rabibsust/advanced-git-workflow-version-control

1. Repository type

- This is not an application runtime repository; it is a Git workflow demonstration repo.

- The “architecture” is centered on branch topology, commit history, and merge strategy, with the source files acting as feature placeholders.

2. Primary documentation boundary

- README.md is the single source of truth for the workflow.

- It describes the branching model, merge/rebase behavior, and commit-history cleanup steps.

- There is no separate build system, dependency graph, or runtime service boundary documented here.

3. Source layout

- src/ contains four domain files:

- src/login.js

- src/payment.js

- src/profile.js

- src/settings.js

- Each file represents an isolated workstream tied to a branch, rather than a shared application module graph.

4. Long-lived branches

- main is the integration branch where completed work is merged.

- develop is a secondary integration branch used as the base for some feature work.

- These two branches define the main boundary between stable integrated history and in-progress feature development.

5. Feature branch isolation

- Feature work is split into separate branches:

- feature/login

- feature/payment

- feature/profile

- feature/settings

- Each branch maps to a single concern in src/, keeping changes isolated until integration.

6. Bugfix branch

- bugfix/login-error is created from main, not from develop.

- This shows a separate hotfix path for correcting a defect in the login area without waiting on feature-line work.

7. Change flow through the repo

- The flow is: **edit one src/*.js file → commit on a topic branch → integrate back into main**.

- For feature/profile, the flow is more granular: multiple incremental commits are created, then cleaned up later via interactive rebase before integration.

- This repo’s “data” is effectively Git history; the source files are the payload carried through that history.

8. Merge strategy

- feature/payment, feature/profile, and bugfix/login-error are merged into main using non-fast-forward merges.

- That preserves explicit merge commits and keeps the branch-integration points visible in history.

- Architecturally, this indicates a preference for traceable integration events over a perfectly linear history.

9. Rebase strategy

- feature/settings is rebased onto main and then fast-forward merged.

- This creates a linear commit chain for that branch, contrasting with the explicit merge-commit approach used elsewhere.

- The repo demonstrates both integration styles, showing that history shape is intentionally managed per branch.

10. Commit-history cleanup

- feature/profile starts with five granular commits and is later cleaned up with interactive rebase using squash and reword.

- The result is one consolidated commit describing the full profile module.

- This is the clearest example of the repo’s history-management boundary: local implementation steps are collapsed into a single reviewable unit before final integration.

11. Evidence artifacts

- Screenshots/ stores proof of each Git operation and resulting graph state.

- These images are not part of execution flow; they function as audit artifacts supporting the assignment.

12. How to read this repo as a diagram

- Model it as three layers:

- Documentation layer: README.md

- Work item layer: src/*.js files tied to branches

- History/integration layer: branches, merges, rebase, and commit cleanup

- The main architectural idea is branch-based isolation with controlled reintegration into main.