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[/] [diogenes/] [trunk/] [asm/] [yacc.output] - Blame information for rev 148

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Terminals which are not used
 
   NUM
 
 
Grammar
 
 
 
    1 asms: asm
    2     | asms asm
 
    3 asm: LABEL
    4    | nop
    5    | ari
    6    | ldsi
    7    | cmp
    8    | br
    9    | sha
   10    | jmpcall
   11    | mov
   12    | mem
   13    | sel
   14    | seli
   15    | ldl
 
   16 nop: NOP
 
   17 ari: ARI REG C REG C REG
 
   18 ldsi: LDI REG C imm8b
   19     | LSI REG C imm8b
 
   20 cmp: CMP REG C REG C REG
 
   21 br: BR REG C USELAB
   22   | BR REG C imm8bs
 
   23 sha: SHA REG C imm6b
   24    | SHA REG C REG C imm6b
 
   25 jmpcall: JUMP OSBRA REG CSBRA
   26        | CALL REG C OSBRA REG CSBRA
 
   27 mov: MOV REG C REG
 
   28 mem: MEM REG C OBRA REG CBRA
 
   29 sel: SEL REG C OBRA REG CBRA
   30    | SEL REG C REG C OBRA REG CBRA
 
   31 seli: SELI REG C imm2b
   32     | SELI REG C REG C imm2b
 
   33 ldl: LDL REG C imm32
   34    | LDL REG C USELAB
 
   35 imm2b: IMM
 
   36 imm8b: IMM
 
   37 imm8bs: IMM
 
   38 imm6b: IMM
 
   39 imm32: IMM
 
 
Terminals, with rules where they appear
 
$end (0) 0
error (256)
C (258) 17 18 19 20 21 22 23 24 26 27 28 29 30 31 32 33 34
OBRA (259) 28 29 30
CBRA (260) 28 29 30
OSBRA (261) 25 26
CSBRA (262) 25 26
NUM (263)
IMM (264) 35 36 37 38 39
LABEL (265) 3
USELAB (266) 21 34
REG (267) 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 32 33 34
ARI (268) 17
LDI (269) 18
LSI (270) 19
CMP (271) 20
BR (272) 21 22
SHA (273) 23 24
JUMP (274) 25
CALL (275) 26
MOV (276) 27
MEM (277) 28
SEL (278) 29 30
SELI (279) 31 32
LDL (280) 33 34
NOP (281) 16
 
 
Nonterminals, with rules where they appear
 
$accept (27)
    on left: 0
asms (28)
    on left: 1 2, on right: 0 2
asm (29)
    on left: 3 4 5 6 7 8 9 10 11 12 13 14 15, on right: 1 2
nop (30)
    on left: 16, on right: 4
ari (31)
    on left: 17, on right: 5
ldsi (32)
    on left: 18 19, on right: 6
cmp (33)
    on left: 20, on right: 7
br (34)
    on left: 21 22, on right: 8
sha (35)
    on left: 23 24, on right: 9
jmpcall (36)
    on left: 25 26, on right: 10
mov (37)
    on left: 27, on right: 11
mem (38)
    on left: 28, on right: 12
sel (39)
    on left: 29 30, on right: 13
seli (40)
    on left: 31 32, on right: 14
ldl (41)
    on left: 33 34, on right: 15
imm2b (42)
    on left: 35, on right: 31 32
imm8b (43)
    on left: 36, on right: 18 19
imm8bs (44)
    on left: 37, on right: 22
imm6b (45)
    on left: 38, on right: 23 24
imm32 (46)
    on left: 39, on right: 33
 
 
state 0
 
 
 
    LABEL  shift, and go to state 1
    ARI    shift, and go to state 2
    LDI    shift, and go to state 3
    LSI    shift, and go to state 4
    CMP    shift, and go to state 5
    BR     shift, and go to state 6
    SHA    shift, and go to state 7
    JUMP   shift, and go to state 8
    CALL   shift, and go to state 9
    MOV    shift, and go to state 10
    MEM    shift, and go to state 11
    SEL    shift, and go to state 12
    SELI   shift, and go to state 13
    LDL    shift, and go to state 14
    NOP    shift, and go to state 15
 
    asms     go to state 16
    asm      go to state 17
    nop      go to state 18
    ari      go to state 19
    ldsi     go to state 20
    cmp      go to state 21
    br       go to state 22
    sha      go to state 23
    jmpcall  go to state 24
    mov      go to state 25
    mem      go to state 26
    sel      go to state 27
    seli     go to state 28
    ldl      go to state 29
 
 
state 1
 
    3 asm: LABEL .
 
