jain.protocol.ss7.oam.mtp3
Interface Mtp3LayerManager


public abstract interface Mtp3LayerManager
extends OamLayerManager

This interface defines the methods required for the creation and management of all MTP Level 3 Managed Objects. It defines the methods to:

It must be noted that under the JAIN Naming Convention the lower-level package structure and classname of a proprietary implementation of the jain.protocol.ss7.oam.mtp3.Mtp3LayerManager interface must be jain.protocol.ss7.oam.mtp3.Mtp3LayerManagerImpl.

Under the JAIN naming convention, the upper-level package structure (pathname) can be used to differentiate between proprietary implementations from different SS7 Vendors. The pathname used by each SS7 Vendor must be the domain name assigned to the Vendor in reverse order, e.g. Sun Microsystem's would be 'com.sun'

It follows that a proprietary implementation of a Mtp3LayerManager will be located at:

.jain.protocol.ss7.oam.mtp3.Mtp3LayerManagerImpl

Where:
pathname = reverse domain name, e.g. com.sun'

The resulting Peer JAIN SS7 Object would be located at: com.sun.jain.protocol.ss7.oam.mtp3.Mtp3LayerManagerImpl

An application may create a JainTcapStackImpl by invoking the JainSs7Factory.createJainSS7Object() method. The PathName of the vendor specific implementation of which you want to instantiate can be set before calling this method or the default or current pathname may be used


Fields inherited from class jain.protocol.ss7.oam.OamLayerManager
PROTOCOL_VARIANT_ANSI, PROTOCOL_VARIANT_ITU, PROTOCOL_VARIANT_OTHER
 
