Examples with Binary org.apache.qpid.server.protocol.v1_0.type.Binary used on opensource projects

Example 31 with Binary

use of org.apache.qpid.server.protocol.v1_0.type.Binary in project qpid-broker-j by apache.

the class SaslTest method saslSuccessfulAuthentication.

@Test
@SpecificationTest(section = "5.3.2", description = "SASL Negotiation [...] challenge/response step occurs zero times")
public void saslSuccessfulAuthentication() throws Exception {
    final InetSocketAddress addr = getBrokerAdmin().getBrokerAddress(BrokerAdmin.PortType.AMQP);
    try (FrameTransport transport = new FrameTransport(addr, true).connect()) {
        final Interaction interaction = transport.newInteraction();
        final byte[] saslHeaderResponse = interaction.protocolHeader(SASL_AMQP_HEADER_BYTES).negotiateProtocol().consumeResponse().getLatestResponse(byte[].class);
        assertThat(saslHeaderResponse, is(equalTo(SASL_AMQP_HEADER_BYTES)));
        SaslMechanisms saslMechanismsResponse = interaction.consumeResponse().getLatestResponse(SaslMechanisms.class);
        assertThat(Arrays.asList(saslMechanismsResponse.getSaslServerMechanisms()), hasItem(PLAIN));
        final Binary initialResponse = new Binary(String.format("\0%s\0%s", _username, _password).getBytes(StandardCharsets.US_ASCII));
        SaslOutcome saslOutcome = interaction.saslMechanism(PLAIN).saslInitialResponse(initialResponse).saslInit().consumeResponse().getLatestResponse(SaslOutcome.class);
        assertThat(saslOutcome.getCode(), equalTo(SaslCode.OK));
        final byte[] headerResponse = interaction.protocolHeader(AMQP_HEADER_BYTES).negotiateProtocol().consumeResponse().getLatestResponse(byte[].class);
        assertThat(headerResponse, is(equalTo(AMQP_HEADER_BYTES)));
        transport.assertNoMoreResponses();
    }
}

Example 32 with Binary

use of org.apache.qpid.server.protocol.v1_0.type.Binary in project qpid-broker-j by apache.

the class SaslTest method clientSendsSaslChallenge.

@Test
@SpecificationTest(section = "5.3.2", description = "SASL Negotiation")
public void clientSendsSaslChallenge() throws Exception {
    final InetSocketAddress addr = getBrokerAdmin().getBrokerAddress(BrokerAdmin.PortType.AMQP);
    try (FrameTransport transport = new FrameTransport(addr, true).connect()) {
        SaslChallenge saslChallenge = new SaslChallenge();
        saslChallenge.setChallenge(new Binary(new byte[] {}));
        transport.newInteraction().protocolHeader(SASL_AMQP_HEADER_BYTES).negotiateProtocol().consumeResponse().consumeResponse(SaslMechanisms.class).sendPerformative(saslChallenge).sync();
        transport.assertNoMoreResponsesAndChannelClosed();
    }
}

Example 33 with Binary

use of org.apache.qpid.server.protocol.v1_0.type.Binary in project qpid-broker-j by apache.

the class AnonymousTerminusTest method transferUnsettledToUnknownDestinationWhenRejectedOutcomeNotSupportedBySource.

@SpecificationTest(section = "Using the Anonymous Terminus for Message Routing. 2.2.2 Routing Errors", description = "It is possible that a message sent to a routing node has an address in the to field" + " of properties which, if used in the address field of target of an attach," + " would result in an unsuccessful link establishment (for example," + " if the address cannot be resolved to a node). In this case the routing node" + " MUST communicate the error back to the sender of the message." + " [...]" + " If the source of the link does not support the rejected outcome," + " [...] then the routing node MUST detach the link with an error." + " [...] the info field of error MUST contain an entry with symbolic key delivery-tag" + " and binary value of the delivery-tag of the message which caused the failure.")
@Test
public void transferUnsettledToUnknownDestinationWhenRejectedOutcomeNotSupportedBySource() throws Exception {
    try (FrameTransport transport = new FrameTransport(_brokerAddress).connect()) {
        final Interaction interaction = openInteractionWithAnonymousRelayCapability(transport);
        interaction.begin().consumeResponse(Begin.class).attachRole(Role.SENDER).attachSourceOutcomes(Accepted.ACCEPTED_SYMBOL).attach().consumeResponse(Attach.class).consumeResponse(Flow.class).transferPayload(generateMessagePayloadToDestination("Unknown")).transferDeliveryTag(_deliveryTag).transfer();
        Detach detach = interaction.consumeResponse().getLatestResponse(Detach.class);
        Error error = detach.getError();
        assertThat(error, is(notNullValue()));
        assertThat(error.getCondition(), is(equalTo(AmqpError.NOT_FOUND)));
        assertThat(error.getInfo(), is(notNullValue()));
        assertThat(error.getInfo().get(DELIVERY_TAG), is(equalTo(_deliveryTag)));
    }
}

Example 34 with Binary

use of org.apache.qpid.server.protocol.v1_0.type.Binary in project qpid-broker-j by apache.

the class MultiTransferTest method abortMultiTransferMessage.

