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Skill Launch Cheatsheet

Skill launch cheatsheet.

ShipGlows skills are not all simple free-text commands. Some arguments describe the work, some switch modes, and some select a structured target. Start with shipglows <instruction> when you want routing handled, then use direct master or owner skills when you already know the lane.

The Short Version

Use shipglows <instruction> when you are not choosing manually.

The router answers pure questions directly or hands the main thread to the selected skill. Direct master skills still matter when you already know the exact lifecycle you want handled. It asks one numbered decision question when no context-safe route is available.

Why It Matters

Call modes on purpose.

The point is not to memorize syntax. The point is to recognize when a skill exposes distinct workflows behind one command name.

Runtime Families

The right route depends on the role the skill plays.

Public categories make the catalog easier to browse. Runtime families explain how ShipGlows routes work: lifecycle owners carry work, source skills expose future chantiers, proof skills validate behavior, and helpers keep orientation clean without owning closure. Routing should preserve quality and proof first; shortest path is not the default objective.

Lifecycle/master

Carry a work item across several gates.

Examples: shipglows, sf-build, sf-maintain, sf-deploy, sf-design, sf-content, sf-customer

Data trust/source

Frame local-first user data becoming account-backed cloud data.

Examples: sf-local-cloud-sync

Audit/source

Expose risk or drift that may need a chantier.

Examples: sf-audit*, sf-deps, sf-perf, sf-platform-parity

Bug/proof

Diagnose failures, prove behavior, or validate deployment truth.

Examples: sf-bug, sf-fix, sf-test, sf-browser, sf-auth-debug, sf-prod, sf-check, sf-migrate

Content/docs/support

Keep public content, docs, scaffolding, changelogs, skill maintenance, and git/GitHub hygiene coherent.

Examples: sf-content repurpose, sf-docs, sf-redact, sf-enrich, sf-changelog, sf-scaffold, sf-init, sf-github-hygiene

Research/pilotage/helper

Clarify information, prioritize, summarize, route, or preserve context.

Examples: 009-sg-marketing, sf-research, sf-veille, sf-backlog, sf-priorities, sf-review, sf-tasks, sf-context, sf-model, sf-help, sf-status, sf-resume, sf-explore, name

Primary And Master Skills

Launch these when you want ShipGlows to carry the work across multiple gates.

shipglows <instruction> Recommended non-technical first command when you want ShipGlows to choose the route.
Answers pure conversation directly; routes feature/code/docs to sf-build, maintenance to sf-maintain, bugs to sf-bug, release/deploy/prod proof to sf-deploy, content to sf-content, marketing study/GTM/copy work to 009-sg-marketing, design to sf-design, customer experience to sf-customer, local-to-cloud sync to sf-local-cloud-sync, internal skill maintenance to the internal 900 core workflow, and obvious specialist audits to sf-audit-*. Asks one numbered question when ambiguous.
sf-build <story, bug, or goal> Direct entrypoint for non-trivial product, code, docs, or site work.
Use the task text as the story. Add report=agent, handoff, verbose, or full-report only when a detailed agent handoff is needed.
sf-maintain [mode] Recurring project upkeep across bugs, docs, dependencies, checks, audits, fixes, and ship routing.
no argument/full runs the lifecycle; quick is read-only triage; security, deps, docs, and audits focus a lane; no-ship stops before release; global starts from the workspace dashboard.
sf-deploy [target or mode] Release confidence after implementation when checks, push, deployment truth, browser proof, and verification must stay connected.
no argument runs the bounded release loop; skip-check skips only the pre-ship check phase; --preview and --prod bias the environment; no-changelog skips release notes.
sf-bug [BUG-ID, summary, or mode] Bug-loop lifecycle execution from observed failure to dossier, fix, retest, verification, and ship risk.
no argument opens bug dashboard triage; BUG-ID reads the dossier; --fix, --retest, --verify, --ship, and --close select a specific lifecycle phase while owner skills keep their gates.
sf-content [goal, source, file, or mode] Content management across strategy, repurposing, drafting, enrichment, audits, docs, validation, and ship routing.
plan, repurpose, draft, enrich, audit, seo, editorial, apply, and ship select the content lifecycle lane while content map and editorial gates keep public surfaces safe. Add score, quality gate, or grille projet when the content needs project-aware rubric scoring.
009-sg-marketing <mode> <target> Use when the unmet need is market evidence, GTM readiness, copy clarity, or persuasion—not a broader content lifecycle.
market, gtm, copy, and copywriting select one bounded marketing playbook; help lists the grammar without silently choosing a mode.
sf-design <design question or goal> Design lifecycle across UI/UX, tokens, playgrounds, component and accessibility audits, implementation, browser proof, and ship routing.
system, playground, audit ui|tokens|components|a11y, redesign, and migration select explicit bounded design playbooks; natural-language design requests route to the safest mode.
sf-customer <feature, flow, or audit target> End-user experience review for UX/UI clarity, friction, trust, first-success paths, setup sequencing, recoverable states, docs impact, and proof routing.
Use after or alongside feature work when users need context, why/how guidance, permission or integration setup, skipped/blocked recovery, and value proof.
sf-local-cloud-sync <project, feature, or data domains> Local-to-cloud data sync contract for local data promotion, account association, merge policy, sync UX, and security.
Use before account-backed sync, backup, reinstall recovery, or multi-device claims when local data, cloud data, sensitive content, or conflicts must be handled safely.
sf-product-entitlements <project or feature> Product access and entitlement contract for premium gates, provider events, support access flows, and backend authorization.
Use before adding paid plans, activation codes, refunds, revokes, product-local access mirrors, or entitlement-gated sync.

