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## org.mule.module.client
Class MuleClient

    java.lang.Object
      org.mule.module.client.MuleClient

All Implemented Interfaces:
  Disposable

    public class MuleClient

extends Object
implements Disposable

`MuleClient` is a simple interface for Mule clients to send and receive events from a Mule Server. In most Mule applications events are triggered by some external occurrence such as a message being received on a queue or a file being copied to a directory. The Mule client allows the user to send and receive events programmatically through its API.

The client defines a `EndpointURI` which is used to determine how a message is sent of received. The url defines the protocol, the endpointUri destination of the message and optionally the endpoint to use when dispatching the event. For example:

`vm://my.object` dispatches to a `my.object` destination using the VM endpoint. There needs to be a global VM endpoint registered for the message to be sent.

`jms://jmsProvider/orders.topic` dispatches a JMS message via the globally registered jmsProvider over a topic destination called `orders.topic`.

`jms://orders.topic` is equivalent to the above except that the endpoint is determined by the protocol, so the first JMS endpoint is used.

Note that there must be a configured MuleManager for this client to work. It will use the one available using `muleContext`

See Also:
  `MuleEndpointURI`

Field Summary
`protected static Log` | `logger` logger used by this class

Fields inherited from interface org.mule.api.lifecycle.Disposable
`PHASE_NAME`

Constructor Summary
`protected` | `MuleClient()` Creates a Mule client that will use the default serverEndpoint when connecting to a remote server instance.
`` | `MuleClient(boolean startContext)`
`` | `MuleClient(MuleContext context)`
`` | `MuleClient(String configResources)` Configures a Mule client instance using the the default `SpringXmlConfigurationBuilder` to parse `configResources`.
`` | `MuleClient(String configResources, ConfigurationBuilder builder)` Configures a Mule client instance
`` | `MuleClient(String configResources, ConfigurationBuilder builder, String user, String password)` Configures a Mule client instance
`` | `MuleClient(String user, String password)` Configures a new Mule client and either uses an existing Manager running in this JVM or creates a new empty `MuleContext`

Method Summary
`void` | `dispatch(String url, MuleMessage message)` Dispatches an event asynchronously to a endpointUri via a Mule server.
`void` | `dispatch(String url, Object payload, Map messageProperties)` Dispatches an event asynchronously to a endpointUri via a Mule server.
`void` | `dispatchDirect(String componentName, MuleMessage message)` Dispatches an event asynchronously to a component
`void` | `dispatchDirect(String component, Object payload, Map messageProperties)` Dispatches an event asynchronously to a component
`void` | `dispose()` Will dispose the MuleManager instance if a new instance was created for this client.
`MuleConfiguration` | `getConfiguration()`
`protected ImmutableEndpoint` | `getDefaultClientEndpoint(Service service, Object payload, boolean sync)`
`protected MuleEvent` | `getEvent(MuleMessage message, OutboundEndpoint endpoint)`
`protected InboundEndpoint` | `getInboundEndpoint(String uri)`
`MuleContext` | `getMuleContext()` The overriding method may want to return a custom `MuleContext` here
`protected OutboundEndpoint` | `getOutboundEndpoint(String uri, MessageExchangePattern exchangePattern, Integer responseTimeout)`
`Object` | `getProperty(String key)`
`RemoteDispatcher` | `getRemoteDispatcher(String serverEndpoint)`
`RemoteDispatcher` | `getRemoteDispatcher(String serverEndpoint, String user, String password)`
`void` | `registerComponent(Object component, String name, EndpointURI listenerEndpoint)` Deprecated. Use the RegistryContext to get the registry and register the service there
`void` | `registerComponent(Object component, String name, MuleEndpointURI listenerEndpoint, MuleEndpointURI sendEndpoint)` Deprecated. Use the RegistryContext to get the registry and register the service there
`MuleMessage` | `request(String url, List transformers, long timeout)` Will receive an event from an endpointUri determined by the URL
`MuleMessage` | `request(String url, long timeout)` Will receive an event from an endpointUri determined by the URL.
`MuleMessage` | `request(String url, String transformers, long timeout)` Will receive an event from an endpointUri determined by the URL
`MuleMessage` | `send(String url, MuleMessage message)` Sends an event synchronously to a endpointUri via a Mule server and a resulting message is returned.
`MuleMessage` | `send(String url, MuleMessage message, int timeout)` Sends an event synchronously to a endpointUri via a mule server and a resulting message is returned.
`MuleMessage` | `send(String url, Object payload, Map messageProperties)` Sends an event synchronously to a endpointUri via a Mule server and a resulting message is returned.
`MuleMessage` | `send(String url, Object payload, Map messageProperties, int timeout)` Sends an event synchronously to a endpointUri via a mule server and a resulting message is returned.
`FutureMessageResult` | `sendAsync(String url, MuleMessage message)` Sends an event request to a URL, making the result of the event trigger available as a Future result that can be accessed later by client code.
`FutureMessageResult` | `sendAsync(String url, MuleMessage message, int timeout)` Sends an event request to a URL, making the result of the event trigger available as a Future result that can be accessed later by client code.
`FutureMessageResult` | `sendAsync(String url, Object payload, Map messageProperties)` Sends an event request to a URL, making the result of the event trigger available as a Future result that can be accessed later by client code.
`FutureMessageResult` | `sendAsync(String url, Object payload, Map messageProperties, int timeout)` Sends an event request to a URL, making the result of the event trigger available as a Future result that can be accessed later by client code.
`MuleMessage` | `sendDirect(String componentName, String transformers, MuleMessage message)` Sends an event synchronously to a component
`MuleMessage` | `sendDirect(String component, String transformers, Object payload, Map messageProperties)` Sends an event synchronously to a component
`FutureMessageResult` | `sendDirectAsync(String component, String transformers, MuleMessage message)` Snds an event to a component on a local Mule instance, while making the result of the event trigger available as a Future result that can be accessed later by client code.
`FutureMessageResult` | `sendDirectAsync(String component, String transformers, Object payload, Map messageProperties)` Sends an event to a component on a local Mule instance, while making the result of the event trigger available as a Future result that can be accessed later by client code.
`void` | `sendNoReceive(String url, Object payload, Map<String,Object> messageProperties)` Sends an event synchronously to a endpointUri via a Mule server without waiting for the result.
`void` | `setProperty(String key, Object value)`
`void` | `unregisterComponent(String name)` Deprecated. Use the RegistryContext to get the registry and unregister the service there