    $default  reduce using rule 3 (asm)
 
 
state 2
 
   17 ari: ARI . REG C REG C REG
 
    REG  shift, and go to state 30
 
 
state 3
 
   18 ldsi: LDI . REG C imm8b
 
    REG  shift, and go to state 31
 
 
state 4
 
   19 ldsi: LSI . REG C imm8b
 
    REG  shift, and go to state 32
 
 
state 5
 
   20 cmp: CMP . REG C REG C REG
 
    REG  shift, and go to state 33
 
 
state 6
 
   21 br: BR . REG C USELAB
   22   | BR . REG C imm8bs
 
    REG  shift, and go to state 34
 
 
state 7
 
   23 sha: SHA . REG C imm6b
   24    | SHA . REG C REG C imm6b
 
    REG  shift, and go to state 35
 
 
state 8
 
   25 jmpcall: JUMP . OSBRA REG CSBRA
 
    OSBRA  shift, and go to state 36
 
 
state 9
 
   26 jmpcall: CALL . REG C OSBRA REG CSBRA
 
    REG  shift, and go to state 37
 
 
state 10
 
   27 mov: MOV . REG C REG
 
    REG  shift, and go to state 38
 
 
state 11
 
   28 mem: MEM . REG C OBRA REG CBRA
 
    REG  shift, and go to state 39
 
 
state 12
 
   29 sel: SEL . REG C OBRA REG CBRA
   30    | SEL . REG C REG C OBRA REG CBRA
 
    REG  shift, and go to state 40
 
 
state 13
 
   31 seli: SELI . REG C imm2b
   32     | SELI . REG C REG C imm2b
 
    REG  shift, and go to state 41
 
 
state 14
 
   33 ldl: LDL . REG C imm32
   34    | LDL . REG C USELAB
 
    REG  shift, and go to state 42
 
 
state 15
 
   16 nop: NOP .
 
    $default  reduce using rule 16 (nop)
 
 
state 16
 
 
    2 asms: asms . asm
 
    $end   shift, and go to state 43
    LABEL  shift, and go to state 1
    ARI    shift, and go to state 2
    LDI    shift, and go to state 3
    LSI    shift, and go to state 4
    CMP    shift, and go to state 5
    BR     shift, and go to state 6
    SHA    shift, and go to state 7
    JUMP   shift, and go to state 8
    CALL   shift, and go to state 9
    MOV    shift, and go to state 10
    MEM    shift, and go to state 11
    SEL    shift, and go to state 12
    SELI   shift, and go to state 13
    LDL    shift, and go to state 14
    NOP    shift, and go to state 15
 
    asm      go to state 44
    nop      go to state 18
    ari      go to state 19
    ldsi     go to state 20
    cmp      go to state 21
    br       go to state 22
    sha      go to state 23
    jmpcall  go to state 24
    mov      go to state 25
    mem      go to state 26
    sel      go to state 27
    seli     go to state 28
    ldl      go to state 29
 
 
state 17
 
    1 asms: asm .
 
    $default  reduce using rule 1 (asms)
 
 
state 18
 
    4 asm: nop .
 
    $default  reduce using rule 4 (asm)
 
 
state 19
 
    5 asm: ari .
 
    $default  reduce using rule 5 (asm)
 
 
state 20
 
    6 asm: ldsi .
 
    $default  reduce using rule 6 (asm)
 
 
state 21
 
    7 asm: cmp .
 
    $default  reduce using rule 7 (asm)
 
 
state 22
 
    8 asm: br .
 
    $default  reduce using rule 8 (asm)
 
 
state 23
 
    9 asm: sha .
 
    $default  reduce using rule 9 (asm)
 
 
state 24
 
   10 asm: jmpcall .
 
    $default  reduce using rule 10 (asm)
 
 
state 25
 
   11 asm: mov .
 
    $default  reduce using rule 11 (asm)
 
 
state 26
 
   12 asm: mem .
 
    $default  reduce using rule 12 (asm)
 
 
state 27
 
   13 asm: sel .
 
    $default  reduce using rule 13 (asm)
 
 
state 28
 
   14 asm: seli .
 
    $default  reduce using rule 14 (asm)
 
 
state 29
 
   15 asm: ldl .
 
    $default  reduce using rule 15 (asm)
 
 
state 30
 
   17 ari: ARI REG . C REG C REG
 
    C  shift, and go to state 45
 
 
state 31
 
   18 ldsi: LDI REG . C imm8b
 
    C  shift, and go to state 46
 
 
state 32
 
   19 ldsi: LSI REG . C imm8b
 
    C  shift, and go to state 47
 
 
state 33
 
   20 cmp: CMP REG . C REG C REG
 
    C  shift, and go to state 48
 
 
state 34
 
   21 br: BR REG . C USELAB
   22   | BR REG . C imm8bs
 
    C  shift, and go to state 49
 
 
state 35
 
   23 sha: SHA REG . C imm6b
   24    | SHA REG . C REG C imm6b
 
    C  shift, and go to state 50
 
 
state 36
 
   25 jmpcall: JUMP OSBRA . REG CSBRA
 
    REG  shift, and go to state 51
 
 
state 37
 
   26 jmpcall: CALL REG . C OSBRA REG CSBRA
 
    C  shift, and go to state 52
 
 
state 38
 
   27 mov: MOV REG . C REG
 
    C  shift, and go to state 53
 
 
state 39
 
   28 mem: MEM REG . C OBRA REG CBRA
 
    C  shift, and go to state 54
 
 
state 40
 
   29 sel: SEL REG . C OBRA REG CBRA
   30    | SEL REG . C REG C OBRA REG CBRA
 
    C  shift, and go to state 55
 
 
state 41
 
   31 seli: SELI REG . C imm2b
   32     | SELI REG . C REG C imm2b
 
    C  shift, and go to state 56
 
 
state 42
 
   33 ldl: LDL REG . C imm32
   34    | LDL REG . C USELAB
 
    C  shift, and go to state 57
 
 
state 43
 
 
 
    $default  accept
 
 
state 44
 
    2 asms: asms asm .
 
