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issue-creation

Trigger: issue creation, bug reports, feature requests, or issue approval. Create and triage GitHub issues from repository evidence.

Install / Use

npx skills add Gentleman-Programming/gentle-ai --skill issue-creation

Installs into whichever agent you are using.

About this skill
📄

SKILL.md

Installable skill definition

Quality Score

86/100

Category

Legal

Supported Platforms

Universal

Our assessment of issue-creation

issue-creation scores 86/100 on our quality scale, 48th of 103 Legal skills we index (top 47%).

Its SKILL.md is 11 KB long, split into 6 sections and no code examples: a thorough specification that gives an agent plenty to work with.

With 7,305 GitHub stars, it is one of the more widely adopted skills in the catalogue.

Substance
29/30
Structure
11/20
Description
15/15
Adoption
16/20
Freshness
15/15

Maintenance, license and trust

  • The repository was last updated 2 days ago, so issue-creation is actively maintained.
  • It is released under the MIT license, a permissive license that allows use, modification and commercial use with attribution.
  • Its trust signals score 100/100, with no cautions. These come from repository metadata, not a code audit — read the skill file before letting an agent act on it.

issue-creation compared with similar skills

All 4 of these similar skills score higher than issue-creation; compare them before choosing.

SkillScoreStarsUpdatedFormat
issue-creation (this skill)by Gentleman-Programming867.3k2d agoSKILL.md
Agent-Reachby Panniantong10085.8k12d agoCLAUDE.md
algorithmic-artby anthropics100177.9k5d agoSKILL.md
pptxby anthropics100177.9k5d agoSKILL.md
designby nextlevelbuilder100130.2k6d agoSKILL.md

Frequently asked questions

How do I install issue-creation?
Run npx skills add Gentleman-Programming/gentle-ai --skill issue-creation. The install tabs above show the steps for each supported agent.
Which AI agents does issue-creation work with?
It is written for Universal, as a SKILL.md file. Other agents that read the same format can often use it too.
Is issue-creation safe to use?
It is MIT-licensed and scores 100/100 on trust signals. Skills are instructions an agent will follow, so read the file before installing it and do not approve commands you do not understand.
Is issue-creation still maintained?
The repository was last updated 2 days ago, so issue-creation is actively maintained.

name: issue-creation description: "Trigger: issue creation, bug reports, feature requests, or issue approval. Create and triage GitHub issues from repository evidence." license: Apache-2.0 metadata: author: gentleman-programming version: "1.4"

Issue Creation

Activation Contract

Use this skill for drafting, creating, commenting on, triaging, or approving GitHub issues. Repository policy and selected YAML Issue Form are authoritative.

Hard Rules

  • Reuse verified current-session facts; discover only missing or stale facts.
  • Before any needed target policy read or write, resolve the exact target as [HOST/]OWNER/REPO. Never assume the current repository.
  • YAML Issue Forms are the single format authority. Never use Markdown, a blank body, an alternate publisher, or a browser route as a fallback.
  • Complete one open-and-closed duplicate search before a write. Reuse that result while it remains current.
  • Never invent facts, selections, affirmations, labels, approval, or policy; ask for the smallest missing fact.
  • Create-time labels are limited to labels declared by the selected form, discovered to exist, and permitted for the actor.
  • Before ANY post-publication workflow mutation, read references/delegated-workflow-actions.md completely and follow it. It is normative, not optional background.
  • Require a current direct human instruction binding exact HOST, REPO=OWNER/REPO, issue/PR number, and add/remove action. For other workflow actions, bind the exact action and target likewise.
  • Protected policy labels are status:approved, size:exception, and any repository-defined gate-override/authorization label. Do not require separate target-host proof of the instructing human's identity.
  • Adding or removing a protected label requires authenticated actor target-host viewerPermission MAINTAIN or ADMIN immediately before mutation; TRIAGE never suffices. size:exception also needs a documented over-budget rationale and human choice to accept the exception; unknown gate labels stop. Verify target-host capability; for ordinary generic actions only, TRIAGE permits only GitHub-granted existing-label and issue/PR close/reopen actions—not push/merge/label creation/deletion/administration.
  • Reject inferred/model-authored authority; atomic status:approved, exactly one attempt/readback; fail closed.
  • Keep all body-bearing data in private temporary files outside repositories. Do not print the contents of any protected file.
  • Make one create or comment attempt with no blind retry. Classify it exactly confirmed | no_write | unknown; unknown stops every later mutation and retry.

