#XENTRY SCN CODING XML ERROR SOFTWARE#
The software is used to process coding, programming and enable dependent control modules for euro 5 and 6 certified passenger cars and commercial vehicles “Xentry Pass Thru” and “Xentry Diagnostics” is the Mercedes-Benz brand’s diagnostics and repair solutions for the Independent Repairers carrying out servicing and repairs for euro 5 and 6 certified passenger cars and commercial vehicles This subelement in this example is derived from the throws MissingName clause of the sayHelloWorld() method declaration (see Example 16-3).What is Xentry Passthru & What is Xentry Diagnostics? The MissingName SOAP fault is mapped to the sayHelloWorld operation. The element defines the parts of the MissingName message, namely fault, and its associated data type, tns:MissingName. Example 16-4 shows the WSDL that is generated from the annotated Web service in Example 16-3.* The JAX-WS Java-to-WSDL mapping binds subclasses of to wsdl:fault messages. How Modeled Faults are Mapped in the WSDL File The following provides an example of a SOAP 1.1 fault message. This element can be an XML structure or plain text. In RPC-style messaging, the actor is the URI of the Web service.Īpplication-specific information, such as the exception that was thrown. URI associated with the actor (SOAP node) that caused the fault. Server-Problem with the server that prevented message from being processed.
#XENTRY SCN CODING XML ERROR CODE#
This set of fault code values can be extended by the application.Ĭlient-Message was incorrectly formatted or is missing information. A set of code values is predefined by the SOAP specification, as defined below. Standard code that provides more information about the fault. Table 16-2 Subelements of the SOAP 1.1 Element Subelement The following provides an example of a SOAP 1.2 fault message. Role being performed by actor at the time of the fault.Īpplication-specific information, such as the exception that was thrown. Information regarding the actor (SOAP node) that caused the fault. The element contains one or more elements, each of which contains information about the fault in a different language. This subelement can have a recursive structure. Subcode value that provides more information about the fault. You can define encoding styles for SOAP headerblocks and child elements of the SOAP body, and this encoding style must be recognized by the Web services server. Receiver-Problem with the server that prevented the message from being processed.ĭataEncodingUnknown-Received message has an unrecognized encoding style value. Sender-Message was incorrectly formatted or is missing information. MustUnderstand-SOAP header entry not understood by processing party. The SOAP envelope must conform to the namespace. VersionMismatch-Invalid namespace defined in SOAP envelope element. A set of code values is predefined by the SOAP specification, including: The env:Code element consists of the following two subelements:Ĭode value that provides more information about the fault. Information pertaining to the fault error code. Table 16-1 Subelements of the SOAP 1.2 Element Subelement The SOAP binding maps exceptions to SOAP fault messages. If a Web service operation is configured as one-way, the SOAP fault is not returned to the sender, but stored for further processing.Īs illustrated in Figure 16-1, JAX-WS handles SOAP fault processing during SOAP protocol binding. The faults are returned to the sender only if request/response messaging is in use. In this case, Java exceptions are represented as generic SOAP fault exceptions, .soap.SOAPFaultException. Unmodeled-Maps to an exception (for example, ) that is generated at run-time when no business logic fault is defined in the WSDL. In this case, the SOAP faults are predefined. Modeled-Maps to an exception that is thrown explicitly from the business logic of the Java code and mapped to wsdl:fault definitions in the WSDL file, when the Web service is deployed. SOAP faults can be one of the following types: In JAX-WS, Java exceptions ( ) that are thrown by your Java Web service are mapped to a SOAP fault and returned to the client to communicate the reason for failure. SOAP faults are generated by receivers to report business logic errors or unexpected conditions. In general, a SOAP fault is analogous to an application exception. The SOAP specification (available at ) defines a standard, platform-independent way of describing the error within the SOAP message using a SOAP fault. Because clients can be written on a variety of platforms using different languages, there must exist a standard, platform-independent mechanism for communicating the error. When a Web service request is being processed, if an error is encountered, the nature of the error needs to be communicated to the client, or sender of the request. Overview of Exception Handling Using SOAP Faults