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With the support of the XSD type system, we constructed the content of the request-response message that will be accepted by the Web service The request message maps to the structure of the order, and its definition is enclosed inside the <SubmitOrder> element Similarly, the response message in this scenario represents a unique order number that is enclosed inside the <SubmitOrderResponse> element The elements declared inside <types> are then referenced by the <message> element, which defines the actual composition of messages exchanged between a Web service and its consumer Here is what the <message> element looks like for the order management Web service: <message name="SubmitOrderSoapIn"> <part name="parameters" element="s0:SubmitOrder" /> </message> <message name="SubmitOrderSoapOut"> <part name="parameters" element="s0:SubmitOrderResponse" /> </message> Messages represent abstract definitions of data and are composed of multiple parts Individual parts are described by one or more <part> child elements.

You only need to do this explicit generation of JavaScript stubs when an executable stub is needed. This import triggers the check for @WebRemote annotations in the referenced component. Type stubs, discussed in the next section, are automatically generated by the Seam remoting services when they are needed.

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Each <part> is tagged with a meaningful name along with its underlying data type that references a simple or complex type defined under the <types> element The next step is to group messages with the help of the <operation> element This is analogous to a method declaration in the object-oriented world Each operation contains input and output messages that are declared by the <input> and <output> constructs The sequence in which the <input> and <output> elements are laid out determines the message exchange pattern For example, the SubmitOrder operation described next represents a typical request-response message exchange pattern An operation that contains only <input> messages represents a one-way message exchange pattern With the help of the <operation> element, messages are grouped; the <operation> elements are further grouped to form a <portType> element, which is the final leg of the abstract service definition.

Takes a line of Ruby and executes it (as you ve already seen). This can be specified multiple times, in which case each instance is treated as a new separate line for bookkeeping purposes (try ruby -e 'p __LINE__' -e 'p __LINE__').

The <portType> element, as follows, basically lists all the operations supported by the Web service: <portType name="OrderManagementServiceSoap"> <operation name="SubmitOrder"> <input message="s0:SubmitOrderSoapIn" /> <output message="s0:SubmitOrderSoapOut" /> </operation> </portType> So far we have covered the abstract part of WSDL that represents Web service metadata in a platform-agnostic fashion But it is important to mention the implementation-level details about how messages are formatted over the wire and the underlying transport protocol used to deliver the message This information is described inside a <binding> element Here is what the <binding> element looks like that uses SOAP to format messages and HTTP to deliver these messages: <binding name="OrderManagementServiceSoap" type="s0:OrderManagementServiceSoap"> <soap:binding transport="http://schemasxmlsoaporg/soap/http" style="document" /> <operation name="SubmitOrder"> <soap:operation soapAction="http://brokerxyzcom/SubmitOrder" style="document" /> <input> <soap:body use="literal" /> </input> <output> <soap:body use="literal" /> </output> </operation> </binding>.

Figure 8-2 depicts the steps that occur when you invoke a remote component method from your JavaScript code. In the scenario shown in the figure, we ve written a JavaScript function, doGadgetSearch(), that is remotely invoking our Seam component, GadgetAdminBean. The results of the remote method call are being handled by another JavaScript function that we ve written, handleResults(). All of the back-and-forth with the remote Seam component is handled by the executable JavaScript stub for GadgetAdminBean and the Seam remoting services. Each annotated method in the Seam component will have a corresponding JavaScript method on the executable stub. This method will have the same name as the component method, and the arguments and return values will correspond to those on the component method, mapped according to the overall mapping rules we re covering in this section. There will also be an additional argument added to the JavaScript method, which is a JavaScript callback function that should be invoked when the remote method call returns. Remember that, behind the scenes, the Seam JavaScript code is making an asynchronous XML exchange with the server in order to carry out the remote method call. When the XML response is received from the server and the XML is converted into corresponding JavaScript objects, the callback function that you pass into the method call will be invoked, and the results of the method call will be passed in as function arguments.

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