coding-rules-enforcement

name	coding-rules-enforcement
description	Generate hard enforcement tooling (ESLint, Ruff, golangci-lint, dependency-cruiser, pre-commit, arch tests, CI) from SDL

Coding Rules Enforcement Generator

Turns advisory coding rules into hard gates — linters, module boundary checks, architecture tests, pre-commit hooks, and CI workflows. All configs are derived deterministically from the SDL document.

Input: SDL document (via artifacts.generate including coding-rules-enforcement) Output: Language-specific linter configs, dependency-cruiser rules, pre-commit hooks, architecture tests, CI workflow

API: POST /api/sdl/generate with artifactType: "coding-rules-enforcement" (no dedicated route)

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What It Generates

Language Detection

The generator inspects architecture.projects.backend[] and frontend[] frameworks to determine which configs to produce:

Framework	Language	Configs Generated
nodejs	TypeScript	ESLint, dependency-cruiser, arch tests
nextjs, react, vue, angular, svelte	TypeScript	ESLint (with React hooks/a11y if applicable)
python-fastapi	Python	Ruff + Mypy config
go	Go	golangci-lint config
java-spring	Java	ArchUnit tests
dotnet-8	C#	NetArchTest tests

Files Produced

File	Language	Purpose
.eslintrc.sdl.js	TypeScript/JS	Custom ESLint rules from SDL architecture
pyproject.sdl.toml	Python	Ruff lint + Mypy strict + pytest coverage config
.golangci.sdl.yml	Go	16+ linters with complexity limits
.dependency-cruiser.sdl.cjs	TypeScript/JS	Module boundary enforcement (modular-monolith/microservices)
.lintstagedrc.sdl.json	All	Pre-commit hook command mapping
.husky/pre-commit	All	Git pre-commit hook script
__tests__/architecture.sdl.test.ts	TypeScript	Architecture conformance tests
src/test/java/architecture/ArchitectureTest.java	Java	ArchUnit architecture tests
tests/Architecture.Tests/ArchitectureTests.cs	.NET	NetArchTest architecture tests
.github/workflows/enforce-architecture.yml	All	CI gate workflow

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ESLint Rules (TypeScript/JS)

20+ rules enforced:

• @typescript-eslint/no-explicit-any: error — no any type
• max-params: 3 — max function parameters
• no-console: error (allow warn) — no console.log in production
• no-var, prefer-const — modern variable declarations
• no-magic-numbers: warn — avoid unlabeled constants
• max-depth: 3 — max nesting depth
• max-lines: 500 — max file size
• max-lines-per-function: 50 — max function length
• @typescript-eslint/consistent-type-imports — type-only imports
• import/no-cycle — no circular imports
• import/order — enforced import ordering
• @typescript-eslint/naming-convention — camelCase functions, PascalCase types, UPPER_CASE enums
• @typescript-eslint/no-floating-promises — no unhandled promises
• no-await-in-loop: warn — avoid sequential async in loops
• @typescript-eslint/no-unused-vars — no dead code

React-specific (when frontend uses React/Next.js):

• react-hooks/rules-of-hooks — hook call rules
• react-hooks/exhaustive-deps — dependency arrays
• jsx-a11y/* — accessibility rules (alt-text, valid anchors, key events, labels)

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Dependency Cruiser Rules (Module Boundaries)

Generated when architecture.style is modular-monolith or microservices:

Rule	Severity	What It Prevents
no-circular	error	Circular dependencies
no-cross-module-internals	error	Importing another module's internal files (only .interface.ts and .types.ts allowed)
no-db-in-routes	error	Routes importing database directly
no-repository-in-routes	error	Routes bypassing services to access repositories
shared-no-module-imports	error	Shared utilities depending on business modules
orm-only-in-repositories-{name}	error	ORM package imported outside repository files

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Architecture Tests

TypeScript (__tests__/architecture.sdl.test.ts)

• Module Boundaries: No module imports another module's repository or internal files
• Data Access Patterns: Service files don't use database client directly; route files don't import repositories
• Security: No hardcoded secrets (Stripe keys, Anthropic keys, base64 keys)
• Dependency Graph: Runs dependency-cruiser validation (modular-monolith/microservices)
• Coverage: Validates coverage target from SDL testing.coverage.target

Java (ArchitectureTest.java with ArchUnit)

• Controllers don't access repositories
• Services don't depend on controllers
• Repositories don't depend on services
• No cyclic package dependencies
• Per-module internal access restrictions

.NET (ArchitectureTests.cs with NetArchTest)

• Controllers don't reference repositories
• Services don't depend on controllers
• Repositories don't depend on services

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CI Workflow (.github/workflows/enforce-architecture.yml)

Runs on PR to main/develop and push to main. Jobs by language:

Job	Steps
lint-typescript	npm ci → ESLint → dependency-cruiser → architecture tests
lint-python	pip install → ruff check → ruff format → mypy → pytest with coverage
lint-go	golangci-lint → go test with coverage threshold
lint-java	mvnw verify (includes ArchUnit)
lint-dotnet	dotnet restore → dotnet test Architecture.Tests
commit-lint	commitlint (conventional commits)

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SDL Sections Used

SDL Section	What It Controls
architecture.projects.backend[].framework	Which language configs to generate
architecture.projects.frontend[].framework	React hooks/a11y rules, TypeScript linting
architecture.style	Enables dependency-cruiser module boundary rules
architecture.services[]	Module names for cross-module import restrictions
architecture.projects.backend[].orm	ORM-specific import restrictions
testing.coverage.target	Coverage enforcement threshold in CI

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Relationship to Coding Rules (Advisory)

Aspect	coding-rules	coding-rules-enforcement
Output	CLAUDE.md, .cursorrules, copilot-instructions.md	ESLint, Ruff, golangci-lint, tests, CI
Enforcement	Advisory (AI tool reads them)	Hard gates (CI blocks violations)
Scope	27+ categories of architecture rules	Linting, boundaries, secrets, coverage
When	Always useful	When team needs CI-level enforcement

Both are triggered via artifacts.generate in SDL. Use coding-rules alone for AI-guided development, add coding-rules-enforcement for automated CI gates.