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parser.out
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Created by PLY version 3.4 (http://www.dabeaz.com/ply)
Unused terminals:
CTESTRING
SUM
BETWEEN
Grammar
Rule 0 S' -> program
Rule 1 program -> functions MODEL LCURLY vars data model bloque2 RCURLY
Rule 2 functions -> function functions
Rule 3 functions -> empty
Rule 4 function -> FUNC type ID LPAREN lparameters RPAREN LCURLY vars data bloque2 RCURLY
Rule 5 lparameters -> parameter parameters
Rule 6 lparameters -> empty
Rule 7 parameters -> COMMA lparameters
Rule 8 parameters -> empty
Rule 9 parameter -> type ID
Rule 10 vars -> varblock
Rule 11 vars -> empty
Rule 12 varblock -> VARS LCURLY lvars RCURLY
Rule 13 model -> optimize
Rule 14 model -> optimize where
Rule 15 model -> bloque2
Rule 16 model -> empty
Rule 17 optimize -> MIN LCURLY statement where RCURLY
Rule 18 optimize -> MAX LCURLY statement where RCURLY
Rule 19 build -> BUILD expresion SEMIC
Rule 20 where -> WHERE LCURLY bloque2 RCURLY
Rule 21 wherecondition -> CONDITION expresion SEMIC
Rule 22 statement -> declaration
Rule 23 statement -> asign
Rule 24 statement -> condition
Rule 25 statement -> write
Rule 26 statement -> ciclo
Rule 27 statement -> return
Rule 28 statement -> build
Rule 29 statement -> wherecondition
Rule 30 data -> DATA LCURLY asignmany RCURLY
Rule 31 asignmany -> asign asignmany
Rule 32 asignmany -> empty
Rule 33 asign -> id asign_signo expresiones SEMIC
Rule 34 expresiones -> expresion expresiones2
Rule 35 expresiones2 -> COMMA expresion expresiones2
Rule 36 expresiones2 -> empty
Rule 37 asign_signo -> ASEQ
Rule 38 asign_signo -> PLUSEQ
Rule 39 asign_signo -> MINEQ
Rule 40 asign_signo -> MULTEQ
Rule 41 asign_signo -> DIVEQ
Rule 42 condition -> IF expresion bloque condition1
Rule 43 condition1 -> ELSE bloque
Rule 44 condition1 -> empty
Rule 45 write -> PRINT expresion write2 SEMIC
Rule 46 write2 -> COMMA expresion write2
Rule 47 write2 -> empty
Rule 48 ciclo -> FOR ID IN DOT ID bloque
Rule 49 lvars -> declaration lvars
Rule 50 lvars -> empty
Rule 51 declaration -> typedeclaration POINTS ID dec22 SEMIC
Rule 52 typedeclaration -> type dimensionsfixed
Rule 53 dimensions -> LBRACKET expresion RBRACKET dimensions
Rule 54 dimensions -> empty
Rule 55 dimensionsfixed -> LBRACKET CTEI RBRACKET dimensionsfixed
Rule 56 dimensionsfixed -> empty
Rule 57 dec22 -> COMMA ID dec22
Rule 58 dec22 -> empty
Rule 59 bloque -> LCURLY bloque2 RCURLY
Rule 60 bloque2 -> statement bloque2
Rule 61 bloque2 -> empty
Rule 62 return -> RETURN expresion SEMIC
Rule 63 expresion -> expresion2 expresioni
Rule 64 expresioni -> OR expresion
Rule 65 expresioni -> empty
Rule 66 expresion2 -> expresion3 expresion2i
Rule 67 expresion2i -> AND expresion2
Rule 68 expresion2i -> empty
Rule 69 expresion3 -> expresion4 expresion3i
Rule 70 expresion3i -> ORB expresion3
Rule 71 expresion3i -> empty
Rule 72 expresion4 -> expresion5 expresion4i
Rule 73 expresion4i -> XOR expresion4
Rule 74 expresion4i -> empty
Rule 75 expresion5 -> expresion6 expresion5i
Rule 76 expresion5i -> ANDB expresion5
Rule 77 expresion5i -> empty
Rule 78 expresion6 -> expresion7 expresion6i
Rule 79 expresion6i -> EQ expresion6
Rule 80 expresion6i -> DIF expresion6
Rule 81 expresion6i -> empty
Rule 82 expresion7 -> expresion8 expresion7i
Rule 83 expresion7i -> SHR expresion7
