This is example of using jPOS. In this project jPOS (with some Java classes) works as SOAP server which proxies requests to ISO-8583 processing server and as ISO-8583 processing server.
- it's a JAX-WS web service that just does mapping of SOAP fields to ISO message fields, send it to ISO-8583 server and return ISO response as SOAP response
- web service parameters are listed in /src/dist/deploy/60_clientws.xml
- sources in /src/main/java/middleware/webservice/
- messages are pre-processed before sending to ISO-8583 server by /src/dist/deploy/30_processors.xml jPOS script
- by default runs on http://localhost:8000/ws/, WSDL: http://localhost:8000/ws/?wsdl
- remote ISO-8583 server connection parameters are listed in /src/dist/deploy/61_clientchannel.xml
- it is a dummy-server, that just responses OK (response code 0 in 39 field) to any request.
- channel parameters are listed in /src/dist/deploy/40_server.xml
- message processing is described by the same /src/dist/deploy/30_processors.xml jPOS script
Build with Gradle (or Gradle wrapper):
gradlew installApp
and run Q2 server:
build/install/jpos-example/bin/q2
- jPOS-Project-Guide.pdf
- proguide-draft.pdf
- jPOS-EE.pdf
- jPOS Blog
- jPOS Google group
- jPOS Server
- jPOS keep-alive
Since jPOS runs as standalone Q2 server, it is possible to update message processors (or any other xml's) «on-the-fly», while jPOS is running.
This project is based on jPOS Template.