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CASTParser.class.st
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CASTParser.class.st
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"
I am a C GLR Parser
"
Class {
#name : #CASTParser,
#superclass : #SmaCCGLRParser,
#category : #'CAST-Parser'
}
{ #category : #'generated-accessing' }
CASTParser class >> cacheId [
^'2017-12-13T09:32:38.213967+01:00'
]
{ #category : #generated }
CASTParser class >> definitionComment [
"<H>
: [a-fA-F0-9]
;
<IS>
: [uUlL]
;
<D>
: [0-9]
;
<E>
: [Ee][\+\-]?<D>+
;
<FS>
: [fFlL]
;
<ELLIPSIS>
: \.\.\.
;
<comment>
: (\/\* [^\*]* \*+ ([^\/\*] [^\*]* \*+)* \/)
;
<LETTER>
: [a-zA-Z_]
;
<DIGIT>
: [0-9]
;
<IDENTIFIER>
: <LETTER> (<LETTER>|<DIGIT>)*
;
<CONSTANT>
: (0[xX]<H>+<IS>?)
| (<D>+<IS>?)
| (<D>+<E><FS>?)
| <D>*\.<D>+<E>?<FS>?
| (L? \' ( (\\ .) | ([^\\\""]) )+ \')
;
<STRING_LITERAL>
: L? \"" ( (\\ .) | ([^\\\""]) )* \""
;
<LEFT_BLOCK>
: \[ | (\< \:)
;
<RIGHT_BLOCK>
: \] | (\: \>)
;
<LEFT_BRACE>
: \{ | (\< \%)
;
<RIGHT_BRACE>
: \} | (\% \>)
;
<whitespace>
: \s+
;
%glr ;
%root Abstract;
%prefix CGLR;
%suffix Node;
%annotate_tokens;
translationUnit
: external_declaration 'declaration' {{}}
| translationUnit external_declaration 'declaration' {{}}
;
primary_expression
: identifier 'symbol' {{IdentifierExpression}}
| <CONSTANT> {{Constant}}
| <STRING_LITERAL> {{StringLiteral}}
| ""("" expression 'expression' "")"" {{ParenthesizedExpression}}
;
postfix_expression
: primary_expression
| postfix_expression 'array' <LEFT_BLOCK> expression 'index' <RIGHT_BLOCK> {{Array}}
| postfix_expression 'f' ""("" "")"" {{Call}}
| postfix_expression 'f' ""("" argument_expression_list "")"" {{Call}}
| postfix_expression 'object' ""."" identifier 'member' {{Point}}
| postfix_expression 'pointer' ""->"" identifier 'member' {{Arrow}}
| postfix_expression 'object' ""++"" {{Increment}}
| postfix_expression 'object' ""--"" {{Decrement}}
;
argument_expression_list
: assignment_expression 'argument'
| argument_expression_list "","" assignment_expression 'argument'
;
unary_expression
: postfix_expression
| ""++"" 'op' unary_expression 'expr' {{}}
| ""--"" 'op' unary_expression 'expr' {{}}
| unary_operator 'op' cast_expression 'expr' {{}}
| ""sizeof"" unary_expression 'expr' {{}}
| ""sizeof"" ""("" type_name 'type' "")"" 'expr' {{}}
;
unary_operator
: ""&""
| ""*""
| ""+""
| ""-""
| ""~""
| ""!""
