbeb8c mov esi, [rax+0x10]
0bcbeb8f mov [rsp+0x28], esi
0bcbeb93 test esi, esi
0bcbeb95 jz 0x0bcb0024 ->5
0bcbeb9b cmp dword [rsi+0x1c], +0x01
0bcbeb9f jnz 0x0bcb0024 ->5
0bcbeba5 mov r13d, [rsi+0x14]
0bcbeba9 mov rsi, 0xfffffffb416bf4c8
0bcbebb3 cmp rsi, [r13+0x20]
0bcbebb7 jnz 0x0bcb0024 ->5
0bcbebbd cmp dword [r13+0x1c], -0x0c
0bcbebc2 jnz 0x0bcb0024 ->5
0bcbebc8 mov r13d, [r13+0x18]
0bcbebcc cmp dword [r13+0x1c], +0x3f
0bcbebd1 jnz 0x0bcb0024 ->5
0bcbebd7 mov r13d, [r13+0x14]
0bcbebdb mov rsi, 0xfffffffb416bfdb0
0bcbebe5 cmp rsi, [r13+0x50]
0bcbebe9 jnz 0x0bcb0024 ->5
0bcbebef cmp dword [r13+0x4c], -0x09
0bcbebf4 jnz 0x0bcb0024 ->5
0bcbebfa mov esi, [rax+0x1c]
0bcbebfd and esi, 0x798a813c
0bcbec03 lea esi, [rsi+rsi*2]
0bcbec06 shl esi, 0x03
0bcbec09 add esi, [rax+0x14]
0bcbec0c cmp dword [rsi+0xc], -0x05
0bcbec10 jnz 0x0bcbec1f
0bcbec12 cmp dword [rsi+0x8], 0x416bffb0
0bcbec19 jz 0x0bcb0024 ->5
0bcbec1f mov esi, [rsi+0x10]
0bcbec22 test esi, esi
0bcbec24 jnz 0x0bcbec0c
0bcbec26 mov rsi, 0xfffffffb416bffb0
0bcbec30 cmp rsi, [r13+0x5a8]
0bcbec37 jnz 0x0bcb0024 ->5
0bcbec3d cmp dword [r13+0x5a4], -0x09
0bcbec45 jnz 0x0bcb0024 ->5
0bcbec4b cmp dword [r13+0x5a0], 0x416bff18
0bcbec56 jnz 0x0bcb0024 ->5
0bcbec5c cmp dword [r13+0x48], 0x416bfd88
0bcbec64 jnz 0x0bcb0024 ->5
0bcbec6a cmp dword [r15+0x18], +0x01
0bcbec6f jbe 0x0bcb0024 ->5
0bcbec75 mov r13d, [r15+0x8]
0bcbec79 cmp dword [r13+0xc], -0x05
0bcbec7e jnz 0x0bcb0024 ->5
0bcbec84 mov r13d, [r13+0x8]
0bcbec88 cmp r13d, 0x416bf8f8
0bcbec8f jnz 0x0bcb0028 ->6
0bcbec95 addsd xmm7, [0x40fe3fc0]
0bcbec9e movsd [rsp+0x38], xmm7
0bcbeca4 movsd [rdi], xmm7
0bcbeca8 mov edi, 0x416bd414
0bcbecad mov esi, [rdi+0x8]
0bcbecb0 mov [rdi], esi
0bcbecb2 mov esi, 0x4c
0bcbecb7 call 0x00421b60 ->lj_buf_putchar
0bcbecbc mov edi, eax
0bcbecbe lea rsi, [rsp+0x38]
0bcbecc3 call 0x0040a3c0 ->lj_strfmt_putnum
0bcbecc8 mov edi, eax
0bcbecca call 0x00421ff0 ->lj_buf_tostr
0bcbeccf mov [rsp+0x48], eax
0bcbecd3 mov edi, [0x416bd4b0]
0bcbecda mov esi, 0x40ff53c0
0bcbecdf call 0x004223c0 ->lj_tab_dup
0bcbece4 mov r12d, eax
0bcbece7 mov edi, [0x416bd4b0]
0bcbecee xor esi, esi
0bcbecf0 call 0x00422350 ->lj_tab_new1
0bcbecf5 mov ecx, eax
0bcbecf7 mov edi, [0x416bd4b0]
0bcbecfe mov esi, [rsp+0x2c]
0bcbed02 mov eax, [rsp+0x48]
0bcbed06 mov edx, [r12+0x14]
0bcbed0b mov dword [rdx+0x34], 0xfffffff4
0bcbed12 mov [rdx+0x30], ecx
0bcbed15 mov dword [rdx+0x4c], 0xfffffffb
0bcbed1c mov [rdx+0x48], eax
0bcbed1f cmp dword [rsi+0x1c], +0x01
0bcbed23 jnz 0x0bcb0030 ->8
0bcbed29 mov esi, [rsi+0x14]
0bcbed2c mov rdx, 0xfffffffb40ff4698
0bcbed36 cmp rdx, [rsi+0x8]
0bcbed3a jnz 0x0bcb0030 ->8
0bcbed40 cmp dword [rsi+0x4], -0x0c
0bcbed44 jnz 0x0bcb0030 ->8
0bcbed4a mov esi, [rsi]
0bcbed4c mov [rsp+0x40], esi
0bcbed50 mov edx, [rsi+0x1c]
0bcbed53 and edx, [rax+0x8]
0bcbed56 lea edx, [rdx+rdx*2]
0bcbed59 shl edx, 0x03
0bcbed5c add edx, [rsi+0x14]
0bcbed5f cmp dword [rdx+0xc], -0x05
0bcbed63 jnz 0x0bcbed6e
0bcbed65 cmp eax, [rdx+0x8]
0bcbed68 jz 0x0bcb0030 ->8
0bcbed6e mov edx, [rdx+0x10]
0bcbed71 test edx, edx
0bcbed73 jnz 0x0bcbed5f
0bcbed75 cmp dword [rsi+0x10], +0x00
0bcbed79 jnz 0x0bcb0030 ->8
0bcbed7f mov edx, 0x416bd448
0bcbed84 mov dword [rdx+0x4], 0xfffffffb
0bcbed8b mov [rdx], eax
0bcbed8d call 0x00422cf0 ->lj_tab_newkey
0bcbed92 mov edi, [rsp+0x44]
0bcbed96 mov esi, [rsp+0x40]
0bcbed9a movsd xmm7, [rsp+0x38]
0bcbeda0 mov dword [rax+0x4], 0xfffffff4
0bcbeda7 mov [rax], r12d
0bcbedaa test byte [rsi+0x4], 0x4
0bcbedae jz 0x0bcbedc5
0bcbedb0 and byte [rsi+0x4], 0xfb
0bcbedb4 mov edx, [0x416bd3f4]
0bcbedbb mov [0x416bd3f4], esi
0bcbedc2 mov [rsi+0xc], edx
0bcbedc5 mov byte [rsi+0x6], 0x0
0bcbedc9 addsd xmm7, [0x40fe3fc0]
0bcbedd2 movsd [rsp+0x30], xmm7
0bcbedd8 movsd [rdi], xmm7
0bcbeddc mov edi, 0x416bd414
0bcbede1 mov esi, [rdi+0x8]
0bcbede4 mov [rdi], esi
0bcbede6 mov esi, 0x4c
0bcbedeb call 0x00421b60 ->lj_buf_putchar
0bcbedf0 mov edi, eax
0bcbedf2 lea rsi, [rsp+0x30]
0bcbedf7 call 0x0040a3c0 ->lj_strfmt_putnum
0bcbedfc mov edi, eax
0bcbedfe call 0x00421ff0 ->lj_buf_tostr
0bcbee03 mov [rsp+0x18], eax
0bcbee07 mov edi, [0x416bd4b0]
0bcbee0e mov esi, 0x40ff53c0
0bcbee13 call 0x004223c0 ->lj_tab_dup
0bcbee18 mov [rsp+0x14], eax
0bcbee1c mov edi, [0x416bd4b0]
0bcbee23 xor esi, esi
0bcbee25 call 0x00422350 ->lj_tab_new1
0bcbee2a mov ecx, eax
0bcbee2c mov edi, [rsp+0x14]
0bcbee30 mov esi, [rsp+0x2c]
0bcbee34 mov eax, [rsp+0x18]
0bcbee38 mov edx, [rdi+0x14]
0bcbee3b mov edi, [0x416bd4b0]
0bcbee42 mov dword [rdx+0x34], 0xfffffff4
0bcbee49 mov [rdx+0x30], ecx
0bcbee4c mov dword [rdx+0x4c], 0xfffffffb
0bcbee53 mov [rdx+0x48], eax
0bcbee56 cmp dword [rsi+0x1c], +0x01
0bcbee5a jnz 0x0bcb0038 ->10
0bcbee60 mov esi, [rsi+0x14]
0bcbee63 mov rdx, 0xfffffffb40ff4698
0bcbee6d cmp rdx, [rsi+0x8]
0bcbee71 jnz 0x0bcb0038 ->10
0bcbee77 cmp dword [rsi+0x4], -0x0c
0bcbee7b jnz 0x0bcb0038 ->10
0bcbee81 mov esi, [rsi]
0bcbee83 mov [rsp+0x24], esi
0bcbee87 mov edx, [rsi+0x1c]
0bcbee8a and edx, [rax+0x8]
0bcbee8d lea edx, [rdx+rdx*2]
0bcbee90 shl edx, 0x03
0bcbee93 add edx, [rsi+0x14]
0bcbee96 cmp dword [rdx+0xc], -0x05
0bcbee9a jnz 0x0bcbeea5
0bcbee9c cmp eax, [rdx+0x8]
0bcbee9f jz 0x0bcb0038 ->10
0bcbeea5 mov edx, [rdx+0x10]
0bcbeea8 test edx, edx
0bcbeeaa jnz 0x0bcbee96
0bcbeeac cmp dword [rsi+0x10], +0x00
0bcbeeb0 jnz 0x0bcb0038 ->10
0bcbeeb6 mov edx, 0x416bd448
0bcbeebb mov dword [rdx+0x4], 0xfffffffb
0bcbeec2 mov [rdx], eax
0bcbeec4 call 0x00422cf0 ->lj_tab_newkey
0bcbeec9 mov ecx, eax
0bcbeecb mov edi, [rsp+0x14]
0bcbeecf mov esi, [rsp+0x28]
0bcbeed3 mov edx, [rsp+0x24]
0bcbeed7 mov eax, [rsp+0x20]
0bcbeedb mov dword [rcx+0x4], 0xfffffff4
0bcbeee2 mov [rcx], edi
0bcbeee4 mov edi, [0x416bd4b0]
0bcbeeeb test byte [rdx+0x4], 0x4
0bcbeeef jz 0x0bcbef06
0bcbeef1 and byte [rdx+0x4], 0xfb
0bcbeef5 mov ecx, [0x416bd3f4]
0bcbeefc mov [0x416bd3f4], edx
0bcbef03 mov [rdx+0xc], ecx
0bcbef06 mov byte [rdx+0x6], 0x0
0bcbef0a cmp dword [r15+0x18], +0x02
0bcbef0f jbe 0x0bcb003c ->11
0bcbef15 mov edx, [r15+0x8]
0bcbef19 cmp dword [rdx+0x14], -0x0c
0bcbef1d jnz 0x0bcb003c ->11
0bcbef23 mov ecx, [rdx+0x10]
0bcbef26 mov [rsp+0x10], ecx
0bcbef2a mov edx, [rax+0x1c]
0bcbef2d and edx, 0xce2b6183
0bcbef33 lea edx, [rdx+rdx*2]
0bcbef36 shl edx, 0x03
0bcbef39 add edx, [rax+0x14]
0bcbef3c cmp dword [rdx+0xc], -0x05
0bcbef40 jnz 0x0bcbef4f
0bcbef42 cmp dword [rdx+0x8], 0x416bfdb0
0bcbef49 jz 0x0bcb003c ->11
0bcbef4f mov edx, [rdx+0x10]
0bcbef52 test edx, edx
0bcbef54 jnz 0x0bcbef3c
0bcbef56 cmp dword [rsi+0x1c], +0x01
0bcbef5a jnz 0x0bcb003c ->11
0bcbef60 mov esi, [rsi+0x14]
0bcbef63 mov rdx, 0xfffffffb416bf4c8
0bcbef6d cmp rdx, [rsi+0x20]
0bcbef71 jnz 0x0bcb003c ->11
0bcbef77 cmp dword [rsi+0x1c], -0x0c
0bcbef7b jnz 0x0bcb003c ->11
0bcbef81 mov esi, [rsi+0x18]
0bcbef84 cmp dword [rsi+0x1c], +0x3f
0bcbef88 jnz 0x0bcb003c ->11
0bcbef8e mov esi, [rsi+0x14]
0bcbef91 mov rdx, 0xfffffffb416bfdb0
0bcbef9b cmp rdx, [rsi+0x50]
0bcbef9f jnz 0x0bcb003c ->11
0bcbefa5 cmp dword [rsi+0x4c], -0x09
0bcbefa9 jnz 0x0bcb003c ->11
0bcbefaf mov edx, [rax+0x1c]
0bcbefb2 and edx, 0x798a813c
0bcbefb8 lea edx, [rdx+rdx*2]
0bcbefbb shl edx, 0x03
0bcbefbe add edx, [rax+0x14]
0bcbefc1 cmp dword [rdx+0xc], -0x05
0bcbefc5 jnz 0x0bcbefd4
0bcbefc7 cmp dword [rdx+0x8], 0x416bffb0
0bcbefce jz 0x0bcb003c ->11
0bcbefd4 mov edx, [rdx+0x10]
0bcbefd7 test edx, edx
0bcbefd9 jnz 0x0bcbefc1
0bcbefdb mov rdx, 0xfffffffb416bffb0
0bcbefe5 cmp rdx, [rsi+0x5a8]
0bcbefec jnz 0x0bcb003c ->11
0bcbeff2 cmp dword [rsi+0x5a4], -0x09
0bcbeff9 jnz 0x0bcb003c ->11
0bcbefff cmp dword [rsi+0x5a0], 0x416bff18
0bcbf009 jnz 0x0bcb003c ->11
0bcbf00f cmp dword [rsi+0x48], 0x416bfd88
0bcbf016 jnz 0x0bcb003c ->11
0bcbf01c cmp dword [rcx+0x18], +0x01
0bcbf020 jbe 0x0bcb003c ->11
0bcbf026 mov esi, [rcx+0x8]
0bcbf029 cmp dword [rsi+0xc], -0x05
0bcbf02d jnz 0x0bcb003c ->11
0bcbf033 mov ecx, [rsi+0x8]
0bcbf036 mov [rsp+0x1c], ecx
0bcbf03a cmp ecx, 0x416bf8f8
0bcbf040 jz 0x0bcb0040 ->12
0bcbf046 cmp ecx, 0x40fea3e8
0bcbf04c jz 0x0bcb0044 ->13
0bcbf052 cmp ecx, 0x416bfa18
0bcbf058 jz 0x0bcb0048 ->14
0bcbf05e cmp ecx, 0x416bf870
0bcbf064 jz 0x0bcb004c ->15
0bcbf06a cmp ecx, 0x416c2cb0
0bcbf070 jz 0x0bcb0050 ->16
0bcbf076 cmp ecx, 0x416d1ce0
0bcbf07c jz 0x0bcb0054 ->17
0bcbf082 cmp dword [0x416d21c4], -0x0c
0bcbf08a jnz 0x0bcb0058 ->18
0bcbf090 mov edx, [0x416d21c0]
0bcbf097 mov esi, [rdx+0x1c]
0bcbf09a and esi, [rcx+0x8]
0bcbf09d lea esi, [rsi+rsi*2]
0bcbf0a0 shl esi, 0x03
0bcbf0a3 add esi, [rdx+0x14]
0bcbf0a6 cmp dword [rsi+0xc], -0x05
0bcbf0aa jnz 0x0bcbf0b1
0bcbf0ac cmp ecx, [rsi+0x8]
0bcbf0af jz 0x0bcbf0bd
0bcbf0b1 mov esi, [rsi+0x10]
0bcbf0b4 test esi, esi
0bcbf0b6 jnz 0x0bcbf0a6
0bcbf0b8 mov esi, 0x416bd458
0bcbf0bd cmp dword [rsi+0x4], -0x03
0bcbf0c1 jnz 0x0bcb0058 ->18
0bcbf0c7 mov esi, 0x40fe9ad8
0bcbf0cc call 0x004223c0 ->lj_tab_dup
0bcbf0d1 mov edx, eax
0bcbf0d3 mov [rsp+0xc], edx
0bcbf0d7 mov edi, [0x416bd4b0]
0bcbf0de mov ecx, [rsp+0x10]
0bcbf0e2 mov eax, [rsp+0x18]
0bcbf0e6 mov edx, [rdx+0x8]
0bcbf0e9 mov dword [rdx+0x14], 0xfffffff4
0bcbf0f0 mov [rdx+0x10], ecx
0bcbf0f3 cmp dword [r12+0x1c], +0x03
0bcbf0f9 jnz 0x0bcb005c ->19
0bcbf0ff mov ecx, [r12+0x14]
0bcbf104 mov r11, 0xfffffffb40ff4738
0bcbf10e cmp r11, [rcx+0x50]
0bcbf112 jnz 0x0bcb005c ->19
0bcbf118 cmp dword [rcx+0x4c], -0x05
0bcbf11c jnz 0x0bcb005c ->19
0bcbf122 mov ecx, [rcx+0x48]
0bcbf125 mov dword [rdx+0x1c], 0xfffffffb
0bcbf12c mov [rdx+0x18], ecx
0bcbf12f mov dword [rdx+0x24], 0xfffffffb
0bcbf136 mov [rdx+0x20], eax
0bcbf139 mov edx, [r14+0x1c]
0bcbf13d and edx, 0x2a54dc55
0bcbf143 lea edx, [rdx+rdx*2]
0bcbf146 shl edx, 0x03
0bcbf149 add edx, [r14+0x14]
0bcbf14d cmp dword [rdx+0xc], -0x05
0bcbf151 jnz 0x0bcbf160
0bcbf153 cmp dword [rdx+0x8], 0x40ff4ea0
0bcbf15a jz 0x0bcb0060 ->20
0bcbf160 mov edx, [rdx+0x10]
0bcbf163 test edx, edx
0bcbf165 jnz 0x0bcbf14d
0bcbf167 cmp dword [r14+0x10], +0x00
0bcbf16c jnz 0x0bcb0060 ->20
0bcbf172 mov edx, 0x416bd448
0bcbf177 mov dword [rdx+0x4], 0xfffffffb
0bcbf17e mov dword [rdx], 0x40ff4ea0
0bcbf184 mov esi, r14d
0bcbf187 call 0x00422cf0 ->lj_tab_newkey
0bcbf18c mov r11d, eax
0bcbf18f mov edi, [rsp+0x14]
0bcbf193 mov esi, [rsp+0x10]
0bcbf197 mov edx, [0x416bd4b4]
0bcbf19e mov ecx, [rsp+0xc]
0bcbf1a2 mov eax, [rsp+0x8]
0bcbf1a6 mov dword [r11+0x4], 0xfffffff4
0bcbf1ae mov [r11], ecx
0bcbf1b1 test byte [r14+0x4], 0x4
0bcbf1b6 jz 0x0bcbf1d0
0bcbf1b8 and byte [r14+0x4], 0xfb
0bcbf1bd mov ecx, [0x416bd3f4]
0bcbf1c4 mov [0x416bd3f4], r14d
0bcbf1cc mov [r14+0xc], ecx
0bcbf1d0 mov dword [rdx+0x84], 0xfffffff4
0bcbf1da mov [rdx+0x80], esi
0bcbf1e0 mov dword [rdx+0x7c], 0x40ff5de8
0bcbf1e7 mov dword [rdx+0x78], 0x416cd018
0bcbf1ee mov dword [rdx+0x74], 0xfffffff4
0bcbf1f5 mov [rdx+0x70], edi
0bcbf1f8 mov dword [rdx+0x6c], 0xfffffff4
0bcbf1ff mov [rdx+0x68], r12d
0bcbf203 mov dword [rdx+0x64], 0xfffffffb
0bcbf20a mov [rdx+0x60], r13d
0bcbf20e mov dword [rdx+0x5c], 0xfffffff4
0bcbf215 mov [rdx+0x58], ebp
0bcbf218 mov dword [rdx+0x54], 0xfffffff4
0bcbf21f mov [rdx+0x50], eax
0bcbf222 mov dword [rdx+0x4c], 0xfffffff4
0bcbf229 mov [rdx+0x48], r14d
0bcbf22d mov dword [rdx+0x44], 0xfffffff4
0bcbf234 mov [rdx+0x40], r15d
0bcbf238 mov dword [rdx+0x3c], 0x40ff5de8
0bcbf23f mov dword [rdx+0x38], 0x416cd018
0bcbf246 mov dword [rdx+0x34], 0xfffffff4
0bcbf24d mov [rdx+0x30], ebp
0bcbf250 mov dword [rdx+0x2c], 0xfffffff4
0bcbf257 mov [rdx+0x28], eax
0bcbf25a mov dword [rdx+0x24], 0xfffffffb
0bcbf261 mov [rdx+0x20], ebx
0bcbf264 mov dword [rdx-0x8], 0x416cd018
0bcbf26b add edx, 0x80
0bcbf271 mov [0x416bd4b4], edx
0bcbf278 add rsp, +0x60
0bcbf27c jmp 0x0bcbf398
---- TRACE 6 stop -> 4
---- TRACE 4 exit 1
---- TRACE 2 exit 2
---- TRACE 6 exit 12
---- TRACE 2 exit 8
---- TRACE 4 exit 1
---- TRACE 2 exit 3
---- TRACE 3 exit 0
---- TRACE 4 exit 3
---- TRACE 2 exit 8
---- TRACE 4 exit 1
---- TRACE 6 exit 6
---- TRACE 4 exit 1
---- TRACE 2 exit 8
---- TRACE 4 exit 6
---- TRACE 5 exit 1
---- TRACE 4 exit 1
---- TRACE 4 exit 7
---- TRACE 3 exit 0
---- TRACE 4 exit 1
---- TRACE 4 exit 1
---- TRACE 4 exit 1
---- TRACE 2 exit 8
---- TRACE 4 exit 7
---- TRACE 3 exit 0
---- TRACE 4 exit 1
---- TRACE 7 start 4/1 ssa.lua:79
0094 RET0 0 1
0036 JMP 5 => 0094
0094 JLOOP 1 4
---- TRACE 7 IR
.... SNAP #0 [ ---- ]
.... SNAP #1 [ ---- ]
0002 > p32 RETF proto: 0x40ff5d48 [0x40ff5e18]
.... SNAP #2 [ ---- ---- ]
---- TRACE 7 mcode 50
0bcbe7d3 mov dword [0x416bd410], 0x7
0bcbe7de mov edx, [0x416bd4b4]
0bcbe7e5 cmp dword [rdx-0x4], 0x40ff5e18
0bcbe7ec jnz 0x0bcb0014 ->1
0bcbe7f2 add edx, -0x40
0bcbe7f5 mov [0x416bd4b4], edx
0bcbe7fc add rsp, +0x10
0bcbe800 jmp 0x0bcbf398
---- TRACE 7 stop -> 4
---- TRACE 7 exit 1
---- TRACE 6 exit 6
---- TRACE 7 exit 1
---- TRACE 2 exit 8
---- TRACE 4 exit 7
---- TRACE 3 exit 0
---- TRACE 4 exit 7
---- TRACE 3 exit 0
---- TRACE 7 exit 1
---- TRACE 4 exit 7
---- TRACE 3 exit 0
---- TRACE 7 exit 1
---- TRACE 6 exit 6
---- TRACE 7 exit 1
---- TRACE 2 exit 2
---- TRACE 6 exit 20
---- TRACE 7 exit 1
---- TRACE 2 exit 3
---- TRACE 3 exit 0
---- TRACE 4 exit 3
---- TRACE 2 exit 8
---- TRACE 7 exit 1
---- TRACE 2 exit 3
---- TRACE 3 exit 0
---- TRACE 4 exit 6
---- TRACE 7 exit 1
---- TRACE 6 exit 6
---- TRACE 8 start ssa.lua:49
0001 TDUP 4 1
0002 TSETB 1 4 2
0003 TGETS 5 2 2 ; "label"
0004 TSETB 5 4 3
0005 TGETS 5 3 2 ; "label"
0006 TSETB 5 4 4
0007 TSETS 4 0 0 ; "control"
0008 RET0 0 1
---- TRACE 8 IR
.... SNAP #0 [ ---- ---- ---- ---- ---- ]
0001 rax > tab TDUP {0x40fe9ad8}
0002 rbp > tab SLOAD #2 T
0003 rbx p32 FLOAD 0001 tab.array
0004 p32 AREF 0003 +2 
0005 tab ASTORE 0004 0002
.... SNAP #1 [ ---- ---- ---- ---- ---- 0001 ]
0006 rbp > tab SLOAD #3 T
0007 int FLOAD 0006 tab.hmask
0008 > int EQ 0007 +3 
0009 rbp p32 FLOAD 0006 tab.node
0010 > p32 HREFK 0009 "label" @3
0011 rbp > str HLOAD 0010
0012 p32 AREF 0003 +3 
0013 str ASTORE 0012 0011
.... SNAP #2 [ ---- ---- ---- ---- ---- 0001 ---- ]
0014 rbp > tab SLOAD #4 T
0015 int FLOAD 0014 tab.hmask
0016 > int EQ 0015 +3 
0017 rbp p32 FLOAD 0014 tab.node
0018 > p32 HREFK 0017 "label" @3
0019 rbp > str HLOAD 0018
0020 p32 AREF 0003 +4 
0021 str ASTORE 0020 0019
.... SNAP #3 [ ---- ---- ---- ---- ---- 0001 ---- ]
0022 rbp > tab SLOAD #1 T
0023 int FLOAD 0022 tab.hmask
0024 > int EQ 0023 +3 
0025 rbx p32 FLOAD 0022 tab.node
0026 > p32 HREFK 0025 "control" @1
0027 tab FLOAD 0022 tab.meta
0028 > tab EQ 0027 [NULL]
0029 tab HSTORE 0026 0001
0030 nil TBAR 0022
.... SNAP #4 [ ---- ]
---- TRACE 8 mcode 348
0bcbe670 mov dword [0x416bd410], 0x8
0bcbe67b mov edi, [0x416bd3d8]
0bcbe682 cmp edi, [0x416bd3dc]
0bcbe689 jb 0x0bcbe6a2
0bcbe68b mov esi, 0x1
0bcbe690 mov edi, 0x416bd3b8
0bcbe695 call 0x00421730 ->lj_gc_step_jit
0bcbe69a test eax, eax
0bcbe69c jnz 0x0bcb0010 ->0
0bcbe6a2 mov edi, [0x416bd4b0]
0bcbe6a9 mov esi, 0x40fe9ad8
0bcbe6ae call 0x004223c0 ->lj_tab_dup
0bcbe6b3 mov edx, [0x416bd4b4]
0bcbe6ba cmp dword [rdx+0xc], -0x0c
0bcbe6be jnz 0x0bcb0010 ->0
0bcbe6c4 mov ebp, [rdx+0x8]
0bcbe6c7 mov ebx, [rax+0x8]
0bcbe6ca mov dword [rbx+0x14], 0xfffffff4
0bcbe6d1 mov [rbx+0x10], ebp
0bcbe6d4 cmp dword [rdx+0x14], -0x0c
0bcbe6d8 jnz 0x0bcb0014 ->1
0bcbe6de mov ebp, [rdx+0x10]
0bcbe6e1 cmp dword [rbp+0x1c], +0x03
0bcbe6e5 jnz 0x0bcb0014 ->1
0bcbe6eb mov ebp, [rbp+0x14]
0bcbe6ee mov rdi, 0xfffffffb40ff4738
0bcbe6f8 cmp rdi, [rbp+0x50]
0bcbe6fc jnz 0x0bcb0014 ->1
0bcbe702 cmp dword [rbp+0x4c], -0x05
0bcbe706 jnz 0x0bcb0014 ->1
0bcbe70c mov ebp, [rbp+0x48]
0bcbe70f mov dword [rbx+0x1c], 0xfffffffb
0bcbe716 mov [rbx+0x18], ebp
0bcbe719 cmp dword [rdx+0x1c], -0x0c
0bcbe71d jnz 0x0bcb0018 ->2
0bcbe723 mov ebp, [rdx+0x18]
0bcbe726 cmp dword [rbp+0x1c], +0x03
0bcbe72a jnz 0x0bcb0018 ->2
0bcbe730 mov ebp, [rbp+0x14]
0bcbe733 mov rdi, 0xfffffffb40ff4738
0bcbe73d cmp rdi, [rbp+0x50]
0bcbe741 jnz 0x0bcb0018 ->2
0bcbe747 cmp dword [rbp+0x4c], -0x05
0bcbe74b jnz 0x0bcb0018 ->2
0bcbe751 mov ebp, [rbp+0x48]
0bcbe754 mov dword [rbx+0x24], 0xfffffffb
0bcbe75b mov [rbx+0x20], ebp
0bcbe75e cmp dword [rdx+0x4], -0x0c
0bcbe762 jnz 0x0bcb001c ->3
0bcbe768 mov ebp, [rdx]
0bcbe76a cmp dword [rbp+0x1c], +0x03
0bcbe76e jnz 0x0bcb001c ->3
0bcbe774 mov ebx, [rbp+0x14]
0bcbe777 mov rdi, 0xfffffffb40ff4ea0
0bcbe781 cmp rdi, [rbx+0x20]
0bcbe785 jnz 0x0bcb001c ->3
0bcbe78b cmp dword [rbp+0x10], +0x00
0bcbe78f jnz 0x0bcb001c ->3
0bcbe795 mov dword [rbx+0x1c], 0xfffffff4
0bcbe79c mov [rbx+0x18], eax
0bcbe79f test byte [rbp+0x4], 0x4
0bcbe7a3 jz 0x0bcbe7ba
0bcbe7a5 and byte [rbp+0x4], 0xfb
0bcbe7a9 mov edi, [0x416bd3f4]
0bcbe7b0 mov [0x416bd3f4], ebp
0bcbe7b7 mov [rbp+0xc], edi
0bcbe7ba xor eax, eax
0bcbe7bc mov ebx, 0x40ff5890
0bcbe7c1 mov r14d, 0x416be008
0bcbe7c7 jmp 0x00420177
---- TRACE 8 stop -> return
---- TRACE 7 exit 1
---- TRACE 2 exit 2
---- TRACE 6 exit 6
---- TRACE 7 exit 1
---- TRACE 9 start 7/1 ssa.lua:79
0094 RET0 0 1
0024 UGET 7 1 ; compile_bool
0025 TGETB 8 0 3
0026 MOV 9 5
0027 MOV 10 2
0028 MOV 11 3
0029 CALL 7 1 5
0000 . JFUNCF 13 2 ; ssa.lua:55
0001 . GGET 4 0 ; "assert"
0002 . GGET 5 1 ; "type"
0003 . MOV 6 0
0004 . CALL 5 2 2
0000 . . FUNCC ; type
0005 . ISEQS 5 2 ; "table"
0006 . JMP 5 => 0009
0009 . KPRI 5 2
0010 . CALL 4 1 2
0000 . . FUNCC ; assert
0011 . TGETB 4 0 1
0012 . ISNES 4 3 ; "if"
0013 . JMP 5 => 0037
0037 . ISNES 4 4 ; "let"
0038 . JMP 5 => 0056
0039 . TGETB 5 0 2
0040 . TGETB 6 0 3
0041 . TGETB 7 0 4
0042 . GGET 8 2 ; "table"
0043 . TGETS 8 8 5 ; "insert"
0044 . TGETS 9 1 6 ; "bindings"
0045 . TDUP 10 7
0046 . TSETS 5 10 8 ; "name"
0047 . TSETS 6 10 9 ; "value"
0048 . CALL 8 1 3
0000 . . FUNCC ; table.insert
0049 . UGET 8 1 ; compile_bool
0050 . MOV 9 7
0051 . MOV 10 1
0052 . MOV 11 2
0053 . MOV 12 3
0054 . CALL 8 1 5
0000 . . JFUNCF 13 2 ; ssa.lua:55
0001 . . GGET 4 0 ; "assert"
0002 . . GGET 5 1 ; "type"
0003 . . MOV 6 0
0004 . . CALL 5 2 2
0000 . . . FUNCC ; type
0005 . . ISEQS 5 2 ; "table"
0006 . . JMP 5 => 0009
0009 . . KPRI 5 2
0010 . . CALL 4 1 2
0000 . . . FUNCC ; assert
0011 . . TGETB 4 0 1
0012 . . ISNES 4 3 ; "if"
0013 . . JMP 5 => 0037
0014 . . UGET 5 0 ; add_block
0015 . . CALL 5 2 1
0000 . . . JFUNCF 3 1 ; ssa.lua:39
0001 . . . UGET 0 0 ; label_counter
0002 . . . ADDVN 0 0 0 ; 1
0003 . . . USETV 0 0 ; label_counter
0004 . . . KSTR 0 0 ; "L"
0005 . . . UGET 1 0 ; label_counter
0006 . . . CAT 0 0 1
0007 . . . TDUP 1 1
0008 . . . TNEW 2 0
0009 . . . TSETS 2 1 2 ; "bindings"
0010 . . . TSETS 0 1 3 ; "label"
0011 . . . UGET 2 1 ; ssa
0012 . . . TGETS 2 2 4 ; "blocks"
0013 . . . TSETV 1 2 0
0014 . . . RET1 1 2
0016 . . UGET 6 0 ; add_block
0017 . . CALL 6 2 1
0000 . . . JFUNCF 3 1 ; ssa.lua:39
0001 . . . UGET 0 0 ; label_counter
0002 . . . ADDVN 0 0 0 ; 1
0003 . . . USETV 0 0 ; label_counter
0004 . . . KSTR 0 0 ; "L"
0005 . . . UGET 1 0 ; label_counter
0006 . . . CAT 0 0 1
0007 . . . TDUP 1 1
0008 . . . TNEW 2 0
0009 . . . TSETS 2 1 2 ; "bindings"
0010 . . . TSETS 0 1 3 ; "label"
0011 . . . UGET 2 1 ; ssa
0012 . . . TGETS 2 2 4 ; "blocks"
0013 . . . TSETV 1 2 0
0014 . . . RET1 1 2
0018 . . UGET 7 1 ; compile_bool
0019 . . TGETB 8 0 2
0020 . . MOV 9 1
0021 . . MOV 10 5
0022 . . MOV 11 6
0023 . . CALL 7 1 5
0000 . . . JFUNCF 13 2 ; ssa.lua:55
0001 . . . GGET 4 0 ; "assert"
0002 . . . GGET 5 1 ; "type"
0003 . . . MOV 6 0
0004 . . . CALL 5 2 2
0000 . . . . FUNCC ; type
0005 . . . ISEQS 5 2 ; "table"
0006 . . . JMP 5 => 0009
0009 . . . KPRI 5 2
0010 . . . CALL 4 1 2
0000 . . . . FUNCC ; assert
0011 . . . TGETB 4 0 1
0012 . . . ISNES 4 3 ; "if"
0013 . . . JMP 5 => 0037
0037 . . . ISNES 4 4 ; "let"
0038 . . . JMP 5 => 0056
0056 . . . ISNES 4 10 ; "true"
0057 . . . JMP 5 => 0063
0063 . . . ISNES 4 11 ; "false"
0064 . . . JMP 5 => 0070
0070 . . . ISNES 4 12 ; "match"
0071 . . . JMP 5 => 0077
0077 . . . ISNES 4 14 ; "fail"
0078 . . . JMP 5 => 0084
0084 . . . GGET 5 0 ; "assert"
0085 . . . UGET 6 4 ; relops
0086 . . . TGETV 6 6 4
0087 . . . CALL 5 1 2
0000 . . . . FUNCC ; assert
0088 . . . UGET 5 5 ; finish_if
0089 . . . MOV 6 1
0090 . . . MOV 7 0
0091 . . . MOV 8 2
0092 . . . MOV 9 3
0093 . . . CALL 5 1 5
0000 . . . . JFUNCF 6 8 ; ssa.lua:49
0001 . . . . TDUP 4 1
0002 . . . . TSETB 1 4 2
0003 . . . . TGETS 5 2 2 ; "label"
0004 . . . . TSETB 5 4 3
0005 . . . . TGETS 5 3 2 ; "label"
0006 . . . . TSETB 5 4 4
0007 . . . . TSETS 4 0 0 ; "control"
0008 . . . . RET0 0 1
0094 . . . JLOOP 1 4
---- TRACE 9 IR
.... SNAP #0 [ ---- ]
.... SNAP #1 [ ---- ]
0002 > p32 RETF proto: 0x40ff5d48 [0x40ff5de8]
.... SNAP #2 [ ---- ---- ---- ---- ---- ---- ---- ---- ]
0003 fun SLOAD #0 R
0004 > fun EQ 0003 ssa.lua:55
0005 rbp > tab SLOAD #1 T
0006 int FLOAD 0005 tab.asize
0007 > int ABC 0006 +3 
0008 rbp p32 FLOAD 0005 tab.array
0009 p32 AREF 0008 +3 
0010 rbp > tab ALOAD 0009
0011 rbx > tab SLOAD #6 T
0012 r15 > tab SLOAD #3 T
0013 r14 > tab SLOAD #4 T
0014 [20] tab FLOAD ssa.lua:55 func.env
0015 rsi p32 HREF 0014 "assert"
0016 > p32 EQ 0015 [0x416bd458]
0017 [28] tab FLOAD 0014 tab.meta
0018 > tab NE 0017 [NULL]
0019 int FLOAD 0017 tab.hmask
0020 > int EQ 0019 +1 
0021 r13 p32 FLOAD 0017 tab.node
0022 > p32 HREFK 0021 "__index" @1
0023 r13 > tab HLOAD 0022
0024 int FLOAD 0023 tab.hmask
0025 > int EQ 0024 +63 
0026 rsi p32 FLOAD 0023 tab.node
0027 > p32 HREFK 0026 "assert" @3
0028 > fun HLOAD 0027
0029 rdx p32 HREF 0014 "type"
0030 > p32 EQ 0029 [0x416bd458]
0031 > p32 HREFK 0026 "type" @60
0032 > fun HLOAD 0031
0033 > fun EQ 0032 type
0034 > fun EQ 0028 assert
0035 int FLOAD 0010 tab.asize
0036 > int ABC 0035 +4 
0037 r12 p32 FLOAD 0010 tab.array
0038 p32 AREF 0037 +1 
0039 r13 > str ALOAD 0038
.... SNAP #3 [ ssa.lua:55|---- ---- ---- ---- ---- ---- ---- ssa.lua:55|0010 0011 0012 0013 0039 ]
0040 > str NE 0039 "if"
.... SNAP #4 [ ssa.lua:55|---- ---- ---- ---- ---- ---- ---- ssa.lua:55|0010 0011 0012 0013 0039 ]
0041 > str EQ 0039 "let"
.... SNAP #5 [ ssa.lua:55|---- ---- ---- ---- ---- ---- ---- ssa.lua:55|0010 0011 0012 0013 0039 ]
0042 p32 AREF 0037 +2 
0043 [60] > str ALOAD 0042
0044 p32 AREF 0037 +3 
0045 [64] > tab ALOAD 0044
0046 p32 AREF 0037 +4 
0047 r12 > tab ALOAD 0046
0048 rdx p32 HREF 0014 "table"
0049 > p32 EQ 0048 [0x416bd458]
0050 > p32 HREFK 0026 "table" @47
0051 rsi > tab HLOAD 0050
0052 int FLOAD 0051 tab.hmask
0053 > int EQ 0052 +7 
0054 rsi p32 FLOAD 0051 tab.node
0055 > p32 HREFK 0054 "insert" @7
0056 [54] > fun HLOAD 0055
0057 int FLOAD 0011 tab.hmask
0058 > int EQ 0057 +3 
0059 rsi p32 FLOAD 0011 tab.node
0060 > p32 HREFK 0059 "bindings" @2
0061 [50] > tab HLOAD 0060
0062 [4c] > tab TDUP {0x40fe6af8}
0063 rax p32 FLOAD 0062 tab.node
0064 p32 HREFK 0063 "name" @0
0065 str HSTORE 0064 0043
0066 p32 HREFK 0063 "value" @1
0067 tab HSTORE 0066 0045
.... SNAP #6 [ ssa.lua:55|---- ---- ---- ---- ---- ---- ---- ssa.lua:55|0010 0011 0012 0013 0039 ---- ---- 0047 0056 0061 0062 ]
0068 > fun EQ 0056 table.insert
0069 rax int CALLL lj_tab_len (0061)
0070 rax int ADD 0069 +1 
0071 int FLOAD 0061 tab.asize
0072 > int ULE 0071 0070
0073 int FLOAD 0061 tab.hmask
0074 > int EQ 0073 +0 
0075 [58] num CONV 0070 num.int
0076 rcx p32 NEWREF 0061 0075
0077 tab HSTORE 0076 0062
0078 nil TBAR 0061
.... SNAP #7 [ ssa.lua:55|---- ---- ---- ---- ---- ---- ---- ssa.lua:55|0010 0011 0012 0013 0039 ---- ---- 0047 ]
0079 rdi p32 HREF 0014 "assert"
0080 > p32 EQ 0079 [0x416bd458]
0081 int FLOAD 0017 tab.hmask
0082 > int EQ 0081 +1 
0083 rdi p32 FLOAD 0017 tab.node
0084 > p32 HREFK 0083 "__index" @1
0085 rdi > tab HLOAD 0084
0086 int FLOAD 0085 tab.hmask
0087 > int EQ 0086 +63 
0088 rdi p32 FLOAD 0085 tab.node
0089 > p32 HREFK 0088 "assert" @3
0090 > fun HLOAD 0089
0091 rsi p32 HREF 0014 "type"
0092 > p32 EQ 0091 [0x416bd458]
0093 > p32 HREFK 0088 "type" @60
0094 > fun HLOAD 0093
0095 > fun EQ 0094 type
0096 > fun EQ 0090 assert
0097 int FLOAD 0047 tab.asize
0098 > int ABC 0097 +1 
0099 rdi p32 FLOAD 0047 tab.array
0100 p32 AREF 0099 +1 
0101 [18] > str ALOAD 0100
.... SNAP #8 [ ssa.lua:55|---- ---- ---- ---- ---- ---- ---- ssa.lua:55|0010 0011 0012 0013 0039 ---- ---- 0047 ssa.lua:55|0047 0011 0012 0013 0101 ]
0102 > str EQ 0101 "if"
.... SNAP #9 [ ssa.lua:55|---- ---- ---- ---- ---- ---- ---- ssa.lua:55|0010 0011 0012 0013 0039 ---- ---- 0047 ssa.lua:55|0047 0011 0012 0013 0101 ]
0103 [44] > p32 UREFO ssa.lua:39 #0
0104 xmm7 > num ULOAD 0103
0105 [38] num ADD 0104 +1 
0106 num USTORE 0103 0105
.... SNAP #10 [ ssa.lua:55|---- ---- ---- ---- ---- ---- ---- ssa.lua:55|0010 0011 0012 0013 0039 ---- ---- 0047 ssa.lua:55|0047 0011 0012 0013 0101 ssa.lua:39|---- ]
0107 str TOSTR 0105 NUM
0108 rdi p32 BUFHDR [0x416bd414] RESET
0109 rdi p32 BUFPUT 0108 "L" 
0110 rdi p32 BUFPUT 0109 0107
0111 [48] str BUFSTR 0110 0108
0112 [c] > tab TDUP {0x40ff53c0}
0113 rdx > tab TNEW #0 #0
0114 rsi p32 FLOAD 0112 tab.node
0115 p32 HREFK 0114 "bindings" @2
0116 tab HSTORE 0115 0113
0117 p32 HREFK 0114 "label" @3
0118 str HSTORE 0117 0111
.... SNAP #11 [ ssa.lua:55|---- ---- ---- ---- ---- ---- ---- ssa.lua:55|0010 0011 0012 0013 0039 ---- ---- 0047 ssa.lua:55|0047 0011 0012 0013 0101 ssa.lua:39|0111 0112 ---- ]
0119 rsi > p32 UREFO ssa.lua:39 #1
0120 [2c] > tab ULOAD 0119
0121 int FLOAD 0120 tab.hmask
0122 > int EQ 0121 +1 
0123 rsi p32 FLOAD 0120 tab.node
0124 > p32 HREFK 0123 "blocks" @0
0125 [40] > tab HLOAD 0124
0126 rdx p32 HREF 0125 0111
0127 > p32 EQ 0126 [0x416bd458]
0128 tab FLOAD 0125 tab.meta
0129 > tab EQ 0128 [NULL]
0130 rdx p32 NEWREF 0125 0111
0131 tab HSTORE 0130 0112
0132 nil TBAR 0125
0133 p32 FREF 0125 tab.nomm
0134 u8  FSTORE 0133 +0 
0135 [30] num ADD 0105 +1 
0136 num USTORE 0103 0135
.... SNAP #12 [ ssa.lua:55|---- ---- ---- ---- ---- ---- ---- ssa.lua:55|0010 0011 0012 0013 0039 ---- ---- 0047 ssa.lua:55|0047 0011 0012 0013 0101 0112 ssa.lua:39|---- ]
0137 str TOSTR 0135 NUM
0138 rdi p32 BUFHDR [0x416bd414] RESET
0139 rdi p32 BUFPUT 0138 "L" 
0140 rdi p32 BUFPUT 0139 0137
0141 [1c] str BUFSTR 0140 0138
0142 [14] > tab TDUP {0x40ff53c0}
0143 rdx > tab TNEW #0 #0
0144 rax p32 FLOAD 0142 tab.node
0145 p32 HREFK 0144 "bindings" @2
0146 tab HSTORE 0145 0143
0147 p32 HREFK 0144 "label" @3
0148 str HSTORE 0147 0141
.... SNAP #13 [ ssa.lua:55|---- ---- ---- ---- ---- ---- ---- ssa.lua:55|0010 0011 0012 0013 0039 ---- ---- 0047 ssa.lua:55|0047 0011 0012 0013 0101 0112 ssa.lua:39|0141 0142 ---- ]
0149 int FLOAD 0120 tab.hmask
0150 > int EQ 0149 +1 
0151 rsi p32 FLOAD 0120 tab.node
0152 > p32 HREFK 0151 "blocks" @0
0153 [24] > tab HLOAD 0152
0154 rdx p32 HREF 0153 0141
0155 > p32 EQ 0154 [0x416bd458]
0156 tab FLOAD 0153 tab.meta
0157 > tab EQ 0156 [NULL]
0158 r11 p32 NEWREF 0153 0141
0159 tab HSTORE 0158 0142
0160 nil TBAR 0153
0161 p32 FREF 0153 tab.nomm
0162 u8  FSTORE 0161 +0 
.... SNAP #14 [ ssa.lua:55|---- ---- ---- ---- ---- ---- ---- ssa.lua:55|0010 0011 0012 0013 0039 ---- ---- 0047 ssa.lua:55|0047 0011 0012 0013 0101 0112 ssa.lua:39|---- 0142 ---- ]
0163 int FLOAD 0047 tab.asize
0164 > int ABC 0163 +2 
0165 rdx p32 FLOAD 0047 tab.array
0166 p32 AREF 0165 +2 
0167 [10] > tab ALOAD 0166
0168 rdx p32 HREF 0014 "assert"
0169 > p32 EQ 0168 [0x416bd458]
0170 int FLOAD 0017 tab.hmask
0171 > int EQ 0170 +1 
0172 rsi p32 FLOAD 0017 tab.node
0173 > p32 HREFK 0172 "__index" @1
0174 rsi > tab HLOAD 0173
0175 int FLOAD 0174 tab.hmask
0176 > int EQ 0175 +63 
0177 rsi p32 FLOAD 0174 tab.node
0178 > p32 HREFK 0177 "assert" @3
0179 > fun HLOAD 0178
0180 rdx p32 HREF 0014 "type"
0181 > p32 EQ 0180 [0x416bd458]
0182 > p32 HREFK 0177 "type" @60
0183 > fun HLOAD 0182
0184 > fun EQ 0183 type
0185 > fun EQ 0179 assert
0186 int FLOAD 0167 tab.asize
0187 > int ABC 0186 +1 
0188 rsi p32 FLOAD 0167 tab.array
0189 p32 AREF 0188 +1 
0190 [8] > str ALOAD 0189
.... SNAP #15 [ ssa.lua:55|---- ---- ---- ---- ---- ---- ---- ssa.lua:55|0010 0011 0012 0013 0039 ---- ---- 0047 ssa.lua:55|0047 0011 0012 0013 0101 0112 0142 ssa.lua:55|0167 0011 0112 0142 0190 ]
0191 > str NE 0190 "if"
.... SNAP #16 [ ssa.lua:55|---- ---- ---- ---- ---- ---- ---- ssa.lua:55|0010 0011 0012 0013 0039 ---- ---- 0047 ssa.lua:55|0047 0011 0012 0013 0101 0112 0142 ssa.lua:55|0167 0011 0112 0142 0190 ]
0192 > str NE 0190 "let"
.... SNAP #17 [ ssa.lua:55|---- ---- ---- ---- ---- ---- ---- ssa.lua:55|0010 0011 0012 0013 0039 ---- ---- 0047 ssa.lua:55|0047 0011 0012 0013 0101 0112 0142 ssa.lua:55|0167 0011 0112 0142 0190 ]
0193 > str NE 0190 "true"
.... SNAP #18 [ ssa.lua:55|---- ---- ---- ---- ---- ---- ---- ssa.lua:55|0010 0011 0012 0013 0039 ---- ---- 0047 ssa.lua:55|0047 0011 0012 0013 0101 0112 0142 ssa.lua:55|0167 0011 0112 0142 0190 ]
0194 > str NE 0190 "false"
.... SNAP #19 [ ssa.lua:55|---- ---- ---- ---- ---- ---- ---- ssa.lua:55|0010 0011 0012 0013 0039 ---- ---- 0047 ssa.lua:55|0047 0011 0012 0013 0101 0112 0142 ssa.lua:55|0167 0011 0112 0142 0190 ]
0195 > str NE 0190 "match"
.... SNAP #20 [ ssa.lua:55|---- ---- ---- ---- ---- ---- ---- ssa.lua:55|0010 0011 0012 0013 0039 ---- ---- 0047 ssa.lua:55|0047 0011 0012 0013 0101 0112 0142 ssa.lua:55|0167 0011 0112 0142 0190 ]
0196 > str NE 0190 "fail"
.... SNAP #21 [ ssa.lua:55|---- ---- ---- ---- ---- ---- ---- ssa.lua:55|0010 0011 0012 0013 0039 ---- ---- 0047 ssa.lua:55|0047 0011 0012 0013 0101 0112 0142 ssa.lua:55|0167 0011 0112 0142 0190 ]
0197 > p32 UREFC ssa.lua:55 #4
0198 rdx > tab ULOAD 0197
0199 rsi p32 HREF 0198 0190
0200 > tru HLOAD 0199
0201 r11 > tab TDUP {0x40fe9ad8}
0202 r8 p32 FLOAD 0201 tab.array
0203 p32 AREF 0202 +2 
0204 tab ASTORE 0203 0167
.... SNAP #22 [ ssa.lua:55|---- ---- ---- ---- ---- ---- ---- ssa.lua:55|0010 0011 0012 0013 0039 ---- ---- 0047 ssa.lua:55|0047 0011 0012 0013 0101 0112 0142 ssa.lua:55|0167 0011 0112 0142 0190 ssa.lua:49|0011 ---- 0112 0142 0201 ]
0205 int FLOAD 0112 tab.hmask
0206 > int EQ 0205 +3 
0207 r9 p32 FLOAD 0112 tab.node
0208 > p32 HREFK 0207 "label" @3
0209 r9 > str HLOAD 0208
0210 p32 AREF 0202 +3 
0211 str ASTORE 0210 0209
0212 p32 AREF 0202 +4 
0213 str ASTORE 0212 0141
.... SNAP #23 [ ssa.lua:55|---- ---- ---- ---- ---- ---- ---- ssa.lua:55|0010 0011 0012 0013 0039 ---- ---- 0047 ssa.lua:55|0047 0011 0012 0013 0101 0112 0142 ssa.lua:55|0167 0011 0112 0142 0190 ssa.lua:49|0011 ---- ---- ---- 0201 ---- ]
0214 int FLOAD 0011 tab.hmask
0215 > int EQ 0214 +3 
0216 r10 p32 FLOAD 0011 tab.node
0217 > p32 HREFK 0216 "control" @1
0218 tab FLOAD 0011 tab.meta
0219 > tab EQ 0218 [NULL]
0220 tab HSTORE 0217 0201
0221 nil TBAR 0011
.... SNAP #24 [ ssa.lua:55|---- ---- ---- ---- ---- ---- ---- ssa.lua:55|0010 0011 0012 0013 0039 ---- ---- 0047 ssa.lua:55|0047 0011 0012 0013 0101 0112 0142 ssa.lua:55|0167 ]
---- TRACE 9 mcode 2906
0bcbdb13 mov eax, [0x416bd4b0]
0bcbdb1a mov eax, [rax+0x20]
0bcbdb1d sub eax, [0x416bd4b4]
0bcbdb24 cmp eax, 0xf0
0bcbdb2a jb 0x0bcb0014 ->1
0bcbdb30 add rsp, -0x50
0bcbdb34 mov dword [0x416bd410], 0x9
0bcbdb3f mov edi, [0x416bd3d8]
0bcbdb46 cmp edi, [0x416bd3dc]
0bcbdb4d jb 0x0bcbdb66
0bcbdb4f mov esi, 0x8
0bcbdb54 mov edi, 0x416bd3b8
0bcbdb59 call 0x00421730 ->lj_gc_step_jit
0bcbdb5e test eax, eax
0bcbdb60 jnz 0x0bcb0010 ->0
0bcbdb66 mov edi, [0x416bd4b0]
0bcbdb6d mov edx, [0x416bd4b4]
0bcbdb74 cmp dword [rdx-0x4], 0x40ff5de8
0bcbdb7b jnz 0x0bcb0014 ->1
0bcbdb81 add edx, -0x40
0bcbdb84 mov [0x416bd4b4], edx
0bcbdb8b cmp dword [rdx-0x8], 0x416cd018
0bcbdb92 jnz 0x0bcb0018 ->2
0bcbdb98 cmp dword [rdx+0x4], -0x0c
0bcbdb9c jnz 0x0bcb0018 ->2
0bcbdba2 mov ebp, [rdx]
0bcbdba4 cmp dword [rbp+0x18], +0x03
0bcbdba8 jbe 0x0bcb0018 ->2
0bcbdbae mov ebp, [rbp+0x8]
0bcbdbb1 cmp dword [rbp+0x1c], -0x0c
0bcbdbb5 jnz 0x0bcb0018 ->2
0bcbdbbb mov ebp, [rbp+0x18]
0bcbdbbe cmp dword [rdx+0x2c], -0x0c
0bcbdbc2 jnz 0x0bcb0018 ->2
0bcbdbc8 mov ebx, [rdx+0x28]
0bcbdbcb cmp dword [rdx+0x14], -0x0c
0bcbdbcf jnz 0x0bcb0018 ->2
0bcbdbd5 mov r15d, [rdx+0x10]
0bcbdbd9 cmp dword [rdx+0x1c], -0x0c
0bcbdbdd jnz 0x0bcb0018 ->2
0bcbdbe3 mov r14d, [rdx+0x18]
0bcbdbe7 mov eax, [0x416cd020]
0bcbdbee mov [rsp+0x20], eax
0bcbdbf2 mov esi, [rax+0x1c]
0bcbdbf5 and esi, 0xce2b6183
0bcbdbfb lea esi, [rsi+rsi*2]
0bcbdbfe shl esi, 0x03
0bcbdc01 add esi, [rax+0x14]
0bcbdc04 cmp dword [rsi+0xc], -0x05
0bcbdc08 jnz 0x0bcbdc17
0bcbdc0a cmp dword [rsi+0x8], 0x416bfdb0
0bcbdc11 jz 0x0bcb0018 ->2
0bcbdc17 mov esi, [rsi+0x10]
0bcbdc1a test esi, esi
0bcbdc1c jnz 0x0bcbdc04
0bcbdc1e mov esi, [rax+0x10]
0bcbdc21 mov [rsp+0x28], esi
0bcbdc25 test esi, esi
0bcbdc27 jz 0x0bcb0018 ->2
0bcbdc2d cmp dword [rsi+0x1c], +0x01
0bcbdc31 jnz 0x0bcb0018 ->2
0bcbdc37 mov r13d, [rsi+0x14]
0bcbdc3b mov rsi, 0xfffffffb416bf4c8
0bcbdc45 cmp rsi, [r13+0x20]
0bcbdc49 jnz 0x0bcb0018 ->2
0bcbdc4f cmp dword [r13+0x1c], -0x0c
0bcbdc54 jnz 0x0bcb0018 ->2
0bcbdc5a mov r13d, [r13+0x18]
0bcbdc5e cmp dword [r13+0x1c], +0x3f
0bcbdc63 jnz 0x0bcb0018 ->2
0bcbdc69 mov esi, [r13+0x14]
0bcbdc6d mov rdx, 0xfffffffb416bfdb0
0bcbdc77 cmp rdx, [rsi+0x50]
0bcbdc7b jnz 0x0bcb0018 ->2
0bcbdc81 cmp dword [rsi+0x4c], -0x09
0bcbdc85 jnz 0x0bcb0018 ->2
0bcbdc8b mov edx, [rax+0x1c]
0bcbdc8e and edx, 0x798a813c
0bcbdc94 lea edx, [rdx+rdx*2]
0bcbdc97 shl edx, 0x03
0bcbdc9a add edx, [rax+0x14]
0bcbdc9d cmp dword [rdx+0xc], -0x05
0bcbdca1 jnz 0x0bcbdcb0
0bcbdca3 cmp dword [rdx+0x8], 0x416bffb0
0bcbdcaa jz 0x0bcb0018 ->2
0bcbdcb0 mov edx, [rdx+0x10]
0bcbdcb3 test edx, edx
0bcbdcb5 jnz 0x0bcbdc9d
0bcbdcb7 mov rdx, 0xfffffffb416bffb0
0bcbdcc1 cmp rdx, [rsi+0x5a8]
0bcbdcc8 jnz 0x0bcb0018 ->2
0bcbdcce cmp dword [rsi+0x5a4], -0x09
0bcbdcd5 jnz 0x0bcb0018 ->2
0bcbdcdb cmp dword [rsi+0x5a0], 0x416bff18
0bcbdce5 jnz 0x0bcb0018 ->2
0bcbdceb cmp dword [rsi+0x48], 0x416bfd88
0bcbdcf2 jnz 0x0bcb0018 ->2
0bcbdcf8 cmp dword [rbp+0x18], +0x04
0bcbdcfc jbe 0x0bcb0018 ->2
0bcbdd02 mov r12d, [rbp+0x8]
0bcbdd06 cmp dword [r12+0xc], -0x05
0bcbdd0c jnz 0x0bcb0018 ->2
0bcbdd12 mov r13d, [r12+0x8]
0bcbdd17 cmp r13d, 0x416bf8f8
0bcbdd1e jz 0x0bcb001c ->3
0bcbdd24 cmp r13d, 0x40fea3e8
0bcbdd2b jnz 0x0bcb0020 ->4
0bcbdd31 cmp dword [r12+0x14], -0x05
0bcbdd37 jnz 0x0bcb0024 ->5
0bcbdd3d mov ecx, [r12+0x10]
0bcbdd42 mov [rsp+0x60], ecx
0bcbdd46 cmp dword [r12+0x1c], -0x0c
0bcbdd4c jnz 0x0bcb0024 ->5
0bcbdd52 mov edx, [r12+0x18]
0bcbdd57 mov [rsp+0x64], edx
0bcbdd5b cmp dword [r12+0x24], -0x0c
0bcbdd61 jnz 0x0bcb0024 ->5
0bcbdd67 mov r12d, [r12+0x20]
0bcbdd6c mov edx, [rax+0x1c]
0bcbdd6f and edx, 0x7230fd67
0bcbdd75 lea edx, [rdx+rdx*2]
0bcbdd78 shl edx, 0x03
0bcbdd7b add edx, [rax+0x14]
0bcbdd7e cmp dword [rdx+0xc], -0x05
0bcbdd82 jnz 0x0bcbdd91
0bcbdd84 cmp dword [rdx+0x8], 0x416bfed8
0bcbdd8b jz 0x0bcb0024 ->5
0bcbdd91 mov edx, [rdx+0x10]
0bcbdd94 test edx, edx
0bcbdd96 jnz 0x0bcbdd7e
0bcbdd98 mov rdx, 0xfffffffb416bfed8
0bcbdda2 cmp rdx, [rsi+0x470]
0bcbdda9 jnz 0x0bcb0024 ->5
0bcbddaf cmp dword [rsi+0x46c], -0x0c
0bcbddb6 jnz 0x0bcb0024 ->5
0bcbddbc mov esi, [rsi+0x468]
0bcbddc2 cmp dword [rsi+0x1c], +0x07
0bcbddc6 jnz 0x0bcb0024 ->5
0bcbddcc mov esi, [rsi+0x14]
0bcbddcf mov rdx, 0xfffffffb416c16d0
0bcbddd9 cmp rdx, [rsi+0xb0]
0bcbdde0 jnz 0x0bcb0024 ->5
0bcbdde6 cmp dword [rsi+0xac], -0x09
0bcbdded jnz 0x0bcb0024 ->5
0bcbddf3 mov edx, [rsi+0xa8]
0bcbddf9 mov [rsp+0x54], edx
0bcbddfd cmp dword [rbx+0x1c], +0x03
0bcbde01 jnz 0x0bcb0024 ->5
0bcbde07 mov esi, [rbx+0x14]
0bcbde0a mov rdx, 0xfffffffb40ff49d0
0bcbde14 cmp rdx, [rsi+0x38]
0bcbde18 jnz 0x0bcb0024 ->5
0bcbde1e cmp dword [rsi+0x34], -0x0c
0bcbde22 jnz 0x0bcb0024 ->5
0bcbde28 mov esi, [rsi+0x30]
0bcbde2b mov [rsp+0x50], esi
0bcbde2f mov esi, 0x40fe6af8
0bcbde34 call 0x004223c0 ->lj_tab_dup
0bcbde39 mov [rsp+0x4c], eax
0bcbde3d mov edi, [rsp+0x50]
0bcbde41 mov esi, [rsp+0x64]
0bcbde45 mov edx, [rsp+0x54]
0bcbde49 mov ecx, [rsp+0x60]
0bcbde4d mov eax, [rax+0x14]
0bcbde50 mov dword [rax+0x4], 0xfffffffb
0bcbde57 mov [rax], ecx
0bcbde59 mov dword [rax+0x1c], 0xfffffff4
0bcbde60 mov [rax+0x18], esi
0bcbde63 cmp edx, 0x416c16a8
0bcbde69 jnz 0x0bcb0028 ->6
0bcbde6f call 0x00423150 ->lj_tab_len
0bcbde74 mov edi, [0x416bd4b0]
0bcbde7b mov esi, [rsp+0x50]
0bcbde7f add eax, +0x01
0bcbde82 cmp eax, [rsi+0x18]
0bcbde85 jb 0x0bcb0028 ->6
0bcbde8b cmp dword [rsi+0x1c], +0x00
0bcbde8f jnz 0x0bcb0028 ->6
0bcbde95 xorps xmm7, xmm7
0bcbde98 cvtsi2sd xmm7, eax
0bcbde9c movsd [rsp+0x58], xmm7
0bcbdea2 lea rdx, [rsp+0x58]
0bcbdea7 call 0x00422cf0 ->lj_tab_newkey
0bcbdeac mov ecx, eax
0bcbdeae mov edi, [rsp+0x50]
0bcbdeb2 mov esi, [rsp+0x28]
0bcbdeb6 mov edx, [rsp+0x4c]
0bcbdeba mov eax, [rsp+0x20]
0bcbdebe mov dword [rcx+0x4], 0xfffffff4
0bcbdec5 mov [rcx], edx
0bcbdec7 test byte [rdi+0x4], 0x4
0bcbdecb jz 0x0bcbdee2
0bcbdecd and byte [rdi+0x4], 0xfb
0bcbded1 mov edx, [0x416bd3f4]
0bcbded8 mov [0x416bd3f4], edi
0bcbdedf mov [rdi+0xc], edx
0bcbdee2 mov edi, [rax+0x1c]
0bcbdee5 and edi, 0xce2b6183
0bcbdeeb lea edi, [rdi+rdi*2]
0bcbdeee shl edi, 0x03
0bcbdef1 add edi, [rax+0x14]
0bcbdef4 cmp dword [rdi+0xc], -0x05
0bcbdef8 jnz 0x0bcbdf07
0bcbdefa cmp dword [rdi+0x8], 0x416bfdb0
0bcbdf01 jz 0x0bcb002c ->7
0bcbdf07 mov edi, [rdi+0x10]
0bcbdf0a test edi, edi
0bcbdf0c jnz 0x0bcbdef4
0bcbdf0e cmp dword [rsi+0x1c], +0x01
0bcbdf12 jnz 0x0bcb002c ->7
0bcbdf18 mov edi, [rsi+0x14]
0bcbdf1b mov rsi, 0xfffffffb416bf4c8
0bcbdf25 cmp rsi, [rdi+0x20]
0bcbdf29 jnz 0x0bcb002c ->7
0bcbdf2f cmp dword [rdi+0x1c], -0x0c
0bcbdf33 jnz 0x0bcb002c ->7
0bcbdf39 mov edi, [rdi+0x18]
0bcbdf3c cmp dword [rdi+0x1c], +0x3f
0bcbdf40 jnz 0x0bcb002c ->7
0bcbdf46 mov edi, [rdi+0x14]
0bcbdf49 mov rsi, 0xfffffffb416bfdb0
0bcbdf53 cmp rsi, [rdi+0x50]
0bcbdf57 jnz 0x0bcb002c ->7
0bcbdf5d cmp dword [rdi+0x4c], -0x09
0bcbdf61 jnz 0x0bcb002c ->7
0bcbdf67 mov esi, [rax+0x1c]
0bcbdf6a and esi, 0x798a813c
0bcbdf70 lea esi, [rsi+rsi*2]
0bcbdf73 shl esi, 0x03
0bcbdf76 add esi, [rax+0x14]
0bcbdf79 cmp dword [rsi+0xc], -0x05
0bcbdf7d jnz 0x0bcbdf8c
0bcbdf7f cmp dword [rsi+0x8], 0x416bffb0
0bcbdf86 jz 0x0bcb002c ->7
0bcbdf8c mov esi, [rsi+0x10]
0bcbdf8f test esi, esi
0bcbdf91 jnz 0x0bcbdf79
0bcbdf93 mov rsi, 0xfffffffb416bffb0
0bcbdf9d cmp rsi, [rdi+0x5a8]
0bcbdfa4 jnz 0x0bcb002c ->7
0bcbdfaa cmp dword [rdi+0x5a4], -0x09
0bcbdfb1 jnz 0x0bcb002c ->7
0bcbdfb7 cmp dword [rdi+0x5a0], 0x416bff18
0bcbdfc1 jnz 0x0bcb002c ->7
0bcbdfc7 cmp dword [rdi+0x48], 0x416bfd88
0bcbdfce jnz 0x0bcb002c ->7
0bcbdfd4 cmp dword [r12+0x18], +0x01
0bcbdfda jbe 0x0bcb002c ->7
0bcbdfe0 mov edi, [r12+0x8]
0bcbdfe5 cmp dword [rdi+0xc], -0x05
0bcbdfe9 jnz 0x0bcb002c ->7
0bcbdfef mov esi, [rdi+0x8]
0bcbdff2 mov [rsp+0x18], esi
0bcbdff6 cmp dword [rdi+0x8], 0x416bf8f8
0bcbdffd jnz 0x0bcb0030 ->8
0bcbe003 mov edi, [0x40fea350]
0bcbe00a mov [rsp+0x44], edi
0bcbe00e cmp dword [rdi+0x4], 0xfffeffff
0bcbe015 jnb 0x0bcb0034 ->9
0bcbe01b movsd xmm7, [rdi]
0bcbe01f addsd xmm7, [0x40fe3fc0]
0bcbe028 movsd [rsp+0x38], xmm7
0bcbe02e movsd [rdi], xmm7
0bcbe032 mov edi, 0x416bd414
0bcbe037 mov esi, [rdi+0x8]
0bcbe03a mov [rdi], esi
0bcbe03c mov esi, 0x4c
0bcbe041 call 0x00421b60 ->lj_buf_putchar
0bcbe046 mov edi, eax
0bcbe048 lea rsi, [rsp+0x38]
0bcbe04d call 0x0040a3c0 ->lj_strfmt_putnum
0bcbe052 mov edi, eax
0bcbe054 call 0x00421ff0 ->lj_buf_tostr
0bcbe059 mov [rsp+0x48], eax
0bcbe05d mov edi, [0x416bd4b0]
0bcbe064 mov esi, 0x40ff53c0
0bcbe069 call 0x004223c0 ->lj_tab_dup
0bcbe06e mov [rsp+0xc], eax
0bcbe072 mov edi, [0x416bd4b0]
0bcbe079 xor esi, esi
0bcbe07b call 0x00422350 ->lj_tab_new1
0bcbe080 mov edx, eax
0bcbe082 mov edi, [0x416bd4b0]
0bcbe089 mov esi, [rsp+0xc]
0bcbe08d mov eax, [rsp+0x48]
0bcbe091 mov esi, [rsi+0x14]
0bcbe094 mov dword [rsi+0x34], 0xfffffff4
0bcbe09b mov [rsi+0x30], edx
0bcbe09e mov dword [rsi+0x4c], 0xfffffffb
0bcbe0a5 mov [rsi+0x48], eax
0bcbe0a8 mov esi, [0x416d20c0]
0bcbe0af cmp dword [rsi+0x4], -0x0c
0bcbe0b3 jnz 0x0bcb003c ->11
0bcbe0b9 mov esi, [rsi]
0bcbe0bb mov [rsp+0x2c], esi
0bcbe0bf cmp dword [rsi+0x1c], +0x01
0bcbe0c3 jnz 0x0bcb003c ->11
0bcbe0c9 mov esi, [rsi+0x14]
0bcbe0cc mov rdx, 0xfffffffb40ff4698
0bcbe0d6 cmp rdx, [rsi+0x8]
0bcbe0da jnz 0x0bcb003c ->11
0bcbe0e0 cmp dword [rsi+0x4], -0x0c
0bcbe0e4 jnz 0x0bcb003c ->11
0bcbe0ea mov esi, [rsi]
0bcbe0ec mov [rsp+0x40], esi
0bcbe0f0 mov edx, [rsi+0x1c]
0bcbe0f3 and edx, [rax+0x8]
0bcbe0f6 lea edx, [rdx+rdx*2]
0bcbe0f9 shl edx, 0x03
0bcbe0fc add edx, [rsi+0x14]
0bcbe0ff cmp dword [rdx+0xc], -0x05
0bcbe103 jnz 0x0bcbe10e
0bcbe105 cmp eax, [rdx+0x8]
0bcbe108 jz 0x0bcb003c ->11
0bcbe10e mov edx, [rdx+0x10]
0bcbe111 test edx, edx
0bcbe113 jnz 0x0bcbe0ff
0bcbe115 cmp dword [rsi+0x10], +0x00
0bcbe119 jnz 0x0bcb003c ->11
0bcbe11f mov edx, 0x416bd448
0bcbe124 mov dword [rdx+0x4], 0xfffffffb
0bcbe12b mov [rdx], eax
0bcbe12d call 0x00422cf0 ->lj_tab_newkey
0bcbe132 mov edx, eax
0bcbe134 mov edi, [rsp+0x44]
0bcbe138 mov esi, [rsp+0x40]
0bcbe13c mov eax, [rsp+0xc]
0bcbe140 movsd xmm7, [rsp+0x38]
0bcbe146 mov dword [rdx+0x4], 0xfffffff4
0bcbe14d mov [rdx], eax
0bcbe14f test byte [rsi+0x4], 0x4
0bcbe153 jz 0x0bcbe16a
0bcbe155 and byte [rsi+0x4], 0xfb
0bcbe159 mov edx, [0x416bd3f4]
0bcbe160 mov [0x416bd3f4], esi
0bcbe167 mov [rsi+0xc], edx
0bcbe16a mov byte [rsi+0x6], 0x0
0bcbe16e addsd xmm7, [0x40fe3fc0]
0bcbe177 movsd [rsp+0x30], xmm7
0bcbe17d movsd [rdi], xmm7
0bcbe181 mov edi, 0x416bd414
0bcbe186 mov esi, [rdi+0x8]
0bcbe189 mov [rdi], esi
0bcbe18b mov esi, 0x4c
0bcbe190 call 0x00421b60 ->lj_buf_putchar
0bcbe195 mov edi, eax
0bcbe197 lea rsi, [rsp+0x30]
0bcbe19c call 0x0040a3c0 ->lj_strfmt_putnum
0bcbe1a1 mov edi, eax
0bcbe1a3 call 0x00421ff0 ->lj_buf_tostr
0bcbe1a8 mov [rsp+0x1c], eax
0bcbe1ac mov edi, [0x416bd4b0]
0bcbe1b3 mov esi, 0x40ff53c0
0bcbe1b8 call 0x004223c0 ->lj_tab_dup
0bcbe1bd mov [rsp+0x14], eax
0bcbe1c1 mov edi, [0x416bd4b0]
0bcbe1c8 xor esi, esi
0bcbe1ca call 0x00422350 ->lj_tab_new1
0bcbe1cf mov edx, eax
0bcbe1d1 mov r10d, [rsp+0x1c]
0bcbe1d6 mov edi, [0x416bd4b0]
0bcbe1dd mov esi, [rsp+0x2c]
0bcbe1e1 mov ecx, [rsp+0x14]
0bcbe1e5 mov eax, [rcx+0x14]
0bcbe1e8 mov dword [rax+0x34], 0xfffffff4
0bcbe1ef mov [rax+0x30], edx
0bcbe1f2 mov dword [rax+0x4c], 0xfffffffb
0bcbe1f9 mov [rax+0x48], r10d
0bcbe1fd cmp dword [rsi+0x1c], +0x01
0bcbe201 jnz 0x0bcb0044 ->13
0bcbe207 mov esi, [rsi+0x14]
0bcbe20a mov rdx, 0xfffffffb40ff4698
0bcbe214 cmp rdx, [rsi+0x8]
0bcbe218 jnz 0x0bcb0044 ->13
0bcbe21e cmp dword [rsi+0x4], -0x0c
0bcbe222 jnz 0x0bcb0044 ->13
0bcbe228 mov esi, [rsi]
0bcbe22a mov [rsp+0x24], esi
0bcbe22e mov edx, [rsi+0x1c]
0bcbe231 and edx, [r10+0x8]
0bcbe235 lea edx, [rdx+rdx*2]
0bcbe238 shl edx, 0x03
0bcbe23b add edx, [rsi+0x14]
0bcbe23e cmp dword [rdx+0xc], -0x05
0bcbe242 jnz 0x0bcbe24e
0bcbe244 cmp r10d, [rdx+0x8]
0bcbe248 jz 0x0bcb0044 ->13
0bcbe24e mov edx, [rdx+0x10]
0bcbe251 test edx, edx
0bcbe253 jnz 0x0bcbe23e
0bcbe255 cmp dword [rsi+0x10], +0x00
0bcbe259 jnz 0x0bcb0044 ->13
0bcbe25f mov edx, 0x416bd448
0bcbe264 mov dword [rdx+0x4], 0xfffffffb
0bcbe26b mov [rdx], r10d
0bcbe26e call 0x00422cf0 ->lj_tab_newkey
0bcbe273 mov r11d, eax
0bcbe276 mov edi, [0x416bd4b0]
0bcbe27d mov esi, [rsp+0x28]
0bcbe281 mov edx, [rsp+0x24]
0bcbe285 mov ecx, [rsp+0x14]
0bcbe289 mov eax, [rsp+0x20]
0bcbe28d mov dword [r11+0x4], 0xfffffff4
0bcbe295 mov [r11], ecx
0bcbe298 test byte [rdx+0x4], 0x4
0bcbe29c jz 0x0bcbe2b3
0bcbe29e and byte [rdx+0x4], 0xfb
0bcbe2a2 mov ecx, [0x416bd3f4]
0bcbe2a9 mov [0x416bd3f4], edx
0bcbe2b0 mov [rdx+0xc], ecx
0bcbe2b3 mov byte [rdx+0x6], 0x0
0bcbe2b7 cmp dword [r12+0x18], +0x02
0bcbe2bd jbe 0x0bcb0048 ->14
0bcbe2c3 mov edx, [r12+0x8]
0bcbe2c8 cmp dword [rdx+0x14], -0x0c
0bcbe2cc jnz 0x0bcb0048 ->14
0bcbe2d2 mov ecx, [rdx+0x10]
0bcbe2d5 mov [rsp+0x10], ecx
0bcbe2d9 mov edx, [rax+0x1c]
0bcbe2dc and edx, 0xce2b6183
0bcbe2e2 lea edx, [rdx+rdx*2]
0bcbe2e5 shl edx, 0x03
0bcbe2e8 add edx, [rax+0x14]
0bcbe2eb cmp dword [rdx+0xc], -0x05
0bcbe2ef jnz 0x0bcbe2fe
0bcbe2f1 cmp dword [rdx+0x8], 0x416bfdb0
0bcbe2f8 jz 0x0bcb0048 ->14
0bcbe2fe mov edx, [rdx+0x10]
0bcbe301 test edx, edx
0bcbe303 jnz 0x0bcbe2eb
0bcbe305 cmp dword [rsi+0x1c], +0x01
0bcbe309 jnz 0x0bcb0048 ->14
0bcbe30f mov esi, [rsi+0x14]
0bcbe312 mov rdx, 0xfffffffb416bf4c8
0bcbe31c cmp rdx, [rsi+0x20]
0bcbe320 jnz 0x0bcb0048 ->14
0bcbe326 cmp dword [rsi+0x1c], -0x0c
0bcbe32a jnz 0x0bcb0048 ->14
0bcbe330 mov esi, [rsi+0x18]
0bcbe333 cmp dword [rsi+0x1c], +0x3f
0bcbe337 jnz 0x0bcb0048 ->14
0bcbe33d mov esi, [rsi+0x14]
0bcbe340 mov rdx, 0xfffffffb416bfdb0
0bcbe34a cmp rdx, [rsi+0x50]
0bcbe34e jnz 0x0bcb0048 ->14
0bcbe354 cmp dword [rsi+0x4c], -0x09
0bcbe358 jnz 0x0bcb0048 ->14
0bcbe35e mov edx, [rax+0x1c]
0bcbe361 and edx, 0x798a813c
0bcbe367 lea edx, [rdx+rdx*2]
0bcbe36a shl edx, 0x03
0bcbe36d add edx, [rax+0x14]
0bcbe370 cmp dword [rdx+0xc], -0x05
0bcbe374 jnz 0x0bcbe383
0bcbe376 cmp dword [rdx+0x8], 0x416bffb0
0bcbe37d jz 0x0bcb0048 ->14
0bcbe383 mov edx, [rdx+0x10]
0bcbe386 test edx, edx
0bcbe388 jnz 0x0bcbe370
0bcbe38a mov rdx, 0xfffffffb416bffb0
0bcbe394 cmp rdx, [rsi+0x5a8]
0bcbe39b jnz 0x0bcb0048 ->14
0bcbe3a1 cmp dword [rsi+0x5a4], -0x09
0bcbe3a8 jnz 0x0bcb0048 ->14
0bcbe3ae cmp dword [rsi+0x5a0], 0x416bff18
0bcbe3b8 jnz 0x0bcb0048 ->14
0bcbe3be cmp dword [rsi+0x48], 0x416bfd88
0bcbe3c5 jnz 0x0bcb0048 ->14
0bcbe3cb cmp dword [rcx+0x18], +0x01
0bcbe3cf jbe 0x0bcb0048 ->14
0bcbe3d5 mov esi, [rcx+0x8]
0bcbe3d8 cmp dword [rsi+0xc], -0x05
0bcbe3dc jnz 0x0bcb0048 ->14
0bcbe3e2 mov r9d, [rsi+0x8]
0bcbe3e6 mov [rsp+0x8], r9d
0bcbe3eb cmp r9d, 0x416bf8f8
0bcbe3f2 jz 0x0bcb004c ->15
0bcbe3f8 cmp r9d, 0x40fea3e8
0bcbe3ff jz 0x0bcb0050 ->16
0bcbe405 cmp r9d, 0x416bfa18
0bcbe40c jz 0x0bcb0054 ->17
0bcbe412 cmp r9d, 0x416bf870
0bcbe419 jz 0x0bcb0058 ->18
0bcbe41f cmp r9d, 0x416c2cb0
0bcbe426 jz 0x0bcb005c ->19
0bcbe42c cmp r9d, 0x416d1ce0
0bcbe433 jz 0x0bcb0060 ->20
0bcbe439 cmp dword [0x416d21c4], -0x0c
0bcbe441 jnz 0x0bcb0064 ->21
0bcbe447 mov edx, [0x416d21c0]
0bcbe44e mov esi, [rdx+0x1c]
0bcbe451 and esi, [r9+0x8]
0bcbe455 lea esi, [rsi+rsi*2]
0bcbe458 shl esi, 0x03
0bcbe45b add esi, [rdx+0x14]
0bcbe45e cmp dword [rsi+0xc], -0x05
0bcbe462 jnz 0x0bcbe46a
0bcbe464 cmp r9d, [rsi+0x8]
0bcbe468 jz 0x0bcbe476
0bcbe46a mov esi, [rsi+0x10]
0bcbe46d test esi, esi
0bcbe46f jnz 0x0bcbe45e
0bcbe471 mov esi, 0x416bd458
0bcbe476 cmp dword [rsi+0x4], -0x03
0bcbe47a jnz 0x0bcb0064 ->21
0bcbe480 mov esi, 0x40fe9ad8
0bcbe485 call 0x004223c0 ->lj_tab_dup
0bcbe48a mov r11d, eax
0bcbe48d mov r10d, [rsp+0x1c]
0bcbe492 mov edi, [rsp+0x18]
0bcbe496 mov esi, [rsp+0x14]
0bcbe49a mov ecx, [rsp+0x10]
0bcbe49e mov eax, [rsp+0xc]
0bcbe4a2 mov r8d, [r11+0x8]
0bcbe4a6 mov dword [r8+0x14], 0xfffffff4
0bcbe4ae mov [r8+0x10], ecx
0bcbe4b2 cmp dword [rax+0x1c], +0x03
0bcbe4b6 jnz 0x0bcb0068 ->22
0bcbe4bc mov r9d, [rax+0x14]
0bcbe4c0 mov rdx, 0xfffffffb40ff4738
0bcbe4ca cmp rdx, [r9+0x50]
0bcbe4ce mov edx, [0x416bd4b4]
0bcbe4d5 jnz 0x0bcb0068 ->22
0bcbe4db cmp dword [r9+0x4c], -0x05
0bcbe4e0 jnz 0x0bcb0068 ->22
0bcbe4e6 mov r9d, [r9+0x48]
0bcbe4ea mov dword [r8+0x1c], 0xfffffffb
0bcbe4f2 mov [r8+0x18], r9d
0bcbe4f6 mov dword [r8+0x24], 0xfffffffb
0bcbe4fe mov [r8+0x20], r10d
0bcbe502 cmp dword [rbx+0x1c], +0x03
0bcbe506 jnz 0x0bcb006c ->23
0bcbe50c mov r10d, [rbx+0x14]
0bcbe510 mov r8, 0xfffffffb40ff4ea0
0bcbe51a cmp r8, [r10+0x20]
0bcbe51e jnz 0x0bcb006c ->23
0bcbe524 cmp dword [rbx+0x10], +0x00
0bcbe528 jnz 0x0bcb006c ->23
0bcbe52e mov dword [r10+0x1c], 0xfffffff4
0bcbe536 mov [r10+0x18], r11d
0bcbe53a test byte [rbx+0x4], 0x4
0bcbe53e jz 0x0bcbe557
0bcbe540 and byte [rbx+0x4], 0xfb
0bcbe544 mov r11d, [0x416bd3f4]
0bcbe54c mov [0x416bd3f4], ebx
0bcbe553 mov [rbx+0xc], r11d
0bcbe557 mov dword [rdx+0xcc], 0xfffffff4
0bcbe561 mov [rdx+0xc8], ecx
0bcbe567 mov dword [rdx+0xc4], 0x40ff5de8
0bcbe571 mov dword [rdx+0xc0], 0x416cd018
0bcbe57b mov dword [rdx+0xbc], 0xfffffff4
0bcbe585 mov [rdx+0xb8], esi
0bcbe58b mov dword [rdx+0xb4], 0xfffffff4
0bcbe595 mov [rdx+0xb0], eax
0bcbe59b mov dword [rdx+0xac], 0xfffffffb
0bcbe5a5 mov [rdx+0xa8], edi
0bcbe5ab mov dword [rdx+0xa4], 0xfffffff4
0bcbe5b5 mov [rdx+0xa0], r14d
0bcbe5bc mov dword [rdx+0x9c], 0xfffffff4
0bcbe5c6 mov [rdx+0x98], r15d
0bcbe5cd mov dword [rdx+0x94], 0xfffffff4
0bcbe5d7 mov [rdx+0x90], ebx
0bcbe5dd mov dword [rdx+0x8c], 0xfffffff4
0bcbe5e7 mov [rdx+0x88], r12d
0bcbe5ee mov dword [rdx+0x84], 0x40ff5e64
0bcbe5f8 mov dword [rdx+0x80], 0x416cd018
0bcbe602 mov dword [rdx+0x7c], 0xfffffff4
0bcbe609 mov [rdx+0x78], r12d
0bcbe60d mov dword [rdx+0x64], 0xfffffffb
0bcbe614 mov [rdx+0x60], r13d
0bcbe618 mov dword [rdx+0x5c], 0xfffffff4
0bcbe61f mov [rdx+0x58], r14d
0bcbe623 mov dword [rdx+0x54], 0xfffffff4
0bcbe62a mov [rdx+0x50], r15d
0bcbe62e mov dword [rdx+0x4c], 0xfffffff4
0bcbe635 mov [rdx+0x48], ebx
0bcbe638 mov dword [rdx+0x44], 0xfffffff4
0bcbe63f mov [rdx+0x40], ebp
0bcbe642 mov dword [rdx+0x3c], 0x40ff5e00
0bcbe649 mov dword [rdx+0x38], 0x416cd018
0bcbe650 mov dword [rdx-0x8], 0x416cd018
0bcbe657 add edx, 0xc8
0bcbe65d mov [0x416bd4b4], edx
0bcbe664 add rsp, +0x60
0bcbe668 jmp 0x0bcbf398
---- TRACE 9 stop -> 4
---- TRACE 9 exit 4
---- TRACE 8 exit 1
---- TRACE 4 exit 7
---- TRACE 3 exit 0
---- TRACE 9 exit 1
---- TRACE 4 exit 6
---- TRACE 5 exit 1
---- TRACE 9 exit 1
---- TRACE 4 exit 7
---- TRACE 3 exit 0
---- TRACE 10 start 3/0 ssa.lua:53
0001 TDUP 2 1
0002 TGETS 3 1 2 ; "label"
0003 TSETB 3 2 2
0004 TSETS 2 0 0 ; "control"
0005 RET0 0 1
0069 JMP 5 => 0094
0094 JLOOP 1 4
---- TRACE 10 IR
.... SNAP #0 [ ---- ---- ---- ]
0001 rax > tab TDUP {0x40fe38f0}
0002 rbp > tab SLOAD #2 T
0003 int FLOAD 0002 tab.hmask
0004 > int EQ 0003 +3 
0005 rbx p32 FLOAD 0002 tab.node
0006 > p32 HREFK 0005 "label" @3
0007 > nil HLOAD 0006
0008 tab FLOAD 0002 tab.meta
0009 > tab EQ 0008 [NULL]
0010 rbp p32 FLOAD 0001 tab.array
0011 p32 AREF 0010 +2 
0012 nil ASTORE 0011 nil
.... SNAP #1 [ ---- ---- ---- 0001 ---- ]
0013 rbp > tab SLOAD #1 T
0014 int FLOAD 0013 tab.hmask
0015 > int EQ 0014 +3 
0016 rbx p32 FLOAD 0013 tab.node
0017 > p32 HREFK 0016 "control" @1
0018 tab FLOAD 0013 tab.meta
0019 > tab EQ 0018 [NULL]
0020 tab HSTORE 0017 0001
0021 nil TBAR 0013
.... SNAP #2 [ ---- ---- ---- ---- ---- ]
0022 > p32 RETF proto: 0x40ff5d48 [0x40ff5e9c]
.... SNAP #3 [ ---- ---- ]
---- TRACE 10 mcode 296
0bcbd9e4 mov eax, [0x416bd4b0]
0bcbd9eb mov eax, [rax+0x20]
0bcbd9ee sub eax, [0x416bd4b4]
0bcbd9f5 cmp eax, +0x38
0bcbd9f8 jb 0x0bcb0010 ->0
0bcbd9fe mov dword [0x416bd410], 0xa
0bcbda09 mov edi, [0x416bd3d8]
0bcbda10 cmp edi, [0x416bd3dc]
0bcbda17 jb 0x0bcbda30
0bcbda19 mov esi, 0x1
0bcbda1e mov edi, 0x416bd3b8
0bcbda23 call 0x00421730 ->lj_gc_step_jit
0bcbda28 test eax, eax
0bcbda2a jnz 0x0bcb0010 ->0
0bcbda30 mov edi, [0x416bd4b0]
0bcbda37 mov esi, 0x40fe38f0
0bcbda3c call 0x004223c0 ->lj_tab_dup
0bcbda41 mov edx, [0x416bd4b4]
0bcbda48 cmp dword [rdx+0xc], -0x0c
0bcbda4c jnz 0x0bcb0010 ->0
0bcbda52 mov ebp, [rdx+0x8]
0bcbda55 cmp dword [rbp+0x1c], +0x03
0bcbda59 jnz 0x0bcb0010 ->0
0bcbda5f mov ebx, [rbp+0x14]
0bcbda62 mov rdi, 0xfffffffb40ff4738
0bcbda6c cmp rdi, [rbx+0x50]
0bcbda70 jnz 0x0bcb0010 ->0
0bcbda76 cmp dword [rbx+0x4c], -0x01
0bcbda7a jnz 0x0bcb0010 ->0
0bcbda80 cmp dword [rbp+0x10], +0x00
0bcbda84 jnz 0x0bcb0010 ->0
0bcbda8a mov ebp, [rax+0x8]
0bcbda8d mov dword [rbp+0x14], 0xffffffff
0bcbda94 cmp dword [rdx+0x4], -0x0c
0bcbda98 jnz 0x0bcb0014 ->1
0bcbda9e mov ebp, [rdx]
0bcbdaa0 cmp dword [rbp+0x1c], +0x03
0bcbdaa4 jnz 0x0bcb0014 ->1
0bcbdaaa mov ebx, [rbp+0x14]
0bcbdaad mov rdi, 0xfffffffb40ff4ea0
0bcbdab7 cmp rdi, [rbx+0x20]
0bcbdabb jnz 0x0bcb0014 ->1
0bcbdac1 cmp dword [rbp+0x10], +0x00
0bcbdac5 jnz 0x0bcb0014 ->1
0bcbdacb mov dword [rbx+0x1c], 0xfffffff4
0bcbdad2 mov [rbx+0x18], eax
0bcbdad5 test byte [rbp+0x4], 0x4
0bcbdad9 jz 0x0bcbdaf0
0bcbdadb and byte [rbp+0x4], 0xfb
0bcbdadf mov edi, [0x416bd3f4]
0bcbdae6 mov [0x416bd3f4], ebp
0bcbdaed mov [rbp+0xc], edi
0bcbdaf0 cmp dword [rdx-0x4], 0x40ff5e9c
0bcbdaf7 jnz 0x0bcb0018 ->2
0bcbdafd add edx, -0x30
0bcbdb00 mov [0x416bd4b4], edx
0bcbdb07 jmp 0x0bcbf398
---- TRACE 10 stop -> 4
---- TRACE 4 exit 7
---- TRACE 9 exit 1
---- TRACE 4 exit 3
---- TRACE 2 exit 8
---- TRACE 9 exit 5
Raw
dump.hotloop05
---- TRACE 1 start ssa.lua:39
0001 UGET 0 0 ; label_counter
0002 ADDVN 0 0 0 ; 1
0003 USETV 0 0 ; label_counter
0004 KSTR 0 0 ; "L"
0005 UGET 1 0 ; label_counter
0006 CAT 0 0 1
0007 TDUP 1 1
0008 TNEW 2 0
0009 TSETS 2 1 2 ; "bindings"
0010 TSETS 0 1 3 ; "label"
0011 UGET 2 1 ; ssa
0012 TGETS 2 2 4 ; "blocks"
0013 TSETV 1 2 0
0014 RET1 1 2
---- TRACE 1 IR
.... SNAP #0 [ ---- ]
0001 rbp fun SLOAD #0 R
0002 rbx > p32 UREFO 0001 #0
0003 xmm7 > num ULOAD 0002
0004 [10] num ADD 0003 +1 
0005 num USTORE 0002 0004
.... SNAP #1 [ ---- ---- ]
0006 str TOSTR 0004 NUM
0007 rdi p32 BUFHDR [0x41d65414] RESET
0008 rdi p32 BUFPUT 0007 "L" 
0009 rdi p32 BUFPUT 0008 0006
0010 [c] str BUFSTR 0009 0007
0011 [8] > tab TDUP {0x41d69148}
0012 r15 > tab TNEW #0 #0
0013 rbx p32 FLOAD 0011 tab.node
0014 p32 HREFK 0013 "bindings" @0
0015 tab HSTORE 0014 0012
0016 p32 HREFK 0013 "label" @1
0017 str HSTORE 0016 0010
.... SNAP #2 [ ---- 0010 0011 ---- ]
0018 rbp > p32 UREFO 0001 #1
0019 rbp > tab ULOAD 0018
0020 int FLOAD 0019 tab.hmask
0021 > int EQ 0020 +1 
0022 rbp p32 FLOAD 0019 tab.node
0023 > p32 HREFK 0022 "blocks" @0
0024 rbp > tab HLOAD 0023
0025 rsi p32 HREF 0024 0010
0026 > p32 EQ 0025 [0x41d65458]
0027 tab FLOAD 0024 tab.meta
0028 > tab EQ 0027 [NULL]
0029 rbx p32 NEWREF 0024 0010
0030 tab HSTORE 0029 0011
0031 nil TBAR 0024
0032 p32 FREF 0024 tab.nomm
0033 u8  FSTORE 0032 +0 
.... SNAP #3 [ ---- ---- 0011 ]
---- TRACE 1 mcode 441
0bcbfe44 add rsp, -0x10
0bcbfe48 mov dword [0x41d65410], 0x1
0bcbfe53 mov edi, [0x41d653d8]
0bcbfe5a cmp edi, [0x41d653dc]
0bcbfe61 jb 0x0bcbfe7a
0bcbfe63 mov esi, 0x3
0bcbfe68 mov edi, 0x41d653b8
0bcbfe6d call 0x00421730 ->lj_gc_step_jit
0bcbfe72 test eax, eax
0bcbfe74 jnz 0x0bcb0010 ->0
0bcbfe7a mov edx, [0x41d654b4]
0bcbfe81 mov ebp, [rdx-0x8]
0bcbfe84 mov edi, [rbp+0x14]
0bcbfe87 mov ebx, [rdi+0x10]
0bcbfe8a cmp dword [rbx+0x4], 0xfffeffff
0bcbfe91 jnb 0x0bcb0010 ->0
0bcbfe97 movsd xmm7, [rbx]
0bcbfe9b addsd xmm7, [0x41879ee8]
0bcbfea4 movsd [rsp+0x10], xmm7
0bcbfeaa movsd [rbx], xmm7
0bcbfeae mov edi, 0x41d65414
0bcbfeb3 mov esi, [rdi+0x8]
0bcbfeb6 mov [rdi], esi
0bcbfeb8 mov esi, 0x4c
0bcbfebd call 0x00421b60 ->lj_buf_putchar
0bcbfec2 mov edi, eax
0bcbfec4 lea rsi, [rsp+0x10]
0bcbfec9 call 0x0040a3c0 ->lj_strfmt_putnum
0bcbfece mov edi, eax
0bcbfed0 call 0x00421ff0 ->lj_buf_tostr
0bcbfed5 mov [rsp+0xc], eax
0bcbfed9 mov edi, [0x41d654b0]
0bcbfee0 mov esi, 0x41d69148
0bcbfee5 call 0x004223c0 ->lj_tab_dup
0bcbfeea mov ebx, eax
0bcbfeec mov [rsp+0x8], ebx
0bcbfef0 mov edi, [0x41d654b0]
0bcbfef7 xor esi, esi
0bcbfef9 call 0x00422350 ->lj_tab_new1
0bcbfefe mov r15d, eax
0bcbff01 mov edi, [0x41d654b0]
0bcbff08 mov eax, [rsp+0xc]
0bcbff0c mov ebx, [rbx+0x14]
0bcbff0f mov dword [rbx+0x4], 0xfffffff4
0bcbff16 mov [rbx], r15d
0bcbff19 mov dword [rbx+0x1c], 0xfffffffb
0bcbff20 mov [rbx+0x18], eax
0bcbff23 mov esi, [rbp+0x18]
0bcbff26 mov ebp, [rsi+0x10]
0bcbff29 cmp dword [rbp+0x4], -0x0c
0bcbff2d jnz 0x0bcb0018 ->2
0bcbff33 mov ebp, [rbp+0x0]
0bcbff36 cmp dword [rbp+0x1c], +0x01
0bcbff3a jnz 0x0bcb0018 ->2
0bcbff40 mov ebp, [rbp+0x14]
0bcbff43 mov rsi, 0xfffffffb41884340
0bcbff4d cmp rsi, [rbp+0x8]
0bcbff51 jnz 0x0bcb0018 ->2
0bcbff57 cmp dword [rbp+0x4], -0x0c
0bcbff5b jnz 0x0bcb0018 ->2
0bcbff61 mov ebp, [rbp+0x0]
0bcbff64 mov esi, [rbp+0x1c]
0bcbff67 and esi, [rax+0x8]
0bcbff6a lea esi, [rsi+rsi*2]
0bcbff6d shl esi, 0x03
0bcbff70 add esi, [rbp+0x14]
0bcbff73 cmp dword [rsi+0xc], -0x05
0bcbff77 jnz 0x0bcbff82
0bcbff79 cmp eax, [rsi+0x8]
0bcbff7c jz 0x0bcb0018 ->2
0bcbff82 mov esi, [rsi+0x10]
0bcbff85 test esi, esi
0bcbff87 jnz 0x0bcbff73
0bcbff89 cmp dword [rbp+0x10], +0x00
0bcbff8d jnz 0x0bcb0018 ->2
0bcbff93 mov edx, 0x41d65448
0bcbff98 mov dword [rdx+0x4], 0xfffffffb
0bcbff9f mov [rdx], eax
0bcbffa1 mov esi, ebp
0bcbffa3 call 0x00422cf0 ->lj_tab_newkey
0bcbffa8 mov ebx, eax
0bcbffaa mov edx, [0x41d654b4]
0bcbffb1 mov eax, [rsp+0x8]
0bcbffb5 mov dword [rbx+0x4], 0xfffffff4
0bcbffbc mov [rbx], eax
0bcbffbe test byte [rbp+0x4], 0x4
0bcbffc2 jz 0x0bcbffd9
0bcbffc4 and byte [rbp+0x4], 0xfb
0bcbffc8 mov edi, [0x41d653f4]
0bcbffcf mov [0x41d653f4], ebp
0bcbffd6 mov [rbp+0xc], edi
0bcbffd9 mov byte [rbp+0x6], 0x0
0bcbffdd mov dword [rdx+0xc], 0xfffffff4
0bcbffe4 mov [rdx+0x8], eax
0bcbffe7 xor eax, eax
0bcbffe9 mov ebx, 0x41885018
0bcbffee mov r14d, 0x41d66008
0bcbfff4 add rsp, +0x10
0bcbfff8 jmp 0x00420177
---- TRACE 1 stop -> return
---- TRACE 2 start ssa.lua:55
0001 GGET 4 0 ; "assert"
0002 GGET 5 1 ; "type"
0003 MOV 6 0
0004 CALL 5 2 2
0000 . FUNCC ; type
0005 ISEQS 5 2 ; "table"
0006 JMP 5 => 0009
0009 KPRI 5 2
0010 CALL 4 1 2
0000 . FUNCC ; assert
0011 TGETB 4 0 1
0012 ISNES 4 3 ; "if"
0013 JMP 5 => 0037
0014 UGET 5 0 ; add_block
0015 CALL 5 2 1
0000 . JFUNCF 3 1 ; ssa.lua:39
0001 . UGET 0 0 ; label_counter
0002 . ADDVN 0 0 0 ; 1
0003 . USETV 0 0 ; label_counter
0004 . KSTR 0 0 ; "L"
0005 . UGET 1 0 ; label_counter
0006 . CAT 0 0 1
0007 . TDUP 1 1
0008 . TNEW 2 0
0009 . TSETS 2 1 2 ; "bindings"
0010 . TSETS 0 1 3 ; "label"
0011 . UGET 2 1 ; ssa
0012 . TGETS 2 2 4 ; "blocks"
0013 . TSETV 1 2 0
0014 . RET1 1 2
0016 UGET 6 0 ; add_block
0017 CALL 6 2 1
0000 . JFUNCF 3 1 ; ssa.lua:39
0001 . UGET 0 0 ; label_counter
0002 . ADDVN 0 0 0 ; 1
0003 . USETV 0 0 ; label_counter
0004 . KSTR 0 0 ; "L"
0005 . UGET 1 0 ; label_counter
0006 . CAT 0 0 1
0007 . TDUP 1 1
0008 . TNEW 2 0
0009 . TSETS 2 1 2 ; "bindings"
0010 . TSETS 0 1 3 ; "label"
0011 . UGET 2 1 ; ssa
0012 . TGETS 2 2 4 ; "blocks"
0013 . TSETV 1 2 0
0014 . RET1 1 2
0018 UGET 7 1 ; compile_bool
0019 TGETB 8 0 2
0020 MOV 9 1
0021 MOV 10 5
0022 MOV 11 6
0023 CALL 7 1 5
0000 . FUNCF 13 ; ssa.lua:55
0001 . GGET 4 0 ; "assert"
0002 . GGET 5 1 ; "type"
0003 . MOV 6 0
0004 . CALL 5 2 2
0000 . . FUNCC ; type
0005 . ISEQS 5 2 ; "table"
0006 . JMP 5 => 0009
0009 . KPRI 5 2
0010 . CALL 4 1 2
0000 . . FUNCC ; assert
0011 . TGETB 4 0 1
0012 . ISNES 4 3 ; "if"
0013 . JMP 5 => 0037
0037 . ISNES 4 4 ; "let"
0038 . JMP 5 => 0056
0056 . ISNES 4 10 ; "true"
0057 . JMP 5 => 0063
0063 . ISNES 4 11 ; "false"
0064 . JMP 5 => 0070
0070 . ISNES 4 12 ; "match"
0071 . JMP 5 => 0077
0077 . ISNES 4 14 ; "fail"
0078 . JMP 5 => 0084
0084 . GGET 5 0 ; "assert"
0085 . UGET 6 4 ; relops
0086 . TGETV 6 6 4
0087 . CALL 5 1 2
0000 . . FUNCC ; assert
0088 . UGET 5 5 ; finish_if
0089 . MOV 6 1
0090 . MOV 7 0
0091 . MOV 8 2
0092 . MOV 9 3
0093 . CALL 5 1 5
0000 . . FUNCF 6 ; ssa.lua:49
0001 . . TDUP 4 1
0002 . . TSETB 1 4 2
0003 . . TGETS 5 2 2 ; "label"
0004 . . TSETB 5 4 3
0005 . . TGETS 5 3 2 ; "label"
0006 . . TSETB 5 4 4
0007 . . TSETS 4 0 0 ; "control"
0008 . . RET0 0 1
0094 . RET0 0 1
0024 UGET 7 1 ; compile_bool
0025 TGETB 8 0 3
0026 MOV 9 5
0027 MOV 10 2
0028 MOV 11 3
0029 CALL 7 1 5
0000 . FUNCF 13 ; ssa.lua:55
0001 . GGET 4 0 ; "assert"
0002 . GGET 5 1 ; "type"
0003 . MOV 6 0
0004 . CALL 5 2 2
0000 . . FUNCC ; type
0005 . ISEQS 5 2 ; "table"
0006 . JMP 5 => 0009
0009 . KPRI 5 2
0010 . CALL 4 1 2
0000 . . FUNCC ; assert
0011 . TGETB 4 0 1
0012 . ISNES 4 3 ; "if"
0013 . JMP 5 => 0037
0037 . ISNES 4 4 ; "let"
0038 . JMP 5 => 0056
0056 . ISNES 4 10 ; "true"
0057 . JMP 5 => 0063
0058 . UGET 5 2 ; finish_goto
0059 . MOV 6 1
0060 . MOV 7 2
0061 . CALL 5 1 3
0000 . . FUNCF 4 ; ssa.lua:52
0001 . . TDUP 2 1
0002 . . TGETS 3 1 2 ; "label"
0003 . . TSETB 3 2 2
0004 . . TSETS 2 0 0 ; "control"
0005 . . RET0 0 1
0062 . JMP 5 => 0094
0094 . RET0 0 1
0030 UGET 7 1 ; compile_bool
0031 TGETB 8 0 4
0032 MOV 9 6
0033 MOV 10 2
0034 MOV 11 3
0035 CALL 7 1 5
0000 . FUNCF 13 ; ssa.lua:55
0001 . GGET 4 0 ; "assert"
0002 . GGET 5 1 ; "type"
0003 . MOV 6 0
0004 . CALL 5 2 2
0000 . . FUNCC ; type
0005 . ISEQS 5 2 ; "table"
0006 . JMP 5 => 0009
0009 . KPRI 5 2
0010 . CALL 4 1 2
0000 . . FUNCC ; assert
0011 . TGETB 4 0 1
0012 . ISNES 4 3 ; "if"
0013 . JMP 5 => 0037
0014 . UGET 5 0 ; add_block
0015 . CALL 5 2 1
0000 . . JFUNCF 3 1 ; ssa.lua:39
0001 . . UGET 0 0 ; label_counter
0002 . . ADDVN 0 0 0 ; 1
0003 . . USETV 0 0 ; label_counter
0004 . . KSTR 0 0 ; "L"
0005 . . UGET 1 0 ; label_counter
0006 . . CAT 0 0 1
0007 . . TDUP 1 1
0008 . . TNEW 2 0
0009 . . TSETS 2 1 2 ; "bindings"
0010 . . TSETS 0 1 3 ; "label"
0011 . . UGET 2 1 ; ssa
0012 . . TGETS 2 2 4 ; "blocks"
0013 . . TSETV 1 2 0
0014 . . RET1 1 2
0016 . UGET 6 0 ; add_block
0017 . CALL 6 2 1
0000 . . JFUNCF 3 1 ; ssa.lua:39
0001 . . UGET 0 0 ; label_counter
0002 . . ADDVN 0 0 0 ; 1
0003 . . USETV 0 0 ; label_counter
0004 . . KSTR 0 0 ; "L"
0005 . . UGET 1 0 ; label_counter
0006 . . CAT 0 0 1
0007 . . TDUP 1 1
0008 . . TNEW 2 0
0009 . . TSETS 2 1 2 ; "bindings"
0010 . . TSETS 0 1 3 ; "label"
0011 . . UGET 2 1 ; ssa
0012 . . TGETS 2 2 4 ; "blocks"
0013 . . TSETV 1 2 0
0014 . . RET1 1 2
0018 . UGET 7 1 ; compile_bool
0019 . TGETB 8 0 2
0020 . MOV 9 1
0021 . MOV 10 5
0022 . MOV 11 6
0023 . CALL 7 1 5
0000 . . FUNCF 13 ; ssa.lua:55
0001 . . GGET 4 0 ; "assert"
0002 . . GGET 5 1 ; "type"
0003 . . MOV 6 0
0004 . . CALL 5 2 2
0000 . . . FUNCC ; type
0005 . . ISEQS 5 2 ; "table"
0006 . . JMP 5 => 0009
0009 . . KPRI 5 2
0010 . . CALL 4 1 2
0000 . . . FUNCC ; assert
0011 . . TGETB 4 0 1
0012 . . ISNES 4 3 ; "if"
0013 . . JMP 5 => 0037
0037 . . ISNES 4 4 ; "let"
0038 . . JMP 5 => 0056
0056 . . ISNES 4 10 ; "true"
0057 . . JMP 5 => 0063
0063 . . ISNES 4 11 ; "false"
0064 . . JMP 5 => 0070
0070 . . ISNES 4 12 ; "match"
0071 . . JMP 5 => 0077
0077 . . ISNES 4 14 ; "fail"
0078 . . JMP 5 => 0084
0084 . . GGET 5 0 ; "assert"
0085 . . UGET 6 4 ; relops
0086 . . TGETV 6 6 4
0087 . . CALL 5 1 2
0000 . . . FUNCC ; assert
0088 . . UGET 5 5 ; finish_if
0089 . . MOV 6 1
0090 . . MOV 7 0
0091 . . MOV 8 2
0092 . . MOV 9 3
0093 . . CALL 5 1 5
0000 . . . FUNCF 6 ; ssa.lua:49
0001 . . . TDUP 4 1
0002 . . . TSETB 1 4 2
0003 . . . TGETS 5 2 2 ; "label"
0004 . . . TSETB 5 4 3
0005 . . . TGETS 5 3 2 ; "label"
0006 . . . TSETB 5 4 4
0007 . . . TSETS 4 0 0 ; "control"
0008 . . . RET0 0 1
0094 . . RET0 0 1
0024 . UGET 7 1 ; compile_bool
0025 . TGETB 8 0 3
0026 . MOV 9 5
0027 . MOV 10 2