Method Summary
 void addMtp3StatisticListener(Mtp3StatisticListener listener)
          Adds a Mtp3StatisticListener to the list of registered statistic listeners of the MTP3 layer.
 LinkMO createLink(Mtp2SapMO mtp2Sap)
          Creates a new Link Managed Object.
 LinksetMO createLinkset(Mtp3SapMO adjacentSignallingPoint, LinkMO[] links)
          Creates a new Linkset Managed Object.
 Mtp3SapMO createMtp3Sap(long pointCode, int type, int networkInd, int serviceIndicator)
          Creates a new Mtp3 Service Access Point MO (representing a Remote Signalling Point)
 Mtp3TimerProfileMO createMtp3TimerProfile()
          Creates a new Mtp3TimerProfileMO that will use the correct Timer values for the the protocol variant of this Mtp3LayerManager.
 OwnSignallingPointMO createOwnSignallingPoint(long pointCode, int type, int networkInd, int serviceIndicator)
          Creates a new Own Signalling Point Managed Object.
 RouteMO createRoute(Mtp3SapMO destinationSignallingPoint, LinksetMO[] linksets)
          Creates a new Route Managed Object.
 RoutesetMO createRouteset(RouteMO[] routes)
          Creates a new Routeset Managed Object.
 ScreeningTableMO createScreeningTable()
          Creates a new Screening Table managed object.
 void deleteLink(LinkMO link)
          Deletes the specified Link Managed Object.
 void deleteLinkset(LinksetMO linkset)
          Deletes the specified Linkset Managed Object.
 void deleteMtp3Sap(Mtp3SapMO sap)
          Deletes the specified Mtp3 Service Access Point MO.
 void deleteMtp3TimerProfile(Mtp3TimerProfileMO timerProfile)
          Deletes the specified Mtp3TimerProfileMO.
 void deleteOwnSignallingPoint(OwnSignallingPointMO signallingPoint)
          Deletes the specified Own Signalling Point Managed Object.
 void deleteRoute(RouteMO route)
          Deletes the specified Route Managed Object.
 void deleteRouteset(RoutesetMO routeset)
          Deletes the specified Routeset Managed Object.
 void deleteScreeningTable(ScreeningTableMO screeningTable)
          Deletes the specified Screening Table managed object.
 OwnSignallingPointMO[] getActiveOwnSignallingPoint()
          Returns the all of the active (local) Signalling Points of this stack.
The underlying stack management system may support multiple signalling points on the the same system.
 OwnSignallingPointMO getActiveOwnSignallingPoint(int index)
          Returns one of the active (local) Signalling Points of this stack.
The underlying stack management system may support multiple signalling points on the the same system.
 LinkMO[] getAllLinks()
          Returns all of the Links created by this layer manager
 LinkMO getAllLinks(int index)
          Returns one of the Links created by this layer manager
 LinksetMO[] getAllLinksets()
          Returns all of the Linksets created by this layer manager
 LinksetMO getAllLinksets(int index)
          Returns one of the Linksets created by this layer manager
 Mtp3SapMO[] getAllMtp3Saps()
          Returns all of the MTP3 SAPs (Remote Signalling Points) created by this layer manager
 Mtp3SapMO getAllMtp3Saps(int index)
          Returns one of the MTP3 SAPs (Remote Signalling Points) created by this layer manager
 Mtp3TimerProfileMO[] getAllMtp3TimerProfiles()
          Returns all of the MTP3 Timer Profiles created by this layer manager
 Mtp3TimerProfileMO getAllMtp3TimerProfiles(int index)
          Returns one of the MTP3 Timer Profiles created by this layer manager
 OwnSignallingPointMO[] getAllOwnSignallingPoints()
          Returns all of the Own Signalling Points created by this layer manager
 OwnSignallingPointMO getAllOwnSignallingPoints(int index)
          Returns one of the Own Signalling Points created by this layer manager
 RouteMO[] getAllRoutes()
          Returns all of the Routes created by this layer manager
 RouteMO getAllRoutes(int index)
          Returns one of the Routes created by this layer manager
 RoutesetMO[] getAllRoutesets()
          Returns all of the Routesets created by this layer manager
 RoutesetMO getAllRoutesets(int index)
          Returns one of the Routesets created by this layer manager
 ScreeningTableMO[] getAllScreeningTables()
          Returns all of the Screening Tables created by this layer manager.
 ScreeningTableMO getAllScreeningTables(int index)
          Returns one of the Screening Tables created by this layer manager
 Mtp3StatisticEvent getStatistic(int statisticType, Mtp3ManagedObject managedObject)
          Returns a Mtp3StatisticEvent of the specified statistic type containing the value of the statistic.
 void removeMtp3StatisticListener(Mtp3StatisticListener listener)
          Removes a MTP3 Statistic Listener from the list of registered statistic listeners of this MTP3 Layer Manager.
 void setActiveOwnSignallingPoint(int index, OwnSignallingPointMO OwnSignallingPoint)
          Sets one of the active (local) Signalling Points of this stack.
The underlying stack management system may support multiple signalling points on the the same system.
 void setActiveOwnSignallingPoint(OwnSignallingPointMO[] OwnSignallingPoints)
          Sets all of the active (local) Signalling Points of this stack.
The underlying stack management system may support multiple signalling points on the the same system.
 void startPollingStatistic(int statisticType, Mtp3ManagedObject managedObject, int interval)
          Initiates the polling of statistic of the specified statistic type for the specified managed object.
 void stopPollingStatistic(int statisticType, Mtp3ManagedObject managedObject)
          Stops the polling of statistic of the specified statistic type for the specified managed object.
 
Methods inherited from interface jain.protocol.ss7.oam.OamLayerManager
commit, getProtocolVariant, getProtocolYear, getVendorDetails, readCurrentConfiguration, setProtocolVariant, setProtocolYear
 

Method Detail

addMtp3StatisticListener

public void addMtp3StatisticListener(Mtp3StatisticListener listener)
                              throws java.util.TooManyListenersException,
                                     SS7ListenerAlreadyRegisteredException
Adds a Mtp3StatisticListener to the list of registered statistic listeners of the MTP3 layer.
A MTP3 Statistic Listener will be continually sent Statistic Events for a particular statistic at set intervals from the point at which the Listener starts polling the statistic until the point at which the Listener either:
Parameters:
listener - the MTP3 Statistic Listener to be added.
Throws:
TooManyListenersException - thrown if a limit is placed on the allowable number of registered MTP3 Statistic Listeners by the implementation, and this limit is exceeded.
SS7ListenerAlreadyRegisteredException - thrown if an attempt is made to register a MTP3 Statistic Listener that is already registered with this MTP3Layer Mamager as an Statistic Listener.

removeMtp3StatisticListener

public void removeMtp3StatisticListener(Mtp3StatisticListener listener)
                                 throws SS7ListenerNotRegisteredException
Removes a MTP3 Statistic Listener from the list of registered statistic listeners of this MTP3 Layer Manager. Once removed, a MTP3 statistic listener will no longer receive any MTP3 Statistic Events for statistics that the Listener started polling, but did not explicitly stop polling.

     ie.   Removing a MTP3 Statistic Listener application implicitly stops the polling
           of all of the applications statistics.
 
