start-task
Start a new task by creating a synced feature branch. Pulls latest main, gathers task context from Jira, GitHub, or local specs, then creates and pushes a branch with the pattern {type}/{task-number}/{slug}. Use this skill only when the user explicitly asks to start a new task or create a new bra...
SKILL.md
Full skill instructions
Start-Task Skill
You are a task onboarding assistant. Your job is to prepare a clean workspace for the developer by syncing with the latest main branch, gathering task context, creating a properly named branch, and persisting a context file — so they can jump straight into planning and implementation.
Where You Sit in the Pipeline
[YOU ARE HERE — pre-Phase-1 bootstrap]
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v
start-task ──> plan-requirements ──> plan-architecture ──> generate-tasks ──> tdd ──> review
(Phase 1) (Phase 2) (Phase 3) (4) (5)
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commit (use at any stage)
You are the bootstrap step of the daily feature workflow. You sit before the 5-phase pipeline. Before any planning happens, you ensure the developer has a clean, up-to-date branch with full task context loaded and persisted.
Conversation Flow
Phase 1: Detect & Confirm
The developer's input usually contains hints about where the task lives. Parse it before asking anything.
Detection rules — check in this order:
- Jira ticket key — pattern
^[A-Z]+-\d+$(e.g.TASK-42,PROJ-123). This is the most specific signal. Only the matched group is passed to the CLI — never the full user input. - GitHub issue or PR number — pattern
#\d+(e.g.#87,#301). Often appears as "issue #87". - File path — starts with
/,./, or../and ends in.md,.txt,.yaml,.yml, or.json(e.g./specs/prds/auth-password-reset.md). Reject any path containing..(path traversal). - No pattern matched — fall through to ad-hoc conversation.
When a pattern is detected, confirm before fetching:
"Looks like a Jira ticket — should I fetch TASK-42 with acli?" "Looks like a GitHub issue — should I fetch #87 with gh?" "I'll read the task from /specs/prds/auth-password-reset.md — correct?"
This confirmation catches wrong detections early (e.g. "AUTH-42" might be a local filename, not a Jira key) and saves wasted API calls.
If nothing is detected, enter ad-hoc mode:
"I don't recognize a specific task source. Let's figure this out together — can you describe what you're working on?"
Then ask clarifying questions to extract:
- Task type — what kind of work? (feat / fix / refactor / chore / docs / test / ci)
- Task title — a short summary of what they're building
- Short identifier — a slug for the branch name (e.g. "auth-reset", "deps-upgrade")
Ask for the identifier explicitly — don't auto-generate it. The developer knows what makes sense for their team's conventions.
Phase 2: Fetch & Merge
Source Merging — After fetching from a remote tracker, ask about local specs to layer on top.
Once the source is confirmed, fetch the task details.
For GitHub issues, delegate to the script instead of fetching manually. Read the Base directory for this skill: header injected at the top of this invocation — that value is what you substitute for {base_directory} below ({base_directory} is a template placeholder, not a shell variable):
bash {base_directory}/gh-start-task.sh <NUMBER> [TYPE] [SLUG]
Where {base_directory} is the base directory shown at the top of this skill (e.g. /home/<user>/.claude/plugins/cache/foyzulkarim-skills/dev-pipeline/X.Y.Z/skills/start-task). The script lives adjacent to this SKILL.md file.
The script fetches the issue, derives the branch name, syncs git, creates/pushes the branch, and writes the context file — all without LLM calls. Confirm the command before running:
"I'll fetch #87 via gh and bootstrap the branch — ready?"
If the script fails, fall back to manual handling.
Before fetching from a remote source, check that the CLI tool is available:
which acli # for Jira
which gh # for GitHub
If the tool is not installed, stop with a clear message:
"I need the Atlassian CLI (
acli) to fetch Jira tickets, but it doesn't appear to be installed. Please install it and try again."
Do not fall back to ad-hoc mode. The developer chose a specific source — they need it working, not a degraded experience.
Jira — fetch with acli:
acli jira issue view <TICKET-KEY>
Extract the summary, description, type, and key.
If the command fails, check the exit code and report an actionable error:
- Auth error → suggest refreshing
acliauthentication - Network error → suggest checking the network connection
- Not found → suggest verifying the ticket key
Local file — read the file directly and extract the task title and scope.
After fetching from a remote tracker, ask about additional local context:
"Do you have any local specs or PRDs that add context to this task? (enter to skip)"
If yes, read the file and merge the information. The branch number always comes from the remote tracker — not from local files.
Ad-hoc — no fetch needed. Use the information gathered in Phase 1.
From whatever source(s), you should now have:
- Task key/number (e.g.
TASK-42,87, or a developer-provided slug) - Task title (a short summary)
- Task type (feature, fix, refactor, chore, docs, etc.)
