GOLANG DOCKER HYPERKIT CODE

# This container exposes port 8080 to the outside world EXPOSE 8080 # Run the executable CMD Run unit tests as part of the pipeline # Download all the dependencies RUN go get -d -v. In the example application, the simple (unoptimized) Dockerfile has an old Go version that still requires GOPATH folders.Дockerfile FROM golang:1.10 # Set the Current Working Directory inside the container WORKDIR $GOPATH/src//codefresh-contrib/go-sample-app # Copy everything from the current directory to the PWD (Present Working Directory) inside the container COPY. it compiles GO on its own), the pipeline will work as expected. As long as the Dockerfile is self-contained (i.e. The big advantage of this workflow is that the Dockerfile you use can define any Go version and dependency tool. Once you run this pipeline Codefresh will create a Docker image for the Golang application: type : git-clone repo : ' codefresh-contrib/golang-sample-app' revision : master git : github MyAppDockerImage : title : Building Docker Image type : build image_name : my-golang-image working_directory.

GOLANG DOCKER HYPERKIT CODE

A clone step to fetch the code and a build step to create a Docker image.Д¬odefresh.yml version : ' 1.0' steps : main_clone : title : Cloning main repository. The most simple pipeline that you can create is just two steps. Multi-stage Dockerfile (with Go modules and unit tests).

Dockerfile with Go modules (optimized for Docker caching).Simple Dockerfile (with old Go version that requires GOPATH building).The repository contains a simple Golang web application including unit tests.

Improve this page on GitHub Create a Docker image for GOД¬odefresh can work with Go projects of any version using built-in modules or any other dependency mechanism.

Golang docker hyperkit