001-commands-inventory
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Use when a large feature, story, plan, or spec idea needs to be split into small vertical slices with the Hamburger Method. This should trigger for requests such as Split this oversized story; Find the smallest useful slice; Break this feature into vertical slices; Apply the
$ npx -y skills add jabrena/plinth --skill 052-design-hamburger-method --agent claude-codeHow it fires
How this skill gets triggered: by you, by Claude, or both.
/052-design-hamburger-methodContext preview
The summary Claude sees to decide when to auto-load this skill.
Use when a large feature, story, plan, or spec idea needs to be split into small vertical slices with the Hamburger Method. This should trigger for requests such as Split this oversized story; Find the smallest useful slice; Break this feature into vertical slices; Apply the
name: 052-design-hamburger-method description: Use when a large feature, story, plan, or spec idea needs to be split into small vertical slices with the Hamburger Method. This should trigger for requests such as Split this oversized story; Find the smallest useful slice; Break this feature into vertical slices; Apply the Hamburger Method; Turn this broad plan into tracked slices. Part of Plinth Toolkit license: Apache-2.0 metadata: author: Juan Antonio Breña Moral version: 0.19.0
Guide Java teams through the Hamburger Method for splitting oversized work into small, valuable, end-to-end vertical slices. **This is an interactive SKILL**.
**What is covered in this Skill?**
Split oversized work into vertical slices that deliver observable value, not isolated horizontal technical tasks.
1. **Recognize Oversized Work**
Read `references/052-design-hamburger-method.md`, then restate the large feature, story, plan, or spec idea and why ordinary implementation task decomposition would be too broad, risky, or horizontal.
2. **Map Layers and Options**
Identify 3-6 functional or workflow layers needed for observable value. For each layer, generate 4-5 implementation or quality options ordered from the simplest acceptable choice to richer choices.
3. **Challenge Scope**
Ask: "If this had to ship tomorrow, what would be the smallest useful version?" Use the answer to remove options that are too costly, redundant, irreversible, or unnecessary for early learning.
4. **Compose the First Slice**
Select one option from each relevant layer to create the smallest useful end-to-end vertical slice. Explain the user-visible value, validation signal, and why rejected layer options wait for later slices.
5. **Plan Follow-Up Slices**
Propose follow-up vertical slices that incrementally improve quality, automation, robustness, reach, observability, operational behavior, or supported workflows without turning them into isolated technical layers.
6. **Self-Check and Route Follow-Up**
Check every slice for value, size, testability, deliverability, and issue-tracking suitability. Route implementation planning through `041-planning-plan-mode`, spec-level changes through `042-planning-openspec`, GitHub issue work through `043-planning-github-issues`, Jira work through `044-planning-jira`, and Azure DevOps work through `045-planning-azure-devops`.
For detailed guidance, examples, and constraints, see [references/052-design-hamburger-method.md](references/052-design-hamburger-method.md).
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