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State 19 conflicts: 2 shift/reduce
State 21 conflicts: 2 shift/reduce
State 24 conflicts: 2 shift/reduce
State 30 conflicts: 1 shift/reduce
Grammar
0 $accept: Start $end
1 Start: Lines
2 Lines: Lines stat
3 | %empty
4 | error '\n'
5 stat: assignExpr
6 assignExpr: atom_expr '=' assignExpr
7 | add_expr
8 number: INT
9 | REAL
10 factor: '+' factor
11 | '-' factor
12 | atom_expr
13 atom: ID
14 | STRING_LITERAL
15 | List
16 | number
17 slice_op: %empty
18 | ':'
19 | ':' add_expr
20 sub_expr: %empty
21 | add_expr
22 atom_expr: atom
23 | atom_expr '[' sub_expr ':' sub_expr slice_op ']'
24 | atom_expr '[' add_expr ']'
25 | atom_expr '.' ID
26 | atom_expr '(' arglist opt_comma ')'
27 | atom_expr '(' ')'
28 arglist: add_expr
29 | arglist ',' add_expr
30 List: '[' ']'
31 | '[' List_items opt_comma ']'
32 opt_comma: %empty
33 | ','
34 List_items: add_expr
35 | List_items ',' add_expr
36 add_expr: add_expr '+' mul_expr
37 | add_expr '-' mul_expr
38 | mul_expr
39 mul_expr: mul_expr '*' mul_expr
40 | mul_expr POW mul_expr
41 | mul_expr '/' mul_expr
42 | mul_expr DIV mul_expr
43 | mul_expr '%' mul_expr
44 | '(' add_expr ')'
45 | '(' mul_expr ')'
46 | factor
Terminals, with rules where they appear
$end (0) 0
'\n' (10) 4
'%' (37) 43
'(' (40) 26 27 44 45
')' (41) 26 27 44 45
'*' (42) 39
'+' (43) 10 36
',' (44) 29 33 35
'-' (45) 11 37
'.' (46) 25
'/' (47) 41
':' (58) 18 19 23
'=' (61) 6
'[' (91) 23 24 30 31
']' (93) 23 24 30 31
error (256) 4
ID (258) 13 25
INT (259) 8
REAL (260) 9
STRING_LITERAL (261) 14
DIV (262) 42
POW (263) 40
UMINUS (264)
Nonterminals, with rules where they appear
$accept (24)
on left: 0
Start (25)
on left: 1, on right: 0
Lines (26)
on left: 2 3 4, on right: 1 2
stat (27)
on left: 5, on right: 2
assignExpr (28)
on left: 6 7, on right: 5 6
number (29)
on left: 8 9, on right: 16
factor (30)
on left: 10 11 12, on right: 10 11 46
atom (31)
on left: 13 14 15 16, on right: 22
slice_op (32)
on left: 17 18 19, on right: 23
sub_expr (33)
on left: 20 21, on right: 23
atom_expr (34)
on left: 22 23 24 25 26 27, on right: 6 12 23 24 25 26 27
arglist (35)
on left: 28 29, on right: 26 29
List (36)
on left: 30 31, on right: 15
opt_comma (37)
on left: 32 33, on right: 26 31
List_items (38)
on left: 34 35, on right: 31 35
add_expr (39)
on left: 36 37 38, on right: 7 19 21 24 28 29 34 35 36 37 44
mul_expr (40)
on left: 39 40 41 42 43 44 45 46, on right: 36 37 38 39 40 41 42
43 45
State 0
0 $accept: . Start $end
error shift, and go to state 1
$end reduce using rule 3 (Lines)
ID reduce using rule 3 (Lines)
INT reduce using rule 3 (Lines)
REAL reduce using rule 3 (Lines)
STRING_LITERAL reduce using rule 3 (Lines)
'+' reduce using rule 3 (Lines)
'-' reduce using rule 3 (Lines)
'[' reduce using rule 3 (Lines)
'(' reduce using rule 3 (Lines)
Start go to state 2
Lines go to state 3
State 1
4 Lines: error . '\n'
'\n' shift, and go to state 4
State 2
0 $accept: Start . $end
$end shift, and go to state 5
State 3
1 Start: Lines .
2 Lines: Lines . stat
ID shift, and go to state 6
INT shift, and go to state 7
REAL shift, and go to state 8
STRING_LITERAL shift, and go to state 9
'+' shift, and go to state 10
'-' shift, and go to state 11
'[' shift, and go to state 12
'(' shift, and go to state 13
$default reduce using rule 1 (Start)
stat go to state 14
assignExpr go to state 15
number go to state 16
factor go to state 17
atom go to state 18
atom_expr go to state 19
List go to state 20
add_expr go to state 21
mul_expr go to state 22
State 4
4 Lines: error '\n' .
$default reduce using rule 4 (Lines)
State 5
0 $accept: Start $end .
