Registry indexed
Load when implementing an issue or applying review fixes as a dev agent.
Load when implementing an issue or applying review fixes as a dev agent.
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Problems with a kendex-owned skill go through kendex report; check ownership in the file first.
orch is the caller and runtime: it owns delegation format, round acceptance, and every shell-shape rule.
| Workflow | Purpose |
|---|---|
workflows/dev-implement.md | Implementation: activate → plan → implement → validate → commit → QA labels → summary → artifact → return (§ 1-11) |
workflows/dev-fix.md | Review fixes: evaluate → apply or skip → validate → commit → artifact → return |
Review and QA-review belong to the reviewer skill: ../reviewer/workflows/review.md, ../reviewer/workflows/qa-review.md. Command shapes are orch's ../orch/SKILL.md § Harness-Safe Shell; literal format tags and round mechanics are its ../orch/references/skill-rules.md § Format Tags Are Literal and § Round Closure.
../orch/references/finding-disposition.md excludes it.docs-writing skill states the rule and the doc-drift-check hook shows the user docs that may need an update.rebase-map: lines has rewritten the shas the PR's Fixed in <sha> replies name: before holding, re-reply each such thread with the new sha, or post the map as one PR comment naming old and new per line; a sha the map reports as dropped gets a reply that the fix commit no longer exists on the branch.Code standards are ../code-quality/SKILL.md: correctness, comments, over-engineering, cleanup.
Execute workflow sections in order; a "Skip if" condition is the workflow's decision, never your own scope assessment. Never push and never open a PR. The orchestrator does that after review passes. A finding on a mechanism this diff introduces or arms is a fix whatever the round, unless Step 0 of the disposition flow excludes it; a Declined: there takes one of the reason forms ../orch/references/finding-disposition.md § Decision flow sets out, never a label or a test count.
The completion artifact is the round. dev-return-write writes it after the commit; never hand-author the JSON (schema: orch schemas/dev-return.md).
--issue is the delegation's Artifact Key: line, the normalized workflow-state key (issue-N for GitHub, PROJ-123 for Linear), never the tracker-native OWNER/REPO#N or a bare number. --round-id is its Round ID: line.--kind always matches what was delegated. --validate matches your commit message and return; a pass that needed a re-run is still pass, with the caveat in --validate-note. Flag constraints and value shapes: dev-return-write --help.Acceptance is that artifact plus git state, never your message. Write the artifact, then return exactly once over the harness's agent-to-agent channel; a disk write is not a return. Send the **Return exactly** body once and go idle.
SendMessage, Codex send_input, OpenCode a resume on the stored task_id, Pi background the final assistant message.complete_subagent; background agents must not call it.send_input MESSAGE is the durable return, and the runtime's FINAL_ANSWER echo of it is expected, not a separate return to author or expand.Deterministic gate findings are fixed here, never carried into review. Fix what is simple and related and re-run; when a failure is complex or unrelated, commit anyway and report it; after the same failure three times, stop looping. Every unresolved failure is reported three times over: in the commit message, in --validate, and in your return.
Invariant, every harness: the completion tail (commit → QA labels → summary → artifact → return) is never dropped, and an interrupted run is never success. Re-check its real outcome and resume the tail. How you wait is your harness's:
run_in_background, never piped or chained, then wait for it with one bounded foreground poll: a for-loop over sleep 180 with a cap, reading the [exited with code N] line that closes the task's own output file. Never idle for the completion notice and never depend on a background poller for it: the harness can kill your background shell on a low-memory heuristic that fires with free memory to spare, and the notice then never comes. The verdict is that exit code; the log holds command output and never an exit status. Then resume the tail.Skip if nothing recurred and nothing surprised you. Otherwise put the lesson where it will be read again: architecture docs when an invariant, boundary or decision changed (the docs-writing skill says what belongs there), or the managing project's kendex config (kendex.toml at the kendex project root, kendex-local.toml in a source-catalog checkout) under [skill-instructions], [agent-additional-instructions], or [agent-launch-instructions]. Bar: would this save 5+ minutes in a future session? One surgical addition per lesson, no verbose examples. A config edit takes effect only once it is rendered, which you cannot do from a worktree, so name it, and anything else you cannot update yourself, in your return as [process] discovered work.
