risc Namespace Reference

Namespaces
	inst
	sa
	sg
	tools
	traverser

Classes
class	Class
class	CThread
class	Definition
class	Design
class	GlobalDesign
class	DynamicPathInstanceMapper
class	Event
class	EventAndList
class	EventOrList
class	Function
class	HierarchicalChannel
class	HierarchicalChannelInstance
class	InitiatorSocket
class	InOutPort
class	InPort
class	Instance
class	InstanceTree
class	Interface
struct	pairhash
class	MappingInfo
class	Method
class	Module
	This class represents instances. More...
class	ModuleInstance
	This class represents a instance of a module. More...
class	Object
class	OutPort
class	PathInstanceMapper
	This class can be used as a lookup table between an instance id of a module or hierarchical channel and the instance tree. More...
class	Port
class	PrimitiveChannel
class	PrimitiveChannelInstance
class	Socket
class	StaticPathInstanceMapper
class	TargetSocket
class	Thread
class	Variable
	This class represents a variable in a module. More...

Typedefs
typedef std::vector< Event * >	EventVector
typedef std::vector < EventAndList * >	EventAndListVector
typedef std::vector < EventOrList * >	EventOrListVector
typedef std::vector< Function * >	FunctionVector
typedef std::vector < HierarchicalChannelInstance * >	HierarchicalChannelInstanceVector
typedef std::vector< InOutPort * >	InOutPortVector
typedef std::vector< InPort * >	InPortVector
typedef std::vector < ModuleInstance * >	ModuleInstanceVector
typedef std::vector< OutPort * >	OutPortVector
typedef std::vector< Port * >	PortVector
typedef std::vector < PrimitiveChannelInstance * >	PrimitiveChannelInstanceVector
typedef std::vector< Variable * >	VariableVector
typedef std::vector< Socket * >	SocketVector
typedef std::vector < InitiatorSocket * >	InitiatorSocketVector
typedef std::vector < TargetSocket * >	TargetSocketVector
typedef std::pair< Port *, SgBoolValExp * >	ResetSignal
typedef std::vector < ResetSignal * >	ResetSignalVector
typedef std::vector < ResetSignal * >::iterator	ResetSignalVectorIter
typedef std::vector < ResetSignal * > ::const_iterator	ResetSignalVectorConstIter
typedef std::vector< CThread * >	CThreadVector
typedef std::vector< CThread * > ::iterator	CThreadVectorIter
typedef std::vector< CThread * > ::const_iterator	CThreadVectorConstIter
typedef std::vector < HierarchicalChannel * >	HierarchicalChannelVector
typedef std::vector< Instance * >	InstanceVector
typedef std::vector< Interface * >	InterfaceVector
typedef std::vector< Module * >	ModuleVector
typedef std::vector < PrimitiveChannel * >	PrimitiveChannelVector
typedef std::vector< Event * > ::iterator	EventVectorIter
typedef std::vector< Event * > ::const_iterator	EventVectorConstIter
typedef std::vector < EventAndList * >::iterator	EventAndListVectorIter
typedef std::vector < EventAndList * > ::const_iterator	EventAndListVectorConstIter
typedef std::vector < EventOrList * >::iterator	EventOrListVectorIter
typedef std::vector < EventOrList * > ::const_iterator	EventOrListVectorConstIter
typedef std::vector< Function * > ::iterator	FunctionVectorIter
typedef std::vector< Function * > ::const_iterator	FunctionVectorConstIter
typedef std::vector < HierarchicalChannel * > ::iterator	HierarchicalChannelVectorIter
typedef std::vector < HierarchicalChannel * > ::const_iterator	HierarchicalChannelVectorConstIter
typedef std::vector < HierarchicalChannelInstance * > ::iterator	HierarchicalChannelInstanceVectorIter
typedef std::vector < HierarchicalChannelInstance * > ::const_iterator	HierarchicalChannelInstanceVectorConstIter
typedef std::vector < InitiatorSocket * > ::iterator	InitiatorSocketVectorIter
typedef std::vector < InitiatorSocket * > ::const_iterator	InitiatorSocketVectorConstIter
typedef std::vector< InOutPort * > ::iterator	InOutPortVectorIter
typedef std::vector< InOutPort * > ::const_iterator	InOutPortVectorConstIter
typedef std::vector< InPort * > ::iterator	InPortVectorIter
typedef std::vector< InPort * > ::const_iterator	InPortVectorConstIter
typedef std::vector< Instance * > ::iterator	InstanceVectorIter
typedef std::vector< Instance * > ::const_iterator	InstanceVectorConstIter
typedef std::vector< Interface * > ::iterator	InterfaceVectorIter
typedef std::vector< Interface * > ::const_iterator	InterfaceVectorConstIter
typedef std::vector< Method * >	MethodVector
typedef std::vector< Method * > ::iterator	MethodVectorIter
typedef std::vector< Method * > ::const_iterator	MethodVectorConstIter
typedef std::vector< Module * > ::const_iterator	ModuleVectorConstIter
typedef std::vector< Module * > ::iterator	ModuleVectorIter
typedef std::vector< Thread * >	ThreadVector
typedef std::vector < VariableInstance * >	VariableInstanceVector
typedef std::vector < ModuleInstance * >::iterator	ModuleInstanceVectorIter
typedef std::vector < ModuleInstance * > ::const_iterator	ModuleInstanceVectorConstIter
typedef std::vector< OutPort * > ::iterator	OutPortVectorIter
typedef std::vector< OutPort * > ::const_iterator	OutPortVectorConstIter
typedef std::vector< Port * > ::iterator	PortVectorIter
typedef std::vector< Port * > ::const_iterator	PortVectorConstIter
typedef std::vector < PrimitiveChannel * > ::iterator	PrimitiveChannelVectorIter
typedef std::vector < PrimitiveChannel * > ::const_iterator	PrimitiveChannelVectorConstIter
typedef std::vector < PrimitiveChannelInstance * > ::iterator	PrimitiveChannelInstanceVectorIter
typedef std::vector < PrimitiveChannelInstance * > ::const_iterator	PrimitiveChannelInstanceVectorConstIter
typedef std::vector< Socket * > ::iterator	SocketVectorIter
typedef std::vector< Socket * > ::const_iterator	SocketVectorConstIter
typedef std::vector < TargetSocket * >::iterator	TargetSocketVectorIter
typedef std::vector < TargetSocket * > ::const_iterator	TargetSocketVectorConstIter
typedef std::vector< Thread * > ::iterator	ThreadVectorIter
typedef std::vector< Thread * > ::const_iterator	ThreadVectorConstIter
typedef std::vector< Variable * > ::iterator	VariableVectorIter
typedef std::vector< Variable * > ::const_iterator	VariableVectorConstIter

