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Created by PLY version 3.10 (http://www.dabeaz.com/ply)
Unused terminals:
JAYEKHALI
COMMENT
Grammar
Rule 0 S' -> barnameh
Rule 1 barnameh -> PROGRAM_KW SHENASE tarifha
Rule 2 tarifha -> tarifha tarif
Rule 3 tarifha -> tarif
Rule 4 tarif -> tarifeSakhtar
Rule 5 tarif -> tarifeMoteghayyer
Rule 6 tarif -> tarifeTabe
Rule 7 tarifeSakhtar -> STRUCT_KW SHENASE OPEN_BRACE tarifhayeMahalli CLOSE_BRACE
Rule 8 tarifhayeMahalli -> tarifhayeMahalli tarifMoteghayyereMahdud
Rule 9 tarifhayeMahalli -> epsilon
Rule 10 tarifMoteghayyereMahdud -> jenseMahdud tarifhayeMoteghayyerha NOGHTE_VIRGUL
Rule 11 jenseMahdud -> CONST_KW jens
Rule 12 jenseMahdud -> jens
Rule 13 jens -> INT_KW
Rule 14 jens -> FLOAT_KW
Rule 15 jens -> BOOL_KW
Rule 16 jens -> CHAR_KW
Rule 17 tarifeMoteghayyer -> jens tarifhayeMoteghayyerha NOGHTE_VIRGUL
Rule 18 tarifhayeMoteghayyerha -> tarifeMeghdareAvvalie
Rule 19 tarifhayeMoteghayyerha -> tarifhayeMoteghayyerha COMMA tarifeMeghdareAvvalie
Rule 20 tarifeMeghdareAvvalie -> tarifeShenaseyeMoteghayyer
Rule 21 tarifeMeghdareAvvalie -> tarifeShenaseyeMoteghayyer EQUALS ebarateSade
Rule 22 tarifeShenaseyeMoteghayyer -> SHENASE
Rule 23 tarifeShenaseyeMoteghayyer -> SHENASE OPEN_BRACKET INT CLOSE_BRACKET
Rule 24 tarifeTabe -> jens SHENASE OPEN_PAREN vorudi CLOSE_PAREN jomle
Rule 25 tarifeTabe -> SHENASE OPEN_PAREN vorudi CLOSE_PAREN jomle
Rule 26 vorudi -> vorudiha
Rule 27 vorudi -> epsilon
Rule 28 vorudiha -> vorudiha NOGHTE_VIRGUL jensVorudiha
Rule 29 vorudiha -> jensVorudiha
Rule 30 jensVorudiha -> jens shenaseyeVorudiha
Rule 31 shenaseyeVorudiha -> shenaseyeVorudiha COMMA shenaseyeVorudi
Rule 32 shenaseyeVorudiha -> shenaseyeVorudi
Rule 33 shenaseyeVorudi -> SHENASE
Rule 34 shenaseyeVorudi -> SHENASE OPEN_BRACKET CLOSE_BRACKET
Rule 35 jomle -> jomleyeMorakkab
Rule 36 jomle -> jomleyeEbarat
Rule 37 jomle -> jomleyeEntekhab
Rule 38 jomle -> jomleyeTekrar
Rule 39 jomle -> jomleyeBazgasht
Rule 40 jomle -> jomleyeShekast
Rule 41 jomleyeMorakkab -> OPEN_BRACE tarifhayeMahalli jomleha CLOSE_BRACE
Rule 42 jomleha -> jomleha jomle
Rule 43 jomleha -> epsilon
Rule 44 jomleyeEbarat -> ebarat NOGHTE_VIRGUL
Rule 45 jomleyeEbarat -> NOGHTE_VIRGUL
Rule 46 jomleyeEntekhab -> IF_KW ebarateSade THEN_KW jomle
Rule 47 jomleyeEntekhab -> IF_KW ebarateSade THEN_KW jomle ELSE_KW jomle
Rule 48 jomleyeEntekhab -> SWITCH_KW OPEN_PAREN ebarateSade CLOSE_PAREN onsoreHalat onsorePishfarz END_KW
Rule 49 onsoreHalat -> CASE_KW INT COLON jomle NOGHTE_VIRGUL
Rule 50 onsoreHalat -> CASE_KW FLOAT COLON jomle NOGHTE_VIRGUL
Rule 51 onsoreHalat -> onsoreHalat CASE_KW INT COLON jomle NOGHTE_VIRGUL
Rule 52 onsoreHalat -> onsoreHalat CASE_KW FLOAT COLON jomle NOGHTE_VIRGUL
Rule 53 onsorePishfarz -> DEFAULT_KW COLON jomle NOGHTE_VIRGUL
Rule 54 onsorePishfarz -> epsilon
Rule 55 jomleyeTekrar -> WHILE_KW OPEN_PAREN ebarateSade CLOSE_PAREN jomle
Rule 56 jomleyeBazgasht -> RETURN_KW NOGHTE_VIRGUL
Rule 57 jomleyeBazgasht -> RETURN_KW ebarat NOGHTE_VIRGUL
Rule 58 jomleyeShekast -> BREAK_KW NOGHTE_VIRGUL
Rule 59 ebarat -> taghirpazir EQUALS ebarat
Rule 60 ebarat -> taghirpazir PLUS_EQ ebarat
Rule 61 ebarat -> taghirpazir MINUS_EQ ebarat
Rule 62 ebarat -> taghirpazir TIMES_EQ ebarat
Rule 63 ebarat -> taghirpazir DIVIDE_EQ ebarat
Rule 64 ebarat -> taghirpazir PLUS_PLUS
Rule 65 ebarat -> taghirpazir MINUS_MINUS
Rule 66 ebarat -> ebarateSade
Rule 67 ebarateSade -> ebarateSade OR_KW ebarateSade
Rule 68 ebarateSade -> ebarateSade AND_KW ebarateSade
Rule 69 ebarateSade -> ebarateSade SHORT_CIRCUIT_OR_KW ebarateSade
Rule 70 ebarateSade -> ebarateSade SHORT_CIRCUIT_AND_KW ebarateSade
Rule 71 ebarateSade -> NOT_KW ebarateSade
Rule 72 ebarateSade -> ebarateRabetei
Rule 73 ebarateRabetei -> ebarateRiaziManteghi