Parameters:
listener - the MTP3 Statistic Listener to be removed.
Throws:
SS7ListenerNotRegisteredException - thrown if the MTP3 Statistic Listener to be removed is not registered as an Statistic Listener of MTP3 Layer Manager.
NullPointerException - if the supplied Listener is null

getStatistic

public Mtp3StatisticEvent getStatistic(int statisticType,
                                       Mtp3ManagedObject managedObject)
                                throws StatisticNotSupportedException
Returns a Mtp3StatisticEvent of the specified statistic type containing the value of the statistic. This method will return the statistic synchronously, whereas the startPollingStatistic() method will return the statistic asynchronously as an event at set intervals.
Parameters:
statisticType - the type of the statistic to be returned [.getStatisticType() == statisticType]
managedObject - the MTP3 Managed Object (MO) for which the statistic is to be collected
Returns:
the Mtp3StatisticEvent containing the requested statistic.
Throws:
StatisticNotSupportedException - if the specified statistic is not supported (cannot be collected) by the underlying Stack management system.

startPollingStatistic

public void startPollingStatistic(int statisticType,
                                  Mtp3ManagedObject managedObject,
                                  int interval)
                           throws StatisticNotSupportedException
Initiates the polling of statistic of the specified statistic type for the specified managed object. Each time the specified interval expires, a MTP3 Statistic Event containing the value of the statistic will be sent asynchronously to the registered MTP3 Statistic Listener that started polling the statistic (by invoking this method). The specified statistic shall be continually sent after the specified interval to the registered MTP3 Statistic Listener until either:
Parameters:
statisticType - the type of the statistic to be polled [.getStatisticType() == statisticType]
managedObject - the MTP3 Managed Object (MO) for which the statistic is to be polled
interval - the polling interval in milliseconds
Throws:
StatisticNotSupportedException - if the specified statistic is not supported (cannot be collected) by the underlying Stack management system.

stopPollingStatistic

public void stopPollingStatistic(int statisticType,
                                 Mtp3ManagedObject managedObject)
                          throws IllegalOperationException
Stops the polling of statistic of the specified statistic type for the specified managed object.

If
the specified statistic is currently being polled by the Listener that invoked this method
then
this polling will stop and the specified statistic shall no longer be sent to the registered MTP3 Statistic Listener.

If
the specified statistic is not longer being polled by the Listener that invoked this method
then
then invoking this operation will have no effect.

Parameters:
statisticType - the type of the statistic for which polling is to stop.
managedObject - the MTP3 Managed Object (MO) for which the polling is to stop
Throws:
IllegalOperationException - - if the statistic is not being polled for the specified managed object and therefore it's polling cannot be stopped.

createMtp3TimerProfile

public Mtp3TimerProfileMO createMtp3TimerProfile()
                                          throws TooManyInstancesException
Creates a new Mtp3TimerProfileMO that will use the correct Timer values for the the protocol variant of this Mtp3LayerManager. When the Timer Profile is created, the corresponding OamTimerVals should be created for each Timer with the correct min, max and default values set.
Returns:
the newly created Timer
Throws:
TooManyInstancesException - - if no more timer profiles can be created by this implementation

createLink

public LinkMO createLink(Mtp2SapMO mtp2Sap)
                  throws TooManyInstancesException
Creates a new Link Managed Object.
Parameters:
mtp2Sap - the MTP2 SAP defining the hardware characteristics of this link
Throws:
TooManyInstancesException - - if no more MTP2 SAPs can be created

createLinkset

public LinksetMO createLinkset(Mtp3SapMO adjacentSignallingPoint,
                               LinkMO[] links)
                        throws TooManyInstancesException
Creates a new Linkset Managed Object.
Parameters:
adjacentSignallingPoint - the Adjacent Signalling Point of this Linkset
links - the links of this linkset.
Throws:
TooManyInstancesException - - if
  • no more Linksets can be created, or
  • too many links have been supplied for the Linkset

createRoute

public RouteMO createRoute(Mtp3SapMO destinationSignallingPoint,
                           LinksetMO[] linksets)
                    throws TooManyInstancesException
Creates a new Route Managed Object.
Parameters:
destinationSignallingPoint - the destination signalling point of this Route
linksets - the Linksets that make up this route
Throws:
TooManyInstancesException - - if
  • no more routes can be created by this implementation, or
  • too many linksets were supplied for the route

