Server adapter: support hot-deployment on OpenShift for SpringBoot app ---------------------------------------------------------------------- Key: JBIDE-25303 URL: https://issues.redhat.com/browse/JBIDE-25303 Project: Tools (JBoss Tools) Issue Type: Feature Request Components: openshift Affects Versions: 4.5.1.Final Reporter: Aurélien Pupier Assignee: André Dietisheim Priority: Major Labels: openshift_v3, server_adapter Fix For: 4.5.3.AM3, 4.14.0.Final Attachments: Image+Pasted+at+2018-1-16+10-58.png, docker-explorer-inspect-image.png, fuse-on-openshift.zip, project-deployment-assembly.png, screenshot-1.png, spring-boot-demo.zip currently, Springboot jar projects (such as Fuse Integration Services) are rsynced with a zipped jar file. The requirements are: - rsync unpacked jar - rsync without the jar name as folder - it will will work only if springboot devtool are included (so maybe need some dialog guiding user to do i in case it is not activated) use case "Develop SpringBoot application deployed on OpenShift as any other applications in JBoss Tools": - there is a SpringBoot app deployed on OpenShift - the developer want to develop evolution of the SpringBoot app -- when he/she modifies the project, the application needs to be automatically updated on OpenShift instance -- Remote java debug should be available when the OpenShift server adapter is in debug mode. Steps: # EXEC: create a project in your OpenShift server (ex. camel-ose-springboot) # EXEC: Import project within fuse-on-openshift.zip into your workspace # EXEC: open launch configuration and change: ** -Dkubernetes.master= so that it first your cdk instance ** -Dkubernetes.namespace= to the name of the project that you create in step 1. ** -Dfabric8.generator.from=fabric8/s2i-java # EXEC: run the launch config (that is included in the project), so that the project gets deployed to OpenShift (cdk) # ASSERT: your project in OpenShift now contains a service **camel-ose-springboot-xml**, the pod for it is running. # EXEC: in OpenShift Explorer: select this service and create a server adapter for it (*Server Adapter..* in the context menu for the service) # ASSERT: server adapter is created and is *[started]* # EXEC: in OpenShift Explorer: pick *Pod Log...* in the context menu for the pod of your service) # ASSERT: pod log is opened in "Console" view and shows an output with random numbers in the end {code} simple-route - >>> 455 simple-route - >>> 695 simple-route - >>> 935 {code} # EXEC: In Project Explorer: open class MyTransformer and change the transform method # ASSERT: "Console" view is opened and shows how the server adapter is publishing the MyTransformer class to the pod