Common

Collaboration diagram for Common:

Files
file	apbslave.h
file	base.h
file	common.h
file	msb_lsb.h
file	msclogger.cpp
file	msclogger.h
file	powermonitor.cpp
file	powermonitor.h
file	reliabilitymanager.h
file	sc_api.h
file	sc_find.h
file	socrocket.h
file	sr_param_operator_macros.h
file	sr_param_t.h
file	sr_registry.cpp
file	timingmonitor.cpp
file	timingmonitor.h
file	vendian.h
file	verbose.cpp
file	verbose.h
	Implements a unified output system for messages and debunging.
file	vmap.h
file	waf.cpp
file	waf.h

Namespaces
	v

Classes
class	BAR
class	sr_register_amba_socket< BUSWIDTH, ADDR_TYPE, DATA_TYPE >
class	APBSlaveSocket< BUSWIDTH, ADDR_TYPE, DATA_TYPE >
class	APBSlave
class	BaseModule< BASE >
class	msclogger
class	powermonitor
class	FaultDectect_if
struct	ReliabilityCell< WIDTH >
class	ReliabilityManager
struct	t_snoop
class	sr_param_t< T >
	Template specialized base class for configuration parameters. More...
class	sr_register_field< T >
class	sr_register_callback_base
class	sr_register_callback< OWNER >
class	sr_register< DATA_TYPE >
class	sr_register_bank< ADDR_TYPE, DATA_TYPE >
class	SrModuleRegistry
class	sr_report
class	sr_report_handler
class	TimingMonitor

Macros
#define	GC_RETURN_OK   gs::cnf::return_nothing
#define	GC_SPECIALISATIONS_DECREMENT_OPERATORS
#define	GC_SPECIALISATIONS_INCREMENT_OPERATORS
#define	GC_SPECIALISATIONS_ARITHMETIC_OPERATORS_
#define	GC_SPECIALISATIONS_BINARY_OPERATORS
#define	SR_HAS_MODULE_GENERATOR(type, factory, isinstance)
#define	SR_HAS_MODULE(type)
#define	SR_INCLUDE_MODULE(type)
#define	_GET_MACRO_(dummy, _1, NAME,...)   NAME
#define	_GET_MACRO_2_(dummy, _1, _2, NAME,...)   NAME
#define	srDebug(...)
#define	srDebug_0()
#define	srDebug_1(id)
#define	srConfig(...)   _GET_MACRO_(dummy,##__VA_ARGS__,srConfig_1(__VA_ARGS__),srConfig_0())
#define	srConfig_0()
#define	srConfig_1(id)
#define	srReport(...)   _GET_MACRO_(dummy,##__VA_ARGS__,srReport_1(__VA_ARGS__),srReport_0())
#define	srReport_0()
#define	srReport_1(id)
#define	srAnalyse(...)
#define	srAnalyse_0()
#define	srAnalyse_1(id)
#define	srInfo(...)
#define	srInfo_0()
#define	srInfo_1(id)
#define	srMessage(...)   _GET_MACRO_2_(dummy,##__VA_ARGS__,srMessage_2(__VA_ARGS__),srMessage_1(__VA_ARGS__))
#define	srMessage_1(verbosity)
#define	srMessage_2(id, verbosity)
#define	srWarn(...)   _GET_MACRO_(dummy,##__VA_ARGS__,srWarn_1(__VA_ARGS__),srWarn_0())
#define	srWarn_0()
#define	srWarn_1(id)
#define	srError(...)   _GET_MACRO_(dummy,##__VA_ARGS__,srError_1(__VA_ARGS__),srError_0())
#define	srError_0()
#define	srError_1(id)
#define	srFatal(...)   _GET_MACRO_(dummy,##__VA_ARGS__,srFatal_1(__VA_ARGS__),srFatal_0())
#define	srFatal_0()
#define	srFatal_1(id)
#define	srCommand(...)   _GET_MACRO_2_(dummy,##__VA_ARGS__,srCommand_2(__VA_ARGS__),srCommand_1(__VA_ARGS__))
#define	srCommand_1(type)
#define	srCommand_2(id, type)
#define	vmap   std::map