Methods inherited from class java.lang.Object
`clone, equals, finalize, getClass, hashCode, notify, notifyAll, toString, wait, wait, wait`

Field Detail

### logger

    protected static final Log logger

  logger used by this class

Constructor Detail

### MuleClient

    protected MuleClient()
                  throws MuleException

  Creates a Mule client that will use the default serverEndpoint when connecting to a remote server instance.

  Throws:
    `MuleException`

### MuleClient

    public MuleClient(boolean startContext)
               throws MuleException

Throws:
  `MuleException`

### MuleClient

    public MuleClient(MuleContext context)
               throws MuleException

Throws:
  `MuleException`

### MuleClient

    public MuleClient(String configResources)
               throws MuleException

  Configures a Mule client instance using the the default `SpringXmlConfigurationBuilder` to parse `configResources`.

  Parameters:
    `configResources` - a config resource location to configure this client with
  Throws:
    `ConfigurationException` - if there is a `MuleContext` instance already running in this JVM or if the builder fails to configure the Manager
    `MuleException`

### MuleClient

    public MuleClient(String user,
                      String password)
               throws MuleException

  Configures a new Mule client and either uses an existing Manager running in this JVM or creates a new empty `MuleContext`

  Parameters:
    `user` - the username to use when connecting to a remote server instance
    `password` - the password for the user
  Throws:
    `MuleException`

### MuleClient

    public MuleClient(String configResources,
                      ConfigurationBuilder builder)
               throws ConfigurationException,
                      InitialisationException

  Configures a Mule client instance

  Parameters:
    `configResources` - a config resource location to configure this client with
    `builder` - the configuration builder to use
  Throws:
    `ConfigurationException` - is there is a `MuleContext` instance already running in this JVM or if the builder fails to configure the Manager
    `InitialisationException`

### MuleClient

    public MuleClient(String configResources,
                      ConfigurationBuilder builder,
                      String user,
                      String password)
               throws ConfigurationException,
                      InitialisationException

  Configures a Mule client instance

  Parameters:
    `configResources` - a config resource location to configure this client with
    `builder` - the configuration builder to use
    `user` - the username to use when connecting to a remote server instance
    `password` - the password for the user
  Throws:
    `ConfigurationException` - is there is a `MuleContext` instance already running in this JVM or if the builder fails to configure the Manager
    `InitialisationException`

Method Detail

### dispatch

    public void dispatch(String url,
                         Object payload,
                         Map messageProperties)
                  throws MuleException

  Dispatches an event asynchronously to a endpointUri via a Mule server. The URL determines where to dispatch the event to.

  Parameters:
    `url` - the Mule URL used to determine the destination and transport of the message
    `payload` - the object that is the payload of the event
    `messageProperties` - any properties to be associated with the payload. In the case of JMS you could set the JMSReplyTo property in these properties.
  Throws:
    `MuleException`

### dispatch

    public void dispatch(String url,
                         MuleMessage message)
                  throws MuleException

  Dispatches an event asynchronously to a endpointUri via a Mule server. The URL determines where to dispatch the event to.

  Parameters:
    `url` - the Mule URL used to determine the destination and transport of the message
    `message` - the message to send
  Throws:
    `MuleException`

### sendDirect

    public MuleMessage sendDirect(String component,
                                  String transformers,
                                  Object payload,
                                  Map messageProperties)
                           throws MuleException

  Sends an event synchronously to a component

  Parameters:
    `component` - the name of the Mule component to send to
    `transformers` - a comma separated list of transformers to apply to the result message
    `payload` - the object that is the payload of the event
    `messageProperties` - any properties to be associated with the payload. as null
  Returns:
    the result message if any of the invocation
  Throws:
    `MuleException` - if the dispatch fails or the components or transfromers cannot be found

### sendDirect

    public MuleMessage sendDirect(String componentName,
                                  String transformers,
                                  MuleMessage message)
                           throws MuleException

  Sends an event synchronously to a component

  Parameters:
    `componentName` - the name of the Mule component to send to
    `transformers` - a comma separated list of transformers to apply to the result message
    `message` - the message to send
  Returns:
    the result message if any of the invocation
  Throws:
    `MuleException` - if the dispatch fails or the components or transfromers cannot be found

### dispatchDirect

    public void dispatchDirect(String component,
                               Object payload,
                               Map messageProperties)
                        throws MuleException

  Dispatches an event asynchronously to a component

  Parameters:
    `component` - the name of the Mule components to dispatch to
    `payload` - the object that is the payload of the event
    `messageProperties` - any properties to be associated with the payload. as null
  Throws:
    `MuleException` - if the dispatch fails or the components or transfromers cannot be found

### dispatchDirect

    public void dispatchDirect(String componentName,
                               MuleMessage message)
                        throws MuleException

  Dispatches an event asynchronously to a component

  Parameters:
    `componentName` - the name of the Mule components to dispatch to
    `message` - the message to send
  Throws:
    `MuleException` - if the dispatch fails or the components or transfromers cannot be found

### sendAsync

    public FutureMessageResult sendAsync(String url,
                                         Object payload,
                                         Map messageProperties)
                                  throws MuleException

  Sends an event request to a URL, making the result of the event trigger available as a Future result that can be accessed later by client code.

  Parameters:
    `url` - the url to make a request on
    `payload` - the object that is the payload of the event
    `messageProperties` - any properties to be associated with the payload. as null
  Returns:
    the result message if any of the invocation
  Throws:
    `MuleException` - if the dispatch fails or the components or transfromers cannot be found

### sendAsync

    public FutureMessageResult sendAsync(String url,
                                         MuleMessage message)
                                  throws MuleException

  Sends an event request to a URL, making the result of the event trigger available as a Future result that can be accessed later by client code.

  Parameters:
    `url` - the URL to make a request on
    `message` - the message to send
  Returns:
    the result message if any of the invocation
  Throws:
    `MuleException` - if the dispatch fails or the components or transfromers cannot be found

### sendAsync

    public FutureMessageResult sendAsync(String url,
                                         Object payload,
                                         Map messageProperties,
                                         int timeout)
                                  throws MuleException

  Sends an event request to a URL, making the result of the event trigger available as a Future result that can be accessed later by client code.

  Parameters:
    `url` - the url to make a request on
    `payload` - the object that is the payload of the event
    `messageProperties` - any properties to be associated with the payload. as null
    `timeout` - how long to block in milliseconds waiting for a result
  Returns:
    the result message if any of the invocation
  Throws:
    `MuleException` - if the dispatch fails or the components or transfromers cannot be found

### sendAsync

    public FutureMessageResult sendAsync(String url,
                                         MuleMessage message,
                                         int timeout)
                                  throws MuleException

  Sends an event request to a URL, making the result of the event trigger available as a Future result that can be accessed later by client code.

  Parameters:
    `url` - the url to make a request on
    `message` - the message to send
    `timeout` - how long to block in milliseconds waiting for a result
  Returns:
    the result message if any of the invocation
  Throws:
    `MuleException` - if the dispatch fails or the components or transfromers cannot be found

### sendDirectAsync

    public FutureMessageResult sendDirectAsync(String component,
                                               String transformers,
                                               Object payload,
                                               Map messageProperties)
                                        throws MuleException

  Sends an event to a component on a local Mule instance, while making the result of the event trigger available as a Future result that can be accessed later by client code. Users can specify a url to a remote Mule server in the constructor of a Mule client, by default the default Mule server url `tcp://localhost:60504` is used.

