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V
	value uvm_reg_field uvm_reg_item
	Variables Global base/ uvm_cmdline_processor.svh dpi/ uvm_hdl.svh m_uvm_printer_knobs uvm_built_in_pair#(T1,T2)uvm_class_pair#(T1,T2)uvm_comparer uvm_copier uvm_hdl_path_concat uvm_line_printer uvm_mem_access_seq uvm_mem_mam_policy uvm_mem_shared_access_seq uvm_mem_single_access_seq uvm_mem_single_walk_seq uvm_mem_walk_seq uvm_packer uvm_reg_access_seq uvm_reg_bit_bash_seq uvm_reg_hw_reset_seq uvm_reg_item uvm_reg_mem_built_in_seq uvm_reg_mem_hdl_paths_seq uvm_reg_mem_shared_access_seq uvm_reg_predictor uvm_reg_shared_access_seq uvm_reg_single_access_seq uvm_reg_single_bit_bash_seq uvm_sequence#(REQ,RSP)uvm_sequencer_base uvm_transaction uvm_tree_printer
	verbosity uvm_comparer
	Verbosity Configuration uvm_report_object
	Virtual Register Field Classes
	Virtual Registers
W
	wait_for uvm_barrier
	wait_for_grant uvm_sequence_base uvm_sequencer_base
	wait_for_item_done uvm_sequence_base
	wait_for_relevant uvm_sequence_base
	wait_for_sequence_state uvm_sequence_base
	wait_for_sequences uvm_sequencer#(REQ,RSP)uvm_sequencer_base uvm_sqr_if_base#(REQ,RSP)
	wait_for_sequences_count uvm_sequencer_base
	wait_modified Global uvm_resource_base
	wait_off uvm_event_base
	wait_on uvm_event_base
	wait_ptrigger uvm_event_base
	wait_ptrigger_data uvm_event#(T)
	wait_trigger uvm_event_base
	wait_trigger_data uvm_event#(T)
	wait_until_not_empty uvm_queue#(T)
	Why is this necessary uvm_tlm_time
	write uvm_reg_fifo uvm_resource#(T)uvm_subscriber uvm_tlm_if_base#(T1,T2)
	write_attribute uvm_text_recorder
	write_attribute_int uvm_text_recorder
	write_mem_by_name
	write_reg_by_name

rand uvm_reg_data_t value

Mirrored field value.

rand uvm_reg_data_t value[]

The value to write to, or after completion, the value read from the DUT.

local int unsigned verbosity = UVM_LOW

Sets the verbosity for printed messages.

This section defines the virtual field and callback classes.

A virtual register is a collection of fields, overlaid on top of a memory, usually in an array.

virtual task wait_for()

Waits for enough processes to reach the barrier before continuing.

virtual task wait_for_grant( int item_priority = -1,
bit lock_request = 0 )

This task issues a request to the current sequencer.

virtual task wait_for_grant( uvm_sequence_base sequence_ptr,
int item_priority = -1,
bit lock_request = 0 )

This task issues a request for the specified sequence.

virtual task wait_for_item_done( int transaction_id = -1 )

A sequence may optionally call wait_for_item_done.

virtual task wait_for_relevant()

This method is called by the sequencer when all available sequences are not relevant.

task wait_for_sequence_state( int unsigned state_mask )

Waits until the sequence reaches one of the given state.

Waits for a sequence to have a new item available.

virtual task wait_for_sequences()

Waits for a sequence to have a new item available.

virtual task wait_for_sequences()

Waits for a sequence to have a new item available.

Controls the number of wait_for_sequences calls when selecting next sequence.

static task wait_modified( uvm_component cntxt,
string inst_name,
string field_name )

Wait for a configuration setting to be set for field_name in cntxt and inst_name.

task wait_modified()

This task blocks until the resource has been modified -- that is, a uvm_resource#(T)::write operation has been performed.

virtual task wait_off ( bit delta = 0 )

If the event has already triggered and is “on”, this task waits for the event to be turned “off” via a call to reset.

virtual task wait_on ( bit delta = 0 )

Waits for the event to be activated for the first time.

virtual task wait_ptrigger ()

Waits for a persistent trigger of the event.

virtual task wait_ptrigger_data ( output T data )

This method calls uvm_event_base::wait_ptrigger followed by get_trigger_data.

virtual task wait_trigger ()

Waits for the event to be triggered.

virtual task wait_trigger_data ( output T data )

This method calls uvm_event_base::wait_trigger followed by get_trigger_data.

virtual task wait_until_not_empty()

Blocks until not empty

Integers are not sufficient, on their own, to represent time without any ambiguity: you need to know the scale of that integer value.

Pushes the given value to the DUT FIFO.

function void write( T t,
uvm_object accessor = null )

pure virtual function void write( T t )

A pure virtual method that must be defined in each subclass.

virtual function void write( input T1 t )

Broadcasts a user-defined transaction of type T to any number of listeners.

function void write_attribute( string nm,
uvm_bitstream_t value,
uvm_radix_enum radix,
int numbits = $bits(uvm_bitstream_t) )

Outputs a uvm_bitstream_t attribute to the textual log.

function void write_attribute_int( string nm,
uvm_integral_t value,
uvm_radix_enum radix,
int numbits = $bits(uvm_bitstream_t) )

Outputs an uvm_integral_t attribute to the textual log

virtual task write_mem_by_name( output uvm_status_e status,
input string name,
input uvm_reg_addr_t offset,
input uvm_reg_data_t data,
input uvm_door_e path = UVM_DEFAULT_DOOR,
input uvm_reg_map map = null,
input uvm_sequence_base parent = null,
input int prior = -1,
input uvm_object extension = null,
input string fname = "",
input int lineno = 0 )

Write the named memory

virtual task write_reg_by_name( output uvm_status_e status,
input string name,
input uvm_reg_data_t data,
input uvm_door_e path = UVM_DEFAULT_DOOR,
input uvm_reg_map map = null,
input uvm_sequence_base parent = null,
input int prior = -1,
input uvm_object extension = null,
input string fname = "",
input int lineno = 0 )

Write the named register