Examples with AcsJException alma.acs.exceptions.AcsJException used on opensource projects

Example 6 with AcsJException

use of alma.acs.exceptions.AcsJException in project ACS by ACS-Community.

the class DynAnyParserTest method parsePttDataEvent.

public ParsedAnyData[] parsePttDataEvent() {
    pde = new pttDataEvent(new actuatorSpace(new double[2952]), new actuatorSpace(new double[2952]), 25, 32L);
    try {
        se = seCreator.createEvent(pde);
    } catch (AcsJException e) {
        e.printStackTrace();
        fail("Couldn't create structured event for pttDataEvent");
    }
    eventName = se.header.fixed_header.event_type.type_name;
    eventAny = se.filterable_data[0].value;
    StopWatch sw = new StopWatch(logger);
    parser = new DynAnyParser(eventAny, eventName);
    ParsedAnyData[] pResults = parser.getParsedResults(null);
    sw.logLapTime("parse this eventAny");
    return pResults;
}

Example 7 with AcsJException

use of alma.acs.exceptions.AcsJException in project ACS by ACS-Community.

the class EventDetailTestHarness method parsePttDataEvent.

public static ParsedAnyData[] parsePttDataEvent() {
    pttDataEvent pde = new pttDataEvent(new actuatorSpace(new double[2952]), new actuatorSpace(new double[2952]), 25, 32L);
    StructuredEvent se = null;
    String eventName = null;
    Any eventAny = null;
    try {
        se = seCreator.createEvent(pde);
        eventName = se.header.fixed_header.event_type.type_name;
        eventAny = se.filterable_data[0].value;
    } catch (AcsJException e) {
        e.printStackTrace();
        System.err.println("Couldn't create structured event for pttDataEvent");
    }
    StopWatch sw = new StopWatch(logger);
    DynAnyParser parser = new DynAnyParser(eventAny, eventName);
    ParsedAnyData[] pResults = parser.getParsedResults(null);
    sw.logLapTime("parse this eventAny");
    return pResults;
}

Example 8 with AcsJException

use of alma.acs.exceptions.AcsJException in project ACS by ACS-Community.

the class BACIRemoteAccess method internalManagerConnect.