Rule 74 ebarateRabetei -> ebarateRiaziManteghi amalgareRabetei ebarateRiaziManteghi
Rule 75 amalgareRabetei -> LT
Rule 76 amalgareRabetei -> GT
Rule 77 amalgareRabetei -> GE
Rule 78 amalgareRabetei -> LE
Rule 79 amalgareRabetei -> EQ
Rule 80 ebarateRiaziManteghi -> ebarateYegani
Rule 81 ebarateRiaziManteghi -> ebarateRiaziManteghi amalgareRiazi ebarateRiaziManteghi
Rule 82 amalgareRiazi -> PLUS
Rule 83 amalgareRiazi -> MINUS
Rule 84 amalgareRiazi -> TIMES
Rule 85 amalgareRiazi -> DIVIDE
Rule 86 amalgareRiazi -> MOD
Rule 87 ebarateYegani -> amalgareYegani ebarateYegani
Rule 88 ebarateYegani -> amel
Rule 89 amalgareYegani -> MINUS
Rule 90 amalgareYegani -> TIMES
Rule 91 amalgareYegani -> QUESTION_MARK
Rule 92 amel -> taghirpazir
Rule 93 amel -> taghirnapazir
Rule 94 taghirpazir -> SHENASE
Rule 95 taghirpazir -> taghirpazir OPEN_BRACKET ebarat CLOSE_BRACKET
Rule 96 taghirpazir -> taghirpazir DOT SHENASE
Rule 97 taghirnapazir -> OPEN_PAREN ebarat CLOSE_PAREN
Rule 98 taghirnapazir -> sedaZadan
Rule 99 taghirnapazir -> meghdareSabet
Rule 100 sedaZadan -> SHENASE OPEN_PAREN bordareVorudi CLOSE_PAREN
Rule 101 bordareVorudi -> bordareVorudiha
Rule 102 bordareVorudi -> epsilon
Rule 103 bordareVorudiha -> bordareVorudiha COMMA ebarat
Rule 104 bordareVorudiha -> ebarat
Rule 105 meghdareSabet -> INT
Rule 106 meghdareSabet -> FLOAT
Rule 107 meghdareSabet -> HARFE_SABET
Rule 108 meghdareSabet -> TRUE_KW
Rule 109 meghdareSabet -> FALSE_KW
Rule 110 epsilon -> <empty>
Terminals, with rules where they appear
AND_KW : 68
BOOL_KW : 15
BREAK_KW : 58
CASE_KW : 49 50 51 52
CHAR_KW : 16
CLOSE_BRACE : 7 41
CLOSE_BRACKET : 23 34 95
CLOSE_PAREN : 24 25 48 55 97 100
COLON : 49 50 51 52 53
COMMA : 19 31 103
COMMENT :
CONST_KW : 11
DEFAULT_KW : 53
DIVIDE : 85
DIVIDE_EQ : 63
DOT : 96
ELSE_KW : 47
END_KW : 48
EQ : 79
EQUALS : 21 59
FALSE_KW : 109
FLOAT : 50 52 106
FLOAT_KW : 14
GE : 77
GT : 76
HARFE_SABET : 107
IF_KW : 46 47
INT : 23 49 51 105
INT_KW : 13
JAYEKHALI :
LE : 78
LT : 75
MINUS : 83 89
MINUS_EQ : 61
MINUS_MINUS : 65
MOD : 86
NOGHTE_VIRGUL : 10 17 28 44 45 49 50 51 52 53 56 57 58
NOT_KW : 71
OPEN_BRACE : 7 41
OPEN_BRACKET : 23 34 95
OPEN_PAREN : 24 25 48 55 97 100
OR_KW : 67
PLUS : 82
PLUS_EQ : 60
PLUS_PLUS : 64
PROGRAM_KW : 1
QUESTION_MARK : 91
RETURN_KW : 56 57
SHENASE : 1 7 22 23 24 25 33 34 94 96 100
SHORT_CIRCUIT_AND_KW : 70
SHORT_CIRCUIT_OR_KW : 69
STRUCT_KW : 7
SWITCH_KW : 48
THEN_KW : 46 47
TIMES : 84 90
TIMES_EQ : 62
TRUE_KW : 108
WHILE_KW : 55
error :
Nonterminals, with rules where they appear
amalgareRabetei : 74
amalgareRiazi : 81
amalgareYegani : 87
amel : 88
barnameh : 0
bordareVorudi : 100
bordareVorudiha : 101 103
ebarat : 44 57 59 60 61 62 63 95 97 103 104
ebarateRabetei : 72
ebarateRiaziManteghi : 73 74 74 81 81
ebarateSade : 21 46 47 48 55 66 67 67 68 68 69 69 70 70 71
ebarateYegani : 80 87
epsilon : 9 27 43 54 102
jens : 11 12 17 24 30
jensVorudiha : 28 29
jenseMahdud : 10
jomle : 24 25 42 46 47 47 49 50 51 52 53 55
jomleha : 41 42
jomleyeBazgasht : 39
jomleyeEbarat : 36
jomleyeEntekhab : 37
jomleyeMorakkab : 35
jomleyeShekast : 40
jomleyeTekrar : 38
meghdareSabet : 99
onsoreHalat : 48 51 52
onsorePishfarz : 48
sedaZadan : 98
shenaseyeVorudi : 31 32
shenaseyeVorudiha : 30 31
taghirnapazir : 93
taghirpazir : 59 60 61 62 63 64 65 92 95 96
tarif : 2 3
tarifMoteghayyereMahdud : 8
tarifeMeghdareAvvalie : 18 19
tarifeMoteghayyer : 5
tarifeSakhtar : 4
tarifeShenaseyeMoteghayyer : 20 21
tarifeTabe : 6
tarifha : 1 2
tarifhayeMahalli : 7 8 41
tarifhayeMoteghayyerha : 10 17 19
vorudi : 24 25
vorudiha : 26 28
Parsing method: LALR
state 0
(0) S' -> . barnameh
(1) barnameh -> . PROGRAM_KW SHENASE tarifha
PROGRAM_KW shift and go to state 2
barnameh shift and go to state 1
state 1
(0) S' -> barnameh .
