Files
file	arraystorage.cpp

file	arraystorage.h

file	basememory.cpp

file	basememory.h

file	ext_erase.h

file	arraystorage.cpp

file	mapstorage.h

file	memory.h

file	memorypower.cpp

file	storage.h

Classes
class	ArrayStorage

class	BaseMemory

struct	ext_erase

class	MapStorage

struct	Memory
	This class models a generic memory. Depending on the configuration it can be used as ROM, IO, SRAM or SDRAM, in conjunction with the SoCRocket MCTRL. More...

class	MemoryPower

class	Storage

Macros
#define	SR_HAS_MEMORYSTORAGE_GENERATOR(type, factory, isinstance)

#define	SR_HAS_MEMORYSTORAGE(type)

Functions
	SR_HAS_MEMORYSTORAGE (ArrayStorage)

	SR_HAS_MEMORYSTORAGE (MapStorage)

	SR_HAS_MODULE (Memory)

	MemoryPower::GC_HAS_CALLBACKS ()

	MemoryPower::MemoryPower (sc_module_name name, MEMDevice::device_type type=MEMDevice::SRAM, uint32_t banks=4, uint32_t bsize=128, uint32_t bits=32, uint32_t cols=16, bool pow_mon=false)

	MemoryPower::~MemoryPower ()

void	MemoryPower::power_model ()
	Calculate power/energy values from normalized input data. More...

gs::cnf::callback_return_type	MemoryPower::swi_power_cb (gs::gs_param_base &changed_param, gs::cnf::callback_type reason)
	Dynamic/Switching power callback. More...

gs::cnf::callback_return_type	MemoryPower::dyn_reads_cb (gs::gs_param_base &changed_param, gs::cnf::callback_type reason)
	32-bit-reads counter callback More...

gs::cnf::callback_return_type	MemoryPower::dyn_writes_cb (gs::gs_param_base &changed_param, gs::cnf::callback_type reason)
	32-bit-writes counter callback More...

gs::cnf::callback_return_type	MemoryPower::dyn_reads_write_cb (gs::gs_param_base &changed_param, gs::cnf::callback_type reason)
	32-bit-reads counter callback, write More...

gs::cnf::callback_return_type	MemoryPower::dyn_writes_write_cb (gs::gs_param_base &changed_param, gs::cnf::callback_type reason)
	32-bit-writes counter callback, write More...

	ArrayStorage::ArrayStorage (sc_core::sc_module_name mn)

	ArrayStorage::~ArrayStorage ()

void	ArrayStorage::set_size (const uint32_t &size)

void	ArrayStorage::write (const uint32_t &addr, const uint8_t &byte)

uint8_t	ArrayStorage::read (const uint32_t &addr) const

void	ArrayStorage::erase (const uint32_t &start, const uint32_t &end)

void	ArrayStorage::write_block (const uint32_t &addr, const uint8_t *ptr, const uint32_t &len)

void	ArrayStorage::read_block (const uint32_t &addr, uint8_t *ptr, const uint32_t &len) const

uint8_t *	ArrayStorage::get_dmi_ptr ()

bool	ArrayStorage::allow_dmi_rw ()

	BaseMemory::BaseMemory ()

	BaseMemory::~BaseMemory ()

void	BaseMemory::set_storage (std::string implementation, uint32_t size)

uint8_t	BaseMemory::read (const uint32_t &addr)

void	BaseMemory::write (const uint32_t &addr, const uint8_t &byte)

uint8_t	BaseMemory::read_dbg (const uint32_t &addr)

void	BaseMemory::write_dbg (const uint32_t &addr, const uint8_t &byte)

void	BaseMemory::erase (const uint32_t &start, const uint32_t &end)

void	BaseMemory::erase_dbg (const uint32_t &start, const uint32_t &end)

void	BaseMemory::write_block (const uint32_t &addr, uint8_t *data, const uint32_t &len)

void	BaseMemory::write_block_dbg (const uint32_t &addr, const uint8_t *data, const uint32_t &len)

void	BaseMemory::read_block (const uint32_t &addr, uint8_t *data, const uint32_t &len)

void	BaseMemory::read_block_dbg (const uint32_t &addr, uint8_t *data, const uint32_t &len) const