Decision Gates

| Path | Use when | Action | | --- | --- | --- | | Fast path | The current session has the exact target and form, reviewed answers and title, current labels and policy, and a completed classifiable duplicate search | Reuse them. | | Minimal discovery | Any required fact is missing, stale, ambiguous, or belongs to another target | Resolve target, fetch only missing facts, and stop if any are unknown. | | Conforming equivalent | A candidate read from the target host covers behavior and satisfies selected-form controls and required answers | Comment there instead of creating a duplicate. | | Nonconforming concrete issue | A relevant candidate, read from the target host, covers the behavior but its body lacks required form information | Request that its author repair it in place; never auto-rewrite or approve it. | | Question or triage | Policy routes questions to enabled Discussions, contact links, or review gates | Follow that route; otherwise request the smallest missing decision. | | Post-publication workflow mutation | A current direct human instruction names one exact issue or PR action and exact target | Follow the delegated workflow action path; otherwise stop without writing. |

Execution Steps

  1. Choose the fast path or minimal discovery. When discovery is needed, derive and verify HOST, REPO=OWNER/REPO, and TARGET=$HOST/$REPO from an explicit target or one unambiguous authenticated remote before target reads. Authenticate to HOST; discover only missing repository policy, default-branch Issue Forms/config, issue availability, Discussions routing, and labels. Enumerate existing labels with one read-only call:

    gh api --hostname "$HOST" --paginate "repos/$REPO/labels?per_page=100" --jq '.[].name'
    

    Failed or ambiguous discovery stops publication.

  2. Select the one YAML form whose declared purpose matches. Before duplicate classification, establish its controls and required-answer structure in declared order; omit markdown guidance and do not collect or materialize new-issue answers yet:

    | Control | Candidate comparison structure | | --- | --- | | input / textarea | Visible label and validations.required status | | dropdown | Visible label, attributes.multiple selection mode, declared options, required selection, and declared order | | checkboxes | Visible label, each option, and individually required status |

    Treat dropdown.attributes.multiple: true as multi-select; otherwise treat it as single-select. Preserve labels, emojis, option text, and values. Stop on malformed, unsupported, missing, or ambiguous required structure.

  3. Create an owner-only temporary directory and DISCOVERY_FILE, BODY_FILE, READBACK_FILE, PRE_READ_FILE, plus POST_READ_FILE in it (0700/0600, or strict Windows ACL equivalents), and install cleanup before writing body-bearing data. Clean up all five files on every stop, signal, failure, confirmed, no_write, and unknown path.

  4. Complete one duplicate search covering open and closed issues, unless a matching current-session result is still valid:

    gh issue list --repo "$TARGET" --state all --search "$QUERY" --limit 1000
    

    Treat saturated or otherwise incomplete results as unknown discovery; narrow read-only search or stop without writing. Read only each relevant candidate that can affect the duplicate decision from the exact target host. Capture its number, URL, title, and body in DISCOVERY_FILE; do not print that body-bearing data:

    gh issue view "$CANDIDATE_NUMBER" --repo "$TARGET" --json number,url,title,body >"$DISCOVERY_FILE"
    

    Require the returned candidate number and URL in DISCOVERY_FILE to identify $CANDIDATE_NUMBER in $REPO on $HOST before classification; a mismatch is unknown. Compare each candidate's body controls and required answers with the selected YAML form before classifying it conforming or needing repair. Unavailable body, target mismatch, incomplete data, or ambiguous classification is unknown and stops without writing. Reuse valid current-session candidate results; keep the read set proportional.

