Primitives

python-waf

Python coding standards aligned with Azure Well-Architected Framework pillars — secure credential handling, async patterns, structured error handling, cost-aware AI integration, and production-ready testing.

• security
• reliability
• cost-optimization
• performance-efficiency

rust-waf

Rust coding standards — ownership, lifetimes, Result<T,E>, serde, tokio async, and memory safety patterns.

• security
• performance-efficiency
• reliability

salesforce-apex-waf

Salesforce Apex standards — bulkification, governor limits, trigger patterns, and testing.

• reliability
• security

shell-waf

Shell scripting standards — set -euo pipefail, safe expansions, quoting, and portable POSIX patterns.

• security
• reliability

springboot-waf

Spring Boot standards — constructor injection, profiles, YAML config, and production patterns.

• reliability
• security
• operational-excellence

taming-copilot-waf

Taming Copilot — prevent overreach, enforce constraints, verify before executing, undo patterns.

• security
• reliability

terraform-waf

Terraform standards — latest providers, modular design, state safety, and secrets management.

• operational-excellence
• security
• reliability

trpc-waf

tRPC standards — router design, middleware, error handling, type-safe API calls, input validation.

• reliability
• security

typescript-mcp-development

TypeScript MCP server development standards — @modelcontextprotocol/sdk patterns, Zod parameter schemas, McpServer class, stdio/SSE transports, and npm publishing for distribution.

• security
• reliability
• performance-efficiency

typescript-waf

TypeScript/JavaScript coding standards aligned with Azure WAF pillars — secure credential handling, async patterns, Zod validation, structured error handling, and production-ready testing with Vitest.

• security
• reliability
• performance-efficiency

zod-waf

Zod validation standards — schema design, type inference, transform, error messages, API input validation.

• security
• reliability