state 2
(1) barnameh -> PROGRAM_KW . SHENASE tarifha
SHENASE shift and go to state 3
state 3
(1) barnameh -> PROGRAM_KW SHENASE . tarifha
(2) tarifha -> . tarifha tarif
(3) tarifha -> . tarif
(4) tarif -> . tarifeSakhtar
(5) tarif -> . tarifeMoteghayyer
(6) tarif -> . tarifeTabe
(7) tarifeSakhtar -> . STRUCT_KW SHENASE OPEN_BRACE tarifhayeMahalli CLOSE_BRACE
(17) tarifeMoteghayyer -> . jens tarifhayeMoteghayyerha NOGHTE_VIRGUL
(24) tarifeTabe -> . jens SHENASE OPEN_PAREN vorudi CLOSE_PAREN jomle
(25) tarifeTabe -> . SHENASE OPEN_PAREN vorudi CLOSE_PAREN jomle
(13) jens -> . INT_KW
(14) jens -> . FLOAT_KW
(15) jens -> . BOOL_KW
(16) jens -> . CHAR_KW
STRUCT_KW shift and go to state 14
SHENASE shift and go to state 9
INT_KW shift and go to state 15
FLOAT_KW shift and go to state 6
BOOL_KW shift and go to state 8
CHAR_KW shift and go to state 10
tarif shift and go to state 12
tarifeTabe shift and go to state 13
jens shift and go to state 4
tarifeSakhtar shift and go to state 7
tarifeMoteghayyer shift and go to state 5
tarifha shift and go to state 11
state 4
(17) tarifeMoteghayyer -> jens . tarifhayeMoteghayyerha NOGHTE_VIRGUL
(24) tarifeTabe -> jens . SHENASE OPEN_PAREN vorudi CLOSE_PAREN jomle
(18) tarifhayeMoteghayyerha -> . tarifeMeghdareAvvalie
(19) tarifhayeMoteghayyerha -> . tarifhayeMoteghayyerha COMMA tarifeMeghdareAvvalie
(20) tarifeMeghdareAvvalie -> . tarifeShenaseyeMoteghayyer
(21) tarifeMeghdareAvvalie -> . tarifeShenaseyeMoteghayyer EQUALS ebarateSade
(22) tarifeShenaseyeMoteghayyer -> . SHENASE
(23) tarifeShenaseyeMoteghayyer -> . SHENASE OPEN_BRACKET INT CLOSE_BRACKET
SHENASE shift and go to state 16
tarifeMeghdareAvvalie shift and go to state 17
tarifhayeMoteghayyerha shift and go to state 18
tarifeShenaseyeMoteghayyer shift and go to state 19
state 5
(5) tarif -> tarifeMoteghayyer .
STRUCT_KW reduce using rule 5 (tarif -> tarifeMoteghayyer .)
SHENASE reduce using rule 5 (tarif -> tarifeMoteghayyer .)
INT_KW reduce using rule 5 (tarif -> tarifeMoteghayyer .)
FLOAT_KW reduce using rule 5 (tarif -> tarifeMoteghayyer .)
BOOL_KW reduce using rule 5 (tarif -> tarifeMoteghayyer .)
CHAR_KW reduce using rule 5 (tarif -> tarifeMoteghayyer .)
$end reduce using rule 5 (tarif -> tarifeMoteghayyer .)
state 6
(14) jens -> FLOAT_KW .
SHENASE reduce using rule 14 (jens -> FLOAT_KW .)
state 7
(4) tarif -> tarifeSakhtar .
STRUCT_KW reduce using rule 4 (tarif -> tarifeSakhtar .)
SHENASE reduce using rule 4 (tarif -> tarifeSakhtar .)
INT_KW reduce using rule 4 (tarif -> tarifeSakhtar .)
FLOAT_KW reduce using rule 4 (tarif -> tarifeSakhtar .)
BOOL_KW reduce using rule 4 (tarif -> tarifeSakhtar .)
CHAR_KW reduce using rule 4 (tarif -> tarifeSakhtar .)
$end reduce using rule 4 (tarif -> tarifeSakhtar .)
state 8
(15) jens -> BOOL_KW .
SHENASE reduce using rule 15 (jens -> BOOL_KW .)
state 9
(25) tarifeTabe -> SHENASE . OPEN_PAREN vorudi CLOSE_PAREN jomle
OPEN_PAREN shift and go to state 20
state 10
(16) jens -> CHAR_KW .
SHENASE reduce using rule 16 (jens -> CHAR_KW .)
state 11
(1) barnameh -> PROGRAM_KW SHENASE tarifha .
(2) tarifha -> tarifha . tarif
(4) tarif -> . tarifeSakhtar
(5) tarif -> . tarifeMoteghayyer
(6) tarif -> . tarifeTabe
(7) tarifeSakhtar -> . STRUCT_KW SHENASE OPEN_BRACE tarifhayeMahalli CLOSE_BRACE
(17) tarifeMoteghayyer -> . jens tarifhayeMoteghayyerha NOGHTE_VIRGUL
(24) tarifeTabe -> . jens SHENASE OPEN_PAREN vorudi CLOSE_PAREN jomle
(25) tarifeTabe -> . SHENASE OPEN_PAREN vorudi CLOSE_PAREN jomle
(13) jens -> . INT_KW
(14) jens -> . FLOAT_KW
(15) jens -> . BOOL_KW
(16) jens -> . CHAR_KW
$end reduce using rule 1 (barnameh -> PROGRAM_KW SHENASE tarifha .)
STRUCT_KW shift and go to state 14
SHENASE shift and go to state 9
INT_KW shift and go to state 15
FLOAT_KW shift and go to state 6
BOOL_KW shift and go to state 8
CHAR_KW shift and go to state 10
tarif shift and go to state 21
tarifeTabe shift and go to state 13
jens shift and go to state 4
tarifeSakhtar shift and go to state 7
tarifeMoteghayyer shift and go to state 5
state 12
(3) tarifha -> tarif .
STRUCT_KW reduce using rule 3 (tarifha -> tarif .)
SHENASE reduce using rule 3 (tarifha -> tarif .)
INT_KW reduce using rule 3 (tarifha -> tarif .)
FLOAT_KW reduce using rule 3 (tarifha -> tarif .)
BOOL_KW reduce using rule 3 (tarifha -> tarif .)
CHAR_KW reduce using rule 3 (tarifha -> tarif .)
$end reduce using rule 3 (tarifha -> tarif .)
state 13
(6) tarif -> tarifeTabe .
STRUCT_KW reduce using rule 6 (tarif -> tarifeTabe .)
SHENASE reduce using rule 6 (tarif -> tarifeTabe .)
INT_KW reduce using rule 6 (tarif -> tarifeTabe .)
FLOAT_KW reduce using rule 6 (tarif -> tarifeTabe .)
