Here is a diagram illustrating how Git works on the IBM i Power System:
Explanation:
- IBM i Power System: This is the server or platform where the IBM i applications are hosted and developed.
- Git Client: The Git client is the software installed on the IBM i Power System that allows developers to interact with the Git repository. This could be a command-line interface (CLI) tool, an integrated development environment (IDE) like Rational Developer for i (RDi), or a web-based Git client.
- Git Repository: The Git repository is the local storage location for the IBM i application's source code and version history. It is typically located on the IBM i Power System, but it can also be a remote repository hosted on a service like GitHub, GitLab, or Bitbucket.
- Remote Git Repository: The remote Git repository is a centralized storage location for the IBM i application's source code, often hosted on a cloud-based service. Developers can push their local changes to the remote repository and pull the latest changes from it.
The workflow typically involves the following steps:
- Developers use the Git client on the IBM i Power System to interact with the local Git repository, performing tasks such as cloning, committing, branching, and merging.
- When ready, developers push their local changes to the remote Git repository, allowing other team members to access and collaborate on the same codebase.
- Developers can also pull the latest changes from the remote repository to keep their local copies up-to-date.
- The remote Git repository serves as a centralized backup and collaboration platform for the IBM i application's source code.
And thats it -- the basic architecture and workflow of using Git on the IBM i Power System, highlighting the key components and their interactions.