Rule 84 expresion7i -> SHL expresion7
Rule 85 expresion7i -> empty
Rule 86 expresion8 -> expresion9 expresion8i
Rule 87 expresion8i -> GREATERTHAN expresion8
Rule 88 expresion8i -> LESSTHAN expresion8
Rule 89 expresion8i -> GREATEREQUAL expresion8
Rule 90 expresion8i -> LESSEQUAL expresion8
Rule 91 expresion8i -> empty
Rule 92 expresion9 -> termino expresion9i
Rule 93 expresion9i -> PLUS expresion9
Rule 94 expresion9i -> MINUS expresion9
Rule 95 expresion9i -> empty
Rule 96 termino -> factor termino2
Rule 97 termino2 -> STAR termino
Rule 98 termino2 -> SLASH termino
Rule 99 termino2 -> MOD termino
Rule 100 termino2 -> empty
Rule 101 factor -> exponencial factor2
Rule 102 factor2 -> EXP factor
Rule 103 factor2 -> empty
Rule 104 exponencial -> LPAREN expresion RPAREN
Rule 105 exponencial -> exponencial2 valor
Rule 106 exponencial2 -> NOT
Rule 107 exponencial2 -> MM
Rule 108 exponencial2 -> PP
Rule 109 exponencial2 -> NEW
Rule 110 exponencial2 -> empty
Rule 111 valor -> id
Rule 112 valor -> int
Rule 113 valor -> float
Rule 114 valor -> bool
Rule 115 int -> CTEI
Rule 116 id -> ID llamarfuncion
Rule 117 id -> ID dimensions
Rule 118 id -> ID
Rule 119 float -> CTEF
Rule 120 bool -> CTEBOOL
Rule 121 llamarfuncion -> LPAREN llamarfuncion3 RPAREN
Rule 122 llamarfuncion3 -> expresion llamarfuncion33
Rule 123 llamarfuncion3 -> empty
Rule 124 llamarfuncion33 -> COMMA expresion llamarfuncion33
Rule 125 llamarfuncion33 -> empty
Rule 126 type -> TINT
Rule 127 type -> TBOOL
Rule 128 type -> TFLOAT
Rule 129 empty -> <empty>
Terminals, with rules where they appear
AND : 67
ANDB : 76
ASEQ : 37
BETWEEN :
BUILD : 19
COMMA : 7 35 46 57 124
CONDITION : 21
CTEBOOL : 120
CTEF : 119
CTEI : 55 115
CTESTRING :
DATA : 30
DIF : 80
DIVEQ : 41
DOT : 48
ELSE : 43
EQ : 79
EXP : 102
FOR : 48
FUNC : 4
GREATEREQUAL : 89
GREATERTHAN : 87
ID : 4 9 48 48 51 57 116 117 118
IF : 42
IN : 48
LBRACKET : 53 55
LCURLY : 1 4 12 17 18 20 30 59
LESSEQUAL : 90
LESSTHAN : 88
LPAREN : 4 104 121
MAX : 18
MIN : 17
MINEQ : 39
MINUS : 94
MM : 107
MOD : 99
MODEL : 1
MULTEQ : 40
NEW : 109
NOT : 106
OR : 64
ORB : 70
PLUS : 93
PLUSEQ : 38
POINTS : 51
PP : 108
PRINT : 45
RBRACKET : 53 55
RCURLY : 1 4 12 17 18 20 30 59
RETURN : 62
RPAREN : 4 104 121
SEMIC : 19 21 33 45 51 62
SHL : 84
SHR : 83
SLASH : 98
STAR : 97
SUM :
TBOOL : 127
TFLOAT : 128
TINT : 126
VARS : 12
WHERE : 20
XOR : 73
error :
Nonterminals, with rules where they appear
asign : 23 31
asign_signo : 33
asignmany : 30 31
bloque : 42 43 48
bloque2 : 1 4 15 20 59 60
bool : 114
build : 28
ciclo : 26
condition : 24
condition1 : 42
data : 1 4
dec22 : 51 57
declaration : 22 49
dimensions : 53 117
dimensionsfixed : 52 55
empty : 3 6 8 11 16 32 36 44 47 50 54 56 58 61 65 68 71 74 77 81 85 91 95 100 103 110 123 125
exponencial : 101
exponencial2 : 105
expresion : 19 21 34 35 42 45 46 53 62 64 104 122 124
expresion2 : 63 67
expresion2i : 66
expresion3 : 66 70
expresion3i : 69
expresion4 : 69 73
expresion4i : 72
expresion5 : 72 76
expresion5i : 75
expresion6 : 75 79 80
expresion6i : 78
expresion7 : 78 83 84
expresion7i : 82
expresion8 : 82 87 88 89 90
expresion8i : 86
expresion9 : 86 93 94
expresion9i : 92
expresiones : 33
expresiones2 : 34 35
expresioni : 63
factor : 96 102
factor2 : 101
float : 113
function : 2
functions : 1 2
id : 33 111
int : 112
llamarfuncion : 116
llamarfuncion3 : 121
