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Java源码示例：com.sun.xml.internal.ws.api.message.Messages

示例1
/**
 * Replace the message in the given message context with a
 * fault message. If the context already contains a fault
 * message, then return without changing it.
 *
 * <p>This method should only be called during a request,
 * because during a response an exception from a handler
 * is dispatched rather than replacing the message with
 * a fault. So this method can use the MESSAGE_OUTBOUND_PROPERTY
 * to determine whether it is being called on the client
 * or the server side. If this changes in the spec, then
 * something else will need to be passed to the method
 * to determine whether the fault code is client or server.
 */
final void insertFaultMessage(C context,
    ProtocolException exception) {
    try {
        if(!context.getPacketMessage().isFault()) {
            Message faultMessage = Messages.create(binding.getSOAPVersion(),
                    exception,determineFaultCode(binding.getSOAPVersion()));
            context.setPacketMessage(faultMessage);
        }
    } catch (Exception e) {
        // severe since this is from runtime and not handler
        logger.log(Level.SEVERE,
            "exception while creating fault message in handler chain", e);
        throw new RuntimeException(e);
    }
}
示例2
/**
 * Replace the message in the given message context with a
 * fault message. If the context already contains a fault
 * message, then return without changing it.
 *
 * <p>This method should only be called during a request,
 * because during a response an exception from a handler
 * is dispatched rather than replacing the message with
 * a fault. So this method can use the MESSAGE_OUTBOUND_PROPERTY
 * to determine whether it is being called on the client
 * or the server side. If this changes in the spec, then
 * something else will need to be passed to the method
 * to determine whether the fault code is client or server.
 */
final void insertFaultMessage(C context,
    ProtocolException exception) {
    try {
        if(!context.getPacketMessage().isFault()) {
            Message faultMessage = Messages.create(binding.getSOAPVersion(),
                    exception,determineFaultCode(binding.getSOAPVersion()));
            context.setPacketMessage(faultMessage);
        }
    } catch (Exception e) {
        // severe since this is from runtime and not handler
        logger.log(Level.SEVERE,
            "exception while creating fault message in handler chain", e);
        throw new RuntimeException(e);
    }
}
示例3
/**
 * Replace the message in the given message context with a
 * fault message. If the context already contains a fault
 * message, then return without changing it.
 *
 * <p>This method should only be called during a request,
 * because during a response an exception from a handler
 * is dispatched rather than replacing the message with
 * a fault. So this method can use the MESSAGE_OUTBOUND_PROPERTY
 * to determine whether it is being called on the client
 * or the server side. If this changes in the spec, then
 * something else will need to be passed to the method
 * to determine whether the fault code is client or server.
 */
final void insertFaultMessage(C context,
    ProtocolException exception) {
    try {
        if(!context.getPacketMessage().isFault()) {
            Message faultMessage = Messages.create(binding.getSOAPVersion(),
                    exception,determineFaultCode(binding.getSOAPVersion()));
            context.setPacketMessage(faultMessage);
        }
    } catch (Exception e) {
        // severe since this is from runtime and not handler
        logger.log(Level.SEVERE,
            "exception while creating fault message in handler chain", e);
        throw new RuntimeException(e);
    }
}
示例4
/**
 * Replace the message in the given message context with a
 * fault message. If the context already contains a fault
 * message, then return without changing it.
 *
 * <p>This method should only be called during a request,
 * because during a response an exception from a handler
 * is dispatched rather than replacing the message with
 * a fault. So this method can use the MESSAGE_OUTBOUND_PROPERTY
 * to determine whether it is being called on the client
 * or the server side. If this changes in the spec, then
 * something else will need to be passed to the method
 * to determine whether the fault code is client or server.
 */
final void insertFaultMessage(C context,
    ProtocolException exception) {
    try {
        if(!context.getPacketMessage().isFault()) {
            Message faultMessage = Messages.create(binding.getSOAPVersion(),
                    exception,determineFaultCode(binding.getSOAPVersion()));
            context.setPacketMessage(faultMessage);
        }
    } catch (Exception e) {
        // severe since this is from runtime and not handler
        logger.log(Level.SEVERE,
            "exception while creating fault message in handler chain", e);
        throw new RuntimeException(e);
    }
}
示例5
/**
 * Replace the message in the given message context with a
 * fault message. If the context already contains a fault
 * message, then return without changing it.
 *
 * <p>This method should only be called during a request,
 * because during a response an exception from a handler
 * is dispatched rather than replacing the message with
 * a fault. So this method can use the MESSAGE_OUTBOUND_PROPERTY