0028 . MOV 11 3
0029 . CALL 7 1 5
0000 . . FUNCF 13 ; ssa.lua:55
0001 . . GGET 4 0 ; "assert"
0002 . . GGET 5 1 ; "type"
0003 . . MOV 6 0
0004 . . CALL 5 2 2
0000 . . . FUNCC ; type
0005 . . ISEQS 5 2 ; "table"
0006 . . JMP 5 => 0009
0009 . . KPRI 5 2
0010 . . CALL 4 1 2
0000 . . . FUNCC ; assert
0011 . . TGETB 4 0 1
0012 . . ISNES 4 3 ; "if"
0013 . . JMP 5 => 0037
0014 . . UGET 5 0 ; add_block
0015 . . CALL 5 2 1
0000 . . . JFUNCF 3 1 ; ssa.lua:39
0001 . . . UGET 0 0 ; label_counter
0002 . . . ADDVN 0 0 0 ; 1
0003 . . . USETV 0 0 ; label_counter
0004 . . . KSTR 0 0 ; "L"
0005 . . . UGET 1 0 ; label_counter
0006 . . . CAT 0 0 1
0007 . . . TDUP 1 1
0008 . . . TNEW 2 0
0009 . . . TSETS 2 1 2 ; "bindings"
0010 . . . TSETS 0 1 3 ; "label"
0011 . . . UGET 2 1 ; ssa
0012 . . . TGETS 2 2 4 ; "blocks"
0013 . . . TSETV 1 2 0
0014 . . . RET1 1 2
0016 . . UGET 6 0 ; add_block
0017 . . CALL 6 2 1
0000 . . . JFUNCF 3 1 ; ssa.lua:39
0001 . . . UGET 0 0 ; label_counter
0002 . . . ADDVN 0 0 0 ; 1
0003 . . . USETV 0 0 ; label_counter
0004 . . . KSTR 0 0 ; "L"
0005 . . . UGET 1 0 ; label_counter
0006 . . . CAT 0 0 1
0007 . . . TDUP 1 1
0008 . . . TNEW 2 0
0009 . . . TSETS 2 1 2 ; "bindings"
0010 . . . TSETS 0 1 3 ; "label"
0011 . . . UGET 2 1 ; ssa
0012 . . . TGETS 2 2 4 ; "blocks"
0013 . . . TSETV 1 2 0
0014 . . . RET1 1 2
0018 . . UGET 7 1 ; compile_bool
0019 . . TGETB 8 0 2
0020 . . MOV 9 1
0021 . . MOV 10 5
0022 . . MOV 11 6
0023 . . CALL 7 1 5
0000 . . . FUNCF 13 ; ssa.lua:55
---- TRACE 2 abort ssa.lua:56 -- retry recording
---- TRACE 2 start ssa.lua:55
0001 GGET 4 0 ; "assert"
0002 GGET 5 1 ; "type"
0003 MOV 6 0
0004 CALL 5 2 2
0000 . FUNCC ; type
0005 ISEQS 5 2 ; "table"
0006 JMP 5 => 0009
0009 KPRI 5 2
0010 CALL 4 1 2
0000 . FUNCC ; assert
0011 TGETB 4 0 1
0012 ISNES 4 3 ; "if"
0013 JMP 5 => 0037
0037 ISNES 4 4 ; "let"
0038 JMP 5 => 0056
0056 ISNES 4 10 ; "true"
0057 JMP 5 => 0063
0063 ISNES 4 11 ; "false"
0064 JMP 5 => 0070
0070 ISNES 4 12 ; "match"
0071 JMP 5 => 0077
0077 ISNES 4 14 ; "fail"
0078 JMP 5 => 0084
0084 GGET 5 0 ; "assert"
0085 UGET 6 4 ; relops
0086 TGETV 6 6 4
0087 CALL 5 1 2
0000 . FUNCC ; assert
0088 UGET 5 5 ; finish_if
0089 MOV 6 1
0090 MOV 7 0
0091 MOV 8 2
0092 MOV 9 3
0093 CALL 5 1 5
0000 . FUNCF 6 ; ssa.lua:49
0001 . TDUP 4 1
0002 . TSETB 1 4 2
0003 . TGETS 5 2 2 ; "label"
0004 . TSETB 5 4 3
0005 . TGETS 5 3 2 ; "label"
0006 . TSETB 5 4 4
0007 . TSETS 4 0 0 ; "control"
0008 . RET0 0 1
0094 RET0 0 1
---- TRACE 2 IR
.... SNAP #0 [ ---- ---- ---- ---- ---- ]
0001 rbp fun SLOAD #0 R
0002 rbx tab FLOAD 0001 func.env
0003 rsi p32 HREF 0002 "assert"
0004 > p32 EQ 0003 [0x41d65458]
0005 r15 tab FLOAD 0002 tab.meta
0006 > tab NE 0005 [NULL]
0007 int FLOAD 0005 tab.hmask
0008 > int EQ 0007 +1 
0009 r15 p32 FLOAD 0005 tab.node
0010 > p32 HREFK 0009 "__index" @1
0011 r15 > tab HLOAD 0010
0012 int FLOAD 0011 tab.hmask
0013 > int EQ 0012 +63 
0014 r15 p32 FLOAD 0011 tab.node
0015 > p32 HREFK 0014 "assert" @3
0016 > fun HLOAD 0015
0017 rsi p32 HREF 0002 "type"
0018 > p32 EQ 0017 [0x41d65458]
0019 > p32 HREFK 0014 "type" @60
0020 > fun HLOAD 0019
0021 rbx > tab SLOAD #1 T
0022 > fun EQ 0020 type
0023 > fun EQ 0016 assert
0024 int FLOAD 0021 tab.asize
0025 > int ABC 0024 +1 
0026 r15 p32 FLOAD 0021 tab.array
0027 p32 AREF 0026 +1 
0028 r15 > str ALOAD 0027
.... SNAP #1 [ ---- ---- ---- ---- ---- 0028 ]
0029 > str NE 0028 "if"
.... SNAP #2 [ ---- ---- ---- ---- ---- 0028 ]
0030 > str NE 0028 "let"
.... SNAP #3 [ ---- ---- ---- ---- ---- 0028 ]
0031 > str NE 0028 "true"
.... SNAP #4 [ ---- ---- ---- ---- ---- 0028 ]
0032 > str NE 0028 "false"
.... SNAP #5 [ ---- ---- ---- ---- ---- 0028 ]
0033 > str NE 0028 "match"
.... SNAP #6 [ ---- ---- ---- ---- ---- 0028 ]
0034 > str NE 0028 "fail"
.... SNAP #7 [ ---- ---- ---- ---- ---- 0028 ]
0035 r14 > p32 UREFC 0001 #4
0036 r13 > tab ULOAD 0035
0037 r14 p32 HREF 0036 0028
0038 > tru HLOAD 0037
0039 > fun EQ 0001 ssa.lua:55
0040 rbp > tab SLOAD #2 T
0041 r12 > tab SLOAD #3 T
0042 r13 > tab SLOAD #4 T
0043 rax > tab TDUP {0x41878918}
0044 r14 p32 FLOAD 0043 tab.array
0045 p32 AREF 0044 +2 
0046 tab ASTORE 0045 0021
.... SNAP #8 [ ssa.lua:55|---- ---- ---- ---- 0028 ssa.lua:49|0040 ---- 0041 0042 0043 ]
0047 int FLOAD 0041 tab.hmask
0048 > int EQ 0047 +1 
0049 rbx p32 FLOAD 0041 tab.node
0050 > p32 HREFK 0049 "label" @1
0051 rbx > str HLOAD 0050
0052 p32 AREF 0044 +3 
0053 str ASTORE 0052 0051
.... SNAP #9 [ ssa.lua:55|---- ---- ---- ---- 0028 ssa.lua:49|0040 ---- ---- 0042 0043 ---- ]
0054 int FLOAD 0042 tab.hmask
0055 > int EQ 0054 +1 
0056 rbx p32 FLOAD 0042 tab.node
0057 > p32 HREFK 0056 "label" @1
0058 rbx > str HLOAD 0057
0059 p32 AREF 0044 +4 
0060 str ASTORE 0059 0058
.... SNAP #10 [ ssa.lua:55|---- ---- ---- ---- 0028 ssa.lua:49|0040 ---- ---- ---- 0043 ---- ]
0061 int FLOAD 0040 tab.hmask
0062 > int EQ 0061 +3 
0063 rbx p32 FLOAD 0040 tab.node
0064 > p32 HREFK 0063 "control" @1
0065 tab FLOAD 0040 tab.meta
0066 > tab EQ 0065 [NULL]
0067 tab HSTORE 0064 0043
0068 nil TBAR 0040
.... SNAP #11 [ ssa.lua:55|]
---- TRACE 2 mcode 878
0bcbfacf mov dword [0x41d65410], 0x2
0bcbfada mov edi, [0x41d653d8]
0bcbfae1 cmp edi, [0x41d653dc]
0bcbfae8 jb 0x0bcbfb01
0bcbfaea mov esi, 0x1
0bcbfaef mov edi, 0x41d653b8
0bcbfaf4 call 0x00421730 ->lj_gc_step_jit
0bcbfaf9 test eax, eax
0bcbfafb jnz 0x0bcb0010 ->0
0bcbfb01 mov edi, [0x41d654b0]
0bcbfb08 mov edx, [0x41d654b4]
0bcbfb0f mov ebp, [rdx-0x8]
0bcbfb12 mov ebx, [rbp+0x8]
0bcbfb15 mov esi, [rbx+0x1c]
0bcbfb18 and esi, 0xce2b6183
0bcbfb1e lea esi, [rsi+rsi*2]
0bcbfb21 shl esi, 0x03
0bcbfb24 add esi, [rbx+0x14]
0bcbfb27 cmp dword [rsi+0xc], -0x05
0bcbfb2b jnz 0x0bcbfb3a
0bcbfb2d cmp dword [rsi+0x8], 0x41d67db0
0bcbfb34 jz 0x0bcb0010 ->0
0bcbfb3a mov esi, [rsi+0x10]
0bcbfb3d test esi, esi
0bcbfb3f jnz 0x0bcbfb27
0bcbfb41 mov r15d, [rbx+0x10]
0bcbfb45 test r15d, r15d
0bcbfb48 jz 0x0bcb0010 ->0
0bcbfb4e cmp dword [r15+0x1c], +0x01
0bcbfb53 jnz 0x0bcb0010 ->0
0bcbfb59 mov r15d, [r15+0x14]
0bcbfb5d mov rsi, 0xfffffffb41d674c8
0bcbfb67 cmp rsi, [r15+0x20]
0bcbfb6b jnz 0x0bcb0010 ->0
0bcbfb71 cmp dword [r15+0x1c], -0x0c
0bcbfb76 jnz 0x0bcb0010 ->0
0bcbfb7c mov r15d, [r15+0x18]
0bcbfb80 cmp dword [r15+0x1c], +0x3f
0bcbfb85 jnz 0x0bcb0010 ->0
0bcbfb8b mov r15d, [r15+0x14]
0bcbfb8f mov rsi, 0xfffffffb41d67db0
0bcbfb99 cmp rsi, [r15+0x50]
0bcbfb9d jnz 0x0bcb0010 ->0
0bcbfba3 cmp dword [r15+0x4c], -0x09
0bcbfba8 jnz 0x0bcb0010 ->0
0bcbfbae mov esi, [rbx+0x1c]
0bcbfbb1 and esi, 0x798a813c
0bcbfbb7 lea esi, [rsi+rsi*2]
0bcbfbba shl esi, 0x03
0bcbfbbd add esi, [rbx+0x14]
0bcbfbc0 cmp dword [rsi+0xc], -0x05
0bcbfbc4 jnz 0x0bcbfbd3
0bcbfbc6 cmp dword [rsi+0x8], 0x41d67fb0
0bcbfbcd jz 0x0bcb0010 ->0
0bcbfbd3 mov esi, [rsi+0x10]
0bcbfbd6 test esi, esi
0bcbfbd8 jnz 0x0bcbfbc0
0bcbfbda mov rsi, 0xfffffffb41d67fb0
0bcbfbe4 cmp rsi, [r15+0x5a8]
0bcbfbeb jnz 0x0bcb0010 ->0
0bcbfbf1 cmp dword [r15+0x5a4], -0x09
0bcbfbf9 jnz 0x0bcb0010 ->0
0bcbfbff cmp dword [rdx+0x4], -0x0c
0bcbfc03 jnz 0x0bcb0010 ->0
0bcbfc09 mov ebx, [rdx]
0bcbfc0b cmp dword [r15+0x5a0], 0x41d67f18
0bcbfc16 jnz 0x0bcb0010 ->0
0bcbfc1c cmp dword [r15+0x48], 0x41d67d88
0bcbfc24 jnz 0x0bcb0010 ->0
0bcbfc2a cmp dword [rbx+0x18], +0x01
0bcbfc2e jbe 0x0bcb0010 ->0
0bcbfc34 mov r15d, [rbx+0x8]
0bcbfc38 cmp dword [r15+0xc], -0x05
0bcbfc3d jnz 0x0bcb0010 ->0
0bcbfc43 mov r15d, [r15+0x8]
0bcbfc47 cmp r15d, 0x41d678f8
0bcbfc4e jz 0x0bcb0014 ->1
0bcbfc54 cmp r15d, 0x41d826b8
0bcbfc5b jz 0x0bcb0018 ->2
0bcbfc61 cmp r15d, 0x41d67a18
0bcbfc68 jz 0x0bcb001c ->3
0bcbfc6e cmp r15d, 0x41d67870
0bcbfc75 jz 0x0bcb0020 ->4
0bcbfc7b cmp r15d, 0x41d6acb0
0bcbfc82 jz 0x0bcb0024 ->5
0bcbfc88 cmp r15d, 0x41d822b8
0bcbfc8f jz 0x0bcb0028 ->6
0bcbfc95 mov esi, [rbp+0x24]
0bcbfc98 cmp byte [rsi+0x6], 0x1
0bcbfc9c jnz 0x0bcb002c ->7
0bcbfca2 lea r14d, [rsi+0x8]
0bcbfca6 cmp dword [r14+0x4], -0x0c
0bcbfcab jnz 0x0bcb002c ->7
0bcbfcb1 mov r13d, [r14]
0bcbfcb4 mov r14d, [r13+0x1c]
0bcbfcb8 and r14d, [r15+0x8]
0bcbfcbc lea r14d, [r14+r14*2]
0bcbfcc0 shl r14d, 0x03
0bcbfcc4 add r14d, [r13+0x14]
0bcbfcc8 cmp dword [r14+0xc], -0x05
0bcbfccd jnz 0x0bcbfcd5
0bcbfccf cmp r15d, [r14+0x8]
0bcbfcd3 jz 0x0bcbfce4
0bcbfcd5 mov r14d, [r14+0x10]
0bcbfcd9 test r14d, r14d
0bcbfcdc jnz 0x0bcbfcc8
0bcbfcde mov r14d, 0x41d65458
0bcbfce4 cmp dword [r14+0x4], -0x03
0bcbfce9 jnz 0x0bcb002c ->7
0bcbfcef cmp ebp, 0x41879a00
0bcbfcf5 jnz 0x0bcb002c ->7
0bcbfcfb cmp dword [rdx+0xc], -0x0c
0bcbfcff jnz 0x0bcb002c ->7
0bcbfd05 mov ebp, [rdx+0x8]
0bcbfd08 cmp dword [rdx+0x14], -0x0c
0bcbfd0c jnz 0x0bcb002c ->7
0bcbfd12 mov r12d, [rdx+0x10]
0bcbfd16 cmp dword [rdx+0x1c], -0x0c
0bcbfd1a jnz 0x0bcb002c ->7
0bcbfd20 mov r13d, [rdx+0x18]
0bcbfd24 mov esi, 0x41878918
0bcbfd29 call 0x004223c0 ->lj_tab_dup
0bcbfd2e mov edx, [0x41d654b4]
0bcbfd35 mov r14d, [rax+0x8]
0bcbfd39 mov dword [r14+0x14], 0xfffffff4
0bcbfd41 mov [r14+0x10], ebx
0bcbfd45 cmp dword [r12+0x1c], +0x01
0bcbfd4b jnz 0x0bcb0030 ->8
0bcbfd51 mov ebx, [r12+0x14]
0bcbfd56 mov rdi, 0xfffffffb418843e0
0bcbfd60 cmp rdi, [rbx+0x20]
0bcbfd64 jnz 0x0bcb0030 ->8
0bcbfd6a cmp dword [rbx+0x1c], -0x05
0bcbfd6e jnz 0x0bcb0030 ->8
0bcbfd74 mov ebx, [rbx+0x18]
0bcbfd77 mov dword [r14+0x1c], 0xfffffffb
0bcbfd7f mov [r14+0x18], ebx
0bcbfd83 cmp dword [r13+0x1c], +0x01
0bcbfd88 jnz 0x0bcb0034 ->9
0bcbfd8e mov ebx, [r13+0x14]
0bcbfd92 mov rdi, 0xfffffffb418843e0
0bcbfd9c cmp rdi, [rbx+0x20]
0bcbfda0 jnz 0x0bcb0034 ->9
0bcbfda6 cmp dword [rbx+0x1c], -0x05
0bcbfdaa jnz 0x0bcb0034 ->9
0bcbfdb0 mov ebx, [rbx+0x18]
0bcbfdb3 mov dword [r14+0x24], 0xfffffffb
0bcbfdbb mov [r14+0x20], ebx
0bcbfdbf cmp dword [rbp+0x1c], +0x03
0bcbfdc3 jnz 0x0bcb0038 ->10
0bcbfdc9 mov ebx, [rbp+0x14]
0bcbfdcc mov rdi, 0xfffffffb41884b48
0bcbfdd6 cmp rdi, [rbx+0x20]
0bcbfdda jnz 0x0bcb0038 ->10
0bcbfde0 cmp dword [rbp+0x10], +0x00
0bcbfde4 jnz 0x0bcb0038 ->10
0bcbfdea mov dword [rbx+0x1c], 0xfffffff4
0bcbfdf1 mov [rbx+0x18], eax
0bcbfdf4 test byte [rbp+0x4], 0x4
0bcbfdf8 jz 0x0bcbfe0f
0bcbfdfa and byte [rbp+0x4], 0xfb
0bcbfdfe mov edi, [0x41d653f4]
0bcbfe05 mov [0x41d653f4], ebp
0bcbfe0c mov [rbp+0xc], edi
0bcbfe0f mov eax, [0x41d654b0]
0bcbfe16 mov eax, [rax+0x20]
0bcbfe19 sub eax, edx
0bcbfe1b cmp eax, +0x68
0bcbfe1e jb 0x0bcb003c ->11
0bcbfe24 mov dword [rdx-0x8], 0x41879a00
0bcbfe2b xor eax, eax
0bcbfe2d mov ebx, 0x41885ba8
0bcbfe32 mov r14d, 0x41d66008
0bcbfe38 jmp 0x00420177
---- TRACE 2 stop -> return
---- TRACE 2 exit 6
---- TRACE 2 exit 4
---- TRACE 2 exit 1
---- TRACE 2 exit 8
---- TRACE 2 exit 1
---- TRACE 2 exit 8
---- TRACE 2 exit 1
---- TRACE 2 exit 8
---- TRACE 2 exit 4
---- TRACE 2 exit 4
---- TRACE 2 exit 4
---- TRACE 2 exit 4
---- TRACE 2 exit 1
---- TRACE 2 exit 8
---- TRACE 2 exit 1
---- TRACE 2 exit 8
---- TRACE 2 exit 1
---- TRACE 2 exit 8
---- TRACE 2 exit 4
---- TRACE 2 exit 4
---- TRACE 2 exit 4
---- TRACE 2 exit 4
---- TRACE 2 exit 4
---- TRACE 3 start 2/4 ssa.lua:70
0065 UGET 5 2 ; finish_goto
0066 MOV 6 1
0067 MOV 7 3
0068 CALL 5 1 3
0000 . FUNCF 4 ; ssa.lua:52
0001 . TDUP 2 1
0002 . TGETS 3 1 2 ; "label"
0003 . TSETB 3 2 2
0004 . TSETS 2 0 0 ; "control"
0005 . RET0 0 1
0069 JMP 5 => 0094
0094 RET0 0 1
0036 JMP 5 => 0094
0094 RET0 0 1
---- TRACE 3 abort ssa.lua:79 -- down-recursion, restarting
---- TRACE 3 start ssa.lua:79
0094 RET0 0 1
0024 UGET 7 1 ; compile_bool
0025 TGETB 8 0 3
0026 MOV 9 5
0027 MOV 10 2
0028 MOV 11 3
0029 CALL 7 1 5
0000 . JFUNCF 13 2 ; ssa.lua:55
0001 . GGET 4 0 ; "assert"
0002 . GGET 5 1 ; "type"
0003 . MOV 6 0
0004 . CALL 5 2 2
0000 . . FUNCC ; type
0005 . ISEQS 5 2 ; "table"
0006 . JMP 5 => 0009
0009 . KPRI 5 2
0010 . CALL 4 1 2
0000 . . FUNCC ; assert
0011 . TGETB 4 0 1
0012 . ISNES 4 3 ; "if"
0013 . JMP 5 => 0037
0037 . ISNES 4 4 ; "let"
0038 . JMP 5 => 0056
0056 . ISNES 4 10 ; "true"
0057 . JMP 5 => 0063
0063 . ISNES 4 11 ; "false"
0064 . JMP 5 => 0070
0070 . ISNES 4 12 ; "match"
0071 . JMP 5 => 0077
0072 . UGET 5 3 ; finish_return
0073 . MOV 6 1
0074 . TDUP 7 13
0075 . CALL 5 1 3
0000 . . FUNCF 3 ; ssa.lua:46
0001 . . TDUP 2 1
0002 . . TSETB 1 2 2
0003 . . TSETS 2 0 0 ; "control"
0004 . . RET0 0 1
0076 . JMP 5 => 0094
0094 . RET0 0 1
0030 UGET 7 1 ; compile_bool
0031 TGETB 8 0 4
0032 MOV 9 6
0033 MOV 10 2
0034 MOV 11 3
0035 CALL 7 1 5
0000 . JFUNCF 13 2 ; ssa.lua:55
0001 . GGET 4 0 ; "assert"
0002 . GGET 5 1 ; "type"
0003 . MOV 6 0
0004 . CALL 5 2 2
0000 . . FUNCC ; type
0005 . ISEQS 5 2 ; "table"
0006 . JMP 5 => 0009
0009 . KPRI 5 2
0010 . CALL 4 1 2
0000 . . FUNCC ; assert
0011 . TGETB 4 0 1
0012 . ISNES 4 3 ; "if"
0013 . JMP 5 => 0037
0014 . UGET 5 0 ; add_block
0015 . CALL 5 2 1
0000 . . JFUNCF 3 1 ; ssa.lua:39
0001 . . UGET 0 0 ; label_counter
0002 . . ADDVN 0 0 0 ; 1
0003 . . USETV 0 0 ; label_counter
0004 . . KSTR 0 0 ; "L"
0005 . . UGET 1 0 ; label_counter
0006 . . CAT 0 0 1
0007 . . TDUP 1 1
0008 . . TNEW 2 0
0009 . . TSETS 2 1 2 ; "bindings"
0010 . . TSETS 0 1 3 ; "label"
0011 . . UGET 2 1 ; ssa
0012 . . TGETS 2 2 4 ; "blocks"
0013 . . TSETV 1 2 0
0014 . . RET1 1 2
0016 . UGET 6 0 ; add_block
0017 . CALL 6 2 1
0000 . . JFUNCF 3 1 ; ssa.lua:39
0001 . . UGET 0 0 ; label_counter
0002 . . ADDVN 0 0 0 ; 1
0003 . . USETV 0 0 ; label_counter
0004 . . KSTR 0 0 ; "L"
0005 . . UGET 1 0 ; label_counter
0006 . . CAT 0 0 1
0007 . . TDUP 1 1
0008 . . TNEW 2 0
0009 . . TSETS 2 1 2 ; "bindings"
0010 . . TSETS 0 1 3 ; "label"
0011 . . UGET 2 1 ; ssa
0012 . . TGETS 2 2 4 ; "blocks"
0013 . . TSETV 1 2 0
0014 . . RET1 1 2
0018 . UGET 7 1 ; compile_bool
0019 . TGETB 8 0 2
0020 . MOV 9 1
0021 . MOV 10 5
0022 . MOV 11 6
0023 . CALL 7 1 5
0000 . . JFUNCF 13 2 ; ssa.lua:55
0001 . . GGET 4 0 ; "assert"
0002 . . GGET 5 1 ; "type"
0003 . . MOV 6 0
0004 . . CALL 5 2 2
0000 . . . FUNCC ; type
0005 . . ISEQS 5 2 ; "table"
0006 . . JMP 5 => 0009
0009 . . KPRI 5 2
0010 . . CALL 4 1 2
0000 . . . FUNCC ; assert
0011 . . TGETB 4 0 1
0012 . . ISNES 4 3 ; "if"
0013 . . JMP 5 => 0037
0014 . . UGET 5 0 ; add_block
0015 . . CALL 5 2 1
0000 . . . JFUNCF 3 1 ; ssa.lua:39
0001 . . . UGET 0 0 ; label_counter
0002 . . . ADDVN 0 0 0 ; 1
0003 . . . USETV 0 0 ; label_counter
0004 . . . KSTR 0 0 ; "L"
0005 . . . UGET 1 0 ; label_counter
0006 . . . CAT 0 0 1
0007 . . . TDUP 1 1
0008 . . . TNEW 2 0
0009 . . . TSETS 2 1 2 ; "bindings"
0010 . . . TSETS 0 1 3 ; "label"
0011 . . . UGET 2 1 ; ssa
0012 . . . TGETS 2 2 4 ; "blocks"
0013 . . . TSETV 1 2 0
0014 . . . RET1 1 2
0016 . . UGET 6 0 ; add_block
0017 . . CALL 6 2 1
0000 . . . JFUNCF 3 1 ; ssa.lua:39
0001 . . . UGET 0 0 ; label_counter
0002 . . . ADDVN 0 0 0 ; 1
0003 . . . USETV 0 0 ; label_counter
0004 . . . KSTR 0 0 ; "L"
0005 . . . UGET 1 0 ; label_counter
0006 . . . CAT 0 0 1
0007 . . . TDUP 1 1
0008 . . . TNEW 2 0
0009 . . . TSETS 2 1 2 ; "bindings"
0010 . . . TSETS 0 1 3 ; "label"
0011 . . . UGET 2 1 ; ssa
0012 . . . TGETS 2 2 4 ; "blocks"
0013 . . . TSETV 1 2 0
0014 . . . RET1 1 2
0018 . . UGET 7 1 ; compile_bool
0019 . . TGETB 8 0 2
0020 . . MOV 9 1
0021 . . MOV 10 5
0022 . . MOV 11 6
0023 . . CALL 7 1 5
0000 . . . JFUNCF 13 2 ; ssa.lua:55
0001 . . . GGET 4 0 ; "assert"
0002 . . . GGET 5 1 ; "type"
0003 . . . MOV 6 0
0004 . . . CALL 5 2 2
0000 . . . . FUNCC ; type
0005 . . . ISEQS 5 2 ; "table"
0006 . . . JMP 5 => 0009
0009 . . . KPRI 5 2
0010 . . . CALL 4 1 2
0000 . . . . FUNCC ; assert
0011 . . . TGETB 4 0 1
0012 . . . ISNES 4 3 ; "if"
0013 . . . JMP 5 => 0037
0014 . . . UGET 5 0 ; add_block
0015 . . . CALL 5 2 1
0000 . . . . JFUNCF 3 1 ; ssa.lua:39
0001 . . . . UGET 0 0 ; label_counter
0002 . . . . ADDVN 0 0 0 ; 1
0003 . . . . USETV 0 0 ; label_counter
0004 . . . . KSTR 0 0 ; "L"
0005 . . . . UGET 1 0 ; label_counter
0006 . . . . CAT 0 0 1
0007 . . . . TDUP 1 1
0008 . . . . TNEW 2 0
0009 . . . . TSETS 2 1 2 ; "bindings"
0010 . . . . TSETS 0 1 3 ; "label"
0011 . . . . UGET 2 1 ; ssa
0012 . . . . TGETS 2 2 4 ; "blocks"
0013 . . . . TSETV 1 2 0
0014 . . . . RET1 1 2
0016 . . . UGET 6 0 ; add_block
0017 . . . CALL 6 2 1
0000 . . . . JFUNCF 3 1 ; ssa.lua:39
0001 . . . . UGET 0 0 ; label_counter
0002 . . . . ADDVN 0 0 0 ; 1
0003 . . . . USETV 0 0 ; label_counter
0004 . . . . KSTR 0 0 ; "L"
0005 . . . . UGET 1 0 ; label_counter
0006 . . . . CAT 0 0 1
0007 . . . . TDUP 1 1
0008 . . . . TNEW 2 0
0009 . . . . TSETS 2 1 2 ; "bindings"
0010 . . . . TSETS 0 1 3 ; "label"
0011 . . . . UGET 2 1 ; ssa
0012 . . . . TGETS 2 2 4 ; "blocks"
0013 . . . . TSETV 1 2 0
0014 . . . . RET1 1 2
0018 . . . UGET 7 1 ; compile_bool
0019 . . . TGETB 8 0 2
0020 . . . MOV 9 1
0021 . . . MOV 10 5
0022 . . . MOV 11 6
0023 . . . CALL 7 1 5
0000 . . . . JFUNCF 13 2 ; ssa.lua:55
---- TRACE 3 abort ssa.lua:55 -- call unroll limit reached
---- TRACE 3 start ssa.lua:52
0001 TDUP 2 1
0002 TGETS 3 1 2 ; "label"
0003 TSETB 3 2 2
0004 TSETS 2 0 0 ; "control"
0005 RET0 0 1
---- TRACE 3 IR
.... SNAP #0 [ ---- ---- ---- ]
0001 rax > tab TDUP {0x41d82678}
0002 rbp > tab SLOAD #2 T
0003 int FLOAD 0002 tab.hmask
0004 > int EQ 0003 +3 
0005 rbx p32 FLOAD 0002 tab.node
0006 > p32 HREFK 0005 "label" @3
0007 > nil HLOAD 0006
0008 tab FLOAD 0002 tab.meta
0009 > tab EQ 0008 [NULL]
0010 rbp p32 FLOAD 0001 tab.array
0011 p32 AREF 0010 +2 
0012 nil ASTORE 0011 nil
.... SNAP #1 [ ---- ---- ---- 0001 ---- ]
0013 rbp > tab SLOAD #1 T
0014 int FLOAD 0013 tab.hmask
0015 > int EQ 0014 +3 
0016 rbx p32 FLOAD 0013 tab.node
0017 > p32 HREFK 0016 "control" @1
0018 tab FLOAD 0013 tab.meta
0019 > tab EQ 0018 [NULL]
0020 tab HSTORE 0017 0001
0021 nil TBAR 0013
.... SNAP #2 [ ---- ]
---- TRACE 3 mcode 260
0bcbf9c4 mov dword [0x41d65410], 0x3
0bcbf9cf mov edi, [0x41d653d8]
0bcbf9d6 cmp edi, [0x41d653dc]
0bcbf9dd jb 0x0bcbf9f6
0bcbf9df mov esi, 0x1
0bcbf9e4 mov edi, 0x41d653b8
0bcbf9e9 call 0x00421730 ->lj_gc_step_jit
0bcbf9ee test eax, eax
0bcbf9f0 jnz 0x0bcb0010 ->0
0bcbf9f6 mov edi, [0x41d654b0]
0bcbf9fd mov esi, 0x41d82678
0bcbfa02 call 0x004223c0 ->lj_tab_dup
0bcbfa07 mov edx, [0x41d654b4]
0bcbfa0e cmp dword [rdx+0xc], -0x0c
0bcbfa12 jnz 0x0bcb0010 ->0
0bcbfa18 mov ebp, [rdx+0x8]
0bcbfa1b cmp dword [rbp+0x1c], +0x03
0bcbfa1f jnz 0x0bcb0010 ->0
0bcbfa25 mov ebx, [rbp+0x14]
0bcbfa28 mov rdi, 0xfffffffb418843e0
0bcbfa32 cmp rdi, [rbx+0x50]
0bcbfa36 jnz 0x0bcb0010 ->0
0bcbfa3c cmp dword [rbx+0x4c], -0x01
0bcbfa40 jnz 0x0bcb0010 ->0
0bcbfa46 cmp dword [rbp+0x10], +0x00
0bcbfa4a jnz 0x0bcb0010 ->0
0bcbfa50 mov ebp, [rax+0x8]
0bcbfa53 mov dword [rbp+0x14], 0xffffffff
0bcbfa5a cmp dword [rdx+0x4], -0x0c
0bcbfa5e jnz 0x0bcb0014 ->1
0bcbfa64 mov ebp, [rdx]
0bcbfa66 cmp dword [rbp+0x1c], +0x03
0bcbfa6a jnz 0x0bcb0014 ->1
0bcbfa70 mov ebx, [rbp+0x14]
0bcbfa73 mov rdi, 0xfffffffb41884b48
0bcbfa7d cmp rdi, [rbx+0x20]
0bcbfa81 jnz 0x0bcb0014 ->1
0bcbfa87 cmp dword [rbp+0x10], +0x00
0bcbfa8b jnz 0x0bcb0014 ->1
0bcbfa91 mov dword [rbx+0x1c], 0xfffffff4
0bcbfa98 mov [rbx+0x18], eax
0bcbfa9b test byte [rbp+0x4], 0x4
0bcbfa9f jz 0x0bcbfab6
0bcbfaa1 and byte [rbp+0x4], 0xfb
0bcbfaa5 mov edi, [0x41d653f4]
0bcbfaac mov [0x41d653f4], ebp
0bcbfab3 mov [rbp+0xc], edi
0bcbfab6 xor eax, eax
0bcbfab8 mov ebx, 0x41d8278c
0bcbfabd mov r14d, 0x41d66008
0bcbfac3 jmp 0x00420177
---- TRACE 3 stop -> return
---- TRACE 4 start ssa.lua:55
0001 GGET 4 0 ; "assert"
0002 GGET 5 1 ; "type"
0003 MOV 6 0
0004 CALL 5 2 2
0000 . FUNCC ; type
0005 ISEQS 5 2 ; "table"
0006 JMP 5 => 0009
0009 KPRI 5 2
0010 CALL 4 1 2
0000 . FUNCC ; assert
0011 TGETB 4 0 1
0012 ISNES 4 3 ; "if"
0013 JMP 5 => 0037
0037 ISNES 4 4 ; "let"
0038 JMP 5 => 0056
0056 ISNES 4 10 ; "true"
0057 JMP 5 => 0063
0063 ISNES 4 11 ; "false"
0064 JMP 5 => 0070
0065 UGET 5 2 ; finish_goto
0066 MOV 6 1
0067 MOV 7 3
0068 CALL 5 1 3
0000 . JFUNCF 4 3 ; ssa.lua:52
0001 . TDUP 2 1
0002 . TGETS 3 1 2 ; "label"
0003 . TSETB 3 2 2
0004 . TSETS 2 0 0 ; "control"
0005 . RET0 0 1
0069 JMP 5 => 0094
0094 RET0 0 1
---- TRACE 4 IR
.... SNAP #0 [ ---- ---- ---- ---- ---- ]
0001 rbp fun SLOAD #0 R
0002 rbx tab FLOAD 0001 func.env
0003 rsi p32 HREF 0002 "assert"
0004 > p32 EQ 0003 [0x41d65458]
0005 r15 tab FLOAD 0002 tab.meta
0006 > tab NE 0005 [NULL]
0007 int FLOAD 0005 tab.hmask
0008 > int EQ 0007 +1 
0009 r15 p32 FLOAD 0005 tab.node
0010 > p32 HREFK 0009 "__index" @1
0011 r15 > tab HLOAD 0010
0012 int FLOAD 0011 tab.hmask
0013 > int EQ 0012 +63 
0014 r15 p32 FLOAD 0011 tab.node
0015 > p32 HREFK 0014 "assert" @3
0016 > fun HLOAD 0015
0017 rsi p32 HREF 0002 "type"
0018 > p32 EQ 0017 [0x41d65458]
0019 > p32 HREFK 0014 "type" @60
0020 > fun HLOAD 0019
0021 rbx > tab SLOAD #1 T
0022 > fun EQ 0020 type
0023 > fun EQ 0016 assert
0024 int FLOAD 0021 tab.asize
0025 > int ABC 0024 +1 
0026 rbx p32 FLOAD 0021 tab.array
0027 p32 AREF 0026 +1 
0028 r15 > str ALOAD 0027
.... SNAP #1 [ ---- ---- ---- ---- ---- 0028 ]
0029 > str NE 0028 "if"
.... SNAP #2 [ ---- ---- ---- ---- ---- 0028 ]
0030 > str NE 0028 "let"
.... SNAP #3 [ ---- ---- ---- ---- ---- 0028 ]
0031 > str NE 0028 "true"
.... SNAP #4 [ ---- ---- ---- ---- ---- 0028 ]
0032 > str EQ 0028 "false"
.... SNAP #5 [ ---- ---- ---- ---- ---- 0028 ]
0033 > fun EQ 0001 ssa.lua:55
0034 rbp > tab SLOAD #2 T
0035 rbx > tab SLOAD #4 T
0036 rax > tab TDUP {0x41d82678}
0037 int FLOAD 0035 tab.hmask
0038 > int EQ 0037 +3 
0039 r14 p32 FLOAD 0035 tab.node
0040 > p32 HREFK 0039 "label" @3
0041 > nil HLOAD 0040
0042 tab FLOAD 0035 tab.meta
0043 > tab EQ 0042 [NULL]
0044 rbx p32 FLOAD 0036 tab.array
0045 p32 AREF 0044 +2 
0046 nil ASTORE 0045 nil
.... SNAP #6 [ ssa.lua:55|---- ---- ---- ---- 0028 ssa.lua:52|0034 ---- 0036 ---- ]
0047 int FLOAD 0034 tab.hmask
0048 > int EQ 0047 +3 
0049 rbx p32 FLOAD 0034 tab.node
0050 > p32 HREFK 0049 "control" @1
0051 tab FLOAD 0034 tab.meta
0052 > tab EQ 0051 [NULL]
0053 tab HSTORE 0050 0036
0054 nil TBAR 0034
.... SNAP #7 [ ssa.lua:55|]
---- TRACE 4 mcode 672
0bcbf71d mov dword [0x41d65410], 0x4
0bcbf728 mov edi, [0x41d653d8]
0bcbf72f cmp edi, [0x41d653dc]
0bcbf736 jb 0x0bcbf74f
0bcbf738 mov esi, 0x1
0bcbf73d mov edi, 0x41d653b8
0bcbf742 call 0x00421730 ->lj_gc_step_jit
0bcbf747 test eax, eax
0bcbf749 jnz 0x0bcb0010 ->0
0bcbf74f mov edi, [0x41d654b0]
0bcbf756 mov edx, [0x41d654b4]
0bcbf75d mov ebp, [rdx-0x8]
0bcbf760 mov ebx, [rbp+0x8]
0bcbf763 mov esi, [rbx+0x1c]
0bcbf766 and esi, 0xce2b6183
0bcbf76c lea esi, [rsi+rsi*2]
0bcbf76f shl esi, 0x03
0bcbf772 add esi, [rbx+0x14]
0bcbf775 cmp dword [rsi+0xc], -0x05
0bcbf779 jnz 0x0bcbf788
0bcbf77b cmp dword [rsi+0x8], 0x41d67db0
0bcbf782 jz 0x0bcb0010 ->0
0bcbf788 mov esi, [rsi+0x10]
0bcbf78b test esi, esi
0bcbf78d jnz 0x0bcbf775
0bcbf78f mov r15d, [rbx+0x10]
0bcbf793 test r15d, r15d
0bcbf796 jz 0x0bcb0010 ->0
0bcbf79c cmp dword [r15+0x1c], +0x01
0bcbf7a1 jnz 0x0bcb0010 ->0
0bcbf7a7 mov r15d, [r15+0x14]
0bcbf7ab mov rsi, 0xfffffffb41d674c8
0bcbf7b5 cmp rsi, [r15+0x20]
0bcbf7b9 jnz 0x0bcb0010 ->0
0bcbf7bf cmp dword [r15+0x1c], -0x0c
0bcbf7c4 jnz 0x0bcb0010 ->0
0bcbf7ca mov r15d, [r15+0x18]
0bcbf7ce cmp dword [r15+0x1c], +0x3f
0bcbf7d3 jnz 0x0bcb0010 ->0
0bcbf7d9 mov r15d, [r15+0x14]
0bcbf7dd mov rsi, 0xfffffffb41d67db0
0bcbf7e7 cmp rsi, [r15+0x50]
0bcbf7eb jnz 0x0bcb0010 ->0
0bcbf7f1 cmp dword [r15+0x4c], -0x09
0bcbf7f6 jnz 0x0bcb0010 ->0
0bcbf7fc mov esi, [rbx+0x1c]
0bcbf7ff and esi, 0x798a813c
0bcbf805 lea esi, [rsi+rsi*2]
0bcbf808 shl esi, 0x03
0bcbf80b add esi, [rbx+0x14]
0bcbf80e cmp dword [rsi+0xc], -0x05
0bcbf812 jnz 0x0bcbf821
0bcbf814 cmp dword [rsi+0x8], 0x41d67fb0
0bcbf81b jz 0x0bcb0010 ->0
0bcbf821 mov esi, [rsi+0x10]
0bcbf824 test esi, esi
0bcbf826 jnz 0x0bcbf80e
0bcbf828 mov rsi, 0xfffffffb41d67fb0
0bcbf832 cmp rsi, [r15+0x5a8]
0bcbf839 jnz 0x0bcb0010 ->0
0bcbf83f cmp dword [r15+0x5a4], -0x09
0bcbf847 jnz 0x0bcb0010 ->0
0bcbf84d cmp dword [rdx+0x4], -0x0c
0bcbf851 jnz 0x0bcb0010 ->0
0bcbf857 mov ebx, [rdx]
0bcbf859 cmp dword [r15+0x5a0], 0x41d67f18
0bcbf864 jnz 0x0bcb0010 ->0
0bcbf86a cmp dword [r15+0x48], 0x41d67d88
0bcbf872 jnz 0x0bcb0010 ->0
0bcbf878 cmp dword [rbx+0x18], +0x01
0bcbf87c jbe 0x0bcb0010 ->0
0bcbf882 mov ebx, [rbx+0x8]
0bcbf885 cmp dword [rbx+0xc], -0x05
0bcbf889 jnz 0x0bcb0010 ->0
0bcbf88f mov r15d, [rbx+0x8]
0bcbf893 cmp r15d, 0x41d678f8
0bcbf89a jz 0x0bcb0014 ->1
0bcbf8a0 cmp r15d, 0x41d826b8
0bcbf8a7 jz 0x0bcb0018 ->2
0bcbf8ad cmp r15d, 0x41d67a18
0bcbf8b4 jz 0x0bcb001c ->3
0bcbf8ba cmp r15d, 0x41d67870
0bcbf8c1 jnz 0x0bcb0020 ->4
0bcbf8c7 cmp ebp, 0x41879a00
0bcbf8cd jnz 0x0bcb0024 ->5
0bcbf8d3 cmp dword [rdx+0xc], -0x0c
0bcbf8d7 jnz 0x0bcb0024 ->5
0bcbf8dd mov ebp, [rdx+0x8]
0bcbf8e0 cmp dword [rdx+0x1c], -0x0c
0bcbf8e4 jnz 0x0bcb0024 ->5
0bcbf8ea mov ebx, [rdx+0x18]
0bcbf8ed mov esi, 0x41d82678
0bcbf8f2 call 0x004223c0 ->lj_tab_dup
0bcbf8f7 mov edx, [0x41d654b4]
0bcbf8fe cmp dword [rbx+0x1c], +0x03
0bcbf902 jnz 0x0bcb0024 ->5
0bcbf908 mov r14d, [rbx+0x14]
0bcbf90c mov rdi, 0xfffffffb418843e0
0bcbf916 cmp rdi, [r14+0x50]
0bcbf91a jnz 0x0bcb0024 ->5
0bcbf920 cmp dword [r14+0x4c], -0x01
0bcbf925 jnz 0x0bcb0024 ->5
0bcbf92b cmp dword [rbx+0x10], +0x00
0bcbf92f jnz 0x0bcb0024 ->5
0bcbf935 mov ebx, [rax+0x8]
0bcbf938 mov dword [rbx+0x14], 0xffffffff
0bcbf93f cmp dword [rbp+0x1c], +0x03
0bcbf943 jnz 0x0bcb0028 ->6
0bcbf949 mov ebx, [rbp+0x14]
0bcbf94c mov rdi, 0xfffffffb41884b48
0bcbf956 cmp rdi, [rbx+0x20]
0bcbf95a jnz 0x0bcb0028 ->6
0bcbf960 cmp dword [rbp+0x10], +0x00
0bcbf964 jnz 0x0bcb0028 ->6
0bcbf96a mov dword [rbx+0x1c], 0xfffffff4
0bcbf971 mov [rbx+0x18], eax
0bcbf974 test byte [rbp+0x4], 0x4
0bcbf978 jz 0x0bcbf98f
0bcbf97a and byte [rbp+0x4], 0xfb
0bcbf97e mov edi, [0x41d653f4]
0bcbf985 mov [0x41d653f4], ebp
0bcbf98c mov [rbp+0xc], edi
0bcbf98f mov eax, [0x41d654b0]
0bcbf996 mov eax, [rax+0x20]
0bcbf999 sub eax, edx
0bcbf99b cmp eax, +0x68
0bcbf99e jb 0x0bcb002c ->7
0bcbf9a4 mov dword [rdx-0x8], 0x41879a00
0bcbf9ab xor eax, eax
0bcbf9ad mov ebx, 0x41885ba8
0bcbf9b2 mov r14d, 0x41d66008
0bcbf9b8 jmp 0x00420177
---- TRACE 4 stop -> return
---- TRACE 4 exit 4
---- TRACE 4 exit 1
---- TRACE 4 exit 4
---- TRACE 5 start ssa.lua:49
0001 TDUP 4 1
0002 TSETB 1 4 2
0003 TGETS 5 2 2 ; "label"
0004 TSETB 5 4 3
0005 TGETS 5 3 2 ; "label"
0006 TSETB 5 4 4
0007 TSETS 4 0 0 ; "control"
0008 RET0 0 1
---- TRACE 5 IR
.... SNAP #0 [ ---- ---- ---- ---- ---- ]
0001 rax > tab TDUP {0x41878918}
0002 rbx > tab SLOAD #2 T
0003 rbp p32 FLOAD 0001 tab.array
0004 p32 AREF 0003 +2 
0005 tab ASTORE 0004 0002
.... SNAP #1 [ ---- ---- ---- ---- ---- 0001 ]
0006 rbx > tab SLOAD #3 T
0007 int FLOAD 0006 tab.hmask
0008 > int EQ 0007 +3 
0009 r15 p32 FLOAD 0006 tab.node
0010 > p32 HREFK 0009 "label" @3
0011 > nil HLOAD 0010
0012 tab FLOAD 0006 tab.meta
0013 > tab EQ 0012 [NULL]
0014 p32 AREF 0003 +3 
0015 nil ASTORE 0014 nil
.... SNAP #2 [ ---- ---- ---- ---- ---- 0001 ---- ]
0016 rbx > tab SLOAD #4 T
0017 int FLOAD 0016 tab.hmask
0018 > int EQ 0017 +3 
0019 r15 p32 FLOAD 0016 tab.node
0020 > p32 HREFK 0019 "label" @3
0021 > nil HLOAD 0020
0022 tab FLOAD 0016 tab.meta
0023 > tab EQ 0022 [NULL]
0024 p32 AREF 0003 +4 
0025 nil ASTORE 0024 nil
.... SNAP #3 [ ---- ---- ---- ---- ---- 0001 ---- ]
0026 rbp > tab SLOAD #1 T
0027 int FLOAD 0026 tab.hmask
0028 > int EQ 0027 +3 
0029 rbx p32 FLOAD 0026 tab.node
0030 > p32 HREFK 0029 "control" @1
0031 tab FLOAD 0026 tab.meta
0032 > tab EQ 0031 [NULL]
0033 tab HSTORE 0030 0001
0034 nil TBAR 0026
.... SNAP #4 [ ---- ]
---- TRACE 5 mcode 360
0bcbf5ae mov dword [0x41d65410], 0x5
0bcbf5b9 mov edi, [0x41d653d8]
0bcbf5c0 cmp edi, [0x41d653dc]
0bcbf5c7 jb 0x0bcbf5e0
0bcbf5c9 mov esi, 0x1
0bcbf5ce mov edi, 0x41d653b8
0bcbf5d3 call 0x00421730 ->lj_gc_step_jit
0bcbf5d8 test eax, eax
0bcbf5da jnz 0x0bcb0010 ->0
0bcbf5e0 mov edi, [0x41d654b0]
0bcbf5e7 mov esi, 0x41878918
0bcbf5ec call 0x004223c0 ->lj_tab_dup
0bcbf5f1 mov edx, [0x41d654b4]
0bcbf5f8 cmp dword [rdx+0xc], -0x0c
0bcbf5fc jnz 0x0bcb0010 ->0
0bcbf602 mov ebx, [rdx+0x8]
0bcbf605 mov ebp, [rax+0x8]
0bcbf608 mov dword [rbp+0x14], 0xfffffff4
0bcbf60f mov [rbp+0x10], ebx
0bcbf612 cmp dword [rdx+0x14], -0x0c
0bcbf616 jnz 0x0bcb0014 ->1
0bcbf61c mov ebx, [rdx+0x10]
0bcbf61f cmp dword [rbx+0x1c], +0x03
0bcbf623 jnz 0x0bcb0014 ->1
0bcbf629 mov r15d, [rbx+0x14]
0bcbf62d mov rdi, 0xfffffffb418843e0
0bcbf637 cmp rdi, [r15+0x50]
0bcbf63b jnz 0x0bcb0014 ->1
0bcbf641 cmp dword [r15+0x4c], -0x01
0bcbf646 jnz 0x0bcb0014 ->1
0bcbf64c cmp dword [rbx+0x10], +0x00
0bcbf650 jnz 0x0bcb0014 ->1
0bcbf656 mov dword [rbp+0x1c], 0xffffffff
0bcbf65d cmp dword [rdx+0x1c], -0x0c
0bcbf661 jnz 0x0bcb0018 ->2
0bcbf667 mov ebx, [rdx+0x18]
0bcbf66a cmp dword [rbx+0x1c], +0x03
0bcbf66e jnz 0x0bcb0018 ->2
0bcbf674 mov r15d, [rbx+0x14]
0bcbf678 mov rdi, 0xfffffffb418843e0
0bcbf682 cmp rdi, [r15+0x50]
0bcbf686 jnz 0x0bcb0018 ->2
0bcbf68c cmp dword [r15+0x4c], -0x01
0bcbf691 jnz 0x0bcb0018 ->2
0bcbf697 cmp dword [rbx+0x10], +0x00
0bcbf69b jnz 0x0bcb0018 ->2
0bcbf6a1 mov dword [rbp+0x24], 0xffffffff
0bcbf6a8 cmp dword [rdx+0x4], -0x0c
0bcbf6ac jnz 0x0bcb001c ->3
0bcbf6b2 mov ebp, [rdx]
0bcbf6b4 cmp dword [rbp+0x1c], +0x03
0bcbf6b8 jnz 0x0bcb001c ->3
0bcbf6be mov ebx, [rbp+0x14]
0bcbf6c1 mov rdi, 0xfffffffb41884b48
0bcbf6cb cmp rdi, [rbx+0x20]
0bcbf6cf jnz 0x0bcb001c ->3
0bcbf6d5 cmp dword [rbp+0x10], +0x00
0bcbf6d9 jnz 0x0bcb001c ->3
0bcbf6df mov dword [rbx+0x1c], 0xfffffff4
0bcbf6e6 mov [rbx+0x18], eax
0bcbf6e9 test byte [rbp+0x4], 0x4
0bcbf6ed jz 0x0bcbf704
0bcbf6ef and byte [rbp+0x4], 0xfb
0bcbf6f3 mov edi, [0x41d653f4]
0bcbf6fa mov [0x41d653f4], ebp
0bcbf701 mov [rbp+0xc], edi
0bcbf704 xor eax, eax
0bcbf706 mov ebx, 0x41885538
0bcbf70b mov r14d, 0x41d66008
0bcbf711 jmp 0x00420177
---- TRACE 5 stop -> return
---- TRACE 4 exit 4
---- TRACE 5 exit 1
---- TRACE 4 exit 5
---- TRACE 3 exit 0
---- TRACE 4 exit 5
---- TRACE 3 exit 0
---- TRACE 4 exit 5
---- TRACE 3 exit 0
---- TRACE 4 exit 1
---- TRACE 4 exit 4
---- TRACE 4 exit 2
Raw
dump.hotloop06
---- TRACE 1 start ssa.lua:39
0001 UGET 0 0 ; label_counter
0002 ADDVN 0 0 0 ; 1
0003 USETV 0 0 ; label_counter
0004 KSTR 0 0 ; "L"
0005 UGET 1 0 ; label_counter
0006 CAT 0 0 1
0007 TDUP 1 1
0008 TNEW 2 0
0009 TSETS 2 1 2 ; "bindings"
0010 TSETS 0 1 3 ; "label"
0011 UGET 2 1 ; ssa
0012 TGETS 2 2 4 ; "blocks"
0013 TSETV 1 2 0
0014 RET1 1 2
---- TRACE 1 IR
.... SNAP #0 [ ---- ]
0001 rbp fun SLOAD #0 R
0002 rbx > p32 UREFO 0001 #0
0003 xmm7 > num ULOAD 0002
0004 [10] num ADD 0003 +1 
0005 num USTORE 0002 0004
.... SNAP #1 [ ---- ---- ]
0006 str TOSTR 0004 NUM
0007 rdi p32 BUFHDR [0x41307414] RESET
0008 rdi p32 BUFPUT 0007 "L" 
0009 rdi p32 BUFPUT 0008 0006
0010 [c] str BUFSTR 0009 0007
0011 [8] > tab TDUP {0x41317508}
0012 r15 > tab TNEW #0 #0
0013 rbx p32 FLOAD 0011 tab.node
0014 p32 HREFK 0013 "bindings" @0
0015 tab HSTORE 0014 0012
0016 p32 HREFK 0013 "label" @1
0017 str HSTORE 0016 0010
.... SNAP #2 [ ---- 0010 0011 ---- ]
0018 rbp > p32 UREFO 0001 #1
0019 rbp > tab ULOAD 0018
0020 int FLOAD 0019 tab.hmask
0021 > int EQ 0020 +1 
0022 rbp p32 FLOAD 0019 tab.node
0023 > p32 HREFK 0022 "blocks" @0
0024 rbp > tab HLOAD 0023
0025 rsi p32 HREF 0024 0010
0026 > p32 EQ 0025 [0x41307458]
0027 tab FLOAD 0024 tab.meta
0028 > tab EQ 0027 [NULL]
0029 rbx p32 NEWREF 0024 0010
0030 tab HSTORE 0029 0011
0031 nil TBAR 0024
0032 p32 FREF 0024 tab.nomm
0033 u8  FSTORE 0032 +0 
.... SNAP #3 [ ---- ---- 0011 ]
---- TRACE 1 mcode 441
0bcbfe44 add rsp, -0x10
0bcbfe48 mov dword [0x41307410], 0x1
0bcbfe53 mov edi, [0x413073d8]
0bcbfe5a cmp edi, [0x413073dc]
0bcbfe61 jb 0x0bcbfe7a
0bcbfe63 mov esi, 0x3
0bcbfe68 mov edi, 0x413073b8
0bcbfe6d call 0x00421730 ->lj_gc_step_jit
0bcbfe72 test eax, eax
0bcbfe74 jnz 0x0bcb0010 ->0
0bcbfe7a mov edx, [0x413074b4]
0bcbfe81 mov ebp, [rdx-0x8]
0bcbfe84 mov edi, [rbp+0x14]
0bcbfe87 mov ebx, [rdi+0x10]
0bcbfe8a cmp dword [rbx+0x4], 0xfffeffff
0bcbfe91 jnb 0x0bcb0010 ->0
0bcbfe97 movsd xmm7, [rbx]
0bcbfe9b addsd xmm7, [0x41318a78]
0bcbfea4 movsd [rsp+0x10], xmm7
0bcbfeaa movsd [rbx], xmm7
0bcbfeae mov edi, 0x41307414
0bcbfeb3 mov esi, [rdi+0x8]
0bcbfeb6 mov [rdi], esi
0bcbfeb8 mov esi, 0x4c
0bcbfebd call 0x00421b60 ->lj_buf_putchar
0bcbfec2 mov edi, eax
0bcbfec4 lea rsi, [rsp+0x10]
0bcbfec9 call 0x0040a3c0 ->lj_strfmt_putnum
0bcbfece mov edi, eax
0bcbfed0 call 0x00421ff0 ->lj_buf_tostr
0bcbfed5 mov [rsp+0xc], eax
0bcbfed9 mov edi, [0x413074b0]
0bcbfee0 mov esi, 0x41317508
0bcbfee5 call 0x004223c0 ->lj_tab_dup
0bcbfeea mov ebx, eax
0bcbfeec mov [rsp+0x8], ebx
0bcbfef0 mov edi, [0x413074b0]
0bcbfef7 xor esi, esi
0bcbfef9 call 0x00422350 ->lj_tab_new1
0bcbfefe mov r15d, eax
0bcbff01 mov edi, [0x413074b0]
0bcbff08 mov eax, [rsp+0xc]
0bcbff0c mov ebx, [rbx+0x14]
0bcbff0f mov dword [rbx+0x4], 0xfffffff4
0bcbff16 mov [rbx], r15d
0bcbff19 mov dword [rbx+0x1c], 0xfffffffb
0bcbff20 mov [rbx+0x18], eax
0bcbff23 mov esi, [rbp+0x18]
0bcbff26 mov ebp, [rsi+0x10]
0bcbff29 cmp dword [rbp+0x4], -0x0c
0bcbff2d jnz 0x0bcb0018 ->2
0bcbff33 mov ebp, [rbp+0x0]
0bcbff36 cmp dword [rbp+0x1c], +0x01
0bcbff3a jnz 0x0bcb0018 ->2
0bcbff40 mov ebp, [rbp+0x14]
0bcbff43 mov rsi, 0xfffffffb41a311b8
0bcbff4d cmp rsi, [rbp+0x8]
0bcbff51 jnz 0x0bcb0018 ->2
0bcbff57 cmp dword [rbp+0x4], -0x0c
0bcbff5b jnz 0x0bcb0018 ->2
0bcbff61 mov ebp, [rbp+0x0]
0bcbff64 mov esi, [rbp+0x1c]
0bcbff67 and esi, [rax+0x8]
0bcbff6a lea esi, [rsi+rsi*2]
0bcbff6d shl esi, 0x03
0bcbff70 add esi, [rbp+0x14]
0bcbff73 cmp dword [rsi+0xc], -0x05
0bcbff77 jnz 0x0bcbff82
0bcbff79 cmp eax, [rsi+0x8]
0bcbff7c jz 0x0bcb0018 ->2
0bcbff82 mov esi, [rsi+0x10]
0bcbff85 test esi, esi
0bcbff87 jnz 0x0bcbff73
0bcbff89 cmp dword [rbp+0x10], +0x00
0bcbff8d jnz 0x0bcb0018 ->2
0bcbff93 mov edx, 0x41307448
0bcbff98 mov dword [rdx+0x4], 0xfffffffb
0bcbff9f mov [rdx], eax
0bcbffa1 mov esi, ebp
0bcbffa3 call 0x00422cf0 ->lj_tab_newkey
0bcbffa8 mov ebx, eax
0bcbffaa mov edx, [0x413074b4]
0bcbffb1 mov eax, [rsp+0x8]
0bcbffb5 mov dword [rbx+0x4], 0xfffffff4
0bcbffbc mov [rbx], eax
0bcbffbe test byte [rbp+0x4], 0x4
0bcbffc2 jz 0x0bcbffd9
0bcbffc4 and byte [rbp+0x4], 0xfb
0bcbffc8 mov edi, [0x413073f4]
0bcbffcf mov [0x413073f4], ebp
0bcbffd6 mov [rbp+0xc], edi
0bcbffd9 mov byte [rbp+0x6], 0x0
0bcbffdd mov dword [rdx+0xc], 0xfffffff4
0bcbffe4 mov [rdx+0x8], eax
0bcbffe7 xor eax, eax
0bcbffe9 mov ebx, 0x41a31e90
0bcbffee mov r14d, 0x41308008
0bcbfff4 add rsp, +0x10
0bcbfff8 jmp 0x00420177
---- TRACE 1 stop -> return
---- TRACE 2 start ssa.lua:55
0001 GGET 4 0 ; "assert"
0002 GGET 5 1 ; "type"
0003 MOV 6 0
0004 CALL 5 2 2
0000 . FUNCC ; type
0005 ISEQS 5 2 ; "table"
0006 JMP 5 => 0009
0009 KPRI 5 2
0010 CALL 4 1 2
0000 . FUNCC ; assert
0011 TGETB 4 0 1
0012 ISNES 4 3 ; "if"
0013 JMP 5 => 0037
0014 UGET 5 0 ; add_block
0015 CALL 5 2 1
0000 . JFUNCF 3 1 ; ssa.lua:39
0001 . UGET 0 0 ; label_counter
0002 . ADDVN 0 0 0 ; 1
0003 . USETV 0 0 ; label_counter
0004 . KSTR 0 0 ; "L"
0005 . UGET 1 0 ; label_counter
0006 . CAT 0 0 1
0007 . TDUP 1 1
0008 . TNEW 2 0
0009 . TSETS 2 1 2 ; "bindings"
0010 . TSETS 0 1 3 ; "label"
0011 . UGET 2 1 ; ssa
0012 . TGETS 2 2 4 ; "blocks"
0013 . TSETV 1 2 0
0014 . RET1 1 2
0016 UGET 6 0 ; add_block
0017 CALL 6 2 1
0000 . JFUNCF 3 1 ; ssa.lua:39
0001 . UGET 0 0 ; label_counter
0002 . ADDVN 0 0 0 ; 1
0003 . USETV 0 0 ; label_counter
0004 . KSTR 0 0 ; "L"
0005 . UGET 1 0 ; label_counter
0006 . CAT 0 0 1
0007 . TDUP 1 1
0008 . TNEW 2 0
0009 . TSETS 2 1 2 ; "bindings"
0010 . TSETS 0 1 3 ; "label"
0011 . UGET 2 1 ; ssa
0012 . TGETS 2 2 4 ; "blocks"
0013 . TSETV 1 2 0
0014 . RET1 1 2
0018 UGET 7 1 ; compile_bool
0019 TGETB 8 0 2
0020 MOV 9 1
0021 MOV 10 5
0022 MOV 11 6
0023 CALL 7 1 5
0000 . FUNCF 13 ; ssa.lua:55
0001 . GGET 4 0 ; "assert"
0002 . GGET 5 1 ; "type"
0003 . MOV 6 0
0004 . CALL 5 2 2
0000 . . FUNCC ; type
0005 . ISEQS 5 2 ; "table"
0006 . JMP 5 => 0009
0009 . KPRI 5 2
0010 . CALL 4 1 2
0000 . . FUNCC ; assert
0011 . TGETB 4 0 1
0012 . ISNES 4 3 ; "if"
0013 . JMP 5 => 0037
0037 . ISNES 4 4 ; "let"
0038 . JMP 5 => 0056
0056 . ISNES 4 10 ; "true"
0057 . JMP 5 => 0063
0063 . ISNES 4 11 ; "false"
0064 . JMP 5 => 0070
0070 . ISNES 4 12 ; "match"
0071 . JMP 5 => 0077
0077 . ISNES 4 14 ; "fail"
0078 . JMP 5 => 0084
0084 . GGET 5 0 ; "assert"
0085 . UGET 6 4 ; relops
0086 . TGETV 6 6 4
0087 . CALL 5 1 2
0000 . . FUNCC ; assert
0088 . UGET 5 5 ; finish_if
0089 . MOV 6 1
0090 . MOV 7 0
0091 . MOV 8 2
0092 . MOV 9 3
0093 . CALL 5 1 5
0000 . . FUNCF 6 ; ssa.lua:49
0001 . . TDUP 4 1
0002 . . TSETB 1 4 2
0003 . . TGETS 5 2 2 ; "label"
0004 . . TSETB 5 4 3
0005 . . TGETS 5 3 2 ; "label"
0006 . . TSETB 5 4 4
0007 . . TSETS 4 0 0 ; "control"
0008 . . RET0 0 1
0094 . RET0 0 1
0024 UGET 7 1 ; compile_bool
0025 TGETB 8 0 3
0026 MOV 9 5
0027 MOV 10 2
0028 MOV 11 3
0029 CALL 7 1 5
0000 . FUNCF 13 ; ssa.lua:55
0001 . GGET 4 0 ; "assert"
0002 . GGET 5 1 ; "type"
0003 . MOV 6 0
0004 . CALL 5 2 2
0000 . . FUNCC ; type
0005 . ISEQS 5 2 ; "table"
0006 . JMP 5 => 0009
0009 . KPRI 5 2
0010 . CALL 4 1 2
0000 . . FUNCC ; assert
0011 . TGETB 4 0 1
0012 . ISNES 4 3 ; "if"
0013 . JMP 5 => 0037
0037 . ISNES 4 4 ; "let"
0038 . JMP 5 => 0056
0056 . ISNES 4 10 ; "true"
0057 . JMP 5 => 0063
0058 . UGET 5 2 ; finish_goto
0059 . MOV 6 1
0060 . MOV 7 2
0061 . CALL 5 1 3
0000 . . FUNCF 4 ; ssa.lua:52
0001 . . TDUP 2 1
0002 . . TGETS 3 1 2 ; "label"
0003 . . TSETB 3 2 2
0004 . . TSETS 2 0 0 ; "control"
0005 . . RET0 0 1
0062 . JMP 5 => 0094
0094 . RET0 0 1
0030 UGET 7 1 ; compile_bool
0031 TGETB 8 0 4
0032 MOV 9 6
0033 MOV 10 2
0034 MOV 11 3
0035 CALL 7 1 5
0000 . FUNCF 13 ; ssa.lua:55
0001 . GGET 4 0 ; "assert"
0002 . GGET 5 1 ; "type"
0003 . MOV 6 0
0004 . CALL 5 2 2
0000 . . FUNCC ; type
0005 . ISEQS 5 2 ; "table"
0006 . JMP 5 => 0009
0009 . KPRI 5 2
0010 . CALL 4 1 2
0000 . . FUNCC ; assert
0011 . TGETB 4 0 1
0012 . ISNES 4 3 ; "if"
0013 . JMP 5 => 0037
0014 . UGET 5 0 ; add_block
0015 . CALL 5 2 1
0000 . . JFUNCF 3 1 ; ssa.lua:39
0001 . . UGET 0 0 ; label_counter
0002 . . ADDVN 0 0 0 ; 1
0003 . . USETV 0 0 ; label_counter
0004 . . KSTR 0 0 ; "L"
0005 . . UGET 1 0 ; label_counter
0006 . . CAT 0 0 1
0007 . . TDUP 1 1
0008 . . TNEW 2 0
0009 . . TSETS 2 1 2 ; "bindings"
0010 . . TSETS 0 1 3 ; "label"
0011 . . UGET 2 1 ; ssa
0012 . . TGETS 2 2 4 ; "blocks"
0013 . . TSETV 1 2 0
0014 . . RET1 1 2
0016 . UGET 6 0 ; add_block
0017 . CALL 6 2 1
0000 . . JFUNCF 3 1 ; ssa.lua:39
0001 . . UGET 0 0 ; label_counter
0002 . . ADDVN 0 0 0 ; 1
0003 . . USETV 0 0 ; label_counter
0004 . . KSTR 0 0 ; "L"
0005 . . UGET 1 0 ; label_counter
0006 . . CAT 0 0 1
0007 . . TDUP 1 1
0008 . . TNEW 2 0
0009 . . TSETS 2 1 2 ; "bindings"
0010 . . TSETS 0 1 3 ; "label"
0011 . . UGET 2 1 ; ssa
0012 . . TGETS 2 2 4 ; "blocks"
0013 . . TSETV 1 2 0
0014 . . RET1 1 2
0018 . UGET 7 1 ; compile_bool
0019 . TGETB 8 0 2
0020 . MOV 9 1
0021 . MOV 10 5
0022 . MOV 11 6
0023 . CALL 7 1 5
0000 . . FUNCF 13 ; ssa.lua:55
0001 . . GGET 4 0 ; "assert"
0002 . . GGET 5 1 ; "type"
0003 . . MOV 6 0
0004 . . CALL 5 2 2
0000 . . . FUNCC ; type
0005 . . ISEQS 5 2 ; "table"
0006 . . JMP 5 => 0009
0009 . . KPRI 5 2
0010 . . CALL 4 1 2
0000 . . . FUNCC ; assert
0011 . . TGETB 4 0 1
0012 . . ISNES 4 3 ; "if"
0013 . . JMP 5 => 0037
0037 . . ISNES 4 4 ; "let"
0038 . . JMP 5 => 0056
0056 . . ISNES 4 10 ; "true"
0057 . . JMP 5 => 0063
0063 . . ISNES 4 11 ; "false"
0064 . . JMP 5 => 0070
0070 . . ISNES 4 12 ; "match"
0071 . . JMP 5 => 0077
0077 . . ISNES 4 14 ; "fail"
0078 . . JMP 5 => 0084
0084 . . GGET 5 0 ; "assert"
0085 . . UGET 6 4 ; relops
0086 . . TGETV 6 6 4
0087 . . CALL 5 1 2
0000 . . . FUNCC ; assert
0088 . . UGET 5 5 ; finish_if
0089 . . MOV 6 1
0090 . . MOV 7 0
0091 . . MOV 8 2
0092 . . MOV 9 3
0093 . . CALL 5 1 5
0000 . . . FUNCF 6 ; ssa.lua:49
0001 . . . TDUP 4 1
0002 . . . TSETB 1 4 2
0003 . . . TGETS 5 2 2 ; "label"
0004 . . . TSETB 5 4 3
0005 . . . TGETS 5 3 2 ; "label"
0006 . . . TSETB 5 4 4
0007 . . . TSETS 4 0 0 ; "control"
0008 . . . RET0 0 1
0094 . . RET0 0 1
0024 . UGET 7 1 ; compile_bool
0025 . TGETB 8 0 3
0026 . MOV 9 5
0027 . MOV 10 2
0028 . MOV 11 3
0029 . CALL 7 1 5
0000 . . FUNCF 13 ; ssa.lua:55
0001 . . GGET 4 0 ; "assert"
0002 . . GGET 5 1 ; "type"
0003 . . MOV 6 0
0004 . . CALL 5 2 2
0000 . . . FUNCC ; type
0005 . . ISEQS 5 2 ; "table"
0006 . . JMP 5 => 0009
0009 . . KPRI 5 2
0010 . . CALL 4 1 2
0000 . . . FUNCC ; assert
0011 . . TGETB 4 0 1
0012 . . ISNES 4 3 ; "if"
0013 . . JMP 5 => 0037
0014 . . UGET 5 0 ; add_block
0015 . . CALL 5 2 1
0000 . . . JFUNCF 3 1 ; ssa.lua:39
0001 . . . UGET 0 0 ; label_counter
0002 . . . ADDVN 0 0 0 ; 1
0003 . . . USETV 0 0 ; label_counter
0004 . . . KSTR 0 0 ; "L"
0005 . . . UGET 1 0 ; label_counter
0006 . . . CAT 0 0 1
0007 . . . TDUP 1 1
0008 . . . TNEW 2 0
0009 . . . TSETS 2 1 2 ; "bindings"
0010 . . . TSETS 0 1 3 ; "label"
0011 . . . UGET 2 1 ; ssa
0012 . . . TGETS 2 2 4 ; "blocks"
0013 . . . TSETV 1 2 0
0014 . . . RET1 1 2
0016 . . UGET 6 0 ; add_block
0017 . . CALL 6 2 1
0000 . . . JFUNCF 3 1 ; ssa.lua:39
0001 . . . UGET 0 0 ; label_counter
0002 . . . ADDVN 0 0 0 ; 1
0003 . . . USETV 0 0 ; label_counter
0004 . . . KSTR 0 0 ; "L"
0005 . . . UGET 1 0 ; label_counter
0006 . . . CAT 0 0 1
0007 . . . TDUP 1 1
0008 . . . TNEW 2 0
0009 . . . TSETS 2 1 2 ; "bindings"
0010 . . . TSETS 0 1 3 ; "label"
0011 . . . UGET 2 1 ; ssa
0012 . . . TGETS 2 2 4 ; "blocks"
0013 . . . TSETV 1 2 0
0014 . . . RET1 1 2
0018 . . UGET 7 1 ; compile_bool
0019 . . TGETB 8 0 2
0020 . . MOV 9 1
0021 . . MOV 10 5
0022 . . MOV 11 6
0023 . . CALL 7 1 5
0000 . . . FUNCF 13 ; ssa.lua:55
---- TRACE 2 abort ssa.lua:56 -- retry recording
---- TRACE 2 start ssa.lua:55
0001 GGET 4 0 ; "assert"
0002 GGET 5 1 ; "type"
0003 MOV 6 0
0004 CALL 5 2 2
0000 . FUNCC ; type
0005 ISEQS 5 2 ; "table"
0006 JMP 5 => 0009
0009 KPRI 5 2
0010 CALL 4 1 2
0000 . FUNCC ; assert
0011 TGETB 4 0 1
0012 ISNES 4 3 ; "if"
0013 JMP 5 => 0037
0037 ISNES 4 4 ; "let"
0038 JMP 5 => 0056
0056 ISNES 4 10 ; "true"
0057 JMP 5 => 0063
0063 ISNES 4 11 ; "false"
0064 JMP 5 => 0070
0070 ISNES 4 12 ; "match"
0071 JMP 5 => 0077
0077 ISNES 4 14 ; "fail"
0078 JMP 5 => 0084
0084 GGET 5 0 ; "assert"
0085 UGET 6 4 ; relops
0086 TGETV 6 6 4
0087 CALL 5 1 2
0000 . FUNCC ; assert
0088 UGET 5 5 ; finish_if
0089 MOV 6 1
0090 MOV 7 0
0091 MOV 8 2
0092 MOV 9 3
0093 CALL 5 1 5
0000 . FUNCF 6 ; ssa.lua:49
0001 . TDUP 4 1
0002 . TSETB 1 4 2
0003 . TGETS 5 2 2 ; "label"
0004 . TSETB 5 4 3
0005 . TGETS 5 3 2 ; "label"
0006 . TSETB 5 4 4
0007 . TSETS 4 0 0 ; "control"
0008 . RET0 0 1
0094 RET0 0 1
---- TRACE 2 IR
.... SNAP #0 [ ---- ---- ---- ---- ---- ]
0001 rbp fun SLOAD #0 R
0002 rbx tab FLOAD 0001 func.env
0003 rsi p32 HREF 0002 "assert"
0004 > p32 EQ 0003 [0x41307458]
0005 r15 tab FLOAD 0002 tab.meta
0006 > tab NE 0005 [NULL]
0007 int FLOAD 0005 tab.hmask
0008 > int EQ 0007 +1 
0009 r15 p32 FLOAD 0005 tab.node
0010 > p32 HREFK 0009 "__index" @1
0011 r15 > tab HLOAD 0010
0012 int FLOAD 0011 tab.hmask
0013 > int EQ 0012 +63 
0014 r15 p32 FLOAD 0011 tab.node
0015 > p32 HREFK 0014 "assert" @3
0016 > fun HLOAD 0015
0017 rsi p32 HREF 0002 "type"
0018 > p32 EQ 0017 [0x41307458]
0019 > p32 HREFK 0014 "type" @60
0020 > fun HLOAD 0019
0021 rbx > tab SLOAD #1 T
0022 > fun EQ 0020 type
0023 > fun EQ 0016 assert
0024 int FLOAD 0021 tab.asize
0025 > int ABC 0024 +1 
0026 r15 p32 FLOAD 0021 tab.array
0027 p32 AREF 0026 +1 
0028 r15 > str ALOAD 0027
.... SNAP #1 [ ---- ---- ---- ---- ---- 0028 ]
0029 > str NE 0028 "if"
.... SNAP #2 [ ---- ---- ---- ---- ---- 0028 ]
0030 > str NE 0028 "let"
.... SNAP #3 [ ---- ---- ---- ---- ---- 0028 ]
0031 > str NE 0028 "true"
.... SNAP #4 [ ---- ---- ---- ---- ---- 0028 ]
0032 > str NE 0028 "false"
.... SNAP #5 [ ---- ---- ---- ---- ---- 0028 ]
0033 > str NE 0028 "match"
.... SNAP #6 [ ---- ---- ---- ---- ---- 0028 ]
0034 > str NE 0028 "fail"
.... SNAP #7 [ ---- ---- ---- ---- ---- 0028 ]
0035 r14 > p32 UREFC 0001 #4
0036 r13 > tab ULOAD 0035
0037 r14 p32 HREF 0036 0028
0038 > tru HLOAD 0037
0039 > fun EQ 0001 ssa.lua:55
0040 rbp > tab SLOAD #2 T
0041 r12 > tab SLOAD #3 T
0042 r13 > tab SLOAD #4 T
0043 rax > tab TDUP {0x41a257d8}
0044 r14 p32 FLOAD 0043 tab.array
0045 p32 AREF 0044 +2 
0046 tab ASTORE 0045 0021
.... SNAP #8 [ ssa.lua:55|---- ---- ---- ---- 0028 ssa.lua:49|0040 ---- 0041 0042 0043 ]
0047 int FLOAD 0041 tab.hmask
0048 > int EQ 0047 +1 
0049 rbx p32 FLOAD 0041 tab.node
0050 > p32 HREFK 0049 "label" @1
0051 rbx > str HLOAD 0050
0052 p32 AREF 0044 +3 
0053 str ASTORE 0052 0051
.... SNAP #9 [ ssa.lua:55|---- ---- ---- ---- 0028 ssa.lua:49|0040 ---- ---- 0042 0043 ---- ]
0054 int FLOAD 0042 tab.hmask
0055 > int EQ 0054 +1 
0056 rbx p32 FLOAD 0042 tab.node
0057 > p32 HREFK 0056 "label" @1
0058 rbx > str HLOAD 0057
0059 p32 AREF 0044 +4 
0060 str ASTORE 0059 0058
.... SNAP #10 [ ssa.lua:55|---- ---- ---- ---- 0028 ssa.lua:49|0040 ---- ---- ---- 0043 ---- ]
0061 int FLOAD 0040 tab.hmask
0062 > int EQ 0061 +3 
0063 rbx p32 FLOAD 0040 tab.node
0064 > p32 HREFK 0063 "control" @1
0065 tab FLOAD 0040 tab.meta
0066 > tab EQ 0065 [NULL]
0067 tab HSTORE 0064 0043
0068 nil TBAR 0040
.... SNAP #11 [ ssa.lua:55|]
---- TRACE 2 mcode 878
0bcbfacf mov dword [0x41307410], 0x2
0bcbfada mov edi, [0x413073d8]
0bcbfae1 cmp edi, [0x413073dc]
0bcbfae8 jb 0x0bcbfb01
0bcbfaea mov esi, 0x1
0bcbfaef mov edi, 0x413073b8
0bcbfaf4 call 0x00421730 ->lj_gc_step_jit
0bcbfaf9 test eax, eax
0bcbfafb jnz 0x0bcb0010 ->0
0bcbfb01 mov edi, [0x413074b0]
0bcbfb08 mov edx, [0x413074b4]
0bcbfb0f mov ebp, [rdx-0x8]
0bcbfb12 mov ebx, [rbp+0x8]
0bcbfb15 mov esi, [rbx+0x1c]
0bcbfb18 and esi, 0xce2b6183
0bcbfb1e lea esi, [rsi+rsi*2]
0bcbfb21 shl esi, 0x03
0bcbfb24 add esi, [rbx+0x14]
0bcbfb27 cmp dword [rsi+0xc], -0x05
0bcbfb2b jnz 0x0bcbfb3a
0bcbfb2d cmp dword [rsi+0x8], 0x41309db0
0bcbfb34 jz 0x0bcb0010 ->0
0bcbfb3a mov esi, [rsi+0x10]
0bcbfb3d test esi, esi
0bcbfb3f jnz 0x0bcbfb27
0bcbfb41 mov r15d, [rbx+0x10]
0bcbfb45 test r15d, r15d
0bcbfb48 jz 0x0bcb0010 ->0
0bcbfb4e cmp dword [r15+0x1c], +0x01
0bcbfb53 jnz 0x0bcb0010 ->0
0bcbfb59 mov r15d, [r15+0x14]
0bcbfb5d mov rsi, 0xfffffffb413094c8
0bcbfb67 cmp rsi, [r15+0x20]
0bcbfb6b jnz 0x0bcb0010 ->0
0bcbfb71 cmp dword [r15+0x1c], -0x0c
0bcbfb76 jnz 0x0bcb0010 ->0
0bcbfb7c mov r15d, [r15+0x18]
0bcbfb80 cmp dword [r15+0x1c], +0x3f
0bcbfb85 jnz 0x0bcb0010 ->0
0bcbfb8b mov r15d, [r15+0x14]
0bcbfb8f mov rsi, 0xfffffffb41309db0
0bcbfb99 cmp rsi, [r15+0x50]
0bcbfb9d jnz 0x0bcb0010 ->0
0bcbfba3 cmp dword [r15+0x4c], -0x09
0bcbfba8 jnz 0x0bcb0010 ->0
0bcbfbae mov esi, [rbx+0x1c]
0bcbfbb1 and esi, 0x798a813c
0bcbfbb7 lea esi, [rsi+rsi*2]
0bcbfbba shl esi, 0x03
0bcbfbbd add esi, [rbx+0x14]
0bcbfbc0 cmp dword [rsi+0xc], -0x05
0bcbfbc4 jnz 0x0bcbfbd3
0bcbfbc6 cmp dword [rsi+0x8], 0x41309fb0
0bcbfbcd jz 0x0bcb0010 ->0
0bcbfbd3 mov esi, [rsi+0x10]
0bcbfbd6 test esi, esi
0bcbfbd8 jnz 0x0bcbfbc0
0bcbfbda mov rsi, 0xfffffffb41309fb0
0bcbfbe4 cmp rsi, [r15+0x5a8]
0bcbfbeb jnz 0x0bcb0010 ->0
0bcbfbf1 cmp dword [r15+0x5a4], -0x09
0bcbfbf9 jnz 0x0bcb0010 ->0
0bcbfbff cmp dword [rdx+0x4], -0x0c
0bcbfc03 jnz 0x0bcb0010 ->0
0bcbfc09 mov ebx, [rdx]
0bcbfc0b cmp dword [r15+0x5a0], 0x41309f18
0bcbfc16 jnz 0x0bcb0010 ->0
0bcbfc1c cmp dword [r15+0x48], 0x41309d88
0bcbfc24 jnz 0x0bcb0010 ->0
0bcbfc2a cmp dword [rbx+0x18], +0x01
0bcbfc2e jbe 0x0bcb0010 ->0
0bcbfc34 mov r15d, [rbx+0x8]
0bcbfc38 cmp dword [r15+0xc], -0x05
0bcbfc3d jnz 0x0bcb0010 ->0
0bcbfc43 mov r15d, [r15+0x8]
0bcbfc47 cmp r15d, 0x413098f8
0bcbfc4e jz 0x0bcb0014 ->1
0bcbfc54 cmp r15d, 0x413184a8
0bcbfc5b jz 0x0bcb0018 ->2
0bcbfc61 cmp r15d, 0x41309a18
0bcbfc68 jz 0x0bcb001c ->3
0bcbfc6e cmp r15d, 0x41309870
0bcbfc75 jz 0x0bcb0020 ->4
0bcbfc7b cmp r15d, 0x4130ccb0
0bcbfc82 jz 0x0bcb0024 ->5
0bcbfc88 cmp r15d, 0x41324450
0bcbfc8f jz 0x0bcb0028 ->6
0bcbfc95 mov esi, [rbp+0x24]
0bcbfc98 cmp byte [rsi+0x6], 0x1
0bcbfc9c jnz 0x0bcb002c ->7
0bcbfca2 lea r14d, [rsi+0x8]
0bcbfca6 cmp dword [r14+0x4], -0x0c
0bcbfcab jnz 0x0bcb002c ->7
0bcbfcb1 mov r13d, [r14]
0bcbfcb4 mov r14d, [r13+0x1c]
0bcbfcb8 and r14d, [r15+0x8]
0bcbfcbc lea r14d, [r14+r14*2]
0bcbfcc0 shl r14d, 0x03
0bcbfcc4 add r14d, [r13+0x14]
0bcbfcc8 cmp dword [r14+0xc], -0x05
0bcbfccd jnz 0x0bcbfcd5
0bcbfccf cmp r15d, [r14+0x8]
0bcbfcd3 jz 0x0bcbfce4
0bcbfcd5 mov r14d, [r14+0x10]
0bcbfcd9 test r14d, r14d
0bcbfcdc jnz 0x0bcbfcc8
0bcbfcde mov r14d, 0x41307458
0bcbfce4 cmp dword [r14+0x4], -0x03
0bcbfce9 jnz 0x0bcb002c ->7
0bcbfcef cmp ebp, 0x41318880
0bcbfcf5 jnz 0x0bcb002c ->7
0bcbfcfb cmp dword [rdx+0xc], -0x0c
0bcbfcff jnz 0x0bcb002c ->7
0bcbfd05 mov ebp, [rdx+0x8]
0bcbfd08 cmp dword [rdx+0x14], -0x0c
0bcbfd0c jnz 0x0bcb002c ->7
0bcbfd12 mov r12d, [rdx+0x10]
0bcbfd16 cmp dword [rdx+0x1c], -0x0c
0bcbfd1a jnz 0x0bcb002c ->7
0bcbfd20 mov r13d, [rdx+0x18]
0bcbfd24 mov esi, 0x41a257d8
0bcbfd29 call 0x004223c0 ->lj_tab_dup
0bcbfd2e mov edx, [0x413074b4]
0bcbfd35 mov r14d, [rax+0x8]
0bcbfd39 mov dword [r14+0x14], 0xfffffff4
0bcbfd41 mov [r14+0x10], ebx
0bcbfd45 cmp dword [r12+0x1c], +0x01
0bcbfd4b jnz 0x0bcb0030 ->8
0bcbfd51 mov ebx, [r12+0x14]
0bcbfd56 mov rdi, 0xfffffffb41a31258
0bcbfd60 cmp rdi, [rbx+0x20]
0bcbfd64 jnz 0x0bcb0030 ->8
0bcbfd6a cmp dword [rbx+0x1c], -0x05
0bcbfd6e jnz 0x0bcb0030 ->8
0bcbfd74 mov ebx, [rbx+0x18]
0bcbfd77 mov dword [r14+0x1c], 0xfffffffb
0bcbfd7f mov [r14+0x18], ebx
0bcbfd83 cmp dword [r13+0x1c], +0x01
0bcbfd88 jnz 0x0bcb0034 ->9
0bcbfd8e mov ebx, [r13+0x14]
0bcbfd92 mov rdi, 0xfffffffb41a31258
0bcbfd9c cmp rdi, [rbx+0x20]
0bcbfda0 jnz 0x0bcb0034 ->9
0bcbfda6 cmp dword [rbx+0x1c], -0x05
0bcbfdaa jnz 0x0bcb0034 ->9
0bcbfdb0 mov ebx, [rbx+0x18]
0bcbfdb3 mov dword [r14+0x24], 0xfffffffb
0bcbfdbb mov [r14+0x20], ebx
0bcbfdbf cmp dword [rbp+0x1c], +0x03
0bcbfdc3 jnz 0x0bcb0038 ->10
0bcbfdc9 mov ebx, [rbp+0x14]
0bcbfdcc mov rdi, 0xfffffffb41a319c0
0bcbfdd6 cmp rdi, [rbx+0x20]
0bcbfdda jnz 0x0bcb0038 ->10
0bcbfde0 cmp dword [rbp+0x10], +0x00
0bcbfde4 jnz 0x0bcb0038 ->10
0bcbfdea mov dword [rbx+0x1c], 0xfffffff4
0bcbfdf1 mov [rbx+0x18], eax
0bcbfdf4 test byte [rbp+0x4], 0x4
0bcbfdf8 jz 0x0bcbfe0f
0bcbfdfa and byte [rbp+0x4], 0xfb
0bcbfdfe mov edi, [0x413073f4]
0bcbfe05 mov [0x413073f4], ebp
0bcbfe0c mov [rbp+0xc], edi
0bcbfe0f mov eax, [0x413074b0]
0bcbfe16 mov eax, [rax+0x20]
0bcbfe19 sub eax, edx
0bcbfe1b cmp eax, +0x68
0bcbfe1e jb 0x0bcb003c ->11
0bcbfe24 mov dword [rdx-0x8], 0x41318880
0bcbfe2b xor eax, eax
0bcbfe2d mov ebx, 0x41a32a20
0bcbfe32 mov r14d, 0x41308008
0bcbfe38 jmp 0x00420177
---- TRACE 2 stop -> return
---- TRACE 2 exit 6
---- TRACE 2 exit 4
---- TRACE 2 exit 1
---- TRACE 2 exit 8
---- TRACE 2 exit 1
---- TRACE 2 exit 8
---- TRACE 2 exit 1
---- TRACE 2 exit 8
---- TRACE 2 exit 4
---- TRACE 2 exit 4
---- TRACE 2 exit 4
---- TRACE 2 exit 4
---- TRACE 2 exit 1
---- TRACE 2 exit 8
---- TRACE 2 exit 1
---- TRACE 2 exit 8
---- TRACE 2 exit 1
---- TRACE 2 exit 8
---- TRACE 2 exit 4
---- TRACE 2 exit 4
---- TRACE 2 exit 4
---- TRACE 2 exit 4
---- TRACE 2 exit 4
---- TRACE 3 start 2/4 ssa.lua:70
0065 UGET 5 2 ; finish_goto
0066 MOV 6 1
0067 MOV 7 3
0068 CALL 5 1 3
0000 . FUNCF 4 ; ssa.lua:52
0001 . TDUP 2 1
0002 . TGETS 3 1 2 ; "label"
0003 . TSETB 3 2 2
0004 . TSETS 2 0 0 ; "control"
0005 . RET0 0 1
0069 JMP 5 => 0094
0094 RET0 0 1
0036 JMP 5 => 0094
0094 RET0 0 1
---- TRACE 3 abort ssa.lua:79 -- down-recursion, restarting
---- TRACE 3 start ssa.lua:79
0094 RET0 0 1
0024 UGET 7 1 ; compile_bool
0025 TGETB 8 0 3
0026 MOV 9 5
0027 MOV 10 2
0028 MOV 11 3
0029 CALL 7 1 5
0000 . JFUNCF 13 2 ; ssa.lua:55
0001 . GGET 4 0 ; "assert"
0002 . GGET 5 1 ; "type"
0003 . MOV 6 0
0004 . CALL 5 2 2
0000 . . FUNCC ; type
0005 . ISEQS 5 2 ; "table"
0006 . JMP 5 => 0009
0009 . KPRI 5 2
0010 . CALL 4 1 2
0000 . . FUNCC ; assert
0011 . TGETB 4 0 1
0012 . ISNES 4 3 ; "if"
0013 . JMP 5 => 0037
0037 . ISNES 4 4 ; "let"
0038 . JMP 5 => 0056
0056 . ISNES 4 10 ; "true"
0057 . JMP 5 => 0063
0063 . ISNES 4 11 ; "false"
0064 . JMP 5 => 0070
0070 . ISNES 4 12 ; "match"
0071 . JMP 5 => 0077
0072 . UGET 5 3 ; finish_return
0073 . MOV 6 1
0074 . TDUP 7 13
0075 . CALL 5 1 3
0000 . . FUNCF 3 ; ssa.lua:46
0001 . . TDUP 2 1
0002 . . TSETB 1 2 2
0003 . . TSETS 2 0 0 ; "control"
0004 . . RET0 0 1
0076 . JMP 5 => 0094
0094 . RET0 0 1
0030 UGET 7 1 ; compile_bool
0031 TGETB 8 0 4
0032 MOV 9 6
0033 MOV 10 2
0034 MOV 11 3
0035 CALL 7 1 5
0000 . JFUNCF 13 2 ; ssa.lua:55
0001 . GGET 4 0 ; "assert"
0002 . GGET 5 1 ; "type"
0003 . MOV 6 0
0004 . CALL 5 2 2
0000 . . FUNCC ; type
0005 . ISEQS 5 2 ; "table"
0006 . JMP 5 => 0009
0009 . KPRI 5 2
0010 . CALL 4 1 2
0000 . . FUNCC ; assert
0011 . TGETB 4 0 1
0012 . ISNES 4 3 ; "if"
0013 . JMP 5 => 0037
0014 . UGET 5 0 ; add_block
0015 . CALL 5 2 1
0000 . . JFUNCF 3 1 ; ssa.lua:39
0001 . . UGET 0 0 ; label_counter
0002 . . ADDVN 0 0 0 ; 1
0003 . . USETV 0 0 ; label_counter
0004 . . KSTR 0 0 ; "L"
0005 . . UGET 1 0 ; label_counter
0006 . . CAT 0 0 1
0007 . . TDUP 1 1
0008 . . TNEW 2 0
0009 . . TSETS 2 1 2 ; "bindings"
0010 . . TSETS 0 1 3 ; "label"
0011 . . UGET 2 1 ; ssa
0012 . . TGETS 2 2 4 ; "blocks"
0013 . . TSETV 1 2 0
0014 . . RET1 1 2
0016 . UGET 6 0 ; add_block
0017 . CALL 6 2 1
0000 . . JFUNCF 3 1 ; ssa.lua:39
0001 . . UGET 0 0 ; label_counter
0002 . . ADDVN 0 0 0 ; 1
0003 . . USETV 0 0 ; label_counter
0004 . . KSTR 0 0 ; "L"
0005 . . UGET 1 0 ; label_counter
0006 . . CAT 0 0 1
0007 . . TDUP 1 1
0008 . . TNEW 2 0
0009 . . TSETS 2 1 2 ; "bindings"
0010 . . TSETS 0 1 3 ; "label"
0011 . . UGET 2 1 ; ssa
0012 . . TGETS 2 2 4 ; "blocks"
0013 . . TSETV 1 2 0
0014 . . RET1 1 2
0018 . UGET 7 1 ; compile_bool
0019 . TGETB 8 0 2
0020 . MOV 9 1
0021 . MOV 10 5
0022 . MOV 11 6
0023 . CALL 7 1 5
0000 . . JFUNCF 13 2 ; ssa.lua:55
0001 . . GGET 4 0 ; "assert"
0002 . . GGET 5 1 ; "type"
0003 . . MOV 6 0
0004 . . CALL 5 2 2
0000 . . . FUNCC ; type
0005 . . ISEQS 5 2 ; "table"
0006 . . JMP 5 => 0009
0009 . . KPRI 5 2
0010 . . CALL 4 1 2
0000 . . . FUNCC ; assert
0011 . . TGETB 4 0 1
0012 . . ISNES 4 3 ; "if"
0013 . . JMP 5 => 0037
0014 . . UGET 5 0 ; add_block
0015 . . CALL 5 2 1
0000 . . . JFUNCF 3 1 ; ssa.lua:39
0001 . . . UGET 0 0 ; label_counter
0002 . . . ADDVN 0 0 0 ; 1
0003 . . . USETV 0 0 ; label_counter
0004 . . . KSTR 0 0 ; "L"
0005 . . . UGET 1 0 ; label_counter
0006 . . . CAT 0 0 1
0007 . . . TDUP 1 1
0008 . . . TNEW 2 0
0009 . . . TSETS 2 1 2 ; "bindings"
0010 . . . TSETS 0 1 3 ; "label"
0011 . . . UGET 2 1 ; ssa
0012 . . . TGETS 2 2 4 ; "blocks"
0013 . . . TSETV 1 2 0
0014 . . . RET1 1 2
0016 . . UGET 6 0 ; add_block
0017 . . CALL 6 2 1
0000 . . . JFUNCF 3 1 ; ssa.lua:39
0001 . . . UGET 0 0 ; label_counter
0002 . . . ADDVN 0 0 0 ; 1
0003 . . . USETV 0 0 ; label_counter
0004 . . . KSTR 0 0 ; "L"
0005 . . . UGET 1 0 ; label_counter
0006 . . . CAT 0 0 1
0007 . . . TDUP 1 1
0008 . . . TNEW 2 0
0009 . . . TSETS 2 1 2 ; "bindings"
0010 . . . TSETS 0 1 3 ; "label"
0011 . . . UGET 2 1 ; ssa
0012 . . . TGETS 2 2 4 ; "blocks"
0013 . . . TSETV 1 2 0
0014 . . . RET1 1 2
0018 . . UGET 7 1 ; compile_bool
0019 . . TGETB 8 0 2
0020 . . MOV 9 1
0021 . . MOV 10 5
0022 . . MOV 11 6
0023 . . CALL 7 1 5
0000 . . . JFUNCF 13 2 ; ssa.lua:55
0001 . . . GGET 4 0 ; "assert"
0002 . . . GGET 5 1 ; "type"
0003 . . . MOV 6 0
0004 . . . CALL 5 2 2
0000 . . . . FUNCC ; type
0005 . . . ISEQS 5 2 ; "table"
0006 . . . JMP 5 => 0009
0009 . . . KPRI 5 2
0010 . . . CALL 4 1 2
0000 . . . . FUNCC ; assert
0011 . . . TGETB 4 0 1
0012 . . . ISNES 4 3 ; "if"
0013 . . . JMP 5 => 0037
0014 . . . UGET 5 0 ; add_block
0015 . . . CALL 5 2 1
0000 . . . . JFUNCF 3 1 ; ssa.lua:39
0001 . . . . UGET 0 0 ; label_counter
0002 . . . . ADDVN 0 0 0 ; 1
0003 . . . . USETV 0 0 ; label_counter
0004 . . . . KSTR 0 0 ; "L"
0005 . . . . UGET 1 0 ; label_counter
0006 . . . . CAT 0 0 1
0007 . . . . TDUP 1 1
0008 . . . . TNEW 2 0
0009 . . . . TSETS 2 1 2 ; "bindings"
0010 . . . . TSETS 0 1 3 ; "label"
0011 . . . . UGET 2 1 ; ssa
0012 . . . . TGETS 2 2 4 ; "blocks"
0013 . . . . TSETV 1 2 0
0014 . . . . RET1 1 2
0016 . . . UGET 6 0 ; add_block
0017 . . . CALL 6 2 1
0000 . . . . JFUNCF 3 1 ; ssa.lua:39
0001 . . . . UGET 0 0 ; label_counter
0002 . . . . ADDVN 0 0 0 ; 1
0003 . . . . USETV 0 0 ; label_counter
0004 . . . . KSTR 0 0 ; "L"
0005 . . . . UGET 1 0 ; label_counter
0006 . . . . CAT 0 0 1
0007 . . . . TDUP 1 1
0008 . . . . TNEW 2 0
0009 . . . . TSETS 2 1 2 ; "bindings"
0010 . . . . TSETS 0 1 3 ; "label"
0011 . . . . UGET 2 1 ; ssa
0012 . . . . TGETS 2 2 4 ; "blocks"
0013 . . . . TSETV 1 2 0
0014 . . . . RET1 1 2
0018 . . . UGET 7 1 ; compile_bool
0019 . . . TGETB 8 0 2
0020 . . . MOV 9 1
0021 . . . MOV 10 5
0022 . . . MOV 11 6
0023 . . . CALL 7 1 5
0000 . . . . JFUNCF 13 2 ; ssa.lua:55
---- TRACE 3 abort ssa.lua:55 -- call unroll limit reached
---- TRACE 3 start ssa.lua:55
0001 GGET 4 0 ; "assert"
0002 GGET 5 1 ; "type"
0003 MOV 6 0
0004 CALL 5 2 2
0000 . FUNCC ; type
0005 ISEQS 5 2 ; "table"
0006 JMP 5 => 0009
0009 KPRI 5 2
0010 CALL 4 1 2
0000 . FUNCC ; assert
0011 TGETB 4 0 1
0012 ISNES 4 3 ; "if"
0013 JMP 5 => 0037
0037 ISNES 4 4 ; "let"
0038 JMP 5 => 0056
0056 ISNES 4 10 ; "true"
0057 JMP 5 => 0063
0063 ISNES 4 11 ; "false"
0064 JMP 5 => 0070
0065 UGET 5 2 ; finish_goto
0066 MOV 6 1
0067 MOV 7 3
0068 CALL 5 1 3
0000 . FUNCF 4 ; ssa.lua:52
0001 . TDUP 2 1
0002 . TGETS 3 1 2 ; "label"
0003 . TSETB 3 2 2
0004 . TSETS 2 0 0 ; "control"
0005 . RET0 0 1
0069 JMP 5 => 0094
0094 RET0 0 1
---- TRACE 3 IR
.... SNAP #0 [ ---- ---- ---- ---- ---- ]
0001 rbp fun SLOAD #0 R
0002 rbx tab FLOAD 0001 func.env
0003 rsi p32 HREF 0002 "assert"
0004 > p32 EQ 0003 [0x41307458]
0005 r15 tab FLOAD 0002 tab.meta
0006 > tab NE 0005 [NULL]
0007 int FLOAD 0005 tab.hmask
0008 > int EQ 0007 +1 
0009 r15 p32 FLOAD 0005 tab.node
0010 > p32 HREFK 0009 "__index" @1
0011 r15 > tab HLOAD 0010
0012 int FLOAD 0011 tab.hmask
0013 > int EQ 0012 +63 
0014 r15 p32 FLOAD 0011 tab.node
0015 > p32 HREFK 0014 "assert" @3
0016 > fun HLOAD 0015
0017 rsi p32 HREF 0002 "type"
0018 > p32 EQ 0017 [0x41307458]
0019 > p32 HREFK 0014 "type" @60
0020 > fun HLOAD 0019
0021 rbx > tab SLOAD #1 T
0022 > fun EQ 0020 type
0023 > fun EQ 0016 assert
0024 int FLOAD 0021 tab.asize
0025 > int ABC 0024 +1 
0026 rbx p32 FLOAD 0021 tab.array
0027 p32 AREF 0026 +1 
0028 r15 > str ALOAD 0027
.... SNAP #1 [ ---- ---- ---- ---- ---- 0028 ]
0029 > str NE 0028 "if"
.... SNAP #2 [ ---- ---- ---- ---- ---- 0028 ]
0030 > str NE 0028 "let"
.... SNAP #3 [ ---- ---- ---- ---- ---- 0028 ]
0031 > str NE 0028 "true"
.... SNAP #4 [ ---- ---- ---- ---- ---- 0028 ]
0032 > str EQ 0028 "false"
.... SNAP #5 [ ---- ---- ---- ---- ---- 0028 ]
0033 > fun EQ 0001 ssa.lua:55
0034 rbp > tab SLOAD #2 T
0035 rbx > tab SLOAD #4 T
0036 rax > tab TDUP {0x41a2b268}
0037 int FLOAD 0035 tab.hmask
0038 > int EQ 0037 +3 
0039 r14 p32 FLOAD 0035 tab.node
0040 > p32 HREFK 0039 "label" @3
0041 > nil HLOAD 0040
0042 tab FLOAD 0035 tab.meta
0043 > tab EQ 0042 [NULL]
0044 rbx p32 FLOAD 0036 tab.array
0045 p32 AREF 0044 +2 
0046 nil ASTORE 0045 nil
.... SNAP #6 [ ssa.lua:55|---- ---- ---- ---- 0028 ssa.lua:52|0034 ---- 0036 ---- ]
0047 int FLOAD 0034 tab.hmask
0048 > int EQ 0047 +3 
0049 rbx p32 FLOAD 0034 tab.node
0050 > p32 HREFK 0049 "control" @1
0051 tab FLOAD 0034 tab.meta
0052 > tab EQ 0051 [NULL]
0053 tab HSTORE 0050 0036
0054 nil TBAR 0034
.... SNAP #7 [ ssa.lua:55|]
---- TRACE 3 mcode 672
0bcbf828 mov dword [0x41307410], 0x3
0bcbf833 mov edi, [0x413073d8]
0bcbf83a cmp edi, [0x413073dc]
0bcbf841 jb 0x0bcbf85a
0bcbf843 mov esi, 0x1
0bcbf848 mov edi, 0x413073b8
0bcbf84d call 0x00421730 ->lj_gc_step_jit
0bcbf852 test eax, eax
0bcbf854 jnz 0x0bcb0010 ->0
0bcbf85a mov edi, [0x413074b0]
0bcbf861 mov edx, [0x413074b4]
0bcbf868 mov ebp, [rdx-0x8]
0bcbf86b mov ebx, [rbp+0x8]
0bcbf86e mov esi, [rbx+0x1c]
0bcbf871 and esi, 0xce2b6183
0bcbf877 lea esi, [rsi+rsi*2]
0bcbf87a shl esi, 0x03
0bcbf87d add esi, [rbx+0x14]
0bcbf880 cmp dword [rsi+0xc], -0x05
0bcbf884 jnz 0x0bcbf893
0bcbf886 cmp dword [rsi+0x8], 0x41309db0
0bcbf88d jz 0x0bcb0010 ->0
0bcbf893 mov esi, [rsi+0x10]
0bcbf896 test esi, esi
0bcbf898 jnz 0x0bcbf880
0bcbf89a mov r15d, [rbx+0x10]
0bcbf89e test r15d, r15d
0bcbf8a1 jz 0x0bcb0010 ->0
0bcbf8a7 cmp dword [r15+0x1c], +0x01
0bcbf8ac jnz 0x0bcb0010 ->0
0bcbf8b2 mov r15d, [r15+0x14]
0bcbf8b6 mov rsi, 0xfffffffb413094c8
0bcbf8c0 cmp rsi, [r15+0x20]
0bcbf8c4 jnz 0x0bcb0010 ->0
0bcbf8ca cmp dword [r15+0x1c], -0x0c
0bcbf8cf jnz 0x0bcb0010 ->0
0bcbf8d5 mov r15d, [r15+0x18]
0bcbf8d9 cmp dword [r15+0x1c], +0x3f
0bcbf8de jnz 0x0bcb0010 ->0
0bcbf8e4 mov r15d, [r15+0x14]
0bcbf8e8 mov rsi, 0xfffffffb41309db0
0bcbf8f2 cmp rsi, [r15+0x50]
0bcbf8f6 jnz 0x0bcb0010 ->0
0bcbf8fc cmp dword [r15+0x4c], -0x09
0bcbf901 jnz 0x0bcb0010 ->0
0bcbf907 mov esi, [rbx+0x1c]
0bcbf90a and esi, 0x798a813c
0bcbf910 lea esi, [rsi+rsi*2]
0bcbf913 shl esi, 0x03
0bcbf916 add esi, [rbx+0x14]
0bcbf919 cmp dword [rsi+0xc], -0x05
0bcbf91d jnz 0x0bcbf92c
0bcbf91f cmp dword [rsi+0x8], 0x41309fb0
0bcbf926 jz 0x0bcb0010 ->0
0bcbf92c mov esi, [rsi+0x10]
0bcbf92f test esi, esi
0bcbf931 jnz 0x0bcbf919
0bcbf933 mov rsi, 0xfffffffb41309fb0
0bcbf93d cmp rsi, [r15+0x5a8]
0bcbf944 jnz 0x0bcb0010 ->0
0bcbf94a cmp dword [r15+0x5a4], -0x09
0bcbf952 jnz 0x0bcb0010 ->0
0bcbf958 cmp dword [rdx+0x4], -0x0c
0bcbf95c jnz 0x0bcb0010 ->0
0bcbf962 mov ebx, [rdx]
0bcbf964 cmp dword [r15+0x5a0], 0x41309f18
0bcbf96f jnz 0x0bcb0010 ->0
0bcbf975 cmp dword [r15+0x48], 0x41309d88
0bcbf97d jnz 0x0bcb0010 ->0
0bcbf983 cmp dword [rbx+0x18], +0x01
0bcbf987 jbe 0x0bcb0010 ->0
0bcbf98d mov ebx, [rbx+0x8]
0bcbf990 cmp dword [rbx+0xc], -0x05
0bcbf994 jnz 0x0bcb0010 ->0
0bcbf99a mov r15d, [rbx+0x8]
0bcbf99e cmp r15d, 0x413098f8
0bcbf9a5 jz 0x0bcb0014 ->1
0bcbf9ab cmp r15d, 0x413184a8
0bcbf9b2 jz 0x0bcb0018 ->2
0bcbf9b8 cmp r15d, 0x41309a18
0bcbf9bf jz 0x0bcb001c ->3
0bcbf9c5 cmp r15d, 0x41309870
0bcbf9cc jnz 0x0bcb0020 ->4
0bcbf9d2 cmp ebp, 0x41318880
0bcbf9d8 jnz 0x0bcb0024 ->5
0bcbf9de cmp dword [rdx+0xc], -0x0c
0bcbf9e2 jnz 0x0bcb0024 ->5
0bcbf9e8 mov ebp, [rdx+0x8]
0bcbf9eb cmp dword [rdx+0x1c], -0x0c
0bcbf9ef jnz 0x0bcb0024 ->5
0bcbf9f5 mov ebx, [rdx+0x18]
0bcbf9f8 mov esi, 0x41a2b268
