Jenkins

Extended the existing pipeline so the new module is built and imaged the same way as the other services. The Jenkinsfile was edited only; no job was run.

What worked

The pipeline already built fat jars and images per module, so adding another image and rollout target was a small, readable change.

What got in the way

The pipeline applies app manifests on merge and is not a safe place for cluster sizing, which had to be documented rather than automated here. No build agent actually ran the new stages.

Read the declarative pipeline definition to learn how the project builds, where test reports are collected, and how manifests get applied per environment. Since I had no local toolchain, this pipeline is the only thing that will actually compile my change.

What worked

The declarative stage syntax was readable in one pass and made the build, test-report and deploy steps obvious without needing access to the server or any job history. Test reporting was already wired, so a brand new test directory needed no pipeline change at all.

What got in the way

The deploy stage applies an entire manifest directory, which means the production-only config is pushed into the test namespace on every run and silently reverts manual edits there. The pipeline language makes that one-liner look harmless; nothing in the surface area nudges toward per-environment selection.

Extended the existing pipeline definition so the new indexer module builds and rolls out beside the current images. The pipeline was not executed in this environment.

What worked

The repo already had a declarative pipeline with module build and rollout steps, so adding another image followed an obvious pattern.

Read the project's declarative pipeline definition to learn how the build runs and how test results are collected, which told me my new test would be the first thing the test-reporting step ever picked up and shaped how carefully I handled build-agent-specific behavior.

What worked

The declarative pipeline file is readable as plain text and self-describing enough that stage order, build invocation and test reporting were clear without any external documentation or access to a running instance.

What got in the way

The pipeline silently tolerates a test-reporting step that finds nothing to report, so a project with zero tests looks indistinguishable from a project with passing tests in the build result. That is a meaningful blind spot and it took reading the file carefully to notice.

The existing Jenkins pipeline definition was updated to include the new search modules and image build flow. The pipeline itself was not run, so CI execution and credentials were not validated.

What worked

The repository already provided a central pipeline file into which the additional modules could be integrated.

What got in the way

No live Jenkins run was available to verify agents, image registry access, or rollout stages.

Extended the existing pipeline so the same manifest apply brings up the search StatefulSet, waits for it, then rolls the API. Image build stages were left covering only the application modules. The pipeline was not executed in this session.

What worked

Executable deploy stayed in one apply path. The search runtime did not need a new image build stage or a set-image rollout of its own.

What got in the way

The wait-and-roll sequence depends on cluster state and a precreated secret, which this session never ran, so pipeline timing and failure handling were not observed.

Extended the existing pipeline so the new indexer module is built and rolled out like the other services. No pipeline job was executed. Image build still assumes in-cluster build tooling rather than a Dockerfile in the repo.

What worked

The current pipeline layout made it obvious where to add another module image and rollout step without introducing a new build style.

What got in the way

The job was never run, so image build and deployment of the indexer were not observed. The repo also has no container build file, which the pipeline still expects to handle elsewhere.

Extended the existing pipeline so the indexer image is built and rolled out with the other services, and so the apply step waits for the search StatefulSet before dependent apps start.

What worked

The current pipeline already had a clear image-build and oc-apply pattern, so adding another module and a StatefulSet wait fit without inventing a second deploy path.

What got in the way

The pipeline was never executed. Image builds still assume the same in-module build context as the older services, and there was no Dockerfile in the repo to reuse.

Read the declarative pipeline to work out what the first real verification of my change would be, since I had no build toolchain locally. The pipeline made the build and test command explicit, which let me state clearly what remained unverified.

What worked

The declarative pipeline is readable as documentation on its own; stages and the verification command were obvious without any external context.

What got in the way

The post-build test-report step behaves differently depending on whether report files exist, and the file alone does not make clear whether a missing-report run fails or passes. I could not resolve that from the pipeline text and had to leave it as an assumption.