    $default  reduce using rule 2 (asms)
 
 
state 45
 
   17 ari: ARI REG C . REG C REG
 
    REG  shift, and go to state 58
 
 
state 46
 
   18 ldsi: LDI REG C . imm8b
 
    IMM  shift, and go to state 59
 
    imm8b  go to state 60
 
 
state 47
 
   19 ldsi: LSI REG C . imm8b
 
    IMM  shift, and go to state 59
 
    imm8b  go to state 61
 
 
state 48
 
   20 cmp: CMP REG C . REG C REG
 
    REG  shift, and go to state 62
 
 
state 49
 
   21 br: BR REG C . USELAB
   22   | BR REG C . imm8bs
 
    IMM     shift, and go to state 63
    USELAB  shift, and go to state 64
 
    imm8bs  go to state 65
 
 
state 50
 
   23 sha: SHA REG C . imm6b
   24    | SHA REG C . REG C imm6b
 
    IMM  shift, and go to state 66
    REG  shift, and go to state 67
 
    imm6b  go to state 68
 
 
state 51
 
   25 jmpcall: JUMP OSBRA REG . CSBRA
 
    CSBRA  shift, and go to state 69
 
 
state 52
 
   26 jmpcall: CALL REG C . OSBRA REG CSBRA
 
    OSBRA  shift, and go to state 70
 
 
state 53
 
   27 mov: MOV REG C . REG
 
    REG  shift, and go to state 71
 
 
state 54
 
   28 mem: MEM REG C . OBRA REG CBRA
 
    OBRA  shift, and go to state 72
 
 
state 55
 
   29 sel: SEL REG C . OBRA REG CBRA
   30    | SEL REG C . REG C OBRA REG CBRA
 
    OBRA  shift, and go to state 73
    REG   shift, and go to state 74
 
 
state 56
 
   31 seli: SELI REG C . imm2b
   32     | SELI REG C . REG C imm2b
 
    IMM  shift, and go to state 75
    REG  shift, and go to state 76
 
    imm2b  go to state 77
 
 
state 57
 
   33 ldl: LDL REG C . imm32
   34    | LDL REG C . USELAB
 
    IMM     shift, and go to state 78
    USELAB  shift, and go to state 79
 
    imm32  go to state 80
 
 
state 58
 
   17 ari: ARI REG C REG . C REG
 
    C  shift, and go to state 81
 
 
state 59
 
   36 imm8b: IMM .
 
    $default  reduce using rule 36 (imm8b)
 
 
state 60
 
   18 ldsi: LDI REG C imm8b .
 
    $default  reduce using rule 18 (ldsi)
 
 
state 61
 
   19 ldsi: LSI REG C imm8b .
 
    $default  reduce using rule 19 (ldsi)
 
 
state 62
 
   20 cmp: CMP REG C REG . C REG
 
    C  shift, and go to state 82
 
 
state 63
 
   37 imm8bs: IMM .
 
    $default  reduce using rule 37 (imm8bs)
 
 
state 64
 
   21 br: BR REG C USELAB .
 
    $default  reduce using rule 21 (br)
 
 
state 65
 
   22 br: BR REG C imm8bs .
 
    $default  reduce using rule 22 (br)
 
 
state 66
 
   38 imm6b: IMM .
 
    $default  reduce using rule 38 (imm6b)
 
 
state 67
 
   24 sha: SHA REG C REG . C imm6b
 
    C  shift, and go to state 83
 
 
state 68
 
   23 sha: SHA REG C imm6b .
 
    $default  reduce using rule 23 (sha)
 
 
state 69
 
   25 jmpcall: JUMP OSBRA REG CSBRA .
 
    $default  reduce using rule 25 (jmpcall)
 
 
state 70
 
   26 jmpcall: CALL REG C OSBRA . REG CSBRA
 
    REG  shift, and go to state 84
 
 
state 71
 
   27 mov: MOV REG C REG .
 
    $default  reduce using rule 27 (mov)
 
 
state 72
 
   28 mem: MEM REG C OBRA . REG CBRA
 
    REG  shift, and go to state 85
 
 
state 73
 
   29 sel: SEL REG C OBRA . REG CBRA
 
    REG  shift, and go to state 86
 
 
state 74
 
   30 sel: SEL REG C REG . C OBRA REG CBRA
 
    C  shift, and go to state 87
 
 
state 75
 
   35 imm2b: IMM .
 
