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Zhongwei Li
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{
"name": "speckl",
"description": "SPECKL workflow commands for specification-driven development with human-AI collaboration. Create minimal specs (specks), break them into tasks, and maintain clear boundaries for AI assistance.",
"version": "0.0.0-2025.11.28",
"author": {
"name": "Matt Brailsford & Phil Whittaker",
"email": "contact@speckl.dev"
},
"commands": [
"./commands"
]
}

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README.md Normal file
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# speckl
SPECKL workflow commands for specification-driven development with human-AI collaboration. Create minimal specs (specks), break them into tasks, and maintain clear boundaries for AI assistance.

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---
allowed-tools: Bash(mkdir:*), Bash(echo:*), Bash(test:*), Bash(ls:*), Write
description: Initialize a new specification
argument-hint: <feature-description>
---
## Current Spec Status
!`ls -d spec/[0-9][0-9][0-9]-* 2>/dev/null | wc -l | xargs -I {} echo "Total specs: {}"`
## Your Task
Initialize a new specification directory for feature: $ARGUMENTS
**Steps:**
1. **Check for CLAUDE.md**
- Test if `CLAUDE.md` exists in project root
- If missing, display warning:
```
⚠️ No CLAUDE.md found. SPECKL works best when your project has a CLAUDE.md file with:
- Project overview and tech stack
- Explicit non-goals (what you're NOT building)
- Key constraints (performance, compliance, tech limits)
- Design values (guiding principles)
This helps `/spkl:spec` create better, more contextual specifications.
```
2. **Extract and validate short name**
- Analyze the feature description in `$ARGUMENTS`
- Extract a concise, descriptive folder name (2-4 words max)
- Convert to kebab-case (lowercase, hyphens between words)
- Use only alphanumeric characters and hyphens
- Confirm the extracted name captures the essence of the feature
3. **Create spec/ directory if it doesn't exist**
4. **Determine next sequential ID**
- Parse existing `spec/[0-9][0-9][0-9]-*` directories
- Calculate next number (001, 002, ..., 010, 011, etc.)
5. **Create specification directory**
- Format: `spec/[ID]-<extracted-name>/`
- Verify creation succeeded
6. **Create README.md with description**
- Write `spec/[ID]-<extracted-name>/README.md`
- Format the original user description as markdown
- Use clear heading structure:
```markdown
# <feature title>
## Description
[Original user description]
```
7. **Update tracking file**
- Write `[ID]-<extracted-name>` to `spec/.current`
- This becomes the active spec for `/spkl:spec` and `/spkl:tasks`
8. **Provide clear feedback**
- Show extracted folder name
- Show created directory path
- Confirm README.md contains the full description
- Explain next step: run `/spkl:spec` to create spec.md
Use Bash and Write tools as needed. Handle errors gracefully.

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---
allowed-tools: Bash(cat:*), Bash(ls:*), Bash(test:*), Bash(touch:*), Bash(find:*), Bash(mkdir:*), Write. Web
description: Create or review specification
argument-hint: "feature description or refinement instructions"
---
## Context
- Refinement instructions: $ARGUMENTS
- Current spec: !`cat spec/.current 2>/dev/null || echo "No active spec"`
- Project context: @CLAUDE.md
## Your Task
### Phase 0: Context Check
1. **Check for CLAUDE.md**
- If `CLAUDE.md` is not found in project root, display this warning once:
```
⚠️ No CLAUDE.md found. SPECKL works best when your project has a CLAUDE.md file with:
- Project overview and tech stack
- Explicit non-goals (what you're NOT building)
- Key constraints (performance, compliance, tech limits)
- Design values (guiding principles)
Proceeding without project context may result in less focused specifications.
```
2. **Check for README.md**
- If `spec/<current-spec>/README.md` is not found, display this warning:
```
⚠️ No README.md found in the spec directory. This file should contain the feature description
to guide spec creation. Consider running `/spkl:init "feature description"` to set up properly.
```
### Phase 1: Read Feature Description
1. **Read the README.md in the current spec directory**
- Read `spec/<current-spec>/README.md` to understand the feature description
- This is your primary source of truth for what the user wants to build
### Phase 2: Research (REQUIRED)
**Always research before proceeding:**
1. Use the README.md description to understand the feature intent and context
2. Search for similar existing implementations in the codebase
3. Research relevant best practices, technical requirements, and security/performance considerations
4. Validate assumptions about external APIs, libraries, or standards
For refinements, focus on how `$ARGUMENTS` impacts the existing spec. Present findings before Phase 3.
**Note**: The README.md acts as your research brief. Use it to guide what areas of the codebase need investigation.
### Phase 3: Spec Creation or Review
1. If `spec/<current-spec>/spec.md` **does not exist**, create it via Write with this minimal template (use README.md description and research findings to populate):
```
# <short title>
# Goal
<user/system outcome>
# Inputs
- <specific data, params, triggers - include concrete values/enums if relevant>
# Outputs
- <UI state / API / file>
# Constraints
- <stack, performance, compliance>
# Requirements
- <WHAT needs to be built, not HOW - avoid code snippets, focus on components/capabilities>
# Dependencies
- <existing systems to study before implementing - read these to understand patterns and context>
# Out of Scope
- <explicit non-goals>
# Done
- <user-observable outcomes - behaviors the user can see/test, not technical tasks>
```
2. If `spec/<current-spec>/spec.md` **exists**:
* **Print the current spec content for reference.**
* If `$ARGUMENTS` is provided, apply the refinement instructions to improve the spec.
* If `$ARGUMENTS` is empty, offer to review the spec for clarity and completeness.
* Suggest improvements as a **unified diff** (GNU diff -u format) against the existing text.
* Interpret `$ARGUMENTS` as guidance on what to clarify, tighten, or adjust (e.g., "make constraints more specific", "clarify the auth flow", "add performance requirements").
* **Do not expand scope** unless explicitly requested—focus on ambiguity removal, tighter constraints, clearer Done items.
## Critical Constraints
**Evidence-Based Suggestions Only:**
✅ **INCLUDE if there's direct evidence:**
- Systems that **already display/process this exact data type** (e.g., if transaction log shows refunds, mention it for refund reason feature)
- Areas that **must change** because they currently handle the feature being modified
- Components **explicitly named** in the user's outline or existing spec
❌ **EXCLUDE if speculative:**
- Systems that *could theoretically* use this data but don't currently (e.g., analytics that doesn't mention refunds)
- "Nice to have" integrations that aren't already connected
- Tangentially related features that *might* benefit
**Evidence test**: Before suggesting any system/area, confirm:
1. Does it **currently** handle this exact data/feature? OR
2. Did the user **explicitly mention** it in their outline?
If both answers are "no", don't include it.
## Guidelines
* KISS. Boundaries over blueprints.
* **Dependencies**: List existing systems developers should read/understand before starting. Include components you'll modify if understanding them is prerequisite.
* **Requirements**: State WHAT needs building, not HOW. No code snippets. "Create RefundReason enum", not "public enum RefundReason { ... }"
* **Done**: Observable user outcomes only. "Merchants can select refund reason" not "RefundReason enum created"
* Prefer edits that **remove ambiguity** rather than add new scope.
* Ground specs in research, not assumptions.
* If uncertain about technical details, **search first, spec second**.
* **When in doubt, leave it out.** Smaller, focused specs ship faster.
* Better to under-specify than over-promise.
* When refining, address the specific concerns in `$ARGUMENTS` while maintaining the spec's structure.
## After Completion
* For creation:
- Confirm the spec was written to `spec/<current-spec>/spec.md`
- Explain that the spec was created from the README.md description plus research findings
- Suggest running `/spkl:spec <refinements>` if changes are needed
* For refinement: Ask if user wants to apply the suggested diff