 * to determine whether it is being called on the client
 * or the server side. If this changes in the spec, then
 * something else will need to be passed to the method
 * to determine whether the fault code is client or server.
 */
final void insertFaultMessage(C context,
    ProtocolException exception) {
    try {
        if(!context.getPacketMessage().isFault()) {
            Message faultMessage = Messages.create(binding.getSOAPVersion(),
                    exception,determineFaultCode(binding.getSOAPVersion()));
            context.setPacketMessage(faultMessage);
        }
    } catch (Exception e) {
        // severe since this is from runtime and not handler
        logger.log(Level.SEVERE,
            "exception while creating fault message in handler chain", e);
        throw new RuntimeException(e);
    }
}
示例6
/**
 * Replace the message in the given message context with a
 * fault message. If the context already contains a fault
 * message, then return without changing it.
 *
 * <p>This method should only be called during a request,
 * because during a response an exception from a handler
 * is dispatched rather than replacing the message with
 * a fault. So this method can use the MESSAGE_OUTBOUND_PROPERTY
 * to determine whether it is being called on the client
 * or the server side. If this changes in the spec, then
 * something else will need to be passed to the method
 * to determine whether the fault code is client or server.
 */
final void insertFaultMessage(C context,
    ProtocolException exception) {
    try {
        if(!context.getPacketMessage().isFault()) {
            Message faultMessage = Messages.create(binding.getSOAPVersion(),
                    exception,determineFaultCode(binding.getSOAPVersion()));
            context.setPacketMessage(faultMessage);
        }
    } catch (Exception e) {
        // severe since this is from runtime and not handler
        logger.log(Level.SEVERE,
            "exception while creating fault message in handler chain", e);
        throw new RuntimeException(e);
    }
}
示例7
/**
 * Replace the message in the given message context with a
 * fault message. If the context already contains a fault
 * message, then return without changing it.
 *
 * <p>This method should only be called during a request,
 * because during a response an exception from a handler
 * is dispatched rather than replacing the message with
 * a fault. So this method can use the MESSAGE_OUTBOUND_PROPERTY
 * to determine whether it is being called on the client
 * or the server side. If this changes in the spec, then
 * something else will need to be passed to the method
 * to determine whether the fault code is client or server.
 */
final void insertFaultMessage(C context,
    ProtocolException exception) {
    try {
        if(!context.getPacketMessage().isFault()) {
            Message faultMessage = Messages.create(binding.getSOAPVersion(),
                    exception,determineFaultCode(binding.getSOAPVersion()));
            context.setPacketMessage(faultMessage);
        }
    } catch (Exception e) {
        // severe since this is from runtime and not handler
        logger.log(Level.SEVERE,
            "exception while creating fault message in handler chain", e);
        throw new RuntimeException(e);
    }
}
示例8
/**
 * Replace the message in the given message context with a
 * fault message. If the context already contains a fault
 * message, then return without changing it.
 *
 * <p>This method should only be called during a request,
 * because during a response an exception from a handler
 * is dispatched rather than replacing the message with
 * a fault. So this method can use the MESSAGE_OUTBOUND_PROPERTY
 * to determine whether it is being called on the client
 * or the server side. If this changes in the spec, then
 * something else will need to be passed to the method
 * to determine whether the fault code is client or server.
 */
final void insertFaultMessage(C context,
    ProtocolException exception) {
    try {
        if(!context.getPacketMessage().isFault()) {
            Message faultMessage = Messages.create(binding.getSOAPVersion(),
                    exception,determineFaultCode(binding.getSOAPVersion()));
            context.setPacketMessage(faultMessage);
        }
    } catch (Exception e) {
        // severe since this is from runtime and not handler
        logger.log(Level.SEVERE,
            "exception while creating fault message in handler chain", e);
        throw new RuntimeException(e);
    }
}
示例9
final void insertFaultMessage(C context,
        ProtocolException exception) {
    if(exception instanceof HTTPException) {
        context.put(MessageContext.HTTP_RESPONSE_CODE,((HTTPException)exception).getStatusCode());
    }
    if (context != null) {
        // non-soap case
        context.setPacketMessage(Messages.createEmpty(binding.getSOAPVersion()));
    }
}
示例10
public void decode(InputStream in, String contentType, Packet packet) throws IOException {
    /* Implements similar logic as the XMLMessage.create(String, InputStream).
     * But it's faster, as we know the InputStream has FastInfoset content*/
    Message message;
    in = hasSomeData(in);
    if (in != null) {
        message = Messages.createUsingPayload(new FastInfosetSource(in),
                SOAPVersion.SOAP_11);
    } else {
        message = Messages.createEmpty(SOAPVersion.SOAP_11);
    }

