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Use when expanding a README-based dApp description into a full specification with user stories and acceptance criteria.
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Basado en la clasificación ocupacional SOC
| name | dapp-sdd:specify |
| description | Use when expanding a README-based dApp description into a full specification with user stories and acceptance criteria. |
Expands a user's README.md dApp description into a comprehensive specification.
The user's README.md containing:
A structured specification saved to .dapp-sdd/spec.md containing:
Format each as:
### US{N}: {Title}
**As a** developer learning Midnight
**I want to** {action}
**So that** {benefit}
**Acceptance Criteria:**
- [ ] AC1: {Specific, testable criterion}
- [ ] AC2: {Specific, testable criterion}
- [ ] AC3: {Specific, testable criterion}
Explicitly list what this example does NOT cover to keep it focused.
.dapp-sdd/spec.mdInvoke these skills to validate the specification:
compact-core:language-reference - Verify Compact concepts are correctly referencedmidnight-dapp:* - Ensure dApp patterns are appropriate# {DApp Name} Specification
## Overview
**Purpose:** Demonstrate {concept} in Midnight
**Target Audience:** Developers learning {topic}
**Learning Outcomes:**
- Understand how to {outcome 1}
- Learn to {outcome 2}
## User Stories
### US1: Basic Contract Interaction
**As a** developer learning Midnight
**I want to** deploy and interact with a simple contract
**So that** I understand the basic development workflow
**Acceptance Criteria:**
- [ ] Contract compiles without errors
- [ ] Contract deploys to local network
- [ ] CLI can call contract circuits
### US2: {Second Story}
...
## Technical Requirements
### Compact Contract
- Circuit: `{name}` - {purpose}
- State: `{field}` - {description}
### TypeScript Integration
- `deploy.ts` - Deployment script
- `cli.ts` - Interactive CLI
### Privacy Model
- Private: {what's private}
- Public: {what's public}
## Out of Scope
- Production deployment
- Error recovery
- Multiple users
Use when encountering "potential witness-value disclosure" compiler errors, implementing commit-reveal patterns, working with persistentCommit/transientCommit vs persistentHash/transientHash, or designing privacy-preserving circuits with proper witness protection.
Use when asking about zero-knowledge proofs, ZK SNARKs, circuit compilation, witness data, prover/verifier roles, constraints, or how Midnight uses ZK for privacy.
Use when subscribing to real-time blockchain events, setting up WebSocket connections, monitoring contract state changes, building live dashboards, or implementing push notifications from Midnight.
Use when querying the Midnight indexer for blockchain data, fetching account balances, listing transactions, reading contract state, or building data-driven DApp backends.
Use when caching ZK proofs for performance, implementing proof cache invalidation, storing verification results, caching intermediate proof components, or building distributed proof caches with Redis.
Use when generating ZK proofs server-side, building proof-as-a-service backends, offloading proof computation from clients, creating proof generation queues, or implementing async proof generation.