BOOL_KW reduce using rule 6 (tarif -> tarifeTabe .)
CHAR_KW reduce using rule 6 (tarif -> tarifeTabe .)
$end reduce using rule 6 (tarif -> tarifeTabe .)
state 14
(7) tarifeSakhtar -> STRUCT_KW . SHENASE OPEN_BRACE tarifhayeMahalli CLOSE_BRACE
SHENASE shift and go to state 22
state 15
(13) jens -> INT_KW .
SHENASE reduce using rule 13 (jens -> INT_KW .)
state 16
(24) tarifeTabe -> jens SHENASE . OPEN_PAREN vorudi CLOSE_PAREN jomle
(22) tarifeShenaseyeMoteghayyer -> SHENASE .
(23) tarifeShenaseyeMoteghayyer -> SHENASE . OPEN_BRACKET INT CLOSE_BRACKET
OPEN_PAREN shift and go to state 23
EQUALS reduce using rule 22 (tarifeShenaseyeMoteghayyer -> SHENASE .)
NOGHTE_VIRGUL reduce using rule 22 (tarifeShenaseyeMoteghayyer -> SHENASE .)
COMMA reduce using rule 22 (tarifeShenaseyeMoteghayyer -> SHENASE .)
OPEN_BRACKET shift and go to state 24
state 17
(18) tarifhayeMoteghayyerha -> tarifeMeghdareAvvalie .
NOGHTE_VIRGUL reduce using rule 18 (tarifhayeMoteghayyerha -> tarifeMeghdareAvvalie .)
COMMA reduce using rule 18 (tarifhayeMoteghayyerha -> tarifeMeghdareAvvalie .)
state 18
(17) tarifeMoteghayyer -> jens tarifhayeMoteghayyerha . NOGHTE_VIRGUL
(19) tarifhayeMoteghayyerha -> tarifhayeMoteghayyerha . COMMA tarifeMeghdareAvvalie
NOGHTE_VIRGUL shift and go to state 26
COMMA shift and go to state 25
state 19
(20) tarifeMeghdareAvvalie -> tarifeShenaseyeMoteghayyer .
(21) tarifeMeghdareAvvalie -> tarifeShenaseyeMoteghayyer . EQUALS ebarateSade
NOGHTE_VIRGUL reduce using rule 20 (tarifeMeghdareAvvalie -> tarifeShenaseyeMoteghayyer .)
COMMA reduce using rule 20 (tarifeMeghdareAvvalie -> tarifeShenaseyeMoteghayyer .)
EQUALS shift and go to state 27
state 20
(25) tarifeTabe -> SHENASE OPEN_PAREN . vorudi CLOSE_PAREN jomle
(26) vorudi -> . vorudiha
(27) vorudi -> . epsilon
(28) vorudiha -> . vorudiha NOGHTE_VIRGUL jensVorudiha
(29) vorudiha -> . jensVorudiha
(110) epsilon -> .
(30) jensVorudiha -> . jens shenaseyeVorudiha
(13) jens -> . INT_KW
(14) jens -> . FLOAT_KW
(15) jens -> . BOOL_KW
(16) jens -> . CHAR_KW
CLOSE_PAREN reduce using rule 110 (epsilon -> .)
INT_KW shift and go to state 15
FLOAT_KW shift and go to state 6
BOOL_KW shift and go to state 8
CHAR_KW shift and go to state 10
jensVorudiha shift and go to state 28
jens shift and go to state 29
epsilon shift and go to state 30
vorudiha shift and go to state 31
vorudi shift and go to state 32
state 21
(2) tarifha -> tarifha tarif .
STRUCT_KW reduce using rule 2 (tarifha -> tarifha tarif .)
SHENASE reduce using rule 2 (tarifha -> tarifha tarif .)
INT_KW reduce using rule 2 (tarifha -> tarifha tarif .)
FLOAT_KW reduce using rule 2 (tarifha -> tarifha tarif .)
BOOL_KW reduce using rule 2 (tarifha -> tarifha tarif .)
CHAR_KW reduce using rule 2 (tarifha -> tarifha tarif .)
$end reduce using rule 2 (tarifha -> tarifha tarif .)
state 22
(7) tarifeSakhtar -> STRUCT_KW SHENASE . OPEN_BRACE tarifhayeMahalli CLOSE_BRACE
OPEN_BRACE shift and go to state 33
state 23
(24) tarifeTabe -> jens SHENASE OPEN_PAREN . vorudi CLOSE_PAREN jomle
(26) vorudi -> . vorudiha
(27) vorudi -> . epsilon
(28) vorudiha -> . vorudiha NOGHTE_VIRGUL jensVorudiha
(29) vorudiha -> . jensVorudiha
(110) epsilon -> .
(30) jensVorudiha -> . jens shenaseyeVorudiha
(13) jens -> . INT_KW
(14) jens -> . FLOAT_KW
(15) jens -> . BOOL_KW
(16) jens -> . CHAR_KW
CLOSE_PAREN reduce using rule 110 (epsilon -> .)
INT_KW shift and go to state 15
FLOAT_KW shift and go to state 6
BOOL_KW shift and go to state 8
CHAR_KW shift and go to state 10
jensVorudiha shift and go to state 28
jens shift and go to state 29
epsilon shift and go to state 30
vorudiha shift and go to state 31
vorudi shift and go to state 34
state 24
(23) tarifeShenaseyeMoteghayyer -> SHENASE OPEN_BRACKET . INT CLOSE_BRACKET
INT shift and go to state 35
state 25
(19) tarifhayeMoteghayyerha -> tarifhayeMoteghayyerha COMMA . tarifeMeghdareAvvalie
(20) tarifeMeghdareAvvalie -> . tarifeShenaseyeMoteghayyer
(21) tarifeMeghdareAvvalie -> . tarifeShenaseyeMoteghayyer EQUALS ebarateSade
(22) tarifeShenaseyeMoteghayyer -> . SHENASE
(23) tarifeShenaseyeMoteghayyer -> . SHENASE OPEN_BRACKET INT CLOSE_BRACKET
SHENASE shift and go to state 37
tarifeMeghdareAvvalie shift and go to state 36
tarifeShenaseyeMoteghayyer shift and go to state 19
state 26
(17) tarifeMoteghayyer -> jens tarifhayeMoteghayyerha NOGHTE_VIRGUL .
