Sampa Namespace Reference

Classes

class Arbiter

n to 1 component, that serializes access to a single port. More...

class Bridge

class Cache

class Dma

struct ResponseForecast

class FixLatencySlave

class PeriodicTrafficGenerator

class TwoPortL1Cpu

class Transaction

Transaction. More...

class Nil

struct TL

struct ExtPayload

struct ExtPayload< Nil >

class Factory

class NthElem

struct NthType

struct NthType< TL, 1 >

class Tx

class Tx< Nil >

struct TargetRequestInterface

Interface to be implemented by target module. More...

struct InitiatorResponseInterface

Interface to be implemented by initiator module. More...

class Initiator

kind of master port for point to point connection More...

class Target

kind of slave port for point to point connection More...

class AdaptingInitiator

class AdaptingTarget

class Router

1 to n component, that serializes response to a single port. More...

class StochasticCpu

class AddressGenerator

class CallObserver

kind of port that allows to log calls to an interface You must prefix each method in an object implementing an interface with the macro SAMPA_IMPLEMENT_INTERFACE, this allows knowing which method of the interface has been called currently disabled by the sampa config More...

class Chained

class Clock

emits cyclically periodical edge events: can be used for rise xor fall event Parameters More...

class Divider

class EventListenerSingle

class EventSingle

can be notified by a process from the same module It can be used in only one event listener or sensitivity at a time as such it is more intended to be used internally to a module. More...

class EventListener

This listens an event, and can forward it to multiple listeners it is aimed at being used in a module interface, so that other modules can be sensitive to this event. More...

class Event

can be notified by a process from the same module, and listened by gated variables or processes It is intended to be used internally to a module for it control flow an event is notified, then simulation commit the notification, that is trigger the event triggering the event means activating all the processes or gated variable that have declared to be sensitive to this event More...

class ClockedEvent

can be notified by a process from the same module, and listened by gated variables or processes, it is triggered at a clock edge It is intended to be used internally to a module for it control flow, either to time waits or to build registers when used in combination to gated variables. More...

class ClockedEventSingle

can be notified by a process from the same module, and listened by 1 gated variable or process at once, it is triggered at a clock edge This is the optimized version of the ClockedEvent for the case the model can ensure that there is only one subscriber at once More...

class Fifo

Class to keep fifo indexes. More...

class TraceFifo

Class to keep fifo indexes, and traces each push and pop operations. More...

class GatedBase

Base class for guarded variable (change value on event). More...

class Gated

Template class to define guarded variable types. More...

class LuaInterpreter

class ProcessBase

class Process

class Module

class Object

Base class for reflexivity : allow to name objects. More...

class ContainerObject

class ParameterGroupName

class BoolParameter

class IntParameter

class HexParameter

class StringParameter

class DoubleParameter

class TimeParameter

class SizeParameter

class EnumeratedParameter

class ParameterInitializerBase

class ParameterInitializer

class EnumeratedParameterInitializer

class Pstring

class StaticRestarter

struct InitElements< INIT_OBJECT, Element >

struct InitElements< INIT_DEFAULT_CTR, Element >

struct InitElements< INIT_FUNDAMENTAL, Element >

class Array

class PtrQueueBase

class PtrQueue

class PtrQueue< Triggerable >

struct Select< true, IfTrueType, IfElseType >

struct Select< false, IfTrueType, IfElseType >

struct Time

class Trace

class VersionChecker

Typedefs

typedef unsigned short Burst

typedef unsigned short ThreadId

typedef unsigned short ByteEnable

typedef unsigned
long long Data

typedef Transaction Request

Request.

typedef Request Response

Response.

typedef unsigned long Address

Type for addresses used in protocol.

typedef
ParameterGroupName Name

Enumerations

enum Command { CMD_IDLE, CMD_READ, CMD_WRITE, CMD_NUM }

enum AddressMode { ADDR_INCR, ADDR_WRAP, NUM_ADDR_MODE_KIND }

enum Severity { S_INFO, S_WARNING, S_ERROR }

enum DefaultCtrTag { DEFAULT_CTR }

enum InitMode { INIT_OBJECT, INIT_DEFAULT_CTR, INIT_FUNDAMENTAL }

enum { RELEASE = 0x00407C00 }

Functions

void protocol_initialize_statics (Transaction::FactoryBase *(*create_factory)())

template<class TopLevel>

bool protocol_initialize (int argc, char **argv, TopLevel *&top_level, Transaction::FactoryBase *(*create_factory)()=0)