    packet.setMessage(message);
}
示例11
final void insertFaultMessage(C context,
        ProtocolException exception) {
    if(exception instanceof HTTPException) {
        context.put(MessageContext.HTTP_RESPONSE_CODE,((HTTPException)exception).getStatusCode());
    }
    if (context != null) {
        // non-soap case
        context.setPacketMessage(Messages.createEmpty(binding.getSOAPVersion()));
    }
}
示例12
public void decode(InputStream in, String contentType, Packet packet) throws IOException {
    /* Implements similar logic as the XMLMessage.create(String, InputStream).
     * But it's faster, as we know the InputStream has FastInfoset content*/
    Message message;
    in = hasSomeData(in);
    if (in != null) {
        message = Messages.createUsingPayload(new FastInfosetSource(in),
                SOAPVersion.SOAP_11);
    } else {
        message = Messages.createEmpty(SOAPVersion.SOAP_11);
    }

    packet.setMessage(message);
}
示例13
final void insertFaultMessage(C context,
        ProtocolException exception) {
    if(exception instanceof HTTPException) {
        context.put(MessageContext.HTTP_RESPONSE_CODE,((HTTPException)exception).getStatusCode());
    }
    if (context != null) {
        // non-soap case
        context.setPacketMessage(Messages.createEmpty(binding.getSOAPVersion()));
    }
}
示例14
public void decode(InputStream in, String contentType, Packet packet) throws IOException {
    /* Implements similar logic as the XMLMessage.create(String, InputStream).
     * But it's faster, as we know the InputStream has FastInfoset content*/
    Message message;
    in = hasSomeData(in);
    if (in != null) {
        message = Messages.createUsingPayload(new FastInfosetSource(in),
                SOAPVersion.SOAP_11);
    } else {
        message = Messages.createEmpty(SOAPVersion.SOAP_11);
    }

    packet.setMessage(message);
}
示例15
final void insertFaultMessage(C context,
        ProtocolException exception) {
    if(exception instanceof HTTPException) {
        context.put(MessageContext.HTTP_RESPONSE_CODE,((HTTPException)exception).getStatusCode());
    }
    if (context != null) {
        // non-soap case
        context.setPacketMessage(Messages.createEmpty(binding.getSOAPVersion()));
    }
}
示例16
public void decode(InputStream in, String contentType, Packet packet) throws IOException {
    /* Implements similar logic as the XMLMessage.create(String, InputStream).
     * But it's faster, as we know the InputStream has FastInfoset content*/
    Message message;
    in = hasSomeData(in);
    if (in != null) {
        message = Messages.createUsingPayload(new FastInfosetSource(in),
                SOAPVersion.SOAP_11);
    } else {
        message = Messages.createEmpty(SOAPVersion.SOAP_11);
    }