0bcbf9fd call 0x004223c0 ->lj_tab_dup
0bcbfa02 mov edx, [0x413074b4]
0bcbfa09 cmp dword [rbx+0x1c], +0x03
0bcbfa0d jnz 0x0bcb0024 ->5
0bcbfa13 mov r14d, [rbx+0x14]
0bcbfa17 mov rdi, 0xfffffffb41a31258
0bcbfa21 cmp rdi, [r14+0x50]
0bcbfa25 jnz 0x0bcb0024 ->5
0bcbfa2b cmp dword [r14+0x4c], -0x01
0bcbfa30 jnz 0x0bcb0024 ->5
0bcbfa36 cmp dword [rbx+0x10], +0x00
0bcbfa3a jnz 0x0bcb0024 ->5
0bcbfa40 mov ebx, [rax+0x8]
0bcbfa43 mov dword [rbx+0x14], 0xffffffff
0bcbfa4a cmp dword [rbp+0x1c], +0x03
0bcbfa4e jnz 0x0bcb0028 ->6
0bcbfa54 mov ebx, [rbp+0x14]
0bcbfa57 mov rdi, 0xfffffffb41a319c0
0bcbfa61 cmp rdi, [rbx+0x20]
0bcbfa65 jnz 0x0bcb0028 ->6
0bcbfa6b cmp dword [rbp+0x10], +0x00
0bcbfa6f jnz 0x0bcb0028 ->6
0bcbfa75 mov dword [rbx+0x1c], 0xfffffff4
0bcbfa7c mov [rbx+0x18], eax
0bcbfa7f test byte [rbp+0x4], 0x4
0bcbfa83 jz 0x0bcbfa9a
0bcbfa85 and byte [rbp+0x4], 0xfb
0bcbfa89 mov edi, [0x413073f4]
0bcbfa90 mov [0x413073f4], ebp
0bcbfa97 mov [rbp+0xc], edi
0bcbfa9a mov eax, [0x413074b0]
0bcbfaa1 mov eax, [rax+0x20]
0bcbfaa4 sub eax, edx
0bcbfaa6 cmp eax, +0x68
0bcbfaa9 jb 0x0bcb002c ->7
0bcbfaaf mov dword [rdx-0x8], 0x41318880
0bcbfab6 xor eax, eax
0bcbfab8 mov ebx, 0x41a32a20
0bcbfabd mov r14d, 0x41308008
0bcbfac3 jmp 0x00420177
---- TRACE 3 stop -> return
---- TRACE 3 exit 4
---- TRACE 3 exit 1
---- TRACE 3 exit 4
---- TRACE 3 exit 4
---- TRACE 3 exit 5
---- TRACE 3 exit 5
---- TRACE 4 start ssa.lua:52
0001 TDUP 2 1
0002 TGETS 3 1 2 ; "label"
0003 TSETB 3 2 2
0004 TSETS 2 0 0 ; "control"
0005 RET0 0 1
---- TRACE 4 IR
.... SNAP #0 [ ---- ---- ---- ]
0001 rax > tab TDUP {0x41a2b268}
0002 rbp > tab SLOAD #2 T
0003 int FLOAD 0002 tab.hmask
0004 > int EQ 0003 +3 
0005 rbp p32 FLOAD 0002 tab.node
0006 > p32 HREFK 0005 "label" @3
0007 rbp > str HLOAD 0006
0008 rbx p32 FLOAD 0001 tab.array
0009 p32 AREF 0008 +2 
0010 str ASTORE 0009 0007
.... SNAP #1 [ ---- ---- ---- 0001 ---- ]
0011 rbp > tab SLOAD #1 T
0012 int FLOAD 0011 tab.hmask
0013 > int EQ 0012 +3 
0014 rbx p32 FLOAD 0011 tab.node
0015 > p32 HREFK 0014 "control" @1
0016 tab FLOAD 0011 tab.meta
0017 > tab EQ 0016 [NULL]
0018 tab HSTORE 0015 0001
0019 nil TBAR 0011
.... SNAP #2 [ ---- ]
---- TRACE 4 mcode 256
0bcbf721 mov dword [0x41307410], 0x4
0bcbf72c mov edi, [0x413073d8]
0bcbf733 cmp edi, [0x413073dc]
0bcbf73a jb 0x0bcbf753
0bcbf73c mov esi, 0x1
0bcbf741 mov edi, 0x413073b8
0bcbf746 call 0x00421730 ->lj_gc_step_jit
0bcbf74b test eax, eax
0bcbf74d jnz 0x0bcb0010 ->0
0bcbf753 mov edi, [0x413074b0]
0bcbf75a mov esi, 0x41a2b268
0bcbf75f call 0x004223c0 ->lj_tab_dup
0bcbf764 mov edx, [0x413074b4]
0bcbf76b cmp dword [rdx+0xc], -0x0c
0bcbf76f jnz 0x0bcb0010 ->0
0bcbf775 mov ebp, [rdx+0x8]
0bcbf778 cmp dword [rbp+0x1c], +0x03
0bcbf77c jnz 0x0bcb0010 ->0
0bcbf782 mov ebp, [rbp+0x14]
0bcbf785 mov rdi, 0xfffffffb41a31258
0bcbf78f cmp rdi, [rbp+0x50]
0bcbf793 jnz 0x0bcb0010 ->0
0bcbf799 cmp dword [rbp+0x4c], -0x05
0bcbf79d jnz 0x0bcb0010 ->0
0bcbf7a3 mov ebp, [rbp+0x48]
0bcbf7a6 mov ebx, [rax+0x8]
0bcbf7a9 mov dword [rbx+0x14], 0xfffffffb
0bcbf7b0 mov [rbx+0x10], ebp
0bcbf7b3 cmp dword [rdx+0x4], -0x0c
0bcbf7b7 jnz 0x0bcb0014 ->1
0bcbf7bd mov ebp, [rdx]
0bcbf7bf cmp dword [rbp+0x1c], +0x03
0bcbf7c3 jnz 0x0bcb0014 ->1
0bcbf7c9 mov ebx, [rbp+0x14]
0bcbf7cc mov rdi, 0xfffffffb41a319c0
0bcbf7d6 cmp rdi, [rbx+0x20]
0bcbf7da jnz 0x0bcb0014 ->1
0bcbf7e0 cmp dword [rbp+0x10], +0x00
0bcbf7e4 jnz 0x0bcb0014 ->1
0bcbf7ea mov dword [rbx+0x1c], 0xfffffff4
0bcbf7f1 mov [rbx+0x18], eax
0bcbf7f4 test byte [rbp+0x4], 0x4
0bcbf7f8 jz 0x0bcbf80f
0bcbf7fa and byte [rbp+0x4], 0xfb
0bcbf7fe mov edi, [0x413073f4]
0bcbf805 mov [0x413073f4], ebp
0bcbf80c mov [rbp+0xc], edi
0bcbf80f xor eax, eax
0bcbf811 mov ebx, 0x41324304
0bcbf816 mov r14d, 0x41308008
0bcbf81c jmp 0x00420177
---- TRACE 4 stop -> return
---- TRACE 3 exit 5
---- TRACE 3 exit 1
---- TRACE 3 exit 4
---- TRACE 5 start ssa.lua:49
0001 TDUP 4 1
0002 TSETB 1 4 2
0003 TGETS 5 2 2 ; "label"
0004 TSETB 5 4 3
0005 TGETS 5 3 2 ; "label"
0006 TSETB 5 4 4
0007 TSETS 4 0 0 ; "control"
0008 RET0 0 1
---- TRACE 5 IR
.... SNAP #0 [ ---- ---- ---- ---- ---- ]
0001 rax > tab TDUP {0x41a257d8}
0002 rbx > tab SLOAD #2 T
0003 rbp p32 FLOAD 0001 tab.array
0004 p32 AREF 0003 +2 
0005 tab ASTORE 0004 0002
.... SNAP #1 [ ---- ---- ---- ---- ---- 0001 ]
0006 rbx > tab SLOAD #3 T
0007 int FLOAD 0006 tab.hmask
0008 > int EQ 0007 +3 
0009 r15 p32 FLOAD 0006 tab.node
0010 > p32 HREFK 0009 "label" @3
0011 > nil HLOAD 0010
0012 tab FLOAD 0006 tab.meta
0013 > tab EQ 0012 [NULL]
0014 p32 AREF 0003 +3 
0015 nil ASTORE 0014 nil
.... SNAP #2 [ ---- ---- ---- ---- ---- 0001 ---- ]
0016 rbx > tab SLOAD #4 T
0017 int FLOAD 0016 tab.hmask
0018 > int EQ 0017 +3 
0019 r15 p32 FLOAD 0016 tab.node
0020 > p32 HREFK 0019 "label" @3
0021 > nil HLOAD 0020
0022 tab FLOAD 0016 tab.meta
0023 > tab EQ 0022 [NULL]
0024 p32 AREF 0003 +4 
0025 nil ASTORE 0024 nil
.... SNAP #3 [ ---- ---- ---- ---- ---- 0001 ---- ]
0026 rbp > tab SLOAD #1 T
0027 int FLOAD 0026 tab.hmask
0028 > int EQ 0027 +3 
0029 rbx p32 FLOAD 0026 tab.node
0030 > p32 HREFK 0029 "control" @1
0031 tab FLOAD 0026 tab.meta
0032 > tab EQ 0031 [NULL]
0033 tab HSTORE 0030 0001
0034 nil TBAR 0026
.... SNAP #4 [ ---- ]
---- TRACE 5 mcode 360
0bcbf5b2 mov dword [0x41307410], 0x5
0bcbf5bd mov edi, [0x413073d8]
0bcbf5c4 cmp edi, [0x413073dc]
0bcbf5cb jb 0x0bcbf5e4
0bcbf5cd mov esi, 0x1
0bcbf5d2 mov edi, 0x413073b8
0bcbf5d7 call 0x00421730 ->lj_gc_step_jit
0bcbf5dc test eax, eax
0bcbf5de jnz 0x0bcb0010 ->0
0bcbf5e4 mov edi, [0x413074b0]
0bcbf5eb mov esi, 0x41a257d8
0bcbf5f0 call 0x004223c0 ->lj_tab_dup
0bcbf5f5 mov edx, [0x413074b4]
0bcbf5fc cmp dword [rdx+0xc], -0x0c
0bcbf600 jnz 0x0bcb0010 ->0
0bcbf606 mov ebx, [rdx+0x8]
0bcbf609 mov ebp, [rax+0x8]
0bcbf60c mov dword [rbp+0x14], 0xfffffff4
0bcbf613 mov [rbp+0x10], ebx
0bcbf616 cmp dword [rdx+0x14], -0x0c
0bcbf61a jnz 0x0bcb0014 ->1
0bcbf620 mov ebx, [rdx+0x10]
0bcbf623 cmp dword [rbx+0x1c], +0x03
0bcbf627 jnz 0x0bcb0014 ->1
0bcbf62d mov r15d, [rbx+0x14]
0bcbf631 mov rdi, 0xfffffffb41a31258
0bcbf63b cmp rdi, [r15+0x50]
0bcbf63f jnz 0x0bcb0014 ->1
0bcbf645 cmp dword [r15+0x4c], -0x01
0bcbf64a jnz 0x0bcb0014 ->1
0bcbf650 cmp dword [rbx+0x10], +0x00
0bcbf654 jnz 0x0bcb0014 ->1
0bcbf65a mov dword [rbp+0x1c], 0xffffffff
0bcbf661 cmp dword [rdx+0x1c], -0x0c
0bcbf665 jnz 0x0bcb0018 ->2
0bcbf66b mov ebx, [rdx+0x18]
0bcbf66e cmp dword [rbx+0x1c], +0x03
0bcbf672 jnz 0x0bcb0018 ->2
0bcbf678 mov r15d, [rbx+0x14]
0bcbf67c mov rdi, 0xfffffffb41a31258
0bcbf686 cmp rdi, [r15+0x50]
0bcbf68a jnz 0x0bcb0018 ->2
0bcbf690 cmp dword [r15+0x4c], -0x01
0bcbf695 jnz 0x0bcb0018 ->2
0bcbf69b cmp dword [rbx+0x10], +0x00
0bcbf69f jnz 0x0bcb0018 ->2
0bcbf6a5 mov dword [rbp+0x24], 0xffffffff
0bcbf6ac cmp dword [rdx+0x4], -0x0c
0bcbf6b0 jnz 0x0bcb001c ->3
0bcbf6b6 mov ebp, [rdx]
0bcbf6b8 cmp dword [rbp+0x1c], +0x03
0bcbf6bc jnz 0x0bcb001c ->3
0bcbf6c2 mov ebx, [rbp+0x14]
0bcbf6c5 mov rdi, 0xfffffffb41a319c0
0bcbf6cf cmp rdi, [rbx+0x20]
0bcbf6d3 jnz 0x0bcb001c ->3
0bcbf6d9 cmp dword [rbp+0x10], +0x00
0bcbf6dd jnz 0x0bcb001c ->3
0bcbf6e3 mov dword [rbx+0x1c], 0xfffffff4
0bcbf6ea mov [rbx+0x18], eax
0bcbf6ed test byte [rbp+0x4], 0x4
0bcbf6f1 jz 0x0bcbf708
0bcbf6f3 and byte [rbp+0x4], 0xfb
0bcbf6f7 mov edi, [0x413073f4]
0bcbf6fe mov [0x413073f4], ebp
0bcbf705 mov [rbp+0xc], edi
0bcbf708 xor eax, eax
0bcbf70a mov ebx, 0x41a323b0
0bcbf70f mov r14d, 0x41308008
0bcbf715 jmp 0x00420177
---- TRACE 5 stop -> return
---- TRACE 3 exit 2
Raw
dump.hotloop06.1458
---- TRACE 1 start ssa.lua:39
0001 UGET 0 0 ; label_counter
0002 ADDVN 0 0 0 ; 1
0003 USETV 0 0 ; label_counter
0004 KSTR 0 0 ; "L"
0005 UGET 1 0 ; label_counter
0006 CAT 0 0 1
0007 TDUP 1 1
0008 TNEW 2 0
0009 TSETS 2 1 2 ; "bindings"
0010 TSETS 0 1 3 ; "label"
0011 UGET 2 1 ; ssa
0012 TGETS 2 2 4 ; "blocks"
0013 TSETV 1 2 0
0014 RET1 1 2
---- TRACE 1 IR
.... SNAP #0 [ ---- ]
0001 rbp fun SLOAD #0 R
0002 rbx > p32 UREFO 0001 #0
0003 xmm7 > num ULOAD 0002
0004 [10] num ADD 0003 +1 
0005 num USTORE 0002 0004
.... SNAP #1 [ ---- ---- ]
0006 str TOSTR 0004 NUM
0007 rdi p32 BUFHDR [0x41677414] RESET
0008 rdi p32 BUFPUT 0007 "L" 
0009 rdi p32 BUFPUT 0008 0006
0010 [c] str BUFSTR 0009 0007
0011 [8] > tab TDUP {0x41687508}
0012 r15 > tab TNEW #0 #0
0013 rbx p32 FLOAD 0011 tab.node
0014 p32 HREFK 0013 "bindings" @0
0015 tab HSTORE 0014 0012
0016 p32 HREFK 0013 "label" @1
0017 str HSTORE 0016 0010
.... SNAP #2 [ ---- 0010 0011 ---- ]
0018 rbp > p32 UREFO 0001 #1
0019 rbp > tab ULOAD 0018
0020 int FLOAD 0019 tab.hmask
0021 > int EQ 0020 +1 
0022 rbp p32 FLOAD 0019 tab.node
0023 > p32 HREFK 0022 "blocks" @0
0024 rbp > tab HLOAD 0023
0025 rsi p32 HREF 0024 0010
0026 > p32 EQ 0025 [0x41677458]
0027 tab FLOAD 0024 tab.meta
0028 > tab EQ 0027 [NULL]
0029 rbx p32 NEWREF 0024 0010
0030 tab HSTORE 0029 0011
0031 nil TBAR 0024
0032 p32 FREF 0024 tab.nomm
0033 u8  FSTORE 0032 +0 
.... SNAP #3 [ ---- ---- 0011 ]
---- TRACE 1 mcode 441
0bcbfe44 add rsp, -0x10
0bcbfe48 mov dword [0x41677410], 0x1
0bcbfe53 mov edi, [0x416773d8]
0bcbfe5a cmp edi, [0x416773dc]
0bcbfe61 jb 0x0bcbfe7a
0bcbfe63 mov esi, 0x3
0bcbfe68 mov edi, 0x416773b8
0bcbfe6d call 0x00421730 ->lj_gc_step_jit
0bcbfe72 test eax, eax
0bcbfe74 jnz 0x0bcb0010 ->0
0bcbfe7a mov edx, [0x416774b4]
0bcbfe81 mov ebp, [rdx-0x8]
0bcbfe84 mov edi, [rbp+0x14]
0bcbfe87 mov ebx, [rdi+0x10]
0bcbfe8a cmp dword [rbx+0x4], 0xfffeffff
0bcbfe91 jnb 0x0bcb0010 ->0
0bcbfe97 movsd xmm7, [rbx]
0bcbfe9b addsd xmm7, [0x41688a78]
0bcbfea4 movsd [rsp+0x10], xmm7
0bcbfeaa movsd [rbx], xmm7
0bcbfeae mov edi, 0x41677414
0bcbfeb3 mov esi, [rdi+0x8]
0bcbfeb6 mov [rdi], esi
0bcbfeb8 mov esi, 0x4c
0bcbfebd call 0x00421b60 ->lj_buf_putchar
0bcbfec2 mov edi, eax
0bcbfec4 lea rsi, [rsp+0x10]
0bcbfec9 call 0x0040a3c0 ->lj_strfmt_putnum
0bcbfece mov edi, eax
0bcbfed0 call 0x00421ff0 ->lj_buf_tostr
0bcbfed5 mov [rsp+0xc], eax
0bcbfed9 mov edi, [0x416774b0]
0bcbfee0 mov esi, 0x41687508
0bcbfee5 call 0x004223c0 ->lj_tab_dup
0bcbfeea mov ebx, eax
0bcbfeec mov [rsp+0x8], ebx
0bcbfef0 mov edi, [0x416774b0]
0bcbfef7 xor esi, esi
0bcbfef9 call 0x00422350 ->lj_tab_new1
0bcbfefe mov r15d, eax
0bcbff01 mov edi, [0x416774b0]
0bcbff08 mov eax, [rsp+0xc]
0bcbff0c mov ebx, [rbx+0x14]
0bcbff0f mov dword [rbx+0x4], 0xfffffff4
0bcbff16 mov [rbx], r15d
0bcbff19 mov dword [rbx+0x1c], 0xfffffffb
0bcbff20 mov [rbx+0x18], eax
0bcbff23 mov esi, [rbp+0x18]
0bcbff26 mov ebp, [rsi+0x10]
0bcbff29 cmp dword [rbp+0x4], -0x0c
0bcbff2d jnz 0x0bcb0018 ->2
0bcbff33 mov ebp, [rbp+0x0]
0bcbff36 cmp dword [rbp+0x1c], +0x01
0bcbff3a jnz 0x0bcb0018 ->2
0bcbff40 mov ebp, [rbp+0x14]
0bcbff43 mov rsi, 0xfffffffb403dc1b8
0bcbff4d cmp rsi, [rbp+0x8]
0bcbff51 jnz 0x0bcb0018 ->2
0bcbff57 cmp dword [rbp+0x4], -0x0c
0bcbff5b jnz 0x0bcb0018 ->2
0bcbff61 mov ebp, [rbp+0x0]
0bcbff64 mov esi, [rbp+0x1c]
0bcbff67 and esi, [rax+0x8]
0bcbff6a lea esi, [rsi+rsi*2]
0bcbff6d shl esi, 0x03
0bcbff70 add esi, [rbp+0x14]
0bcbff73 cmp dword [rsi+0xc], -0x05
0bcbff77 jnz 0x0bcbff82
0bcbff79 cmp eax, [rsi+0x8]
0bcbff7c jz 0x0bcb0018 ->2
0bcbff82 mov esi, [rsi+0x10]
0bcbff85 test esi, esi
0bcbff87 jnz 0x0bcbff73
0bcbff89 cmp dword [rbp+0x10], +0x00
0bcbff8d jnz 0x0bcb0018 ->2
0bcbff93 mov edx, 0x41677448
0bcbff98 mov dword [rdx+0x4], 0xfffffffb
0bcbff9f mov [rdx], eax
0bcbffa1 mov esi, ebp
0bcbffa3 call 0x00422cf0 ->lj_tab_newkey
0bcbffa8 mov ebx, eax
0bcbffaa mov edx, [0x416774b4]
0bcbffb1 mov eax, [rsp+0x8]
0bcbffb5 mov dword [rbx+0x4], 0xfffffff4
0bcbffbc mov [rbx], eax
0bcbffbe test byte [rbp+0x4], 0x4
0bcbffc2 jz 0x0bcbffd9
0bcbffc4 and byte [rbp+0x4], 0xfb
0bcbffc8 mov edi, [0x416773f4]
0bcbffcf mov [0x416773f4], ebp
0bcbffd6 mov [rbp+0xc], edi
0bcbffd9 mov byte [rbp+0x6], 0x0
0bcbffdd mov dword [rdx+0xc], 0xfffffff4
0bcbffe4 mov [rdx+0x8], eax
0bcbffe7 xor eax, eax
0bcbffe9 mov ebx, 0x403dce90
0bcbffee mov r14d, 0x41678008
0bcbfff4 add rsp, +0x10
0bcbfff8 jmp 0x00420177
---- TRACE 1 stop -> return
---- TRACE 2 start ssa.lua:55
0001 GGET 4 0 ; "assert"
0002 GGET 5 1 ; "type"
0003 MOV 6 0
0004 CALL 5 2 2
0000 . FUNCC ; type
0005 ISEQS 5 2 ; "table"
0006 JMP 5 => 0009
0009 KPRI 5 2
0010 CALL 4 1 2
0000 . FUNCC ; assert
0011 TGETB 4 0 1
0012 ISNES 4 3 ; "if"
0013 JMP 5 => 0037
0014 UGET 5 0 ; add_block
0015 CALL 5 2 1
0000 . JFUNCF 3 1 ; ssa.lua:39
0001 . UGET 0 0 ; label_counter
0002 . ADDVN 0 0 0 ; 1
0003 . USETV 0 0 ; label_counter
0004 . KSTR 0 0 ; "L"
0005 . UGET 1 0 ; label_counter
0006 . CAT 0 0 1
0007 . TDUP 1 1
0008 . TNEW 2 0
0009 . TSETS 2 1 2 ; "bindings"
0010 . TSETS 0 1 3 ; "label"
0011 . UGET 2 1 ; ssa
0012 . TGETS 2 2 4 ; "blocks"
0013 . TSETV 1 2 0
0014 . RET1 1 2
0016 UGET 6 0 ; add_block
0017 CALL 6 2 1
0000 . JFUNCF 3 1 ; ssa.lua:39
0001 . UGET 0 0 ; label_counter
0002 . ADDVN 0 0 0 ; 1
0003 . USETV 0 0 ; label_counter
0004 . KSTR 0 0 ; "L"
0005 . UGET 1 0 ; label_counter
0006 . CAT 0 0 1
0007 . TDUP 1 1
0008 . TNEW 2 0
0009 . TSETS 2 1 2 ; "bindings"
0010 . TSETS 0 1 3 ; "label"
0011 . UGET 2 1 ; ssa
0012 . TGETS 2 2 4 ; "blocks"
0013 . TSETV 1 2 0
0014 . RET1 1 2
0018 UGET 7 1 ; compile_bool
0019 TGETB 8 0 2
0020 MOV 9 1
0021 MOV 10 5
0022 MOV 11 6
0023 CALL 7 1 5
0000 . FUNCF 13 ; ssa.lua:55
0001 . GGET 4 0 ; "assert"
0002 . GGET 5 1 ; "type"
0003 . MOV 6 0
0004 . CALL 5 2 2
0000 . . FUNCC ; type
0005 . ISEQS 5 2 ; "table"
0006 . JMP 5 => 0009
0009 . KPRI 5 2
0010 . CALL 4 1 2
0000 . . FUNCC ; assert
0011 . TGETB 4 0 1
0012 . ISNES 4 3 ; "if"
0013 . JMP 5 => 0037
0037 . ISNES 4 4 ; "let"
0038 . JMP 5 => 0056
0056 . ISNES 4 10 ; "true"
0057 . JMP 5 => 0063
0063 . ISNES 4 11 ; "false"
0064 . JMP 5 => 0070
0070 . ISNES 4 12 ; "match"
0071 . JMP 5 => 0077
0077 . ISNES 4 14 ; "fail"
0078 . JMP 5 => 0084
0084 . GGET 5 0 ; "assert"
0085 . UGET 6 4 ; relops
0086 . TGETV 6 6 4
0087 . CALL 5 1 2
0000 . . FUNCC ; assert
0088 . UGET 5 5 ; finish_if
0089 . MOV 6 1
0090 . MOV 7 0
0091 . MOV 8 2
0092 . MOV 9 3
0093 . CALL 5 1 5
0000 . . FUNCF 6 ; ssa.lua:49
0001 . . TDUP 4 1
0002 . . TSETB 1 4 2
0003 . . TGETS 5 2 2 ; "label"
0004 . . TSETB 5 4 3
0005 . . TGETS 5 3 2 ; "label"
0006 . . TSETB 5 4 4
0007 . . TSETS 4 0 0 ; "control"
0008 . . RET0 0 1
0094 . RET0 0 1
0024 UGET 7 1 ; compile_bool
0025 TGETB 8 0 3
0026 MOV 9 5
0027 MOV 10 2
0028 MOV 11 3
0029 CALL 7 1 5
0000 . FUNCF 13 ; ssa.lua:55
0001 . GGET 4 0 ; "assert"
0002 . GGET 5 1 ; "type"
0003 . MOV 6 0
0004 . CALL 5 2 2
0000 . . FUNCC ; type
0005 . ISEQS 5 2 ; "table"
0006 . JMP 5 => 0009
0009 . KPRI 5 2
0010 . CALL 4 1 2
0000 . . FUNCC ; assert
0011 . TGETB 4 0 1
0012 . ISNES 4 3 ; "if"
0013 . JMP 5 => 0037
0037 . ISNES 4 4 ; "let"
0038 . JMP 5 => 0056
0056 . ISNES 4 10 ; "true"
0057 . JMP 5 => 0063
0058 . UGET 5 2 ; finish_goto
0059 . MOV 6 1
0060 . MOV 7 2
0061 . CALL 5 1 3
0000 . . FUNCF 4 ; ssa.lua:52
0001 . . TDUP 2 1
0002 . . TGETS 3 1 2 ; "label"
0003 . . TSETB 3 2 2
0004 . . TSETS 2 0 0 ; "control"
0005 . . RET0 0 1
0062 . JMP 5 => 0094
0094 . RET0 0 1
0030 UGET 7 1 ; compile_bool
0031 TGETB 8 0 4
0032 MOV 9 6
0033 MOV 10 2
0034 MOV 11 3
0035 CALL 7 1 5
0000 . FUNCF 13 ; ssa.lua:55
0001 . GGET 4 0 ; "assert"
0002 . GGET 5 1 ; "type"
0003 . MOV 6 0
0004 . CALL 5 2 2
0000 . . FUNCC ; type
0005 . ISEQS 5 2 ; "table"
0006 . JMP 5 => 0009
0009 . KPRI 5 2
0010 . CALL 4 1 2
0000 . . FUNCC ; assert
0011 . TGETB 4 0 1
0012 . ISNES 4 3 ; "if"
0013 . JMP 5 => 0037
0014 . UGET 5 0 ; add_block
0015 . CALL 5 2 1
0000 . . JFUNCF 3 1 ; ssa.lua:39
0001 . . UGET 0 0 ; label_counter
0002 . . ADDVN 0 0 0 ; 1
0003 . . USETV 0 0 ; label_counter
0004 . . KSTR 0 0 ; "L"
0005 . . UGET 1 0 ; label_counter
0006 . . CAT 0 0 1
0007 . . TDUP 1 1
0008 . . TNEW 2 0
0009 . . TSETS 2 1 2 ; "bindings"
0010 . . TSETS 0 1 3 ; "label"
0011 . . UGET 2 1 ; ssa
0012 . . TGETS 2 2 4 ; "blocks"
0013 . . TSETV 1 2 0
0014 . . RET1 1 2
0016 . UGET 6 0 ; add_block
0017 . CALL 6 2 1
0000 . . JFUNCF 3 1 ; ssa.lua:39
0001 . . UGET 0 0 ; label_counter
0002 . . ADDVN 0 0 0 ; 1
0003 . . USETV 0 0 ; label_counter
0004 . . KSTR 0 0 ; "L"
0005 . . UGET 1 0 ; label_counter
0006 . . CAT 0 0 1
0007 . . TDUP 1 1
0008 . . TNEW 2 0
0009 . . TSETS 2 1 2 ; "bindings"
0010 . . TSETS 0 1 3 ; "label"
0011 . . UGET 2 1 ; ssa
0012 . . TGETS 2 2 4 ; "blocks"
0013 . . TSETV 1 2 0
0014 . . RET1 1 2
0018 . UGET 7 1 ; compile_bool
0019 . TGETB 8 0 2
0020 . MOV 9 1
0021 . MOV 10 5
0022 . MOV 11 6
0023 . CALL 7 1 5
0000 . . FUNCF 13 ; ssa.lua:55
0001 . . GGET 4 0 ; "assert"
0002 . . GGET 5 1 ; "type"
0003 . . MOV 6 0
0004 . . CALL 5 2 2
0000 . . . FUNCC ; type
0005 . . ISEQS 5 2 ; "table"
0006 . . JMP 5 => 0009
0009 . . KPRI 5 2
0010 . . CALL 4 1 2
0000 . . . FUNCC ; assert
0011 . . TGETB 4 0 1
0012 . . ISNES 4 3 ; "if"
0013 . . JMP 5 => 0037
0037 . . ISNES 4 4 ; "let"
0038 . . JMP 5 => 0056
0056 . . ISNES 4 10 ; "true"
0057 . . JMP 5 => 0063
0063 . . ISNES 4 11 ; "false"
0064 . . JMP 5 => 0070
0070 . . ISNES 4 12 ; "match"
0071 . . JMP 5 => 0077
0077 . . ISNES 4 14 ; "fail"
0078 . . JMP 5 => 0084
0084 . . GGET 5 0 ; "assert"
0085 . . UGET 6 4 ; relops
0086 . . TGETV 6 6 4
0087 . . CALL 5 1 2
0000 . . . FUNCC ; assert
0088 . . UGET 5 5 ; finish_if
0089 . . MOV 6 1
0090 . . MOV 7 0
0091 . . MOV 8 2
0092 . . MOV 9 3
0093 . . CALL 5 1 5
0000 . . . FUNCF 6 ; ssa.lua:49
0001 . . . TDUP 4 1
0002 . . . TSETB 1 4 2
0003 . . . TGETS 5 2 2 ; "label"
0004 . . . TSETB 5 4 3
0005 . . . TGETS 5 3 2 ; "label"
0006 . . . TSETB 5 4 4
0007 . . . TSETS 4 0 0 ; "control"
0008 . . . RET0 0 1
0094 . . RET0 0 1
0024 . UGET 7 1 ; compile_bool
0025 . TGETB 8 0 3
0026 . MOV 9 5
0027 . MOV 10 2
0028 . MOV 11 3
0029 . CALL 7 1 5
0000 . . FUNCF 13 ; ssa.lua:55
0001 . . GGET 4 0 ; "assert"
0002 . . GGET 5 1 ; "type"
0003 . . MOV 6 0
0004 . . CALL 5 2 2
0000 . . . FUNCC ; type
0005 . . ISEQS 5 2 ; "table"
0006 . . JMP 5 => 0009
0009 . . KPRI 5 2
0010 . . CALL 4 1 2
0000 . . . FUNCC ; assert
0011 . . TGETB 4 0 1
0012 . . ISNES 4 3 ; "if"
0013 . . JMP 5 => 0037
0014 . . UGET 5 0 ; add_block
0015 . . CALL 5 2 1
0000 . . . JFUNCF 3 1 ; ssa.lua:39
0001 . . . UGET 0 0 ; label_counter
0002 . . . ADDVN 0 0 0 ; 1
0003 . . . USETV 0 0 ; label_counter
0004 . . . KSTR 0 0 ; "L"
0005 . . . UGET 1 0 ; label_counter
0006 . . . CAT 0 0 1
0007 . . . TDUP 1 1
0008 . . . TNEW 2 0
0009 . . . TSETS 2 1 2 ; "bindings"
0010 . . . TSETS 0 1 3 ; "label"
0011 . . . UGET 2 1 ; ssa
0012 . . . TGETS 2 2 4 ; "blocks"
0013 . . . TSETV 1 2 0
0014 . . . RET1 1 2
0016 . . UGET 6 0 ; add_block
0017 . . CALL 6 2 1
0000 . . . JFUNCF 3 1 ; ssa.lua:39
0001 . . . UGET 0 0 ; label_counter
0002 . . . ADDVN 0 0 0 ; 1
0003 . . . USETV 0 0 ; label_counter
0004 . . . KSTR 0 0 ; "L"
0005 . . . UGET 1 0 ; label_counter
0006 . . . CAT 0 0 1
0007 . . . TDUP 1 1
0008 . . . TNEW 2 0
0009 . . . TSETS 2 1 2 ; "bindings"
0010 . . . TSETS 0 1 3 ; "label"
0011 . . . UGET 2 1 ; ssa
0012 . . . TGETS 2 2 4 ; "blocks"
0013 . . . TSETV 1 2 0
0014 . . . RET1 1 2
0018 . . UGET 7 1 ; compile_bool
0019 . . TGETB 8 0 2
0020 . . MOV 9 1
0021 . . MOV 10 5
0022 . . MOV 11 6
0023 . . CALL 7 1 5
0000 . . . FUNCF 13 ; ssa.lua:55
---- TRACE 2 abort ssa.lua:56 -- retry recording
---- TRACE 2 start ssa.lua:55
0001 GGET 4 0 ; "assert"
0002 GGET 5 1 ; "type"
0003 MOV 6 0
0004 CALL 5 2 2
0000 . FUNCC ; type
0005 ISEQS 5 2 ; "table"
0006 JMP 5 => 0009
0009 KPRI 5 2
0010 CALL 4 1 2
0000 . FUNCC ; assert
0011 TGETB 4 0 1
0012 ISNES 4 3 ; "if"
0013 JMP 5 => 0037
0037 ISNES 4 4 ; "let"
0038 JMP 5 => 0056
0056 ISNES 4 10 ; "true"
0057 JMP 5 => 0063
0063 ISNES 4 11 ; "false"
0064 JMP 5 => 0070
0070 ISNES 4 12 ; "match"
0071 JMP 5 => 0077
0077 ISNES 4 14 ; "fail"
0078 JMP 5 => 0084
0084 GGET 5 0 ; "assert"
0085 UGET 6 4 ; relops
0086 TGETV 6 6 4
0087 CALL 5 1 2
0000 . FUNCC ; assert
0088 UGET 5 5 ; finish_if
0089 MOV 6 1
0090 MOV 7 0
0091 MOV 8 2
0092 MOV 9 3
0093 CALL 5 1 5
0000 . FUNCF 6 ; ssa.lua:49
0001 . TDUP 4 1
0002 . TSETB 1 4 2
0003 . TGETS 5 2 2 ; "label"
0004 . TSETB 5 4 3
0005 . TGETS 5 3 2 ; "label"
0006 . TSETB 5 4 4
0007 . TSETS 4 0 0 ; "control"
0008 . RET0 0 1
0094 RET0 0 1
---- TRACE 2 IR
.... SNAP #0 [ ---- ---- ---- ---- ---- ]
0001 rbp fun SLOAD #0 R
0002 rbx tab FLOAD 0001 func.env
0003 rsi p32 HREF 0002 "assert"
0004 > p32 EQ 0003 [0x41677458]
0005 r15 tab FLOAD 0002 tab.meta
0006 > tab NE 0005 [NULL]
0007 int FLOAD 0005 tab.hmask
0008 > int EQ 0007 +1 
0009 r15 p32 FLOAD 0005 tab.node
0010 > p32 HREFK 0009 "__index" @1
0011 r15 > tab HLOAD 0010
0012 int FLOAD 0011 tab.hmask
0013 > int EQ 0012 +63 
0014 r15 p32 FLOAD 0011 tab.node
0015 > p32 HREFK 0014 "assert" @3
0016 > fun HLOAD 0015
0017 rsi p32 HREF 0002 "type"
0018 > p32 EQ 0017 [0x41677458]
0019 > p32 HREFK 0014 "type" @60
0020 > fun HLOAD 0019
0021 rbx > tab SLOAD #1 T
0022 > fun EQ 0020 type
0023 > fun EQ 0016 assert
0024 int FLOAD 0021 tab.asize
0025 > int ABC 0024 +1 
0026 r15 p32 FLOAD 0021 tab.array
0027 p32 AREF 0026 +1 
0028 r15 > str ALOAD 0027
.... SNAP #1 [ ---- ---- ---- ---- ---- 0028 ]
0029 > str NE 0028 "if"
.... SNAP #2 [ ---- ---- ---- ---- ---- 0028 ]
0030 > str NE 0028 "let"
.... SNAP #3 [ ---- ---- ---- ---- ---- 0028 ]
0031 > str NE 0028 "true"
.... SNAP #4 [ ---- ---- ---- ---- ---- 0028 ]
0032 > str NE 0028 "false"
.... SNAP #5 [ ---- ---- ---- ---- ---- 0028 ]
0033 > str NE 0028 "match"
.... SNAP #6 [ ---- ---- ---- ---- ---- 0028 ]
0034 > str NE 0028 "fail"
.... SNAP #7 [ ---- ---- ---- ---- ---- 0028 ]
0035 r14 > p32 UREFC 0001 #4
0036 r13 > tab ULOAD 0035
0037 r14 p32 HREF 0036 0028
0038 > tru HLOAD 0037
0039 > fun EQ 0001 ssa.lua:55
0040 rbp > tab SLOAD #2 T
0041 r12 > tab SLOAD #3 T
0042 r13 > tab SLOAD #4 T
0043 rax > tab TDUP {0x403d07d8}
0044 r14 p32 FLOAD 0043 tab.array
0045 p32 AREF 0044 +2 
0046 tab ASTORE 0045 0021
.... SNAP #8 [ ssa.lua:55|---- ---- ---- ---- 0028 ssa.lua:49|0040 ---- 0041 0042 0043 ]
0047 int FLOAD 0041 tab.hmask
0048 > int EQ 0047 +1 
0049 rbx p32 FLOAD 0041 tab.node
0050 > p32 HREFK 0049 "label" @1
0051 rbx > str HLOAD 0050
0052 p32 AREF 0044 +3 
0053 str ASTORE 0052 0051
.... SNAP #9 [ ssa.lua:55|---- ---- ---- ---- 0028 ssa.lua:49|0040 ---- ---- 0042 0043 ---- ]
0054 int FLOAD 0042 tab.hmask
0055 > int EQ 0054 +1 
0056 rbx p32 FLOAD 0042 tab.node
0057 > p32 HREFK 0056 "label" @1
0058 rbx > str HLOAD 0057
0059 p32 AREF 0044 +4 
0060 str ASTORE 0059 0058
.... SNAP #10 [ ssa.lua:55|---- ---- ---- ---- 0028 ssa.lua:49|0040 ---- ---- ---- 0043 ---- ]
0061 int FLOAD 0040 tab.hmask
0062 > int EQ 0061 +3 
0063 rbx p32 FLOAD 0040 tab.node
0064 > p32 HREFK 0063 "control" @1
0065 tab FLOAD 0040 tab.meta
0066 > tab EQ 0065 [NULL]
0067 tab HSTORE 0064 0043
0068 nil TBAR 0040
.... SNAP #11 [ ssa.lua:55|]
---- TRACE 2 mcode 878
0bcbfacf mov dword [0x41677410], 0x2
0bcbfada mov edi, [0x416773d8]
0bcbfae1 cmp edi, [0x416773dc]
0bcbfae8 jb 0x0bcbfb01
0bcbfaea mov esi, 0x1
0bcbfaef mov edi, 0x416773b8
0bcbfaf4 call 0x00421730 ->lj_gc_step_jit
0bcbfaf9 test eax, eax
0bcbfafb jnz 0x0bcb0010 ->0
0bcbfb01 mov edi, [0x416774b0]
0bcbfb08 mov edx, [0x416774b4]
0bcbfb0f mov ebp, [rdx-0x8]
0bcbfb12 mov ebx, [rbp+0x8]
0bcbfb15 mov esi, [rbx+0x1c]
0bcbfb18 and esi, 0xce2b6183
0bcbfb1e lea esi, [rsi+rsi*2]
0bcbfb21 shl esi, 0x03
0bcbfb24 add esi, [rbx+0x14]
0bcbfb27 cmp dword [rsi+0xc], -0x05
0bcbfb2b jnz 0x0bcbfb3a
0bcbfb2d cmp dword [rsi+0x8], 0x41679db0
0bcbfb34 jz 0x0bcb0010 ->0
0bcbfb3a mov esi, [rsi+0x10]
0bcbfb3d test esi, esi
0bcbfb3f jnz 0x0bcbfb27
0bcbfb41 mov r15d, [rbx+0x10]
0bcbfb45 test r15d, r15d
0bcbfb48 jz 0x0bcb0010 ->0
0bcbfb4e cmp dword [r15+0x1c], +0x01
0bcbfb53 jnz 0x0bcb0010 ->0
0bcbfb59 mov r15d, [r15+0x14]
0bcbfb5d mov rsi, 0xfffffffb416794c8
0bcbfb67 cmp rsi, [r15+0x20]
0bcbfb6b jnz 0x0bcb0010 ->0
0bcbfb71 cmp dword [r15+0x1c], -0x0c
0bcbfb76 jnz 0x0bcb0010 ->0
0bcbfb7c mov r15d, [r15+0x18]
0bcbfb80 cmp dword [r15+0x1c], +0x3f
0bcbfb85 jnz 0x0bcb0010 ->0
0bcbfb8b mov r15d, [r15+0x14]
0bcbfb8f mov rsi, 0xfffffffb41679db0
0bcbfb99 cmp rsi, [r15+0x50]
0bcbfb9d jnz 0x0bcb0010 ->0
0bcbfba3 cmp dword [r15+0x4c], -0x09
0bcbfba8 jnz 0x0bcb0010 ->0
0bcbfbae mov esi, [rbx+0x1c]
0bcbfbb1 and esi, 0x798a813c
0bcbfbb7 lea esi, [rsi+rsi*2]
0bcbfbba shl esi, 0x03
0bcbfbbd add esi, [rbx+0x14]
0bcbfbc0 cmp dword [rsi+0xc], -0x05
0bcbfbc4 jnz 0x0bcbfbd3
0bcbfbc6 cmp dword [rsi+0x8], 0x41679fb0
0bcbfbcd jz 0x0bcb0010 ->0
0bcbfbd3 mov esi, [rsi+0x10]
0bcbfbd6 test esi, esi
0bcbfbd8 jnz 0x0bcbfbc0
0bcbfbda mov rsi, 0xfffffffb41679fb0
0bcbfbe4 cmp rsi, [r15+0x5a8]
0bcbfbeb jnz 0x0bcb0010 ->0
0bcbfbf1 cmp dword [r15+0x5a4], -0x09
0bcbfbf9 jnz 0x0bcb0010 ->0
0bcbfbff cmp dword [rdx+0x4], -0x0c
0bcbfc03 jnz 0x0bcb0010 ->0
0bcbfc09 mov ebx, [rdx]
0bcbfc0b cmp dword [r15+0x5a0], 0x41679f18
0bcbfc16 jnz 0x0bcb0010 ->0
0bcbfc1c cmp dword [r15+0x48], 0x41679d88
0bcbfc24 jnz 0x0bcb0010 ->0
0bcbfc2a cmp dword [rbx+0x18], +0x01
0bcbfc2e jbe 0x0bcb0010 ->0
0bcbfc34 mov r15d, [rbx+0x8]
0bcbfc38 cmp dword [r15+0xc], -0x05
0bcbfc3d jnz 0x0bcb0010 ->0
0bcbfc43 mov r15d, [r15+0x8]
0bcbfc47 cmp r15d, 0x416798f8
0bcbfc4e jz 0x0bcb0014 ->1
0bcbfc54 cmp r15d, 0x416884a8
0bcbfc5b jz 0x0bcb0018 ->2
0bcbfc61 cmp r15d, 0x41679a18
0bcbfc68 jz 0x0bcb001c ->3
0bcbfc6e cmp r15d, 0x41679870
0bcbfc75 jz 0x0bcb0020 ->4
0bcbfc7b cmp r15d, 0x4167ccb0
0bcbfc82 jz 0x0bcb0024 ->5
0bcbfc88 cmp r15d, 0x41694450
0bcbfc8f jz 0x0bcb0028 ->6
0bcbfc95 mov esi, [rbp+0x24]
0bcbfc98 cmp byte [rsi+0x6], 0x1
0bcbfc9c jnz 0x0bcb002c ->7
0bcbfca2 lea r14d, [rsi+0x8]
0bcbfca6 cmp dword [r14+0x4], -0x0c
0bcbfcab jnz 0x0bcb002c ->7
0bcbfcb1 mov r13d, [r14]
0bcbfcb4 mov r14d, [r13+0x1c]
0bcbfcb8 and r14d, [r15+0x8]
0bcbfcbc lea r14d, [r14+r14*2]
0bcbfcc0 shl r14d, 0x03
0bcbfcc4 add r14d, [r13+0x14]
0bcbfcc8 cmp dword [r14+0xc], -0x05
0bcbfccd jnz 0x0bcbfcd5
0bcbfccf cmp r15d, [r14+0x8]
0bcbfcd3 jz 0x0bcbfce4
0bcbfcd5 mov r14d, [r14+0x10]
0bcbfcd9 test r14d, r14d
0bcbfcdc jnz 0x0bcbfcc8
0bcbfcde mov r14d, 0x41677458
0bcbfce4 cmp dword [r14+0x4], -0x03
0bcbfce9 jnz 0x0bcb002c ->7
0bcbfcef cmp ebp, 0x41688880
0bcbfcf5 jnz 0x0bcb002c ->7
0bcbfcfb cmp dword [rdx+0xc], -0x0c
0bcbfcff jnz 0x0bcb002c ->7
0bcbfd05 mov ebp, [rdx+0x8]
0bcbfd08 cmp dword [rdx+0x14], -0x0c
0bcbfd0c jnz 0x0bcb002c ->7
0bcbfd12 mov r12d, [rdx+0x10]
0bcbfd16 cmp dword [rdx+0x1c], -0x0c
0bcbfd1a jnz 0x0bcb002c ->7
0bcbfd20 mov r13d, [rdx+0x18]
0bcbfd24 mov esi, 0x403d07d8
0bcbfd29 call 0x004223c0 ->lj_tab_dup
0bcbfd2e mov edx, [0x416774b4]
0bcbfd35 mov r14d, [rax+0x8]
0bcbfd39 mov dword [r14+0x14], 0xfffffff4
0bcbfd41 mov [r14+0x10], ebx
0bcbfd45 cmp dword [r12+0x1c], +0x01
0bcbfd4b jnz 0x0bcb0030 ->8
0bcbfd51 mov ebx, [r12+0x14]
0bcbfd56 mov rdi, 0xfffffffb403dc258
0bcbfd60 cmp rdi, [rbx+0x20]
0bcbfd64 jnz 0x0bcb0030 ->8
0bcbfd6a cmp dword [rbx+0x1c], -0x05
0bcbfd6e jnz 0x0bcb0030 ->8
0bcbfd74 mov ebx, [rbx+0x18]
0bcbfd77 mov dword [r14+0x1c], 0xfffffffb
0bcbfd7f mov [r14+0x18], ebx
0bcbfd83 cmp dword [r13+0x1c], +0x01
0bcbfd88 jnz 0x0bcb0034 ->9
0bcbfd8e mov ebx, [r13+0x14]
0bcbfd92 mov rdi, 0xfffffffb403dc258
0bcbfd9c cmp rdi, [rbx+0x20]
0bcbfda0 jnz 0x0bcb0034 ->9
0bcbfda6 cmp dword [rbx+0x1c], -0x05
0bcbfdaa jnz 0x0bcb0034 ->9
0bcbfdb0 mov ebx, [rbx+0x18]
0bcbfdb3 mov dword [r14+0x24], 0xfffffffb
0bcbfdbb mov [r14+0x20], ebx
0bcbfdbf cmp dword [rbp+0x1c], +0x03
0bcbfdc3 jnz 0x0bcb0038 ->10
0bcbfdc9 mov ebx, [rbp+0x14]
0bcbfdcc mov rdi, 0xfffffffb403dc9c0
0bcbfdd6 cmp rdi, [rbx+0x20]
0bcbfdda jnz 0x0bcb0038 ->10
0bcbfde0 cmp dword [rbp+0x10], +0x00
0bcbfde4 jnz 0x0bcb0038 ->10
0bcbfdea mov dword [rbx+0x1c], 0xfffffff4
0bcbfdf1 mov [rbx+0x18], eax
0bcbfdf4 test byte [rbp+0x4], 0x4
0bcbfdf8 jz 0x0bcbfe0f
0bcbfdfa and byte [rbp+0x4], 0xfb
0bcbfdfe mov edi, [0x416773f4]
0bcbfe05 mov [0x416773f4], ebp
0bcbfe0c mov [rbp+0xc], edi
0bcbfe0f mov eax, [0x416774b0]
0bcbfe16 mov eax, [rax+0x20]
0bcbfe19 sub eax, edx
0bcbfe1b cmp eax, +0x68
0bcbfe1e jb 0x0bcb003c ->11
0bcbfe24 mov dword [rdx-0x8], 0x41688880
0bcbfe2b xor eax, eax
0bcbfe2d mov ebx, 0x403dda20
0bcbfe32 mov r14d, 0x41678008
0bcbfe38 jmp 0x00420177
---- TRACE 2 stop -> return
---- TRACE 2 exit 6
---- TRACE 2 exit 4
---- TRACE 2 exit 1
---- TRACE 2 exit 8
---- TRACE 2 exit 1
---- TRACE 2 exit 8
---- TRACE 2 exit 1
---- TRACE 2 exit 8
---- TRACE 2 exit 4
---- TRACE 2 exit 4
---- TRACE 2 exit 4
---- TRACE 2 exit 4
---- TRACE 2 exit 1
---- TRACE 2 exit 8
---- TRACE 2 exit 1
---- TRACE 2 exit 8
---- TRACE 2 exit 1
---- TRACE 2 exit 8
---- TRACE 2 exit 4
---- TRACE 2 exit 4
---- TRACE 2 exit 4
---- TRACE 2 exit 4
---- TRACE 2 exit 4
---- TRACE 3 start 2/4 ssa.lua:70
0065 UGET 5 2 ; finish_goto
0066 MOV 6 1
0067 MOV 7 3
0068 CALL 5 1 3
0000 . FUNCF 4 ; ssa.lua:52
0001 . TDUP 2 1
0002 . TGETS 3 1 2 ; "label"
0003 . TSETB 3 2 2
0004 . TSETS 2 0 0 ; "control"
0005 . RET0 0 1
0069 JMP 5 => 0094
0094 RET0 0 1
0036 JMP 5 => 0094
0094 RET0 0 1
---- TRACE 3 abort ssa.lua:79 -- down-recursion, restarting
---- TRACE 3 start ssa.lua:79
0094 RET0 0 1
0024 UGET 7 1 ; compile_bool
0025 TGETB 8 0 3
0026 MOV 9 5
0027 MOV 10 2
0028 MOV 11 3
0029 CALL 7 1 5
0000 . JFUNCF 13 2 ; ssa.lua:55
0001 . GGET 4 0 ; "assert"
0002 . GGET 5 1 ; "type"
0003 . MOV 6 0
0004 . CALL 5 2 2
0000 . . FUNCC ; type
0005 . ISEQS 5 2 ; "table"
0006 . JMP 5 => 0009
0009 . KPRI 5 2
0010 . CALL 4 1 2
0000 . . FUNCC ; assert
0011 . TGETB 4 0 1
0012 . ISNES 4 3 ; "if"
0013 . JMP 5 => 0037
0037 . ISNES 4 4 ; "let"
0038 . JMP 5 => 0056
0056 . ISNES 4 10 ; "true"
0057 . JMP 5 => 0063
0063 . ISNES 4 11 ; "false"
0064 . JMP 5 => 0070
0070 . ISNES 4 12 ; "match"
0071 . JMP 5 => 0077
0072 . UGET 5 3 ; finish_return
0073 . MOV 6 1
0074 . TDUP 7 13
0075 . CALL 5 1 3
0000 . . FUNCF 3 ; ssa.lua:46
0001 . . TDUP 2 1
0002 . . TSETB 1 2 2
0003 . . TSETS 2 0 0 ; "control"
0004 . . RET0 0 1
0076 . JMP 5 => 0094
0094 . RET0 0 1
0030 UGET 7 1 ; compile_bool
0031 TGETB 8 0 4
0032 MOV 9 6
0033 MOV 10 2
0034 MOV 11 3
0035 CALL 7 1 5
0000 . JFUNCF 13 2 ; ssa.lua:55
0001 . GGET 4 0 ; "assert"
0002 . GGET 5 1 ; "type"
0003 . MOV 6 0
0004 . CALL 5 2 2
0000 . . FUNCC ; type
0005 . ISEQS 5 2 ; "table"
0006 . JMP 5 => 0009
0009 . KPRI 5 2
0010 . CALL 4 1 2
0000 . . FUNCC ; assert
0011 . TGETB 4 0 1
0012 . ISNES 4 3 ; "if"
0013 . JMP 5 => 0037
0014 . UGET 5 0 ; add_block
0015 . CALL 5 2 1
0000 . . JFUNCF 3 1 ; ssa.lua:39
0001 . . UGET 0 0 ; label_counter
0002 . . ADDVN 0 0 0 ; 1
0003 . . USETV 0 0 ; label_counter
0004 . . KSTR 0 0 ; "L"
0005 . . UGET 1 0 ; label_counter
0006 . . CAT 0 0 1
0007 . . TDUP 1 1
0008 . . TNEW 2 0
0009 . . TSETS 2 1 2 ; "bindings"
0010 . . TSETS 0 1 3 ; "label"
0011 . . UGET 2 1 ; ssa
0012 . . TGETS 2 2 4 ; "blocks"
0013 . . TSETV 1 2 0
0014 . . RET1 1 2
0016 . UGET 6 0 ; add_block
0017 . CALL 6 2 1
0000 . . JFUNCF 3 1 ; ssa.lua:39
0001 . . UGET 0 0 ; label_counter
0002 . . ADDVN 0 0 0 ; 1
0003 . . USETV 0 0 ; label_counter
0004 . . KSTR 0 0 ; "L"
0005 . . UGET 1 0 ; label_counter
0006 . . CAT 0 0 1
0007 . . TDUP 1 1
0008 . . TNEW 2 0
0009 . . TSETS 2 1 2 ; "bindings"
0010 . . TSETS 0 1 3 ; "label"
0011 . . UGET 2 1 ; ssa
0012 . . TGETS 2 2 4 ; "blocks"
0013 . . TSETV 1 2 0
0014 . . RET1 1 2
0018 . UGET 7 1 ; compile_bool
0019 . TGETB 8 0 2
0020 . MOV 9 1
0021 . MOV 10 5
0022 . MOV 11 6
0023 . CALL 7 1 5
0000 . . JFUNCF 13 2 ; ssa.lua:55
0001 . . GGET 4 0 ; "assert"
0002 . . GGET 5 1 ; "type"
0003 . . MOV 6 0
0004 . . CALL 5 2 2
0000 . . . FUNCC ; type
0005 . . ISEQS 5 2 ; "table"
0006 . . JMP 5 => 0009
0009 . . KPRI 5 2
0010 . . CALL 4 1 2
0000 . . . FUNCC ; assert
0011 . . TGETB 4 0 1
0012 . . ISNES 4 3 ; "if"
0013 . . JMP 5 => 0037
0014 . . UGET 5 0 ; add_block
0015 . . CALL 5 2 1
0000 . . . JFUNCF 3 1 ; ssa.lua:39
0001 . . . UGET 0 0 ; label_counter
0002 . . . ADDVN 0 0 0 ; 1
0003 . . . USETV 0 0 ; label_counter
0004 . . . KSTR 0 0 ; "L"
0005 . . . UGET 1 0 ; label_counter
0006 . . . CAT 0 0 1
0007 . . . TDUP 1 1
0008 . . . TNEW 2 0
0009 . . . TSETS 2 1 2 ; "bindings"
0010 . . . TSETS 0 1 3 ; "label"
0011 . . . UGET 2 1 ; ssa
0012 . . . TGETS 2 2 4 ; "blocks"
0013 . . . TSETV 1 2 0
0014 . . . RET1 1 2
0016 . . UGET 6 0 ; add_block
0017 . . CALL 6 2 1
0000 . . . JFUNCF 3 1 ; ssa.lua:39
0001 . . . UGET 0 0 ; label_counter
0002 . . . ADDVN 0 0 0 ; 1
0003 . . . USETV 0 0 ; label_counter
0004 . . . KSTR 0 0 ; "L"
0005 . . . UGET 1 0 ; label_counter
0006 . . . CAT 0 0 1
0007 . . . TDUP 1 1
0008 . . . TNEW 2 0
0009 . . . TSETS 2 1 2 ; "bindings"
0010 . . . TSETS 0 1 3 ; "label"
0011 . . . UGET 2 1 ; ssa
0012 . . . TGETS 2 2 4 ; "blocks"
0013 . . . TSETV 1 2 0
0014 . . . RET1 1 2
0018 . . UGET 7 1 ; compile_bool
0019 . . TGETB 8 0 2
0020 . . MOV 9 1
0021 . . MOV 10 5
0022 . . MOV 11 6
0023 . . CALL 7 1 5
0000 . . . JFUNCF 13 2 ; ssa.lua:55
0001 . . . GGET 4 0 ; "assert"
0002 . . . GGET 5 1 ; "type"
0003 . . . MOV 6 0
0004 . . . CALL 5 2 2
0000 . . . . FUNCC ; type
0005 . . . ISEQS 5 2 ; "table"
0006 . . . JMP 5 => 0009
0009 . . . KPRI 5 2
0010 . . . CALL 4 1 2
0000 . . . . FUNCC ; assert
0011 . . . TGETB 4 0 1
0012 . . . ISNES 4 3 ; "if"
0013 . . . JMP 5 => 0037
0014 . . . UGET 5 0 ; add_block
0015 . . . CALL 5 2 1
0000 . . . . JFUNCF 3 1 ; ssa.lua:39
0001 . . . . UGET 0 0 ; label_counter
0002 . . . . ADDVN 0 0 0 ; 1
0003 . . . . USETV 0 0 ; label_counter
0004 . . . . KSTR 0 0 ; "L"
0005 . . . . UGET 1 0 ; label_counter
0006 . . . . CAT 0 0 1
0007 . . . . TDUP 1 1
0008 . . . . TNEW 2 0
0009 . . . . TSETS 2 1 2 ; "bindings"
0010 . . . . TSETS 0 1 3 ; "label"
0011 . . . . UGET 2 1 ; ssa
0012 . . . . TGETS 2 2 4 ; "blocks"
0013 . . . . TSETV 1 2 0
0014 . . . . RET1 1 2
0016 . . . UGET 6 0 ; add_block
0017 . . . CALL 6 2 1
0000 . . . . JFUNCF 3 1 ; ssa.lua:39
0001 . . . . UGET 0 0 ; label_counter
0002 . . . . ADDVN 0 0 0 ; 1
0003 . . . . USETV 0 0 ; label_counter
0004 . . . . KSTR 0 0 ; "L"
0005 . . . . UGET 1 0 ; label_counter
0006 . . . . CAT 0 0 1
0007 . . . . TDUP 1 1
0008 . . . . TNEW 2 0
0009 . . . . TSETS 2 1 2 ; "bindings"
0010 . . . . TSETS 0 1 3 ; "label"
0011 . . . . UGET 2 1 ; ssa
0012 . . . . TGETS 2 2 4 ; "blocks"
0013 . . . . TSETV 1 2 0
0014 . . . . RET1 1 2
0018 . . . UGET 7 1 ; compile_bool
0019 . . . TGETB 8 0 2
0020 . . . MOV 9 1
0021 . . . MOV 10 5
0022 . . . MOV 11 6
0023 . . . CALL 7 1 5
0000 . . . . JFUNCF 13 2 ; ssa.lua:55
---- TRACE 3 abort ssa.lua:55 -- call unroll limit reached
---- TRACE 3 start ssa.lua:55
0001 GGET 4 0 ; "assert"
0002 GGET 5 1 ; "type"
0003 MOV 6 0
0004 CALL 5 2 2
0000 . FUNCC ; type
0005 ISEQS 5 2 ; "table"
0006 JMP 5 => 0009
0009 KPRI 5 2
0010 CALL 4 1 2
0000 . FUNCC ; assert
0011 TGETB 4 0 1
0012 ISNES 4 3 ; "if"
0013 JMP 5 => 0037
0037 ISNES 4 4 ; "let"
0038 JMP 5 => 0056
0056 ISNES 4 10 ; "true"
0057 JMP 5 => 0063
0063 ISNES 4 11 ; "false"
0064 JMP 5 => 0070
0065 UGET 5 2 ; finish_goto
0066 MOV 6 1
0067 MOV 7 3
0068 CALL 5 1 3
0000 . FUNCF 4 ; ssa.lua:52
0001 . TDUP 2 1
0002 . TGETS 3 1 2 ; "label"
0003 . TSETB 3 2 2
0004 . TSETS 2 0 0 ; "control"
0005 . RET0 0 1
0069 JMP 5 => 0094
0094 RET0 0 1
---- TRACE 3 IR
.... SNAP #0 [ ---- ---- ---- ---- ---- ]
0001 rbp fun SLOAD #0 R
0002 rbx tab FLOAD 0001 func.env
0003 rsi p32 HREF 0002 "assert"
0004 > p32 EQ 0003 [0x41677458]
0005 r15 tab FLOAD 0002 tab.meta
0006 > tab NE 0005 [NULL]
0007 int FLOAD 0005 tab.hmask
0008 > int EQ 0007 +1 
0009 r15 p32 FLOAD 0005 tab.node
0010 > p32 HREFK 0009 "__index" @1
0011 r15 > tab HLOAD 0010
0012 int FLOAD 0011 tab.hmask
0013 > int EQ 0012 +63 
0014 r15 p32 FLOAD 0011 tab.node
0015 > p32 HREFK 0014 "assert" @3
0016 > fun HLOAD 0015
0017 rsi p32 HREF 0002 "type"
0018 > p32 EQ 0017 [0x41677458]
0019 > p32 HREFK 0014 "type" @60
0020 > fun HLOAD 0019
0021 rbx > tab SLOAD #1 T
0022 > fun EQ 0020 type
0023 > fun EQ 0016 assert
0024 int FLOAD 0021 tab.asize
0025 > int ABC 0024 +1 
0026 rbx p32 FLOAD 0021 tab.array
0027 p32 AREF 0026 +1 
0028 r15 > str ALOAD 0027
.... SNAP #1 [ ---- ---- ---- ---- ---- 0028 ]
0029 > str NE 0028 "if"
.... SNAP #2 [ ---- ---- ---- ---- ---- 0028 ]
0030 > str NE 0028 "let"
.... SNAP #3 [ ---- ---- ---- ---- ---- 0028 ]
0031 > str NE 0028 "true"
.... SNAP #4 [ ---- ---- ---- ---- ---- 0028 ]
0032 > str EQ 0028 "false"
.... SNAP #5 [ ---- ---- ---- ---- ---- 0028 ]
0033 > fun EQ 0001 ssa.lua:55
0034 rbp > tab SLOAD #2 T
0035 rbx > tab SLOAD #4 T
0036 rax > tab TDUP {0x403d6268}
0037 int FLOAD 0035 tab.hmask
0038 > int EQ 0037 +3 
0039 r14 p32 FLOAD 0035 tab.node
0040 > p32 HREFK 0039 "label" @3
0041 > nil HLOAD 0040
0042 tab FLOAD 0035 tab.meta
0043 > tab EQ 0042 [NULL]
0044 rbx p32 FLOAD 0036 tab.array
0045 p32 AREF 0044 +2 
0046 nil ASTORE 0045 nil
.... SNAP #6 [ ssa.lua:55|---- ---- ---- ---- 0028 ssa.lua:52|0034 ---- 0036 ---- ]
0047 int FLOAD 0034 tab.hmask
0048 > int EQ 0047 +3 
0049 rbx p32 FLOAD 0034 tab.node
0050 > p32 HREFK 0049 "control" @1
0051 tab FLOAD 0034 tab.meta
0052 > tab EQ 0051 [NULL]
0053 tab HSTORE 0050 0036
0054 nil TBAR 0034
.... SNAP #7 [ ssa.lua:55|]
---- TRACE 3 mcode 672
0bcbf828 mov dword [0x41677410], 0x3
0bcbf833 mov edi, [0x416773d8]
0bcbf83a cmp edi, [0x416773dc]
0bcbf841 jb 0x0bcbf85a
0bcbf843 mov esi, 0x1
0bcbf848 mov edi, 0x416773b8
0bcbf84d call 0x00421730 ->lj_gc_step_jit
0bcbf852 test eax, eax
0bcbf854 jnz 0x0bcb0010 ->0
0bcbf85a mov edi, [0x416774b0]
0bcbf861 mov edx, [0x416774b4]
0bcbf868 mov ebp, [rdx-0x8]
0bcbf86b mov ebx, [rbp+0x8]
0bcbf86e mov esi, [rbx+0x1c]
0bcbf871 and esi, 0xce2b6183
0bcbf877 lea esi, [rsi+rsi*2]
0bcbf87a shl esi, 0x03
0bcbf87d add esi, [rbx+0x14]
0bcbf880 cmp dword [rsi+0xc], -0x05
0bcbf884 jnz 0x0bcbf893
0bcbf886 cmp dword [rsi+0x8], 0x41679db0
0bcbf88d jz 0x0bcb0010 ->0
0bcbf893 mov esi, [rsi+0x10]
0bcbf896 test esi, esi
0bcbf898 jnz 0x0bcbf880
0bcbf89a mov r15d, [rbx+0x10]
0bcbf89e test r15d, r15d
0bcbf8a1 jz 0x0bcb0010 ->0
0bcbf8a7 cmp dword [r15+0x1c], +0x01
0bcbf8ac jnz 0x0bcb0010 ->0
0bcbf8b2 mov r15d, [r15+0x14]
0bcbf8b6 mov rsi, 0xfffffffb416794c8
0bcbf8c0 cmp rsi, [r15+0x20]
0bcbf8c4 jnz 0x0bcb0010 ->0
0bcbf8ca cmp dword [r15+0x1c], -0x0c
0bcbf8cf jnz 0x0bcb0010 ->0
0bcbf8d5 mov r15d, [r15+0x18]
0bcbf8d9 cmp dword [r15+0x1c], +0x3f
0bcbf8de jnz 0x0bcb0010 ->0
0bcbf8e4 mov r15d, [r15+0x14]
0bcbf8e8 mov rsi, 0xfffffffb41679db0
0bcbf8f2 cmp rsi, [r15+0x50]
0bcbf8f6 jnz 0x0bcb0010 ->0
0bcbf8fc cmp dword [r15+0x4c], -0x09
0bcbf901 jnz 0x0bcb0010 ->0
0bcbf907 mov esi, [rbx+0x1c]
0bcbf90a and esi, 0x798a813c
0bcbf910 lea esi, [rsi+rsi*2]
0bcbf913 shl esi, 0x03
0bcbf916 add esi, [rbx+0x14]
0bcbf919 cmp dword [rsi+0xc], -0x05
0bcbf91d jnz 0x0bcbf92c
0bcbf91f cmp dword [rsi+0x8], 0x41679fb0
0bcbf926 jz 0x0bcb0010 ->0
0bcbf92c mov esi, [rsi+0x10]
0bcbf92f test esi, esi
0bcbf931 jnz 0x0bcbf919
0bcbf933 mov rsi, 0xfffffffb41679fb0
0bcbf93d cmp rsi, [r15+0x5a8]
0bcbf944 jnz 0x0bcb0010 ->0
0bcbf94a cmp dword [r15+0x5a4], -0x09
0bcbf952 jnz 0x0bcb0010 ->0
0bcbf958 cmp dword [rdx+0x4], -0x0c
0bcbf95c jnz 0x0bcb0010 ->0
0bcbf962 mov ebx, [rdx]
0bcbf964 cmp dword [r15+0x5a0], 0x41679f18
0bcbf96f jnz 0x0bcb0010 ->0
0bcbf975 cmp dword [r15+0x48], 0x41679d88
0bcbf97d jnz 0x0bcb0010 ->0
0bcbf983 cmp dword [rbx+0x18], +0x01
0bcbf987 jbe 0x0bcb0010 ->0
0bcbf98d mov ebx, [rbx+0x8]
0bcbf990 cmp dword [rbx+0xc], -0x05
0bcbf994 jnz 0x0bcb0010 ->0
0bcbf99a mov r15d, [rbx+0x8]
0bcbf99e cmp r15d, 0x416798f8
0bcbf9a5 jz 0x0bcb0014 ->1
0bcbf9ab cmp r15d, 0x416884a8
0bcbf9b2 jz 0x0bcb0018 ->2
0bcbf9b8 cmp r15d, 0x41679a18
0bcbf9bf jz 0x0bcb001c ->3
0bcbf9c5 cmp r15d, 0x41679870
0bcbf9cc jnz 0x0bcb0020 ->4
0bcbf9d2 cmp ebp, 0x41688880
0bcbf9d8 jnz 0x0bcb0024 ->5
0bcbf9de cmp dword [rdx+0xc], -0x0c
0bcbf9e2 jnz 0x0bcb0024 ->5
0bcbf9e8 mov ebp, [rdx+0x8]
0bcbf9eb cmp dword [rdx+0x1c], -0x0c
0bcbf9ef jnz 0x0bcb0024 ->5
0bcbf9f5 mov ebx, [rdx+0x18]
0bcbf9f8 mov esi, 0x403d6268
0bcbf9fd call 0x004223c0 ->lj_tab_dup
0bcbfa02 mov edx, [0x416774b4]
0bcbfa09 cmp dword [rbx+0x1c], +0x03
0bcbfa0d jnz 0x0bcb0024 ->5
0bcbfa13 mov r14d, [rbx+0x14]
0bcbfa17 mov rdi, 0xfffffffb403dc258
0bcbfa21 cmp rdi, [r14+0x50]
0bcbfa25 jnz 0x0bcb0024 ->5
0bcbfa2b cmp dword [r14+0x4c], -0x01
0bcbfa30 jnz 0x0bcb0024 ->5
0bcbfa36 cmp dword [rbx+0x10], +0x00
0bcbfa3a jnz 0x0bcb0024 ->5
0bcbfa40 mov ebx, [rax+0x8]
0bcbfa43 mov dword [rbx+0x14], 0xffffffff
0bcbfa4a cmp dword [rbp+0x1c], +0x03
0bcbfa4e jnz 0x0bcb0028 ->6
0bcbfa54 mov ebx, [rbp+0x14]
0bcbfa57 mov rdi, 0xfffffffb403dc9c0
0bcbfa61 cmp rdi, [rbx+0x20]
0bcbfa65 jnz 0x0bcb0028 ->6
0bcbfa6b cmp dword [rbp+0x10], +0x00
0bcbfa6f jnz 0x0bcb0028 ->6
0bcbfa75 mov dword [rbx+0x1c], 0xfffffff4
0bcbfa7c mov [rbx+0x18], eax
0bcbfa7f test byte [rbp+0x4], 0x4
0bcbfa83 jz 0x0bcbfa9a
0bcbfa85 and byte [rbp+0x4], 0xfb
0bcbfa89 mov edi, [0x416773f4]
0bcbfa90 mov [0x416773f4], ebp
0bcbfa97 mov [rbp+0xc], edi
0bcbfa9a mov eax, [0x416774b0]
0bcbfaa1 mov eax, [rax+0x20]
0bcbfaa4 sub eax, edx
0bcbfaa6 cmp eax, +0x68
0bcbfaa9 jb 0x0bcb002c ->7
0bcbfaaf mov dword [rdx-0x8], 0x41688880
0bcbfab6 xor eax, eax
0bcbfab8 mov ebx, 0x403dda20
0bcbfabd mov r14d, 0x41678008
0bcbfac3 jmp 0x00420177
---- TRACE 3 stop -> return
---- TRACE 3 exit 4
---- TRACE 3 exit 1
---- TRACE 3 exit 4
---- TRACE 3 exit 4
---- TRACE 3 exit 5
---- TRACE 3 exit 5
---- TRACE 4 start ssa.lua:52
0001 TDUP 2 1
0002 TGETS 3 1 2 ; "label"
0003 TSETB 3 2 2
0004 TSETS 2 0 0 ; "control"
0005 RET0 0 1
---- TRACE 4 IR
.... SNAP #0 [ ---- ---- ---- ]
0001 rax > tab TDUP {0x403d6268}
0002 rbp > tab SLOAD #2 T
0003 int FLOAD 0002 tab.hmask
0004 > int EQ 0003 +3 
0005 rbp p32 FLOAD 0002 tab.node
0006 > p32 HREFK 0005 "label" @3
0007 rbp > str HLOAD 0006
0008 rbx p32 FLOAD 0001 tab.array
0009 p32 AREF 0008 +2 
0010 str ASTORE 0009 0007
.... SNAP #1 [ ---- ---- ---- 0001 ---- ]
0011 rbp > tab SLOAD #1 T
0012 int FLOAD 0011 tab.hmask
0013 > int EQ 0012 +3 
0014 rbx p32 FLOAD 0011 tab.node
0015 > p32 HREFK 0014 "control" @1
0016 tab FLOAD 0011 tab.meta
0017 > tab EQ 0016 [NULL]
0018 tab HSTORE 0015 0001
0019 nil TBAR 0011
.... SNAP #2 [ ---- ]
---- TRACE 4 mcode 256
0bcbf721 mov dword [0x41677410], 0x4
0bcbf72c mov edi, [0x416773d8]
0bcbf733 cmp edi, [0x416773dc]
0bcbf73a jb 0x0bcbf753
0bcbf73c mov esi, 0x1
0bcbf741 mov edi, 0x416773b8
0bcbf746 call 0x00421730 ->lj_gc_step_jit
0bcbf74b test eax, eax
0bcbf74d jnz 0x0bcb0010 ->0
0bcbf753 mov edi, [0x416774b0]
0bcbf75a mov esi, 0x403d6268
0bcbf75f call 0x004223c0 ->lj_tab_dup
0bcbf764 mov edx, [0x416774b4]
0bcbf76b cmp dword [rdx+0xc], -0x0c
0bcbf76f jnz 0x0bcb0010 ->0
0bcbf775 mov ebp, [rdx+0x8]
0bcbf778 cmp dword [rbp+0x1c], +0x03
0bcbf77c jnz 0x0bcb0010 ->0
0bcbf782 mov ebp, [rbp+0x14]
0bcbf785 mov rdi, 0xfffffffb403dc258
0bcbf78f cmp rdi, [rbp+0x50]
0bcbf793 jnz 0x0bcb0010 ->0
0bcbf799 cmp dword [rbp+0x4c], -0x05
0bcbf79d jnz 0x0bcb0010 ->0
0bcbf7a3 mov ebp, [rbp+0x48]
0bcbf7a6 mov ebx, [rax+0x8]
0bcbf7a9 mov dword [rbx+0x14], 0xfffffffb
0bcbf7b0 mov [rbx+0x10], ebp
0bcbf7b3 cmp dword [rdx+0x4], -0x0c
0bcbf7b7 jnz 0x0bcb0014 ->1
0bcbf7bd mov ebp, [rdx]
0bcbf7bf cmp dword [rbp+0x1c], +0x03
0bcbf7c3 jnz 0x0bcb0014 ->1
0bcbf7c9 mov ebx, [rbp+0x14]
0bcbf7cc mov rdi, 0xfffffffb403dc9c0
0bcbf7d6 cmp rdi, [rbx+0x20]
0bcbf7da jnz 0x0bcb0014 ->1
0bcbf7e0 cmp dword [rbp+0x10], +0x00
0bcbf7e4 jnz 0x0bcb0014 ->1
0bcbf7ea mov dword [rbx+0x1c], 0xfffffff4
0bcbf7f1 mov [rbx+0x18], eax
0bcbf7f4 test byte [rbp+0x4], 0x4
0bcbf7f8 jz 0x0bcbf80f
0bcbf7fa and byte [rbp+0x4], 0xfb
0bcbf7fe mov edi, [0x416773f4]
0bcbf805 mov [0x416773f4], ebp
0bcbf80c mov [rbp+0xc], edi
0bcbf80f xor eax, eax
0bcbf811 mov ebx, 0x41694304
0bcbf816 mov r14d, 0x41678008
0bcbf81c jmp 0x00420177
---- TRACE 4 stop -> return
---- TRACE 3 exit 5
---- TRACE 3 exit 1
---- TRACE 3 exit 4
---- TRACE 5 start ssa.lua:49
0001 TDUP 4 1
0002 TSETB 1 4 2
0003 TGETS 5 2 2 ; "label"
0004 TSETB 5 4 3
0005 TGETS 5 3 2 ; "label"
0006 TSETB 5 4 4
0007 TSETS 4 0 0 ; "control"
0008 RET0 0 1
---- TRACE 5 IR
.... SNAP #0 [ ---- ---- ---- ---- ---- ]
0001 rax > tab TDUP {0x403d07d8}
0002 rbx > tab SLOAD #2 T
0003 rbp p32 FLOAD 0001 tab.array
0004 p32 AREF 0003 +2 
0005 tab ASTORE 0004 0002
.... SNAP #1 [ ---- ---- ---- ---- ---- 0001 ]
0006 rbx > tab SLOAD #3 T
0007 int FLOAD 0006 tab.hmask
0008 > int EQ 0007 +3 
0009 r15 p32 FLOAD 0006 tab.node
0010 > p32 HREFK 0009 "label" @3
0011 > nil HLOAD 0010
0012 tab FLOAD 0006 tab.meta
0013 > tab EQ 0012 [NULL]
0014 p32 AREF 0003 +3 
0015 nil ASTORE 0014 nil
.... SNAP #2 [ ---- ---- ---- ---- ---- 0001 ---- ]
0016 rbx > tab SLOAD #4 T
0017 int FLOAD 0016 tab.hmask
0018 > int EQ 0017 +3 
0019 r15 p32 FLOAD 0016 tab.node
0020 > p32 HREFK 0019 "label" @3
0021 > nil HLOAD 0020
0022 tab FLOAD 0016 tab.meta
0023 > tab EQ 0022 [NULL]
0024 p32 AREF 0003 +4 
0025 nil ASTORE 0024 nil
.... SNAP #3 [ ---- ---- ---- ---- ---- 0001 ---- ]
0026 rbp > tab SLOAD #1 T
0027 int FLOAD 0026 tab.hmask
0028 > int EQ 0027 +3 
0029 rbx p32 FLOAD 0026 tab.node
0030 > p32 HREFK 0029 "control" @1
0031 tab FLOAD 0026 tab.meta
0032 > tab EQ 0031 [NULL]
0033 tab HSTORE 0030 0001
0034 nil TBAR 0026
.... SNAP #4 [ ---- ]
---- TRACE 5 mcode 360
0bcbf5b2 mov dword [0x41677410], 0x5
0bcbf5bd mov edi, [0x416773d8]
0bcbf5c4 cmp edi, [0x416773dc]
0bcbf5cb jb 0x0bcbf5e4
0bcbf5cd mov esi, 0x1
0bcbf5d2 mov edi, 0x416773b8
0bcbf5d7 call 0x00421730 ->lj_gc_step_jit
0bcbf5dc test eax, eax
0bcbf5de jnz 0x0bcb0010 ->0
0bcbf5e4 mov edi, [0x416774b0]
0bcbf5eb mov esi, 0x403d07d8
0bcbf5f0 call 0x004223c0 ->lj_tab_dup
0bcbf5f5 mov edx, [0x416774b4]
0bcbf5fc cmp dword [rdx+0xc], -0x0c
0bcbf600 jnz 0x0bcb0010 ->0
0bcbf606 mov ebx, [rdx+0x8]
0bcbf609 mov ebp, [rax+0x8]
0bcbf60c mov dword [rbp+0x14], 0xfffffff4
0bcbf613 mov [rbp+0x10], ebx
0bcbf616 cmp dword [rdx+0x14], -0x0c
0bcbf61a jnz 0x0bcb0014 ->1
0bcbf620 mov ebx, [rdx+0x10]
0bcbf623 cmp dword [rbx+0x1c], +0x03
0bcbf627 jnz 0x0bcb0014 ->1
0bcbf62d mov r15d, [rbx+0x14]
0bcbf631 mov rdi, 0xfffffffb403dc258
0bcbf63b cmp rdi, [r15+0x50]
0bcbf63f jnz 0x0bcb0014 ->1
0bcbf645 cmp dword [r15+0x4c], -0x01
0bcbf64a jnz 0x0bcb0014 ->1
0bcbf650 cmp dword [rbx+0x10], +0x00
0bcbf654 jnz 0x0bcb0014 ->1
0bcbf65a mov dword [rbp+0x1c], 0xffffffff
0bcbf661 cmp dword [rdx+0x1c], -0x0c
0bcbf665 jnz 0x0bcb0018 ->2
0bcbf66b mov ebx, [rdx+0x18]
0bcbf66e cmp dword [rbx+0x1c], +0x03
0bcbf672 jnz 0x0bcb0018 ->2
0bcbf678 mov r15d, [rbx+0x14]
0bcbf67c mov rdi, 0xfffffffb403dc258
0bcbf686 cmp rdi, [r15+0x50]
0bcbf68a jnz 0x0bcb0018 ->2
0bcbf690 cmp dword [r15+0x4c], -0x01
0bcbf695 jnz 0x0bcb0018 ->2
0bcbf69b cmp dword [rbx+0x10], +0x00
0bcbf69f jnz 0x0bcb0018 ->2
0bcbf6a5 mov dword [rbp+0x24], 0xffffffff
0bcbf6ac cmp dword [rdx+0x4], -0x0c
0bcbf6b0 jnz 0x0bcb001c ->3
0bcbf6b6 mov ebp, [rdx]
0bcbf6b8 cmp dword [rbp+0x1c], +0x03
0bcbf6bc jnz 0x0bcb001c ->3
0bcbf6c2 mov ebx, [rbp+0x14]
0bcbf6c5 mov rdi, 0xfffffffb403dc9c0
0bcbf6cf cmp rdi, [rbx+0x20]
0bcbf6d3 jnz 0x0bcb001c ->3
0bcbf6d9 cmp dword [rbp+0x10], +0x00
0bcbf6dd jnz 0x0bcb001c ->3
0bcbf6e3 mov dword [rbx+0x1c], 0xfffffff4
0bcbf6ea mov [rbx+0x18], eax
0bcbf6ed test byte [rbp+0x4], 0x4
0bcbf6f1 jz 0x0bcbf708
0bcbf6f3 and byte [rbp+0x4], 0xfb
0bcbf6f7 mov edi, [0x416773f4]
0bcbf6fe mov [0x416773f4], ebp
0bcbf705 mov [rbp+0xc], edi
0bcbf708 xor eax, eax
0bcbf70a mov ebx, 0x403dd3b0
0bcbf70f mov r14d, 0x41678008
0bcbf715 jmp 0x00420177
---- TRACE 5 stop -> return
---- TRACE 3 exit 2
Raw
dump.hotloop07
---- TRACE 1 start ssa.lua:39
0001 UGET 0 0 ; label_counter
0002 ADDVN 0 0 0 ; 1
0003 USETV 0 0 ; label_counter
0004 KSTR 0 0 ; "L"
0005 UGET 1 0 ; label_counter
0006 CAT 0 0 1
0007 TDUP 1 1
0008 TNEW 2 0
0009 TSETS 2 1 2 ; "bindings"
0010 TSETS 0 1 3 ; "label"
0011 UGET 2 1 ; ssa
0012 TGETS 2 2 4 ; "blocks"
0013 TSETV 1 2 0
0014 RET1 1 2
---- TRACE 1 IR
.... SNAP #0 [ ---- ]
0001 rbp fun SLOAD #0 R
0002 rbx > p32 UREFO 0001 #0
0003 xmm7 > num ULOAD 0002
0004 [10] num ADD 0003 +1 
0005 num USTORE 0002 0004
.... SNAP #1 [ ---- ---- ]
0006 str TOSTR 0004 NUM
0007 rdi p32 BUFHDR [0x41ee4414] RESET
0008 rdi p32 BUFPUT 0007 "L" 
0009 rdi p32 BUFPUT 0008 0006
0010 [c] str BUFSTR 0009 0007
0011 [8] > tab TDUP {0x41eeb660}
0012 r15 > tab TNEW #0 #0
0013 rbx p32 FLOAD 0011 tab.node
0014 p32 HREFK 0013 "bindings" @0
0015 tab HSTORE 0014 0012
0016 p32 HREFK 0013 "label" @1
0017 str HSTORE 0016 0010
.... SNAP #2 [ ---- 0010 0011 ---- ]
0018 rbp > p32 UREFO 0001 #1
0019 rbp > tab ULOAD 0018
0020 int FLOAD 0019 tab.hmask
0021 > int EQ 0020 +1 
0022 rbp p32 FLOAD 0019 tab.node
0023 > p32 HREFK 0022 "blocks" @0
0024 rbp > tab HLOAD 0023
0025 rsi p32 HREF 0024 0010
0026 > p32 EQ 0025 [0x41ee4458]
0027 tab FLOAD 0024 tab.meta
0028 > tab EQ 0027 [NULL]
0029 rbx p32 NEWREF 0024 0010
0030 tab HSTORE 0029 0011
0031 nil TBAR 0024
0032 p32 FREF 0024 tab.nomm
0033 u8  FSTORE 0032 +0 
.... SNAP #3 [ ---- ---- 0011 ]
---- TRACE 1 mcode 441
0bcbfe44 add rsp, -0x10
0bcbfe48 mov dword [0x41ee4410], 0x1
0bcbfe53 mov edi, [0x41ee43d8]
0bcbfe5a cmp edi, [0x41ee43dc]
0bcbfe61 jb 0x0bcbfe7a
0bcbfe63 mov esi, 0x3
0bcbfe68 mov edi, 0x41ee43b8
0bcbfe6d call 0x00421730 ->lj_gc_step_jit
0bcbfe72 test eax, eax
0bcbfe74 jnz 0x0bcb0010 ->0
0bcbfe7a mov edx, [0x41ee44b4]
0bcbfe81 mov ebp, [rdx-0x8]
0bcbfe84 mov edi, [rbp+0x14]
0bcbfe87 mov ebx, [rdi+0x10]
0bcbfe8a cmp dword [rbx+0x4], 0xfffeffff
0bcbfe91 jnb 0x0bcb0010 ->0
0bcbfe97 movsd xmm7, [rbx]
0bcbfe9b addsd xmm7, [0x41efadf8]
0bcbfea4 movsd [rsp+0x10], xmm7
0bcbfeaa movsd [rbx], xmm7
0bcbfeae mov edi, 0x41ee4414
0bcbfeb3 mov esi, [rdi+0x8]
0bcbfeb6 mov [rdi], esi
0bcbfeb8 mov esi, 0x4c
0bcbfebd call 0x00421b60 ->lj_buf_putchar
0bcbfec2 mov edi, eax
0bcbfec4 lea rsi, [rsp+0x10]
0bcbfec9 call 0x0040a3c0 ->lj_strfmt_putnum
0bcbfece mov edi, eax
0bcbfed0 call 0x00421ff0 ->lj_buf_tostr
0bcbfed5 mov [rsp+0xc], eax
0bcbfed9 mov edi, [0x41ee44b0]
0bcbfee0 mov esi, 0x41eeb660
0bcbfee5 call 0x004223c0 ->lj_tab_dup
0bcbfeea mov ebx, eax
0bcbfeec mov [rsp+0x8], ebx
0bcbfef0 mov edi, [0x41ee44b0]
0bcbfef7 xor esi, esi
0bcbfef9 call 0x00422350 ->lj_tab_new1
0bcbfefe mov r15d, eax
0bcbff01 mov edi, [0x41ee44b0]
0bcbff08 mov eax, [rsp+0xc]
0bcbff0c mov ebx, [rbx+0x14]
0bcbff0f mov dword [rbx+0x4], 0xfffffff4
0bcbff16 mov [rbx], r15d
0bcbff19 mov dword [rbx+0x1c], 0xfffffffb
0bcbff20 mov [rbx+0x18], eax
0bcbff23 mov esi, [rbp+0x18]
0bcbff26 mov ebp, [rsi+0x10]
0bcbff29 cmp dword [rbp+0x4], -0x0c
0bcbff2d jnz 0x0bcb0018 ->2
0bcbff33 mov ebp, [rbp+0x0]
0bcbff36 cmp dword [rbp+0x1c], +0x01
0bcbff3a jnz 0x0bcb0018 ->2
0bcbff40 mov ebp, [rbp+0x14]
0bcbff43 mov rsi, 0xfffffffb415a3200
0bcbff4d cmp rsi, [rbp+0x8]
0bcbff51 jnz 0x0bcb0018 ->2
0bcbff57 cmp dword [rbp+0x4], -0x0c
0bcbff5b jnz 0x0bcb0018 ->2
0bcbff61 mov ebp, [rbp+0x0]
0bcbff64 mov esi, [rbp+0x1c]
0bcbff67 and esi, [rax+0x8]
0bcbff6a lea esi, [rsi+rsi*2]
0bcbff6d shl esi, 0x03
0bcbff70 add esi, [rbp+0x14]
0bcbff73 cmp dword [rsi+0xc], -0x05
0bcbff77 jnz 0x0bcbff82
0bcbff79 cmp eax, [rsi+0x8]
0bcbff7c jz 0x0bcb0018 ->2
0bcbff82 mov esi, [rsi+0x10]
0bcbff85 test esi, esi
0bcbff87 jnz 0x0bcbff73
0bcbff89 cmp dword [rbp+0x10], +0x00
0bcbff8d jnz 0x0bcb0018 ->2
0bcbff93 mov edx, 0x41ee4448
0bcbff98 mov dword [rdx+0x4], 0xfffffffb
0bcbff9f mov [rdx], eax
0bcbffa1 mov esi, ebp
0bcbffa3 call 0x00422cf0 ->lj_tab_newkey
0bcbffa8 mov ebx, eax
0bcbffaa mov edx, [0x41ee44b4]
0bcbffb1 mov eax, [rsp+0x8]
0bcbffb5 mov dword [rbx+0x4], 0xfffffff4
0bcbffbc mov [rbx], eax
0bcbffbe test byte [rbp+0x4], 0x4
0bcbffc2 jz 0x0bcbffd9
0bcbffc4 and byte [rbp+0x4], 0xfb
0bcbffc8 mov edi, [0x41ee43f4]
0bcbffcf mov [0x41ee43f4], ebp
0bcbffd6 mov [rbp+0xc], edi
0bcbffd9 mov byte [rbp+0x6], 0x0
0bcbffdd mov dword [rdx+0xc], 0xfffffff4
0bcbffe4 mov [rdx+0x8], eax
0bcbffe7 xor eax, eax
0bcbffe9 mov ebx, 0x415a3ed8
0bcbffee mov r14d, 0x41ee5008
0bcbfff4 add rsp, +0x10
0bcbfff8 jmp 0x00420177
---- TRACE 1 stop -> return
---- TRACE 2 start ssa.lua:55
0001 GGET 4 0 ; "assert"
0002 GGET 5 1 ; "type"
0003 MOV 6 0
0004 CALL 5 2 2
0000 . FUNCC ; type
0005 ISEQS 5 2 ; "table"
0006 JMP 5 => 0009
0009 KPRI 5 2
0010 CALL 4 1 2
0000 . FUNCC ; assert
0011 TGETB 4 0 1
0012 ISNES 4 3 ; "if"
0013 JMP 5 => 0037
0014 UGET 5 0 ; add_block
0015 CALL 5 2 1
0000 . JFUNCF 3 1 ; ssa.lua:39
0001 . UGET 0 0 ; label_counter
0002 . ADDVN 0 0 0 ; 1
0003 . USETV 0 0 ; label_counter
0004 . KSTR 0 0 ; "L"
0005 . UGET 1 0 ; label_counter
0006 . CAT 0 0 1
0007 . TDUP 1 1
0008 . TNEW 2 0
0009 . TSETS 2 1 2 ; "bindings"
0010 . TSETS 0 1 3 ; "label"
0011 . UGET 2 1 ; ssa
0012 . TGETS 2 2 4 ; "blocks"
0013 . TSETV 1 2 0
0014 . RET1 1 2
0016 UGET 6 0 ; add_block
0017 CALL 6 2 1
0000 . JFUNCF 3 1 ; ssa.lua:39
0001 . UGET 0 0 ; label_counter
0002 . ADDVN 0 0 0 ; 1
0003 . USETV 0 0 ; label_counter
0004 . KSTR 0 0 ; "L"
0005 . UGET 1 0 ; label_counter
0006 . CAT 0 0 1
0007 . TDUP 1 1
0008 . TNEW 2 0
0009 . TSETS 2 1 2 ; "bindings"
0010 . TSETS 0 1 3 ; "label"
0011 . UGET 2 1 ; ssa
0012 . TGETS 2 2 4 ; "blocks"
0013 . TSETV 1 2 0
0014 . RET1 1 2
0018 UGET 7 1 ; compile_bool
0019 TGETB 8 0 2
0020 MOV 9 1
0021 MOV 10 5
0022 MOV 11 6
0023 CALL 7 1 5
0000 . FUNCF 13 ; ssa.lua:55
0001 . GGET 4 0 ; "assert"
0002 . GGET 5 1 ; "type"
0003 . MOV 6 0
0004 . CALL 5 2 2
0000 . . FUNCC ; type
0005 . ISEQS 5 2 ; "table"
0006 . JMP 5 => 0009
0009 . KPRI 5 2
0010 . CALL 4 1 2
0000 . . FUNCC ; assert
0011 . TGETB 4 0 1
0012 . ISNES 4 3 ; "if"
0013 . JMP 5 => 0037
0037 . ISNES 4 4 ; "let"
0038 . JMP 5 => 0056
0056 . ISNES 4 10 ; "true"
0057 . JMP 5 => 0063
0063 . ISNES 4 11 ; "false"
0064 . JMP 5 => 0070
0070 . ISNES 4 12 ; "match"
0071 . JMP 5 => 0077
0077 . ISNES 4 14 ; "fail"
0078 . JMP 5 => 0084
0084 . GGET 5 0 ; "assert"
0085 . UGET 6 4 ; relops
0086 . TGETV 6 6 4
0087 . CALL 5 1 2
0000 . . FUNCC ; assert
0088 . UGET 5 5 ; finish_if
0089 . MOV 6 1
0090 . MOV 7 0
0091 . MOV 8 2
0092 . MOV 9 3
0093 . CALL 5 1 5
0000 . . FUNCF 6 ; ssa.lua:49
0001 . . TDUP 4 1
0002 . . TSETB 1 4 2
0003 . . TGETS 5 2 2 ; "label"
0004 . . TSETB 5 4 3
0005 . . TGETS 5 3 2 ; "label"
0006 . . TSETB 5 4 4
0007 . . TSETS 4 0 0 ; "control"
0008 . . RET0 0 1
0094 . RET0 0 1
0024 UGET 7 1 ; compile_bool
0025 TGETB 8 0 3
0026 MOV 9 5
0027 MOV 10 2
0028 MOV 11 3
0029 CALL 7 1 5
0000 . FUNCF 13 ; ssa.lua:55
0001 . GGET 4 0 ; "assert"
0002 . GGET 5 1 ; "type"
0003 . MOV 6 0
0004 . CALL 5 2 2
0000 . . FUNCC ; type
0005 . ISEQS 5 2 ; "table"
0006 . JMP 5 => 0009
0009 . KPRI 5 2
0010 . CALL 4 1 2
0000 . . FUNCC ; assert
0011 . TGETB 4 0 1
0012 . ISNES 4 3 ; "if"
0013 . JMP 5 => 0037
0014 . UGET 5 0 ; add_block
0015 . CALL 5 2 1
0000 . . JFUNCF 3 1 ; ssa.lua:39
0001 . . UGET 0 0 ; label_counter
0002 . . ADDVN 0 0 0 ; 1
0003 . . USETV 0 0 ; label_counter
0004 . . KSTR 0 0 ; "L"
0005 . . UGET 1 0 ; label_counter
0006 . . CAT 0 0 1
0007 . . TDUP 1 1
0008 . . TNEW 2 0
0009 . . TSETS 2 1 2 ; "bindings"
0010 . . TSETS 0 1 3 ; "label"
0011 . . UGET 2 1 ; ssa
0012 . . TGETS 2 2 4 ; "blocks"
0013 . . TSETV 1 2 0
0014 . . RET1 1 2
0016 . UGET 6 0 ; add_block
0017 . CALL 6 2 1
0000 . . JFUNCF 3 1 ; ssa.lua:39
0001 . . UGET 0 0 ; label_counter
0002 . . ADDVN 0 0 0 ; 1
0003 . . USETV 0 0 ; label_counter
0004 . . KSTR 0 0 ; "L"
0005 . . UGET 1 0 ; label_counter
0006 . . CAT 0 0 1
0007 . . TDUP 1 1
0008 . . TNEW 2 0
0009 . . TSETS 2 1 2 ; "bindings"
0010 . . TSETS 0 1 3 ; "label"
0011 . . UGET 2 1 ; ssa
0012 . . TGETS 2 2 4 ; "blocks"
0013 . . TSETV 1 2 0
0014 . . RET1 1 2
0018 . UGET 7 1 ; compile_bool
0019 . TGETB 8 0 2
0020 . MOV 9 1
0021 . MOV 10 5
0022 . MOV 11 6
0023 . CALL 7 1 5
0000 . . FUNCF 13 ; ssa.lua:55
0001 . . GGET 4 0 ; "assert"
0002 . . GGET 5 1 ; "type"
0003 . . MOV 6 0
0004 . . CALL 5 2 2
0000 . . . FUNCC ; type
0005 . . ISEQS 5 2 ; "table"
0006 . . JMP 5 => 0009
0009 . . KPRI 5 2
0010 . . CALL 4 1 2
0000 . . . FUNCC ; assert
0011 . . TGETB 4 0 1
0012 . . ISNES 4 3 ; "if"
0013 . . JMP 5 => 0037
0037 . . ISNES 4 4 ; "let"
0038 . . JMP 5 => 0056
0056 . . ISNES 4 10 ; "true"
0057 . . JMP 5 => 0063
0063 . . ISNES 4 11 ; "false"
0064 . . JMP 5 => 0070
0070 . . ISNES 4 12 ; "match"
0071 . . JMP 5 => 0077
0077 . . ISNES 4 14 ; "fail"
0078 . . JMP 5 => 0084
0084 . . GGET 5 0 ; "assert"
0085 . . UGET 6 4 ; relops
0086 . . TGETV 6 6 4
0087 . . CALL 5 1 2
0000 . . . FUNCC ; assert
0088 . . UGET 5 5 ; finish_if
0089 . . MOV 6 1
0090 . . MOV 7 0
0091 . . MOV 8 2
0092 . . MOV 9 3
0093 . . CALL 5 1 5
0000 . . . FUNCF 6 ; ssa.lua:49
0001 . . . TDUP 4 1
0002 . . . TSETB 1 4 2
0003 . . . TGETS 5 2 2 ; "label"
0004 . . . TSETB 5 4 3
0005 . . . TGETS 5 3 2 ; "label"
0006 . . . TSETB 5 4 4
0007 . . . TSETS 4 0 0 ; "control"
0008 . . . RET0 0 1
0094 . . RET0 0 1
0024 . UGET 7 1 ; compile_bool
0025 . TGETB 8 0 3
0026 . MOV 9 5
0027 . MOV 10 2
0028 . MOV 11 3
0029 . CALL 7 1 5
0000 . . FUNCF 13 ; ssa.lua:55
0001 . . GGET 4 0 ; "assert"
0002 . . GGET 5 1 ; "type"
0003 . . MOV 6 0
0004 . . CALL 5 2 2
0000 . . . FUNCC ; type
0005 . . ISEQS 5 2 ; "table"
0006 . . JMP 5 => 0009
0009 . . KPRI 5 2
0010 . . CALL 4 1 2
0000 . . . FUNCC ; assert
0011 . . TGETB 4 0 1
0012 . . ISNES 4 3 ; "if"
0013 . . JMP 5 => 0037
0037 . . ISNES 4 4 ; "let"
0038 . . JMP 5 => 0056
0056 . . ISNES 4 10 ; "true"
0057 . . JMP 5 => 0063
0063 . . ISNES 4 11 ; "false"
0064 . . JMP 5 => 0070
0070 . . ISNES 4 12 ; "match"
0071 . . JMP 5 => 0077
0077 . . ISNES 4 14 ; "fail"
0078 . . JMP 5 => 0084
0084 . . GGET 5 0 ; "assert"
0085 . . UGET 6 4 ; relops
0086 . . TGETV 6 6 4
0087 . . CALL 5 1 2
0000 . . . FUNCC ; assert
0088 . . UGET 5 5 ; finish_if
0089 . . MOV 6 1
0090 . . MOV 7 0
0091 . . MOV 8 2
0092 . . MOV 9 3
0093 . . CALL 5 1 5
0000 . . . FUNCF 6 ; ssa.lua:49
0001 . . . TDUP 4 1
0002 . . . TSETB 1 4 2
0003 . . . TGETS 5 2 2 ; "label"
0004 . . . TSETB 5 4 3
0005 . . . TGETS 5 3 2 ; "label"
0006 . . . TSETB 5 4 4
0007 . . . TSETS 4 0 0 ; "control"
0008 . . . RET0 0 1
0094 . . RET0 0 1
0030 . UGET 7 1 ; compile_bool
0031 . TGETB 8 0 4
0032 . MOV 9 6
0033 . MOV 10 2
0034 . MOV 11 3
0035 . CALL 7 1 5
0000 . . FUNCF 13 ; ssa.lua:55
0001 . . GGET 4 0 ; "assert"
0002 . . GGET 5 1 ; "type"
0003 . . MOV 6 0
0004 . . CALL 5 2 2
0000 . . . FUNCC ; type
0005 . . ISEQS 5 2 ; "table"
0006 . . JMP 5 => 0009
0009 . . KPRI 5 2
0010 . . CALL 4 1 2
0000 . . . FUNCC ; assert
0011 . . TGETB 4 0 1
0012 . . ISNES 4 3 ; "if"
0013 . . JMP 5 => 0037
0037 . . ISNES 4 4 ; "let"
0038 . . JMP 5 => 0056
0056 . . ISNES 4 10 ; "true"
0057 . . JMP 5 => 0063
0063 . . ISNES 4 11 ; "false"
0064 . . JMP 5 => 0070
0070 . . ISNES 4 12 ; "match"
0071 . . JMP 5 => 0077
0077 . . ISNES 4 14 ; "fail"
0078 . . JMP 5 => 0084
0079 . . UGET 5 3 ; finish_return
0080 . . MOV 6 1
0081 . . TDUP 7 15
0082 . . CALL 5 1 3
0000 . . . FUNCF 3 ; ssa.lua:46
0001 . . . TDUP 2 1
0002 . . . TSETB 1 2 2
0003 . . . TSETS 2 0 0 ; "control"
0004 . . . RET0 0 1
0083 . . JMP 5 => 0094
0094 . . RET0 0 1
0036 . JMP 5 => 0094
0094 . RET0 0 1
0030 UGET 7 1 ; compile_bool
0031 TGETB 8 0 4
0032 MOV 9 6
0033 MOV 10 2
0034 MOV 11 3
0035 CALL 7 1 5
0000 . FUNCF 13 ; ssa.lua:55
0001 . GGET 4 0 ; "assert"
0002 . GGET 5 1 ; "type"
0003 . MOV 6 0
0004 . CALL 5 2 2
0000 . . FUNCC ; type
0005 . ISEQS 5 2 ; "table"
0006 . JMP 5 => 0009
0009 . KPRI 5 2
0010 . CALL 4 1 2
0000 . . FUNCC ; assert
0011 . TGETB 4 0 1
0012 . ISNES 4 3 ; "if"
0013 . JMP 5 => 0037
0037 . ISNES 4 4 ; "let"
0038 . JMP 5 => 0056
0056 . ISNES 4 10 ; "true"
0057 . JMP 5 => 0063
0063 . ISNES 4 11 ; "false"
0064 . JMP 5 => 0070
0065 . UGET 5 2 ; finish_goto
0066 . MOV 6 1
0067 . MOV 7 3
0068 . CALL 5 1 3
0000 . . FUNCF 4 ; ssa.lua:52
0001 . . TDUP 2 1
0002 . . TGETS 3 1 2 ; "label"
0003 . . TSETB 3 2 2
0004 . . TSETS 2 0 0 ; "control"
0005 . . RET0 0 1
0069 . JMP 5 => 0094
0094 . RET0 0 1
0036 JMP 5 => 0094
0094 RET0 0 1
---- TRACE 2 abort ssa.lua:79 -- retry recording
---- TRACE 2 start ssa.lua:55
0001 GGET 4 0 ; "assert"
0002 GGET 5 1 ; "type"
0003 MOV 6 0
0004 CALL 5 2 2
0000 . FUNCC ; type
0005 ISEQS 5 2 ; "table"
0006 JMP 5 => 0009
0009 KPRI 5 2
0010 CALL 4 1 2
0000 . FUNCC ; assert
0011 TGETB 4 0 1
0012 ISNES 4 3 ; "if"
0013 JMP 5 => 0037
0037 ISNES 4 4 ; "let"
0038 JMP 5 => 0056
0056 ISNES 4 10 ; "true"
0057 JMP 5 => 0063
0063 ISNES 4 11 ; "false"
0064 JMP 5 => 0070
0070 ISNES 4 12 ; "match"
0071 JMP 5 => 0077
0077 ISNES 4 14 ; "fail"
0078 JMP 5 => 0084
0084 GGET 5 0 ; "assert"
0085 UGET 6 4 ; relops
0086 TGETV 6 6 4
0087 CALL 5 1 2
0000 . FUNCC ; assert
0088 UGET 5 5 ; finish_if
0089 MOV 6 1
0090 MOV 7 0
0091 MOV 8 2
0092 MOV 9 3
0093 CALL 5 1 5
0000 . FUNCF 6 ; ssa.lua:49
0001 . TDUP 4 1
0002 . TSETB 1 4 2
0003 . TGETS 5 2 2 ; "label"
0004 . TSETB 5 4 3
0005 . TGETS 5 3 2 ; "label"
0006 . TSETB 5 4 4
0007 . TSETS 4 0 0 ; "control"
0008 . RET0 0 1
0094 RET0 0 1
---- TRACE 2 IR
.... SNAP #0 [ ---- ---- ---- ---- ---- ]
0001 rbp fun SLOAD #0 R
0002 r15 tab FLOAD 0001 func.env
0003 rsi p32 HREF 0002 "assert"
0004 > p32 EQ 0003 [0x41ee4458]
0005 rbx tab FLOAD 0002 tab.meta
0006 > tab NE 0005 [NULL]
0007 int FLOAD 0005 tab.hmask
0008 > int EQ 0007 +1 
0009 rbx p32 FLOAD 0005 tab.node
0010 > p32 HREFK 0009 "__index" @1
0011 rbx > tab HLOAD 0010
0012 int FLOAD 0011 tab.hmask
0013 > int EQ 0012 +63 
0014 rbx p32 FLOAD 0011 tab.node
0015 > p32 HREFK 0014 "assert" @3
0016 > fun HLOAD 0015
0017 rsi p32 HREF 0002 "type"
0018 > p32 EQ 0017 [0x41ee4458]
0019 > p32 HREFK 0014 "type" @60
0020 > fun HLOAD 0019
0021 r13 > tab SLOAD #1 T
0022 > fun EQ 0020 type
0023 > fun EQ 0016 assert
0024 int FLOAD 0021 tab.asize
0025 > int ABC 0024 +1 
0026 rbx p32 FLOAD 0021 tab.array
0027 p32 AREF 0026 +1 
0028 rbx > str ALOAD 0027
.... SNAP #1 [ ---- ---- ---- ---- ---- 0028 ]
0029 > str NE 0028 "if"
.... SNAP #2 [ ---- ---- ---- ---- ---- 0028 ]
0030 > str NE 0028 "let"
.... SNAP #3 [ ---- ---- ---- ---- ---- 0028 ]
0031 > str NE 0028 "true"
.... SNAP #4 [ ---- ---- ---- ---- ---- 0028 ]
0032 > str NE 0028 "false"
.... SNAP #5 [ ---- ---- ---- ---- ---- 0028 ]
0033 > str NE 0028 "match"
.... SNAP #6 [ ---- ---- ---- ---- ---- 0028 ]
0034 > str NE 0028 "fail"
.... SNAP #7 [ ---- ---- ---- ---- ---- 0028 ]
0035 r15 > p32 UREFC 0001 #4
