Package de.gebit.integrity.remoting.server

Interface IntegrityRemotingServerListener

  • All Known Implementing Classes:
    DefaultTestRunner.RemotingListener
    public interface IntegrityRemotingServerListener
    This listener must be implemented by the server process itself and serves as a kind of callback.
    Author:
    Rene Schneider - initial API and implementation

    • Method Detail

      • onConnectionSuccessful

        void onConnectionSuccessful​(IntegrityRemotingVersionMessage aRemoteVersion,
                            Endpoint anEndpoint)
        Called when a connection attempt from a client was successful.
        Parameters:
        aRemoteVersion - the version of the client
        anEndpoint - the endpoint

      • onConnectionLost

        void onConnectionLost​(Endpoint anEndpoint)
        Called when a connection to a client was lost.
        Parameters:
        anEndpoint - the endpoint

      • onSetListRequest

        void onSetListRequest​(Endpoint anEndpoint)
        Called when a set list request from a client came in.
        Parameters:
        anEndpoint - the endpoint

      • onForkSetupRetrieval

        void onForkSetupRetrieval​(java.util.List<? extends TestResourceProvider> someResourceProviders,
                          SetList aSetList,
                          java.util.Map<java.lang.String,​java.lang.Object> someInitialVariables,
                          int aNumberOfSuiteInvocations)
        Called when a client (typically a fork master) injects its entire test script set and set list state into the server.
        Parameters:
        someResourceProviders - the resource providers to load
        aSetList - the initial set list state
        someInitialVariables - the initial state of variables and constants
        aNumberOfSuiteInvocations - the total number of suites to execute on this fork

      • onRunCommand

        void onRunCommand​(Endpoint anEndpoint)
        Called when a "run tests" command from a client came in.
        Parameters:
        anEndpoint - the endpoint

      • onPauseCommand

        void onPauseCommand​(Endpoint anEndpoint)
        Called when a "pause tests" command from a client came in.
        Parameters:
        anEndpoint - the endpoint

      • onStepIntoCommand

        void onStepIntoCommand​(Endpoint anEndpoint)
        Called when a "step into" command from a client came in.
        Parameters:
        anEndpoint - the endpoint

      • onCreateBreakpoint

        void onCreateBreakpoint​(java.lang.Integer anEntryReference,
                        Endpoint anEndpoint)
        Called when a client wants to create a breakpoint.
        Parameters:
        anEntryReference - the entry at which the breakpoint shall be created
        anEndpoint - the endpoint

      • onRemoveBreakpoint

        void onRemoveBreakpoint​(java.lang.Integer anEntryReference,
                        Endpoint anEndpoint)
        Called when a client wants to remove a breakpoint.
        Parameters:
        anEntryReference - the entry at which the breakpoint shall be removed
        anEndpoint - the endpoint

      • onVariableUpdateRetrieval

        void onVariableUpdateRetrieval​(java.lang.String aVariableName,
                               java.io.Serializable aValue)
        Called when an update for a variable was received from a master.
        Parameters:
        aVariableName - the name of the variable
        aValue - the new value

      • onVariableUnsetRetrieval

        void onVariableUnsetRetrieval​(java.lang.String aVariableName)
        Called when an unsetting of a variable was received from a master.
        Parameters:
        aVariableName - the name of the variable

      • onTimeSyncState

        void onTimeSyncState​(long aRealtimeOffset,
                     long aRealtimeDecouplingTime,
                     double aProgressionFactor)
        Called when a timesync state has arrived.
        Parameters:
        aRealtimeOffset - the offset of our test time from real system time (wall clock)
        aRealtimeDecouplingTime - the point in real time at which our test time was decoupled from system time
        aProgressionFactor - the speed at which the test time should progress (1.0 is normal speed, progression factor may be negative too, or 0.0, which means time is frozen)

      • onTimeSyncResponse

        void onTimeSyncResponse​(TimeSyncResultMessage aResult)
        Called when a timesync response has arrived. If the arguments' error fields are null, this was successful.

      • onShutdownRequest

        void onShutdownRequest()
        Called when a client requested a process shutdown.