원클릭으로 Manus에서 모든 스킬 실행

dev-loop

스타110

포크10

업데이트2026년 7월 13일 14:51

Run an autonomous, issue-driven development loop over Ralphy itself — the same cadence as a focused maintainer session: pick the open `notes/issues/`, order them by dependency, then for each issue dispatch a scoped sub-agent, review its diff, run the real gates, and commit + push to main before moving to the next. Sequential by default (one agent at a time) so changes never collide on shared files. Default scope is ALL open issues with a safety limit of 25; the user can widen the scope or raise the limit in their prompt. Pauses for the user only at genuine decision forks and before any paid generation or irreversible/outward-facing action. USE WHEN the user types `/dev-loop`, says "work through the issues", "run the dev loop", "grind the backlog", "implement all the open issues", "keep going through notes/issues until done", or after `/dev-issues` has filed a batch they now want executed. DO NOT FIRE for a single issue (just implement it), for content/video production, or when there are no open issues to exec

설치

Codex 또는 Claude로 설치 이 Prompt를 복사해 Codex, Claude 또는 다른 어시스턴트에 붙여 넣으면 Skill 페이지를 검토하고 설치를 진행할 수 있습니다.

Manus에서 실행

출처

alecs5am

alecs5am/ralphy

GitHub 저장소 열기 Creator 저장소 보기

다운로드

Manus에서 실행

dev-loop — autonomous issue-driven dev cycle

A maintainer skill. It executes the open work in notes/issues/ (the inbox /dev-issues fills), one issue at a time, committing after each. It does not touch .ralphy/workspaces/<ws>/projects/ or call media models except where an issue explicitly requires it (and then only behind the paid-generation gate below).

Scope + limit

Default scope: every open issue at the flat top level of notes/issues/. The notes/issues/done/ and notes/issues/deprecated/ subfolders are the closed archive — never in scope (status is encoded by folder; see Issues folder layout).
Default limit: 25 issues per loop run. If the user's prompt names more (or "no limit", or a specific subset / range), honor that.
The user can narrow scope in their prompt ("just the landing ones", "only #052-#055", "everything tagged cli").

Workflow (per run)

Read the rules first. docs/developing-ralphy.md (English-only, the lint suite, append-only contract, auto-generated files), AGENTS.md (the hard invariants — especially "wait for user 'go' before any paid generation"), and notes/README.md (including the Issues folder layout — active work is the flat top level only). Skim every candidate issue.
Build the execution order. Sort issues by dependency, not by number:
- Foundational / schema / data-model changes FIRST (everything keys off them).
- Cross-cutting renames or moves NEXT, as a single coordinated step (never parallelize these).
- Independent, low-collision, and plan-only/docs issues can go any time.
- Read each issue's ## Notes for explicit "sequence after #NNN" hints. State the planned order up front and track it with TaskCreate / TaskUpdate (one task per issue; mark in_progress on start, completed on land).
For each issue, in order: a. Dispatch ONE sub-agent (the Agent tool, usually general-purpose) with a tight, self-contained mandate: the mandatory reads, the exact scope, the gates it must pass, "do NOT git commit or push — leave changes in the working tree", and a required structured report-back. Give it the rename maps / file lists / schema decisions up front so it does not improvise on settled questions. Run agents sequentially — wait for one to finish and land before starting the next — to avoid collisions on shared files (AGENTS.md, skills, the landing app, the template schema). b. Review the diff yourself. Read the changed files / diffstat. Trust but verify the agent's report — re-run the real gates manually: the relevant lint:* scripts, the affected bun test files, cli:surface:build for CLI-surface changes, and rg '\p{Cyrillic}' --pcre2 over changed files (text only; .webp/.png are binary false positives). Web and public-doc checks run in their sibling repositories. c. Close gaps. Fix small issues inline; for a substantive miss, dispatch a focused follow-up agent (you cannot resume a finished agent — SendMessage is not available — so either edit directly or spawn a fresh scoped agent). d. Commit + push to main, then move on. One commit per issue with a Conventional-Commits message referencing the issue number. As part of that same commit, git mv the issue into notes/issues/done/ and update its > **Status:** line to done — <YYYY-MM-DD> (the folder is the live signal, the line carries the date/why — keep them in sync). If the issue turns out to be obsolete or superseded rather than implemented, git mv it into notes/issues/deprecated/ and set the line to SUPERSEDED by #NNN / dropped (<reason>) instead. Never delete the note — moving preserves the record. Push to origin (this repo commits to main; never gitlab).
Repeat until the scope is exhausted or the limit is hit. Report a final summary: issues landed (with commit SHAs), issues skipped/deferred and why, and any new issues discovered mid-run (file them via the /dev-issues shape).