Functions
Design *	get_design ()
SgProject *	get_project ()
Module *	find_module_definition (std::string name)
	This function searches for module definition with the name 'name'. The name is the mangled name of the class. More...
HierarchicalChannel *	find_hierarchical_channel_definition (std::string name)
	This function searches for module definition with the name 'name'. The name is the mangled name of the class. More...
std::list< InstanceTree >	get_mapped_channel_instances (Port *port)
	This function determines to which channels this port can be bound. An instance of the given port can occur multiple times. More...
InstanceTree	get_mapped_channel_instance (InstanceTree port)
	This function determines to which channel this port is bound. More...
InstanceTree	get_mapped_channel_instance_for_psg (InstanceTree port)
	This function determines to which channel this port is bound given mapping information in a PSG file. More...
SgVariableSymbol *	port_mapping_style1 (SgFunctionCallExp *func_call, SgVariableSymbol *port, SgVariableDefinition *parent_variable)
	Determines if function call bindes in style of sub_module.port.bind(port1);. More...
SgVariableSymbol *	port_mapping_style2 (SgFunctionCallExp *func_call, SgVariableSymbol *port, SgVariableDefinition *parent_variable)
	Determines if function call bindes in style of sub_module.port(port1);. More...
SgVariableSymbol *	port_mapping_style3 (SgFunctionCallExp *func_call, SgVariableSymbol *port, Module *parent_module, SgVariableDefinition *parent_variable)
	Determines if function call bindes in style of sub_module(port1, port2, ... ,portn);. More...
SgVariableSymbol *	socket_mapping_style2 (SgFunctionCallExp *func_call, SgVariableSymbol *socket, SgVariableDefinition *parent_variable)
	Determines if function call bindes in style of sub_module1.portx(sub_module2.porty);. More...
SgVariableSymbol *	get_mapped_symbol (SgVariableSymbol *port, Module *parent_module, SgVariableDefinition *parent_variable)
	This function is only for internal use Here we determine to which object (port or channel) the given port is mapped in the parent module. More...
SgVariableSymbol *	get_mapped_symbol_style3 (SgVariableSymbol *port, Module *parent_module, SgVariableDefinition *parent_variable)
	This function is only for internal use Here we determine to which object (port or channel) the given port is mapped in the parent module. More...
SgVariableSymbol *	get_mapped_module_instance_symbol (SgVariableSymbol *socket, Module *parent_module, SgVariableDefinition *parent_variable)
	This function is only for internal use Here we determine to which module instance the given socket is mapped in the parent module. More...
SgVariableSymbol *	module_instance_mapping_style1 (SgFunctionCallExp *func_call, SgVariableSymbol *socket, SgVariableDefinition *parent_variable)
	Determines if function call bindes in style of parent_variable.socket(some_module_instance.socket_another);. More...
risc::InstanceTree	get_mapped_socket_instance_tree (InstanceTree instance_tree_1)
	This function determines to which socket this socket is bound. More...

