| G | |
| generate_stimulus | |
| Generic Payload | |
| Generic Register Operation Descriptors | |
| get Globaluvm_abstract_component_registry#(T,Tname)uvm_abstract_object_registry#(T,Tname)uvm_build_phaseuvm_connect_phaseuvm_end_of_elaboration_phaseuvm_final_phaseuvm_get_to_lock_dapuvm_object_string_pool#(T)uvm_pool#(KEY,T)uvm_queue#(T)uvm_resource_pooluvm_rootuvm_sequencer#(REQ,RSP)uvm_set_before_get_dapuvm_set_get_dap_baseuvm_simple_lock_dapuvm_sqr_if_base#(REQ,RSP)uvm_start_of_simulation_phaseuvm_tlm_if_base#(T1,T2) | |
| get_abstime | |
| get_accept_time | |
| get_access | |
| get_action | |
| get_active_object | |
| get_active_object_depth | |
| get_addr_unit_bytes | |
| get_address | |
| get_all | |
| get_ap | |
| get_arg_matches | |
| get_arg_value | |
| get_arg_values | |
| get_args | |
| get_backdoor | |
| get_begin_time | |
| get_block_by_name | |
| get_blocks | |
| get_by_name | |
| get_by_type | |
| get_byte_enable_length | |
| get_cb | |
| get_check_on_read | |
| get_children | |
| get_client | |
| get_command | |
| get_common_domain | |
| get_comp | |
| get_component_visitor | |
| get_config | |
| get_connected_to | |
| get_context | |
| get_coverage | |
| get_current_item | |
| get_data | |
| get_data_length | |
| get_default | |
| get_default_door | |
| get_default_hdl_path | |
| get_default_map | |
| get_default_path | |
| get_default_printer | |
| get_default_tr_database | |
| get_depth | |
| get_domain | |
| get_drain_time | |
| get_element_container | |
| get_elements | |
| get_enable_print_topology | |
| get_end_offset | |
| get_end_time | |
| get_event_pool | |
| get_extension | |
| get_factory | |
| get_field_by_name | |
| get_fields | |
| get_file | |
| get_filename | |
| get_finish_on_completion | |
| get_first | |
| get_first_child | |
| get_first_copy | |
| get_fname | |
| get_full_hdl_path | |
| get_full_name | |
| get_global | |
| get_global_pool | |
| get_global_queue | |
| get_hdl_path | |
| get_highest_precedence | |
| get_id | |
| get_id_count | |
| get_if | |
| get_immediate_children | |
| get_incr | |
| get_initiator | |
| get_inst | |
| get_inst_count | |
| get_inst_id | |
| get_is_active | |
| get_last | |
| get_last_copy | |
| get_len | |
| get_line | |
| get_lsb_pos | |
| get_lsb_pos_in_register | |
| get_map_by_name | |
| get_maps | |
| get_max_quit_count | |
| get_max_size | |
| get_mem_by_name | |
| get_memories | |
| get_memory | |
| get_message | |
| get_message_database | |
| get_n_bits | |
| get_n_bytes | |
| get_n_memlocs | |
| get_name | |
| get_name_constraint | |
| get_next | |
| get_next_copy | |
| get_next_item | |
| get_num_children | |
| get_num_copies | |
| get_num_extensions | |
| get_num_last_reqs | |
| get_num_last_rsps | |
| get_num_reqs_sent | |
| get_num_rsps_received | |
| get_num_waiters | |
| get_object_type | |
| get_objection_count | |
| get_objection_total | |
| get_objectors | |
| get_packed_* | |
| get_packed_size | |
| get_parent | |
| get_parent_sequence | |
| get_peek_export | |
| get_peek_request_export | |
| get_peek_response_export | |
| get_plusargs | |
| get_port | |
| get_prev | |
| get_prev_copy | |
| get_priority | |
| get_quit_count | |
| get_radix_str | |
| get_realtime | |
| get_reg_by_name | |
| get_registers | |
| get_report_action | |
| get_report_catcher | |
| get_report_file_handle | |
| get_report_handler | |
| get_report_max_verbosity_level | |
| get_report_object | |
| get_report_server | |
| get_report_verbosity_level | |
| get_reset | |
| get_response | |
| get_response_queue_depth | |
| get_response_queue_error_report_enabled | |
| get_response_status | |
| get_response_string | |
| get_root_blocks | |
| get_root_sequence | |
| get_root_sequence_name | |
| get_scope | |
| get_sequence_id | |
| get_sequence_path | |
| get_sequence_state | |
| get_sequencer | |
| get_server | |
| get_severity | |
| get_severity_count | |
| get_size | |
| get_start_offset | |
| get_starting_phase | |
| get_streaming_width | |
| get_submap_offset | |
| get_threshold | |
| get_tool_name | |