Gates the loop must respect

Paid-generation gate. If an issue requires paid model generation (image/video/voice/icon gen via ralphy generate or OpenRouter/ElevenLabs), STOP and ask the user for explicit go-ahead with a cost estimate before spending. This is an AGENTS.md hard invariant.
Irreversible / outward-facing gate. Pause and confirm before repo-split-class operations, force-pushes, deletions of user artifacts, publishing releases, or anything that leaves the repo.
Decision forks. Where an issue leaves a genuine choice that is the user's (scope, naming convention, product direction), use AskUserQuestion rather than guessing.

The flaky pre-commit/pre-push hook

The husky hooks run the full bun test suite, which contains a load-dependent flaky integration timeout (tests/integration/cli-dryrun*.test.ts; see issue #061) that passes in isolation but intermittently fails under full-suite parallel load. When it blocks a commit/push but every REAL gate you ran manually is green, --no-verify is acceptable — but only after you have manually verified the lints + relevant tests + cli:surface:check yourself. Never --no-verify to skip a gate that legitimately fails.

HARD INVARIANTS

Sequential, not parallel. One issue, one agent, one commit at a time. Parallel agents collide on shared files.
Commit + push after each issue before starting the next — keeps the working tree clean and each change reviewable in isolation.
Never rewrite a published commit. If you need to add to something already pushed, append a NEW commit; never force-push main.
Review every agent diff. The agent's report is a claim; the gates are the proof. Re-run them.
English-only on disk. Run the Cyrillic gate before every commit.
Respect the paid-generation and irreversible-action gates above — the loop is autonomous, not unsupervised.
Resolve = move, never delete. A landed issue is git mv'd into notes/issues/done/ (obsolete → deprecated/) with its > **Status:** line synced — never rm'd. The archive is the record of what was already tried. Only the flat top level is ever in scope.
Append-only on .ralphy/workspaces/<ws>/projects/ and the JSONL logs (AGENTS.md #14).

이 저장소의 다른 Skills

같은 저장소

seedance-prompts

alecs5am/ralphy

Write effective prompts for Seedance 2.0 (bytedance/seedance-2.0) multimodal video generation — the official basic prompt formula (Subject+Motion required; Environment/Aesthetics/Camera/Audio optional), the @ reference system (@Image1/@Video1/@Audio1 role assignment, equivalent to the guide's plain Image 1/Video 1), camera-language vocabulary, time-segmented prompt structure, in-video text (slogans/titles, subtitles, speech bubbles), and capability-specific patterns (character consistency, camera/effects replication, video extension, editing, track completion / multi-clip stitching, music beat-matching, dialogue, one-take, e-commerce, educational). A craft overlay on the art-director step: the output prompt is fed to `ralphy generate video --model bytedance/seedance-2.0`, never to a provider API directly. USE WHEN the user is generating video with seedance and needs a prompt drafted or improved, asks "write a seedance prompt", "how do I reference my uploaded image/video in the prompt", wants beat-synced cuts

2026-07-21110

social-publish

alecs5am/ralphy

Publish or schedule a finished Ralphy Unit through the active workspace's saved Postiz connection. Prepares the target-shaped title, description, body, CTA, hashtags, thread parts, and required Postiz settings, then calls `ralphy publish` and records provenance for later analytics. USE WHEN the user asks to "publish this", "post it now", "schedule this post", "send this to Telegram", "post this thread to X", "publish the reel", or "put this on YouTube/Instagram". DO NOT FIRE for copy-only requests with no posting intent; use social-copy instead.