    packet.setMessage(message);
}
示例17
final void insertFaultMessage(C context,
        ProtocolException exception) {
    if(exception instanceof HTTPException) {
        context.put(MessageContext.HTTP_RESPONSE_CODE,((HTTPException)exception).getStatusCode());
    }
    if (context != null) {
        // non-soap case
        context.setPacketMessage(Messages.createEmpty(binding.getSOAPVersion()));
    }
}
示例18
public void decode(InputStream in, String contentType, Packet packet) throws IOException {
    /* Implements similar logic as the XMLMessage.create(String, InputStream).
     * But it's faster, as we know the InputStream has FastInfoset content*/
    Message message;
    in = hasSomeData(in);
    if (in != null) {
        message = Messages.createUsingPayload(new FastInfosetSource(in),
                SOAPVersion.SOAP_11);
    } else {
        message = Messages.createEmpty(SOAPVersion.SOAP_11);
    }

    packet.setMessage(message);
}
示例19
final void insertFaultMessage(C context,
        ProtocolException exception) {
    if(exception instanceof HTTPException) {
        context.put(MessageContext.HTTP_RESPONSE_CODE,((HTTPException)exception).getStatusCode());
    }
    if (context != null) {
        // non-soap case
        context.setPacketMessage(Messages.createEmpty(binding.getSOAPVersion()));
    }
}
示例20
public void decode(InputStream in, String contentType, Packet packet) throws IOException {
    /* Implements similar logic as the XMLMessage.create(String, InputStream).
     * But it's faster, as we know the InputStream has FastInfoset content*/
    Message message;
    in = hasSomeData(in);
    if (in != null) {
        message = Messages.createUsingPayload(new FastInfosetSource(in),
                SOAPVersion.SOAP_11);
    } else {
        message = Messages.createEmpty(SOAPVersion.SOAP_11);
    }

    packet.setMessage(message);
}
示例21
final void insertFaultMessage(C context,
        ProtocolException exception) {
    if(exception instanceof HTTPException) {
        context.put(MessageContext.HTTP_RESPONSE_CODE,((HTTPException)exception).getStatusCode());
    }
    if (context != null) {
        // non-soap case
        context.setPacketMessage(Messages.createEmpty(binding.getSOAPVersion()));
    }
}
示例22
public void decode(InputStream in, String contentType, Packet packet) throws IOException {
    /* Implements similar logic as the XMLMessage.create(String, InputStream).
     * But it's faster, as we know the InputStream has FastInfoset content*/
    Message message;
    in = hasSomeData(in);
    if (in != null) {
        message = Messages.createUsingPayload(new FastInfosetSource(in),
                SOAPVersion.SOAP_11);
    } else {
        message = Messages.createEmpty(SOAPVersion.SOAP_11);
    }

    packet.setMessage(message);
}
示例23
final void insertFaultMessage(C context,
        ProtocolException exception) {
    if(exception instanceof HTTPException) {
        context.put(MessageContext.HTTP_RESPONSE_CODE,((HTTPException)exception).getStatusCode());
    }
    if (context != null) {
        // non-soap case
        context.setPacketMessage(Messages.createEmpty(binding.getSOAPVersion()));
    }
}
示例24
public void decode(InputStream in, String contentType, Packet packet) throws IOException {
    /* Implements similar logic as the XMLMessage.create(String, InputStream).
     * But it's faster, as we know the InputStream has FastInfoset content*/
    Message message;
    in = hasSomeData(in);
    if (in != null) {
        message = Messages.createUsingPayload(new FastInfosetSource(in),
                SOAPVersion.SOAP_11);
    } else {
        message = Messages.createEmpty(SOAPVersion.SOAP_11);
    }

    packet.setMessage(message);
}
示例25
Message createMessage(Object[] methodArgs) {
    return Messages.createEmpty(soapVersion);
}
示例26
public Message createMessage(Object[] methodArgs, Object returnValue) {
    return Messages.createEmpty(soapVersion);
}
示例27
public Message getResponseMessage(Source source) {
    return Messages.createUsingPayload(source, SOAPVersion.SOAP_11);
}
示例28
protected Message getResponseMessage(Source source) {
    return Messages.createUsingPayload(source, soapVersion);
}
示例29
protected Message getResponseMessage(Source source) {
    return Messages.create(source, soapVersion);
}
示例30
protected Message getResponseMessage(SOAPMessage soapMsg) {
    return Messages.create(soapMsg);
}