Detailed Description

INFORMATION / EFFICIENCY I tried out boost::numerics::ublas::matrix instead of a self implemented matrix. Unfortunately, boost is slower by factor 4 at least.

Typedef Documentation

typedef std::vector< CThread * > risc::CThreadVector

typedef std::vector<CThread*>::const_iterator risc::CThreadVectorConstIter

typedef std::vector<CThread*>::iterator risc::CThreadVectorIter

typedef std::vector< EventAndList * > risc::EventAndListVector

typedef std::vector<EventAndList*>::const_iterator risc::EventAndListVectorConstIter

typedef std::vector<EventAndList*>::iterator risc::EventAndListVectorIter

typedef std::vector< EventOrList * > risc::EventOrListVector

typedef std::vector<EventOrList*>::const_iterator risc::EventOrListVectorConstIter

typedef std::vector<EventOrList*>::iterator risc::EventOrListVectorIter

typedef std::vector< Event * > risc::EventVector

typedef std::vector<Event*>::const_iterator risc::EventVectorConstIter

typedef std::vector<Event*>::iterator risc::EventVectorIter

typedef std::vector< Function * > risc::FunctionVector

typedef std::vector<Function*>::const_iterator risc::FunctionVectorConstIter

typedef std::vector<Function*>::iterator risc::FunctionVectorIter

typedef std::vector< HierarchicalChannelInstance * > risc::HierarchicalChannelInstanceVector

typedef std::vector<HierarchicalChannelInstance*>::const_iterator risc::HierarchicalChannelInstanceVectorConstIter

typedef std::vector<HierarchicalChannelInstance*>::iterator risc::HierarchicalChannelInstanceVectorIter

typedef std::vector< HierarchicalChannel * > risc::HierarchicalChannelVector

typedef std::vector<HierarchicalChannel*>::const_iterator risc::HierarchicalChannelVectorConstIter

typedef std::vector<HierarchicalChannel*>::iterator risc::HierarchicalChannelVectorIter

