RoutingDelayMap Class Reference

Spike routing table for scheduling of spikes within one engine. More...

#include <RoutingDelayMap.h>

List of all members.

Public Types
typedef map< delay_t, event_target_group_id_t >	delaymaptype
typedef delaymaptype::const_iterator	const_iterator
Public Member Functions
void	insert (global_out_port_id_t port_id, delay_t delay, event_target_group_id_t group)
	Inserts new entry in the map [out_port_id]->(delay,eventtargetgroup).
event_target_group_id_t	find (global_out_port_id_t port_id, delay_t delay)
	Checks if there is an entry for the specified sending object and the delay.
const_iterator	begin (global_out_port_id_t out_port_id)
	Returns a begin iterator which can serve to iterate through all (delay, stg) pairs.
const_iterator	end (global_out_port_id_t out_port_id)
	Returns an end iterator which can serve to iterate through all (delay, stg) pairs.
void	increaseTotalNumOutPorts (unsigned num_ports)
unsigned	getTotalNumOutPorts ()
void	registerOutPorts (EvSimObject *obj)
Protected Member Functions
void	resize (global_out_port_id_t out_port_id)
Protected Attributes
vector< delaymaptype >	_map
unsigned	totalNumOutPorts

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Detailed Description

Spike routing table for scheduling of spikes within one engine.

For each spike sending object identified by id, the delay map stores many (delay, spike_target_group) pairs.

For a spiking connection with delay D between object A and object B which are in the same engine, an entry is added in the the map [A]->(D, STG) where the spike target group contains B. If there is already an entry [A]->(D, X) then B is added to X spike target group.

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Member Function Documentation

event_target_group_id_t RoutingDelayMap::find	(	global_out_port_id_t	port_id,
		delay_t	delay
	)

Checks if there is an entry for the specified sending object and the delay.

Returns:

the ETG id if there is an entry, and no_eventgroup otherwise.

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

• RoutingDelayMap.h
• RoutingDelayMap.cpp