#include <episodic_memory.h>

Inherits soar_module::timer_container.

Public Member Functions
	epmem_timer_container (agent *my_agent)
Public Member Functions inherited from soar_module::timer_container
void	reset ()
	timer_container (agent *new_agent)
Public Member Functions inherited from soar_module::object_container< timer >
void	for_each (accumulator< timer * > &f)
timer *	get (const char *name)
	object_container (agent *new_agent)
virtual	~object_container ()

Data Fields
soar_module::timer *	api
soar_module::timer *	hash
soar_module::timer *	init
soar_module::timer *	ncb_edge
soar_module::timer *	ncb_edge_rit
soar_module::timer *	ncb_node
soar_module::timer *	ncb_node_rit
soar_module::timer *	ncb_retrieval
soar_module::timer *	next
soar_module::timer *	prev
soar_module::timer *	query
soar_module::timer *	query_cleanup
soar_module::timer *	query_dnf
soar_module::timer *	query_graph_match
soar_module::timer *	query_result
soar_module::timer *	query_sql_edge
soar_module::timer *	query_sql_end_ep
soar_module::timer *	query_sql_end_now
soar_module::timer *	query_sql_end_point
soar_module::timer *	query_sql_start_ep
soar_module::timer *	query_sql_start_now
soar_module::timer *	query_sql_start_point
soar_module::timer *	query_walk
soar_module::timer *	query_walk_edge
soar_module::timer *	query_walk_interval
soar_module::timer *	storage
soar_module::timer *	total
soar_module::timer *	trigger
soar_module::timer *	wm_phase

Additional Inherited Members
Protected Member Functions inherited from soar_module::object_container< timer >
void	add (timer *new_object)
Protected Attributes inherited from soar_module::object_container< timer >
agent *	my_agent
std::map< std::string, timer * > *	objects

Detailed Description

Definition at line 250 of file episodic_memory.h.

Constructor & Destructor Documentation

epmem_timer_container::epmem_timer_container ( agent * my_agent )

Definition at line 406 of file episodic_memory.cpp.

References soar_module::object_container< timer >::add(), api, EPMEM_RIT_STATE_EDGE, agent_struct::epmem_rit_state_graph, EPMEM_RIT_STATE_NODE, hash, init, soar_module::object_container< timer >::my_agent, ncb_edge, ncb_edge_rit, ncb_node, ncb_node_rit, ncb_retrieval, next, soar_module::timer::one, prev, query, query_cleanup, query_dnf, query_graph_match, query_result, query_sql_edge, query_sql_end_ep, query_sql_end_now, query_sql_end_point, query_sql_start_ep, query_sql_start_now, query_sql_start_point, query_walk, query_walk_edge, query_walk_interval, storage, soar_module::timer::three, epmem_rit_state_struct::timer, total, trigger, soar_module::timer::two, and wm_phase.

                                                              : soar_module::timer_container( new_agent )
{
 // one
 total = new epmem_timer( "_total", my_agent, soar_module::timer::one );
 add( total );
 // two
 storage = new epmem_timer( "epmem_storage", my_agent, soar_module::timer::two );
 add( storage );
 ncb_retrieval = new epmem_timer( "epmem_ncb_retrieval", my_agent, soar_module::timer::two );
 add( ncb_retrieval );
 query = new epmem_timer( "epmem_query", my_agent, soar_module::timer::two );
 add( query );
 api = new epmem_timer( "epmem_api", my_agent, soar_module::timer::two );
 add( api );
 trigger = new epmem_timer( "epmem_trigger", my_agent, soar_module::timer::two );
 add( trigger );
 init = new epmem_timer( "epmem_init", my_agent, soar_module::timer::two );
 add( init );
 next = new epmem_timer( "epmem_next", my_agent, soar_module::timer::two );
 add( next );
 prev = new epmem_timer( "epmem_prev", my_agent, soar_module::timer::two );
 add( prev );
 hash = new epmem_timer( "epmem_hash", my_agent, soar_module::timer::two );
 add( hash );
 wm_phase = new epmem_timer( "epmem_wm_phase", my_agent, soar_module::timer::two );
 add( wm_phase );
 // three
 ncb_edge = new epmem_timer( "ncb_edge", my_agent, soar_module::timer::three );
 add( ncb_edge );
 ncb_edge_rit = new epmem_timer( "ncb_edge_rit", my_agent, soar_module::timer::three );
 add( ncb_edge_rit );
 ncb_node = new epmem_timer( "ncb_node", my_agent, soar_module::timer::three );
 add( ncb_node );
 ncb_node_rit = new epmem_timer( "ncb_node_rit", my_agent, soar_module::timer::three );
 add( ncb_node_rit );
 query_dnf = new epmem_timer( "query_dnf", my_agent, soar_module::timer::three );
 add( query_dnf );
 query_walk = new epmem_timer( "query_walk", my_agent, soar_module::timer::three );
 add( query_walk );
 query_walk_edge = new epmem_timer( "query_walk_edge", my_agent, soar_module::timer::three );
 add( query_walk_edge );
 query_walk_interval = new epmem_timer( "query_walk_interval", my_agent, soar_module::timer::three );
 add( query_walk_interval );
 query_graph_match = new epmem_timer( "query_graph_match", my_agent, soar_module::timer::three );
 add( query_graph_match );
 query_result = new epmem_timer( "query_result", my_agent, soar_module::timer::three );
 add( query_result );
 query_cleanup = new epmem_timer( "query_cleanup", my_agent, soar_module::timer::three );
 add( query_cleanup );
 query_sql_edge = new epmem_timer( "query_sql_edge", my_agent, soar_module::timer::three );
 add( query_sql_edge );
 query_sql_start_ep = new epmem_timer( "query_sql_start_ep", my_agent, soar_module::timer::three );
 add( query_sql_start_ep );
 query_sql_start_now = new epmem_timer( "query_sql_start_now", my_agent, soar_module::timer::three );
 add( query_sql_start_now );
 query_sql_start_point = new epmem_timer( "query_sql_start_point", my_agent, soar_module::timer::three );
 add( query_sql_start_point );
 query_sql_end_ep = new epmem_timer( "query_sql_end_ep", my_agent, soar_module::timer::three );
 add( query_sql_end_ep );
 query_sql_end_now = new epmem_timer( "query_sql_end_now", my_agent, soar_module::timer::three );
 add( query_sql_end_now );
 query_sql_end_point = new epmem_timer( "query_sql_end_point", my_agent, soar_module::timer::three );
 add( query_sql_end_point );
 // connect to rit state
 // graph
 my_agent->epmem_rit_state_graph[ EPMEM_RIT_STATE_NODE ].timer = ncb_node_rit;
 my_agent->epmem_rit_state_graph[ EPMEM_RIT_STATE_EDGE ].timer = ncb_edge_rit;
}