Agent-type placeholders are project-configurable: [AGENT_TYPE] (dev agents receiving implementation delegations), [REVIEW_AGENT], [QA_AGENT]. Commit format: [PREFIX]([ISSUE_ID]): [DESCRIPTION]. DEV_VALIDATE_CMD (kendex.settings.toml [env]) names the project's full validation command for the Validate step; an empty value is the validation failure dev-implement.md § 5. Validate states, never a fallback.
name: dev description: "Load when implementing an issue or applying review fixes as a dev agent." summary: "Dev-agent workflows for implementing an issue and applying review fixes, invoked by orch or specialist agents." license: MIT user-invocable: true dependencies: required: [orch, github, decider, code-quality] optional: [linear] metadata: author: vanillagreen source: kendex repository: "https://github.com/vanillagreencom/kendex" bugs: "https://github.com/vanillagreencom/kendex/issues" version: "2.0.0" tags: [automation]
--- name: dev description: "Load when implementing an issue or applying review fixes as a dev agent." summary: "Dev-agent workflows for implementing an issue and applying review fixes, invoked by orch or specialist agents." license: MIT user-invocable: true dependencies: required: [orch, github, decider, code-quality] optional: [linear] metadata: author: vanillagreen source: kendex repository: "https://github.com/vanillagreencom/kendex" bugs: "https://github.com/vanillagreencom/kendex/issues" version: "2.0.0" tags: [automation] --- <!-- kendex:project-instructions:start --> ## Project Instructions <!-- kendex:shared-instructions:start --> Problems with a kendex-owned skill go through `kendex report`; check ownership in the file first. <!-- kendex:shared-instructions:end --> <!-- kendex:project-instructions:end --> # Dev Workflows orch is the caller and runtime: it owns delegation format, round acceptance, and every shell-shape rule. | Workflow | Purpose | |----------|---------| | `workflows/dev-implement.md` | Implementation: activate → plan → implement → validate → commit → QA labels → summary → artifact → return (§ 1-11) | | `workflows/dev-fix.md` | Review fixes: evaluate → apply or skip → validate → commit → artifact → return | Review and QA-review belong to the reviewer skill: [`../reviewer/workflows/review.md`](../reviewer/workflows/review.md), [`../reviewer/workflows/qa-review.md`](../reviewer/workflows/qa-review.md). Command shapes are orch's [`../orch/SKILL.md`](../orch/SKILL.md) § Harness-Safe Shell; literal format tags and round mechanics are its [`../orch/references/skill-rules.md`](../orch/references/skill-rules.md) § Format Tags Are Literal and § Round Closure. ## Engineering Rules - Scope is the issue's Done-when. A behavioral surface that does not trace to it stays out of this change, and a committed render of a source file you changed traces to whatever its source traces to. Two exceptions: - the mechanical enablers of landing it ride without tracing to it: locks, changelog, baselines, dismissal renewals, that list and nothing else, never code that runs at runtime; - a defect the change introduces or arms is in scope by definition, unless Step 0 of [`../orch/references/finding-disposition.md`](../orch/references/finding-disposition.md) excludes it. - Every behavior change ships with a test that runs against the script or program enforcing it, at the smallest surface that fails. A workflow sentence ships no test. A test that pins prose, drives a second implementation, or stubs the function under test does not count as a test. - A review finding adds a case only when it names a behaviour no existing case reaches. Otherwise it tightens the existing case's assertion, and the item reasoning names that case. - A second fix round on the same function's guard is recurrence: redesign the rule under test so the class is unrepresentable, and fold the family of cases into one table. - A test whose premise died is deleted whole in the commit that kills the premise, and the PR body names the deletion. - Test shape (one control per surface, tables for shaped input, one file per surface) is [code-quality § Tests](../code-quality/SKILL.md#tests). - A refusal, a validator, a lock, a retry, or a test exists only for an input a real producer emits, this project's code or anything it calls or serves; name that producer beside it, or do not write it. - When a change deletes a call, apply [code-quality § Cleanup](../code-quality/SKILL.md#cleanup) to its callee. Its deletion maps to the call removal's Done-when item; no internal caller is not proof that a supported external API is unused. - A field, setting, or view member added by the change has a real producer and consumer. A named and documented external producer or consumer is valid when the change adds its in-repository counterpart; otherwise, add both sides in the change. - No migration or compat code for this project's own formats, its manifest, settings, lock and cache shapes, never another tool's on-disk state, which an adapter may have to keep recognising: write no reader for an artifact an older version of this project wrote, and decline a finding that asks you to carry one forward. A layout, schema or cache change is one changelog line and a fresh install. - Before adding a function, parser, stub or loop, grep the repo for the verb it performs; before stating a rule, grep for the rule. - A second copy of that verb, in any language, is a twin and never delegation, and so is a second statement of a rule another file owns, in prose, config or a table. - Call or cite the one that exists, or escalate in your return. An issue that orders a twin is escalated, not implemented. - Docs move with the code they describe; the `docs-writing` skill states the rule and the `doc-drift-check` hook shows the user docs that may need an update. - Once a pushed head has been reviewed, later rounds add commits and never amend; before any review has