#include <BinaryExpression.hpp>

Inheritance diagram for ast::be::Mod:

Public Member Functions
	Mod (shptr< Expression > leftChild, shptr< Expression > rightChild)

virtual void	toString (std::ostream &out, unsigned int, bool=false) const

virtual shptr< Type >	get_type (semantic::SemanticAnalysis &sa, shptr< semantic::symbol::SymbolTable > symbolTable) const

virtual void	accept (ASTVisitor &visitor) const

Public Member Functions inherited from ast::be::BinaryExpression
virtual bool	isLValue () const

virtual bool	standalone () const

virtual std::pair< bool, bool >	constBool () const

shptr< Expression >	getLeftChild () const

shptr< Expression >	getRightChild () const

Public Member Functions inherited from ast::Expression
	Expression (source_position_t position)

Public Member Functions inherited from ast::PositionAwareNode
source_position_t	getPosition () const

	PositionAwareNode (lexer::Token const &token)

	PositionAwareNode (source_position_t const &position)

Additional Inherited Members
Static Public Member Functions inherited from ast::be::BinaryExpression
static shptr< BinaryExpression >	createBinaryExpr (shptr< Expression > leftChild, shptr< Expression > rightChild, lexer::Token::Token_type operator_type)

Protected Member Functions inherited from ast::be::BinaryExpression
void	toString (std::ostream &out, unsigned int indent, std::string op, bool special=false) const

	BinaryExpression (shptr< Expression > leftChild, shptr< Expression > rightChild)

Protected Attributes inherited from ast::be::BinaryExpression
shptr< Expression >	leftChild

shptr< Expression >	rightChild

Protected Attributes inherited from ast::PositionAwareNode
source_position_t	position

Constructor & Destructor Documentation

ast::be::Mod::Mod	(	shptr< Expression >	leftChild,
		shptr< Expression >	rightChild
	)

Member Function Documentation

void ast::be::Mod::accept ( ASTVisitor & visitor ) const

virtual

Reimplemented from ast::Expression.

shptr< Type > ast::be::Mod::get_type	(	semantic::SemanticAnalysis &	sa,
		shptr< semantic::symbol::SymbolTable >	symbolTable
	)		const

virtual

Idea: When getting the type of an Expression, the Expression checks if it's own and it's children Expressions type definitions are valid and then returns it's type. If something is invalid, an error is printed in the Expression that is invalid and an empty pointer is returned.

Implements ast::Expression.

void ast::be::Mod::toString	(	std::ostream &	out,
		unsigned	indent,
		bool	special = `false`
	)		const

virtual

writes a representation of the Node to out, including all children. special invokes "special" behavior for certain nodes MethodDeclaration: print static keyword Block & If: skip indentation Expression: don't print surrounding parens in addition Block doesn't print newline after trailing } if ~indent is passed instead of indent

Implements ast::be::BinaryExpression.

The documentation for this class was generated from the following files:

src/ast/BinaryExpression.hpp
src/ast/BinaryExpression.cpp

Public Member Functions

Additional Inherited Members

Constructor & Destructor Documentation

Member Function Documentation