Typedefs
typedef amba::amba_layer_ids	AbstractionLayer
typedef sc_core::sc_module_name	ModuleName
typedef sc_core::sc_module	DefaultBase
typedef gs::cnf::cnf_api	ParameterAPI
typedef gs::cnf::gs_param_array	ParameterArray

Enumerations
enum	AMBADeviceType { NONE = 0, APBIO = 1, AHBMEM = 2, AHBIO = 3 }
enum	sr_register_callback_type {   SR_PRE_READ, SR_POST_READ, SR_PRE_WRITE, SR_POST_WRITE,   SR_PRE_READ, SR_POST_READ, SR_PRE_WRITE, SR_POST_WRITE }

Functions
void	sr_hierarchy_push (sc_core::sc_object *obj)
void	sr_hierarchy_pop ()
	BaseModule< BASE >::BaseModule (ModuleName mn)
virtual	BaseModule< BASE >::~BaseModule ()
virtual void	BaseModule< BASE >::init_generics ()
virtual void	BaseModule< BASE >::init_registers ()
virtual void	BaseModule< BASE >::init_counters ()
virtual void	BaseModule< BASE >::init_power ()
void	vwait (sc_core::sc_time &delay)
void	await (sc_core::sc_time time)
template<uint32_t w, class T >
T	msb_lsb (T a)
sc_core::sc_object *	sc_find_by_name (const char *name, sc_core::sc_object *node=0)
void	swap_Endianess (uint64_t &datum)
void	swap_Endianess (uint32_t &datum)
void	swap_Endianess (uint16_t &datum)
void	swap_Endianess (uint8_t &datum)
boost::filesystem::path	findPath (std::string filename, std::string start)
std::map< std::string, std::string > *	readLockFile (std::string top)
std::map< std::string, std::string > *	getWafConfig (std::string top)
	powermonitor::powermonitor (sc_core::sc_module_name name, sc_core::sc_time m_report_time=sc_core::SC_ZERO_TIME, bool exram=false)
void	powermonitor::report_trigger ()
std::string	powermonitor::get_model_name (std::string &param)
std::vector< std::string >	powermonitor::get_IP_params (std::vector< std::string > &params)
void	powermonitor::gen_report ()
void	powermonitor::end_of_simulation ()
	ReliabilityCell< WIDTH >::ReliabilityCell ()
void	SrModuleRegistry::included ()
	SrModuleRegistry::SrModuleRegistry (std::string group, std::string type, factory_f factory, isinstance_f isinstance, std::string file)
static sc_core::sc_object *	SrModuleRegistry::create_object_by_name (std::string group, std::string type, std::string name)
static bool	SrModuleRegistry::is_type (std::string group, std::string type, sc_core::sc_object *obj)
static std::set< std::string >	SrModuleRegistry::get_module_files (std::string group)
static std::set< std::string >	SrModuleRegistry::get_module_names (std::string group)
static std::set< std::string >	SrModuleRegistry::get_group_names ()
static void	sr_report_handler::default_handler (const sc_core::sc_report &rep, const sc_core::sc_actions &actions)
void	sr_report::operator() (const std::string &name="")
static void	TimingMonitor::phase_start_timing (const unsigned int id, const char *name="")
	Create a new timing record and set starting time. More...
static void	TimingMonitor::phase_end_timing (const unsigned int id)
	Enter phase finishing time. More...
static sc_core::sc_time	TimingMonitor::phase_systime (const unsigned int id)
	Return simulation time of phase id. More...
static double	TimingMonitor::phase_realtime (const unsigned int id)
	Return real time for processing phase id. More...
static const char *	TimingMonitor::phase_get_name (const unsigned int id)
	Return name of phase id. More...
static void	TimingMonitor::report_timing ()
	Generate timing report for all phases at 'info' level. More...

