SVT svt_mem_system_backdoor Class Member List

This is the complete list of members for class svt_mem_system_backdoor, including all inherited members.


uvm_transaction	function void	accept_tr ( time accept_time = 0 )


uvm_transaction	function integer	begin_child_tr ( time begin_time = 0, integer parent_handle = 0 )

uvm_transaction	uvm_event	begin_event


uvm_transaction	function integer	begin_tr ( time begin_time = 0 )

uvm_object	function uvm_object	clone ( )

svt_mem_system_backdoor	function int	compare ( string filename, svt_mem_backdoor_base :: compare_type_enum compare_type, int max_errors, svt_mem_addr_t addr_lo, svt_mem_addr_t addr_hi )	Compare the content of the memory in the specifed address range (entire memory by default) with the data found in the specifed file, using the relevant policy based on the filename. This is the method that the user should use when doing 'compare' operations.

svt_mem_system_backdoor	function int	compare_base ( string filename, svt_mem_backdoor_base :: compare_type_enum compare_type, int max_errors, svt_mem_addr_t addr_lo, svt_mem_addr_t addr_hi, svt_mem_address_mapper mapper = null )	Internal method for comparing the content of the memory in the specifed address range (entire memory by default) with the data found in the specifed file, using the relevant policy based on the filename.

svt_mem_backdoor_base	enum	compare_type_enum	The same addresses present in the memory core and in the file contain the same data and addresses present only in the file or the memory core are ignored

svt_mem_backdoor_base	typedef	compare_type_enum

svt_mem_system_backdoor	function bit	contains_backdoor ( svt_mem_backdoor_base backdoor )	Used to check whether 'backdoor' is included in this system backdoor.

uvm_object	function string	convert2string ( )

uvm_object	function void	copy ( uvm_object rhs )


uvm_transaction	function void	disable_recording ( )

uvm_transaction	protected function void	do_accept_tr ( )

uvm_transaction	protected function void	do_begin_tr ( )

uvm_object	function bit	do_compare ( uvm_object rhs, uvm_comparer comparer )

uvm_transaction	function void	do_copy ( uvm_object rhs )

uvm_transaction	protected function void	do_end_tr ( )

uvm_object	function void	do_pack ( uvm_packer packer )

uvm_sequence_item	function void	do_print ( uvm_printer printer )

uvm_transaction	function void	do_record ( uvm_recorder recorder )

uvm_object	function void	do_unpack ( uvm_packer packer )

svt_mem_system_backdoor	function void	dump ( string filename, string filetype, bit append, svt_mem_addr_t addr_lo, svt_mem_addr_t addr_hi, int modes = 0 )	Saves memory contents within the indicated 'addr_lo' to 'addr_hi' address range into the specified 'file' using the format identified by 'filetype', where the only supported values are "MIF" and "MEMH". The 'append' bit indicates whether the content should be appended to the file if it already exists. This is the method that the user should use when doing 'dump' operations.

svt_mem_system_backdoor	function void	dump_base ( string filename, string filetype, svt_mem_addr_t addr_lo, svt_mem_addr_t addr_hi, svt_mem_address_mapper mapper = null, int modes = 0 )	Internal method for saving memory contents within the indicated 'addr_lo' to 'addr_hi' address range into the specified 'file' using the format identified by 'filetype', where the only supported values are "MIF" and "MEMH". This is the file dump method which classes extended from svt_mem_backdoor_base must implement.

uvm_transaction	function void	enable_recording ( string stream, uvm_recorder recorder = null )

uvm_transaction	uvm_event	end_event


uvm_transaction	function void	end_tr ( time end_time = 0, bit free_handle = 1 )

uvm_transaction	const uvm_object_string_pool	events = new;

svt_mem_backdoor_base	function bit	free ( svt_mem_addr_t addr_lo, svt_mem_addr_t addr_hi )	Free the data associated with the specified address range, as if it had never been written. If addr_lo == 0 and addr_hi == -1 then this frees all of the data in the memory.

svt_mem_system_backdoor	function bit	free_base ( svt_mem_addr_t addr_lo, svt_mem_addr_t addr_hi, int modes = 0 )	Free the data associated with the specified address range, as if it had never been written. If addr_lo == 0 and addr_hi == -1 then this frees all of the data in the memory.

uvm_transaction	function time	get_accept_time ( )

uvm_transaction	function time	get_begin_time ( )

svt_mem_system_backdoor	function svt_mem_backdoor_base	get_contained_backdoor ( int ix )	Used to get a contained backdoor.

svt_mem_system_backdoor	function int	get_contained_backdoor_count ( )	Used to get the number of contained backdoor/mapper pairs.

svt_mem_system_backdoor	function string	get_contained_backdoor_name ( int ix )	Used to get the name for a contained backdoor.

svt_mem_system_backdoor	function svt_mem_address_mapper	get_contained_mapper ( int ix )	Used to get a contained mapper.

svt_mem_system_backdoor	function string	get_contained_mapper_name ( int ix )	Used to get the name for a contained mapper.

uvm_sequence_item	function int	get_depth ( )

svt_mem_system_backdoor	function svt_mem_addr_t	get_dest_addr ( svt_mem_addr_t src_addr, output svt_mem_backdoor_base backdoor )	Used to convert a source address into a destination address. Accomplished by doing repeated conversions, starting with the source backdoor and mapper for the provided 'src_addr' and ending with the destination backdoor and mapper that is reached after the multiple conversions. Issues a warning and returns an address of '0' if the src_addr cannot be mapped to an address supported by any of the destination backdoor instances.

svt_mem_system_backdoor	function svt_mem_address_mapper	get_downstream_mapper ( ref svt_mem_address_mapper_stack mapper_stack, input svt_mem_address_mapper front_mapper, input svt_mem_address_mapper back_mapper )	Utility to figure the downstream mapper to use based on the contained mapper and method provided mapper situation.

uvm_transaction	function time	get_end_time ( )

uvm_transaction	function uvm_event_pool	get_event_pool ( )

svt_mem_backdoor_base	function string	get_formatted_name ( )	Used to get the backdoor name in a form that can easily be added to a message.

svt_mem_system_backdoor	function int	get_fully_supported_features ( )	Method to provide a bit vector identifying which operations are fully supported.

uvm_sequence_item	function string	get_full_name ( )

uvm_transaction	function uvm_component	get_initiator ( )

uvm_object	static function int	get_inst_count ( )

uvm_object	function int	get_inst_id ( )

uvm_object	function string	get_name ( )


uvm_sequence_item	function uvm_sequence_base	get_parent_sequence ( )

uvm_sequence_item	function uvm_sequence_base	get_root_sequence ( )

uvm_sequence_item	function string	get_root_sequence_name ( )

uvm_sequence_item	function int	get_sequence_id ( )

uvm_sequence_item	function uvm_sequencer_base	get_sequencer ( )

uvm_sequence_item	function string	get_sequence_path ( )

svt_mem_system_backdoor	function svt_mem_addr_t	get_src_addr ( svt_mem_addr_t dest_addr, svt_mem_backdoor_base backdoor )	Used to convert a destination address into a source address. Accomplished by doing repeated conversions, starting with the destination backdoor and mapper for the provided 'dest_addr' and ending with the source backdoor and mapper that is reached after the multiple conversions. Issues a warning and returns an address of '0' if the dest_addr cannot be mapped to an address supported by any of the source backdoor instances.

svt_mem_system_backdoor	function int	get_supported_features ( )	Method to provide a bit vector identifying which operations are supported.

uvm_transaction	function integer	get_tr_handle ( )

uvm_transaction	function integer	get_transaction_id ( )



uvm_sequence_item	function bit	get_use_sequence_info ( )

svt_mem_backdoor_base	function void	initialize ( svt_mem_backdoor_base :: init_pattern_type_enum pattern = INIT_CONST, svt_mem_data_t base_data = 0, svt_mem_addr_t start_addr = 0, svt_mem_addr_t end_addr = -1, svt_mem_data_t optional_data = 0 )	Initialize the specified address range in the memory with the specified pattern.

svt_mem_system_backdoor	function void	initialize_base ( svt_mem_backdoor_base :: init_pattern_type_enum pattern = INIT_CONST, svt_mem_data_t base_data = 0, svt_mem_addr_t start_addr = 0, svt_mem_addr_t end_addr = -1, int modes = 0, svt_mem_data_t optional_data = 0 )	Initialize the specified address range in the memory with the specified pattern.

svt_mem_backdoor_base	enum value	INIT_CONST

svt_mem_backdoor_base	enum value	INIT_DECR

svt_mem_backdoor_base	enum value	INIT_INCR

svt_mem_backdoor_base	enum value	INIT_ODD_EVEN_CONST

svt_mem_backdoor_base	enum	init_pattern_type_enum	Pattern type to define the default value for uninitialized memory locations.

svt_mem_backdoor_base	typedef	init_pattern_type_enum

svt_mem_backdoor_base	enum value	INIT_RAND

svt_mem_backdoor_base	enum value	INIT_WALK_LEFT

svt_mem_backdoor_base	enum value	INIT_WALK_RIGHT


svt_mem_backdoor_base	enum value	INTERSECT

uvm_sequence_item	static bit	issued1

uvm_sequence_item	static bit	issued2

uvm_transaction	function bit	is_active ( )

uvm_sequence_item	virtual function bit	is_item ( )

uvm_transaction	function bit	is_recording_enabled ( )

svt_mem_system_backdoor	function void	load ( string filename, bit write_protected = 0 )	Loads memory locations with the contents of the specified file. This is the method that the user should use when doing 'load' operations.

svt_mem_system_backdoor	function void	load_base ( string filename, svt_mem_address_mapper mapper = null, int modes = 0 )	Internal method for loading memory locations with the contents of the specified file. This is the file load method which classes extended from svt_mem_backdoor_base must implement.


uvm_transaction	protected function integer	m_begin_tr ( time begin_time = 0, integer parent_handle = 0, bit has_parent = 0 )

uvm_sequence_item	protected uvm_report_object	m_client

uvm_sequence_item	protected string	m_client_str

uvm_sequence_item	protected int	m_depth = -1;

uvm_sequence_item	virtual function string	m_get_client_info ( output uvm_report_object client )

uvm_object	protected virtual function uvm_report_object	m_get_report_object ( )

uvm_object	static protected int	m_inst_count




uvm_sequence_item	protected uvm_sequence_base	m_parent_sequence


uvm_sequence_item	protected uvm_report_handler	m_rh


uvm_sequence_item	protected uvm_sequencer_base	m_sequencer

uvm_sequence_item	virtual function void	m_set_p_sequencer ( )




uvm_sequence_item	protected bit	m_use_sequence_info

svt_mem_system_backdoor	function void	new ( string name = "", uvm_report_object reporter = null )	CONSTRUCTOR: Creates a new instance of the svt_mem_system_backdoor class.

uvm_object	function int	pack ( ref bit bitstream[], input uvm_packer packer )

uvm_object	function int	pack_bytes ( ref byte unsigned bytestream[], input uvm_packer packer )

uvm_object	function int	pack_ints ( ref int unsigned intstream[], input uvm_packer packer )

svt_mem_backdoor_base	function bit	peek ( svt_mem_addr_t addr, output svt_mem_data_t data )	Set the output argument to the value found at the specified address

svt_mem_system_backdoor	function svt_mem_attr_t	peek_attributes ( svt_mem_addr_t addr_lo, svt_mem_addr_t addr_hi, int modes = 0 )	Return the attribute settings for the indicated address range. Does an 'AND' or an 'OR' of the attributes within the range, based on the 'modes' setting. The default setting results in an 'AND' of the attributes.

svt_mem_system_backdoor	function bit	peek_base ( svt_mem_addr_t addr, output svt_mem_data_t data, input int modes )	Set the output argument to the value found at the specified address.

svt_mem_backdoor_base	function bit	poke ( svt_mem_addr_t addr, svt_mem_data_t data )	Write the specified value at the specified address.

svt_mem_system_backdoor	function void	poke_attributes ( svt_mem_attr_t attr, svt_mem_addr_t addr_lo, svt_mem_addr_t addr_hi, int modes = 0 )	Set the attributes for the addresses in the indicated address range. Does an 'AND' or an 'OR' of the attributes within the range, based on the 'modes' setting. The default setting results in an 'AND' of the attributes.

svt_mem_system_backdoor	function bit	poke_base ( svt_mem_addr_t addr, svt_mem_data_t data, int modes = 0 )	Write the specified value at the specified address.

uvm_sequence_item	bit	print_sequence_info

svt_mem_system_backdoor	function string	psdisplay ( string prefix = "" )	Generates short description of the backdoor instance. This includes information for all of the backdoor and mapper instances.

uvm_object	function void	record ( uvm_recorder recorder = null )


svt_mem_backdoor_base	uvm_report_object	reporter	SVT message macros route messages through this reference. This overrides the shared svt_sequence_item_base reporter.

uvm_sequence_item	function void	set_depth ( int value )

uvm_sequence_item	function void	set_id_info ( uvm_sequence_item item )

uvm_transaction	function void	set_initiator ( uvm_component initiator )

uvm_object	function void	set_int_local ( string field_name, uvm_bitstream_t value, bit recurse = 1 )

uvm_sequence_item	function void	set_item_context ( uvm_sequence_base parent_seq, uvm_sequencer_base sequencer = null )

uvm_object	function void	set_object_local ( string field_name, uvm_object value, bit clone = 1, bit recurse = 1 )

uvm_sequence_item	function void	set_parent_sequence ( uvm_sequence_base parent )

uvm_sequence_item	function void	set_sequence_id ( int id )

uvm_sequence_item	virtual function void	set_sequencer ( uvm_sequencer_base sequencer )

uvm_object	function void	set_string_local ( string field_name, string value, bit recurse = 1 )

uvm_transaction	function void	set_transaction_id ( integer id )

uvm_sequence_item	function void	set_use_sequence_info ( bit value )

uvm_object	function string	sprint ( uvm_printer printer = null )


svt_mem_backdoor_base	enum value	STRICT

svt_mem_backdoor_base	enum value	SUBSET

svt_mem_backdoor_base	enum value	SUPERSET





svt_mem_system_backdoor	function void	register_backdoor ( svt_mem_backdoor_base backdoor, svt_mem_address_mapper mapper )	Register the 'backdoor' instance that is responsible for backdoor operations for the addresses represented by 'mapper'.

uvm_object	function int	unpack ( ref bit bitstream[], input uvm_packer packer )

uvm_object	function int	unpack_bytes ( ref byte unsigned bytestream[], input uvm_packer packer )

uvm_object	function int	unpack_ints ( ref int unsigned intstream[], input uvm_packer packer )

uvm_object	static bit	use_uvm_seeding = 1;

uvm_sequence_item	virtual function void	uvm_report ( uvm_severity severity, string id, string message, int verbosity = UVM_LOW, string filename = "", int line = 0 )

uvm_sequence_item	function int	uvm_report_enabled ( int verbosity, uvm_severity severity = UVM_INFO, string id = "" )

uvm_sequence_item	virtual function void	uvm_report_error ( string id, string message, int verbosity = UVM_LOW, string filename = "", int line = 0 )

uvm_sequence_item	virtual function void	uvm_report_fatal ( string id, string message, int verbosity = UVM_NONE, string filename = "", int line = 0 )

uvm_sequence_item	virtual function void	uvm_report_info ( string id, string message, int verbosity = UVM_MEDIUM, string filename = "", int line = 0 )

uvm_sequence_item	virtual function void	uvm_report_warning ( string id, string message, int verbosity = UVM_MEDIUM, string filename = "", int line = 0 )

uvm_object	static uvm_status_container	__m_uvm_status_container = new;

uvm_object	function void	print ( uvm_printer printer = null )

uvm_object	function void	reseed ( )

uvm_object	function void	set_name ( string name )