llamarfuncion33 : 122 124
lparameters : 4 7
lvars : 12 49
model : 1
optimize : 13 14
parameter : 5
parameters : 5
program : 0
return : 27
statement : 17 18 60
termino : 92 97 98 99
termino2 : 96
type : 4 9 52
typedeclaration : 51
valor : 105
varblock : 10
vars : 1 4
where : 14 17 18
wherecondition : 29
write : 25
write2 : 45 46
Parsing method: LALR
state 0
(0) S' -> . program
(1) program -> . functions MODEL LCURLY vars data model bloque2 RCURLY
(2) functions -> . function functions
(3) functions -> . empty
(4) function -> . FUNC type ID LPAREN lparameters RPAREN LCURLY vars data bloque2 RCURLY
(129) empty -> .
FUNC shift and go to state 4
MODEL reduce using rule 129 (empty -> .)
function shift and go to state 1
functions shift and go to state 2
program shift and go to state 3
empty shift and go to state 5
state 1
(2) functions -> function . functions
(2) functions -> . function functions
(3) functions -> . empty
(4) function -> . FUNC type ID LPAREN lparameters RPAREN LCURLY vars data bloque2 RCURLY
(129) empty -> .
FUNC shift and go to state 4
MODEL reduce using rule 129 (empty -> .)
function shift and go to state 1
functions shift and go to state 6
empty shift and go to state 5
state 2
(1) program -> functions . MODEL LCURLY vars data model bloque2 RCURLY
MODEL shift and go to state 7
state 3
(0) S' -> program .
state 4
(4) function -> FUNC . type ID LPAREN lparameters RPAREN LCURLY vars data bloque2 RCURLY
(126) type -> . TINT
(127) type -> . TBOOL
(128) type -> . TFLOAT
TINT shift and go to state 9
TBOOL shift and go to state 10
TFLOAT shift and go to state 8
type shift and go to state 11
state 5
(3) functions -> empty .
MODEL reduce using rule 3 (functions -> empty .)
state 6
(2) functions -> function functions .
MODEL reduce using rule 2 (functions -> function functions .)
state 7
(1) program -> functions MODEL . LCURLY vars data model bloque2 RCURLY
LCURLY shift and go to state 12
state 8
(128) type -> TFLOAT .
LBRACKET reduce using rule 128 (type -> TFLOAT .)
POINTS reduce using rule 128 (type -> TFLOAT .)
ID reduce using rule 128 (type -> TFLOAT .)
state 9
(126) type -> TINT .
LBRACKET reduce using rule 126 (type -> TINT .)
POINTS reduce using rule 126 (type -> TINT .)
ID reduce using rule 126 (type -> TINT .)
state 10
(127) type -> TBOOL .
LBRACKET reduce using rule 127 (type -> TBOOL .)
POINTS reduce using rule 127 (type -> TBOOL .)
ID reduce using rule 127 (type -> TBOOL .)
state 11
(4) function -> FUNC type . ID LPAREN lparameters RPAREN LCURLY vars data bloque2 RCURLY
ID shift and go to state 13
state 12
(1) program -> functions MODEL LCURLY . vars data model bloque2 RCURLY
(10) vars -> . varblock
(11) vars -> . empty
(12) varblock -> . VARS LCURLY lvars RCURLY
(129) empty -> .
VARS shift and go to state 14
DATA reduce using rule 129 (empty -> .)
vars shift and go to state 15
varblock shift and go to state 16
empty shift and go to state 17
state 13
(4) function -> FUNC type ID . LPAREN lparameters RPAREN LCURLY vars data bloque2 RCURLY
LPAREN shift and go to state 18
state 14
(12) varblock -> VARS . LCURLY lvars RCURLY
LCURLY shift and go to state 19
state 15
(1) program -> functions MODEL LCURLY vars . data model bloque2 RCURLY
(30) data -> . DATA LCURLY asignmany RCURLY
DATA shift and go to state 20
data shift and go to state 21
state 16
(10) vars -> varblock .