0036 r14 > tab ULOAD 0035
0037 r15 p32 HREF 0036 0028
0038 > tru HLOAD 0037
0039 > fun EQ 0001 ssa.lua:55
0040 rbp > tab SLOAD #2 T
0041 r14 > tab SLOAD #3 T
0042 r15 > tab SLOAD #4 T
0043 [8] > tab TDUP {0x41ef15a0}
0044 rax p32 FLOAD 0043 tab.array
0045 p32 AREF 0044 +2 
0046 tab ASTORE 0045 0021
.... SNAP #8 [ ssa.lua:55|---- ---- ---- ---- 0028 ssa.lua:49|0040 ---- 0041 0042 0043 ]
0047 int FLOAD 0041 tab.hmask
0048 > int EQ 0047 +3 
0049 r13 p32 FLOAD 0041 tab.node
0050 > p32 HREFK 0049 "label" @3
0051 > nil HLOAD 0050
0052 tab FLOAD 0041 tab.meta
0053 > tab EQ 0052 [NULL]
0054 p32 AREF 0044 +3 
0055 nil ASTORE 0054 nil
.... SNAP #9 [ ssa.lua:55|---- ---- ---- ---- 0028 ssa.lua:49|0040 ---- ---- 0042 0043 ---- ]
0056 int FLOAD 0042 tab.hmask
0057 > int EQ 0056 +3 
0058 r14 p32 FLOAD 0042 tab.node
0059 > p32 HREFK 0058 "label" @3
0060 > nil HLOAD 0059
0061 tab FLOAD 0042 tab.meta
0062 > tab EQ 0061 [NULL]
0063 p32 AREF 0044 +4 
0064 nil ASTORE 0063 nil
.... SNAP #10 [ ssa.lua:55|---- ---- ---- ---- 0028 ssa.lua:49|0040 ---- ---- ---- 0043 ---- ]
0065 rsi p32 HREF 0040 "control"
0066 > p32 EQ 0065 [0x41ee4458]
0067 tab FLOAD 0040 tab.meta
0068 > tab EQ 0067 [NULL]
0069 rbx p32 NEWREF 0040 "control"
0070 tab HSTORE 0069 0043
0071 nil TBAR 0040
.... SNAP #11 [ ssa.lua:55|]
---- TRACE 2 mcode 922
0bcbfaa3 mov dword [0x41ee4410], 0x2
0bcbfaae mov edi, [0x41ee43d8]
0bcbfab5 cmp edi, [0x41ee43dc]
0bcbfabc jb 0x0bcbfad5
0bcbfabe mov esi, 0x1
0bcbfac3 mov edi, 0x41ee43b8
0bcbfac8 call 0x00421730 ->lj_gc_step_jit
0bcbfacd test eax, eax
0bcbfacf jnz 0x0bcb0010 ->0
0bcbfad5 mov edi, [0x41ee44b0]
0bcbfadc mov edx, [0x41ee44b4]
0bcbfae3 mov ebp, [rdx-0x8]
0bcbfae6 mov r15d, [rbp+0x8]
0bcbfaea mov esi, [r15+0x1c]
0bcbfaee and esi, 0xce2b6183
0bcbfaf4 lea esi, [rsi+rsi*2]
0bcbfaf7 shl esi, 0x03
0bcbfafa add esi, [r15+0x14]
0bcbfafe cmp dword [rsi+0xc], -0x05
0bcbfb02 jnz 0x0bcbfb11
0bcbfb04 cmp dword [rsi+0x8], 0x41ee6db0
0bcbfb0b jz 0x0bcb0010 ->0
0bcbfb11 mov esi, [rsi+0x10]
0bcbfb14 test esi, esi
0bcbfb16 jnz 0x0bcbfafe
0bcbfb18 mov ebx, [r15+0x10]
0bcbfb1c test ebx, ebx
0bcbfb1e jz 0x0bcb0010 ->0
0bcbfb24 cmp dword [rbx+0x1c], +0x01
0bcbfb28 jnz 0x0bcb0010 ->0
0bcbfb2e mov ebx, [rbx+0x14]
0bcbfb31 mov rsi, 0xfffffffb41ee64c8
0bcbfb3b cmp rsi, [rbx+0x20]
0bcbfb3f jnz 0x0bcb0010 ->0
0bcbfb45 cmp dword [rbx+0x1c], -0x0c
0bcbfb49 jnz 0x0bcb0010 ->0
0bcbfb4f mov ebx, [rbx+0x18]
0bcbfb52 cmp dword [rbx+0x1c], +0x3f
0bcbfb56 jnz 0x0bcb0010 ->0
0bcbfb5c mov ebx, [rbx+0x14]
0bcbfb5f mov rsi, 0xfffffffb41ee6db0
0bcbfb69 cmp rsi, [rbx+0x50]
0bcbfb6d jnz 0x0bcb0010 ->0
0bcbfb73 cmp dword [rbx+0x4c], -0x09
0bcbfb77 jnz 0x0bcb0010 ->0
0bcbfb7d mov esi, [r15+0x1c]
0bcbfb81 and esi, 0x798a813c
0bcbfb87 lea esi, [rsi+rsi*2]
0bcbfb8a shl esi, 0x03
0bcbfb8d add esi, [r15+0x14]
0bcbfb91 cmp dword [rsi+0xc], -0x05
0bcbfb95 jnz 0x0bcbfba4
0bcbfb97 cmp dword [rsi+0x8], 0x41ee6fb0
0bcbfb9e jz 0x0bcb0010 ->0
0bcbfba4 mov esi, [rsi+0x10]
0bcbfba7 test esi, esi
0bcbfba9 jnz 0x0bcbfb91
0bcbfbab mov rsi, 0xfffffffb41ee6fb0
0bcbfbb5 cmp rsi, [rbx+0x5a8]
0bcbfbbc jnz 0x0bcb0010 ->0
0bcbfbc2 cmp dword [rbx+0x5a4], -0x09
0bcbfbc9 jnz 0x0bcb0010 ->0
0bcbfbcf cmp dword [rdx+0x4], -0x0c
0bcbfbd3 jnz 0x0bcb0010 ->0
0bcbfbd9 mov r13d, [rdx]
0bcbfbdc cmp dword [rbx+0x5a0], 0x41ee6f18
0bcbfbe6 jnz 0x0bcb0010 ->0
0bcbfbec cmp dword [rbx+0x48], 0x41ee6d88
0bcbfbf3 jnz 0x0bcb0010 ->0
0bcbfbf9 cmp dword [r13+0x18], +0x01
0bcbfbfe jbe 0x0bcb0010 ->0
0bcbfc04 mov ebx, [r13+0x8]
0bcbfc08 cmp dword [rbx+0xc], -0x05
0bcbfc0c jnz 0x0bcb0010 ->0
0bcbfc12 mov ebx, [rbx+0x8]
0bcbfc15 cmp ebx, 0x41ee68f8
0bcbfc1b jz 0x0bcb0014 ->1
0bcbfc21 cmp ebx, 0x41ef8bd8
0bcbfc27 jz 0x0bcb0018 ->2
0bcbfc2d cmp ebx, 0x41ee6a18
0bcbfc33 jz 0x0bcb001c ->3
0bcbfc39 cmp ebx, 0x41ee6870
0bcbfc3f jz 0x0bcb0020 ->4
0bcbfc45 cmp ebx, 0x41ee9cb0
0bcbfc4b jz 0x0bcb0024 ->5
0bcbfc51 cmp ebx, 0x41f01450
0bcbfc57 jz 0x0bcb0028 ->6
0bcbfc5d mov esi, [rbp+0x24]
0bcbfc60 cmp byte [rsi+0x6], 0x1
0bcbfc64 jnz 0x0bcb002c ->7
0bcbfc6a lea r15d, [rsi+0x8]
0bcbfc6e cmp dword [r15+0x4], -0x0c
0bcbfc73 jnz 0x0bcb002c ->7
0bcbfc79 mov r14d, [r15]
0bcbfc7c mov r15d, [r14+0x1c]
0bcbfc80 and r15d, [rbx+0x8]
0bcbfc84 lea r15d, [r15+r15*2]
0bcbfc88 shl r15d, 0x03
0bcbfc8c add r15d, [r14+0x14]
0bcbfc90 cmp dword [r15+0xc], -0x05
0bcbfc95 jnz 0x0bcbfc9d
0bcbfc97 cmp ebx, [r15+0x8]
0bcbfc9b jz 0x0bcbfcac
0bcbfc9d mov r15d, [r15+0x10]
0bcbfca1 test r15d, r15d
0bcbfca4 jnz 0x0bcbfc90
0bcbfca6 mov r15d, 0x41ee4458
0bcbfcac cmp dword [r15+0x4], -0x03
0bcbfcb1 jnz 0x0bcb002c ->7
0bcbfcb7 cmp ebp, 0x41ef5620
0bcbfcbd jnz 0x0bcb002c ->7
0bcbfcc3 cmp dword [rdx+0xc], -0x0c
0bcbfcc7 jnz 0x0bcb002c ->7
0bcbfccd mov ebp, [rdx+0x8]
0bcbfcd0 cmp dword [rdx+0x14], -0x0c
0bcbfcd4 jnz 0x0bcb002c ->7
0bcbfcda mov r14d, [rdx+0x10]
0bcbfcde cmp dword [rdx+0x1c], -0x0c
0bcbfce2 jnz 0x0bcb002c ->7
0bcbfce8 mov r15d, [rdx+0x18]
0bcbfcec mov esi, 0x41ef15a0
0bcbfcf1 call 0x004223c0 ->lj_tab_dup
0bcbfcf6 mov [rsp+0x8], eax
0bcbfcfa mov edi, [0x41ee44b0]
0bcbfd01 mov eax, [rax+0x8]
0bcbfd04 mov dword [rax+0x14], 0xfffffff4
0bcbfd0b mov [rax+0x10], r13d
0bcbfd0f cmp dword [r14+0x1c], +0x03
0bcbfd14 jnz 0x0bcb0030 ->8
0bcbfd1a mov r13d, [r14+0x14]
0bcbfd1e mov rsi, 0xfffffffb415a32a0
0bcbfd28 cmp rsi, [r13+0x50]
0bcbfd2c jnz 0x0bcb0030 ->8
0bcbfd32 cmp dword [r13+0x4c], -0x01
0bcbfd37 jnz 0x0bcb0030 ->8
0bcbfd3d cmp dword [r14+0x10], +0x00
0bcbfd42 jnz 0x0bcb0030 ->8
0bcbfd48 mov dword [rax+0x1c], 0xffffffff
0bcbfd4f cmp dword [r15+0x1c], +0x03
0bcbfd54 jnz 0x0bcb0034 ->9
0bcbfd5a mov r14d, [r15+0x14]
0bcbfd5e mov rsi, 0xfffffffb415a32a0
0bcbfd68 cmp rsi, [r14+0x50]
0bcbfd6c jnz 0x0bcb0034 ->9
0bcbfd72 cmp dword [r14+0x4c], -0x01
0bcbfd77 jnz 0x0bcb0034 ->9
0bcbfd7d cmp dword [r15+0x10], +0x00
0bcbfd82 jnz 0x0bcb0034 ->9
0bcbfd88 mov dword [rax+0x24], 0xffffffff
0bcbfd8f mov esi, [rbp+0x1c]
0bcbfd92 and esi, 0x2a54dc55
0bcbfd98 lea esi, [rsi+rsi*2]
0bcbfd9b shl esi, 0x03
0bcbfd9e add esi, [rbp+0x14]
0bcbfda1 cmp dword [rsi+0xc], -0x05
0bcbfda5 jnz 0x0bcbfdb4
0bcbfda7 cmp dword [rsi+0x8], 0x415a3a08
0bcbfdae jz 0x0bcb0038 ->10
0bcbfdb4 mov esi, [rsi+0x10]
0bcbfdb7 test esi, esi
0bcbfdb9 jnz 0x0bcbfda1
0bcbfdbb cmp dword [rbp+0x10], +0x00
0bcbfdbf jnz 0x0bcb0038 ->10
0bcbfdc5 mov edx, 0x41ee4448
0bcbfdca mov dword [rdx+0x4], 0xfffffffb
0bcbfdd1 mov dword [rdx], 0x415a3a08
0bcbfdd7 mov esi, ebp
0bcbfdd9 call 0x00422cf0 ->lj_tab_newkey
0bcbfdde mov ebx, eax
0bcbfde0 mov edx, [0x41ee44b4]
0bcbfde7 mov eax, [rsp+0x8]
0bcbfdeb mov dword [rbx+0x4], 0xfffffff4
0bcbfdf2 mov [rbx], eax
0bcbfdf4 test byte [rbp+0x4], 0x4
0bcbfdf8 jz 0x0bcbfe0f
0bcbfdfa and byte [rbp+0x4], 0xfb
0bcbfdfe mov edi, [0x41ee43f4]
0bcbfe05 mov [0x41ee43f4], ebp
0bcbfe0c mov [rbp+0xc], edi
0bcbfe0f mov eax, [0x41ee44b0]
0bcbfe16 mov eax, [rax+0x20]
0bcbfe19 sub eax, edx
0bcbfe1b cmp eax, +0x68
0bcbfe1e jb 0x0bcb003c ->11
0bcbfe24 mov dword [rdx-0x8], 0x41ef5620
0bcbfe2b xor eax, eax
0bcbfe2d mov ebx, 0x415a4a68
0bcbfe32 mov r14d, 0x41ee5008
0bcbfe38 jmp 0x00420177
---- TRACE 2 stop -> return
---- TRACE 2 exit 1
---- TRACE 2 exit 10
---- TRACE 2 exit 1
---- TRACE 2 exit 10
---- TRACE 2 exit 8
---- TRACE 2 exit 4
---- TRACE 2 exit 4
---- TRACE 2 exit 4
---- TRACE 2 exit 4
---- TRACE 2 exit 1
---- TRACE 2 exit 1
---- TRACE 2 exit 10
---- TRACE 2 exit 1
---- TRACE 2 exit 10
---- TRACE 2 exit 8
---- TRACE 2 exit 4
---- TRACE 2 exit 4
---- TRACE 2 exit 4
---- TRACE 2 exit 4
---- TRACE 2 exit 4
---- TRACE 2 exit 5
---- TRACE 2 exit 1
---- TRACE 2 exit 1
---- TRACE 2 exit 1
---- TRACE 2 exit 2
Raw
dump.hotloop08
---- TRACE 1 start ssa.lua:39
0001 UGET 0 0 ; label_counter
0002 ADDVN 0 0 0 ; 1
0003 USETV 0 0 ; label_counter
0004 KSTR 0 0 ; "L"
0005 UGET 1 0 ; label_counter
0006 CAT 0 0 1
0007 TDUP 1 1
0008 TNEW 2 0
0009 TSETS 2 1 2 ; "bindings"
0010 TSETS 0 1 3 ; "label"
0011 UGET 2 1 ; ssa
0012 TGETS 2 2 4 ; "blocks"
0013 TSETV 1 2 0
0014 RET1 1 2
---- TRACE 1 IR
.... SNAP #0 [ ---- ]
0001 rbp fun SLOAD #0 R
0002 rbx > p32 UREFO 0001 #0
0003 xmm7 > num ULOAD 0002
0004 [10] num ADD 0003 +1 
0005 num USTORE 0002 0004
.... SNAP #1 [ ---- ---- ]
0006 str TOSTR 0004 NUM
0007 rdi p32 BUFHDR [0x4126e414] RESET
0008 rdi p32 BUFPUT 0007 "L" 
0009 rdi p32 BUFPUT 0008 0006
0010 [c] str BUFSTR 0009 0007
0011 [8] > tab TDUP {0x41282fc8}
0012 r15 > tab TNEW #0 #0
0013 rbx p32 FLOAD 0011 tab.node
0014 p32 HREFK 0013 "bindings" @0
0015 tab HSTORE 0014 0012
0016 p32 HREFK 0013 "label" @1
0017 str HSTORE 0016 0010
.... SNAP #2 [ ---- 0010 0011 ---- ]
0018 rbp > p32 UREFO 0001 #1
0019 rbp > tab ULOAD 0018
0020 int FLOAD 0019 tab.hmask
0021 > int EQ 0020 +1 
0022 rbp p32 FLOAD 0019 tab.node
0023 > p32 HREFK 0022 "blocks" @0
0024 rbp > tab HLOAD 0023
0025 rsi p32 HREF 0024 0010
0026 > p32 EQ 0025 [0x4126e458]
0027 tab FLOAD 0024 tab.meta
0028 > tab EQ 0027 [NULL]
0029 rbx p32 NEWREF 0024 0010
0030 tab HSTORE 0029 0011
0031 nil TBAR 0024
0032 p32 FREF 0024 tab.nomm
0033 u8  FSTORE 0032 +0 
.... SNAP #3 [ ---- ---- 0011 ]
---- TRACE 1 mcode 441
0bcbfe44 add rsp, -0x10
0bcbfe48 mov dword [0x4126e410], 0x1
0bcbfe53 mov edi, [0x4126e3d8]
0bcbfe5a cmp edi, [0x4126e3dc]
0bcbfe61 jb 0x0bcbfe7a
0bcbfe63 mov esi, 0x3
0bcbfe68 mov edi, 0x4126e3b8
0bcbfe6d call 0x00421730 ->lj_gc_step_jit
0bcbfe72 test eax, eax
0bcbfe74 jnz 0x0bcb0010 ->0
0bcbfe7a mov edx, [0x4126e4b4]
0bcbfe81 mov ebp, [rdx-0x8]
0bcbfe84 mov edi, [rbp+0x14]
0bcbfe87 mov ebx, [rdi+0x10]
0bcbfe8a cmp dword [rbx+0x4], 0xfffeffff
0bcbfe91 jnb 0x0bcb0010 ->0
0bcbfe97 movsd xmm7, [rbx]
0bcbfe9b addsd xmm7, [0x414eee88]
0bcbfea4 movsd [rsp+0x10], xmm7
0bcbfeaa movsd [rbx], xmm7
0bcbfeae mov edi, 0x4126e414
0bcbfeb3 mov esi, [rdi+0x8]
0bcbfeb6 mov [rdi], esi
0bcbfeb8 mov esi, 0x4c
0bcbfebd call 0x00421b60 ->lj_buf_putchar
0bcbfec2 mov edi, eax
0bcbfec4 lea rsi, [rsp+0x10]
0bcbfec9 call 0x0040a3c0 ->lj_strfmt_putnum
0bcbfece mov edi, eax
0bcbfed0 call 0x00421ff0 ->lj_buf_tostr
0bcbfed5 mov [rsp+0xc], eax
0bcbfed9 mov edi, [0x4126e4b0]
0bcbfee0 mov esi, 0x41282fc8
0bcbfee5 call 0x004223c0 ->lj_tab_dup
0bcbfeea mov ebx, eax
0bcbfeec mov [rsp+0x8], ebx
0bcbfef0 mov edi, [0x4126e4b0]
0bcbfef7 xor esi, esi
0bcbfef9 call 0x00422350 ->lj_tab_new1
0bcbfefe mov r15d, eax
0bcbff01 mov edi, [0x4126e4b0]
0bcbff08 mov eax, [rsp+0xc]
0bcbff0c mov ebx, [rbx+0x14]
0bcbff0f mov dword [rbx+0x4], 0xfffffff4
0bcbff16 mov [rbx], r15d
0bcbff19 mov dword [rbx+0x1c], 0xfffffffb
0bcbff20 mov [rbx+0x18], eax
0bcbff23 mov esi, [rbp+0x18]
0bcbff26 mov ebp, [rsi+0x10]
0bcbff29 cmp dword [rbp+0x4], -0x0c
0bcbff2d jnz 0x0bcb0018 ->2
0bcbff33 mov ebp, [rbp+0x0]
0bcbff36 cmp dword [rbp+0x1c], +0x01
0bcbff3a jnz 0x0bcb0018 ->2
0bcbff40 mov ebp, [rbp+0x14]
0bcbff43 mov rsi, 0xfffffffb414f9428
0bcbff4d cmp rsi, [rbp+0x8]
0bcbff51 jnz 0x0bcb0018 ->2
0bcbff57 cmp dword [rbp+0x4], -0x0c
0bcbff5b jnz 0x0bcb0018 ->2
0bcbff61 mov ebp, [rbp+0x0]
0bcbff64 mov esi, [rbp+0x1c]
0bcbff67 and esi, [rax+0x8]
0bcbff6a lea esi, [rsi+rsi*2]
0bcbff6d shl esi, 0x03
0bcbff70 add esi, [rbp+0x14]
0bcbff73 cmp dword [rsi+0xc], -0x05
0bcbff77 jnz 0x0bcbff82
0bcbff79 cmp eax, [rsi+0x8]
0bcbff7c jz 0x0bcb0018 ->2
0bcbff82 mov esi, [rsi+0x10]
0bcbff85 test esi, esi
0bcbff87 jnz 0x0bcbff73
0bcbff89 cmp dword [rbp+0x10], +0x00
0bcbff8d jnz 0x0bcb0018 ->2
0bcbff93 mov edx, 0x4126e448
0bcbff98 mov dword [rdx+0x4], 0xfffffffb
0bcbff9f mov [rdx], eax
0bcbffa1 mov esi, ebp
0bcbffa3 call 0x00422cf0 ->lj_tab_newkey
0bcbffa8 mov ebx, eax
0bcbffaa mov edx, [0x4126e4b4]
0bcbffb1 mov eax, [rsp+0x8]
0bcbffb5 mov dword [rbx+0x4], 0xfffffff4
0bcbffbc mov [rbx], eax
0bcbffbe test byte [rbp+0x4], 0x4
0bcbffc2 jz 0x0bcbffd9
0bcbffc4 and byte [rbp+0x4], 0xfb
0bcbffc8 mov edi, [0x4126e3f4]
0bcbffcf mov [0x4126e3f4], ebp
0bcbffd6 mov [rbp+0xc], edi
0bcbffd9 mov byte [rbp+0x6], 0x0
0bcbffdd mov dword [rdx+0xc], 0xfffffff4
0bcbffe4 mov [rdx+0x8], eax
0bcbffe7 xor eax, eax
0bcbffe9 mov ebx, 0x414fa100
0bcbffee mov r14d, 0x4126f008
0bcbfff4 add rsp, +0x10
0bcbfff8 jmp 0x00420177
---- TRACE 1 stop -> return
---- TRACE 2 start ssa.lua:55
0001 GGET 4 0 ; "assert"
0002 GGET 5 1 ; "type"
0003 MOV 6 0
0004 CALL 5 2 2
0000 . FUNCC ; type
0005 ISEQS 5 2 ; "table"
0006 JMP 5 => 0009
0009 KPRI 5 2
0010 CALL 4 1 2
0000 . FUNCC ; assert
0011 TGETB 4 0 1
0012 ISNES 4 3 ; "if"
0013 JMP 5 => 0037
0014 UGET 5 0 ; add_block
0015 CALL 5 2 1
0000 . JFUNCF 3 1 ; ssa.lua:39
0001 . UGET 0 0 ; label_counter
0002 . ADDVN 0 0 0 ; 1
0003 . USETV 0 0 ; label_counter
0004 . KSTR 0 0 ; "L"
0005 . UGET 1 0 ; label_counter
0006 . CAT 0 0 1
0007 . TDUP 1 1
0008 . TNEW 2 0
0009 . TSETS 2 1 2 ; "bindings"
0010 . TSETS 0 1 3 ; "label"
0011 . UGET 2 1 ; ssa
0012 . TGETS 2 2 4 ; "blocks"
0013 . TSETV 1 2 0
0014 . RET1 1 2
0016 UGET 6 0 ; add_block
0017 CALL 6 2 1
0000 . JFUNCF 3 1 ; ssa.lua:39
0001 . UGET 0 0 ; label_counter
0002 . ADDVN 0 0 0 ; 1
0003 . USETV 0 0 ; label_counter
0004 . KSTR 0 0 ; "L"
0005 . UGET 1 0 ; label_counter
0006 . CAT 0 0 1
0007 . TDUP 1 1
0008 . TNEW 2 0
0009 . TSETS 2 1 2 ; "bindings"
0010 . TSETS 0 1 3 ; "label"
0011 . UGET 2 1 ; ssa
0012 . TGETS 2 2 4 ; "blocks"
0013 . TSETV 1 2 0
0014 . RET1 1 2
0018 UGET 7 1 ; compile_bool
0019 TGETB 8 0 2
0020 MOV 9 1
0021 MOV 10 5
0022 MOV 11 6
0023 CALL 7 1 5
0000 . FUNCF 13 ; ssa.lua:55
0001 . GGET 4 0 ; "assert"
0002 . GGET 5 1 ; "type"
0003 . MOV 6 0
0004 . CALL 5 2 2
0000 . . FUNCC ; type
0005 . ISEQS 5 2 ; "table"
0006 . JMP 5 => 0009
0009 . KPRI 5 2
0010 . CALL 4 1 2
0000 . . FUNCC ; assert
0011 . TGETB 4 0 1
0012 . ISNES 4 3 ; "if"
0013 . JMP 5 => 0037
0037 . ISNES 4 4 ; "let"
0038 . JMP 5 => 0056
0056 . ISNES 4 10 ; "true"
0057 . JMP 5 => 0063
0063 . ISNES 4 11 ; "false"
0064 . JMP 5 => 0070
0070 . ISNES 4 12 ; "match"
0071 . JMP 5 => 0077
0077 . ISNES 4 14 ; "fail"
0078 . JMP 5 => 0084
0084 . GGET 5 0 ; "assert"
0085 . UGET 6 4 ; relops
0086 . TGETV 6 6 4
0087 . CALL 5 1 2
0000 . . FUNCC ; assert
0088 . UGET 5 5 ; finish_if
0089 . MOV 6 1
0090 . MOV 7 0
0091 . MOV 8 2
0092 . MOV 9 3
0093 . CALL 5 1 5
0000 . . FUNCF 6 ; ssa.lua:49
0001 . . TDUP 4 1
0002 . . TSETB 1 4 2
0003 . . TGETS 5 2 2 ; "label"
0004 . . TSETB 5 4 3
0005 . . TGETS 5 3 2 ; "label"
0006 . . TSETB 5 4 4
0007 . . TSETS 4 0 0 ; "control"
0008 . . RET0 0 1
0094 . RET0 0 1
0024 UGET 7 1 ; compile_bool
0025 TGETB 8 0 3
0026 MOV 9 5
0027 MOV 10 2
0028 MOV 11 3
0029 CALL 7 1 5
0000 . FUNCF 13 ; ssa.lua:55
0001 . GGET 4 0 ; "assert"
0002 . GGET 5 1 ; "type"
0003 . MOV 6 0
0004 . CALL 5 2 2
0000 . . FUNCC ; type
0005 . ISEQS 5 2 ; "table"
0006 . JMP 5 => 0009
0009 . KPRI 5 2
0010 . CALL 4 1 2
0000 . . FUNCC ; assert
0011 . TGETB 4 0 1
0012 . ISNES 4 3 ; "if"
0013 . JMP 5 => 0037
0037 . ISNES 4 4 ; "let"
0038 . JMP 5 => 0056
0056 . ISNES 4 10 ; "true"
0057 . JMP 5 => 0063
0063 . ISNES 4 11 ; "false"
0064 . JMP 5 => 0070
0070 . ISNES 4 12 ; "match"
0071 . JMP 5 => 0077
0077 . ISNES 4 14 ; "fail"
0078 . JMP 5 => 0084
0084 . GGET 5 0 ; "assert"
0085 . UGET 6 4 ; relops
0086 . TGETV 6 6 4
0087 . CALL 5 1 2
0000 . . FUNCC ; assert
0088 . UGET 5 5 ; finish_if
0089 . MOV 6 1
0090 . MOV 7 0
0091 . MOV 8 2
0092 . MOV 9 3
0093 . CALL 5 1 5
0000 . . FUNCF 6 ; ssa.lua:49
0001 . . TDUP 4 1
0002 . . TSETB 1 4 2
0003 . . TGETS 5 2 2 ; "label"
0004 . . TSETB 5 4 3
0005 . . TGETS 5 3 2 ; "label"
0006 . . TSETB 5 4 4
0007 . . TSETS 4 0 0 ; "control"
0008 . . RET0 0 1
0094 . RET0 0 1
0030 UGET 7 1 ; compile_bool
0031 TGETB 8 0 4
0032 MOV 9 6
0033 MOV 10 2
0034 MOV 11 3
0035 CALL 7 1 5
0000 . FUNCF 13 ; ssa.lua:55
0001 . GGET 4 0 ; "assert"
0002 . GGET 5 1 ; "type"
0003 . MOV 6 0
0004 . CALL 5 2 2
0000 . . FUNCC ; type
0005 . ISEQS 5 2 ; "table"
0006 . JMP 5 => 0009
0009 . KPRI 5 2
0010 . CALL 4 1 2
0000 . . FUNCC ; assert
0011 . TGETB 4 0 1
0012 . ISNES 4 3 ; "if"
0013 . JMP 5 => 0037
0037 . ISNES 4 4 ; "let"
0038 . JMP 5 => 0056
0056 . ISNES 4 10 ; "true"
0057 . JMP 5 => 0063
0063 . ISNES 4 11 ; "false"
0064 . JMP 5 => 0070
0070 . ISNES 4 12 ; "match"
0071 . JMP 5 => 0077
0077 . ISNES 4 14 ; "fail"
0078 . JMP 5 => 0084
0079 . UGET 5 3 ; finish_return
0080 . MOV 6 1
0081 . TDUP 7 15
0082 . CALL 5 1 3
0000 . . FUNCF 3 ; ssa.lua:46
0001 . . TDUP 2 1
0002 . . TSETB 1 2 2
0003 . . TSETS 2 0 0 ; "control"
0004 . . RET0 0 1
0083 . JMP 5 => 0094
0094 . RET0 0 1
0036 JMP 5 => 0094
0094 RET0 0 1
---- TRACE 2 abort ssa.lua:79 -- retry recording
---- TRACE 2 start ssa.lua:52
0001 TDUP 2 1
0002 TGETS 3 1 2 ; "label"
0003 TSETB 3 2 2
0004 TSETS 2 0 0 ; "control"
0005 RET0 0 1
---- TRACE 2 IR
.... SNAP #0 [ ---- ---- ---- ]
0001 [8] > tab TDUP {0x412803e8}
0002 rbp > tab SLOAD #2 T
0003 int FLOAD 0002 tab.hmask
0004 > int EQ 0003 +1 
0005 rbp p32 FLOAD 0002 tab.node
0006 > p32 HREFK 0005 "label" @1
0007 rbp > str HLOAD 0006
0008 rax p32 FLOAD 0001 tab.array
0009 p32 AREF 0008 +2 
0010 str ASTORE 0009 0007
.... SNAP #1 [ ---- ---- ---- 0001 ---- ]
0011 rbp > tab SLOAD #1 T
0012 rsi p32 HREF 0011 "control"
0013 > p32 EQ 0012 [0x4126e458]
0014 tab FLOAD 0011 tab.meta
0015 > tab EQ 0014 [NULL]
0016 rbx p32 NEWREF 0011 "control"
0017 tab HSTORE 0016 0001
0018 nil TBAR 0011
.... SNAP #2 [ ---- ]
---- TRACE 2 mcode 315
0bcbfd02 mov dword [0x4126e410], 0x2
0bcbfd0d mov edi, [0x4126e3d8]
0bcbfd14 cmp edi, [0x4126e3dc]
0bcbfd1b jb 0x0bcbfd34
0bcbfd1d mov esi, 0x1
0bcbfd22 mov edi, 0x4126e3b8
0bcbfd27 call 0x00421730 ->lj_gc_step_jit
0bcbfd2c test eax, eax
0bcbfd2e jnz 0x0bcb0010 ->0
0bcbfd34 mov edi, [0x4126e4b0]
0bcbfd3b mov esi, 0x412803e8
0bcbfd40 call 0x004223c0 ->lj_tab_dup
0bcbfd45 mov [rsp+0x8], eax
0bcbfd49 mov edi, [0x4126e4b0]
0bcbfd50 mov edx, [0x4126e4b4]
0bcbfd57 cmp dword [rdx+0xc], -0x0c
0bcbfd5b jnz 0x0bcb0010 ->0
0bcbfd61 mov ebp, [rdx+0x8]
0bcbfd64 cmp dword [rbp+0x1c], +0x01
0bcbfd68 jnz 0x0bcb0010 ->0
0bcbfd6e mov ebp, [rbp+0x14]
0bcbfd71 mov rsi, 0xfffffffb414f94c8
0bcbfd7b cmp rsi, [rbp+0x20]
0bcbfd7f jnz 0x0bcb0010 ->0
0bcbfd85 cmp dword [rbp+0x1c], -0x05
0bcbfd89 jnz 0x0bcb0010 ->0
0bcbfd8f mov ebp, [rbp+0x18]
0bcbfd92 mov eax, [rax+0x8]
0bcbfd95 mov dword [rax+0x14], 0xfffffffb
0bcbfd9c mov [rax+0x10], ebp
0bcbfd9f cmp dword [rdx+0x4], -0x0c
0bcbfda3 jnz 0x0bcb0014 ->1
0bcbfda9 mov ebp, [rdx]
0bcbfdab mov esi, [rbp+0x1c]
0bcbfdae and esi, 0x2a54dc55
0bcbfdb4 lea esi, [rsi+rsi*2]
0bcbfdb7 shl esi, 0x03
0bcbfdba add esi, [rbp+0x14]
0bcbfdbd cmp dword [rsi+0xc], -0x05
0bcbfdc1 jnz 0x0bcbfdd0
0bcbfdc3 cmp dword [rsi+0x8], 0x414f9c30
0bcbfdca jz 0x0bcb0014 ->1
0bcbfdd0 mov esi, [rsi+0x10]
0bcbfdd3 test esi, esi
0bcbfdd5 jnz 0x0bcbfdbd
0bcbfdd7 cmp dword [rbp+0x10], +0x00
0bcbfddb jnz 0x0bcb0014 ->1
0bcbfde1 mov edx, 0x4126e448
0bcbfde6 mov dword [rdx+0x4], 0xfffffffb
0bcbfded mov dword [rdx], 0x414f9c30
0bcbfdf3 mov esi, ebp
0bcbfdf5 call 0x00422cf0 ->lj_tab_newkey
0bcbfdfa mov ebx, eax
0bcbfdfc mov edx, [0x4126e4b4]
0bcbfe03 mov eax, [rsp+0x8]
0bcbfe07 mov dword [rbx+0x4], 0xfffffff4
0bcbfe0e mov [rbx], eax
0bcbfe10 test byte [rbp+0x4], 0x4
0bcbfe14 jz 0x0bcbfe2b
0bcbfe16 and byte [rbp+0x4], 0xfb
0bcbfe1a mov edi, [0x4126e3f4]
0bcbfe21 mov [0x4126e3f4], ebp
0bcbfe28 mov [rbp+0xc], edi
0bcbfe2b xor eax, eax
0bcbfe2d mov ebx, 0x4128b92c
0bcbfe32 mov r14d, 0x4126f008
0bcbfe38 jmp 0x00420177
---- TRACE 2 stop -> return
---- TRACE 2 exit 1
---- TRACE 2 exit 1
---- TRACE 2 exit 1
---- TRACE 3 start ssa.lua:55
0001 GGET 4 0 ; "assert"
0002 GGET 5 1 ; "type"
0003 MOV 6 0
0004 CALL 5 2 2
0000 . FUNCC ; type
0005 ISEQS 5 2 ; "table"
0006 JMP 5 => 0009
0009 KPRI 5 2
0010 CALL 4 1 2
0000 . FUNCC ; assert
0011 TGETB 4 0 1
0012 ISNES 4 3 ; "if"
0013 JMP 5 => 0037
0037 ISNES 4 4 ; "let"
0038 JMP 5 => 0056
0056 ISNES 4 10 ; "true"
0057 JMP 5 => 0063
0063 ISNES 4 11 ; "false"
0064 JMP 5 => 0070
0070 ISNES 4 12 ; "match"
0071 JMP 5 => 0077
0077 ISNES 4 14 ; "fail"
0078 JMP 5 => 0084
0084 GGET 5 0 ; "assert"
0085 UGET 6 4 ; relops
0086 TGETV 6 6 4
0087 CALL 5 1 2
0000 . FUNCC ; assert
0088 UGET 5 5 ; finish_if
0089 MOV 6 1
0090 MOV 7 0
0091 MOV 8 2
0092 MOV 9 3
0093 CALL 5 1 5
0000 . FUNCF 6 ; ssa.lua:49
0001 . TDUP 4 1
0002 . TSETB 1 4 2
0003 . TGETS 5 2 2 ; "label"
0004 . TSETB 5 4 3
0005 . TGETS 5 3 2 ; "label"
0006 . TSETB 5 4 4
0007 . TSETS 4 0 0 ; "control"
0008 . RET0 0 1
0094 RET0 0 1
---- TRACE 3 IR
.... SNAP #0 [ ---- ---- ---- ---- ---- ]
0001 rbp fun SLOAD #0 R
0002 r15 tab FLOAD 0001 func.env
0003 rsi p32 HREF 0002 "assert"
0004 > p32 EQ 0003 [0x4126e458]
0005 rbx tab FLOAD 0002 tab.meta
0006 > tab NE 0005 [NULL]
0007 int FLOAD 0005 tab.hmask
0008 > int EQ 0007 +1 
0009 rbx p32 FLOAD 0005 tab.node
0010 > p32 HREFK 0009 "__index" @1
0011 rbx > tab HLOAD 0010
0012 int FLOAD 0011 tab.hmask
0013 > int EQ 0012 +63 
0014 rbx p32 FLOAD 0011 tab.node
0015 > p32 HREFK 0014 "assert" @3
0016 > fun HLOAD 0015
0017 rsi p32 HREF 0002 "type"
0018 > p32 EQ 0017 [0x4126e458]
0019 > p32 HREFK 0014 "type" @60
0020 > fun HLOAD 0019
0021 r12 > tab SLOAD #1 T
0022 > fun EQ 0020 type
0023 > fun EQ 0016 assert
0024 int FLOAD 0021 tab.asize
0025 > int ABC 0024 +1 
0026 rbx p32 FLOAD 0021 tab.array
0027 p32 AREF 0026 +1 
0028 r15 > str ALOAD 0027
.... SNAP #1 [ ---- ---- ---- ---- ---- 0028 ]
0029 > str NE 0028 "if"
.... SNAP #2 [ ---- ---- ---- ---- ---- 0028 ]
0030 > str NE 0028 "let"
.... SNAP #3 [ ---- ---- ---- ---- ---- 0028 ]
0031 > str NE 0028 "true"
.... SNAP #4 [ ---- ---- ---- ---- ---- 0028 ]
0032 > str NE 0028 "false"
.... SNAP #5 [ ---- ---- ---- ---- ---- 0028 ]
0033 > str NE 0028 "match"
.... SNAP #6 [ ---- ---- ---- ---- ---- 0028 ]
0034 > str NE 0028 "fail"
.... SNAP #7 [ ---- ---- ---- ---- ---- 0028 ]
0035 rbx > p32 UREFC 0001 #4
0036 r14 > tab ULOAD 0035
0037 rbx p32 HREF 0036 0028
0038 > tru HLOAD 0037
0039 > fun EQ 0001 ssa.lua:55
0040 rbp > tab SLOAD #2 T
0041 r13 > tab SLOAD #3 T
0042 r14 > tab SLOAD #4 T
0043 rax > tab TDUP {0x414eda00}
0044 rbx p32 FLOAD 0043 tab.array
0045 p32 AREF 0044 +2 
0046 tab ASTORE 0045 0021
.... SNAP #8 [ ssa.lua:55|---- ---- ---- ---- 0028 ssa.lua:49|0040 ---- 0041 0042 0043 ]
0047 int FLOAD 0041 tab.hmask
0048 > int EQ 0047 +3 
0049 r12 p32 FLOAD 0041 tab.node
0050 > p32 HREFK 0049 "label" @3
0051 > nil HLOAD 0050
0052 tab FLOAD 0041 tab.meta
0053 > tab EQ 0052 [NULL]
0054 p32 AREF 0044 +3 
0055 nil ASTORE 0054 nil
.... SNAP #9 [ ssa.lua:55|---- ---- ---- ---- 0028 ssa.lua:49|0040 ---- ---- 0042 0043 ---- ]
0056 int FLOAD 0042 tab.hmask
0057 > int EQ 0056 +3 
0058 r13 p32 FLOAD 0042 tab.node
0059 > p32 HREFK 0058 "label" @3
0060 > nil HLOAD 0059
0061 tab FLOAD 0042 tab.meta
0062 > tab EQ 0061 [NULL]
0063 p32 AREF 0044 +4 
0064 nil ASTORE 0063 nil
.... SNAP #10 [ ssa.lua:55|---- ---- ---- ---- 0028 ssa.lua:49|0040 ---- ---- ---- 0043 ---- ]
0065 int FLOAD 0040 tab.hmask
0066 > int EQ 0065 +3 
0067 rbx p32 FLOAD 0040 tab.node
0068 > p32 HREFK 0067 "control" @1
0069 tab FLOAD 0040 tab.meta
0070 > tab EQ 0069 [NULL]
0071 tab HSTORE 0068 0043
0072 nil TBAR 0040
.... SNAP #11 [ ssa.lua:55|]
---- TRACE 3 mcode 872
0bcbf993 mov dword [0x4126e410], 0x3
0bcbf99e mov edi, [0x4126e3d8]
0bcbf9a5 cmp edi, [0x4126e3dc]
0bcbf9ac jb 0x0bcbf9c5
0bcbf9ae mov esi, 0x1
0bcbf9b3 mov edi, 0x4126e3b8
0bcbf9b8 call 0x00421730 ->lj_gc_step_jit
0bcbf9bd test eax, eax
0bcbf9bf jnz 0x0bcb0010 ->0
0bcbf9c5 mov edi, [0x4126e4b0]
0bcbf9cc mov edx, [0x4126e4b4]
0bcbf9d3 mov ebp, [rdx-0x8]
0bcbf9d6 mov r15d, [rbp+0x8]
0bcbf9da mov esi, [r15+0x1c]
0bcbf9de and esi, 0xce2b6183
0bcbf9e4 lea esi, [rsi+rsi*2]
0bcbf9e7 shl esi, 0x03
0bcbf9ea add esi, [r15+0x14]
0bcbf9ee cmp dword [rsi+0xc], -0x05
0bcbf9f2 jnz 0x0bcbfa01
0bcbf9f4 cmp dword [rsi+0x8], 0x41270db0
0bcbf9fb jz 0x0bcb0010 ->0
0bcbfa01 mov esi, [rsi+0x10]
0bcbfa04 test esi, esi
0bcbfa06 jnz 0x0bcbf9ee
0bcbfa08 mov ebx, [r15+0x10]
0bcbfa0c test ebx, ebx
0bcbfa0e jz 0x0bcb0010 ->0
0bcbfa14 cmp dword [rbx+0x1c], +0x01
0bcbfa18 jnz 0x0bcb0010 ->0
0bcbfa1e mov ebx, [rbx+0x14]
0bcbfa21 mov rsi, 0xfffffffb412704c8
0bcbfa2b cmp rsi, [rbx+0x20]
0bcbfa2f jnz 0x0bcb0010 ->0
0bcbfa35 cmp dword [rbx+0x1c], -0x0c
0bcbfa39 jnz 0x0bcb0010 ->0
0bcbfa3f mov ebx, [rbx+0x18]
0bcbfa42 cmp dword [rbx+0x1c], +0x3f
0bcbfa46 jnz 0x0bcb0010 ->0
0bcbfa4c mov ebx, [rbx+0x14]
0bcbfa4f mov rsi, 0xfffffffb41270db0
0bcbfa59 cmp rsi, [rbx+0x50]
0bcbfa5d jnz 0x0bcb0010 ->0
0bcbfa63 cmp dword [rbx+0x4c], -0x09
0bcbfa67 jnz 0x0bcb0010 ->0
0bcbfa6d mov esi, [r15+0x1c]
0bcbfa71 and esi, 0x798a813c
0bcbfa77 lea esi, [rsi+rsi*2]
0bcbfa7a shl esi, 0x03
0bcbfa7d add esi, [r15+0x14]
0bcbfa81 cmp dword [rsi+0xc], -0x05
0bcbfa85 jnz 0x0bcbfa94
0bcbfa87 cmp dword [rsi+0x8], 0x41270fb0
0bcbfa8e jz 0x0bcb0010 ->0
0bcbfa94 mov esi, [rsi+0x10]
0bcbfa97 test esi, esi
0bcbfa99 jnz 0x0bcbfa81
0bcbfa9b mov rsi, 0xfffffffb41270fb0
0bcbfaa5 cmp rsi, [rbx+0x5a8]
0bcbfaac jnz 0x0bcb0010 ->0
0bcbfab2 cmp dword [rbx+0x5a4], -0x09
0bcbfab9 jnz 0x0bcb0010 ->0
0bcbfabf cmp dword [rdx+0x4], -0x0c
0bcbfac3 jnz 0x0bcb0010 ->0
0bcbfac9 mov r12d, [rdx]
0bcbfacc cmp dword [rbx+0x5a0], 0x41270f18
0bcbfad6 jnz 0x0bcb0010 ->0
0bcbfadc cmp dword [rbx+0x48], 0x41270d88
0bcbfae3 jnz 0x0bcb0010 ->0
0bcbfae9 cmp dword [r12+0x18], +0x01
0bcbfaef jbe 0x0bcb0010 ->0
0bcbfaf5 mov ebx, [r12+0x8]
0bcbfafa cmp dword [rbx+0xc], -0x05
0bcbfafe jnz 0x0bcb0010 ->0
0bcbfb04 mov r15d, [rbx+0x8]
0bcbfb08 cmp r15d, 0x412708f8
0bcbfb0f jz 0x0bcb0014 ->1
0bcbfb15 cmp r15d, 0x41287360
0bcbfb1c jz 0x0bcb0018 ->2
0bcbfb22 cmp r15d, 0x41270a18
0bcbfb29 jz 0x0bcb001c ->3
0bcbfb2f cmp r15d, 0x41270870
0bcbfb36 jz 0x0bcb0020 ->4
0bcbfb3c cmp r15d, 0x41273cb0
0bcbfb43 jz 0x0bcb0024 ->5
0bcbfb49 cmp r15d, 0x412892e8
0bcbfb50 jz 0x0bcb0028 ->6
0bcbfb56 mov esi, [rbp+0x24]
0bcbfb59 cmp byte [rsi+0x6], 0x1
0bcbfb5d jnz 0x0bcb002c ->7
0bcbfb63 lea ebx, [rsi+0x8]
0bcbfb66 cmp dword [rbx+0x4], -0x0c
0bcbfb6a jnz 0x0bcb002c ->7
0bcbfb70 mov r14d, [rbx]
0bcbfb73 mov ebx, [r14+0x1c]
0bcbfb77 and ebx, [r15+0x8]
0bcbfb7b lea ebx, [rbx+rbx*2]
0bcbfb7e shl ebx, 0x03
0bcbfb81 add ebx, [r14+0x14]
0bcbfb85 cmp dword [rbx+0xc], -0x05
0bcbfb89 jnz 0x0bcbfb91
0bcbfb8b cmp r15d, [rbx+0x8]
0bcbfb8f jz 0x0bcbfb9d
0bcbfb91 mov ebx, [rbx+0x10]
0bcbfb94 test ebx, ebx
0bcbfb96 jnz 0x0bcbfb85
0bcbfb98 mov ebx, 0x4126e458
0bcbfb9d cmp dword [rbx+0x4], -0x03
0bcbfba1 jnz 0x0bcb002c ->7
0bcbfba7 cmp ebp, 0x4127fc88
0bcbfbad jnz 0x0bcb002c ->7
0bcbfbb3 cmp dword [rdx+0xc], -0x0c
0bcbfbb7 jnz 0x0bcb002c ->7
0bcbfbbd mov ebp, [rdx+0x8]
0bcbfbc0 cmp dword [rdx+0x14], -0x0c
0bcbfbc4 jnz 0x0bcb002c ->7
0bcbfbca mov r13d, [rdx+0x10]
0bcbfbce cmp dword [rdx+0x1c], -0x0c
0bcbfbd2 jnz 0x0bcb002c ->7
0bcbfbd8 mov r14d, [rdx+0x18]
0bcbfbdc mov esi, 0x414eda00
0bcbfbe1 call 0x004223c0 ->lj_tab_dup
0bcbfbe6 mov edx, [0x4126e4b4]
0bcbfbed mov ebx, [rax+0x8]
0bcbfbf0 mov dword [rbx+0x14], 0xfffffff4
0bcbfbf7 mov [rbx+0x10], r12d
0bcbfbfb cmp dword [r13+0x1c], +0x03
0bcbfc00 jnz 0x0bcb0030 ->8
0bcbfc06 mov r12d, [r13+0x14]
0bcbfc0a mov rdi, 0xfffffffb414f94c8
0bcbfc14 cmp rdi, [r12+0x50]
0bcbfc19 jnz 0x0bcb0030 ->8
0bcbfc1f cmp dword [r12+0x4c], -0x01
0bcbfc25 jnz 0x0bcb0030 ->8
0bcbfc2b cmp dword [r13+0x10], +0x00
0bcbfc30 jnz 0x0bcb0030 ->8
0bcbfc36 mov dword [rbx+0x1c], 0xffffffff
0bcbfc3d cmp dword [r14+0x1c], +0x03
0bcbfc42 jnz 0x0bcb0034 ->9
0bcbfc48 mov r13d, [r14+0x14]
0bcbfc4c mov rdi, 0xfffffffb414f94c8
0bcbfc56 cmp rdi, [r13+0x50]
0bcbfc5a jnz 0x0bcb0034 ->9
0bcbfc60 cmp dword [r13+0x4c], -0x01
0bcbfc65 jnz 0x0bcb0034 ->9
0bcbfc6b cmp dword [r14+0x10], +0x00
0bcbfc70 jnz 0x0bcb0034 ->9
0bcbfc76 mov dword [rbx+0x24], 0xffffffff
0bcbfc7d cmp dword [rbp+0x1c], +0x03
0bcbfc81 jnz 0x0bcb0038 ->10
0bcbfc87 mov ebx, [rbp+0x14]
0bcbfc8a mov rdi, 0xfffffffb414f9c30
0bcbfc94 cmp rdi, [rbx+0x20]
0bcbfc98 jnz 0x0bcb0038 ->10
0bcbfc9e cmp dword [rbp+0x10], +0x00
0bcbfca2 jnz 0x0bcb0038 ->10
0bcbfca8 mov dword [rbx+0x1c], 0xfffffff4
0bcbfcaf mov [rbx+0x18], eax
0bcbfcb2 test byte [rbp+0x4], 0x4
0bcbfcb6 jz 0x0bcbfccd
0bcbfcb8 and byte [rbp+0x4], 0xfb
0bcbfcbc mov edi, [0x4126e3f4]
0bcbfcc3 mov [0x4126e3f4], ebp
0bcbfcca mov [rbp+0xc], edi
0bcbfccd mov eax, [0x4126e4b0]
0bcbfcd4 mov eax, [rax+0x20]
0bcbfcd7 sub eax, edx
0bcbfcd9 cmp eax, +0x68
0bcbfcdc jb 0x0bcb003c ->11
0bcbfce2 mov dword [rdx-0x8], 0x4127fc88
0bcbfce9 xor eax, eax
0bcbfceb mov ebx, 0x414fac90
0bcbfcf0 mov r14d, 0x4126f008
0bcbfcf6 jmp 0x00420177
---- TRACE 3 stop -> return
---- TRACE 3 exit 8
---- TRACE 3 exit 4
---- TRACE 2 exit 1
---- TRACE 3 exit 4
---- TRACE 2 exit 1
---- TRACE 3 exit 4
---- TRACE 2 exit 1
---- TRACE 3 exit 4
---- TRACE 3 exit 4
---- TRACE 3 exit 5
---- TRACE 3 exit 1
---- TRACE 3 exit 1
---- TRACE 3 exit 1
---- TRACE 3 exit 10
---- TRACE 3 exit 2
Raw
dump.hotloop09
---- TRACE 1 start ssa.lua:39
0001 UGET 0 0 ; label_counter
0002 ADDVN 0 0 0 ; 1
0003 USETV 0 0 ; label_counter
0004 KSTR 0 0 ; "L"
0005 UGET 1 0 ; label_counter
0006 CAT 0 0 1
0007 TDUP 1 1
0008 TNEW 2 0
0009 TSETS 2 1 2 ; "bindings"
0010 TSETS 0 1 3 ; "label"
0011 UGET 2 1 ; ssa
0012 TGETS 2 2 4 ; "blocks"
0013 TSETV 1 2 0
0014 RET1 1 2
---- TRACE 1 IR
.... SNAP #0 [ ---- ]
0001 rbp fun SLOAD #0 R
0002 rbx > p32 UREFO 0001 #0
0003 xmm7 > num ULOAD 0002
0004 [10] num ADD 0003 +1 
0005 num USTORE 0002 0004
.... SNAP #1 [ ---- ---- ]
0006 str TOSTR 0004 NUM
0007 rdi p32 BUFHDR [0x40a35414] RESET
0008 rdi p32 BUFPUT 0007 "L" 
0009 rdi p32 BUFPUT 0008 0006
0010 [c] str BUFSTR 0009 0007
0011 [8] > tab TDUP {0x41107138}
0012 r15 > tab TNEW #0 #0
0013 rbx p32 FLOAD 0011 tab.node
0014 p32 HREFK 0013 "bindings" @0
0015 tab HSTORE 0014 0012
0016 p32 HREFK 0013 "label" @1
0017 str HSTORE 0016 0010
.... SNAP #2 [ ---- 0010 0011 ---- ]
0018 rbp > p32 UREFO 0001 #1
0019 rbp > tab ULOAD 0018
0020 int FLOAD 0019 tab.hmask
0021 > int EQ 0020 +1 
0022 rbp p32 FLOAD 0019 tab.node
0023 > p32 HREFK 0022 "blocks" @0
0024 rbp > tab HLOAD 0023
0025 rsi p32 HREF 0024 0010
0026 > p32 EQ 0025 [0x40a35458]
0027 tab FLOAD 0024 tab.meta
0028 > tab EQ 0027 [NULL]
0029 rbx p32 NEWREF 0024 0010
0030 tab HSTORE 0029 0011
0031 nil TBAR 0024
0032 p32 FREF 0024 tab.nomm
0033 u8  FSTORE 0032 +0 
.... SNAP #3 [ ---- ---- 0011 ]
---- TRACE 1 mcode 441
0bcbfe44 add rsp, -0x10
0bcbfe48 mov dword [0x40a35410], 0x1
0bcbfe53 mov edi, [0x40a353d8]
0bcbfe5a cmp edi, [0x40a353dc]
0bcbfe61 jb 0x0bcbfe7a
0bcbfe63 mov esi, 0x3
0bcbfe68 mov edi, 0x40a353b8
0bcbfe6d call 0x00421730 ->lj_gc_step_jit
0bcbfe72 test eax, eax
0bcbfe74 jnz 0x0bcb0010 ->0
0bcbfe7a mov edx, [0x40a354b4]
0bcbfe81 mov ebp, [rdx-0x8]
0bcbfe84 mov edi, [rbp+0x14]
0bcbfe87 mov ebx, [rdi+0x10]
0bcbfe8a cmp dword [rbx+0x4], 0xfffeffff
0bcbfe91 jnb 0x0bcb0010 ->0
0bcbfe97 movsd xmm7, [rbx]
0bcbfe9b addsd xmm7, [0x410fa9e0]
0bcbfea4 movsd [rsp+0x10], xmm7
0bcbfeaa movsd [rbx], xmm7
0bcbfeae mov edi, 0x40a35414
0bcbfeb3 mov esi, [rdi+0x8]
0bcbfeb6 mov [rdi], esi
0bcbfeb8 mov esi, 0x4c
0bcbfebd call 0x00421b60 ->lj_buf_putchar
0bcbfec2 mov edi, eax
0bcbfec4 lea rsi, [rsp+0x10]
0bcbfec9 call 0x0040a3c0 ->lj_strfmt_putnum
0bcbfece mov edi, eax
0bcbfed0 call 0x00421ff0 ->lj_buf_tostr
0bcbfed5 mov [rsp+0xc], eax
0bcbfed9 mov edi, [0x40a354b0]
0bcbfee0 mov esi, 0x41107138
0bcbfee5 call 0x004223c0 ->lj_tab_dup
0bcbfeea mov ebx, eax
0bcbfeec mov [rsp+0x8], ebx
0bcbfef0 mov edi, [0x40a354b0]
0bcbfef7 xor esi, esi
0bcbfef9 call 0x00422350 ->lj_tab_new1
0bcbfefe mov r15d, eax
0bcbff01 mov edi, [0x40a354b0]
0bcbff08 mov eax, [rsp+0xc]
0bcbff0c mov ebx, [rbx+0x14]
0bcbff0f mov dword [rbx+0x4], 0xfffffff4
0bcbff16 mov [rbx], r15d
0bcbff19 mov dword [rbx+0x1c], 0xfffffffb
0bcbff20 mov [rbx+0x18], eax
0bcbff23 mov esi, [rbp+0x18]
0bcbff26 mov ebp, [rsi+0x10]
0bcbff29 cmp dword [rbp+0x4], -0x0c
0bcbff2d jnz 0x0bcb0018 ->2
0bcbff33 mov ebp, [rbp+0x0]
0bcbff36 cmp dword [rbp+0x1c], +0x01
0bcbff3a jnz 0x0bcb0018 ->2
0bcbff40 mov ebp, [rbp+0x14]
0bcbff43 mov rsi, 0xfffffffb411063b0
0bcbff4d cmp rsi, [rbp+0x8]
0bcbff51 jnz 0x0bcb0018 ->2
0bcbff57 cmp dword [rbp+0x4], -0x0c
0bcbff5b jnz 0x0bcb0018 ->2
0bcbff61 mov ebp, [rbp+0x0]
0bcbff64 mov esi, [rbp+0x1c]
0bcbff67 and esi, [rax+0x8]
0bcbff6a lea esi, [rsi+rsi*2]
0bcbff6d shl esi, 0x03
0bcbff70 add esi, [rbp+0x14]
0bcbff73 cmp dword [rsi+0xc], -0x05
0bcbff77 jnz 0x0bcbff82
0bcbff79 cmp eax, [rsi+0x8]
0bcbff7c jz 0x0bcb0018 ->2
0bcbff82 mov esi, [rsi+0x10]
0bcbff85 test esi, esi
0bcbff87 jnz 0x0bcbff73
0bcbff89 cmp dword [rbp+0x10], +0x00
0bcbff8d jnz 0x0bcb0018 ->2
0bcbff93 mov edx, 0x40a35448
0bcbff98 mov dword [rdx+0x4], 0xfffffffb
0bcbff9f mov [rdx], eax
0bcbffa1 mov esi, ebp
0bcbffa3 call 0x00422cf0 ->lj_tab_newkey
0bcbffa8 mov ebx, eax
0bcbffaa mov edx, [0x40a354b4]
0bcbffb1 mov eax, [rsp+0x8]
0bcbffb5 mov dword [rbx+0x4], 0xfffffff4
0bcbffbc mov [rbx], eax
0bcbffbe test byte [rbp+0x4], 0x4
0bcbffc2 jz 0x0bcbffd9
0bcbffc4 and byte [rbp+0x4], 0xfb
0bcbffc8 mov edi, [0x40a353f4]
0bcbffcf mov [0x40a353f4], ebp
0bcbffd6 mov [rbp+0xc], edi
0bcbffd9 mov byte [rbp+0x6], 0x0
0bcbffdd mov dword [rdx+0xc], 0xfffffff4
0bcbffe4 mov [rdx+0x8], eax
0bcbffe7 xor eax, eax
0bcbffe9 mov ebx, 0x41107dd8
0bcbffee mov r14d, 0x40a36008
0bcbfff4 add rsp, +0x10
0bcbfff8 jmp 0x00420177
---- TRACE 1 stop -> return
---- TRACE 2 start ssa.lua:55
0001 GGET 4 0 ; "assert"
0002 GGET 5 1 ; "type"
0003 MOV 6 0
0004 CALL 5 2 2
0000 . FUNCC ; type
0005 ISEQS 5 2 ; "table"
0006 JMP 5 => 0009
0009 KPRI 5 2
0010 CALL 4 1 2
0000 . FUNCC ; assert
0011 TGETB 4 0 1
0012 ISNES 4 3 ; "if"
0013 JMP 5 => 0037
0037 ISNES 4 4 ; "let"
0038 JMP 5 => 0056
0056 ISNES 4 10 ; "true"
0057 JMP 5 => 0063
0063 ISNES 4 11 ; "false"
0064 JMP 5 => 0070
0065 UGET 5 2 ; finish_goto
0066 MOV 6 1
0067 MOV 7 3
0068 CALL 5 1 3
0000 . FUNCF 4 ; ssa.lua:52
0001 . TDUP 2 1
0002 . TGETS 3 1 2 ; "label"
0003 . TSETB 3 2 2
0004 . TSETS 2 0 0 ; "control"
0005 . RET0 0 1
0069 JMP 5 => 0094
0094 RET0 0 1
---- TRACE 2 IR
.... SNAP #0 [ ---- ---- ---- ---- ---- ]
0001 rbp fun SLOAD #0 R
0002 rbx tab FLOAD 0001 func.env
0003 rsi p32 HREF 0002 "assert"
0004 > p32 EQ 0003 [0x40a35458]
0005 r15 tab FLOAD 0002 tab.meta
0006 > tab NE 0005 [NULL]
0007 int FLOAD 0005 tab.hmask
0008 > int EQ 0007 +1 
0009 r15 p32 FLOAD 0005 tab.node
0010 > p32 HREFK 0009 "__index" @1
0011 r15 > tab HLOAD 0010
0012 int FLOAD 0011 tab.hmask
0013 > int EQ 0012 +63 
0014 r15 p32 FLOAD 0011 tab.node
0015 > p32 HREFK 0014 "assert" @3
0016 > fun HLOAD 0015
0017 rsi p32 HREF 0002 "type"
0018 > p32 EQ 0017 [0x40a35458]
0019 > p32 HREFK 0014 "type" @60
0020 > fun HLOAD 0019
0021 rbx > tab SLOAD #1 T
0022 > fun EQ 0020 type
0023 > fun EQ 0016 assert
0024 int FLOAD 0021 tab.asize
0025 > int ABC 0024 +1 
0026 rbx p32 FLOAD 0021 tab.array
0027 p32 AREF 0026 +1 
0028 rbx > str ALOAD 0027
.... SNAP #1 [ ---- ---- ---- ---- ---- 0028 ]
0029 > str NE 0028 "if"
.... SNAP #2 [ ---- ---- ---- ---- ---- 0028 ]
0030 > str NE 0028 "let"
.... SNAP #3 [ ---- ---- ---- ---- ---- 0028 ]
0031 > str NE 0028 "true"
.... SNAP #4 [ ---- ---- ---- ---- ---- 0028 ]
0032 > str EQ 0028 "false"
.... SNAP #5 [ ---- ---- ---- ---- ---- 0028 ]
0033 > fun EQ 0001 ssa.lua:55
0034 rbp > tab SLOAD #2 T
0035 r15 > tab SLOAD #4 T
0036 [8] > tab TDUP {0x411085c8}
0037 int FLOAD 0035 tab.hmask
0038 > int EQ 0037 +1 
0039 r15 p32 FLOAD 0035 tab.node
0040 > p32 HREFK 0039 "label" @1
0041 r15 > str HLOAD 0040
0042 rax p32 FLOAD 0036 tab.array
0043 p32 AREF 0042 +2 
0044 str ASTORE 0043 0041
.... SNAP #6 [ ssa.lua:55|---- ---- ---- ---- 0028 ssa.lua:52|0034 ---- 0036 ---- ]
0045 rsi p32 HREF 0034 "control"
0046 > p32 EQ 0045 [0x40a35458]
0047 tab FLOAD 0034 tab.meta
0048 > tab EQ 0047 [NULL]
0049 rbx p32 NEWREF 0034 "control"
0050 tab HSTORE 0049 0036
0051 nil TBAR 0034
.... SNAP #7 [ ssa.lua:55|]
---- TRACE 2 mcode 719
0bcbfb6e mov dword [0x40a35410], 0x2
0bcbfb79 mov edi, [0x40a353d8]
0bcbfb80 cmp edi, [0x40a353dc]
0bcbfb87 jb 0x0bcbfba0
0bcbfb89 mov esi, 0x1
0bcbfb8e mov edi, 0x40a353b8
0bcbfb93 call 0x00421730 ->lj_gc_step_jit
0bcbfb98 test eax, eax
0bcbfb9a jnz 0x0bcb0010 ->0
0bcbfba0 mov edi, [0x40a354b0]
0bcbfba7 mov edx, [0x40a354b4]
0bcbfbae mov ebp, [rdx-0x8]
0bcbfbb1 mov ebx, [rbp+0x8]
0bcbfbb4 mov esi, [rbx+0x1c]
0bcbfbb7 and esi, 0xce2b6183
0bcbfbbd lea esi, [rsi+rsi*2]
0bcbfbc0 shl esi, 0x03
0bcbfbc3 add esi, [rbx+0x14]
0bcbfbc6 cmp dword [rsi+0xc], -0x05
0bcbfbca jnz 0x0bcbfbd9
0bcbfbcc cmp dword [rsi+0x8], 0x40a37db0
0bcbfbd3 jz 0x0bcb0010 ->0
0bcbfbd9 mov esi, [rsi+0x10]
0bcbfbdc test esi, esi
0bcbfbde jnz 0x0bcbfbc6
0bcbfbe0 mov r15d, [rbx+0x10]
0bcbfbe4 test r15d, r15d
0bcbfbe7 jz 0x0bcb0010 ->0
0bcbfbed cmp dword [r15+0x1c], +0x01
0bcbfbf2 jnz 0x0bcb0010 ->0
0bcbfbf8 mov r15d, [r15+0x14]
0bcbfbfc mov rsi, 0xfffffffb40a374c8
0bcbfc06 cmp rsi, [r15+0x20]
0bcbfc0a jnz 0x0bcb0010 ->0
0bcbfc10 cmp dword [r15+0x1c], -0x0c
0bcbfc15 jnz 0x0bcb0010 ->0
0bcbfc1b mov r15d, [r15+0x18]
0bcbfc1f cmp dword [r15+0x1c], +0x3f
0bcbfc24 jnz 0x0bcb0010 ->0
0bcbfc2a mov r15d, [r15+0x14]
0bcbfc2e mov rsi, 0xfffffffb40a37db0
0bcbfc38 cmp rsi, [r15+0x50]
0bcbfc3c jnz 0x0bcb0010 ->0
0bcbfc42 cmp dword [r15+0x4c], -0x09
0bcbfc47 jnz 0x0bcb0010 ->0
0bcbfc4d mov esi, [rbx+0x1c]
0bcbfc50 and esi, 0x798a813c
0bcbfc56 lea esi, [rsi+rsi*2]
0bcbfc59 shl esi, 0x03
0bcbfc5c add esi, [rbx+0x14]
0bcbfc5f cmp dword [rsi+0xc], -0x05
0bcbfc63 jnz 0x0bcbfc72
0bcbfc65 cmp dword [rsi+0x8], 0x40a37fb0
0bcbfc6c jz 0x0bcb0010 ->0
0bcbfc72 mov esi, [rsi+0x10]
0bcbfc75 test esi, esi
0bcbfc77 jnz 0x0bcbfc5f
0bcbfc79 mov rsi, 0xfffffffb40a37fb0
0bcbfc83 cmp rsi, [r15+0x5a8]
0bcbfc8a jnz 0x0bcb0010 ->0
0bcbfc90 cmp dword [r15+0x5a4], -0x09
0bcbfc98 jnz 0x0bcb0010 ->0
0bcbfc9e cmp dword [rdx+0x4], -0x0c
0bcbfca2 jnz 0x0bcb0010 ->0
0bcbfca8 mov ebx, [rdx]
0bcbfcaa cmp dword [r15+0x5a0], 0x40a37f18
0bcbfcb5 jnz 0x0bcb0010 ->0
0bcbfcbb cmp dword [r15+0x48], 0x40a37d88
0bcbfcc3 jnz 0x0bcb0010 ->0
0bcbfcc9 cmp dword [rbx+0x18], +0x01
0bcbfccd jbe 0x0bcb0010 ->0
0bcbfcd3 mov ebx, [rbx+0x8]
0bcbfcd6 cmp dword [rbx+0xc], -0x05
0bcbfcda jnz 0x0bcb0010 ->0
0bcbfce0 mov ebx, [rbx+0x8]
0bcbfce3 cmp ebx, 0x40a378f8
0bcbfce9 jz 0x0bcb0014 ->1
0bcbfcef cmp ebx, 0x410f6fc8
0bcbfcf5 jz 0x0bcb0018 ->2
0bcbfcfb cmp ebx, 0x40a37a18
0bcbfd01 jz 0x0bcb001c ->3
0bcbfd07 cmp ebx, 0x40a37870
0bcbfd0d jnz 0x0bcb0020 ->4
0bcbfd13 cmp ebp, 0x40a49b78
0bcbfd19 jnz 0x0bcb0024 ->5
0bcbfd1f cmp dword [rdx+0xc], -0x0c
0bcbfd23 jnz 0x0bcb0024 ->5
0bcbfd29 mov ebp, [rdx+0x8]
0bcbfd2c cmp dword [rdx+0x1c], -0x0c
0bcbfd30 jnz 0x0bcb0024 ->5
0bcbfd36 mov r15d, [rdx+0x18]
0bcbfd3a mov esi, 0x411085c8
0bcbfd3f call 0x004223c0 ->lj_tab_dup
0bcbfd44 mov [rsp+0x8], eax
0bcbfd48 mov edi, [0x40a354b0]
0bcbfd4f cmp dword [r15+0x1c], +0x01
0bcbfd54 jnz 0x0bcb0024 ->5
0bcbfd5a mov r15d, [r15+0x14]
0bcbfd5e mov rsi, 0xfffffffb41106450
0bcbfd68 cmp rsi, [r15+0x20]
0bcbfd6c jnz 0x0bcb0024 ->5
0bcbfd72 cmp dword [r15+0x1c], -0x05
0bcbfd77 jnz 0x0bcb0024 ->5
0bcbfd7d mov r15d, [r15+0x18]
0bcbfd81 mov eax, [rax+0x8]
0bcbfd84 mov dword [rax+0x14], 0xfffffffb
0bcbfd8b mov [rax+0x10], r15d
0bcbfd8f mov esi, [rbp+0x1c]
0bcbfd92 and esi, 0x2a54dc55
0bcbfd98 lea esi, [rsi+rsi*2]
0bcbfd9b shl esi, 0x03
0bcbfd9e add esi, [rbp+0x14]
0bcbfda1 cmp dword [rsi+0xc], -0x05
0bcbfda5 jnz 0x0bcbfdb4
0bcbfda7 cmp dword [rsi+0x8], 0x41106bb8
0bcbfdae jz 0x0bcb0028 ->6
0bcbfdb4 mov esi, [rsi+0x10]
0bcbfdb7 test esi, esi
0bcbfdb9 jnz 0x0bcbfda1
0bcbfdbb cmp dword [rbp+0x10], +0x00
0bcbfdbf jnz 0x0bcb0028 ->6
0bcbfdc5 mov edx, 0x40a35448
0bcbfdca mov dword [rdx+0x4], 0xfffffffb
0bcbfdd1 mov dword [rdx], 0x41106bb8
0bcbfdd7 mov esi, ebp
0bcbfdd9 call 0x00422cf0 ->lj_tab_newkey
0bcbfdde mov ebx, eax
0bcbfde0 mov edx, [0x40a354b4]
0bcbfde7 mov eax, [rsp+0x8]
0bcbfdeb mov dword [rbx+0x4], 0xfffffff4
0bcbfdf2 mov [rbx], eax
0bcbfdf4 test byte [rbp+0x4], 0x4
0bcbfdf8 jz 0x0bcbfe0f
0bcbfdfa and byte [rbp+0x4], 0xfb
0bcbfdfe mov edi, [0x40a353f4]
0bcbfe05 mov [0x40a353f4], ebp
0bcbfe0c mov [rbp+0xc], edi
0bcbfe0f mov eax, [0x40a354b0]
0bcbfe16 mov eax, [rax+0x20]
0bcbfe19 sub eax, edx
0bcbfe1b cmp eax, +0x68
0bcbfe1e jb 0x0bcb002c ->7
0bcbfe24 mov dword [rdx-0x8], 0x40a49b78
0bcbfe2b xor eax, eax
0bcbfe2d mov ebx, 0x41107c18
0bcbfe32 mov r14d, 0x40a36008
0bcbfe38 jmp 0x00420177
---- TRACE 2 stop -> return
---- TRACE 2 exit 1
---- TRACE 2 exit 4
---- TRACE 2 exit 1
---- TRACE 2 exit 4
---- TRACE 2 exit 1
---- TRACE 2 exit 4
---- TRACE 2 exit 4
---- TRACE 2 exit 4
---- TRACE 2 exit 1
---- TRACE 2 exit 1
---- TRACE 2 exit 1
---- TRACE 2 exit 4
---- TRACE 2 exit 2
---- TRACE 2 exit 1
---- TRACE 2 exit 1
---- TRACE 2 exit 1
---- TRACE 2 exit 4
---- TRACE 2 exit 3
---- TRACE 2 exit 1
---- TRACE 3 start 2/1 ssa.lua:59
0014 UGET 5 0 ; add_block
0015 CALL 5 2 1
0000 . JFUNCF 3 1 ; ssa.lua:39
0001 . UGET 0 0 ; label_counter
0002 . ADDVN 0 0 0 ; 1
0003 . USETV 0 0 ; label_counter
0004 . KSTR 0 0 ; "L"
0005 . UGET 1 0 ; label_counter
0006 . CAT 0 0 1
0007 . TDUP 1 1
0008 . TNEW 2 0
0009 . TSETS 2 1 2 ; "bindings"
0010 . TSETS 0 1 3 ; "label"
0011 . UGET 2 1 ; ssa
0012 . TGETS 2 2 4 ; "blocks"
0013 . TSETV 1 2 0
0014 . RET1 1 2
0016 UGET 6 0 ; add_block
0017 CALL 6 2 1
0000 . JFUNCF 3 1 ; ssa.lua:39
0001 . UGET 0 0 ; label_counter
0002 . ADDVN 0 0 0 ; 1
0003 . USETV 0 0 ; label_counter
0004 . KSTR 0 0 ; "L"
0005 . UGET 1 0 ; label_counter
0006 . CAT 0 0 1
0007 . TDUP 1 1
0008 . TNEW 2 0
0009 . TSETS 2 1 2 ; "bindings"
0010 . TSETS 0 1 3 ; "label"
0011 . UGET 2 1 ; ssa
0012 . TGETS 2 2 4 ; "blocks"
0013 . TSETV 1 2 0
0014 . RET1 1 2
0018 UGET 7 1 ; compile_bool
0019 TGETB 8 0 2
0020 MOV 9 1
0021 MOV 10 5
0022 MOV 11 6
0023 CALL 7 1 5
0000 . JFUNCF 13 2 ; ssa.lua:55
0001 . GGET 4 0 ; "assert"
0002 . GGET 5 1 ; "type"
0003 . MOV 6 0
0004 . CALL 5 2 2
0000 . . FUNCC ; type
0005 . ISEQS 5 2 ; "table"
0006 . JMP 5 => 0009
0009 . KPRI 5 2
0010 . CALL 4 1 2
0000 . . FUNCC ; assert
0011 . TGETB 4 0 1
0012 . ISNES 4 3 ; "if"
0013 . JMP 5 => 0037
0037 . ISNES 4 4 ; "let"
0038 . JMP 5 => 0056
0056 . ISNES 4 10 ; "true"
0057 . JMP 5 => 0063
0063 . ISNES 4 11 ; "false"
0064 . JMP 5 => 0070
0070 . ISNES 4 12 ; "match"
0071 . JMP 5 => 0077
0077 . ISNES 4 14 ; "fail"
0078 . JMP 5 => 0084
0084 . GGET 5 0 ; "assert"
0085 . UGET 6 4 ; relops
0086 . TGETV 6 6 4
0087 . CALL 5 1 2
0000 . . FUNCC ; assert
0088 . UGET 5 5 ; finish_if
0089 . MOV 6 1
0090 . MOV 7 0
0091 . MOV 8 2
0092 . MOV 9 3
0093 . CALL 5 1 5
0000 . . FUNCF 6 ; ssa.lua:49
0001 . . TDUP 4 1
0002 . . TSETB 1 4 2
0003 . . TGETS 5 2 2 ; "label"
0004 . . TSETB 5 4 3
0005 . . TGETS 5 3 2 ; "label"
0006 . . TSETB 5 4 4
0007 . . TSETS 4 0 0 ; "control"
0008 . . RET0 0 1
0094 . RET0 0 1
0024 UGET 7 1 ; compile_bool
0025 TGETB 8 0 3
0026 MOV 9 5
0027 MOV 10 2
0028 MOV 11 3
0029 CALL 7 1 5
0000 . JFUNCF 13 2 ; ssa.lua:55
0001 . GGET 4 0 ; "assert"
0002 . GGET 5 1 ; "type"
0003 . MOV 6 0
0004 . CALL 5 2 2
0000 . . FUNCC ; type
0005 . ISEQS 5 2 ; "table"
0006 . JMP 5 => 0009
0009 . KPRI 5 2
0010 . CALL 4 1 2
0000 . . FUNCC ; assert
0011 . TGETB 4 0 1
0012 . ISNES 4 3 ; "if"
0013 . JMP 5 => 0037
0014 . UGET 5 0 ; add_block
0015 . CALL 5 2 1
0000 . . JFUNCF 3 1 ; ssa.lua:39
0001 . . UGET 0 0 ; label_counter
0002 . . ADDVN 0 0 0 ; 1
0003 . . USETV 0 0 ; label_counter
0004 . . KSTR 0 0 ; "L"
0005 . . UGET 1 0 ; label_counter
0006 . . CAT 0 0 1
0007 . . TDUP 1 1
0008 . . TNEW 2 0
0009 . . TSETS 2 1 2 ; "bindings"
0010 . . TSETS 0 1 3 ; "label"
0011 . . UGET 2 1 ; ssa
0012 . . TGETS 2 2 4 ; "blocks"
0013 . . TSETV 1 2 0
0014 . . RET1 1 2
0016 . UGET 6 0 ; add_block
0017 . CALL 6 2 1
0000 . . JFUNCF 3 1 ; ssa.lua:39
0001 . . UGET 0 0 ; label_counter
0002 . . ADDVN 0 0 0 ; 1
0003 . . USETV 0 0 ; label_counter
0004 . . KSTR 0 0 ; "L"
0005 . . UGET 1 0 ; label_counter
0006 . . CAT 0 0 1
0007 . . TDUP 1 1
0008 . . TNEW 2 0
0009 . . TSETS 2 1 2 ; "bindings"
0010 . . TSETS 0 1 3 ; "label"
0011 . . UGET 2 1 ; ssa
0012 . . TGETS 2 2 4 ; "blocks"
0013 . . TSETV 1 2 0
0014 . . RET1 1 2
0018 . UGET 7 1 ; compile_bool
0019 . TGETB 8 0 2
0020 . MOV 9 1
0021 . MOV 10 5
0022 . MOV 11 6
0023 . CALL 7 1 5
0000 . . JFUNCF 13 2 ; ssa.lua:55
0001 . . GGET 4 0 ; "assert"
0002 . . GGET 5 1 ; "type"
0003 . . MOV 6 0
0004 . . CALL 5 2 2
0000 . . . FUNCC ; type
0005 . . ISEQS 5 2 ; "table"
0006 . . JMP 5 => 0009
0009 . . KPRI 5 2
0010 . . CALL 4 1 2
0000 . . . FUNCC ; assert
0011 . . TGETB 4 0 1
0012 . . ISNES 4 3 ; "if"
0013 . . JMP 5 => 0037
0037 . . ISNES 4 4 ; "let"
0038 . . JMP 5 => 0056
0056 . . ISNES 4 10 ; "true"
0057 . . JMP 5 => 0063
0063 . . ISNES 4 11 ; "false"
0064 . . JMP 5 => 0070
0070 . . ISNES 4 12 ; "match"
0071 . . JMP 5 => 0077
0077 . . ISNES 4 14 ; "fail"
0078 . . JMP 5 => 0084
0084 . . GGET 5 0 ; "assert"
0085 . . UGET 6 4 ; relops
0086 . . TGETV 6 6 4
0087 . . CALL 5 1 2
0000 . . . FUNCC ; assert
0088 . . UGET 5 5 ; finish_if
0089 . . MOV 6 1
0090 . . MOV 7 0
0091 . . MOV 8 2
0092 . . MOV 9 3
0093 . . CALL 5 1 5
0000 . . . FUNCF 6 ; ssa.lua:49
0001 . . . TDUP 4 1
0002 . . . TSETB 1 4 2
0003 . . . TGETS 5 2 2 ; "label"
0004 . . . TSETB 5 4 3
0005 . . . TGETS 5 3 2 ; "label"
0006 . . . TSETB 5 4 4
0007 . . . TSETS 4 0 0 ; "control"
0008 . . . RET0 0 1
0094 . . RET0 0 1
0024 . UGET 7 1 ; compile_bool
0025 . TGETB 8 0 3
0026 . MOV 9 5
0027 . MOV 10 2
0028 . MOV 11 3
0029 . CALL 7 1 5
0000 . . JFUNCF 13 2 ; ssa.lua:55
0001 . . GGET 4 0 ; "assert"
0002 . . GGET 5 1 ; "type"
0003 . . MOV 6 0
0004 . . CALL 5 2 2
0000 . . . FUNCC ; type
0005 . . ISEQS 5 2 ; "table"
0006 . . JMP 5 => 0009
0009 . . KPRI 5 2
0010 . . CALL 4 1 2
0000 . . . FUNCC ; assert
0011 . . TGETB 4 0 1
0012 . . ISNES 4 3 ; "if"
0013 . . JMP 5 => 0037
0037 . . ISNES 4 4 ; "let"
0038 . . JMP 5 => 0056
0056 . . ISNES 4 10 ; "true"
0057 . . JMP 5 => 0063
0063 . . ISNES 4 11 ; "false"
0064 . . JMP 5 => 0070
0070 . . ISNES 4 12 ; "match"
0071 . . JMP 5 => 0077
0077 . . ISNES 4 14 ; "fail"
0078 . . JMP 5 => 0084
0084 . . GGET 5 0 ; "assert"
0085 . . UGET 6 4 ; relops
0086 . . TGETV 6 6 4
0087 . . CALL 5 1 2
0000 . . . FUNCC ; assert
0088 . . UGET 5 5 ; finish_if
0089 . . MOV 6 1
0090 . . MOV 7 0
0091 . . MOV 8 2
0092 . . MOV 9 3
0093 . . CALL 5 1 5
0000 . . . FUNCF 6 ; ssa.lua:49
0001 . . . TDUP 4 1
0002 . . . TSETB 1 4 2
0003 . . . TGETS 5 2 2 ; "label"
0004 . . . TSETB 5 4 3
0005 . . . TGETS 5 3 2 ; "label"
0006 . . . TSETB 5 4 4
0007 . . . TSETS 4 0 0 ; "control"
0008 . . . RET0 0 1
0094 . . RET0 0 1
0030 . UGET 7 1 ; compile_bool
0031 . TGETB 8 0 4
0032 . MOV 9 6
0033 . MOV 10 2
0034 . MOV 11 3
0035 . CALL 7 1 5
0000 . . JFUNCF 13 2 ; ssa.lua:55
0001 . . GGET 4 0 ; "assert"
0002 . . GGET 5 1 ; "type"
0003 . . MOV 6 0
0004 . . CALL 5 2 2
0000 . . . FUNCC ; type
0005 . . ISEQS 5 2 ; "table"
0006 . . JMP 5 => 0009
0009 . . KPRI 5 2
0010 . . CALL 4 1 2
0000 . . . FUNCC ; assert
0011 . . TGETB 4 0 1
0012 . . ISNES 4 3 ; "if"
0013 . . JMP 5 => 0037
0037 . . ISNES 4 4 ; "let"
0038 . . JMP 5 => 0056
0056 . . ISNES 4 10 ; "true"
0057 . . JMP 5 => 0063
0063 . . ISNES 4 11 ; "false"
0064 . . JMP 5 => 0070
0070 . . ISNES 4 12 ; "match"
0071 . . JMP 5 => 0077
0077 . . ISNES 4 14 ; "fail"
0078 . . JMP 5 => 0084
0079 . . UGET 5 3 ; finish_return
0080 . . MOV 6 1
0081 . . TDUP 7 15
0082 . . CALL 5 1 3
0000 . . . FUNCF 3 ; ssa.lua:46
0001 . . . TDUP 2 1
0002 . . . TSETB 1 2 2
0003 . . . TSETS 2 0 0 ; "control"
0004 . . . RET0 0 1
0083 . . JMP 5 => 0094
0094 . . RET0 0 1
0036 . JMP 5 => 0094
0094 . RET0 0 1
0030 UGET 7 1 ; compile_bool
0031 TGETB 8 0 4
0032 MOV 9 6
0033 MOV 10 2
0034 MOV 11 3
0035 CALL 7 1 5
0000 . JFUNCF 13 2 ; ssa.lua:55
0001 . GGET 4 0 ; "assert"
0002 . GGET 5 1 ; "type"
0003 . MOV 6 0
0004 . CALL 5 2 2
0000 . . FUNCC ; type
0005 . ISEQS 5 2 ; "table"
0006 . JMP 5 => 0009
0009 . KPRI 5 2
0010 . CALL 4 1 2
0000 . . FUNCC ; assert
0011 . TGETB 4 0 1
0012 . ISNES 4 3 ; "if"
0013 . JMP 5 => 0037
0037 . ISNES 4 4 ; "let"
0038 . JMP 5 => 0056
0056 . ISNES 4 10 ; "true"
0057 . JMP 5 => 0063
0063 . ISNES 4 11 ; "false"
0064 . JMP 5 => 0070
0065 . UGET 5 2 ; finish_goto
0066 . MOV 6 1
0067 . MOV 7 3
0068 . CALL 5 1 3
0000 . . FUNCF 4 ; ssa.lua:52
0001 . . TDUP 2 1
0002 . . TGETS 3 1 2 ; "label"
0003 . . TSETB 3 2 2
0004 . . TSETS 2 0 0 ; "control"
0005 . . RET0 0 1
0069 . JMP 5 => 0094
0094 . RET0 0 1
0036 JMP 5 => 0094
0094 RET0 0 1
0036 JMP 5 => 0094
0094 RET0 0 1
---- TRACE 3 abort ssa.lua:79 -- down-recursion, restarting
---- TRACE 3 start ssa.lua:79
0094 RET0 0 1
0024 UGET 7 1 ; compile_bool
0025 TGETB 8 0 3
0026 MOV 9 5
0027 MOV 10 2
0028 MOV 11 3
0029 CALL 7 1 5
0000 . JFUNCF 13 2 ; ssa.lua:55
0001 . GGET 4 0 ; "assert"
0002 . GGET 5 1 ; "type"
0003 . MOV 6 0
0004 . CALL 5 2 2
0000 . . FUNCC ; type
0005 . ISEQS 5 2 ; "table"
0006 . JMP 5 => 0009
0009 . KPRI 5 2
0010 . CALL 4 1 2
0000 . . FUNCC ; assert
0011 . TGETB 4 0 1
0012 . ISNES 4 3 ; "if"
0013 . JMP 5 => 0037
0037 . ISNES 4 4 ; "let"
0038 . JMP 5 => 0056
0056 . ISNES 4 10 ; "true"
0057 . JMP 5 => 0063
0063 . ISNES 4 11 ; "false"
0064 . JMP 5 => 0070
0070 . ISNES 4 12 ; "match"
0071 . JMP 5 => 0077
0077 . ISNES 4 14 ; "fail"
0078 . JMP 5 => 0084
0084 . GGET 5 0 ; "assert"
0085 . UGET 6 4 ; relops
0086 . TGETV 6 6 4
0087 . CALL 5 1 2
0000 . . FUNCC ; assert
0088 . UGET 5 5 ; finish_if
0089 . MOV 6 1
0090 . MOV 7 0
0091 . MOV 8 2
0092 . MOV 9 3
0093 . CALL 5 1 5
0000 . . FUNCF 6 ; ssa.lua:49
0001 . . TDUP 4 1
0002 . . TSETB 1 4 2
0003 . . TGETS 5 2 2 ; "label"
0004 . . TSETB 5 4 3
0005 . . TGETS 5 3 2 ; "label"
0006 . . TSETB 5 4 4
0007 . . TSETS 4 0 0 ; "control"
0008 . . RET0 0 1
0094 . RET0 0 1
0030 UGET 7 1 ; compile_bool
0031 TGETB 8 0 4
0032 MOV 9 6
0033 MOV 10 2
0034 MOV 11 3
0035 CALL 7 1 5
0000 . JFUNCF 13 2 ; ssa.lua:55
0001 . GGET 4 0 ; "assert"
0002 . GGET 5 1 ; "type"
0003 . MOV 6 0
0004 . CALL 5 2 2
0000 . . FUNCC ; type
0005 . ISEQS 5 2 ; "table"
0006 . JMP 5 => 0009
0009 . KPRI 5 2
0010 . CALL 4 1 2
0000 . . FUNCC ; assert
0011 . TGETB 4 0 1
0012 . ISNES 4 3 ; "if"
0013 . JMP 5 => 0037
0037 . ISNES 4 4 ; "let"
0038 . JMP 5 => 0056
0056 . ISNES 4 10 ; "true"
0057 . JMP 5 => 0063
0063 . ISNES 4 11 ; "false"
0064 . JMP 5 => 0070
0065 . UGET 5 2 ; finish_goto
0066 . MOV 6 1
0067 . MOV 7 3
0068 . CALL 5 1 3
0000 . . FUNCF 4 ; ssa.lua:52
0001 . . TDUP 2 1
0002 . . TGETS 3 1 2 ; "label"
0003 . . TSETB 3 2 2
0004 . . TSETS 2 0 0 ; "control"
0005 . . RET0 0 1
0069 . JMP 5 => 0094
0094 . RET0 0 1
0036 JMP 5 => 0094
0094 RET0 0 1
0024 UGET 7 1 ; compile_bool
0025 TGETB 8 0 3
0026 MOV 9 5
0027 MOV 10 2
0028 MOV 11 3
0029 CALL 7 1 5
0000 . JFUNCF 13 2 ; ssa.lua:55
0001 . GGET 4 0 ; "assert"
0002 . GGET 5 1 ; "type"
0003 . MOV 6 0
0004 . CALL 5 2 2
0000 . . FUNCC ; type
0005 . ISEQS 5 2 ; "table"
0006 . JMP 5 => 0009
0009 . KPRI 5 2
0010 . CALL 4 1 2
0000 . . FUNCC ; assert
0011 . TGETB 4 0 1
0012 . ISNES 4 3 ; "if"
0013 . JMP 5 => 0037
0014 . UGET 5 0 ; add_block
0015 . CALL 5 2 1
0000 . . JFUNCF 3 1 ; ssa.lua:39
0001 . . UGET 0 0 ; label_counter
0002 . . ADDVN 0 0 0 ; 1
0003 . . USETV 0 0 ; label_counter
0004 . . KSTR 0 0 ; "L"
0005 . . UGET 1 0 ; label_counter
0006 . . CAT 0 0 1
0007 . . TDUP 1 1
0008 . . TNEW 2 0
0009 . . TSETS 2 1 2 ; "bindings"
0010 . . TSETS 0 1 3 ; "label"
0011 . . UGET 2 1 ; ssa
0012 . . TGETS 2 2 4 ; "blocks"
0013 . . TSETV 1 2 0
0014 . . RET1 1 2
0016 . UGET 6 0 ; add_block
0017 . CALL 6 2 1
0000 . . JFUNCF 3 1 ; ssa.lua:39
0001 . . UGET 0 0 ; label_counter
0002 . . ADDVN 0 0 0 ; 1
0003 . . USETV 0 0 ; label_counter
0004 . . KSTR 0 0 ; "L"
0005 . . UGET 1 0 ; label_counter
0006 . . CAT 0 0 1
0007 . . TDUP 1 1
0008 . . TNEW 2 0
0009 . . TSETS 2 1 2 ; "bindings"
0010 . . TSETS 0 1 3 ; "label"
0011 . . UGET 2 1 ; ssa
0012 . . TGETS 2 2 4 ; "blocks"
0013 . . TSETV 1 2 0
0014 . . RET1 1 2
0018 . UGET 7 1 ; compile_bool
0019 . TGETB 8 0 2
0020 . MOV 9 1
0021 . MOV 10 5
0022 . MOV 11 6
0023 . CALL 7 1 5
0000 . . JFUNCF 13 2 ; ssa.lua:55
0001 . . GGET 4 0 ; "assert"
0002 . . GGET 5 1 ; "type"
0003 . . MOV 6 0
0004 . . CALL 5 2 2
0000 . . . FUNCC ; type
0005 . . ISEQS 5 2 ; "table"
0006 . . JMP 5 => 0009
0009 . . KPRI 5 2
0010 . . CALL 4 1 2
0000 . . . FUNCC ; assert
0011 . . TGETB 4 0 1
0012 . . ISNES 4 3 ; "if"
0013 . . JMP 5 => 0037
0037 . . ISNES 4 4 ; "let"
0038 . . JMP 5 => 0056
0056 . . ISNES 4 10 ; "true"
0057 . . JMP 5 => 0063
0063 . . ISNES 4 11 ; "false"
0064 . . JMP 5 => 0070
0070 . . ISNES 4 12 ; "match"
0071 . . JMP 5 => 0077
0077 . . ISNES 4 14 ; "fail"
0078 . . JMP 5 => 0084
0084 . . GGET 5 0 ; "assert"
0085 . . UGET 6 4 ; relops
0086 . . TGETV 6 6 4
0087 . . CALL 5 1 2
0000 . . . FUNCC ; assert
0088 . . UGET 5 5 ; finish_if
0089 . . MOV 6 1
0090 . . MOV 7 0
0091 . . MOV 8 2
0092 . . MOV 9 3
0093 . . CALL 5 1 5
0000 . . . FUNCF 6 ; ssa.lua:49
0001 . . . TDUP 4 1
0002 . . . TSETB 1 4 2
0003 . . . TGETS 5 2 2 ; "label"
0004 . . . TSETB 5 4 3
0005 . . . TGETS 5 3 2 ; "label"
0006 . . . TSETB 5 4 4
0007 . . . TSETS 4 0 0 ; "control"
0008 . . . RET0 0 1
0094 . . RET0 0 1
0024 . UGET 7 1 ; compile_bool
0025 . TGETB 8 0 3
0026 . MOV 9 5
0027 . MOV 10 2
0028 . MOV 11 3
0029 . CALL 7 1 5
0000 . . JFUNCF 13 2 ; ssa.lua:55
0001 . . GGET 4 0 ; "assert"
0002 . . GGET 5 1 ; "type"
0003 . . MOV 6 0
0004 . . CALL 5 2 2
0000 . . . FUNCC ; type
0005 . . ISEQS 5 2 ; "table"
0006 . . JMP 5 => 0009
0009 . . KPRI 5 2
0010 . . CALL 4 1 2
0000 . . . FUNCC ; assert
0011 . . TGETB 4 0 1
0012 . . ISNES 4 3 ; "if"
0013 . . JMP 5 => 0037
0037 . . ISNES 4 4 ; "let"
0038 . . JMP 5 => 0056
0056 . . ISNES 4 10 ; "true"
0057 . . JMP 5 => 0063
0063 . . ISNES 4 11 ; "false"
0064 . . JMP 5 => 0070
0070 . . ISNES 4 12 ; "match"
0071 . . JMP 5 => 0077
0077 . . ISNES 4 14 ; "fail"
0078 . . JMP 5 => 0084
0084 . . GGET 5 0 ; "assert"
0085 . . UGET 6 4 ; relops
0086 . . TGETV 6 6 4
0087 . . CALL 5 1 2
0000 . . . FUNCC ; assert
0088 . . UGET 5 5 ; finish_if
0089 . . MOV 6 1
0090 . . MOV 7 0
0091 . . MOV 8 2
0092 . . MOV 9 3
0093 . . CALL 5 1 5
0000 . . . FUNCF 6 ; ssa.lua:49
0001 . . . TDUP 4 1
0002 . . . TSETB 1 4 2
0003 . . . TGETS 5 2 2 ; "label"
0004 . . . TSETB 5 4 3
0005 . . . TGETS 5 3 2 ; "label"
0006 . . . TSETB 5 4 4
0007 . . . TSETS 4 0 0 ; "control"
0008 . . . RET0 0 1
0094 . . RET0 0 1
0030 . UGET 7 1 ; compile_bool
0031 . TGETB 8 0 4
0032 . MOV 9 6
0033 . MOV 10 2
0034 . MOV 11 3
0035 . CALL 7 1 5
0000 . . JFUNCF 13 2 ; ssa.lua:55
0001 . . GGET 4 0 ; "assert"
0002 . . GGET 5 1 ; "type"
0003 . . MOV 6 0
0004 . . CALL 5 2 2
0000 . . . FUNCC ; type
0005 . . ISEQS 5 2 ; "table"
0006 . . JMP 5 => 0009
0009 . . KPRI 5 2
0010 . . CALL 4 1 2
0000 . . . FUNCC ; assert
0011 . . TGETB 4 0 1
0012 . . ISNES 4 3 ; "if"
0013 . . JMP 5 => 0037
0037 . . ISNES 4 4 ; "let"
0038 . . JMP 5 => 0056
0056 . . ISNES 4 10 ; "true"
0057 . . JMP 5 => 0063
0063 . . ISNES 4 11 ; "false"
0064 . . JMP 5 => 0070
0065 . . UGET 5 2 ; finish_goto
0066 . . MOV 6 1
0067 . . MOV 7 3
0068 . . CALL 5 1 3
0000 . . . FUNCF 4 ; ssa.lua:52
0001 . . . TDUP 2 1
0002 . . . TGETS 3 1 2 ; "label"
0003 . . . TSETB 3 2 2
0004 . . . TSETS 2 0 0 ; "control"
0005 . . . RET0 0 1
0069 . . JMP 5 => 0094
0094 . . RET0 0 1
0036 . JMP 5 => 0094
0094 . RET0 0 1
0030 UGET 7 1 ; compile_bool
0031 TGETB 8 0 4
0032 MOV 9 6
0033 MOV 10 2
0034 MOV 11 3
0035 CALL 7 1 5
0000 . JFUNCF 13 2 ; ssa.lua:55
0001 . GGET 4 0 ; "assert"
0002 . GGET 5 1 ; "type"
0003 . MOV 6 0
0004 . CALL 5 2 2
0000 . . FUNCC ; type
0005 . ISEQS 5 2 ; "table"
0006 . JMP 5 => 0009
0009 . KPRI 5 2
0010 . CALL 4 1 2
0000 . . FUNCC ; assert
0011 . TGETB 4 0 1
0012 . ISNES 4 3 ; "if"
0013 . JMP 5 => 0037
0037 . ISNES 4 4 ; "let"
0038 . JMP 5 => 0056
0056 . ISNES 4 10 ; "true"
0057 . JMP 5 => 0063
0063 . ISNES 4 11 ; "false"
0064 . JMP 5 => 0070
0065 . UGET 5 2 ; finish_goto
0066 . MOV 6 1
0067 . MOV 7 3
0068 . CALL 5 1 3
0000 . . FUNCF 4 ; ssa.lua:52
0001 . . TDUP 2 1
0002 . . TGETS 3 1 2 ; "label"
0003 . . TSETB 3 2 2
0004 . . TSETS 2 0 0 ; "control"
0005 . . RET0 0 1
0069 . JMP 5 => 0094
0094 . RET0 0 1
0036 JMP 5 => 0094
0094 RET0 0 1
0055 JMP 5 => 0094
0094 RET0 0 1
---- TRACE 3 IR
.... SNAP #0 [ ---- ]
.... SNAP #1 [ ---- ]
0002 > p32 RETF proto: 0x41107a60 [0x41107b00]
.... SNAP #2 [ ---- ---- ---- ---- ---- ---- ---- ---- ]
0003 fun SLOAD #0 R
0004 > fun EQ 0003 ssa.lua:55
0005 rbx > tab SLOAD #1 T
0006 int FLOAD 0005 tab.asize
0007 > int ABC 0006 +3 
0008 r15 p32 FLOAD 0005 tab.array
0009 p32 AREF 0008 +3 
0010 [7c] > tab ALOAD 0009
0011 [78] > tab SLOAD #6 T
0012 r14 > tab SLOAD #3 T
0013 r13 > tab SLOAD #4 T
0014 [48] tab FLOAD ssa.lua:55 func.env
0015 rsi p32 HREF 0014 "assert"
0016 > p32 EQ 0015 [0x40a35458]
0017 [3c] tab FLOAD 0014 tab.meta
0018 > tab NE 0017 [NULL]
0019 int FLOAD 0017 tab.hmask
0020 > int EQ 0019 +1 
0021 rsi p32 FLOAD 0017 tab.node
0022 > p32 HREFK 0021 "__index" @1
0023 rsi > tab HLOAD 0022
0024 int FLOAD 0023 tab.hmask
0025 > int EQ 0024 +63 
0026 rsi p32 FLOAD 0023 tab.node
0027 > p32 HREFK 0026 "assert" @3
0028 > fun HLOAD 0027
0029 rdx p32 HREF 0014 "type"
0030 > p32 EQ 0029 [0x40a35458]
0031 > p32 HREFK 0026 "type" @60
0032 > fun HLOAD 0031
0033 > fun EQ 0032 type
0034 > fun EQ 0028 assert
0035 int FLOAD 0010 tab.asize
0036 > int ABC 0035 +1 
0037 rsi p32 FLOAD 0010 tab.array
0038 p32 AREF 0037 +1 
0039 [74] > str ALOAD 0038
.... SNAP #3 [ ssa.lua:55|---- ---- ---- ---- ---- ---- ---- ssa.lua:55|0010 0011 0012 0013 0039 ]
0040 > str NE 0039 "if"
.... SNAP #4 [ ssa.lua:55|---- ---- ---- ---- ---- ---- ---- ssa.lua:55|0010 0011 0012 0013 0039 ]
0041 > str NE 0039 "let"
.... SNAP #5 [ ssa.lua:55|---- ---- ---- ---- ---- ---- ---- ssa.lua:55|0010 0011 0012 0013 0039 ]
0042 > str NE 0039 "true"
.... SNAP #6 [ ssa.lua:55|---- ---- ---- ---- ---- ---- ---- ssa.lua:55|0010 0011 0012 0013 0039 ]
0043 > str NE 0039 "false"
.... SNAP #7 [ ssa.lua:55|---- ---- ---- ---- ---- ---- ---- ssa.lua:55|0010 0011 0012 0013 0039 ]
0044 > str NE 0039 "match"
.... SNAP #8 [ ssa.lua:55|---- ---- ---- ---- ---- ---- ---- ssa.lua:55|0010 0011 0012 0013 0039 ]
0045 > str NE 0039 "fail"
.... SNAP #9 [ ssa.lua:55|---- ---- ---- ---- ---- ---- ---- ssa.lua:55|0010 0011 0012 0013 0039 ]
0046 > p32 UREFC ssa.lua:55 #4
0047 [40] > tab ULOAD 0046
0048 rsi p32 HREF 0047 0039
0049 > tru HLOAD 0048
0050 [70] > tab TDUP {0x411082e8}
0051 rax p32 FLOAD 0050 tab.array
0052 p32 AREF 0051 +2 
0053 tab ASTORE 0052 0010
.... SNAP #10 [ ssa.lua:55|---- ---- ---- ---- ---- ---- ---- ssa.lua:55|0010 0011 0012 0013 0039 ssa.lua:49|0011 ---- 0012 0013 0050 ]
0054 int FLOAD 0012 tab.hmask
0055 > int EQ 0054 +1 
0056 r15 p32 FLOAD 0012 tab.node
0057 > p32 HREFK 0056 "label" @1
0058 r15 > str HLOAD 0057
0059 p32 AREF 0051 +3 
0060 str ASTORE 0059 0058
.... SNAP #11 [ ssa.lua:55|---- ---- ---- ---- ---- ---- ---- ssa.lua:55|0010 0011 0012 0013 0039 ssa.lua:49|0011 ---- ---- 0013 0050 ---- ]
0061 int FLOAD 0013 tab.hmask
0062 > int EQ 0061 +1 
0063 r15 p32 FLOAD 0013 tab.node
0064 > p32 HREFK 0063 "label" @1
0065 r15 > str HLOAD 0064
0066 p32 AREF 0051 +4 
0067 str ASTORE 0066 0065
.... SNAP #12 [ ssa.lua:55|---- ---- ---- ---- ---- ---- ---- ssa.lua:55|0010 0011 0012 0013 0039 ssa.lua:49|0011 ---- ---- ---- 0050 ---- ]
0068 rdx p32 HREF 0011 "control"
0069 > p32 EQ 0068 [0x40a35458]
0070 tab FLOAD 0011 tab.meta
0071 > tab EQ 0070 [NULL]
0072 r15 p32 NEWREF 0011 "control"
0073 tab HSTORE 0072 0050
0074 nil TBAR 0011
.... SNAP #13 [ ssa.lua:55|---- ---- ---- ---- ---- ---- ---- ssa.lua:55|0010 0011 0012 0013 0039 ssa.lua:49|---- ---- ---- ---- ---- ---- ]
0075 int FLOAD 0005 tab.asize
0076 > int ABC 0075 +4 
0077 rbx p32 FLOAD 0005 tab.array
0078 p32 AREF 0077 +4 
0079 r15 > tab ALOAD 0078
0080 rbx > tab SLOAD #7 T
0081 rax p32 HREF 0014 "assert"
0082 > p32 EQ 0081 [0x40a35458]
0083 int FLOAD 0017 tab.hmask
0084 > int EQ 0083 +1 
0085 r12 p32 FLOAD 0017 tab.node
0086 > p32 HREFK 0085 "__index" @1
0087 r12 > tab HLOAD 0086
0088 int FLOAD 0087 tab.hmask
0089 > int EQ 0088 +63 
0090 r12 p32 FLOAD 0087 tab.node
0091 > p32 HREFK 0090 "assert" @3
0092 > fun HLOAD 0091
0093 rax p32 HREF 0014 "type"
0094 > p32 EQ 0093 [0x40a35458]
0095 > p32 HREFK 0090 "type" @60
0096 > fun HLOAD 0095
0097 > fun EQ 0096 type
0098 > fun EQ 0092 assert
0099 int FLOAD 0079 tab.asize
0100 > int ABC 0099 +1 
0101 r12 p32 FLOAD 0079 tab.array
0102 p32 AREF 0101 +1 
0103 r12 > str ALOAD 0102
.... SNAP #14 [ ssa.lua:55|---- ---- ---- ---- ---- ---- ---- ssa.lua:55|0079 0080 0012 0013 0103 ]
0104 > str NE 0103 "if"
.... SNAP #15 [ ssa.lua:55|---- ---- ---- ---- ---- ---- ---- ssa.lua:55|0079 0080 0012 0013 0103 ]
0105 > str NE 0103 "let"
.... SNAP #16 [ ssa.lua:55|---- ---- ---- ---- ---- ---- ---- ssa.lua:55|0079 0080 0012 0013 0103 ]
0106 > str NE 0103 "true"
.... SNAP #17 [ ssa.lua:55|---- ---- ---- ---- ---- ---- ---- ssa.lua:55|0079 0080 0012 0013 0103 ]
0107 > str EQ 0103 "false"
.... SNAP #18 [ ssa.lua:55|---- ---- ---- ---- ---- ---- ---- ssa.lua:55|0079 0080 0012 0013 0103 ]
0108 [6c] > tab TDUP {0x411085c8}
0109 int FLOAD 0013 tab.hmask
0110 > int EQ 0109 +1 
0111 rsi p32 FLOAD 0013 tab.node
0112 > p32 HREFK 0111 "label" @1
0113 rsi > str HLOAD 0112
0114 rax p32 FLOAD 0108 tab.array
0115 p32 AREF 0114 +2 
0116 str ASTORE 0115 0113
.... SNAP #19 [ ssa.lua:55|---- ---- ---- ---- ---- ---- ---- ssa.lua:55|0079 0080 0012 0013 0103 ssa.lua:52|0080 ---- 0108 ---- ]
0117 rsi p32 HREF 0080 "control"
0118 > p32 EQ 0117 [0x40a35458]
0119 tab FLOAD 0080 tab.meta
0120 > tab EQ 0119 [NULL]
0121 r15 p32 NEWREF 0080 "control"
0122 tab HSTORE 0121 0108
0123 nil TBAR 0080
.... SNAP #20 [ ssa.lua:55|---- ---- ---- ---- ---- ]
0124 > p32 RETF proto: 0x41107a60 [0x41107b00]
.... SNAP #21 [ ---- ---- ---- ---- ---- ---- ---- ---- ]
0125 fun SLOAD #0 R
0126 > fun EQ 0125 ssa.lua:55
0127 rbx > tab SLOAD #1 T
0128 int FLOAD 0127 tab.asize
0129 > int ABC 0128 +3 
0130 r15 p32 FLOAD 0127 tab.array
0131 p32 AREF 0130 +3 
0132 [18] > tab ALOAD 0131
0133 [14] > tab SLOAD #6 T
0134 r15 > tab SLOAD #3 T
0135 r14 > tab SLOAD #4 T
0136 rdi p32 HREF 0014 "assert"
0137 > p32 EQ 0136 [0x40a35458]
0138 int FLOAD 0017 tab.hmask
0139 > int EQ 0138 +1 
