analyze
Analyze phase entry. Aggregates scoring, follow-up, and scope-check rules; loads references/assets/scripts on demand.
@evidentloopInstall SkillDevelopment
Skill
/design
Design phase entry. Aggregates plan-level selection, task breakdown, and package output rules; loads references/assets/scripts on demand.
Claude Code
$ npx -y skills add evidentloop/sopify --skill design --agent claude-code
Codex
$ npx skills add evidentloop/sopify --skill design -a codex -y
Cursor
$ npx skills add evidentloop/sopify --skill design -a cursor -y
Gemini CLI
$ npx skills add evidentloop/sopify --skill design -a gemini-cli -y
GitHub Copilot
$ npx skills add evidentloop/sopify --skill design -a github-copilot -y
OpenCode
$ npx skills add evidentloop/sopify --skill design -a opencode -y
Windsurf
$ npx skills add evidentloop/sopify --skill design -a windsurf -y
SKILL.md
design.SKILL.mdname: design
description: Design phase entry. Aggregates plan-level selection, task breakdown, and package output rules; loads references/assets/scripts on demand.
Design (Entry)
> Check the current system first, then choose the smallest sufficient path.
When to activate
- Entering the design phase (`workflow` / `plan_only` / `light_iterate`).
- Need to convert requirements into a plan package and task list.
Execution skeleton
1. Load `references/design-rules.md`. 2. Check existing implementation, governing contracts, applicable platform capabilities, and installed dependencies. 3. Choose the smallest sufficient path and select `light/standard/architecture`. 4. Generate the plan files from the matching `assets/` templates. 5. Produce tasks with explicit dependencies and verification. 6. Report `Ready` or `Needs decision` with evidence using `assets/output-summary.md`.
Resource navigation
- Long rules: `references/design-rules.md`
- Shared writing standards: `../references/shared-writing-dna.md` (apply to all output)
- Output contract: `../references/output-contract.md` (required sections, conditional enhancement, self-check)
- Templates: `assets/*.md`
- Deterministic level selector: `scripts/select_plan_level.py`
Deterministic logic first
Use the selector when `plan.level=auto` must be auditable:
python3 skills/en/skills/sopify/design/scripts/select_plan_level.py \
--file-count 6 \
--new-feature \
--cross-module
The script returns JSON with the suggested level and explicit reasons.
Boundaries
- This skill does not execute code changes directly; hand off to `develop`.
- This skill does not handle routing or protocol state writes; it defines the plan structure and task contract only.
Read more
name: design description: Design phase entry. Aggregates plan-level selection, task breakdown, and package output rules; loads references/assets/scripts on demand.
Design (Entry)
> Check the current system first, then choose the smallest sufficient path.
When to activate
- Entering the design phase (`workflow` / `plan_only` / `light_iterate`).
- Need to convert requirements into a plan package and task list.
Execution skeleton
1. Load `references/design-rules.md`. 2. Check existing implementation, governing contracts, applicable platform capabilities, and installed dependencies. 3. Choose the smallest sufficient path and select `light/standard/architecture`. 4. Generate the plan files from the matching `assets/` templates. 5. Produce tasks with explicit dependencies and verification. 6. Report `Ready` or `Needs decision` with evidence using `assets/output-summary.md`.
Resource navigation
- Long rules: `references/design-rules.md`
- Shared writing standards: `../references/shared-writing-dna.md` (apply to all output)
- Output contract: `../references/output-contract.md` (required sections, conditional enhancement, self-check)
- Templates: `assets/*.md`
- Deterministic level selector: `scripts/select_plan_level.py`
Deterministic logic first
Use the selector when `plan.level=auto` must be auditable:
python3 skills/en/skills/sopify/design/scripts/select_plan_level.py \ --file-count 6 \ --new-feature \ --cross-module
The script returns JSON with the suggested level and explicit reasons.
Boundaries
- This skill does not execute code changes directly; hand off to `develop`.
- This skill does not handle routing or protocol state writes; it defines the plan structure and task contract only.
Stats
369
Stars
30
Forks
Active
Maintenance
Python
Language
Apache-2.0
License
Last commit
Created
Ships withsopify
Installs into the AI coding tools you already use. Questions and small fixes are handled directly; plans start only when needed. Sopify is a set of rules and Skills that installs into the AI coding tool you already use.
3685 skills
Stars on GitHub
Momentum
- stars in total
- 368
Other skills on sopify.
@evidentloopInstall Skilldevelop
Develop phase entry; routes task execution, state updates, KB sync, and plan close-out through references/assets/scripts.
@evidentloopInstall Skillkb
Manage long-lived `.sopify/` knowledge, including bootstrap, progressive materialization, reads, retention, and knowledge_sync…
@evidentloopInstall Skilltemplates
Knowledge-base document templates, loaded when long-lived knowledge files are created or materialized.
@evidentloopInstall SkillMore skills from other plugins.
Auto-invoked
brainstorming
You MUST use this before any creative work - creating features, building components, adding functionality, modifying behavior, or…
@obraInstall Skillask-matt
Ask which skill or flow fits your situation. A router over the skills in this repo.
@mattpocockInstall SkillAuto-invoked
Questions about design.
- Which coding agents can use design?
- design installs in Claude Code, Codex, Cursor, Gemini CLI, GitHub Copilot, OpenCode and Windsurf with the skills CLI, using each agent's flag shown on this page. Flowy's auto-invocation, which fires a skill when your prompt matches, runs in Claude Code only.