- #Definition in swagger editor how to
- #Definition in swagger editor full
- #Definition in swagger editor code
Uses: definition-file: examples/openapi-2-0.yaml # Maps port 8080 on service container to the host 80 # Label used to access the service container # Service containers to run with `runner-job` The workflow uses a swagger-editor docker image that runs as a service of the workflow. If you want to maintain complete privacy and your OpenAPI definition may contain sensitive information use the following workflow. uses: name: Validate OpenAPI definition If you have access to the internet and don’t mind that this GitHub Action sends your OpenAPI definition to for validation, then use this workflow. You just need to provide a file system path to it. There are two significant use-cases of using this GitHub Action, but both of them use the fact that your definition file lives in your GitHub repository. The implementation wasn’t that straightforward as I expected, but I still managed to implement this GitHub Action against the technical design mentioned earlier with all its requirements. Unfortunately, this additional layer is tightly coupled to Swagger Editor code, and the easiest way to use it is to use it via running the Swagger Editor in a browser. Why use Swagger Editor and not just JSON Schema validation? Swagger Editor adds its own layer of error recognition on top of JSON Schema validation. GitHub Action will report failure on any error or success if the document is valid and contains no errors. Read errors from the Swagger Editor using puppeteer and represent them via GitHub Actions API. Then we paste the OpenAPI definition into the Swagger Editor and wait for it to render errors (if the definition is valid, no errors will be generated). Now that we have Swagger Editor running, we use puppeteer to open a headless version of Chromium Browser. Using a Swagger Editor in GitHub Action can be achieved in two ways: running it in a docker container using swagger-api/swagger-editor image or using directly. We need to produce a GitHub Action that uses Swagger Editor to validate the OpenAPI definition provided as a parameter to that action. Let’s try to automate the workflow described above using GitHub Actions. When GitHub Actions were born I immediately became a massive fan. I did my homework and studied CI/CD topic thoroughly.
#Definition in swagger editor full
Unfortunately, at that time, my knowledge about CI/CD pipelines was limited, and I wasn’t aware of the full benefits and values CI/CD provides.
#Definition in swagger editor how to
Today I’d immediately think about how to automate this workflow and make Continuous Integration do the work for us.
#Definition in swagger editor code
When properly defined, a consumer can understand and interact with the remote service with minimal implementation logic.Īn OpenAPI definition can then be used by documentation generation tools to display the API, code generation tools to generate servers and clients in various programming languages, testing tools, and many other use cases. The OpenAPI Specification (OAS) defines a standard, language-agnostic interface to HTTP APIs, allowing both humans and computers to discover and understand the service's capabilities without access to source code, documentation, or network traffic inspection. Building a GitHub Action workflow that uses Swagger Editor to validate an OpenAPI definition.