| get_tool_version | |
| get_tr_handle | |
| get_transaction_id | |
| get_trigger_data | |
| get_trigger_time | |
| get_type | |
| get_type_handle | |
| get_type_handle_name | |
| get_type_name | |
| get_use_response_handler | |
| get_use_sequence_info | |
| get_uvm_domain | |
| get_uvm_schedule | |
| get_uvm_seeding | |
| get_uvmargs | |
| get_value | |
| get_verbosity | |
| get_vfield_by_name | |
| get_virtual_fields | |
| get_virtual_registers | |
| get_vreg_by_name | |
| get_vreg_by_offset | |
| Global Declarations for the Register Layer | |
| Global Macros | |
| Global object Macro definitions can be used in multiple locations | |
| Global Time Macro definitions that can be used in multiple locations | |
| Globals | |
| grab | |
| H | |
| Handles | |
| has_child | |
| has_coverage | |
| has_do_available | |
| has_hdl_path | |
| has_lock | |
| HDL Access | |
| HDL Paths Checking Test Sequence | |
| header | |
| hex_radix | |
| Hierarchical Reporting Interface | |
| Hierarchy Interface | |
| I | |
| ID | |
| id Count | |
| Identification | |
| identifier | |
| if multiple memory addresses would fall into one bus word then the memory is addressed’unpacked’ | |
| IMP binding classes | |
| IMP binding macros | |
| Implementation Agnostic API | |
| Implementation Callbacks | |
| Implementation Specific API | |
| in_use | |
| incr | |
| incr_id_count | |
| incr_quit_count | |
| incr_severity_count | |
| indent | |
| Infrastructure References | |
| init_access_record | |
| init_sequence_library | |
| initialization | |
| Initialization | |
| insert | |
| Interface Masks | |
| Intro | |
| Introspection | |
| is_active | |
| is_auditing | |
| is_auto_item_recording_enabled | |
| is_blocked | |
| is_dmi_allowed | |
| is_empty | |
| is_enabled | |
| is_export | |
| is_full | |
| is_hdl_path_root | |
| is_imp | |
| is_item | |
| is_locked | |
| is_null | |
| is_off | |
| is_on | |
| is_port | |
| is_quit_count_reached | |
| is_read | |
| is_recording_enabled | |
| is_relevant | |
| is_response_error | |
| is_response_ok | |
| is_tracing | |
| is_type_name_registered | |
| is_type_registered | |
| is_unbounded | |
| is_write | |
| issue | |
| item_done | |
| Iterator Interface | |
| J | |
| Jumping | |
| K | |
| kill | |
| kind | |
| knobs |
Generate up to max_count transactions of type T.
virtual task generate_stimulus( T t = null, int max_count = 0 )
Get the value for field_name in inst_name, using component cntxt as the starting search point.
static function bit get( uvm_component cntxt, string inst_name, string field_name, inout T value )
Returns the singleton instance of this type.
static function this_type get()
Returns the singleton instance of this type.
static function this_type get()
Returns the singleton phase handle
static function uvm_build_phase get()
Returns the singleton phase handle
static function uvm_connect_phase get()
Returns the singleton phase handle
static function uvm_end_of_elaboration_phase get()
Returns the singleton phase handle
static function uvm_final_phase get()
Returns the current value stored within the DAP, and ‘locks’ the DAP.
virtual function T get()
Returns the object item at the given string key.
virtual function T get ( string key )
Returns the item with the given key.
virtual function T get ( KEY key )
Returns the item at the given index.
virtual function T get ( int index )
Returns the singleton handle to the resource pool
static function uvm_resource_pool get()
Static accessor for uvm_root.
static function uvm_root get()
Retrieves the next available item from a sequence.
task get ( output REQ t )
Returns the current value stored within the DAP.
virtual function T get()
Retrieves the value contained within the resource.
pure virtual function T get()
Returns the current value stored within the DAP
virtual function T get()
Retrieves the next available item from a sequence.
virtual task get( output T1 t )
Returns the singleton phase handle
static function uvm_start_of_simulation_phase get()
Provides a new transaction of type T.
