di-ipv-orchestrator-stub
An Orchestrator stub using Spark Java
The starting point for manual testing and demonstrating IPV journeys.
| Variable | Description | Example Value |
|---|---|---|
| IPV_ENDPOINT | The IPV core-front endpoint | https://di-ipv-core-front.london.cloudapps.digital/ |
| IPV_BACKCHANNEL_ENDPOINT | The IPV core-back endpoint | https://{aws-stage-id}.execute-api.eu-west-2.amazonaws.com/ |
| IPV_BACKCHANNEL_TOKEN_PATH | The IPV core-back token endpoint path | /dev/token |
| IPV_BACKCHANNEL_USER_IDENTITY_PATH | The IPV core-back user identity path | /dev/user-identity |
| ORCHESTRATOR_CLIENT_ID | The id of the orch stub | some-client-id |
| ORCHESTRATOR_REDIRECT_URL | The orch stub call-back url | http://localhost:8083/callback |
| ORCHESTRATOR_CLIENT_SIGNING_KEY | The orch stub private key for its client authentication JWT | {base64 encoded pkcs8 private key} |
| ORCHESTRATOR_CLIENT_JWT_EXPIRY_MINS | The expiry time in mins for the orch client auth JWT | 10 |
| PORT | The port number the orchestrator should run on | 8083 |
To run locally, you can run the startup script.
./startup.shThis will first build the project with gradle, and after it will attempt to run it.
Once started, visit http://localhost:8081/. By clicking on the Prove your identity button, you will be redirected to the IPV engine, which will redirect back to the callback URL.
After, the orchestrator sends some HTTP requests to exchange the code for a token and to fetch the user info via back-channels.
A remote JVM debugger can be attached on port 5007