dhh

#!/usr/bin/env bash

# Abort sign off on any error
set -e

# Start the benchmark timer
SECONDS=0

# Repository introspection
OWNER=$(gh repo view --json owner --jq .owner.login)

boooeee

library(tidyverse)

n_games <- 100

# Define the teams
teams <- c("rock", "paper", "scissors")
# simulated home advantage #
home_adv<-2

# Generate the data frame

rcrowley

data "archive_file" "example" {
  output_file_mode = "0666" # before umask
  output_path      = "${path.module}/example.zip"
  source_file      = "${path.module}/example/index.js"
  type             = "zip"
}

data "aws_apigatewayv2_apis" "substrate" {
  name          = "Substrate"
  protocol_type = "HTTP"

surma

*.wasm

tobi

# Rails production setup via SQLite3 made durable by https://litestream.io/ 
# Copy this to Dockerfile on a fresh rails app. Deploy to fly.io or any other container engine. 
#
#  try locally: docker build . -t rails && docker run -p3000:3000 -it rails
#
#  in production you might want to map /data to somewhere on the host, 
#  but you don't have to!
# 
FROM ruby:3.0.2

tgross

#!/usr/bin/env bash
set -euo pipefail

help() {
    cat <<EOF
vmctl [COMMAND] [ARGS]

Launch firecracker VMs from configuration templates with networks
managed by CNI. VM configuration is stored in $VM_CONFIG_DIR
and network configuration is stored in $NET_CONFIG_DIR

gabrielsson

Minecraft on Raspberry Pi cluster with metrics

Ever wanted to put your Rapsberry Pi cluster to great use? Our team is working remotely, so we started to play Minecraft. I decided I would host the Minecraft server on my Raspberry Pi cluster. This gist will guide you through the steps I took to get a k3s cluster up with k3sup and later installed Minecraft as well as metrics exporter and Prometheus Operator

Why?

Quoniam Possumus - Because we can

You'll need

hunterloftis

3 Ways to design the lightmap API

The purpose of the module is to create and update path-traced 2D lightmaps. For example, to create interesting dynamic top-down lighting in a 2D game.

Option 1: Trace on lightmap

lm := lightmap.New(image.Rect(0, 0, 100, 100))
light := lightmap.Light{

kghose

/*
  Code to perform L1, L2 cache locality experiments
  https://kaushikghose.wordpress.com/2020/01/27/profiling-and-improving-cache-performance/
*/
#include <iostream>
#include <vector>

const size_t N = 1200;

class Matrix {

futpib

/* ext2scan:
 * Scans an input stream, sector by sector, for something that looks like an ext{2,3,4} partition.
 * It does this by looking for a magic WORD, 0xEF53, at a known offset into the sector.
 * For random data, this will occur by chance around once per 32MB of data, so we also
 * check whether the first two sectors are all zeros, which is commonly true for ext partitions.
 *
 * Compile with:
 * gcc ./ext2scan.c -o ./ext2scan
 *
 * Example usage: