Inheritance diagram for Module< Ni, No >:

Public Member Functions
	SC_HAS_PROCESS (Module)

	Module (sc_module_name instname, void(reconf_fct)(Reconf_thread_interface &, User_algorithm_interface< Ni, No > &), ofstream &logfile, sc_trace_file mtf)

const char *	get_name () const

int *	get_data_in_ptr (int)
	Get pointer to incoming data from socket 'socket'. More...

int *	get_data_in_ptr (string)
	Get pointer to incoming data from socket 'name'. More...

int	get_data_in_length (int) const
	Get input socket data length. More...

int	get_data_in_length (string) const
	Get input socket data length. More...

sc_dt::uint64	get_address_in (int) const
	Retrieve address from the incoming transaction on socket 'socket'. More...

sc_dt::uint64	get_address_in (string) const
	Retrieve address from the incoming transaction on socket 'name'. More...

int *	get_data_out_ptr (int)
	Get pointer to outgoing data from socket 'socket'. More...

int *	get_data_out_ptr (string)
	Get pointer to outgoing data from socket 'name'. More...

int	get_data_out_length (int) const
	Get output socket data length. More...

int	get_data_out_length (string) const
	Get output socket data length. More...

void	set_address_out (int, sc_dt::uint64)
	Set address for outgoing transaction on socket 'socket'. More...

void	set_address_out (string, sc_dt::uint64)
	Set address for outgoing transaction on socket 'socket'. More...

int	get_input_socket_id (string name) const
	Get input socket id by the name of the connection. More...

int	get_output_socket_id (string name) const
	Get input socket id by the name of the connection. More...

sc_time	get_WCET (void) const
	Get task worst case execution time (WCET), depending on current implementation. More...

sc_time	get_BCET (void) const
	Get task best case execution time (BCET), depending on current implementation. More...

void	end_of_algorithm (void)
	Function to call at the end of algorithm.

void	preemption_point (void)
	Function to call to emulate preemption.

void	compute (sc_time duration)
	Emulate an execution time of the algorithm. More...

bool	isTransactionInMemory (void)

const sc_event &	getEOREvent (void) const

const sc_event &	update_user_algorithm (void) const
	Get the event launched when the user algorithm has to be modified (e.g. changing working implementation) More...

void	wait_for_update_user_algorithm (void)

bool &	kill_user_algorithm (void)
	Get a reference to a boolean indicating whether the user algorithm should be killed or not (for instance, to be erplaced with a new thread). More...

void	b_data_received (string)
	Check if the data from channel 'name' have been received yet. Blocking function: if the data is not available at the time of the call, wait until it is received. More...

void	b_data_received (int)
	Check if the data from channel 'id' have been received yet. Blocking function: if the data is not available at the time of the call, wait until it is received. More...

void	b_all_data_received (void)
	Check if the data from all channels have been received yet. Blocking function: if the data is not available at the time of the call, wait until it is received.

bool	nb_data_received (string)
	Check if the data from channel 'name' have been received yet. Non-blocking function. More...

bool	nb_data_received (int)
	Check if the data from channel 'id' have been received yet. Non-blocking function. More...

bool	nb_all_data_received (void)
	Check if the data from all channels have been received yet. Non-blocking function. More...

void	nb_send_data (string)
	Send data towards channel 'name'. Non-blocking function. More...

void	nb_send_data (int)
	Send data towards channel 'id'. Non-blocking function. More...

void	nb_send_all_data (void)
	Send data towards all channels. Non-blocking function.

void	b_send_data (string)
	Send data towards channel 'name'. Blocking function: it will exit only when the following module has accepted the transaction. More...

void	b_send_data (int)
	Send data towards channel 'id'. Blocking function: it will exit only when the following module has accepted the transaction. More...

void	b_send_all_data (void)
	Send data towards every channels. Blocking function: it will exit only when the following modules have accepted all transactions.

void	b_data_sent (int id)
	Check if data has been sent on a particular socket. Blocking function: if data send is not finished yet, wait until the end of the transaction. If no send request has ever been made, considers the socket ready. More...

bool	nb_data_sent (int id)
	Check if data has been sent on a particular socket. Non-blocking function. If no send request has ever been made, considers the socket ready. More...

void	b_data_sent (string name)
	Check if data has been sent on a particular socket. Blocking function: if data send is not finished yet, wait until the end of the transaction. If no send request has ever been made, considers the socket ready. More...

bool	nb_data_sent (string name)
	Check if data has been sent on a particular socket. Non-blocking function. If no send request has ever been made, considers the socket ready. More...

void	b_all_data_sent (void)
	Check if data has been sent on every socket. Blocking function: if data send is not finished yet, wait until the end of the transaction. If no send request has ever been made, considers the socket ready.

bool	nb_all_data_sent (void)
	Check if data has been sent on every socket. Non-blocking function.

void	start_new_transaction_sequence (void)
	Indicate that a new transaction sequence is beginning (i.e. sending new data) for every socket. More...

void	start_new_transaction_sequence (int id)
	Indicate that a new transaction sequence is beginning (i.e. sending new data) for a particular socket. More...

void	start_new_transaction_sequence (string name)
	Indicate that a new transaction sequence is beginning (i.e. sending new data) for a particular socket. More...

bool	is_channel_transient (string)
	Check if channel 'name' is transient or not. More...

bool	is_channel_transient (int)
	Check if channel 'id' is transient or not. More...

int	get_nb_preemption_points (void)
	Get the number of preemption points that should be inserted in the algorithm. More...

void	set_algorithm_running (void)
	Function to call when the algorithm is running in order to have an accurate trace.

void	set_algorithm_idle (void)
	Function to call when the algorithm is idle in order to have an accurate trace.

void	set_algorithm_waiting (void)
	Function to call when the algorithm is waiting for data in order to have an accurate trace.

void	wait_until_next_period (void)
	Wait until the next period is started. For non-periodic tasks, return immediately.

ofstream &	get_logfile (void)
	Get logfile. More...

string	get_algorithm_execution_mode (void)
	Get current algorithm execution mode. More...

bool	is_algorithm_execution_mode (string)
	Check for a particular execution mode. More...

void	release_input_socket (int socketID)
	Release a particular input socket so that preceding module might send some more data. More...

void	release_input_socket (string connectionName)
	Release a particular input socket so that preceding module might send some more data. More...

void	release_all_input_sockets (void)
	Release all input socket so that preceding modules might send some more data.

void	b_execution_requested (void)
	Wait until an algorithm execution has been requested/granted by the manager.

const sc_event &	configuration_updated () const

void	finish_configuration (void)

int	get_current_implementation_id (void)

vector< ModuleImplementation >	get_implementation_vector (void)

bool	has_implementation (TaskImplementation &) const

void	set_current_implementation (string)
	Set current implementation for the module, based on its name ('implementationName'). More...

vector< ModuleImplementation >	get_implementation_vector (void) const
	Get task implementations (HW and SW implementations are merged) More...

sc_time	get_deadline_time (void) const
	Get task deadline (as the maximum acceptable time for one task execution) More...

sc_time	get_task_deadline (void) const
	Get task deadline (absolute time representation) More...

void	set_request_time (void)
	Set the time at which a configuration request has been made in order to update deadlines.

bool	fits (RZ *rz)
	Check if task fits a reconfigurable zone (verifying every hardware implementations defined for the module) More...

string	getName (void) const
	Return module name. More...

int	get_nb_processed_transactions (void) const
	Get the number of transactions processed so far. More...

vector< int >	getFollowingList (void) const
	Get a list of tasks following this one in the block diagram. If an ID of vector is -1, the following task is a testbench. More...

vector< int >	getPrecedingList (void) const
	Get a list of tasks preceding this one in the block diagram. If an ID of vector is -1, the preceding task is a testbench. More...

void	updateLists (int offset)
	Update lists after the entire application has been defined. Called once by the reconfiguration manager. More...

bool	is_static (void) const
	Check if the module has been defined static (i.e. always implemented on the FPGA) More...

int	get_task_priority (void) const
	Return task priority. More...

sc_time	get_task_period (void) const
	Return task period. More...

sc_time	get_task_offset (void) const
	Return task offset. More...

string	get_current_implementation_fullname (void)
	Get current implementation ID. More...

bool	has_current_implementation (void)
	Check if exist a current implementation. More...

ModuleImplementation	get_current_implementation (void)
	Get current implementation. More...

void	update_algorithm_execution_mode (string command)
	Transmit algorithm execution mode from issued by the testbench to the module (e.g. change algorithm implementation to 'VHDL'. More...

bool	use_context_switch_mode (string implementationName)
	Check if context switch mode is enabled for the implementation named 'implementationName'. In this mode, specific to HW implementations, a context switch is performed each time the task is being replaced on a reconfigurable zone (not only when the task is being preempted). More...

void	send_start_algorithm_event (void)
	Send a notification to the module in order to start the user algorithm.

sc_time	get_new_period_start_time (void) const
	Retrieve time of the beginning for next period. More...

int	get_nb_transient_channels (void)
	Get number of transient channels within the module. More...

void	set_task_priority (int priority)
	Change the task priority. More...

tlm_sync_enum	nb_transport_bw (int id, tlm_generic_payload &trans, tlm_phase &phase, sc_time &delay)

tlm_sync_enum	nb_transport_fw (int id, tlm_generic_payload &trans, tlm_phase &phase, sc_time &delay)

void	b_transport_conf (tlm_generic_payload &trans, sc_time &delay)

void	add_timing_info (tlm_phase_enum phase, string connection_name, sc_time time)

void	set_begin_req_time (string connection_name, sc_time t)

void	set_end_req_time (string connection_name, sc_time t)

void	set_begin_resp_time (string connection_name, sc_time t)

void	set_end_resp_time (string connection_name, sc_time t)

void	set_deadline_time (sc_time t)

void	set_preceding_modules_list (vector< int > &v)

void	set_following_modules_list (vector< int > &v)

void	add_following_module_connection_name (string name)

void	add_preceding_module_connection_name (string name)

void	set_packet_size (string connection_name, int size)

void	enable_configuration_signals_trace (void)

void	activate_trace (void)

void	info (void)

void	verify_bindings (void)

void	set_implementation_vector (vector< ModuleImplementation > &impl)

void	set_static_module (void)

void	set_priority (int)

void	add_interface (ModuleInterface mod_if)

void	release_physical_channels_method (int channel_id)

bool	is_physical_channel_available (string connection_name)

void	display_physical_channels_map (void)

string	get_input_connection_name (int id)

string	get_output_connection_name (int id)

void	set_task_period (sc_time p)

void	set_task_offset (sc_time o)

void	update_socket_data_received_buffer (int)

void	update_socket_data_sent_buffer (int)

Public Attributes
multi_passthrough_target_socket < Module >	target_socket

multi_passthrough_initiator_socket < Module >	initiator_socket

simple_target_socket< Module >	manager_target_socket

simple_initiator_socket< Module >	manager_initiator_socket

Member Function Documentation

template<int Ni, int No>

void Module< Ni, No >::b_data_received ( string name )

virtual

Check if the data from channel 'name' have been received yet. Blocking function: if the data is not available at the time of the call, wait until it is received.

Parameters

name	Name of the channel to check

Implements User_algorithm_interface< Ni, No >.

template<int Ni, int No>

void Module< Ni, No >::b_data_received ( int id )

virtual

Check if the data from channel 'id' have been received yet. Blocking function: if the data is not available at the time of the call, wait until it is received.

Parameters

id	ID of the channel to check

Implements User_algorithm_interface< Ni, No >.

template<int Ni, int No>

void Module< Ni, No >::b_data_sent ( int id )

virtual

Check if data has been sent on a particular socket. Blocking function: if data send is not finished yet, wait until the end of the transaction. If no send request has ever been made, considers the socket ready.

Parameters

id Socket ID

Implements User_algorithm_interface< Ni, No >.

template<int Ni, int No>

void Module< Ni, No >::b_data_sent ( string name )

virtual

Check if data has been sent on a particular socket. Blocking function: if data send is not finished yet, wait until the end of the transaction. If no send request has ever been made, considers the socket ready.

Parameters

name	Name of the connection bound to the socket

Implements User_algorithm_interface< Ni, No >.

template<int Ni, int No>

void Module< Ni, No >::b_send_data ( string name )

virtual

Send data towards channel 'name'. Blocking function: it will exit only when the following module has accepted the transaction.

Parameters

name	Name of the channel where data will be sent

Implements User_algorithm_interface< Ni, No >.

template<int Ni, int No>

void Module< Ni, No >::b_send_data ( int id )

virtual

Send data towards channel 'id'. Blocking function: it will exit only when the following module has accepted the transaction.

Parameters

id	ID of the channel where data will be sent

Implements User_algorithm_interface< Ni, No >.

template<int Ni, int No>

void Module< Ni, No >::compute ( sc_time duration )

virtual

Emulate an execution time of the algorithm.

Parameters

duration Execution time

Implements User_algorithm_interface< Ni, No >.

template<int Ni, int No>

const sc_event & Module< Ni, No >::configuration_updated ( ) const

virtual

Reconf_thread_interface methods

Implements Reconf_thread_interface.

template<int Ni, int No>

bool Module< Ni, No >::fits ( RZ * rz )

virtual

Check if task fits a reconfigurable zone (verifying every hardware implementations defined for the module)

Parameters

rz	Pointer to the reconfigurable zone to check

Returns: true if module fits the RZ

Implements Task_to_schedule_interface.

template<int Ni, int No>

sc_dt::uint64 Module< Ni, No >::get_address_in ( int socket ) const

virtual

Retrieve address from the incoming transaction on socket 'socket'.

Parameters

socket Socket ID

Returns: The address

Implements User_algorithm_interface< Ni, No >.

template<int Ni, int No>

sc_dt::uint64 Module< Ni, No >::get_address_in ( string name ) const

virtual

Retrieve address from the incoming transaction on socket 'name'.

Parameters

name	Name of the socket connection

Returns: The address

Implements User_algorithm_interface< Ni, No >.

template<int Ni, int No>

string Module< Ni, No >::get_algorithm_execution_mode ( void )

virtual

Get current algorithm execution mode.

Returns: String representation of the execution mode

Implements User_algorithm_interface< Ni, No >.

template<int Ni, int No>

sc_time Module< Ni, No >::get_BCET ( void ) const

virtual

Get task best case execution time (BCET), depending on current implementation.

Returns: BCET

Implements User_algorithm_interface< Ni, No >.

template<int Ni, int No>

ModuleImplementation Module< Ni, No >::get_current_implementation ( void )

virtual

Get current implementation.

Returns: Current implementation

Implements Manager_interface.

template<int Ni, int No>

string Module< Ni, No >::get_current_implementation_fullname ( void )

virtual

Get current implementation ID.

Returns: Current implementation id

Implements Manager_interface.

template<int Ni, int No>

int Module< Ni, No >::get_data_in_length ( int socket ) const

virtual

Get input socket data length.

Parameters

socket Socket ID

Returns: data length

Implements User_algorithm_interface< Ni, No >.

template<int Ni, int No>

int Module< Ni, No >::get_data_in_length ( string name ) const

virtual

Get input socket data length.

Parameters

name	Name of the socket connection

Returns: data length

Implements User_algorithm_interface< Ni, No >.

template<int Ni, int No>

int * Module< Ni, No >::get_data_in_ptr ( int socket )

virtual

Get pointer to incoming data from socket 'socket'.

Parameters

socket Socket ID

Returns: Pointer to an array of data

Implements User_algorithm_interface< Ni, No >.

template<int Ni, int No>

int * Module< Ni, No >::get_data_in_ptr ( string name )

virtual

Get pointer to incoming data from socket 'name'.

Parameters

name	Name of the socket connection

Returns: Pointer to an array of data

Implements User_algorithm_interface< Ni, No >.

template<int Ni, int No>

int Module< Ni, No >::get_data_out_length ( int socket ) const

virtual

Get output socket data length.

Parameters

socket Socket ID

Returns: data length

Implements User_algorithm_interface< Ni, No >.

template<int Ni, int No>

int Module< Ni, No >::get_data_out_length ( string name ) const

virtual

Get output socket data length.

Parameters

name	Name of the socket connection

Returns: data length

Implements User_algorithm_interface< Ni, No >.

template<int Ni, int No>

int * Module< Ni, No >::get_data_out_ptr ( int socket )

virtual

Get pointer to outgoing data from socket 'socket'.

Parameters

socket Socket ID

Returns: Pointer to an array of data

Implements User_algorithm_interface< Ni, No >.

template<int Ni, int No>

int * Module< Ni, No >::get_data_out_ptr ( string name )

virtual

Get pointer to outgoing data from socket 'name'.

Parameters

name	Name of the socket connection

Returns: Pointer to an array of data

Implements User_algorithm_interface< Ni, No >.

template<int Ni, int No>

sc_time Module< Ni, No >::get_deadline_time ( void ) const

virtual

Get task deadline (as the maximum acceptable time for one task execution)

Returns: sc_time representation of the task deadline

Implements Task_priority_comparator_interface.

template<int Ni, int No>

vector< ModuleImplementation > Module< Ni, No >::get_implementation_vector ( void ) const

virtual

Get task implementations (HW and SW implementations are merged)

Returns: Vector containing module implementation (class ModuleImplementation)

Implements Manager_interface.

template<int Ni, int No>

int Module< Ni, No >::get_input_socket_id ( string name ) const

virtual

Get input socket id by the name of the connection.

Parameters

name	Connection name

Returns: Socket ID

Implements User_algorithm_interface< Ni, No >.

template<int Ni, int No>

ofstream & Module< Ni, No >::get_logfile ( void )

virtual

Get logfile.

Returns: Log file

Implements User_algorithm_interface< Ni, No >.

template<int Ni, int No>

const char * Module< Ni, No >::get_name ( void ) const

virtual

User_algorithm_interface methods

Implements Reconf_thread_interface.

template<int Ni, int No>

int Module< Ni, No >::get_nb_preemption_points ( void )

virtual

Get the number of preemption points that should be inserted in the algorithm.

Returns: number of preemption points

Implements User_algorithm_interface< Ni, No >.

template<int Ni, int No>

int Module< Ni, No >::get_nb_processed_transactions ( void ) const

virtual

Get the number of transactions processed so far.

Returns: Number of processed transactions

Implements Manager_interface.

template<int Ni, int No>

int Module< Ni, No >::get_nb_transient_channels ( void )

virtual

Get number of transient channels within the module.

Returns: Number of transient channels

Implements Manager_interface.

template<int Ni, int No>

sc_time Module< Ni, No >::get_new_period_start_time ( void ) const

virtual

Retrieve time of the beginning for next period.

Returns: Absolute time of the new period beginning

Implements Task_to_schedule_interface.

template<int Ni, int No>

int Module< Ni, No >::get_output_socket_id ( string name ) const

virtual

Get input socket id by the name of the connection.

Parameters

name	Connection name

Returns: Socket ID

Implements User_algorithm_interface< Ni, No >.

template<int Ni, int No>

sc_time Module< Ni, No >::get_task_deadline ( void ) const

virtual

Get task deadline (absolute time representation)

Returns: sc_time representation of the task deadline (absolute time)

Implements Task_priority_comparator_interface.

template<int Ni, int No>

sc_time Module< Ni, No >::get_task_offset ( void ) const

virtual

Return task offset.

Returns: Task offset

Implements Task_priority_comparator_interface.

template<int Ni, int No>

sc_time Module< Ni, No >::get_task_period ( void ) const

virtual

Return task period.

Returns: Task period

Implements Task_priority_comparator_interface.

template<int Ni, int No>

int Module< Ni, No >::get_task_priority ( void ) const

virtual

Return task priority.

Returns: Taks priority

Implements Task_priority_comparator_interface.

template<int Ni, int No>

sc_time Module< Ni, No >::get_WCET ( void ) const

virtual

Get task worst case execution time (WCET), depending on current implementation.

Returns: WCET

Implements User_algorithm_interface< Ni, No >.

template<int Ni, int No>

vector< int > Module< Ni, No >::getFollowingList ( void ) const

virtual

Get a list of tasks following this one in the block diagram. If an ID of vector is -1, the following task is a testbench.