;
cast_expression
: unary_expression
| ""("" type_name 'type' "")"" cast_expression 'expr' {{}}
;
multiplicative_expression
: cast_expression
| multiplicative_expression 'left' ""*"" 'op' cast_expression 'right' {{Binary}}
| multiplicative_expression 'left' ""/"" 'op' cast_expression 'right' {{Binary}}
| multiplicative_expression 'left' ""%"" 'op' cast_expression 'right' {{Binary}}
;
additive_expression
: multiplicative_expression
| additive_expression 'left' ""+"" 'op' multiplicative_expression 'right' {{Binary}}
| additive_expression 'left' ""-"" 'op' multiplicative_expression 'right' {{Binary}}
;
shift_expression
: additive_expression
| shift_expression 'left' ""<<"" 'op' additive_expression 'right' {{Binary}}
| shift_expression 'left' "">>"" 'op' additive_expression 'right' {{Binary}}
;
relational_expression
: shift_expression
| relational_expression 'left' ""<"" 'op' shift_expression 'right' {{Binary}}
| relational_expression 'left' "">"" 'op' shift_expression 'right' {{Binary}}
| relational_expression 'left' ""<="" 'op' shift_expression 'right' {{Binary}}
| relational_expression 'left' "">="" 'op' shift_expression 'right' {{Binary}}
;
equality_expression
: relational_expression
| equality_expression 'left' ""=="" 'op' relational_expression 'right' {{Binary}}
| equality_expression 'left' ""!="" 'op' relational_expression 'right' {{Binary}}
;
and_expression
: equality_expression
| and_expression 'left' ""&"" 'op' equality_expression 'right' {{Binary}}
;
exclusive_or_expression
: and_expression
| exclusive_or_expression 'left' ""^"" 'op' and_expression 'right' {{Binary}}
;
inclusive_or_expression
: exclusive_or_expression
| inclusive_or_expression 'left' ""|"" 'op' exclusive_or_expression 'right' {{Binary}}
;
logical_and_expression
: inclusive_or_expression
| logical_and_expression 'left' ""&&"" 'op' inclusive_or_expression 'right' {{Binary}}
;
logical_or_expression
: logical_and_expression
| logical_or_expression 'left' ""||"" 'op' logical_and_expression 'right' {{Binary}}
;
conditional_expression
: logical_or_expression
| logical_or_expression 'condition' ""?"" expression 'then' "":"" conditional_expression 'else' {{Ternary}}
;
assignment_expression
: conditional_expression
| unary_expression 'lvalue' assignment_operator 'op' assignment_expression 'rvalue' {{Assignment}}
;
assignment_operator
: ""=""
| ""*=""
| ""/=""
| ""%=""
| ""+=""
| ""-=""
| ""<<=""
| "">>=""
| ""&=""
| ""^=""
| ""|=""
;
expression
: assignment_expression 'expression' {{}}
| expression "","" assignment_expression 'expression' {{}}
;
constant_expression
: conditional_expression
;
declaration
: declaration_specifiers "";"" {{}}
| init_declaration "";"" {{}}
;
init_declaration
: declaration_specifiers init_declarator_list
;
declaration_specifiers
: storage_class_specifier 'specifier'
| storage_class_specifier 'specifier' declaration_specifiers
| type_specifier 'specifier'
| type_specifier 'specifier' declaration_specifiers
| type_qualifier 'specifier'
| type_qualifier 'specifier' declaration_specifiers
;
init_declarator_list
: init_declarator 'declarator'
| init_declarator_list "","" init_declarator 'declarator'
;
init_declarator
: declarator 'declarator' {{}}
| declarator 'declarator' ""="" initializer 'initializer' {{}}
;
storage_class_specifier
: ""typedef""
| ""extern""
| ""static""
| ""auto""
| ""register""
;
type_specifier
: ""void""
| ""char""
| ""short""
| ""int""
| ""long""
| ""float""
| ""double""
| ""signed""
| ""unsigned""
| struct_or_union_specifier