  Parameters:
    `component` - the name of the Mule components to send to
    `transformers` - a comma separated list of transformers to apply to the result message
    `payload` - the object that is the payload of the event
    `messageProperties` - any properties to be associated with the payload.
  Returns:
    the result message if any of the invocation
  Throws:
    `MuleException` - if the dispatch fails or the components or transfromers cannot be found

### sendDirectAsync

    public FutureMessageResult sendDirectAsync(String component,
                                               String transformers,
                                               MuleMessage message)
                                        throws MuleException

  Snds an event to a component on a local Mule instance, while making the result of the event trigger available as a Future result that can be accessed later by client code. Users can specify a url to a remote Mule server in the constructor of a Mule client, by default the default Mule server url `tcp://localhost:60504` is used.

  Parameters:
    `component` - the name of the Mule components to send to
    `transformers` - a comma separated list of transformers to apply to the result message
    `message` - the message to send
  Returns:
    the result message if any of the invocation
  Throws:
    `MuleException` - if the dispatch fails or the components or transfromers cannot be found

### send

    public MuleMessage send(String url,
                            Object payload,
                            Map messageProperties)
                     throws MuleException

  Sends an event synchronously to a endpointUri via a Mule server and a resulting message is returned.

  Parameters:
    `url` - the Mule URL used to determine the destination and transport of the message
    `payload` - the object that is the payload of the event
    `messageProperties` - any properties to be associated with the payload. In the case of Jms you could set the JMSReplyTo property in these properties.
  Returns:
    A return message, this could be `null` if the the components invoked explicitly sets a return as `null`.
  Throws:
    `MuleException`

### send

    public MuleMessage send(String url,
                            MuleMessage message)
                     throws MuleException

  Sends an event synchronously to a endpointUri via a Mule server and a resulting message is returned.

  Parameters:
    `url` - the Mule URL used to determine the destination and transport of the message
    `message` - the Message for the event
  Returns:
    A return message, this could be `null` if the the components invoked explicitly sets a return as `null`.
  Throws:
    `MuleException`

### send

    public MuleMessage send(String url,
                            Object payload,
                            Map messageProperties,
                            int timeout)
                     throws MuleException

  Sends an event synchronously to a endpointUri via a mule server and a resulting message is returned.

  Parameters:
    `url` - the Mule URL used to determine the destination and transport of the message
    `payload` - the object that is the payload of the event
    `messageProperties` - any properties to be associated with the payload. In the case of Jms you could set the JMSReplyTo property in these properties.
    `timeout` - The time in milliseconds the the call should block waiting for a response
  Returns:
    A return message, this could be `null` if the the components invoked explicitly sets a return as `null`.
  Throws:
    `MuleException`

### send

    public MuleMessage send(String url,
                            MuleMessage message,
                            int timeout)
                     throws MuleException

  Sends an event synchronously to a endpointUri via a mule server and a resulting message is returned.

  Parameters:
    `url` - the Mule URL used to determine the destination and transport of the message
    `message` - The message to send
    `timeout` - The time in milliseconds the the call should block waiting for a response
  Returns:
    A return message, this could be `null` if the the components invoked explicitly sets a return as `null`.
  Throws:
    `MuleException`

### request

    public MuleMessage request(String url,
                               long timeout)
                        throws MuleException

  Will receive an event from an endpointUri determined by the URL.

  Parameters:
    `url` - the Mule URL used to determine the destination and transport of the message
    `timeout` - how long to block waiting to receive the event, if set to 0 the receive will not wait at all and if set to -1 the receive will wait forever
  Returns:
    the message received or `null` if no message was received
  Throws:
    `MuleException`

### request

    public MuleMessage request(String url,
                               String transformers,
                               long timeout)
                        throws MuleException

  Will receive an event from an endpointUri determined by the URL

  Parameters:
    `url` - the Mule URL used to determine the destination and transport of the message
    `transformers` - A comma separated list of transformers used to apply to the result message
    `timeout` - how long to block waiting to receive the event, if set to 0 the receive will not wait at all and if set to -1 the receive will wait forever
  Returns:
    the message received or `null` if no message was received
  Throws:
    `MuleException`

### request

    public MuleMessage request(String url,
                               List transformers,
                               long timeout)
                        throws MuleException