TemporaryEventExpression operator| (EventListenerSingle &, EventListenerSingle &)

TemporaryEventExpression operator| (TemporaryEventExpression &, EventListenerSingle &)

TemporaryEventExpression operator & (EventListenerSingle &, EventListenerSingle &)

TemporaryEventExpression operator & (TemporaryEventExpression &, EventListenerSingle &)

bool initialize (int argc, char **argv, Module *&)

template<class TopLevel>

bool initialize (int argc, char **argv, TopLevel *&top_level)

lua_State * get_interpreter ()

Time get_current_time ()

std::string get_current_time_as_string ()

unsigned long long get_current_time_to_default_time_unit ()

bool simulate ()

unsigned int sampa_rand ()

double sampa_rand01 ()

void parameter_initialize (LuaInterpreter *interpreter, const std::string &init_parm_table)

storage * get_storage ()

void set_time_resolution (double, Time::Unit)

Time get_time_resolution ()

void set_default_time_unit (double, Time::Unit)

Time get_default_time_unit ()

const Time operator+ (const Time &t1, const Time &t2)

const Time operator- (const Time &t1, const Time &t2)

const Time operator * (const Time &t, double d)

const Time operator * (double d, const Time &t)

const Time operator/ (const Time &t, double d)

double operator/ (const Time &t1, const Time &t2)

const char * get_copyright ()

const char * get_version ()

const char * get_release ()

Variables

static VersionChecker version_checker (RELEASE)

Typedef Documentation

typedef unsigned long Sampa::Address

Type for addresses used in protocol.

Definition at line 29 of file address.h.

typedef ParameterGroupName Sampa::Name

Definition at line 26 of file object.h.

Enumeration Type Documentation

anonymous enum

Enumerator:

RELEASE

Definition at line 25 of file version.h.

enum Sampa::DefaultCtrTag

Enumerator:

DEFAULT_CTR

Definition at line 28 of file persistence.h.

enum Sampa::InitMode

Enumerator:

INIT_OBJECT
INIT_DEFAULT_CTR
INIT_FUNDAMENTAL

Definition at line 27 of file sarray.cxx.

enum Sampa::Severity

Enumerator:

S_INFO
S_WARNING
S_ERROR

Definition at line 52 of file global_function.h.

Function Documentation

const char* Sampa::get_copyright ( )

Time Sampa::get_current_time ( )

std::string Sampa::get_current_time_as_string ( )

unsigned long long Sampa::get_current_time_to_default_time_unit ( )

Time Sampa::get_default_time_unit ( )

lua_State* Sampa::get_interpreter ( )

const char* Sampa::get_release ( )

storage* Sampa::get_storage ( )

Referenced by Sampa::Array< Element >::Array().

Time Sampa::get_time_resolution ( )

const char* Sampa::get_version ( )

template<class TopLevel>

bool Sampa::initialize	(	int	argc,
		char **	argv,
		TopLevel *&	top_level
	)			`[inline]`

Definition at line 35 of file global_function.h.

References initialize().

bool Sampa::initialize	(	int	argc,
		char **	argv,
		Module *&
	)

Referenced by initialize(), and protocol_initialize().

TemporaryEventExpression Sampa::operator &	(	TemporaryEventExpression &	,
		EventListenerSingle &
	)

TemporaryEventExpression Sampa::operator &	(	EventListenerSingle &	,
		EventListenerSingle &
	)

const Time Sampa::operator *	(	double	d,
		const Time &	t
	)			`[inline]`

Definition at line 251 of file time.h.

const Time Sampa::operator *	(	const Time &	t,
		double	d
	)			`[inline]`

Definition at line 243 of file time.h.

const Time Sampa::operator+	(	const Time &	t1,
		const Time &	t2
	)			`[inline]`

Definition at line 209 of file time.h.