| enum_specifier
| typename
;
struct_or_union_specifier
: struct_or_union 'prefix' identifier 'symbol' <LEFT_BRACE> struct_declaration_list <RIGHT_BRACE> {{}}
| struct_or_union 'prefix' <LEFT_BRACE> struct_declaration_list <RIGHT_BRACE> {{}}
| struct_or_union 'prefix' identifier 'symbol' {{}}
;
struct_or_union
: ""struct""
| ""union""
;
struct_declaration_list
: struct_declaration 'member'
| struct_declaration_list struct_declaration 'member'
;
struct_declaration
: specifier_qualifier_list struct_declarator_list "";"" {{}}
;
specifier_qualifier_list
: type_specifier 'specifier' specifier_qualifier_list
| type_specifier 'specifier'
| type_qualifier 'qualifier' specifier_qualifier_list
| type_qualifier 'qualifier'
;
struct_declarator_list
: struct_declarator 'declarator'
| struct_declarator_list "","" struct_declarator 'declarator'
;
struct_declarator
: declarator 'declarator' {{}}
| "":"" constant_expression 'size' {{}}
| declarator 'declarator' "":"" constant_expression 'size' {{}}
;
enum_specifier
: ""enum"" <LEFT_BRACE> enumerator_list <RIGHT_BRACE> {{Enum}}
| ""enum"" identifier 'identifier' <LEFT_BRACE> enumerator_list <RIGHT_BRACE> {{Enum}}
| ""enum"" identifier 'identifier' {{Enum}}
;
enumerator_list
: enumerator 'enumerator'
| enumerator_list "","" enumerator 'enumerator'
;
enumerator
: identifier 'symbol' {{}}
| identifier 'symbol' ""="" constant_expression 'expr' {{}}
;
type_qualifier
: ""const""
| ""volatile""
;
declarator
: pointer direct_declarator 'direct' {{}}
| direct_declarator 'direct' {{}}
;
direct_declarator
: identifier 'identifier'
| typename 'identifier'
| ""("" declarator 'declarator' "")"" {{FunctionPointerDeclarator}}
| direct_declarator 'declarator' <LEFT_BLOCK> constant_expression 'size' <RIGHT_BLOCK> {{ArrayDeclarator}}
| direct_declarator 'declarator' <LEFT_BLOCK> <RIGHT_BLOCK> {{ArrayDeclarator}}
| direct_declarator 'declarator' ""("" parameter_type_list "")"" {{FunctionDeclarator}}
| direct_declarator 'declarator' ""("" identifier_list "")"" {{FunctionDeclarator}}
| direct_declarator 'declarator' ""("" "")"" {{FunctionDeclarator}}
;
pointer
: ""*"" 'pointer'
| ""*"" 'pointer' type_qualifier_list
| ""*"" 'pointer' pointer
| ""*"" 'pointer' type_qualifier_list pointer
;
type_qualifier_list
: type_qualifier 'qualifier'
| type_qualifier_list type_qualifier 'qualifier'
;
parameter_type_list
: parameter_list
| parameter_list "","" <ELLIPSIS> 'ellipsis'
;
parameter_list
: parameter_declaration 'parameter'
| parameter_list "","" parameter_declaration 'parameter'
;
parameter_declaration
: declaration_specifiers 'specifier' declarator 'declarator' {{}}
| declaration_specifiers 'specifier' abstract_declarator 'declarator' {{}}
| declaration_specifiers 'specifier' {{}}
;
identifier_list
: identifier 'identifier'
| typename 'identifier'
| identifier_list "","" identifier 'identifier'
| identifier_list "","" typename 'identifier'
;
type_name
: specifier_qualifier_list {{}}
| specifier_qualifier_list abstract_declarator 'abstract' {{}}
;
abstract_declarator
: pointer {{}}
| direct_abstract_declarator 'direct' {{}}
| pointer direct_abstract_declarator 'direct' {{}}
;
direct_abstract_declarator
: ""("" abstract_declarator 'declarator' "")"" {{FunctionPointerDeclarator}}
| <LEFT_BLOCK> <RIGHT_BLOCK> {{ArrayDeclarator}}
| <LEFT_BLOCK> constant_expression 'size' <RIGHT_BLOCK> {{ArrayDeclarator}}
| direct_abstract_declarator 'declarator' <LEFT_BLOCK> <RIGHT_BLOCK> {{ArrayDeclarator}}