DATA reduce using rule 10 (vars -> varblock .)
state 17
(11) vars -> empty .
DATA reduce using rule 11 (vars -> empty .)
state 18
(4) function -> FUNC type ID LPAREN . lparameters RPAREN LCURLY vars data bloque2 RCURLY
(5) lparameters -> . parameter parameters
(6) lparameters -> . empty
(9) parameter -> . type ID
(129) empty -> .
(126) type -> . TINT
(127) type -> . TBOOL
(128) type -> . TFLOAT
RPAREN reduce using rule 129 (empty -> .)
TINT shift and go to state 9
TBOOL shift and go to state 10
TFLOAT shift and go to state 8
lparameters shift and go to state 22
parameter shift and go to state 23
type shift and go to state 24
empty shift and go to state 25
state 19
(12) varblock -> VARS LCURLY . lvars RCURLY
(49) lvars -> . declaration lvars
(50) lvars -> . empty
(51) declaration -> . typedeclaration POINTS ID dec22 SEMIC
(129) empty -> .
(52) typedeclaration -> . type dimensionsfixed
(126) type -> . TINT
(127) type -> . TBOOL
(128) type -> . TFLOAT
RCURLY reduce using rule 129 (empty -> .)
TINT shift and go to state 9
TBOOL shift and go to state 10
TFLOAT shift and go to state 8
typedeclaration shift and go to state 26
lvars shift and go to state 27
declaration shift and go to state 28
type shift and go to state 29
empty shift and go to state 30
state 20
(30) data -> DATA . LCURLY asignmany RCURLY
LCURLY shift and go to state 31
state 21
(1) program -> functions MODEL LCURLY vars data . model bloque2 RCURLY
(13) model -> . optimize
(14) model -> . optimize where
(15) model -> . bloque2
(16) model -> . empty
(17) optimize -> . MIN LCURLY statement where RCURLY
(18) optimize -> . MAX LCURLY statement where RCURLY
(60) bloque2 -> . statement bloque2
(61) bloque2 -> . empty
(129) empty -> .
(22) statement -> . declaration
(23) statement -> . asign
(24) statement -> . condition
(25) statement -> . write
(26) statement -> . ciclo
(27) statement -> . return
(28) statement -> . build
(29) statement -> . wherecondition
(51) declaration -> . typedeclaration POINTS ID dec22 SEMIC
(33) asign -> . id asign_signo expresiones SEMIC
(42) condition -> . IF expresion bloque condition1
(45) write -> . PRINT expresion write2 SEMIC
(48) ciclo -> . FOR ID IN DOT ID bloque
(62) return -> . RETURN expresion SEMIC
(19) build -> . BUILD expresion SEMIC
(21) wherecondition -> . CONDITION expresion SEMIC
(52) typedeclaration -> . type dimensionsfixed
(116) id -> . ID llamarfuncion
(117) id -> . ID dimensions
(118) id -> . ID
(126) type -> . TINT
(127) type -> . TBOOL
(128) type -> . TFLOAT
! shift/reduce conflict for IF resolved as shift
! shift/reduce conflict for PRINT resolved as shift
! shift/reduce conflict for FOR resolved as shift
! shift/reduce conflict for RETURN resolved as shift
! shift/reduce conflict for BUILD resolved as shift
! shift/reduce conflict for CONDITION resolved as shift
! shift/reduce conflict for ID resolved as shift
! shift/reduce conflict for TINT resolved as shift
! shift/reduce conflict for TBOOL resolved as shift
! shift/reduce conflict for TFLOAT resolved as shift
MIN shift and go to state 33
MAX shift and go to state 51
RCURLY reduce using rule 129 (empty -> .)