/**
	 * Insert the method's description here.
	 * Creation date: (2.11.2000 0:34:52)
	 * @param node si.ijs.acs.objectexplorer.engine.BACI.BACIRemoteNode
	 */
private void internalManagerConnect(BACIRemoteNode baciNode) throws AcsJObjectExplorerConnectEx {
    /* we are connecting directly to the Manager to obtain the object reference */
    //System.out.println("DEBUG: imc "+baciNode);
    String curl = (String) baciNode.getUserObject();
    notifier.reportDebug("BACIRemoteAccess::internalManagerConnect", "Requesting component: '" + curl + "', activate = true");
    notifier.reportMessage("Connecting to '" + curl + "'.");
    baciNode.setNonSticky(connectNonSticky);
    org.omg.CORBA.Object obj = null;
    if (connectNonSticky) {
        try {
            obj = manager.get_component_non_sticky(handle, curl);
        } catch (Throwable e) {
            String message = "Connection to component '" + curl + "' failed. \n" + "'Connect as non-sticky' mode is enabled: in this mode component will not be activated by ObjectExplorer,\n" + "only already activated components can be accessed.";
            int ans = choiceForNonStickyComponentConnection(message);
            switch(ans) {
                case 0:
                    baciNode.setNonSticky(false);
                    System.out.println("BACIRemoteAccess.internalManagerConnect setNonSticky to " + baciNode.isNonSticky() + " @ " + baciNode.hashCode());
                    break;
                case 1:
                    baciEngineMenu.setNonSticky(false);
                    baciNode.setNonSticky(false);
                    break;
                case 2:
                    {
                        AcsJObjectExplorerConnectEx acsjex = new AcsJObjectExplorerConnectEx(e);
                        acsjex.setCurl(curl);
                        throw acsjex;
                    }
                default:
                    {
                        // should not happen.
                        notifier.reportError("Unexpected choice.");
                        AcsJObjectExplorerConnectEx acsjex = new AcsJObjectExplorerConnectEx(e);
                        acsjex.setCurl(curl);
                        throw acsjex;
                    }
            }
        }
    }
    try {
        if (obj == null) {
            obj = manager.get_component(handle, curl, true);
        }
        notifier.reportDebug("BACIRemoteAccess::internalManagerConnect", "Manager returns OK");
    }/* 
         * We wrap into a specific exception and report up
         */
     catch (CannotGetComponentEx e) {
        notifier.reportError("Connection to component '" + curl + "' failed.");
        AcsJObjectExplorerConnectEx acsjex = new AcsJObjectExplorerConnectEx(e);
        acsjex.setCurl(curl);
        throw acsjex;
    } catch (org.omg.CORBA.TRANSIENT e) {
        notifier.reportError("Connection to component '" + curl + "' failed.\nCouldn't connect to the manager.");
        AcsJObjectExplorerConnectEx acsjex = new AcsJObjectExplorerConnectEx(e);
        acsjex.setCurl(curl);
        throw acsjex;
    } catch (Throwable e) {
        notifier.reportError("Connection to component '" + curl + "' failed.\nUnknown Reason.");
        AcsJObjectExplorerConnectEx acsjex = new AcsJObjectExplorerConnectEx(e);
        acsjex.setCurl(curl);
        throw acsjex;
    }
    String irfid = null;
    try {
        notifier.reportDebug("BACIRemoteAccess::internalManagerConnect", "Querying component '" + curl + "' for CORBA type id.");
        ComponentInfo[] cobInfos = manager.get_component_info(handle, new int[0], curl, "*", true);
        if (cobInfos.length != 1) {
            AcsJObjectExplorerConnectEx acsjex = new AcsJObjectExplorerConnectEx();
            acsjex.setReason("Manager did not return valid ComponentInfo for '" + curl + "'.");
            throw acsjex;
        }
        irfid = cobInfos[0].type;
        notifier.reportDebug("BACIRemoteAccess::internalManagerConnect", "component '" + curl + "' has id: " + irfid);
    } catch (Exception e) {
        notifier.reportError("Cannot retrieve Interface Repository ID for component '" + curl + "'", e);
        AcsJObjectExplorerConnectEx acsjex = new AcsJObjectExplorerConnectEx(e);
        acsjex.setCurl(curl);
        throw acsjex;
    }
    //		baciNode.setNonSticky(connectNonSticky);
    baciNode.setCORBARef(obj);
    try {
        baciNode.setIFDesc(getIFDesc(irfid));
        if (baciNode.getIFDesc() != null)
            notifier.reportDebug("BACIRemoteAccess::internalManagerConnect", "IR Query OK.");
        else {
            AcsJObjectExplorerConnectEx acsjex = new AcsJObjectExplorerConnectEx();
            acsjex.setCurl(curl);
            acsjex.setReason("Cannot retrieve Interface Repository description for component for '" + curl + "'.");
            throw acsjex;
        }
    } catch (Exception e) {
        baciNode.setCORBARef(null);
        notifier.reportError("Failed to retrieve interface description from IR, releasing component on Manager, if needed.", e);
        AcsJException releaseCompEx = null;
        try {
            if (manager != null && obj != null && !baciNode.isNonSticky()) {
                manager.release_component(handle, curl);
            }
        } catch (NoPermissionEx npe) {
            releaseCompEx = AcsJNoPermissionEx.fromNoPermissionEx(npe);
        } catch (CannotDeactivateComponentEx ex) {
            // @TODO remove this catch once we remove this ex from maci.idl
            releaseCompEx = AcsJCannotDeactivateComponentEx.fromCannotDeactivateComponentEx(ex);
        } catch (ComponentDeactivationUncleanEx ex) {
            releaseCompEx = AcsJComponentDeactivationUncleanEx.fromComponentDeactivationUncleanEx(ex);
        } catch (ComponentDeactivationFailedEx ex) {
            releaseCompEx = AcsJComponentDeactivationFailedEx.fromComponentDeactivationFailedEx(ex);
        }
        if (releaseCompEx != null) {
            notifier.reportError("Failed to release component", releaseCompEx);
            logACSException(releaseCompEx);
        }
        AcsJObjectExplorerInterfaceRepositoryAccessEx acsjex = new AcsJObjectExplorerInterfaceRepositoryAccessEx(e);
        acsjex.setCurl(curl);
        acsjex.setIRid(irfid);
        AcsJObjectExplorerConnectEx acsjex2 = new AcsJObjectExplorerConnectEx(acsjex);
        acsjex2.setCurl(curl);
        throw acsjex2;
    }
    notifier.reportMessage("Connected to '" + curl + "'.");
}

Example 9 with AcsJException

use of alma.acs.exceptions.AcsJException in project ACS by ACS-Community.

the class Executor method remoteDaemonForServices.