$default accept
State 6
13 atom: ID .
$default reduce using rule 13 (atom)
State 7
8 number: INT .
$default reduce using rule 8 (number)
State 8
9 number: REAL .
$default reduce using rule 9 (number)
State 9
14 atom: STRING_LITERAL .
$default reduce using rule 14 (atom)
State 10
10 factor: '+' . factor
ID shift, and go to state 6
INT shift, and go to state 7
REAL shift, and go to state 8
STRING_LITERAL shift, and go to state 9
'+' shift, and go to state 10
'-' shift, and go to state 11
'[' shift, and go to state 12
number go to state 16
factor go to state 23
atom go to state 18
atom_expr go to state 24
List go to state 20
State 11
11 factor: '-' . factor
ID shift, and go to state 6
INT shift, and go to state 7
REAL shift, and go to state 8
STRING_LITERAL shift, and go to state 9
'+' shift, and go to state 10
'-' shift, and go to state 11
'[' shift, and go to state 12
number go to state 16
factor go to state 25
atom go to state 18
atom_expr go to state 24
List go to state 20
State 12
30 List: '[' . ']'
31 | '[' . List_items opt_comma ']'
ID shift, and go to state 6
INT shift, and go to state 7
REAL shift, and go to state 8
STRING_LITERAL shift, and go to state 9
'+' shift, and go to state 10
'-' shift, and go to state 11
'[' shift, and go to state 12
']' shift, and go to state 26
'(' shift, and go to state 13
number go to state 16
factor go to state 17
atom go to state 18
atom_expr go to state 24
List go to state 20
List_items go to state 27
add_expr go to state 28
mul_expr go to state 22
State 13
44 mul_expr: '(' . add_expr ')'
45 | '(' . mul_expr ')'
ID shift, and go to state 6
INT shift, and go to state 7
REAL shift, and go to state 8
STRING_LITERAL shift, and go to state 9
'+' shift, and go to state 10
'-' shift, and go to state 11
'[' shift, and go to state 12
'(' shift, and go to state 13
number go to state 16
factor go to state 17
atom go to state 18
atom_expr go to state 24
List go to state 20
add_expr go to state 29
mul_expr go to state 30
State 14
2 Lines: Lines stat .
$default reduce using rule 2 (Lines)
State 15
5 stat: assignExpr .
$default reduce using rule 5 (stat)
State 16
16 atom: number .
$default reduce using rule 16 (atom)
State 17
46 mul_expr: factor .
$default reduce using rule 46 (mul_expr)
State 18
22 atom_expr: atom .
$default reduce using rule 22 (atom_expr)
State 19
6 assignExpr: atom_expr . '=' assignExpr
12 factor: atom_expr .
23 atom_expr: atom_expr . '[' sub_expr ':' sub_expr slice_op ']'
24 | atom_expr . '[' add_expr ']'
25 | atom_expr . '.' ID
26 | atom_expr . '(' arglist opt_comma ')'
27 | atom_expr . '(' ')'
'=' shift, and go to state 31
'[' shift, and go to state 32
'.' shift, and go to state 33
'(' shift, and go to state 34
'[' [reduce using rule 12 (factor)]
'(' [reduce using rule 12 (factor)]
$default reduce using rule 12 (factor)
State 20
15 atom: List .
$default reduce using rule 15 (atom)
State 21
7 assignExpr: add_expr .
36 add_expr: add_expr . '+' mul_expr
37 | add_expr . '-' mul_expr
'+' shift, and go to state 35
'-' shift, and go to state 36
'+' [reduce using rule 7 (assignExpr)]
'-' [reduce using rule 7 (assignExpr)]
$default reduce using rule 7 (assignExpr)
State 22
38 add_expr: mul_expr .
39 mul_expr: mul_expr . '*' mul_expr
40 | mul_expr . POW mul_expr
41 | mul_expr . '/' mul_expr
42 | mul_expr . DIV mul_expr
43 | mul_expr . '%' mul_expr
DIV shift, and go to state 37
POW shift, and go to state 38
'*' shift, and go to state 39
'/' shift, and go to state 40
'%' shift, and go to state 41
$default reduce using rule 38 (add_expr)
State 23
10 factor: '+' factor .