0140 r12 p32 FLOAD 0017 tab.node
0141 > p32 HREFK 0140 "__index" @1
0142 r12 > tab HLOAD 0141
0143 int FLOAD 0142 tab.hmask
0144 > int EQ 0143 +63 
0145 r12 p32 FLOAD 0142 tab.node
0146 > p32 HREFK 0145 "assert" @3
0147 > fun HLOAD 0146
0148 rdi p32 HREF 0014 "type"
0149 > p32 EQ 0148 [0x40a35458]
0150 > p32 HREFK 0145 "type" @60
0151 > fun HLOAD 0150
0152 > fun EQ 0151 type
0153 > fun EQ 0147 assert
0154 int FLOAD 0132 tab.asize
0155 > int ABC 0154 +1 
0156 r12 p32 FLOAD 0132 tab.array
0157 p32 AREF 0156 +1 
0158 [10] > str ALOAD 0157
.... SNAP #22 [ ssa.lua:55|---- ---- ---- ---- ---- ---- ---- ssa.lua:55|0132 0133 0134 0135 0158 ]
0159 > str EQ 0158 "if"
.... SNAP #23 [ ssa.lua:55|---- ---- ---- ---- ---- ---- ---- ssa.lua:55|0132 0133 0134 0135 0158 ]
0160 [64] > p32 UREFO ssa.lua:39 #0
0161 xmm7 > num ULOAD 0160
0162 [58] num ADD 0161 +1 
0163 num USTORE 0160 0162
.... SNAP #24 [ ssa.lua:55|---- ---- ---- ---- ---- ---- ---- ssa.lua:55|0132 0133 0134 0135 0158 ssa.lua:39|---- ]
0164 str TOSTR 0162 NUM
0165 rdi p32 BUFHDR [0x40a35414] RESET
0166 rdi p32 BUFPUT 0165 "L" 
0167 rdi p32 BUFPUT 0166 0164
0168 [68] str BUFSTR 0167 0165
0169 [c] > tab TDUP {0x41107138}
0170 rsi > tab TNEW #0 #0
0171 r12 p32 FLOAD 0169 tab.node
0172 p32 HREFK 0171 "bindings" @2
0173 tab HSTORE 0172 0170
0174 p32 HREFK 0171 "label" @3
0175 str HSTORE 0174 0168
.... SNAP #25 [ ssa.lua:55|---- ---- ---- ---- ---- ---- ---- ssa.lua:55|0132 0133 0134 0135 0158 ssa.lua:39|0168 0169 ---- ]
0176 r12 > p32 UREFO ssa.lua:39 #1
0177 r12 > tab ULOAD 0176
0178 int FLOAD 0177 tab.hmask
0179 > int EQ 0178 +1 
0180 rsi p32 FLOAD 0177 tab.node
0181 > p32 HREFK 0180 "blocks" @0
0182 [60] > tab HLOAD 0181
0183 rdx p32 HREF 0182 0168
0184 > p32 EQ 0183 [0x40a35458]
0185 tab FLOAD 0182 tab.meta
0186 > tab EQ 0185 [NULL]
0187 rax p32 NEWREF 0182 0168
0188 tab HSTORE 0187 0169
0189 nil TBAR 0182
0190 p32 FREF 0182 tab.nomm
0191 u8  FSTORE 0190 +0 
0192 [50] num ADD 0162 +1 
0193 num USTORE 0160 0192
.... SNAP #26 [ ssa.lua:55|---- ---- ---- ---- ---- ---- ---- ssa.lua:55|0132 0133 0134 0135 0158 0169 ssa.lua:39|---- ]
0194 str TOSTR 0192 NUM
0195 rdi p32 BUFHDR [0x40a35414] RESET
0196 rdi p32 BUFPUT 0195 "L" 
0197 rdi p32 BUFPUT 0196 0194
0198 [4c] str BUFSTR 0197 0195
0199 [28] > tab TDUP {0x41107138}
0200 rsi > tab TNEW #0 #0
0201 [1c] p32 FLOAD 0199 tab.node
0202 p32 HREFK 0201 "bindings" @2
0203 tab HSTORE 0202 0200
0204 p32 HREFK 0201 "label" @3
0205 str HSTORE 0204 0198
.... SNAP #27 [ ssa.lua:55|---- ---- ---- ---- ---- ---- ---- ssa.lua:55|0132 0133 0134 0135 0158 0169 ssa.lua:39|0198 0199 ---- ]
0206 int FLOAD 0177 tab.hmask
0207 > int EQ 0206 +1 
0208 r12 p32 FLOAD 0177 tab.node
0209 > p32 HREFK 0208 "blocks" @0
0210 r12 > tab HLOAD 0209
0211 rsi p32 HREF 0210 0198
0212 > p32 EQ 0211 [0x40a35458]
0213 tab FLOAD 0210 tab.meta
0214 > tab EQ 0213 [NULL]
0215 rax p32 NEWREF 0210 0198
0216 tab HSTORE 0215 0199
0217 nil TBAR 0210
0218 p32 FREF 0210 tab.nomm
0219 u8  FSTORE 0218 +0 
.... SNAP #28 [ ssa.lua:55|---- ---- ---- ---- ---- ---- ---- ssa.lua:55|0132 0133 0134 0135 0158 0169 ssa.lua:39|---- 0199 ---- ]
0220 int FLOAD 0132 tab.asize
0221 > int ABC 0220 +2 
0222 r12 p32 FLOAD 0132 tab.array
0223 p32 AREF 0222 +2 
0224 r12 > tab ALOAD 0223
0225 rcx p32 HREF 0014 "assert"
0226 > p32 EQ 0225 [0x40a35458]
0227 int FLOAD 0017 tab.hmask
0228 > int EQ 0227 +1 
0229 rsi p32 FLOAD 0017 tab.node
0230 > p32 HREFK 0229 "__index" @1
0231 rsi > tab HLOAD 0230
0232 int FLOAD 0231 tab.hmask
0233 > int EQ 0232 +63 
0234 rsi p32 FLOAD 0231 tab.node
0235 > p32 HREFK 0234 "assert" @3
0236 > fun HLOAD 0235
0237 rcx p32 HREF 0014 "type"
0238 > p32 EQ 0237 [0x40a35458]
0239 > p32 HREFK 0234 "type" @60
0240 > fun HLOAD 0239
0241 > fun EQ 0240 type
0242 > fun EQ 0236 assert
0243 int FLOAD 0224 tab.asize
0244 > int ABC 0243 +1 
0245 rsi p32 FLOAD 0224 tab.array
0246 p32 AREF 0245 +1 
0247 [38] > str ALOAD 0246
.... SNAP #29 [ ssa.lua:55|---- ---- ---- ---- ---- ---- ---- ssa.lua:55|0132 0133 0134 0135 0158 0169 0199 ssa.lua:55|0224 0133 0169 0199 0247 ]
0248 > str NE 0247 "if"
.... SNAP #30 [ ssa.lua:55|---- ---- ---- ---- ---- ---- ---- ssa.lua:55|0132 0133 0134 0135 0158 0169 0199 ssa.lua:55|0224 0133 0169 0199 0247 ]
0249 > str NE 0247 "let"
.... SNAP #31 [ ssa.lua:55|---- ---- ---- ---- ---- ---- ---- ssa.lua:55|0132 0133 0134 0135 0158 0169 0199 ssa.lua:55|0224 0133 0169 0199 0247 ]
0250 > str NE 0247 "true"
.... SNAP #32 [ ssa.lua:55|---- ---- ---- ---- ---- ---- ---- ssa.lua:55|0132 0133 0134 0135 0158 0169 0199 ssa.lua:55|0224 0133 0169 0199 0247 ]
0251 > str NE 0247 "false"
.... SNAP #33 [ ssa.lua:55|---- ---- ---- ---- ---- ---- ---- ssa.lua:55|0132 0133 0134 0135 0158 0169 0199 ssa.lua:55|0224 0133 0169 0199 0247 ]
0252 > str NE 0247 "match"
.... SNAP #34 [ ssa.lua:55|---- ---- ---- ---- ---- ---- ---- ssa.lua:55|0132 0133 0134 0135 0158 0169 0199 ssa.lua:55|0224 0133 0169 0199 0247 ]
0253 > str NE 0247 "fail"
.... SNAP #35 [ ssa.lua:55|---- ---- ---- ---- ---- ---- ---- ssa.lua:55|0132 0133 0134 0135 0158 0169 0199 ssa.lua:55|0224 0133 0169 0199 0247 ]
0254 rsi p32 HREF 0047 0247
0255 > tru HLOAD 0254
0256 [44] > tab TDUP {0x411082e8}
0257 rdx p32 FLOAD 0256 tab.array
0258 p32 AREF 0257 +2 
0259 tab ASTORE 0258 0224
.... SNAP #36 [ ssa.lua:55|---- ---- ---- ---- ---- ---- ---- ssa.lua:55|0132 0133 0134 0135 0158 0169 0199 ssa.lua:55|0224 0133 0169 0199 0247 ssa.lua:49|0133 ---- 0169 0199 0256 ]
0260 int FLOAD 0169 tab.hmask
0261 > int EQ 0260 +3 
0262 [2c] p32 FLOAD 0169 tab.node
0263 > p32 HREFK 0262 "label" @3
0264 rcx > str HLOAD 0263
0265 p32 AREF 0257 +3 
0266 str ASTORE 0265 0264
0267 p32 AREF 0257 +4 
0268 str ASTORE 0267 0198
.... SNAP #37 [ ssa.lua:55|---- ---- ---- ---- ---- ---- ---- ssa.lua:55|0132 0133 0134 0135 0158 0169 0199 ssa.lua:55|0224 0133 0169 0199 0247 ssa.lua:49|0133 ---- ---- ---- 0256 ---- ]
0269 rdx p32 HREF 0133 "control"
0270 > p32 EQ 0269 [0x40a35458]
0271 tab FLOAD 0133 tab.meta
0272 > tab EQ 0271 [NULL]
0273 r9 p32 NEWREF 0133 "control"
0274 tab HSTORE 0273 0256
0275 nil TBAR 0133
.... SNAP #38 [ ssa.lua:55|---- ---- ---- ---- ---- ---- ---- ssa.lua:55|0132 0133 0134 0135 0158 0169 0199 ssa.lua:55|0224 0133 0169 0199 0247 ssa.lua:49|---- ---- ---- ---- ---- ---- ]
0276 int FLOAD 0132 tab.asize
0277 > int ABC 0276 +4 
0278 [30] p32 FLOAD 0132 tab.array
0279 p32 AREF 0278 +3 
0280 r13 > tab ALOAD 0279
0281 rax p32 HREF 0014 "assert"
0282 > p32 EQ 0281 [0x40a35458]
0283 int FLOAD 0017 tab.hmask
0284 > int EQ 0283 +1 
0285 rdx p32 FLOAD 0017 tab.node
0286 > p32 HREFK 0285 "__index" @1
0287 rdx > tab HLOAD 0286
0288 int FLOAD 0287 tab.hmask
0289 > int EQ 0288 +63 
0290 rdx p32 FLOAD 0287 tab.node
0291 > p32 HREFK 0290 "assert" @3
0292 > fun HLOAD 0291
0293 rax p32 HREF 0014 "type"
0294 > p32 EQ 0293 [0x40a35458]
0295 > p32 HREFK 0290 "type" @60
0296 > fun HLOAD 0295
0297 > fun EQ 0296 type
0298 > fun EQ 0292 assert
0299 int FLOAD 0280 tab.asize
0300 > int ABC 0299 +1 
0301 rdx p32 FLOAD 0280 tab.array
0302 p32 AREF 0301 +1 
0303 [34] > str ALOAD 0302
.... SNAP #39 [ ssa.lua:55|---- ---- ---- ---- ---- ---- ---- ssa.lua:55|0132 0133 0134 0135 0158 0169 0199 ssa.lua:55|0280 0169 0134 0135 0303 ]
0304 > str NE 0303 "if"
.... SNAP #40 [ ssa.lua:55|---- ---- ---- ---- ---- ---- ---- ssa.lua:55|0132 0133 0134 0135 0158 0169 0199 ssa.lua:55|0280 0169 0134 0135 0303 ]
0305 > str NE 0303 "let"
.... SNAP #41 [ ssa.lua:55|---- ---- ---- ---- ---- ---- ---- ssa.lua:55|0132 0133 0134 0135 0158 0169 0199 ssa.lua:55|0280 0169 0134 0135 0303 ]
0306 > str NE 0303 "true"
.... SNAP #42 [ ssa.lua:55|---- ---- ---- ---- ---- ---- ---- ssa.lua:55|0132 0133 0134 0135 0158 0169 0199 ssa.lua:55|0280 0169 0134 0135 0303 ]
0307 > str NE 0303 "false"
.... SNAP #43 [ ssa.lua:55|---- ---- ---- ---- ---- ---- ---- ssa.lua:55|0132 0133 0134 0135 0158 0169 0199 ssa.lua:55|0280 0169 0134 0135 0303 ]
0308 > str NE 0303 "match"
.... SNAP #44 [ ssa.lua:55|---- ---- ---- ---- ---- ---- ---- ssa.lua:55|0132 0133 0134 0135 0158 0169 0199 ssa.lua:55|0280 0169 0134 0135 0303 ]
0309 > str NE 0303 "fail"
.... SNAP #45 [ ssa.lua:55|---- ---- ---- ---- ---- ---- ---- ssa.lua:55|0132 0133 0134 0135 0158 0169 0199 ssa.lua:55|0280 0169 0134 0135 0303 ]
0310 r12 p32 HREF 0047 0303
0311 > tru HLOAD 0310
0312 rax > tab TDUP {0x411082e8}
0313 r11 p32 FLOAD 0312 tab.array
0314 p32 AREF 0313 +2 
0315 tab ASTORE 0314 0280
.... SNAP #46 [ ssa.lua:55|---- ---- ---- ---- ---- ---- ---- ssa.lua:55|0132 0133 0134 0135 0158 0169 0199 ssa.lua:55|0280 0169 0134 0135 0303 ssa.lua:49|0169 ---- 0134 0135 0312 ]
0316 int FLOAD 0134 tab.hmask
0317 > int EQ 0316 +1 
0318 r12 p32 FLOAD 0134 tab.node
0319 > p32 HREFK 0318 "label" @1
0320 r12 > str HLOAD 0319
0321 p32 AREF 0313 +3 
0322 str ASTORE 0321 0320
.... SNAP #47 [ ssa.lua:55|---- ---- ---- ---- ---- ---- ---- ssa.lua:55|0132 0133 0134 0135 0158 0169 0199 ssa.lua:55|0280 0169 0134 0135 0303 ssa.lua:49|0169 ---- ---- 0135 0312 ---- ]
0323 int FLOAD 0135 tab.hmask
0324 > int EQ 0323 +1 
0325 r12 p32 FLOAD 0135 tab.node
0326 > p32 HREFK 0325 "label" @1
0327 r12 > str HLOAD 0326
0328 p32 AREF 0313 +4 
0329 str ASTORE 0328 0327
.... SNAP #48 [ ssa.lua:55|---- ---- ---- ---- ---- ---- ---- ssa.lua:55|0132 0133 0134 0135 0158 0169 0199 ssa.lua:55|0280 0169 0134 0135 0303 ssa.lua:49|0169 ---- ---- ---- 0312 ---- ]
0330 > p32 HREFK 0262 "control" @1
0331 tab HSTORE 0330 0312
.... SNAP #49 [ ssa.lua:55|---- ---- ---- ---- ---- ---- ---- ssa.lua:55|0132 0133 0134 0135 0158 0169 0199 ssa.lua:55|0280 0169 0134 0135 0303 ssa.lua:49|---- ---- ---- ---- ---- ---- ]
0332 p32 AREF 0278 +4 
0333 [24] > tab ALOAD 0332
0334 int FLOAD 0333 tab.asize
0335 > int ABC 0334 +1 
0336 rdx p32 FLOAD 0333 tab.array
0337 p32 AREF 0336 +1 
0338 [20] > str ALOAD 0337
.... SNAP #50 [ ssa.lua:55|---- ---- ---- ---- ---- ---- ---- ssa.lua:55|0132 0133 0134 0135 0158 0169 0199 ssa.lua:55|0333 0199 0134 0135 0338 ]
0339 > str NE 0338 "if"
.... SNAP #51 [ ssa.lua:55|---- ---- ---- ---- ---- ---- ---- ssa.lua:55|0132 0133 0134 0135 0158 0169 0199 ssa.lua:55|0333 0199 0134 0135 0338 ]
0340 > str NE 0338 "let"
.... SNAP #52 [ ssa.lua:55|---- ---- ---- ---- ---- ---- ---- ssa.lua:55|0132 0133 0134 0135 0158 0169 0199 ssa.lua:55|0333 0199 0134 0135 0338 ]
0341 > str NE 0338 "true"
.... SNAP #53 [ ssa.lua:55|---- ---- ---- ---- ---- ---- ---- ssa.lua:55|0132 0133 0134 0135 0158 0169 0199 ssa.lua:55|0333 0199 0134 0135 0338 ]
0342 > str EQ 0338 "false"
.... SNAP #54 [ ssa.lua:55|---- ---- ---- ---- ---- ---- ---- ssa.lua:55|0132 0133 0134 0135 0158 0169 0199 ssa.lua:55|0333 0199 0134 0135 0338 ]
0343 r13 > tab TDUP {0x411085c8}
0344 rdi p32 FLOAD 0343 tab.array
0345 p32 AREF 0344 +2 
0346 str ASTORE 0345 0327
0347 p32 HREFK 0201 "control" @1
0348 tab HSTORE 0347 0343
.... SNAP #55 [ ssa.lua:55|---- ---- ---- ---- ---- ---- ---- ssa.lua:55|0132 0133 0134 0135 0158 0169 0199 ssa.lua:55|0333 0199 0134 0135 0338 ssa.lua:52|---- ---- ---- ---- ]
0349 int FLOAD 0127 tab.asize
0350 > int ABC 0349 +4 
0351 rbx p32 FLOAD 0127 tab.array
0352 p32 AREF 0351 +4 
0353 rbx > tab ALOAD 0352
0354 rbp > tab SLOAD #7 T
0355 int FLOAD 0353 tab.asize
0356 > int ABC 0355 +1 
0357 r13 p32 FLOAD 0353 tab.array
0358 p32 AREF 0357 +1 
0359 r13 > str ALOAD 0358
.... SNAP #56 [ ssa.lua:55|---- ---- ---- ---- ---- ---- ---- ssa.lua:55|0353 0354 0134 0135 0359 ]
0360 > str NE 0359 "if"
.... SNAP #57 [ ssa.lua:55|---- ---- ---- ---- ---- ---- ---- ssa.lua:55|0353 0354 0134 0135 0359 ]
0361 > str NE 0359 "let"
.... SNAP #58 [ ssa.lua:55|---- ---- ---- ---- ---- ---- ---- ssa.lua:55|0353 0354 0134 0135 0359 ]
0362 > str NE 0359 "true"
.... SNAP #59 [ ssa.lua:55|---- ---- ---- ---- ---- ---- ---- ssa.lua:55|0353 0354 0134 0135 0359 ]
0363 > str EQ 0359 "false"
.... SNAP #60 [ ssa.lua:55|---- ---- ---- ---- ---- ---- ---- ssa.lua:55|0353 0354 0134 0135 0359 ]
0364 [8] > tab TDUP {0x411085c8}
0365 rax p32 FLOAD 0364 tab.array
0366 p32 AREF 0365 +2 
0367 str ASTORE 0366 0327
.... SNAP #61 [ ssa.lua:55|---- ---- ---- ---- ---- ---- ---- ssa.lua:55|0353 0354 0134 0135 0359 ssa.lua:52|0354 ---- 0364 ---- ]
0368 rsi p32 HREF 0354 "control"
0369 > p32 EQ 0368 [0x40a35458]
0370 tab FLOAD 0354 tab.meta
0371 > tab EQ 0370 [NULL]
0372 rbx p32 NEWREF 0354 "control"
0373 tab HSTORE 0372 0364
0374 nil TBAR 0354
.... SNAP #62 [ ssa.lua:55|---- ---- ---- ---- ---- ]
0375 > p32 RETF proto: 0x41107a60 [0x41107b7c]
.... SNAP #63 [ ---- ]
---- TRACE 3 mcode 4549
0bcbe9a6 add rsp, -0x70
0bcbe9aa mov dword [0x40a35410], 0x3
0bcbe9b5 mov ebp, edx
0bcbe9b7 mov edi, [0x40a353d8]
0bcbe9be cmp edi, [0x40a353dc]
0bcbe9c5 jb 0x0bcbe9de
0bcbe9c7 mov esi, 0xc
0bcbe9cc mov edi, 0x40a353b8
0bcbe9d1 call 0x00421730 ->lj_gc_step_jit
0bcbe9d6 test eax, eax
0bcbe9d8 jnz 0x0bcb0010 ->0
0bcbe9de mov edi, [0x40a354b0]
0bcbe9e5 cmp dword [rbp-0x4], 0x41107b00
0bcbe9ec jnz 0x0bcb0014 ->1
0bcbe9f2 add ebp, -0x40
0bcbe9f5 mov [0x40a354b4], ebp
0bcbe9fc cmp dword [rbp-0x8], 0x40a49b78
0bcbea03 jnz 0x0bcb0018 ->2
0bcbea09 cmp dword [rbp+0x4], -0x0c
0bcbea0d jnz 0x0bcb0018 ->2
0bcbea13 mov ebx, [rbp+0x0]
0bcbea16 cmp dword [rbx+0x18], +0x03
0bcbea1a jbe 0x0bcb0018 ->2
0bcbea20 mov r15d, [rbx+0x8]
0bcbea24 cmp dword [r15+0x1c], -0x0c
0bcbea29 jnz 0x0bcb0018 ->2
0bcbea2f mov r15d, [r15+0x18]
0bcbea33 mov [rsp+0x7c], r15d
0bcbea38 cmp dword [rbp+0x2c], -0x0c
0bcbea3c jnz 0x0bcb0018 ->2
0bcbea42 mov esi, [rbp+0x28]
0bcbea45 mov [rsp+0x78], esi
0bcbea49 cmp dword [rbp+0x14], -0x0c
0bcbea4d jnz 0x0bcb0018 ->2
0bcbea53 mov r14d, [rbp+0x10]
0bcbea57 cmp dword [rbp+0x1c], -0x0c
0bcbea5b jnz 0x0bcb0018 ->2
0bcbea61 mov r13d, [rbp+0x18]
0bcbea65 mov r11d, [0x40a49b80]
0bcbea6d mov [rsp+0x48], r11d
0bcbea72 mov esi, [r11+0x1c]
0bcbea76 and esi, 0xce2b6183
0bcbea7c lea esi, [rsi+rsi*2]
0bcbea7f shl esi, 0x03
0bcbea82 add esi, [r11+0x14]
0bcbea86 cmp dword [rsi+0xc], -0x05
0bcbea8a jnz 0x0bcbea99
0bcbea8c cmp dword [rsi+0x8], 0x40a37db0
0bcbea93 jz 0x0bcb0018 ->2
0bcbea99 mov esi, [rsi+0x10]
0bcbea9c test esi, esi
0bcbea9e jnz 0x0bcbea86
0bcbeaa0 mov r12d, [r11+0x10]
0bcbeaa4 mov [rsp+0x3c], r12d
0bcbeaa9 test r12d, r12d
0bcbeaac jz 0x0bcb0018 ->2
0bcbeab2 cmp dword [r12+0x1c], +0x01
0bcbeab8 jnz 0x0bcb0018 ->2
0bcbeabe mov esi, [r12+0x14]
0bcbeac3 mov rdx, 0xfffffffb40a374c8
0bcbeacd cmp rdx, [rsi+0x20]
0bcbead1 jnz 0x0bcb0018 ->2
0bcbead7 cmp dword [rsi+0x1c], -0x0c
0bcbeadb jnz 0x0bcb0018 ->2
0bcbeae1 mov esi, [rsi+0x18]
0bcbeae4 cmp dword [rsi+0x1c], +0x3f
0bcbeae8 jnz 0x0bcb0018 ->2
0bcbeaee mov esi, [rsi+0x14]
0bcbeaf1 mov rdx, 0xfffffffb40a37db0
0bcbeafb cmp rdx, [rsi+0x50]
0bcbeaff jnz 0x0bcb0018 ->2
0bcbeb05 cmp dword [rsi+0x4c], -0x09
0bcbeb09 jnz 0x0bcb0018 ->2
0bcbeb0f mov edx, [r11+0x1c]
0bcbeb13 and edx, 0x798a813c
0bcbeb19 lea edx, [rdx+rdx*2]
0bcbeb1c shl edx, 0x03
0bcbeb1f add edx, [r11+0x14]
0bcbeb23 cmp dword [rdx+0xc], -0x05
0bcbeb27 jnz 0x0bcbeb36
0bcbeb29 cmp dword [rdx+0x8], 0x40a37fb0
0bcbeb30 jz 0x0bcb0018 ->2
0bcbeb36 mov edx, [rdx+0x10]
0bcbeb39 test edx, edx
0bcbeb3b jnz 0x0bcbeb23
0bcbeb3d mov rdx, 0xfffffffb40a37fb0
0bcbeb47 cmp rdx, [rsi+0x5a8]
0bcbeb4e jnz 0x0bcb0018 ->2
0bcbeb54 cmp dword [rsi+0x5a4], -0x09
0bcbeb5b jnz 0x0bcb0018 ->2
0bcbeb61 cmp dword [rsi+0x5a0], 0x40a37f18
0bcbeb6b jnz 0x0bcb0018 ->2
0bcbeb71 cmp dword [rsi+0x48], 0x40a37d88
0bcbeb78 jnz 0x0bcb0018 ->2
0bcbeb7e cmp dword [r15+0x18], +0x01
0bcbeb83 jbe 0x0bcb0018 ->2
0bcbeb89 mov esi, [r15+0x8]
0bcbeb8d cmp dword [rsi+0xc], -0x05
0bcbeb91 jnz 0x0bcb0018 ->2
0bcbeb97 mov ecx, [rsi+0x8]
0bcbeb9a mov [rsp+0x74], ecx
0bcbeb9e cmp ecx, 0x40a378f8
0bcbeba4 jz 0x0bcb001c ->3
0bcbebaa cmp ecx, 0x410f6fc8
0bcbebb0 jz 0x0bcb0020 ->4
0bcbebb6 cmp ecx, 0x40a37a18
0bcbebbc jz 0x0bcb0024 ->5
0bcbebc2 cmp ecx, 0x40a37870
0bcbebc8 jz 0x0bcb0028 ->6
0bcbebce cmp ecx, 0x40a3acb0
0bcbebd4 jz 0x0bcb002c ->7
0bcbebda cmp ecx, 0x40a527f8
0bcbebe0 jz 0x0bcb0030 ->8
0bcbebe6 cmp dword [0x410fb854], -0x0c
0bcbebee jnz 0x0bcb0034 ->9
0bcbebf4 mov edx, [0x410fb850]
0bcbebfb mov [rsp+0x40], edx
0bcbebff mov esi, [rdx+0x1c]
0bcbec02 and esi, [rcx+0x8]
0bcbec05 lea esi, [rsi+rsi*2]
0bcbec08 shl esi, 0x03
0bcbec0b add esi, [rdx+0x14]
0bcbec0e cmp dword [rsi+0xc], -0x05
0bcbec12 jnz 0x0bcbec19
0bcbec14 cmp ecx, [rsi+0x8]
0bcbec17 jz 0x0bcbec25
0bcbec19 mov esi, [rsi+0x10]
0bcbec1c test esi, esi
0bcbec1e jnz 0x0bcbec0e
0bcbec20 mov esi, 0x40a35458
0bcbec25 cmp dword [rsi+0x4], -0x03
0bcbec29 jnz 0x0bcb0034 ->9
0bcbec2f mov esi, 0x411082e8
0bcbec34 call 0x004223c0 ->lj_tab_dup
0bcbec39 mov [rsp+0x70], eax
0bcbec3d mov edi, [0x40a354b0]
0bcbec44 mov esi, [rsp+0x78]
0bcbec48 mov eax, [rax+0x8]
0bcbec4b mov dword [rax+0x14], 0xfffffff4
0bcbec52 mov [rax+0x10], r15d
0bcbec56 cmp dword [r14+0x1c], +0x01
0bcbec5b jnz 0x0bcb0038 ->10
0bcbec61 mov r15d, [r14+0x14]
0bcbec65 mov rdx, 0xfffffffb41106450
0bcbec6f cmp rdx, [r15+0x20]
0bcbec73 jnz 0x0bcb0038 ->10
0bcbec79 cmp dword [r15+0x1c], -0x05
0bcbec7e jnz 0x0bcb0038 ->10
0bcbec84 mov r15d, [r15+0x18]
0bcbec88 mov dword [rax+0x1c], 0xfffffffb
0bcbec8f mov [rax+0x18], r15d
0bcbec93 cmp dword [r13+0x1c], +0x01
0bcbec98 jnz 0x0bcb003c ->11
0bcbec9e mov r15d, [r13+0x14]
0bcbeca2 mov rdx, 0xfffffffb41106450
0bcbecac cmp rdx, [r15+0x20]
0bcbecb0 jnz 0x0bcb003c ->11
0bcbecb6 cmp dword [r15+0x1c], -0x05
0bcbecbb jnz 0x0bcb003c ->11
0bcbecc1 mov r15d, [r15+0x18]
0bcbecc5 mov dword [rax+0x24], 0xfffffffb
0bcbeccc mov [rax+0x20], r15d
0bcbecd0 mov edx, [rsi+0x1c]
0bcbecd3 and edx, 0x2a54dc55
0bcbecd9 lea edx, [rdx+rdx*2]
0bcbecdc shl edx, 0x03
0bcbecdf add edx, [rsi+0x14]
0bcbece2 cmp dword [rdx+0xc], -0x05
0bcbece6 jnz 0x0bcbecf5
0bcbece8 cmp dword [rdx+0x8], 0x41106bb8
0bcbecef jz 0x0bcb0040 ->12
0bcbecf5 mov edx, [rdx+0x10]
0bcbecf8 test edx, edx
0bcbecfa jnz 0x0bcbece2
0bcbecfc cmp dword [rsi+0x10], +0x00
0bcbed00 jnz 0x0bcb0040 ->12
0bcbed06 mov edx, 0x40a35448
0bcbed0b mov dword [rdx+0x4], 0xfffffffb
0bcbed12 mov dword [rdx], 0x41106bb8
0bcbed18 call 0x00422cf0 ->lj_tab_newkey
0bcbed1d mov r15d, eax
0bcbed20 mov r11d, [rsp+0x48]
0bcbed25 mov edi, [0x40a354b0]
0bcbed2c mov edx, [rsp+0x78]
0bcbed30 mov eax, [rsp+0x70]
0bcbed34 mov dword [r15+0x4], 0xfffffff4
0bcbed3c mov [r15], eax
0bcbed3f test byte [rdx+0x4], 0x4
0bcbed43 jz 0x0bcbed5a
0bcbed45 and byte [rdx+0x4], 0xfb
0bcbed49 mov eax, [0x40a353f4]
0bcbed50 mov [0x40a353f4], edx
0bcbed57 mov [rdx+0xc], eax
0bcbed5a cmp dword [rbx+0x18], +0x04
0bcbed5e jbe 0x0bcb0044 ->13
0bcbed64 mov ebx, [rbx+0x8]
0bcbed67 cmp dword [rbx+0x24], -0x0c
0bcbed6b jnz 0x0bcb0044 ->13
0bcbed71 mov r15d, [rbx+0x20]
0bcbed75 cmp dword [rbp+0x34], -0x0c
0bcbed79 jnz 0x0bcb0044 ->13
0bcbed7f mov ebx, [rbp+0x30]
0bcbed82 mov eax, [r11+0x1c]
0bcbed86 and eax, 0xce2b6183
0bcbed8c lea eax, [rax+rax*2]
0bcbed8f shl eax, 0x03
0bcbed92 add eax, [r11+0x14]
0bcbed96 cmp dword [rax+0xc], -0x05
0bcbed9a jnz 0x0bcbeda9
0bcbed9c cmp dword [rax+0x8], 0x40a37db0
0bcbeda3 jz 0x0bcb0044 ->13
0bcbeda9 mov eax, [rax+0x10]
0bcbedac test eax, eax
0bcbedae jnz 0x0bcbed96
0bcbedb0 cmp dword [r12+0x1c], +0x01
0bcbedb6 jnz 0x0bcb0044 ->13
0bcbedbc mov r12d, [r12+0x14]
0bcbedc1 mov rax, 0xfffffffb40a374c8
0bcbedcb cmp rax, [r12+0x20]
0bcbedd0 jnz 0x0bcb0044 ->13
0bcbedd6 cmp dword [r12+0x1c], -0x0c
0bcbeddc jnz 0x0bcb0044 ->13
0bcbede2 mov r12d, [r12+0x18]
0bcbede7 cmp dword [r12+0x1c], +0x3f
0bcbeded jnz 0x0bcb0044 ->13
0bcbedf3 mov r12d, [r12+0x14]
0bcbedf8 mov rax, 0xfffffffb40a37db0
0bcbee02 cmp rax, [r12+0x50]
0bcbee07 jnz 0x0bcb0044 ->13
0bcbee0d cmp dword [r12+0x4c], -0x09
0bcbee13 jnz 0x0bcb0044 ->13
0bcbee19 mov eax, [r11+0x1c]
0bcbee1d and eax, 0x798a813c
0bcbee23 lea eax, [rax+rax*2]
0bcbee26 shl eax, 0x03
0bcbee29 add eax, [r11+0x14]
0bcbee2d cmp dword [rax+0xc], -0x05
0bcbee31 jnz 0x0bcbee40
0bcbee33 cmp dword [rax+0x8], 0x40a37fb0
0bcbee3a jz 0x0bcb0044 ->13
0bcbee40 mov eax, [rax+0x10]
0bcbee43 test eax, eax
0bcbee45 jnz 0x0bcbee2d
0bcbee47 mov rax, 0xfffffffb40a37fb0
0bcbee51 cmp rax, [r12+0x5a8]
0bcbee59 jnz 0x0bcb0044 ->13
0bcbee5f cmp dword [r12+0x5a4], -0x09
0bcbee68 jnz 0x0bcb0044 ->13
0bcbee6e cmp dword [r12+0x5a0], 0x40a37f18
0bcbee7a jnz 0x0bcb0044 ->13
0bcbee80 cmp dword [r12+0x48], 0x40a37d88
0bcbee89 jnz 0x0bcb0044 ->13
0bcbee8f cmp dword [r15+0x18], +0x01
0bcbee94 jbe 0x0bcb0044 ->13
0bcbee9a mov r12d, [r15+0x8]
0bcbee9e cmp dword [r12+0xc], -0x05
0bcbeea4 jnz 0x0bcb0044 ->13
0bcbeeaa mov r12d, [r12+0x8]
0bcbeeaf cmp r12d, 0x40a378f8
0bcbeeb6 jz 0x0bcb0048 ->14
0bcbeebc cmp r12d, 0x410f6fc8
0bcbeec3 jz 0x0bcb004c ->15
0bcbeec9 cmp r12d, 0x40a37a18
0bcbeed0 jz 0x0bcb0050 ->16
0bcbeed6 cmp r12d, 0x40a37870
0bcbeedd jnz 0x0bcb0054 ->17
0bcbeee3 mov esi, 0x411085c8
0bcbeee8 call 0x004223c0 ->lj_tab_dup
0bcbeeed mov [rsp+0x6c], eax
0bcbeef1 mov edi, [0x40a354b0]
0bcbeef8 cmp dword [r13+0x1c], +0x01
0bcbeefd jnz 0x0bcb0058 ->18
0bcbef03 mov esi, [r13+0x14]
0bcbef07 mov rdx, 0xfffffffb41106450
0bcbef11 cmp rdx, [rsi+0x20]
0bcbef15 jnz 0x0bcb0058 ->18
0bcbef1b cmp dword [rsi+0x1c], -0x05
0bcbef1f jnz 0x0bcb0058 ->18
0bcbef25 mov esi, [rsi+0x18]
0bcbef28 mov eax, [rax+0x8]
0bcbef2b mov dword [rax+0x14], 0xfffffffb
0bcbef32 mov [rax+0x10], esi
0bcbef35 mov esi, [rbx+0x1c]
0bcbef38 and esi, 0x2a54dc55
0bcbef3e lea esi, [rsi+rsi*2]
0bcbef41 shl esi, 0x03
0bcbef44 add esi, [rbx+0x14]
0bcbef47 cmp dword [rsi+0xc], -0x05
0bcbef4b jnz 0x0bcbef5a
0bcbef4d cmp dword [rsi+0x8], 0x41106bb8
0bcbef54 jz 0x0bcb005c ->19
0bcbef5a mov esi, [rsi+0x10]
0bcbef5d test esi, esi
0bcbef5f jnz 0x0bcbef47
0bcbef61 cmp dword [rbx+0x10], +0x00
0bcbef65 jnz 0x0bcb005c ->19
0bcbef6b mov edx, 0x40a35448
0bcbef70 mov dword [rdx+0x4], 0xfffffffb
0bcbef77 mov dword [rdx], 0x41106bb8
0bcbef7d mov esi, ebx
0bcbef7f call 0x00422cf0 ->lj_tab_newkey
0bcbef84 mov r15d, eax
0bcbef87 mov r11d, [rsp+0x48]
0bcbef8c mov esi, [rsp+0x3c]
0bcbef90 mov eax, [rsp+0x6c]
0bcbef94 mov dword [r15+0x4], 0xfffffff4
0bcbef9c mov [r15], eax
0bcbef9f test byte [rbx+0x4], 0x4
0bcbefa3 jz 0x0bcbefba
0bcbefa5 and byte [rbx+0x4], 0xfb
0bcbefa9 mov edi, [0x40a353f4]
0bcbefb0 mov [0x40a353f4], ebx
0bcbefb7 mov [rbx+0xc], edi
0bcbefba cmp dword [rbp-0x4], 0x41107b00
0bcbefc1 jnz 0x0bcb0060 ->20
0bcbefc7 add ebp, -0x40
0bcbefca mov [0x40a354b4], ebp
0bcbefd1 cmp dword [rbp-0x8], 0x40a49b78
0bcbefd8 jnz 0x0bcb0064 ->21
0bcbefde cmp dword [rbp+0x4], -0x0c
0bcbefe2 jnz 0x0bcb0064 ->21
0bcbefe8 mov ebx, [rbp+0x0]
0bcbefeb cmp dword [rbx+0x18], +0x03
0bcbefef jbe 0x0bcb0064 ->21
0bcbeff5 mov r15d, [rbx+0x8]
0bcbeff9 cmp dword [r15+0x1c], -0x0c
0bcbeffe jnz 0x0bcb0064 ->21
0bcbf004 mov r13d, [r15+0x18]
0bcbf008 mov [rsp+0x18], r13d
0bcbf00d cmp dword [rbp+0x2c], -0x0c
0bcbf011 jnz 0x0bcb0064 ->21
0bcbf017 mov edi, [rbp+0x28]
0bcbf01a mov [rsp+0x14], edi
0bcbf01e cmp dword [rbp+0x14], -0x0c
0bcbf022 jnz 0x0bcb0064 ->21
0bcbf028 mov r15d, [rbp+0x10]
0bcbf02c cmp dword [rbp+0x1c], -0x0c
0bcbf030 jnz 0x0bcb0064 ->21
0bcbf036 mov r14d, [rbp+0x18]
0bcbf03a mov edi, [r11+0x1c]
0bcbf03e and edi, 0xce2b6183
0bcbf044 lea edi, [rdi+rdi*2]
0bcbf047 shl edi, 0x03
0bcbf04a add edi, [r11+0x14]
0bcbf04e cmp dword [rdi+0xc], -0x05
0bcbf052 jnz 0x0bcbf061
0bcbf054 cmp dword [rdi+0x8], 0x40a37db0
0bcbf05b jz 0x0bcb0064 ->21
0bcbf061 mov edi, [rdi+0x10]
0bcbf064 test edi, edi
0bcbf066 jnz 0x0bcbf04e
0bcbf068 cmp dword [rsi+0x1c], +0x01
0bcbf06c jnz 0x0bcb0064 ->21
0bcbf072 mov r12d, [rsi+0x14]
0bcbf076 mov rdi, 0xfffffffb40a374c8
0bcbf080 cmp rdi, [r12+0x20]
0bcbf085 jnz 0x0bcb0064 ->21
0bcbf08b cmp dword [r12+0x1c], -0x0c
0bcbf091 jnz 0x0bcb0064 ->21
0bcbf097 mov r12d, [r12+0x18]
0bcbf09c cmp dword [r12+0x1c], +0x3f
0bcbf0a2 jnz 0x0bcb0064 ->21
0bcbf0a8 mov r12d, [r12+0x14]
0bcbf0ad mov rdi, 0xfffffffb40a37db0
0bcbf0b7 cmp rdi, [r12+0x50]
0bcbf0bc jnz 0x0bcb0064 ->21
0bcbf0c2 cmp dword [r12+0x4c], -0x09
0bcbf0c8 jnz 0x0bcb0064 ->21
0bcbf0ce mov edi, [r11+0x1c]
0bcbf0d2 and edi, 0x798a813c
0bcbf0d8 lea edi, [rdi+rdi*2]
0bcbf0db shl edi, 0x03
0bcbf0de add edi, [r11+0x14]
0bcbf0e2 cmp dword [rdi+0xc], -0x05
0bcbf0e6 jnz 0x0bcbf0f5
0bcbf0e8 cmp dword [rdi+0x8], 0x40a37fb0
0bcbf0ef jz 0x0bcb0064 ->21
0bcbf0f5 mov edi, [rdi+0x10]
0bcbf0f8 test edi, edi
0bcbf0fa jnz 0x0bcbf0e2
0bcbf0fc mov rdi, 0xfffffffb40a37fb0
0bcbf106 cmp rdi, [r12+0x5a8]
0bcbf10e jnz 0x0bcb0064 ->21
0bcbf114 cmp dword [r12+0x5a4], -0x09
0bcbf11d jnz 0x0bcb0064 ->21
0bcbf123 cmp dword [r12+0x5a0], 0x40a37f18
0bcbf12f jnz 0x0bcb0064 ->21
0bcbf135 cmp dword [r12+0x48], 0x40a37d88
0bcbf13e jnz 0x0bcb0064 ->21
0bcbf144 cmp dword [r13+0x18], +0x01
0bcbf149 jbe 0x0bcb0064 ->21
0bcbf14f mov r12d, [r13+0x8]
0bcbf153 cmp dword [r12+0xc], -0x05
0bcbf159 jnz 0x0bcb0064 ->21
0bcbf15f mov ecx, [r12+0x8]
0bcbf164 mov [rsp+0x10], ecx
0bcbf168 cmp dword [r12+0x8], 0x40a378f8
0bcbf171 jnz 0x0bcb0068 ->22
0bcbf177 mov edi, [0x410f60b0]
0bcbf17e mov [rsp+0x64], edi
0bcbf182 cmp dword [rdi+0x4], 0xfffeffff
0bcbf189 jnb 0x0bcb006c ->23
0bcbf18f movsd xmm7, [rdi]
0bcbf193 addsd xmm7, [0x410fa9e0]
0bcbf19c movsd [rsp+0x58], xmm7
0bcbf1a2 movsd [rdi], xmm7
0bcbf1a6 mov edi, 0x40a35414
0bcbf1ab mov esi, [rdi+0x8]
0bcbf1ae mov [rdi], esi
0bcbf1b0 mov esi, 0x4c
0bcbf1b5 call 0x00421b60 ->lj_buf_putchar
0bcbf1ba mov edi, eax
0bcbf1bc lea rsi, [rsp+0x58]
0bcbf1c1 call 0x0040a3c0 ->lj_strfmt_putnum
0bcbf1c6 mov edi, eax
0bcbf1c8 call 0x00421ff0 ->lj_buf_tostr
0bcbf1cd mov [rsp+0x68], eax
0bcbf1d1 mov edi, [0x40a354b0]
0bcbf1d8 mov esi, 0x41107138
0bcbf1dd call 0x004223c0 ->lj_tab_dup
0bcbf1e2 mov [rsp+0xc], eax
0bcbf1e6 mov edi, [0x40a354b0]
0bcbf1ed xor esi, esi
0bcbf1ef call 0x00422350 ->lj_tab_new1
0bcbf1f4 mov esi, eax
0bcbf1f6 mov edi, [0x40a354b0]
0bcbf1fd mov ecx, [rsp+0xc]
0bcbf201 mov eax, [rsp+0x68]
0bcbf205 mov r12d, [rcx+0x14]
0bcbf209 mov dword [r12+0x34], 0xfffffff4
0bcbf212 mov [r12+0x30], esi
0bcbf217 mov dword [r12+0x4c], 0xfffffffb
0bcbf220 mov [r12+0x48], eax
0bcbf225 mov r12d, [0x410fb838]
0bcbf22d cmp dword [r12+0x4], -0x0c
0bcbf233 jnz 0x0bcb0074 ->25
0bcbf239 mov r12d, [r12]
0bcbf23d cmp dword [r12+0x1c], +0x01
0bcbf243 jnz 0x0bcb0074 ->25
0bcbf249 mov esi, [r12+0x14]
0bcbf24e mov rdx, 0xfffffffb411063b0
0bcbf258 cmp rdx, [rsi+0x8]
0bcbf25c jnz 0x0bcb0074 ->25
0bcbf262 cmp dword [rsi+0x4], -0x0c
0bcbf266 jnz 0x0bcb0074 ->25
0bcbf26c mov esi, [rsi]
0bcbf26e mov [rsp+0x60], esi
0bcbf272 mov edx, [rsi+0x1c]
0bcbf275 and edx, [rax+0x8]
0bcbf278 lea edx, [rdx+rdx*2]
0bcbf27b shl edx, 0x03
0bcbf27e add edx, [rsi+0x14]
0bcbf281 cmp dword [rdx+0xc], -0x05
0bcbf285 jnz 0x0bcbf290
0bcbf287 cmp eax, [rdx+0x8]
0bcbf28a jz 0x0bcb0074 ->25
0bcbf290 mov edx, [rdx+0x10]
0bcbf293 test edx, edx
0bcbf295 jnz 0x0bcbf281
0bcbf297 cmp dword [rsi+0x10], +0x00
0bcbf29b jnz 0x0bcb0074 ->25
0bcbf2a1 mov edx, 0x40a35448
0bcbf2a6 mov dword [rdx+0x4], 0xfffffffb
0bcbf2ad mov [rdx], eax
0bcbf2af call 0x00422cf0 ->lj_tab_newkey
0bcbf2b4 mov edi, [rsp+0x64]
0bcbf2b8 mov esi, [rsp+0x60]
0bcbf2bc mov ecx, [rsp+0xc]
0bcbf2c0 movsd xmm7, [rsp+0x58]
0bcbf2c6 mov dword [rax+0x4], 0xfffffff4
0bcbf2cd mov [rax], ecx
0bcbf2cf test byte [rsi+0x4], 0x4
0bcbf2d3 jz 0x0bcbf2ea
0bcbf2d5 and byte [rsi+0x4], 0xfb
0bcbf2d9 mov edx, [0x40a353f4]
0bcbf2e0 mov [0x40a353f4], esi
0bcbf2e7 mov [rsi+0xc], edx
0bcbf2ea mov byte [rsi+0x6], 0x0
0bcbf2ee addsd xmm7, [0x410fa9e0]
0bcbf2f7 movsd [rsp+0x50], xmm7
0bcbf2fd movsd [rdi], xmm7
0bcbf301 mov edi, 0x40a35414
0bcbf306 mov esi, [rdi+0x8]
0bcbf309 mov [rdi], esi
0bcbf30b mov esi, 0x4c
0bcbf310 call 0x00421b60 ->lj_buf_putchar
0bcbf315 mov edi, eax
0bcbf317 lea rsi, [rsp+0x50]
0bcbf31c call 0x0040a3c0 ->lj_strfmt_putnum
0bcbf321 mov edi, eax
0bcbf323 call 0x00421ff0 ->lj_buf_tostr
0bcbf328 mov [rsp+0x4c], eax
0bcbf32c mov edi, [0x40a354b0]
0bcbf333 mov esi, 0x41107138
0bcbf338 call 0x004223c0 ->lj_tab_dup
0bcbf33d mov [rsp+0x28], eax
0bcbf341 mov edi, [0x40a354b0]
0bcbf348 xor esi, esi
0bcbf34a call 0x00422350 ->lj_tab_new1
0bcbf34f mov esi, eax
0bcbf351 mov edi, [0x40a354b0]
0bcbf358 mov ecx, [rsp+0x28]
0bcbf35c mov eax, [rsp+0x4c]
0bcbf360 mov r8d, [rcx+0x14]
0bcbf364 mov [rsp+0x1c], r8d
0bcbf369 mov dword [r8+0x34], 0xfffffff4
0bcbf371 mov [r8+0x30], esi
0bcbf375 mov dword [r8+0x4c], 0xfffffffb
0bcbf37d mov [r8+0x48], eax
0bcbf381 cmp dword [r12+0x1c], +0x01
0bcbf387 jnz 0x0bcb007c ->27
0bcbf38d mov r12d, [r12+0x14]
0bcbf392 mov rsi, 0xfffffffb411063b0
0bcbf39c cmp rsi, [r12+0x8]
0bcbf3a1 jnz 0x0bcb007c ->27
0bcbf3a7 cmp dword [r12+0x4], -0x0c
0bcbf3ad jnz 0x0bcb007c ->27
0bcbf3b3 mov r12d, [r12]
0bcbf3b7 mov esi, [r12+0x1c]
0bcbf3bc and esi, [rax+0x8]
0bcbf3bf lea esi, [rsi+rsi*2]
0bcbf3c2 shl esi, 0x03
0bcbf3c5 add esi, [r12+0x14]
0bcbf3ca cmp dword [rsi+0xc], -0x05
0bcbf3ce jnz 0x0bcbf3d9
0bcbf3d0 cmp eax, [rsi+0x8]
0bcbf3d3 jz 0x0bcb007c ->27
0bcbf3d9 mov esi, [rsi+0x10]
0bcbf3dc test esi, esi
0bcbf3de jnz 0x0bcbf3ca
0bcbf3e0 cmp dword [r12+0x10], +0x00
0bcbf3e6 jnz 0x0bcb007c ->27
0bcbf3ec mov edx, 0x40a35448
0bcbf3f1 mov dword [rdx+0x4], 0xfffffffb
0bcbf3f8 mov [rdx], eax
0bcbf3fa mov esi, r12d
0bcbf3fd call 0x00422cf0 ->lj_tab_newkey
0bcbf402 mov r11d, [rsp+0x48]
0bcbf407 mov edi, [0x40a354b0]
0bcbf40e mov esi, [rsp+0x3c]
0bcbf412 mov edx, [rsp+0x40]
0bcbf416 mov ecx, [rsp+0x28]
0bcbf41a mov dword [rax+0x4], 0xfffffff4
0bcbf421 mov [rax], ecx
0bcbf423 test byte [r12+0x4], 0x4
0bcbf429 jz 0x0bcbf445
0bcbf42b and byte [r12+0x4], 0xfb
0bcbf431 mov ecx, [0x40a353f4]
0bcbf438 mov [0x40a353f4], r12d
0bcbf440 mov [r12+0xc], ecx
0bcbf445 mov byte [r12+0x6], 0x0
0bcbf44b cmp dword [r13+0x18], +0x02
0bcbf450 jbe 0x0bcb0080 ->28
0bcbf456 mov r12d, [r13+0x8]
0bcbf45a cmp dword [r12+0x14], -0x0c
0bcbf460 jnz 0x0bcb0080 ->28
0bcbf466 mov r12d, [r12+0x10]
0bcbf46b mov ecx, [r11+0x1c]
0bcbf46f and ecx, 0xce2b6183
0bcbf475 lea ecx, [rcx+rcx*2]
0bcbf478 shl ecx, 0x03
0bcbf47b add ecx, [r11+0x14]
0bcbf47f cmp dword [rcx+0xc], -0x05
0bcbf483 jnz 0x0bcbf492
0bcbf485 cmp dword [rcx+0x8], 0x40a37db0
0bcbf48c jz 0x0bcb0080 ->28
0bcbf492 mov ecx, [rcx+0x10]
0bcbf495 test ecx, ecx
0bcbf497 jnz 0x0bcbf47f
0bcbf499 cmp dword [rsi+0x1c], +0x01
0bcbf49d jnz 0x0bcb0080 ->28
0bcbf4a3 mov esi, [rsi+0x14]
0bcbf4a6 mov rcx, 0xfffffffb40a374c8
0bcbf4b0 cmp rcx, [rsi+0x20]
0bcbf4b4 jnz 0x0bcb0080 ->28
0bcbf4ba cmp dword [rsi+0x1c], -0x0c
0bcbf4be jnz 0x0bcb0080 ->28
0bcbf4c4 mov esi, [rsi+0x18]
0bcbf4c7 cmp dword [rsi+0x1c], +0x3f
0bcbf4cb jnz 0x0bcb0080 ->28
0bcbf4d1 mov esi, [rsi+0x14]
0bcbf4d4 mov rcx, 0xfffffffb40a37db0
0bcbf4de cmp rcx, [rsi+0x50]
0bcbf4e2 jnz 0x0bcb0080 ->28
0bcbf4e8 cmp dword [rsi+0x4c], -0x09
0bcbf4ec jnz 0x0bcb0080 ->28
0bcbf4f2 mov ecx, [r11+0x1c]
0bcbf4f6 and ecx, 0x798a813c
0bcbf4fc lea ecx, [rcx+rcx*2]
0bcbf4ff shl ecx, 0x03
0bcbf502 add ecx, [r11+0x14]
0bcbf506 cmp dword [rcx+0xc], -0x05
0bcbf50a jnz 0x0bcbf519
0bcbf50c cmp dword [rcx+0x8], 0x40a37fb0
0bcbf513 jz 0x0bcb0080 ->28
0bcbf519 mov ecx, [rcx+0x10]
0bcbf51c test ecx, ecx
0bcbf51e jnz 0x0bcbf506
0bcbf520 mov rcx, 0xfffffffb40a37fb0
0bcbf52a cmp rcx, [rsi+0x5a8]
0bcbf531 jnz 0x0bcb0080 ->28
0bcbf537 cmp dword [rsi+0x5a4], -0x09
0bcbf53e jnz 0x0bcb0080 ->28
0bcbf544 cmp dword [rsi+0x5a0], 0x40a37f18
0bcbf54e jnz 0x0bcb0080 ->28
0bcbf554 cmp dword [rsi+0x48], 0x40a37d88
0bcbf55b jnz 0x0bcb0080 ->28
0bcbf561 cmp dword [r12+0x18], +0x01
0bcbf567 jbe 0x0bcb0080 ->28
0bcbf56d mov esi, [r12+0x8]
0bcbf572 cmp dword [rsi+0xc], -0x05
0bcbf576 jnz 0x0bcb0080 ->28
0bcbf57c mov ecx, [rsi+0x8]
0bcbf57f mov [rsp+0x38], ecx
0bcbf583 cmp ecx, 0x40a378f8
0bcbf589 jz 0x0bcb0084 ->29
0bcbf58f cmp ecx, 0x410f6fc8
0bcbf595 jz 0x0bcb0088 ->30
0bcbf59b cmp ecx, 0x40a37a18
0bcbf5a1 jz 0x0bcb008c ->31
0bcbf5a7 cmp ecx, 0x40a37870
0bcbf5ad jz 0x0bcb009d ->32
0bcbf5b3 cmp ecx, 0x40a3acb0
0bcbf5b9 jz 0x0bcb00a1 ->33
0bcbf5bf cmp ecx, 0x40a527f8
0bcbf5c5 jz 0x0bcb00a5 ->34
0bcbf5cb mov esi, [rdx+0x1c]
0bcbf5ce and esi, [rcx+0x8]
0bcbf5d1 lea esi, [rsi+rsi*2]
0bcbf5d4 shl esi, 0x03
0bcbf5d7 add esi, [rdx+0x14]
0bcbf5da cmp dword [rsi+0xc], -0x05
0bcbf5de jnz 0x0bcbf5e5
0bcbf5e0 cmp ecx, [rsi+0x8]
0bcbf5e3 jz 0x0bcbf5f1
0bcbf5e5 mov esi, [rsi+0x10]
0bcbf5e8 test esi, esi
0bcbf5ea jnz 0x0bcbf5da
0bcbf5ec mov esi, 0x40a35458
0bcbf5f1 cmp dword [rsi+0x4], -0x03
0bcbf5f5 jnz 0x0bcb00a9 ->35
0bcbf5fb mov esi, 0x411082e8
0bcbf600 call 0x004223c0 ->lj_tab_dup
0bcbf605 mov r10d, eax
0bcbf608 mov [rsp+0x44], r10d
0bcbf60d mov edi, [0x40a354b0]
0bcbf614 mov esi, [rsp+0x14]
0bcbf618 mov ecx, [rsp+0xc]
0bcbf61c mov eax, [rsp+0x4c]
0bcbf620 mov edx, [r10+0x8]
0bcbf624 mov dword [rdx+0x14], 0xfffffff4
0bcbf62b mov [rdx+0x10], r12d
0bcbf62f cmp dword [rcx+0x1c], +0x03
0bcbf633 jnz 0x0bcb00ad ->36
0bcbf639 mov ecx, [rcx+0x14]
0bcbf63c mov [rsp+0x2c], ecx
0bcbf640 mov r11, 0xfffffffb41106450
0bcbf64a cmp r11, [rcx+0x50]
0bcbf64e jnz 0x0bcb00ad ->36
0bcbf654 cmp dword [rcx+0x4c], -0x05
0bcbf658 jnz 0x0bcb00ad ->36
0bcbf65e mov ecx, [rcx+0x48]
0bcbf661 mov dword [rdx+0x1c], 0xfffffffb
0bcbf668 mov [rdx+0x18], ecx
0bcbf66b mov dword [rdx+0x24], 0xfffffffb
0bcbf672 mov [rdx+0x20], eax
0bcbf675 mov edx, [rsi+0x1c]
0bcbf678 and edx, 0x2a54dc55
0bcbf67e lea edx, [rdx+rdx*2]
0bcbf681 shl edx, 0x03
0bcbf684 add edx, [rsi+0x14]
0bcbf687 cmp dword [rdx+0xc], -0x05
0bcbf68b jnz 0x0bcbf69a
0bcbf68d cmp dword [rdx+0x8], 0x41106bb8
0bcbf694 jz 0x0bcb00b1 ->37
0bcbf69a mov edx, [rdx+0x10]
0bcbf69d test edx, edx
0bcbf69f jnz 0x0bcbf687
0bcbf6a1 cmp dword [rsi+0x10], +0x00
0bcbf6a5 jnz 0x0bcb00b1 ->37
0bcbf6ab mov edx, 0x40a35448
0bcbf6b0 mov dword [rdx+0x4], 0xfffffffb
0bcbf6b7 mov dword [rdx], 0x41106bb8
0bcbf6bd call 0x00422cf0 ->lj_tab_newkey
0bcbf6c2 mov r9d, eax
0bcbf6c5 mov r11d, [rsp+0x48]
0bcbf6ca mov r10d, [rsp+0x44]
0bcbf6cf mov edi, [0x40a354b0]
0bcbf6d6 mov esi, [rsp+0x40]
0bcbf6da mov edx, [rsp+0x3c]
0bcbf6de mov eax, [rsp+0x14]
0bcbf6e2 mov dword [r9+0x4], 0xfffffff4
0bcbf6ea mov [r9], r10d
0bcbf6ed test byte [rax+0x4], 0x4
0bcbf6f1 jz 0x0bcbf70a
0bcbf6f3 and byte [rax+0x4], 0xfb
0bcbf6f7 mov r10d, [0x40a353f4]
0bcbf6ff mov [0x40a353f4], eax
0bcbf706 mov [rax+0xc], r10d
0bcbf70a cmp dword [r13+0x18], +0x04
0bcbf70f jbe 0x0bcb00b5 ->38
0bcbf715 mov r13d, [r13+0x8]
0bcbf719 mov [rsp+0x30], r13d
0bcbf71e cmp dword [r13+0x1c], -0x0c
0bcbf723 jnz 0x0bcb00b5 ->38
0bcbf729 mov r13d, [r13+0x18]
0bcbf72d mov eax, [r11+0x1c]
0bcbf731 and eax, 0xce2b6183
0bcbf737 lea eax, [rax+rax*2]
0bcbf73a shl eax, 0x03
0bcbf73d add eax, [r11+0x14]
0bcbf741 cmp dword [rax+0xc], -0x05
0bcbf745 jnz 0x0bcbf754
0bcbf747 cmp dword [rax+0x8], 0x40a37db0
0bcbf74e jz 0x0bcb00b5 ->38
0bcbf754 mov eax, [rax+0x10]
0bcbf757 test eax, eax
0bcbf759 jnz 0x0bcbf741
0bcbf75b cmp dword [rdx+0x1c], +0x01
0bcbf75f jnz 0x0bcb00b5 ->38
0bcbf765 mov edx, [rdx+0x14]
0bcbf768 mov rax, 0xfffffffb40a374c8
0bcbf772 cmp rax, [rdx+0x20]
0bcbf776 jnz 0x0bcb00b5 ->38
0bcbf77c cmp dword [rdx+0x1c], -0x0c
0bcbf780 jnz 0x0bcb00b5 ->38
0bcbf786 mov edx, [rdx+0x18]
0bcbf789 cmp dword [rdx+0x1c], +0x3f
0bcbf78d jnz 0x0bcb00b5 ->38
0bcbf793 mov edx, [rdx+0x14]
0bcbf796 mov rax, 0xfffffffb40a37db0
0bcbf7a0 cmp rax, [rdx+0x50]
0bcbf7a4 jnz 0x0bcb00b5 ->38
0bcbf7aa cmp dword [rdx+0x4c], -0x09
0bcbf7ae jnz 0x0bcb00b5 ->38
0bcbf7b4 mov eax, [r11+0x1c]
0bcbf7b8 and eax, 0x798a813c
0bcbf7be lea eax, [rax+rax*2]
0bcbf7c1 shl eax, 0x03
0bcbf7c4 add eax, [r11+0x14]
0bcbf7c8 cmp dword [rax+0xc], -0x05
0bcbf7cc jnz 0x0bcbf7db
0bcbf7ce cmp dword [rax+0x8], 0x40a37fb0
0bcbf7d5 jz 0x0bcb00b5 ->38
0bcbf7db mov eax, [rax+0x10]
0bcbf7de test eax, eax
0bcbf7e0 jnz 0x0bcbf7c8
0bcbf7e2 mov rax, 0xfffffffb40a37fb0
0bcbf7ec cmp rax, [rdx+0x5a8]
0bcbf7f3 jnz 0x0bcb00b5 ->38
0bcbf7f9 cmp dword [rdx+0x5a4], -0x09
0bcbf800 jnz 0x0bcb00b5 ->38
0bcbf806 cmp dword [rdx+0x5a0], 0x40a37f18
0bcbf810 jnz 0x0bcb00b5 ->38
0bcbf816 cmp dword [rdx+0x48], 0x40a37d88
0bcbf81d jnz 0x0bcb00b5 ->38
0bcbf823 cmp dword [r13+0x18], +0x01
0bcbf828 jbe 0x0bcb00b5 ->38
0bcbf82e mov edx, [r13+0x8]
0bcbf832 cmp dword [rdx+0xc], -0x05
0bcbf836 jnz 0x0bcb00b5 ->38
0bcbf83c mov edx, [rdx+0x8]
0bcbf83f mov [rsp+0x34], edx
0bcbf843 cmp edx, 0x40a378f8
0bcbf849 jz 0x0bcb00b9 ->39
0bcbf84f cmp edx, 0x410f6fc8
0bcbf855 jz 0x0bcb00bd ->40
0bcbf85b cmp edx, 0x40a37a18
0bcbf861 jz 0x0bcb00c1 ->41
0bcbf867 cmp edx, 0x40a37870
0bcbf86d jz 0x0bcb00c5 ->42
0bcbf873 cmp edx, 0x40a3acb0
0bcbf879 jz 0x0bcb00c9 ->43
0bcbf87f cmp edx, 0x40a527f8
0bcbf885 jz 0x0bcb00cd ->44
0bcbf88b mov r12d, [rsi+0x1c]
0bcbf88f and r12d, [rdx+0x8]
0bcbf893 lea r12d, [r12+r12*2]
0bcbf897 shl r12d, 0x03
0bcbf89b add r12d, [rsi+0x14]
0bcbf89f cmp dword [r12+0xc], -0x05
0bcbf8a5 jnz 0x0bcbf8ae
0bcbf8a7 cmp edx, [r12+0x8]
0bcbf8ac jz 0x0bcbf8be
0bcbf8ae mov r12d, [r12+0x10]
0bcbf8b3 test r12d, r12d
0bcbf8b6 jnz 0x0bcbf89f
0bcbf8b8 mov r12d, 0x40a35458
0bcbf8be cmp dword [r12+0x4], -0x03
0bcbf8c4 jnz 0x0bcb00d1 ->45
0bcbf8ca mov esi, 0x411082e8
0bcbf8cf call 0x004223c0 ->lj_tab_dup
0bcbf8d4 mov edi, [0x40a354b0]
0bcbf8db mov edx, [rsp+0x30]
0bcbf8df mov ecx, [rsp+0x2c]
0bcbf8e3 mov r11d, [rax+0x8]
0bcbf8e7 mov dword [r11+0x14], 0xfffffff4
0bcbf8ef mov [r11+0x10], r13d
0bcbf8f3 cmp dword [r15+0x1c], +0x01
0bcbf8f8 jnz 0x0bcb00d5 ->46
0bcbf8fe mov r12d, [r15+0x14]
0bcbf902 mov r10, 0xfffffffb41106450
0bcbf90c cmp r10, [r12+0x20]
0bcbf911 jnz 0x0bcb00d5 ->46
0bcbf917 cmp dword [r12+0x1c], -0x05
0bcbf91d jnz 0x0bcb00d5 ->46
0bcbf923 mov r12d, [r12+0x18]
0bcbf928 mov dword [r11+0x1c], 0xfffffffb
0bcbf930 mov [r11+0x18], r12d
0bcbf934 cmp dword [r14+0x1c], +0x01
0bcbf939 jnz 0x0bcb00d9 ->47
0bcbf93f mov r12d, [r14+0x14]
0bcbf943 mov r10, 0xfffffffb41106450
0bcbf94d cmp r10, [r12+0x20]
0bcbf952 jnz 0x0bcb00d9 ->47
0bcbf958 cmp dword [r12+0x1c], -0x05
0bcbf95e jnz 0x0bcb00d9 ->47
0bcbf964 mov r12d, [r12+0x18]
0bcbf969 mov dword [r11+0x24], 0xfffffffb
0bcbf971 mov [r11+0x20], r12d
0bcbf975 mov r11, 0xfffffffb41106bb8
0bcbf97f cmp r11, [rcx+0x20]
0bcbf983 jnz 0x0bcb00dd ->48
0bcbf989 mov dword [rcx+0x1c], 0xfffffff4
0bcbf990 mov [rcx+0x18], eax
0bcbf993 cmp dword [rdx+0x24], -0x0c
0bcbf997 jnz 0x0bcb00e1 ->49
0bcbf99d mov r10d, [rdx+0x20]
0bcbf9a1 mov [rsp+0x24], r10d
0bcbf9a6 cmp dword [r10+0x18], +0x01
0bcbf9ab jbe 0x0bcb00e1 ->49
0bcbf9b1 mov edx, [r10+0x8]
0bcbf9b5 cmp dword [rdx+0xc], -0x05
0bcbf9b9 jnz 0x0bcb00e1 ->49
0bcbf9bf mov r9d, [rdx+0x8]
0bcbf9c3 mov [rsp+0x20], r9d
0bcbf9c8 cmp r9d, 0x40a378f8
0bcbf9cf jz 0x0bcb00e5 ->50
0bcbf9d5 cmp r9d, 0x410f6fc8
0bcbf9dc jz 0x0bcb00e9 ->51
0bcbf9e2 cmp r9d, 0x40a37a18
0bcbf9e9 jz 0x0bcb00ed ->52
0bcbf9ef cmp r9d, 0x40a37870
0bcbf9f6 jnz 0x0bcb00f1 ->53
0bcbf9fc mov esi, 0x411085c8
0bcbfa01 call 0x004223c0 ->lj_tab_dup
0bcbfa06 mov r13d, eax
0bcbfa09 mov r8d, [rsp+0x1c]
0bcbfa0e mov edi, [r13+0x8]
0bcbfa12 mov dword [rdi+0x14], 0xfffffffb
0bcbfa19 mov [rdi+0x10], r12d
0bcbfa1d mov edi, [0x40a354b0]
0bcbfa24 mov dword [r8+0x1c], 0xfffffff4
0bcbfa2c mov [r8+0x18], r13d
0bcbfa30 cmp dword [rbx+0x18], +0x04
0bcbfa34 jbe 0x0bcb00f9 ->55
0bcbfa3a mov ebx, [rbx+0x8]
0bcbfa3d cmp dword [rbx+0x24], -0x0c
0bcbfa41 jnz 0x0bcb00f9 ->55
0bcbfa47 mov ebx, [rbx+0x20]
0bcbfa4a cmp dword [rbp+0x34], -0x0c
0bcbfa4e jnz 0x0bcb00f9 ->55
0bcbfa54 mov ebp, [rbp+0x30]
0bcbfa57 cmp dword [rbx+0x18], +0x01
0bcbfa5b jbe 0x0bcb00f9 ->55
0bcbfa61 mov r13d, [rbx+0x8]
0bcbfa65 cmp dword [r13+0xc], -0x05
0bcbfa6a jnz 0x0bcb00f9 ->55
0bcbfa70 mov r13d, [r13+0x8]
0bcbfa74 cmp r13d, 0x40a378f8
0bcbfa7b jz 0x0bcb00fd ->56
0bcbfa81 cmp r13d, 0x410f6fc8
0bcbfa88 jz 0x0bcb0101 ->57
0bcbfa8e cmp r13d, 0x40a37a18
0bcbfa95 jz 0x0bcb0105 ->58
0bcbfa9b cmp r13d, 0x40a37870
0bcbfaa2 jnz 0x0bcb0109 ->59
0bcbfaa8 mov esi, 0x411085c8
0bcbfaad call 0x004223c0 ->lj_tab_dup
0bcbfab2 mov [rsp+0x8], eax
0bcbfab6 mov edi, [0x40a354b0]
0bcbfabd mov eax, [rax+0x8]
0bcbfac0 mov dword [rax+0x14], 0xfffffffb
0bcbfac7 mov [rax+0x10], r12d
0bcbfacb mov esi, [rbp+0x1c]
0bcbface and esi, 0x2a54dc55
0bcbfad4 lea esi, [rsi+rsi*2]
0bcbfad7 shl esi, 0x03
0bcbfada add esi, [rbp+0x14]
0bcbfadd cmp dword [rsi+0xc], -0x05
0bcbfae1 jnz 0x0bcbfaf0
0bcbfae3 cmp dword [rsi+0x8], 0x41106bb8
0bcbfaea jz 0x0bcb0111 ->61
0bcbfaf0 mov esi, [rsi+0x10]
0bcbfaf3 test esi, esi
0bcbfaf5 jnz 0x0bcbfadd
0bcbfaf7 cmp dword [rbp+0x10], +0x00
0bcbfafb jnz 0x0bcb0111 ->61
0bcbfb01 mov edx, 0x40a35448
0bcbfb06 mov dword [rdx+0x4], 0xfffffffb
0bcbfb0d mov dword [rdx], 0x41106bb8
0bcbfb13 mov esi, ebp
0bcbfb15 call 0x00422cf0 ->lj_tab_newkey
0bcbfb1a mov ebx, eax
0bcbfb1c mov edx, [0x40a354b4]
0bcbfb23 mov eax, [rsp+0x8]
0bcbfb27 mov dword [rbx+0x4], 0xfffffff4
0bcbfb2e mov [rbx], eax
0bcbfb30 test byte [rbp+0x4], 0x4
0bcbfb34 jz 0x0bcbfb4b
0bcbfb36 and byte [rbp+0x4], 0xfb
0bcbfb3a mov edi, [0x40a353f4]
0bcbfb41 mov [0x40a353f4], ebp
0bcbfb48 mov [rbp+0xc], edi
0bcbfb4b cmp dword [rdx-0x4], 0x41107b7c
0bcbfb52 jnz 0x0bcb0115 ->62
0bcbfb58 add edx, -0x48
0bcbfb5b mov [0x40a354b4], edx
0bcbfb62 add rsp, +0x70
0bcbfb66 jmp 0x0bcbe9a6
---- TRACE 3 stop -> down-recursion
---- TRACE 3 exit 1
---- TRACE 3 exit 1
---- TRACE 3 exit 3
---- TRACE 2 exit 4
---- TRACE 3 exit 4
Raw
dump.hotloop09.2630
---- TRACE 1 start ssa.lua:39
0001 UGET 0 0 ; label_counter
0002 ADDVN 0 0 0 ; 1
0003 USETV 0 0 ; label_counter
0004 KSTR 0 0 ; "L"
0005 UGET 1 0 ; label_counter
0006 CAT 0 0 1
0007 TDUP 1 1
0008 TNEW 2 0
0009 TSETS 2 1 2 ; "bindings"
0010 TSETS 0 1 3 ; "label"
0011 UGET 2 1 ; ssa
0012 TGETS 2 2 4 ; "blocks"
0013 TSETV 1 2 0
0014 RET1 1 2
---- TRACE 1 IR
.... SNAP #0 [ ---- ]
0001 rbp fun SLOAD #0 R
0002 rbx > p32 UREFO 0001 #0
0003 xmm7 > num ULOAD 0002
0004 [10] num ADD 0003 +1 
0005 num USTORE 0002 0004
.... SNAP #1 [ ---- ---- ]
0006 str TOSTR 0004 NUM
0007 rdi p32 BUFHDR [0x4105e414] RESET
0008 rdi p32 BUFPUT 0007 "L" 
0009 rdi p32 BUFPUT 0008 0006
0010 [c] str BUFSTR 0009 0007
0011 [8] > tab TDUP {0x419b0f30}
0012 r15 > tab TNEW #0 #0
0013 rbx p32 FLOAD 0011 tab.node
0014 p32 HREFK 0013 "bindings" @0
0015 tab HSTORE 0014 0012
0016 p32 HREFK 0013 "label" @1
0017 str HSTORE 0016 0010
.... SNAP #2 [ ---- 0010 0011 ---- ]
0018 rbp > p32 UREFO 0001 #1
0019 rbp > tab ULOAD 0018
0020 int FLOAD 0019 tab.hmask
0021 > int EQ 0020 +1 
0022 rbp p32 FLOAD 0019 tab.node
0023 > p32 HREFK 0022 "blocks" @0
0024 rbp > tab HLOAD 0023
0025 rsi p32 HREF 0024 0010
0026 > p32 EQ 0025 [0x4105e458]
0027 tab FLOAD 0024 tab.meta
0028 > tab EQ 0027 [NULL]
0029 rbx p32 NEWREF 0024 0010
0030 tab HSTORE 0029 0011
0031 nil TBAR 0024
0032 p32 FREF 0024 tab.nomm
0033 u8  FSTORE 0032 +0 
.... SNAP #3 [ ---- ---- 0011 ]
---- TRACE 1 mcode 441
0bcbfe44 add rsp, -0x10
0bcbfe48 mov dword [0x4105e410], 0x1
0bcbfe53 mov edi, [0x4105e3d8]
0bcbfe5a cmp edi, [0x4105e3dc]
0bcbfe61 jb 0x0bcbfe7a
0bcbfe63 mov esi, 0x3
0bcbfe68 mov edi, 0x4105e3b8
0bcbfe6d call 0x00421730 ->lj_gc_step_jit
0bcbfe72 test eax, eax
0bcbfe74 jnz 0x0bcb0010 ->0
0bcbfe7a mov edx, [0x4105e4b4]
0bcbfe81 mov ebp, [rdx-0x8]
0bcbfe84 mov edi, [rbp+0x14]
0bcbfe87 mov ebx, [rdi+0x10]
0bcbfe8a cmp dword [rbx+0x4], 0xfffeffff
0bcbfe91 jnb 0x0bcb0010 ->0
0bcbfe97 movsd xmm7, [rbx]
0bcbfe9b addsd xmm7, [0x4107b120]
0bcbfea4 movsd [rsp+0x10], xmm7
0bcbfeaa movsd [rbx], xmm7
0bcbfeae mov edi, 0x4105e414
0bcbfeb3 mov esi, [rdi+0x8]
0bcbfeb6 mov [rdi], esi
0bcbfeb8 mov esi, 0x4c
0bcbfebd call 0x00421b60 ->lj_buf_putchar
0bcbfec2 mov edi, eax
0bcbfec4 lea rsi, [rsp+0x10]
0bcbfec9 call 0x0040a3c0 ->lj_strfmt_putnum
0bcbfece mov edi, eax
0bcbfed0 call 0x00421ff0 ->lj_buf_tostr
0bcbfed5 mov [rsp+0xc], eax
0bcbfed9 mov edi, [0x4105e4b0]
0bcbfee0 mov esi, 0x419b0f30
0bcbfee5 call 0x004223c0 ->lj_tab_dup
0bcbfeea mov ebx, eax
0bcbfeec mov [rsp+0x8], ebx
0bcbfef0 mov edi, [0x4105e4b0]
0bcbfef7 xor esi, esi
0bcbfef9 call 0x00422350 ->lj_tab_new1
0bcbfefe mov r15d, eax
0bcbff01 mov edi, [0x4105e4b0]
0bcbff08 mov eax, [rsp+0xc]
0bcbff0c mov ebx, [rbx+0x14]
0bcbff0f mov dword [rbx+0x4], 0xfffffff4
0bcbff16 mov [rbx], r15d
0bcbff19 mov dword [rbx+0x1c], 0xfffffffb
0bcbff20 mov [rbx+0x18], eax
0bcbff23 mov esi, [rbp+0x18]
0bcbff26 mov ebp, [rsi+0x10]
0bcbff29 cmp dword [rbp+0x4], -0x0c
0bcbff2d jnz 0x0bcb0018 ->2
0bcbff33 mov ebp, [rbp+0x0]
0bcbff36 cmp dword [rbp+0x1c], +0x01
0bcbff3a jnz 0x0bcb0018 ->2
0bcbff40 mov ebp, [rbp+0x14]
0bcbff43 mov rsi, 0xfffffffb419b01a8
0bcbff4d cmp rsi, [rbp+0x8]
0bcbff51 jnz 0x0bcb0018 ->2
0bcbff57 cmp dword [rbp+0x4], -0x0c
0bcbff5b jnz 0x0bcb0018 ->2
0bcbff61 mov ebp, [rbp+0x0]
0bcbff64 mov esi, [rbp+0x1c]
0bcbff67 and esi, [rax+0x8]
0bcbff6a lea esi, [rsi+rsi*2]
0bcbff6d shl esi, 0x03
0bcbff70 add esi, [rbp+0x14]
0bcbff73 cmp dword [rsi+0xc], -0x05
0bcbff77 jnz 0x0bcbff82
0bcbff79 cmp eax, [rsi+0x8]
0bcbff7c jz 0x0bcb0018 ->2
0bcbff82 mov esi, [rsi+0x10]
0bcbff85 test esi, esi
0bcbff87 jnz 0x0bcbff73
0bcbff89 cmp dword [rbp+0x10], +0x00
0bcbff8d jnz 0x0bcb0018 ->2
0bcbff93 mov edx, 0x4105e448
0bcbff98 mov dword [rdx+0x4], 0xfffffffb
0bcbff9f mov [rdx], eax
0bcbffa1 mov esi, ebp
0bcbffa3 call 0x00422cf0 ->lj_tab_newkey
0bcbffa8 mov ebx, eax
0bcbffaa mov edx, [0x4105e4b4]
0bcbffb1 mov eax, [rsp+0x8]
0bcbffb5 mov dword [rbx+0x4], 0xfffffff4
0bcbffbc mov [rbx], eax
0bcbffbe test byte [rbp+0x4], 0x4
0bcbffc2 jz 0x0bcbffd9
0bcbffc4 and byte [rbp+0x4], 0xfb
0bcbffc8 mov edi, [0x4105e3f4]
0bcbffcf mov [0x4105e3f4], ebp
0bcbffd6 mov [rbp+0xc], edi
0bcbffd9 mov byte [rbp+0x6], 0x0
0bcbffdd mov dword [rdx+0xc], 0xfffffff4
0bcbffe4 mov [rdx+0x8], eax
0bcbffe7 xor eax, eax
0bcbffe9 mov ebx, 0x419b1bd0
0bcbffee mov r14d, 0x4105f008
0bcbfff4 add rsp, +0x10
0bcbfff8 jmp 0x00420177
---- TRACE 1 stop -> return
---- TRACE 2 start ssa.lua:55
0001 GGET 4 0 ; "assert"
0002 GGET 5 1 ; "type"
0003 MOV 6 0
0004 CALL 5 2 2
0000 . FUNCC ; type
0005 ISEQS 5 2 ; "table"
0006 JMP 5 => 0009
0009 KPRI 5 2
0010 CALL 4 1 2
0000 . FUNCC ; assert
0011 TGETB 4 0 1
0012 ISNES 4 3 ; "if"
0013 JMP 5 => 0037
0037 ISNES 4 4 ; "let"
0038 JMP 5 => 0056
0056 ISNES 4 10 ; "true"
0057 JMP 5 => 0063
0063 ISNES 4 11 ; "false"
0064 JMP 5 => 0070
0070 ISNES 4 12 ; "match"
0071 JMP 5 => 0077
0077 ISNES 4 14 ; "fail"
0078 JMP 5 => 0084
0084 GGET 5 0 ; "assert"
0085 UGET 6 4 ; relops
0086 TGETV 6 6 4
0087 CALL 5 1 2
0000 . FUNCC ; assert
0088 UGET 5 5 ; finish_if
0089 MOV 6 1
0090 MOV 7 0
0091 MOV 8 2
0092 MOV 9 3
0093 CALL 5 1 5
0000 . FUNCF 6 ; ssa.lua:49
0001 . TDUP 4 1
0002 . TSETB 1 4 2
0003 . TGETS 5 2 2 ; "label"
0004 . TSETB 5 4 3
0005 . TGETS 5 3 2 ; "label"
0006 . TSETB 5 4 4
0007 . TSETS 4 0 0 ; "control"
0008 . RET0 0 1
0094 RET0 0 1
---- TRACE 2 IR
.... SNAP #0 [ ---- ---- ---- ---- ---- ]
0001 rbp fun SLOAD #0 R
0002 r15 tab FLOAD 0001 func.env
0003 rsi p32 HREF 0002 "assert"
0004 > p32 EQ 0003 [0x4105e458]
0005 rbx tab FLOAD 0002 tab.meta
0006 > tab NE 0005 [NULL]
0007 int FLOAD 0005 tab.hmask
0008 > int EQ 0007 +1 
0009 rbx p32 FLOAD 0005 tab.node
0010 > p32 HREFK 0009 "__index" @1
0011 rbx > tab HLOAD 0010
0012 int FLOAD 0011 tab.hmask
0013 > int EQ 0012 +63 
0014 rbx p32 FLOAD 0011 tab.node
0015 > p32 HREFK 0014 "assert" @3
0016 > fun HLOAD 0015
0017 rsi p32 HREF 0002 "type"
0018 > p32 EQ 0017 [0x4105e458]
0019 > p32 HREFK 0014 "type" @60
0020 > fun HLOAD 0019
0021 r15 > tab SLOAD #1 T
0022 > fun EQ 0020 type
0023 > fun EQ 0016 assert
0024 int FLOAD 0021 tab.asize
0025 > int ABC 0024 +1 
0026 rbx p32 FLOAD 0021 tab.array
0027 p32 AREF 0026 +1 
0028 rbx > str ALOAD 0027
.... SNAP #1 [ ---- ---- ---- ---- ---- 0028 ]
0029 > str NE 0028 "if"
.... SNAP #2 [ ---- ---- ---- ---- ---- 0028 ]
0030 > str NE 0028 "let"
.... SNAP #3 [ ---- ---- ---- ---- ---- 0028 ]
0031 > str NE 0028 "true"
.... SNAP #4 [ ---- ---- ---- ---- ---- 0028 ]
0032 > str NE 0028 "false"
.... SNAP #5 [ ---- ---- ---- ---- ---- 0028 ]
0033 > str NE 0028 "match"
.... SNAP #6 [ ---- ---- ---- ---- ---- 0028 ]
0034 > str NE 0028 "fail"
.... SNAP #7 [ ---- ---- ---- ---- ---- 0028 ]
0035 r14 > p32 UREFC 0001 #4
0036 r13 > tab ULOAD 0035
0037 r14 p32 HREF 0036 0028
0038 > tru HLOAD 0037
0039 > fun EQ 0001 ssa.lua:55
0040 rbp > tab SLOAD #2 T
0041 r13 > tab SLOAD #3 T
0042 r14 > tab SLOAD #4 T
0043 [8] > tab TDUP {0x419b20e0}
0044 rax p32 FLOAD 0043 tab.array
0045 p32 AREF 0044 +2 
0046 tab ASTORE 0045 0021
.... SNAP #8 [ ssa.lua:55|---- ---- ---- ---- 0028 ssa.lua:49|0040 ---- 0041 0042 0043 ]
0047 int FLOAD 0041 tab.hmask
0048 > int EQ 0047 +1 
0049 r15 p32 FLOAD 0041 tab.node
0050 > p32 HREFK 0049 "label" @1
0051 r15 > str HLOAD 0050
0052 p32 AREF 0044 +3 
0053 str ASTORE 0052 0051
.... SNAP #9 [ ssa.lua:55|---- ---- ---- ---- 0028 ssa.lua:49|0040 ---- ---- 0042 0043 ---- ]
0054 int FLOAD 0042 tab.hmask
0055 > int EQ 0054 +1 
0056 r15 p32 FLOAD 0042 tab.node
0057 > p32 HREFK 0056 "label" @1
0058 r15 > str HLOAD 0057
0059 p32 AREF 0044 +4 
0060 str ASTORE 0059 0058
.... SNAP #10 [ ssa.lua:55|---- ---- ---- ---- 0028 ssa.lua:49|0040 ---- ---- ---- 0043 ---- ]
0061 rsi p32 HREF 0040 "control"
0062 > p32 EQ 0061 [0x4105e458]
0063 tab FLOAD 0040 tab.meta
0064 > tab EQ 0063 [NULL]
0065 rbx p32 NEWREF 0040 "control"
0066 tab HSTORE 0065 0043
0067 nil TBAR 0040
.... SNAP #11 [ ssa.lua:55|]
---- TRACE 2 mcode 916
0bcbfaa9 mov dword [0x4105e410], 0x2
0bcbfab4 mov edi, [0x4105e3d8]
0bcbfabb cmp edi, [0x4105e3dc]
0bcbfac2 jb 0x0bcbfadb
0bcbfac4 mov esi, 0x1
0bcbfac9 mov edi, 0x4105e3b8
0bcbface call 0x00421730 ->lj_gc_step_jit
0bcbfad3 test eax, eax
0bcbfad5 jnz 0x0bcb0010 ->0
0bcbfadb mov edi, [0x4105e4b0]
0bcbfae2 mov edx, [0x4105e4b4]
0bcbfae9 mov ebp, [rdx-0x8]
0bcbfaec mov r15d, [rbp+0x8]
0bcbfaf0 mov esi, [r15+0x1c]
0bcbfaf4 and esi, 0xce2b6183
0bcbfafa lea esi, [rsi+rsi*2]
0bcbfafd shl esi, 0x03
0bcbfb00 add esi, [r15+0x14]
0bcbfb04 cmp dword [rsi+0xc], -0x05
0bcbfb08 jnz 0x0bcbfb17
0bcbfb0a cmp dword [rsi+0x8], 0x41060db0
0bcbfb11 jz 0x0bcb0010 ->0
0bcbfb17 mov esi, [rsi+0x10]
0bcbfb1a test esi, esi
0bcbfb1c jnz 0x0bcbfb04
0bcbfb1e mov ebx, [r15+0x10]
0bcbfb22 test ebx, ebx
0bcbfb24 jz 0x0bcb0010 ->0
0bcbfb2a cmp dword [rbx+0x1c], +0x01
0bcbfb2e jnz 0x0bcb0010 ->0
0bcbfb34 mov ebx, [rbx+0x14]
0bcbfb37 mov rsi, 0xfffffffb410604c8
0bcbfb41 cmp rsi, [rbx+0x20]
0bcbfb45 jnz 0x0bcb0010 ->0
0bcbfb4b cmp dword [rbx+0x1c], -0x0c
0bcbfb4f jnz 0x0bcb0010 ->0
0bcbfb55 mov ebx, [rbx+0x18]
0bcbfb58 cmp dword [rbx+0x1c], +0x3f
0bcbfb5c jnz 0x0bcb0010 ->0
0bcbfb62 mov ebx, [rbx+0x14]
0bcbfb65 mov rsi, 0xfffffffb41060db0
0bcbfb6f cmp rsi, [rbx+0x50]
0bcbfb73 jnz 0x0bcb0010 ->0
0bcbfb79 cmp dword [rbx+0x4c], -0x09
0bcbfb7d jnz 0x0bcb0010 ->0
0bcbfb83 mov esi, [r15+0x1c]
0bcbfb87 and esi, 0x798a813c
0bcbfb8d lea esi, [rsi+rsi*2]
0bcbfb90 shl esi, 0x03
0bcbfb93 add esi, [r15+0x14]
0bcbfb97 cmp dword [rsi+0xc], -0x05
0bcbfb9b jnz 0x0bcbfbaa
0bcbfb9d cmp dword [rsi+0x8], 0x41060fb0
0bcbfba4 jz 0x0bcb0010 ->0
0bcbfbaa mov esi, [rsi+0x10]
0bcbfbad test esi, esi
0bcbfbaf jnz 0x0bcbfb97
0bcbfbb1 mov rsi, 0xfffffffb41060fb0
0bcbfbbb cmp rsi, [rbx+0x5a8]
0bcbfbc2 jnz 0x0bcb0010 ->0
0bcbfbc8 cmp dword [rbx+0x5a4], -0x09
0bcbfbcf jnz 0x0bcb0010 ->0
0bcbfbd5 cmp dword [rdx+0x4], -0x0c
0bcbfbd9 jnz 0x0bcb0010 ->0
0bcbfbdf mov r15d, [rdx]
0bcbfbe2 cmp dword [rbx+0x5a0], 0x41060f18
0bcbfbec jnz 0x0bcb0010 ->0
0bcbfbf2 cmp dword [rbx+0x48], 0x41060d88
0bcbfbf9 jnz 0x0bcb0010 ->0
0bcbfbff cmp dword [r15+0x18], +0x01
0bcbfc04 jbe 0x0bcb0010 ->0
0bcbfc0a mov ebx, [r15+0x8]
0bcbfc0e cmp dword [rbx+0xc], -0x05
0bcbfc12 jnz 0x0bcb0010 ->0
0bcbfc18 mov ebx, [rbx+0x8]
0bcbfc1b cmp ebx, 0x410608f8
0bcbfc21 jz 0x0bcb0014 ->1
0bcbfc27 cmp ebx, 0x410741f0
0bcbfc2d jz 0x0bcb0018 ->2
0bcbfc33 cmp ebx, 0x41060a18
0bcbfc39 jz 0x0bcb001c ->3
0bcbfc3f cmp ebx, 0x41060870
0bcbfc45 jz 0x0bcb0020 ->4
0bcbfc4b cmp ebx, 0x41063cb0
0bcbfc51 jz 0x0bcb0024 ->5
0bcbfc57 cmp ebx, 0x4106e448
0bcbfc5d jz 0x0bcb0028 ->6
0bcbfc63 mov esi, [rbp+0x24]
0bcbfc66 cmp byte [rsi+0x6], 0x1
0bcbfc6a jnz 0x0bcb002c ->7
0bcbfc70 lea r14d, [rsi+0x8]
0bcbfc74 cmp dword [r14+0x4], -0x0c
0bcbfc79 jnz 0x0bcb002c ->7
0bcbfc7f mov r13d, [r14]
0bcbfc82 mov r14d, [r13+0x1c]
0bcbfc86 and r14d, [rbx+0x8]
0bcbfc8a lea r14d, [r14+r14*2]
0bcbfc8e shl r14d, 0x03
0bcbfc92 add r14d, [r13+0x14]
0bcbfc96 cmp dword [r14+0xc], -0x05
0bcbfc9b jnz 0x0bcbfca3
0bcbfc9d cmp ebx, [r14+0x8]
0bcbfca1 jz 0x0bcbfcb2
0bcbfca3 mov r14d, [r14+0x10]
0bcbfca7 test r14d, r14d
0bcbfcaa jnz 0x0bcbfc96
0bcbfcac mov r14d, 0x4105e458
0bcbfcb2 cmp dword [r14+0x4], -0x03
0bcbfcb7 jnz 0x0bcb002c ->7
0bcbfcbd cmp ebp, 0x419b31b0
0bcbfcc3 jnz 0x0bcb002c ->7
0bcbfcc9 cmp dword [rdx+0xc], -0x0c
0bcbfccd jnz 0x0bcb002c ->7
0bcbfcd3 mov ebp, [rdx+0x8]
0bcbfcd6 cmp dword [rdx+0x14], -0x0c
0bcbfcda jnz 0x0bcb002c ->7
0bcbfce0 mov r13d, [rdx+0x10]
0bcbfce4 cmp dword [rdx+0x1c], -0x0c
0bcbfce8 jnz 0x0bcb002c ->7
0bcbfcee mov r14d, [rdx+0x18]
0bcbfcf2 mov esi, 0x419b20e0
0bcbfcf7 call 0x004223c0 ->lj_tab_dup
0bcbfcfc mov [rsp+0x8], eax
0bcbfd00 mov edi, [0x4105e4b0]
0bcbfd07 mov eax, [rax+0x8]
0bcbfd0a mov dword [rax+0x14], 0xfffffff4
0bcbfd11 mov [rax+0x10], r15d
0bcbfd15 cmp dword [r13+0x1c], +0x01
0bcbfd1a jnz 0x0bcb0030 ->8
0bcbfd20 mov r15d, [r13+0x14]
0bcbfd24 mov rsi, 0xfffffffb419b0248
0bcbfd2e cmp rsi, [r15+0x20]
0bcbfd32 jnz 0x0bcb0030 ->8
0bcbfd38 cmp dword [r15+0x1c], -0x05
0bcbfd3d jnz 0x0bcb0030 ->8
0bcbfd43 mov r15d, [r15+0x18]
0bcbfd47 mov dword [rax+0x1c], 0xfffffffb
0bcbfd4e mov [rax+0x18], r15d
0bcbfd52 cmp dword [r14+0x1c], +0x01
0bcbfd57 jnz 0x0bcb0034 ->9
0bcbfd5d mov r15d, [r14+0x14]
0bcbfd61 mov rsi, 0xfffffffb419b0248
0bcbfd6b cmp rsi, [r15+0x20]
0bcbfd6f jnz 0x0bcb0034 ->9
0bcbfd75 cmp dword [r15+0x1c], -0x05
0bcbfd7a jnz 0x0bcb0034 ->9
0bcbfd80 mov r15d, [r15+0x18]
0bcbfd84 mov dword [rax+0x24], 0xfffffffb
0bcbfd8b mov [rax+0x20], r15d
0bcbfd8f mov esi, [rbp+0x1c]
0bcbfd92 and esi, 0x2a54dc55
0bcbfd98 lea esi, [rsi+rsi*2]
0bcbfd9b shl esi, 0x03
0bcbfd9e add esi, [rbp+0x14]
0bcbfda1 cmp dword [rsi+0xc], -0x05
0bcbfda5 jnz 0x0bcbfdb4
0bcbfda7 cmp dword [rsi+0x8], 0x419b09b0
0bcbfdae jz 0x0bcb0038 ->10
0bcbfdb4 mov esi, [rsi+0x10]
0bcbfdb7 test esi, esi
0bcbfdb9 jnz 0x0bcbfda1
0bcbfdbb cmp dword [rbp+0x10], +0x00
0bcbfdbf jnz 0x0bcb0038 ->10
0bcbfdc5 mov edx, 0x4105e448
0bcbfdca mov dword [rdx+0x4], 0xfffffffb
0bcbfdd1 mov dword [rdx], 0x419b09b0
0bcbfdd7 mov esi, ebp
0bcbfdd9 call 0x00422cf0 ->lj_tab_newkey
0bcbfdde mov ebx, eax
0bcbfde0 mov edx, [0x4105e4b4]
0bcbfde7 mov eax, [rsp+0x8]
0bcbfdeb mov dword [rbx+0x4], 0xfffffff4
0bcbfdf2 mov [rbx], eax
0bcbfdf4 test byte [rbp+0x4], 0x4
0bcbfdf8 jz 0x0bcbfe0f
0bcbfdfa and byte [rbp+0x4], 0xfb
0bcbfdfe mov edi, [0x4105e3f4]
0bcbfe05 mov [0x4105e3f4], ebp
0bcbfe0c mov [rbp+0xc], edi
0bcbfe0f mov eax, [0x4105e4b0]
0bcbfe16 mov eax, [rax+0x20]
0bcbfe19 sub eax, edx
0bcbfe1b cmp eax, +0x68
0bcbfe1e jb 0x0bcb003c ->11
0bcbfe24 mov dword [rdx-0x8], 0x419b31b0
0bcbfe2b xor eax, eax
0bcbfe2d mov ebx, 0x419b1a10
0bcbfe32 mov r14d, 0x4105f008
0bcbfe38 jmp 0x00420177
---- TRACE 2 stop -> return
---- TRACE 2 exit 4
---- TRACE 2 exit 4
---- TRACE 2 exit 4
---- TRACE 2 exit 4
---- TRACE 2 exit 1
---- TRACE 2 exit 1
---- TRACE 2 exit 1
---- TRACE 2 exit 4
---- TRACE 2 exit 4
---- TRACE 2 exit 4
---- TRACE 2 exit 4
---- TRACE 2 exit 4
---- TRACE 2 exit 5
---- TRACE 2 exit 1
---- TRACE 2 exit 1
---- TRACE 2 exit 1
---- TRACE 2 exit 2
---- TRACE 2 exit 1
---- TRACE 2 exit 1
---- TRACE 2 exit 1
---- TRACE 2 exit 3
---- TRACE 2 exit 1
---- TRACE 3 start 2/1 ssa.lua:59
0014 UGET 5 0 ; add_block
0015 CALL 5 2 1
0000 . JFUNCF 3 1 ; ssa.lua:39
0001 . UGET 0 0 ; label_counter
0002 . ADDVN 0 0 0 ; 1
0003 . USETV 0 0 ; label_counter
0004 . KSTR 0 0 ; "L"
0005 . UGET 1 0 ; label_counter
0006 . CAT 0 0 1
0007 . TDUP 1 1
0008 . TNEW 2 0
0009 . TSETS 2 1 2 ; "bindings"
0010 . TSETS 0 1 3 ; "label"
0011 . UGET 2 1 ; ssa
0012 . TGETS 2 2 4 ; "blocks"
0013 . TSETV 1 2 0
0014 . RET1 1 2
0016 UGET 6 0 ; add_block
0017 CALL 6 2 1
0000 . JFUNCF 3 1 ; ssa.lua:39
0001 . UGET 0 0 ; label_counter
0002 . ADDVN 0 0 0 ; 1
0003 . USETV 0 0 ; label_counter
0004 . KSTR 0 0 ; "L"
0005 . UGET 1 0 ; label_counter
0006 . CAT 0 0 1
0007 . TDUP 1 1
0008 . TNEW 2 0
0009 . TSETS 2 1 2 ; "bindings"
0010 . TSETS 0 1 3 ; "label"
0011 . UGET 2 1 ; ssa
0012 . TGETS 2 2 4 ; "blocks"
0013 . TSETV 1 2 0
0014 . RET1 1 2
0018 UGET 7 1 ; compile_bool
0019 TGETB 8 0 2
0020 MOV 9 1
0021 MOV 10 5
0022 MOV 11 6
0023 CALL 7 1 5
0000 . JFUNCF 13 2 ; ssa.lua:55
0001 . GGET 4 0 ; "assert"
0002 . GGET 5 1 ; "type"
0003 . MOV 6 0
0004 . CALL 5 2 2
0000 . . FUNCC ; type
0005 . ISEQS 5 2 ; "table"
0006 . JMP 5 => 0009
0009 . KPRI 5 2
0010 . CALL 4 1 2
0000 . . FUNCC ; assert
0011 . TGETB 4 0 1
0012 . ISNES 4 3 ; "if"
0013 . JMP 5 => 0037
0037 . ISNES 4 4 ; "let"
0038 . JMP 5 => 0056
0056 . ISNES 4 10 ; "true"
0057 . JMP 5 => 0063
0063 . ISNES 4 11 ; "false"
0064 . JMP 5 => 0070
0070 . ISNES 4 12 ; "match"
0071 . JMP 5 => 0077
0077 . ISNES 4 14 ; "fail"
0078 . JMP 5 => 0084
0084 . GGET 5 0 ; "assert"
0085 . UGET 6 4 ; relops
0086 . TGETV 6 6 4
0087 . CALL 5 1 2
0000 . . FUNCC ; assert
0088 . UGET 5 5 ; finish_if
0089 . MOV 6 1
0090 . MOV 7 0
0091 . MOV 8 2
0092 . MOV 9 3
0093 . CALL 5 1 5
0000 . . FUNCF 6 ; ssa.lua:49
0001 . . TDUP 4 1
0002 . . TSETB 1 4 2
0003 . . TGETS 5 2 2 ; "label"
0004 . . TSETB 5 4 3
0005 . . TGETS 5 3 2 ; "label"
0006 . . TSETB 5 4 4
0007 . . TSETS 4 0 0 ; "control"
0008 . . RET0 0 1
0094 . RET0 0 1
0024 UGET 7 1 ; compile_bool
0025 TGETB 8 0 3
0026 MOV 9 5
0027 MOV 10 2
0028 MOV 11 3
0029 CALL 7 1 5
0000 . JFUNCF 13 2 ; ssa.lua:55
0001 . GGET 4 0 ; "assert"
0002 . GGET 5 1 ; "type"
0003 . MOV 6 0
0004 . CALL 5 2 2
0000 . . FUNCC ; type
0005 . ISEQS 5 2 ; "table"
0006 . JMP 5 => 0009
0009 . KPRI 5 2
0010 . CALL 4 1 2
0000 . . FUNCC ; assert
0011 . TGETB 4 0 1
0012 . ISNES 4 3 ; "if"
0013 . JMP 5 => 0037
0014 . UGET 5 0 ; add_block
0015 . CALL 5 2 1
0000 . . JFUNCF 3 1 ; ssa.lua:39
0001 . . UGET 0 0 ; label_counter
0002 . . ADDVN 0 0 0 ; 1
0003 . . USETV 0 0 ; label_counter
0004 . . KSTR 0 0 ; "L"
0005 . . UGET 1 0 ; label_counter
0006 . . CAT 0 0 1
0007 . . TDUP 1 1
0008 . . TNEW 2 0
0009 . . TSETS 2 1 2 ; "bindings"
0010 . . TSETS 0 1 3 ; "label"
0011 . . UGET 2 1 ; ssa
0012 . . TGETS 2 2 4 ; "blocks"
0013 . . TSETV 1 2 0
0014 . . RET1 1 2
0016 . UGET 6 0 ; add_block
0017 . CALL 6 2 1
0000 . . JFUNCF 3 1 ; ssa.lua:39
0001 . . UGET 0 0 ; label_counter
0002 . . ADDVN 0 0 0 ; 1
0003 . . USETV 0 0 ; label_counter
0004 . . KSTR 0 0 ; "L"
0005 . . UGET 1 0 ; label_counter
0006 . . CAT 0 0 1
0007 . . TDUP 1 1
0008 . . TNEW 2 0
0009 . . TSETS 2 1 2 ; "bindings"
0010 . . TSETS 0 1 3 ; "label"
0011 . . UGET 2 1 ; ssa
0012 . . TGETS 2 2 4 ; "blocks"
0013 . . TSETV 1 2 0
0014 . . RET1 1 2
0018 . UGET 7 1 ; compile_bool
0019 . TGETB 8 0 2
0020 . MOV 9 1
0021 . MOV 10 5
0022 . MOV 11 6
0023 . CALL 7 1 5
0000 . . JFUNCF 13 2 ; ssa.lua:55
0001 . . GGET 4 0 ; "assert"
0002 . . GGET 5 1 ; "type"
0003 . . MOV 6 0
0004 . . CALL 5 2 2
0000 . . . FUNCC ; type
0005 . . ISEQS 5 2 ; "table"
0006 . . JMP 5 => 0009
0009 . . KPRI 5 2
0010 . . CALL 4 1 2
0000 . . . FUNCC ; assert
0011 . . TGETB 4 0 1
0012 . . ISNES 4 3 ; "if"
0013 . . JMP 5 => 0037
0037 . . ISNES 4 4 ; "let"
0038 . . JMP 5 => 0056
0056 . . ISNES 4 10 ; "true"
0057 . . JMP 5 => 0063
0063 . . ISNES 4 11 ; "false"
0064 . . JMP 5 => 0070
0070 . . ISNES 4 12 ; "match"
0071 . . JMP 5 => 0077
0077 . . ISNES 4 14 ; "fail"
0078 . . JMP 5 => 0084
0084 . . GGET 5 0 ; "assert"
0085 . . UGET 6 4 ; relops
0086 . . TGETV 6 6 4
0087 . . CALL 5 1 2
0000 . . . FUNCC ; assert
0088 . . UGET 5 5 ; finish_if
0089 . . MOV 6 1
0090 . . MOV 7 0
0091 . . MOV 8 2
0092 . . MOV 9 3
0093 . . CALL 5 1 5
0000 . . . FUNCF 6 ; ssa.lua:49
0001 . . . TDUP 4 1
0002 . . . TSETB 1 4 2
0003 . . . TGETS 5 2 2 ; "label"
0004 . . . TSETB 5 4 3
0005 . . . TGETS 5 3 2 ; "label"
0006 . . . TSETB 5 4 4
0007 . . . TSETS 4 0 0 ; "control"
0008 . . . RET0 0 1
0094 . . RET0 0 1
0024 . UGET 7 1 ; compile_bool
0025 . TGETB 8 0 3
0026 . MOV 9 5
0027 . MOV 10 2
0028 . MOV 11 3
0029 . CALL 7 1 5
0000 . . JFUNCF 13 2 ; ssa.lua:55
0001 . . GGET 4 0 ; "assert"
0002 . . GGET 5 1 ; "type"
0003 . . MOV 6 0
0004 . . CALL 5 2 2
0000 . . . FUNCC ; type
0005 . . ISEQS 5 2 ; "table"
0006 . . JMP 5 => 0009
0009 . . KPRI 5 2
0010 . . CALL 4 1 2
0000 . . . FUNCC ; assert
0011 . . TGETB 4 0 1
0012 . . ISNES 4 3 ; "if"
0013 . . JMP 5 => 0037
0037 . . ISNES 4 4 ; "let"
0038 . . JMP 5 => 0056
0056 . . ISNES 4 10 ; "true"
0057 . . JMP 5 => 0063
0063 . . ISNES 4 11 ; "false"
0064 . . JMP 5 => 0070
0070 . . ISNES 4 12 ; "match"
0071 . . JMP 5 => 0077
0077 . . ISNES 4 14 ; "fail"
0078 . . JMP 5 => 0084
0084 . . GGET 5 0 ; "assert"
0085 . . UGET 6 4 ; relops
0086 . . TGETV 6 6 4
0087 . . CALL 5 1 2
0000 . . . FUNCC ; assert
0088 . . UGET 5 5 ; finish_if
0089 . . MOV 6 1
0090 . . MOV 7 0
0091 . . MOV 8 2
0092 . . MOV 9 3
0093 . . CALL 5 1 5
0000 . . . FUNCF 6 ; ssa.lua:49
0001 . . . TDUP 4 1
0002 . . . TSETB 1 4 2
0003 . . . TGETS 5 2 2 ; "label"
0004 . . . TSETB 5 4 3
0005 . . . TGETS 5 3 2 ; "label"
0006 . . . TSETB 5 4 4
0007 . . . TSETS 4 0 0 ; "control"
0008 . . . RET0 0 1
0094 . . RET0 0 1
0030 . UGET 7 1 ; compile_bool
0031 . TGETB 8 0 4
0032 . MOV 9 6
0033 . MOV 10 2
0034 . MOV 11 3
0035 . CALL 7 1 5
0000 . . JFUNCF 13 2 ; ssa.lua:55
0001 . . GGET 4 0 ; "assert"
0002 . . GGET 5 1 ; "type"
0003 . . MOV 6 0
0004 . . CALL 5 2 2
0000 . . . FUNCC ; type
0005 . . ISEQS 5 2 ; "table"
0006 . . JMP 5 => 0009
0009 . . KPRI 5 2
0010 . . CALL 4 1 2
0000 . . . FUNCC ; assert
0011 . . TGETB 4 0 1
0012 . . ISNES 4 3 ; "if"
0013 . . JMP 5 => 0037
0037 . . ISNES 4 4 ; "let"
0038 . . JMP 5 => 0056
0056 . . ISNES 4 10 ; "true"
0057 . . JMP 5 => 0063
0063 . . ISNES 4 11 ; "false"
0064 . . JMP 5 => 0070
0070 . . ISNES 4 12 ; "match"
0071 . . JMP 5 => 0077
0077 . . ISNES 4 14 ; "fail"
0078 . . JMP 5 => 0084
0079 . . UGET 5 3 ; finish_return
0080 . . MOV 6 1
0081 . . TDUP 7 15
0082 . . CALL 5 1 3
0000 . . . FUNCF 3 ; ssa.lua:46
0001 . . . TDUP 2 1