STRUCT_KW reduce using rule 17 (tarifeMoteghayyer -> jens tarifhayeMoteghayyerha NOGHTE_VIRGUL .)
SHENASE reduce using rule 17 (tarifeMoteghayyer -> jens tarifhayeMoteghayyerha NOGHTE_VIRGUL .)
INT_KW reduce using rule 17 (tarifeMoteghayyer -> jens tarifhayeMoteghayyerha NOGHTE_VIRGUL .)
FLOAT_KW reduce using rule 17 (tarifeMoteghayyer -> jens tarifhayeMoteghayyerha NOGHTE_VIRGUL .)
BOOL_KW reduce using rule 17 (tarifeMoteghayyer -> jens tarifhayeMoteghayyerha NOGHTE_VIRGUL .)
CHAR_KW reduce using rule 17 (tarifeMoteghayyer -> jens tarifhayeMoteghayyerha NOGHTE_VIRGUL .)
$end reduce using rule 17 (tarifeMoteghayyer -> jens tarifhayeMoteghayyerha NOGHTE_VIRGUL .)
state 27
(21) tarifeMeghdareAvvalie -> tarifeShenaseyeMoteghayyer EQUALS . ebarateSade
(67) ebarateSade -> . ebarateSade OR_KW ebarateSade
(68) ebarateSade -> . ebarateSade AND_KW ebarateSade
(69) ebarateSade -> . ebarateSade SHORT_CIRCUIT_OR_KW ebarateSade
(70) ebarateSade -> . ebarateSade SHORT_CIRCUIT_AND_KW ebarateSade
(71) ebarateSade -> . NOT_KW ebarateSade
(72) ebarateSade -> . ebarateRabetei
(73) ebarateRabetei -> . ebarateRiaziManteghi
(74) ebarateRabetei -> . ebarateRiaziManteghi amalgareRabetei ebarateRiaziManteghi
(80) ebarateRiaziManteghi -> . ebarateYegani
(81) ebarateRiaziManteghi -> . ebarateRiaziManteghi amalgareRiazi ebarateRiaziManteghi
(87) ebarateYegani -> . amalgareYegani ebarateYegani
(88) ebarateYegani -> . amel
(89) amalgareYegani -> . MINUS
(90) amalgareYegani -> . TIMES
(91) amalgareYegani -> . QUESTION_MARK
(92) amel -> . taghirpazir
(93) amel -> . taghirnapazir
(94) taghirpazir -> . SHENASE
(95) taghirpazir -> . taghirpazir OPEN_BRACKET ebarat CLOSE_BRACKET
(96) taghirpazir -> . taghirpazir DOT SHENASE
(97) taghirnapazir -> . OPEN_PAREN ebarat CLOSE_PAREN
(98) taghirnapazir -> . sedaZadan
(99) taghirnapazir -> . meghdareSabet
(100) sedaZadan -> . SHENASE OPEN_PAREN bordareVorudi CLOSE_PAREN
(105) meghdareSabet -> . INT
(106) meghdareSabet -> . FLOAT
(107) meghdareSabet -> . HARFE_SABET
(108) meghdareSabet -> . TRUE_KW
(109) meghdareSabet -> . FALSE_KW
NOT_KW shift and go to state 51
MINUS shift and go to state 49
TIMES shift and go to state 45
QUESTION_MARK shift and go to state 57
SHENASE shift and go to state 58
OPEN_PAREN shift and go to state 48
INT shift and go to state 43
FLOAT shift and go to state 47
HARFE_SABET shift and go to state 38
TRUE_KW shift and go to state 53
FALSE_KW shift and go to state 39
amel shift and go to state 46
sedaZadan shift and go to state 56
taghirnapazir shift and go to state 50
ebarateSade shift and go to state 52
meghdareSabet shift and go to state 42
ebarateRabetei shift and go to state 41
amalgareYegani shift and go to state 54
ebarateRiaziManteghi shift and go to state 40
taghirpazir shift and go to state 55
ebarateYegani shift and go to state 44
state 28
(29) vorudiha -> jensVorudiha .
NOGHTE_VIRGUL reduce using rule 29 (vorudiha -> jensVorudiha .)
CLOSE_PAREN reduce using rule 29 (vorudiha -> jensVorudiha .)
state 29
(30) jensVorudiha -> jens . shenaseyeVorudiha
(31) shenaseyeVorudiha -> . shenaseyeVorudiha COMMA shenaseyeVorudi
(32) shenaseyeVorudiha -> . shenaseyeVorudi
(33) shenaseyeVorudi -> . SHENASE
(34) shenaseyeVorudi -> . SHENASE OPEN_BRACKET CLOSE_BRACKET
SHENASE shift and go to state 61
shenaseyeVorudi shift and go to state 59
shenaseyeVorudiha shift and go to state 60
state 30
(27) vorudi -> epsilon .
CLOSE_PAREN reduce using rule 27 (vorudi -> epsilon .)
state 31
(26) vorudi -> vorudiha .
(28) vorudiha -> vorudiha . NOGHTE_VIRGUL jensVorudiha
CLOSE_PAREN reduce using rule 26 (vorudi -> vorudiha .)
NOGHTE_VIRGUL shift and go to state 62
state 32
(25) tarifeTabe -> SHENASE OPEN_PAREN vorudi . CLOSE_PAREN jomle
CLOSE_PAREN shift and go to state 63
state 33
(7) tarifeSakhtar -> STRUCT_KW SHENASE OPEN_BRACE . tarifhayeMahalli CLOSE_BRACE
(8) tarifhayeMahalli -> . tarifhayeMahalli tarifMoteghayyereMahdud
(9) tarifhayeMahalli -> . epsilon
(110) epsilon -> .
CLOSE_BRACE reduce using rule 110 (epsilon -> .)
CONST_KW reduce using rule 110 (epsilon -> .)
INT_KW reduce using rule 110 (epsilon -> .)
FLOAT_KW reduce using rule 110 (epsilon -> .)
BOOL_KW reduce using rule 110 (epsilon -> .)
CHAR_KW reduce using rule 110 (epsilon -> .)
tarifhayeMahalli shift and go to state 64
epsilon shift and go to state 65
state 34
(24) tarifeTabe -> jens SHENASE OPEN_PAREN vorudi . CLOSE_PAREN jomle
CLOSE_PAREN shift and go to state 66
state 35
(23) tarifeShenaseyeMoteghayyer -> SHENASE OPEN_BRACKET INT . CLOSE_BRACKET
CLOSE_BRACKET shift and go to state 67
state 36
(19) tarifhayeMoteghayyerha -> tarifhayeMoteghayyerha COMMA tarifeMeghdareAvvalie .