    $default  reduce using rule 35 (imm2b)
 
 
state 76
 
   32 seli: SELI REG C REG . C imm2b
 
    C  shift, and go to state 88
 
 
state 77
 
   31 seli: SELI REG C imm2b .
 
    $default  reduce using rule 31 (seli)
 
 
state 78
 
   39 imm32: IMM .
 
    $default  reduce using rule 39 (imm32)
 
 
state 79
 
   34 ldl: LDL REG C USELAB .
 
    $default  reduce using rule 34 (ldl)
 
 
state 80
 
   33 ldl: LDL REG C imm32 .
 
    $default  reduce using rule 33 (ldl)
 
 
state 81
 
   17 ari: ARI REG C REG C . REG
 
    REG  shift, and go to state 89
 
 
state 82
 
   20 cmp: CMP REG C REG C . REG
 
    REG  shift, and go to state 90
 
 
state 83
 
   24 sha: SHA REG C REG C . imm6b
 
    IMM  shift, and go to state 66
 
    imm6b  go to state 91
 
 
state 84
 
   26 jmpcall: CALL REG C OSBRA REG . CSBRA
 
    CSBRA  shift, and go to state 92
 
 
state 85
 
   28 mem: MEM REG C OBRA REG . CBRA
 
    CBRA  shift, and go to state 93
 
 
state 86
 
   29 sel: SEL REG C OBRA REG . CBRA
 
    CBRA  shift, and go to state 94
 
 
state 87
 
   30 sel: SEL REG C REG C . OBRA REG CBRA
 
    OBRA  shift, and go to state 95
 
 
state 88
 
   32 seli: SELI REG C REG C . imm2b
 
    IMM  shift, and go to state 75
 
    imm2b  go to state 96
 
 
state 89
 
   17 ari: ARI REG C REG C REG .
 
    $default  reduce using rule 17 (ari)
 
 
state 90
 
   20 cmp: CMP REG C REG C REG .
 
    $default  reduce using rule 20 (cmp)
 
 
state 91
 
   24 sha: SHA REG C REG C imm6b .
 
    $default  reduce using rule 24 (sha)
 
 
state 92
 
   26 jmpcall: CALL REG C OSBRA REG CSBRA .
 
    $default  reduce using rule 26 (jmpcall)
 
 
state 93
 
   28 mem: MEM REG C OBRA REG CBRA .
 
    $default  reduce using rule 28 (mem)
 
 
state 94
 
   29 sel: SEL REG C OBRA REG CBRA .
 
    $default  reduce using rule 29 (sel)
 
 
state 95
 
   30 sel: SEL REG C REG C OBRA . REG CBRA
 
    REG  shift, and go to state 97
 
 
state 96
 
   32 seli: SELI REG C REG C imm2b .
 
    $default  reduce using rule 32 (seli)
 
 
state 97
 
   30 sel: SEL REG C REG C OBRA REG . CBRA
 
    CBRA  shift, and go to state 98
 
 
state 98
 
   30 sel: SEL REG C REG C OBRA REG CBRA .
 
    $default  reduce using rule 30 (sel)

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[/] [diogenes/] [trunk/] [asm/] [yacc.output] - Blame information for rev 148

