Examples of net.jini.jeri.Endpoint

net.jini.jeri.Endpoint
Represents a remote communication endpoint to send requests to.
An Endpoint instance contains the information necessary to send requests to the remote endpoint. For example, a TCP-based Endpoint implementation typically contains the remote host address and TCP port to connect to.
The {@link #newRequest newRequest} method can be used to send arequest to the remote endpoint that this object represents.
An instance of this interface should be serializable and should implement {@link Object#equals Object.equals} to returntrue if and only if the argument is equivalent to the instance in trust, content, and function. That is, the equals method should be a sufficient substitute for {@link TrustEquivalence#checkTrustEquivalence TrustEquivalence.checkTrustEquivalence}. But unlike checkTrustEquivalence, the equals method cannot assume that the implementations of any of the invoked instance's pluggable component objects are trusted (whether pluggable through public APIs or deserialization). Therefore, the equals method should not invoke comparison methods (such as equals) on any such component without first verifying that the component's implementation is at least as trusted as the implementation of the corresponding component in the equals argument (such as by verifying that the corresponding component objects have the same actual class). If any such verification fails, the equals method should return false without invoking a comparison method on the component. Furthermore, these guidelines should be recursively obeyed by the comparison methods of each such component for its subcomponents.
If an Endpoint is an instance of {@link TrustEquivalence}, then its equals method must obey the above guidelines and its checkTrustEquivalence method must not return true if its equals method would not return true for the same argument.
All aspects of the underlying communication mechanism that are not specified here are defined by the particular implementation of this interface. @author Sun Microsystems, Inc. @see ServerEndpoint @since 2.0

    }


    // inherit javadoc
    public void run() throws Exception {
        BasicObjectEndpoint boe;
        Endpoint ep = new FakeEndpoint(new FakeOutboundRequestIterator(
            new FakeOutboundRequest(),false));
        Uuid uuid = UuidFactory.create(1,2);


        logger.log(Level.FINE,"=================================");
        logger.log(Level.FINE,"test case 1: "

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                //TcpEnpoint.
                //!!!This code assumes implementation detail: ObjectEnpoint
                //implementation class is BasicObjectEndpoint
                BasicObjectEndpoint oe = (BasicObjectEndpoint)
                    ((BasicInvocationHandler) handler).getObjectEndpoint();
                Endpoint ep = oe.getEndpoint();
                if (ep instanceof TcpEndpoint) {
                    //OK
                } else {
                    throw new TestException( "The Enpoint "
                        + " contained in the stub is not an instance"

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        }
    }


    public Endpoint enumerateListenEndpoints(ServerEndpoint.ListenContext ctx)
        throws IOException {
        Endpoint e = null;
        TestListenEndpoint tle = new TestListenEndpoint(request, response);
        ListenCookie cookie = ctx.addListenEndpoint(tle);
        if (cookie.equals(tle.getListenHandle().getCookie())) {
            e = new TestEndpoint(request, response);
        }

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    }


    //inherit javadoc
    public Endpoint enumerateListenEndpoints(ServerEndpoint.ListenContext ctx)
        throws IOException {
        Endpoint e = null;
        TestListenEndpoint tle = new TestListenEndpoint();
        ListenCookie cookie = ctx.addListenEndpoint(tle);
        if (cookie.equals(tle.getListenHandle().getCookie())) {
            e = new TestEndpoint(port, host);
        }

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import java.util.Iterator;


public class NewRequestConflictingConstraintsTest extends AbstractEndpointTest{


    public void run() throws Exception {
        Endpoint endpoint = null;
        //Obtain endpoint
        ServerEndpoint serverEndpoint = getServerEndpoint();
        endpoint = serverEndpoint
            .enumerateListenEndpoints(new SETContext());
        //Obtain constraints
        InvocationConstraints conflictingConstraints =
            (InvocationConstraints) getConfigObject(
                InvocationConstraints.class, "conflictingConstraints");
        InvocationConstraints unsupportedConstraints =
            (InvocationConstraints) getConfigObject(
                InvocationConstraints.class, "unsupportedConstraints");
        boolean integritySupported = ((Boolean)getConfigObject(
            Boolean.class, "integritySupported")).booleanValue();
        //Verify conflicting constraints
        boolean exceptionThrown = false;
        try {
            OutboundRequestIterator it = endpoint
                .newRequest(conflictingConstraints);
            while (it.hasNext()) {
                OutboundRequest or = it.next();
                log.finest("Obtained " + or + " from " + endpoint);
            }
        } catch (UnsupportedConstraintException e){
            exceptionThrown = true;
        }
        if (!exceptionThrown) {
            throw new TestException("Conflicting constraints"
                + " did not generate an UnsupportedConstraintsException"
                + " for " + endpoint + ".newRequest()");
        }
        //Verify unsupported constraints
        exceptionThrown = false;
        try {
            OutboundRequestIterator it = endpoint
                .newRequest(conflictingConstraints);
            while (it.hasNext()) {
                OutboundRequest or = it.next();
                log.finest("Obtained " + or + " from " + endpoint);
            }

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    public void run() throws Exception {
        //Start a listen opertation
        ServerSocket ss = new ServerSocket(getPort());
        acceptOneConnection(ss);
        Endpoint ep = getEndpoint();
        openClientConnection(ep);
        Socket connection = getConnection();
        if (connection==null) {
            throw new TestException("Unable to establish"
                + "client/server connection");

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