	MapStorage::MapStorage (sc_core::sc_module_name mn)

	MapStorage::~MapStorage ()

void	MapStorage::set_size (const uint32_t &size)

void	MapStorage::write (const uint32_t &addr, const uint8_t &byte)

uint8_t	MapStorage::read (const uint32_t &addr) const

void	MapStorage::erase (const uint32_t &start, const uint32_t &end)

void	MapStorage::read_block (const uint32_t &addr, uint8_t *ptr, const uint32_t &len) const

void	MapStorage::write_block (const uint32_t &addr, const uint8_t *ptr, const uint32_t &len)

	Memory::~Memory ()
	Destructor. More...

void	Memory::before_end_of_elaboration ()

void	Memory::start_of_simulation ()
	SystemC start of simulation callback. More...

void	Memory::end_of_simulation ()
	SystemC end of simulation. More...

gs::cnf::callback_return_type	Memory::m_reads_cb (gs::gs_param_base &changed_param, gs::cnf::callback_type reason)
	read counter callback More...

gs::cnf::callback_return_type	Memory::m_writes_cb (gs::gs_param_base &changed_param, gs::cnf::callback_type reason)
	write counter callback More...

void	Memory::b_transport (tlm::tlm_generic_payload &gp, sc_time &delay)
	TLM 2.0 blocking transport function. More...

unsigned int	Memory::transport_dbg (tlm::tlm_generic_payload &gp)
	TLM 2.0 debug transport function. More...

bool	Memory::get_direct_mem_ptr (tlm::tlm_generic_payload &trans, tlm::tlm_dmi &dmi_data)

Variables
bool	MemoryPower::m_pow_mon
	Power monitoring. More...

gs::cnf::cnf_api *	MemoryPower::m_api
	GreenControl API Pointer. More...

gs::gs_param_array	MemoryPower::m_performance_counters
	Performance Counter Array. More...

gs::gs_param_array	MemoryPower::power
	Performance counter to store transaction byte reads. More...

sr_param< double >	MemoryPower::sta_power_norm
	Normalized static power input. More...

sr_param< double >	MemoryPower::int_power_norm
	Normalized internal power input (activation independent) More...

sr_param< double >	MemoryPower::dyn_read_energy_norm
	Normalized read access energy. More...

sr_param< double >	MemoryPower::dyn_write_energy_norm
	Normalized write access energy. More...

sr_param< double >	MemoryPower::sta_power
	Static power of module. More...

sr_param< double >	MemoryPower::int_power
	Internal power of module. More...

sr_param< double >	MemoryPower::swi_power
	Switching power of module. More...

sr_param< sc_core::sc_time >	MemoryPower::power_frame_starting_time
	Power frame starting time. More...

sr_param< double >	MemoryPower::dyn_read_energy
	Dynamic energy per read access. More...

sr_param< double >	MemoryPower::dyn_write_energy
	Dynamic energy per write access. More...

sr_param< uint64_t >	MemoryPower::dyn_reads
	Number of reads from memory (read & reset by monitor) More...

sr_param< uint64_t >	MemoryPower::dyn_writes
	Number of writes to memory (read & reset by monitor) More...

Detailed Description

Macro Definition Documentation

#define SR_HAS_MEMORYSTORAGE ( 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_MEMORYSTORAGE_GENERATOR(type, create_##type, isinstance_of_##type);

#define SR_HAS_MEMORYSTORAGE_GENERATOR	(	type,
		factory,
		isinstance
	)

Value:

static SrModuleRegistry __sr_module_registry_##type##__("MemoryStorage", #type, &factory, &isinstance, __FILE__); \

volatile SrModuleRegistry *__sr_module_registry_##type = &__sr_module_registry_##type##__;

SrModuleRegistry

Definition: sr_registry.h:28

Function Documentation

bool ArrayStorage::allow_dmi_rw ( )

virtual

Reimplemented from Storage.

ArrayStorage::ArrayStorage ( sc_core::sc_module_name mn )

explicit

void Memory::b_transport	(	tlm::tlm_generic_payload &	gp,
		sc_time &	delay
	)

TLM 2.0 blocking transport function.

