technical-spec: Research & Knowledge for AI Agents | OpenAgentSkill

Overview

Defines environment variables, architecture design, and build/test commands. Use when configuring environment or designing architecture.

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Technical Design Rules

Prerequisite Detection

Inspect manifests, lockfiles, build/test configuration, CI definitions, and representative source files before applying a technology- or command-specific rule. Treat a tool, script, path alias, or runtime as observed only when repository evidence names it. Label conclusions from surrounding patterns as inferred. When a missing decision changes architecture, compatibility, security, or verification, stop and name the exact configuration or user decision required.

Basic Technology Stack Policy

These rules apply to a TypeScript application when repository configuration confirms that stack. Select architecture by mapping current requirements and accepted constraints to explicit module responsibilities, dependency direction, data flow, and verification boundaries.

Environment Variable Management and Security

Environment Variable Management

Centrally manage environment variables and the build-time validation mechanism that enforces their type safety
Read environment variables through one typed configuration boundary; application code consumes validated configuration values
Give a variable a default only when requirements define valid behavior for absence; otherwise fail configuration validation with the variable name and expected format

Security

Keep local .env files outside version control and provide non-secret example files for required variable names
Load API keys and secrets from the configured secret store or runtime environment boundary
Log and return only fields approved for the current trust boundary; redact credentials, tokens, personal data, and internal diagnostics before returning data across an untrusted boundary

Architecture Design

Architecture Design Principles

Select architecture using these observable decisions:

Responsibilities: Each module/layer names the behavior it owns and the behavior it delegates
Dependency direction: Imports and runtime calls follow the project boundary rules observed in configuration or representative implementations
State/data ownership: Each persisted or mutable value has one authoritative owner
Verification boundary: Each public contract has a unit, integration, or E2E check that can observe it

Unified Data Flow Principles

Basic Principles

Single Data Source: Store the same information in only one place
Structured Data Priority: Use parsed objects rather than JSON strings
Responsibility Separation: Each layer names the data or behavior it owns and the boundary through which other layers use it

Data Flow Best Practices

Validation at Input: Validate data at input layer and pass internally in type-safe form
Centralized Transformation: Consolidate data transformation logic in dedicated utilities
Structured Logging: Output structured logs at each stage of data flow

Build and Testing

Select the package manager from the packageManager field, lockfile, or established CI command in that order. Execute only scripts present in the selected manifest.

Build Commands

build - TypeScript build
type-check - Type check (no emit)

Testing Commands

test - Run tests

Quality Assurance Mechanism Awareness

Before executing quality checks, identify what quality mechanisms exist for the change area:

Primary detection: inspect the change area's file types, project manifest, and configuration to identify applicable quality tools
- Check CI pipeline definitions for checks that cover the affected paths
- Check for domain-specific linter or validator configurations (e.g., schema validators, API spec validators, configuration file linters)
- Check for domain-specific constraints in project configuration (naming rules, length limits, format requirements)
When a task file supplies Operation Verification Methods, run them as task-specific checks
Include discovered domain-specific checks alongside standard quality phases below

Quality Check Requirements

Quality checks are mandatory upon implementation completion:

Phase 1-3: Code Quality Checks

Auto-detect and execute the following from package.json scripts:
- lint + format check
- Detect unused exports
- Detect circular dependencies
- TypeScript build

Transition evidence: every applicable static/domain check exits successfully. A missing required script is reported with the manifest/configuration path and blocks the next phase until an equivalent established command is identified.

Phase 4: Tests

test - Test execution

Transition evidence: all applicable configured test suites pass, or an environment-dependent suite is recorded as blocked with its exact prerequisite.

Phase 5: Code Quality Re-verification

check:code - Re-verify code quality (clean up side effects from test fixes in Phase 4)

Completion evidence: static/domain checks still pass after test-related fixes, the build succeeds, and every required test has passed or is explicitly blocked.

Auxiliary Commands

check:all - Overall integrated check (check:code + test) *for manual batch verification
format - Format fixes
lint:fix - Lint fixes

Troubleshooting

Dependency errors: First record the failing resolver output, selected package manager, manifest, and lockfile state. Use the repository's established clean-install command only when it preserves the lockfile and generated artifacts; request approval before an operation that removes or regenerates dependency state

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File metadata

name: technical-spec
description: Defines environment variables, architecture design, and build/test commands. Use when configuring environment or designing architecture.

View original text

---
name: technical-spec
description: Defines environment variables, architecture design, and build/test commands. Use when configuring environment or designing architecture.
---

# Technical Design Rules

## Prerequisite Detection

Inspect manifests, lockfiles, build/test configuration, CI definitions, and representative source files before applying a technology- or command-specific rule. Treat a tool, script, path alias, or runtime as observed only when repository evidence names it. Label conclusions from surrounding patterns as inferred. When a missing decision changes architecture, compatibility, security, or verification, stop and name the exact configuration or user decision required.