IF shift and go to state 49
PRINT shift and go to state 34
FOR shift and go to state 44
RETURN shift and go to state 32
BUILD shift and go to state 45
CONDITION shift and go to state 53
ID shift and go to state 37
TINT shift and go to state 9
TBOOL shift and go to state 10
TFLOAT shift and go to state 8
! IF [ reduce using rule 129 (empty -> .) ]
! PRINT [ reduce using rule 129 (empty -> .) ]
! FOR [ reduce using rule 129 (empty -> .) ]
! RETURN [ reduce using rule 129 (empty -> .) ]
! BUILD [ reduce using rule 129 (empty -> .) ]
! CONDITION [ reduce using rule 129 (empty -> .) ]
! ID [ reduce using rule 129 (empty -> .) ]
! TINT [ reduce using rule 129 (empty -> .) ]
! TBOOL [ reduce using rule 129 (empty -> .) ]
! TFLOAT [ reduce using rule 129 (empty -> .) ]
id shift and go to state 35
ciclo shift and go to state 36
optimize shift and go to state 47
write shift and go to state 38
build shift and go to state 39
statement shift and go to state 40
type shift and go to state 29
empty shift and go to state 41
return shift and go to state 43
typedeclaration shift and go to state 26
declaration shift and go to state 46
model shift and go to state 42
condition shift and go to state 48
bloque2 shift and go to state 50
asign shift and go to state 52
wherecondition shift and go to state 54
state 22
(4) function -> FUNC type ID LPAREN lparameters . RPAREN LCURLY vars data bloque2 RCURLY
RPAREN shift and go to state 55
state 23
(5) lparameters -> parameter . parameters
(7) parameters -> . COMMA lparameters
(8) parameters -> . empty
(129) empty -> .
COMMA shift and go to state 56
RPAREN reduce using rule 129 (empty -> .)
empty shift and go to state 57
parameters shift and go to state 58
state 24
(9) parameter -> type . ID
ID shift and go to state 59
state 25
(6) lparameters -> empty .
RPAREN reduce using rule 6 (lparameters -> empty .)
state 26
(51) declaration -> typedeclaration . POINTS ID dec22 SEMIC
POINTS shift and go to state 60
state 27
(12) varblock -> VARS LCURLY lvars . RCURLY
RCURLY shift and go to state 61
state 28
(49) lvars -> declaration . lvars
(49) lvars -> . declaration lvars
(50) lvars -> . empty
(51) declaration -> . typedeclaration POINTS ID dec22 SEMIC
(129) empty -> .
(52) typedeclaration -> . type dimensionsfixed
(126) type -> . TINT
(127) type -> . TBOOL
(128) type -> . TFLOAT
RCURLY reduce using rule 129 (empty -> .)
TINT shift and go to state 9
TBOOL shift and go to state 10
TFLOAT shift and go to state 8
typedeclaration shift and go to state 26
lvars shift and go to state 62
declaration shift and go to state 28
type shift and go to state 29
empty shift and go to state 30
state 29
(52) typedeclaration -> type . dimensionsfixed
(55) dimensionsfixed -> . LBRACKET CTEI RBRACKET dimensionsfixed
(56) dimensionsfixed -> . empty
(129) empty -> .
LBRACKET shift and go to state 64
POINTS reduce using rule 129 (empty -> .)
dimensionsfixed shift and go to state 63
empty shift and go to state 65
state 30
(50) lvars -> empty .
RCURLY reduce using rule 50 (lvars -> empty .)
state 31
(30) data -> DATA LCURLY . asignmany RCURLY
(31) asignmany -> . asign asignmany
(32) asignmany -> . empty
(33) asign -> . id asign_signo expresiones SEMIC
(129) empty -> .
(116) id -> . ID llamarfuncion
(117) id -> . ID dimensions
(118) id -> . ID
RCURLY reduce using rule 129 (empty -> .)
ID shift and go to state 37
asignmany shift and go to state 66
asign shift and go to state 67
id shift and go to state 35
empty shift and go to state 68
state 32
(62) return -> RETURN . expresion SEMIC
(63) expresion -> . expresion2 expresioni
(66) expresion2 -> . expresion3 expresion2i
(69) expresion3 -> . expresion4 expresion3i
(72) expresion4 -> . expresion5 expresion4i
(75) expresion5 -> . expresion6 expresion5i
(78) expresion6 -> . expresion7 expresion6i
(82) expresion7 -> . expresion8 expresion7i
(86) expresion8 -> . expresion9 expresion8i
(92) expresion9 -> . termino expresion9i
(96) termino -> . factor termino2
(101) factor -> . exponencial factor2
(104) exponencial -> . LPAREN expresion RPAREN
(105) exponencial -> . exponencial2 valor
(106) exponencial2 -> . NOT
(107) exponencial2 -> . MM
(108) exponencial2 -> . PP
(109) exponencial2 -> . NEW
(110) exponencial2 -> . empty
(129) empty -> .