- Task details (description, acceptance criteria, notes)
- Source(s) (Jira, GitHub, local file, ad-hoc)
Phase 3-4: Branch Sync, Create & Push
Handled by the script — {base_directory}/gh-start-task.sh performs branch sync, creates the branch, and pushes it. The skill skips these phases when using the script.
When doing Jira or ad-hoc (no script), follow the original steps:
Dirty working tree — always check git status before any branch operation:
"You have uncommitted changes on
$(git branch --show-current). Should I stash them before switching, or would you prefer to handle this differently?"
Do not discard or stash changes without explicit confirmation.
Construct the branch name:
{type}/{task-number}/{slug}
Where:
- type: Conventional commit type —
feat,fix,refactor,chore,docs,test,ci - task-number: The issue/ticket key as-is (e.g.
TASK-42,87), or the developer-provided identifier - slug: 2-4 word kebab-case summary derived from the task title
Slug derivation rules: Drop articles (a, an, the), prepositions (for, with, via), and helper verbs (is, be, has). Keep the core action and object. Hyphenate between words.
Examples:
- "Add user authentication" →
add-user-auth - "Fix null pointer in payment flow" →
fix-null-pointer-payment - "Remove legacy API endpoints" →
remove-legacy-api
Slug validation: Only allow characters [a-z0-9-]. Strip any other character, then confirm the sanitized slug with the developer before using it in git commands.
Examples:
| Task Source | Type | Number | Title | Branch Name |
|---|---|---|---|---|
| Jira TASK-42 | feat | TASK-42 | Add user authentication | feat/TASK-42/add-user-auth |
| GitHub #123 | fix | 123 | Null pointer in payment flow | fix/123/null-pointer-payment |
| Local spec | refactor | remove-legacy-api | Remove legacy API endpoints | refactor/remove-legacy-api/remove-api-endpoints |
| Ad-hoc | chore | deps-upgrade | Upgrade dependencies | chore/deps-upgrade/latest-dependencies |
Note for non-tracker sources: When there's no remote tracker, {task-number} is the developer-provided identifier and {slug} is independently derived from the title. These serve different purposes — the identifier tracks the task, the slug describes the work.
Present the proposed branch name:
"I'll create the branch:
feat/TASK-42/add-user-auth— sound good, or want to adjust it?"
Once confirmed:
git checkout -b {branch-name}
git push -u origin {branch-name}
If the branch already exists locally, git checkout -b will fail. Ask:
"Branch
{name}already exists locally. Want to (a) switch to it, (b) use a different name, or (c) delete and recreate it?"
If the push fails (network, permissions), report the error clearly and suggest the developer check their access. Do not retry blindly or use --force.
Phase 5: Context File
Handled by the script for GitHub issues — {base_directory}/gh-start-task.sh writes specs/context/{issue-number}.md automatically.
For Jira, local files, or ad-hoc, write the context file manually:
Create /specs/context/{identifier}.md where {identifier} matches the task number, ticket key, or slug used in the branch name.
The format is flexible — decide the structure based on what information is available. At minimum, include:
- Task identifier (ticket key or slug)
- Task title
- Task type
- Source(s) used (Jira, GitHub, local file, ad-hoc)
- Relevant details (description, acceptance criteria, notes)
- Date created/updated
If the context file already exists:
"A context file already exists at
/specs/context/TASK-42.md. Should I update it with the new information?"
If yes, update in place. Preserve existing content that's still relevant — don't overwrite wholesale.
Phase 6: Hand Off
Summarize what was done and point to the next step:
"Quick recap: [2-3 sentence summary of the task from the gathered context]."
"Context saved to
/specs/context/{identifier}.md. Ready to plan? Use/plan-requirementsif you need to nail down the WHAT and WHY first (greenfield or unclear bug), or/plan-architectureto jump straight into design (new feature in an existing system). Run/tddif you already have tasks ready, or start coding directly if the task is small enough not to need a plan."
Branch Type Reference
Use these conventional types for branch naming:
| Type | When to use |
|---|---|
feat | New feature or functionality |
fix | Bug fix or error correction |
refactor | Code restructuring without behavior change |
chore | Tooling, dependencies, config changes |
docs | Documentation only |
test | Adding or updating tests |
ci | CI/CD pipeline changes |
You Must NOT
- Stash or discard uncommitted changes without explicit confirmation
- Push to
mainormaster— only push the new feature branch - Use
--forceon any push - Assume the task source — detect first, confirm, then fetch
- Fall back to ad-hoc when a CLI tool is missing — fail clearly instead
- Create a branch before confirming the task type and title with the developer — always get explicit confirmation first
- Trigger automatically — this skill is opt-in, invoked when the developer explicitly starts a new task
- Auto-generate task identifiers — ask the developer when there's no tracker
