Hunter Boyd hunterjsb

tritium | desktop client

Tritium is a RAM-only, zero-dependency key-value store that speaks the Redis protocol. A node is a small Go server in front of a RESP store (Valkey, Redis, Garnet). Any Redis client talks to any node.

Persistence model

Nothing persists. Stores run with --save "" --appendonly no; every key carries a TTL (default 17600 s).
Shard and replicate at the store level. Each node owns one RESP primary; replicate that however you like (the compose file gives each one a replica).
Scale horizontally at the node level. A write goes to the node's own primary with SETEX, then fans out to every other node's primary. Reads are local. Any node answers for any key.

Super-Sod Book Club 📚

May 2024 - Race Conditions and Memory in Golang

🏁 Reading 1: A Study of Real-World Data Races in Golang

Two Uber engineers break down practical examples of how they detected, approached, and fixed race conditions at their company. They created a detected, which they claim:

We have deployed this detector in Uber’s 46 million lines of Go codebase hosting 2100 distinct microservices, found over 2000 data races, and fixed over 1000 data races, spanning 790 distinct code patches submitted by 210 unique developers over a six-month period.

Conversation Cosmos Doc

This document describes the structure of the JSON payload used in the system and consequently how it will be stored in Cosmos.

Payload Structure

The JSON payload consists of the following fields:

exchange (string): Specifies the platform where the item is listed. It can be either "marketplace" or "offerup".

	# golang project to clipboard
	find . \( -path "/.venv/" -o -path "/__pycache__/" \) -prune -o -type f \( -name ".go" -o -name ".sh" -o -iname "readme*" \) -print0 \| while IFS= read -r -d '' file; do printf '################################################################################\n# File: %s\n################################################################################\n\n' "$file"; cat "$file"; printf '\n\n'; done \| xsel -ib

	# wails to clipboard
	find . -path "/node_modules/" -prune -o -type f \( -iname ".go" -o -iname ".js" -o -iname ".ts" -o -iname ".css" -o -iname "*.html" \) -print0 \| while IFS= read -r -d '' file; do printf '################################################################################\n# File: %s\n################################################################################\n\n' "$file"; cat "$file"; printf '\n\n'; done \| xsel -ib

	# :3

	#!/bin/bash

	echo "Debug: Starting monitor toggle script"

	# Get the current state of the monitors
	monitors=$(xrandr --query \| grep " connected" \| awk '{print $1}')
	echo "Debug: Connected monitors: $monitors"

	# Check if all monitors are in use
	all_on=0