LPAREN shift and go to state 84
NOT shift and go to state 87
MM shift and go to state 86
PP shift and go to state 71
NEW shift and go to state 70
ID reduce using rule 129 (empty -> .)
CTEI reduce using rule 129 (empty -> .)
CTEF reduce using rule 129 (empty -> .)
CTEBOOL reduce using rule 129 (empty -> .)
termino shift and go to state 69
exponencial2 shift and go to state 72
factor shift and go to state 73
exponencial shift and go to state 74
empty shift and go to state 75
expresion3 shift and go to state 76
expresion2 shift and go to state 77
expresion5 shift and go to state 78
expresion4 shift and go to state 79
expresion7 shift and go to state 80
expresion6 shift and go to state 81
expresion9 shift and go to state 82
expresion8 shift and go to state 83
expresion shift and go to state 85
state 33
(17) optimize -> MIN . LCURLY statement where RCURLY
LCURLY shift and go to state 88
state 34
(45) write -> PRINT . expresion write2 SEMIC
(63) expresion -> . expresion2 expresioni
(66) expresion2 -> . expresion3 expresion2i
(69) expresion3 -> . expresion4 expresion3i
(72) expresion4 -> . expresion5 expresion4i
(75) expresion5 -> . expresion6 expresion5i
(78) expresion6 -> . expresion7 expresion6i
(82) expresion7 -> . expresion8 expresion7i
(86) expresion8 -> . expresion9 expresion8i
(92) expresion9 -> . termino expresion9i
(96) termino -> . factor termino2
(101) factor -> . exponencial factor2
(104) exponencial -> . LPAREN expresion RPAREN
(105) exponencial -> . exponencial2 valor
(106) exponencial2 -> . NOT
(107) exponencial2 -> . MM
(108) exponencial2 -> . PP
(109) exponencial2 -> . NEW
(110) exponencial2 -> . empty
(129) empty -> .
LPAREN shift and go to state 84
NOT shift and go to state 87
MM shift and go to state 86
PP shift and go to state 71
NEW shift and go to state 70
ID reduce using rule 129 (empty -> .)
CTEI reduce using rule 129 (empty -> .)
CTEF reduce using rule 129 (empty -> .)
CTEBOOL reduce using rule 129 (empty -> .)
termino shift and go to state 69
exponencial2 shift and go to state 72
factor shift and go to state 73
exponencial shift and go to state 74
empty shift and go to state 75
expresion3 shift and go to state 76
expresion2 shift and go to state 77
expresion5 shift and go to state 78
expresion4 shift and go to state 79
expresion7 shift and go to state 80
expresion6 shift and go to state 81
expresion9 shift and go to state 82
expresion8 shift and go to state 83
expresion shift and go to state 89
state 35
(33) asign -> id . asign_signo expresiones SEMIC
(37) asign_signo -> . ASEQ
(38) asign_signo -> . PLUSEQ
(39) asign_signo -> . MINEQ
(40) asign_signo -> . MULTEQ
(41) asign_signo -> . DIVEQ
ASEQ shift and go to state 91
PLUSEQ shift and go to state 90
MINEQ shift and go to state 92
MULTEQ shift and go to state 93
DIVEQ shift and go to state 95
asign_signo shift and go to state 94
state 36
(26) statement -> ciclo .
IF reduce using rule 26 (statement -> ciclo .)
PRINT reduce using rule 26 (statement -> ciclo .)
FOR reduce using rule 26 (statement -> ciclo .)
RETURN reduce using rule 26 (statement -> ciclo .)
BUILD reduce using rule 26 (statement -> ciclo .)
CONDITION reduce using rule 26 (statement -> ciclo .)
ID reduce using rule 26 (statement -> ciclo .)
TINT reduce using rule 26 (statement -> ciclo .)
TBOOL reduce using rule 26 (statement -> ciclo .)
TFLOAT reduce using rule 26 (statement -> ciclo .)
RCURLY reduce using rule 26 (statement -> ciclo .)
WHERE reduce using rule 26 (statement -> ciclo .)
state 37
(116) id -> ID . llamarfuncion
(117) id -> ID . dimensions
(118) id -> ID .
(121) llamarfuncion -> . LPAREN llamarfuncion3 RPAREN
(53) dimensions -> . LBRACKET expresion RBRACKET dimensions
(54) dimensions -> . empty
(129) empty -> .