virtual task get( output T2 t )
Return the current canonical time value, in the number of specified time unit, regardless of the current timescale of the caller.
function real get_abstime( real secs )
function time get_accept_time ()
Get the access policy of the field
virtual function string get_access( uvm_reg_map map = null )
Returns the uvm_action of the message that is currently being processed.
function uvm_action get_action()
virtual function uvm_action get_action()
virtual function uvm_action get_action()
Returns the head of the internal object stack for this policy.
virtual function uvm_object get_active_object()
Returns the current depth of the internal object stack for this policy.
virtual function int unsigned get_active_object_depth()
Get the number of bytes in the smallest addressable unit in the map.
virtual function int unsigned get_addr_unit_bytes()
Get the value of the m_address variable
virtual function bit [63:0] get_address()
This function loads a queue with all of the arguments that match the input expression and returns the number of items that matched.
function int get_arg_matches ( string match, ref string args[$] )
This function finds the first argument which matches the match arg and returns the suffix of the argument.
function int get_arg_value ( string match, ref string value )
This function finds all the arguments which matches the match arg and returns the suffix of the arguments in a list of values.
function int get_arg_values ( string match, ref string values[$] )
This function returns a queue with all of the command line arguments that were used to start the simulation.
function void get_args ( output string args[$] )
Get the user-defined backdoor for all registers in this block
function uvm_reg_backdoor get_backdoor( bit inherited = 1 )
function time get_begin_time ()
Finds a sub-block with the specified simple name.
virtual function uvm_reg_block get_block_by_name ( string name )
Get the sub-blocks
virtual function void get_blocks ( ref uvm_reg_block blks[$], input uvm_hier_e hier = UVM_HIER )
looks up a resource by name in the name map.
static function this_type get_by_name( string scope, string name, bit rpterr = 1 )
Imports a resource by name.
static function rsrc_t get_by_name( string scope, string name, bit rpterr = 1 )
Lookup a resource by name, scope, and type_handle.
function uvm_resource_base get_by_name( string scope = "", string name, uvm_resource_base type_handle, bit rpterr = 1 )
looks up a resource by type_handle in the type map.
static function this_type get_by_type( string scope = "", uvm_resource_base type_handle )
Get a resource by type.
static function rsrc_t get_by_type( string scope )
Lookup a resource by type_handle and scope.
function uvm_resource_base get_by_type( string scope = "", uvm_resource_base type_handle )
Return the current size of the m_byte_enable array
virtual function int unsigned get_byte_enable_length()
Returns the last callback accessed via a first() or next() call.
function CB get_cb()
Gets the check-on-read mode setting for this map.
function bit get_check_on_read()
This function populates the end of the children array with the list of this component’s children.
function void get_children( ref uvm_component children[$] )
Returns the uvm_report_object that has generated the message that is currently being processed.
function uvm_report_object get_client()
Get the value of the m_command variable
virtual function uvm_tlm_command_e get_command()
Get the “common” domain, which consists of the common phases that all components execute in sync with each other.
static function uvm_domain get_common_domain()
Returns a handle to the internal proxy component representing this port.
virtual function uvm_port_component_base get_comp()
retrieves the current component visitor if unset(or null) returns a uvm_component_name_check_visitor instance
virtual function uvm_visitor#( uvm_component ) get_component_visitor()
This method gets the object config of type TYPE associated with component comp.
static function TYPE get_config( uvm_component comp, bit is_fatal )
Implementation of the pure function declared in uvm_port_component_base
virtual function void get_connected_to( ref uvm_port_list list )
For a port or export type, this function fills list with all of the ports, exports and implementations that this port is connected to.
pure virtual function void get_connected_to( ref uvm_port_list list )
Returns the context name of the message that is currently being processed.
function string get_context()
virtual function string get_context()
Check if coverage measurement is on.
virtual function bit get_coverage( uvm_reg_cvr_t is_on = UVM_CVR_ALL )
Returns the request item currently being executed by the sequencer.
function REQ get_current_item()
Returns the request_item currently being executed by the sequencer.
function REQ get_current_item()
Return the value of the m_data array
virtual function void get_data ( output byte unsigned p [] )
Return the current size of the m_data array
virtual function int unsigned get_data_length()
Implementation of uvm_line_printer::get_default as defined in section 16.2.12.2.3 of 1800.2-2017.
static function uvm_line_printer get_default()
Implementation of uvm_table_printer::get_default as defined in section 16.2.10.2.3 of 1800.2-2017.