Supporting Skills

Use these when you want one specific owner skill instead of a master lifecycle.

sf-spec -> sf-ready -> sf-start -> sf-verify -> sf-end Use the manual lifecycle when you want explicit control over each gate instead of the sf-build master flow.
sf-ship [mode] Use after work is already ready locally. Modes include skip-check, end la tache/end/fin/close task, and all-dirty/ship-all/tout-dirty.
sf-browser / sf-auth-debug / sf-test / sf-prod Choose by proof type: non-auth browser evidence, auth/session diagnosis, checklist-first manual QA, or live deployment truth.
sf-check / sf-docs / sf-audit* / sf-deps / sf-migrate Use focused owner skills when you need one lane: checks, docs, audit, dependency posture, or framework migration.
sf-github-hygiene [mode] Use when the problem is git/GitHub hygiene: sync drift, stale branches, PR drift, or Dependabot backlog triage.
sf-platform-parity <project, feature, or spec> Use when platform claims, implementations, or QA proof may drift across web, mobile, desktop, or native surfaces.
sf-status / sf-help / sf-model / sf-resume Use support skills for orientation, command choice, model routing, and clean context transfer.

Documented Mode Switches

These public skill pages expose explicit argument modes.

If a skill is not listed here, treat its argument as a target or task description unless the skill file says otherwise.

shipglows

The primary non-technical router for answering questions, executing deterministic micro-edits directly, or handing substantive work to the right ShipGlows skill.

Modes

<instruction>

Open skill page

sg-bug

A professional bug loop executor that reads bug state and continues through the right ShipGlows owner skills when safe.

Modes

no argument / BUG-ID / --retest BUG-ID / --ship BUG-ID

Open skill page

sg-build

The master user-facing lifecycle orchestrator for carrying a story, bug, or goal through ShipGlows's spec, readiness, implementation, verification, onboarding consideration, documentation, closure, and shipping gates.

Modes

<story, bug, or goal> / agents / no-agents / report=agent / handoff / verbose / full-report

Open skill page

sg-platform-parity

Audits platform parity, separates legitimate platform adaptations from implementation debt, and routes missing work to the right ShipGlows skill.

Modes

<project | feature | spec path> / platforms=<list> / report=agent / handoff / verbose / full-report

Open skill page

sg-ship

A shipping skill for moving finished work through the final commit-and-push path and recording the shipping result when a chantier spec is in scope.

Modes

no special argument / skip-check / end la tache / end / fin / close task / all-dirty / ship-all / tout-dirty

Open skill page

sg-audit-translate

A translation audit and controlled i18n sync skill for completeness, tone consistency, cross-language coherence, and missing localized entries.

Modes

no special argument / file path or scope / global / sync / apply / sync [path] / apply [path]

Open skill page

sg-content

A master content lifecycle skill for routing strategy, repurposing, drafting, enrichment, audits, public-content governance, validation, and ship readiness through the right owner skills.

