Files
file	ahbdevice.h

file	ahbdevicebase.h

file	ahbmaster.h

file	ahbslave.h

file	apbdevice.h

file	apbdevicebase.h

file	clkdevice.cpp

file	clkdevice.h

file	memdevice.cpp

file	memdevice.h

file	strace.cpp

Classes
class	AHBDevice< BASE >
	This class is a base class for grlib models. It implements the device plug and play informations. Together with the AHBCtrl class it implements the plug and play feature of the grlib. More...

class	AHBDeviceBase

class	AHBMaster< BASE >

class	AHBSlave< BASE >

class	APBDevice< BASE >
	This class is a base class for grlib models. It implements the device plug and play informations. Together with the APBBridge class it implements the plug and play feature of the grlib. More...

class	APBDeviceBase

class	CLKDevice

class	MEMDevice
	This class is a base class for memory models. It implements the device plug and play informations. More...

Functions
void	terminate_handler1 ()

void	unexpected_handler1 ()

	CLKDevice::CLKDevice ()

virtual	CLKDevice::~CLKDevice ()

virtual void	CLKDevice::onrst (const bool &value, const sc_core::sc_time &time)

virtual void	CLKDevice::onclk (const sc_core::sc_time &value, const sc_core::sc_time &time)

void	CLKDevice::set_clk (sc_core::sc_clock &clk)

void	CLKDevice::set_clk (sc_core::sc_time period)

void	CLKDevice::set_clk (double period, sc_core::sc_time_unit base)

virtual void	CLKDevice::dorst ()

	MEMDevice::MEMDevice (sc_module_name name, device_type type, uint32_t banks=0, uint32_t bsize=0, uint32_t bits=32, uint32_t cols=0)

virtual	MEMDevice::~MEMDevice ()
	Empty destructor. More...

virtual void	MEMDevice::init_mem_generics ()
	Initialize MEMDevice generics. More...

virtual const char *	MEMDevice::get_device_info () const
	Returns the memory configuration. More...

virtual const device_type	MEMDevice::get_type () const
	Returns the device type. More...

virtual const std::string	MEMDevice::get_type_name () const
	Return the device type name. More...

virtual const uint32_t	MEMDevice::get_banks () const
	Returns the number of banks of the memory (sram or sdram bank if needed) More...

virtual const uint32_t	MEMDevice::get_bsize () const

virtual const uint32_t	MEMDevice::get_bits () const

virtual const uint32_t	MEMDevice::get_cols () const
	Returns the column size of the memory (sdram) More...

virtual const uint32_t	MEMDevice::get_size () const
	Returns the size of the whole memory. More...

Detailed Description

Function Documentation

CLKDevice::CLKDevice ( )

void CLKDevice::dorst ( )

virtual

Reimplemented in Leon3Processor, mmu_cache_base, GPTimer, Irqmp, Mctrl, AHBCtrl, AMBABasePlatform, APBUART, AHBMem, AHBIn, and APBCtrl.

References v::debug.

Referenced by CLKDevice::onrst().

const uint32_t MEMDevice::get_banks ( ) const

virtual

Returns the number of banks of the memory (sram or sdram bank if needed)

const uint32_t MEMDevice::get_bits ( ) const

virtual

Returns the bit width of a memory word. 8, 16, 32 or 64 bits are allowed.

Referenced by Mctrl::start_of_simulation().

const uint32_t MEMDevice::get_bsize ( ) const

virtual

Returns the bank size of the memory bank. All memory banks of a type should have the same size.

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

const uint32_t MEMDevice::get_cols ( ) const

virtual

Returns the column size of the memory (sdram)

Referenced by Mctrl::start_of_simulation().

const char * MEMDevice::get_device_info ( ) const

virtual

Returns the memory configuration.

const uint32_t MEMDevice::get_size ( ) const

virtual

Returns the size of the whole memory.

const MEMDevice::device_type MEMDevice::get_type ( ) const

virtual

Returns the device type.

Referenced by Mctrl::start_of_simulation().

const std::string MEMDevice::get_type_name ( ) const

virtual

Return the device type name.

void MEMDevice::init_mem_generics ( )

virtual

Initialize MEMDevice generics.

Referenced by MEMDevice::MEMDevice().

MEMDevice::MEMDevice	(	sc_module_name	name,
		MEMDevice::device_type	type,
		uint32_t	banks = `0`,
		uint32_t	bsize = `0`,
		uint32_t	bits = `32`,
		uint32_t	cols = `0`
	)

All device informations are needed while constructing a device. The register content is formed here.

References MEMDevice::init_mem_generics().

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void CLKDevice::onclk	(	const sc_core::sc_time &	value,
		const sc_core::sc_time &	time
	)

virtual

Clock Callback

This function is called when ever the clock is changing. An internal variable called clock_cycle will be set to the exact value..

Parameters

value	Value of the clock.
time	Delay to the current simulation time. Is not used in this callback.

References CLKDevice::clkcng(), and CLKDevice::clock_cycle.

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void CLKDevice::onrst	(	const bool &	value,
		const sc_core::sc_time &	time
	)

virtual

Reset Callback

This function is called when the reset signal is triggerd. The reset whill reset all registers and bring the IRQ controler in a valid state.

Parameters

value	Value of the reset signal the reset is active as long the signal is false. Therefore the reset is done on the transition from false to true.
time	Delay to the current simulation time. Is not used in this callback.

References v::debug, and CLKDevice::dorst().

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void CLKDevice::set_clk ( sc_core::sc_clock & clk )

Set the clockcycle length.

With this function you can set the clockcycle length of the gptimer instance. The clockcycle is useed to calculate internal delays and waiting times to trigger the timer core functionality.

Parameters

clk	An sc_clk instance. The function will extract the clockcycle length from the instance.

References CLKDevice::clkcng(), and CLKDevice::clock_cycle.

Referenced by AMBABasePlatform::clkcng(), and sc_main().

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void CLKDevice::set_clk ( sc_core::sc_time period )

Set the clockcycle length.

With this function you can set the clockcycle length of the gptimer instance. The clockcycle is useed to calculate internal delays and waiting times to trigger the timer core functionality.

Parameters

period An sc_time variable which holds the clockcycle length.

References CLKDevice::clkcng(), and CLKDevice::clock_cycle.

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void CLKDevice::set_clk	(	double	period,
		sc_core::sc_time_unit	base
	)

Set the clockcycle length.

With this function you can set the clockcycle length of the gptimer instance. The clockcycle is useed to calculate internal delays and waiting times to trigger the timer core functionality.

Parameters

period	A double wich holds the clockcycle length in a unit stored in base.
base	The unit of the clockcycle length stored in period.

References CLKDevice::clkcng(), and CLKDevice::clock_cycle.

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void terminate_handler1 ( )

void unexpected_handler1 ( )

CLKDevice::~CLKDevice ( )

virtual

MEMDevice::~MEMDevice ( )

virtual

Empty destructor.

Files

Classes

Functions

Detailed Description

Function Documentation