0002 . . . TSETB 1 2 2
0003 . . . TSETS 2 0 0 ; "control"
0004 . . . RET0 0 1
0083 . . JMP 5 => 0094
0094 . . RET0 0 1
0036 . JMP 5 => 0094
0094 . RET0 0 1
0030 UGET 7 1 ; compile_bool
0031 TGETB 8 0 4
0032 MOV 9 6
0033 MOV 10 2
0034 MOV 11 3
0035 CALL 7 1 5
0000 . JFUNCF 13 2 ; ssa.lua:55
0001 . GGET 4 0 ; "assert"
0002 . GGET 5 1 ; "type"
0003 . MOV 6 0
0004 . CALL 5 2 2
0000 . . FUNCC ; type
0005 . ISEQS 5 2 ; "table"
0006 . JMP 5 => 0009
0009 . KPRI 5 2
0010 . CALL 4 1 2
0000 . . FUNCC ; assert
0011 . TGETB 4 0 1
0012 . ISNES 4 3 ; "if"
0013 . JMP 5 => 0037
0037 . ISNES 4 4 ; "let"
0038 . JMP 5 => 0056
0056 . ISNES 4 10 ; "true"
0057 . JMP 5 => 0063
0063 . ISNES 4 11 ; "false"
0064 . JMP 5 => 0070
0065 . UGET 5 2 ; finish_goto
0066 . MOV 6 1
0067 . MOV 7 3
0068 . CALL 5 1 3
0000 . . FUNCF 4 ; ssa.lua:52
0001 . . TDUP 2 1
0002 . . TGETS 3 1 2 ; "label"
0003 . . TSETB 3 2 2
0004 . . TSETS 2 0 0 ; "control"
0005 . . RET0 0 1
0069 . JMP 5 => 0094
0094 . RET0 0 1
0036 JMP 5 => 0094
0094 RET0 0 1
0036 JMP 5 => 0094
0094 RET0 0 1
---- TRACE 3 abort ssa.lua:79 -- down-recursion, restarting
---- TRACE 3 start ssa.lua:79
0094 RET0 0 1
0024 UGET 7 1 ; compile_bool
0025 TGETB 8 0 3
0026 MOV 9 5
0027 MOV 10 2
0028 MOV 11 3
0029 CALL 7 1 5
0000 . JFUNCF 13 2 ; ssa.lua:55
0001 . GGET 4 0 ; "assert"
0002 . GGET 5 1 ; "type"
0003 . MOV 6 0
0004 . CALL 5 2 2
0000 . . FUNCC ; type
0005 . ISEQS 5 2 ; "table"
0006 . JMP 5 => 0009
0009 . KPRI 5 2
0010 . CALL 4 1 2
0000 . . FUNCC ; assert
0011 . TGETB 4 0 1
0012 . ISNES 4 3 ; "if"
0013 . JMP 5 => 0037
0037 . ISNES 4 4 ; "let"
0038 . JMP 5 => 0056
0056 . ISNES 4 10 ; "true"
0057 . JMP 5 => 0063
0063 . ISNES 4 11 ; "false"
0064 . JMP 5 => 0070
0070 . ISNES 4 12 ; "match"
0071 . JMP 5 => 0077
0077 . ISNES 4 14 ; "fail"
0078 . JMP 5 => 0084
0084 . GGET 5 0 ; "assert"
0085 . UGET 6 4 ; relops
0086 . TGETV 6 6 4
0087 . CALL 5 1 2
0000 . . FUNCC ; assert
0088 . UGET 5 5 ; finish_if
0089 . MOV 6 1
0090 . MOV 7 0
0091 . MOV 8 2
0092 . MOV 9 3
0093 . CALL 5 1 5
0000 . . FUNCF 6 ; ssa.lua:49
0001 . . TDUP 4 1
0002 . . TSETB 1 4 2
0003 . . TGETS 5 2 2 ; "label"
0004 . . TSETB 5 4 3
0005 . . TGETS 5 3 2 ; "label"
0006 . . TSETB 5 4 4
0007 . . TSETS 4 0 0 ; "control"
0008 . . RET0 0 1
0094 . RET0 0 1
0030 UGET 7 1 ; compile_bool
0031 TGETB 8 0 4
0032 MOV 9 6
0033 MOV 10 2
0034 MOV 11 3
0035 CALL 7 1 5
0000 . JFUNCF 13 2 ; ssa.lua:55
0001 . GGET 4 0 ; "assert"
0002 . GGET 5 1 ; "type"
0003 . MOV 6 0
0004 . CALL 5 2 2
0000 . . FUNCC ; type
0005 . ISEQS 5 2 ; "table"
0006 . JMP 5 => 0009
0009 . KPRI 5 2
0010 . CALL 4 1 2
0000 . . FUNCC ; assert
0011 . TGETB 4 0 1
0012 . ISNES 4 3 ; "if"
0013 . JMP 5 => 0037
0037 . ISNES 4 4 ; "let"
0038 . JMP 5 => 0056
0056 . ISNES 4 10 ; "true"
0057 . JMP 5 => 0063
0063 . ISNES 4 11 ; "false"
0064 . JMP 5 => 0070
0065 . UGET 5 2 ; finish_goto
0066 . MOV 6 1
0067 . MOV 7 3
0068 . CALL 5 1 3
0000 . . FUNCF 4 ; ssa.lua:52
0001 . . TDUP 2 1
0002 . . TGETS 3 1 2 ; "label"
0003 . . TSETB 3 2 2
0004 . . TSETS 2 0 0 ; "control"
0005 . . RET0 0 1
0069 . JMP 5 => 0094
0094 . RET0 0 1
0036 JMP 5 => 0094
0094 RET0 0 1
0024 UGET 7 1 ; compile_bool
0025 TGETB 8 0 3
0026 MOV 9 5
0027 MOV 10 2
0028 MOV 11 3
0029 CALL 7 1 5
0000 . JFUNCF 13 2 ; ssa.lua:55
0001 . GGET 4 0 ; "assert"
0002 . GGET 5 1 ; "type"
0003 . MOV 6 0
0004 . CALL 5 2 2
0000 . . FUNCC ; type
0005 . ISEQS 5 2 ; "table"
0006 . JMP 5 => 0009
0009 . KPRI 5 2
0010 . CALL 4 1 2
0000 . . FUNCC ; assert
0011 . TGETB 4 0 1
0012 . ISNES 4 3 ; "if"
0013 . JMP 5 => 0037
0014 . UGET 5 0 ; add_block
0015 . CALL 5 2 1
0000 . . JFUNCF 3 1 ; ssa.lua:39
0001 . . UGET 0 0 ; label_counter
0002 . . ADDVN 0 0 0 ; 1
0003 . . USETV 0 0 ; label_counter
0004 . . KSTR 0 0 ; "L"
0005 . . UGET 1 0 ; label_counter
0006 . . CAT 0 0 1
0007 . . TDUP 1 1
0008 . . TNEW 2 0
0009 . . TSETS 2 1 2 ; "bindings"
0010 . . TSETS 0 1 3 ; "label"
0011 . . UGET 2 1 ; ssa
0012 . . TGETS 2 2 4 ; "blocks"
0013 . . TSETV 1 2 0
0014 . . RET1 1 2
0016 . UGET 6 0 ; add_block
0017 . CALL 6 2 1
0000 . . JFUNCF 3 1 ; ssa.lua:39
0001 . . UGET 0 0 ; label_counter
0002 . . ADDVN 0 0 0 ; 1
0003 . . USETV 0 0 ; label_counter
0004 . . KSTR 0 0 ; "L"
0005 . . UGET 1 0 ; label_counter
0006 . . CAT 0 0 1
0007 . . TDUP 1 1
0008 . . TNEW 2 0
0009 . . TSETS 2 1 2 ; "bindings"
0010 . . TSETS 0 1 3 ; "label"
0011 . . UGET 2 1 ; ssa
0012 . . TGETS 2 2 4 ; "blocks"
0013 . . TSETV 1 2 0
0014 . . RET1 1 2
0018 . UGET 7 1 ; compile_bool
0019 . TGETB 8 0 2
0020 . MOV 9 1
0021 . MOV 10 5
0022 . MOV 11 6
0023 . CALL 7 1 5
0000 . . JFUNCF 13 2 ; ssa.lua:55
0001 . . GGET 4 0 ; "assert"
0002 . . GGET 5 1 ; "type"
0003 . . MOV 6 0
0004 . . CALL 5 2 2
0000 . . . FUNCC ; type
0005 . . ISEQS 5 2 ; "table"
0006 . . JMP 5 => 0009
0009 . . KPRI 5 2
0010 . . CALL 4 1 2
0000 . . . FUNCC ; assert
0011 . . TGETB 4 0 1
0012 . . ISNES 4 3 ; "if"
0013 . . JMP 5 => 0037
0037 . . ISNES 4 4 ; "let"
0038 . . JMP 5 => 0056
0056 . . ISNES 4 10 ; "true"
0057 . . JMP 5 => 0063
0063 . . ISNES 4 11 ; "false"
0064 . . JMP 5 => 0070
0070 . . ISNES 4 12 ; "match"
0071 . . JMP 5 => 0077
0077 . . ISNES 4 14 ; "fail"
0078 . . JMP 5 => 0084
0084 . . GGET 5 0 ; "assert"
0085 . . UGET 6 4 ; relops
0086 . . TGETV 6 6 4
0087 . . CALL 5 1 2
0000 . . . FUNCC ; assert
0088 . . UGET 5 5 ; finish_if
0089 . . MOV 6 1
0090 . . MOV 7 0
0091 . . MOV 8 2
0092 . . MOV 9 3
0093 . . CALL 5 1 5
0000 . . . FUNCF 6 ; ssa.lua:49
0001 . . . TDUP 4 1
0002 . . . TSETB 1 4 2
0003 . . . TGETS 5 2 2 ; "label"
0004 . . . TSETB 5 4 3
0005 . . . TGETS 5 3 2 ; "label"
0006 . . . TSETB 5 4 4
0007 . . . TSETS 4 0 0 ; "control"
0008 . . . RET0 0 1
0094 . . RET0 0 1
0024 . UGET 7 1 ; compile_bool
0025 . TGETB 8 0 3
0026 . MOV 9 5
0027 . MOV 10 2
0028 . MOV 11 3
0029 . CALL 7 1 5
0000 . . JFUNCF 13 2 ; ssa.lua:55
0001 . . GGET 4 0 ; "assert"
0002 . . GGET 5 1 ; "type"
0003 . . MOV 6 0
0004 . . CALL 5 2 2
0000 . . . FUNCC ; type
0005 . . ISEQS 5 2 ; "table"
0006 . . JMP 5 => 0009
0009 . . KPRI 5 2
0010 . . CALL 4 1 2
0000 . . . FUNCC ; assert
0011 . . TGETB 4 0 1
0012 . . ISNES 4 3 ; "if"
0013 . . JMP 5 => 0037
0037 . . ISNES 4 4 ; "let"
0038 . . JMP 5 => 0056
0056 . . ISNES 4 10 ; "true"
0057 . . JMP 5 => 0063
0063 . . ISNES 4 11 ; "false"
0064 . . JMP 5 => 0070
0070 . . ISNES 4 12 ; "match"
0071 . . JMP 5 => 0077
0077 . . ISNES 4 14 ; "fail"
0078 . . JMP 5 => 0084
0084 . . GGET 5 0 ; "assert"
0085 . . UGET 6 4 ; relops
0086 . . TGETV 6 6 4
0087 . . CALL 5 1 2
0000 . . . FUNCC ; assert
0088 . . UGET 5 5 ; finish_if
0089 . . MOV 6 1
0090 . . MOV 7 0
0091 . . MOV 8 2
0092 . . MOV 9 3
0093 . . CALL 5 1 5
0000 . . . FUNCF 6 ; ssa.lua:49
0001 . . . TDUP 4 1
0002 . . . TSETB 1 4 2
0003 . . . TGETS 5 2 2 ; "label"
0004 . . . TSETB 5 4 3
0005 . . . TGETS 5 3 2 ; "label"
0006 . . . TSETB 5 4 4
0007 . . . TSETS 4 0 0 ; "control"
0008 . . . RET0 0 1
0094 . . RET0 0 1
0030 . UGET 7 1 ; compile_bool
0031 . TGETB 8 0 4
0032 . MOV 9 6
0033 . MOV 10 2
0034 . MOV 11 3
0035 . CALL 7 1 5
0000 . . JFUNCF 13 2 ; ssa.lua:55
0001 . . GGET 4 0 ; "assert"
0002 . . GGET 5 1 ; "type"
0003 . . MOV 6 0
0004 . . CALL 5 2 2
0000 . . . FUNCC ; type
0005 . . ISEQS 5 2 ; "table"
0006 . . JMP 5 => 0009
0009 . . KPRI 5 2
0010 . . CALL 4 1 2
0000 . . . FUNCC ; assert
0011 . . TGETB 4 0 1
0012 . . ISNES 4 3 ; "if"
0013 . . JMP 5 => 0037
0037 . . ISNES 4 4 ; "let"
0038 . . JMP 5 => 0056
0056 . . ISNES 4 10 ; "true"
0057 . . JMP 5 => 0063
0063 . . ISNES 4 11 ; "false"
0064 . . JMP 5 => 0070
0065 . . UGET 5 2 ; finish_goto
0066 . . MOV 6 1
0067 . . MOV 7 3
0068 . . CALL 5 1 3
0000 . . . FUNCF 4 ; ssa.lua:52
0001 . . . TDUP 2 1
0002 . . . TGETS 3 1 2 ; "label"
0003 . . . TSETB 3 2 2
0004 . . . TSETS 2 0 0 ; "control"
0005 . . . RET0 0 1
0069 . . JMP 5 => 0094
0094 . . RET0 0 1
0036 . JMP 5 => 0094
0094 . RET0 0 1
0030 UGET 7 1 ; compile_bool
0031 TGETB 8 0 4
0032 MOV 9 6
0033 MOV 10 2
0034 MOV 11 3
0035 CALL 7 1 5
0000 . JFUNCF 13 2 ; ssa.lua:55
0001 . GGET 4 0 ; "assert"
0002 . GGET 5 1 ; "type"
0003 . MOV 6 0
0004 . CALL 5 2 2
0000 . . FUNCC ; type
0005 . ISEQS 5 2 ; "table"
0006 . JMP 5 => 0009
0009 . KPRI 5 2
0010 . CALL 4 1 2
0000 . . FUNCC ; assert
0011 . TGETB 4 0 1
0012 . ISNES 4 3 ; "if"
0013 . JMP 5 => 0037
0037 . ISNES 4 4 ; "let"
0038 . JMP 5 => 0056
0056 . ISNES 4 10 ; "true"
0057 . JMP 5 => 0063
0063 . ISNES 4 11 ; "false"
0064 . JMP 5 => 0070
0065 . UGET 5 2 ; finish_goto
0066 . MOV 6 1
0067 . MOV 7 3
0068 . CALL 5 1 3
0000 . . FUNCF 4 ; ssa.lua:52
0001 . . TDUP 2 1
0002 . . TGETS 3 1 2 ; "label"
0003 . . TSETB 3 2 2
0004 . . TSETS 2 0 0 ; "control"
0005 . . RET0 0 1
0069 . JMP 5 => 0094
0094 . RET0 0 1
0036 JMP 5 => 0094
0094 RET0 0 1
0055 JMP 5 => 0094
0094 RET0 0 1
---- TRACE 3 IR
.... SNAP #0 [ ---- ]
.... SNAP #1 [ ---- ]
0002 > p32 RETF proto: 0x419b1858 [0x419b18f8]
.... SNAP #2 [ ---- ---- ---- ---- ---- ---- ---- ---- ]
0003 fun SLOAD #0 R
0004 > fun EQ 0003 ssa.lua:55
0005 rbx > tab SLOAD #1 T
0006 int FLOAD 0005 tab.asize
0007 > int ABC 0006 +3 
0008 r15 p32 FLOAD 0005 tab.array
0009 p32 AREF 0008 +3 
0010 [7c] > tab ALOAD 0009
0011 [78] > tab SLOAD #6 T
0012 r14 > tab SLOAD #3 T
0013 r13 > tab SLOAD #4 T
0014 [48] tab FLOAD ssa.lua:55 func.env
0015 rsi p32 HREF 0014 "assert"
0016 > p32 EQ 0015 [0x4105e458]
0017 [3c] tab FLOAD 0014 tab.meta
0018 > tab NE 0017 [NULL]
0019 int FLOAD 0017 tab.hmask
0020 > int EQ 0019 +1 
0021 rsi p32 FLOAD 0017 tab.node
0022 > p32 HREFK 0021 "__index" @1
0023 rsi > tab HLOAD 0022
0024 int FLOAD 0023 tab.hmask
0025 > int EQ 0024 +63 
0026 rsi p32 FLOAD 0023 tab.node
0027 > p32 HREFK 0026 "assert" @3
0028 > fun HLOAD 0027
0029 rdx p32 HREF 0014 "type"
0030 > p32 EQ 0029 [0x4105e458]
0031 > p32 HREFK 0026 "type" @60
0032 > fun HLOAD 0031
0033 > fun EQ 0032 type
0034 > fun EQ 0028 assert
0035 int FLOAD 0010 tab.asize
0036 > int ABC 0035 +1 
0037 rsi p32 FLOAD 0010 tab.array
0038 p32 AREF 0037 +1 
0039 [74] > str ALOAD 0038
.... SNAP #3 [ ssa.lua:55|---- ---- ---- ---- ---- ---- ---- ssa.lua:55|0010 0011 0012 0013 0039 ]
0040 > str NE 0039 "if"
.... SNAP #4 [ ssa.lua:55|---- ---- ---- ---- ---- ---- ---- ssa.lua:55|0010 0011 0012 0013 0039 ]
0041 > str NE 0039 "let"
.... SNAP #5 [ ssa.lua:55|---- ---- ---- ---- ---- ---- ---- ssa.lua:55|0010 0011 0012 0013 0039 ]
0042 > str NE 0039 "true"
.... SNAP #6 [ ssa.lua:55|---- ---- ---- ---- ---- ---- ---- ssa.lua:55|0010 0011 0012 0013 0039 ]
0043 > str NE 0039 "false"
.... SNAP #7 [ ssa.lua:55|---- ---- ---- ---- ---- ---- ---- ssa.lua:55|0010 0011 0012 0013 0039 ]
0044 > str NE 0039 "match"
.... SNAP #8 [ ssa.lua:55|---- ---- ---- ---- ---- ---- ---- ssa.lua:55|0010 0011 0012 0013 0039 ]
0045 > str NE 0039 "fail"
.... SNAP #9 [ ssa.lua:55|---- ---- ---- ---- ---- ---- ---- ssa.lua:55|0010 0011 0012 0013 0039 ]
0046 > p32 UREFC ssa.lua:55 #4
0047 [40] > tab ULOAD 0046
0048 rsi p32 HREF 0047 0039
0049 > tru HLOAD 0048
0050 [70] > tab TDUP {0x419b20e0}
0051 rax p32 FLOAD 0050 tab.array
0052 p32 AREF 0051 +2 
0053 tab ASTORE 0052 0010
.... SNAP #10 [ ssa.lua:55|---- ---- ---- ---- ---- ---- ---- ssa.lua:55|0010 0011 0012 0013 0039 ssa.lua:49|0011 ---- 0012 0013 0050 ]
0054 int FLOAD 0012 tab.hmask
0055 > int EQ 0054 +1 
0056 r15 p32 FLOAD 0012 tab.node
0057 > p32 HREFK 0056 "label" @1
0058 r15 > str HLOAD 0057
0059 p32 AREF 0051 +3 
0060 str ASTORE 0059 0058
.... SNAP #11 [ ssa.lua:55|---- ---- ---- ---- ---- ---- ---- ssa.lua:55|0010 0011 0012 0013 0039 ssa.lua:49|0011 ---- ---- 0013 0050 ---- ]
0061 int FLOAD 0013 tab.hmask
0062 > int EQ 0061 +1 
0063 r15 p32 FLOAD 0013 tab.node
0064 > p32 HREFK 0063 "label" @1
0065 r15 > str HLOAD 0064
0066 p32 AREF 0051 +4 
0067 str ASTORE 0066 0065
.... SNAP #12 [ ssa.lua:55|---- ---- ---- ---- ---- ---- ---- ssa.lua:55|0010 0011 0012 0013 0039 ssa.lua:49|0011 ---- ---- ---- 0050 ---- ]
0068 rdx p32 HREF 0011 "control"
0069 > p32 EQ 0068 [0x4105e458]
0070 tab FLOAD 0011 tab.meta
0071 > tab EQ 0070 [NULL]
0072 r15 p32 NEWREF 0011 "control"
0073 tab HSTORE 0072 0050
0074 nil TBAR 0011
.... SNAP #13 [ ssa.lua:55|---- ---- ---- ---- ---- ---- ---- ssa.lua:55|0010 0011 0012 0013 0039 ssa.lua:49|---- ---- ---- ---- ---- ---- ]
0075 int FLOAD 0005 tab.asize
0076 > int ABC 0075 +4 
0077 rbx p32 FLOAD 0005 tab.array
0078 p32 AREF 0077 +4 
0079 r15 > tab ALOAD 0078
0080 rbx > tab SLOAD #7 T
0081 rax p32 HREF 0014 "assert"
0082 > p32 EQ 0081 [0x4105e458]
0083 int FLOAD 0017 tab.hmask
0084 > int EQ 0083 +1 
0085 r12 p32 FLOAD 0017 tab.node
0086 > p32 HREFK 0085 "__index" @1
0087 r12 > tab HLOAD 0086
0088 int FLOAD 0087 tab.hmask
0089 > int EQ 0088 +63 
0090 r12 p32 FLOAD 0087 tab.node
0091 > p32 HREFK 0090 "assert" @3
0092 > fun HLOAD 0091
0093 rax p32 HREF 0014 "type"
0094 > p32 EQ 0093 [0x4105e458]
0095 > p32 HREFK 0090 "type" @60
0096 > fun HLOAD 0095
0097 > fun EQ 0096 type
0098 > fun EQ 0092 assert
0099 int FLOAD 0079 tab.asize
0100 > int ABC 0099 +1 
0101 r12 p32 FLOAD 0079 tab.array
0102 p32 AREF 0101 +1 
0103 r12 > str ALOAD 0102
.... SNAP #14 [ ssa.lua:55|---- ---- ---- ---- ---- ---- ---- ssa.lua:55|0079 0080 0012 0013 0103 ]
0104 > str NE 0103 "if"
.... SNAP #15 [ ssa.lua:55|---- ---- ---- ---- ---- ---- ---- ssa.lua:55|0079 0080 0012 0013 0103 ]
0105 > str NE 0103 "let"
.... SNAP #16 [ ssa.lua:55|---- ---- ---- ---- ---- ---- ---- ssa.lua:55|0079 0080 0012 0013 0103 ]
0106 > str NE 0103 "true"
.... SNAP #17 [ ssa.lua:55|---- ---- ---- ---- ---- ---- ---- ssa.lua:55|0079 0080 0012 0013 0103 ]
0107 > str EQ 0103 "false"
.... SNAP #18 [ ssa.lua:55|---- ---- ---- ---- ---- ---- ---- ssa.lua:55|0079 0080 0012 0013 0103 ]
0108 [6c] > tab TDUP {0x419b23c0}
0109 int FLOAD 0013 tab.hmask
0110 > int EQ 0109 +1 
0111 rsi p32 FLOAD 0013 tab.node
0112 > p32 HREFK 0111 "label" @1
0113 rsi > str HLOAD 0112
0114 rax p32 FLOAD 0108 tab.array
0115 p32 AREF 0114 +2 
0116 str ASTORE 0115 0113
.... SNAP #19 [ ssa.lua:55|---- ---- ---- ---- ---- ---- ---- ssa.lua:55|0079 0080 0012 0013 0103 ssa.lua:52|0080 ---- 0108 ---- ]
0117 rsi p32 HREF 0080 "control"
0118 > p32 EQ 0117 [0x4105e458]
0119 tab FLOAD 0080 tab.meta
0120 > tab EQ 0119 [NULL]
0121 r15 p32 NEWREF 0080 "control"
0122 tab HSTORE 0121 0108
0123 nil TBAR 0080
.... SNAP #20 [ ssa.lua:55|---- ---- ---- ---- ---- ]
0124 > p32 RETF proto: 0x419b1858 [0x419b18f8]
.... SNAP #21 [ ---- ---- ---- ---- ---- ---- ---- ---- ]
0125 fun SLOAD #0 R
0126 > fun EQ 0125 ssa.lua:55
0127 rbx > tab SLOAD #1 T
0128 int FLOAD 0127 tab.asize
0129 > int ABC 0128 +3 
0130 r15 p32 FLOAD 0127 tab.array
0131 p32 AREF 0130 +3 
0132 [18] > tab ALOAD 0131
0133 [14] > tab SLOAD #6 T
0134 r15 > tab SLOAD #3 T
0135 r14 > tab SLOAD #4 T
0136 rdi p32 HREF 0014 "assert"
0137 > p32 EQ 0136 [0x4105e458]
0138 int FLOAD 0017 tab.hmask
0139 > int EQ 0138 +1 
0140 r12 p32 FLOAD 0017 tab.node
0141 > p32 HREFK 0140 "__index" @1
0142 r12 > tab HLOAD 0141
0143 int FLOAD 0142 tab.hmask
0144 > int EQ 0143 +63 
0145 r12 p32 FLOAD 0142 tab.node
0146 > p32 HREFK 0145 "assert" @3
0147 > fun HLOAD 0146
0148 rdi p32 HREF 0014 "type"
0149 > p32 EQ 0148 [0x4105e458]
0150 > p32 HREFK 0145 "type" @60
0151 > fun HLOAD 0150
0152 > fun EQ 0151 type
0153 > fun EQ 0147 assert
0154 int FLOAD 0132 tab.asize
0155 > int ABC 0154 +1 
0156 r12 p32 FLOAD 0132 tab.array
0157 p32 AREF 0156 +1 
0158 [10] > str ALOAD 0157
.... SNAP #22 [ ssa.lua:55|---- ---- ---- ---- ---- ---- ---- ssa.lua:55|0132 0133 0134 0135 0158 ]
0159 > str EQ 0158 "if"
.... SNAP #23 [ ssa.lua:55|---- ---- ---- ---- ---- ---- ---- ssa.lua:55|0132 0133 0134 0135 0158 ]
0160 [64] > p32 UREFO ssa.lua:39 #0
0161 xmm7 > num ULOAD 0160
0162 [58] num ADD 0161 +1 
0163 num USTORE 0160 0162
.... SNAP #24 [ ssa.lua:55|---- ---- ---- ---- ---- ---- ---- ssa.lua:55|0132 0133 0134 0135 0158 ssa.lua:39|---- ]
0164 str TOSTR 0162 NUM
0165 rdi p32 BUFHDR [0x4105e414] RESET
0166 rdi p32 BUFPUT 0165 "L" 
0167 rdi p32 BUFPUT 0166 0164
0168 [68] str BUFSTR 0167 0165
0169 [c] > tab TDUP {0x419b0f30}
0170 rsi > tab TNEW #0 #0
0171 r12 p32 FLOAD 0169 tab.node
0172 p32 HREFK 0171 "bindings" @2
0173 tab HSTORE 0172 0170
0174 p32 HREFK 0171 "label" @3
0175 str HSTORE 0174 0168
.... SNAP #25 [ ssa.lua:55|---- ---- ---- ---- ---- ---- ---- ssa.lua:55|0132 0133 0134 0135 0158 ssa.lua:39|0168 0169 ---- ]
0176 r12 > p32 UREFO ssa.lua:39 #1
0177 r12 > tab ULOAD 0176
0178 int FLOAD 0177 tab.hmask
0179 > int EQ 0178 +1 
0180 rsi p32 FLOAD 0177 tab.node
0181 > p32 HREFK 0180 "blocks" @0
0182 [60] > tab HLOAD 0181
0183 rdx p32 HREF 0182 0168
0184 > p32 EQ 0183 [0x4105e458]
0185 tab FLOAD 0182 tab.meta
0186 > tab EQ 0185 [NULL]
0187 rax p32 NEWREF 0182 0168
0188 tab HSTORE 0187 0169
0189 nil TBAR 0182
0190 p32 FREF 0182 tab.nomm
0191 u8  FSTORE 0190 +0 
0192 [50] num ADD 0162 +1 
0193 num USTORE 0160 0192
.... SNAP #26 [ ssa.lua:55|---- ---- ---- ---- ---- ---- ---- ssa.lua:55|0132 0133 0134 0135 0158 0169 ssa.lua:39|---- ]
0194 str TOSTR 0192 NUM
0195 rdi p32 BUFHDR [0x4105e414] RESET
0196 rdi p32 BUFPUT 0195 "L" 
0197 rdi p32 BUFPUT 0196 0194
0198 [4c] str BUFSTR 0197 0195
0199 [28] > tab TDUP {0x419b0f30}
0200 rsi > tab TNEW #0 #0
0201 [1c] p32 FLOAD 0199 tab.node
0202 p32 HREFK 0201 "bindings" @2
0203 tab HSTORE 0202 0200
0204 p32 HREFK 0201 "label" @3
0205 str HSTORE 0204 0198
.... SNAP #27 [ ssa.lua:55|---- ---- ---- ---- ---- ---- ---- ssa.lua:55|0132 0133 0134 0135 0158 0169 ssa.lua:39|0198 0199 ---- ]
0206 int FLOAD 0177 tab.hmask
0207 > int EQ 0206 +1 
0208 r12 p32 FLOAD 0177 tab.node
0209 > p32 HREFK 0208 "blocks" @0
0210 r12 > tab HLOAD 0209
0211 rsi p32 HREF 0210 0198
0212 > p32 EQ 0211 [0x4105e458]
0213 tab FLOAD 0210 tab.meta
0214 > tab EQ 0213 [NULL]
0215 rax p32 NEWREF 0210 0198
0216 tab HSTORE 0215 0199
0217 nil TBAR 0210
0218 p32 FREF 0210 tab.nomm
0219 u8  FSTORE 0218 +0 
.... SNAP #28 [ ssa.lua:55|---- ---- ---- ---- ---- ---- ---- ssa.lua:55|0132 0133 0134 0135 0158 0169 ssa.lua:39|---- 0199 ---- ]
0220 int FLOAD 0132 tab.asize
0221 > int ABC 0220 +2 
0222 r12 p32 FLOAD 0132 tab.array
0223 p32 AREF 0222 +2 
0224 r12 > tab ALOAD 0223
0225 rcx p32 HREF 0014 "assert"
0226 > p32 EQ 0225 [0x4105e458]
0227 int FLOAD 0017 tab.hmask
0228 > int EQ 0227 +1 
0229 rsi p32 FLOAD 0017 tab.node
0230 > p32 HREFK 0229 "__index" @1
0231 rsi > tab HLOAD 0230
0232 int FLOAD 0231 tab.hmask
0233 > int EQ 0232 +63 
0234 rsi p32 FLOAD 0231 tab.node
0235 > p32 HREFK 0234 "assert" @3
0236 > fun HLOAD 0235
0237 rcx p32 HREF 0014 "type"
0238 > p32 EQ 0237 [0x4105e458]
0239 > p32 HREFK 0234 "type" @60
0240 > fun HLOAD 0239
0241 > fun EQ 0240 type
0242 > fun EQ 0236 assert
0243 int FLOAD 0224 tab.asize
0244 > int ABC 0243 +1 
0245 rsi p32 FLOAD 0224 tab.array
0246 p32 AREF 0245 +1 
0247 [38] > str ALOAD 0246
.... SNAP #29 [ ssa.lua:55|---- ---- ---- ---- ---- ---- ---- ssa.lua:55|0132 0133 0134 0135 0158 0169 0199 ssa.lua:55|0224 0133 0169 0199 0247 ]
0248 > str NE 0247 "if"
.... SNAP #30 [ ssa.lua:55|---- ---- ---- ---- ---- ---- ---- ssa.lua:55|0132 0133 0134 0135 0158 0169 0199 ssa.lua:55|0224 0133 0169 0199 0247 ]
0249 > str NE 0247 "let"
.... SNAP #31 [ ssa.lua:55|---- ---- ---- ---- ---- ---- ---- ssa.lua:55|0132 0133 0134 0135 0158 0169 0199 ssa.lua:55|0224 0133 0169 0199 0247 ]
0250 > str NE 0247 "true"
.... SNAP #32 [ ssa.lua:55|---- ---- ---- ---- ---- ---- ---- ssa.lua:55|0132 0133 0134 0135 0158 0169 0199 ssa.lua:55|0224 0133 0169 0199 0247 ]
0251 > str NE 0247 "false"
.... SNAP #33 [ ssa.lua:55|---- ---- ---- ---- ---- ---- ---- ssa.lua:55|0132 0133 0134 0135 0158 0169 0199 ssa.lua:55|0224 0133 0169 0199 0247 ]
0252 > str NE 0247 "match"
.... SNAP #34 [ ssa.lua:55|---- ---- ---- ---- ---- ---- ---- ssa.lua:55|0132 0133 0134 0135 0158 0169 0199 ssa.lua:55|0224 0133 0169 0199 0247 ]
0253 > str NE 0247 "fail"
.... SNAP #35 [ ssa.lua:55|---- ---- ---- ---- ---- ---- ---- ssa.lua:55|0132 0133 0134 0135 0158 0169 0199 ssa.lua:55|0224 0133 0169 0199 0247 ]
0254 rsi p32 HREF 0047 0247
0255 > tru HLOAD 0254
0256 [44] > tab TDUP {0x419b20e0}
0257 rdx p32 FLOAD 0256 tab.array
0258 p32 AREF 0257 +2 
0259 tab ASTORE 0258 0224
.... SNAP #36 [ ssa.lua:55|---- ---- ---- ---- ---- ---- ---- ssa.lua:55|0132 0133 0134 0135 0158 0169 0199 ssa.lua:55|0224 0133 0169 0199 0247 ssa.lua:49|0133 ---- 0169 0199 0256 ]
0260 int FLOAD 0169 tab.hmask
0261 > int EQ 0260 +3 
0262 [2c] p32 FLOAD 0169 tab.node
0263 > p32 HREFK 0262 "label" @3
0264 rcx > str HLOAD 0263
0265 p32 AREF 0257 +3 
0266 str ASTORE 0265 0264
0267 p32 AREF 0257 +4 
0268 str ASTORE 0267 0198
.... SNAP #37 [ ssa.lua:55|---- ---- ---- ---- ---- ---- ---- ssa.lua:55|0132 0133 0134 0135 0158 0169 0199 ssa.lua:55|0224 0133 0169 0199 0247 ssa.lua:49|0133 ---- ---- ---- 0256 ---- ]
0269 rdx p32 HREF 0133 "control"
0270 > p32 EQ 0269 [0x4105e458]
0271 tab FLOAD 0133 tab.meta
0272 > tab EQ 0271 [NULL]
0273 r9 p32 NEWREF 0133 "control"
0274 tab HSTORE 0273 0256
0275 nil TBAR 0133
.... SNAP #38 [ ssa.lua:55|---- ---- ---- ---- ---- ---- ---- ssa.lua:55|0132 0133 0134 0135 0158 0169 0199 ssa.lua:55|0224 0133 0169 0199 0247 ssa.lua:49|---- ---- ---- ---- ---- ---- ]
0276 int FLOAD 0132 tab.asize
0277 > int ABC 0276 +4 
0278 [30] p32 FLOAD 0132 tab.array
0279 p32 AREF 0278 +3 
0280 r13 > tab ALOAD 0279
0281 rax p32 HREF 0014 "assert"
0282 > p32 EQ 0281 [0x4105e458]
0283 int FLOAD 0017 tab.hmask
0284 > int EQ 0283 +1 
0285 rdx p32 FLOAD 0017 tab.node
0286 > p32 HREFK 0285 "__index" @1
0287 rdx > tab HLOAD 0286
0288 int FLOAD 0287 tab.hmask
0289 > int EQ 0288 +63 
0290 rdx p32 FLOAD 0287 tab.node
0291 > p32 HREFK 0290 "assert" @3
0292 > fun HLOAD 0291
0293 rax p32 HREF 0014 "type"
0294 > p32 EQ 0293 [0x4105e458]
0295 > p32 HREFK 0290 "type" @60
0296 > fun HLOAD 0295
0297 > fun EQ 0296 type
0298 > fun EQ 0292 assert
0299 int FLOAD 0280 tab.asize
0300 > int ABC 0299 +1 
0301 rdx p32 FLOAD 0280 tab.array
0302 p32 AREF 0301 +1 
0303 [34] > str ALOAD 0302
.... SNAP #39 [ ssa.lua:55|---- ---- ---- ---- ---- ---- ---- ssa.lua:55|0132 0133 0134 0135 0158 0169 0199 ssa.lua:55|0280 0169 0134 0135 0303 ]
0304 > str NE 0303 "if"
.... SNAP #40 [ ssa.lua:55|---- ---- ---- ---- ---- ---- ---- ssa.lua:55|0132 0133 0134 0135 0158 0169 0199 ssa.lua:55|0280 0169 0134 0135 0303 ]
0305 > str NE 0303 "let"
.... SNAP #41 [ ssa.lua:55|---- ---- ---- ---- ---- ---- ---- ssa.lua:55|0132 0133 0134 0135 0158 0169 0199 ssa.lua:55|0280 0169 0134 0135 0303 ]
0306 > str NE 0303 "true"
.... SNAP #42 [ ssa.lua:55|---- ---- ---- ---- ---- ---- ---- ssa.lua:55|0132 0133 0134 0135 0158 0169 0199 ssa.lua:55|0280 0169 0134 0135 0303 ]
0307 > str NE 0303 "false"
.... SNAP #43 [ ssa.lua:55|---- ---- ---- ---- ---- ---- ---- ssa.lua:55|0132 0133 0134 0135 0158 0169 0199 ssa.lua:55|0280 0169 0134 0135 0303 ]
0308 > str NE 0303 "match"
.... SNAP #44 [ ssa.lua:55|---- ---- ---- ---- ---- ---- ---- ssa.lua:55|0132 0133 0134 0135 0158 0169 0199 ssa.lua:55|0280 0169 0134 0135 0303 ]
0309 > str NE 0303 "fail"
.... SNAP #45 [ ssa.lua:55|---- ---- ---- ---- ---- ---- ---- ssa.lua:55|0132 0133 0134 0135 0158 0169 0199 ssa.lua:55|0280 0169 0134 0135 0303 ]
0310 r12 p32 HREF 0047 0303
0311 > tru HLOAD 0310
0312 rax > tab TDUP {0x419b20e0}
0313 r11 p32 FLOAD 0312 tab.array
0314 p32 AREF 0313 +2 
0315 tab ASTORE 0314 0280
.... SNAP #46 [ ssa.lua:55|---- ---- ---- ---- ---- ---- ---- ssa.lua:55|0132 0133 0134 0135 0158 0169 0199 ssa.lua:55|0280 0169 0134 0135 0303 ssa.lua:49|0169 ---- 0134 0135 0312 ]
0316 int FLOAD 0134 tab.hmask
0317 > int EQ 0316 +1 
0318 r12 p32 FLOAD 0134 tab.node
0319 > p32 HREFK 0318 "label" @1
0320 r12 > str HLOAD 0319
0321 p32 AREF 0313 +3 
0322 str ASTORE 0321 0320
.... SNAP #47 [ ssa.lua:55|---- ---- ---- ---- ---- ---- ---- ssa.lua:55|0132 0133 0134 0135 0158 0169 0199 ssa.lua:55|0280 0169 0134 0135 0303 ssa.lua:49|0169 ---- ---- 0135 0312 ---- ]
0323 int FLOAD 0135 tab.hmask
0324 > int EQ 0323 +1 
0325 r12 p32 FLOAD 0135 tab.node
0326 > p32 HREFK 0325 "label" @1
0327 r12 > str HLOAD 0326
0328 p32 AREF 0313 +4 
0329 str ASTORE 0328 0327
.... SNAP #48 [ ssa.lua:55|---- ---- ---- ---- ---- ---- ---- ssa.lua:55|0132 0133 0134 0135 0158 0169 0199 ssa.lua:55|0280 0169 0134 0135 0303 ssa.lua:49|0169 ---- ---- ---- 0312 ---- ]
0330 > p32 HREFK 0262 "control" @1
0331 tab HSTORE 0330 0312
.... SNAP #49 [ ssa.lua:55|---- ---- ---- ---- ---- ---- ---- ssa.lua:55|0132 0133 0134 0135 0158 0169 0199 ssa.lua:55|0280 0169 0134 0135 0303 ssa.lua:49|---- ---- ---- ---- ---- ---- ]
0332 p32 AREF 0278 +4 
0333 [24] > tab ALOAD 0332
0334 int FLOAD 0333 tab.asize
0335 > int ABC 0334 +1 
0336 rdx p32 FLOAD 0333 tab.array
0337 p32 AREF 0336 +1 
0338 [20] > str ALOAD 0337
.... SNAP #50 [ ssa.lua:55|---- ---- ---- ---- ---- ---- ---- ssa.lua:55|0132 0133 0134 0135 0158 0169 0199 ssa.lua:55|0333 0199 0134 0135 0338 ]
0339 > str NE 0338 "if"
.... SNAP #51 [ ssa.lua:55|---- ---- ---- ---- ---- ---- ---- ssa.lua:55|0132 0133 0134 0135 0158 0169 0199 ssa.lua:55|0333 0199 0134 0135 0338 ]
0340 > str NE 0338 "let"
.... SNAP #52 [ ssa.lua:55|---- ---- ---- ---- ---- ---- ---- ssa.lua:55|0132 0133 0134 0135 0158 0169 0199 ssa.lua:55|0333 0199 0134 0135 0338 ]
0341 > str NE 0338 "true"
.... SNAP #53 [ ssa.lua:55|---- ---- ---- ---- ---- ---- ---- ssa.lua:55|0132 0133 0134 0135 0158 0169 0199 ssa.lua:55|0333 0199 0134 0135 0338 ]
0342 > str EQ 0338 "false"
.... SNAP #54 [ ssa.lua:55|---- ---- ---- ---- ---- ---- ---- ssa.lua:55|0132 0133 0134 0135 0158 0169 0199 ssa.lua:55|0333 0199 0134 0135 0338 ]
0343 r13 > tab TDUP {0x419b23c0}
0344 rdi p32 FLOAD 0343 tab.array
0345 p32 AREF 0344 +2 
0346 str ASTORE 0345 0327
0347 p32 HREFK 0201 "control" @1
0348 tab HSTORE 0347 0343
.... SNAP #55 [ ssa.lua:55|---- ---- ---- ---- ---- ---- ---- ssa.lua:55|0132 0133 0134 0135 0158 0169 0199 ssa.lua:55|0333 0199 0134 0135 0338 ssa.lua:52|---- ---- ---- ---- ]
0349 int FLOAD 0127 tab.asize
0350 > int ABC 0349 +4 
0351 rbx p32 FLOAD 0127 tab.array
0352 p32 AREF 0351 +4 
0353 rbx > tab ALOAD 0352
0354 rbp > tab SLOAD #7 T
0355 int FLOAD 0353 tab.asize
0356 > int ABC 0355 +1 
0357 r13 p32 FLOAD 0353 tab.array
0358 p32 AREF 0357 +1 
0359 r13 > str ALOAD 0358
.... SNAP #56 [ ssa.lua:55|---- ---- ---- ---- ---- ---- ---- ssa.lua:55|0353 0354 0134 0135 0359 ]
0360 > str NE 0359 "if"
.... SNAP #57 [ ssa.lua:55|---- ---- ---- ---- ---- ---- ---- ssa.lua:55|0353 0354 0134 0135 0359 ]
0361 > str NE 0359 "let"
.... SNAP #58 [ ssa.lua:55|---- ---- ---- ---- ---- ---- ---- ssa.lua:55|0353 0354 0134 0135 0359 ]
0362 > str NE 0359 "true"
.... SNAP #59 [ ssa.lua:55|---- ---- ---- ---- ---- ---- ---- ssa.lua:55|0353 0354 0134 0135 0359 ]
0363 > str EQ 0359 "false"
.... SNAP #60 [ ssa.lua:55|---- ---- ---- ---- ---- ---- ---- ssa.lua:55|0353 0354 0134 0135 0359 ]
0364 [8] > tab TDUP {0x419b23c0}
0365 rax p32 FLOAD 0364 tab.array
0366 p32 AREF 0365 +2 
0367 str ASTORE 0366 0327
.... SNAP #61 [ ssa.lua:55|---- ---- ---- ---- ---- ---- ---- ssa.lua:55|0353 0354 0134 0135 0359 ssa.lua:52|0354 ---- 0364 ---- ]
0368 rsi p32 HREF 0354 "control"
0369 > p32 EQ 0368 [0x4105e458]
0370 tab FLOAD 0354 tab.meta
0371 > tab EQ 0370 [NULL]
0372 rbx p32 NEWREF 0354 "control"
0373 tab HSTORE 0372 0364
0374 nil TBAR 0354
.... SNAP #62 [ ssa.lua:55|---- ---- ---- ---- ---- ]
0375 > p32 RETF proto: 0x419b1858 [0x419b1974]
.... SNAP #63 [ ---- ]
---- TRACE 3 mcode 4549
0bcbe8e1 add rsp, -0x70
0bcbe8e5 mov dword [0x4105e410], 0x3
0bcbe8f0 mov ebp, edx
0bcbe8f2 mov edi, [0x4105e3d8]
0bcbe8f9 cmp edi, [0x4105e3dc]
0bcbe900 jb 0x0bcbe919
0bcbe902 mov esi, 0xc
0bcbe907 mov edi, 0x4105e3b8
0bcbe90c call 0x00421730 ->lj_gc_step_jit
0bcbe911 test eax, eax
0bcbe913 jnz 0x0bcb0010 ->0
0bcbe919 mov edi, [0x4105e4b0]
0bcbe920 cmp dword [rbp-0x4], 0x419b18f8
0bcbe927 jnz 0x0bcb0014 ->1
0bcbe92d add ebp, -0x40
0bcbe930 mov [0x4105e4b4], ebp
0bcbe937 cmp dword [rbp-0x8], 0x419b31b0
0bcbe93e jnz 0x0bcb0018 ->2
0bcbe944 cmp dword [rbp+0x4], -0x0c
0bcbe948 jnz 0x0bcb0018 ->2
0bcbe94e mov ebx, [rbp+0x0]
0bcbe951 cmp dword [rbx+0x18], +0x03
0bcbe955 jbe 0x0bcb0018 ->2
0bcbe95b mov r15d, [rbx+0x8]
0bcbe95f cmp dword [r15+0x1c], -0x0c
0bcbe964 jnz 0x0bcb0018 ->2
0bcbe96a mov r15d, [r15+0x18]
0bcbe96e mov [rsp+0x7c], r15d
0bcbe973 cmp dword [rbp+0x2c], -0x0c
0bcbe977 jnz 0x0bcb0018 ->2
0bcbe97d mov esi, [rbp+0x28]
0bcbe980 mov [rsp+0x78], esi
0bcbe984 cmp dword [rbp+0x14], -0x0c
0bcbe988 jnz 0x0bcb0018 ->2
0bcbe98e mov r14d, [rbp+0x10]
0bcbe992 cmp dword [rbp+0x1c], -0x0c
0bcbe996 jnz 0x0bcb0018 ->2
0bcbe99c mov r13d, [rbp+0x18]
0bcbe9a0 mov r11d, [0x419b31b8]
0bcbe9a8 mov [rsp+0x48], r11d
0bcbe9ad mov esi, [r11+0x1c]
0bcbe9b1 and esi, 0xce2b6183
0bcbe9b7 lea esi, [rsi+rsi*2]
0bcbe9ba shl esi, 0x03
0bcbe9bd add esi, [r11+0x14]
0bcbe9c1 cmp dword [rsi+0xc], -0x05
0bcbe9c5 jnz 0x0bcbe9d4
0bcbe9c7 cmp dword [rsi+0x8], 0x41060db0
0bcbe9ce jz 0x0bcb0018 ->2
0bcbe9d4 mov esi, [rsi+0x10]
0bcbe9d7 test esi, esi
0bcbe9d9 jnz 0x0bcbe9c1
0bcbe9db mov r12d, [r11+0x10]
0bcbe9df mov [rsp+0x3c], r12d
0bcbe9e4 test r12d, r12d
0bcbe9e7 jz 0x0bcb0018 ->2
0bcbe9ed cmp dword [r12+0x1c], +0x01
0bcbe9f3 jnz 0x0bcb0018 ->2
0bcbe9f9 mov esi, [r12+0x14]
0bcbe9fe mov rdx, 0xfffffffb410604c8
0bcbea08 cmp rdx, [rsi+0x20]
0bcbea0c jnz 0x0bcb0018 ->2
0bcbea12 cmp dword [rsi+0x1c], -0x0c
0bcbea16 jnz 0x0bcb0018 ->2
0bcbea1c mov esi, [rsi+0x18]
0bcbea1f cmp dword [rsi+0x1c], +0x3f
0bcbea23 jnz 0x0bcb0018 ->2
0bcbea29 mov esi, [rsi+0x14]
0bcbea2c mov rdx, 0xfffffffb41060db0
0bcbea36 cmp rdx, [rsi+0x50]
0bcbea3a jnz 0x0bcb0018 ->2
0bcbea40 cmp dword [rsi+0x4c], -0x09
0bcbea44 jnz 0x0bcb0018 ->2
0bcbea4a mov edx, [r11+0x1c]
0bcbea4e and edx, 0x798a813c
0bcbea54 lea edx, [rdx+rdx*2]
0bcbea57 shl edx, 0x03
0bcbea5a add edx, [r11+0x14]
0bcbea5e cmp dword [rdx+0xc], -0x05
0bcbea62 jnz 0x0bcbea71
0bcbea64 cmp dword [rdx+0x8], 0x41060fb0
0bcbea6b jz 0x0bcb0018 ->2
0bcbea71 mov edx, [rdx+0x10]
0bcbea74 test edx, edx
0bcbea76 jnz 0x0bcbea5e
0bcbea78 mov rdx, 0xfffffffb41060fb0
0bcbea82 cmp rdx, [rsi+0x5a8]
0bcbea89 jnz 0x0bcb0018 ->2
0bcbea8f cmp dword [rsi+0x5a4], -0x09
0bcbea96 jnz 0x0bcb0018 ->2
0bcbea9c cmp dword [rsi+0x5a0], 0x41060f18
0bcbeaa6 jnz 0x0bcb0018 ->2
0bcbeaac cmp dword [rsi+0x48], 0x41060d88
0bcbeab3 jnz 0x0bcb0018 ->2
0bcbeab9 cmp dword [r15+0x18], +0x01
0bcbeabe jbe 0x0bcb0018 ->2
0bcbeac4 mov esi, [r15+0x8]
0bcbeac8 cmp dword [rsi+0xc], -0x05
0bcbeacc jnz 0x0bcb0018 ->2
0bcbead2 mov ecx, [rsi+0x8]
0bcbead5 mov [rsp+0x74], ecx
0bcbead9 cmp ecx, 0x410608f8
0bcbeadf jz 0x0bcb001c ->3
0bcbeae5 cmp ecx, 0x410741f0
0bcbeaeb jz 0x0bcb0020 ->4
0bcbeaf1 cmp ecx, 0x41060a18
0bcbeaf7 jz 0x0bcb0024 ->5
0bcbeafd cmp ecx, 0x41060870
0bcbeb03 jz 0x0bcb0028 ->6
0bcbeb09 cmp ecx, 0x41063cb0
0bcbeb0f jz 0x0bcb002c ->7
0bcbeb15 cmp ecx, 0x4106e448
0bcbeb1b jz 0x0bcb0030 ->8
0bcbeb21 cmp dword [0x41072a74], -0x0c
0bcbeb29 jnz 0x0bcb0034 ->9
0bcbeb2f mov edx, [0x41072a70]
0bcbeb36 mov [rsp+0x40], edx
0bcbeb3a mov esi, [rdx+0x1c]
0bcbeb3d and esi, [rcx+0x8]
0bcbeb40 lea esi, [rsi+rsi*2]
0bcbeb43 shl esi, 0x03
0bcbeb46 add esi, [rdx+0x14]
0bcbeb49 cmp dword [rsi+0xc], -0x05
0bcbeb4d jnz 0x0bcbeb54
0bcbeb4f cmp ecx, [rsi+0x8]
0bcbeb52 jz 0x0bcbeb60
0bcbeb54 mov esi, [rsi+0x10]
0bcbeb57 test esi, esi
0bcbeb59 jnz 0x0bcbeb49
0bcbeb5b mov esi, 0x4105e458
0bcbeb60 cmp dword [rsi+0x4], -0x03
0bcbeb64 jnz 0x0bcb0034 ->9
0bcbeb6a mov esi, 0x419b20e0
0bcbeb6f call 0x004223c0 ->lj_tab_dup
0bcbeb74 mov [rsp+0x70], eax
0bcbeb78 mov edi, [0x4105e4b0]
0bcbeb7f mov esi, [rsp+0x78]
0bcbeb83 mov eax, [rax+0x8]
0bcbeb86 mov dword [rax+0x14], 0xfffffff4
0bcbeb8d mov [rax+0x10], r15d
0bcbeb91 cmp dword [r14+0x1c], +0x01
0bcbeb96 jnz 0x0bcb0038 ->10
0bcbeb9c mov r15d, [r14+0x14]
0bcbeba0 mov rdx, 0xfffffffb419b0248
0bcbebaa cmp rdx, [r15+0x20]
0bcbebae jnz 0x0bcb0038 ->10
0bcbebb4 cmp dword [r15+0x1c], -0x05
0bcbebb9 jnz 0x0bcb0038 ->10
0bcbebbf mov r15d, [r15+0x18]
0bcbebc3 mov dword [rax+0x1c], 0xfffffffb
0bcbebca mov [rax+0x18], r15d
0bcbebce cmp dword [r13+0x1c], +0x01
0bcbebd3 jnz 0x0bcb003c ->11
0bcbebd9 mov r15d, [r13+0x14]
0bcbebdd mov rdx, 0xfffffffb419b0248
0bcbebe7 cmp rdx, [r15+0x20]
0bcbebeb jnz 0x0bcb003c ->11
0bcbebf1 cmp dword [r15+0x1c], -0x05
0bcbebf6 jnz 0x0bcb003c ->11
0bcbebfc mov r15d, [r15+0x18]
0bcbec00 mov dword [rax+0x24], 0xfffffffb
0bcbec07 mov [rax+0x20], r15d
0bcbec0b mov edx, [rsi+0x1c]
0bcbec0e and edx, 0x2a54dc55
0bcbec14 lea edx, [rdx+rdx*2]
0bcbec17 shl edx, 0x03
0bcbec1a add edx, [rsi+0x14]
0bcbec1d cmp dword [rdx+0xc], -0x05
0bcbec21 jnz 0x0bcbec30
0bcbec23 cmp dword [rdx+0x8], 0x419b09b0
0bcbec2a jz 0x0bcb0040 ->12
0bcbec30 mov edx, [rdx+0x10]
0bcbec33 test edx, edx
0bcbec35 jnz 0x0bcbec1d
0bcbec37 cmp dword [rsi+0x10], +0x00
0bcbec3b jnz 0x0bcb0040 ->12
0bcbec41 mov edx, 0x4105e448
0bcbec46 mov dword [rdx+0x4], 0xfffffffb
0bcbec4d mov dword [rdx], 0x419b09b0
0bcbec53 call 0x00422cf0 ->lj_tab_newkey
0bcbec58 mov r15d, eax
0bcbec5b mov r11d, [rsp+0x48]
0bcbec60 mov edi, [0x4105e4b0]
0bcbec67 mov edx, [rsp+0x78]
0bcbec6b mov eax, [rsp+0x70]
0bcbec6f mov dword [r15+0x4], 0xfffffff4
0bcbec77 mov [r15], eax
0bcbec7a test byte [rdx+0x4], 0x4
0bcbec7e jz 0x0bcbec95
0bcbec80 and byte [rdx+0x4], 0xfb
0bcbec84 mov eax, [0x4105e3f4]
0bcbec8b mov [0x4105e3f4], edx
0bcbec92 mov [rdx+0xc], eax
0bcbec95 cmp dword [rbx+0x18], +0x04
0bcbec99 jbe 0x0bcb0044 ->13
0bcbec9f mov ebx, [rbx+0x8]
0bcbeca2 cmp dword [rbx+0x24], -0x0c
0bcbeca6 jnz 0x0bcb0044 ->13
0bcbecac mov r15d, [rbx+0x20]
0bcbecb0 cmp dword [rbp+0x34], -0x0c
0bcbecb4 jnz 0x0bcb0044 ->13
0bcbecba mov ebx, [rbp+0x30]
0bcbecbd mov eax, [r11+0x1c]
0bcbecc1 and eax, 0xce2b6183
0bcbecc7 lea eax, [rax+rax*2]
0bcbecca shl eax, 0x03
0bcbeccd add eax, [r11+0x14]
0bcbecd1 cmp dword [rax+0xc], -0x05
0bcbecd5 jnz 0x0bcbece4
0bcbecd7 cmp dword [rax+0x8], 0x41060db0
0bcbecde jz 0x0bcb0044 ->13
0bcbece4 mov eax, [rax+0x10]
0bcbece7 test eax, eax
0bcbece9 jnz 0x0bcbecd1
0bcbeceb cmp dword [r12+0x1c], +0x01
0bcbecf1 jnz 0x0bcb0044 ->13
0bcbecf7 mov r12d, [r12+0x14]
0bcbecfc mov rax, 0xfffffffb410604c8
0bcbed06 cmp rax, [r12+0x20]
0bcbed0b jnz 0x0bcb0044 ->13
0bcbed11 cmp dword [r12+0x1c], -0x0c
0bcbed17 jnz 0x0bcb0044 ->13
0bcbed1d mov r12d, [r12+0x18]
0bcbed22 cmp dword [r12+0x1c], +0x3f
0bcbed28 jnz 0x0bcb0044 ->13
0bcbed2e mov r12d, [r12+0x14]
0bcbed33 mov rax, 0xfffffffb41060db0
0bcbed3d cmp rax, [r12+0x50]
0bcbed42 jnz 0x0bcb0044 ->13
0bcbed48 cmp dword [r12+0x4c], -0x09
0bcbed4e jnz 0x0bcb0044 ->13
0bcbed54 mov eax, [r11+0x1c]
0bcbed58 and eax, 0x798a813c
0bcbed5e lea eax, [rax+rax*2]
0bcbed61 shl eax, 0x03
0bcbed64 add eax, [r11+0x14]
0bcbed68 cmp dword [rax+0xc], -0x05
0bcbed6c jnz 0x0bcbed7b
0bcbed6e cmp dword [rax+0x8], 0x41060fb0
0bcbed75 jz 0x0bcb0044 ->13
0bcbed7b mov eax, [rax+0x10]
0bcbed7e test eax, eax
0bcbed80 jnz 0x0bcbed68
0bcbed82 mov rax, 0xfffffffb41060fb0
0bcbed8c cmp rax, [r12+0x5a8]
0bcbed94 jnz 0x0bcb0044 ->13
0bcbed9a cmp dword [r12+0x5a4], -0x09
0bcbeda3 jnz 0x0bcb0044 ->13
0bcbeda9 cmp dword [r12+0x5a0], 0x41060f18
0bcbedb5 jnz 0x0bcb0044 ->13
0bcbedbb cmp dword [r12+0x48], 0x41060d88
0bcbedc4 jnz 0x0bcb0044 ->13
0bcbedca cmp dword [r15+0x18], +0x01
0bcbedcf jbe 0x0bcb0044 ->13
0bcbedd5 mov r12d, [r15+0x8]
0bcbedd9 cmp dword [r12+0xc], -0x05
0bcbeddf jnz 0x0bcb0044 ->13
0bcbede5 mov r12d, [r12+0x8]
0bcbedea cmp r12d, 0x410608f8
0bcbedf1 jz 0x0bcb0048 ->14
0bcbedf7 cmp r12d, 0x410741f0
0bcbedfe jz 0x0bcb004c ->15
0bcbee04 cmp r12d, 0x41060a18
0bcbee0b jz 0x0bcb0050 ->16
0bcbee11 cmp r12d, 0x41060870
0bcbee18 jnz 0x0bcb0054 ->17
0bcbee1e mov esi, 0x419b23c0
0bcbee23 call 0x004223c0 ->lj_tab_dup
0bcbee28 mov [rsp+0x6c], eax
0bcbee2c mov edi, [0x4105e4b0]
0bcbee33 cmp dword [r13+0x1c], +0x01
0bcbee38 jnz 0x0bcb0058 ->18
0bcbee3e mov esi, [r13+0x14]
0bcbee42 mov rdx, 0xfffffffb419b0248
0bcbee4c cmp rdx, [rsi+0x20]
0bcbee50 jnz 0x0bcb0058 ->18
0bcbee56 cmp dword [rsi+0x1c], -0x05
0bcbee5a jnz 0x0bcb0058 ->18
0bcbee60 mov esi, [rsi+0x18]
0bcbee63 mov eax, [rax+0x8]
0bcbee66 mov dword [rax+0x14], 0xfffffffb
0bcbee6d mov [rax+0x10], esi
0bcbee70 mov esi, [rbx+0x1c]
0bcbee73 and esi, 0x2a54dc55
0bcbee79 lea esi, [rsi+rsi*2]
0bcbee7c shl esi, 0x03
0bcbee7f add esi, [rbx+0x14]
0bcbee82 cmp dword [rsi+0xc], -0x05
0bcbee86 jnz 0x0bcbee95
0bcbee88 cmp dword [rsi+0x8], 0x419b09b0
0bcbee8f jz 0x0bcb005c ->19
0bcbee95 mov esi, [rsi+0x10]
0bcbee98 test esi, esi
0bcbee9a jnz 0x0bcbee82
0bcbee9c cmp dword [rbx+0x10], +0x00
0bcbeea0 jnz 0x0bcb005c ->19
0bcbeea6 mov edx, 0x4105e448
0bcbeeab mov dword [rdx+0x4], 0xfffffffb
0bcbeeb2 mov dword [rdx], 0x419b09b0
0bcbeeb8 mov esi, ebx
0bcbeeba call 0x00422cf0 ->lj_tab_newkey
0bcbeebf mov r15d, eax
0bcbeec2 mov r11d, [rsp+0x48]
0bcbeec7 mov esi, [rsp+0x3c]
0bcbeecb mov eax, [rsp+0x6c]
0bcbeecf mov dword [r15+0x4], 0xfffffff4
0bcbeed7 mov [r15], eax
0bcbeeda test byte [rbx+0x4], 0x4
0bcbeede jz 0x0bcbeef5
0bcbeee0 and byte [rbx+0x4], 0xfb
0bcbeee4 mov edi, [0x4105e3f4]
0bcbeeeb mov [0x4105e3f4], ebx
0bcbeef2 mov [rbx+0xc], edi
0bcbeef5 cmp dword [rbp-0x4], 0x419b18f8
0bcbeefc jnz 0x0bcb0060 ->20
0bcbef02 add ebp, -0x40
0bcbef05 mov [0x4105e4b4], ebp
0bcbef0c cmp dword [rbp-0x8], 0x419b31b0
0bcbef13 jnz 0x0bcb0064 ->21
0bcbef19 cmp dword [rbp+0x4], -0x0c
0bcbef1d jnz 0x0bcb0064 ->21
0bcbef23 mov ebx, [rbp+0x0]
0bcbef26 cmp dword [rbx+0x18], +0x03
0bcbef2a jbe 0x0bcb0064 ->21
0bcbef30 mov r15d, [rbx+0x8]
0bcbef34 cmp dword [r15+0x1c], -0x0c
0bcbef39 jnz 0x0bcb0064 ->21
0bcbef3f mov r13d, [r15+0x18]
0bcbef43 mov [rsp+0x18], r13d
0bcbef48 cmp dword [rbp+0x2c], -0x0c
0bcbef4c jnz 0x0bcb0064 ->21
0bcbef52 mov edi, [rbp+0x28]
0bcbef55 mov [rsp+0x14], edi
0bcbef59 cmp dword [rbp+0x14], -0x0c
0bcbef5d jnz 0x0bcb0064 ->21
0bcbef63 mov r15d, [rbp+0x10]
0bcbef67 cmp dword [rbp+0x1c], -0x0c
0bcbef6b jnz 0x0bcb0064 ->21
0bcbef71 mov r14d, [rbp+0x18]
0bcbef75 mov edi, [r11+0x1c]
0bcbef79 and edi, 0xce2b6183
0bcbef7f lea edi, [rdi+rdi*2]
0bcbef82 shl edi, 0x03
0bcbef85 add edi, [r11+0x14]
0bcbef89 cmp dword [rdi+0xc], -0x05
0bcbef8d jnz 0x0bcbef9c
0bcbef8f cmp dword [rdi+0x8], 0x41060db0
0bcbef96 jz 0x0bcb0064 ->21
0bcbef9c mov edi, [rdi+0x10]
0bcbef9f test edi, edi
0bcbefa1 jnz 0x0bcbef89
0bcbefa3 cmp dword [rsi+0x1c], +0x01
0bcbefa7 jnz 0x0bcb0064 ->21
0bcbefad mov r12d, [rsi+0x14]
0bcbefb1 mov rdi, 0xfffffffb410604c8
0bcbefbb cmp rdi, [r12+0x20]
0bcbefc0 jnz 0x0bcb0064 ->21
0bcbefc6 cmp dword [r12+0x1c], -0x0c
0bcbefcc jnz 0x0bcb0064 ->21
0bcbefd2 mov r12d, [r12+0x18]
0bcbefd7 cmp dword [r12+0x1c], +0x3f
0bcbefdd jnz 0x0bcb0064 ->21
0bcbefe3 mov r12d, [r12+0x14]
0bcbefe8 mov rdi, 0xfffffffb41060db0
0bcbeff2 cmp rdi, [r12+0x50]
0bcbeff7 jnz 0x0bcb0064 ->21
0bcbeffd cmp dword [r12+0x4c], -0x09
0bcbf003 jnz 0x0bcb0064 ->21
0bcbf009 mov edi, [r11+0x1c]
0bcbf00d and edi, 0x798a813c
0bcbf013 lea edi, [rdi+rdi*2]
0bcbf016 shl edi, 0x03
0bcbf019 add edi, [r11+0x14]
0bcbf01d cmp dword [rdi+0xc], -0x05
0bcbf021 jnz 0x0bcbf030
0bcbf023 cmp dword [rdi+0x8], 0x41060fb0
0bcbf02a jz 0x0bcb0064 ->21
0bcbf030 mov edi, [rdi+0x10]
0bcbf033 test edi, edi
0bcbf035 jnz 0x0bcbf01d
0bcbf037 mov rdi, 0xfffffffb41060fb0
0bcbf041 cmp rdi, [r12+0x5a8]
0bcbf049 jnz 0x0bcb0064 ->21
0bcbf04f cmp dword [r12+0x5a4], -0x09
0bcbf058 jnz 0x0bcb0064 ->21
0bcbf05e cmp dword [r12+0x5a0], 0x41060f18
0bcbf06a jnz 0x0bcb0064 ->21
0bcbf070 cmp dword [r12+0x48], 0x41060d88
0bcbf079 jnz 0x0bcb0064 ->21
0bcbf07f cmp dword [r13+0x18], +0x01
0bcbf084 jbe 0x0bcb0064 ->21
0bcbf08a mov r12d, [r13+0x8]
0bcbf08e cmp dword [r12+0xc], -0x05
0bcbf094 jnz 0x0bcb0064 ->21
0bcbf09a mov ecx, [r12+0x8]
0bcbf09f mov [rsp+0x10], ecx
0bcbf0a3 cmp dword [r12+0x8], 0x410608f8
0bcbf0ac jnz 0x0bcb0068 ->22
0bcbf0b2 mov edi, [0x419befc0]
0bcbf0b9 mov [rsp+0x64], edi
0bcbf0bd cmp dword [rdi+0x4], 0xfffeffff
0bcbf0c4 jnb 0x0bcb006c ->23
0bcbf0ca movsd xmm7, [rdi]
0bcbf0ce addsd xmm7, [0x4107b120]
0bcbf0d7 movsd [rsp+0x58], xmm7
0bcbf0dd movsd [rdi], xmm7
0bcbf0e1 mov edi, 0x4105e414
0bcbf0e6 mov esi, [rdi+0x8]
0bcbf0e9 mov [rdi], esi
0bcbf0eb mov esi, 0x4c
0bcbf0f0 call 0x00421b60 ->lj_buf_putchar
0bcbf0f5 mov edi, eax
0bcbf0f7 lea rsi, [rsp+0x58]
0bcbf0fc call 0x0040a3c0 ->lj_strfmt_putnum
0bcbf101 mov edi, eax
0bcbf103 call 0x00421ff0 ->lj_buf_tostr
0bcbf108 mov [rsp+0x68], eax
0bcbf10c mov edi, [0x4105e4b0]
0bcbf113 mov esi, 0x419b0f30
0bcbf118 call 0x004223c0 ->lj_tab_dup
0bcbf11d mov [rsp+0xc], eax
0bcbf121 mov edi, [0x4105e4b0]
0bcbf128 xor esi, esi
0bcbf12a call 0x00422350 ->lj_tab_new1
0bcbf12f mov esi, eax
0bcbf131 mov edi, [0x4105e4b0]
0bcbf138 mov ecx, [rsp+0xc]
0bcbf13c mov eax, [rsp+0x68]
0bcbf140 mov r12d, [rcx+0x14]
0bcbf144 mov dword [r12+0x34], 0xfffffff4
0bcbf14d mov [r12+0x30], esi
0bcbf152 mov dword [r12+0x4c], 0xfffffffb
0bcbf15b mov [r12+0x48], eax
0bcbf160 mov r12d, [0x419ad340]
0bcbf168 cmp dword [r12+0x4], -0x0c
0bcbf16e jnz 0x0bcb0074 ->25
0bcbf174 mov r12d, [r12]
0bcbf178 cmp dword [r12+0x1c], +0x01
0bcbf17e jnz 0x0bcb0074 ->25
0bcbf184 mov esi, [r12+0x14]
0bcbf189 mov rdx, 0xfffffffb419b01a8
0bcbf193 cmp rdx, [rsi+0x8]
0bcbf197 jnz 0x0bcb0074 ->25
0bcbf19d cmp dword [rsi+0x4], -0x0c
0bcbf1a1 jnz 0x0bcb0074 ->25
0bcbf1a7 mov esi, [rsi]
0bcbf1a9 mov [rsp+0x60], esi
0bcbf1ad mov edx, [rsi+0x1c]
0bcbf1b0 and edx, [rax+0x8]
0bcbf1b3 lea edx, [rdx+rdx*2]
0bcbf1b6 shl edx, 0x03
0bcbf1b9 add edx, [rsi+0x14]
0bcbf1bc cmp dword [rdx+0xc], -0x05
0bcbf1c0 jnz 0x0bcbf1cb
0bcbf1c2 cmp eax, [rdx+0x8]
0bcbf1c5 jz 0x0bcb0074 ->25
0bcbf1cb mov edx, [rdx+0x10]
0bcbf1ce test edx, edx
0bcbf1d0 jnz 0x0bcbf1bc
0bcbf1d2 cmp dword [rsi+0x10], +0x00
0bcbf1d6 jnz 0x0bcb0074 ->25
0bcbf1dc mov edx, 0x4105e448
0bcbf1e1 mov dword [rdx+0x4], 0xfffffffb
0bcbf1e8 mov [rdx], eax
0bcbf1ea call 0x00422cf0 ->lj_tab_newkey
0bcbf1ef mov edi, [rsp+0x64]
0bcbf1f3 mov esi, [rsp+0x60]
0bcbf1f7 mov ecx, [rsp+0xc]
0bcbf1fb movsd xmm7, [rsp+0x58]
0bcbf201 mov dword [rax+0x4], 0xfffffff4
0bcbf208 mov [rax], ecx
0bcbf20a test byte [rsi+0x4], 0x4
0bcbf20e jz 0x0bcbf225
0bcbf210 and byte [rsi+0x4], 0xfb
0bcbf214 mov edx, [0x4105e3f4]
0bcbf21b mov [0x4105e3f4], esi
0bcbf222 mov [rsi+0xc], edx
0bcbf225 mov byte [rsi+0x6], 0x0
0bcbf229 addsd xmm7, [0x4107b120]
0bcbf232 movsd [rsp+0x50], xmm7
0bcbf238 movsd [rdi], xmm7
0bcbf23c mov edi, 0x4105e414
0bcbf241 mov esi, [rdi+0x8]
0bcbf244 mov [rdi], esi
0bcbf246 mov esi, 0x4c
0bcbf24b call 0x00421b60 ->lj_buf_putchar
0bcbf250 mov edi, eax
0bcbf252 lea rsi, [rsp+0x50]
0bcbf257 call 0x0040a3c0 ->lj_strfmt_putnum
0bcbf25c mov edi, eax
0bcbf25e call 0x00421ff0 ->lj_buf_tostr
0bcbf263 mov [rsp+0x4c], eax
0bcbf267 mov edi, [0x4105e4b0]
0bcbf26e mov esi, 0x419b0f30
0bcbf273 call 0x004223c0 ->lj_tab_dup
0bcbf278 mov [rsp+0x28], eax
0bcbf27c mov edi, [0x4105e4b0]
0bcbf283 xor esi, esi
0bcbf285 call 0x00422350 ->lj_tab_new1
0bcbf28a mov esi, eax
0bcbf28c mov edi, [0x4105e4b0]
0bcbf293 mov ecx, [rsp+0x28]
0bcbf297 mov eax, [rsp+0x4c]
0bcbf29b mov r8d, [rcx+0x14]
0bcbf29f mov [rsp+0x1c], r8d
0bcbf2a4 mov dword [r8+0x34], 0xfffffff4
0bcbf2ac mov [r8+0x30], esi
0bcbf2b0 mov dword [r8+0x4c], 0xfffffffb
0bcbf2b8 mov [r8+0x48], eax
0bcbf2bc cmp dword [r12+0x1c], +0x01
0bcbf2c2 jnz 0x0bcb007c ->27
0bcbf2c8 mov r12d, [r12+0x14]
0bcbf2cd mov rsi, 0xfffffffb419b01a8
0bcbf2d7 cmp rsi, [r12+0x8]
0bcbf2dc jnz 0x0bcb007c ->27
0bcbf2e2 cmp dword [r12+0x4], -0x0c
0bcbf2e8 jnz 0x0bcb007c ->27
0bcbf2ee mov r12d, [r12]
0bcbf2f2 mov esi, [r12+0x1c]
0bcbf2f7 and esi, [rax+0x8]
0bcbf2fa lea esi, [rsi+rsi*2]
0bcbf2fd shl esi, 0x03
0bcbf300 add esi, [r12+0x14]
0bcbf305 cmp dword [rsi+0xc], -0x05
0bcbf309 jnz 0x0bcbf314
0bcbf30b cmp eax, [rsi+0x8]
0bcbf30e jz 0x0bcb007c ->27
0bcbf314 mov esi, [rsi+0x10]
0bcbf317 test esi, esi
0bcbf319 jnz 0x0bcbf305
0bcbf31b cmp dword [r12+0x10], +0x00
0bcbf321 jnz 0x0bcb007c ->27
0bcbf327 mov edx, 0x4105e448
0bcbf32c mov dword [rdx+0x4], 0xfffffffb
0bcbf333 mov [rdx], eax
0bcbf335 mov esi, r12d
0bcbf338 call 0x00422cf0 ->lj_tab_newkey
0bcbf33d mov r11d, [rsp+0x48]
0bcbf342 mov edi, [0x4105e4b0]
0bcbf349 mov esi, [rsp+0x3c]
0bcbf34d mov edx, [rsp+0x40]
0bcbf351 mov ecx, [rsp+0x28]
0bcbf355 mov dword [rax+0x4], 0xfffffff4
0bcbf35c mov [rax], ecx
0bcbf35e test byte [r12+0x4], 0x4
0bcbf364 jz 0x0bcbf380
0bcbf366 and byte [r12+0x4], 0xfb
0bcbf36c mov ecx, [0x4105e3f4]
0bcbf373 mov [0x4105e3f4], r12d
0bcbf37b mov [r12+0xc], ecx
0bcbf380 mov byte [r12+0x6], 0x0
0bcbf386 cmp dword [r13+0x18], +0x02
0bcbf38b jbe 0x0bcb0080 ->28
0bcbf391 mov r12d, [r13+0x8]
0bcbf395 cmp dword [r12+0x14], -0x0c
0bcbf39b jnz 0x0bcb0080 ->28
0bcbf3a1 mov r12d, [r12+0x10]
0bcbf3a6 mov ecx, [r11+0x1c]
0bcbf3aa and ecx, 0xce2b6183
0bcbf3b0 lea ecx, [rcx+rcx*2]
0bcbf3b3 shl ecx, 0x03
0bcbf3b6 add ecx, [r11+0x14]
0bcbf3ba cmp dword [rcx+0xc], -0x05
0bcbf3be jnz 0x0bcbf3cd
0bcbf3c0 cmp dword [rcx+0x8], 0x41060db0
0bcbf3c7 jz 0x0bcb0080 ->28
0bcbf3cd mov ecx, [rcx+0x10]
0bcbf3d0 test ecx, ecx
0bcbf3d2 jnz 0x0bcbf3ba
0bcbf3d4 cmp dword [rsi+0x1c], +0x01
0bcbf3d8 jnz 0x0bcb0080 ->28
0bcbf3de mov esi, [rsi+0x14]
0bcbf3e1 mov rcx, 0xfffffffb410604c8
0bcbf3eb cmp rcx, [rsi+0x20]
0bcbf3ef jnz 0x0bcb0080 ->28
0bcbf3f5 cmp dword [rsi+0x1c], -0x0c
0bcbf3f9 jnz 0x0bcb0080 ->28
0bcbf3ff mov esi, [rsi+0x18]
0bcbf402 cmp dword [rsi+0x1c], +0x3f
0bcbf406 jnz 0x0bcb0080 ->28
0bcbf40c mov esi, [rsi+0x14]
0bcbf40f mov rcx, 0xfffffffb41060db0
0bcbf419 cmp rcx, [rsi+0x50]
0bcbf41d jnz 0x0bcb0080 ->28
0bcbf423 cmp dword [rsi+0x4c], -0x09
0bcbf427 jnz 0x0bcb0080 ->28
0bcbf42d mov ecx, [r11+0x1c]
0bcbf431 and ecx, 0x798a813c
0bcbf437 lea ecx, [rcx+rcx*2]
0bcbf43a shl ecx, 0x03
0bcbf43d add ecx, [r11+0x14]
0bcbf441 cmp dword [rcx+0xc], -0x05
0bcbf445 jnz 0x0bcbf454
0bcbf447 cmp dword [rcx+0x8], 0x41060fb0
0bcbf44e jz 0x0bcb0080 ->28
0bcbf454 mov ecx, [rcx+0x10]
0bcbf457 test ecx, ecx
0bcbf459 jnz 0x0bcbf441
0bcbf45b mov rcx, 0xfffffffb41060fb0
0bcbf465 cmp rcx, [rsi+0x5a8]
0bcbf46c jnz 0x0bcb0080 ->28
0bcbf472 cmp dword [rsi+0x5a4], -0x09
0bcbf479 jnz 0x0bcb0080 ->28
0bcbf47f cmp dword [rsi+0x5a0], 0x41060f18
0bcbf489 jnz 0x0bcb0080 ->28
0bcbf48f cmp dword [rsi+0x48], 0x41060d88
0bcbf496 jnz 0x0bcb0080 ->28
0bcbf49c cmp dword [r12+0x18], +0x01
0bcbf4a2 jbe 0x0bcb0080 ->28
0bcbf4a8 mov esi, [r12+0x8]
0bcbf4ad cmp dword [rsi+0xc], -0x05
0bcbf4b1 jnz 0x0bcb0080 ->28
0bcbf4b7 mov ecx, [rsi+0x8]
0bcbf4ba mov [rsp+0x38], ecx
0bcbf4be cmp ecx, 0x410608f8
0bcbf4c4 jz 0x0bcb0084 ->29
0bcbf4ca cmp ecx, 0x410741f0
0bcbf4d0 jz 0x0bcb0088 ->30
0bcbf4d6 cmp ecx, 0x41060a18
0bcbf4dc jz 0x0bcb008c ->31
0bcbf4e2 cmp ecx, 0x41060870
0bcbf4e8 jz 0x0bcb009d ->32
0bcbf4ee cmp ecx, 0x41063cb0
0bcbf4f4 jz 0x0bcb00a1 ->33
0bcbf4fa cmp ecx, 0x4106e448
0bcbf500 jz 0x0bcb00a5 ->34
0bcbf506 mov esi, [rdx+0x1c]
0bcbf509 and esi, [rcx+0x8]
0bcbf50c lea esi, [rsi+rsi*2]
0bcbf50f shl esi, 0x03
0bcbf512 add esi, [rdx+0x14]
0bcbf515 cmp dword [rsi+0xc], -0x05
0bcbf519 jnz 0x0bcbf520
0bcbf51b cmp ecx, [rsi+0x8]
0bcbf51e jz 0x0bcbf52c
0bcbf520 mov esi, [rsi+0x10]
0bcbf523 test esi, esi
0bcbf525 jnz 0x0bcbf515
0bcbf527 mov esi, 0x4105e458
0bcbf52c cmp dword [rsi+0x4], -0x03
0bcbf530 jnz 0x0bcb00a9 ->35
0bcbf536 mov esi, 0x419b20e0
0bcbf53b call 0x004223c0 ->lj_tab_dup
0bcbf540 mov r10d, eax
0bcbf543 mov [rsp+0x44], r10d
0bcbf548 mov edi, [0x4105e4b0]
0bcbf54f mov esi, [rsp+0x14]
0bcbf553 mov ecx, [rsp+0xc]
0bcbf557 mov eax, [rsp+0x4c]
0bcbf55b mov edx, [r10+0x8]
0bcbf55f mov dword [rdx+0x14], 0xfffffff4
0bcbf566 mov [rdx+0x10], r12d
0bcbf56a cmp dword [rcx+0x1c], +0x03
0bcbf56e jnz 0x0bcb00ad ->36
0bcbf574 mov ecx, [rcx+0x14]
0bcbf577 mov [rsp+0x2c], ecx
0bcbf57b mov r11, 0xfffffffb419b0248
0bcbf585 cmp r11, [rcx+0x50]
0bcbf589 jnz 0x0bcb00ad ->36
0bcbf58f cmp dword [rcx+0x4c], -0x05
0bcbf593 jnz 0x0bcb00ad ->36
0bcbf599 mov ecx, [rcx+0x48]
0bcbf59c mov dword [rdx+0x1c], 0xfffffffb
0bcbf5a3 mov [rdx+0x18], ecx
0bcbf5a6 mov dword [rdx+0x24], 0xfffffffb
0bcbf5ad mov [rdx+0x20], eax
0bcbf5b0 mov edx, [rsi+0x1c]
0bcbf5b3 and edx, 0x2a54dc55
0bcbf5b9 lea edx, [rdx+rdx*2]
0bcbf5bc shl edx, 0x03
0bcbf5bf add edx, [rsi+0x14]
0bcbf5c2 cmp dword [rdx+0xc], -0x05
0bcbf5c6 jnz 0x0bcbf5d5
0bcbf5c8 cmp dword [rdx+0x8], 0x419b09b0
0bcbf5cf jz 0x0bcb00b1 ->37
0bcbf5d5 mov edx, [rdx+0x10]
0bcbf5d8 test edx, edx
0bcbf5da jnz 0x0bcbf5c2
0bcbf5dc cmp dword [rsi+0x10], +0x00
0bcbf5e0 jnz 0x0bcb00b1 ->37
0bcbf5e6 mov edx, 0x4105e448
0bcbf5eb mov dword [rdx+0x4], 0xfffffffb
0bcbf5f2 mov dword [rdx], 0x419b09b0
0bcbf5f8 call 0x00422cf0 ->lj_tab_newkey
0bcbf5fd mov r9d, eax
0bcbf600 mov r11d, [rsp+0x48]
0bcbf605 mov r10d, [rsp+0x44]
0bcbf60a mov edi, [0x4105e4b0]
0bcbf611 mov esi, [rsp+0x40]
0bcbf615 mov edx, [rsp+0x3c]
0bcbf619 mov eax, [rsp+0x14]
0bcbf61d mov dword [r9+0x4], 0xfffffff4
0bcbf625 mov [r9], r10d
0bcbf628 test byte [rax+0x4], 0x4
0bcbf62c jz 0x0bcbf645
0bcbf62e and byte [rax+0x4], 0xfb
0bcbf632 mov r10d, [0x4105e3f4]
0bcbf63a mov [0x4105e3f4], eax
0bcbf641 mov [rax+0xc], r10d
0bcbf645 cmp dword [r13+0x18], +0x04
0bcbf64a jbe 0x0bcb00b5 ->38
0bcbf650 mov r13d, [r13+0x8]
0bcbf654 mov [rsp+0x30], r13d
0bcbf659 cmp dword [r13+0x1c], -0x0c
0bcbf65e jnz 0x0bcb00b5 ->38
0bcbf664 mov r13d, [r13+0x18]
0bcbf668 mov eax, [r11+0x1c]
0bcbf66c and eax, 0xce2b6183
0bcbf672 lea eax, [rax+rax*2]
0bcbf675 shl eax, 0x03
0bcbf678 add eax, [r11+0x14]
0bcbf67c cmp dword [rax+0xc], -0x05
0bcbf680 jnz 0x0bcbf68f
0bcbf682 cmp dword [rax+0x8], 0x41060db0
0bcbf689 jz 0x0bcb00b5 ->38
0bcbf68f mov eax, [rax+0x10]
0bcbf692 test eax, eax
0bcbf694 jnz 0x0bcbf67c
0bcbf696 cmp dword [rdx+0x1c], +0x01
0bcbf69a jnz 0x0bcb00b5 ->38
0bcbf6a0 mov edx, [rdx+0x14]
0bcbf6a3 mov rax, 0xfffffffb410604c8
0bcbf6ad cmp rax, [rdx+0x20]
0bcbf6b1 jnz 0x0bcb00b5 ->38
0bcbf6b7 cmp dword [rdx+0x1c], -0x0c
0bcbf6bb jnz 0x0bcb00b5 ->38
0bcbf6c1 mov edx, [rdx+0x18]
0bcbf6c4 cmp dword [rdx+0x1c], +0x3f
0bcbf6c8 jnz 0x0bcb00b5 ->38
0bcbf6ce mov edx, [rdx+0x14]
0bcbf6d1 mov rax, 0xfffffffb41060db0
0bcbf6db cmp rax, [rdx+0x50]
0bcbf6df jnz 0x0bcb00b5 ->38
0bcbf6e5 cmp dword [rdx+0x4c], -0x09
0bcbf6e9 jnz 0x0bcb00b5 ->38
0bcbf6ef mov eax, [r11+0x1c]
0bcbf6f3 and eax, 0x798a813c
0bcbf6f9 lea eax, [rax+rax*2]
0bcbf6fc shl eax, 0x03
0bcbf6ff add eax, [r11+0x14]
0bcbf703 cmp dword [rax+0xc], -0x05
0bcbf707 jnz 0x0bcbf716
0bcbf709 cmp dword [rax+0x8], 0x41060fb0
0bcbf710 jz 0x0bcb00b5 ->38
0bcbf716 mov eax, [rax+0x10]
0bcbf719 test eax, eax
0bcbf71b jnz 0x0bcbf703
0bcbf71d mov rax, 0xfffffffb41060fb0
0bcbf727 cmp rax, [rdx+0x5a8]
0bcbf72e jnz 0x0bcb00b5 ->38
0bcbf734 cmp dword [rdx+0x5a4], -0x09
0bcbf73b jnz 0x0bcb00b5 ->38
0bcbf741 cmp dword [rdx+0x5a0], 0x41060f18
0bcbf74b jnz 0x0bcb00b5 ->38
0bcbf751 cmp dword [rdx+0x48], 0x41060d88
0bcbf758 jnz 0x0bcb00b5 ->38
0bcbf75e cmp dword [r13+0x18], +0x01
0bcbf763 jbe 0x0bcb00b5 ->38
0bcbf769 mov edx, [r13+0x8]
0bcbf76d cmp dword [rdx+0xc], -0x05
0bcbf771 jnz 0x0bcb00b5 ->38
0bcbf777 mov edx, [rdx+0x8]
0bcbf77a mov [rsp+0x34], edx
0bcbf77e cmp edx, 0x410608f8
0bcbf784 jz 0x0bcb00b9 ->39
0bcbf78a cmp edx, 0x410741f0
0bcbf790 jz 0x0bcb00bd ->40
0bcbf796 cmp edx, 0x41060a18
0bcbf79c jz 0x0bcb00c1 ->41
0bcbf7a2 cmp edx, 0x41060870
0bcbf7a8 jz 0x0bcb00c5 ->42
0bcbf7ae cmp edx, 0x41063cb0
0bcbf7b4 jz 0x0bcb00c9 ->43
0bcbf7ba cmp edx, 0x4106e448
0bcbf7c0 jz 0x0bcb00cd ->44
0bcbf7c6 mov r12d, [rsi+0x1c]
0bcbf7ca and r12d, [rdx+0x8]
0bcbf7ce lea r12d, [r12+r12*2]
0bcbf7d2 shl r12d, 0x03
0bcbf7d6 add r12d, [rsi+0x14]
0bcbf7da cmp dword [r12+0xc], -0x05
0bcbf7e0 jnz 0x0bcbf7e9
0bcbf7e2 cmp edx, [r12+0x8]
0bcbf7e7 jz 0x0bcbf7f9
0bcbf7e9 mov r12d, [r12+0x10]
0bcbf7ee test r12d, r12d
0bcbf7f1 jnz 0x0bcbf7da
0bcbf7f3 mov r12d, 0x4105e458
0bcbf7f9 cmp dword [r12+0x4], -0x03
0bcbf7ff jnz 0x0bcb00d1 ->45
0bcbf805 mov esi, 0x419b20e0
0bcbf80a call 0x004223c0 ->lj_tab_dup
0bcbf80f mov edi, [0x4105e4b0]
0bcbf816 mov edx, [rsp+0x30]
0bcbf81a mov ecx, [rsp+0x2c]
0bcbf81e mov r11d, [rax+0x8]
0bcbf822 mov dword [r11+0x14], 0xfffffff4
0bcbf82a mov [r11+0x10], r13d
0bcbf82e cmp dword [r15+0x1c], +0x01
0bcbf833 jnz 0x0bcb00d5 ->46
0bcbf839 mov r12d, [r15+0x14]
0bcbf83d mov r10, 0xfffffffb419b0248
0bcbf847 cmp r10, [r12+0x20]
0bcbf84c jnz 0x0bcb00d5 ->46
0bcbf852 cmp dword [r12+0x1c], -0x05
0bcbf858 jnz 0x0bcb00d5 ->46
0bcbf85e mov r12d, [r12+0x18]
0bcbf863 mov dword [r11+0x1c], 0xfffffffb
0bcbf86b mov [r11+0x18], r12d
0bcbf86f cmp dword [r14+0x1c], +0x01
0bcbf874 jnz 0x0bcb00d9 ->47
0bcbf87a mov r12d, [r14+0x14]
0bcbf87e mov r10, 0xfffffffb419b0248
0bcbf888 cmp r10, [r12+0x20]
0bcbf88d jnz 0x0bcb00d9 ->47
0bcbf893 cmp dword [r12+0x1c], -0x05
0bcbf899 jnz 0x0bcb00d9 ->47
0bcbf89f mov r12d, [r12+0x18]
0bcbf8a4 mov dword [r11+0x24], 0xfffffffb
0bcbf8ac mov [r11+0x20], r12d
0bcbf8b0 mov r11, 0xfffffffb419b09b0
0bcbf8ba cmp r11, [rcx+0x20]
0bcbf8be jnz 0x0bcb00dd ->48
0bcbf8c4 mov dword [rcx+0x1c], 0xfffffff4
0bcbf8cb mov [rcx+0x18], eax
0bcbf8ce cmp dword [rdx+0x24], -0x0c
0bcbf8d2 jnz 0x0bcb00e1 ->49
0bcbf8d8 mov r10d, [rdx+0x20]
0bcbf8dc mov [rsp+0x24], r10d
0bcbf8e1 cmp dword [r10+0x18], +0x01
0bcbf8e6 jbe 0x0bcb00e1 ->49
0bcbf8ec mov edx, [r10+0x8]
0bcbf8f0 cmp dword [rdx+0xc], -0x05
0bcbf8f4 jnz 0x0bcb00e1 ->49
0bcbf8fa mov r9d, [rdx+0x8]
0bcbf8fe mov [rsp+0x20], r9d
0bcbf903 cmp r9d, 0x410608f8
0bcbf90a jz 0x0bcb00e5 ->50
0bcbf910 cmp r9d, 0x410741f0
0bcbf917 jz 0x0bcb00e9 ->51
0bcbf91d cmp r9d, 0x41060a18
0bcbf924 jz 0x0bcb00ed ->52
0bcbf92a cmp r9d, 0x41060870
0bcbf931 jnz 0x0bcb00f1 ->53
0bcbf937 mov esi, 0x419b23c0
0bcbf93c call 0x004223c0 ->lj_tab_dup
0bcbf941 mov r13d, eax
0bcbf944 mov r8d, [rsp+0x1c]
0bcbf949 mov edi, [r13+0x8]
0bcbf94d mov dword [rdi+0x14], 0xfffffffb
0bcbf954 mov [rdi+0x10], r12d
0bcbf958 mov edi, [0x4105e4b0]
0bcbf95f mov dword [r8+0x1c], 0xfffffff4
0bcbf967 mov [r8+0x18], r13d
0bcbf96b cmp dword [rbx+0x18], +0x04
0bcbf96f jbe 0x0bcb00f9 ->55
0bcbf975 mov ebx, [rbx+0x8]
0bcbf978 cmp dword [rbx+0x24], -0x0c
0bcbf97c jnz 0x0bcb00f9 ->55
0bcbf982 mov ebx, [rbx+0x20]
0bcbf985 cmp dword [rbp+0x34], -0x0c
0bcbf989 jnz 0x0bcb00f9 ->55
0bcbf98f mov ebp, [rbp+0x30]
0bcbf992 cmp dword [rbx+0x18], +0x01
0bcbf996 jbe 0x0bcb00f9 ->55
0bcbf99c mov r13d, [rbx+0x8]
0bcbf9a0 cmp dword [r13+0xc], -0x05
0bcbf9a5 jnz 0x0bcb00f9 ->55
0bcbf9ab mov r13d, [r13+0x8]
0bcbf9af cmp r13d, 0x410608f8
0bcbf9b6 jz 0x0bcb00fd ->56
0bcbf9bc cmp r13d, 0x410741f0
0bcbf9c3 jz 0x0bcb0101 ->57
0bcbf9c9 cmp r13d, 0x41060a18
0bcbf9d0 jz 0x0bcb0105 ->58
0bcbf9d6 cmp r13d, 0x41060870
0bcbf9dd jnz 0x0bcb0109 ->59
0bcbf9e3 mov esi, 0x419b23c0
0bcbf9e8 call 0x004223c0 ->lj_tab_dup
0bcbf9ed mov [rsp+0x8], eax
0bcbf9f1 mov edi, [0x4105e4b0]
0bcbf9f8 mov eax, [rax+0x8]
0bcbf9fb mov dword [rax+0x14], 0xfffffffb
0bcbfa02 mov [rax+0x10], r12d
0bcbfa06 mov esi, [rbp+0x1c]
0bcbfa09 and esi, 0x2a54dc55
0bcbfa0f lea esi, [rsi+rsi*2]
0bcbfa12 shl esi, 0x03
0bcbfa15 add esi, [rbp+0x14]
0bcbfa18 cmp dword [rsi+0xc], -0x05
0bcbfa1c jnz 0x0bcbfa2b
0bcbfa1e cmp dword [rsi+0x8], 0x419b09b0
0bcbfa25 jz 0x0bcb0111 ->61
0bcbfa2b mov esi, [rsi+0x10]
0bcbfa2e test esi, esi
0bcbfa30 jnz 0x0bcbfa18
0bcbfa32 cmp dword [rbp+0x10], +0x00
0bcbfa36 jnz 0x0bcb0111 ->61
0bcbfa3c mov edx, 0x4105e448
0bcbfa41 mov dword [rdx+0x4], 0xfffffffb
0bcbfa48 mov dword [rdx], 0x419b09b0
0bcbfa4e mov esi, ebp
0bcbfa50 call 0x00422cf0 ->lj_tab_newkey
0bcbfa55 mov ebx, eax
0bcbfa57 mov edx, [0x4105e4b4]
0bcbfa5e mov eax, [rsp+0x8]
0bcbfa62 mov dword [rbx+0x4], 0xfffffff4
0bcbfa69 mov [rbx], eax
0bcbfa6b test byte [rbp+0x4], 0x4
0bcbfa6f jz 0x0bcbfa86
0bcbfa71 and byte [rbp+0x4], 0xfb
0bcbfa75 mov edi, [0x4105e3f4]
0bcbfa7c mov [0x4105e3f4], ebp
0bcbfa83 mov [rbp+0xc], edi
0bcbfa86 cmp dword [rdx-0x4], 0x419b1974
0bcbfa8d jnz 0x0bcb0115 ->62
0bcbfa93 add edx, -0x48
0bcbfa96 mov [0x4105e4b4], edx
0bcbfa9d add rsp, +0x70
0bcbfaa1 jmp 0x0bcbe8e1
---- TRACE 3 stop -> down-recursion
---- TRACE 3 exit 1
---- TRACE 2 exit 4
---- TRACE 4 start 2/4 ssa.lua:70
0065 UGET 5 2 ; finish_goto
0066 MOV 6 1
0067 MOV 7 3
0068 CALL 5 1 3
0000 . FUNCF 4 ; ssa.lua:52
0001 . TDUP 2 1
0002 . TGETS 3 1 2 ; "label"
0003 . TSETB 3 2 2
0004 . TSETS 2 0 0 ; "control"
0005 . RET0 0 1
0069 JMP 5 => 0094
0094 JLOOP 1 3
---- TRACE 4 IR
0001 rbx str SLOAD #5 PI
.... SNAP #0 [ ---- ---- ---- ---- ---- 0001 ]
0002 fun SLOAD #0 R
0003 > fun EQ 0002 ssa.lua:55
0004 rbp > tab SLOAD #2 T
0005 r15 > tab SLOAD #4 T
0006 [8] > tab TDUP {0x419b23c0}
0007 int FLOAD 0005 tab.hmask
0008 > int EQ 0007 +1 
0009 r15 p32 FLOAD 0005 tab.node
0010 > p32 HREFK 0009 "label" @1
0011 r15 > str HLOAD 0010
0012 rax p32 FLOAD 0006 tab.array
0013 p32 AREF 0012 +2 
0014 str ASTORE 0013 0011
.... SNAP #1 [ ssa.lua:55|---- ---- ---- ---- 0001 ssa.lua:52|0004 ---- 0006 ---- ]
0015 rsi p32 HREF 0004 "control"
0016 > p32 EQ 0015 [0x4105e458]
0017 tab FLOAD 0004 tab.meta
0018 > tab EQ 0017 [NULL]
0019 rbx p32 NEWREF 0004 "control"
0020 tab HSTORE 0019 0006
0021 nil TBAR 0004
.... SNAP #2 [ ssa.lua:55|---- ]
---- TRACE 4 mcode 329
0bcbe791 mov dword [0x4105e410], 0x4
0bcbe79c mov edi, [0x4105e3d8]
0bcbe7a3 cmp edi, [0x4105e3dc]
0bcbe7aa jb 0x0bcbe7c3
0bcbe7ac mov esi, 0x1
0bcbe7b1 mov edi, 0x4105e3b8
0bcbe7b6 call 0x00421730 ->lj_gc_step_jit
0bcbe7bb test eax, eax
0bcbe7bd jnz 0x0bcb0010 ->0
0bcbe7c3 mov edi, [0x4105e4b0]
0bcbe7ca mov edx, [0x4105e4b4]
0bcbe7d1 cmp dword [rdx-0x8], 0x419b31b0
0bcbe7d8 jnz 0x0bcb0010 ->0
0bcbe7de cmp dword [rdx+0xc], -0x0c
0bcbe7e2 jnz 0x0bcb0010 ->0
0bcbe7e8 mov ebp, [rdx+0x8]
0bcbe7eb cmp dword [rdx+0x1c], -0x0c
0bcbe7ef jnz 0x0bcb0010 ->0
0bcbe7f5 mov r15d, [rdx+0x18]
0bcbe7f9 mov esi, 0x419b23c0
0bcbe7fe call 0x004223c0 ->lj_tab_dup
0bcbe803 mov [rsp+0x8], eax
0bcbe807 mov edi, [0x4105e4b0]
0bcbe80e cmp dword [r15+0x1c], +0x01
0bcbe813 jnz 0x0bcb0010 ->0
0bcbe819 mov r15d, [r15+0x14]
0bcbe81d mov rsi, 0xfffffffb419b0248
0bcbe827 cmp rsi, [r15+0x20]
0bcbe82b jnz 0x0bcb0010 ->0
0bcbe831 cmp dword [r15+0x1c], -0x05
0bcbe836 jnz 0x0bcb0010 ->0
0bcbe83c mov r15d, [r15+0x18]
0bcbe840 mov eax, [rax+0x8]
0bcbe843 mov dword [rax+0x14], 0xfffffffb
0bcbe84a mov [rax+0x10], r15d
0bcbe84e mov esi, [rbp+0x1c]
0bcbe851 and esi, 0x2a54dc55
0bcbe857 lea esi, [rsi+rsi*2]
0bcbe85a shl esi, 0x03
0bcbe85d add esi, [rbp+0x14]
0bcbe860 cmp dword [rsi+0xc], -0x05
0bcbe864 jnz 0x0bcbe873
0bcbe866 cmp dword [rsi+0x8], 0x419b09b0
0bcbe86d jz 0x0bcb0014 ->1
0bcbe873 mov esi, [rsi+0x10]
0bcbe876 test esi, esi
0bcbe878 jnz 0x0bcbe860
0bcbe87a cmp dword [rbp+0x10], +0x00
0bcbe87e jnz 0x0bcb0014 ->1
0bcbe884 mov edx, 0x4105e448
0bcbe889 mov dword [rdx+0x4], 0xfffffffb
0bcbe890 mov dword [rdx], 0x419b09b0
0bcbe896 mov esi, ebp
0bcbe898 call 0x00422cf0 ->lj_tab_newkey
0bcbe89d mov ebx, eax
0bcbe89f mov edx, [0x4105e4b4]
0bcbe8a6 mov eax, [rsp+0x8]
0bcbe8aa mov dword [rbx+0x4], 0xfffffff4
0bcbe8b1 mov [rbx], eax
0bcbe8b3 test byte [rbp+0x4], 0x4
0bcbe8b7 jz 0x0bcbe8ce
0bcbe8b9 and byte [rbp+0x4], 0xfb
0bcbe8bd mov edi, [0x4105e3f4]
0bcbe8c4 mov [0x4105e3f4], ebp
0bcbe8cb mov [rbp+0xc], edi
0bcbe8ce mov dword [rdx-0x8], 0x419b31b0
0bcbe8d5 jmp 0x0bcbe8e1
---- TRACE 4 stop -> 3
---- TRACE 3 exit 1
---- TRACE 3 exit 3
---- TRACE 2 exit 8
---- TRACE 3 exit 4
Raw
dump.hotloop11
---- TRACE 1 start ssa.lua:39
0001 UGET 0 0 ; label_counter
0002 ADDVN 0 0 0 ; 1
0003 USETV 0 0 ; label_counter
0004 KSTR 0 0 ; "L"
0005 UGET 1 0 ; label_counter
0006 CAT 0 0 1
0007 TDUP 1 1
0008 TNEW 2 0
0009 TSETS 2 1 2 ; "bindings"
0010 TSETS 0 1 3 ; "label"
0011 UGET 2 1 ; ssa
0012 TGETS 2 2 4 ; "blocks"
0013 TSETV 1 2 0
0014 RET1 1 2
---- TRACE 1 IR
.... SNAP #0 [ ---- ]
0001 rbp fun SLOAD #0 R
0002 rbx > p32 UREFO 0001 #0
0003 xmm7 > num ULOAD 0002
0004 [10] num ADD 0003 +1 
0005 num USTORE 0002 0004
.... SNAP #1 [ ---- ---- ]
0006 str TOSTR 0004 NUM
0007 rdi p32 BUFHDR [0x41afa414] RESET
0008 rdi p32 BUFPUT 0007 "L" 
0009 rdi p32 BUFPUT 0008 0006
0010 [c] str BUFSTR 0009 0007
0011 [8] > tab TDUP {0x40077138}
0012 r15 > tab TNEW #0 #0
0013 rbx p32 FLOAD 0011 tab.node
0014 p32 HREFK 0013 "bindings" @0
0015 tab HSTORE 0014 0012
0016 p32 HREFK 0013 "label" @1
0017 str HSTORE 0016 0010
.... SNAP #2 [ ---- 0010 0011 ---- ]
0018 rbp > p32 UREFO 0001 #1
0019 rbp > tab ULOAD 0018
0020 int FLOAD 0019 tab.hmask
0021 > int EQ 0020 +1 
0022 rbp p32 FLOAD 0019 tab.node
0023 > p32 HREFK 0022 "blocks" @0
0024 rbp > tab HLOAD 0023
0025 rsi p32 HREF 0024 0010
0026 > p32 EQ 0025 [0x41afa458]
0027 tab FLOAD 0024 tab.meta
0028 > tab EQ 0027 [NULL]
0029 rbx p32 NEWREF 0024 0010
0030 tab HSTORE 0029 0011
0031 nil TBAR 0024
0032 p32 FREF 0024 tab.nomm
0033 u8  FSTORE 0032 +0 
.... SNAP #3 [ ---- ---- 0011 ]
---- TRACE 1 mcode 441
0bcbfe44 add rsp, -0x10
0bcbfe48 mov dword [0x41afa410], 0x1
0bcbfe53 mov edi, [0x41afa3d8]
0bcbfe5a cmp edi, [0x41afa3dc]
0bcbfe61 jb 0x0bcbfe7a
0bcbfe63 mov esi, 0x3
0bcbfe68 mov edi, 0x41afa3b8
0bcbfe6d call 0x00421730 ->lj_gc_step_jit
0bcbfe72 test eax, eax
0bcbfe74 jnz 0x0bcb0010 ->0
0bcbfe7a mov edx, [0x41afa4b4]
0bcbfe81 mov ebp, [rdx-0x8]
0bcbfe84 mov edi, [rbp+0x14]
0bcbfe87 mov ebx, [rdi+0x10]
0bcbfe8a cmp dword [rbx+0x4], 0xfffeffff
0bcbfe91 jnb 0x0bcb0010 ->0
0bcbfe97 movsd xmm7, [rbx]
0bcbfe9b addsd xmm7, [0x4006abc0]
0bcbfea4 movsd [rsp+0x10], xmm7
0bcbfeaa movsd [rbx], xmm7
0bcbfeae mov edi, 0x41afa414
0bcbfeb3 mov esi, [rdi+0x8]
0bcbfeb6 mov [rdi], esi
0bcbfeb8 mov esi, 0x4c
0bcbfebd call 0x00421b60 ->lj_buf_putchar
0bcbfec2 mov edi, eax
0bcbfec4 lea rsi, [rsp+0x10]
0bcbfec9 call 0x0040a3c0 ->lj_strfmt_putnum
0bcbfece mov edi, eax
0bcbfed0 call 0x00421ff0 ->lj_buf_tostr
0bcbfed5 mov [rsp+0xc], eax
0bcbfed9 mov edi, [0x41afa4b0]
0bcbfee0 mov esi, 0x40077138
0bcbfee5 call 0x004223c0 ->lj_tab_dup
0bcbfeea mov ebx, eax
0bcbfeec mov [rsp+0x8], ebx
0bcbfef0 mov edi, [0x41afa4b0]
0bcbfef7 xor esi, esi
0bcbfef9 call 0x00422350 ->lj_tab_new1
0bcbfefe mov r15d, eax
0bcbff01 mov edi, [0x41afa4b0]
0bcbff08 mov eax, [rsp+0xc]
0bcbff0c mov ebx, [rbx+0x14]
0bcbff0f mov dword [rbx+0x4], 0xfffffff4
0bcbff16 mov [rbx], r15d
0bcbff19 mov dword [rbx+0x1c], 0xfffffffb