2026-07-13110

dev-publish-template

alecs5am/ralphy

Publish a finished Ralphy unit and its reusable blocks to the public library. Use when the user asks to publish a template, unit, style, recipe, or asset to the library. The CLI prepares the entity bundle; the sibling ralphy-web repository owns the committed library and upload script.

2026-07-13110

dev-release

alecs5am/ralphy

Cut a Ralphy CLI release across GitHub Releases, Homebrew, and npm. Use when the user asks to release, tag, publish, or prepare release notes for the CLI. Public documentation and the marketing site live in sibling repositories and are synchronized separately when their content is affected.

2026-07-13110

fixer

alecs5am/ralphy

The eval-to-repair loop — the consumer of the evaluator's report (#409). Reads the eval output (eval-deep-vision.json's `what_to_redo` first, else eval.json `findings[]`), runs `ralphy project repair-plan <id>` to classify every finding by owner (art-director / scenarist / editor) and order it by severity, presents the ordered plan grouped by owner, gets the user's approval, then applies targeted fixes through the EXISTING `ralphy` verbs (art-director regen / scenarist rewrite / editor recut), re-renders, re-evals, and compares the old vs new verdict. HARD GATE: no paid model regeneration runs until the user approves the plan (or previously opted into batch repair). The deterministic `repair-plan` step itself makes ZERO model calls and is safe to run unprompted. USE WHEN the user says "fix the eval", "repair this render", "make it shippable", "fix the issues / problems / findings", "address the eval", "now fix it", "make the fixes", or hands off a failed / warn eval and asks what's next. ALSO FIRE right after

2026-07-13110

templater

alecs5am/ralphy

The full extract → classify → blueprint → de-dup → publish pipeline for a finished `.ralphy/workspaces/<ws>/projects/<id>/`. Reads its `units/*/unit.json` (#069) as the Unit source of truth, then factors the project into ALL FIVE entities — Unit + the four typed blocks Template (structure), Style (look), Recipe (effect/treatment), Asset (reusable media). Applies the recipe-vs-tag split (#082/#083): a candidate is a Recipe only if it carries an extractable artifact (ffmpeg filtergraph / HyperFrames snippet / encode recipe / prompt technique); otherwise it is a Tag on the Unit. Captures a per-unit Blueprint (#080), de-dups every block against the live library FIRST, then prints the exact ordered `publish-entity.ts` commands (dry-run → --push). Publishing itself is the #056 path. USE WHEN the user says any of: "save this as a template", "turn the project into a template", "templatify <project-id>", "extract a template from <project>", "decompose this project into blocks", "what units/blocks did this project prod

2026-07-13110

name	dev-loop
namespace	maintainer
description	Run an autonomous, issue-driven development loop over Ralphy itself — the same cadence as a focused maintainer session: pick the open `notes/issues/`, order them by dependency, then for each issue dispatch a scoped sub-agent, review its diff, run the real gates, and commit + push to main before moving to the next. Sequential by default (one agent at a time) so changes never collide on shared files. Default scope is ALL open issues with a safety limit of 25; the user can widen the scope or raise the limit in their prompt. Pauses for the user only at genuine decision forks and before any paid generation or irreversible/outward-facing action. USE WHEN the user types `/dev-loop`, says "work through the issues", "run the dev loop", "grind the backlog", "implement all the open issues", "keep going through notes/issues until done", or after `/dev-issues` has filed a batch they now want executed. DO NOT FIRE for a single issue (just implement it), for content/video production, or when there are no open issues to execute. See body for ALSO FIRE / DO NOT FIRE / HARD INVARIANTS.

dev-loop — autonomous issue-driven dev cycle

Scope + limit

Default scope: every open issue at the flat top level of notes/issues/. The notes/issues/done/ and notes/issues/deprecated/ subfolders are the closed archive — never in scope (status is encoded by folder; see Issues folder layout).
Default limit: 25 issues per loop run. If the user's prompt names more (or "no limit", or a specific subset / range), honor that.
The user can narrow scope in their prompt ("just the landing ones", "only #052-#055", "everything tagged cli").