Line No.	Rev	Author	Line
1	148	fellnhofer	`Terminals which are not used`
2
3			`NUM`
4
5
6			`Grammar`
7
8
9
10			`1 asms: asm`
11			`2 \| asms asm`
12
13			`3 asm: LABEL`
14			`4 \| nop`
15			`5 \| ari`
16			`6 \| ldsi`
17			`7 \| cmp`
18			`8 \| br`
19			`9 \| sha`
20			`10 \| jmpcall`
21			`11 \| mov`
22			`12 \| mem`
23			`13 \| sel`
24			`14 \| seli`
25			`15 \| ldl`
26
27			`16 nop: NOP`
28
29			`17 ari: ARI REG C REG C REG`
30
31			`18 ldsi: LDI REG C imm8b`
32			`19 \| LSI REG C imm8b`
33
34			`20 cmp: CMP REG C REG C REG`
35
36			`21 br: BR REG C USELAB`
37			`22 \| BR REG C imm8bs`
38
39			`23 sha: SHA REG C imm6b`
40			`24 \| SHA REG C REG C imm6b`
41
42			`25 jmpcall: JUMP OSBRA REG CSBRA`
43			`26 \| CALL REG C OSBRA REG CSBRA`
44
45			`27 mov: MOV REG C REG`
46
47			`28 mem: MEM REG C OBRA REG CBRA`
48
49			`29 sel: SEL REG C OBRA REG CBRA`
50			`30 \| SEL REG C REG C OBRA REG CBRA`
51
52			`31 seli: SELI REG C imm2b`
53			`32 \| SELI REG C REG C imm2b`
54
55			`33 ldl: LDL REG C imm32`
56			`34 \| LDL REG C USELAB`
57
58			`35 imm2b: IMM`
59
60			`36 imm8b: IMM`
61
62			`37 imm8bs: IMM`
63
64			`38 imm6b: IMM`
65
66			`39 imm32: IMM`
67
68
69			`Terminals, with rules where they appear`
70
71			`$end (0) 0`
72			`error (256)`
73			`C (258) 17 18 19 20 21 22 23 24 26 27 28 29 30 31 32 33 34`
74			`OBRA (259) 28 29 30`
75			`CBRA (260) 28 29 30`
76			`OSBRA (261) 25 26`
77			`CSBRA (262) 25 26`
78			`NUM (263)`
79			`IMM (264) 35 36 37 38 39`
80			`LABEL (265) 3`
81			`USELAB (266) 21 34`
82			`REG (267) 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 32 33 34`
83			`ARI (268) 17`
84			`LDI (269) 18`
85			`LSI (270) 19`
86			`CMP (271) 20`
87			`BR (272) 21 22`
88			`SHA (273) 23 24`
89			`JUMP (274) 25`
90			`CALL (275) 26`
91			`MOV (276) 27`
92			`MEM (277) 28`
93			`SEL (278) 29 30`
94			`SELI (279) 31 32`
95			`LDL (280) 33 34`
96			`NOP (281) 16`
97
98
99			`Nonterminals, with rules where they appear`
100
101			`$accept (27)`
102			`on left: 0`
103			`asms (28)`
104			`on left: 1 2, on right: 0 2`
105			`asm (29)`
106			`on left: 3 4 5 6 7 8 9 10 11 12 13 14 15, on right: 1 2`
107			`nop (30)`
108			`on left: 16, on right: 4`
109			`ari (31)`
110			`on left: 17, on right: 5`
111			`ldsi (32)`
112			`on left: 18 19, on right: 6`
113			`cmp (33)`
114			`on left: 20, on right: 7`
115			`br (34)`
116			`on left: 21 22, on right: 8`
117			`sha (35)`
118			`on left: 23 24, on right: 9`
119			`jmpcall (36)`
120			`on left: 25 26, on right: 10`
121			`mov (37)`
122			`on left: 27, on right: 11`
123			`mem (38)`
124			`on left: 28, on right: 12`
125			`sel (39)`
126			`on left: 29 30, on right: 13`
127			`seli (40)`
128			`on left: 31 32, on right: 14`
129			`ldl (41)`
130			`on left: 33 34, on right: 15`
131			`imm2b (42)`
132			`on left: 35, on right: 31 32`
133			`imm8b (43)`
134			`on left: 36, on right: 18 19`
135			`imm8bs (44)`
136			`on left: 37, on right: 22`
137			`imm6b (45)`
138			`on left: 38, on right: 23 24`
139			`imm32 (46)`
140			`on left: 39, on right: 33`
141
142
143			`state 0`
144
145
146
147			`LABEL shift, and go to state 1`
148			`ARI shift, and go to state 2`
149			`LDI shift, and go to state 3`
150			`LSI shift, and go to state 4`
151			`CMP shift, and go to state 5`
152			`BR shift, and go to state 6`
153			`SHA shift, and go to state 7`
154			`JUMP shift, and go to state 8`
155			`CALL shift, and go to state 9`
156			`MOV shift, and go to state 10`
157			`MEM shift, and go to state 11`
158			`SEL shift, and go to state 12`
159			`SELI shift, and go to state 13`
160			`LDL shift, and go to state 14`
161			`NOP shift, and go to state 15`
162
163			`asms go to state 16`
164			`asm go to state 17`
165			`nop go to state 18`
166			`ari go to state 19`
167			`ldsi go to state 20`
168			`cmp go to state 21`
169			`br go to state 22`
170			`sha go to state 23`
171			`jmpcall go to state 24`
172			`mov go to state 25`
173			`mem go to state 26`
174			`sel go to state 27`
175			`seli go to state 28`
176			`ldl go to state 29`
177
178
179			`state 1`
180
181			`3 asm: LABEL .`
182
183			`$default reduce using rule 3 (asm)`
184
185
186			`state 2`