0bcbff20 mov [rbx+0x18], eax
0bcbff23 mov esi, [rbp+0x18]
0bcbff26 mov ebp, [rsi+0x10]
0bcbff29 cmp dword [rbp+0x4], -0x0c
0bcbff2d jnz 0x0bcb0018 ->2
0bcbff33 mov ebp, [rbp+0x0]
0bcbff36 cmp dword [rbp+0x1c], +0x01
0bcbff3a jnz 0x0bcb0018 ->2
0bcbff40 mov ebp, [rbp+0x14]
0bcbff43 mov rsi, 0xfffffffb400763b0
0bcbff4d cmp rsi, [rbp+0x8]
0bcbff51 jnz 0x0bcb0018 ->2
0bcbff57 cmp dword [rbp+0x4], -0x0c
0bcbff5b jnz 0x0bcb0018 ->2
0bcbff61 mov ebp, [rbp+0x0]
0bcbff64 mov esi, [rbp+0x1c]
0bcbff67 and esi, [rax+0x8]
0bcbff6a lea esi, [rsi+rsi*2]
0bcbff6d shl esi, 0x03
0bcbff70 add esi, [rbp+0x14]
0bcbff73 cmp dword [rsi+0xc], -0x05
0bcbff77 jnz 0x0bcbff82
0bcbff79 cmp eax, [rsi+0x8]
0bcbff7c jz 0x0bcb0018 ->2
0bcbff82 mov esi, [rsi+0x10]
0bcbff85 test esi, esi
0bcbff87 jnz 0x0bcbff73
0bcbff89 cmp dword [rbp+0x10], +0x00
0bcbff8d jnz 0x0bcb0018 ->2
0bcbff93 mov edx, 0x41afa448
0bcbff98 mov dword [rdx+0x4], 0xfffffffb
0bcbff9f mov [rdx], eax
0bcbffa1 mov esi, ebp
0bcbffa3 call 0x00422cf0 ->lj_tab_newkey
0bcbffa8 mov ebx, eax
0bcbffaa mov edx, [0x41afa4b4]
0bcbffb1 mov eax, [rsp+0x8]
0bcbffb5 mov dword [rbx+0x4], 0xfffffff4
0bcbffbc mov [rbx], eax
0bcbffbe test byte [rbp+0x4], 0x4
0bcbffc2 jz 0x0bcbffd9
0bcbffc4 and byte [rbp+0x4], 0xfb
0bcbffc8 mov edi, [0x41afa3f4]
0bcbffcf mov [0x41afa3f4], ebp
0bcbffd6 mov [rbp+0xc], edi
0bcbffd9 mov byte [rbp+0x6], 0x0
0bcbffdd mov dword [rdx+0xc], 0xfffffff4
0bcbffe4 mov [rdx+0x8], eax
0bcbffe7 xor eax, eax
0bcbffe9 mov ebx, 0x40077dd8
0bcbffee mov r14d, 0x41afb008
0bcbfff4 add rsp, +0x10
0bcbfff8 jmp 0x00420177
---- TRACE 1 stop -> return
---- TRACE 2 start ssa.lua:55
0001 GGET 4 0 ; "assert"
0002 GGET 5 1 ; "type"
0003 MOV 6 0
0004 CALL 5 2 2
0000 . FUNCC ; type
0005 ISEQS 5 2 ; "table"
0006 JMP 5 => 0009
0009 KPRI 5 2
0010 CALL 4 1 2
0000 . FUNCC ; assert
0011 TGETB 4 0 1
0012 ISNES 4 3 ; "if"
0013 JMP 5 => 0037
0037 ISNES 4 4 ; "let"
0038 JMP 5 => 0056
0056 ISNES 4 10 ; "true"
0057 JMP 5 => 0063
0063 ISNES 4 11 ; "false"
0064 JMP 5 => 0070
0070 ISNES 4 12 ; "match"
0071 JMP 5 => 0077
0077 ISNES 4 14 ; "fail"
0078 JMP 5 => 0084
0084 GGET 5 0 ; "assert"
0085 UGET 6 4 ; relops
0086 TGETV 6 6 4
0087 CALL 5 1 2
0000 . FUNCC ; assert
0088 UGET 5 5 ; finish_if
0089 MOV 6 1
0090 MOV 7 0
0091 MOV 8 2
0092 MOV 9 3
0093 CALL 5 1 5
0000 . FUNCF 6 ; ssa.lua:49
0001 . TDUP 4 1
0002 . TSETB 1 4 2
0003 . TGETS 5 2 2 ; "label"
0004 . TSETB 5 4 3
0005 . TGETS 5 3 2 ; "label"
0006 . TSETB 5 4 4
0007 . TSETS 4 0 0 ; "control"
0008 . RET0 0 1
0094 RET0 0 1
---- TRACE 2 IR
.... SNAP #0 [ ---- ---- ---- ---- ---- ]
0001 rbp fun SLOAD #0 R
0002 r15 tab FLOAD 0001 func.env
0003 rsi p32 HREF 0002 "assert"
0004 > p32 EQ 0003 [0x41afa458]
0005 rbx tab FLOAD 0002 tab.meta
0006 > tab NE 0005 [NULL]
0007 int FLOAD 0005 tab.hmask
0008 > int EQ 0007 +1 
0009 rbx p32 FLOAD 0005 tab.node
0010 > p32 HREFK 0009 "__index" @1
0011 rbx > tab HLOAD 0010
0012 int FLOAD 0011 tab.hmask
0013 > int EQ 0012 +63 
0014 rbx p32 FLOAD 0011 tab.node
0015 > p32 HREFK 0014 "assert" @3
0016 > fun HLOAD 0015
0017 rsi p32 HREF 0002 "type"
0018 > p32 EQ 0017 [0x41afa458]
0019 > p32 HREFK 0014 "type" @60
0020 > fun HLOAD 0019
0021 r15 > tab SLOAD #1 T
0022 > fun EQ 0020 type
0023 > fun EQ 0016 assert
0024 int FLOAD 0021 tab.asize
0025 > int ABC 0024 +1 
0026 rbx p32 FLOAD 0021 tab.array
0027 p32 AREF 0026 +1 
0028 rbx > str ALOAD 0027
.... SNAP #1 [ ---- ---- ---- ---- ---- 0028 ]
0029 > str NE 0028 "if"
.... SNAP #2 [ ---- ---- ---- ---- ---- 0028 ]
0030 > str NE 0028 "let"
.... SNAP #3 [ ---- ---- ---- ---- ---- 0028 ]
0031 > str NE 0028 "true"
.... SNAP #4 [ ---- ---- ---- ---- ---- 0028 ]
0032 > str NE 0028 "false"
.... SNAP #5 [ ---- ---- ---- ---- ---- 0028 ]
0033 > str NE 0028 "match"
.... SNAP #6 [ ---- ---- ---- ---- ---- 0028 ]
0034 > str NE 0028 "fail"
.... SNAP #7 [ ---- ---- ---- ---- ---- 0028 ]
0035 r14 > p32 UREFC 0001 #4
0036 r13 > tab ULOAD 0035
0037 r14 p32 HREF 0036 0028
0038 > tru HLOAD 0037
0039 > fun EQ 0001 ssa.lua:55
0040 rbp > tab SLOAD #2 T
0041 r13 > tab SLOAD #3 T
0042 r14 > tab SLOAD #4 T
0043 [8] > tab TDUP {0x400782e8}
0044 rax p32 FLOAD 0043 tab.array
0045 p32 AREF 0044 +2 
0046 tab ASTORE 0045 0021
.... SNAP #8 [ ssa.lua:55|---- ---- ---- ---- 0028 ssa.lua:49|0040 ---- 0041 0042 0043 ]
0047 int FLOAD 0041 tab.hmask
0048 > int EQ 0047 +1 
0049 r15 p32 FLOAD 0041 tab.node
0050 > p32 HREFK 0049 "label" @1
0051 r15 > str HLOAD 0050
0052 p32 AREF 0044 +3 
0053 str ASTORE 0052 0051
.... SNAP #9 [ ssa.lua:55|---- ---- ---- ---- 0028 ssa.lua:49|0040 ---- ---- 0042 0043 ---- ]
0054 int FLOAD 0042 tab.hmask
0055 > int EQ 0054 +1 
0056 r15 p32 FLOAD 0042 tab.node
0057 > p32 HREFK 0056 "label" @1
0058 r15 > str HLOAD 0057
0059 p32 AREF 0044 +4 
0060 str ASTORE 0059 0058
.... SNAP #10 [ ssa.lua:55|---- ---- ---- ---- 0028 ssa.lua:49|0040 ---- ---- ---- 0043 ---- ]
0061 rsi p32 HREF 0040 "control"
0062 > p32 EQ 0061 [0x41afa458]
0063 tab FLOAD 0040 tab.meta
0064 > tab EQ 0063 [NULL]
0065 rbx p32 NEWREF 0040 "control"
0066 tab HSTORE 0065 0043
0067 nil TBAR 0040
.... SNAP #11 [ ssa.lua:55|]
---- TRACE 2 mcode 916
0bcbfaa9 mov dword [0x41afa410], 0x2
0bcbfab4 mov edi, [0x41afa3d8]
0bcbfabb cmp edi, [0x41afa3dc]
0bcbfac2 jb 0x0bcbfadb
0bcbfac4 mov esi, 0x1
0bcbfac9 mov edi, 0x41afa3b8
0bcbface call 0x00421730 ->lj_gc_step_jit
0bcbfad3 test eax, eax
0bcbfad5 jnz 0x0bcb0010 ->0
0bcbfadb mov edi, [0x41afa4b0]
0bcbfae2 mov edx, [0x41afa4b4]
0bcbfae9 mov ebp, [rdx-0x8]
0bcbfaec mov r15d, [rbp+0x8]
0bcbfaf0 mov esi, [r15+0x1c]
0bcbfaf4 and esi, 0xce2b6183
0bcbfafa lea esi, [rsi+rsi*2]
0bcbfafd shl esi, 0x03
0bcbfb00 add esi, [r15+0x14]
0bcbfb04 cmp dword [rsi+0xc], -0x05
0bcbfb08 jnz 0x0bcbfb17
0bcbfb0a cmp dword [rsi+0x8], 0x41afcdb0
0bcbfb11 jz 0x0bcb0010 ->0
0bcbfb17 mov esi, [rsi+0x10]
0bcbfb1a test esi, esi
0bcbfb1c jnz 0x0bcbfb04
0bcbfb1e mov ebx, [r15+0x10]
0bcbfb22 test ebx, ebx
0bcbfb24 jz 0x0bcb0010 ->0
0bcbfb2a cmp dword [rbx+0x1c], +0x01
0bcbfb2e jnz 0x0bcb0010 ->0
0bcbfb34 mov ebx, [rbx+0x14]
0bcbfb37 mov rsi, 0xfffffffb41afc4c8
0bcbfb41 cmp rsi, [rbx+0x20]
0bcbfb45 jnz 0x0bcb0010 ->0
0bcbfb4b cmp dword [rbx+0x1c], -0x0c
0bcbfb4f jnz 0x0bcb0010 ->0
0bcbfb55 mov ebx, [rbx+0x18]
0bcbfb58 cmp dword [rbx+0x1c], +0x3f
0bcbfb5c jnz 0x0bcb0010 ->0
0bcbfb62 mov ebx, [rbx+0x14]
0bcbfb65 mov rsi, 0xfffffffb41afcdb0
0bcbfb6f cmp rsi, [rbx+0x50]
0bcbfb73 jnz 0x0bcb0010 ->0
0bcbfb79 cmp dword [rbx+0x4c], -0x09
0bcbfb7d jnz 0x0bcb0010 ->0
0bcbfb83 mov esi, [r15+0x1c]
0bcbfb87 and esi, 0x798a813c
0bcbfb8d lea esi, [rsi+rsi*2]
0bcbfb90 shl esi, 0x03
0bcbfb93 add esi, [r15+0x14]
0bcbfb97 cmp dword [rsi+0xc], -0x05
0bcbfb9b jnz 0x0bcbfbaa
0bcbfb9d cmp dword [rsi+0x8], 0x41afcfb0
0bcbfba4 jz 0x0bcb0010 ->0
0bcbfbaa mov esi, [rsi+0x10]
0bcbfbad test esi, esi
0bcbfbaf jnz 0x0bcbfb97
0bcbfbb1 mov rsi, 0xfffffffb41afcfb0
0bcbfbbb cmp rsi, [rbx+0x5a8]
0bcbfbc2 jnz 0x0bcb0010 ->0
0bcbfbc8 cmp dword [rbx+0x5a4], -0x09
0bcbfbcf jnz 0x0bcb0010 ->0
0bcbfbd5 cmp dword [rdx+0x4], -0x0c
0bcbfbd9 jnz 0x0bcb0010 ->0
0bcbfbdf mov r15d, [rdx]
0bcbfbe2 cmp dword [rbx+0x5a0], 0x41afcf18
0bcbfbec jnz 0x0bcb0010 ->0
0bcbfbf2 cmp dword [rbx+0x48], 0x41afcd88
0bcbfbf9 jnz 0x0bcb0010 ->0
0bcbfbff cmp dword [r15+0x18], +0x01
0bcbfc04 jbe 0x0bcb0010 ->0
0bcbfc0a mov ebx, [r15+0x8]
0bcbfc0e cmp dword [rbx+0xc], -0x05
0bcbfc12 jnz 0x0bcb0010 ->0
0bcbfc18 mov ebx, [rbx+0x8]
0bcbfc1b cmp ebx, 0x41afc8f8
0bcbfc21 jz 0x0bcb0014 ->1
0bcbfc27 cmp ebx, 0x40066fc8
0bcbfc2d jz 0x0bcb0018 ->2
0bcbfc33 cmp ebx, 0x41afca18
0bcbfc39 jz 0x0bcb001c ->3
0bcbfc3f cmp ebx, 0x41afc870
0bcbfc45 jz 0x0bcb0020 ->4
0bcbfc4b cmp ebx, 0x41affcb0
0bcbfc51 jz 0x0bcb0024 ->5
0bcbfc57 cmp ebx, 0x41b177f8
0bcbfc5d jz 0x0bcb0028 ->6
0bcbfc63 mov esi, [rbp+0x24]
0bcbfc66 cmp byte [rsi+0x6], 0x1
0bcbfc6a jnz 0x0bcb002c ->7
0bcbfc70 lea r14d, [rsi+0x8]
0bcbfc74 cmp dword [r14+0x4], -0x0c
0bcbfc79 jnz 0x0bcb002c ->7
0bcbfc7f mov r13d, [r14]
0bcbfc82 mov r14d, [r13+0x1c]
0bcbfc86 and r14d, [rbx+0x8]
0bcbfc8a lea r14d, [r14+r14*2]
0bcbfc8e shl r14d, 0x03
0bcbfc92 add r14d, [r13+0x14]
0bcbfc96 cmp dword [r14+0xc], -0x05
0bcbfc9b jnz 0x0bcbfca3
0bcbfc9d cmp ebx, [r14+0x8]
0bcbfca1 jz 0x0bcbfcb2
0bcbfca3 mov r14d, [r14+0x10]
0bcbfca7 test r14d, r14d
0bcbfcaa jnz 0x0bcbfc96
0bcbfcac mov r14d, 0x41afa458
0bcbfcb2 cmp dword [r14+0x4], -0x03
0bcbfcb7 jnz 0x0bcb002c ->7
0bcbfcbd cmp ebp, 0x41b0eb78
0bcbfcc3 jnz 0x0bcb002c ->7
0bcbfcc9 cmp dword [rdx+0xc], -0x0c
0bcbfccd jnz 0x0bcb002c ->7
0bcbfcd3 mov ebp, [rdx+0x8]
0bcbfcd6 cmp dword [rdx+0x14], -0x0c
0bcbfcda jnz 0x0bcb002c ->7
0bcbfce0 mov r13d, [rdx+0x10]
0bcbfce4 cmp dword [rdx+0x1c], -0x0c
0bcbfce8 jnz 0x0bcb002c ->7
0bcbfcee mov r14d, [rdx+0x18]
0bcbfcf2 mov esi, 0x400782e8
0bcbfcf7 call 0x004223c0 ->lj_tab_dup
0bcbfcfc mov [rsp+0x8], eax
0bcbfd00 mov edi, [0x41afa4b0]
0bcbfd07 mov eax, [rax+0x8]
0bcbfd0a mov dword [rax+0x14], 0xfffffff4
0bcbfd11 mov [rax+0x10], r15d
0bcbfd15 cmp dword [r13+0x1c], +0x01
0bcbfd1a jnz 0x0bcb0030 ->8
0bcbfd20 mov r15d, [r13+0x14]
0bcbfd24 mov rsi, 0xfffffffb40076450
0bcbfd2e cmp rsi, [r15+0x20]
0bcbfd32 jnz 0x0bcb0030 ->8
0bcbfd38 cmp dword [r15+0x1c], -0x05
0bcbfd3d jnz 0x0bcb0030 ->8
0bcbfd43 mov r15d, [r15+0x18]
0bcbfd47 mov dword [rax+0x1c], 0xfffffffb
0bcbfd4e mov [rax+0x18], r15d
0bcbfd52 cmp dword [r14+0x1c], +0x01
0bcbfd57 jnz 0x0bcb0034 ->9
0bcbfd5d mov r15d, [r14+0x14]
0bcbfd61 mov rsi, 0xfffffffb40076450
0bcbfd6b cmp rsi, [r15+0x20]
0bcbfd6f jnz 0x0bcb0034 ->9
0bcbfd75 cmp dword [r15+0x1c], -0x05
0bcbfd7a jnz 0x0bcb0034 ->9
0bcbfd80 mov r15d, [r15+0x18]
0bcbfd84 mov dword [rax+0x24], 0xfffffffb
0bcbfd8b mov [rax+0x20], r15d
0bcbfd8f mov esi, [rbp+0x1c]
0bcbfd92 and esi, 0x2a54dc55
0bcbfd98 lea esi, [rsi+rsi*2]
0bcbfd9b shl esi, 0x03
0bcbfd9e add esi, [rbp+0x14]
0bcbfda1 cmp dword [rsi+0xc], -0x05
0bcbfda5 jnz 0x0bcbfdb4
0bcbfda7 cmp dword [rsi+0x8], 0x40076bb8
0bcbfdae jz 0x0bcb0038 ->10
0bcbfdb4 mov esi, [rsi+0x10]
0bcbfdb7 test esi, esi
0bcbfdb9 jnz 0x0bcbfda1
0bcbfdbb cmp dword [rbp+0x10], +0x00
0bcbfdbf jnz 0x0bcb0038 ->10
0bcbfdc5 mov edx, 0x41afa448
0bcbfdca mov dword [rdx+0x4], 0xfffffffb
0bcbfdd1 mov dword [rdx], 0x40076bb8
0bcbfdd7 mov esi, ebp
0bcbfdd9 call 0x00422cf0 ->lj_tab_newkey
0bcbfdde mov ebx, eax
0bcbfde0 mov edx, [0x41afa4b4]
0bcbfde7 mov eax, [rsp+0x8]
0bcbfdeb mov dword [rbx+0x4], 0xfffffff4
0bcbfdf2 mov [rbx], eax
0bcbfdf4 test byte [rbp+0x4], 0x4
0bcbfdf8 jz 0x0bcbfe0f
0bcbfdfa and byte [rbp+0x4], 0xfb
0bcbfdfe mov edi, [0x41afa3f4]
0bcbfe05 mov [0x41afa3f4], ebp
0bcbfe0c mov [rbp+0xc], edi
0bcbfe0f mov eax, [0x41afa4b0]
0bcbfe16 mov eax, [rax+0x20]
0bcbfe19 sub eax, edx
0bcbfe1b cmp eax, +0x68
0bcbfe1e jb 0x0bcb003c ->11
0bcbfe24 mov dword [rdx-0x8], 0x41b0eb78
0bcbfe2b xor eax, eax
0bcbfe2d mov ebx, 0x40077c18
0bcbfe32 mov r14d, 0x41afb008
0bcbfe38 jmp 0x00420177
---- TRACE 2 stop -> return
---- TRACE 2 exit 1
---- TRACE 2 exit 1
---- TRACE 2 exit 4
---- TRACE 2 exit 4
---- TRACE 2 exit 4
---- TRACE 2 exit 4
---- TRACE 2 exit 4
---- TRACE 2 exit 5
---- TRACE 2 exit 1
---- TRACE 2 exit 1
---- TRACE 2 exit 1
---- TRACE 2 exit 2
---- TRACE 2 exit 1
---- TRACE 2 exit 1
---- TRACE 2 exit 1
---- TRACE 2 exit 3
---- TRACE 2 exit 1
---- TRACE 2 exit 1
---- TRACE 3 start 2/1 ssa.lua:59
0014 UGET 5 0 ; add_block
0015 CALL 5 2 1
0000 . JFUNCF 3 1 ; ssa.lua:39
0001 . UGET 0 0 ; label_counter
0002 . ADDVN 0 0 0 ; 1
0003 . USETV 0 0 ; label_counter
0004 . KSTR 0 0 ; "L"
0005 . UGET 1 0 ; label_counter
0006 . CAT 0 0 1
0007 . TDUP 1 1
0008 . TNEW 2 0
0009 . TSETS 2 1 2 ; "bindings"
0010 . TSETS 0 1 3 ; "label"
0011 . UGET 2 1 ; ssa
0012 . TGETS 2 2 4 ; "blocks"
0013 . TSETV 1 2 0
0014 . RET1 1 2
0016 UGET 6 0 ; add_block
0017 CALL 6 2 1
0000 . JFUNCF 3 1 ; ssa.lua:39
0001 . UGET 0 0 ; label_counter
0002 . ADDVN 0 0 0 ; 1
0003 . USETV 0 0 ; label_counter
0004 . KSTR 0 0 ; "L"
0005 . UGET 1 0 ; label_counter
0006 . CAT 0 0 1
0007 . TDUP 1 1
0008 . TNEW 2 0
0009 . TSETS 2 1 2 ; "bindings"
0010 . TSETS 0 1 3 ; "label"
0011 . UGET 2 1 ; ssa
0012 . TGETS 2 2 4 ; "blocks"
0013 . TSETV 1 2 0
0014 . RET1 1 2
0018 UGET 7 1 ; compile_bool
0019 TGETB 8 0 2
0020 MOV 9 1
0021 MOV 10 5
0022 MOV 11 6
0023 CALL 7 1 5
0000 . JFUNCF 13 2 ; ssa.lua:55
0001 . GGET 4 0 ; "assert"
0002 . GGET 5 1 ; "type"
0003 . MOV 6 0
0004 . CALL 5 2 2
0000 . . FUNCC ; type
0005 . ISEQS 5 2 ; "table"
0006 . JMP 5 => 0009
0009 . KPRI 5 2
0010 . CALL 4 1 2
0000 . . FUNCC ; assert
0011 . TGETB 4 0 1
0012 . ISNES 4 3 ; "if"
0013 . JMP 5 => 0037
0037 . ISNES 4 4 ; "let"
0038 . JMP 5 => 0056
0056 . ISNES 4 10 ; "true"
0057 . JMP 5 => 0063
0063 . ISNES 4 11 ; "false"
0064 . JMP 5 => 0070
0070 . ISNES 4 12 ; "match"
0071 . JMP 5 => 0077
0077 . ISNES 4 14 ; "fail"
0078 . JMP 5 => 0084
0084 . GGET 5 0 ; "assert"
0085 . UGET 6 4 ; relops
0086 . TGETV 6 6 4
0087 . CALL 5 1 2
0000 . . FUNCC ; assert
0088 . UGET 5 5 ; finish_if
0089 . MOV 6 1
0090 . MOV 7 0
0091 . MOV 8 2
0092 . MOV 9 3
0093 . CALL 5 1 5
0000 . . FUNCF 6 ; ssa.lua:49
0001 . . TDUP 4 1
0002 . . TSETB 1 4 2
0003 . . TGETS 5 2 2 ; "label"
0004 . . TSETB 5 4 3
0005 . . TGETS 5 3 2 ; "label"
0006 . . TSETB 5 4 4
0007 . . TSETS 4 0 0 ; "control"
0008 . . RET0 0 1
0094 . RET0 0 1
0024 UGET 7 1 ; compile_bool
0025 TGETB 8 0 3
0026 MOV 9 5
0027 MOV 10 2
0028 MOV 11 3
0029 CALL 7 1 5
0000 . JFUNCF 13 2 ; ssa.lua:55
0001 . GGET 4 0 ; "assert"
0002 . GGET 5 1 ; "type"
0003 . MOV 6 0
0004 . CALL 5 2 2
0000 . . FUNCC ; type
0005 . ISEQS 5 2 ; "table"
0006 . JMP 5 => 0009
0009 . KPRI 5 2
0010 . CALL 4 1 2
0000 . . FUNCC ; assert
0011 . TGETB 4 0 1
0012 . ISNES 4 3 ; "if"
0013 . JMP 5 => 0037
0037 . ISNES 4 4 ; "let"
0038 . JMP 5 => 0056
0056 . ISNES 4 10 ; "true"
0057 . JMP 5 => 0063
0063 . ISNES 4 11 ; "false"
0064 . JMP 5 => 0070
0070 . ISNES 4 12 ; "match"
0071 . JMP 5 => 0077
0077 . ISNES 4 14 ; "fail"
0078 . JMP 5 => 0084
0084 . GGET 5 0 ; "assert"
0085 . UGET 6 4 ; relops
0086 . TGETV 6 6 4
0087 . CALL 5 1 2
0000 . . FUNCC ; assert
0088 . UGET 5 5 ; finish_if
0089 . MOV 6 1
0090 . MOV 7 0
0091 . MOV 8 2
0092 . MOV 9 3
0093 . CALL 5 1 5
0000 . . FUNCF 6 ; ssa.lua:49
0001 . . TDUP 4 1
0002 . . TSETB 1 4 2
0003 . . TGETS 5 2 2 ; "label"
0004 . . TSETB 5 4 3
0005 . . TGETS 5 3 2 ; "label"
0006 . . TSETB 5 4 4
0007 . . TSETS 4 0 0 ; "control"
0008 . . RET0 0 1
0094 . RET0 0 1
0030 UGET 7 1 ; compile_bool
0031 TGETB 8 0 4
0032 MOV 9 6
0033 MOV 10 2
0034 MOV 11 3
0035 CALL 7 1 5
0000 . JFUNCF 13 2 ; ssa.lua:55
0001 . GGET 4 0 ; "assert"
0002 . GGET 5 1 ; "type"
0003 . MOV 6 0
0004 . CALL 5 2 2
0000 . . FUNCC ; type
0005 . ISEQS 5 2 ; "table"
0006 . JMP 5 => 0009
0009 . KPRI 5 2
0010 . CALL 4 1 2
0000 . . FUNCC ; assert
0011 . TGETB 4 0 1
0012 . ISNES 4 3 ; "if"
0013 . JMP 5 => 0037
0037 . ISNES 4 4 ; "let"
0038 . JMP 5 => 0056
0056 . ISNES 4 10 ; "true"
0057 . JMP 5 => 0063
0063 . ISNES 4 11 ; "false"
0064 . JMP 5 => 0070
0070 . ISNES 4 12 ; "match"
0071 . JMP 5 => 0077
0077 . ISNES 4 14 ; "fail"
0078 . JMP 5 => 0084
0079 . UGET 5 3 ; finish_return
0080 . MOV 6 1
0081 . TDUP 7 15
0082 . CALL 5 1 3
0000 . . FUNCF 3 ; ssa.lua:46
0001 . . TDUP 2 1
0002 . . TSETB 1 2 2
0003 . . TSETS 2 0 0 ; "control"
0004 . . RET0 0 1
0083 . JMP 5 => 0094
0094 . RET0 0 1
0036 JMP 5 => 0094
0094 RET0 0 1
0030 UGET 7 1 ; compile_bool
0031 TGETB 8 0 4
0032 MOV 9 6
0033 MOV 10 2
0034 MOV 11 3
0035 CALL 7 1 5
0000 . JFUNCF 13 2 ; ssa.lua:55
0001 . GGET 4 0 ; "assert"
0002 . GGET 5 1 ; "type"
0003 . MOV 6 0
0004 . CALL 5 2 2
0000 . . FUNCC ; type
0005 . ISEQS 5 2 ; "table"
0006 . JMP 5 => 0009
0009 . KPRI 5 2
0010 . CALL 4 1 2
0000 . . FUNCC ; assert
0011 . TGETB 4 0 1
0012 . ISNES 4 3 ; "if"
0013 . JMP 5 => 0037
0037 . ISNES 4 4 ; "let"
0038 . JMP 5 => 0056
0056 . ISNES 4 10 ; "true"
0057 . JMP 5 => 0063
0063 . ISNES 4 11 ; "false"
0064 . JMP 5 => 0070
0065 . UGET 5 2 ; finish_goto
0066 . MOV 6 1
0067 . MOV 7 3
0068 . CALL 5 1 3
0000 . . FUNCF 4 ; ssa.lua:52
0001 . . TDUP 2 1
0002 . . TGETS 3 1 2 ; "label"
0003 . . TSETB 3 2 2
0004 . . TSETS 2 0 0 ; "control"
0005 . . RET0 0 1
0069 . JMP 5 => 0094
0094 . RET0 0 1
0036 JMP 5 => 0094
0094 RET0 0 1
---- TRACE 3 abort ssa.lua:79 -- down-recursion, restarting
---- TRACE 3 start ssa.lua:79
0094 RET0 0 1
0036 JMP 5 => 0094
0094 RET0 0 1
0024 UGET 7 1 ; compile_bool
0025 TGETB 8 0 3
0026 MOV 9 5
0027 MOV 10 2
0028 MOV 11 3
0029 CALL 7 1 5
0000 . JFUNCF 13 2 ; ssa.lua:55
0001 . GGET 4 0 ; "assert"
0002 . GGET 5 1 ; "type"
0003 . MOV 6 0
0004 . CALL 5 2 2
0000 . . FUNCC ; type
0005 . ISEQS 5 2 ; "table"
0006 . JMP 5 => 0009
0009 . KPRI 5 2
0010 . CALL 4 1 2
0000 . . FUNCC ; assert
0011 . TGETB 4 0 1
0012 . ISNES 4 3 ; "if"
0013 . JMP 5 => 0037
0037 . ISNES 4 4 ; "let"
0038 . JMP 5 => 0056
0056 . ISNES 4 10 ; "true"
0057 . JMP 5 => 0063
0063 . ISNES 4 11 ; "false"
0064 . JMP 5 => 0070
0070 . ISNES 4 12 ; "match"
0071 . JMP 5 => 0077
0077 . ISNES 4 14 ; "fail"
0078 . JMP 5 => 0084
0084 . GGET 5 0 ; "assert"
0085 . UGET 6 4 ; relops
0086 . TGETV 6 6 4
0087 . CALL 5 1 2
0000 . . FUNCC ; assert
0088 . UGET 5 5 ; finish_if
0089 . MOV 6 1
0090 . MOV 7 0
0091 . MOV 8 2
0092 . MOV 9 3
0093 . CALL 5 1 5
0000 . . FUNCF 6 ; ssa.lua:49
0001 . . TDUP 4 1
0002 . . TSETB 1 4 2
0003 . . TGETS 5 2 2 ; "label"
0004 . . TSETB 5 4 3
0005 . . TGETS 5 3 2 ; "label"
0006 . . TSETB 5 4 4
0007 . . TSETS 4 0 0 ; "control"
0008 . . RET0 0 1
0094 . RET0 0 1
0030 UGET 7 1 ; compile_bool
0031 TGETB 8 0 4
0032 MOV 9 6
0033 MOV 10 2
0034 MOV 11 3
0035 CALL 7 1 5
0000 . JFUNCF 13 2 ; ssa.lua:55
0001 . GGET 4 0 ; "assert"
0002 . GGET 5 1 ; "type"
0003 . MOV 6 0
0004 . CALL 5 2 2
0000 . . FUNCC ; type
0005 . ISEQS 5 2 ; "table"
0006 . JMP 5 => 0009
0009 . KPRI 5 2
0010 . CALL 4 1 2
0000 . . FUNCC ; assert
0011 . TGETB 4 0 1
0012 . ISNES 4 3 ; "if"
0013 . JMP 5 => 0037
0037 . ISNES 4 4 ; "let"
0038 . JMP 5 => 0056
0056 . ISNES 4 10 ; "true"
0057 . JMP 5 => 0063
0063 . ISNES 4 11 ; "false"
0064 . JMP 5 => 0070
0065 . UGET 5 2 ; finish_goto
0066 . MOV 6 1
0067 . MOV 7 3
0068 . CALL 5 1 3
0000 . . FUNCF 4 ; ssa.lua:52
0001 . . TDUP 2 1
0002 . . TGETS 3 1 2 ; "label"
0003 . . TSETB 3 2 2
0004 . . TSETS 2 0 0 ; "control"
0005 . . RET0 0 1
0069 . JMP 5 => 0094
0094 . RET0 0 1
0036 JMP 5 => 0094
0094 RET0 0 1
0024 UGET 7 1 ; compile_bool
0025 TGETB 8 0 3
0026 MOV 9 5
0027 MOV 10 2
0028 MOV 11 3
0029 CALL 7 1 5
0000 . JFUNCF 13 2 ; ssa.lua:55
0001 . GGET 4 0 ; "assert"
0002 . GGET 5 1 ; "type"
0003 . MOV 6 0
0004 . CALL 5 2 2
0000 . . FUNCC ; type
0005 . ISEQS 5 2 ; "table"
0006 . JMP 5 => 0009
0009 . KPRI 5 2
0010 . CALL 4 1 2
0000 . . FUNCC ; assert
0011 . TGETB 4 0 1
0012 . ISNES 4 3 ; "if"
0013 . JMP 5 => 0037
0014 . UGET 5 0 ; add_block
0015 . CALL 5 2 1
0000 . . JFUNCF 3 1 ; ssa.lua:39
0001 . . UGET 0 0 ; label_counter
0002 . . ADDVN 0 0 0 ; 1
0003 . . USETV 0 0 ; label_counter
0004 . . KSTR 0 0 ; "L"
0005 . . UGET 1 0 ; label_counter
0006 . . CAT 0 0 1
0007 . . TDUP 1 1
0008 . . TNEW 2 0
0009 . . TSETS 2 1 2 ; "bindings"
0010 . . TSETS 0 1 3 ; "label"
0011 . . UGET 2 1 ; ssa
0012 . . TGETS 2 2 4 ; "blocks"
0013 . . TSETV 1 2 0
0014 . . RET1 1 2
0016 . UGET 6 0 ; add_block
0017 . CALL 6 2 1
0000 . . JFUNCF 3 1 ; ssa.lua:39
0001 . . UGET 0 0 ; label_counter
0002 . . ADDVN 0 0 0 ; 1
0003 . . USETV 0 0 ; label_counter
0004 . . KSTR 0 0 ; "L"
0005 . . UGET 1 0 ; label_counter
0006 . . CAT 0 0 1
0007 . . TDUP 1 1
0008 . . TNEW 2 0
0009 . . TSETS 2 1 2 ; "bindings"
0010 . . TSETS 0 1 3 ; "label"
0011 . . UGET 2 1 ; ssa
0012 . . TGETS 2 2 4 ; "blocks"
0013 . . TSETV 1 2 0
0014 . . RET1 1 2
0018 . UGET 7 1 ; compile_bool
0019 . TGETB 8 0 2
0020 . MOV 9 1
0021 . MOV 10 5
0022 . MOV 11 6
0023 . CALL 7 1 5
0000 . . JFUNCF 13 2 ; ssa.lua:55
0001 . . GGET 4 0 ; "assert"
0002 . . GGET 5 1 ; "type"
0003 . . MOV 6 0
0004 . . CALL 5 2 2
0000 . . . FUNCC ; type
0005 . . ISEQS 5 2 ; "table"
0006 . . JMP 5 => 0009
0009 . . KPRI 5 2
0010 . . CALL 4 1 2
0000 . . . FUNCC ; assert
0011 . . TGETB 4 0 1
0012 . . ISNES 4 3 ; "if"
0013 . . JMP 5 => 0037
0037 . . ISNES 4 4 ; "let"
0038 . . JMP 5 => 0056
0056 . . ISNES 4 10 ; "true"
0057 . . JMP 5 => 0063
0063 . . ISNES 4 11 ; "false"
0064 . . JMP 5 => 0070
0070 . . ISNES 4 12 ; "match"
0071 . . JMP 5 => 0077
0077 . . ISNES 4 14 ; "fail"
0078 . . JMP 5 => 0084
0084 . . GGET 5 0 ; "assert"
0085 . . UGET 6 4 ; relops
0086 . . TGETV 6 6 4
0087 . . CALL 5 1 2
0000 . . . FUNCC ; assert
0088 . . UGET 5 5 ; finish_if
0089 . . MOV 6 1
0090 . . MOV 7 0
0091 . . MOV 8 2
0092 . . MOV 9 3
0093 . . CALL 5 1 5
0000 . . . FUNCF 6 ; ssa.lua:49
0001 . . . TDUP 4 1
0002 . . . TSETB 1 4 2
0003 . . . TGETS 5 2 2 ; "label"
0004 . . . TSETB 5 4 3
0005 . . . TGETS 5 3 2 ; "label"
0006 . . . TSETB 5 4 4
0007 . . . TSETS 4 0 0 ; "control"
0008 . . . RET0 0 1
0094 . . RET0 0 1
0024 . UGET 7 1 ; compile_bool
0025 . TGETB 8 0 3
0026 . MOV 9 5
0027 . MOV 10 2
0028 . MOV 11 3
0029 . CALL 7 1 5
0000 . . JFUNCF 13 2 ; ssa.lua:55
0001 . . GGET 4 0 ; "assert"
0002 . . GGET 5 1 ; "type"
0003 . . MOV 6 0
0004 . . CALL 5 2 2
0000 . . . FUNCC ; type
0005 . . ISEQS 5 2 ; "table"
0006 . . JMP 5 => 0009
0009 . . KPRI 5 2
0010 . . CALL 4 1 2
0000 . . . FUNCC ; assert
0011 . . TGETB 4 0 1
0012 . . ISNES 4 3 ; "if"
0013 . . JMP 5 => 0037
0037 . . ISNES 4 4 ; "let"
0038 . . JMP 5 => 0056
0056 . . ISNES 4 10 ; "true"
0057 . . JMP 5 => 0063
0063 . . ISNES 4 11 ; "false"
0064 . . JMP 5 => 0070
0070 . . ISNES 4 12 ; "match"
0071 . . JMP 5 => 0077
0077 . . ISNES 4 14 ; "fail"
0078 . . JMP 5 => 0084
0084 . . GGET 5 0 ; "assert"
0085 . . UGET 6 4 ; relops
0086 . . TGETV 6 6 4
0087 . . CALL 5 1 2
0000 . . . FUNCC ; assert
0088 . . UGET 5 5 ; finish_if
0089 . . MOV 6 1
0090 . . MOV 7 0
0091 . . MOV 8 2
0092 . . MOV 9 3
0093 . . CALL 5 1 5
0000 . . . FUNCF 6 ; ssa.lua:49
0001 . . . TDUP 4 1
0002 . . . TSETB 1 4 2
0003 . . . TGETS 5 2 2 ; "label"
0004 . . . TSETB 5 4 3
0005 . . . TGETS 5 3 2 ; "label"
0006 . . . TSETB 5 4 4
0007 . . . TSETS 4 0 0 ; "control"
0008 . . . RET0 0 1
0094 . . RET0 0 1
0030 . UGET 7 1 ; compile_bool
0031 . TGETB 8 0 4
0032 . MOV 9 6
0033 . MOV 10 2
0034 . MOV 11 3
0035 . CALL 7 1 5
0000 . . JFUNCF 13 2 ; ssa.lua:55
0001 . . GGET 4 0 ; "assert"
0002 . . GGET 5 1 ; "type"
0003 . . MOV 6 0
0004 . . CALL 5 2 2
0000 . . . FUNCC ; type
0005 . . ISEQS 5 2 ; "table"
0006 . . JMP 5 => 0009
0009 . . KPRI 5 2
0010 . . CALL 4 1 2
0000 . . . FUNCC ; assert
0011 . . TGETB 4 0 1
0012 . . ISNES 4 3 ; "if"
0013 . . JMP 5 => 0037
0037 . . ISNES 4 4 ; "let"
0038 . . JMP 5 => 0056
0056 . . ISNES 4 10 ; "true"
0057 . . JMP 5 => 0063
0063 . . ISNES 4 11 ; "false"
0064 . . JMP 5 => 0070
0065 . . UGET 5 2 ; finish_goto
0066 . . MOV 6 1
0067 . . MOV 7 3
0068 . . CALL 5 1 3
0000 . . . FUNCF 4 ; ssa.lua:52
0001 . . . TDUP 2 1
0002 . . . TGETS 3 1 2 ; "label"
0003 . . . TSETB 3 2 2
0004 . . . TSETS 2 0 0 ; "control"
0005 . . . RET0 0 1
0069 . . JMP 5 => 0094
0094 . . RET0 0 1
0036 . JMP 5 => 0094
0094 . RET0 0 1
0030 UGET 7 1 ; compile_bool
0031 TGETB 8 0 4
0032 MOV 9 6
0033 MOV 10 2
0034 MOV 11 3
0035 CALL 7 1 5
0000 . JFUNCF 13 2 ; ssa.lua:55
0001 . GGET 4 0 ; "assert"
0002 . GGET 5 1 ; "type"
0003 . MOV 6 0
0004 . CALL 5 2 2
0000 . . FUNCC ; type
0005 . ISEQS 5 2 ; "table"
0006 . JMP 5 => 0009
0009 . KPRI 5 2
0010 . CALL 4 1 2
0000 . . FUNCC ; assert
0011 . TGETB 4 0 1
0012 . ISNES 4 3 ; "if"
0013 . JMP 5 => 0037
0037 . ISNES 4 4 ; "let"
0038 . JMP 5 => 0056
0056 . ISNES 4 10 ; "true"
0057 . JMP 5 => 0063
0063 . ISNES 4 11 ; "false"
0064 . JMP 5 => 0070
0065 . UGET 5 2 ; finish_goto
0066 . MOV 6 1
0067 . MOV 7 3
0068 . CALL 5 1 3
0000 . . FUNCF 4 ; ssa.lua:52
0001 . . TDUP 2 1
0002 . . TGETS 3 1 2 ; "label"
0003 . . TSETB 3 2 2
0004 . . TSETS 2 0 0 ; "control"
0005 . . RET0 0 1
0069 . JMP 5 => 0094
0094 . RET0 0 1
0036 JMP 5 => 0094
0094 RET0 0 1
---- TRACE 3 abort ssa.lua:79 -- retry recording
---- TRACE 2 exit 4
---- TRACE 2 exit 1
---- TRACE 3 start 2/1 ssa.lua:59
0014 UGET 5 0 ; add_block
0015 CALL 5 2 1
0000 . JFUNCF 3 1 ; ssa.lua:39
0001 . UGET 0 0 ; label_counter
0002 . ADDVN 0 0 0 ; 1
0003 . USETV 0 0 ; label_counter
0004 . KSTR 0 0 ; "L"
0005 . UGET 1 0 ; label_counter
0006 . CAT 0 0 1
0007 . TDUP 1 1
0008 . TNEW 2 0
0009 . TSETS 2 1 2 ; "bindings"
0010 . TSETS 0 1 3 ; "label"
0011 . UGET 2 1 ; ssa
0012 . TGETS 2 2 4 ; "blocks"
0013 . TSETV 1 2 0
0014 . RET1 1 2
0016 UGET 6 0 ; add_block
0017 CALL 6 2 1
0000 . JFUNCF 3 1 ; ssa.lua:39
0001 . UGET 0 0 ; label_counter
0002 . ADDVN 0 0 0 ; 1
0003 . USETV 0 0 ; label_counter
0004 . KSTR 0 0 ; "L"
0005 . UGET 1 0 ; label_counter
0006 . CAT 0 0 1
0007 . TDUP 1 1
0008 . TNEW 2 0
0009 . TSETS 2 1 2 ; "bindings"
0010 . TSETS 0 1 3 ; "label"
0011 . UGET 2 1 ; ssa
0012 . TGETS 2 2 4 ; "blocks"
0013 . TSETV 1 2 0
0014 . RET1 1 2
0018 UGET 7 1 ; compile_bool
0019 TGETB 8 0 2
0020 MOV 9 1
0021 MOV 10 5
0022 MOV 11 6
0023 CALL 7 1 5
0000 . JFUNCF 13 2 ; ssa.lua:55
0001 . GGET 4 0 ; "assert"
0002 . GGET 5 1 ; "type"
0003 . MOV 6 0
0004 . CALL 5 2 2
0000 . . FUNCC ; type
0005 . ISEQS 5 2 ; "table"
0006 . JMP 5 => 0009
0009 . KPRI 5 2
0010 . CALL 4 1 2
0000 . . FUNCC ; assert
0011 . TGETB 4 0 1
0012 . ISNES 4 3 ; "if"
0013 . JMP 5 => 0037
0037 . ISNES 4 4 ; "let"
0038 . JMP 5 => 0056
0056 . ISNES 4 10 ; "true"
0057 . JMP 5 => 0063
0063 . ISNES 4 11 ; "false"
0064 . JMP 5 => 0070
0070 . ISNES 4 12 ; "match"
0071 . JMP 5 => 0077
0077 . ISNES 4 14 ; "fail"
0078 . JMP 5 => 0084
0084 . GGET 5 0 ; "assert"
0085 . UGET 6 4 ; relops
0086 . TGETV 6 6 4
0087 . CALL 5 1 2
0000 . . FUNCC ; assert
0088 . UGET 5 5 ; finish_if
0089 . MOV 6 1
0090 . MOV 7 0
0091 . MOV 8 2
0092 . MOV 9 3
0093 . CALL 5 1 5
0000 . . FUNCF 6 ; ssa.lua:49
0001 . . TDUP 4 1
0002 . . TSETB 1 4 2
0003 . . TGETS 5 2 2 ; "label"
0004 . . TSETB 5 4 3
0005 . . TGETS 5 3 2 ; "label"
0006 . . TSETB 5 4 4
0007 . . TSETS 4 0 0 ; "control"
0008 . . RET0 0 1
0094 . RET0 0 1
0024 UGET 7 1 ; compile_bool
0025 TGETB 8 0 3
0026 MOV 9 5
0027 MOV 10 2
0028 MOV 11 3
0029 CALL 7 1 5
0000 . JFUNCF 13 2 ; ssa.lua:55
0001 . GGET 4 0 ; "assert"
0002 . GGET 5 1 ; "type"
0003 . MOV 6 0
0004 . CALL 5 2 2
0000 . . FUNCC ; type
0005 . ISEQS 5 2 ; "table"
0006 . JMP 5 => 0009
0009 . KPRI 5 2
0010 . CALL 4 1 2
0000 . . FUNCC ; assert
0011 . TGETB 4 0 1
0012 . ISNES 4 3 ; "if"
0013 . JMP 5 => 0037
0037 . ISNES 4 4 ; "let"
0038 . JMP 5 => 0056
0039 . TGETB 5 0 2
0040 . TGETB 6 0 3
0041 . TGETB 7 0 4
0042 . GGET 8 2 ; "table"
0043 . TGETS 8 8 5 ; "insert"
0044 . TGETS 9 1 6 ; "bindings"
0045 . TDUP 10 7
0046 . TSETS 5 10 8 ; "name"
0047 . TSETS 6 10 9 ; "value"
0048 . CALL 8 1 3
0000 . . FUNCC ; table.insert
0049 . UGET 8 1 ; compile_bool
0050 . MOV 9 7
0051 . MOV 10 1
0052 . MOV 11 2
0053 . MOV 12 3
0054 . CALL 8 1 5
0000 . . JFUNCF 13 2 ; ssa.lua:55
0001 . . GGET 4 0 ; "assert"
0002 . . GGET 5 1 ; "type"
0003 . . MOV 6 0
0004 . . CALL 5 2 2
0000 . . . FUNCC ; type
0005 . . ISEQS 5 2 ; "table"
0006 . . JMP 5 => 0009
0009 . . KPRI 5 2
0010 . . CALL 4 1 2
0000 . . . FUNCC ; assert
0011 . . TGETB 4 0 1
0012 . . ISNES 4 3 ; "if"
0013 . . JMP 5 => 0037
0014 . . UGET 5 0 ; add_block
0015 . . CALL 5 2 1
0000 . . . JFUNCF 3 1 ; ssa.lua:39
0001 . . . UGET 0 0 ; label_counter
0002 . . . ADDVN 0 0 0 ; 1
0003 . . . USETV 0 0 ; label_counter
0004 . . . KSTR 0 0 ; "L"
0005 . . . UGET 1 0 ; label_counter
0006 . . . CAT 0 0 1
0007 . . . TDUP 1 1
0008 . . . TNEW 2 0
0009 . . . TSETS 2 1 2 ; "bindings"
0010 . . . TSETS 0 1 3 ; "label"
0011 . . . UGET 2 1 ; ssa
0012 . . . TGETS 2 2 4 ; "blocks"
0013 . . . TSETV 1 2 0
0014 . . . RET1 1 2
0016 . . UGET 6 0 ; add_block
0017 . . CALL 6 2 1
0000 . . . JFUNCF 3 1 ; ssa.lua:39
0001 . . . UGET 0 0 ; label_counter
0002 . . . ADDVN 0 0 0 ; 1
0003 . . . USETV 0 0 ; label_counter
0004 . . . KSTR 0 0 ; "L"
0005 . . . UGET 1 0 ; label_counter
0006 . . . CAT 0 0 1
0007 . . . TDUP 1 1
0008 . . . TNEW 2 0
0009 . . . TSETS 2 1 2 ; "bindings"
0010 . . . TSETS 0 1 3 ; "label"
0011 . . . UGET 2 1 ; ssa
0012 . . . TGETS 2 2 4 ; "blocks"
0013 . . . TSETV 1 2 0
0014 . . . RET1 1 2
0018 . . UGET 7 1 ; compile_bool
0019 . . TGETB 8 0 2
0020 . . MOV 9 1
0021 . . MOV 10 5
0022 . . MOV 11 6
0023 . . CALL 7 1 5
0000 . . . JFUNCF 13 2 ; ssa.lua:55
0001 . . . GGET 4 0 ; "assert"
0002 . . . GGET 5 1 ; "type"
0003 . . . MOV 6 0
0004 . . . CALL 5 2 2
0000 . . . . FUNCC ; type
0005 . . . ISEQS 5 2 ; "table"
0006 . . . JMP 5 => 0009
0009 . . . KPRI 5 2
0010 . . . CALL 4 1 2
0000 . . . . FUNCC ; assert
0011 . . . TGETB 4 0 1
0012 . . . ISNES 4 3 ; "if"
0013 . . . JMP 5 => 0037
0014 . . . UGET 5 0 ; add_block
0015 . . . CALL 5 2 1
0000 . . . . JFUNCF 3 1 ; ssa.lua:39
0001 . . . . UGET 0 0 ; label_counter
0002 . . . . ADDVN 0 0 0 ; 1
0003 . . . . USETV 0 0 ; label_counter
0004 . . . . KSTR 0 0 ; "L"
0005 . . . . UGET 1 0 ; label_counter
0006 . . . . CAT 0 0 1
0007 . . . . TDUP 1 1
0008 . . . . TNEW 2 0
0009 . . . . TSETS 2 1 2 ; "bindings"
0010 . . . . TSETS 0 1 3 ; "label"
0011 . . . . UGET 2 1 ; ssa
0012 . . . . TGETS 2 2 4 ; "blocks"
0013 . . . . TSETV 1 2 0
0014 . . . . RET1 1 2
0016 . . . UGET 6 0 ; add_block
0017 . . . CALL 6 2 1
0000 . . . . JFUNCF 3 1 ; ssa.lua:39
0001 . . . . UGET 0 0 ; label_counter
0002 . . . . ADDVN 0 0 0 ; 1
0003 . . . . USETV 0 0 ; label_counter
0004 . . . . KSTR 0 0 ; "L"
0005 . . . . UGET 1 0 ; label_counter
0006 . . . . CAT 0 0 1
0007 . . . . TDUP 1 1
0008 . . . . TNEW 2 0
0009 . . . . TSETS 2 1 2 ; "bindings"
0010 . . . . TSETS 0 1 3 ; "label"
0011 . . . . UGET 2 1 ; ssa
0012 . . . . TGETS 2 2 4 ; "blocks"
0013 . . . . TSETV 1 2 0
0014 . . . . RET1 1 2
0018 . . . UGET 7 1 ; compile_bool
0019 . . . TGETB 8 0 2
0020 . . . MOV 9 1
0021 . . . MOV 10 5
0022 . . . MOV 11 6
0023 . . . CALL 7 1 5
0000 . . . . JFUNCF 13 2 ; ssa.lua:55
---- TRACE 3 abort ssa.lua:55 -- call unroll limit reached
Raw
dump.hotloop12
---- TRACE 1 start ssa.lua:39
0001 UGET 0 0 ; label_counter
0002 ADDVN 0 0 0 ; 1
0003 USETV 0 0 ; label_counter
0004 KSTR 0 0 ; "L"
0005 UGET 1 0 ; label_counter
0006 CAT 0 0 1
0007 TDUP 1 1
0008 TNEW 2 0
0009 TSETS 2 1 2 ; "bindings"
0010 TSETS 0 1 3 ; "label"
0011 UGET 2 1 ; ssa
0012 TGETS 2 2 4 ; "blocks"
0013 TSETV 1 2 0
0014 RET1 1 2
---- TRACE 1 IR
.... SNAP #0 [ ---- ]
0001 rbp fun SLOAD #0 R
0002 rbx > p32 UREFO 0001 #0
0003 xmm7 > num ULOAD 0002
0004 [10] num ADD 0003 +1 
0005 num USTORE 0002 0004
.... SNAP #1 [ ---- ---- ]
0006 str TOSTR 0004 NUM
0007 rdi p32 BUFHDR [0x40098414] RESET
0008 rdi p32 BUFPUT 0007 "L" 
0009 rdi p32 BUFPUT 0008 0006
0010 [c] str BUFSTR 0009 0007
0011 [8] > tab TDUP {0x40ff2f58}
0012 r15 > tab TNEW #0 #0
0013 rbx p32 FLOAD 0011 tab.node
0014 p32 HREFK 0013 "bindings" @0
0015 tab HSTORE 0014 0012
0016 p32 HREFK 0013 "label" @1
0017 str HSTORE 0016 0010
.... SNAP #2 [ ---- 0010 0011 ---- ]
0018 rbp > p32 UREFO 0001 #1
0019 rbp > tab ULOAD 0018
0020 int FLOAD 0019 tab.hmask
0021 > int EQ 0020 +1 
0022 rbp p32 FLOAD 0019 tab.node
0023 > p32 HREFK 0022 "blocks" @0
0024 rbp > tab HLOAD 0023
0025 rsi p32 HREF 0024 0010
0026 > p32 EQ 0025 [0x40098458]
0027 tab FLOAD 0024 tab.meta
0028 > tab EQ 0027 [NULL]
0029 rbx p32 NEWREF 0024 0010
0030 tab HSTORE 0029 0011
0031 nil TBAR 0024
0032 p32 FREF 0024 tab.nomm
0033 u8  FSTORE 0032 +0 
.... SNAP #3 [ ---- ---- 0011 ]
---- TRACE 1 mcode 441
0bcbfe44 add rsp, -0x10
0bcbfe48 mov dword [0x40098410], 0x1
0bcbfe53 mov edi, [0x400983d8]
0bcbfe5a cmp edi, [0x400983dc]
0bcbfe61 jb 0x0bcbfe7a
0bcbfe63 mov esi, 0x3
0bcbfe68 mov edi, 0x400983b8
0bcbfe6d call 0x00421730 ->lj_gc_step_jit
0bcbfe72 test eax, eax
0bcbfe74 jnz 0x0bcb0010 ->0
0bcbfe7a mov edx, [0x400984b4]
0bcbfe81 mov ebp, [rdx-0x8]
0bcbfe84 mov edi, [rbp+0x14]
0bcbfe87 mov ebx, [rdi+0x10]
0bcbfe8a cmp dword [rbx+0x4], 0xfffeffff
0bcbfe91 jnb 0x0bcb0010 ->0
0bcbfe97 movsd xmm7, [rbx]
0bcbfe9b addsd xmm7, [0x400a9568]
0bcbfea4 movsd [rsp+0x10], xmm7
0bcbfeaa movsd [rbx], xmm7
0bcbfeae mov edi, 0x40098414
0bcbfeb3 mov esi, [rdi+0x8]
0bcbfeb6 mov [rdi], esi
0bcbfeb8 mov esi, 0x4c
0bcbfebd call 0x00421b60 ->lj_buf_putchar
0bcbfec2 mov edi, eax
0bcbfec4 lea rsi, [rsp+0x10]
0bcbfec9 call 0x0040a3c0 ->lj_strfmt_putnum
0bcbfece mov edi, eax
0bcbfed0 call 0x00421ff0 ->lj_buf_tostr
0bcbfed5 mov [rsp+0xc], eax
0bcbfed9 mov edi, [0x400984b0]
0bcbfee0 mov esi, 0x40ff2f58
0bcbfee5 call 0x004223c0 ->lj_tab_dup
0bcbfeea mov ebx, eax
0bcbfeec mov [rsp+0x8], ebx
0bcbfef0 mov edi, [0x400984b0]
0bcbfef7 xor esi, esi
0bcbfef9 call 0x00422350 ->lj_tab_new1
0bcbfefe mov r15d, eax
0bcbff01 mov edi, [0x400984b0]
0bcbff08 mov eax, [rsp+0xc]
0bcbff0c mov ebx, [rbx+0x14]
0bcbff0f mov dword [rbx+0x4], 0xfffffff4
0bcbff16 mov [rbx], r15d
0bcbff19 mov dword [rbx+0x1c], 0xfffffffb
0bcbff20 mov [rbx+0x18], eax
0bcbff23 mov esi, [rbp+0x18]
0bcbff26 mov ebp, [rsi+0x10]
0bcbff29 cmp dword [rbp+0x4], -0x0c
0bcbff2d jnz 0x0bcb0018 ->2
0bcbff33 mov ebp, [rbp+0x0]
0bcbff36 cmp dword [rbp+0x1c], +0x01
0bcbff3a jnz 0x0bcb0018 ->2
0bcbff40 mov ebp, [rbp+0x14]
0bcbff43 mov rsi, 0xfffffffb40ff21d0
0bcbff4d cmp rsi, [rbp+0x8]
0bcbff51 jnz 0x0bcb0018 ->2
0bcbff57 cmp dword [rbp+0x4], -0x0c
0bcbff5b jnz 0x0bcb0018 ->2
0bcbff61 mov ebp, [rbp+0x0]
0bcbff64 mov esi, [rbp+0x1c]
0bcbff67 and esi, [rax+0x8]
0bcbff6a lea esi, [rsi+rsi*2]
0bcbff6d shl esi, 0x03
0bcbff70 add esi, [rbp+0x14]
0bcbff73 cmp dword [rsi+0xc], -0x05
0bcbff77 jnz 0x0bcbff82
0bcbff79 cmp eax, [rsi+0x8]
0bcbff7c jz 0x0bcb0018 ->2
0bcbff82 mov esi, [rsi+0x10]
0bcbff85 test esi, esi
0bcbff87 jnz 0x0bcbff73
0bcbff89 cmp dword [rbp+0x10], +0x00
0bcbff8d jnz 0x0bcb0018 ->2
0bcbff93 mov edx, 0x40098448
0bcbff98 mov dword [rdx+0x4], 0xfffffffb
0bcbff9f mov [rdx], eax
0bcbffa1 mov esi, ebp
0bcbffa3 call 0x00422cf0 ->lj_tab_newkey
0bcbffa8 mov ebx, eax
0bcbffaa mov edx, [0x400984b4]
0bcbffb1 mov eax, [rsp+0x8]
0bcbffb5 mov dword [rbx+0x4], 0xfffffff4
0bcbffbc mov [rbx], eax
0bcbffbe test byte [rbp+0x4], 0x4
0bcbffc2 jz 0x0bcbffd9
0bcbffc4 and byte [rbp+0x4], 0xfb
0bcbffc8 mov edi, [0x400983f4]
0bcbffcf mov [0x400983f4], ebp
0bcbffd6 mov [rbp+0xc], edi
0bcbffd9 mov byte [rbp+0x6], 0x0
0bcbffdd mov dword [rdx+0xc], 0xfffffff4
0bcbffe4 mov [rdx+0x8], eax
0bcbffe7 xor eax, eax
0bcbffe9 mov ebx, 0x40ff3bf8
0bcbffee mov r14d, 0x40099008
0bcbfff4 add rsp, +0x10
0bcbfff8 jmp 0x00420177
---- TRACE 1 stop -> return
---- TRACE 2 start ssa.lua:55
0001 GGET 4 0 ; "assert"
0002 GGET 5 1 ; "type"
0003 MOV 6 0
0004 CALL 5 2 2
0000 . FUNCC ; type
0005 ISEQS 5 2 ; "table"
0006 JMP 5 => 0009
0009 KPRI 5 2
0010 CALL 4 1 2
0000 . FUNCC ; assert
0011 TGETB 4 0 1
0012 ISNES 4 3 ; "if"
0013 JMP 5 => 0037
0014 UGET 5 0 ; add_block
0015 CALL 5 2 1
0000 . JFUNCF 3 1 ; ssa.lua:39
0001 . UGET 0 0 ; label_counter
0002 . ADDVN 0 0 0 ; 1
0003 . USETV 0 0 ; label_counter
0004 . KSTR 0 0 ; "L"
0005 . UGET 1 0 ; label_counter
0006 . CAT 0 0 1
0007 . TDUP 1 1
0008 . TNEW 2 0
0009 . TSETS 2 1 2 ; "bindings"
0010 . TSETS 0 1 3 ; "label"
0011 . UGET 2 1 ; ssa
0012 . TGETS 2 2 4 ; "blocks"
0013 . TSETV 1 2 0
0014 . RET1 1 2
0016 UGET 6 0 ; add_block
0017 CALL 6 2 1
0000 . JFUNCF 3 1 ; ssa.lua:39
0001 . UGET 0 0 ; label_counter
0002 . ADDVN 0 0 0 ; 1
0003 . USETV 0 0 ; label_counter
0004 . KSTR 0 0 ; "L"
0005 . UGET 1 0 ; label_counter
0006 . CAT 0 0 1
0007 . TDUP 1 1
0008 . TNEW 2 0
0009 . TSETS 2 1 2 ; "bindings"
0010 . TSETS 0 1 3 ; "label"
0011 . UGET 2 1 ; ssa
0012 . TGETS 2 2 4 ; "blocks"
0013 . TSETV 1 2 0
0014 . RET1 1 2
0018 UGET 7 1 ; compile_bool
0019 TGETB 8 0 2
0020 MOV 9 1
0021 MOV 10 5
0022 MOV 11 6
0023 CALL 7 1 5
0000 . FUNCF 13 ; ssa.lua:55
0001 . GGET 4 0 ; "assert"
0002 . GGET 5 1 ; "type"
0003 . MOV 6 0
0004 . CALL 5 2 2
0000 . . FUNCC ; type
0005 . ISEQS 5 2 ; "table"
0006 . JMP 5 => 0009
0009 . KPRI 5 2
0010 . CALL 4 1 2
0000 . . FUNCC ; assert
0011 . TGETB 4 0 1
0012 . ISNES 4 3 ; "if"
0013 . JMP 5 => 0037
0037 . ISNES 4 4 ; "let"
0038 . JMP 5 => 0056
0056 . ISNES 4 10 ; "true"
0057 . JMP 5 => 0063
0063 . ISNES 4 11 ; "false"
0064 . JMP 5 => 0070
0070 . ISNES 4 12 ; "match"
0071 . JMP 5 => 0077
0077 . ISNES 4 14 ; "fail"
0078 . JMP 5 => 0084
0084 . GGET 5 0 ; "assert"
0085 . UGET 6 4 ; relops
0086 . TGETV 6 6 4
0087 . CALL 5 1 2
0000 . . FUNCC ; assert
0088 . UGET 5 5 ; finish_if
0089 . MOV 6 1
0090 . MOV 7 0
0091 . MOV 8 2
0092 . MOV 9 3
0093 . CALL 5 1 5
0000 . . FUNCF 6 ; ssa.lua:49
0001 . . TDUP 4 1
0002 . . TSETB 1 4 2
0003 . . TGETS 5 2 2 ; "label"
0004 . . TSETB 5 4 3
0005 . . TGETS 5 3 2 ; "label"
0006 . . TSETB 5 4 4
0007 . . TSETS 4 0 0 ; "control"
0008 . . RET0 0 1
0094 . RET0 0 1
0024 UGET 7 1 ; compile_bool
0025 TGETB 8 0 3
0026 MOV 9 5
0027 MOV 10 2
0028 MOV 11 3
0029 CALL 7 1 5
0000 . FUNCF 13 ; ssa.lua:55
0001 . GGET 4 0 ; "assert"
0002 . GGET 5 1 ; "type"
0003 . MOV 6 0
0004 . CALL 5 2 2
0000 . . FUNCC ; type
0005 . ISEQS 5 2 ; "table"
0006 . JMP 5 => 0009
0009 . KPRI 5 2
0010 . CALL 4 1 2
0000 . . FUNCC ; assert
0011 . TGETB 4 0 1
0012 . ISNES 4 3 ; "if"
0013 . JMP 5 => 0037
0037 . ISNES 4 4 ; "let"
0038 . JMP 5 => 0056
0056 . ISNES 4 10 ; "true"
0057 . JMP 5 => 0063
0063 . ISNES 4 11 ; "false"
0064 . JMP 5 => 0070
0070 . ISNES 4 12 ; "match"
0071 . JMP 5 => 0077
0077 . ISNES 4 14 ; "fail"
0078 . JMP 5 => 0084
0084 . GGET 5 0 ; "assert"
0085 . UGET 6 4 ; relops
0086 . TGETV 6 6 4
0087 . CALL 5 1 2
0000 . . FUNCC ; assert
0088 . UGET 5 5 ; finish_if
0089 . MOV 6 1
0090 . MOV 7 0
0091 . MOV 8 2
0092 . MOV 9 3
0093 . CALL 5 1 5
0000 . . FUNCF 6 ; ssa.lua:49
0001 . . TDUP 4 1
0002 . . TSETB 1 4 2
0003 . . TGETS 5 2 2 ; "label"
0004 . . TSETB 5 4 3
0005 . . TGETS 5 3 2 ; "label"
0006 . . TSETB 5 4 4
0007 . . TSETS 4 0 0 ; "control"
0008 . . RET0 0 1
0094 . RET0 0 1
0030 UGET 7 1 ; compile_bool
0031 TGETB 8 0 4
0032 MOV 9 6
0033 MOV 10 2
0034 MOV 11 3
0035 CALL 7 1 5
0000 . FUNCF 13 ; ssa.lua:55
0001 . GGET 4 0 ; "assert"
0002 . GGET 5 1 ; "type"
0003 . MOV 6 0
0004 . CALL 5 2 2
0000 . . FUNCC ; type
0005 . ISEQS 5 2 ; "table"
0006 . JMP 5 => 0009
0009 . KPRI 5 2
0010 . CALL 4 1 2
0000 . . FUNCC ; assert
0011 . TGETB 4 0 1
0012 . ISNES 4 3 ; "if"
0013 . JMP 5 => 0037
0037 . ISNES 4 4 ; "let"
0038 . JMP 5 => 0056
0056 . ISNES 4 10 ; "true"
0057 . JMP 5 => 0063
0063 . ISNES 4 11 ; "false"
0064 . JMP 5 => 0070
0065 . UGET 5 2 ; finish_goto
0066 . MOV 6 1
0067 . MOV 7 3
0068 . CALL 5 1 3
0000 . . FUNCF 4 ; ssa.lua:52
0001 . . TDUP 2 1
0002 . . TGETS 3 1 2 ; "label"
0003 . . TSETB 3 2 2
0004 . . TSETS 2 0 0 ; "control"
0005 . . RET0 0 1
0069 . JMP 5 => 0094
0094 . RET0 0 1
0036 JMP 5 => 0094
0094 RET0 0 1
---- TRACE 2 abort ssa.lua:79 -- retry recording
---- TRACE 2 start ssa.lua:55
0001 GGET 4 0 ; "assert"
0002 GGET 5 1 ; "type"
0003 MOV 6 0
0004 CALL 5 2 2
0000 . FUNCC ; type
0005 ISEQS 5 2 ; "table"
0006 JMP 5 => 0009
0009 KPRI 5 2
0010 CALL 4 1 2
0000 . FUNCC ; assert
0011 TGETB 4 0 1
0012 ISNES 4 3 ; "if"
0013 JMP 5 => 0037
0037 ISNES 4 4 ; "let"
0038 JMP 5 => 0056
0056 ISNES 4 10 ; "true"
0057 JMP 5 => 0063
0063 ISNES 4 11 ; "false"
0064 JMP 5 => 0070
0065 UGET 5 2 ; finish_goto
0066 MOV 6 1
0067 MOV 7 3
0068 CALL 5 1 3
0000 . FUNCF 4 ; ssa.lua:52
0001 . TDUP 2 1
0002 . TGETS 3 1 2 ; "label"
0003 . TSETB 3 2 2
0004 . TSETS 2 0 0 ; "control"
0005 . RET0 0 1
0069 JMP 5 => 0094
0094 RET0 0 1
---- TRACE 2 IR
.... SNAP #0 [ ---- ---- ---- ---- ---- ]
0001 rbp fun SLOAD #0 R
0002 rbx tab FLOAD 0001 func.env
0003 rsi p32 HREF 0002 "assert"
0004 > p32 EQ 0003 [0x40098458]
0005 r15 tab FLOAD 0002 tab.meta
0006 > tab NE 0005 [NULL]
0007 int FLOAD 0005 tab.hmask
0008 > int EQ 0007 +1 
0009 r15 p32 FLOAD 0005 tab.node
0010 > p32 HREFK 0009 "__index" @1
0011 r15 > tab HLOAD 0010
0012 int FLOAD 0011 tab.hmask
0013 > int EQ 0012 +63 
0014 r15 p32 FLOAD 0011 tab.node
0015 > p32 HREFK 0014 "assert" @3
0016 > fun HLOAD 0015
0017 rsi p32 HREF 0002 "type"
0018 > p32 EQ 0017 [0x40098458]
0019 > p32 HREFK 0014 "type" @60
0020 > fun HLOAD 0019
0021 rbx > tab SLOAD #1 T
0022 > fun EQ 0020 type
0023 > fun EQ 0016 assert
0024 int FLOAD 0021 tab.asize
0025 > int ABC 0024 +1 
0026 rbx p32 FLOAD 0021 tab.array
0027 p32 AREF 0026 +1 
0028 rbx > str ALOAD 0027
.... SNAP #1 [ ---- ---- ---- ---- ---- 0028 ]
0029 > str NE 0028 "if"
.... SNAP #2 [ ---- ---- ---- ---- ---- 0028 ]
0030 > str NE 0028 "let"
.... SNAP #3 [ ---- ---- ---- ---- ---- 0028 ]
0031 > str NE 0028 "true"
.... SNAP #4 [ ---- ---- ---- ---- ---- 0028 ]
0032 > str EQ 0028 "false"
.... SNAP #5 [ ---- ---- ---- ---- ---- 0028 ]
0033 > fun EQ 0001 ssa.lua:55
0034 rbp > tab SLOAD #2 T
0035 r15 > tab SLOAD #4 T
0036 [8] > tab TDUP {0x40ff43e8}
0037 int FLOAD 0035 tab.hmask
0038 > int EQ 0037 +1 
0039 r15 p32 FLOAD 0035 tab.node
0040 > p32 HREFK 0039 "label" @1
0041 r15 > str HLOAD 0040
0042 rax p32 FLOAD 0036 tab.array
0043 p32 AREF 0042 +2 
0044 str ASTORE 0043 0041
.... SNAP #6 [ ssa.lua:55|---- ---- ---- ---- 0028 ssa.lua:52|0034 ---- 0036 ---- ]
0045 rsi p32 HREF 0034 "control"
0046 > p32 EQ 0045 [0x40098458]
0047 tab FLOAD 0034 tab.meta
0048 > tab EQ 0047 [NULL]
0049 rbx p32 NEWREF 0034 "control"
0050 tab HSTORE 0049 0036
0051 nil TBAR 0034
.... SNAP #7 [ ssa.lua:55|]
---- TRACE 2 mcode 719
0bcbfb6e mov dword [0x40098410], 0x2
0bcbfb79 mov edi, [0x400983d8]
0bcbfb80 cmp edi, [0x400983dc]
0bcbfb87 jb 0x0bcbfba0
0bcbfb89 mov esi, 0x1
0bcbfb8e mov edi, 0x400983b8
0bcbfb93 call 0x00421730 ->lj_gc_step_jit
0bcbfb98 test eax, eax
0bcbfb9a jnz 0x0bcb0010 ->0
0bcbfba0 mov edi, [0x400984b0]
0bcbfba7 mov edx, [0x400984b4]
0bcbfbae mov ebp, [rdx-0x8]
0bcbfbb1 mov ebx, [rbp+0x8]
0bcbfbb4 mov esi, [rbx+0x1c]
0bcbfbb7 and esi, 0xce2b6183
0bcbfbbd lea esi, [rsi+rsi*2]
0bcbfbc0 shl esi, 0x03
0bcbfbc3 add esi, [rbx+0x14]
0bcbfbc6 cmp dword [rsi+0xc], -0x05
0bcbfbca jnz 0x0bcbfbd9
0bcbfbcc cmp dword [rsi+0x8], 0x4009adb0
0bcbfbd3 jz 0x0bcb0010 ->0
0bcbfbd9 mov esi, [rsi+0x10]
0bcbfbdc test esi, esi
0bcbfbde jnz 0x0bcbfbc6
0bcbfbe0 mov r15d, [rbx+0x10]
0bcbfbe4 test r15d, r15d
0bcbfbe7 jz 0x0bcb0010 ->0
0bcbfbed cmp dword [r15+0x1c], +0x01
0bcbfbf2 jnz 0x0bcb0010 ->0
0bcbfbf8 mov r15d, [r15+0x14]
0bcbfbfc mov rsi, 0xfffffffb4009a4c8
0bcbfc06 cmp rsi, [r15+0x20]
0bcbfc0a jnz 0x0bcb0010 ->0
0bcbfc10 cmp dword [r15+0x1c], -0x0c
0bcbfc15 jnz 0x0bcb0010 ->0
0bcbfc1b mov r15d, [r15+0x18]
0bcbfc1f cmp dword [r15+0x1c], +0x3f
0bcbfc24 jnz 0x0bcb0010 ->0
0bcbfc2a mov r15d, [r15+0x14]
0bcbfc2e mov rsi, 0xfffffffb4009adb0
0bcbfc38 cmp rsi, [r15+0x50]
0bcbfc3c jnz 0x0bcb0010 ->0
0bcbfc42 cmp dword [r15+0x4c], -0x09
0bcbfc47 jnz 0x0bcb0010 ->0
0bcbfc4d mov esi, [rbx+0x1c]
0bcbfc50 and esi, 0x798a813c
0bcbfc56 lea esi, [rsi+rsi*2]
0bcbfc59 shl esi, 0x03
0bcbfc5c add esi, [rbx+0x14]
0bcbfc5f cmp dword [rsi+0xc], -0x05
0bcbfc63 jnz 0x0bcbfc72
0bcbfc65 cmp dword [rsi+0x8], 0x4009afb0
0bcbfc6c jz 0x0bcb0010 ->0
0bcbfc72 mov esi, [rsi+0x10]
0bcbfc75 test esi, esi
0bcbfc77 jnz 0x0bcbfc5f
0bcbfc79 mov rsi, 0xfffffffb4009afb0
0bcbfc83 cmp rsi, [r15+0x5a8]
0bcbfc8a jnz 0x0bcb0010 ->0
0bcbfc90 cmp dword [r15+0x5a4], -0x09
0bcbfc98 jnz 0x0bcb0010 ->0
0bcbfc9e cmp dword [rdx+0x4], -0x0c
0bcbfca2 jnz 0x0bcb0010 ->0
0bcbfca8 mov ebx, [rdx]
0bcbfcaa cmp dword [r15+0x5a0], 0x4009af18
0bcbfcb5 jnz 0x0bcb0010 ->0
0bcbfcbb cmp dword [r15+0x48], 0x4009ad88
0bcbfcc3 jnz 0x0bcb0010 ->0
0bcbfcc9 cmp dword [rbx+0x18], +0x01
0bcbfccd jbe 0x0bcb0010 ->0
0bcbfcd3 mov ebx, [rbx+0x8]
0bcbfcd6 cmp dword [rbx+0xc], -0x05
0bcbfcda jnz 0x0bcb0010 ->0
0bcbfce0 mov ebx, [rbx+0x8]
0bcbfce3 cmp ebx, 0x4009a8f8
0bcbfce9 jz 0x0bcb0014 ->1
0bcbfcef cmp ebx, 0x400ae1f0
0bcbfcf5 jz 0x0bcb0018 ->2
0bcbfcfb cmp ebx, 0x4009aa18
0bcbfd01 jz 0x0bcb001c ->3
0bcbfd07 cmp ebx, 0x4009a870
0bcbfd0d jnz 0x0bcb0020 ->4
0bcbfd13 cmp ebp, 0x400b5240
0bcbfd19 jnz 0x0bcb0024 ->5
0bcbfd1f cmp dword [rdx+0xc], -0x0c
0bcbfd23 jnz 0x0bcb0024 ->5
0bcbfd29 mov ebp, [rdx+0x8]
0bcbfd2c cmp dword [rdx+0x1c], -0x0c
0bcbfd30 jnz 0x0bcb0024 ->5
0bcbfd36 mov r15d, [rdx+0x18]
0bcbfd3a mov esi, 0x40ff43e8
0bcbfd3f call 0x004223c0 ->lj_tab_dup
0bcbfd44 mov [rsp+0x8], eax
0bcbfd48 mov edi, [0x400984b0]
0bcbfd4f cmp dword [r15+0x1c], +0x01
0bcbfd54 jnz 0x0bcb0024 ->5
0bcbfd5a mov r15d, [r15+0x14]
0bcbfd5e mov rsi, 0xfffffffb40ff2270
0bcbfd68 cmp rsi, [r15+0x20]
0bcbfd6c jnz 0x0bcb0024 ->5
0bcbfd72 cmp dword [r15+0x1c], -0x05
0bcbfd77 jnz 0x0bcb0024 ->5
0bcbfd7d mov r15d, [r15+0x18]
0bcbfd81 mov eax, [rax+0x8]
0bcbfd84 mov dword [rax+0x14], 0xfffffffb
0bcbfd8b mov [rax+0x10], r15d
0bcbfd8f mov esi, [rbp+0x1c]
0bcbfd92 and esi, 0x2a54dc55
0bcbfd98 lea esi, [rsi+rsi*2]
0bcbfd9b shl esi, 0x03
0bcbfd9e add esi, [rbp+0x14]
0bcbfda1 cmp dword [rsi+0xc], -0x05
0bcbfda5 jnz 0x0bcbfdb4
0bcbfda7 cmp dword [rsi+0x8], 0x40ff29d8
0bcbfdae jz 0x0bcb0028 ->6
0bcbfdb4 mov esi, [rsi+0x10]
0bcbfdb7 test esi, esi
0bcbfdb9 jnz 0x0bcbfda1
0bcbfdbb cmp dword [rbp+0x10], +0x00
0bcbfdbf jnz 0x0bcb0028 ->6
0bcbfdc5 mov edx, 0x40098448
0bcbfdca mov dword [rdx+0x4], 0xfffffffb
0bcbfdd1 mov dword [rdx], 0x40ff29d8
0bcbfdd7 mov esi, ebp
0bcbfdd9 call 0x00422cf0 ->lj_tab_newkey
0bcbfdde mov ebx, eax
0bcbfde0 mov edx, [0x400984b4]
0bcbfde7 mov eax, [rsp+0x8]
0bcbfdeb mov dword [rbx+0x4], 0xfffffff4
0bcbfdf2 mov [rbx], eax
0bcbfdf4 test byte [rbp+0x4], 0x4
0bcbfdf8 jz 0x0bcbfe0f
0bcbfdfa and byte [rbp+0x4], 0xfb
0bcbfdfe mov edi, [0x400983f4]
0bcbfe05 mov [0x400983f4], ebp
0bcbfe0c mov [rbp+0xc], edi
0bcbfe0f mov eax, [0x400984b0]
0bcbfe16 mov eax, [rax+0x20]
0bcbfe19 sub eax, edx
0bcbfe1b cmp eax, +0x68
0bcbfe1e jb 0x0bcb002c ->7
0bcbfe24 mov dword [rdx-0x8], 0x400b5240
0bcbfe2b xor eax, eax
0bcbfe2d mov ebx, 0x40ff3a38
0bcbfe32 mov r14d, 0x40099008
0bcbfe38 jmp 0x00420177
---- TRACE 2 stop -> return
---- TRACE 2 exit 4
---- TRACE 2 exit 1
---- TRACE 2 exit 1
---- TRACE 2 exit 1
---- TRACE 2 exit 4
---- TRACE 2 exit 2
Raw
dump.hotloop12.605
---- TRACE 1 start ssa.lua:39
0001 UGET 0 0 ; label_counter
0002 ADDVN 0 0 0 ; 1
0003 USETV 0 0 ; label_counter
0004 KSTR 0 0 ; "L"
0005 UGET 1 0 ; label_counter
0006 CAT 0 0 1
0007 TDUP 1 1
0008 TNEW 2 0
0009 TSETS 2 1 2 ; "bindings"
0010 TSETS 0 1 3 ; "label"
0011 UGET 2 1 ; ssa
0012 TGETS 2 2 4 ; "blocks"
0013 TSETV 1 2 0
0014 RET1 1 2
---- TRACE 1 IR
.... SNAP #0 [ ---- ]
0001 rbp fun SLOAD #0 R
0002 rbx > p32 UREFO 0001 #0
0003 xmm7 > num ULOAD 0002
0004 [10] num ADD 0003 +1 
0005 num USTORE 0002 0004
.... SNAP #1 [ ---- ---- ]
0006 str TOSTR 0004 NUM
0007 rdi p32 BUFHDR [0x405d9414] RESET
0008 rdi p32 BUFPUT 0007 "L" 
0009 rdi p32 BUFPUT 0008 0006
0010 [c] str BUFSTR 0009 0007
0011 [8] > tab TDUP {0x405ee0d0}
0012 r15 > tab TNEW #0 #0
0013 rbx p32 FLOAD 0011 tab.node
0014 p32 HREFK 0013 "bindings" @0
0015 tab HSTORE 0014 0012
0016 p32 HREFK 0013 "label" @1
0017 str HSTORE 0016 0010
.... SNAP #2 [ ---- 0010 0011 ---- ]
0018 rbp > p32 UREFO 0001 #1
0019 rbp > tab ULOAD 0018
0020 int FLOAD 0019 tab.hmask
0021 > int EQ 0020 +1 
0022 rbp p32 FLOAD 0019 tab.node
0023 > p32 HREFK 0022 "blocks" @0
0024 rbp > tab HLOAD 0023
0025 rsi p32 HREF 0024 0010
0026 > p32 EQ 0025 [0x405d9458]
0027 tab FLOAD 0024 tab.meta
0028 > tab EQ 0027 [NULL]
0029 rbx p32 NEWREF 0024 0010
0030 tab HSTORE 0029 0011
0031 nil TBAR 0024
0032 p32 FREF 0024 tab.nomm
0033 u8  FSTORE 0032 +0 
.... SNAP #3 [ ---- ---- 0011 ]
---- TRACE 1 mcode 441
0bcbfe44 add rsp, -0x10
0bcbfe48 mov dword [0x405d9410], 0x1
0bcbfe53 mov edi, [0x405d93d8]
0bcbfe5a cmp edi, [0x405d93dc]
0bcbfe61 jb 0x0bcbfe7a
0bcbfe63 mov esi, 0x3
0bcbfe68 mov edi, 0x405d93b8
0bcbfe6d call 0x00421730 ->lj_gc_step_jit
0bcbfe72 test eax, eax
0bcbfe74 jnz 0x0bcb0010 ->0
0bcbfe7a mov edx, [0x405d94b4]
0bcbfe81 mov ebp, [rdx-0x8]
0bcbfe84 mov edi, [rbp+0x14]
0bcbfe87 mov ebx, [rdi+0x10]
0bcbfe8a cmp dword [rbx+0x4], 0xfffeffff
0bcbfe91 jnb 0x0bcb0010 ->0
0bcbfe97 movsd xmm7, [rbx]
0bcbfe9b addsd xmm7, [0x400bfab8]
0bcbfea4 movsd [rsp+0x10], xmm7
0bcbfeaa movsd [rbx], xmm7
0bcbfeae mov edi, 0x405d9414
0bcbfeb3 mov esi, [rdi+0x8]
0bcbfeb6 mov [rdi], esi
0bcbfeb8 mov esi, 0x4c
0bcbfebd call 0x00421b60 ->lj_buf_putchar
0bcbfec2 mov edi, eax
0bcbfec4 lea rsi, [rsp+0x10]
0bcbfec9 call 0x0040a3c0 ->lj_strfmt_putnum
0bcbfece mov edi, eax
0bcbfed0 call 0x00421ff0 ->lj_buf_tostr
0bcbfed5 mov [rsp+0xc], eax
0bcbfed9 mov edi, [0x405d94b0]
0bcbfee0 mov esi, 0x405ee0d0
0bcbfee5 call 0x004223c0 ->lj_tab_dup
0bcbfeea mov ebx, eax
0bcbfeec mov [rsp+0x8], ebx
0bcbfef0 mov edi, [0x405d94b0]
0bcbfef7 xor esi, esi
0bcbfef9 call 0x00422350 ->lj_tab_new1
0bcbfefe mov r15d, eax
0bcbff01 mov edi, [0x405d94b0]
0bcbff08 mov eax, [rsp+0xc]
0bcbff0c mov ebx, [rbx+0x14]
0bcbff0f mov dword [rbx+0x4], 0xfffffff4
0bcbff16 mov [rbx], r15d
0bcbff19 mov dword [rbx+0x1c], 0xfffffffb
0bcbff20 mov [rbx+0x18], eax
0bcbff23 mov esi, [rbp+0x18]
0bcbff26 mov ebp, [rsi+0x10]
0bcbff29 cmp dword [rbp+0x4], -0x0c
0bcbff2d jnz 0x0bcb0018 ->2
0bcbff33 mov ebp, [rbp+0x0]
0bcbff36 cmp dword [rbp+0x1c], +0x01
0bcbff3a jnz 0x0bcb0018 ->2
0bcbff40 mov ebp, [rbp+0x14]
0bcbff43 mov rsi, 0xfffffffb400cb340
0bcbff4d cmp rsi, [rbp+0x8]
0bcbff51 jnz 0x0bcb0018 ->2
0bcbff57 cmp dword [rbp+0x4], -0x0c
0bcbff5b jnz 0x0bcb0018 ->2
0bcbff61 mov ebp, [rbp+0x0]
0bcbff64 mov esi, [rbp+0x1c]
0bcbff67 and esi, [rax+0x8]
0bcbff6a lea esi, [rsi+rsi*2]
0bcbff6d shl esi, 0x03
0bcbff70 add esi, [rbp+0x14]
0bcbff73 cmp dword [rsi+0xc], -0x05
0bcbff77 jnz 0x0bcbff82
0bcbff79 cmp eax, [rsi+0x8]
0bcbff7c jz 0x0bcb0018 ->2
0bcbff82 mov esi, [rsi+0x10]
0bcbff85 test esi, esi
0bcbff87 jnz 0x0bcbff73
0bcbff89 cmp dword [rbp+0x10], +0x00
0bcbff8d jnz 0x0bcb0018 ->2
0bcbff93 mov edx, 0x405d9448
0bcbff98 mov dword [rdx+0x4], 0xfffffffb
0bcbff9f mov [rdx], eax
0bcbffa1 mov esi, ebp
0bcbffa3 call 0x00422cf0 ->lj_tab_newkey
0bcbffa8 mov ebx, eax
0bcbffaa mov edx, [0x405d94b4]
0bcbffb1 mov eax, [rsp+0x8]
0bcbffb5 mov dword [rbx+0x4], 0xfffffff4
0bcbffbc mov [rbx], eax
0bcbffbe test byte [rbp+0x4], 0x4
0bcbffc2 jz 0x0bcbffd9
0bcbffc4 and byte [rbp+0x4], 0xfb
0bcbffc8 mov edi, [0x405d93f4]
0bcbffcf mov [0x405d93f4], ebp
0bcbffd6 mov [rbp+0xc], edi
0bcbffd9 mov byte [rbp+0x6], 0x0
0bcbffdd mov dword [rdx+0xc], 0xfffffff4
0bcbffe4 mov [rdx+0x8], eax
0bcbffe7 xor eax, eax
0bcbffe9 mov ebx, 0x400cc018
0bcbffee mov r14d, 0x405da008
0bcbfff4 add rsp, +0x10
0bcbfff8 jmp 0x00420177
---- TRACE 1 stop -> return
---- TRACE 2 start ssa.lua:55
0001 GGET 4 0 ; "assert"
0002 GGET 5 1 ; "type"
0003 MOV 6 0
0004 CALL 5 2 2
0000 . FUNCC ; type
0005 ISEQS 5 2 ; "table"
0006 JMP 5 => 0009
0009 KPRI 5 2
0010 CALL 4 1 2
0000 . FUNCC ; assert
0011 TGETB 4 0 1
0012 ISNES 4 3 ; "if"
0013 JMP 5 => 0037
0014 UGET 5 0 ; add_block
0015 CALL 5 2 1
0000 . JFUNCF 3 1 ; ssa.lua:39
0001 . UGET 0 0 ; label_counter
0002 . ADDVN 0 0 0 ; 1
0003 . USETV 0 0 ; label_counter
0004 . KSTR 0 0 ; "L"
0005 . UGET 1 0 ; label_counter
0006 . CAT 0 0 1
0007 . TDUP 1 1
0008 . TNEW 2 0
0009 . TSETS 2 1 2 ; "bindings"
0010 . TSETS 0 1 3 ; "label"
0011 . UGET 2 1 ; ssa
0012 . TGETS 2 2 4 ; "blocks"
0013 . TSETV 1 2 0
0014 . RET1 1 2
0016 UGET 6 0 ; add_block
0017 CALL 6 2 1
0000 . JFUNCF 3 1 ; ssa.lua:39
0001 . UGET 0 0 ; label_counter
0002 . ADDVN 0 0 0 ; 1
0003 . USETV 0 0 ; label_counter
0004 . KSTR 0 0 ; "L"
0005 . UGET 1 0 ; label_counter
0006 . CAT 0 0 1
0007 . TDUP 1 1
0008 . TNEW 2 0
0009 . TSETS 2 1 2 ; "bindings"
0010 . TSETS 0 1 3 ; "label"
0011 . UGET 2 1 ; ssa
0012 . TGETS 2 2 4 ; "blocks"
0013 . TSETV 1 2 0
0014 . RET1 1 2
0018 UGET 7 1 ; compile_bool
0019 TGETB 8 0 2
0020 MOV 9 1
0021 MOV 10 5
0022 MOV 11 6
0023 CALL 7 1 5
0000 . FUNCF 13 ; ssa.lua:55
0001 . GGET 4 0 ; "assert"
0002 . GGET 5 1 ; "type"
0003 . MOV 6 0
0004 . CALL 5 2 2
0000 . . FUNCC ; type
0005 . ISEQS 5 2 ; "table"
0006 . JMP 5 => 0009
0009 . KPRI 5 2
0010 . CALL 4 1 2
0000 . . FUNCC ; assert
0011 . TGETB 4 0 1
0012 . ISNES 4 3 ; "if"
0013 . JMP 5 => 0037
0037 . ISNES 4 4 ; "let"
0038 . JMP 5 => 0056
0056 . ISNES 4 10 ; "true"
0057 . JMP 5 => 0063
0063 . ISNES 4 11 ; "false"
0064 . JMP 5 => 0070
0070 . ISNES 4 12 ; "match"
0071 . JMP 5 => 0077
0077 . ISNES 4 14 ; "fail"
0078 . JMP 5 => 0084
0084 . GGET 5 0 ; "assert"
0085 . UGET 6 4 ; relops
0086 . TGETV 6 6 4
0087 . CALL 5 1 2
0000 . . FUNCC ; assert
0088 . UGET 5 5 ; finish_if
0089 . MOV 6 1
0090 . MOV 7 0
0091 . MOV 8 2
0092 . MOV 9 3
0093 . CALL 5 1 5
0000 . . FUNCF 6 ; ssa.lua:49
0001 . . TDUP 4 1
0002 . . TSETB 1 4 2
0003 . . TGETS 5 2 2 ; "label"
0004 . . TSETB 5 4 3
0005 . . TGETS 5 3 2 ; "label"
0006 . . TSETB 5 4 4
0007 . . TSETS 4 0 0 ; "control"
0008 . . RET0 0 1
0094 . RET0 0 1
0024 UGET 7 1 ; compile_bool
0025 TGETB 8 0 3
0026 MOV 9 5
0027 MOV 10 2
0028 MOV 11 3
0029 CALL 7 1 5
0000 . FUNCF 13 ; ssa.lua:55
0001 . GGET 4 0 ; "assert"
0002 . GGET 5 1 ; "type"
0003 . MOV 6 0
0004 . CALL 5 2 2
0000 . . FUNCC ; type
0005 . ISEQS 5 2 ; "table"
0006 . JMP 5 => 0009
0009 . KPRI 5 2
0010 . CALL 4 1 2
0000 . . FUNCC ; assert
0011 . TGETB 4 0 1
0012 . ISNES 4 3 ; "if"
0013 . JMP 5 => 0037
0037 . ISNES 4 4 ; "let"
0038 . JMP 5 => 0056
0056 . ISNES 4 10 ; "true"
0057 . JMP 5 => 0063
0063 . ISNES 4 11 ; "false"
0064 . JMP 5 => 0070
0070 . ISNES 4 12 ; "match"
0071 . JMP 5 => 0077
0077 . ISNES 4 14 ; "fail"
0078 . JMP 5 => 0084
0084 . GGET 5 0 ; "assert"
0085 . UGET 6 4 ; relops
0086 . TGETV 6 6 4
0087 . CALL 5 1 2
0000 . . FUNCC ; assert
0088 . UGET 5 5 ; finish_if
0089 . MOV 6 1
0090 . MOV 7 0
0091 . MOV 8 2
0092 . MOV 9 3
0093 . CALL 5 1 5
0000 . . FUNCF 6 ; ssa.lua:49
0001 . . TDUP 4 1
0002 . . TSETB 1 4 2
0003 . . TGETS 5 2 2 ; "label"
0004 . . TSETB 5 4 3
0005 . . TGETS 5 3 2 ; "label"
0006 . . TSETB 5 4 4
0007 . . TSETS 4 0 0 ; "control"
0008 . . RET0 0 1
0094 . RET0 0 1
0030 UGET 7 1 ; compile_bool
0031 TGETB 8 0 4
0032 MOV 9 6
0033 MOV 10 2
0034 MOV 11 3
0035 CALL 7 1 5
0000 . FUNCF 13 ; ssa.lua:55
0001 . GGET 4 0 ; "assert"
0002 . GGET 5 1 ; "type"
0003 . MOV 6 0
0004 . CALL 5 2 2
0000 . . FUNCC ; type
0005 . ISEQS 5 2 ; "table"
0006 . JMP 5 => 0009
0009 . KPRI 5 2
0010 . CALL 4 1 2
0000 . . FUNCC ; assert
0011 . TGETB 4 0 1
0012 . ISNES 4 3 ; "if"
0013 . JMP 5 => 0037
0037 . ISNES 4 4 ; "let"
0038 . JMP 5 => 0056
0056 . ISNES 4 10 ; "true"
0057 . JMP 5 => 0063
0063 . ISNES 4 11 ; "false"
0064 . JMP 5 => 0070
0065 . UGET 5 2 ; finish_goto
0066 . MOV 6 1
0067 . MOV 7 3
0068 . CALL 5 1 3
0000 . . FUNCF 4 ; ssa.lua:52
0001 . . TDUP 2 1
0002 . . TGETS 3 1 2 ; "label"
0003 . . TSETB 3 2 2
0004 . . TSETS 2 0 0 ; "control"
0005 . . RET0 0 1
0069 . JMP 5 => 0094
0094 . RET0 0 1
0036 JMP 5 => 0094
0094 RET0 0 1
---- TRACE 2 abort ssa.lua:79 -- retry recording
---- TRACE 2 start ssa.lua:55
0001 GGET 4 0 ; "assert"
0002 GGET 5 1 ; "type"
0003 MOV 6 0
0004 CALL 5 2 2
0000 . FUNCC ; type
0005 ISEQS 5 2 ; "table"
0006 JMP 5 => 0009
0009 KPRI 5 2
0010 CALL 4 1 2
0000 . FUNCC ; assert
0011 TGETB 4 0 1
0012 ISNES 4 3 ; "if"
0013 JMP 5 => 0037
0037 ISNES 4 4 ; "let"
0038 JMP 5 => 0056
0056 ISNES 4 10 ; "true"
0057 JMP 5 => 0063
0063 ISNES 4 11 ; "false"
0064 JMP 5 => 0070
0065 UGET 5 2 ; finish_goto
0066 MOV 6 1
0067 MOV 7 3
0068 CALL 5 1 3
0000 . FUNCF 4 ; ssa.lua:52
0001 . TDUP 2 1
0002 . TGETS 3 1 2 ; "label"
0003 . TSETB 3 2 2
0004 . TSETS 2 0 0 ; "control"
0005 . RET0 0 1
0069 JMP 5 => 0094
0094 RET0 0 1
---- TRACE 2 IR
.... SNAP #0 [ ---- ---- ---- ---- ---- ]
0001 rbp fun SLOAD #0 R
0002 rbx tab FLOAD 0001 func.env
0003 rsi p32 HREF 0002 "assert"
0004 > p32 EQ 0003 [0x405d9458]
0005 r15 tab FLOAD 0002 tab.meta
0006 > tab NE 0005 [NULL]
0007 int FLOAD 0005 tab.hmask
0008 > int EQ 0007 +1 
0009 r15 p32 FLOAD 0005 tab.node
0010 > p32 HREFK 0009 "__index" @1
0011 r15 > tab HLOAD 0010
0012 int FLOAD 0011 tab.hmask
0013 > int EQ 0012 +63 
0014 r15 p32 FLOAD 0011 tab.node
0015 > p32 HREFK 0014 "assert" @3
0016 > fun HLOAD 0015
0017 rsi p32 HREF 0002 "type"
0018 > p32 EQ 0017 [0x405d9458]
0019 > p32 HREFK 0014 "type" @60
0020 > fun HLOAD 0019
0021 rbx > tab SLOAD #1 T
0022 > fun EQ 0020 type
0023 > fun EQ 0016 assert
0024 int FLOAD 0021 tab.asize
0025 > int ABC 0024 +1 
0026 rbx p32 FLOAD 0021 tab.array
0027 p32 AREF 0026 +1 
0028 rbx > str ALOAD 0027
.... SNAP #1 [ ---- ---- ---- ---- ---- 0028 ]
0029 > str NE 0028 "if"
.... SNAP #2 [ ---- ---- ---- ---- ---- 0028 ]
0030 > str NE 0028 "let"
.... SNAP #3 [ ---- ---- ---- ---- ---- 0028 ]
0031 > str NE 0028 "true"
.... SNAP #4 [ ---- ---- ---- ---- ---- 0028 ]
0032 > str EQ 0028 "false"
.... SNAP #5 [ ---- ---- ---- ---- ---- 0028 ]
0033 > fun EQ 0001 ssa.lua:55
0034 rbp > tab SLOAD #2 T
0035 r15 > tab SLOAD #4 T
0036 [8] > tab TDUP {0x405eaf58}
0037 int FLOAD 0035 tab.hmask
0038 > int EQ 0037 +1 
0039 r15 p32 FLOAD 0035 tab.node
0040 > p32 HREFK 0039 "label" @1
0041 r15 > str HLOAD 0040
0042 rax p32 FLOAD 0036 tab.array
0043 p32 AREF 0042 +2 
0044 str ASTORE 0043 0041
.... SNAP #6 [ ssa.lua:55|---- ---- ---- ---- 0028 ssa.lua:52|0034 ---- 0036 ---- ]
0045 rsi p32 HREF 0034 "control"
0046 > p32 EQ 0045 [0x405d9458]
0047 tab FLOAD 0034 tab.meta
0048 > tab EQ 0047 [NULL]
0049 rbx p32 NEWREF 0034 "control"
0050 tab HSTORE 0049 0036
0051 nil TBAR 0034
.... SNAP #7 [ ssa.lua:55|]
---- TRACE 2 mcode 719
0bcbfb6e mov dword [0x405d9410], 0x2
0bcbfb79 mov edi, [0x405d93d8]
0bcbfb80 cmp edi, [0x405d93dc]
0bcbfb87 jb 0x0bcbfba0
0bcbfb89 mov esi, 0x1
0bcbfb8e mov edi, 0x405d93b8
0bcbfb93 call 0x00421730 ->lj_gc_step_jit
0bcbfb98 test eax, eax
0bcbfb9a jnz 0x0bcb0010 ->0
0bcbfba0 mov edi, [0x405d94b0]
0bcbfba7 mov edx, [0x405d94b4]
0bcbfbae mov ebp, [rdx-0x8]
0bcbfbb1 mov ebx, [rbp+0x8]
0bcbfbb4 mov esi, [rbx+0x1c]
0bcbfbb7 and esi, 0xce2b6183
0bcbfbbd lea esi, [rsi+rsi*2]
0bcbfbc0 shl esi, 0x03
0bcbfbc3 add esi, [rbx+0x14]
0bcbfbc6 cmp dword [rsi+0xc], -0x05
0bcbfbca jnz 0x0bcbfbd9
0bcbfbcc cmp dword [rsi+0x8], 0x405dbdb0
0bcbfbd3 jz 0x0bcb0010 ->0
0bcbfbd9 mov esi, [rsi+0x10]
0bcbfbdc test esi, esi
0bcbfbde jnz 0x0bcbfbc6
0bcbfbe0 mov r15d, [rbx+0x10]
0bcbfbe4 test r15d, r15d
0bcbfbe7 jz 0x0bcb0010 ->0
0bcbfbed cmp dword [r15+0x1c], +0x01
0bcbfbf2 jnz 0x0bcb0010 ->0
0bcbfbf8 mov r15d, [r15+0x14]
0bcbfbfc mov rsi, 0xfffffffb405db4c8
0bcbfc06 cmp rsi, [r15+0x20]
0bcbfc0a jnz 0x0bcb0010 ->0
0bcbfc10 cmp dword [r15+0x1c], -0x0c
0bcbfc15 jnz 0x0bcb0010 ->0
0bcbfc1b mov r15d, [r15+0x18]
0bcbfc1f cmp dword [r15+0x1c], +0x3f
0bcbfc24 jnz 0x0bcb0010 ->0
0bcbfc2a mov r15d, [r15+0x14]
0bcbfc2e mov rsi, 0xfffffffb405dbdb0
0bcbfc38 cmp rsi, [r15+0x50]
0bcbfc3c jnz 0x0bcb0010 ->0
0bcbfc42 cmp dword [r15+0x4c], -0x09
0bcbfc47 jnz 0x0bcb0010 ->0
0bcbfc4d mov esi, [rbx+0x1c]
0bcbfc50 and esi, 0x798a813c
0bcbfc56 lea esi, [rsi+rsi*2]
0bcbfc59 shl esi, 0x03
0bcbfc5c add esi, [rbx+0x14]
0bcbfc5f cmp dword [rsi+0xc], -0x05
0bcbfc63 jnz 0x0bcbfc72
0bcbfc65 cmp dword [rsi+0x8], 0x405dbfb0
0bcbfc6c jz 0x0bcb0010 ->0
0bcbfc72 mov esi, [rsi+0x10]
0bcbfc75 test esi, esi
0bcbfc77 jnz 0x0bcbfc5f
0bcbfc79 mov rsi, 0xfffffffb405dbfb0
0bcbfc83 cmp rsi, [r15+0x5a8]
0bcbfc8a jnz 0x0bcb0010 ->0
0bcbfc90 cmp dword [r15+0x5a4], -0x09
0bcbfc98 jnz 0x0bcb0010 ->0
0bcbfc9e cmp dword [rdx+0x4], -0x0c
0bcbfca2 jnz 0x0bcb0010 ->0
0bcbfca8 mov ebx, [rdx]
0bcbfcaa cmp dword [r15+0x5a0], 0x405dbf18
0bcbfcb5 jnz 0x0bcb0010 ->0
0bcbfcbb cmp dword [r15+0x48], 0x405dbd88
0bcbfcc3 jnz 0x0bcb0010 ->0
0bcbfcc9 cmp dword [rbx+0x18], +0x01
0bcbfccd jbe 0x0bcb0010 ->0
0bcbfcd3 mov ebx, [rbx+0x8]
0bcbfcd6 cmp dword [rbx+0xc], -0x05
0bcbfcda jnz 0x0bcb0010 ->0
0bcbfce0 mov ebx, [rbx+0x8]
0bcbfce3 cmp ebx, 0x405db8f8
0bcbfce9 jz 0x0bcb0014 ->1
0bcbfcef cmp ebx, 0x405edce0
0bcbfcf5 jz 0x0bcb0018 ->2
0bcbfcfb cmp ebx, 0x405dba18
0bcbfd01 jz 0x0bcb001c ->3
0bcbfd07 cmp ebx, 0x405db870
0bcbfd0d jnz 0x0bcb0020 ->4
0bcbfd13 cmp ebp, 0x400ba6d8
0bcbfd19 jnz 0x0bcb0024 ->5
0bcbfd1f cmp dword [rdx+0xc], -0x0c
0bcbfd23 jnz 0x0bcb0024 ->5
0bcbfd29 mov ebp, [rdx+0x8]
0bcbfd2c cmp dword [rdx+0x1c], -0x0c
0bcbfd30 jnz 0x0bcb0024 ->5
0bcbfd36 mov r15d, [rdx+0x18]
0bcbfd3a mov esi, 0x405eaf58
0bcbfd3f call 0x004223c0 ->lj_tab_dup
0bcbfd44 mov [rsp+0x8], eax
0bcbfd48 mov edi, [0x405d94b0]
0bcbfd4f cmp dword [r15+0x1c], +0x01
0bcbfd54 jnz 0x0bcb0024 ->5
0bcbfd5a mov r15d, [r15+0x14]
0bcbfd5e mov rsi, 0xfffffffb400cb3e0
0bcbfd68 cmp rsi, [r15+0x20]
0bcbfd6c jnz 0x0bcb0024 ->5
0bcbfd72 cmp dword [r15+0x1c], -0x05
0bcbfd77 jnz 0x0bcb0024 ->5
0bcbfd7d mov r15d, [r15+0x18]
0bcbfd81 mov eax, [rax+0x8]
0bcbfd84 mov dword [rax+0x14], 0xfffffffb
0bcbfd8b mov [rax+0x10], r15d
0bcbfd8f mov esi, [rbp+0x1c]
0bcbfd92 and esi, 0x2a54dc55
0bcbfd98 lea esi, [rsi+rsi*2]
0bcbfd9b shl esi, 0x03
0bcbfd9e add esi, [rbp+0x14]
0bcbfda1 cmp dword [rsi+0xc], -0x05
0bcbfda5 jnz 0x0bcbfdb4
0bcbfda7 cmp dword [rsi+0x8], 0x400cbb48
0bcbfdae jz 0x0bcb0028 ->6
0bcbfdb4 mov esi, [rsi+0x10]
0bcbfdb7 test esi, esi
0bcbfdb9 jnz 0x0bcbfda1
0bcbfdbb cmp dword [rbp+0x10], +0x00
0bcbfdbf jnz 0x0bcb0028 ->6
0bcbfdc5 mov edx, 0x405d9448
0bcbfdca mov dword [rdx+0x4], 0xfffffffb
0bcbfdd1 mov dword [rdx], 0x400cbb48
0bcbfdd7 mov esi, ebp
0bcbfdd9 call 0x00422cf0 ->lj_tab_newkey
0bcbfdde mov ebx, eax
0bcbfde0 mov edx, [0x405d94b4]
0bcbfde7 mov eax, [rsp+0x8]
0bcbfdeb mov dword [rbx+0x4], 0xfffffff4
0bcbfdf2 mov [rbx], eax
0bcbfdf4 test byte [rbp+0x4], 0x4
0bcbfdf8 jz 0x0bcbfe0f
0bcbfdfa and byte [rbp+0x4], 0xfb
0bcbfdfe mov edi, [0x405d93f4]
0bcbfe05 mov [0x405d93f4], ebp
0bcbfe0c mov [rbp+0xc], edi
0bcbfe0f mov eax, [0x405d94b0]
0bcbfe16 mov eax, [rax+0x20]
0bcbfe19 sub eax, edx
0bcbfe1b cmp eax, +0x68
0bcbfe1e jb 0x0bcb002c ->7
0bcbfe24 mov dword [rdx-0x8], 0x400ba6d8
0bcbfe2b xor eax, eax
0bcbfe2d mov ebx, 0x400ccba8
0bcbfe32 mov r14d, 0x405da008
0bcbfe38 jmp 0x00420177
---- TRACE 2 stop -> return
---- TRACE 2 exit 1
---- TRACE 2 exit 4
---- TRACE 2 exit 1
---- TRACE 2 exit 4
---- TRACE 2 exit 1
---- TRACE 2 exit 4
---- TRACE 2 exit 4
---- TRACE 2 exit 6
---- TRACE 2 exit 6
---- TRACE 2 exit 6
---- TRACE 2 exit 4
---- TRACE 2 exit 1
---- TRACE 2 exit 1
---- TRACE 2 exit 1
---- TRACE 2 exit 4
---- TRACE 2 exit 2
Raw
dump.hotloop13
This file has been truncated, but you can view the full file.