Variables
ParameterAPI *	BaseModule< BASE >::m_api
	Internal module gs param api instance. More...
ParameterArray	BaseModule< BASE >::m_generics
	Configuration generic container. More...
ParameterArray	BaseModule< BASE >::m_counters
	Performance counter container. More...
ParameterArray	BaseModule< BASE >::m_power
	Power counters container. More...
std::ofstream	msc
sc_core::sc_time	msclogger_start
sc_core::sc_time	msclogger_end
std::ofstream	msc
sc_core::sc_time	msclogger_start
sc_core::sc_time	msclogger_end
ReliabilityManager *	RM
std::map< std::string, std::string > *	wafConfigMap = NULL
static t_timing_map	TimingMonitor::timing_map
	The map for tracking phases & time. More...

Detailed Description

Macro Definition Documentation

#define _GET_MACRO_	(		dummy,
			_1,
			NAME,
			...
	)		NAME

#define _GET_MACRO_2_	(		dummy,
			_1,
			_2,
			NAME,
			...
	)		NAME

#define GC_RETURN_OK   gs::cnf::return_nothing

Referenced by MemoryPower::dyn_reads_cb(), MemoryPower::dyn_reads_write_cb(), MemoryPower::dyn_writes_cb(), MemoryPower::dyn_writes_write_cb(), Leon3::g_args_callback(), Leon3::g_gdb_callback(), dvectorcache::int_power_cb(), ivectorcache::int_power_cb(), localram::int_power_cb(), leon3_funclt_trap::Processor_leon3_funclt::int_power_cb(), AHBMem::int_power_cb(), Irqmp::int_power_cb(), APBCtrl::int_power_cb(), Mctrl::int_power_cb(), GPTimer::int_power_cb(), mmu::int_power_cb(), mmu_cache_base::int_power_cb(), Memory::m_reads_cb(), Memory::m_writes_cb(), sr_param_t< sc_dt::sc_uint< W > >::mirror_callback(), dvectorcache::sta_power_cb(), ivectorcache::sta_power_cb(), localram::sta_power_cb(), AHBMem::sta_power_cb(), Irqmp::sta_power_cb(), leon3_funclt_trap::Processor_leon3_funclt::sta_power_cb(), APBCtrl::sta_power_cb(), Mctrl::sta_power_cb(), GPTimer::sta_power_cb(), mmu::sta_power_cb(), mmu_cache_base::sta_power_cb(), MemoryPower::swi_power_cb(), dvectorcache::swi_power_cb(), ivectorcache::swi_power_cb(), localram::swi_power_cb(), leon3_funclt_trap::Processor_leon3_funclt::swi_power_cb(), AHBMem::swi_power_cb(), APBCtrl::swi_power_cb(), Mctrl::swi_power_cb(), mmu::swi_power_cb(), and mmu_cache_base::swi_power_cb().

#define GC_SPECIALISATIONS_ARITHMETIC_OPERATORS_

#define GC_SPECIALISATIONS_BINARY_OPERATORS

#define GC_SPECIALISATIONS_DECREMENT_OPERATORS

Value:

inline my_type&                                                    \
    operator -- ()                                                     \
  {                                                                  \
  val_type tmp_val = getValue();                                   \
  --tmp_val;                                                       \
  this->setValue( tmp_val );                                       \
  return *this;                                                    \
  }                                                                  \
  \
  inline val_type                                                    \
  operator -- (int)                                                  \
  {                                                                  \
  val_type tmp_old_val = getValue();                               \
  val_type tmp_set_val = tmp_old_val;                              \
  tmp_set_val--;                                                   \
  this->setValue( tmp_set_val );                                   \
  return tmp_old_val;                                              \
  }                                                                  \

#define GC_SPECIALISATIONS_INCREMENT_OPERATORS

Value:

inline my_type&                                                    \
    operator ++ ()                                                     \
  {                                                                  \
  val_type tmp_val = getValue();                                   \
  ++tmp_val;                                                       \
  this->setValue( tmp_val );                                       \
  return *this;                                                    \
  }                                                                  \
  \
  inline val_type                                                    \
  operator ++ (int)                                                  \
  {                                                                  \
  val_type tmp_old_val = getValue();                               \
  val_type tmp_set_val = tmp_old_val;                              \
  tmp_set_val++;                                                   \
  this->setValue( tmp_set_val);                                    \
  return tmp_old_val;                                              \
  }