| direct_abstract_declarator 'declarator' <LEFT_BLOCK> constant_expression 'size' <RIGHT_BLOCK> {{ArrayDeclarator}}
| ""("" "")"" {{FunctionDeclarator}}
| ""("" parameter_type_list "")"" {{FunctionDeclarator}}
| direct_abstract_declarator 'declarator' ""("" "")"" {{FunctionDeclarator}}
| direct_abstract_declarator 'declarator' ""("" parameter_type_list "")"" {{FunctionDeclarator}}
;
initializer
: assignment_expression
| <LEFT_BRACE> initializer_list <RIGHT_BRACE> {{}}
| <LEFT_BRACE> initializer_list "","" <RIGHT_BRACE> {{}}
;
initializer_list
: initializer 'initializer'
| initializer_list "","" initializer 'initializer'
;
statement
: labeled_statement
| compound_statement
| expression_statement
| selection_statement
| iteration_statement
| jump_statement
;
labeled_statement
: identifier 'label' "":"" statement 'statement' {{}}
| ""case"" constant_expression 'case' "":"" statement 'statement' {{}}
| ""default"" 'case' "":"" statement 'statement' {{}}
;
compound_statement
: <LEFT_BRACE> <RIGHT_BRACE> {{}}
| <LEFT_BRACE> statement_list <RIGHT_BRACE> {{}}
| <LEFT_BRACE> declaration_list <RIGHT_BRACE> {{}}
| <LEFT_BRACE> declaration_list statement_list <RIGHT_BRACE> {{}}
;
declaration_list
: declaration 'declaration'
| declaration_list declaration 'declaration'
;
statement_list
: statement 'statement'
| statement_list statement 'statement'
;
expression_statement
: "";"" {{}}
| expression 'expression' "";"" {{}}
;
selection_statement
: ""if"" ""("" expression 'if' "")"" statement 'then' {{}}
| ""if"" ""("" expression 'if' "")"" statement 'then' ""else"" statement 'else' {{}}
| ""switch"" ""("" expression 'if' "")"" statement 'statement' {{SwitchStatement}}
;
iteration_statement
: ""while"" ""("" expression 'while' "")"" statement 'statement' {{WhileStatement}}
| ""do"" statement 'statement' ""while"" ""("" expression 'while' "")"" "";"" {{DoStatement}}
| ""for"" ""("" expression_statement 'init' expression_statement 'until' "")"" statement 'statement' {{ForStatement}}
| ""for"" ""("" expression_statement 'init' expression_statement 'until' expression 'step' "")"" statement 'statement' {{ForStatement}}
;
jump_statement
: ""goto"" identifier 'label' "";"" {{GotoStatement}}
| ""continue"" "";"" {{ContinueStatement}}
| ""break"" "";"" {{BreakStatement}}
| ""return"" "";"" {{ReturnStatement}}
| ""return"" expression 'expr' "";"" {{ReturnStatement}}
;
external_declaration
: function_definition
| declaration
;
function_definition
: declaration_specifiers 'specifiers' declarator 'declarator' declaration_list 'arguments' compound_statement 'body' {{}}
| declaration_specifiers 'specifiers' declarator 'declarator' compound_statement 'body' {{}}
| declarator 'declarator' declaration_list 'arguments' compound_statement 'body' {{}}
| declarator 'declarator' compound_statement 'body' {{}}
;
identifier: <IDENTIFIER> 'symbol' {{}};
typename: <IDENTIFIER> 'symbol' {{}};"
]
{ #category : #'generated-accessing' }
CASTParser class >> scannerClass [
^CASTScanner
]
{ #category : #generated }
CASTParser class >> startingStateFortranslationUnit [
^ 1
]
{ #category : #generated }
CASTParser >> ambiguousTransitions [
^#(
#[ 0 26 0 30]
#[ 0 38 0 217]
#[ 0 18 0 42]
#[ 0 217 0 242]
#[ 0 217 0 246]
#[ 0 18 1 6]
#[ 2 94 5 125]
).
]
{ #category : #'generated-reduction actions' }
CASTParser >> reduceActionForabstract_declarator1: nodes [
| result |
result := CGLRAbstractDeclaratorNode new.
result addTokens: ((nodes at: 1) at: 1) to: result pointers.
result addTokens: ((nodes at: 1) at: 2) to: result qualifiers.