// 
@Test
@SpecificationTest(section = "2.6.14", description = "The sender MAY indicate an aborted attempt to deliver a message by setting the abort flag on the last transfer." + "In this case the receiver MUST discard the message data that was transferred prior to the abort.")
public void abortMultiTransferMessage() throws Exception {
    try (FrameTransport transport = new FrameTransport(_brokerAddress).connect()) {
        QpidByteBuffer[] payloads = Utils.splitPayload("testData", 2);
        final UnsignedInteger deliveryId = UnsignedInteger.ZERO;
        final Binary deliveryTag = new Binary("testTransfer".getBytes(UTF_8));
        Interaction interaction = transport.newInteraction();
        interaction.negotiateProtocol().consumeResponse().open().consumeResponse(Open.class).begin().consumeResponse(Begin.class).attachRole(Role.SENDER).attachTargetAddress(BrokerAdmin.TEST_QUEUE_NAME).attachRcvSettleMode(ReceiverSettleMode.SECOND).attachSourceOutcomes(Accepted.ACCEPTED_SYMBOL).attach().consumeResponse(Attach.class).consumeResponse(Flow.class).transferPayload(payloads[0]).transferDeliveryId(deliveryId).transferDeliveryTag(deliveryTag).transferMore(true).transfer().sync().transferPayload(null).transferMore(null).transferAborted(true).transfer();
        for (final QpidByteBuffer payload : payloads) {
            payload.dispose();
        }
        Response<?> latestResponse = interaction.consumeResponse(new Class<?>[] { null }).getLatestResponse();
        assertThat(latestResponse, is(nullValue()));
    }
}

Example 35 with Binary

use of org.apache.qpid.server.protocol.v1_0.type.Binary in project qpid-broker-j by apache.

the class MultiTransferTest method multiTransferInterleaved.

@Test
@SpecificationTest(section = "2.6.14", description = "[...]messages being transferred along different links MAY be interleaved")
public void multiTransferInterleaved() throws Exception {
    try (FrameTransport transport = new FrameTransport(_brokerAddress).connect()) {
        QpidByteBuffer[] messagePayload1 = Utils.splitPayload("testData1", 2);
        QpidByteBuffer[] messagePayload2 = Utils.splitPayload("testData2", 2);
        UnsignedInteger linkHandle1 = UnsignedInteger.ZERO;
        UnsignedInteger linkHandle2 = UnsignedInteger.ONE;
        Binary deliveryTag1 = new Binary("testTransfer1".getBytes(UTF_8));
        Binary deliveryTag2 = new Binary("testTransfer2".getBytes(UTF_8));
        UnsignedInteger deliverId1 = UnsignedInteger.ZERO;
        UnsignedInteger deliveryId2 = UnsignedInteger.ONE;
        Interaction interaction = transport.newInteraction();
        interaction.negotiateProtocol().consumeResponse().open().consumeResponse(Open.class).begin().consumeResponse(Begin.class).attachName("testLink1").attachHandle(linkHandle1).attachRole(Role.SENDER).attachTargetAddress(BrokerAdmin.TEST_QUEUE_NAME).attachRcvSettleMode(ReceiverSettleMode.SECOND).attachSourceOutcomes(Accepted.ACCEPTED_SYMBOL).attach().consumeResponse(Attach.class).consumeResponse(Flow.class).attachName("testLink2").attachHandle(linkHandle2).attachRole(Role.SENDER).attachTargetAddress(BrokerAdmin.TEST_QUEUE_NAME).attachRcvSettleMode(ReceiverSettleMode.SECOND).attachSourceOutcomes(Accepted.ACCEPTED_SYMBOL).attach().consumeResponse(Attach.class).consumeResponse(Flow.class).transferHandle(linkHandle1).transferDeliveryId(deliverId1).transferDeliveryTag(deliveryTag1).transferMore(true).transferPayload(messagePayload1[0]).transfer().sync().transferHandle(linkHandle2).transferDeliveryId(deliveryId2).transferDeliveryTag(deliveryTag2).transferMore(true).transferPayload(messagePayload2[0]).transfer().sync().transferHandle(linkHandle1).transferDeliveryId(deliverId1).transferDeliveryTag(deliveryTag1).transferMore(false).transferPayload(messagePayload1[1]).transfer().sync().transferHandle(linkHandle2).transferDeliveryId(deliveryId2).transferDeliveryTag(deliveryTag2).transferMore(false).transferPayload(messagePayload2[1]).transfer().sync();
        for (final QpidByteBuffer payload : messagePayload1) {
            payload.dispose();
        }
        for (final QpidByteBuffer payload : messagePayload2) {
            payload.dispose();
        }
        Map<UnsignedInteger, Disposition> dispositionMap = new HashMap<>();
        for (int i = 0; i < 2; i++) {
            Disposition disposition = interaction.consumeResponse(Disposition.class).getLatestResponse(Disposition.class);
            dispositionMap.put(disposition.getFirst(), disposition);
            assertThat(disposition.getLast(), isOneOf(null, disposition.getFirst()));
            assertThat(disposition.getSettled(), is(equalTo(false)));
            assertThat(disposition.getState(), is(instanceOf(Accepted.class)));
        }
        assertThat("Unexpected number of dispositions", dispositionMap.size(), equalTo(2));
        assertThat(dispositionMap.containsKey(deliverId1), is(true));
        assertThat(dispositionMap.containsKey(deliveryId2), is(true));
    }
}