Modes

capture-full-conversation / clean-transcript <path> / plan / strategy / repurpose <source> / draft / article / blog / guide / enrich / audit / marketing / seo / apply / publish / ship

Open skill page

sg-github-hygiene

A git/GitHub hygiene skill for sync drift, stale branches, PR drift, and Dependabot backlog triage with bounded safe fixes.

Modes

audit / branches / dependabot / fix

Open skill page

sg-tasks

A task-management skill for updating `TASKS.md`, reflecting progress, and capturing the next sensible steps.

Modes

sessions <project-or-cwd> / sessions rename <status>

Open skill page

sg-design

The single public design entrypoint for system creation, playgrounds, UI/token/component/accessibility audits, implementation, proof, verification, and shipping.

Modes

system [scope] / audit <ui|tokens|components|a11y> [scope] / playground [route-path] / redesign [scope] / migration [scope]

Open skill page

sg-deploy

A release orchestration skill for moving work through technical checks, bounded shipping, deployment readiness, post-deploy evidence, final verification, and optional changelog routing.

Modes

no argument / skip-check / --preview / --prod / no-changelog

Open skill page

sg-customer

A customer-experience skill for UX/UI clarity, friction, trust, first-success paths, onboarding, setup sequencing, recoverable states, docs coherence, and proof routing.

Modes

audit [scope] / flow [feature-or-flow] / onboarding [feature-or-flow] / recovery [feature-or-state]

Open skill page

sg-maintain

A master maintenance lifecycle skill for reviewing project health, creating or continuing specs when needed, delegating remediation, verifying results, and routing ship or deploy.

Modes

no argument / full / quick / security / deps / docs / audits / no-ship / global

Open skill page

sg-local-cloud-sync

A data-sync skill for local data promotion, cloud hydration, merge/conflict policy, sync UX states, sensitive-data exclusions, and proof routing.

Modes

project or feature / audit / Flutter / secrets / sensitive data / sync overlay / SocialGlowz

Open skill page

sg-conversation-audit

A focused audit lane that reads canonical conversation evidence, classifies repeatable failure patterns, and routes recommended owners.

Modes

latest / path <file-or-dir> / export shipglows / report=agent

Open skill page

1. Mode keyword

A specific word acts as a switch. The skill recognizes it and enters a specialized workflow instead of treating it as ordinary task text.

2. Structured input

The argument has a recognizable shape. The skill parses that shape and derives a target from it, such as a package and a version.

3. Free-form task

If no special keyword or input pattern matches, the argument is usually treated as the actual work description or content focus.

Example: sf-docs

Some words do not mean “topic.” They mean “enter a different mode.”

The documentation skill is a clear example. Certain arguments are not content scopes. They are direct mode switches.

sf-docs metadata

This switches to the frontmatter and metadata workflow. The skill reads migration doctrine, classifies files, and validates the result against the metadata rules.

sf-docs migrate-frontmatter

This is another explicit trigger for the same family of metadata work. It does not mean “write docs about frontmatter.” It means “run the frontmatter migration workflow.”

sf-docs readme

Here the argument acts more like a target surface. The skill is now being steered toward a documentation area rather than a dedicated metadata mode.

Example: sf-migrate

The shape of the argument can change the route too.

The migration skill does not only react to keywords. It also reacts to how the argument is structured.

sf-migrate astro@5

A structured target. The skill interprets this as “migrate Astro to version 5” and builds the upgrade workflow around that exact goal.

sf-migrate astro

A package target without version. The skill treats it as a request to resolve the latest version first, then confirm the path.

sf-migrate

No argument means discovery mode. The skill looks for possible upgrades and asks which migration you actually want to run.

How To Read A Skill

Look for the mode rules before you guess what the command means.

Check argument-hint

This tells you whether the skill expects a free-form task, a target surface, a package pattern, or a small set of known trigger words.

Find the mode-detection section

If the file contains lines such as “If $ARGUMENTS is ...”, you are looking at an explicit routing layer rather than a loose prompt.

Do not assume consistency by name alone

Two skills can both accept one argument and still interpret it in completely different ways. The contract lives in the skill file.

Shell Shortcuts

Keep terminal cleanup fast when you work inside tmux.

ch

Expands to clear; tmux clear-history. It clears the current shell screen and the current tmux pane scrollback.

Next Step

If a skill feels ambiguous, read it like an interface definition.

Start with the mode rules, not with your intuition. That is the fastest way to understand what the skill will actually do once execution starts.