git-advanced-workflows

Overview of git-advanced-workflows skill

What the git-advanced-workflows skill does

The git-advanced-workflows skill teaches an agent how to handle higher-risk Git tasks that ordinary prompts often muddle: interactive rebases, cherry-picks, git bisect, worktrees, and recovery with reflog. It is built for users who need clean history, selective commit movement, faster debugging, or safe recovery after mistakes.

Who this skill is best for

This git-advanced-workflows skill is best for:

• developers maintaining feature branches before review
• teams that rebase or squash before merging
• engineers moving fixes between branches
• people debugging regressions in large histories
• anyone who has ever thought “I know Git can do this, but I do not want to break the repo”

If you mostly need git status, git add, git commit, and git push, this skill is likely more than you need.

The real job-to-be-done

Users do not install git-advanced-workflows just to learn commands. They install it to get reliable help with decisions like:

• “Should I rebase, merge, or cherry-pick here?”
• “How do I clean up this branch before opening a PR?”
• “How do I find the commit that introduced this bug?”
• “How do I recover a lost commit after a reset or bad rebase?”
• “How can I work on two branches at once without constant stashing?”

That decision support is the main value. A generic Git prompt may list commands; this skill is more useful when the workflow choice matters.

What makes it different from a generic Git prompt

The differentiator is scope discipline. The skill is centered on advanced, high-leverage Git workflows rather than broad Git education. That makes it more practical when you need a focused, operation-level answer instead of a beginner tutorial.

It also covers recovery and debugging workflows, not just history cleanup. That matters because many Git guides explain rebasing but do not connect it to safe rollback, branch divergence handling, or regression hunting.

What is and is not included

The repository evidence shows a single SKILL.md file with no helper scripts, references, or automation. So git-advanced-workflows for Git Workflows is documentation-first, not tooling-backed.

That means:

• good fit if you want guided command selection and workflow structure
• weaker fit if you expect validation scripts, safety guards, or repo-specific automation
• best used with a real repository context and branch state, not abstract one-line questions

How to Use git-advanced-workflows skill

How to install git-advanced-workflows

A practical git-advanced-workflows install path is:

npx skills add https://github.com/wshobson/agents --skill git-advanced-workflows

Because the skill lives under plugins/developer-essentials/skills/git-advanced-workflows, installing from the repository root with the skill slug is the most direct approach.

Read this file first

Start with:

• plugins/developer-essentials/skills/git-advanced-workflows/SKILL.md

There are no support files in this skill folder, so nearly all usable guidance is concentrated there. This is helpful for fast evaluation: you can assess fit quickly without chasing references across the repo.

What input the skill needs to help well

For strong git-advanced-workflows usage, provide the agent with the operational context Git itself would need:

• current branch name
• target branch name
• whether commits are already pushed
• whether others depend on the branch
• desired outcome: clean PR, hotfix transfer, bug hunt, recovery, parallel work
• relevant commit hashes if known
• current problem symptoms, especially conflicts or “lost” work
• team policy on rebasing, force-push, and merge strategy

Without that context, the agent may suggest technically valid but collaboration-risky commands.

Turn a rough goal into a strong prompt

Weak prompt:

Help me fix my branch with Git.

Strong prompt:

Use the git-advanced-workflows skill. I have a feature branch based on main with 12 commits, 4 are noisy fixups, and 3 commits are already pushed to origin but nobody else is using the branch. I want a clean PR with 5 logical commits. Show the safest interactive rebase plan, when I should force-push, and what to do if I hit conflicts.

Why this works better:

• it names the desired output structure
• it surfaces collaboration risk
• it tells the agent which advanced workflow to prefer
• it asks for failure handling, not just the happy path

Best prompt patterns by task

Use prompts shaped around the workflow you want:

• History cleanup: “Use git-advanced-workflows to turn these commits into a reviewable branch.”
• Selective commit transfer: “Use the skill to cherry-pick these fixes from release to main and explain conflict risk.”
• Regression search: “Use the skill to set up a git bisect plan given this known good and bad range.”
• Parallel work: “Use the skill to create a worktree strategy so I can patch a hotfix without disturbing my current branch.”
• Recovery: “Use the skill to recover work after a hard reset; assume I may need reflog.”

The more you specify branch relationships and risk tolerance, the more useful the output becomes.

Suggested workflow when using the skill

A good operating sequence is:

1. describe the branch situation and desired outcome
2. ask the agent to choose the workflow first
3. review the command plan before running it
4. execute one phase at a time
5. paste errors or conflict states back to the agent
6. ask for validation steps before pushing

This is especially important with rebase, reflog, and force-push scenarios where one wrong assumption can make cleanup harder.

High-value topics this skill covers well

The underlying SKILL.md is strongest when you need:

• interactive rebase operations like pick, reword, edit, squash, fixup, drop
• cherry-picking one or more commits across branches
• git bisect to isolate regressions
• git worktree for parallel branch work
• reflog-based recovery after resets, rebases, or detached work

Those are exactly the areas where many users know the command exists but need help sequencing it safely.