static function uvm_table_printer get_default()
Implementation of uvm_tree_printer::get_default as defined in section 16.2.11.2.4 of 1800.2-2017.
static function uvm_tree_printer get_default()
virtual function uvm_door_e get_default_door()
Get the default design abstraction
function string get_default_hdl_path ()
This returns the default address map for this block.
function uvm_reg_map get_default_map ()
Default access path
virtual function uvm_path_e get_default_path()
Implementation of the get_default_printer method, as defined in section F.4.1.4.13 of 1800.2-2017.
virtual function uvm_printer get_default_printer()
returns the current default record database
virtual function uvm_tr_database get_default_tr_database()
Returns the component’s depth from the root level.
function int unsigned get_depth()
Returns the depth of a sequence from its parent.
function int get_depth()
Return handle to the phase domain set on this component
function uvm_domain get_domain()
Returns the current drain time set for the given object (default: 0 ns).
function time get_drain_time ( uvm_object obj = null )
Returns the element container of the message.
function uvm_report_message_element_container get_element_container()
Get the element_container of the message
virtual function uvm_report_message_element_container get_element_container()
function bit get_enable_print_topology ()
Get the end offset of the region
function bit [63:0] get_end_offset()
Returns the time at which this transaction was accepted, begun, or ended, as by a previous call to accept_tr, begin_tr, begin_child_tr, or end_tr.
function time get_end_time ()
Returns the event pool associated with this transaction.
function uvm_event_pool get_event_pool ()
Returns the extension value stored within the policy with type matching ext_type.
virtual function uvm_object get_extension( uvm_object_wrapper ext_type )
Return the instance specific extension bound under the specified key.
function uvm_tlm_extension_base get_extension( uvm_tlm_extension_base ext_handle )
Returns the currently enabled uvm factory.
virtual function uvm_factory get_factory()
Finds a field with the specified simple name.
virtual function uvm_reg_field get_field_by_name ( string name )
Get the fields
virtual function void get_fields ( ref uvm_reg_field fields[$], input uvm_hier_e hier = UVM_HIER )
virtual function UVM_FILE get_file()
virtual function string get_filename()
virtual function bit get_finish_on_completion()
Returns the first enabled callback of type CB which resides in the queue for obj.
static function CB get_first ( ref int itr, input T obj )
These methods are used to iterate through this component’s children, if any.
function int get_first_child ( ref string name )
Returns the file name of the message.
function string get_fname()
Get the full hierarchical HDL path(s)
function void get_full_hdl_path ( ref string paths[$], input string kind = "", string separator = "." )
Get the hierarchical name
virtual function string get_full_name()
Returns the full hierarchical name of this object.
virtual function string get_full_name ()
Get the hierarchical name
virtual function string get_full_name()
Returns the full hierarchical name of this object.
virtual function string get_full_name ()
Returns the full hierarchical name of this port.
virtual function string get_full_name()
Get the hierarchical name
virtual function string get_full_name()
Get the hierarchical name
virtual function string get_full_name()
Get the hierarchical name
virtual function string get_full_name()
Get the hierarchical name
virtual function string get_full_name()
Returns the specified item instance from the global item pool.
static function T get_global ( string key )
Returns the specified item instance from the global item pool.
static function T get_global ( KEY key )
Returns the specified item instance from the global item queue.
static function T get_global ( int index )
Returns the singleton global pool for the item type, T.
static function this_type get_global_pool ()
Returns the singleton global pool for the item type, T.
static function this_type get_global_pool ()
Returns the singleton global queue for the item type, T.
static function this_type get_global_queue ()
Get the incremental HDL path(s)
function void get_hdl_path ( ref string paths[$], input string kind = "" )
In a queue of resources, locate the first one with the highest precedence whose type is T.
static function this_type get_highest_precedence( ref uvm_resource_types:: rsrc_q_t q )
Traverse a queue, q, of resources and return the one with the highest precedence.
static function uvm_resource_base get_highest_precedence( ref uvm_resource_types:: rsrc_q_t q )
Returns the string id of the message that is currently being processed.
function string get_id()
virtual function string get_id()
function int get_id_count( string id )
Returns the implementation (imp) port at the given index from the array of imps this port is connected to.
function uvm_port_base #( IF ) get_if(int index=0)
This method will be return in children a set of the direct subelements of s
pure virtual function void get_immediate_children( STRUCTURE s, ref STRUCTURE children[$] )
Returns the number of memory locations between two individual virtual registers in the same array.