createRouteset

public RoutesetMO createRouteset(RouteMO[] routes)
                          throws TooManyInstancesException
Creates a new Routeset Managed Object. [NOTE: The destination signalling point of the created RoutesetMO will be the the destination signalling point of all of the Routes supplied in routes
Parameters:
routes - the routes that make up this routeset
Throws:
TooManyInstancesException - - if
  • more more routesets can be created by this implementation, or
  • too many routes were supplied for the routeset

createOwnSignallingPoint

public OwnSignallingPointMO createOwnSignallingPoint(long pointCode,
                                                     int type,
                                                     int networkInd,
                                                     int serviceIndicator)
                                              throws TooManyInstancesException,
                                                     java.lang.IllegalArgumentException
Creates a new Own Signalling Point Managed Object.
Parameters:
pointCode - the signalling point code
type - one of the following:
  • OwnSignallingPointMO.TYPE_SEP - a Signalling End Point.
  • OwnSignallingPointMO.TYPE_STP - a Signalling Transfer Point.
  • OwnSignallingPointMO.TYPE_STEP - a Signalling Transfer End Point.
networkInd - one of the following Network Indicator constants:
  • OwnSignallingPointMO.NI_INTERNATIONAL_00
  • OwnSignallingPointMO.NI_INTERNATIONAL_01
  • OwnSignallingPointMO.NI_NATIONAL_10
  • OwnSignallingPointMO.NI_NATIONAL_11
serviceIndicator - one of the following Service Indicator constants:
  • OwnSignallingPointMO.SI_BROADBAND_ISUP
  • OwnSignallingPointMO.SI_DUP_CALL_CIRCUIT
  • OwnSignallingPointMO.SI_DUP_FACILITY_CANCELLATION
  • OwnSignallingPointMO.SI_ISUP
  • OwnSignallingPointMO.SI_MTP_TESTING
  • OwnSignallingPointMO.SI_SATELLITE_ISUP
  • OwnSignallingPointMO.SI_SCCP
  • OwnSignallingPointMO.SI_SIG_NET_MAN_MESSAGES
  • OwnSignallingPointMO.SI_SIG_NET_TEST_MAIN_MESSAGES
  • OwnSignallingPointMO.SI_TUP
Throws:
TooManyInstancesException - - if no more own signalling points can be created by this implementation
java.lang.IllegalArgumentException - - if any of the arguments represent an illegal value

createMtp3Sap

public Mtp3SapMO createMtp3Sap(long pointCode,
                               int type,
                               int networkInd,
                               int serviceIndicator)
                        throws TooManyInstancesException,
                               java.lang.IllegalArgumentException
Creates a new Mtp3 Service Access Point MO (representing a Remote Signalling Point)
Parameters:
pointCode - the signalling point code
type - one of the following:
  • Mtp3SapMO.TYPE_SEP - a Signalling End Point.
  • Mtp3SapMO.TYPE_STP - a Signalling Transfer Point.
  • Mtp3SapMO.TYPE_STEP - a Signalling Transfer End Point.
networkInd - one of the following Network Indicator constants:
  • Mtp3SapMO.NI_INTERNATIONAL_00
  • Mtp3SapMO.NI_INTERNATIONAL_01
  • Mtp3SapMO.NI_NATIONAL_10
  • Mtp3SapMO.NI_NATIONAL_11
serviceIndicator - one of the following Service Indicator constants:
  • Mtp3SapMO.SI_BROADBAND_ISUP
  • Mtp3SapMO.SI_DUP_CALL_CIRCUIT
  • Mtp3SapMO.SI_DUP_FACILITY_CANCELLATION
  • Mtp3SapMO.SI_ISUP
  • Mtp3SapMO.SI_MTP_TESTING
  • Mtp3SapMO.SI_SATELLITE_ISUP
  • Mtp3SapMO.SI_SCCP
  • Mtp3SapMO.SI_SIG_NET_MAN_MESSAGES
  • Mtp3SapMO.SI_SIG_NET_TEST_MAIN_MESSAGES
  • Mtp3SapMO.SI_TUP
Throws:
TooManyInstancesException - - if no more MTP3 SAPs can be created by this implementation
java.lang.IllegalArgumentException - - if any of the arguments represent an illegal value