---- TRACE 1 start ssa.lua:55
0001 GGET 4 0 ; "assert"
0002 GGET 5 1 ; "type"
0003 MOV 6 0
0004 CALL 5 2 2
0000 . FUNCC ; type
0005 ISEQS 5 2 ; "table"
0006 JMP 5 => 0009
0009 KPRI 5 2
0010 CALL 4 1 2
0000 . FUNCC ; assert
0011 TGETB 4 0 1
0012 ISNES 4 3 ; "if"
0013 JMP 5 => 0037
0037 ISNES 4 4 ; "let"
0038 JMP 5 => 0056
0056 ISNES 4 10 ; "true"
0057 JMP 5 => 0063
0063 ISNES 4 11 ; "false"
0064 JMP 5 => 0070
0070 ISNES 4 12 ; "match"
0071 JMP 5 => 0077
0077 ISNES 4 14 ; "fail"
0078 JMP 5 => 0084
0084 GGET 5 0 ; "assert"
0085 UGET 6 4 ; relops
0086 TGETV 6 6 4
0087 CALL 5 1 2
0000 . FUNCC ; assert
0088 UGET 5 5 ; finish_if
0089 MOV 6 1
0090 MOV 7 0
0091 MOV 8 2
0092 MOV 9 3
0093 CALL 5 1 5
0000 . FUNCF 6 ; ssa.lua:49
0001 . TDUP 4 1
0002 . TSETB 1 4 2
0003 . TGETS 5 2 2 ; "label"
0004 . TSETB 5 4 3
0005 . TGETS 5 3 2 ; "label"
0006 . TSETB 5 4 4
0007 . TSETS 4 0 0 ; "control"
0008 . RET0 0 1
0094 RET0 0 1
---- TRACE 1 IR
.... SNAP #0 [ ---- ---- ---- ---- ---- ]
0001 rbp fun SLOAD #0 R
0002 r15 tab FLOAD 0001 func.env
0003 rsi p32 HREF 0002 "assert"
0004 > p32 EQ 0003 [0x40eb3458]
0005 rbx tab FLOAD 0002 tab.meta
0006 > tab NE 0005 [NULL]
0007 int FLOAD 0005 tab.hmask
0008 > int EQ 0007 +1 
0009 rbx p32 FLOAD 0005 tab.node
0010 > p32 HREFK 0009 "__index" @1
0011 rbx > tab HLOAD 0010
0012 int FLOAD 0011 tab.hmask
0013 > int EQ 0012 +63 
0014 rbx p32 FLOAD 0011 tab.node
0015 > p32 HREFK 0014 "assert" @3
0016 > fun HLOAD 0015
0017 rsi p32 HREF 0002 "type"
0018 > p32 EQ 0017 [0x40eb3458]
0019 > p32 HREFK 0014 "type" @60
0020 > fun HLOAD 0019
0021 r15 > tab SLOAD #1 T
0022 > fun EQ 0020 type
0023 > fun EQ 0016 assert
0024 int FLOAD 0021 tab.asize
0025 > int ABC 0024 +1 
0026 rbx p32 FLOAD 0021 tab.array
0027 p32 AREF 0026 +1 
0028 rbx > str ALOAD 0027
.... SNAP #1 [ ---- ---- ---- ---- ---- 0028 ]
0029 > str NE 0028 "if"
.... SNAP #2 [ ---- ---- ---- ---- ---- 0028 ]
0030 > str NE 0028 "let"
.... SNAP #3 [ ---- ---- ---- ---- ---- 0028 ]
0031 > str NE 0028 "true"
.... SNAP #4 [ ---- ---- ---- ---- ---- 0028 ]
0032 > str NE 0028 "false"
.... SNAP #5 [ ---- ---- ---- ---- ---- 0028 ]
0033 > str NE 0028 "match"
.... SNAP #6 [ ---- ---- ---- ---- ---- 0028 ]
0034 > str NE 0028 "fail"
.... SNAP #7 [ ---- ---- ---- ---- ---- 0028 ]
0035 r14 > p32 UREFC 0001 #4
0036 r13 > tab ULOAD 0035
0037 r14 p32 HREF 0036 0028
0038 > tru HLOAD 0037
0039 > fun EQ 0001 ssa.lua:55
0040 rbp > tab SLOAD #2 T
0041 r13 > tab SLOAD #3 T
0042 r14 > tab SLOAD #4 T
0043 [8] > tab TDUP {0x41f91468}
0044 rax p32 FLOAD 0043 tab.array
0045 p32 AREF 0044 +2 
0046 tab ASTORE 0045 0021
.... SNAP #8 [ ssa.lua:55|---- ---- ---- ---- 0028 ssa.lua:49|0040 ---- 0041 0042 0043 ]
0047 int FLOAD 0041 tab.hmask
0048 > int EQ 0047 +1 
0049 r15 p32 FLOAD 0041 tab.node
0050 > p32 HREFK 0049 "label" @1
0051 r15 > str HLOAD 0050
0052 p32 AREF 0044 +3 
0053 str ASTORE 0052 0051
.... SNAP #9 [ ssa.lua:55|---- ---- ---- ---- 0028 ssa.lua:49|0040 ---- ---- 0042 0043 ---- ]
0054 int FLOAD 0042 tab.hmask
0055 > int EQ 0054 +1 
0056 r15 p32 FLOAD 0042 tab.node
0057 > p32 HREFK 0056 "label" @1
0058 r15 > str HLOAD 0057
0059 p32 AREF 0044 +4 
0060 str ASTORE 0059 0058
.... SNAP #10 [ ssa.lua:55|---- ---- ---- ---- 0028 ssa.lua:49|0040 ---- ---- ---- 0043 ---- ]
0061 rsi p32 HREF 0040 "control"
0062 > p32 EQ 0061 [0x40eb3458]
0063 tab FLOAD 0040 tab.meta
0064 > tab EQ 0063 [NULL]
0065 rbx p32 NEWREF 0040 "control"
0066 tab HSTORE 0065 0043
0067 nil TBAR 0040
.... SNAP #11 [ ssa.lua:55|]
---- TRACE 1 mcode 916
0bcbfc65 mov dword [0x40eb3410], 0x1
0bcbfc70 mov edi, [0x40eb33d8]
0bcbfc77 cmp edi, [0x40eb33dc]
0bcbfc7e jb 0x0bcbfc97
0bcbfc80 mov esi, 0x1
0bcbfc85 mov edi, 0x40eb33b8
0bcbfc8a call 0x00421730 ->lj_gc_step_jit
0bcbfc8f test eax, eax
0bcbfc91 jnz 0x0bcb0010 ->0
0bcbfc97 mov edi, [0x40eb34b0]
0bcbfc9e mov edx, [0x40eb34b4]
0bcbfca5 mov ebp, [rdx-0x8]
0bcbfca8 mov r15d, [rbp+0x8]
0bcbfcac mov esi, [r15+0x1c]
0bcbfcb0 and esi, 0xce2b6183
0bcbfcb6 lea esi, [rsi+rsi*2]
0bcbfcb9 shl esi, 0x03
0bcbfcbc add esi, [r15+0x14]
0bcbfcc0 cmp dword [rsi+0xc], -0x05
0bcbfcc4 jnz 0x0bcbfcd3
0bcbfcc6 cmp dword [rsi+0x8], 0x40eb5db0
0bcbfccd jz 0x0bcb0010 ->0
0bcbfcd3 mov esi, [rsi+0x10]
0bcbfcd6 test esi, esi
0bcbfcd8 jnz 0x0bcbfcc0
0bcbfcda mov ebx, [r15+0x10]
0bcbfcde test ebx, ebx
0bcbfce0 jz 0x0bcb0010 ->0
0bcbfce6 cmp dword [rbx+0x1c], +0x01
0bcbfcea jnz 0x0bcb0010 ->0
0bcbfcf0 mov ebx, [rbx+0x14]
0bcbfcf3 mov rsi, 0xfffffffb40eb54c8
0bcbfcfd cmp rsi, [rbx+0x20]
0bcbfd01 jnz 0x0bcb0010 ->0
0bcbfd07 cmp dword [rbx+0x1c], -0x0c
0bcbfd0b jnz 0x0bcb0010 ->0
0bcbfd11 mov ebx, [rbx+0x18]
0bcbfd14 cmp dword [rbx+0x1c], +0x3f
0bcbfd18 jnz 0x0bcb0010 ->0
0bcbfd1e mov ebx, [rbx+0x14]
0bcbfd21 mov rsi, 0xfffffffb40eb5db0
0bcbfd2b cmp rsi, [rbx+0x50]
0bcbfd2f jnz 0x0bcb0010 ->0
0bcbfd35 cmp dword [rbx+0x4c], -0x09
0bcbfd39 jnz 0x0bcb0010 ->0
0bcbfd3f mov esi, [r15+0x1c]
0bcbfd43 and esi, 0x798a813c
0bcbfd49 lea esi, [rsi+rsi*2]
0bcbfd4c shl esi, 0x03
0bcbfd4f add esi, [r15+0x14]
0bcbfd53 cmp dword [rsi+0xc], -0x05
0bcbfd57 jnz 0x0bcbfd66
0bcbfd59 cmp dword [rsi+0x8], 0x40eb5fb0
0bcbfd60 jz 0x0bcb0010 ->0
0bcbfd66 mov esi, [rsi+0x10]
0bcbfd69 test esi, esi
0bcbfd6b jnz 0x0bcbfd53
0bcbfd6d mov rsi, 0xfffffffb40eb5fb0
0bcbfd77 cmp rsi, [rbx+0x5a8]
0bcbfd7e jnz 0x0bcb0010 ->0
0bcbfd84 cmp dword [rbx+0x5a4], -0x09
0bcbfd8b jnz 0x0bcb0010 ->0
0bcbfd91 cmp dword [rdx+0x4], -0x0c
0bcbfd95 jnz 0x0bcb0010 ->0
0bcbfd9b mov r15d, [rdx]
0bcbfd9e cmp dword [rbx+0x5a0], 0x40eb5f18
0bcbfda8 jnz 0x0bcb0010 ->0
0bcbfdae cmp dword [rbx+0x48], 0x40eb5d88
0bcbfdb5 jnz 0x0bcb0010 ->0
0bcbfdbb cmp dword [r15+0x18], +0x01
0bcbfdc0 jbe 0x0bcb0010 ->0
0bcbfdc6 mov ebx, [r15+0x8]
0bcbfdca cmp dword [rbx+0xc], -0x05
0bcbfdce jnz 0x0bcb0010 ->0
0bcbfdd4 mov ebx, [rbx+0x8]
0bcbfdd7 cmp ebx, 0x40eb58f8
0bcbfddd jz 0x0bcb0014 ->1
0bcbfde3 cmp ebx, 0x41f91978
0bcbfde9 jz 0x0bcb0018 ->2
0bcbfdef cmp ebx, 0x40eb5a18
0bcbfdf5 jz 0x0bcb001c ->3
0bcbfdfb cmp ebx, 0x40eb5870
0bcbfe01 jz 0x0bcb0020 ->4
0bcbfe07 cmp ebx, 0x40eb8cb0
0bcbfe0d jz 0x0bcb0024 ->5
0bcbfe13 cmp ebx, 0x41f91a50
0bcbfe19 jz 0x0bcb0028 ->6
0bcbfe1f mov esi, [rbp+0x24]
0bcbfe22 cmp byte [rsi+0x6], 0x1
0bcbfe26 jnz 0x0bcb002c ->7
0bcbfe2c lea r14d, [rsi+0x8]
0bcbfe30 cmp dword [r14+0x4], -0x0c
0bcbfe35 jnz 0x0bcb002c ->7
0bcbfe3b mov r13d, [r14]
0bcbfe3e mov r14d, [r13+0x1c]
0bcbfe42 and r14d, [rbx+0x8]
0bcbfe46 lea r14d, [r14+r14*2]
0bcbfe4a shl r14d, 0x03
0bcbfe4e add r14d, [r13+0x14]
0bcbfe52 cmp dword [r14+0xc], -0x05
0bcbfe57 jnz 0x0bcbfe5f
0bcbfe59 cmp ebx, [r14+0x8]
0bcbfe5d jz 0x0bcbfe6e
0bcbfe5f mov r14d, [r14+0x10]
0bcbfe63 test r14d, r14d
0bcbfe66 jnz 0x0bcbfe52
0bcbfe68 mov r14d, 0x40eb3458
0bcbfe6e cmp dword [r14+0x4], -0x03
0bcbfe73 jnz 0x0bcb002c ->7
0bcbfe79 cmp ebp, 0x40ecf6e0
0bcbfe7f jnz 0x0bcb002c ->7
0bcbfe85 cmp dword [rdx+0xc], -0x0c
0bcbfe89 jnz 0x0bcb002c ->7
0bcbfe8f mov ebp, [rdx+0x8]
0bcbfe92 cmp dword [rdx+0x14], -0x0c
0bcbfe96 jnz 0x0bcb002c ->7
0bcbfe9c mov r13d, [rdx+0x10]
0bcbfea0 cmp dword [rdx+0x1c], -0x0c
0bcbfea4 jnz 0x0bcb002c ->7
0bcbfeaa mov r14d, [rdx+0x18]
0bcbfeae mov esi, 0x41f91468
0bcbfeb3 call 0x004223c0 ->lj_tab_dup
0bcbfeb8 mov [rsp+0x8], eax
0bcbfebc mov edi, [0x40eb34b0]
0bcbfec3 mov eax, [rax+0x8]
0bcbfec6 mov dword [rax+0x14], 0xfffffff4
0bcbfecd mov [rax+0x10], r15d
0bcbfed1 cmp dword [r13+0x1c], +0x01
0bcbfed6 jnz 0x0bcb0030 ->8
0bcbfedc mov r15d, [r13+0x14]
0bcbfee0 mov rsi, 0xfffffffb41f8f5d0
0bcbfeea cmp rsi, [r15+0x20]
0bcbfeee jnz 0x0bcb0030 ->8
0bcbfef4 cmp dword [r15+0x1c], -0x05
0bcbfef9 jnz 0x0bcb0030 ->8
0bcbfeff mov r15d, [r15+0x18]
0bcbff03 mov dword [rax+0x1c], 0xfffffffb
0bcbff0a mov [rax+0x18], r15d
0bcbff0e cmp dword [r14+0x1c], +0x01
0bcbff13 jnz 0x0bcb0034 ->9
0bcbff19 mov r15d, [r14+0x14]
0bcbff1d mov rsi, 0xfffffffb41f8f5d0
0bcbff27 cmp rsi, [r15+0x20]
0bcbff2b jnz 0x0bcb0034 ->9
0bcbff31 cmp dword [r15+0x1c], -0x05
0bcbff36 jnz 0x0bcb0034 ->9
0bcbff3c mov r15d, [r15+0x18]
0bcbff40 mov dword [rax+0x24], 0xfffffffb
0bcbff47 mov [rax+0x20], r15d
0bcbff4b mov esi, [rbp+0x1c]
0bcbff4e and esi, 0x2a54dc55
0bcbff54 lea esi, [rsi+rsi*2]
0bcbff57 shl esi, 0x03
0bcbff5a add esi, [rbp+0x14]
0bcbff5d cmp dword [rsi+0xc], -0x05
0bcbff61 jnz 0x0bcbff70
0bcbff63 cmp dword [rsi+0x8], 0x41f8fd38
0bcbff6a jz 0x0bcb0038 ->10
0bcbff70 mov esi, [rsi+0x10]
0bcbff73 test esi, esi
0bcbff75 jnz 0x0bcbff5d
0bcbff77 cmp dword [rbp+0x10], +0x00
0bcbff7b jnz 0x0bcb0038 ->10
0bcbff81 mov edx, 0x40eb3448
0bcbff86 mov dword [rdx+0x4], 0xfffffffb
0bcbff8d mov dword [rdx], 0x41f8fd38
0bcbff93 mov esi, ebp
0bcbff95 call 0x00422cf0 ->lj_tab_newkey
0bcbff9a mov ebx, eax
0bcbff9c mov edx, [0x40eb34b4]
0bcbffa3 mov eax, [rsp+0x8]
0bcbffa7 mov dword [rbx+0x4], 0xfffffff4
0bcbffae mov [rbx], eax
0bcbffb0 test byte [rbp+0x4], 0x4
0bcbffb4 jz 0x0bcbffcb
0bcbffb6 and byte [rbp+0x4], 0xfb
0bcbffba mov edi, [0x40eb33f4]
0bcbffc1 mov [0x40eb33f4], ebp
0bcbffc8 mov [rbp+0xc], edi
0bcbffcb mov eax, [0x40eb34b0]
0bcbffd2 mov eax, [rax+0x20]
0bcbffd5 sub eax, edx
0bcbffd7 cmp eax, +0x68
0bcbffda jb 0x0bcb003c ->11
0bcbffe0 mov dword [rdx-0x8], 0x40ecf6e0
0bcbffe7 xor eax, eax
0bcbffe9 mov ebx, 0x41f90c90
0bcbffee mov r14d, 0x40eb4008
0bcbfff4 jmp 0x00420177
---- TRACE 1 stop -> return
---- TRACE 1 exit 4
---- TRACE 1 exit 4
---- TRACE 1 exit 4
---- TRACE 1 exit 4
---- TRACE 1 exit 1
---- TRACE 2 start ssa.lua:39
0001 UGET 0 0 ; label_counter
0002 ADDVN 0 0 0 ; 1
0003 USETV 0 0 ; label_counter
0004 KSTR 0 0 ; "L"
0005 UGET 1 0 ; label_counter
0006 CAT 0 0 1
0007 TDUP 1 1
0008 TNEW 2 0
0009 TSETS 2 1 2 ; "bindings"
0010 TSETS 0 1 3 ; "label"
0011 UGET 2 1 ; ssa
0012 TGETS 2 2 4 ; "blocks"
0013 TSETV 1 2 0
0014 RET1 1 2
---- TRACE 2 IR
.... SNAP #0 [ ---- ]
0001 rbp fun SLOAD #0 R
0002 rbx > p32 UREFO 0001 #0
0003 xmm7 > num ULOAD 0002
0004 [10] num ADD 0003 +1 
0005 num USTORE 0002 0004
.... SNAP #1 [ ---- ---- ]
0006 str TOSTR 0004 NUM
0007 rdi p32 BUFHDR [0x40eb3414] RESET
0008 rdi p32 BUFPUT 0007 "L" 
0009 rdi p32 BUFPUT 0008 0006
0010 [c] str BUFSTR 0009 0007
0011 [8] > tab TDUP {0x41f902b8}
0012 r15 > tab TNEW #0 #0
0013 rbx p32 FLOAD 0011 tab.node
0014 p32 HREFK 0013 "bindings" @0
0015 tab HSTORE 0014 0012
0016 p32 HREFK 0013 "label" @1
0017 str HSTORE 0016 0010
.... SNAP #2 [ ---- 0010 0011 ---- ]
0018 rbp > p32 UREFO 0001 #1
0019 rbp > tab ULOAD 0018
0020 int FLOAD 0019 tab.hmask
0021 > int EQ 0020 +1 
0022 rbp p32 FLOAD 0019 tab.node
0023 > p32 HREFK 0022 "blocks" @0
0024 rbp > tab HLOAD 0023
0025 rsi p32 HREF 0024 0010
0026 > p32 EQ 0025 [0x40eb3458]
0027 tab FLOAD 0024 tab.meta
0028 > tab EQ 0027 [NULL]
0029 rbx p32 NEWREF 0024 0010
0030 tab HSTORE 0029 0011
0031 nil TBAR 0024
0032 p32 FREF 0024 tab.nomm
0033 u8  FSTORE 0032 +0 
.... SNAP #3 [ ---- ---- 0011 ]
---- TRACE 2 mcode 441
0bcbfaa9 add rsp, -0x10
0bcbfaad mov dword [0x40eb3410], 0x2
0bcbfab8 mov edi, [0x40eb33d8]
0bcbfabf cmp edi, [0x40eb33dc]
0bcbfac6 jb 0x0bcbfadf
0bcbfac8 mov esi, 0x3
0bcbfacd mov edi, 0x40eb33b8
0bcbfad2 call 0x00421730 ->lj_gc_step_jit
0bcbfad7 test eax, eax
0bcbfad9 jnz 0x0bcb0010 ->0
0bcbfadf mov edx, [0x40eb34b4]
0bcbfae6 mov ebp, [rdx-0x8]
0bcbfae9 mov edi, [rbp+0x14]
0bcbfaec mov ebx, [rdi+0x10]
0bcbfaef cmp dword [rbx+0x4], 0xfffeffff
0bcbfaf6 jnb 0x0bcb0010 ->0
0bcbfafc movsd xmm7, [rbx]
0bcbfb00 addsd xmm7, [0x41bafd78]
0bcbfb09 movsd [rsp+0x10], xmm7
0bcbfb0f movsd [rbx], xmm7
0bcbfb13 mov edi, 0x40eb3414
0bcbfb18 mov esi, [rdi+0x8]
0bcbfb1b mov [rdi], esi
0bcbfb1d mov esi, 0x4c
0bcbfb22 call 0x00421b60 ->lj_buf_putchar
0bcbfb27 mov edi, eax
0bcbfb29 lea rsi, [rsp+0x10]
0bcbfb2e call 0x0040a3c0 ->lj_strfmt_putnum
0bcbfb33 mov edi, eax
0bcbfb35 call 0x00421ff0 ->lj_buf_tostr
0bcbfb3a mov [rsp+0xc], eax
0bcbfb3e mov edi, [0x40eb34b0]
0bcbfb45 mov esi, 0x41f902b8
0bcbfb4a call 0x004223c0 ->lj_tab_dup
0bcbfb4f mov ebx, eax
0bcbfb51 mov [rsp+0x8], ebx
0bcbfb55 mov edi, [0x40eb34b0]
0bcbfb5c xor esi, esi
0bcbfb5e call 0x00422350 ->lj_tab_new1
0bcbfb63 mov r15d, eax
0bcbfb66 mov edi, [0x40eb34b0]
0bcbfb6d mov eax, [rsp+0xc]
0bcbfb71 mov ebx, [rbx+0x14]
0bcbfb74 mov dword [rbx+0x4], 0xfffffff4
0bcbfb7b mov [rbx], r15d
0bcbfb7e mov dword [rbx+0x1c], 0xfffffffb
0bcbfb85 mov [rbx+0x18], eax
0bcbfb88 mov esi, [rbp+0x18]
0bcbfb8b mov ebp, [rsi+0x10]
0bcbfb8e cmp dword [rbp+0x4], -0x0c
0bcbfb92 jnz 0x0bcb0018 ->2
0bcbfb98 mov ebp, [rbp+0x0]
0bcbfb9b cmp dword [rbp+0x1c], +0x01
0bcbfb9f jnz 0x0bcb0018 ->2
0bcbfba5 mov ebp, [rbp+0x14]
0bcbfba8 mov rsi, 0xfffffffb41f8f530
0bcbfbb2 cmp rsi, [rbp+0x8]
0bcbfbb6 jnz 0x0bcb0018 ->2
0bcbfbbc cmp dword [rbp+0x4], -0x0c
0bcbfbc0 jnz 0x0bcb0018 ->2
0bcbfbc6 mov ebp, [rbp+0x0]
0bcbfbc9 mov esi, [rbp+0x1c]
0bcbfbcc and esi, [rax+0x8]
0bcbfbcf lea esi, [rsi+rsi*2]
0bcbfbd2 shl esi, 0x03
0bcbfbd5 add esi, [rbp+0x14]
0bcbfbd8 cmp dword [rsi+0xc], -0x05
0bcbfbdc jnz 0x0bcbfbe7
0bcbfbde cmp eax, [rsi+0x8]
0bcbfbe1 jz 0x0bcb0018 ->2
0bcbfbe7 mov esi, [rsi+0x10]
0bcbfbea test esi, esi
0bcbfbec jnz 0x0bcbfbd8
0bcbfbee cmp dword [rbp+0x10], +0x00
0bcbfbf2 jnz 0x0bcb0018 ->2
0bcbfbf8 mov edx, 0x40eb3448
0bcbfbfd mov dword [rdx+0x4], 0xfffffffb
0bcbfc04 mov [rdx], eax
0bcbfc06 mov esi, ebp
0bcbfc08 call 0x00422cf0 ->lj_tab_newkey
0bcbfc0d mov ebx, eax
0bcbfc0f mov edx, [0x40eb34b4]
0bcbfc16 mov eax, [rsp+0x8]
0bcbfc1a mov dword [rbx+0x4], 0xfffffff4
0bcbfc21 mov [rbx], eax
0bcbfc23 test byte [rbp+0x4], 0x4
0bcbfc27 jz 0x0bcbfc3e
0bcbfc29 and byte [rbp+0x4], 0xfb
0bcbfc2d mov edi, [0x40eb33f4]
0bcbfc34 mov [0x40eb33f4], ebp
0bcbfc3b mov [rbp+0xc], edi
0bcbfc3e mov byte [rbp+0x6], 0x0
0bcbfc42 mov dword [rdx+0xc], 0xfffffff4
0bcbfc49 mov [rdx+0x8], eax
0bcbfc4c xor eax, eax
0bcbfc4e mov ebx, 0x41f90f58
0bcbfc53 mov r14d, 0x40eb4008
0bcbfc59 add rsp, +0x10
0bcbfc5d jmp 0x00420177
---- TRACE 2 stop -> return
---- TRACE 1 exit 1
---- TRACE 1 exit 1
---- TRACE 1 exit 4
---- TRACE 1 exit 4
---- TRACE 1 exit 4
---- TRACE 1 exit 4
---- TRACE 1 exit 4
---- TRACE 1 exit 5
---- TRACE 1 exit 1
---- TRACE 1 exit 1
---- TRACE 1 exit 1
---- TRACE 1 exit 2
---- TRACE 1 exit 1
---- TRACE 1 exit 1
---- TRACE 1 exit 1
---- TRACE 1 exit 3
---- TRACE 1 exit 1
---- TRACE 3 start 1/1 ssa.lua:59
0014 UGET 5 0 ; add_block
0015 CALL 5 2 1
0000 . JFUNCF 3 2 ; ssa.lua:39
0001 . UGET 0 0 ; label_counter
0002 . ADDVN 0 0 0 ; 1
0003 . USETV 0 0 ; label_counter
0004 . KSTR 0 0 ; "L"
0005 . UGET 1 0 ; label_counter
0006 . CAT 0 0 1
0007 . TDUP 1 1
0008 . TNEW 2 0
0009 . TSETS 2 1 2 ; "bindings"
0010 . TSETS 0 1 3 ; "label"
0011 . UGET 2 1 ; ssa
0012 . TGETS 2 2 4 ; "blocks"
0013 . TSETV 1 2 0
0014 . RET1 1 2
0016 UGET 6 0 ; add_block
0017 CALL 6 2 1
0000 . JFUNCF 3 2 ; ssa.lua:39
0001 . UGET 0 0 ; label_counter
0002 . ADDVN 0 0 0 ; 1
0003 . USETV 0 0 ; label_counter
0004 . KSTR 0 0 ; "L"
0005 . UGET 1 0 ; label_counter
0006 . CAT 0 0 1
0007 . TDUP 1 1
0008 . TNEW 2 0
0009 . TSETS 2 1 2 ; "bindings"
0010 . TSETS 0 1 3 ; "label"
0011 . UGET 2 1 ; ssa
0012 . TGETS 2 2 4 ; "blocks"
0013 . TSETV 1 2 0
0014 . RET1 1 2
0018 UGET 7 1 ; compile_bool
0019 TGETB 8 0 2
0020 MOV 9 1
0021 MOV 10 5
0022 MOV 11 6
0023 CALL 7 1 5
0000 . JFUNCF 13 1 ; ssa.lua:55
0001 . GGET 4 0 ; "assert"
0002 . GGET 5 1 ; "type"
0003 . MOV 6 0
0004 . CALL 5 2 2
0000 . . FUNCC ; type
0005 . ISEQS 5 2 ; "table"
0006 . JMP 5 => 0009
0009 . KPRI 5 2
0010 . CALL 4 1 2
0000 . . FUNCC ; assert
0011 . TGETB 4 0 1
0012 . ISNES 4 3 ; "if"
0013 . JMP 5 => 0037
0037 . ISNES 4 4 ; "let"
0038 . JMP 5 => 0056
0056 . ISNES 4 10 ; "true"
0057 . JMP 5 => 0063
0063 . ISNES 4 11 ; "false"
0064 . JMP 5 => 0070
0070 . ISNES 4 12 ; "match"
0071 . JMP 5 => 0077
0077 . ISNES 4 14 ; "fail"
0078 . JMP 5 => 0084
0084 . GGET 5 0 ; "assert"
0085 . UGET 6 4 ; relops
0086 . TGETV 6 6 4
0087 . CALL 5 1 2
0000 . . FUNCC ; assert
0088 . UGET 5 5 ; finish_if
0089 . MOV 6 1
0090 . MOV 7 0
0091 . MOV 8 2
0092 . MOV 9 3
0093 . CALL 5 1 5
0000 . . FUNCF 6 ; ssa.lua:49
0001 . . TDUP 4 1
0002 . . TSETB 1 4 2
0003 . . TGETS 5 2 2 ; "label"
0004 . . TSETB 5 4 3
0005 . . TGETS 5 3 2 ; "label"
0006 . . TSETB 5 4 4
0007 . . TSETS 4 0 0 ; "control"
0008 . . RET0 0 1
0094 . RET0 0 1
0024 UGET 7 1 ; compile_bool
0025 TGETB 8 0 3
0026 MOV 9 5
0027 MOV 10 2
0028 MOV 11 3
0029 CALL 7 1 5
0000 . JFUNCF 13 1 ; ssa.lua:55
0001 . GGET 4 0 ; "assert"
0002 . GGET 5 1 ; "type"
0003 . MOV 6 0
0004 . CALL 5 2 2
0000 . . FUNCC ; type
0005 . ISEQS 5 2 ; "table"
0006 . JMP 5 => 0009
0009 . KPRI 5 2
0010 . CALL 4 1 2
0000 . . FUNCC ; assert
0011 . TGETB 4 0 1
0012 . ISNES 4 3 ; "if"
0013 . JMP 5 => 0037
0014 . UGET 5 0 ; add_block
0015 . CALL 5 2 1
0000 . . JFUNCF 3 2 ; ssa.lua:39
0001 . . UGET 0 0 ; label_counter
0002 . . ADDVN 0 0 0 ; 1
0003 . . USETV 0 0 ; label_counter
0004 . . KSTR 0 0 ; "L"
0005 . . UGET 1 0 ; label_counter
0006 . . CAT 0 0 1
0007 . . TDUP 1 1
0008 . . TNEW 2 0
0009 . . TSETS 2 1 2 ; "bindings"
0010 . . TSETS 0 1 3 ; "label"
0011 . . UGET 2 1 ; ssa
0012 . . TGETS 2 2 4 ; "blocks"
0013 . . TSETV 1 2 0
0014 . . RET1 1 2
0016 . UGET 6 0 ; add_block
0017 . CALL 6 2 1
0000 . . JFUNCF 3 2 ; ssa.lua:39
0001 . . UGET 0 0 ; label_counter
0002 . . ADDVN 0 0 0 ; 1
0003 . . USETV 0 0 ; label_counter
0004 . . KSTR 0 0 ; "L"
0005 . . UGET 1 0 ; label_counter
0006 . . CAT 0 0 1
0007 . . TDUP 1 1
0008 . . TNEW 2 0
0009 . . TSETS 2 1 2 ; "bindings"
0010 . . TSETS 0 1 3 ; "label"
0011 . . UGET 2 1 ; ssa
0012 . . TGETS 2 2 4 ; "blocks"
0013 . . TSETV 1 2 0
0014 . . RET1 1 2
0018 . UGET 7 1 ; compile_bool
0019 . TGETB 8 0 2
0020 . MOV 9 1
0021 . MOV 10 5
0022 . MOV 11 6
0023 . CALL 7 1 5
0000 . . JFUNCF 13 1 ; ssa.lua:55
0001 . . GGET 4 0 ; "assert"
0002 . . GGET 5 1 ; "type"
0003 . . MOV 6 0
0004 . . CALL 5 2 2
0000 . . . FUNCC ; type
0005 . . ISEQS 5 2 ; "table"
0006 . . JMP 5 => 0009
0009 . . KPRI 5 2
0010 . . CALL 4 1 2
0000 . . . FUNCC ; assert
0011 . . TGETB 4 0 1
0012 . . ISNES 4 3 ; "if"
0013 . . JMP 5 => 0037
0037 . . ISNES 4 4 ; "let"
0038 . . JMP 5 => 0056
0056 . . ISNES 4 10 ; "true"
0057 . . JMP 5 => 0063
0063 . . ISNES 4 11 ; "false"
0064 . . JMP 5 => 0070
0070 . . ISNES 4 12 ; "match"
0071 . . JMP 5 => 0077
0077 . . ISNES 4 14 ; "fail"
0078 . . JMP 5 => 0084
0084 . . GGET 5 0 ; "assert"
0085 . . UGET 6 4 ; relops
0086 . . TGETV 6 6 4
0087 . . CALL 5 1 2
0000 . . . FUNCC ; assert
0088 . . UGET 5 5 ; finish_if
0089 . . MOV 6 1
0090 . . MOV 7 0
0091 . . MOV 8 2
0092 . . MOV 9 3
0093 . . CALL 5 1 5
0000 . . . FUNCF 6 ; ssa.lua:49
0001 . . . TDUP 4 1
0002 . . . TSETB 1 4 2
0003 . . . TGETS 5 2 2 ; "label"
0004 . . . TSETB 5 4 3
0005 . . . TGETS 5 3 2 ; "label"
0006 . . . TSETB 5 4 4
0007 . . . TSETS 4 0 0 ; "control"
0008 . . . RET0 0 1
0094 . . RET0 0 1
0024 . UGET 7 1 ; compile_bool
0025 . TGETB 8 0 3
0026 . MOV 9 5
0027 . MOV 10 2
0028 . MOV 11 3
0029 . CALL 7 1 5
0000 . . JFUNCF 13 1 ; ssa.lua:55
0001 . . GGET 4 0 ; "assert"
0002 . . GGET 5 1 ; "type"
0003 . . MOV 6 0
0004 . . CALL 5 2 2
0000 . . . FUNCC ; type
0005 . . ISEQS 5 2 ; "table"
0006 . . JMP 5 => 0009
0009 . . KPRI 5 2
0010 . . CALL 4 1 2
0000 . . . FUNCC ; assert
0011 . . TGETB 4 0 1
0012 . . ISNES 4 3 ; "if"
0013 . . JMP 5 => 0037
0037 . . ISNES 4 4 ; "let"
0038 . . JMP 5 => 0056
0056 . . ISNES 4 10 ; "true"
0057 . . JMP 5 => 0063
0063 . . ISNES 4 11 ; "false"
0064 . . JMP 5 => 0070
0070 . . ISNES 4 12 ; "match"
0071 . . JMP 5 => 0077
0077 . . ISNES 4 14 ; "fail"
0078 . . JMP 5 => 0084
0084 . . GGET 5 0 ; "assert"
0085 . . UGET 6 4 ; relops
0086 . . TGETV 6 6 4
0087 . . CALL 5 1 2
0000 . . . FUNCC ; assert
0088 . . UGET 5 5 ; finish_if
0089 . . MOV 6 1
0090 . . MOV 7 0
0091 . . MOV 8 2
0092 . . MOV 9 3
0093 . . CALL 5 1 5
0000 . . . FUNCF 6 ; ssa.lua:49
0001 . . . TDUP 4 1
0002 . . . TSETB 1 4 2
0003 . . . TGETS 5 2 2 ; "label"
0004 . . . TSETB 5 4 3
0005 . . . TGETS 5 3 2 ; "label"
0006 . . . TSETB 5 4 4
0007 . . . TSETS 4 0 0 ; "control"
0008 . . . RET0 0 1
0094 . . RET0 0 1
0030 . UGET 7 1 ; compile_bool
0031 . TGETB 8 0 4
0032 . MOV 9 6
0033 . MOV 10 2
0034 . MOV 11 3
0035 . CALL 7 1 5
0000 . . JFUNCF 13 1 ; ssa.lua:55
0001 . . GGET 4 0 ; "assert"
0002 . . GGET 5 1 ; "type"
0003 . . MOV 6 0
0004 . . CALL 5 2 2
0000 . . . FUNCC ; type
0005 . . ISEQS 5 2 ; "table"
0006 . . JMP 5 => 0009
0009 . . KPRI 5 2
0010 . . CALL 4 1 2
0000 . . . FUNCC ; assert
0011 . . TGETB 4 0 1
0012 . . ISNES 4 3 ; "if"
0013 . . JMP 5 => 0037
0037 . . ISNES 4 4 ; "let"
0038 . . JMP 5 => 0056
0056 . . ISNES 4 10 ; "true"
0057 . . JMP 5 => 0063
0063 . . ISNES 4 11 ; "false"
0064 . . JMP 5 => 0070
0070 . . ISNES 4 12 ; "match"
0071 . . JMP 5 => 0077
0077 . . ISNES 4 14 ; "fail"
0078 . . JMP 5 => 0084
0079 . . UGET 5 3 ; finish_return
0080 . . MOV 6 1
0081 . . TDUP 7 15
0082 . . CALL 5 1 3
0000 . . . FUNCF 3 ; ssa.lua:46
0001 . . . TDUP 2 1
0002 . . . TSETB 1 2 2
0003 . . . TSETS 2 0 0 ; "control"
0004 . . . RET0 0 1
0083 . . JMP 5 => 0094
0094 . . RET0 0 1
0036 . JMP 5 => 0094
0094 . RET0 0 1
0030 UGET 7 1 ; compile_bool
0031 TGETB 8 0 4
0032 MOV 9 6
0033 MOV 10 2
0034 MOV 11 3
0035 CALL 7 1 5
0000 . JFUNCF 13 1 ; ssa.lua:55
0001 . GGET 4 0 ; "assert"
0002 . GGET 5 1 ; "type"
0003 . MOV 6 0
0004 . CALL 5 2 2
0000 . . FUNCC ; type
0005 . ISEQS 5 2 ; "table"
0006 . JMP 5 => 0009
0009 . KPRI 5 2
0010 . CALL 4 1 2
0000 . . FUNCC ; assert
0011 . TGETB 4 0 1
0012 . ISNES 4 3 ; "if"
0013 . JMP 5 => 0037
0037 . ISNES 4 4 ; "let"
0038 . JMP 5 => 0056
0056 . ISNES 4 10 ; "true"
0057 . JMP 5 => 0063
0063 . ISNES 4 11 ; "false"
0064 . JMP 5 => 0070
0065 . UGET 5 2 ; finish_goto
0066 . MOV 6 1
0067 . MOV 7 3
0068 . CALL 5 1 3
0000 . . FUNCF 4 ; ssa.lua:52
0001 . . TDUP 2 1
0002 . . TGETS 3 1 2 ; "label"
0003 . . TSETB 3 2 2
0004 . . TSETS 2 0 0 ; "control"
0005 . . RET0 0 1
0069 . JMP 5 => 0094
0094 . RET0 0 1
0036 JMP 5 => 0094
0094 RET0 0 1
0036 JMP 5 => 0094
0094 RET0 0 1
---- TRACE 3 abort ssa.lua:79 -- down-recursion, restarting
---- TRACE 3 start ssa.lua:79
0094 RET0 0 1
0024 UGET 7 1 ; compile_bool
0025 TGETB 8 0 3
0026 MOV 9 5
0027 MOV 10 2
0028 MOV 11 3
0029 CALL 7 1 5
0000 . JFUNCF 13 1 ; ssa.lua:55
0001 . GGET 4 0 ; "assert"
0002 . GGET 5 1 ; "type"
0003 . MOV 6 0
0004 . CALL 5 2 2
0000 . . FUNCC ; type
0005 . ISEQS 5 2 ; "table"
0006 . JMP 5 => 0009
0009 . KPRI 5 2
0010 . CALL 4 1 2
0000 . . FUNCC ; assert
0011 . TGETB 4 0 1
0012 . ISNES 4 3 ; "if"
0013 . JMP 5 => 0037
0037 . ISNES 4 4 ; "let"
0038 . JMP 5 => 0056
0056 . ISNES 4 10 ; "true"
0057 . JMP 5 => 0063
0063 . ISNES 4 11 ; "false"
0064 . JMP 5 => 0070
0070 . ISNES 4 12 ; "match"
0071 . JMP 5 => 0077
0077 . ISNES 4 14 ; "fail"
0078 . JMP 5 => 0084
0084 . GGET 5 0 ; "assert"
0085 . UGET 6 4 ; relops
0086 . TGETV 6 6 4
0087 . CALL 5 1 2
0000 . . FUNCC ; assert
0088 . UGET 5 5 ; finish_if
0089 . MOV 6 1
0090 . MOV 7 0
0091 . MOV 8 2
0092 . MOV 9 3
0093 . CALL 5 1 5
0000 . . FUNCF 6 ; ssa.lua:49
0001 . . TDUP 4 1
0002 . . TSETB 1 4 2
0003 . . TGETS 5 2 2 ; "label"
0004 . . TSETB 5 4 3
0005 . . TGETS 5 3 2 ; "label"
0006 . . TSETB 5 4 4
0007 . . TSETS 4 0 0 ; "control"
0008 . . RET0 0 1
0094 . RET0 0 1
0030 UGET 7 1 ; compile_bool
0031 TGETB 8 0 4
0032 MOV 9 6
0033 MOV 10 2
0034 MOV 11 3
0035 CALL 7 1 5
0000 . JFUNCF 13 1 ; ssa.lua:55
0001 . GGET 4 0 ; "assert"
0002 . GGET 5 1 ; "type"
0003 . MOV 6 0
0004 . CALL 5 2 2
0000 . . FUNCC ; type
0005 . ISEQS 5 2 ; "table"
0006 . JMP 5 => 0009
0009 . KPRI 5 2
0010 . CALL 4 1 2
0000 . . FUNCC ; assert
0011 . TGETB 4 0 1
0012 . ISNES 4 3 ; "if"
0013 . JMP 5 => 0037
0037 . ISNES 4 4 ; "let"
0038 . JMP 5 => 0056
0056 . ISNES 4 10 ; "true"
0057 . JMP 5 => 0063
0063 . ISNES 4 11 ; "false"
0064 . JMP 5 => 0070
0065 . UGET 5 2 ; finish_goto
0066 . MOV 6 1
0067 . MOV 7 3
0068 . CALL 5 1 3
0000 . . FUNCF 4 ; ssa.lua:52
0001 . . TDUP 2 1
0002 . . TGETS 3 1 2 ; "label"
0003 . . TSETB 3 2 2
0004 . . TSETS 2 0 0 ; "control"
0005 . . RET0 0 1
0069 . JMP 5 => 0094
0094 . RET0 0 1
0036 JMP 5 => 0094
0094 RET0 0 1
0024 UGET 7 1 ; compile_bool
0025 TGETB 8 0 3
0026 MOV 9 5
0027 MOV 10 2
0028 MOV 11 3
0029 CALL 7 1 5
0000 . JFUNCF 13 1 ; ssa.lua:55
0001 . GGET 4 0 ; "assert"
0002 . GGET 5 1 ; "type"
0003 . MOV 6 0
0004 . CALL 5 2 2
0000 . . FUNCC ; type
0005 . ISEQS 5 2 ; "table"
0006 . JMP 5 => 0009
0009 . KPRI 5 2
0010 . CALL 4 1 2
0000 . . FUNCC ; assert
0011 . TGETB 4 0 1
0012 . ISNES 4 3 ; "if"
0013 . JMP 5 => 0037
0014 . UGET 5 0 ; add_block
0015 . CALL 5 2 1
0000 . . JFUNCF 3 2 ; ssa.lua:39
0001 . . UGET 0 0 ; label_counter
0002 . . ADDVN 0 0 0 ; 1
0003 . . USETV 0 0 ; label_counter
0004 . . KSTR 0 0 ; "L"
0005 . . UGET 1 0 ; label_counter
0006 . . CAT 0 0 1
0007 . . TDUP 1 1
0008 . . TNEW 2 0
0009 . . TSETS 2 1 2 ; "bindings"
0010 . . TSETS 0 1 3 ; "label"
0011 . . UGET 2 1 ; ssa
0012 . . TGETS 2 2 4 ; "blocks"
0013 . . TSETV 1 2 0
0014 . . RET1 1 2
0016 . UGET 6 0 ; add_block
0017 . CALL 6 2 1
0000 . . JFUNCF 3 2 ; ssa.lua:39
0001 . . UGET 0 0 ; label_counter
0002 . . ADDVN 0 0 0 ; 1
0003 . . USETV 0 0 ; label_counter
0004 . . KSTR 0 0 ; "L"
0005 . . UGET 1 0 ; label_counter
0006 . . CAT 0 0 1
0007 . . TDUP 1 1
0008 . . TNEW 2 0
0009 . . TSETS 2 1 2 ; "bindings"
0010 . . TSETS 0 1 3 ; "label"
0011 . . UGET 2 1 ; ssa
0012 . . TGETS 2 2 4 ; "blocks"
0013 . . TSETV 1 2 0
0014 . . RET1 1 2
0018 . UGET 7 1 ; compile_bool
0019 . TGETB 8 0 2
0020 . MOV 9 1
0021 . MOV 10 5
0022 . MOV 11 6
0023 . CALL 7 1 5
0000 . . JFUNCF 13 1 ; ssa.lua:55
0001 . . GGET 4 0 ; "assert"
0002 . . GGET 5 1 ; "type"
0003 . . MOV 6 0
0004 . . CALL 5 2 2
0000 . . . FUNCC ; type
0005 . . ISEQS 5 2 ; "table"
0006 . . JMP 5 => 0009
0009 . . KPRI 5 2
0010 . . CALL 4 1 2
0000 . . . FUNCC ; assert
0011 . . TGETB 4 0 1
0012 . . ISNES 4 3 ; "if"
0013 . . JMP 5 => 0037
0037 . . ISNES 4 4 ; "let"
0038 . . JMP 5 => 0056
0056 . . ISNES 4 10 ; "true"
0057 . . JMP 5 => 0063
0063 . . ISNES 4 11 ; "false"
0064 . . JMP 5 => 0070
0070 . . ISNES 4 12 ; "match"
0071 . . JMP 5 => 0077
0077 . . ISNES 4 14 ; "fail"
0078 . . JMP 5 => 0084
0084 . . GGET 5 0 ; "assert"
0085 . . UGET 6 4 ; relops
0086 . . TGETV 6 6 4
0087 . . CALL 5 1 2
0000 . . . FUNCC ; assert
0088 . . UGET 5 5 ; finish_if
0089 . . MOV 6 1
0090 . . MOV 7 0
0091 . . MOV 8 2
0092 . . MOV 9 3
0093 . . CALL 5 1 5
0000 . . . FUNCF 6 ; ssa.lua:49
0001 . . . TDUP 4 1
0002 . . . TSETB 1 4 2
0003 . . . TGETS 5 2 2 ; "label"
0004 . . . TSETB 5 4 3
0005 . . . TGETS 5 3 2 ; "label"
0006 . . . TSETB 5 4 4
0007 . . . TSETS 4 0 0 ; "control"
0008 . . . RET0 0 1
0094 . . RET0 0 1
0024 . UGET 7 1 ; compile_bool
0025 . TGETB 8 0 3
0026 . MOV 9 5
0027 . MOV 10 2
0028 . MOV 11 3
0029 . CALL 7 1 5
0000 . . JFUNCF 13 1 ; ssa.lua:55
0001 . . GGET 4 0 ; "assert"
0002 . . GGET 5 1 ; "type"
0003 . . MOV 6 0
0004 . . CALL 5 2 2
0000 . . . FUNCC ; type
0005 . . ISEQS 5 2 ; "table"
0006 . . JMP 5 => 0009
0009 . . KPRI 5 2
0010 . . CALL 4 1 2
0000 . . . FUNCC ; assert
0011 . . TGETB 4 0 1
0012 . . ISNES 4 3 ; "if"
0013 . . JMP 5 => 0037
0037 . . ISNES 4 4 ; "let"
0038 . . JMP 5 => 0056
0056 . . ISNES 4 10 ; "true"
0057 . . JMP 5 => 0063
0063 . . ISNES 4 11 ; "false"
0064 . . JMP 5 => 0070
0070 . . ISNES 4 12 ; "match"
0071 . . JMP 5 => 0077
0077 . . ISNES 4 14 ; "fail"
0078 . . JMP 5 => 0084
0084 . . GGET 5 0 ; "assert"
0085 . . UGET 6 4 ; relops
0086 . . TGETV 6 6 4
0087 . . CALL 5 1 2
0000 . . . FUNCC ; assert
0088 . . UGET 5 5 ; finish_if
0089 . . MOV 6 1
0090 . . MOV 7 0
0091 . . MOV 8 2
0092 . . MOV 9 3
0093 . . CALL 5 1 5
0000 . . . FUNCF 6 ; ssa.lua:49
0001 . . . TDUP 4 1
0002 . . . TSETB 1 4 2
0003 . . . TGETS 5 2 2 ; "label"
0004 . . . TSETB 5 4 3
0005 . . . TGETS 5 3 2 ; "label"
0006 . . . TSETB 5 4 4
0007 . . . TSETS 4 0 0 ; "control"
0008 . . . RET0 0 1
0094 . . RET0 0 1
0030 . UGET 7 1 ; compile_bool
0031 . TGETB 8 0 4
0032 . MOV 9 6
0033 . MOV 10 2
0034 . MOV 11 3
0035 . CALL 7 1 5
0000 . . JFUNCF 13 1 ; ssa.lua:55
0001 . . GGET 4 0 ; "assert"
0002 . . GGET 5 1 ; "type"
0003 . . MOV 6 0
0004 . . CALL 5 2 2
0000 . . . FUNCC ; type
0005 . . ISEQS 5 2 ; "table"
0006 . . JMP 5 => 0009
0009 . . KPRI 5 2
0010 . . CALL 4 1 2
0000 . . . FUNCC ; assert
0011 . . TGETB 4 0 1
0012 . . ISNES 4 3 ; "if"
0013 . . JMP 5 => 0037
0037 . . ISNES 4 4 ; "let"
0038 . . JMP 5 => 0056
0056 . . ISNES 4 10 ; "true"
0057 . . JMP 5 => 0063
0063 . . ISNES 4 11 ; "false"
0064 . . JMP 5 => 0070
0065 . . UGET 5 2 ; finish_goto
0066 . . MOV 6 1
0067 . . MOV 7 3
0068 . . CALL 5 1 3
0000 . . . FUNCF 4 ; ssa.lua:52
0001 . . . TDUP 2 1
0002 . . . TGETS 3 1 2 ; "label"
0003 . . . TSETB 3 2 2
0004 . . . TSETS 2 0 0 ; "control"
0005 . . . RET0 0 1
0069 . . JMP 5 => 0094
0094 . . RET0 0 1
0036 . JMP 5 => 0094
0094 . RET0 0 1
0030 UGET 7 1 ; compile_bool
0031 TGETB 8 0 4
0032 MOV 9 6
0033 MOV 10 2
0034 MOV 11 3
0035 CALL 7 1 5
0000 . JFUNCF 13 1 ; ssa.lua:55
0001 . GGET 4 0 ; "assert"
0002 . GGET 5 1 ; "type"
0003 . MOV 6 0
0004 . CALL 5 2 2
0000 . . FUNCC ; type
0005 . ISEQS 5 2 ; "table"
0006 . JMP 5 => 0009
0009 . KPRI 5 2
0010 . CALL 4 1 2
0000 . . FUNCC ; assert
0011 . TGETB 4 0 1
0012 . ISNES 4 3 ; "if"
0013 . JMP 5 => 0037
0037 . ISNES 4 4 ; "let"
0038 . JMP 5 => 0056
0056 . ISNES 4 10 ; "true"
0057 . JMP 5 => 0063
0063 . ISNES 4 11 ; "false"
0064 . JMP 5 => 0070
0065 . UGET 5 2 ; finish_goto
0066 . MOV 6 1
0067 . MOV 7 3
0068 . CALL 5 1 3
0000 . . FUNCF 4 ; ssa.lua:52
0001 . . TDUP 2 1
0002 . . TGETS 3 1 2 ; "label"
0003 . . TSETB 3 2 2
0004 . . TSETS 2 0 0 ; "control"
0005 . . RET0 0 1
0069 . JMP 5 => 0094
0094 . RET0 0 1
0036 JMP 5 => 0094
0094 RET0 0 1
0055 JMP 5 => 0094
0094 RET0 0 1
---- TRACE 3 IR
.... SNAP #0 [ ---- ]
.... SNAP #1 [ ---- ]
0002 > p32 RETF proto: 0x41f90ad8 [0x41f90b78]
.... SNAP #2 [ ---- ---- ---- ---- ---- ---- ---- ---- ]
0003 fun SLOAD #0 R
0004 > fun EQ 0003 ssa.lua:55
0005 rbx > tab SLOAD #1 T
0006 int FLOAD 0005 tab.asize
0007 > int ABC 0006 +3 
0008 r15 p32 FLOAD 0005 tab.array
0009 p32 AREF 0008 +3 
0010 [7c] > tab ALOAD 0009
0011 [78] > tab SLOAD #6 T
0012 r14 > tab SLOAD #3 T
0013 r13 > tab SLOAD #4 T
0014 [48] tab FLOAD ssa.lua:55 func.env
0015 rsi p32 HREF 0014 "assert"
0016 > p32 EQ 0015 [0x40eb3458]
0017 [3c] tab FLOAD 0014 tab.meta
0018 > tab NE 0017 [NULL]
0019 int FLOAD 0017 tab.hmask
0020 > int EQ 0019 +1 
0021 rsi p32 FLOAD 0017 tab.node
0022 > p32 HREFK 0021 "__index" @1
0023 rsi > tab HLOAD 0022
0024 int FLOAD 0023 tab.hmask
0025 > int EQ 0024 +63 
0026 rsi p32 FLOAD 0023 tab.node
0027 > p32 HREFK 0026 "assert" @3
0028 > fun HLOAD 0027
0029 rdx p32 HREF 0014 "type"
0030 > p32 EQ 0029 [0x40eb3458]
0031 > p32 HREFK 0026 "type" @60
0032 > fun HLOAD 0031
0033 > fun EQ 0032 type
0034 > fun EQ 0028 assert
0035 int FLOAD 0010 tab.asize
0036 > int ABC 0035 +1 
0037 rsi p32 FLOAD 0010 tab.array
0038 p32 AREF 0037 +1 
0039 [74] > str ALOAD 0038
.... SNAP #3 [ ssa.lua:55|---- ---- ---- ---- ---- ---- ---- ssa.lua:55|0010 0011 0012 0013 0039 ]
0040 > str NE 0039 "if"
.... SNAP #4 [ ssa.lua:55|---- ---- ---- ---- ---- ---- ---- ssa.lua:55|0010 0011 0012 0013 0039 ]
0041 > str NE 0039 "let"
.... SNAP #5 [ ssa.lua:55|---- ---- ---- ---- ---- ---- ---- ssa.lua:55|0010 0011 0012 0013 0039 ]
0042 > str NE 0039 "true"
.... SNAP #6 [ ssa.lua:55|---- ---- ---- ---- ---- ---- ---- ssa.lua:55|0010 0011 0012 0013 0039 ]
0043 > str NE 0039 "false"
.... SNAP #7 [ ssa.lua:55|---- ---- ---- ---- ---- ---- ---- ssa.lua:55|0010 0011 0012 0013 0039 ]
0044 > str NE 0039 "match"
.... SNAP #8 [ ssa.lua:55|---- ---- ---- ---- ---- ---- ---- ssa.lua:55|0010 0011 0012 0013 0039 ]
0045 > str NE 0039 "fail"
.... SNAP #9 [ ssa.lua:55|---- ---- ---- ---- ---- ---- ---- ssa.lua:55|0010 0011 0012 0013 0039 ]
0046 > p32 UREFC ssa.lua:55 #4
0047 [40] > tab ULOAD 0046
0048 rsi p32 HREF 0047 0039
0049 > tru HLOAD 0048
0050 [70] > tab TDUP {0x41f91468}
0051 rax p32 FLOAD 0050 tab.array
0052 p32 AREF 0051 +2 
0053 tab ASTORE 0052 0010
.... SNAP #10 [ ssa.lua:55|---- ---- ---- ---- ---- ---- ---- ssa.lua:55|0010 0011 0012 0013 0039 ssa.lua:49|0011 ---- 0012 0013 0050 ]
0054 int FLOAD 0012 tab.hmask
0055 > int EQ 0054 +1 
0056 r15 p32 FLOAD 0012 tab.node
0057 > p32 HREFK 0056 "label" @1
0058 r15 > str HLOAD 0057
0059 p32 AREF 0051 +3 
0060 str ASTORE 0059 0058
.... SNAP #11 [ ssa.lua:55|---- ---- ---- ---- ---- ---- ---- ssa.lua:55|0010 0011 0012 0013 0039 ssa.lua:49|0011 ---- ---- 0013 0050 ---- ]
0061 int FLOAD 0013 tab.hmask
0062 > int EQ 0061 +1 
0063 r15 p32 FLOAD 0013 tab.node
0064 > p32 HREFK 0063 "label" @1
0065 r15 > str HLOAD 0064
0066 p32 AREF 0051 +4 
0067 str ASTORE 0066 0065
.... SNAP #12 [ ssa.lua:55|---- ---- ---- ---- ---- ---- ---- ssa.lua:55|0010 0011 0012 0013 0039 ssa.lua:49|0011 ---- ---- ---- 0050 ---- ]
0068 rdx p32 HREF 0011 "control"
0069 > p32 EQ 0068 [0x40eb3458]
0070 tab FLOAD 0011 tab.meta
0071 > tab EQ 0070 [NULL]
0072 r15 p32 NEWREF 0011 "control"
0073 tab HSTORE 0072 0050
0074 nil TBAR 0011
.... SNAP #13 [ ssa.lua:55|---- ---- ---- ---- ---- ---- ---- ssa.lua:55|0010 0011 0012 0013 0039 ssa.lua:49|---- ---- ---- ---- ---- ---- ]
0075 int FLOAD 0005 tab.asize
0076 > int ABC 0075 +4 
0077 rbx p32 FLOAD 0005 tab.array
0078 p32 AREF 0077 +4 
0079 r15 > tab ALOAD 0078
0080 rbx > tab SLOAD #7 T
0081 rax p32 HREF 0014 "assert"
0082 > p32 EQ 0081 [0x40eb3458]
0083 int FLOAD 0017 tab.hmask
0084 > int EQ 0083 +1 
0085 r12 p32 FLOAD 0017 tab.node
0086 > p32 HREFK 0085 "__index" @1
0087 r12 > tab HLOAD 0086
0088 int FLOAD 0087 tab.hmask
0089 > int EQ 0088 +63 
0090 r12 p32 FLOAD 0087 tab.node
0091 > p32 HREFK 0090 "assert" @3
0092 > fun HLOAD 0091
0093 rax p32 HREF 0014 "type"
0094 > p32 EQ 0093 [0x40eb3458]
0095 > p32 HREFK 0090 "type" @60
0096 > fun HLOAD 0095
0097 > fun EQ 0096 type
0098 > fun EQ 0092 assert
0099 int FLOAD 0079 tab.asize
0100 > int ABC 0099 +1 
0101 r12 p32 FLOAD 0079 tab.array
0102 p32 AREF 0101 +1 
0103 r12 > str ALOAD 0102
.... SNAP #14 [ ssa.lua:55|---- ---- ---- ---- ---- ---- ---- ssa.lua:55|0079 0080 0012 0013 0103 ]
0104 > str NE 0103 "if"
.... SNAP #15 [ ssa.lua:55|---- ---- ---- ---- ---- ---- ---- ssa.lua:55|0079 0080 0012 0013 0103 ]
0105 > str NE 0103 "let"
.... SNAP #16 [ ssa.lua:55|---- ---- ---- ---- ---- ---- ---- ssa.lua:55|0079 0080 0012 0013 0103 ]
0106 > str NE 0103 "true"
.... SNAP #17 [ ssa.lua:55|---- ---- ---- ---- ---- ---- ---- ssa.lua:55|0079 0080 0012 0013 0103 ]
0107 > str EQ 0103 "false"
.... SNAP #18 [ ssa.lua:55|---- ---- ---- ---- ---- ---- ---- ssa.lua:55|0079 0080 0012 0013 0103 ]
0108 [6c] > tab TDUP {0x41f91748}
0109 int FLOAD 0013 tab.hmask
0110 > int EQ 0109 +1 
0111 rsi p32 FLOAD 0013 tab.node
0112 > p32 HREFK 0111 "label" @1
0113 rsi > str HLOAD 0112
0114 rax p32 FLOAD 0108 tab.array
0115 p32 AREF 0114 +2 
0116 str ASTORE 0115 0113
.... SNAP #19 [ ssa.lua:55|---- ---- ---- ---- ---- ---- ---- ssa.lua:55|0079 0080 0012 0013 0103 ssa.lua:52|0080 ---- 0108 ---- ]
0117 rsi p32 HREF 0080 "control"
0118 > p32 EQ 0117 [0x40eb3458]
0119 tab FLOAD 0080 tab.meta
0120 > tab EQ 0119 [NULL]
0121 r15 p32 NEWREF 0080 "control"
0122 tab HSTORE 0121 0108
0123 nil TBAR 0080
.... SNAP #20 [ ssa.lua:55|---- ---- ---- ---- ---- ]
0124 > p32 RETF proto: 0x41f90ad8 [0x41f90b78]
.... SNAP #21 [ ---- ---- ---- ---- ---- ---- ---- ---- ]
0125 fun SLOAD #0 R
0126 > fun EQ 0125 ssa.lua:55
0127 rbx > tab SLOAD #1 T
0128 int FLOAD 0127 tab.asize
0129 > int ABC 0128 +3 
0130 r15 p32 FLOAD 0127 tab.array
0131 p32 AREF 0130 +3 
0132 [18] > tab ALOAD 0131
0133 [14] > tab SLOAD #6 T
0134 r15 > tab SLOAD #3 T
0135 r14 > tab SLOAD #4 T
0136 rdi p32 HREF 0014 "assert"
0137 > p32 EQ 0136 [0x40eb3458]
0138 int FLOAD 0017 tab.hmask
0139 > int EQ 0138 +1 
0140 r12 p32 FLOAD 0017 tab.node
0141 > p32 HREFK 0140 "__index" @1
0142 r12 > tab HLOAD 0141
0143 int FLOAD 0142 tab.hmask
0144 > int EQ 0143 +63 
0145 r12 p32 FLOAD 0142 tab.node
0146 > p32 HREFK 0145 "assert" @3
0147 > fun HLOAD 0146
0148 rdi p32 HREF 0014 "type"
0149 > p32 EQ 0148 [0x40eb3458]
0150 > p32 HREFK 0145 "type" @60
0151 > fun HLOAD 0150
0152 > fun EQ 0151 type
0153 > fun EQ 0147 assert
0154 int FLOAD 0132 tab.asize
0155 > int ABC 0154 +1 
0156 r12 p32 FLOAD 0132 tab.array
0157 p32 AREF 0156 +1 
0158 [10] > str ALOAD 0157
.... SNAP #22 [ ssa.lua:55|---- ---- ---- ---- ---- ---- ---- ssa.lua:55|0132 0133 0134 0135 0158 ]
0159 > str EQ 0158 "if"
.... SNAP #23 [ ssa.lua:55|---- ---- ---- ---- ---- ---- ---- ssa.lua:55|0132 0133 0134 0135 0158 ]
0160 [64] > p32 UREFO ssa.lua:39 #0
0161 xmm7 > num ULOAD 0160
0162 [58] num ADD 0161 +1 
0163 num USTORE 0160 0162
.... SNAP #24 [ ssa.lua:55|---- ---- ---- ---- ---- ---- ---- ssa.lua:55|0132 0133 0134 0135 0158 ssa.lua:39|---- ]
0164 str TOSTR 0162 NUM
0165 rdi p32 BUFHDR [0x40eb3414] RESET
0166 rdi p32 BUFPUT 0165 "L" 
0167 rdi p32 BUFPUT 0166 0164
0168 [68] str BUFSTR 0167 0165
0169 [c] > tab TDUP {0x41f902b8}
0170 rsi > tab TNEW #0 #0
0171 r12 p32 FLOAD 0169 tab.node
0172 p32 HREFK 0171 "bindings" @2
0173 tab HSTORE 0172 0170
0174 p32 HREFK 0171 "label" @3
0175 str HSTORE 0174 0168
.... SNAP #25 [ ssa.lua:55|---- ---- ---- ---- ---- ---- ---- ssa.lua:55|0132 0133 0134 0135 0158 ssa.lua:39|0168 0169 ---- ]
0176 r12 > p32 UREFO ssa.lua:39 #1
0177 r12 > tab ULOAD 0176
0178 int FLOAD 0177 tab.hmask
0179 > int EQ 0178 +1 
0180 rsi p32 FLOAD 0177 tab.node
0181 > p32 HREFK 0180 "blocks" @0
0182 [60] > tab HLOAD 0181
0183 rdx p32 HREF 0182 0168
0184 > p32 EQ 0183 [0x40eb3458]
0185 tab FLOAD 0182 tab.meta
0186 > tab EQ 0185 [NULL]
0187 rax p32 NEWREF 0182 0168
0188 tab HSTORE 0187 0169
0189 nil TBAR 0182
0190 p32 FREF 0182 tab.nomm
0191 u8  FSTORE 0190 +0 
0192 [50] num ADD 0162 +1 
0193 num USTORE 0160 0192
.... SNAP #26 [ ssa.lua:55|---- ---- ---- ---- ---- ---- ---- ssa.lua:55|0132 0133 0134 0135 0158 0169 ssa.lua:39|---- ]
0194 str TOSTR 0192 NUM
0195 rdi p32 BUFHDR [0x40eb3414] RESET
0196 rdi p32 BUFPUT 0195 "L" 
0197 rdi p32 BUFPUT 0196 0194
0198 [4c] str BUFSTR 0197 0195
0199 [28] > tab TDUP {0x41f902b8}
0200 rsi > tab TNEW #0 #0
0201 [1c] p32 FLOAD 0199 tab.node
0202 p32 HREFK 0201 "bindings" @2
0203 tab HSTORE 0202 0200
0204 p32 HREFK 0201 "label" @3
0205 str HSTORE 0204 0198
.... SNAP #27 [ ssa.lua:55|---- ---- ---- ---- ---- ---- ---- ssa.lua:55|0132 0133 0134 0135 0158 0169 ssa.lua:39|0198 0199 ---- ]
0206 int FLOAD 0177 tab.hmask
0207 > int EQ 0206 +1 
0208 r12 p32 FLOAD 0177 tab.node
0209 > p32 HREFK 0208 "blocks" @0
0210 r12 > tab HLOAD 0209
0211 rsi p32 HREF 0210 0198
0212 > p32 EQ 0211 [0x40eb3458]
0213 tab FLOAD 0210 tab.meta
0214 > tab EQ 0213 [NULL]
0215 rax p32 NEWREF 0210 0198
0216 tab HSTORE 0215 0199
0217 nil TBAR 0210
0218 p32 FREF 0210 tab.nomm
0219 u8  FSTORE 0218 +0 
.... SNAP #28 [ ssa.lua:55|---- ---- ---- ---- ---- ---- ---- ssa.lua:55|0132 0133 0134 0135 0158 0169 ssa.lua:39|---- 0199 ---- ]
0220 int FLOAD 0132 tab.asize
0221 > int ABC 0220 +2 
0222 r12 p32 FLOAD 0132 tab.array
0223 p32 AREF 0222 +2 
0224 r12 > tab ALOAD 0223
0225 rcx p32 HREF 0014 "assert"
0226 > p32 EQ 0225 [0x40eb3458]
0227 int FLOAD 0017 tab.hmask
0228 > int EQ 0227 +1 
0229 rsi p32 FLOAD 0017 tab.node
0230 > p32 HREFK 0229 "__index" @1
0231 rsi > tab HLOAD 0230
0232 int FLOAD 0231 tab.hmask
0233 > int EQ 0232 +63 
0234 rsi p32 FLOAD 0231 tab.node
0235 > p32 HREFK 0234 "assert" @3
0236 > fun HLOAD 0235
0237 rcx p32 HREF 0014 "type"
0238 > p32 EQ 0237 [0x40eb3458]
0239 > p32 HREFK 0234 "type" @60
0240 > fun HLOAD 0239
0241 > fun EQ 0240 type
0242 > fun EQ 0236 assert
0243 int FLOAD 0224 tab.asize
0244 > int ABC 0243 +1 
0245 rsi p32 FLOAD 0224 tab.array
0246 p32 AREF 0245 +1 
0247 [38] > str ALOAD 0246
.... SNAP #29 [ ssa.lua:55|---- ---- ---- ---- ---- ---- ---- ssa.lua:55|0132 0133 0134 0135 0158 0169 0199 ssa.lua:55|0224 0133 0169 0199 0247 ]
0248 > str NE 0247 "if"
.... SNAP #30 [ ssa.lua:55|---- ---- ---- ---- ---- ---- ---- ssa.lua:55|0132 0133 0134 0135 0158 0169 0199 ssa.lua:55|0224 0133 0169 0199 0247 ]
0249 > str NE 0247 "let"
.... SNAP #31 [ ssa.lua:55|---- ---- ---- ---- ---- ---- ---- ssa.lua:55|0132 0133 0134 0135 0158 0169 0199 ssa.lua:55|0224 0133 0169 0199 0247 ]
0250 > str NE 0247 "true"
.... SNAP #32 [ ssa.lua:55|---- ---- ---- ---- ---- ---- ---- ssa.lua:55|0132 0133 0134 0135 0158 0169 0199 ssa.lua:55|0224 0133 0169 0199 0247 ]
0251 > str NE 0247 "false"
.... SNAP #33 [ ssa.lua:55|---- ---- ---- ---- ---- ---- ---- ssa.lua:55|0132 0133 0134 0135 0158 0169 0199 ssa.lua:55|0224 0133 0169 0199 0247 ]
0252 > str NE 0247 "match"
.... SNAP #34 [ ssa.lua:55|---- ---- ---- ---- ---- ---- ---- ssa.lua:55|0132 0133 0134 0135 0158 0169 0199 ssa.lua:55|0224 0133 0169 0199 0247 ]
0253 > str NE 0247 "fail"
.... SNAP #35 [ ssa.lua:55|---- ---- ---- ---- ---- ---- ---- ssa.lua:55|0132 0133 0134 0135 0158 0169 0199 ssa.lua:55|0224 0133 0169 0199 0247 ]
0254 rsi p32 HREF 0047 0247
0255 > tru HLOAD 0254
0256 [44] > tab TDUP {0x41f91468}
0257 rdx p32 FLOAD 0256 tab.array
0258 p32 AREF 0257 +2 
0259 tab ASTORE 0258 0224
.... SNAP #36 [ ssa.lua:55|---- ---- ---- ---- ---- ---- ---- ssa.lua:55|0132 0133 0134 0135 0158 0169 0199 ssa.lua:55|0224 0133 0169 0199 0247 ssa.lua:49|0133 ---- 0169 0199 0256 ]
0260 int FLOAD 0169 tab.hmask
0261 > int EQ 0260 +3 
0262 [2c] p32 FLOAD 0169 tab.node
0263 > p32 HREFK 0262 "label" @3
0264 rcx > str HLOAD 0263
0265 p32 AREF 0257 +3 
0266 str ASTORE 0265 0264
0267 p32 AREF 0257 +4 
0268 str ASTORE 0267 0198
.... SNAP #37 [ ssa.lua:55|---- ---- ---- ---- ---- ---- ---- ssa.lua:55|0132 0133 0134 0135 0158 0169 0199 ssa.lua:55|0224 0133 0169 0199 0247 ssa.lua:49|0133 ---- ---- ---- 0256 ---- ]
0269 rdx p32 HREF 0133 "control"
0270 > p32 EQ 0269 [0x40eb3458]
0271 tab FLOAD 0133 tab.meta
0272 > tab EQ 0271 [NULL]
0273 r9 p32 NEWREF 0133 "control"
0274 tab HSTORE 0273 0256
0275 nil TBAR 0133
.... SNAP #38 [ ssa.lua:55|---- ---- ---- ---- ---- ---- ---- ssa.lua:55|0132 0133 0134 0135 0158 0169 0199 ssa.lua:55|0224 0133 0169 0199 0247 ssa.lua:49|---- ---- ---- ---- ---- ---- ]
0276 int FLOAD 0132 tab.asize
0277 > int ABC 0276 +4 
0278 [30] p32 FLOAD 0132 tab.array
0279 p32 AREF 0278 +3 
0280 r13 > tab ALOAD 0279
0281 rax p32 HREF 0014 "assert"
0282 > p32 EQ 0281 [0x40eb3458]
0283 int FLOAD 0017 tab.hmask
0284 > int EQ 0283 +1 
0285 rdx p32 FLOAD 0017 tab.node
0286 > p32 HREFK 0285 "__index" @1
0287 rdx > tab HLOAD 0286
0288 int FLOAD 0287 tab.hmask
0289 > int EQ 0288 +63 
0290 rdx p32 FLOAD 0287 tab.node
0291 > p32 HREFK 0290 "assert" @3
0292 > fun HLOAD 0291
0293 rax p32 HREF 0014 "type"
0294 > p32 EQ 0293 [0x40eb3458]
0295 > p32 HREFK 0290 "type" @60
0296 > fun HLOAD 0295
0297 > fun EQ 0296 type
0298 > fun EQ 0292 assert
0299 int FLOAD 0280 tab.asize
0300 > int ABC 0299 +1 
0301 rdx p32 FLOAD 0280 tab.array
0302 p32 AREF 0301 +1 
0303 [34] > str ALOAD 0302
.... SNAP #39 [ ssa.lua:55|---- ---- ---- ---- ---- ---- ---- ssa.lua:55|0132 0133 0134 0135 0158 0169 0199 ssa.lua:55|0280 0169 0134 0135 0303 ]
0304 > str NE 0303 "if"
.... SNAP #40 [ ssa.lua:55|---- ---- ---- ---- ---- ---- ---- ssa.lua:55|0132 0133 0134 0135 0158 0169 0199 ssa.lua:55|0280 0169 0134 0135 0303 ]
0305 > str NE 0303 "let"
.... SNAP #41 [ ssa.lua:55|---- ---- ---- ---- ---- ---- ---- ssa.lua:55|0132 0133 0134 0135 0158 0169 0199 ssa.lua:55|0280 0169 0134 0135 0303 ]
0306 > str NE 0303 "true"
.... SNAP #42 [ ssa.lua:55|---- ---- ---- ---- ---- ---- ---- ssa.lua:55|0132 0133 0134 0135 0158 0169 0199 ssa.lua:55|0280 0169 0134 0135 0303 ]
0307 > str NE 0303 "false"
.... SNAP #43 [ ssa.lua:55|---- ---- ---- ---- ---- ---- ---- ssa.lua:55|0132 0133 0134 0135 0158 0169 0199 ssa.lua:55|0280 0169 0134 0135 0303 ]
0308 > str NE 0303 "match"
.... SNAP #44 [ ssa.lua:55|---- ---- ---- ---- ---- ---- ---- ssa.lua:55|0132 0133 0134 0135 0158 0169 0199 ssa.lua:55|0280 0169 0134 0135 0303 ]
0309 > str NE 0303 "fail"
.... SNAP #45 [ ssa.lua:55|---- ---- ---- ---- ---- ---- ---- ssa.lua:55|0132 0133 0134 0135 0158 0169 0199 ssa.lua:55|0280 0169 0134 0135 0303 ]
0310 r12 p32 HREF 0047 0303
0311 > tru HLOAD 0310
0312 rax > tab TDUP {0x41f91468}
0313 r11 p32 FLOAD 0312 tab.array
0314 p32 AREF 0313 +2 
0315 tab ASTORE 0314 0280
.... SNAP #46 [ ssa.lua:55|---- ---- ---- ---- ---- ---- ---- ssa.lua:55|0132 0133 0134 0135 0158 0169 0199 ssa.lua:55|0280 0169 0134 0135 0303 ssa.lua:49|0169 ---- 0134 0135 0312 ]
0316 int FLOAD 0134 tab.hmask
0317 > int EQ 0316 +1 
0318 r12 p32 FLOAD 0134 tab.node
0319 > p32 HREFK 0318 "label" @1
0320 r12 > str HLOAD 0319
0321 p32 AREF 0313 +3 
0322 str ASTORE 0321 0320
.... SNAP #47 [ ssa.lua:55|---- ---- ---- ---- ---- ---- ---- ssa.lua:55|0132 0133 0134 0135 0158 0169 0199 ssa.lua:55|0280 0169 0134 0135 0303 ssa.lua:49|0169 ---- ---- 0135 0312 ---- ]
0323 int FLOAD 0135 tab.hmask
0324 > int EQ 0323 +1 
0325 r12 p32 FLOAD 0135 tab.node
0326 > p32 HREFK 0325 "label" @1
0327 r12 > str HLOAD 0326
0328 p32 AREF 0313 +4 
0329 str ASTORE 0328 0327
.... SNAP #48 [ ssa.lua:55|---- ---- ---- ---- ---- ---- ---- ssa.lua:55|0132 0133 0134 0135 0158 0169 0199 ssa.lua:55|0280 0169 0134 0135 0303 ssa.lua:49|0169 ---- ---- ---- 0312 ---- ]
0330 > p32 HREFK 0262 "control" @1
0331 tab HSTORE 0330 0312
.... SNAP #49 [ ssa.lua:55|---- ---- ---- ---- ---- ---- ---- ssa.lua:55|0132 0133 0134 0135 0158 0169 0199 ssa.lua:55|0280 0169 0134 0135 0303 ssa.lua:49|---- ---- ---- ---- ---- ---- ]
0332 p32 AREF 0278 +4 
0333 [24] > tab ALOAD 0332
0334 int FLOAD 0333 tab.asize
0335 > int ABC 0334 +1 
0336 rdx p32 FLOAD 0333 tab.array
0337 p32 AREF 0336 +1 
0338 [20] > str ALOAD 0337
.... SNAP #50 [ ssa.lua:55|---- ---- ---- ---- ---- ---- ---- ssa.lua:55|0132 0133 0134 0135 0158 0169 0199 ssa.lua:55|0333 0199 0134 0135 0338 ]
0339 > str NE 0338 "if"
.... SNAP #51 [ ssa.lua:55|---- ---- ---- ---- ---- ---- ---- ssa.lua:55|0132 0133 0134 0135 0158 0169 0199 ssa.lua:55|0333 0199 0134 0135 0338 ]
0340 > str NE 0338 "let"
.... SNAP #52 [ ssa.lua:55|---- ---- ---- ---- ---- ---- ---- ssa.lua:55|0132 0133 0134 0135 0158 0169 0199 ssa.lua:55|0333 0199 0134 0135 0338 ]
0341 > str NE 0338 "true"
.... SNAP #53 [ ssa.lua:55|---- ---- ---- ---- ---- ---- ---- ssa.lua:55|0132 0133 0134 0135 0158 0169 0199 ssa.lua:55|0333 0199 0134 0135 0338 ]
0342 > str EQ 0338 "false"
.... SNAP #54 [ ssa.lua:55|---- ---- ---- ---- ---- ---- ---- ssa.lua:55|0132 0133 0134 0135 0158 0169 0199 ssa.lua:55|0333 0199 0134 0135 0338 ]
0343 r13 > tab TDUP {0x41f91748}
0344 rdi p32 FLOAD 0343 tab.array
0345 p32 AREF 0344 +2 
0346 str ASTORE 0345 0327
0347 p32 HREFK 0201 "control" @1
0348 tab HSTORE 0347 0343
.... SNAP #55 [ ssa.lua:55|---- ---- ---- ---- ---- ---- ---- ssa.lua:55|0132 0133 0134 0135 0158 0169 0199 ssa.lua:55|0333 0199 0134 0135 0338 ssa.lua:52|---- ---- ---- ---- ]
0349 int FLOAD 0127 tab.asize
0350 > int ABC 0349 +4 
0351 rbx p32 FLOAD 0127 tab.array
0352 p32 AREF 0351 +4 
0353 rbx > tab ALOAD 0352
0354 rbp > tab SLOAD #7 T
0355 int FLOAD 0353 tab.asize
0356 > int ABC 0355 +1 
0357 r13 p32 FLOAD 0353 tab.array
0358 p32 AREF 0357 +1 
0359 r13 > str ALOAD 0358
.... SNAP #56 [ ssa.lua:55|---- ---- ---- ---- ---- ---- ---- ssa.lua:55|0353 0354 0134 0135 0359 ]
0360 > str NE 0359 "if"
.... SNAP #57 [ ssa.lua:55|---- ---- ---- ---- ---- ---- ---- ssa.lua:55|0353 0354 0134 0135 0359 ]
0361 > str NE 0359 "let"
.... SNAP #58 [ ssa.lua:55|---- ---- ---- ---- ---- ---- ---- ssa.lua:55|0353 0354 0134 0135 0359 ]
0362 > str NE 0359 "true"
.... SNAP #59 [ ssa.lua:55|---- ---- ---- ---- ---- ---- ---- ssa.lua:55|0353 0354 0134 0135 0359 ]
0363 > str EQ 0359 "false"
.... SNAP #60 [ ssa.lua:55|---- ---- ---- ---- ---- ---- ---- ssa.lua:55|0353 0354 0134 0135 0359 ]
0364 [8] > tab TDUP {0x41f91748}
0365 rax p32 FLOAD 0364 tab.array
0366 p32 AREF 0365 +2 
0367 str ASTORE 0366 0327
.... SNAP #61 [ ssa.lua:55|---- ---- ---- ---- ---- ---- ---- ssa.lua:55|0353 0354 0134 0135 0359 ssa.lua:52|0354 ---- 0364 ---- ]
0368 rsi p32 HREF 0354 "control"
0369 > p32 EQ 0368 [0x40eb3458]
0370 tab FLOAD 0354 tab.meta
0371 > tab EQ 0370 [NULL]
0372 rbx p32 NEWREF 0354 "control"
0373 tab HSTORE 0372 0364
0374 nil TBAR 0354
.... SNAP #62 [ ssa.lua:55|---- ---- ---- ---- ---- ]
0375 > p32 RETF proto: 0x41f90ad8 [0x41f90bf4]
.... SNAP #63 [ ---- ]
---- TRACE 3 mcode 4549
0bcbe8e1 add rsp, -0x70
0bcbe8e5 mov dword [0x40eb3410], 0x3
0bcbe8f0 mov ebp, edx
0bcbe8f2 mov edi, [0x40eb33d8]
0bcbe8f9 cmp edi, [0x40eb33dc]
0bcbe900 jb 0x0bcbe919
0bcbe902 mov esi, 0xc
0bcbe907 mov edi, 0x40eb33b8
0bcbe90c call 0x00421730 ->lj_gc_step_jit
0bcbe911 test eax, eax
0bcbe913 jnz 0x0bcb0010 ->0
0bcbe919 mov edi, [0x40eb34b0]
0bcbe920 cmp dword [rbp-0x4], 0x41f90b78
0bcbe927 jnz 0x0bcb0014 ->1
0bcbe92d add ebp, -0x40
0bcbe930 mov [0x40eb34b4], ebp
0bcbe937 cmp dword [rbp-0x8], 0x40ecf6e0
0bcbe93e jnz 0x0bcb0018 ->2
0bcbe944 cmp dword [rbp+0x4], -0x0c
0bcbe948 jnz 0x0bcb0018 ->2
0bcbe94e mov ebx, [rbp+0x0]
0bcbe951 cmp dword [rbx+0x18], +0x03
0bcbe955 jbe 0x0bcb0018 ->2
0bcbe95b mov r15d, [rbx+0x8]
0bcbe95f cmp dword [r15+0x1c], -0x0c
0bcbe964 jnz 0x0bcb0018 ->2
0bcbe96a mov r15d, [r15+0x18]
0bcbe96e mov [rsp+0x7c], r15d
0bcbe973 cmp dword [rbp+0x2c], -0x0c
0bcbe977 jnz 0x0bcb0018 ->2
0bcbe97d mov esi, [rbp+0x28]
0bcbe980 mov [rsp+0x78], esi
0bcbe984 cmp dword [rbp+0x14], -0x0c
0bcbe988 jnz 0x0bcb0018 ->2
0bcbe98e mov r14d, [rbp+0x10]
0bcbe992 cmp dword [rbp+0x1c], -0x0c
0bcbe996 jnz 0x0bcb0018 ->2
0bcbe99c mov r13d, [rbp+0x18]
0bcbe9a0 mov r11d, [0x40ecf6e8]
0bcbe9a8 mov [rsp+0x48], r11d
0bcbe9ad mov esi, [r11+0x1c]
0bcbe9b1 and esi, 0xce2b6183
0bcbe9b7 lea esi, [rsi+rsi*2]
0bcbe9ba shl esi, 0x03
0bcbe9bd add esi, [r11+0x14]
0bcbe9c1 cmp dword [rsi+0xc], -0x05
0bcbe9c5 jnz 0x0bcbe9d4
0bcbe9c7 cmp dword [rsi+0x8], 0x40eb5db0
0bcbe9ce jz 0x0bcb0018 ->2
0bcbe9d4 mov esi, [rsi+0x10]
0bcbe9d7 test esi, esi
0bcbe9d9 jnz 0x0bcbe9c1
0bcbe9db mov r12d, [r11+0x10]
0bcbe9df mov [rsp+0x3c], r12d
0bcbe9e4 test r12d, r12d
0bcbe9e7 jz 0x0bcb0018 ->2
0bcbe9ed cmp dword [r12+0x1c], +0x01
0bcbe9f3 jnz 0x0bcb0018 ->2
0bcbe9f9 mov esi, [r12+0x14]
0bcbe9fe mov rdx, 0xfffffffb40eb54c8
0bcbea08 cmp rdx, [rsi+0x20]
0bcbea0c jnz 0x0bcb0018 ->2
0bcbea12 cmp dword [rsi+0x1c], -0x0c
0bcbea16 jnz 0x0bcb0018 ->2
0bcbea1c mov esi, [rsi+0x18]
0bcbea1f cmp dword [rsi+0x1c], +0x3f
0bcbea23 jnz 0x0bcb0018 ->2
0bcbea29 mov esi, [rsi+0x14]
0bcbea2c mov rdx, 0xfffffffb40eb5db0
0bcbea36 cmp rdx, [rsi+0x50]
0bcbea3a jnz 0x0bcb0018 ->2
0bcbea40 cmp dword [rsi+0x4c], -0x09
0bcbea44 jnz 0x0bcb0018 ->2
0bcbea4a mov edx, [r11+0x1c]
0bcbea4e and edx, 0x798a813c
0bcbea54 lea edx, [rdx+rdx*2]
0bcbea57 shl edx, 0x03
0bcbea5a add edx, [r11+0x14]
0bcbea5e cmp dword [rdx+0xc], -0x05
0bcbea62 jnz 0x0bcbea71
0bcbea64 cmp dword [rdx+0x8], 0x40eb5fb0
0bcbea6b jz 0x0bcb0018 ->2
0bcbea71 mov edx, [rdx+0x10]
0bcbea74 test edx, edx
0bcbea76 jnz 0x0bcbea5e
0bcbea78 mov rdx, 0xfffffffb40eb5fb0
0bcbea82 cmp rdx, [rsi+0x5a8]
0bcbea89 jnz 0x0bcb0018 ->2
0bcbea8f cmp dword [rsi+0x5a4], -0x09
0bcbea96 jnz 0x0bcb0018 ->2
0bcbea9c cmp dword [rsi+0x5a0], 0x40eb5f18
0bcbeaa6 jnz 0x0bcb0018 ->2
0bcbeaac cmp dword [rsi+0x48], 0x40eb5d88
0bcbeab3 jnz 0x0bcb0018 ->2
0bcbeab9 cmp dword [r15+0x18], +0x01
0bcbeabe jbe 0x0bcb0018 ->2
0bcbeac4 mov esi, [r15+0x8]
0bcbeac8 cmp dword [rsi+0xc], -0x05
0bcbeacc jnz 0x0bcb0018 ->2
0bcbead2 mov ecx, [rsi+0x8]
0bcbead5 mov [rsp+0x74], ecx
0bcbead9 cmp ecx, 0x40eb58f8
0bcbeadf jz 0x0bcb001c ->3
0bcbeae5 cmp ecx, 0x41f91978
0bcbeaeb jz 0x0bcb0020 ->4
0bcbeaf1 cmp ecx, 0x40eb5a18
0bcbeaf7 jz 0x0bcb0024 ->5
0bcbeafd cmp ecx, 0x40eb5870
0bcbeb03 jz 0x0bcb0028 ->6
0bcbeb09 cmp ecx, 0x40eb8cb0
0bcbeb0f jz 0x0bcb002c ->7
0bcbeb15 cmp ecx, 0x41f91a50
0bcbeb1b jz 0x0bcb0030 ->8
0bcbeb21 cmp dword [0x41f85324], -0x0c
0bcbeb29 jnz 0x0bcb0034 ->9
0bcbeb2f mov edx, [0x41f85320]
0bcbeb36 mov [rsp+0x40], edx
0bcbeb3a mov esi, [rdx+0x1c]
0bcbeb3d and esi, [rcx+0x8]
0bcbeb40 lea esi, [rsi+rsi*2]
0bcbeb43 shl esi, 0x03
0bcbeb46 add esi, [rdx+0x14]
0bcbeb49 cmp dword [rsi+0xc], -0x05
0bcbeb4d jnz 0x0bcbeb54
0bcbeb4f cmp ecx, [rsi+0x8]
0bcbeb52 jz 0x0bcbeb60
0bcbeb54 mov esi, [rsi+0x10]
0bcbeb57 test esi, esi
0bcbeb59 jnz 0x0bcbeb49
0bcbeb5b mov esi, 0x40eb3458
0bcbeb60 cmp dword [rsi+0x4], -0x03
0bcbeb64 jnz 0x0bcb0034 ->9
0bcbeb6a mov esi, 0x41f91468
0bcbeb6f call 0x004223c0 ->lj_tab_dup
0bcbeb74 mov [rsp+0x70], eax
0bcbeb78 mov edi, [0x40eb34b0]
0bcbeb7f mov esi, [rsp+0x78]
0bcbeb83 mov eax, [rax+0x8]
0bcbeb86 mov dword [rax+0x14], 0xfffffff4
0bcbeb8d mov [rax+0x10], r15d
0bcbeb91 cmp dword [r14+0x1c], +0x01
0bcbeb96 jnz 0x0bcb0038 ->10
0bcbeb9c mov r15d, [r14+0x14]
0bcbeba0 mov rdx, 0xfffffffb41f8f5d0
0bcbebaa cmp rdx, [r15+0x20]
0bcbebae jnz 0x0bcb0038 ->10
0bcbebb4 cmp dword [r15+0x1c], -0x05
0bcbebb9 jnz 0x0bcb0038 ->10
0bcbebbf mov r15d, [r15+0x18]
0bcbebc3 mov dword [rax+0x1c], 0xfffffffb
0bcbebca mov [rax+0x18], r15d
0bcbebce cmp dword [r13+0x1c], +0x01
0bcbebd3 jnz 0x0bcb003c ->11
0bcbebd9 mov r15d, [r13+0x14]
0bcbebdd mov rdx, 0xfffffffb41f8f5d0
0bcbebe7 cmp rdx, [r15+0x20]
0bcbebeb jnz 0x0bcb003c ->11
0bcbebf1 cmp dword [r15+0x1c], -0x05
0bcbebf6 jnz 0x0bcb003c ->11
0bcbebfc mov r15d, [r15+0x18]
0bcbec00 mov dword [rax+0x24], 0xfffffffb
0bcbec07 mov [rax+0x20], r15d
0bcbec0b mov edx, [rsi+0x1c]
0bcbec0e and edx, 0x2a54dc55
0bcbec14 lea edx, [rdx+rdx*2]
0bcbec17 shl edx, 0x03
0bcbec1a add edx, [rsi+0x14]
0bcbec1d cmp dword [rdx+0xc], -0x05
0bcbec21 jnz 0x0bcbec30
0bcbec23 cmp dword [rdx+0x8], 0x41f8fd38
0bcbec2a jz 0x0bcb0040 ->12
0bcbec30 mov edx, [rdx+0x10]
0bcbec33 test edx, edx
0bcbec35 jnz 0x0bcbec1d
0bcbec37 cmp dword [rsi+0x10], +0x00
0bcbec3b jnz 0x0bcb0040 ->12
0bcbec41 mov edx, 0x40eb3448
0bcbec46 mov dword [rdx+0x4], 0xfffffffb
0bcbec4d mov dword [rdx], 0x41f8fd38
0bcbec53 call 0x00422cf0 ->lj_tab_newkey
0bcbec58 mov r15d, eax
0bcbec5b mov r11d, [rsp+0x48]
0bcbec60 mov edi, [0x40eb34b0]
0bcbec67 mov edx, [rsp+0x78]
0bcbec6b mov eax, [rsp+0x70]
0bcbec6f mov dword [r15+0x4], 0xfffffff4
0bcbec77 mov [r15], eax
0bcbec7a test byte [rdx+0x4], 0x4
0bcbec7e jz 0x0bcbec95
0bcbec80 and byte [rdx+0x4], 0xfb
0bcbec84 mov eax, [0x40eb33f4]
0bcbec8b mov [0x40eb33f4], edx
0bcbec92 mov [rdx+0xc], eax
0bcbec95 cmp dword [rbx+0x18], +0x04
0bcbec99 jbe 0x0bcb0044 ->13
0bcbec9f mov ebx, [rbx+0x8]
0bcbeca2 cmp dword [rbx+0x24], -0x0c
0bcbeca6 jnz 0x0bcb0044 ->13
0bcbecac mov r15d, [rbx+0x20]
0bcbecb0 cmp dword [rbp+0x34], -0x0c
0bcbecb4 jnz 0x0bcb0044 ->13
0bcbecba mov ebx, [rbp+0x30]
0bcbecbd mov eax, [r11+0x1c]
0bcbecc1 and eax, 0xce2b6183
0bcbecc7 lea eax, [rax+rax*2]
0bcbecca shl eax, 0x03
0bcbeccd add eax, [r11+0x14]
0bcbecd1 cmp dword [rax+0xc], -0x05
0bcbecd5 jnz 0x0bcbece4
0bcbecd7 cmp dword [rax+0x8], 0x40eb5db0
0bcbecde jz 0x0bcb0044 ->13
0bcbece4 mov eax, [rax+0x10]
0bcbece7 test eax, eax
0bcbece9 jnz 0x0bcbecd1
0bcbeceb cmp dword [r12+0x1c], +0x01
0bcbecf1 jnz 0x0bcb0044 ->13
0bcbecf7 mov r12d, [r12+0x14]
0bcbecfc mov rax, 0xfffffffb40eb54c8
0bcbed06 cmp rax, [r12+0x20]
0bcbed0b jnz 0x0bcb0044 ->13
0bcbed11 cmp dword [r12+0x1c], -0x0c
0bcbed17 jnz 0x0bcb0044 ->13
0bcbed1d mov r12d, [r12+0x18]
0bcbed22 cmp dword [r12+0x1c], +0x3f
0bcbed28 jnz 0x0bcb0044 ->13
0bcbed2e mov r12d, [r12+0x14]
0bcbed33 mov rax, 0xfffffffb40eb5db0
0bcbed3d cmp rax, [r12+0x50]
0bcbed42 jnz 0x0bcb0044 ->13
0bcbed48 cmp dword [r12+0x4c], -0x09
0bcbed4e jnz 0x0bcb0044 ->13
0bcbed54 mov eax, [r11+0x1c]
0bcbed58 and eax, 0x798a813c
0bcbed5e lea eax, [rax+rax*2]
0bcbed61 shl eax, 0x03
0bcbed64 add eax, [r11+0x14]
0bcbed68 cmp dword [rax+0xc], -0x05
0bcbed6c jnz 0x0bcbed7b
0bcbed6e cmp dword [rax+0x8], 0x40eb5fb0
0bcbed75 jz 0x0bcb0044 ->13
0bcbed7b mov eax, [rax+0x10]
0bcbed7e test eax, eax
0bcbed80 jnz 0x0bcbed68
0bcbed82 mov rax, 0xfffffffb40eb5fb0
0bcbed8c cmp rax, [r12+0x5a8]
0bcbed94 jnz 0x0bcb0044 ->13
0bcbed9a cmp dword [r12+0x5a4], -0x09
0bcbeda3 jnz 0x0bcb0044 ->13
0bcbeda9 cmp dword [r12+0x5a0], 0x40eb5f18
0bcbedb5 jnz 0x0bcb0044 ->13
0bcbedbb cmp dword [r12+0x48], 0x40eb5d88
0bcbedc4 jnz 0x0bcb0044 ->13
0bcbedca cmp dword [r15+0x18], +0x01
0bcbedcf jbe 0x0bcb0044 ->13
0bcbedd5 mov r12d, [r15+0x8]
0bcbedd9 cmp dword [r12+0xc], -0x05
0bcbeddf jnz 0x0bcb0044 ->13
0bcbede5 mov r12d, [r12+0x8]
0bcbedea cmp r12d, 0x40eb58f8
0bcbedf1 jz 0x0bcb0048 ->14
0bcbedf7 cmp r12d, 0x41f91978
0bcbedfe jz 0x0bcb004c ->15
0bcbee04 cmp r12d, 0x40eb5a18
0bcbee0b jz 0x0bcb0050 ->16
0bcbee11 cmp r12d, 0x40eb5870
0bcbee18 jnz 0x0bcb0054 ->17
0bcbee1e mov esi, 0x41f91748
0bcbee23 call 0x004223c0 ->lj_tab_dup
0bcbee28 mov [rsp+0x6c], eax
0bcbee2c mov edi, [0x40eb34b0]
0bcbee33 cmp dword [r13+0x1c], +0x01
0bcbee38 jnz 0x0bcb0058 ->18
0bcbee3e mov esi, [r13+0x14]
0bcbee42 mov rdx, 0xfffffffb41f8f5d0
0bcbee4c cmp rdx, [rsi+0x20]
0bcbee50 jnz 0x0bcb0058 ->18
0bcbee56 cmp dword [rsi+0x1c], -0x05
0bcbee5a jnz 0x0bcb0058 ->18
0bcbee60 mov esi, [rsi+0x18]
0bcbee63 mov eax, [rax+0x8]
0bcbee66 mov dword [rax+0x14], 0xfffffffb
0bcbee6d mov [rax+0x10], esi
0bcbee70 mov esi, [rbx+0x1c]
0bcbee73 and esi, 0x2a54dc55
0bcbee79 lea esi, [rsi+rsi*2]
0bcbee7c shl esi, 0x03
0bcbee7f add esi, [rbx+0x14]
0bcbee82 cmp dword [rsi+0xc], -0x05
0bcbee86 jnz 0x0bcbee95
0bcbee88 cmp dword [rsi+0x8], 0x41f8fd38
0bcbee8f jz 0x0bcb005c ->19
0bcbee95 mov esi, [rsi+0x10]
0bcbee98 test esi, esi
0bcbee9a jnz 0x0bcbee82
0bcbee9c cmp dword [rbx+0x10], +0x00
0bcbeea0 jnz 0x0bcb005c ->19
0bcbeea6 mov edx, 0x40eb3448
0bcbeeab mov dword [rdx+0x4], 0xfffffffb
0bcbeeb2 mov dword [rdx], 0x41f8fd38
0bcbeeb8 mov esi, ebx
0bcbeeba call 0x00422cf0 ->lj_tab_newkey
0bcbeebf mov r15d, eax
0bcbeec2 mov r11d, [rsp+0x48]
0bcbeec7 mov esi, [rsp+0x3c]
0bcbeecb mov eax, [rsp+0x6c]
0bcbeecf mov dword [r15+0x4], 0xfffffff4
0bcbeed7 mov [r15], eax
0bcbeeda test byte [rbx+0x4], 0x4
0bcbeede jz 0x0bcbeef5
0bcbeee0 and byte [rbx+0x4], 0xfb
0bcbeee4 mov edi, [0x40eb33f4]
0bcbeeeb mov [0x40eb33f4], ebx
0bcbeef2 mov [rbx+0xc], edi
0bcbeef5 cmp dword [rbp-0x4], 0x41f90b78
0bcbeefc jnz 0x0bcb0060 ->20
0bcbef02 add ebp, -0x40
0bcbef05 mov [0x40eb34b4], ebp
0bcbef0c cmp dword [rbp-0x8], 0x40ecf6e0
0bcbef13 jnz 0x0bcb0064 ->21
0bcbef19 cmp dword [rbp+0x4], -0x0c
0bcbef1d jnz 0x0bcb0064 ->21
0bcbef23 mov ebx, [rbp+0x0]
0bcbef26 cmp dword [rbx+0x18], +0x03
0bcbef2a jbe 0x0bcb0064 ->21
0bcbef30 mov r15d, [rbx+0x8]
0bcbef34 cmp dword [r15+0x1c], -0x0c
0bcbef39 jnz 0x0bcb0064 ->21
0bcbef3f mov r13d, [r15+0x18]
0bcbef43 mov [rsp+0x18], r13d
0bcbef48 cmp dword [rbp+0x2c], -0x0c
0bcbef4c jnz 0x0bcb0064 ->21
0bcbef52 mov edi, [rbp+0x28]
0bcbef55 mov [rsp+0x14], edi
0bcbef59 cmp dword [rbp+0x14], -0x0c
0bcbef5d jnz 0x0bcb0064 ->21
0bcbef63 mov r15d, [rbp+0x10]
0bcbef67 cmp dword [rbp+0x1c], -0x0c
0bcbef6b jnz 0x0bcb0064 ->21
0bcbef71 mov r14d, [rbp+0x18]
0bcbef75 mov edi, [r11+0x1c]
0bcbef79 and edi, 0xce2b6183
0bcbef7f lea edi, [rdi+rdi*2]
0bcbef82 shl edi, 0x03
0bcbef85 add edi, [r11+0x14]
0bcbef89 cmp dword [rdi+0xc], -0x05
0bcbef8d jnz 0x0bcbef9c
0bcbef8f cmp dword [rdi+0x8], 0x40eb5db0
0bcbef96 jz 0x0bcb0064 ->21
0bcbef9c mov edi, [rdi+0x10]
0bcbef9f test edi, edi
0bcbefa1 jnz 0x0bcbef89
0bcbefa3 cmp dword [rsi+0x1c], +0x01
0bcbefa7 jnz 0x0bcb0064 ->21
0bcbefad mov r12d, [rsi+0x14]
0bcbefb1 mov rdi, 0xfffffffb40eb54c8
0bcbefbb cmp rdi, [r12+0x20]
0bcbefc0 jnz 0x0bcb0064 ->21
0bcbefc6 cmp dword [r12+0x1c], -0x0c
0bcbefcc jnz 0x0bcb0064 ->21
0bcbefd2 mov r12d, [r12+0x18]
0bcbefd7 cmp dword [r12+0x1c], +0x3f
0bcbefdd jnz 0x0bcb0064 ->21
0bcbefe3 mov r12d, [r12+0x14]
0bcbefe8 mov rdi, 0xfffffffb40eb5db0
0bcbeff2 cmp rdi, [r12+0x50]
0bcbeff7 jnz 0x0bcb0064 ->21
0bcbeffd cmp dword [r12+0x4c], -0x09
0bcbf003 jnz 0x0bcb0064 ->21
0bcbf009 mov edi, [r11+0x1c]
0bcbf00d and edi, 0x798a813c
0bcbf013 lea edi, [rdi+rdi*2]
0bcbf016 shl edi, 0x03
0bcbf019 add edi, [r11+0x14]
0bcbf01d cmp dword [rdi+0xc], -0x05
0bcbf021 jnz 0x0bcbf030
0bcbf023 cmp dword [rdi+0x8], 0x40eb5fb0
0bcbf02a jz 0x0bcb0064 ->21
0bcbf030 mov edi, [rdi+0x10]
0bcbf033 test edi, edi
0bcbf035 jnz 0x0bcbf01d
0bcbf037 mov rdi, 0xfffffffb40eb5fb0
0bcbf041 cmp rdi, [r12+0x5a8]
0bcbf049 jnz 0x0bcb0064 ->21
0bcbf04f cmp dword [r12+0x5a4], -0x09
0bcbf058 jnz 0x0bcb0064 ->21
0bcbf05e cmp dword [r12+0x5a0], 0x40eb5f18
0bcbf06a jnz 0x0bcb0064 ->21
0bcbf070 cmp dword [r12+0x48], 0x40eb5d88
0bcbf079 jnz 0x0bcb0064 ->21
0bcbf07f cmp dword [r13+0x18], +0x01
0bcbf084 jbe 0x0bcb0064 ->21
0bcbf08a mov r12d, [r13+0x8]
0bcbf08e cmp dword [r12+0xc], -0x05
0bcbf094 jnz 0x0bcb0064 ->21
0bcbf09a mov ecx, [r12+0x8]
0bcbf09f mov [rsp+0x10], ecx
0bcbf0a3 cmp dword [r12+0x8], 0x40eb58f8
0bcbf0ac jnz 0x0bcb0068 ->22
0bcbf0b2 mov edi, [0x40ece2e0]
0bcbf0b9 mov [rsp+0x64], edi
0bcbf0bd cmp dword [rdi+0x4], 0xfffeffff
0bcbf0c4 jnb 0x0bcb006c ->23
0bcbf0ca movsd xmm7, [rdi]
0bcbf0ce addsd xmm7, [0x41bafd78]
0bcbf0d7 movsd [rsp+0x58], xmm7
0bcbf0dd movsd [rdi], xmm7
0bcbf0e1 mov edi, 0x40eb3414
0bcbf0e6 mov esi, [rdi+0x8]
0bcbf0e9 mov [rdi], esi
0bcbf0eb mov esi, 0x4c
0bcbf0f0 call 0x00421b60 ->lj_buf_putchar
0bcbf0f5 mov edi, eax
0bcbf0f7 lea rsi, [rsp+0x58]
0bcbf0fc call 0x0040a3c0 ->lj_strfmt_putnum
0bcbf101 mov edi, eax
0bcbf103 call 0x00421ff0 ->lj_buf_tostr
0bcbf108 mov [rsp+0x68], eax
0bcbf10c mov edi, [0x40eb34b0]
0bcbf113 mov esi, 0x41f902b8
0bcbf118 call 0x004223c0 ->lj_tab_dup
0bcbf11d mov [rsp+0xc], eax
0bcbf121 mov edi, [0x40eb34b0]
0bcbf128 xor esi, esi
0bcbf12a call 0x00422350 ->lj_tab_new1
0bcbf12f mov esi, eax
0bcbf131 mov edi, [0x40eb34b0]
0bcbf138 mov ecx, [rsp+0xc]
0bcbf13c mov eax, [rsp+0x68]
0bcbf140 mov r12d, [rcx+0x14]
0bcbf144 mov dword [r12+0x34], 0xfffffff4
0bcbf14d mov [r12+0x30], esi
0bcbf152 mov dword [r12+0x4c], 0xfffffffb
0bcbf15b mov [r12+0x48], eax
0bcbf160 mov r12d, [0x40ed06a0]
0bcbf168 cmp dword [r12+0x4], -0x0c
0bcbf16e jnz 0x0bcb0074 ->25
0bcbf174 mov r12d, [r12]
0bcbf178 cmp dword [r12+0x1c], +0x01
0bcbf17e jnz 0x0bcb0074 ->25
0bcbf184 mov esi, [r12+0x14]
0bcbf189 mov rdx, 0xfffffffb41f8f530
0bcbf193 cmp rdx, [rsi+0x8]
0bcbf197 jnz 0x0bcb0074 ->25
0bcbf19d cmp dword [rsi+0x4], -0x0c
0bcbf1a1 jnz 0x0bcb0074 ->25
0bcbf1a7 mov esi, [rsi]
0bcbf1a9 mov [rsp+0x60], esi
0bcbf1ad mov edx, [rsi+0x1c]
0bcbf1b0 and edx, [rax+0x8]
0bcbf1b3 lea edx, [rdx+rdx*2]
0bcbf1b6 shl edx, 0x03
0bcbf1b9 add edx, [rsi+0x14]
0bcbf1bc cmp dword [rdx+0xc], -0x05
0bcbf1c0 jnz 0x0bcbf1cb
0bcbf1c2 cmp eax, [rdx+0x8]
0bcbf1c5 jz 0x0bcb0074 ->25
0bcbf1cb mov edx, [rdx+0x10]
0bcbf1ce test edx, edx
0bcbf1d0 jnz 0x0bcbf1bc
0bcbf1d2 cmp dword [rsi+0x10], +0x00
0bcbf1d6 jnz 0x0bcb0074 ->25
0bcbf1dc mov edx, 0x40eb3448
0bcbf1e1 mov dword [rdx+0x4], 0xfffffffb
0bcbf1e8 mov [rdx], eax
0bcbf1ea call 0x00422cf0 ->lj_tab_newkey
0bcbf1ef mov edi, [rsp+0x64]
0bcbf1f3 mov esi, [rsp+0x60]
0bcbf1f7 mov ecx, [rsp+0xc]
0bcbf1fb movsd xmm7, [rsp+0x58]
0bcbf201 mov dword [rax+0x4], 0xfffffff4
0bcbf208 mov [rax], ecx
0bcbf20a test byte [rsi+0x4], 0x4
0bcbf20e jz 0x0bcbf225
0bcbf210 and byte [rsi+0x4], 0xfb
0bcbf214 mov edx, [0x40eb33f4]
0bcbf21b mov [0x40eb33f4], esi
0bcbf222 mov [rsi+0xc], edx
0bcbf225 mov byte [rsi+0x6], 0x0
0bcbf229 addsd xmm7, [0x41bafd78]
0bcbf232 movsd [rsp+0x50], xmm7
0bcbf238 movsd [rdi], xmm7
0bcbf23c mov edi, 0x40eb3414
0bcbf241 mov esi, [rdi+0x8]
0bcbf244 mov [rdi], esi
0bcbf246 mov esi, 0x4c
0bcbf24b call 0x00421b60 ->lj_buf_putchar
0bcbf250 mov edi, eax
0bcbf252 lea rsi, [rsp+0x50]
0bcbf257 call 0x0040a3c0 ->lj_strfmt_putnum
0bcbf25c mov edi, eax
0bcbf25e call 0x00421ff0 ->lj_buf_tostr
0bcbf263 mov [rsp+0x4c], eax
0bcbf267 mov edi, [0x40eb34b0]
0bcbf26e mov esi, 0x41f902b8
0bcbf273 call 0x004223c0 ->lj_tab_dup
0bcbf278 mov [rsp+0x28], eax
0bcbf27c mov edi, [0x40eb34b0]
0bcbf283 xor esi, esi
0bcbf285 call 0x00422350 ->lj_tab_new1
0bcbf28a mov esi, eax
0bcbf28c mov edi, [0x40eb34b0]
0bcbf293 mov ecx, [rsp+0x28]
0bcbf297 mov eax, [rsp+0x4c]
0bcbf29b mov r8d, [rcx+0x14]
0bcbf29f mov [rsp+0x1c], r8d
0bcbf2a4 mov dword [r8+0x34], 0xfffffff4
0bcbf2ac mov [r8+0x30], esi
0bcbf2b0 mov dword [r8+0x4c], 0xfffffffb
0bcbf2b8 mov [r8+0x48], eax
0bcbf2bc cmp dword [r12+0x1c], +0x01
0bcbf2c2 jnz 0x0bcb007c ->27
0bcbf2c8 mov r12d, [r12+0x14]
0bcbf2cd mov rsi, 0xfffffffb41f8f530
0bcbf2d7 cmp rsi, [r12+0x8]
0bcbf2dc jnz 0x0bcb007c ->27
0bcbf2e2 cmp dword [r12+0x4], -0x0c
0bcbf2e8 jnz 0x0bcb007c ->27
0bcbf2ee mov r12d, [r12]
0bcbf2f2 mov esi, [r12+0x1c]
0bcbf2f7 and esi, [rax+0x8]
0bcbf2fa lea esi, [rsi+rsi*2]
0bcbf2fd shl esi, 0x03
0bcbf300 add esi, [r12+0x14]
0bcbf305 cmp dword [rsi+0xc], -0x05
0bcbf309 jnz 0x0bcbf314
0bcbf30b cmp eax, [rsi+0x8]
0bcbf30e jz 0x0bcb007c ->27
0bcbf314 mov esi, [rsi+0x10]
0bcbf317 test esi, esi
0bcbf319 jnz 0x0bcbf305
0bcbf31b cmp dword [r12+0x10], +0x00
0bcbf321 jnz 0x0bcb007c ->27
0bcbf327 mov edx, 0x40eb3448
0bcbf32c mov dword [rdx+0x4], 0xfffffffb
0bcbf333 mov [rdx], eax
0bcbf335 mov esi, r12d
0bcbf338 call 0x00422cf0 ->lj_tab_newkey
0bcbf33d mov r11d, [rsp+0x48]
0bcbf342 mov edi, [0x40eb34b0]
0bcbf349 mov esi, [rsp+0x3c]
0bcbf34d mov edx, [rsp+0x40]
0bcbf351 mov ecx, [rsp+0x28]
0bcbf355 mov dword [rax+0x4], 0xfffffff4
0bcbf35c mov [rax], ecx
0bcbf35e test byte [r12+0x4], 0x4
0bcbf364 jz 0x0bcbf380
0bcbf366 and byte [r12+0x4], 0xfb
0bcbf36c mov ecx, [0x40eb33f4]
0bcbf373 mov [0x40eb33f4], r12d
0bcbf37b mov [r12+0xc], ecx
0bcbf380 mov byte [r12+0x6], 0x0
0bcbf386 cmp dword [r13+0x18], +0x02
0bcbf38b jbe 0x0bcb0080 ->28
0bcbf391 mov r12d, [r13+0x8]
0bcbf395 cmp dword [r12+0x14], -0x0c
0bcbf39b jnz 0x0bcb0080 ->28
0bcbf3a1 mov r12d, [r12+0x10]
0bcbf3a6 mov ecx, [r11+0x1c]
0bcbf3aa and ecx, 0xce2b6183
0bcbf3b0 lea ecx, [rcx+rcx*2]
0bcbf3b3 shl ecx, 0x03
0bcbf3b6 add ecx, [r11+0x14]
0bcbf3ba cmp dword [rcx+0xc], -0x05
0bcbf3be jnz 0x0bcbf3cd
0bcbf3c0 cmp dword [rcx+0x8], 0x40eb5db0
0bcbf3c7 jz 0x0bcb0080 ->28
0bcbf3cd mov ecx, [rcx+0x10]
0bcbf3d0 test ecx, ecx
0bcbf3d2 jnz 0x0bcbf3ba
0bcbf3d4 cmp dword [rsi+0x1c], +0x01
0bcbf3d8 jnz 0x0bcb0080 ->28
0bcbf3de mov esi, [rsi+0x14]
0bcbf3e1 mov rcx, 0xfffffffb40eb54c8
0bcbf3eb cmp rcx, [rsi+0x20]
0bcbf3ef jnz 0x0bcb0080 ->28
0bcbf3f5 cmp dword [rsi+0x1c], -0x0c
0bcbf3f9 jnz 0x0bcb0080 ->28
0bcbf3ff mov esi, [rsi+0x18]
0bcbf402 cmp dword [rsi+0x1c], +0x3f
0bcbf406 jnz 0x0bcb0080 ->28
0bcbf40c mov esi, [rsi+0x14]
0bcbf40f mov rcx, 0xfffffffb40eb5db0
0bcbf419 cmp rcx, [rsi+0x50]
0bcbf41d jnz 0x0bcb0080 ->28
0bcbf423 cmp dword [rsi+0x4c], -0x09
0bcbf427 jnz 0x0bcb0080 ->28
0bcbf42d mov ecx, [r11+0x1c]
0bcbf431 and ecx, 0x798a813c
0bcbf437 lea ecx, [rcx+rcx*2]
0bcbf43a shl ecx, 0x03
0bcbf43d add ecx, [r11+0x14]
0bcbf441 cmp dword [rcx+0xc], -0x05
0bcbf445 jnz 0x0bcbf454
0bcbf447 cmp dword [rcx+0x8], 0x40eb5fb0
0bcbf44e jz 0x0bcb0080 ->28
0bcbf454 mov ecx, [rcx+0x10]
0bcbf457 test ecx, ecx
0bcbf459 jnz 0x0bcbf441
0bcbf45b mov rcx, 0xfffffffb40eb5fb0
0bcbf465 cmp rcx, [rsi+0x5a8]
0bcbf46c jnz 0x0bcb0080 ->28
0bcbf472 cmp dword [rsi+0x5a4], -0x09
0bcbf479 jnz 0x0bcb0080 ->28
0bcbf47f cmp dword [rsi+0x5a0], 0x40eb5f18
0bcbf489 jnz 0x0bcb0080 ->28
0bcbf48f cmp dword [rsi+0x48], 0x40eb5d88
0bcbf496 jnz 0x0bcb0080 ->28
0bcbf49c cmp dword [r12+0x18], +0x01
0bcbf4a2 jbe 0x0bcb0080 ->28
0bcbf4a8 mov esi, [r12+0x8]
0bcbf4ad cmp dword [rsi+0xc], -0x05
0bcbf4b1 jnz 0x0bcb0080 ->28
0bcbf4b7 mov ecx, [rsi+0x8]
0bcbf4ba mov [rsp+0x38], ecx
0bcbf4be cmp ecx, 0x40eb58f8
0bcbf4c4 jz 0x0bcb0084 ->29
0bcbf4ca cmp ecx, 0x41f91978
0bcbf4d0 jz 0x0bcb0088 ->30
0bcbf4d6 cmp ecx, 0x40eb5a18
0bcbf4dc jz 0x0bcb008c ->31
0bcbf4e2 cmp ecx, 0x40eb5870
0bcbf4e8 jz 0x0bcb009d ->32
0bcbf4ee cmp ecx, 0x40eb8cb0
0bcbf4f4 jz 0x0bcb00a1 ->33
0bcbf4fa cmp ecx, 0x41f91a50
0bcbf500 jz 0x0bcb00a5 ->34
0bcbf506 mov esi, [rdx+0x1c]
0bcbf509 and esi, [rcx+0x8]
0bcbf50c lea esi, [rsi+rsi*2]
0bcbf50f shl esi, 0x03
0bcbf512 add esi, [rdx+0x14]
0bcbf515 cmp dword [rsi+0xc], -0x05
0bcbf519 jnz 0x0bcbf520
0bcbf51b cmp ecx, [rsi+0x8]
0bcbf51e jz 0x0bcbf52c
0bcbf520 mov esi, [rsi+0x10]
0bcbf523 test esi, esi
0bcbf525 jnz 0x0bcbf515
0bcbf527 mov esi, 0x40eb3458
0bcbf52c cmp dword [rsi+0x4], -0x03
0bcbf530 jnz 0x0bcb00a9 ->35
0bcbf536 mov esi, 0x41f91468
0bcbf53b call 0x004223c0 ->lj_tab_dup
0bcbf540 mov r10d, eax
0bcbf543 mov [rsp+0x44], r10d
0bcbf548 mov edi, [0x40eb34b0]
0bcbf54f mov esi, [rsp+0x14]
0bcbf553 mov ecx, [rsp+0xc]
0bcbf557 mov eax, [rsp+0x4c]
0bcbf55b mov edx, [r10+0x8]
0bcbf55f mov dword [rdx+0x14], 0xfffffff4
0bcbf566 mov [rdx+0x10], r12d
0bcbf56a cmp dword [rcx+0x1c], +0x03
0bcbf56e jnz 0x0bcb00ad ->36
0bcbf574 mov ecx, [rcx+0x14]
0bcbf577 mov [rsp+0x2c], ecx
0bcbf57b mov r11, 0xfffffffb41f8f5d0
0bcbf585 cmp r11, [rcx+0x50]
0bcbf589 jnz 0x0bcb00ad ->36
0bcbf58f cmp dword [rcx+0x4c], -0x05
0bcbf593 jnz 0x0bcb00ad ->36
0bcbf599 mov ecx, [rcx+0x48]
0bcbf59c mov dword [rdx+0x1c], 0xfffffffb
0bcbf5a3 mov [rdx+0x18], ecx
0bcbf5a6 mov dword [rdx+0x24], 0xfffffffb
0bcbf5ad mov [rdx+0x20], eax
0bcbf5b0 mov edx, [rsi+0x1c]
0bcbf5b3 and edx, 0x2a54dc55
0bcbf5b9 lea edx, [rdx+rdx*2]
0bcbf5bc shl edx, 0x03
0bcbf5bf add edx, [rsi+0x14]
0bcbf5c2 cmp dword [rdx+0xc], -0x05
0bcbf5c6 jnz 0x0bcbf5d5
0bcbf5c8 cmp dword [rdx+0x8], 0x41f8fd38
0bcbf5cf jz 0x0bcb00b1 ->37
0bcbf5d5 mov edx, [rdx+0x10]
0bcbf5d8 test edx, edx
0bcbf5da jnz 0x0bcbf5c2
0bcbf5dc cmp dword [rsi+0x10], +0x00
0bcbf5e0 jnz 0x0bcb00b1 ->37
0bcbf5e6 mov edx, 0x40eb3448
0bcbf5eb mov dword [rdx+0x4], 0xfffffffb
0bcbf5f2 mov dword [rdx], 0x41f8fd38
0bcbf5f8 call 0x00422cf0 ->lj_tab_newkey
0bcbf5fd mov r9d, eax
0bcbf600 mov r11d, [rsp+0x48]
0bcbf605 mov r10d, [rsp+0x44]
0bcbf60a mov edi, [0x40eb34b0]
0bcbf611 mov esi, [rsp+0x40]
0bcbf615 mov edx, [rsp+0x3c]
0bcbf619 mov eax, [rsp+0x14]
0bcbf61d mov dword [r9+0x4], 0xfffffff4
0bcbf625 mov [r9], r10d
0bcbf628 test byte [rax+0x4], 0x4
0bcbf62c jz 0x0bcbf645
0bcbf62e and byte [rax+0x4], 0xfb
0bcbf632 mov r10d, [0x40eb33f4]
0bcbf63a mov [0x40eb33f4], eax
0bcbf641 mov [rax+0xc], r10d
0bcbf645 cmp dword [r13+0x18], +0x04
0bcbf64a jbe 0x0bcb00b5 ->38
0bcbf650 mov r13d, [r13+0x8]
0bcbf654 mov [rsp+0x30], r13d
0bcbf659 cmp dword [r13+0x1c], -0x0c
0bcbf65e jnz 0x0bcb00b5 ->38
0bcbf664 mov r13d, [r13+0x18]
0bcbf668 mov eax, [r11+0x1c]
0bcbf66c and eax, 0xce2b6183
0bcbf672 lea eax, [rax+rax*2]
0bcbf675 shl eax, 0x03
0bcbf678 add eax, [r11+0x14]
0bcbf67c cmp dword [rax+0xc], -0x05
0bcbf680 jnz 0x0bcbf68f
0bcbf682 cmp dword [rax+0x8], 0x40eb5db0
0bcbf689 jz 0x0bcb00b5 ->38
0bcbf68f mov eax, [rax+0x10]
0bcbf692 test eax, eax
0bcbf694 jnz 0x0bcbf67c
0bcbf696 cmp dword [rdx+0x1c], +0x01
0bcbf69a jnz 0x0bcb00b5 ->38
0bcbf6a0 mov edx, [rdx+0x14]
0bcbf6a3 mov rax, 0xfffffffb40eb54c8
0bcbf6ad cmp rax, [rdx+0x20]
0bcbf6b1 jnz 0x0bcb00b5 ->38
0bcbf6b7 cmp dword [rdx+0x1c], -0x0c
0bcbf6bb jnz 0x0bcb00b5 ->38
0bcbf6c1 mov edx, [rdx+0x18]
0bcbf6c4 cmp dword [rdx+0x1c], +0x3f
0bcbf6c8 jnz 0x0bcb00b5 ->38
0bcbf6ce mov edx, [rdx+0x14]
0bcbf6d1 mov rax, 0xfffffffb40eb5db0
0bcbf6db cmp rax, [rdx+0x50]
0bcbf6df jnz 0x0bcb00b5 ->38
0bcbf6e5 cmp dword [rdx+0x4c], -0x09
0bcbf6e9 jnz 0x0bcb00b5 ->38
0bcbf6ef mov eax, [r11+0x1c]
0bcbf6f3 and eax, 0x798a813c
0bcbf6f9 lea eax, [rax
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dump.hotloop14
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dump.hotloop47
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notes
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parse.lua
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utils.lua
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