References v::debug, v::error, setup::name, srAnalyse, srWarn, start, and v::uint32.

Referenced by Memory::Memory().

BaseMemory::BaseMemory ( )

References BaseMemory::reads, BaseMemory::reads32, BaseMemory::writes, and BaseMemory::writes32.

void Memory::before_end_of_elaboration ( )

gs::cnf::callback_return_type MemoryPower::dyn_reads_cb	(	gs::gs_param_base &	changed_param,
		gs::cnf::callback_type	reason
	)

32-bit-reads counter callback

References MemoryPower::dyn_reads, GC_RETURN_OK, and BaseMemory::reads32.

Referenced by MemoryPower::MemoryPower().

gs::cnf::callback_return_type MemoryPower::dyn_reads_write_cb	(	gs::gs_param_base &	changed_param,
		gs::cnf::callback_type	reason
	)

32-bit-reads counter callback, write

References MemoryPower::dyn_reads, GC_RETURN_OK, and BaseMemory::reads32.

Referenced by MemoryPower::MemoryPower().

gs::cnf::callback_return_type MemoryPower::dyn_writes_cb	(	gs::gs_param_base &	changed_param,
		gs::cnf::callback_type	reason
	)

32-bit-writes counter callback

References MemoryPower::dyn_writes, GC_RETURN_OK, and BaseMemory::writes32.

Referenced by MemoryPower::MemoryPower().

gs::cnf::callback_return_type MemoryPower::dyn_writes_write_cb	(	gs::gs_param_base &	changed_param,
		gs::cnf::callback_type	reason
	)

32-bit-writes counter callback, write

References MemoryPower::dyn_writes, GC_RETURN_OK, and BaseMemory::writes32.

Referenced by MemoryPower::MemoryPower().

void Memory::end_of_simulation ( )

SystemC end of simulation.

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

void ArrayStorage::erase	(	const uint32_t &	start,
		const uint32_t &	end
	)

virtual

Implements Storage.

void MapStorage::erase	(	const uint32_t &	start,
		const uint32_t &	end
	)

virtual

Implements Storage.

void BaseMemory::erase	(	const uint32_t &	start,
		const uint32_t &	end
	)

References BaseMemory::erase_dbg().

Referenced by AHBMem::clear_mem(), and AHBMem::dorst().

Here is the call graph for this function:

void BaseMemory::erase_dbg	(	const uint32_t &	start,
		const uint32_t &	end
	)

References Storage::erase(), and BaseMemory::m_storage.

Referenced by BaseMemory::erase().

Here is the call graph for this function:

MemoryPower::GC_HAS_CALLBACKS ( )

bool Memory::get_direct_mem_ptr	(	tlm::tlm_generic_payload &	trans,
		tlm::tlm_dmi &	dmi_data
	)

uint8_t * ArrayStorage::get_dmi_ptr ( )

virtual

Reimplemented from Storage.

gs::cnf::callback_return_type Memory::m_reads_cb	(	gs::gs_param_base &	changed_param,
		gs::cnf::callback_type	reason
	)

read counter callback

References GC_RETURN_OK.

gs::cnf::callback_return_type Memory::m_writes_cb	(	gs::gs_param_base &	changed_param,
		gs::cnf::callback_type	reason
	)

write counter callback

References GC_RETURN_OK.

MapStorage::MapStorage ( sc_core::sc_module_name mn )

explicit

MemoryPower::MemoryPower	(	sc_module_name	name,
		MEMDevice::device_type	type = `MEMDevice::SRAM`,
		uint32_t	banks = `4`,
		uint32_t	bsize = `128`,
		uint32_t	bits = `32`,
		uint32_t	cols = `16`,
		bool	pow_mon = `false`
	)

References MemoryPower::dyn_reads, MemoryPower::dyn_reads_cb(), MemoryPower::dyn_reads_write_cb(), MemoryPower::dyn_writes, MemoryPower::dyn_writes_cb(), MemoryPower::dyn_writes_write_cb(), MemoryPower::m_pow_mon, usi.cci.callback::post_write, usi.cci.callback::pre_read, MemoryPower::swi_power, and MemoryPower::swi_power_cb().