Returns: A vector containing IDs of following tasks

Implements Task_to_schedule_interface.

template<int Ni, int No>

string Module< Ni, No >::getName ( void ) const

virtual

Return module name.

Returns: string representation of module name

Implements Task_to_schedule_interface.

template<int Ni, int No>

vector< int > Module< Ni, No >::getPrecedingList ( void ) const

virtual

Get a list of tasks preceding this one in the block diagram. If an ID of vector is -1, the preceding task is a testbench.

Returns: A vector containing IDs of preceding tasks

Implements Task_to_schedule_interface.

template<int Ni, int No>

bool Module< Ni, No >::has_current_implementation ( void )

virtual

Check if exist a current implementation.

Returns: return true if exists

Implements Manager_interface.

template<int Ni, int No>

bool Module< Ni, No >::has_implementation ( TaskImplementation & impl ) const

virtual

Manager interface

Implements Task_to_schedule_interface.

template<int Ni, int No>

bool Module< Ni, No >::is_algorithm_execution_mode ( string mode )

virtual

Check for a particular execution mode.

Parameters

mode	Execution mode to look after

Returns: true if current execution mode is 'mode', false otherwise

Implements User_algorithm_interface< Ni, No >.

template<int Ni, int No>

bool Module< Ni, No >::is_channel_transient ( string name )

virtual

Check if channel 'name' is transient or not.

Parameters

name	Name of the channel to check for transience

Returns: true if channel is transient

Implements User_algorithm_interface< Ni, No >.

template<int Ni, int No>

bool Module< Ni, No >::is_channel_transient ( int id )

virtual

Check if channel 'id' is transient or not.

Parameters

id	ID of the channel to check for transience

Returns: true if channel is transient

Implements User_algorithm_interface< Ni, No >.

template<int Ni, int No>

bool Module< Ni, No >::is_static ( void ) const

virtual

Check if the module has been defined static (i.e. always implemented on the FPGA)

Returns: true if module is static

Implements Manager_interface.

template<int Ni, int No>

bool & Module< Ni, No >::kill_user_algorithm ( void )

virtual

Get a reference to a boolean indicating whether the user algorithm should be killed or not (for instance, to be erplaced with a new thread).

Returns: reference to the boolean

Implements User_algorithm_interface< Ni, No >.

template<int Ni, int No>

bool Module< Ni, No >::nb_all_data_received ( void )

virtual

Check if the data from all channels have been received yet. Non-blocking function.

Returns: true if data is available

Implements User_algorithm_interface< Ni, No >.

template<int Ni, int No>

bool Module< Ni, No >::nb_data_received ( string name )

virtual

Check if the data from channel 'name' have been received yet. Non-blocking function.

Parameters

name	Name of the channel to check

Returns: true if data is available

Implements User_algorithm_interface< Ni, No >.

template<int Ni, int No>

bool Module< Ni, No >::nb_data_received ( int id )

virtual

Check if the data from channel 'id' have been received yet. Non-blocking function.

Parameters

id	ID of the channel to check

Returns: true if data is available

Implements User_algorithm_interface< Ni, No >.

template<int Ni, int No>

bool Module< Ni, No >::nb_data_sent ( int id )

virtual

Check if data has been sent on a particular socket. Non-blocking function. If no send request has ever been made, considers the socket ready.

Parameters

id Socket ID

Implements User_algorithm_interface< Ni, No >.

template<int Ni, int No>

bool Module< Ni, No >::nb_data_sent ( string name )

virtual

Check if data has been sent on a particular socket. Non-blocking function. If no send request has ever been made, considers the socket ready.

Parameters

name	Name of the connection bound to the socket

Implements User_algorithm_interface< Ni, No >.

template<int Ni, int No>

void Module< Ni, No >::nb_send_data ( string name )

virtual

Send data towards channel 'name'. Non-blocking function.

Parameters

name	Name of the channel where data will be sent

Implements User_algorithm_interface< Ni, No >.

template<int Ni, int No>

void Module< Ni, No >::nb_send_data ( int id )

virtual

Send data towards channel 'id'. Non-blocking function.