! reduce/reduce conflict for ASEQ resolved using rule 118 (id -> ID .)
! reduce/reduce conflict for PLUSEQ resolved using rule 118 (id -> ID .)
! reduce/reduce conflict for MINEQ resolved using rule 118 (id -> ID .)
! reduce/reduce conflict for MULTEQ resolved using rule 118 (id -> ID .)
! reduce/reduce conflict for DIVEQ resolved using rule 118 (id -> ID .)
! reduce/reduce conflict for EXP resolved using rule 118 (id -> ID .)
! reduce/reduce conflict for STAR resolved using rule 118 (id -> ID .)
! reduce/reduce conflict for SLASH resolved using rule 118 (id -> ID .)
! reduce/reduce conflict for MOD resolved using rule 118 (id -> ID .)
! reduce/reduce conflict for PLUS resolved using rule 118 (id -> ID .)
! reduce/reduce conflict for MINUS resolved using rule 118 (id -> ID .)
! reduce/reduce conflict for GREATERTHAN resolved using rule 118 (id -> ID .)
! reduce/reduce conflict for LESSTHAN resolved using rule 118 (id -> ID .)
! reduce/reduce conflict for GREATEREQUAL resolved using rule 118 (id -> ID .)
! reduce/reduce conflict for LESSEQUAL resolved using rule 118 (id -> ID .)
! reduce/reduce conflict for SHR resolved using rule 118 (id -> ID .)
! reduce/reduce conflict for SHL resolved using rule 118 (id -> ID .)
! reduce/reduce conflict for EQ resolved using rule 118 (id -> ID .)
! reduce/reduce conflict for DIF resolved using rule 118 (id -> ID .)
! reduce/reduce conflict for ANDB resolved using rule 118 (id -> ID .)
! reduce/reduce conflict for XOR resolved using rule 118 (id -> ID .)
! reduce/reduce conflict for ORB resolved using rule 118 (id -> ID .)
! reduce/reduce conflict for AND resolved using rule 118 (id -> ID .)
! reduce/reduce conflict for OR resolved using rule 118 (id -> ID .)
! reduce/reduce conflict for SEMIC resolved using rule 118 (id -> ID .)
! reduce/reduce conflict for COMMA resolved using rule 118 (id -> ID .)
! reduce/reduce conflict for LCURLY resolved using rule 118 (id -> ID .)
! reduce/reduce conflict for RPAREN resolved using rule 118 (id -> ID .)
! reduce/reduce conflict for RBRACKET resolved using rule 118 (id -> ID .)
ASEQ reduce using rule 118 (id -> ID .)
PLUSEQ reduce using rule 118 (id -> ID .)
MINEQ reduce using rule 118 (id -> ID .)
MULTEQ reduce using rule 118 (id -> ID .)
DIVEQ reduce using rule 118 (id -> ID .)
EXP reduce using rule 118 (id -> ID .)
STAR reduce using rule 118 (id -> ID .)
SLASH reduce using rule 118 (id -> ID .)
MOD reduce using rule 118 (id -> ID .)
PLUS reduce using rule 118 (id -> ID .)
MINUS reduce using rule 118 (id -> ID .)
GREATERTHAN reduce using rule 118 (id -> ID .)
LESSTHAN reduce using rule 118 (id -> ID .)
GREATEREQUAL reduce using rule 118 (id -> ID .)
LESSEQUAL reduce using rule 118 (id -> ID .)
SHR reduce using rule 118 (id -> ID .)
SHL reduce using rule 118 (id -> ID .)
EQ reduce using rule 118 (id -> ID .)
DIF reduce using rule 118 (id -> ID .)
ANDB reduce using rule 118 (id -> ID .)
XOR reduce using rule 118 (id -> ID .)
ORB reduce using rule 118 (id -> ID .)
AND reduce using rule 118 (id -> ID .)
OR reduce using rule 118 (id -> ID .)
SEMIC reduce using rule 118 (id -> ID .)
COMMA reduce using rule 118 (id -> ID .)
LCURLY reduce using rule 118 (id -> ID .)
RPAREN reduce using rule 118 (id -> ID .)
RBRACKET reduce using rule 118 (id -> ID .)