virtual function int unsigned get_incr()
Returns the component that produced or started the transaction, as set by a previous call to set_initiator.
function uvm_component get_initiator ()
Returns the singleton instance of the UVM command line processor.
static function uvm_cmdline_processor get_inst()
Returns the current value of the instance counter, which represents the total number of uvm_object-based objects that have been allocated in simulation.
static function int get_inst_count()
Returns the object’s unique, numeric instance identifier.
virtual function int get_inst_id ()
Returns UVM_ACTIVE is the agent is acting as an active agent and UVM_PASSIVE if it is acting as a passive agent.
virtual function uvm_active_passive_enum get_is_active()
Returns the last enabled callback of type CB which resides in the queue for obj.
static function CB get_last ( ref int itr, input T obj )
Size of the memory region
function int unsigned get_len()
Returns the line number of the message.
function int get_line()
virtual function int get_line()
Return the position of the field
virtual function int unsigned get_lsb_pos()
Return the position of the virtual field / Returns the index of the least significant bit of the virtual field in the virtual register that instantiates it.
virtual function int unsigned get_lsb_pos_in_register()
Finds an address map with the specified simple name.
virtual function uvm_reg_map get_map_by_name ( string name )
Get the address maps
virtual function void get_maps ( ref uvm_reg_map maps[$] )
function int get_max_quit_count()
Returns the maximum width, in bits, of all registers.
static function int unsigned get_max_size()
Returns the maximum width, in number of bits, of all memories
static function int unsigned get_max_size()
Finds a memory with the specified simple name.
virtual function uvm_mem get_mem_by_name ( string name )
Get the memories
virtual function void get_memories ( ref uvm_mem mems[$], input uvm_hier_e hier = UVM_HIER )
Get the managed memory implementation
function uvm_mem get_memory()
Returns the string message of the message that is currently being processed.
function string get_message()
virtual function string get_message()
returns the uvm_tr_database used for recording messages
virtual function uvm_tr_database get_message_database()
Returns the width, in bits, of this register.
virtual function int unsigned get_n_bits ()
Returns the width, in number of bits, of each memory location
function int unsigned get_n_bits()
Returns the width, in bits, of the virtual field.
virtual function int unsigned get_n_bits()
Returns the width, in bytes, of this register.
virtual function int unsigned get_n_bytes()
Return the width, in number of bytes, of each memory location
function int unsigned get_n_bytes()
Number of bytes in the region
function int unsigned get_n_bytes()
Get the width in bytes of the bus associated with this map.
virtual function int unsigned get_n_bytes ( uvm_hier_e hier = UVM_HIER )
Returns the width, in bytes, of a virtual register.
virtual function int unsigned get_n_bytes()
Returns the number of memory locations used by a single virtual register.
virtual function int unsigned get_n_memlocs()
Returns the name of the object, as provided by the name argument in the new constructor or set_name method.
virtual function string get_name ()
Returns the leaf name of this port.
function string get_name()
virtual function string get_name()
Return the name of this instance
function string get_name()
This method should return a regex for what is being considered a valid/good component name.
virtual function string get_name_constraint()
Returns the next enabled callback of type CB which resides in the queue for obj, using itr as the starting point.
static function CB get_next ( ref int itr, input T obj )
Retrieves the next available item from a sequence.
virtual task get_next_item ( output REQ t )
Retrieves the next available item from a sequence.
virtual task get_next_item( output T1 t )
Returns the number of this component’s children.
function int get_num_children ()
Returns the number of times the rhs has been copied to a unique lhs
function int unsigned get_num_copies( uvm_object rhs )
Return the current number of instance specific extensions.
function int get_num_extensions()
Returns the size of the last requests buffer, as set by set_num_last_reqs.
function int unsigned get_num_last_reqs()
Returns the max size of the last responses buffer, as set by set_num_last_rsps.
function int unsigned get_num_last_rsps()
Returns the number of requests that have been sent by this sequencer.
function int get_num_reqs_sent()
Returns the number of responses received thus far by this sequencer.
function int get_num_rsps_received()
Returns the number of processes currently waiting at the barrier.
virtual function int get_num_waiters ()
Returns the number of processes waiting on the event.
virtual function int get_num_waiters ()
Returns the type-proxy (wrapper) for this object.
virtual function uvm_object_wrapper get_object_type ()
Returns the current number of objections raised by the given object.
function int get_objection_count ( uvm_object obj = null )
Returns the current number of objections raised by the given object and all descendants.