#define SR_HAS_MODULE

(

type

)

Value:

sc_core::sc_object *create_##type(sc_core::sc_module_name mn) { \
      return new type(mn); \
    } \
    bool isinstance_of_##type(sc_core::sc_object *obj) { \
      return dynamic_cast<type *>(obj) != NULL; \
    } \
    SR_HAS_MODULE_GENERATOR(type, create_##type, isinstance_of_##type);

#define SR_HAS_MODULE_GENERATOR	(		type,
			factory,
			isinstance
	)

Value:

static SrModuleRegistry __sr_module_registry_##type##__("module", #type, &factory, &isinstance, __FILE__); \
  volatile SrModuleRegistry *__sr_module_registry_##type = &__sr_module_registry_##type##__;

#define SR_INCLUDE_MODULE

(

type

)

Value:

extern SrModuleRegistry *__sr_module_registry_##type; \
  (__sr_module_registry_##type)->included();

Referenced by sc_main().

#define srAnalyse

(

...

)

Value:

if(4 >= VERBOSITY) {} else \
    _GET_MACRO_(dummy,##__VA_ARGS__,srAnalyse_1(__VA_ARGS__),srAnalyse_0())

Referenced by Memory::b_transport(), vectorcache::mem_read(), and vectorcache::mem_write().

#define srAnalyse_0

(

)

Value:

sr_report_handler::report( \
      sc_core::SC_INFO, this, this->name(), "", \
      sc_core::SC_FULL, __FILE__ , __LINE__)

#define srAnalyse_1

(

id

)

Value:

sr_report_handler::report( \
      sc_core::SC_INFO, NULL, id, "", \
      sc_core::SC_FULL, __FILE__ , __LINE__)

#define srCommand

(

...

)

_GET_MACRO_2_(dummy,##__VA_ARGS__,srCommand_2(__VA_ARGS__),srCommand_1(__VA_ARGS__))

Referenced by notifyIntrinsic< wordSize >::operator()().

#define srCommand_1

(

type

)

Value:

sr_report_handler::report( \
      sc_core::SC_MAX_SEVERITY, NULL, this->name(), "command", \
      0x0FFFFFFF, __FILE__, __LINE__)("typename", type)

#define srCommand_2	(		id,
			type
	)

Value:

sr_report_handler::report( \
      sc_core::SC_MAX_SEVERITY, NULL, id, "command", \
      0x0FFFFFFF, __FILE__, __LINE__)("typename", type)

#define srConfig

(

...

)

_GET_MACRO_(dummy,##__VA_ARGS__,srConfig_1(__VA_ARGS__),srConfig_0())

#define srConfig_0

(

)

Value:

sr_report_handler::report( \
      sc_core::SC_INFO, this, this->name(), "", \
      sc_core::SC_MEDIUM, __FILE__ , __LINE__)

#define srConfig_1

(

id

)

Value:

sr_report_handler::report( \
      sc_core::SC_INFO, NULL, id, "", \
      sc_core::SC_MEDIUM, __FILE__ , __LINE__)

#define srDebug

(

...

)

Value:

if(5 >= VERBOSITY) {} else \
    _GET_MACRO_(dummy,##__VA_ARGS__,srDebug_1(__VA_ARGS__),srDebug_0())

