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This SOAP Web service accepts HTTP requests, transforms the body of the message from DOM to XML, then uses an xpath expression to extract one particular piece of information from the body – the operation – and set it as a variable. Maps not to something in the wsdl file, but to the filepath of the wsdl file itself in the src/main/resources/ directory of the Mule project Maps to the name attribute of the wsdl:service element Maps to the name attribute of the wsdl:port element Maps to the wsdl:input and wsdl:output, in which it specifies use of the literal body of the SOAP message Maps to the target namespace attribute of the wsdl:definition The Web service’s SOAP component includes four important attributes configured according to the table below. The AdmissionService Web services was built WSDL-first. Because CXF functions best with separate subflows to perform Web services calls, this application separates each Web service call into its own, small subflow. *Mule leverages the CXF framework to expose, consume and proxy Web services. *The application separates tasks into subflows. It pushes the response it receives to the createEpisode Service subflow. As a proxy client, the CXF component and HTTP endpoint call the EHRService Web service, (ostensibly a Web service the hospital makes available internally practically the Web service that exists in the mocks. This subflow is triggered by the createEpisode subflow. Finally, it converts the response from DOM to XML before returning the data to the main AdmitPatientService flow. Then it uses a Flow Ref element to invoke another subflow – invokeEHRService – to perform the actual submission of a request to another hospital Web service. Using a DataMapper transformer, this subflow maps data from the end user request to a structure that the EHRService Web service accepts. This subflow is triggered by the Create Episode Flow Ref element in the AdmitPatientService flow. It pushes the response it receives to the invokePatient Service subflow. As a proxy client, the CXF component and HTTP endpoint call the PatientService Web service (ostensibly a Web service the hospital makes available internally practically the Web service that exists in the mocks. This subflow is triggered by the upsertPatient subflow. Then it uses a Flow Ref element to invoke another subflow – invokePatientService – to perform the actual submission of a request to another hospital Web service.
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Using a DataMapper transformer, this subflow maps data from the end user request to a structure that the PatientService Web service accepts.
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This subflow is triggered by the Upsert Patient Flow Ref element in the AdmitPatientService flow. The following table offers a brief description of the activity in each subflow of the AdmissionService application.