createScreeningTable

public ScreeningTableMO createScreeningTable()
                                      throws java.lang.UnsupportedOperationException,
                                             TooManyInstancesException
Creates a new Screening Table managed object.
Parameters:
screeningType - either:
  • ScreeningTableMO.SCR_TYPE_INCOMING_LS_TO_DPC - To inhibit/allow STP access by a combination of designated incoming link sets to designated DPCs.
  • ScreeningTableMO.SCR_TYPE_OUTGOING_LS_TO_DPC - To inhibit/allow STP access by a combination of designated outgoing link sets to designated DPCs.
  • ScreeningTableMO.SCR_TYPE_OPC_TO_DPC - To inhibit/allow STP access by examination of OPC and DPC combination in the incoming STP message.
Throws:
java.lang.UnsupportedOperationException - - if the optional SS7 functionality for an STP to identify and to handle unauthorized SS7 messages is not supported by this implementation
TooManyInstancesException - - if no more screening tables can be created by this implementation

deleteMtp3TimerProfile

public void deleteMtp3TimerProfile(Mtp3TimerProfileMO timerProfile)
Deletes the specified Mtp3TimerProfileMO. Note that once a Mtp3TimerProfileMO has been deleted, it should no longer be returned by the getAllMtp3TimerProfiles() method.

deleteLink

public void deleteLink(LinkMO link)
Deletes the specified Link Managed Object. Note that once a LinkMO has been deleted, it should no longer be returned by the getAllLinks() method.

deleteLinkset

public void deleteLinkset(LinksetMO linkset)
Deletes the specified Linkset Managed Object. Note that once a LinksetMO has been deleted, it should no longer be returned by the getAllLinksets() method.

deleteRoute

public void deleteRoute(RouteMO route)
Deletes the specified Route Managed Object. Note that once a RouteMO has been deleted, it should no longer be returned by the getAllRoutes() method.

deleteRouteset

public void deleteRouteset(RoutesetMO routeset)
Deletes the specified Routeset Managed Object. Note that once a RoutesetMO has been deleted, it should no longer be returned by the getAllRoutesets() method.

deleteOwnSignallingPoint

public void deleteOwnSignallingPoint(OwnSignallingPointMO signallingPoint)
Deletes the specified Own Signalling Point Managed Object. Note that once an OwnSignallingPointMO has been deleted, it should no longer be returned by the getAllOwnSignallingPoints() method.

deleteMtp3Sap

public void deleteMtp3Sap(Mtp3SapMO sap)
Deletes the specified Mtp3 Service Access Point MO. Note that once a Mtp3SapMO has been deleted, it should no longer be returned by the getAllMtp3Saps() method.

deleteScreeningTable

public void deleteScreeningTable(ScreeningTableMO screeningTable)
                          throws java.lang.UnsupportedOperationException
Deletes the specified Screening Table managed object. Note that once a ScreeningTableMO has been deleted, it should no longer be returned by the getAllScreeningTables() method.
Throws:
java.lang.UnsupportedOperationException - - if the optional SS7 functionality for an STP to identify and to handle unauthorized SS7 messages is not supported by this implementation

setActiveOwnSignallingPoint

public void setActiveOwnSignallingPoint(int index,
                                        OwnSignallingPointMO OwnSignallingPoint)
                                 throws TooManyInstancesException
Sets one of the active (local) Signalling Points of this stack.
The underlying stack management system may support multiple signalling points on the the same system. The signalling point will be set at the specified position in the set of Signalling Points of this stack.
Parameters:
index - the index position of the element in the array.
OwnSignallingPoint - the local Signalling Point
Throws:
TooManyInstancesException - - if the supplied index is greater than the number of OwnSignallingPoints permitted by this implementation.

getActiveOwnSignallingPoint

public OwnSignallingPointMO getActiveOwnSignallingPoint(int index)
Returns one of the active (local) Signalling Points of this stack.
The underlying stack management system may support multiple signalling points on the the same system. The Signalling Point will be returned from the specified position in the set of Signalling Points of this stack.

There is a subtle difference between this method and the getAllOwnSignallingPoints() method in that this method returns one of the Own Signalling Points that are currently in use, whereas the getAllOwnSignallingPoints() method returns one all the Own Signalling Points (both those Signalling Points currently in use and the Signalling Points that have been configured are not available for use for any reason including for backup). Every OwnSignallingPoint that was created through the setActiveOwnSignallingPoint() method shall be returned by this method.