function int get_objection_total ( uvm_object obj = null )
Returns the current list of objecting objects (objects that raised an objection but have not dropped it).
function void get_objectors( ref uvm_object list[$] )
Returns the number of bits that were packed.
virtual function int get_packed_size()
Returns a handle to this component’s parent, or null if it has no parent.
virtual function uvm_component get_parent ()
Returns the handle to this port’s parent, or null if it has no parent.
virtual function uvm_component get_parent()
Get the parent block
virtual function uvm_reg_block get_parent()
Returns a reference to the parent sequence of any sequence on which this method was called.
function uvm_sequence_base get_parent_sequence()
This function returns a queue with all of the plus arguments that were used to start the simulation.
function void get_plusargs ( output string args[$] )
Retrieve the actual port object that this proxy refers to.
function PORT get_port()
Returns the previous enabled callback of type CB which resides in the queue for obj, using itr as the starting point.
static function CB get_prev ( ref int itr, input T obj )
This function returns the current priority of the sequence.
function int get_priority()
function int get_quit_count()
Converts the radix from an enumerated to a printable radix according to the radix printing knobs (bin_radix, and so on).
function string get_radix_str( uvm_radix_enum radix )
Return the current canonical time value, scaled for the caller’s timescale
function real get_realtime( time scaled, real secs = 1.0e-9 )
Finds a register with the specified simple name.
virtual function uvm_reg get_reg_by_name ( string name )
Get the registers
virtual function void get_registers ( ref uvm_reg regs[$], input uvm_hier_e hier = UVM_HIER )
Gets the action associated with reports having the given severity and id.
function int get_report_action( uvm_severity severity, string id )
Returns the first report catcher that has name.
static function uvm_report_catcher get_report_catcher( string name )
Gets the file descriptor associated with reports having the given severity and id.
function int get_report_file_handle( uvm_severity severity, string id )
virtual function uvm_report_handler get_report_handler()
Returns the underlying report handler to which most reporting tasks are delegated.
function uvm_report_handler get_report_handler()
Gets the maximum verbosity level in effect for this report object.
function int get_report_max_verbosity_level()
virtual function uvm_report_object get_report_object()
returns the current global report_server if no report server has been set before, returns an instance of uvm_default_report_server
virtual function uvm_report_server get_report_server()
virtual function uvm_report_server get_report_server()
Gets the verbosity level in effect for this object.
function int get_report_verbosity_level( uvm_severity severity = UVM_INFO, string id = "" )
Get the specified reset value for this register
virtual function uvm_reg_data_t get_reset( string kind = "HARD" )
By default, sequences must retrieve responses by calling get_response.
virtual task get_response( output RSP response, input int transaction_id = -1 )
Returns the current depth setting for the response queue.
function int get_response_queue_depth()
When this bit is ‘1’ (default value), error reports are generated when the response queue overflows.
function bit get_response_queue_error_report_enabled()
Return the current value of the m_response_status variable
virtual function uvm_tlm_response_status_e get_response_status()
Return the current value of the m_response_status variable as a string
virtual function string get_response_string()
Get the all root blocks
static function void get_root_blocks( ref uvm_reg_block blks[$] )
Provides a reference to the root sequence (the top-most parent sequence).
function uvm_sequence_base get_root_sequence()
Provides the name of the root sequence (the top-most parent sequence).
function string get_root_sequence_name()
Retrieve the regular expression string that identifies the set of scopes over which this resource is visible.
function string get_scope()
private
function int get_sequence_id()
Provides a string of names of each sequence in the full hierarchical path.
function string get_sequence_path()
Returns the sequence state as an enumerated value.
function uvm_sequence_state_enum get_sequence_state()
Returns a reference to the default sequencer used by this sequence.
function uvm_sequencer_base get_sequencer()
Gets the global report server used for reporting.
static function uvm_report_server get_server()
Returns the uvm_severity of the message that is currently being processed.
function uvm_severity get_severity()
virtual function uvm_severity get_severity()
function int get_severity_count( uvm_severity severity )
Returns the number of unique memory locations in this memory.
function longint unsigned get_size()
Returns the size of the virtual register array.
virtual function int unsigned get_size()
Get the start offset of the region
function bit [63:0] get_start_offset()
Returns the ‘starting phase’.
function uvm_phase get_starting_phase()
Get the value of the m_streaming_width array
virtual function int unsigned get_streaming_width()
Return the offset of the given submap.
virtual function uvm_reg_addr_t get_submap_offset ( uvm_reg_map submap )
Gets the current threshold setting for the barrier.