^ result
]
{ #category : #'generated-reduction actions' }
CASTParser >> reduceActionForabstract_declarator2: nodes [
| result |
result := CGLRAbstractDeclaratorNode new.
result direct: (nodes at: 1).
^ result
]
{ #category : #'generated-reduction actions' }
CASTParser >> reduceActionForabstract_declarator3: nodes [
| result |
result := CGLRAbstractDeclaratorNode new.
result addTokens: ((nodes at: 1) at: 1) to: result pointers.
result addTokens: ((nodes at: 1) at: 2) to: result qualifiers.
result direct: (nodes at: 2).
^ result
]
{ #category : #'generated-reduction actions' }
CASTParser >> reduceActionForassignment_expression2: nodes [
| result |
result := CAssignmentNode new.
result lvalue: (nodes at: 1).
result operator: (nodes at: 2) value.
result rvalue: (nodes at: 3).
^ result
]
{ #category : #'generated-reduction actions' }
CASTParser >> reduceActionForcast_expression2: nodes [
| result |
result := CCastExpressionNode new.
result type: (nodes at: 2).
result expression: (nodes at: 4).
^ result
]
{ #category : #'generated-reduction actions' }
CASTParser >> reduceActionForcompound_statement1: nodes [
| result |
result := CCompoundStatementNode new.
^ result
]
{ #category : #'generated-reduction actions' }
CASTParser >> reduceActionForcompound_statement2: nodes [
| result |
result := CCompoundStatementNode new.
result addNodes: (nodes at: 2) to: result statements.
^ result
]
{ #category : #'generated-reduction actions' }
CASTParser >> reduceActionForcompound_statement3: nodes [
| result |
result := CCompoundStatementNode new.
result addNodes: (nodes at: 2) to: result declarations.
^ result
]
{ #category : #'generated-reduction actions' }
CASTParser >> reduceActionForcompound_statement4: nodes [
| result |
result := CCompoundStatementNode new.
result addNodes: (nodes at: 2) to: result declarations.
result addNodes: (nodes at: 3) to: result statements.
^ result
]
{ #category : #'generated-reduction actions' }
CASTParser >> reduceActionForconditional_expression2: nodes [
| result |
result := CTernaryNode new.
result condition: (nodes at: 1).
result then: (nodes at: 3).
result else: (nodes at: 5).
^ result
]
{ #category : #'generated-reduction actions' }
CASTParser >> reduceActionFordeclaration1: nodes [
| result |
result := CDeclarationNode new.
result addObjects: (nodes at: 1) to: result specifiers.
^ result
]
{ #category : #'generated-reduction actions' }
CASTParser >> reduceActionFordeclaration2: nodes [
| result |
result := CDeclarationNode new.
result addObjects: ((nodes at: 1) at: 1) to: result specifiers.
result addNodes: ((nodes at: 1) at: 2) to: result declarators.
^ result
]
{ #category : #'generated-reduction actions' }
CASTParser >> reduceActionFordeclaration_specifiers1: nodes [
| result |
result := OrderedCollection new: 2.
self add: (nodes at: 1) to: result.
^ result
]
{ #category : #'generated-reduction actions' }
CASTParser >> reduceActionFordeclaration_specifiers2: nodes [
| result |
result := nodes at: 2.
self addFirst: (nodes at: 1) to: result.
^ result
]
{ #category : #'generated-reduction actions' }
CASTParser >> reduceActionFordeclarator1: nodes [
| result |
result := CPointerDeclaratorNode new.
result addTokens: ((nodes at: 1) at: 1) to: result pointers.
result addTokens: ((nodes at: 1) at: 2) to: result qualifiers.
result declarator: (nodes at: 2).
^ result
]
{ #category : #'generated-reduction actions' }
CASTParser >> reduceActionFordeclarator2: nodes [
^ nodes at: 1
]
{ #category : #'generated-reduction actions' }
CASTParser >> reduceActionFordirect_abstract_declarator2: nodes [
| result |
result := CArrayDeclaratorNode new.
