![]() ![]() For now, the sample assumes the "ctrlreplyPortType" uses binding of SOAP 1.1 with document literal type, and the service is named "ctrlreply", while the port is named "ctrlreplyHttpSoap11Endpoint", where the endpoint url is: " **: Note that the Java message checker service archive is already provided with the downloaded BASIS v0.1.0 archive in the download page. Along with the class and object diagram class diagram and object diagram of ATM. Note that you may still need to write your own service for recording the reply from the BPEL manipulator service (related to PortType "ctrlreplyPortType") and possibly certain information needs to be updated (like the bindings and services in file ctrler_ATM.wsdl and deploy.xml). Use case diagram of an application named ATM Manager use case diagram. ![]() The message checker Java service archive: "instantMessageCheckJWS.aar", is supposed to be deployed onto Apache Axis2 service container, while the BPEL filter service archive: "ctrl_ATM.zip" is suppose to be deployed onto Apache ODE 1.3 BPEL Engine. *: The sample contains not only the output of the tool, but also deployment information. In this case, the client is the “atmFrontEnd: atmFrontEndPLT”. In the Sequence Diagram, “_this:_Process” stands the service itself while other communication partners are represented by the form partnerLink: partnerLinkType as in the BPEL definition. The Sequence Diagram represents the withdrawal behavior: after the client logon to the service, some money is successfully withdrawn from the ATM, and then the client logoff from the service and disconnects the connection. The user behavior requirement of the ATM service is the withdrawal scenario depicted in the following figure, which is a Rational Rose UML Sequence Diagram. The objects involved in the operation are listed from left to right according to when they take part in the message sequence. The time progresses as you go down the page. Sequence diagrams are organized according to time. To the right of it, is the constructed BPN model (Petri-net based model for BPEL services). Sequence Diagram is an interaction diagram that details how operations are carried out - what messages are sent and when. In the following, there the activity diagram of the behavior of the ATM service. After receiving the reply of the operation, the customer logoff from the ATM and finally disconnect the connection. After receiving the reply from the ATM, the customer can logon to the ATM, and then choose to withdraw or deposit some money. Identify what is required from the system to achieve these goals. Customers of the service send connect requests with an identification string. Step 3: Create a goal for every use case. The ATM service animates one possible implementation of the Automation Teller Machine that people can use to deposit and withdraw money. The target service code of this case study can be downloaded here, which is also available in the download page. The ATM withdrawal diagram shows the flow of these messages: Insert a card. This ATM service is modified from the original version (see full ATM service) in order to be supported by most of the BPEL engines. The case study is a very simple but sufficient to show how BASIS works. Case study (ATM Simple) - BASIS 0.1.0: developed by SEG, NJU BASIS: Behavior Analyzer for Interactive Services v0.1.0 ![]()
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