How do I Build, Install and Setup the chainguard.dev/apko
Project
Building a Development Environment
To build a development environment for chainguard.dev/apko
you need to install Go. This can be done by downloading and installing the appropriate package for your platform from the official Go website: https://golang.org/.
Verify Go Installation:
go version
Once Go is installed, you can clone the chainguard-dev/apko
repository:
git clone https://github.com/chainguard-dev/apko.git
cd apko
Building the Project
Use the make
command to build the project.
make install
This command will build the project and install the necessary dependencies.
Setting Up the Project
The apko
project uses a Makefile to automate common tasks. You can see the available functions by running:
make help
Example:
make apko help
To generate an apko configuration file you can use the generate
command:
make generate
Running Tests
To run the unit tests, use the test
command:
make test
You can also run tests for specific targets. For example, to run tests for the apko
command:
make test TARGET=apko
Running the apko
Command
The apko
command is used to create and manage container images. You can see the available subcommands by running:
apko help
For example, to create a new image from a Dockerfile:
apko build -f Dockerfile -t my-image .
Using the apko
Project
The apko
project provides a number of features for working with container images, including:
- Building Images: Create images from Dockerfiles, OCI image specifications, and other sources.
- Signing Images: Sign images using the Cosign tool.
- Verifying Images: Verify the signature of an image.
- Pushing Images: Push images to container registries.
- Pulling Images: Pull images from container registries.
Documentation
Further documentation for the apko
project is available on the project’s Github repository: https://github.com/chainguard-dev/apko
Additional Notes
- The Makefile includes commands for tasks such as linting, formatting, and generating documentation.
- The
apko
command can be used to automate various tasks related to container image management. - Refer to the official documentation and source code for detailed information on all available commands and features.