Referenced by vectorcache::allocate_line(), AHBCtrl::arbitrate(), AHBCtrl::b_transport(), sr_register_bank< unsigned int, unsigned int >::bus_read(), sr_register_bank< unsigned int, unsigned int >::bus_read_dbg(), sr_register_bank< unsigned int, unsigned int >::bus_write(), sr_register_bank< unsigned int, unsigned int >::bus_write_dbg(), vectorcache::dbg_out(), mmu_cache_base::exec_data(), AHBMem::exec_func(), mmu_cache_base::exec_instr(), vectorcache::flush(), vectorcache::locate_line(), vectorcache::lrr_update(), vectorcache::lru_update(), mmu_cache_base::mem_access(), vectorcache::mem_read(), mmu_cache_base::mem_read(), vectorcache::mem_write(), mmu_cache_base::mem_write(), Irqmp::mpstat_read(), Irqmp::mpstat_write(), AHBCtrl::nb_transport_bw(), AHBCtrl::nb_transport_fw(), vectorcache::read_cache_entry(), vectorcache::read_cache_tag(), mmu_cache_base::read_ccr(), vectorcache::read_config_reg(), vectorcache::replacement_selector(), mmu_cache_base::snoopingCallBack(), vectorcache::update_line(), vectorcache::vectorcache(), vectorcache::write_cache_entry(), vectorcache::write_cache_tag(), and mmu_cache_base::write_ccr().

#define srDebug_0

(

)

Value:

sr_report_handler::report( \
      sc_core::SC_INFO, this, this->name(), "", \
      sc_core::SC_DEBUG, __FILE__ , __LINE__)

#define srDebug_1

(

id

)

Value:

sr_report_handler::report( \
      sc_core::SC_INFO, NULL, id, "", \
      sc_core::SC_DEBUG, __FILE__ , __LINE__)

#define srError

(

...

)

_GET_MACRO_(dummy,##__VA_ARGS__,srError_1(__VA_ARGS__),srError_0())

Referenced by BaseModule< DefaultBase >::BaseModule(), APBUART::before_end_of_elaboration(), mmu_cache_base::exec_data(), AHBMem::exec_func(), TcpIO::getReceivedChar(), TcpIO::makeConnection(), mmu_cache::mmu_cache(), AHBCtrl::nb_transport_bw(), AHBCtrl::nb_transport_fw(), BaseMemory::set_storage(), and vectorcache::vectorcache().

#define srError_0

(

)

Value:

sr_report_handler::report( \
      sc_core::SC_ERROR, this, this->name(), "", \
      sc_core::SC_LOW, __FILE__ , __LINE__)

#define srError_1

(

id

)

Value:

sr_report_handler::report( \
      sc_core::SC_ERROR, NULL, id, "", \
      sc_core::SC_LOW, __FILE__ , __LINE__)

#define srFatal

(

...

)

_GET_MACRO_(dummy,##__VA_ARGS__,srFatal_1(__VA_ARGS__),srFatal_0())

#define srFatal_0

(

)

Value:

sr_report_handler::report( \
      sc_core::SC_FATAL, this, this->name(), "", \
      sc_core::SC_LOW, __FILE__ , __LINE__)

#define srFatal_1

(

id

)

Value:

sr_report_handler::report( \
      sc_core::SC_FATAL, NULL, id, "", \
      sc_core::SC_LOW, __FILE__ , __LINE__)

#define srInfo

(

...

)

Value:

if(3 >= VERBOSITY) {} else \
    _GET_MACRO_(dummy,##__VA_ARGS__,srInfo_1(__VA_ARGS__),srInfo_0())

Referenced by AHBCtrl::AHBCtrl(), AHBMem::AHBMem(), APBCtrl::APBCtrl(), sr_register_amba_socket< BUSWIDTH, unsigned int, unsigned int >::b_transport(), sr_register< unsigned int >::bus_read(), sr_register< unsigned int >::bus_write(), GPTimer::GPTimer(), Irqmp::Irqmp(), leon3_funclt_trap::Processor_leon3_funclt::mainLoop(), TcpIO::makeConnection(), Mctrl::Mctrl(), mmu_cache_base::mmu_cache_base(), sr_register< unsigned int >::operator=(), and ReportIO::sendChar().

#define srInfo_0

(

)

Value:

sr_report_handler::report( \
      sc_core::SC_INFO, this, this->name(), "", \
      sc_core::SC_LOW, __FILE__ , __LINE__)

#define srInfo_1

(

id

)

Value:

sr_report_handler::report( \
      sc_core::SC_INFO, NULL, id, "", \
      sc_core::SC_LOW, __FILE__ , __LINE__)

#define srMessage

(

...

