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/codex-slides-verification

Verify that Codex Slides changes are durably reflected in project state and visibly reflected in the exact Codex Browser slide, panel, version, checkpoint, or presentation surface. Use after creation, rendering, editing, restyling, mark edits, speaker-note changes, version

From plugin
codex-slides
7927 skills1 MCP
Install
$ npx -y skills add nexu-io/codex-slides --skill codex-slides-verification --agent claude-code

How it fires

How this skill gets triggered: by you, by Claude, or both.

  • Fires itselfAuto-invocation. Claude auto-loads it when your prompt matches the work.Auto-invocation is when the right skill fires by itself at the right moment, driven by a FLOW.md router and a hook, instead of you invoking it by name. It is the difference between a skill being installed and a skill actually getting used.Read the full definition →
  • You can call itInvoke it directly when you want it.
  • Slash command/codex-slides-verification

Context preview

The summary Claude sees to decide when to auto-load this skill.

Verify that Codex Slides changes are durably reflected in project state and visibly reflected in the exact Codex Browser slide, panel, version, checkpoint, or presentation surface. Use after creation, rendering, editing, restyling, mark edits, speaker-note changes, version

SKILL.md

codex-slides-verification.SKILL.md
name: codex-slides-verification
description: Verify that Codex Slides changes are durably reflected in project state and visibly reflected in the exact Codex Browser slide, panel, version, checkpoint, or presentation surface. Use after creation, rendering, editing, restyling, mark edits, speaker-note changes, version restores, or export.

Codex Slides Verification

Use two signals before reporting a presentation task complete:

1. Read canonical project state with `get_project`, and read a named durable job with `get_project_run` or `wait_project_run` when a `runId` was returned. 2. Follow the returned `browserHandoff` and inspect the exact visible result in the Codex in-editor Browser.

Verification sequence

1. Confirm the project id rather than guessing from a similar title. 2. For a durable run, require a terminal `complete` status. Treat `error` and `cancelled` as incomplete; a timed-out wait leaves the run active. 3. Confirm the expected page count, changed slide indexes, rendered images, transitions, speaker notes, current workflow stage, and current deck version. 4. Open the exact handoff returned by the mutation. Preserve its `slide`, `panel`, `version`, `mode`, `conversation`, `checkpoint`, and `run` query parameters. 5. In Browser, confirm the intended slide or panel is focused and the visible result matches the request. Do not treat a JSON response alone as visual QA. 6. Export only after the current or explicitly selected version passes review.

If the in-editor Browser is unavailable, use the project state and persisted slide-image endpoints as structural evidence, return the exact handoff URL, and state that visible Browser verification remains outstanding.

For cross-surface changes, also verify that refreshing or reopening the same project preserves the run result and deep-link focus.

Read more
Ships withcodex-slides

🎨 Open-source AI slide studio inside Codex: image-native decks, every slide a full visual canvas. ⚡ 10+ high-quality slides in ~4–5 minutes — Fast mode renders every page in parallel. 🔍 Watch the whole chain live: research → outline → style → render → edit → present → export PDF/PPTX. 🖥️ Browser-first · zero API keys · durable projects.

Get the whole plugin

Other skills on codex-slides.