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## org.apache.axis.client
Class Service

    java.lang.Object
      |
      +--org.apache.axis.client.Service

All Implemented Interfaces:
  javax.naming.Referenceable, java.io.Serializable, Service

public class Service
extends java.lang.Object
implements Service, java.io.Serializable, javax.naming.Referenceable

Axis' JAXRPC Dynamic Invoation Interface implementation of the Service interface. The Service class should be used a the starting point for access SOAP Web Services. Typically, a Service will be created with a WSDL document and along with a serviceName you can then ask for a Call object that will allow you to invoke a Web Service.

Author:
  Doug Davis (dug@us.ibm.com)
See Also:
  Serialized Form

Nested Class Summary
`protected static class` | `Service.HandlerRegistryImpl`

Constructor Summary
`Service()` Constructs a new Service object - this assumes the caller will set the appropriate fields by hand rather than getting them from the WSDL.
`Service(EngineConfiguration config)` Constructs a new Service object as above, but also passing in the EngineConfiguration which should be used to set up the AxisClient.
`Service(java.io.InputStream wsdlInputStream, QName serviceName)` Constructs a new Service object for the service in the WSDL document in the wsdlInputStream and serviceName parameters.
`Service(Parser parser, QName serviceName)` Constructs a new Service object for the service in the WSDL document
`Service(QName serviceName)` Constructs a new Service object - this assumes the caller will set the appropriate fields by hand rather than getting them from the WSDL.
`Service(java.lang.String wsdlLocation, QName serviceName)` Constructs a new Service object for the service in the WSDL document pointed to by the wsdlLocation and serviceName parameters.
`Service(java.net.URL wsdlDoc, QName serviceName)` Constructs a new Service object for the service in the WSDL document pointed to by the wsdlDoc URL and serviceName parameters.

Method Summary
`Call` | `createCall()` Creates a new Call object with no prefilled data.
`Call` | `createCall(QName portName)` Creates a new Call object - will prefill as much info from the WSDL as it can.
`Call` | `createCall(QName portName, QName operationName)` Creates a new Call object - will prefill as much info from the WSDL as it can.
`Call` | `createCall(QName portName, java.lang.String operationName)` Creates a new Call object - will prefill as much info from the WSDL as it can.
`protected AxisClient` | `getAxisClient()`
`boolean` | `getCacheWSDL()` Tells whether or not we're caching WSDL
`Call` | `getCall()`
`Call[]` | `getCalls(QName portName)` Gets an array of preconfigured Call objects for invoking operations on the specified port.
`AxisEngine` | `getEngine()` Returns the current AxisEngine used by this Service and all of the Call objects created from this Service object.
`protected EngineConfiguration` | `getEngineConfiguration()` Constructs a EngineConfig if one is not available.
`HandlerRegistry` | `getHandlerRegistry()` Returns the configured HandlerRegistry instance for this Service instance.
`boolean` | `getMaintainSession()` If true, this service wants to track sessions.
`java.rmi.Remote` | `getPort(java.lang.Class proxyInterface)` Return a dynamic proxy for the given proxy interface.
`java.rmi.Remote` | `getPort(QName portName, java.lang.Class proxyInterface)` Return either an instance of a generated stub, if it can be found, or a dynamic proxy for the given proxy interface.
`java.rmi.Remote` | `getPort(java.lang.String endpoint, java.lang.Class proxyInterface)` Return an object which acts as a dynamic proxy for the passed interface class.
`java.util.Iterator` | `getPorts()` Returns an `Iterator` for the list of `QName`s of service endpoints grouped by this service
`javax.naming.Reference` | `getReference()` Returns a reference to this object.
`QName` | `getServiceName()` Returns the qualified name of the service (if one is set).
`TypeMappingRegistry` | `getTypeMappingRegistry()` Returns the current TypeMappingRegistry or null.
`java.net.URL` | `getWSDLDocumentLocation()` Returns the location of the WSDL document used to prefill the data (if one was used at all).
`Parser` | `getWSDLParser()`
`protected javax.wsdl.Service` | `getWSDLService()`
`void` | `setCacheWSDL(boolean flag)` Allows users to turn caching of WSDL documents on or off.
`void` | `setEngine(AxisEngine engine)` Sets this Service's AxisEngine.
`void` | `setEngineConfiguration(EngineConfiguration config)` Set this Service's engine configuration.
`void` | `setMaintainSession(boolean yesno)` Determine whether we'd like to track sessions or not.
`void` | `setTypeMappingRegistry(TypeMappingRegistry registry)` Defines the current Type Mappig Registry.