typedef std::vector< InitiatorSocket * > risc::InitiatorSocketVector

typedef std::vector<InitiatorSocket*>::const_iterator risc::InitiatorSocketVectorConstIter

typedef std::vector<InitiatorSocket*>::iterator risc::InitiatorSocketVectorIter

typedef std::vector< InOutPort * > risc::InOutPortVector

typedef std::vector<InOutPort*>::const_iterator risc::InOutPortVectorConstIter

typedef std::vector<InOutPort*>::iterator risc::InOutPortVectorIter

typedef std::vector< InPort * > risc::InPortVector

typedef std::vector<InPort*>::const_iterator risc::InPortVectorConstIter

typedef std::vector<InPort*>::iterator risc::InPortVectorIter

typedef std::vector< Instance * > risc::InstanceVector

typedef std::vector<Instance*>::const_iterator risc::InstanceVectorConstIter

typedef std::vector<Instance*>::iterator risc::InstanceVectorIter

typedef std::vector< Interface * > risc::InterfaceVector

typedef std::vector<Interface*>::const_iterator risc::InterfaceVectorConstIter

typedef std::vector<Interface*>::iterator risc::InterfaceVectorIter

typedef std::vector< Method * > risc::MethodVector

typedef std::vector<Method*>::const_iterator risc::MethodVectorConstIter

typedef std::vector<Method*>::iterator risc::MethodVectorIter

typedef std::vector< ModuleInstance * > risc::ModuleInstanceVector

typedef std::vector<ModuleInstance*>::const_iterator risc::ModuleInstanceVectorConstIter

typedef std::vector<ModuleInstance*>::iterator risc::ModuleInstanceVectorIter

typedef std::vector< Module * > risc::ModuleVector

typedef std::vector<Module*>::const_iterator risc::ModuleVectorConstIter

typedef std::vector<Module*>::iterator risc::ModuleVectorIter

typedef std::vector< OutPort * > risc::OutPortVector

typedef std::vector<OutPort*>::const_iterator risc::OutPortVectorConstIter

typedef std::vector<OutPort*>::iterator risc::OutPortVectorIter

typedef std::vector< Port * > risc::PortVector

typedef std::vector<Port*>::const_iterator risc::PortVectorConstIter

typedef std::vector<Port*>::iterator risc::PortVectorIter

typedef std::vector< PrimitiveChannelInstance * > risc::PrimitiveChannelInstanceVector

typedef std::vector<PrimitiveChannelInstance*>::const_iterator risc::PrimitiveChannelInstanceVectorConstIter

typedef std::vector< PrimitiveChannelInstance * >::iterator risc::PrimitiveChannelInstanceVectorIter

typedef std::vector< PrimitiveChannel * > risc::PrimitiveChannelVector

typedef std::vector<PrimitiveChannel*>::const_iterator risc::PrimitiveChannelVectorConstIter

typedef std::vector<PrimitiveChannel*>::iterator risc::PrimitiveChannelVectorIter

typedef std::pair< Port *, SgBoolValExp * > risc::ResetSignal

typedef std::vector< ResetSignal * > risc::ResetSignalVector

typedef std::vector<ResetSignal*>::const_iterator risc::ResetSignalVectorConstIter

typedef std::vector<ResetSignal*>::iterator risc::ResetSignalVectorIter

typedef std::vector< Socket * > risc::SocketVector

typedef std::vector<Socket*>::const_iterator risc::SocketVectorConstIter

typedef std::vector<Socket*>::iterator risc::SocketVectorIter

typedef std::vector< TargetSocket * > risc::TargetSocketVector

typedef std::vector<TargetSocket*>::const_iterator risc::TargetSocketVectorConstIter

typedef std::vector<TargetSocket*>::iterator risc::TargetSocketVectorIter

typedef std::vector< Thread * > risc::ThreadVector

typedef std::vector<Thread*>::const_iterator risc::ThreadVectorConstIter

typedef std::vector<Thread*>::iterator risc::ThreadVectorIter

typedef std::vector<VariableInstance*> risc::VariableInstanceVector

typedef std::vector< Variable * > risc::VariableVector

typedef std::vector<Variable*>::const_iterator risc::VariableVectorConstIter

typedef std::vector<Variable*>::iterator risc::VariableVectorIter

Function Documentation

risc::find_hierarchical_channel_definition

(

std::string

name

)