$default reduce using rule 10 (factor)
State 24
12 factor: atom_expr .
23 atom_expr: atom_expr . '[' sub_expr ':' sub_expr slice_op ']'
24 | atom_expr . '[' add_expr ']'
25 | atom_expr . '.' ID
26 | atom_expr . '(' arglist opt_comma ')'
27 | atom_expr . '(' ')'
'[' shift, and go to state 32
'.' shift, and go to state 33
'(' shift, and go to state 34
'[' [reduce using rule 12 (factor)]
'(' [reduce using rule 12 (factor)]
$default reduce using rule 12 (factor)
State 25
11 factor: '-' factor .
$default reduce using rule 11 (factor)
State 26
30 List: '[' ']' .
$default reduce using rule 30 (List)
State 27
31 List: '[' List_items . opt_comma ']'
35 List_items: List_items . ',' add_expr
',' shift, and go to state 42
$default reduce using rule 32 (opt_comma)
opt_comma go to state 43
State 28
34 List_items: add_expr .
36 add_expr: add_expr . '+' mul_expr
37 | add_expr . '-' mul_expr
'+' shift, and go to state 35
'-' shift, and go to state 36
$default reduce using rule 34 (List_items)
State 29
36 add_expr: add_expr . '+' mul_expr
37 | add_expr . '-' mul_expr
44 mul_expr: '(' add_expr . ')'
'+' shift, and go to state 35
'-' shift, and go to state 36
')' shift, and go to state 44
State 30
38 add_expr: mul_expr .
39 mul_expr: mul_expr . '*' mul_expr
40 | mul_expr . POW mul_expr
41 | mul_expr . '/' mul_expr
42 | mul_expr . DIV mul_expr
43 | mul_expr . '%' mul_expr
45 | '(' mul_expr . ')'
DIV shift, and go to state 37
POW shift, and go to state 38
'*' shift, and go to state 39
'/' shift, and go to state 40
'%' shift, and go to state 41
')' shift, and go to state 45
')' [reduce using rule 38 (add_expr)]
$default reduce using rule 38 (add_expr)
State 31
6 assignExpr: atom_expr '=' . assignExpr
ID shift, and go to state 6
INT shift, and go to state 7
REAL shift, and go to state 8
STRING_LITERAL shift, and go to state 9
'+' shift, and go to state 10
'-' shift, and go to state 11
'[' shift, and go to state 12
'(' shift, and go to state 13
assignExpr go to state 46
number go to state 16
factor go to state 17
atom go to state 18
atom_expr go to state 19
List go to state 20
add_expr go to state 21
mul_expr go to state 22
State 32
23 atom_expr: atom_expr '[' . sub_expr ':' sub_expr slice_op ']'
24 | atom_expr '[' . add_expr ']'
ID shift, and go to state 6
INT shift, and go to state 7
REAL shift, and go to state 8
STRING_LITERAL shift, and go to state 9
'+' shift, and go to state 10
'-' shift, and go to state 11
'[' shift, and go to state 12
'(' shift, and go to state 13
$default reduce using rule 20 (sub_expr)
number go to state 16
factor go to state 17
atom go to state 18
sub_expr go to state 47
atom_expr go to state 24
List go to state 20
add_expr go to state 48
mul_expr go to state 22
State 33
25 atom_expr: atom_expr '.' . ID
ID shift, and go to state 49
State 34
26 atom_expr: atom_expr '(' . arglist opt_comma ')'
27 | atom_expr '(' . ')'
ID shift, and go to state 6
INT shift, and go to state 7
REAL shift, and go to state 8
STRING_LITERAL shift, and go to state 9
'+' shift, and go to state 10
'-' shift, and go to state 11
'[' shift, and go to state 12
'(' shift, and go to state 13
')' shift, and go to state 50
number go to state 16
factor go to state 17
atom go to state 18
atom_expr go to state 24
arglist go to state 51
List go to state 20
add_expr go to state 52
mul_expr go to state 22
State 35
36 add_expr: add_expr '+' . mul_expr
ID shift, and go to state 6
INT shift, and go to state 7
REAL shift, and go to state 8
STRING_LITERAL shift, and go to state 9
'+' shift, and go to state 10
'-' shift, and go to state 11
'[' shift, and go to state 12
'(' shift, and go to state 13
number go to state 16
factor go to state 17
atom go to state 18
atom_expr go to state 24
List go to state 20
mul_expr go to state 53
State 36
37 add_expr: add_expr '-' . mul_expr