)

_GET_MACRO_2_(dummy,##__VA_ARGS__,srMessage_2(__VA_ARGS__),srMessage_1(__VA_ARGS__))

#define srMessage_1

(

verbosity

)

Value:

sr_report_handler::report( \
      sc_core::SC_INFO, this, this->name(), "", \
      verbosity, __FILE__ , __LINE__)

#define srMessage_2	(		id,
			verbosity
	)

Value:

sr_report_handler::report( \
      sc_core::SC_INFO, NULL, id, "", \
      verbosity, __FILE__ , __LINE__)

#define srReport

(

...

)

_GET_MACRO_(dummy,##__VA_ARGS__,srReport_1(__VA_ARGS__),srReport_0())

#define srReport_0

(

)

Value:

sr_report_handler::report( \
      sc_core::SC_INFO, this, this->name(), "", \
      sc_core::SC_MEDIUM, __FILE__ , __LINE__)

#define srReport_1

(

id

)

Value:

sr_report_handler::report( \
      sc_core::SC_INFO, NULL, id, "", \
      sc_core::SC_MEDIUM, __FILE__ , __LINE__)

#define srWarn

(

...

)

_GET_MACRO_(dummy,##__VA_ARGS__,srWarn_1(__VA_ARGS__),srWarn_0())

Referenced by AHBCtrl::AcceptThread(), AHBCtrl::b_transport(), Memory::b_transport(), mmu_cache_base::exec_data(), AHBMem::exec_func(), vectorcache::offset2valid(), and mmu_cache_base::response_callback().

#define srWarn_0

(

)

Value:

sr_report_handler::report( \
      sc_core::SC_WARNING, this, this->name(), "", \
      sc_core::SC_MEDIUM, __FILE__ , __LINE__)

#define srWarn_1

(

id

)

Value:

sr_report_handler::report( \
      sc_core::SC_WARNING, NULL, id, "", \
      sc_core::SC_MEDIUM, __FILE__ , __LINE__)

#define vmap   std::map

Typedef Documentation

typedef amba::amba_layer_ids AbstractionLayer

typedef sc_core::sc_module DefaultBase

typedef sc_core::sc_module_name ModuleName

typedef gs::cnf::cnf_api ParameterAPI

typedef gs::cnf::gs_param_array ParameterArray

Enumeration Type Documentation

enum AMBADeviceType

Device type See grlib manual for more information Section 4.2.3

Enumerator
NONE	Bar is not existing.
APBIO	Bar is an APB Device.
AHBMEM	Bar is absolute addressed to 0 at AHB Bus.
AHBIO	Bar is relative to AHBIO region.

enum sr_register_callback_type

Enumerator
SR_PRE_READ
SR_POST_READ
SR_PRE_WRITE
SR_POST_WRITE
SR_PRE_READ
SR_POST_READ
SR_PRE_WRITE
SR_POST_WRITE

Function Documentation

void await ( sc_core::sc_time  time )

inline

References pysc::api::systemc::wait().

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template<class BASE = DefaultBase>

BaseModule< BASE >::BaseModule ( ModuleName  mn )

inline

sc_core::sc_object * SrModuleRegistry::create_object_by_name ( std::string  group, std::string  type, std::string  name  )

static

Referenced by APBUART::before_end_of_elaboration(), and BaseMemory::set_storage().

void sr_report_handler::default_handler ( const sc_core::sc_report &  rep, const sc_core::sc_actions &  actions  )

static

References v::pair::BOOL, v::pair::DOUBLE, v::pair::INT32, v::pair::INT64, sr_report::pairs, sr_report::set_msg(), v::pair::STRING, v::pair::TIME, v::pair::UINT32, and v::pair::UINT64.

Referenced by sc_main().

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void powermonitor::end_of_simulation

(

)

References powermonitor::gen_report(), and powermonitor::m_report_time.

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boost::filesystem::path findPath	(	std::string	filename,
		std::string	start
	)

References usi.cci.parameter::exists, and file.

Referenced by readLockFile().

void powermonitor::gen_report

(

)

References powermonitor::get_IP_params(), powermonitor::get_model_name(), i, v::info, powermonitor::m_exram, and setup::name.