This function searches for module definition with the name 'name'. The name is the mangled name of the class.

risc::find_module_definition

(

std::string

name

)

This function searches for module definition with the name 'name'. The name is the mangled name of the class.

risc::Design * risc::get_design

(

)

risc::get_mapped_channel_instance

(

InstanceTree

port

)

This function determines to which channel this port is bound.

risc::get_mapped_channel_instance_for_psg

(

InstanceTree

port

)

This function determines to which channel this port is bound given mapping information in a PSG file.

risc::get_mapped_channel_instances

(

Port *

port

)

This function determines to which channels this port can be bound. An instance of the given port can occur multiple times.

risc::get_mapped_module_instance_symbol	(	SgVariableSymbol *	socket,
		Module *	parent_module,
		SgVariableDefinition *	parent_variable
	)

This function is only for internal use Here we determine to which module instance the given socket is mapped in the parent module.

Parameters

socket	Socket declartion in the sub module
parent_module	Parent module top
parent_variable	Declaration of the sub module in parent module

Returns

bounded module instance var symbol something Example: submodule.socket_this.bind(something.socket_another);

risc::get_mapped_socket_instance_tree

(

InstanceTree

instance_tree_1

)

This function determines to which socket this socket is bound.

risc::get_mapped_symbol	(	SgVariableSymbol *	port,
		Module *	parent_module,
		SgVariableDefinition *	parent_variable
	)

This function is only for internal use Here we determine to which object (port or channel) the given port is mapped in the parent module.

Parameters

port	Port declartion in the sub module
parent_module	Parent module top
parent_variable	Declaration of the sub module in Top module

Returns

bounded channel/port something Example: submodule.port.bind(something);

risc::get_mapped_symbol_style3	(	SgVariableSymbol *	port,
		Module *	parent_module,
		SgVariableDefinition *	parent_variable
	)

This function is only for internal use Here we determine to which object (port or channel) the given port is mapped in the parent module.

Parameters

port	Port declartion in the sub module
parent_module	Parent module top
parent_variable	Declaration of the sub module in Top module

Returns

bounded channel/port something Example: submodule.port.bind(something);

SgProject * risc::get_project

(

)

risc::module_instance_mapping_style1	(	SgFunctionCallExp *	func_call,
		SgVariableSymbol *	socket,
		SgVariableDefinition *	parent_variable
	)

Determines if function call bindes in style of parent_variable.socket(some_module_instance.socket_another);.

Returns

Symbol pointer to some_module_instance

risc::port_mapping_style1	(	SgFunctionCallExp *	func_call,
		SgVariableSymbol *	port,
		SgVariableDefinition *	parent_variable
	)

Determines if function call bindes in style of sub_module.port.bind(port1);.

Returns

Symbol pointer to port1

risc::port_mapping_style2	(	SgFunctionCallExp *	func_call,
		SgVariableSymbol *	port,
		SgVariableDefinition *	parent_variable
	)

Determines if function call bindes in style of sub_module.port(port1);.

Returns

Symbol pointer to port1

risc::port_mapping_style3	(	SgFunctionCallExp *	func_call,
		SgVariableSymbol *	port,
		Module *	parent_module,
		SgVariableDefinition *	parent_variable
	)

Determines if function call bindes in style of sub_module(port1, port2, ... ,portn);.

risc::socket_mapping_style2	(	SgFunctionCallExp *	func_call,
		SgVariableSymbol *	socket,
		SgVariableDefinition *	parent_variable
	)

Determines if function call bindes in style of sub_module1.portx(sub_module2.porty);.