Here is the call graph for this function:

void MemoryPower::power_model ( )

Calculate power/energy values from normalized input data.

References CLKDevice::clock_cycle, MemoryPower::dyn_read_energy, MemoryPower::dyn_read_energy_norm, MemoryPower::dyn_write_energy, MemoryPower::dyn_write_energy_norm, MEMDevice::get_bsize(), MemoryPower::int_power, MemoryPower::int_power_norm, MemoryPower::m_pow_mon, MemoryPower::sta_power, and MemoryPower::sta_power_norm.

Here is the call graph for this function:

uint8_t ArrayStorage::read ( const uint32_t & addr ) const

virtual

Implements Storage.

uint8_t MapStorage::read ( const uint32_t & addr ) const

virtual

Implements Storage.

Referenced by MapStorage::read_block().

uint8_t BaseMemory::read ( const uint32_t & addr )

References BaseMemory::read_dbg(), BaseMemory::reads, and BaseMemory::reads32.

Here is the call graph for this function:

void ArrayStorage::read_block	(	const uint32_t &	addr,
		uint8_t *	ptr,
		const uint32_t &	len
	)		const

virtual

Implements Storage.

void MapStorage::read_block	(	const uint32_t &	addr,
		uint8_t *	ptr,
		const uint32_t &	len
	)		const

virtual

Implements Storage.

References i, and MapStorage::read().

Here is the call graph for this function:

void BaseMemory::read_block	(	const uint32_t &	addr,
		uint8_t *	data,
		const uint32_t &	len
	)

References BaseMemory::read_block_dbg(), BaseMemory::reads, and BaseMemory::reads32.

Referenced by AHBMem::exec_func().

Here is the call graph for this function:

void BaseMemory::read_block_dbg	(	const uint32_t &	addr,
		uint8_t *	data,
		const uint32_t &	len
	)		const

References BaseMemory::m_storage, and Storage::read_block().

Referenced by BaseMemory::read_block(), and BaseMemory::scireg_read().

Here is the call graph for this function:

uint8_t BaseMemory::read_dbg ( const uint32_t & addr )

References BaseMemory::m_storage, and Storage::read().

Referenced by BaseMemory::read().

Here is the call graph for this function:

void ArrayStorage::set_size ( const uint32_t & size )

virtual

Implements Storage.

void MapStorage::set_size ( const uint32_t & size )

virtual

Implements Storage.

void BaseMemory::set_storage	(	std::string	implementation,
		uint32_t	size
	)

References SrModuleRegistry::create_object_by_name(), BaseMemory::m_storage, Storage::set_size(), and srError.

Referenced by AHBMem::before_end_of_elaboration().

Here is the call graph for this function:

SR_HAS_MEMORYSTORAGE ( MapStorage )

SR_HAS_MEMORYSTORAGE ( ArrayStorage )

SR_HAS_MODULE ( Memory )

void Memory::start_of_simulation ( )

SystemC start of simulation callback.

gs::cnf::callback_return_type MemoryPower::swi_power_cb	(	gs::gs_param_base &	changed_param,
		gs::cnf::callback_type	reason
	)

Dynamic/Switching power callback.

References MemoryPower::dyn_read_energy, MemoryPower::dyn_write_energy, GC_RETURN_OK, MemoryPower::power_frame_starting_time, BaseMemory::reads32, MemoryPower::swi_power, and BaseMemory::writes32.

Referenced by MemoryPower::MemoryPower().

unsigned int Memory::transport_dbg ( tlm::tlm_generic_payload & gp )

TLM 2.0 debug transport function.

References v::debug, setup::name, and v::uint32.

void ArrayStorage::write	(	const uint32_t &	addr,
		const uint8_t &	byte
	)

virtual

Implements Storage.

Referenced by usi.shell.console.Console::interact().

void MapStorage::write	(	const uint32_t &	addr,
		const uint8_t &	byte
	)

virtual

Implements Storage.

Referenced by usi.shell.console.Console::interact(), and MapStorage::write_block().

void BaseMemory::write	(	const uint32_t &	addr,
		const uint8_t &	byte
	)

References BaseMemory::write_dbg(), BaseMemory::writes, and BaseMemory::writes32.