Referenced by powermonitor::end_of_simulation(), and powermonitor::report_trigger().

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std::set< std::string > SrModuleRegistry::get_group_names ( )

static

References result.

std::vector< std::string > powermonitor::get_IP_params

(

std::vector< std::string > &

params

)

References powermonitor::get_model_name().

Referenced by powermonitor::gen_report().

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std::string powermonitor::get_model_name

(

std::string &

param

)

References setup::name, and v::warn.

Referenced by powermonitor::gen_report(), and powermonitor::get_IP_params().

std::set< std::string > SrModuleRegistry::get_module_files ( std::string  group )

static

References result.

std::set< std::string > SrModuleRegistry::get_module_names ( std::string  group )

static

References result.

std::map< std::string, std::string > * getWafConfig

(

std::string

top

)

References readLockFile(), and wafConfigMap.

Referenced by PythonModule::PythonModule().

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void SrModuleRegistry::included

(

)

template<class BASE = DefaultBase>

virtual void BaseModule< BASE >::init_counters ( )

inlinevirtual

Referenced by BaseModule< DefaultBase >::BaseModule().

template<class BASE = DefaultBase>

virtual void BaseModule< BASE >::init_generics ( )

inlinevirtual

Reimplemented in AHBCtrl, GPTimer, Leon3, Mctrl, APBCtrl, Irqmp, AHBMem, and APBUART.

Referenced by BaseModule< DefaultBase >::BaseModule().

template<class BASE = DefaultBase>

virtual void BaseModule< BASE >::init_power ( )

inlinevirtual

Referenced by BaseModule< DefaultBase >::BaseModule().

template<class BASE = DefaultBase>

virtual void BaseModule< BASE >::init_registers ( )

inlinevirtual

Reimplemented in GPTimer, Mctrl, Irqmp, and APBUART.

Referenced by BaseModule< DefaultBase >::BaseModule().

bool SrModuleRegistry::is_type ( std::string  group, std::string  type, sc_core::sc_object *  obj  )

static

template<uint32_t w, class T >

T msb_lsb

(

T

a

)

References b1, b2, h, i, and r.

void sr_report::operator() ( const std::string &  name = "" )

inline

References sr_report::actions, sr_report::enabled, and sr_report::set_msg().

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void TimingMonitor::phase_end_timing ( const unsigned int  id )

static

Enter phase finishing time.

References v::error, TimingMonitor::t_timing_rec::rt_end, TimingMonitor::t_timing_rec::st_end, and TimingMonitor::timing_map.

const char * TimingMonitor::phase_get_name ( const unsigned int  id )

static

Return name of phase id.

References v::error, and TimingMonitor::timing_map.

double TimingMonitor::phase_realtime ( const unsigned int  id )

static

Return real time for processing phase id.

References v::error, and TimingMonitor::timing_map.

Referenced by TimingMonitor::report_timing().

void TimingMonitor::phase_start_timing ( const unsigned int  id, const char *  name = ""  )

static

Create a new timing record and set starting time.

References setup::name, TimingMonitor::t_timing_rec::name, TimingMonitor::t_timing_rec::rt_end, TimingMonitor::t_timing_rec::rt_start, TimingMonitor::t_timing_rec::st_end, TimingMonitor::t_timing_rec::st_start, and TimingMonitor::timing_map.

sc_core::sc_time TimingMonitor::phase_systime ( const unsigned int  id )

static

Return simulation time of phase id.

References v::error, and TimingMonitor::timing_map.

Referenced by TimingMonitor::report_timing().

powermonitor::powermonitor	(	sc_core::sc_module_name	name,
		sc_core::sc_time	m_report_time = sc_core::SC_ZERO_TIME,
		bool	exram = false
	)

References powermonitor::report_trigger().

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std::map< std::string, std::string > * readLockFile

(

std::string

top

)

References findPath(), flags, result, and start.

Referenced by getWafConfig().

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template<uint32_t >

ReliabilityCell< uint32_t >::ReliabilityCell

(

)

void TimingMonitor::report_timing ( )

static

Generate timing report for all phases at 'info' level.

