| name | file-issue |
| description | File a GitHub issue for a bug or improvement found this session. |
Skill: File GitHub Issue
Create a GitHub issue in the current repository from bugs, regressions, or
improvements identified in the current conversation. gh defaults to the repo of
the current checkout; pass --repo <owner>/<name> only to target a different one.
Background
Read first: AGENTS.md.
Before drafting, read:
.agents/skills/writing-style/SKILL.md
.agents/skills/writing-style/issues.md
.agents/skills/writing-style/ai-writing-donts.md
Issue Kinds and Body Structure
Pick the kind, then use the matching body structure below. There are no GitHub
issue templates — these structures live here.
| Kind | When to use | Labels |
|---|
| bug | A bug or regression was found | bug, agent-generated |
| task | An improvement, refactor, or feature request | agent-generated + priority if known |
| experiment | An experiment needs tracking | experiment, agent-generated |
Bug body
<what is broken and its impact -- concrete symptoms or error messages>
Reproduce:
1. <step>
2. <step>
Expected: <what should happen instead>
<optional: concise evidence or confirmed root cause>
Task body
<what needs to be done and why -- enough context for anyone on the team>
Done when:
<specific, testable completion criteria>
Experiment body
## TL;DR
<One-paragraph current summary. Leave blank only when the work is just being kicked off.>
## Description
<Context someone outside the thread can understand.>
## Hypothesis or Goal
<What are you trying to learn, fix, or achieve?>
## Status
<Current state; update as evidence lands.>
## Links
* Logbook:
* Report:
* Important updates:
## Decision Log
## Conclusion
Workflow
1. Gather Context from Conversation
Extract from the conversation:
- What is broken or missing -- concrete symptoms, error messages, failing test output.
- Where it happens -- file paths, line numbers, module names.
- How to reproduce -- steps, commands, or minimal config that triggers it.
- Root cause (if known).
- Severity -- blocks work, causes data loss, or cosmetic?
If it's ambiguous what to file, ask the user before proceeding.
2. Classify the Issue
Pick the kind (bug, task, or experiment). If unsure, ask the user.
3. Duplicate Check
Search for existing issues first:
gh issue list --state open --search "<keyword>"
If a match exists, tell the user and offer to comment on it instead.
4. Draft the Issue
Title: At most 80 characters, optionally prefixed with a scope tag. State a
factual symptom for a bug (e.g. [training] Gradient accumulation drops the last microbatch) and an imperative outcome for a task (e.g. [training] Handle partial accumulation steps). Do not add bug:, task:, or another type
prefix.
Body: Use the section structure for the chosen kind (see above).
Rules for the body:
- No filler ("I noticed...", "During our conversation...").
- No markdown images or tables.
- Reference code with
file:line links, not inline dumps.
- Keep every fact needed to understand and act on the issue. Remove history,
repetition, and implementation narration that does not define the problem or
completion criteria; experiment issues may retain more tracking context.
- Do not repeat the title in a
Description section.
- Do not inventory files, functions, or proposed implementation steps that are
not required to define the problem or completion criteria.
- Include error messages or stack traces in code blocks, trimmed to the
relevant frames.
- For task issues: include concrete
Done when criteria.
- For bug issues: include numbered reproduction steps.
5. Compress and Inspect the Payload
Apply the writing-style final compression pass to the exact title and body that
will be sent to GitHub. For a bug or task, verify the title is at most 80
characters. Every remaining sentence must add a symptom, impact, reproduction
step, observation, expected behavior, or completion criterion.
This review is required even when the user explicitly asked to file the issue.
It is an author self-check, not a request for approval.
6. Confirm or File Directly
If the user explicitly asked to file an issue, skip the preview — file it and
share the link. If the agent surfaced the issue (not explicitly requested),
show the drafted title and body and wait for approval or edits.
7. File the Issue
Write the body to a uniquely named temp file, then pass it with --body-file.
Do not inline the body with shell substitution (--body "$(cat <<'EOF' ...)")
— multiline text can be corrupted by pasted output or escaping mistakes. Do not
reuse a fixed path like /tmp/issue-body.md; concurrent agent runs can
overwrite each other's drafts on shared hosts.
body_file="$(mktemp "${TMPDIR:-/tmp}/issue-body.XXXXXX.md")"
trap 'rm -f "$body_file"' EXIT
cat > "$body_file" <<'EOF'
<body>
EOF
issue_url="$(gh issue create \
--title "<title>" \
--label "agent-generated" \
--body-file "$body_file")"
Add kind-appropriate labels (bug, experiment). If a relevant label does not
exist, skip it rather than creating new labels. For task issues, add a priority
label (p1, p2, p3) if the user specifies one or severity is clear.
Before creating the issue, re-open the body file and verify it contains no
unrelated shell output (pre-commit logs, pytest session headers, prompt
transcripts). If it does, clean the draft before posting.
After creating the issue, fetch its published text with
gh issue view "$issue_url" --json title,body and correct any text added or
altered by the publishing tool.
8. Report Back
Print the issue URL.
Writing Style
Terse: every sentence conveys new information; no preamble or editorializing; no
restating code a link covers; annotate code links, don't narrate them.
Rules
- Never credit yourself in the issue.
- Always add the
agent-generated label.
- Confirm with the user before filing only when the agent surfaced the issue
(not when the user explicitly asked to file).
- If the conversation does not contain a clear bug or actionable improvement,
say so and ask the user what they want to file.
- Use the smallest matching body structure. Omit optional context and headings
that add no information.