run on a head, the kendex-issues fix cycle may amend only to refresh a required check that cannot be rerun. - A push that prints `rebase-map:` lines has rewritten the shas the PR's `Fixed in <sha>` replies name: before holding, re-reply each such thread with the new sha, or post the map as one PR comment naming old and new per line; a sha the map reports as `dropped` gets a reply that the fix commit no longer exists on the branch. Code standards are [`../code-quality/SKILL.md`](../code-quality/SKILL.md): correctness, comments, over-engineering, cleanup. ## Round Contract Execute workflow sections in order; a "**Skip if**" condition is the workflow's decision, never your own scope assessment. Never push and never open a PR. The orchestrator does that after review passes. A finding on a mechanism this diff introduces or arms is a fix whatever the round, unless Step 0 of the disposition flow excludes it; a `Declined:` there takes one of the reason forms [`../orch/references/finding-disposition.md`](../orch/references/finding-disposition.md) § Decision flow sets out, never a label or a test count. **The completion artifact is the round.** `dev-return-write` writes it after the commit; never hand-author the JSON (schema: orch [`schemas/dev-return.md`](../orch/schemas/dev-return.md)). - `--issue` is the delegation's `Artifact Key:` line, the normalized workflow-state key (`issue-N` for GitHub, `PROJ-123` for Linear), never the tracker-native `OWNER/REPO#N` or a bare number. `--round-id` is its `Round ID:` line. - `--kind` always matches what was delegated. `--validate` matches your commit message and return; a pass that needed a re-run is still `pass`, with the caveat in `--validate-note`. Flag constraints and value shapes: `dev-return-write --help`. **Acceptance is that artifact plus git state, never your message.** Write the artifact, then return exactly once over the harness's agent-to-agent channel; a disk write is not a return. Send the `**Return exactly**` body once and go idle. - The channel is Claude Code `SendMessage`, Codex `send_input`, OpenCode a resume on the stored `task_id`, Pi background the final assistant message. - In a Pi persistent pane, follow the return with `complete_subagent`; background agents must not call it. - On Codex the `send_input` MESSAGE is the durable return, and the runtime's `FINAL_ANSWER` echo of it is expected, not a separate return to author or expand. ## Validation Deterministic gate findings are fixed here, never carried into review. Fix what is simple and related and re-run; when a failure is complex or unrelated, commit anyway and report it; after the same failure three times, stop looping. Every unresolved failure is reported three times over: in the commit message, in `--validate`, and in your return. ### Long-Running Validation **Invariant, every harness:** the completion tail (commit → QA labels → summary → artifact → return) is never dropped, and an interrupted run is never success. Re-check its real outcome and resume the tail. How you wait is your harness's: - **Claude Code.** Background the BARE command with output redirected to a log via `run_in_background`, never piped or chained, then wait for it with one bounded foreground poll: a for-loop over `sleep 180` with a cap, reading the `[exited with code N]` line that closes the task's own output file. Never idle for the completion notice and never depend on a background poller for it: the harness can kill your background shell on a low-memory heuristic that fires with free memory to spare, and the notice then never comes. The verdict is that exit code; the log holds command output and never an exit status. Then resume the tail. - **Codex.** Foreground and block. - **Pi.** Run it in the foreground. ## Reflect **Skip if** nothing recurred and nothing surprised you. Otherwise put the lesson where it will be read again: architecture docs when an invariant, boundary or decision changed (the `docs-writing` skill says what belongs there), or the managing project's kendex config (`kendex.toml` at the kendex project root, `kendex-local.toml` in a source-catalog checkout) under `[skill-instructions]`, `[agent-additional-instructions]`, or `[agent-launch-instructions]`. Bar: would this save 5+ minutes in a future session? One surgical addition per lesson, no verbose examples. A config edit takes effect only once it is rendered, which you cannot do from a worktree, so name it, and anything else you cannot update yourself, in your return as `[process]` discovered work. ## Configuration Agent-type placeholders are project-configurable: `[AGENT_TYPE]` (dev agents receiving implementation delegations), `[REVIEW_AGENT]`, `[QA_AGENT]`. Commit format: `[PREFIX]([ISSUE_ID]): [DESCRIPTION]`. `DEV_VALIDATE_CMD` (`kendex.settings.toml` `[env]`) names the project's full validation command for the Validate step; an empty value is the validation failure [dev-implement.md § 5. Validate](workflows/dev-implement.md#5-validate) states, never a fallback.
Source needs review
The tracked source changed or could not be synchronized. Review the current source before installing.
Review before install: Avoid automatic install
License: MIT
Listed tools are metadata hints, not tested compatibility. Agent prompts are suggested handoffs.
Repository metadata and review signals are advisory. Popularity, source discovery and successful execution are different facts.
Version reported in registry metadata; check source releases before relying on it.
Quality
65/100
Promising
Trust
51/100
This page exposes the same decision, trust, audit, use-case, and install signals through the Registry API, so agents can rank this skill without scraping the UI.
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Audit
72/100
Needs review
Copies are not installs. Installation counts require a reported successful installation; they are not a blanket quality guarantee.