187
188			`17 ari: ARI . REG C REG C REG`
189
190			`REG shift, and go to state 30`
191
192
193			`state 3`
194
195			`18 ldsi: LDI . REG C imm8b`
196
197			`REG shift, and go to state 31`
198
199
200			`state 4`
201
202			`19 ldsi: LSI . REG C imm8b`
203
204			`REG shift, and go to state 32`
205
206
207			`state 5`
208
209			`20 cmp: CMP . REG C REG C REG`
210
211			`REG shift, and go to state 33`
212
213
214			`state 6`
215
216			`21 br: BR . REG C USELAB`
217			`22 \| BR . REG C imm8bs`
218
219			`REG shift, and go to state 34`
220
221
222			`state 7`
223
224			`23 sha: SHA . REG C imm6b`
225			`24 \| SHA . REG C REG C imm6b`
226
227			`REG shift, and go to state 35`
228
229
230			`state 8`
231
232			`25 jmpcall: JUMP . OSBRA REG CSBRA`
233
234			`OSBRA shift, and go to state 36`
235
236
237			`state 9`
238
239			`26 jmpcall: CALL . REG C OSBRA REG CSBRA`
240
241			`REG shift, and go to state 37`
242
243
244			`state 10`
245
246			`27 mov: MOV . REG C REG`
247
248			`REG shift, and go to state 38`
249
250
251			`state 11`
252
253			`28 mem: MEM . REG C OBRA REG CBRA`
254
255			`REG shift, and go to state 39`
256
257
258			`state 12`
259
260			`29 sel: SEL . REG C OBRA REG CBRA`
261			`30 \| SEL . REG C REG C OBRA REG CBRA`
262
263			`REG shift, and go to state 40`
264
265
266			`state 13`
267
268			`31 seli: SELI . REG C imm2b`
269			`32 \| SELI . REG C REG C imm2b`
270
271			`REG shift, and go to state 41`
272
273
274			`state 14`
275
276			`33 ldl: LDL . REG C imm32`
277			`34 \| LDL . REG C USELAB`
278
279			`REG shift, and go to state 42`
280
281
282			`state 15`
283
284			`16 nop: NOP .`
285
286			`$default reduce using rule 16 (nop)`
287
288
289			`state 16`
290
291
292			`2 asms: asms . asm`
293
294			`$end shift, and go to state 43`
295			`LABEL shift, and go to state 1`
296			`ARI shift, and go to state 2`
297			`LDI shift, and go to state 3`
298			`LSI shift, and go to state 4`
299			`CMP shift, and go to state 5`
300			`BR shift, and go to state 6`
301			`SHA shift, and go to state 7`
302			`JUMP shift, and go to state 8`
303			`CALL shift, and go to state 9`
304			`MOV shift, and go to state 10`
305			`MEM shift, and go to state 11`
306			`SEL shift, and go to state 12`
307			`SELI shift, and go to state 13`
308			`LDL shift, and go to state 14`
309			`NOP shift, and go to state 15`
310
311			`asm go to state 44`
312			`nop go to state 18`
313			`ari go to state 19`
314			`ldsi go to state 20`
315			`cmp go to state 21`
316			`br go to state 22`
317			`sha go to state 23`
318			`jmpcall go to state 24`
319			`mov go to state 25`
320			`mem go to state 26`
321			`sel go to state 27`
322			`seli go to state 28`
323			`ldl go to state 29`
324
325
326			`state 17`
327
328			`1 asms: asm .`
329
330			`$default reduce using rule 1 (asms)`
331
332
333			`state 18`
334
335			`4 asm: nop .`
336
337			`$default reduce using rule 4 (asm)`
338
339
340			`state 19`
341
342			`5 asm: ari .`
343
344			`$default reduce using rule 5 (asm)`
345
346
347			`state 20`
348
349			`6 asm: ldsi .`
350
351			`$default reduce using rule 6 (asm)`
352
353
354			`state 21`
355
356			`7 asm: cmp .`
357
358			`$default reduce using rule 7 (asm)`
359
360
361			`state 22`
362
363			`8 asm: br .`
364
365			`$default reduce using rule 8 (asm)`
366
367
368			`state 23`
369
370			`9 asm: sha .`
371
372			`$default reduce using rule 9 (asm)`
373
374
375			`state 24`
376
377			`10 asm: jmpcall .`
378
379			`$default reduce using rule 10 (asm)`
380
381
382			`state 25`
383
384			`11 asm: mov .`
385
386			`$default reduce using rule 11 (asm)`
387
388
389			`state 26`
390
391			`12 asm: mem .`
392
393			`$default reduce using rule 12 (asm)`
394
395
396			`state 27`
397
398			`13 asm: sel .`
399
400			`$default reduce using rule 13 (asm)`
401
402
403			`state 28`
404
405			`14 asm: seli .`
406
407			`$default reduce using rule 14 (asm)`
408
409
410			`state 29`
411
412			`15 asm: ldl .`
413
414			`$default reduce using rule 15 (asm)`
415
416
417			`state 30`
418
419			`17 ari: ARI REG . C REG C REG`
420
421			`C shift, and go to state 45`
422
423
424			`state 31`
425
426			`18 ldsi: LDI REG . C imm8b`