ID shift, and go to state 6
INT shift, and go to state 7
REAL shift, and go to state 8
STRING_LITERAL shift, and go to state 9
'+' shift, and go to state 10
'-' shift, and go to state 11
'[' shift, and go to state 12
'(' shift, and go to state 13
number go to state 16
factor go to state 17
atom go to state 18
atom_expr go to state 24
List go to state 20
mul_expr go to state 54
State 37
42 mul_expr: mul_expr DIV . mul_expr
ID shift, and go to state 6
INT shift, and go to state 7
REAL shift, and go to state 8
STRING_LITERAL shift, and go to state 9
'+' shift, and go to state 10
'-' shift, and go to state 11
'[' shift, and go to state 12
'(' shift, and go to state 13
number go to state 16
factor go to state 17
atom go to state 18
atom_expr go to state 24
List go to state 20
mul_expr go to state 55
State 38
40 mul_expr: mul_expr POW . mul_expr
ID shift, and go to state 6
INT shift, and go to state 7
REAL shift, and go to state 8
STRING_LITERAL shift, and go to state 9
'+' shift, and go to state 10
'-' shift, and go to state 11
'[' shift, and go to state 12
'(' shift, and go to state 13
number go to state 16
factor go to state 17
atom go to state 18
atom_expr go to state 24
List go to state 20
mul_expr go to state 56
State 39
39 mul_expr: mul_expr '*' . mul_expr
ID shift, and go to state 6
INT shift, and go to state 7
REAL shift, and go to state 8
STRING_LITERAL shift, and go to state 9
'+' shift, and go to state 10
'-' shift, and go to state 11
'[' shift, and go to state 12
'(' shift, and go to state 13
number go to state 16
factor go to state 17
atom go to state 18
atom_expr go to state 24
List go to state 20
mul_expr go to state 57
State 40
41 mul_expr: mul_expr '/' . mul_expr
ID shift, and go to state 6
INT shift, and go to state 7
REAL shift, and go to state 8
STRING_LITERAL shift, and go to state 9
'+' shift, and go to state 10
'-' shift, and go to state 11
'[' shift, and go to state 12
'(' shift, and go to state 13
number go to state 16
factor go to state 17
atom go to state 18
atom_expr go to state 24
List go to state 20
mul_expr go to state 58
State 41
43 mul_expr: mul_expr '%' . mul_expr
ID shift, and go to state 6
INT shift, and go to state 7
REAL shift, and go to state 8
STRING_LITERAL shift, and go to state 9
'+' shift, and go to state 10
'-' shift, and go to state 11
'[' shift, and go to state 12
'(' shift, and go to state 13
number go to state 16
factor go to state 17
atom go to state 18
atom_expr go to state 24
List go to state 20
mul_expr go to state 59
State 42
33 opt_comma: ',' .
35 List_items: List_items ',' . add_expr
ID shift, and go to state 6
INT shift, and go to state 7
REAL shift, and go to state 8
STRING_LITERAL shift, and go to state 9
'+' shift, and go to state 10
'-' shift, and go to state 11
'[' shift, and go to state 12
'(' shift, and go to state 13
$default reduce using rule 33 (opt_comma)
number go to state 16
factor go to state 17
atom go to state 18
atom_expr go to state 24
List go to state 20
add_expr go to state 60
mul_expr go to state 22
State 43
31 List: '[' List_items opt_comma . ']'
']' shift, and go to state 61
State 44
44 mul_expr: '(' add_expr ')' .
$default reduce using rule 44 (mul_expr)
State 45
45 mul_expr: '(' mul_expr ')' .
$default reduce using rule 45 (mul_expr)
State 46
6 assignExpr: atom_expr '=' assignExpr .
$default reduce using rule 6 (assignExpr)
State 47
23 atom_expr: atom_expr '[' sub_expr . ':' sub_expr slice_op ']'
':' shift, and go to state 62
State 48
21 sub_expr: add_expr .
24 atom_expr: atom_expr '[' add_expr . ']'
36 add_expr: add_expr . '+' mul_expr
37 | add_expr . '-' mul_expr
'+' shift, and go to state 35
'-' shift, and go to state 36
']' shift, and go to state 63
$default reduce using rule 21 (sub_expr)
State 49
25 atom_expr: atom_expr '.' ID .