Parameters:
index - the index position of the element in the array.
Returns:
the local Signalling Point at the specified postion

setActiveOwnSignallingPoint

public void setActiveOwnSignallingPoint(OwnSignallingPointMO[] OwnSignallingPoints)
                                 throws TooManyInstancesException
Sets all of the active (local) Signalling Points of this stack.
The underlying stack management system may support multiple signalling points on the the same system.
Parameters:
OwnSignallingPoints - all of the (local) Signalling Points of this stack.
Throws:
TooManyInstancesException - - if the size of the array is greater than the number of OwnSignallingPoints permitted by this implementation.

getActiveOwnSignallingPoint

public OwnSignallingPointMO[] getActiveOwnSignallingPoint()
Returns the all of the active (local) Signalling Points of this stack.
The underlying stack management system may support multiple signalling points on the the same system.

There is a subtle difference between this method and the getAllOwnSignallingPoints() method in that this method returns only the Own Signalling Points that are currently in use, whereas the getAllOwnSignallingPoints() method contains all Own Signalling Points (both those Signalling Points currently in use and the Signalling Points that have been configured are not available for use for any reason including for backup). Every OwnSignallingPoint that was created through the setActiveOwnSignallingPoint() method shall be returned by this method.

Returns:
all of the (local) Signalling Points of this stack.

getAllMtp3Saps

public Mtp3SapMO[] getAllMtp3Saps()
Returns all of the MTP3 SAPs (Remote Signalling Points) created by this layer manager

getAllMtp3Saps

public Mtp3SapMO getAllMtp3Saps(int index)
Returns one of the MTP3 SAPs (Remote Signalling Points) created by this layer manager
Parameters:
index - the index of the Remote Signalling Point in the list

getAllMtp3TimerProfiles

public Mtp3TimerProfileMO[] getAllMtp3TimerProfiles()
Returns all of the MTP3 Timer Profiles created by this layer manager

getAllMtp3TimerProfiles

public Mtp3TimerProfileMO getAllMtp3TimerProfiles(int index)
Returns one of the MTP3 Timer Profiles created by this layer manager
Parameters:
index - the index of the MTP3 Timer Profile in the list

getAllLinks

public LinkMO[] getAllLinks()
Returns all of the Links created by this layer manager

getAllLinks

public LinkMO getAllLinks(int index)
Returns one of the Links created by this layer manager
Parameters:
index - the index of the Link in the list

getAllLinksets

public LinksetMO[] getAllLinksets()
Returns all of the Linksets created by this layer manager

getAllLinksets

public LinksetMO getAllLinksets(int index)
Returns one of the Linksets created by this layer manager
Parameters:
index - the index of the Linkset in the list

getAllRoutes

public RouteMO[] getAllRoutes()
Returns all of the Routes created by this layer manager

getAllRoutes

public RouteMO getAllRoutes(int index)
Returns one of the Routes created by this layer manager
Parameters:
index - the index of the Route in the list

getAllRoutesets

public RoutesetMO[] getAllRoutesets()
Returns all of the Routesets created by this layer manager

getAllRoutesets

public RoutesetMO getAllRoutesets(int index)
Returns one of the Routesets created by this layer manager
Parameters:
index - the index of the Routeset in the list

getAllScreeningTables

public ScreeningTableMO[] getAllScreeningTables()
                                         throws java.lang.UnsupportedOperationException
Returns all of the Screening Tables created by this layer manager.
Throws:
java.lang.UnsupportedOperationException - - if the optional SS7 functionality for an STP to identify and to handle unauthorized SS7 messages is not supported by this implementation

getAllScreeningTables

public ScreeningTableMO getAllScreeningTables(int index)
                                       throws java.lang.UnsupportedOperationException
Returns one of the Screening Tables created by this layer manager
Parameters:
index - the index of the Screening Table in the list
Throws:
java.lang.UnsupportedOperationException - - if the optional SS7 functionality for an STP to identify and to handle unauthorized SS7 messages is not supported by this implementation

getAllOwnSignallingPoints

public OwnSignallingPointMO[] getAllOwnSignallingPoints()
Returns all of the Own Signalling Points created by this layer manager

getAllOwnSignallingPoints

public OwnSignallingPointMO getAllOwnSignallingPoints(int index)
Returns one of the Own Signalling Points created by this layer manager
Parameters:
index - the index of the Own Signalling Point in the list


06 January 2000
If you have any comments or queries, please mail them to Colm Hayden [JAIN SS7 OAM Edit Lead]

Copyright - 2000 Sun Microsystems