Practical tips that improve output quality

For better git-advanced-workflows guide results, ask the agent to include:

• a preflight check section
• exact commands with placeholders replaced
• branch-safety warnings for shared branches
• what changes after the branch has already been pushed
• recovery steps if the operation goes wrong
• a final verification checklist

This turns the skill from “Git explanation” into an executable plan.

Important constraints and tradeoffs

This skill is informative, not protective. It will not inspect your repo on its own or enforce safeguards. You should expect good workflow guidance, but you still need to verify:

• whether rewriting history is acceptable
• whether commit hashes are correct
• whether conflict resolution preserved intended changes
• whether force-push impacts teammates

That limitation is normal for documentation-only skills, but it is central to adoption decisions.

When this skill saves the most time

The git-advanced-workflows skill is most valuable when the cost of a bad Git choice is high. Examples:

• cleaning a branch right before code review
• backporting a production fix without merging unrelated work
• narrowing a regression across many commits
• recovering after “I think I lost a commit”

In those moments, focused workflow guidance beats generic Git advice.

git-advanced-workflows skill FAQ

Is git-advanced-workflows good for beginners?

Usually not as a first Git learning resource. Beginners can still use git-advanced-workflows, but they should already understand commits, branches, remotes, and merge conflicts. Otherwise the agent may produce correct commands that the user cannot safely evaluate.

When should I use this instead of a normal Git prompt?

Use git-advanced-workflows when the problem involves history editing, selective commit movement, debugging via commit search, multi-branch parallelism, or recovery. For simple staging, committing, or cloning, a normal Git prompt is enough.

Does the skill include automation or helper scripts?

No. Repository evidence shows only SKILL.md in the skill folder. That means the value is in guidance quality and workflow framing, not executable tooling.

Is git-advanced-workflows safe for shared branches?

Only if you explicitly tell the agent the branch is shared and ask for a collaboration-safe plan. Advanced Git workflows often involve history rewriting, so the skill is useful here, but only when you provide the team-policy context.

What makes git-advanced-workflows for Git Workflows useful?

Its value is focus. Instead of broad Git coverage, it concentrates on the workflows that usually cause hesitation or mistakes: rebasing, cherry-picking, bisecting, worktrees, and reflog recovery.

When is this skill the wrong fit?

Skip it if:

• you want repo-specific automation
• you need beginner Git onboarding
• your workflow forbids rebasing or history edits
• your question is basic enough that built-in Git help is faster

How to Improve git-advanced-workflows skill

Give the skill branch topology, not just intent

The fastest way to improve git-advanced-workflows output is to provide real branch relationships. Instead of “clean up my branch,” say:

Use git-advanced-workflows. My branch `feature/auth` diverged from `main` 18 commits ago. I want to keep commits a1b2c3, d4e5f6, and combine the rest into two logical commits before opening a PR.

This lets the agent choose a specific rebase shape rather than giving generic advice.

Tell the agent what is already pushed

Many Git recommendations change once commits are on a remote. Include whether the branch is local-only, pushed-but-private, or already used by others. This single detail often determines whether rebase and force-push are acceptable.

Ask for the safest plan, not just the shortest one

A common failure mode is asking for “the command” rather than “the safest workflow.” Better prompt:

Use the git-advanced-workflows skill and optimize for low risk. Include preflight checks, the main commands, fallback options, and how to confirm success before pushing.

This usually produces more reliable output than a bare command request.

Provide known-good and known-bad points for bisect

If you want help with git bisect, do not just say the app is broken. Include:

• a known good commit or tag
• a known bad commit or branch state
• the test command or manual check that distinguishes good from bad

That turns bisect guidance from conceptual to actionable.

Include recovery goals after mistakes

For reflog and recovery scenarios, say what you are trying to restore:

• a deleted branch
• a commit lost after reset
• pre-rebase state
• work from detached HEAD

Recovery outputs improve dramatically when the target state is explicit.

Common weak-input patterns to avoid

Avoid prompts like:

• “My Git is messed up”
• “How do I rebase?”
• “Help with cherry-pick”
• “I lost work”

These are too underspecified for a skill built around workflow choice. The agent will likely respond with broad documentation rather than a tailored plan.

Iterate after the first answer

After the first plan, improve it by asking:

• “What assumptions are you making about my branch?”
• “Which step is most likely to go wrong?”
• “Show me the recovery path if conflicts become unmanageable.”
• “Rewrite this for a branch that has already been pushed.”

This is especially useful because git-advanced-workflows is documentation-driven and benefits from tighter situational constraints.

Best way to pressure-test the result

Before running any high-impact command, ask the agent for:

• expected git log --oneline --graph shape afterward
• whether a backup branch should be created first
• exact points where force-push would be required
• what to inspect before declaring success

That final check raises trust and reduces avoidable Git damage, which is the main practical way to improve outcomes with the git-advanced-workflows skill.