^ result
]
{ #category : #'generated-reduction actions' }
CASTParser >> reduceActionFordirect_abstract_declarator3: nodes [
| result |
result := CArrayDeclaratorNode new.
result size: (nodes at: 2).
^ result
]
{ #category : #'generated-reduction actions' }
CASTParser >> reduceActionFordirect_abstract_declarator6: nodes [
| result |
result := CFunctionDeclaratorNode new.
^ result
]
{ #category : #'generated-reduction actions' }
CASTParser >> reduceActionFordirect_abstract_declarator7: nodes [
| result |
result := CFunctionDeclaratorNode new.
result addNodes: ((nodes at: 2) at: 1) to: result parameters.
result ellipsis: ((nodes at: 2) at: 3).
^ result
]
{ #category : #'generated-reduction actions' }
CASTParser >> reduceActionFordirect_declarator3: nodes [
^ nodes at: 2
]
{ #category : #'generated-reduction actions' }
CASTParser >> reduceActionFordirect_declarator4: nodes [
| result |
result := CArrayDeclaratorNode new.
result declarator: (nodes at: 1).
result size: (nodes at: 3).
^ result
]
{ #category : #'generated-reduction actions' }
CASTParser >> reduceActionFordirect_declarator5: nodes [
| result |
result := CArrayDeclaratorNode new.
result declarator: (nodes at: 1).
^ result
]
{ #category : #'generated-reduction actions' }
CASTParser >> reduceActionFordirect_declarator6: nodes [
| result |
result := CFunctionDeclaratorNode new.
result declarator: (nodes at: 1).
result addNodes: ((nodes at: 3) at: 1) to: result parameters.
result ellipsis: ((nodes at: 3) at: 3).
^ result
]
{ #category : #'generated-reduction actions' }
CASTParser >> reduceActionFordirect_declarator7: nodes [
| result |
result := CFunctionDeclaratorNode new.
result declarator: (nodes at: 1).
result addNodes: ((nodes at: 3) at: 1) to: result identifiers.
^ result
]
{ #category : #'generated-reduction actions' }
CASTParser >> reduceActionFordirect_declarator8: nodes [
^ nodes at: 1
]
{ #category : #'generated-reduction actions' }
CASTParser >> reduceActionForenum_specifier1: nodes [
| result |
result := CGLREnumNode new.
result addNodes: ((nodes at: 3) at: 1) to: result enumerators.
^ result
]
{ #category : #'generated-reduction actions' }
CASTParser >> reduceActionForenum_specifier2: nodes [
| result |
result := CGLREnumNode new.
result identifier: (nodes at: 2).
result addNodes: ((nodes at: 4) at: 1) to: result enumerators.
^ result
]
{ #category : #'generated-reduction actions' }
CASTParser >> reduceActionForenum_specifier3: nodes [
| result |
result := CGLREnumNode new.
result identifier: (nodes at: 2).
^ result
]
{ #category : #'generated-reduction actions' }
CASTParser >> reduceActionForenumerator1: nodes [
| result |
result := CGLREnumeratorNode new.
result symbol: (nodes at: 1).
^ result
]
{ #category : #'generated-reduction actions' }
CASTParser >> reduceActionForenumerator2: nodes [
| result |
result := CGLREnumeratorNode new.
result symbol: (nodes at: 1).
result expression: (nodes at: 3).
^ result
]
{ #category : #'generated-reduction actions' }
CASTParser >> reduceActionForexpression1: nodes [
^ nodes at: 1
]
{ #category : #'generated-reduction actions' }
CASTParser >> reduceActionForexpression2: nodes [
^ (nodes at: 1), (nodes at: 3)
]
{ #category : #'generated-reduction actions' }
CASTParser >> reduceActionForexpression_statement1: nodes [
^ CEmptyStatementNode new
]
{ #category : #'generated-reduction actions' }
CASTParser >> reduceActionForexpression_statement2: nodes [
^ nodes at: 1
]
{ #category : #'generated-reduction actions' }
CASTParser >> reduceActionForfunction_definition1: nodes [
| result |
result := CFunctionDefinitionNode new.
result addObjects: (nodes at: 1) to: result specifiers.
result declarator: (nodes at: 2).
result addNodes: (nodes at: 3) to: result arguments.
result body: (nodes at: 4).