Referenced by usi.shell.console.Console::interact().

Here is the call graph for this function:

void ArrayStorage::write_block	(	const uint32_t &	addr,
		const uint8_t *	ptr,
		const uint32_t &	len
	)

virtual

Implements Storage.

void MapStorage::write_block	(	const uint32_t &	addr,
		const uint8_t *	ptr,
		const uint32_t &	len
	)

virtual

Implements Storage.

References i, and MapStorage::write().

Here is the call graph for this function:

void BaseMemory::write_block	(	const uint32_t &	addr,
		uint8_t *	data,
		const uint32_t &	len
	)

References BaseMemory::write_block_dbg(), BaseMemory::writes, and BaseMemory::writes32.

Referenced by AHBMem::exec_func().

Here is the call graph for this function:

void BaseMemory::write_block_dbg	(	const uint32_t &	addr,
		const uint8_t *	data,
		const uint32_t &	len
	)

References BaseMemory::m_storage, and Storage::write_block().

Referenced by BaseMemory::scireg_write(), and BaseMemory::write_block().

Here is the call graph for this function:

void BaseMemory::write_dbg	(	const uint32_t &	addr,
		const uint8_t &	byte
	)

References BaseMemory::m_storage, and Storage::write().

Referenced by BaseMemory::write(), and AHBMem::writeByteDBG().

Here is the call graph for this function:

ArrayStorage::~ArrayStorage ( )

BaseMemory::~BaseMemory ( )

References BaseMemory::m_storage.

MapStorage::~MapStorage ( )

Memory::~Memory ( )

Destructor.

MemoryPower::~MemoryPower ( )

Variable Documentation

sr_param<double> MemoryPower::dyn_read_energy

Dynamic energy per read access.

Referenced by MemoryPower::power_model(), and MemoryPower::swi_power_cb().

sr_param<double> MemoryPower::dyn_read_energy_norm

Normalized read access energy.

Referenced by MemoryPower::power_model().

sr_param<uint64_t> MemoryPower::dyn_reads

Number of reads from memory (read & reset by monitor)

Referenced by MemoryPower::dyn_reads_cb(), MemoryPower::dyn_reads_write_cb(), and MemoryPower::MemoryPower().

sr_param<double> MemoryPower::dyn_write_energy

Dynamic energy per write access.

Referenced by MemoryPower::power_model(), and MemoryPower::swi_power_cb().

sr_param<double> MemoryPower::dyn_write_energy_norm

Normalized write access energy.

Referenced by MemoryPower::power_model().

sr_param<uint64_t> MemoryPower::dyn_writes

Number of writes to memory (read & reset by monitor)

Referenced by MemoryPower::dyn_writes_cb(), MemoryPower::dyn_writes_write_cb(), and MemoryPower::MemoryPower().

sr_param<double> MemoryPower::int_power

Internal power of module.

Referenced by MemoryPower::power_model().

sr_param<double> MemoryPower::int_power_norm

Normalized internal power input (activation independent)

Referenced by MemoryPower::power_model().

gs::cnf::cnf_api* MemoryPower::m_api

GreenControl API Pointer.

gs::gs_param_array MemoryPower::m_performance_counters

Performance Counter Array.

bool MemoryPower::m_pow_mon

Power monitoring.

Referenced by MemoryPower::MemoryPower(), and MemoryPower::power_model().

gs::gs_param_array MemoryPower::power

Performance counter to store transaction byte reads.

Performance counter to store the transaction byte writes ***************************************************** Power Modeling Parameters Parameter array for power data output

sr_param<sc_core::sc_time> MemoryPower::power_frame_starting_time

Power frame starting time.

Referenced by MemoryPower::swi_power_cb().

sr_param<double> MemoryPower::sta_power

Static power of module.

Referenced by MemoryPower::power_model().

sr_param<double> MemoryPower::sta_power_norm

Normalized static power input.

Referenced by MemoryPower::power_model().

sr_param<double> MemoryPower::swi_power

Switching power of module.

Referenced by MemoryPower::MemoryPower(), and MemoryPower::swi_power_cb().