/**
	 * Starts or stops ACS via the ACS services daemon. 
	 * This call returns only when the action has completed.
	 * Exceptions will be returned instead of thrown.
	 * @return any exception that occurs underways
	 */
/* msc 2009-12: this method has never thrown exceptions, instead they can be detected through
	 * Flow listening, and as of today also by looking at the return value. Starting to throw exceptions
	 * would be too big a change that I don't want to risk. I have no time to verify it doesn't harm. */
public static Exception remoteDaemonForServices(String host, int instance, boolean startStop, String cmdFlags, NativeCommand.Listener listener) {
    if (listener != null) {
        listener.stdoutWritten(null, "\nIn daemon mode, output cannot be displayed.\n" + "See logs in <daemon-owner>/.acs/commandcenter on host " + host + "\n");
    }
    String info = ((startStop) ? "Starting" : "Stopping") + " Acs Suite on host '" + host + "' (instance " + instance + ")";
    remoteServicesDaemonFlow.reset(info);
    ServicesDaemon daemon = null;
    // msc 2014-11 ICT-3753: finer-grained logging
    String step = "";
    try {
        org.omg.CORBA.ORB orb;
        AcsCorba acsCorba = null;
        remoteServicesDaemonFlow.trying(RemoteServicesDaemonFlow.INIT_CORBA);
        step = "access acs-corba object";
        // throws OrbInitException
        acsCorba = firestarter.giveAcsCorba();
        step = "access orb";
        orb = acsCorba.getORB();
        remoteServicesDaemonFlow.success(RemoteServicesDaemonFlow.INIT_CORBA);
        remoteServicesDaemonFlow.trying(RemoteServicesDaemonFlow.CONNECT_DAEMON);
        step = "convert host name to daemon address";
        String daemonLoc = AcsLocations.convertToServicesDaemonLocation(host);
        step = "convert daemon address to corba reference";
        org.omg.CORBA.Object object = orb.string_to_object(daemonLoc);
        step = "narrow corba reference to daemon object";
        daemon = ServicesDaemonHelper.narrow(object);
        step = "sanity check daemon object";
        if (daemon == null)
            throw new NullPointerException("received null trying to retrieve acsdaemon " + daemonLoc);
        try {
            if (// this may be superfluous with daemons but shouldn't hurt either
            daemon._non_existent())
                log.log(Level.INFO, "acsdaemon '" + daemonLoc + "' reported as non_existent, trying to use it nonetheless.");
        } catch (Exception exc) {
            log.log(Level.INFO, "problem verifying acsdaemon " + daemonLoc + " exists, trying to use it anyhow.", exc);
        }
        remoteServicesDaemonFlow.success(RemoteServicesDaemonFlow.CONNECT_DAEMON);
        remoteServicesDaemonFlow.trying(RemoteServicesDaemonFlow.SEND_COMMAND);
        final BlockingQueue<Completion> sync = new ArrayBlockingQueue<Completion>(1);
        DaemonSequenceCallbackPOA daemonCallbackImpl = new DaemonSequenceCallbackPOA() {

            public void done(Completion comp) {
                sync.add(comp);
            }

            public void working(String service, String host, short instance_number, Completion comp) {
            }
        };
        step = "create daemon callback";
        DaemonSequenceCallback daemonCallback = DaemonSequenceCallbackHelper.narrow(acsCorba.activateOffShoot(daemonCallbackImpl, acsCorba.getRootPOA()));
        step = "send request to daemon";
        if (startStop == true)
            daemon.start_acs(daemonCallback, (short) instance, cmdFlags);
        else
            daemon.stop_acs(daemonCallback, (short) instance, cmdFlags);
        remoteServicesDaemonFlow.success(RemoteServicesDaemonFlow.SEND_COMMAND);
        remoteServicesDaemonFlow.trying(RemoteServicesDaemonFlow.AWAIT_RESPONSE);
        // The services daemon's start/stop methods are implemented asynchronously,
        // which means we need to wait for the callback notification.
        // @TODO: Perhaps a 10 minute timeout is too much though?
        step = "poll on reply queue";
        long timeout = 10;
        TimeUnit timeoutUnit = TimeUnit.MINUTES;
        Completion daemonReplyRaw = sync.poll(timeout, timeoutUnit);
        if (daemonReplyRaw == null)
            throw new RuntimeException("Timeout: Acs daemon did not " + (startStop ? "start" : "stop") + " Acs within " + timeout + " " + timeoutUnit);
        step = "deserialize daemon response";
        AcsJCompletion daemonReply = AcsJCompletion.fromCorbaCompletion(daemonReplyRaw);
        if (daemonReply.isError()) {
            AcsJException exc = daemonReply.getAcsJException();
            throw new Exception("daemon responded with error " + exc.getMessage(), exc);
        }
        remoteServicesDaemonFlow.success(RemoteServicesDaemonFlow.AWAIT_RESPONSE);
        return null;
    } catch (Exception exc) {
        remoteServicesDaemonFlow.failure(exc);
        return new Exception(remoteServicesDaemonFlow.current() + ":" + step + ": " + exc.getMessage(), exc);
    } finally {
        // msc 2014-11 ICT-3753: omc-to-daemon connection can get stale. this apparently helps.
        if (daemon != null) {
            try {
                daemon._release();
            } catch (Exception exc) {
                log.log(Level.INFO, "failure releasing internal resources for daemon, ignoring: " + exc.getMessage(), exc);
            }
        }
    }
}

Example 10 with AcsJException

use of alma.acs.exceptions.AcsJException in project ACS by ACS-Community.

the class SimpleSupplierReconnClient method createPublisherAndSubscriber.

public void createPublisherAndSubscriber() {
    try {
        m_client = new ComponentClient(m_logger, System.getProperty("ACS.manager"), "SimpleSupplierReconnClient");
        m_publisher = m_client.getContainerServices().createNotificationChannelPublisher(CHANNEL_NAME, IDLEntity.class);
        ((NCPublisher) m_publisher).setAutoreconnect(m_autoreconnect);
        m_publisher.enableEventQueue(100, m_cbObj);
    //m_publisher.setAutoreconnect(m_autoreconnect);
    } catch (AcsJContainerServicesEx e) {
    // Silently ignore the errors
    } catch (AcsJException e) {
    // Shouldn't happen
    } catch (Exception e) {
        e.printStackTrace();
    }
}