NOGHTE_VIRGUL reduce using rule 19 (tarifhayeMoteghayyerha -> tarifhayeMoteghayyerha COMMA tarifeMeghdareAvvalie .)
COMMA reduce using rule 19 (tarifhayeMoteghayyerha -> tarifhayeMoteghayyerha COMMA tarifeMeghdareAvvalie .)
state 37
(22) tarifeShenaseyeMoteghayyer -> SHENASE .
(23) tarifeShenaseyeMoteghayyer -> SHENASE . OPEN_BRACKET INT CLOSE_BRACKET
EQUALS reduce using rule 22 (tarifeShenaseyeMoteghayyer -> SHENASE .)
NOGHTE_VIRGUL reduce using rule 22 (tarifeShenaseyeMoteghayyer -> SHENASE .)
COMMA reduce using rule 22 (tarifeShenaseyeMoteghayyer -> SHENASE .)
OPEN_BRACKET shift and go to state 24
state 38
(107) meghdareSabet -> HARFE_SABET .
LT reduce using rule 107 (meghdareSabet -> HARFE_SABET .)
GT reduce using rule 107 (meghdareSabet -> HARFE_SABET .)
GE reduce using rule 107 (meghdareSabet -> HARFE_SABET .)
LE reduce using rule 107 (meghdareSabet -> HARFE_SABET .)
EQ reduce using rule 107 (meghdareSabet -> HARFE_SABET .)
PLUS reduce using rule 107 (meghdareSabet -> HARFE_SABET .)
MINUS reduce using rule 107 (meghdareSabet -> HARFE_SABET .)
TIMES reduce using rule 107 (meghdareSabet -> HARFE_SABET .)
DIVIDE reduce using rule 107 (meghdareSabet -> HARFE_SABET .)
MOD reduce using rule 107 (meghdareSabet -> HARFE_SABET .)
OR_KW reduce using rule 107 (meghdareSabet -> HARFE_SABET .)
AND_KW reduce using rule 107 (meghdareSabet -> HARFE_SABET .)
SHORT_CIRCUIT_OR_KW reduce using rule 107 (meghdareSabet -> HARFE_SABET .)
SHORT_CIRCUIT_AND_KW reduce using rule 107 (meghdareSabet -> HARFE_SABET .)
NOGHTE_VIRGUL reduce using rule 107 (meghdareSabet -> HARFE_SABET .)
COMMA reduce using rule 107 (meghdareSabet -> HARFE_SABET .)
CLOSE_BRACKET reduce using rule 107 (meghdareSabet -> HARFE_SABET .)
CLOSE_PAREN reduce using rule 107 (meghdareSabet -> HARFE_SABET .)
THEN_KW reduce using rule 107 (meghdareSabet -> HARFE_SABET .)
state 39
(109) meghdareSabet -> FALSE_KW .
LT reduce using rule 109 (meghdareSabet -> FALSE_KW .)
GT reduce using rule 109 (meghdareSabet -> FALSE_KW .)
GE reduce using rule 109 (meghdareSabet -> FALSE_KW .)
LE reduce using rule 109 (meghdareSabet -> FALSE_KW .)
EQ reduce using rule 109 (meghdareSabet -> FALSE_KW .)
PLUS reduce using rule 109 (meghdareSabet -> FALSE_KW .)
MINUS reduce using rule 109 (meghdareSabet -> FALSE_KW .)
TIMES reduce using rule 109 (meghdareSabet -> FALSE_KW .)
DIVIDE reduce using rule 109 (meghdareSabet -> FALSE_KW .)
MOD reduce using rule 109 (meghdareSabet -> FALSE_KW .)
OR_KW reduce using rule 109 (meghdareSabet -> FALSE_KW .)
AND_KW reduce using rule 109 (meghdareSabet -> FALSE_KW .)
SHORT_CIRCUIT_OR_KW reduce using rule 109 (meghdareSabet -> FALSE_KW .)
SHORT_CIRCUIT_AND_KW reduce using rule 109 (meghdareSabet -> FALSE_KW .)
NOGHTE_VIRGUL reduce using rule 109 (meghdareSabet -> FALSE_KW .)
COMMA reduce using rule 109 (meghdareSabet -> FALSE_KW .)
CLOSE_BRACKET reduce using rule 109 (meghdareSabet -> FALSE_KW .)
CLOSE_PAREN reduce using rule 109 (meghdareSabet -> FALSE_KW .)
THEN_KW reduce using rule 109 (meghdareSabet -> FALSE_KW .)
state 40
(73) ebarateRabetei -> ebarateRiaziManteghi .
(74) ebarateRabetei -> ebarateRiaziManteghi . amalgareRabetei ebarateRiaziManteghi
(81) ebarateRiaziManteghi -> ebarateRiaziManteghi . amalgareRiazi ebarateRiaziManteghi
(75) amalgareRabetei -> . LT
(76) amalgareRabetei -> . GT
(77) amalgareRabetei -> . GE
(78) amalgareRabetei -> . LE
(79) amalgareRabetei -> . EQ
(82) amalgareRiazi -> . PLUS
(83) amalgareRiazi -> . MINUS
(84) amalgareRiazi -> . TIMES
(85) amalgareRiazi -> . DIVIDE
(86) amalgareRiazi -> . MOD
OR_KW reduce using rule 73 (ebarateRabetei -> ebarateRiaziManteghi .)
AND_KW reduce using rule 73 (ebarateRabetei -> ebarateRiaziManteghi .)
SHORT_CIRCUIT_OR_KW reduce using rule 73 (ebarateRabetei -> ebarateRiaziManteghi .)
SHORT_CIRCUIT_AND_KW reduce using rule 73 (ebarateRabetei -> ebarateRiaziManteghi .)
NOGHTE_VIRGUL reduce using rule 73 (ebarateRabetei -> ebarateRiaziManteghi .)
COMMA reduce using rule 73 (ebarateRabetei -> ebarateRiaziManteghi .)
CLOSE_BRACKET reduce using rule 73 (ebarateRabetei -> ebarateRiaziManteghi .)
CLOSE_PAREN reduce using rule 73 (ebarateRabetei -> ebarateRiaziManteghi .)
THEN_KW reduce using rule 73 (ebarateRabetei -> ebarateRiaziManteghi .)