LPAREN shift and go to state 99
LBRACKET shift and go to state 98
! ASEQ [ reduce using rule 129 (empty -> .) ]
! PLUSEQ [ reduce using rule 129 (empty -> .) ]
! MINEQ [ reduce using rule 129 (empty -> .) ]
! MULTEQ [ reduce using rule 129 (empty -> .) ]
! DIVEQ [ reduce using rule 129 (empty -> .) ]
! EXP [ reduce using rule 129 (empty -> .) ]
! STAR [ reduce using rule 129 (empty -> .) ]
! SLASH [ reduce using rule 129 (empty -> .) ]
! MOD [ reduce using rule 129 (empty -> .) ]
! PLUS [ reduce using rule 129 (empty -> .) ]
! MINUS [ reduce using rule 129 (empty -> .) ]
! GREATERTHAN [ reduce using rule 129 (empty -> .) ]
! LESSTHAN [ reduce using rule 129 (empty -> .) ]
! GREATEREQUAL [ reduce using rule 129 (empty -> .) ]
! LESSEQUAL [ reduce using rule 129 (empty -> .) ]
! SHR [ reduce using rule 129 (empty -> .) ]
! SHL [ reduce using rule 129 (empty -> .) ]
! EQ [ reduce using rule 129 (empty -> .) ]
! DIF [ reduce using rule 129 (empty -> .) ]
! ANDB [ reduce using rule 129 (empty -> .) ]
! XOR [ reduce using rule 129 (empty -> .) ]
! ORB [ reduce using rule 129 (empty -> .) ]
! AND [ reduce using rule 129 (empty -> .) ]
! OR [ reduce using rule 129 (empty -> .) ]
! SEMIC [ reduce using rule 129 (empty -> .) ]
! COMMA [ reduce using rule 129 (empty -> .) ]
! LCURLY [ reduce using rule 129 (empty -> .) ]
! RPAREN [ reduce using rule 129 (empty -> .) ]
! RBRACKET [ reduce using rule 129 (empty -> .) ]
llamarfuncion shift and go to state 97
dimensions shift and go to state 96
empty shift and go to state 100
state 38
(25) statement -> write .
IF reduce using rule 25 (statement -> write .)
PRINT reduce using rule 25 (statement -> write .)
FOR reduce using rule 25 (statement -> write .)
RETURN reduce using rule 25 (statement -> write .)
BUILD reduce using rule 25 (statement -> write .)
CONDITION reduce using rule 25 (statement -> write .)
ID reduce using rule 25 (statement -> write .)
TINT reduce using rule 25 (statement -> write .)
TBOOL reduce using rule 25 (statement -> write .)
TFLOAT reduce using rule 25 (statement -> write .)
RCURLY reduce using rule 25 (statement -> write .)
WHERE reduce using rule 25 (statement -> write .)
state 39
(28) statement -> build .
IF reduce using rule 28 (statement -> build .)
PRINT reduce using rule 28 (statement -> build .)
FOR reduce using rule 28 (statement -> build .)
RETURN reduce using rule 28 (statement -> build .)
BUILD reduce using rule 28 (statement -> build .)
CONDITION reduce using rule 28 (statement -> build .)
ID reduce using rule 28 (statement -> build .)
TINT reduce using rule 28 (statement -> build .)
TBOOL reduce using rule 28 (statement -> build .)
TFLOAT reduce using rule 28 (statement -> build .)
RCURLY reduce using rule 28 (statement -> build .)
WHERE reduce using rule 28 (statement -> build .)
state 40
(60) bloque2 -> statement . bloque2
(60) bloque2 -> . statement bloque2
(61) bloque2 -> . empty
(22) statement -> . declaration
(23) statement -> . asign
(24) statement -> . condition
(25) statement -> . write
(26) statement -> . ciclo
(27) statement -> . return
(28) statement -> . build
(29) statement -> . wherecondition
(129) empty -> .
(51) declaration -> . typedeclaration POINTS ID dec22 SEMIC
(33) asign -> . id asign_signo expresiones SEMIC
(42) condition -> . IF expresion bloque condition1
(45) write -> . PRINT expresion write2 SEMIC
(48) ciclo -> . FOR ID IN DOT ID bloque
(62) return -> . RETURN expresion SEMIC
(19) build -> . BUILD expresion SEMIC
(21) wherecondition -> . CONDITION expresion SEMIC
(52) typedeclaration -> . type dimensionsfixed
(116) id -> . ID llamarfuncion
(117) id -> . ID dimensions
(118) id -> . ID