^ result
]
{ #category : #'generated-reduction actions' }
CASTParser >> reduceActionForfunction_definition2: nodes [
| result |
result := CFunctionDefinitionNode new.
result addObjects: (nodes at: 1) to: result specifiers.
result declarator: (nodes at: 2).
result body: (nodes at: 3).
^ result
]
{ #category : #'generated-reduction actions' }
CASTParser >> reduceActionForfunction_definition3: nodes [
| result |
result := CFunctionDefinitionNode new.
result declarator: (nodes at: 1).
result addNodes: (nodes at: 2) to: result arguments.
result body: (nodes at: 3).
^ result
]
{ #category : #'generated-reduction actions' }
CASTParser >> reduceActionForfunction_definition4: nodes [
| result |
result := CFunctionDefinitionNode new.
result declarator: (nodes at: 1).
result body: (nodes at: 2).
^ result
]
{ #category : #'generated-reduction actions' }
CASTParser >> reduceActionForidentifier1: nodes [
| result |
result := CIdentifierNode new.
result name: (nodes at: 1) value.
^ result
]
{ #category : #'generated-reduction actions' }
CASTParser >> reduceActionForinit_declaration1: nodes [
| result |
result := Array new: 3.
result at: 1 put: (OrderedCollection new: 2).
result at: 2 put: (OrderedCollection new: 2).
result at: 3 put: (OrderedCollection new: 2).
self addAll: (nodes at: 1) to: (result at: 1).
self addAll: ((nodes at: 2) at: 1) to: (result at: 2).
self addAll: ((nodes at: 2) at: 2) to: (result at: 3).
^ result
]
{ #category : #'generated-reduction actions' }
CASTParser >> reduceActionForinit_declarator1: nodes [
^ nodes at: 1
]
{ #category : #'generated-reduction actions' }
CASTParser >> reduceActionForinit_declarator2: nodes [
| result |
result := CInitDeclaratorNode new.
result declarator: (nodes at: 1).
result initializer: (nodes at: 3).
^ result
]
{ #category : #'generated-reduction actions' }
CASTParser >> reduceActionForinit_declarator_list2: nodes [
| result |
result := nodes at: 1.
self add: (nodes at: 2) to: (result at: 2).
self add: (nodes at: 3) to: (result at: 1).
^ result
]
{ #category : #'generated-reduction actions' }
CASTParser >> reduceActionForinitializer2: nodes [
| result |
result := CGLRInitializerNode new.
result addNodes: ((nodes at: 2) at: 1) to: result initializers.
^ result
]
{ #category : #'generated-reduction actions' }
CASTParser >> reduceActionForinitializer3: nodes [
| result |
result := CGLRInitializerNode new.
result addNodes: ((nodes at: 2) at: 1) to: result initializers.
^ result
]
{ #category : #'generated-reduction actions' }
CASTParser >> reduceActionForiteration_statement1: nodes [
| result |
result := CWhileStatementNode new.
result while: (nodes at: 3).
result statement: (nodes at: 5).
^ result
]
{ #category : #'generated-reduction actions' }
CASTParser >> reduceActionForiteration_statement2: nodes [
| result |
result := CDoStatementNode new.
result statement: (nodes at: 2).
result while: (nodes at: 5).
^ result
]
{ #category : #'generated-reduction actions' }
CASTParser >> reduceActionForiteration_statement3: nodes [
| result |
result := CForStatementNode new.
result init: (nodes at: 3).
result until: (nodes at: 4).
result statement: (nodes at: 6).
^ result
]
{ #category : #'generated-reduction actions' }
CASTParser >> reduceActionForiteration_statement4: nodes [
| result |
result := CForStatementNode new.
result init: (nodes at: 3).
result until: (nodes at: 4).
result step: (nodes at: 5).
result statement: (nodes at: 7).