## Basic Technology Stack Policy
These rules apply to a TypeScript application when repository configuration confirms that stack. Select architecture by mapping current requirements and accepted constraints to explicit module responsibilities, dependency direction, data flow, and verification boundaries.

## Environment Variable Management and Security

### Environment Variable Management
- Centrally manage environment variables and the build-time validation mechanism that enforces their type safety
- Read environment variables through one typed configuration boundary; application code consumes validated configuration values
- Give a variable a default only when requirements define valid behavior for absence; otherwise fail configuration validation with the variable name and expected format

### Security
- Keep local `.env` files outside version control and provide non-secret example files for required variable names
- Load API keys and secrets from the configured secret store or runtime environment boundary
- Log and return only fields approved for the current trust boundary; redact credentials, tokens, personal data, and internal diagnostics before returning data across an untrusted boundary

## Architecture Design

### Architecture Design Principles
Select architecture using these observable decisions:

- **Responsibilities**: Each module/layer names the behavior it owns and the behavior it delegates
- **Dependency direction**: Imports and runtime calls follow the project boundary rules observed in configuration or representative implementations
- **State/data ownership**: Each persisted or mutable value has one authoritative owner
- **Verification boundary**: Each public contract has a unit, integration, or E2E check that can observe it

## Unified Data Flow Principles

#### Basic Principles
1. **Single Data Source**: Store the same information in only one place
2. **Structured Data Priority**: Use parsed objects rather than JSON strings
3. **Responsibility Separation**: Each layer names the data or behavior it owns and the boundary through which other layers use it

#### Data Flow Best Practices
- **Validation at Input**: Validate data at input layer and pass internally in type-safe form
- **Centralized Transformation**: Consolidate data transformation logic in dedicated utilities
- **Structured Logging**: Output structured logs at each stage of data flow

## Build and Testing
Select the package manager from the `packageManager` field, lockfile, or established CI command in that order. Execute only scripts present in the selected manifest.

### Build Commands
- `build` - TypeScript build
- `type-check` - Type check (no emit)

### Testing Commands
- `test` - Run tests

### Quality Assurance Mechanism Awareness

Before executing quality checks, identify what quality mechanisms exist for the change area:
- Primary detection: inspect the change area's file types, project manifest, and configuration to identify applicable quality tools
  - Check CI pipeline definitions for checks that cover the affected paths
  - Check for domain-specific linter or validator configurations (e.g., schema validators, API spec validators, configuration file linters)
  - Check for domain-specific constraints in project configuration (naming rules, length limits, format requirements)
- When a task file supplies Operation Verification Methods, run them as task-specific checks
- Include discovered domain-specific checks alongside standard quality phases below

### Quality Check Requirements

Quality checks are mandatory upon implementation completion:

**Phase 1-3: Code Quality Checks**
- Auto-detect and execute the following from package.json scripts:
  - lint + format check
  - Detect unused exports
  - Detect circular dependencies
  - TypeScript build

**Transition evidence**: every applicable static/domain check exits successfully. A missing required script is reported with the manifest/configuration path and blocks the next phase until an equivalent established command is identified.

**Phase 4: Tests**
- `test` - Test execution

**Transition evidence**: all applicable configured test suites pass, or an environment-dependent suite is recorded as blocked with its exact prerequisite.

**Phase 5: Code Quality Re-verification**
- `check:code` - Re-verify code quality (clean up side effects from test fixes in Phase 4)

**Completion evidence**: static/domain checks still pass after test-related fixes, the build succeeds, and every required test has passed or is explicitly blocked.

### Auxiliary Commands
- `check:all` - Overall integrated check (check:code + test) *for manual batch verification
- `format` - Format fixes
- `lint:fix` - Lint fixes

### Troubleshooting
- **Dependency errors**: First record the failing resolver output, selected package manager, manifest, and lockfile state. Use the repository's established clean-install command only when it preserves the lockfile and generated artifacts; request approval before an operation that removes or regenerates dependency state

Review the source

Skill source recorded

Skill instructions are recorded. This is not a runtime test, safety guarantee or compatibility certification.

Review before install: Avoid automatic install

License: MIT

Permission surface may require sandboxing
Quality score needs review
Permission surface needs review: secrets or environment access, shell or command execution
Stars/forks activity: 228 stars, 26 forks; issue activity unavailable in current metadata
Permission surface: secrets or environment access, shell or command execution

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3Check the output and changed files. Report only what actually ran; keep the source revision for reproduction.

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Source & usage notes

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Repository metadata and review signals are advisory. Popularity, source discovery and successful execution are different facts.

Source repository: shinpr/ai-coding-project-boilerplate
License: MIT
Version: 1.0.0
Last GitHub push: Sep 1, 2026
Registry updated: Sep 3, 2026
Instruction path: .claude/skills-en/technical-spec/SKILL.md @ 363b0ee360e6

Version reported in registry metadata; check source releases before relying on it.

Quality

70/100

Strong

Trust

66/100

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