Uses of Class
bcds.phison.ra.ConnectionInfo

Packages that use ConnectionInfo

bcds.phison.multfailures
bcds.phison.ra	The routing algorithm (ra) package defines the interface expected by the Phison simulator and implements several well-known routing algorithms, such as Dijkstra, WSP and SWP.
bcds.phison.sim	This package comprises the simulator and several processing modules.

Uses of ConnectionInfo in bcds.phison.multfailures

Methods in bcds.phison.multfailures that return types with arguments of type ConnectionInfo

java.util.Set<ConnectionInfo<V,E>>

SIDxPathFailures.getRemovedConnections() Returns the set of connections that were forcibly as a consequence of nodes entering the DISABLED state.

Uses of ConnectionInfo in bcds.phison.ra

Methods in bcds.phison.ra that return ConnectionInfo

ConnectionInfo<V,E>

TED.getConnection(int id) Returns the connection descriptor object for the given connection id, or null if a connection with that id does not exist.

Methods in bcds.phison.ra that return types with arguments of type ConnectionInfo

java.util.Collection<ConnectionInfo<V,E>>	TED.getConnections() Returns an unmodifiable view of the connection descriptor objects.
java.util.List<ConnectionInfo<V,E>>	TED.getConnPerBidiLink(E e) Returns a copy of the list of connections passing thourgh a link e in its both directions.
java.util.List<ConnectionInfo<V,E>>	TED.getConnPerLink(E e) Returns a copy of the list of connections passing thourgh a link e.

Methods in bcds.phison.ra with parameters of type ConnectionInfo

void	ProtectionAlgBase.commitBackupPath(ConnectionInfo<V,E> cnx) Calls ted.updateResidualCap to decrease the available capacity along the (current) backup path.
void	RoutingAlg.commitBackupPath(ConnectionInfo<V,E> cnx) See RoutingAlg.commitWorkingPath(ConnectionInfo).
void	RoutingAlgBase.commitBackupPath(ConnectionInfo<V,E> cnx) Does nothing.
void	RoutingAlg.commitWorkingPath(ConnectionInfo<V,E> cnx) Performs resource allocation for a given connection.
void	RoutingAlgBase.commitWorkingPath(ConnectionInfo<V,E> cnx) Calls ted.updateResidualCap() to decrease the available capacity on the links included in cnx.wrk_path.
void	TED.registerConnection(ConnectionInfo<V,E> cnx) Register the acceptance of a connection, updates the internal information and informs the corresponding routing algorithm that a connection has been accepted.
void	TED.registerConnPerLink(ConnectionInfo<V,E> cnx, Path<V,E> path) Updates the list of connections using the links of a given path.
void	ProtectionAlgBase.uncommitBackupPath(ConnectionInfo<V,E> cnx) Reversion of ProtectionAlgBase.commitBackupPath(bcds.phison.ra.ConnectionInfo).
void	RoutingAlg.uncommitBackupPath(ConnectionInfo<V,E> cnx) See RoutingAlg.uncommitWorkingPath(ConnectionInfo).
void	RoutingAlgBase.uncommitBackupPath(ConnectionInfo<V,E> cnx) Does nothing.
void	RoutingAlg.uncommitWorkingPath(ConnectionInfo<V,E> cnx) Reverts the allocation of resources.
void	RoutingAlgBase.uncommitWorkingPath(ConnectionInfo<V,E> cnx) Performs the opposite actions of RoutingAlgBase.commitWorkingPath(bcds.phison.ra.ConnectionInfo).
void	TED.unregisterConnPerLink(ConnectionInfo<V,E> cnx, Path<V,E> path) Removes connection cnx from the list of connections passing through the links in path.
void	TED.updateResidualCap(ConnectionInfo<V,E> cnx, Path<V,E> path, int delta) Updates the residual capacity of links on a given path.
void	TED.updateResidualCap(ConnectionInfo<V,E> cnx, Path<V,E> path, int delta, boolean bidir) Updates the residual capacity of links on a given path.

Constructors in bcds.phison.ra with parameters of type ConnectionInfo

ConnectionInfo(ConnectionInfo<V,E> c)
Copy constructor (Beware: shallow copy).

Uses of ConnectionInfo in bcds.phison.sim

Methods in bcds.phison.sim that return ConnectionInfo

ConnectionInfo<V,E>

SimTask.createConnection(ConnectionInfo<V,E> rq) Returns a new connection between two nodes, of a given capacity, as indicated in the parameter rq.

Methods in bcds.phison.sim with parameters of type ConnectionInfo

void	SimCore.callProcessingModules(SimEvents ev, ConnectionInfo<V,E> request) Iterates over the processing modules list and calls each module's run method with ev and request as parameters.
ConnectionInfo<V,E>	SimTask.createConnection(ConnectionInfo<V,E> rq) Returns a new connection between two nodes, of a given capacity, as indicated in the parameter rq.
static <V,E> LinkFailureEffect.Effect	LinkFailureEffect.determineEffect(ConnectionInfo<V,E> conn, E failed_e, TED<V,E> ted)
static <V,E> SimplePair<LinkFailureEffect.Effect,E>	LinkFailureEffect.determineEffectOfMultipleFailure(ConnectionInfo<V,E> conn, java.util.Collection<E> failed_e, TED<V,E> ted)
void	SimCore.enqueueEvent(SimEvents ev, ConnectionInfo<V,E> rq) Enqueues a future event whose time is taken from rq.clock.
void	PmBase.run(SimEvents evtype, ConnectionInfo<V,E> rq) Empty implementation.
void	PmDTypeReplicator.run(SimEvents evtype, ConnectionInfo<V,E> rq)
void	PmDumpRAState.run(SimEvents evtype, ConnectionInfo<V,E> rq)
void	PmLinkFailure.run(SimEvents evtype, ConnectionInfo<V,E> rq)
void	PmTrace2TR.run(SimEvents evtype, ConnectionInfo<V,E> rq)
void	PmTraceConn.run(SimEvents evtype, ConnectionInfo<V,E> rq) Intercepts the events TIME, CONN_REQUEST and CONN_RELEASE and generate the requested output.
void	PmTraceConnGbl.run(SimEvents evtype, ConnectionInfo<V,E> rq)
void	PmTraceLinkUsage.run(SimEvents evtype, ConnectionInfo<V,E> rq)
void	PmTraceLinkUsageToDOT.run(SimEvents evtype, ConnectionInfo<V,E> rq)
void	PmTracePathLength.run(SimEvents evtype, ConnectionInfo<V,E> rq)
void	PmTraceProgress.run(SimEvents evtype, ConnectionInfo<V,E> rq) Keeps a count of the number of connections accepted and rejected.
void	PmTraceTimestepBlocking.run(SimEvents evtype, ConnectionInfo<V,E> rq)
void	PmTraceTrafficMatrix.run(SimEvents evtype, ConnectionInfo<V,E> rq)
void	ProcessingModule.run(SimEvents evtype, ConnectionInfo<V,E> rq) Process an event, whose type evtype.