risc::sg::Segment Class Reference

#include <segment.h>

List of all members.

Public Types
enum	Status { Untouched = 0, Touched = 1 }
typedef std::vector< SgNode * >	Expressions
Public Member Functions
	Segment (SgNode const *const boundary_node)
	Segment (const Segment &other)
void	analyze_segment ()
	This function determines which variable are read and written in this segment.
void	analyze_expression (SgNode *expression, bool left_of_assignment, bool read_write, bool member_access)
	This function analyzes recursively all read and write accesses in this expression.
void	add_expression (SgNode *node)
	This function add the given node to the vector of expressions.
bool	operator== (const Segment &other)
	If two segments are equal the return value is true.
void	merge (const Segment &other)
Public Attributes
boost::default_color_type	color
Status	color_for_communication_graph_
Status	helper_for_graph_algorithms_
Expressions	expressions_
bool	debugging_
std::set< SgNode * >	conflicts_
int	id_
	This is the unique id of the segment.
SgNode const *const	boundary_node_
	This is the associated boundary of the segment.
boost::default_color_type	color_
	This color is used for some boost algorithms.
std::set< SgVariableSymbol * >	read_variables_
	Set of all SgVariableSymbol which are read in this segment.
std::set< SgVariableSymbol * >	write_variables_
	Set of all SgVariableSymbol which are written in this segment.
bool	in_conflict_with_all_other_segments
	If there is any pointer or reference operations, this flag will be set.
Static Public Attributes
static int	id_counter = 0
	This static counter will be used to generate id's for the individual segments.
Friends
std::ostream &	operator<< (std::ostream &out, const Segment &segment)

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Member Typedef Documentation

typedef std::vector<SgNode*> risc::sg::Segment::Expressions

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Member Enumeration Documentation

enum risc::sg::Segment::Status

Enumerator:

Untouched
Touched

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Constructor & Destructor Documentation

risc::sg::Segment::Segment

(

SgNode const *const

boundary_node

)

risc::sg::Segment::Segment

(

const Segment &

other

)

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Member Function Documentation

void risc::sg::Segment::add_expression

(

SgNode *

node

)

This function add the given node to the vector of expressions.

add_expression

void risc::sg::Segment::analyze_expression	(	SgNode *	expression,
		bool	left_of_assignment,
		bool	read_write,
		bool	member_access
	)

This function analyzes recursively all read and write accesses in this expression.

analyze_expression

void risc::sg::Segment::analyze_segment

(

)

This function determines which variable are read and written in this segment.

analyze_variable_accesses

void risc::sg::Segment::merge

(

const Segment &

other

)

bool risc::sg::Segment::operator==

(

const Segment &

other

)

If two segments are equal the return value is true.

operator==

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Friends And Related Function Documentation

std::ostream& operator<<	(	std::ostream &	out,
		const Segment &	segment
	)			[friend]

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Member Data Documentation

SgNode const* const risc::sg::Segment::boundary_node_

This is the associated boundary of the segment.

boost::default_color_type risc::sg::Segment::color

boost::default_color_type risc::sg::Segment::color_

This color is used for some boost algorithms.

Status risc::sg::Segment::color_for_communication_graph_

std::set<SgNode*> risc::sg::Segment::conflicts_

bool risc::sg::Segment::debugging_

Expressions risc::sg::Segment::expressions_

Status risc::sg::Segment::helper_for_graph_algorithms_

int risc::sg::Segment::id_

This is the unique id of the segment.

int risc::sg::Segment::id_counter = 0 [static]

This static counter will be used to generate id's for the individual segments.

bool risc::sg::Segment::in_conflict_with_all_other_segments

If there is any pointer or reference operations, this flag will be set.

std::set<SgVariableSymbol*> risc::sg::Segment::read_variables_

Set of all SgVariableSymbol which are read in this segment.

std::set<SgVariableSymbol*> risc::sg::Segment::write_variables_

Set of all SgVariableSymbol which are written in this segment.

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

• /local/lecs/lecs/risc_v0.2.0/build/risc_v0.2.0/src/segment_graph/segment.h
• /local/lecs/lecs/risc_v0.2.0/build/risc_v0.2.0/src/segment_graph/segment.cpp