Parameters

id	ID of the channel where data will be sent

Implements User_algorithm_interface< Ni, No >.

template<int Ni, int No>

tlm_sync_enum Module< Ni, No >::nb_transport_bw	(	int	id,
		tlm_generic_payload &	trans,
		tlm_phase &	phase,
		sc_time &	delay
	)

User interface

template<int Ni, int No>

void Module< Ni, No >::release_input_socket ( int socketID )

virtual

Release a particular input socket so that preceding module might send some more data.

Parameters

socketID Socket ID

Implements User_algorithm_interface< Ni, No >.

template<int Ni, int No>

void Module< Ni, No >::release_input_socket ( string connectionName )

virtual

Release a particular input socket so that preceding module might send some more data.

Parameters

connectionName Name of the connection bound to the socket

Implements User_algorithm_interface< Ni, No >.

template<int Ni, int No>

void Module< Ni, No >::set_address_out	(	int	socket,
		sc_dt::uint64	value
	)

virtual

Set address for outgoing transaction on socket 'socket'.

Parameters

socket	Socket ID
value	New value

Returns: The address

Implements User_algorithm_interface< Ni, No >.

template<int Ni, int No>

void Module< Ni, No >::set_address_out	(	string	name,
		sc_dt::uint64	value
	)

virtual

Set address for outgoing transaction on socket 'socket'.

Parameters

name	Name of the socket connection
value	New value

Returns: The address

Implements User_algorithm_interface< Ni, No >.

template<int Ni, int No>

void Module< Ni, No >::set_current_implementation ( string implementationName )

virtual

Set current implementation for the module, based on its name ('implementationName').

Parameters

implementationName Current implementation name

Implements Manager_interface.

template<int Ni, int No>

void Module< Ni, No >::set_task_priority ( int priority )

virtual

Change the task priority.

Parameters

New	task priority

Implements Task_to_schedule_interface.

template<int Ni, int No>

void Module< Ni, No >::start_new_transaction_sequence ( void )

virtual

Indicate that a new transaction sequence is beginning (i.e. sending new data) for every socket.

Parameters

id Socket ID

Implements User_algorithm_interface< Ni, No >.

template<int Ni, int No>

void Module< Ni, No >::start_new_transaction_sequence ( int id )

virtual

Indicate that a new transaction sequence is beginning (i.e. sending new data) for a particular socket.

Parameters

id Socket ID

Implements User_algorithm_interface< Ni, No >.

template<int Ni, int No>

void Module< Ni, No >::start_new_transaction_sequence ( string name )

virtual

Indicate that a new transaction sequence is beginning (i.e. sending new data) for a particular socket.

Parameters

name	Name of the connection bound to the socket.

Implements User_algorithm_interface< Ni, No >.

template<int Ni, int No>

void Module< Ni, No >::update_algorithm_execution_mode ( string mode )

virtual

Transmit algorithm execution mode from issued by the testbench to the module (e.g. change algorithm implementation to 'VHDL'.

Parameters

mode	String representation of the execution mode

Implements Manager_interface.

template<int Ni, int No>

const sc_event & Module< Ni, No >::update_user_algorithm ( void ) const

virtual

Get the event launched when the user algorithm has to be modified (e.g. changing working implementation)

Returns: constant reference to the SystemC event

Implements User_algorithm_interface< Ni, No >.

template<int Ni, int No>

void Module< Ni, No >::updateLists ( int offset )

virtual

Update lists after the entire application has been defined. Called once by the reconfiguration manager.

Parameters

offset Offset to apply to IDs within lists

Implements Manager_interface.

template<int Ni, int No>

bool Module< Ni, No >::use_context_switch_mode ( string implementationName )

virtual

Check if context switch mode is enabled for the implementation named 'implementationName'. In this mode, specific to HW implementations, a context switch is performed each time the task is being replaced on a reconfigurable zone (not only when the task is being preempted).

Parameters

implementationName Implementation name

Returns: true if context switch mode is enabled

Implements Manager_interface.

The documentation for this class was generated from the following file:

C:/App/eclipse/TOOLS/fortress_management/fortress_dev/ref-simulation/Config_1/simulation/RecoSim/src/module.h

Public Member Functions

Public Attributes

Member Function Documentation