inchoate

# ╔══════════════════════════════════════════════════════════════════╗
# ║  tmux.conf — Ghostty + Claude Code + Neovim                      ║
# ║  OSC 52 clipboard · vi copy mode · session persistence           ║
# ╚══════════════════════════════════════════════════════════════════╝


# ── Terminal & Color ──────────────────────────────────────────────
# Ghostty supports true color and undercurl natively.
# We set tmux-256color as the base, then add Ghostty-specific
# capabilities: RGB (true color), styled underlines, overlines.

inchoate

Logging Best Practices

A practical guide to structured logging for production services, with emphasis on observability platforms like Datadog, Splunk, and CloudWatch.

---

1. Log Levels - When to Use Each

CRITICAL  →  System is unusable, wake someone up at 3am

inchoate

# Python Project Refactor Playbook

A comprehensive guide for refactoring monolithic Python applications (Flask, Django, FastAPI) into maintainable, production-ready codebases.

## 📋 Pre-Refactoring Assessment

### 1. Current State Analysis
```bash
# Analyze codebase structure
find . -name "*.py" -exec wc -l {} + | sort -nr

inchoate

Frontend Dashboard Refactoring Playbook

Based on the successful refactoring patterns I've seen before, here's a comprehensive playbook for refactoring another frontend. This guide will help another agent execute the same high-quality refactoring.

📋 Pre-Refactoring Checklist

  1. Analyze Current Structure
    - Map out all files in the dashboard directory

inchoate

#!/bin/bash

# cycle_stack.sh - Script to tear down and rebuild Docker Compose services
# Usage: ./cycle_stack.sh [service_name1] [service_name2] ...

set -e # Exit on error

# Check if Docker Compose is installed
if ! command -v docker compose &>/dev/null; then
    echo "Error: docker compose is not installed or not in PATH"

inchoate

# Makefile for managing Python dependencies with uv
#
# I built this because I got tired of juggling uv, pip, pyproject.toml,
# and requirements.txt by hand. This Makefile gives me fast, reproducible
# dependency management without forgetting to freeze, clean, or sync anything.
#
# Were I smarter I'd probably not have to do this. But, alas, I'm not.
#
# Key commands:
#

inchoate

syncwrap

syncwrap is a light and elegant solution for running asynchronous functions in a synchronous environment. This helper neatly packages your async tasks, handling event loop creation and cleanup so you don’t have to.

Code

import asyncio

def run_async_safely(async_func, *args, **kwargs):

inchoate

#!/bin/zsh

# Usage:
#     ./download_site.sh {URL}


url=$1
output_dir="./sites"

inchoate

Moving from Sync to Async in FastAPI with SQLModel? Here's What You Need to Know!

Switching from a synchronous setup to an asynchronous one in your FastAPI/SQLModel app can bring some challenges. When making this switch, several important details need attention, especially around async sessions, avoiding misuse of await, and correctly handling relationships between tables.

A Typical Synchronous Setup:

# sync version
engine = create_engine(database_settings.pg_connection_string)
session = sessionmaker(bind=engine)

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Ran Out of Database Connections on Your SQLModel App? Here’s a Quick Fix!

Problem:

You might have run into a situation where your SQLModel app unexpectedly runs out of database connections. If that sounds familiar, you probably have something like this in your code:

# utils/db.py
def get_db():
 """A utility function to grab a database session."""