427
428			`C shift, and go to state 46`
429
430
431			`state 32`
432
433			`19 ldsi: LSI REG . C imm8b`
434
435			`C shift, and go to state 47`
436
437
438			`state 33`
439
440			`20 cmp: CMP REG . C REG C REG`
441
442			`C shift, and go to state 48`
443
444
445			`state 34`
446
447			`21 br: BR REG . C USELAB`
448			`22 \| BR REG . C imm8bs`
449
450			`C shift, and go to state 49`
451
452
453			`state 35`
454
455			`23 sha: SHA REG . C imm6b`
456			`24 \| SHA REG . C REG C imm6b`
457
458			`C shift, and go to state 50`
459
460
461			`state 36`
462
463			`25 jmpcall: JUMP OSBRA . REG CSBRA`
464
465			`REG shift, and go to state 51`
466
467
468			`state 37`
469
470			`26 jmpcall: CALL REG . C OSBRA REG CSBRA`
471
472			`C shift, and go to state 52`
473
474
475			`state 38`
476
477			`27 mov: MOV REG . C REG`
478
479			`C shift, and go to state 53`
480
481
482			`state 39`
483
484			`28 mem: MEM REG . C OBRA REG CBRA`
485
486			`C shift, and go to state 54`
487
488
489			`state 40`
490
491			`29 sel: SEL REG . C OBRA REG CBRA`
492			`30 \| SEL REG . C REG C OBRA REG CBRA`
493
494			`C shift, and go to state 55`
495
496
497			`state 41`
498
499			`31 seli: SELI REG . C imm2b`
500			`32 \| SELI REG . C REG C imm2b`
501
502			`C shift, and go to state 56`
503
504
505			`state 42`
506
507			`33 ldl: LDL REG . C imm32`
508			`34 \| LDL REG . C USELAB`
509
510			`C shift, and go to state 57`
511
512
513			`state 43`
514
515
516
517			`$default accept`
518
519
520			`state 44`
521
522			`2 asms: asms asm .`
523
524			`$default reduce using rule 2 (asms)`
525
526
527			`state 45`
528
529			`17 ari: ARI REG C . REG C REG`
530
531			`REG shift, and go to state 58`
532
533
534			`state 46`
535
536			`18 ldsi: LDI REG C . imm8b`
537
538			`IMM shift, and go to state 59`
539
540			`imm8b go to state 60`
541
542
543			`state 47`
544
545			`19 ldsi: LSI REG C . imm8b`
546
547			`IMM shift, and go to state 59`
548
549			`imm8b go to state 61`
550
551
552			`state 48`
553
554			`20 cmp: CMP REG C . REG C REG`
555
556			`REG shift, and go to state 62`
557
558
559			`state 49`
560
561			`21 br: BR REG C . USELAB`
562			`22 \| BR REG C . imm8bs`
563
564			`IMM shift, and go to state 63`
565			`USELAB shift, and go to state 64`
566
567			`imm8bs go to state 65`
568
569
570			`state 50`
571
572			`23 sha: SHA REG C . imm6b`
573			`24 \| SHA REG C . REG C imm6b`
574
575			`IMM shift, and go to state 66`
576			`REG shift, and go to state 67`
577
578			`imm6b go to state 68`
579
580
581			`state 51`
582
583			`25 jmpcall: JUMP OSBRA REG . CSBRA`
584
585			`CSBRA shift, and go to state 69`
586
587
588			`state 52`
589
590			`26 jmpcall: CALL REG C . OSBRA REG CSBRA`
591
592			`OSBRA shift, and go to state 70`
593
594
595			`state 53`
596
597			`27 mov: MOV REG C . REG`
598
599			`REG shift, and go to state 71`
600
601
602			`state 54`
603
604			`28 mem: MEM REG C . OBRA REG CBRA`
605
606			`OBRA shift, and go to state 72`
607
608
609			`state 55`
610
611			`29 sel: SEL REG C . OBRA REG CBRA`
612			`30 \| SEL REG C . REG C OBRA REG CBRA`
613
614			`OBRA shift, and go to state 73`
615			`REG shift, and go to state 74`
616
617
618			`state 56`
619
620			`31 seli: SELI REG C . imm2b`
621			`32 \| SELI REG C . REG C imm2b`
622
623			`IMM shift, and go to state 75`
624			`REG shift, and go to state 76`
625
626			`imm2b go to state 77`
627
628
629			`state 57`
630
631			`33 ldl: LDL REG C . imm32`
632			`34 \| LDL REG C . USELAB`
633
634			`IMM shift, and go to state 78`
635			`USELAB shift, and go to state 79`
636
637			`imm32 go to state 80`
638
639
640			`state 58`
641
642			`17 ari: ARI REG C REG . C REG`
643
644			`C shift, and go to state 81`
645
646
647			`state 59`
648
649			`36 imm8b: IMM .`
650
651			`$default reduce using rule 36 (imm8b)`
652
653
654			`state 60`
655
656			`18 ldsi: LDI REG C imm8b .`
657
658			`$default reduce using rule 18 (ldsi)`
659
660
661			`state 61`
662
663			`19 ldsi: LSI REG C imm8b .`
664
665			`$default reduce using rule 19 (ldsi)`
666
667
668			`state 62`
669
670			`20 cmp: CMP REG C REG . C REG`
671
672			`C shift, and go to state 82`
673
674
675			`state 63`