Workflow (per run)

Read the rules first. docs/developing-ralphy.md (English-only, the lint suite, append-only contract, auto-generated files), AGENTS.md (the hard invariants — especially "wait for user 'go' before any paid generation"), and notes/README.md (including the Issues folder layout — active work is the flat top level only). Skim every candidate issue.
Build the execution order. Sort issues by dependency, not by number:
- Foundational / schema / data-model changes FIRST (everything keys off them).
- Cross-cutting renames or moves NEXT, as a single coordinated step (never parallelize these).
- Independent, low-collision, and plan-only/docs issues can go any time.
- Read each issue's ## Notes for explicit "sequence after #NNN" hints. State the planned order up front and track it with TaskCreate / TaskUpdate (one task per issue; mark in_progress on start, completed on land).
For each issue, in order: a. Dispatch ONE sub-agent (the Agent tool, usually general-purpose) with a tight, self-contained mandate: the mandatory reads, the exact scope, the gates it must pass, "do NOT git commit or push — leave changes in the working tree", and a required structured report-back. Give it the rename maps / file lists / schema decisions up front so it does not improvise on settled questions. Run agents sequentially — wait for one to finish and land before starting the next — to avoid collisions on shared files (AGENTS.md, skills, the landing app, the template schema). b. Review the diff yourself. Read the changed files / diffstat. Trust but verify the agent's report — re-run the real gates manually: the relevant lint:* scripts, the affected bun test files, cli:surface:build for CLI-surface changes, and rg '\p{Cyrillic}' --pcre2 over changed files (text only; .webp/.png are binary false positives). Web and public-doc checks run in their sibling repositories. c. Close gaps. Fix small issues inline; for a substantive miss, dispatch a focused follow-up agent (you cannot resume a finished agent — SendMessage is not available — so either edit directly or spawn a fresh scoped agent). d. Commit + push to main, then move on. One commit per issue with a Conventional-Commits message referencing the issue number. As part of that same commit, git mv the issue into notes/issues/done/ and update its > **Status:** line to done — <YYYY-MM-DD> (the folder is the live signal, the line carries the date/why — keep them in sync). If the issue turns out to be obsolete or superseded rather than implemented, git mv it into notes/issues/deprecated/ and set the line to SUPERSEDED by #NNN / dropped (<reason>) instead. Never delete the note — moving preserves the record. Push to origin (this repo commits to main; never gitlab).
Repeat until the scope is exhausted or the limit is hit. Report a final summary: issues landed (with commit SHAs), issues skipped/deferred and why, and any new issues discovered mid-run (file them via the /dev-issues shape).

Gates the loop must respect

Paid-generation gate. If an issue requires paid model generation (image/video/voice/icon gen via ralphy generate or OpenRouter/ElevenLabs), STOP and ask the user for explicit go-ahead with a cost estimate before spending. This is an AGENTS.md hard invariant.
Irreversible / outward-facing gate. Pause and confirm before repo-split-class operations, force-pushes, deletions of user artifacts, publishing releases, or anything that leaves the repo.
Decision forks. Where an issue leaves a genuine choice that is the user's (scope, naming convention, product direction), use AskUserQuestion rather than guessing.

The flaky pre-commit/pre-push hook

HARD INVARIANTS

Sequential, not parallel. One issue, one agent, one commit at a time. Parallel agents collide on shared files.
Commit + push after each issue before starting the next — keeps the working tree clean and each change reviewable in isolation.
Never rewrite a published commit. If you need to add to something already pushed, append a NEW commit; never force-push main.
Review every agent diff. The agent's report is a claim; the gates are the proof. Re-run them.
English-only on disk. Run the Cyrillic gate before every commit.
Respect the paid-generation and irreversible-action gates above — the loop is autonomous, not unsupervised.
Resolve = move, never delete. A landed issue is git mv'd into notes/issues/done/ (obsolete → deprecated/) with its > **Status:** line synced — never rm'd. The archive is the record of what was already tried. Only the flat top level is ever in scope.
Append-only on .ralphy/workspaces/<ws>/projects/ and the JSONL logs (AGENTS.md #14).