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---
allowed-tools: Bash(cat:*), Bash(test:*), Write
description: Create implementation task list
---
## Context
- Current spec: !`cat spec/.current 2>/dev/null || echo "No active spec"`
- Project context: @CLAUDE.md
## Your Task
### Phase 1: Validation
1. Verify that `spec/<current-spec>/spec.md` exists
2. If not found, inform the user to run `/spkl:spec` first
### Phase 2: Task Breakdown
Translate the spec into concrete, implementable tasks for human developers (not AI execution instructions):
- **From Requirements section**: Create concrete implementation tasks
- **From Dependencies section**: Understand context, but don't create "read X" tasks
- **From Constraints section**: Use to inform task creation, but don't duplicate them as tasks
- **From Done criteria**: Use to validate task completeness
**Structure:**
- Organize tasks into logical categories (e.g., "Core Models", "API Layer", "UI Components")
- Number categories sequentially (1, 2, 3, etc.)
- Number tasks within each category using decimal notation (1.1, 1.2, 1.3, etc.)
- Use markdown checkbox notation for each task: `- [ ] 1.1 Task description`
- Keep granularity appropriate (not too high-level, not overly detailed)
- Focus on **what** needs to be done, not **how** to do it
**Update behavior:**
- If `spec/<current-spec>/tasks.md` exists, overwrite with fresh task list (developers manually check off completed tasks)
- Save tasks to `spec/<current-spec>/tasks.md`
## Critical Constraints
- Do not include constraints, dependencies, or success criteria in the task list - those remain in the spec to guide implementation
- Test scenarios/validation may be included as tasks if helpful, but consolidate into broad validation areas rather than individual test cases
**Consolidation strategy for validation tasks:**
- Group by **system area** (e.g., "API versioning", "UI validation", "persistence")
- Group by **user flow** (e.g., "refund flows", "authentication flows")
- Typically aim for 3-5 validation tasks total, not 7+
- Example: Instead of separate tasks for "test full refund" and "test partial refund", use "Verify refund flows work correctly (full and partial)"
## Guidelines
- Tasks describe **what to build**, not implementation steps
- Avoid creating meta-tasks like "Read file X" or "Understand Y" (Dependencies section already lists these)
- Each task should be independently understandable and completable
- Tasks should map clearly back to Requirements in the spec
**Example format:**
```markdown
# <spec name>: Implementation Tasks
**1. Core Models**
- [ ] 1.1 Create RefundReason enum in transaction domain
- [ ] 1.2 Add refund_reason field to Refund model
**2. API Layer**
- [ ] 2.1 Update RefundRequest schema to include reason
- [ ] 2.2 Add validation for required reason field
**3. UI Components**
- [ ] 3.1 Add reason dropdown to refund form
- [ ] 3.2 Update refund confirmation to display selected reason
**4. Validation**
- [ ] 4.1 Verify refund flows work correctly (full and partial refunds)
- [ ] 4.2 Verify UI validation and display (dropdown, confirmation, history)
- [ ] 4.3 Verify refund reason persistence in transaction logs
```
## After Completion
- Confirm tasks were written to `spec/<current-spec>/tasks.md`
- Summarize the number of categories and tasks created

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