virtual function int get_threshold ()
Returns the simulation tool that is executing the simulation.
function string get_tool_name ()
Returns the version of the simulation tool that is executing the simulation.
function string get_tool_version ()
Returns the integral recording transaction handle for this sequence.
function int get_tr_handle()
Returns the handle associated with the transaction, as set by a previous call to begin_child_tr or begin_tr with transaction recording enabled.
function int get_tr_handle ()
Returns this transaction’s numeric identifier, which is -1 if not set explicitly by set_transaction_id.
function int get_transaction_id()
Gets the data, if any, provided by the last call to trigger.
virtual function T get_trigger_data ()
Gets the time that this event was last triggered.
virtual function time get_trigger_time ()
Returns the type-proxy (wrapper) for this object.
static function uvm_object_wrapper get_type ()
Static function that returns the static type handle.
static function this_type get_type()
Returns the static type handle of this resource in a polymorphic fashion.
function uvm_resource_base get_type_handle()
Pure virtual function that returns the type handle of the resource container.
pure virtual function uvm_resource_base get_type_handle()
An interface to polymorphically retrieve a handle that uniquely identifies the type of the sub-class
pure virtual function uvm_tlm_extension_base get_type_handle()
An interface to polymorphically retrieve the name that uniquely identifies the type of the sub-class
pure virtual function string get_type_handle_name()
Returns the value given by the string parameter, Tname.
virtual function string get_type_name()
Returns the value given by the string parameter, Tname.
virtual function string get_type_name()
Returns the value given by the string parameter, Tname.
virtual function string get_type_name()
This function returns the type name of the object, which is typically the type identifier enclosed in quotes.
virtual function string get_type_name ()
Returns the value given by the string parameter, Tname.
virtual function string get_type_name()
Derived classes implement this method to return the type name of the object created by create_component or create_object.
pure virtual function string get_type_name()
Returns the type name to this port.
virtual function string get_type_name()
Returns the state of the use_response_handler bit.
function bit get_use_response_handler()
These methods are used to set and get the status of the use_sequence_info bit.
function bit get_use_sequence_info()
Get a handle to the singleton uvm domain
static function uvm_domain get_uvm_domain()
Get the “UVM” schedule, which consists of the run-time phases that all components execute when participating in the “UVM” domain.
static function uvm_phase get_uvm_schedule()
Returns the current UVM seeding enable value, as set by set_uvm_seeding.
pure virtual function bit get_uvm_seeding()
static function bit get_uvm_seeding()
virtual function uvm_bitstream_t get_value( output int size, output uvm_radix_enum radix )
Get the value (object reference) of the element
virtual function uvm_object get_value()
virtual function string get_value()
Returns the verbosity of the message that is currently being processed.
function int get_verbosity()
virtual function int get_verbosity()
Finds a virtual field with the specified simple name.
virtual function uvm_vreg_field get_vfield_by_name ( string name )
Get the virtual fields
virtual function void get_virtual_fields ( ref uvm_vreg_field fields[$], input uvm_hier_e hier = UVM_HIER )
Get the virtual registers
virtual function void get_virtual_registers( ref uvm_vreg regs[$], input uvm_hier_e hier = UVM_HIER )
Finds a virtual register with the specified simple name.
virtual function uvm_vreg get_vreg_by_name ( string name )
Find the virtual register implemented at the specified offset
virtual function uvm_vreg get_vreg_by_offset( uvm_reg_addr_t offset, uvm_reg_map map = null )
Requests a lock on the specified sequencer.
task grab( uvm_sequencer_base sequencer = null )
Returns 1 if this component has a child with the given name, 0 otherwise.
function int has_child ( string name )
Check if block has coverage model(s)
virtual function bit has_coverage( uvm_reg_cvr_t models )
Indicates whether a sequence item is available for immediate processing.
virtual function bit has_do_available()
Check if a HDL path is specified
function bit has_hdl_path ( string kind = "" )
Returns 1 if this sequence has a lock, 0 otherwise.
function bit has_lock()
Indicates whether the uvm_printer::format_header function should be called when printing an object.
bit header = 1
This string should be prepended to the value of an integral type when a radix of UVM_HEX is used for the radix of the integral object.
string hex_radix = "'h"
Return the unique ID of this UVM TLM extension type.
static function this_type ID()
Indicates whether uvm_printer::adjust_name should print the identifier.
bit identifier = 1
This bit is used to specify whether or not an object’s reference should be recorded when the object is recorded.