  5. Follow the evidence-based duplicate decision. For a conforming equivalent, prepare the comment; for a nonconforming concrete issue, prepare only the in-place repair request. Only when classification selects the new-issue path, process reviewed answers and materialize the body:

    | Control | Materialized body | | --- | --- | | input / textarea | ### <visible label> followed by the reviewed answer | | dropdown | ### <visible label> followed by its exact selected option text; for multi-select, every exact selected option text in declared options order | | checkboxes | ### <visible label> followed by each option as - [x] <exact text> or - [ ] <exact text> |

    Require every dropdown selection to exactly match a declared option. A required dropdown must have at least one valid selection. For multi-select, preserve every valid reviewed selection in declared options order; for single-select, preserve its one selected option. Enforce every validations.required field and individually required checkbox option. The agent may mark only the agent's own evidence-backed operational actions without attributing them to the user; require explicit user affirmation for personal facts, consent, legal, or other first-person user assertions, even if an agent performed a related action. Leave unsupported optional boxes unchecked and stop for any required box that cannot truthfully be checked. For textarea.attributes.render, fence the answer with the declared language and a fence long enough for its content. Render an unanswered optional control as _No response_; stop on malformed, unsupported, missing, or ambiguous required input. Review the exact target, title, selected form, materialized body or comment, and permitted discovered form labels.

  6. Apply this label expansion contract to the single canonical create command:

    | Permitted labels | Command suffix | | --- | --- | | Zero | Append no --label tokens. | | Each permitted label | Append exactly one separate --label "$PERMITTED_LABEL" pair. |

  7. Immediately before mutation, perform one practical privacy scan of the title and body for actual local paths, usernames, hostnames, credentials or secrets, private project names, and private network addresses. Replace findings with <project-name>, <user>, <hostname>, or <token> as applicable while preserving intentionally public identifiers and useful reproduction structure. Make only the applicable GitHub CLI attempt, appending --label tokens to the create command exactly as the step 6 label expansion contract directs:

    gh issue create --repo "$TARGET" --title "$TITLE" --body-file "$BODY_FILE"
    gh issue comment "$NUMBER" --repo "$TARGET" --body-file "$BODY_FILE"
    
  8. Capture the returned target-host issue or comment identity and read it back from that host into READBACK_FILE. Redirect stdout from both body-bearing read-back commands:

    gh issue view "$NUMBER" --repo "$TARGET" --json number,url,title,body,state,labels >"$READBACK_FILE"
    gh api --hostname "$HOST" "repos/$REPO/issues/comments/$COMMENT_ID" >"$READBACK_FILE"
    

    For comments, require the returned comment's issue_url data in READBACK_FILE to identify issue $NUMBER in $REPO on $HOST; absent or mismatched parent identity is unknown. Validate and compare only from READBACK_FILE: compare issue titles exactly and bodies after only CRLF-to-LF and trailing-final-newline normalization.

  9. Report exactly one result:

    • confirmed: a stable identity was returned and target-host read-back matches; report only labels present in read-back.
    • no_write: an authoritative rejection proves no issue or comment could have been created.
    • unknown: timeout, lost response, network/5xx ambiguity, missing identity, unavailable read-back, or mismatch leaves the write uncertain. Clean up and stop all mutations and retries.

Output Contract

Return the exact target, selected YAML form when creating, duplicate decision when applicable, direct instruction and capability verification for a workflow action, mutation kind, stable identity and read-back labels/state when confirmed, and exactly one of confirmed | no_write | unknown. When stopping before mutation, name the missing fact and state that no write occurred.

Related Skills

View on GitHub
GitHub Stars7.3k
CategoryLegal
Updated2d ago
Forks799

Languages

Go

Trust signals

100/100

From repository metadata: license, adoption, age and documentation. Not a code audit — see the Safety scan above for what the skill file itself contains.

No cautions