References Sampa::Time::Time().

const Time Sampa::operator-	(	const Time &	t1,
		const Time &	t2
	)			`[inline]`

Definition at line 216 of file time.h.

References Sampa::Time::Time().

double Sampa::operator/	(	const Time &	t1,
		const Time &	t2
	)			`[inline]`

Definition at line 267 of file time.h.

References Sampa::Time::to_double().

const Time Sampa::operator/	(	const Time &	t,
		double	d
	)			`[inline]`

Definition at line 259 of file time.h.

TemporaryEventExpression Sampa::operator\|	(	TemporaryEventExpression &	,
		EventListenerSingle &
	)

TemporaryEventExpression Sampa::operator\|	(	EventListenerSingle &	,
		EventListenerSingle &
	)

void Sampa::parameter_initialize	(	LuaInterpreter *	interpreter,
		const std::string &	init_parm_table
	)

template<class TopLevel>

bool Sampa::protocol_initialize	(	int	argc,
		char **	argv,
		TopLevel *&	top_level,
		Transaction::FactoryBase ()()	create_factory = `0`
	)			`[inline]`

Definition at line 29 of file initialization.h.

References initialize(), and protocol_initialize_statics().

void Sampa::protocol_initialize_statics ( Transaction::FactoryBase *(*)() create_factory )

Referenced by protocol_initialize().

unsigned int Sampa::sampa_rand ( )

double Sampa::sampa_rand01 ( )

Referenced by eviction_hit(), inst_hit(), read_hit(), and write_hit().

void Sampa::set_default_time_unit	(	double	,
		Time::Unit
	)

void Sampa::set_time_resolution	(	double	,
		Time::Unit
	)

bool Sampa::simulate ( )

Variable Documentation

VersionChecker Sampa::version_checker(RELEASE) [static]