  Will receive an event from an endpointUri determined by the URL

  Parameters:
    `url` - the Mule URL used to determine the destination and transport of the message
    `transformers` - Transformers used to modify the result message
    `timeout` - how long to block waiting to receive the event, if set to 0 the receive will not wait at all and if set to -1 the receive will wait forever
  Returns:
    the message received or `null` if no message was received
  Throws:
    `MuleException`

### getEvent

    protected MuleEvent getEvent(MuleMessage message,
                                 OutboundEndpoint endpoint)
                          throws MuleException

  Throws:
    `MuleException`

### getInboundEndpoint

    protected InboundEndpoint getInboundEndpoint(String uri)
                                          throws MuleException

  Throws:
    `MuleException`

### getOutboundEndpoint

    protected OutboundEndpoint getOutboundEndpoint(String uri,
                                                   MessageExchangePattern exchangePattern,
                                                   Integer responseTimeout)
                                            throws MuleException

  Throws:
    `MuleException`

### getDefaultClientEndpoint

    protected ImmutableEndpoint getDefaultClientEndpoint(Service service,
                                                         Object payload,
                                                         boolean sync)
                                                  throws MuleException

  Throws:
    `MuleException`

### sendNoReceive

    public void sendNoReceive(String url,
                              Object payload,
                              Map<String,Object> messageProperties)
                       throws MuleException

  Sends an event synchronously to a endpointUri via a Mule server without waiting for the result.

  Parameters:
    `url` - the Mule URL used to determine the destination and transport of the message
    `payload` - the object that is the payload of the event
    `messageProperties` - any properties to be associated with the payload. In the case of Jms you could set the JMSReplyTo property in these properties.
  Throws:
    `MuleException`

### getMuleContext

    public MuleContext getMuleContext()

  The overriding method may want to return a custom `MuleContext` here

  Returns:
    the MuleContext to use

### registerComponent

    @Deprecated
    public void registerComponent(Object component,
                                             String name,
                                             EndpointURI listenerEndpoint)
                           throws MuleException

  Deprecated. Use the RegistryContext to get the registry and register the service there

  Registers a Java object as a component that listens for events on the given URL. By default the ThreadingProfile for the components will be set so that there will only be one thread of execution.

  Parameters:
    `component` - any java object, Mule will it's endpointUri discovery to determine which event to invoke based on the evnet payload type
    `name` - The identifying name of the components. This can be used to later unregister it
    `listenerEndpoint` - The url endpointUri to listen to
  Throws:
    `MuleException`

### registerComponent

    @Deprecated
    public void registerComponent(Object component,
                                             String name,
                                             MuleEndpointURI listenerEndpoint,
                                             MuleEndpointURI sendEndpoint)
                           throws MuleException

  Deprecated. Use the RegistryContext to get the registry and register the service there

  Registers a Java object as a component that listens for and sends events on the given urls. By default the ThreadingProfile for the components will be set so that there will only be one thread of execution.

  Parameters:
    `component` - any java object, Mule will it's endpointUri discovery to determine which event to invoke based on the evnet payload type
    `name` - The identifying name of the components. This can be used to later unregister it
    `listenerEndpoint` - The url endpointUri to listen to
    `sendEndpoint` - The url endpointUri to dispatch to
  Throws:
    `MuleException`

### unregisterComponent

    @Deprecated
    public void unregisterComponent(String name)
                             throws MuleException

  Deprecated. Use the RegistryContext to get the registry and unregister the service there

  Unregisters a previously register components. This will also unregister any listeners for the components Calling this method is equivilent to calling Model.unregisterComponent(..)

  Parameters:
    `name` - the name of the componet to unregister
  Throws:
    `MuleException` - if unregistering the components fails, i.e. The underlying transport fails to unregister a listener. If the components does not exist, this method should not throw an exception.
  See Also:
    `Model`

### getRemoteDispatcher

    public RemoteDispatcher getRemoteDispatcher(String serverEndpoint)
                                         throws MuleException

  Throws:
    `MuleException`

### getRemoteDispatcher

    public RemoteDispatcher getRemoteDispatcher(String serverEndpoint,
                                                String user,
                                                String password)
                                         throws MuleException

  Throws:
    `MuleException`

### dispose

    public void dispose()

  Will dispose the MuleManager instance if a new instance was created for this client. Otherwise this method only cleans up resources no longer needed

  Specified by:
    `dispose` in interface `Disposable`

### setProperty

    public void setProperty(String key,
                            Object value)

### getProperty

    public Object getProperty(String key)

### getConfiguration

    public MuleConfiguration getConfiguration()

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