676
677			`37 imm8bs: IMM .`
678
679			`$default reduce using rule 37 (imm8bs)`
680
681
682			`state 64`
683
684			`21 br: BR REG C USELAB .`
685
686			`$default reduce using rule 21 (br)`
687
688
689			`state 65`
690
691			`22 br: BR REG C imm8bs .`
692
693			`$default reduce using rule 22 (br)`
694
695
696			`state 66`
697
698			`38 imm6b: IMM .`
699
700			`$default reduce using rule 38 (imm6b)`
701
702
703			`state 67`
704
705			`24 sha: SHA REG C REG . C imm6b`
706
707			`C shift, and go to state 83`
708
709
710			`state 68`
711
712			`23 sha: SHA REG C imm6b .`
713
714			`$default reduce using rule 23 (sha)`
715
716
717			`state 69`
718
719			`25 jmpcall: JUMP OSBRA REG CSBRA .`
720
721			`$default reduce using rule 25 (jmpcall)`
722
723
724			`state 70`
725
726			`26 jmpcall: CALL REG C OSBRA . REG CSBRA`
727
728			`REG shift, and go to state 84`
729
730
731			`state 71`
732
733			`27 mov: MOV REG C REG .`
734
735			`$default reduce using rule 27 (mov)`
736
737
738			`state 72`
739
740			`28 mem: MEM REG C OBRA . REG CBRA`
741
742			`REG shift, and go to state 85`
743
744
745			`state 73`
746
747			`29 sel: SEL REG C OBRA . REG CBRA`
748
749			`REG shift, and go to state 86`
750
751
752			`state 74`
753
754			`30 sel: SEL REG C REG . C OBRA REG CBRA`
755
756			`C shift, and go to state 87`
757
758
759			`state 75`
760
761			`35 imm2b: IMM .`
762
763			`$default reduce using rule 35 (imm2b)`
764
765
766			`state 76`
767
768			`32 seli: SELI REG C REG . C imm2b`
769
770			`C shift, and go to state 88`
771
772
773			`state 77`
774
775			`31 seli: SELI REG C imm2b .`
776
777			`$default reduce using rule 31 (seli)`
778
779
780			`state 78`
781
782			`39 imm32: IMM .`
783
784			`$default reduce using rule 39 (imm32)`
785
786
787			`state 79`
788
789			`34 ldl: LDL REG C USELAB .`
790
791			`$default reduce using rule 34 (ldl)`
792
793
794			`state 80`
795
796			`33 ldl: LDL REG C imm32 .`
797
798			`$default reduce using rule 33 (ldl)`
799
800
801			`state 81`
802
803			`17 ari: ARI REG C REG C . REG`
804
805			`REG shift, and go to state 89`
806
807
808			`state 82`
809
810			`20 cmp: CMP REG C REG C . REG`
811
812			`REG shift, and go to state 90`
813
814
815			`state 83`
816
817			`24 sha: SHA REG C REG C . imm6b`
818
819			`IMM shift, and go to state 66`
820
821			`imm6b go to state 91`
822
823
824			`state 84`
825
826			`26 jmpcall: CALL REG C OSBRA REG . CSBRA`
827
828			`CSBRA shift, and go to state 92`
829
830
831			`state 85`
832
833			`28 mem: MEM REG C OBRA REG . CBRA`
834
835			`CBRA shift, and go to state 93`
836
837
838			`state 86`
839
840			`29 sel: SEL REG C OBRA REG . CBRA`
841
842			`CBRA shift, and go to state 94`
843
844
845			`state 87`
846
847			`30 sel: SEL REG C REG C . OBRA REG CBRA`
848
849			`OBRA shift, and go to state 95`
850
851
852			`state 88`
853
854			`32 seli: SELI REG C REG C . imm2b`
855
856			`IMM shift, and go to state 75`
857
858			`imm2b go to state 96`
859
860
861			`state 89`
862
863			`17 ari: ARI REG C REG C REG .`
864
865			`$default reduce using rule 17 (ari)`
866
867
868			`state 90`
869
870			`20 cmp: CMP REG C REG C REG .`
871
872			`$default reduce using rule 20 (cmp)`
873
874
875			`state 91`
876
877			`24 sha: SHA REG C REG C imm6b .`
878
879			`$default reduce using rule 24 (sha)`
880
881
882			`state 92`
883
884			`26 jmpcall: CALL REG C OSBRA REG CSBRA .`
885
886			`$default reduce using rule 26 (jmpcall)`
887
888
889			`state 93`
890
891			`28 mem: MEM REG C OBRA REG CBRA .`
892
893			`$default reduce using rule 28 (mem)`
894
895
896			`state 94`
897
898			`29 sel: SEL REG C OBRA REG CBRA .`
899
900			`$default reduce using rule 29 (sel)`
901
902
903			`state 95`
904
905			`30 sel: SEL REG C REG C OBRA . REG CBRA`
906
907			`REG shift, and go to state 97`
908
909
910			`state 96`
911
912			`32 seli: SELI REG C REG C imm2b .`
913
914			`$default reduce using rule 32 (seli)`
915
916
917			`state 97`
918
919			`30 sel: SEL REG C REG C OBRA REG . CBRA`
920
921			`CBRA shift, and go to state 98`
922
923
924			`state 98`
925
926			`30 sel: SEL REG C REG C OBRA REG CBRA .`
927
928			`$default reduce using rule 30 (sel)`