Splitting Off a Develop Branch

Oct 13, 2025 by recoveryshake.com 6 views

Introduction

In this article, we will discuss the setup of a release model for a WASM build. WASM (WebAssembly) is a binary instruction format for a stack-based virtual machine. It is designed to be a low-level, portable, and efficient format for executing code in web browsers and other environments. To release a WASM build of a project, we need to make a few changes to our development workflow. In this article, we will cover the steps to set up a release model for a WASM build.

Splitting Off a Develop Branch

The first step in setting up a release model for a WASM build is to split off a develop branch from the master branch. The develop branch will be used for development, and the master branch will be used for releasing. This is a common practice in software development, where the master branch is used for stable releases, and the develop branch is used for development and testing.

Using the Develop Branch for Development

The develop branch will be used for development, which means that all new features and bug fixes will be committed to this branch. This branch will be used to test and validate new code before it is merged into the master branch. The develop branch will also be used to track the latest changes and updates to the project.

Using the Master Branch for Releasing

The master branch will be used for releasing, which means that all stable releases will be made from this branch. This branch will be used to create a new tag and release, with WASM release artifacts and a change log. The master branch will be used to track the latest stable release of the project.

Automating the Release Process

Optimally, the release process should be automated in a script or via GitHub Actions. This will ensure that the release process is consistent and reliable, and that it can be repeated without any manual intervention. We will discuss how to automate the release process in a later section.

Creating a New Tag and Release

Whenever anything is merged to the master branch, we will create a new tag and release. This will involve creating a new tag with a unique identifier, and then releasing the WASM build artifacts and a change log. The new tag will be used to track the latest stable release of the project.

Release Artifacts

The release artifacts will include the WASM build of the project, as well as any other relevant files or documentation. The release artifacts will be used to distribute the project to users and customers.

Change Log

The change log will be used to track the changes and updates made to the project. The change log will include a list of all the changes made to the project, as well as any relevant documentation or notes.

Automating the Release Process with GitHub Actions

We can automate the release process using GitHub Actions. GitHub Actions is a CI/CD tool that allows us to automate the build, test, and deployment of our project. We can use GitHub Actions to automate the release process, including creating a new tag and release, and distributing the release artifacts.

Benefits of Automating the Release Process

Automating the release process has several benefits, including:

Consistency: The release process will be consistent and reliable, and can be repeated without any manual intervention.
Efficiency: The release process will be faster and more efficient, as it will be automated.
Reduced Errors: The release process will be less prone to errors, as it will be automated.
Improved Quality: The release process will result in higher quality releases, as it will be automated and consistent.

Conclusion

In this article, we discussed the setup of a release model for a WASM build. We covered the steps to split off a develop branch from the master branch, and to use the develop branch for development and the master branch for releasing. We also discussed how to automate the release process using GitHub Actions. Automating the release process has several benefits, including consistency, efficiency, reduced errors, and improved quality.

Step-by-Step Guide to Setting Up a Release Model for a WASM Build

Step 1: Split Off a Develop Branch

Create a new branch from the master branch, and name it develop.
Use the develop branch for development, and the master branch for releasing.

Step 2: Use the Develop Branch for Development

Commit all new features and bug fixes to the develop branch.
Use the develop branch to test and validate new code before it is merged into the master branch.

Step 3: Use the Master Branch for Releasing

Use the master branch to create a new tag and release, with WASM release artifacts and a change log.
Use the master branch to track the latest stable release of the project.

Step 4: Automate the Release Process

Use GitHub Actions to automate the release process, including creating a new tag and release, and distributing the release artifacts.

Benefits of a Release Model for a WASM Build

Consistency: The release process will be consistent and reliable, and can be repeated without any manual intervention.
Efficiency: The release process will be faster and more efficient, as it will be automated.
Reduced Errors: The release process will be less prone to errors, as it will be automated.
Improved Quality: The release process will result in higher quality releases, as it will be automated and consistent.

Conclusion

Q: What is a release model, and why is it important for a WASM build?

A: A release model is a set of processes and procedures that are used to manage the release of a software product. It is important for a WASM build because it ensures that the release process is consistent, reliable, and efficient. A release model helps to ensure that the release process is automated, which reduces the risk of errors and improves the quality of the release.

Q: What is the difference between the `develop` and `master` branches in a release model?

A: The develop branch is used for development, and the master branch is used for releasing. The develop branch is where new features and bug fixes are committed, and the master branch is where the stable releases are made.

Q: How do I automate the release process using GitHub Actions?

A: To automate the release process using GitHub Actions, you need to create a new workflow file in your repository. The workflow file defines the steps that are taken during the release process. You can use GitHub Actions to automate the creation of a new tag and release, as well as the distribution of the release artifacts.

Q: What are the benefits of automating the release process?

A: The benefits of automating the release process include consistency, efficiency, reduced errors, and improved quality. Automating the release process ensures that the release process is consistent and reliable, which reduces the risk of errors and improves the quality of the release.

Q: How do I create a new tag and release using GitHub Actions?

A: To create a new tag and release using GitHub Actions, you need to create a new workflow file in your repository. The workflow file defines the steps that are taken during the release process. You can use GitHub Actions to automate the creation of a new tag and release, as well as the distribution of the release artifacts.

Q: What are the release artifacts, and how are they distributed?

A: The release artifacts are the files that are included in the release, such as the WASM build and any other relevant files or documentation. The release artifacts are distributed using GitHub Actions, which automates the process of creating a new tag and release, and distributing the release artifacts.

Q: How do I track the changes and updates made to the project?

A: You can track the changes and updates made to the project by using a change log. The change log is a list of all the changes made to the project, as well as any relevant documentation or notes.

Q: What is the benefit of using a change log?

A: The benefit of using a change log is that it provides a clear and concise record of all the changes made to the project. This makes it easier to track the changes and updates made to the project, and to identify any issues or problems that may have arisen during the development process.

Q: How do I use GitHub Actions to automate the release process?

A: To use GitHub Actions to automate the release process, you need to create a new workflow file in your repository. The workflow file defines the steps that are taken during the release process. You can use GitHub Actions to automate the creation of a new tag and release, as well as the distribution of the release artifacts.

Step-by-Step Guide to Automating the Release Process using GitHub Actions

Step 1: Create a New Workflow File

Create a new file in your repository, and name it release.yml.
Define the steps that are taken during the release process in the release.yml file.

Step 2: Define the Steps in the Release Workflow

Define the steps that are taken during the release process in the release.yml file.
Use GitHub Actions to automate the creation of a new tag and release, as well as the distribution of the release artifacts.

Step 3: Automate the Release Process

Use GitHub Actions to automate the release process.
The release process will be consistent and reliable, and can be repeated without any manual intervention.

Benefits of Automating the Release Process using GitHub Actions

Consistency: The release process will be consistent and reliable, and can be repeated without any manual intervention.
Efficiency: The release process will be faster and more efficient, as it will be automated.
Reduced Errors: The release process will be less prone to errors, as it will be automated.
Improved Quality: The release process will result in higher quality releases, as it will be automated and consistent.

Conclusion

In this article, we discussed the frequently asked questions about setting up a release model for a WASM build. We covered the benefits of automating the release process, and how to use GitHub Actions to automate the release process. Automating the release process has several benefits, including consistency, efficiency, reduced errors, and improved quality.