Generated on Sat Feb 16 16:23:17 2008 for Sampa by

1.5.3


Classes
class	Arbiter
	n to 1 component, that serializes access to a single port. More...
class	Bridge
class	Cache
class	Dma
struct	ResponseForecast
class	FixLatencySlave
class	PeriodicTrafficGenerator
class	TwoPortL1Cpu
class	Transaction
	Transaction. More...
class	Nil
struct	TL
struct	ExtPayload
struct	ExtPayload< Nil >
class	Factory
class	NthElem
struct	NthType
struct	NthType< TL, 1 >
class	Tx
class	Tx< Nil >
struct	TargetRequestInterface
	Interface to be implemented by target module. More...
struct	InitiatorResponseInterface
	Interface to be implemented by initiator module. More...
class	Initiator
	kind of master port for point to point connection More...
class	Target
	kind of slave port for point to point connection More...
class	AdaptingInitiator
class	AdaptingTarget
class	Router
	1 to n component, that serializes response to a single port. More...
class	StochasticCpu
class	AddressGenerator
class	CallObserver
	kind of port that allows to log calls to an interface You must prefix each method in an object implementing an interface with the macro SAMPA_IMPLEMENT_INTERFACE, this allows knowing which method of the interface has been called currently disabled by the sampa config More...
class	Chained
class	Clock
	emits cyclically periodical edge events: can be used for rise xor fall event Parameters More...
class	Divider
class	EventListenerSingle
class	EventSingle
	can be notified by a process from the same module It can be used in only one event listener or sensitivity at a time as such it is more intended to be used internally to a module. More...
class	EventListener
	This listens an event, and can forward it to multiple listeners it is aimed at being used in a module interface, so that other modules can be sensitive to this event. More...
class	Event
	can be notified by a process from the same module, and listened by gated variables or processes It is intended to be used internally to a module for it control flow an event is notified, then simulation commit the notification, that is trigger the event triggering the event means activating all the processes or gated variable that have declared to be sensitive to this event More...
class	ClockedEvent
	can be notified by a process from the same module, and listened by gated variables or processes, it is triggered at a clock edge It is intended to be used internally to a module for it control flow, either to time waits or to build registers when used in combination to gated variables. More...
class	ClockedEventSingle
	can be notified by a process from the same module, and listened by 1 gated variable or process at once, it is triggered at a clock edge This is the optimized version of the ClockedEvent for the case the model can ensure that there is only one subscriber at once More...
class	Fifo
	Class to keep fifo indexes. More...
class	TraceFifo
	Class to keep fifo indexes, and traces each push and pop operations. More...
class	GatedBase
	Base class for guarded variable (change value on event). More...
class	Gated
	Template class to define guarded variable types. More...
class	LuaInterpreter
class	ProcessBase
class	Process
class	Module
class	Object
	Base class for reflexivity : allow to name objects. More...
class	ContainerObject
class	ParameterGroupName
class	BoolParameter
class	IntParameter
class	HexParameter
class	StringParameter
class	DoubleParameter
class	TimeParameter
class	SizeParameter
class	EnumeratedParameter
class	ParameterInitializerBase
class	ParameterInitializer
class	EnumeratedParameterInitializer
class	Pstring
class	StaticRestarter
struct	InitElements< INIT_OBJECT, Element >
struct	InitElements< INIT_DEFAULT_CTR, Element >
struct	InitElements< INIT_FUNDAMENTAL, Element >
class	Array
class	PtrQueueBase
class	PtrQueue
class	PtrQueue< Triggerable >
struct	Select< true, IfTrueType, IfElseType >
struct	Select< false, IfTrueType, IfElseType >
struct	Time
class	Trace
class	VersionChecker
Typedefs
typedef unsigned short	Burst
typedef unsigned short	ThreadId
typedef unsigned short	ByteEnable
typedef unsigned long long	Data
typedef Transaction	Request
	Request.
typedef Request	Response
	Response.
typedef unsigned long	Address
	Type for addresses used in protocol.
typedef ParameterGroupName	Name
Enumerations
enum	Command { CMD_IDLE, CMD_READ, CMD_WRITE, CMD_NUM }
enum	AddressMode { ADDR_INCR, ADDR_WRAP, NUM_ADDR_MODE_KIND }
enum	Severity { S_INFO, S_WARNING, S_ERROR }
enum	DefaultCtrTag { DEFAULT_CTR }
enum	InitMode { INIT_OBJECT, INIT_DEFAULT_CTR, INIT_FUNDAMENTAL }
enum	{ RELEASE = 0x00407C00 }
Functions
void	protocol_initialize_statics (Transaction::FactoryBase (create_factory)())
template<class TopLevel>
bool	protocol_initialize (int argc, char *argv, TopLevel &top_level, Transaction::FactoryBase (create_factory)()=0)
TemporaryEventExpression	operator\| (EventListenerSingle &, EventListenerSingle &)
TemporaryEventExpression	operator\| (TemporaryEventExpression &, EventListenerSingle &)
TemporaryEventExpression	operator & (EventListenerSingle &, EventListenerSingle &)
TemporaryEventExpression	operator & (TemporaryEventExpression &, EventListenerSingle &)
bool	initialize (int argc, char *argv, Module &)
template<class TopLevel>
bool	initialize (int argc, char *argv, TopLevel &top_level)
lua_State *	get_interpreter ()
Time	get_current_time ()
std::string	get_current_time_as_string ()
unsigned long long	get_current_time_to_default_time_unit ()
bool	simulate ()
unsigned int	sampa_rand ()
double	sampa_rand01 ()
void	parameter_initialize (LuaInterpreter *interpreter, const std::string &init_parm_table)
storage *	get_storage ()
void	set_time_resolution (double, Time::Unit)
Time	get_time_resolution ()
void	set_default_time_unit (double, Time::Unit)
Time	get_default_time_unit ()
const Time	operator+ (const Time &t1, const Time &t2)
const Time	operator- (const Time &t1, const Time &t2)
const Time	operator * (const Time &t, double d)
const Time	operator * (double d, const Time &t)
const Time	operator/ (const Time &t, double d)
double	operator/ (const Time &t1, const Time &t2)
const char *	get_copyright ()
const char *	get_version ()
const char *	get_release ()
Variables
static VersionChecker	version_checker (RELEASE)