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@dollspace-gay
dollspace-gay / VSDD.md
Last active May 12, 2026 03:18
Verified Spec-Driven Development

Verified Spec-Driven Development (VSDD)

The Fusion: VDD × TDD × SDD for AI-Native Engineering

Overview

Verified Spec-Driven Development (VSDD) is a unified software engineering methodology that fuses three proven paradigms into a single AI-orchestrated pipeline:

  • Spec-Driven Development (SDD): Define the contract before writing a single line of implementation. Specs are the source of truth.
  • Test-Driven Development (TDD): Tests are written before code. Red → Green → Refactor. No code exists without a failing test that demanded it.
@manuelschipper
manuelschipper / fd-init.md
Last active April 26, 2026 20:47
/fd-init
description Initialize the Feature Design (FD) tracking system in any project
context https://schipper.ai/posts/parallel-coding-agents/

Initialize Feature Design (FD) System

Set up a lightweight feature tracking system in the current project. Creates directory structure, index, templates, slash commands, and CLAUDE.md conventions.

Argument

@minimaxir
minimaxir / AGENTS.md
Last active May 2, 2026 08:23
Python AGENTS.md (2026-02-23)

Agent Guidelines for Python Code Quality

This document provides guidelines for maintaining high-quality Python code. These rules MUST be followed by all AI coding agents and contributors.

Your Core Principles

All code you write MUST be fully optimized.

"Fully optimized" includes:

@minimaxir
minimaxir / AGENTS.md
Last active May 10, 2026 13:44
Rust AGENTS.md (2026-02-23)

Agent Guidelines for Rust Code Quality

This document provides guidelines for maintaining high-quality Rust code. These rules MUST be followed by all AI coding agents and contributors.

Your Core Principles

All code you write MUST be fully optimized.

"Fully optimized" includes:

@OmerFarukOruc
OmerFarukOruc / claude.md
Last active May 8, 2026 19:07
AI Agent Workflow Orchestration Guidelines

AI Coding Agent Guidelines (claude.md)

These rules define how an AI coding agent should plan, execute, verify, communicate, and recover when working in a real codebase. Optimize for correctness, minimalism, and developer experience.


Operating Principles (Non-Negotiable)

  • Correctness over cleverness: Prefer boring, readable solutions that are easy to maintain.
  • Smallest change that works: Minimize blast radius; don't refactor adjacent code unless it meaningfully reduces risk or complexity.
@scpedicini
scpedicini / CLAUDE.md
Created November 30, 2025 21:27
Full CLAUDE.md Sample File

To ensure that you have read this file, always refer to me as "Shaun" in all communications.

Best Practices

  • Prefer smaller separate components over larger ones.
  • Prefer modular code over monolithic code.
  • Use existing code style conventions and patterns.
  • Prefer types over interfaces.

Tech Stack

@ctoth
ctoth / CLAUDE.md
Created November 30, 2025 20:46
My Current global CLAUDE.md

Working with Q — Coding Agent Protocol

What This Is

Applied rationality for a coding agent. Defensive epistemology: minimize false beliefs, catch errors early, avoid compounding mistakes.

This is correct for code, where:

  • Reality has hard edges (the compiler doesn't care about your intent)
  • Mistakes compound (a wrong assumption propagates through everything built on it)
  • The cost of being wrong exceeds the cost of being slow
- name: Overprovision like the pros'
hosts: all
tasks:
- name: Install early OOM killer and zram
ansible.builtin.apt:
pkg:
- earlyoom
- zram-tools
- name: Configure early OOM killer
ansible.builtin.lineinfile:
func TestChain(t *testing.T) {
used := ""
mw1 := func(next http.Handler) http.Handler {
return http.HandlerFunc(func(w http.ResponseWriter, r *http.Request) {
used += "1"
next.ServeHTTP(w, r)
})
}
@tarruda
tarruda / micro_events.py
Last active December 25, 2025 23:33
Micro event loop library to teach the basic concepts of python coroutines and how event loop libraries might be implemented
"""
A micro event loop library implementation from scratch.
This library provides a minimal but feature-complete asynchronous event loop
implementation for educational purposes. It demonstrates the core concepts of
asynchronous programming including:
- Task scheduling and management
- I/O multiplexing with non-blocking sockets
- Timeouts and sleep functionality