LT shift and go to state 69
GT shift and go to state 68
GE shift and go to state 72
LE shift and go to state 75
EQ shift and go to state 74
PLUS shift and go to state 78
MINUS shift and go to state 70
TIMES shift and go to state 79
DIVIDE shift and go to state 71
MOD shift and go to state 73
amalgareRiazi shift and go to state 76
amalgareRabetei shift and go to state 77
state 41
(72) ebarateSade -> ebarateRabetei .
OR_KW reduce using rule 72 (ebarateSade -> ebarateRabetei .)
AND_KW reduce using rule 72 (ebarateSade -> ebarateRabetei .)
SHORT_CIRCUIT_OR_KW reduce using rule 72 (ebarateSade -> ebarateRabetei .)
SHORT_CIRCUIT_AND_KW reduce using rule 72 (ebarateSade -> ebarateRabetei .)
COMMA reduce using rule 72 (ebarateSade -> ebarateRabetei .)
CLOSE_PAREN reduce using rule 72 (ebarateSade -> ebarateRabetei .)
NOGHTE_VIRGUL reduce using rule 72 (ebarateSade -> ebarateRabetei .)
CLOSE_BRACKET reduce using rule 72 (ebarateSade -> ebarateRabetei .)
THEN_KW reduce using rule 72 (ebarateSade -> ebarateRabetei .)
state 42
(99) taghirnapazir -> meghdareSabet .
LT reduce using rule 99 (taghirnapazir -> meghdareSabet .)
GT reduce using rule 99 (taghirnapazir -> meghdareSabet .)
GE reduce using rule 99 (taghirnapazir -> meghdareSabet .)
LE reduce using rule 99 (taghirnapazir -> meghdareSabet .)
EQ reduce using rule 99 (taghirnapazir -> meghdareSabet .)
PLUS reduce using rule 99 (taghirnapazir -> meghdareSabet .)
MINUS reduce using rule 99 (taghirnapazir -> meghdareSabet .)
TIMES reduce using rule 99 (taghirnapazir -> meghdareSabet .)
DIVIDE reduce using rule 99 (taghirnapazir -> meghdareSabet .)
MOD reduce using rule 99 (taghirnapazir -> meghdareSabet .)
OR_KW reduce using rule 99 (taghirnapazir -> meghdareSabet .)
AND_KW reduce using rule 99 (taghirnapazir -> meghdareSabet .)
SHORT_CIRCUIT_OR_KW reduce using rule 99 (taghirnapazir -> meghdareSabet .)
SHORT_CIRCUIT_AND_KW reduce using rule 99 (taghirnapazir -> meghdareSabet .)
NOGHTE_VIRGUL reduce using rule 99 (taghirnapazir -> meghdareSabet .)
COMMA reduce using rule 99 (taghirnapazir -> meghdareSabet .)
CLOSE_PAREN reduce using rule 99 (taghirnapazir -> meghdareSabet .)
CLOSE_BRACKET reduce using rule 99 (taghirnapazir -> meghdareSabet .)
THEN_KW reduce using rule 99 (taghirnapazir -> meghdareSabet .)
state 43
(105) meghdareSabet -> INT .
LT reduce using rule 105 (meghdareSabet -> INT .)
GT reduce using rule 105 (meghdareSabet -> INT .)
GE reduce using rule 105 (meghdareSabet -> INT .)
LE reduce using rule 105 (meghdareSabet -> INT .)
EQ reduce using rule 105 (meghdareSabet -> INT .)
PLUS reduce using rule 105 (meghdareSabet -> INT .)
MINUS reduce using rule 105 (meghdareSabet -> INT .)
TIMES reduce using rule 105 (meghdareSabet -> INT .)
DIVIDE reduce using rule 105 (meghdareSabet -> INT .)
MOD reduce using rule 105 (meghdareSabet -> INT .)
OR_KW reduce using rule 105 (meghdareSabet -> INT .)
AND_KW reduce using rule 105 (meghdareSabet -> INT .)
SHORT_CIRCUIT_OR_KW reduce using rule 105 (meghdareSabet -> INT .)
SHORT_CIRCUIT_AND_KW reduce using rule 105 (meghdareSabet -> INT .)
NOGHTE_VIRGUL reduce using rule 105 (meghdareSabet -> INT .)
COMMA reduce using rule 105 (meghdareSabet -> INT .)
CLOSE_BRACKET reduce using rule 105 (meghdareSabet -> INT .)
CLOSE_PAREN reduce using rule 105 (meghdareSabet -> INT .)
THEN_KW reduce using rule 105 (meghdareSabet -> INT .)
state 44
(80) ebarateRiaziManteghi -> ebarateYegani .
LT reduce using rule 80 (ebarateRiaziManteghi -> ebarateYegani .)
GT reduce using rule 80 (ebarateRiaziManteghi -> ebarateYegani .)
GE reduce using rule 80 (ebarateRiaziManteghi -> ebarateYegani .)
LE reduce using rule 80 (ebarateRiaziManteghi -> ebarateYegani .)
EQ reduce using rule 80 (ebarateRiaziManteghi -> ebarateYegani .)
PLUS reduce using rule 80 (ebarateRiaziManteghi -> ebarateYegani .)
MINUS reduce using rule 80 (ebarateRiaziManteghi -> ebarateYegani .)
TIMES reduce using rule 80 (ebarateRiaziManteghi -> ebarateYegani .)
DIVIDE reduce using rule 80 (ebarateRiaziManteghi -> ebarateYegani .)
MOD reduce using rule 80 (ebarateRiaziManteghi -> ebarateYegani .)
OR_KW reduce using rule 80 (ebarateRiaziManteghi -> ebarateYegani .)
AND_KW reduce using rule 80 (ebarateRiaziManteghi -> ebarateYegani .)
SHORT_CIRCUIT_OR_KW reduce using rule 80 (ebarateRiaziManteghi -> ebarateYegani .)
SHORT_CIRCUIT_AND_KW reduce using rule 80 (ebarateRiaziManteghi -> ebarateYegani .)
NOGHTE_VIRGUL reduce using rule 80 (ebarateRiaziManteghi -> ebarateYegani .)
COMMA reduce using rule 80 (ebarateRiaziManteghi -> ebarateYegani .)
CLOSE_PAREN reduce using rule 80 (ebarateRiaziManteghi -> ebarateYegani .)