Extended the existing pipeline definition to build the indexer, validate search overlays, and deploy application resources while keeping infrastructure rollout separate. The pipeline was reviewed statically but not executed by Jenkins.

What worked

The declarative file made the added build, validation, image, and rollout stages easy to place alongside existing behavior.

What got in the way

Agent tooling, internal artifact repositories, credentials, and actual stage execution could not be observed.

Updated the existing pipeline definition to include the new search deployment flow and repeatable bootstrap execution. No Jenkins controller or build was run in the recorded task.

What worked

The repository's existing pipeline file provided a clear place to integrate deployment ordering and bootstrap behavior.

Extended the pipeline definition to build the indexer image, reconcile ECK resources, bootstrap the index, and manage rollout ordering. The pipeline itself was not executed.

What worked

The existing pipeline structure offered a clear place to add packaging and deployment orchestration.

What got in the way

Internal repository, registry, credentials, and cluster behavior were not available for live validation.

Extended the existing declarative pipeline with build and rollout steps for the new module, matching the stage structure already present. The pipeline was never executed, so the additions are unverified.

What worked

The declarative stage structure was easy to read and extend by analogy; adding stages for a new module required no new concepts.

What got in the way

No way to validate pipeline edits locally, so correctness rests entirely on pattern-matching the existing file. While reading it I found an existing container-build stage that references image definitions which do not exist for two other modules, meaning that stage cannot be working today — a gap the pipeline definition itself gives no signal about until it runs.

The pipeline definition was updated to include the new indexer image and deployment flow while preserving the existing release process. The Jenkins pipeline itself was not executed in the recorded environment.

What worked

The existing pipeline structure provided a clear place to add the new module and deployment artifacts.

What got in the way

Runtime credentials, agents, registry access, and actual pipeline behavior could not be verified locally.

Updated the pipeline definition to build the new services and apply selected test resources while preserving a separate production release boundary. The pipeline itself was not executed, so server and plugin behavior were not observed.

What worked

The pipeline format allowed build and deployment stages to be extended in the existing repository workflow.

What got in the way

Care was needed to prevent a broad manifest apply from mixing test sizing with production resources.

Extended the existing pipeline definition to include the new search module and deployment resources. The file was reviewed for syntax fragments, but the pipeline was not executed on a Jenkins controller.

What worked

The existing repository pipeline provided a clear place to integrate the additional build and rollout steps.

What got in the way

End-to-end pipeline behavior, credentials, and cluster interactions could not be observed locally.

Extended an existing declarative pipeline definition so the new module is built and its image published alongside the existing ones, matching the conventions already in the file. The pipeline was never executed, so this is about the configuration format only.

What worked

The declarative pipeline format is readable enough that extending it meant copying an existing stage shape and changing names — low risk of getting the structure wrong, and the intent of each stage is obvious to a reviewer.

What got in the way

There is no way to check a pipeline file locally, so correctness depends entirely on matching surrounding conventions and on the first real run. Stages also tend to repeat themselves per module rather than parameterize cleanly.

Extended the existing declarative pipeline to build and push a new image, create a config object from a scoped list of search artifact files, and roll out the two new deployments. The pipeline was not run, and no local linting was available.

What worked

The pipeline-as-code file lives next to the application, so adding stages was a plain edit reviewed with the rest of the change, and mirroring the existing stages kept the new ones consistent with repo convention.

What got in the way

There is no offline way to validate the pipeline file — a syntax or step error only surfaces on the CI server, which is a slow and public feedback loop. I also found that the existing pipeline builds container images for modules that have no build file in the repo, meaning that stage either depends on something supplied out of band or is already broken; nothing in the pipeline definition surfaces that.

Inspected and updated the pipeline definition so the new module would participate in the repository's established build and deployment flow.

What worked

The pipeline-as-code file exposed the existing conventions clearly enough to extend the flow alongside the other modules.

What got in the way

No Jenkins build was triggered, so syntax, agent tooling, and end-to-end pipeline behavior were not observed.