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

Constructor Detail

### Service

    public Service()

  Constructs a new Service object - this assumes the caller will set the appropriate fields by hand rather than getting them from the WSDL.

### Service

    public Service(QName serviceName)

  Constructs a new Service object - this assumes the caller will set the appropriate fields by hand rather than getting them from the WSDL.

### Service

    public Service(EngineConfiguration config)

  Constructs a new Service object as above, but also passing in the EngineConfiguration which should be used to set up the AxisClient.

### Service

    public Service(java.net.URL wsdlDoc,
                   QName serviceName)
            throws ServiceException

  Constructs a new Service object for the service in the WSDL document pointed to by the wsdlDoc URL and serviceName parameters.

Parameters:
  `wsdlDoc` - URL of the WSDL document
  `serviceName` - Qualified name of the desired service
Throws:
  `ServiceException` - If there's an error finding or parsing the WSDL

### Service

    public Service(Parser parser,
                   QName serviceName)
            throws ServiceException

  Constructs a new Service object for the service in the WSDL document

Parameters:
  `parser` - Parser for this service
  `serviceName` - Qualified name of the desired service
Throws:
  `ServiceException` - If there's an error

### Service

    public Service(java.lang.String wsdlLocation,
                   QName serviceName)
            throws ServiceException

  Constructs a new Service object for the service in the WSDL document pointed to by the wsdlLocation and serviceName parameters. This is just like the previous constructor but instead of URL the wsdlLocation parameter points to a file on the filesystem relative to the current directory.

Parameters:
  `wsdlLocation` - Location of the WSDL relative to the current dir
  `serviceName` - Qualified name of the desired service
Throws:
  `ServiceException` - If there's an error finding or parsing the WSDL

### Service

    public Service(java.io.InputStream wsdlInputStream,
                   QName serviceName)
            throws ServiceException

  Constructs a new Service object for the service in the WSDL document in the wsdlInputStream and serviceName parameters. This is just like the previous constructor but instead of reading the WSDL from a file (or from a URL) it is in the passed in InputStream.

Parameters:
  `wsdlInputStream` - InputStream containing the WSDL
  `serviceName` - Qualified name of the desired service
Throws:
  `ServiceException` - If there's an error finding or parsing the WSDL

Method Detail

### getWSDLService

    protected javax.wsdl.Service getWSDLService()

### getWSDLParser

    public Parser getWSDLParser()

### getAxisClient

    protected AxisClient getAxisClient()

### getPort

    public java.rmi.Remote getPort(QName portName,
                                   java.lang.Class proxyInterface)
                            throws ServiceException

  Return either an instance of a generated stub, if it can be found, or a dynamic proxy for the given proxy interface.

  Specified by:
    `getPort` in interface `Service`
  Parameters:
    `portName` - The name of the service port
    `proxyInterface` - The Remote object returned by this method will also implement the given proxyInterface
  Returns:
    java.rmi.Remote The stub implementation.
  Throws:
    `ServiceException` - If there's an error

### getPort

    public java.rmi.Remote getPort(java.lang.Class proxyInterface)
                            throws ServiceException

  Return a dynamic proxy for the given proxy interface.