References setup::name, TimingMonitor::phase_realtime(), TimingMonitor::phase_systime(), v::report, TimingMonitor::t_timing_rec::st_end, TimingMonitor::t_timing_rec::st_start, and TimingMonitor::timing_map.

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void powermonitor::report_trigger

(

)

References powermonitor::gen_report(), powermonitor::m_report_time, and pysc::api::systemc::wait().

Referenced by powermonitor::powermonitor().

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sc_core::sc_object* sc_find_by_name ( const char *  name, sc_core::sc_object *  node = 0  )

inline

References i, and setup::name.

Referenced by PyScObjectGenerator::find_object_by_name().

void sr_hierarchy_pop ( )

inline

Referenced by sr_register_bank< unsigned int, unsigned int >::create_register().

void sr_hierarchy_push ( sc_core::sc_object *  obj )

inline

Referenced by sr_register_bank< unsigned int, unsigned int >::create_register().

SrModuleRegistry::SrModuleRegistry	(	std::string	group,
		std::string	type,
		SrModuleRegistry::factory_f	factory,
		SrModuleRegistry::isinstance_f	isinstance,
		std::string	file
	)

void swap_Endianess ( uint64_t &  datum )

inline

References i.

Referenced by sr_register_amba_socket< BUSWIDTH, unsigned int, unsigned int >::b_transport(), vectorcache::dbg_out(), mmu::diag_read_dctlb(), mmu::diag_read_itlb(), AHBProf::exec_func(), APBCtrl::getPNPReg(), tlb_adaptor::mem_read(), tlb_adaptor::mem_write(), vectorcache::read_cache_tag(), mmu_cache_base::read_ccr(), vectorcache::read_config_reg(), mmu::read_mcr(), mmu::read_mctpr(), mmu::read_mctxr(), mmu::read_mfar(), mmu::read_mfsr(), vectorcache::write_cache_tag(), mmu_cache_base::write_ccr(), mmu::write_mcr(), mmu::write_mctpr(), and mmu::write_mctxr().

void swap_Endianess ( uint32_t &  datum )

inline

References i.

void swap_Endianess ( uint16_t &  datum )

inline

References i.

void swap_Endianess ( uint8_t &  datum )

inline

void vwait ( sc_core::sc_time &  delay )

inline

References pysc::api::systemc::wait().

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template<class BASE = DefaultBase>

virtual BaseModule< BASE >::~BaseModule ( )

inlinevirtual

Variable Documentation

template<class BASE = DefaultBase>

ParameterAPI* BaseModule< BASE >::m_api

protected

Internal module gs param api instance.

Referenced by BaseModule< DefaultBase >::BaseModule().

template<class BASE = DefaultBase>

ParameterArray BaseModule< BASE >::m_counters

protected

Performance counter container.

template<class BASE = DefaultBase>

ParameterArray BaseModule< BASE >::m_generics

protected

Configuration generic container.

template<class BASE = DefaultBase>

ParameterArray BaseModule< BASE >::m_power

protected

Power counters container.

std::ofstream msc

Referenced by msclogger::backward(), msclogger::forward(), msclogger::msc_end(), msclogger::msc_start(), msclogger::return_backward(), and msclogger::return_forward().

std::ofstream msc

Referenced by msclogger::backward(), msclogger::forward(), msclogger::msc_end(), msclogger::msc_start(), msclogger::return_backward(), and msclogger::return_forward().

sc_core::sc_time msclogger_end

sc_core::sc_time msclogger_end

sc_core::sc_time msclogger_start

sc_core::sc_time msclogger_start

ReliabilityManager* RM

TimingMonitor::t_timing_map TimingMonitor::timing_map

static

The map for tracking phases & time.

Referenced by TimingMonitor::phase_end_timing(), TimingMonitor::phase_get_name(), TimingMonitor::phase_realtime(), TimingMonitor::phase_start_timing(), TimingMonitor::phase_systime(), and TimingMonitor::report_timing().

std::map<std::string, std::string>* wafConfigMap = NULL

Referenced by getWafConfig().