$default reduce using rule 25 (atom_expr)
State 50
27 atom_expr: atom_expr '(' ')' .
$default reduce using rule 27 (atom_expr)
State 51
26 atom_expr: atom_expr '(' arglist . opt_comma ')'
29 arglist: arglist . ',' add_expr
',' shift, and go to state 64
$default reduce using rule 32 (opt_comma)
opt_comma go to state 65
State 52
28 arglist: add_expr .
36 add_expr: add_expr . '+' mul_expr
37 | add_expr . '-' mul_expr
'+' shift, and go to state 35
'-' shift, and go to state 36
$default reduce using rule 28 (arglist)
State 53
36 add_expr: add_expr '+' mul_expr .
39 mul_expr: mul_expr . '*' mul_expr
40 | mul_expr . POW mul_expr
41 | mul_expr . '/' mul_expr
42 | mul_expr . DIV mul_expr
43 | mul_expr . '%' mul_expr
DIV shift, and go to state 37
POW shift, and go to state 38
'*' shift, and go to state 39
'/' shift, and go to state 40
'%' shift, and go to state 41
$default reduce using rule 36 (add_expr)
State 54
37 add_expr: add_expr '-' mul_expr .
39 mul_expr: mul_expr . '*' mul_expr
40 | mul_expr . POW mul_expr
41 | mul_expr . '/' mul_expr
42 | mul_expr . DIV mul_expr
43 | mul_expr . '%' mul_expr
DIV shift, and go to state 37
POW shift, and go to state 38
'*' shift, and go to state 39
'/' shift, and go to state 40
'%' shift, and go to state 41
$default reduce using rule 37 (add_expr)
State 55
39 mul_expr: mul_expr . '*' mul_expr
40 | mul_expr . POW mul_expr
41 | mul_expr . '/' mul_expr
42 | mul_expr . DIV mul_expr
42 | mul_expr DIV mul_expr .
43 | mul_expr . '%' mul_expr
$default reduce using rule 42 (mul_expr)
State 56
39 mul_expr: mul_expr . '*' mul_expr
40 | mul_expr . POW mul_expr
40 | mul_expr POW mul_expr .
41 | mul_expr . '/' mul_expr
42 | mul_expr . DIV mul_expr
43 | mul_expr . '%' mul_expr
$default reduce using rule 40 (mul_expr)
State 57
39 mul_expr: mul_expr . '*' mul_expr
39 | mul_expr '*' mul_expr .
40 | mul_expr . POW mul_expr
41 | mul_expr . '/' mul_expr
42 | mul_expr . DIV mul_expr
43 | mul_expr . '%' mul_expr
$default reduce using rule 39 (mul_expr)
State 58
39 mul_expr: mul_expr . '*' mul_expr
40 | mul_expr . POW mul_expr
41 | mul_expr . '/' mul_expr
41 | mul_expr '/' mul_expr .
42 | mul_expr . DIV mul_expr
43 | mul_expr . '%' mul_expr
$default reduce using rule 41 (mul_expr)
State 59
39 mul_expr: mul_expr . '*' mul_expr
40 | mul_expr . POW mul_expr
41 | mul_expr . '/' mul_expr
42 | mul_expr . DIV mul_expr
43 | mul_expr . '%' mul_expr
43 | mul_expr '%' mul_expr .
$default reduce using rule 43 (mul_expr)
State 60
35 List_items: List_items ',' add_expr .
36 add_expr: add_expr . '+' mul_expr
37 | add_expr . '-' mul_expr
'+' shift, and go to state 35
'-' shift, and go to state 36
$default reduce using rule 35 (List_items)
State 61
31 List: '[' List_items opt_comma ']' .
$default reduce using rule 31 (List)
State 62
23 atom_expr: atom_expr '[' sub_expr ':' . sub_expr slice_op ']'
ID shift, and go to state 6
INT shift, and go to state 7
REAL shift, and go to state 8
STRING_LITERAL shift, and go to state 9
'+' shift, and go to state 10
'-' shift, and go to state 11
'[' shift, and go to state 12
'(' shift, and go to state 13
$default reduce using rule 20 (sub_expr)
number go to state 16
factor go to state 17
atom go to state 18
sub_expr go to state 66
atom_expr go to state 24
List go to state 20
add_expr go to state 67
mul_expr go to state 22
State 63
24 atom_expr: atom_expr '[' add_expr ']' .