bit identifier = 1
Regions already allocated in the managed address space
uvm_mem_region in_use[$]
Increment the time value by the specified number of scaled time unit
function void incr( real t, time scaled, real secs = 1.0e-9 )
Set, get, or increment the counter for reports with the given id.
function void incr_id_count( string id )
function void incr_quit_count()
function void incr_severity_count( uvm_severity severity )
This knob specifies the number of spaces to use for level indentation.
int indent = 2
Initialize a new access record
function void init_access_record ( inout uvm_resource_types:: access_t access_record )
All subtypes of this class must call init_sequence_library in its constructor.
function void init_sequence_library()
Inserts the item at the given index in the queue.
virtual function void insert ( int index, T item )
Returns 1 if the transaction has been started but has not yet been ended.
function bit is_active ()
Returns 1 if the auditing facility is on and 0 if it is off.
static function bit is_auditing()
Returns 1 is auto_item_recording is enabled, otherwise 0
virtual function bit is_auto_item_recording_enabled()
Return TRUE if automatic item recording is enabled for this port instance.
virtual function bit is_auto_item_recording_enabled()
Returns a bit indicating whether this sequence is currently prevented from running due to another lock or grab.
function bit is_blocked()
DMI hint.
virtual function bit is_dmi_allowed()
Returns 1 when there are no entries in the FIFO, 0 otherwise.
virtual function bit is_empty()
Returns 1 if the callback is enabled, 0 otherwise.
function bit is_enabled()
function bit is_export ()
pure virtual function bit is_export()
Returns 1 when the number of entries in the FIFO is equal to its size, 0 otherwise.
virtual function bit is_full()
Check if this block has an absolute path
function bit is_hdl_path_root ( string kind = "" )
Returns 1 if this port is of the type given by the method name, 0 otherwise.
function bit is_imp ()
These function determine the type of port.
pure virtual function bit is_imp()
Returns 1 on items and 0 on sequences.
virtual function bit is_item()
This function may be called on any sequence_item or sequence.
virtual function bit is_item()
Return TRUE if the model is locked.
function bit is_locked()
Returns the state of the lock.
function bit is_locked()
This method is used during unpack operations to peek at the next 4-bit chunk of the pack data and determine if it is 0.
virtual function bit is_null ()
Indicates whether the event has been triggered or been reset.
virtual function bit is_off ()
Indicates whether the event has been triggered since it was last reset.
virtual function bit is_on ()
function bit is_port ()
pure virtual function bit is_port()
If is_quit_count_reached returns 1, then the quit counter has reached the maximum.
function bit is_quit_count_reached()
Returns true if the current value of the m_command variable is UVM_TLM_READ_COMMAND.
virtual function bit is_read()
Returns 1 if recording is currently on, 0 otherwise.
function bit is_recording_enabled()
The default is_relevant implementation returns 1, indicating that the sequence is always relevant.
virtual function bit is_relevant()
Return TRUE if the current value of the m_response_status variable is not UVM_TLM_OK_RESPONSE
virtual function bit is_response_error()
Return TRUE if the current value of the m_response_status variable is UVM_TLM_OK_RESPONSE
virtual function bit is_response_ok()
Returns 1 if the tracing facility is on and 0 if it is off.
static function bit is_tracing()
Returns 1 if the tracing facility is on and 0 if it is off.
static function bit is_tracing()
silently check type with a given name was registered in the factory or not
virtual function bit is_type_name_registered ( string type_name )
pure virtual function bit is_type_name_registered ( string type_name )
silently check type is registered in the factory or not
virtual function bit is_type_registered ( uvm_object_wrapper obj )
pure virtual function bit is_type_registered ( uvm_object_wrapper obj )
Returns 1 if this port has no maximum on the number of implementation ports this port can connect to.
function bit is_unbounded ()
Returns true if the current value of the m_command variable is UVM_TLM_WRITE_COMMAND.
virtual function bit is_write()
Immediately issues the message which is currently being processed.
protected function void issue()
Indicates that the request is completed.
virtual function void item_done ( RSP item = null )
Indicates that the request is completed to the sequencer.
virtual function void item_done( input T2 t = null )
This function will kill the sequence, and cause all current locks and requests in the sequence’s default sequencer to be removed.
function void kill()
Kind of access: READ or WRITE.
rand uvm_access_e kind
The knob object provides access to the variety of knobs associated with a specific printer instance.
m_uvm_printer_knobs knobs