^ result
]
{ #category : #'generated-reduction actions' }
CASTParser >> reduceActionForjump_statement1: nodes [
| result |
result := CGotoStatementNode new.
result label: (nodes at: 2).
^ result
]
{ #category : #'generated-reduction actions' }
CASTParser >> reduceActionForjump_statement2: nodes [
| result |
result := CGLRContinueStatementNode new.
^ result
]
{ #category : #'generated-reduction actions' }
CASTParser >> reduceActionForjump_statement3: nodes [
| result |
result := CBreakStatementNode new.
^ result
]
{ #category : #'generated-reduction actions' }
CASTParser >> reduceActionForjump_statement4: nodes [
| result |
result := CReturnStatementNode new.
^ result
]
{ #category : #'generated-reduction actions' }
CASTParser >> reduceActionForjump_statement5: nodes [
| result |
result := CReturnStatementNode new.
result expression: (nodes at: 2).
^ result
]
{ #category : #'generated-reduction actions' }
CASTParser >> reduceActionForlabeled_statement1: nodes [
| result |
result := CLabeledStatementNode new.
result label: (nodes at: 1).
result statement: (nodes at: 3).
^ result
]
{ #category : #'generated-reduction actions' }
CASTParser >> reduceActionForlabeled_statement2: nodes [
| result |
result := CLabeledStatementNode new.
result case: (nodes at: 2).
result statement: (nodes at: 4).
^ result
]
{ #category : #'generated-reduction actions' }
CASTParser >> reduceActionForlabeled_statement3: nodes [
| result |
result := CLabeledStatementNode new.
result case: (nodes at: 1) value.
result statement: (nodes at: 3).
^ result
]
{ #category : #'generated-reduction actions' }
CASTParser >> reduceActionFormultiplicative_expression3: nodes [
| result |
result := CBinaryOperatorNode new.
result left: (nodes at: 1).
result operator: (nodes at: 2) value.
result right: (nodes at: 3).
^ result
]
{ #category : #'generated-reduction actions' }
CASTParser >> reduceActionForparameter_declaration1: nodes [
| result |
result := CParameterDeclarationNode new.
result addObjects: (nodes at: 1) to: result specifiers.
result declarator: (nodes at: 2).
^ result
]
{ #category : #'generated-reduction actions' }
CASTParser >> reduceActionForparameter_declaration3: nodes [
| result |
result := CParameterDeclarationNode new.
result addObjects: (nodes at: 1) to: result specifiers.
^ result
]
{ #category : #'generated-reduction actions' }
CASTParser >> reduceActionForparameter_type_list1: nodes [
| result |
result := Array new: 3.
result at: 1 put: (OrderedCollection new: 2).
result at: 2 put: (OrderedCollection new: 2).
self addAll: ((nodes at: 1) at: 1) to: (result at: 1).
self addAll: ((nodes at: 1) at: 2) to: (result at: 2).
^ result
]
{ #category : #'generated-reduction actions' }
CASTParser >> reduceActionForparameter_type_list2: nodes [
| result |
result := Array new: 3.
result at: 1 put: (OrderedCollection new: 2).
result at: 2 put: (OrderedCollection new: 2).
self addAll: ((nodes at: 1) at: 1) to: (result at: 1).
self addAll: ((nodes at: 1) at: 2) to: (result at: 2).
self add: (nodes at: 2) to: (result at: 2).
result at: 3 put: (nodes at: 3).
^ result
]
{ #category : #'generated-reduction actions' }
CASTParser >> reduceActionForpointer1: nodes [
| result |
result := Array new: 2.
result at: 1 put: (OrderedCollection new: 2).
result at: 2 put: (OrderedCollection new: 2).
self add: (nodes at: 1) to: (result at: 1).
^ result
]
{ #category : #'generated-reduction actions' }
CASTParser >> reduceActionForpointer2: nodes [
| result |
result := Array new: 2.
result at: 1 put: (OrderedCollection new: 2).