  Specified by:
    `getPort` in interface `Service`
  Parameters:
    `proxyInterface` - The Remote object returned by this method will also implement the given proxyInterface
  Returns:
    java.rmi.Remote The stub implementation
  Throws:
    `ServiceException` - If there's an error

### getPort

    public java.rmi.Remote getPort(java.lang.String endpoint,
                                   java.lang.Class proxyInterface)
                            throws ServiceException

  Return an object which acts as a dynamic proxy for the passed interface class. This is a more "dynamic" version in that it doesn't actually require WSDL, simply an endpoint address. Note: Not part of the JAX-RPC spec.

  Parameters:
    `endpoint` - the URL which will be used as the SOAP endpoint
    `proxyInterface` - the interface class which we wish to mimic via a dynamic proxy
  Throws:
    `ServiceException`

### createCall

    public Call createCall(QName portName)
                    throws ServiceException

  Creates a new Call object - will prefill as much info from the WSDL as it can. Right now it's just the target URL of the Web Service.

  Specified by:
    `createCall` in interface `Service`
  Parameters:
    `portName` - PortName in the WSDL doc to search for
  Returns:
    Call Used for invoking the Web Service
  Throws:
    `ServiceException` - If there's an error

### createCall

    public Call createCall(QName portName,
                           java.lang.String operationName)
                    throws ServiceException

  Creates a new Call object - will prefill as much info from the WSDL as it can. Right now it's target URL, SOAPAction, Parameter types, and return type of the Web Service.

  Specified by:
    `createCall` in interface `Service`
  Parameters:
    `portName` - PortName in the WSDL doc to search for
    `operationName` - Operation(method) that's going to be invoked
  Returns:
    Call Used for invoking the Web Service
  Throws:
    `ServiceException` - If there's an error

### createCall

    public Call createCall(QName portName,
                           QName operationName)
                    throws ServiceException

  Creates a new Call object - will prefill as much info from the WSDL as it can. Right now it's target URL, SOAPAction, Parameter types, and return type of the Web Service.

  Specified by:
    `createCall` in interface `Service`
  Parameters:
    `portName` - PortName in the WSDL doc to search for
    `operationName` - Operation(method) that's going to be invoked
  Returns:
    Call Used for invoking the Web Service
  Throws:
    `ServiceException` - If there's an error

### createCall

    public Call createCall()
                    throws ServiceException

  Creates a new Call object with no prefilled data. This assumes that the caller will set everything manually - no checking of any kind will be done against the WSDL.

  Specified by:
    `createCall` in interface `Service`
  Returns:
    Call Used for invoking the Web Service
  Throws:
    `ServiceException` - If there's an error

### getCalls

    public Call[] getCalls(QName portName)
                    throws ServiceException

  Gets an array of preconfigured Call objects for invoking operations on the specified port. There is one Call object per operation that can be invoked on the specified port. Each Call object is pre-configured and does not need to be configured using the setter methods on Call interface. This method requires the Service implementation class to have access to the WSDL related metadata.

  Specified by:
    `getCalls` in interface `Service`
  Parameters:
    `portName` - Qualified name for the target service endpoint
  Returns:
    Call[] Array of pre-configured Call objects
  Throws:
    `ServiceException` - - If this Service class does not have access to the required WSDL metadata or if an illegal portName is specified.

### getHandlerRegistry

    public HandlerRegistry getHandlerRegistry()

  Returns the configured HandlerRegistry instance for this Service instance. NOTE: This Service currently does not support the configuration of a HandlerRegistry! It will throw a java.lang.UnsupportedOperationException.

  Specified by:
    `getHandlerRegistry` in interface `Service`
  Returns:
    HandlerRegistry
  Throws:
    `java.lang.UnsupportedOperationException` - - if the Service class does not support the configuration of a HandlerRegistry.

### getWSDLDocumentLocation

    public java.net.URL getWSDLDocumentLocation()

  Returns the location of the WSDL document used to prefill the data (if one was used at all).

  Specified by:
    `getWSDLDocumentLocation` in interface `Service`
  Returns:
    URL URL pointing to the WSDL doc

### getServiceName

    public QName getServiceName()

  Returns the qualified name of the service (if one is set).