CLOSE_BRACKET reduce using rule 80 (ebarateRiaziManteghi -> ebarateYegani .)
THEN_KW reduce using rule 80 (ebarateRiaziManteghi -> ebarateYegani .)
state 45
(90) amalgareYegani -> TIMES .
MINUS reduce using rule 90 (amalgareYegani -> TIMES .)
TIMES reduce using rule 90 (amalgareYegani -> TIMES .)
QUESTION_MARK reduce using rule 90 (amalgareYegani -> TIMES .)
SHENASE reduce using rule 90 (amalgareYegani -> TIMES .)
OPEN_PAREN reduce using rule 90 (amalgareYegani -> TIMES .)
INT reduce using rule 90 (amalgareYegani -> TIMES .)
FLOAT reduce using rule 90 (amalgareYegani -> TIMES .)
HARFE_SABET reduce using rule 90 (amalgareYegani -> TIMES .)
TRUE_KW reduce using rule 90 (amalgareYegani -> TIMES .)
FALSE_KW reduce using rule 90 (amalgareYegani -> TIMES .)
state 46
(88) ebarateYegani -> amel .
LT reduce using rule 88 (ebarateYegani -> amel .)
GT reduce using rule 88 (ebarateYegani -> amel .)
GE reduce using rule 88 (ebarateYegani -> amel .)
LE reduce using rule 88 (ebarateYegani -> amel .)
EQ reduce using rule 88 (ebarateYegani -> amel .)
PLUS reduce using rule 88 (ebarateYegani -> amel .)
MINUS reduce using rule 88 (ebarateYegani -> amel .)
TIMES reduce using rule 88 (ebarateYegani -> amel .)
DIVIDE reduce using rule 88 (ebarateYegani -> amel .)
MOD reduce using rule 88 (ebarateYegani -> amel .)
OR_KW reduce using rule 88 (ebarateYegani -> amel .)
AND_KW reduce using rule 88 (ebarateYegani -> amel .)
SHORT_CIRCUIT_OR_KW reduce using rule 88 (ebarateYegani -> amel .)
SHORT_CIRCUIT_AND_KW reduce using rule 88 (ebarateYegani -> amel .)
NOGHTE_VIRGUL reduce using rule 88 (ebarateYegani -> amel .)
COMMA reduce using rule 88 (ebarateYegani -> amel .)
CLOSE_PAREN reduce using rule 88 (ebarateYegani -> amel .)
CLOSE_BRACKET reduce using rule 88 (ebarateYegani -> amel .)
THEN_KW reduce using rule 88 (ebarateYegani -> amel .)
state 47
(106) meghdareSabet -> FLOAT .
LT reduce using rule 106 (meghdareSabet -> FLOAT .)
GT reduce using rule 106 (meghdareSabet -> FLOAT .)
GE reduce using rule 106 (meghdareSabet -> FLOAT .)
LE reduce using rule 106 (meghdareSabet -> FLOAT .)
EQ reduce using rule 106 (meghdareSabet -> FLOAT .)
PLUS reduce using rule 106 (meghdareSabet -> FLOAT .)
MINUS reduce using rule 106 (meghdareSabet -> FLOAT .)
TIMES reduce using rule 106 (meghdareSabet -> FLOAT .)
DIVIDE reduce using rule 106 (meghdareSabet -> FLOAT .)
MOD reduce using rule 106 (meghdareSabet -> FLOAT .)
OR_KW reduce using rule 106 (meghdareSabet -> FLOAT .)
AND_KW reduce using rule 106 (meghdareSabet -> FLOAT .)
SHORT_CIRCUIT_OR_KW reduce using rule 106 (meghdareSabet -> FLOAT .)
SHORT_CIRCUIT_AND_KW reduce using rule 106 (meghdareSabet -> FLOAT .)
NOGHTE_VIRGUL reduce using rule 106 (meghdareSabet -> FLOAT .)
COMMA reduce using rule 106 (meghdareSabet -> FLOAT .)
CLOSE_BRACKET reduce using rule 106 (meghdareSabet -> FLOAT .)
CLOSE_PAREN reduce using rule 106 (meghdareSabet -> FLOAT .)
THEN_KW reduce using rule 106 (meghdareSabet -> FLOAT .)
state 48
(97) taghirnapazir -> OPEN_PAREN . ebarat CLOSE_PAREN
(59) ebarat -> . taghirpazir EQUALS ebarat
(60) ebarat -> . taghirpazir PLUS_EQ ebarat
(61) ebarat -> . taghirpazir MINUS_EQ ebarat
(62) ebarat -> . taghirpazir TIMES_EQ ebarat
(63) ebarat -> . taghirpazir DIVIDE_EQ ebarat
(64) ebarat -> . taghirpazir PLUS_PLUS
(65) ebarat -> . taghirpazir MINUS_MINUS
(66) ebarat -> . ebarateSade
(94) taghirpazir -> . SHENASE
(95) taghirpazir -> . taghirpazir OPEN_BRACKET ebarat CLOSE_BRACKET
(96) taghirpazir -> . taghirpazir DOT SHENASE
(67) ebarateSade -> . ebarateSade OR_KW ebarateSade
(68) ebarateSade -> . ebarateSade AND_KW ebarateSade
(69) ebarateSade -> . ebarateSade SHORT_CIRCUIT_OR_KW ebarateSade
(70) ebarateSade -> . ebarateSade SHORT_CIRCUIT_AND_KW ebarateSade
(71) ebarateSade -> . NOT_KW ebarateSade
(72) ebarateSade -> . ebarateRabetei
(73) ebarateRabetei -> . ebarateRiaziManteghi
(74) ebarateRabetei -> . ebarateRiaziManteghi amalgareRabetei ebarateRiaziManteghi
(80) ebarateRiaziManteghi -> . ebarateYegani
(81) ebarateRiaziManteghi -> . ebarateRiaziManteghi amalgareRiazi ebarateRiaziManteghi
(87) ebarateYegani -> . amalgareYegani ebarateYegani
(88) ebarateYegani -> . amel
(89) amalgareYegani -> . MINUS
(90) amalgareYegani -> . TIMES
(91) amalgareYegani -> . QUESTION_MARK
(92) amel -> . taghirpazir
(93) amel -> . taghirnapazir
(97) taghirnapazir -> . OPEN_PAREN ebarat CLOSE_PAREN
(98) taghirnapazir -> . sedaZadan
(99) taghirnapazir -> . meghdareSabet