  Specified by:
    `getServiceName` in interface `Service`
  Returns:
    QName Fully qualified name of this service.

### getPorts

    public java.util.Iterator getPorts()
                                throws ServiceException

  Returns an `Iterator` for the list of `QName`s of service endpoints grouped by this service

  Specified by:
    `getPorts` in interface `Service`
  Returns:
    Returns `java.util.Iterator` with elements of type `javax.xml.namespace.QName`
  Throws:
    `ServiceException` - If this Service class does not have access to the required WSDL metadata

### setTypeMappingRegistry

    public void setTypeMappingRegistry(TypeMappingRegistry registry)
                                throws ServiceException

  Defines the current Type Mappig Registry.

  Parameters:
    `registry` - The TypeMappingRegistry
  Throws:
    `ServiceException` - if there's an error

### getTypeMappingRegistry

    public TypeMappingRegistry getTypeMappingRegistry()

  Returns the current TypeMappingRegistry or null.

  Specified by:
    `getTypeMappingRegistry` in interface `Service`
  Returns:
    TypeMappingRegistry The registry

### getReference

    public javax.naming.Reference getReference()

  Returns a reference to this object.

  Specified by:
    `getReference` in interface `javax.naming.Referenceable`
  Returns:
    Reference ...

### setEngine

    public void setEngine(AxisEngine engine)

  Sets this Service's AxisEngine. This engine will be shared by all Call objects created from this Service object. Note: Not part of the JAX-RPC spec.

  Parameters:
    `engine` - Sets this Service's AxisEngine to the passed in one

### getEngine

    public AxisEngine getEngine()

  Returns the current AxisEngine used by this Service and all of the Call objects created from this Service object. Note: Not part of the JAX-RPC spec.

  Returns:
    AxisEngine the engine

### setEngineConfiguration

    public void setEngineConfiguration(EngineConfiguration config)

  Set this Service's engine configuration. Note that since all of the constructors create the AxisClient right now, this is basically a no-op. Putting it in now so that we can make lazy engine instantiation work, and not have to duplicate every single Service constructor with a EngineConfiguration argument.

  If you need to use a non-default `EngineConfiguration`, do the following before calling the Service constructor:

  `AxisProperties.setProperty(EngineConfigurationFactory.SYSTEM_PROPERTY_NAME, "classname.of.new.EngineConfigurationFactory");`

  Where the second parameter is the name of your new class that implements `EngineConfigurationFactory` and a`
  public static EngineConfigurationFactory newFactory(Object param)` method. See `EngineConfigurationFactoryDefault` for an example of how to do this.

  This way, when the Service class constructor calls
  `EngineConfigurationFactoryFinder.newFactory().getClientEngineConfig()` the getClientEngineConfig() of your own EngineConfigurationFactory will be called, and your configuration will be used in the constructed Service object.

  Another way is to use the "discovery" method of `EngineConfigurationFactoryFinder`.

  Parameters:
    `config` - the EngineConfiguration we want to use.

### getEngineConfiguration

    protected EngineConfiguration getEngineConfiguration()

  Constructs a EngineConfig if one is not available.

### setMaintainSession

    public void setMaintainSession(boolean yesno)

  Determine whether we'd like to track sessions or not. This information is passed to all Call objects created from this service. Calling setMaintainSession will only affect future instantiations of the Call object, not those that already exist. Note: Not part of JAX-RPC specification.

  Parameters:
    `yesno` - true if session state is desired, false if not.

### getMaintainSession

    public boolean getMaintainSession()

  If true, this service wants to track sessions.

### getCall

    public Call getCall()
                 throws ServiceException

    `ServiceException`

### getCacheWSDL

    public boolean getCacheWSDL()

  Tells whether or not we're caching WSDL

### setCacheWSDL

    public void setCacheWSDL(boolean flag)

  Allows users to turn caching of WSDL documents on or off. Default is 'true' (on).

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Copyright © 2003 Apache Web Services Project. All Rights Reserved.