jgaskins

require 'set'

class NoNilSet
  include Enumerable
  
  def initialize(values=[])
    @set = Set.new
    @set += Array(values).compact
  end

jc00ke

require 'ffi'

module Rust
  module Uuid
    extend FFI::Library

    ffi_lib './librust_uuid-2b1863329f7b31d9-0.1.so'
    attach_function :asdf, [], :string
    attach_function :uuid_str, [], :void
  end

jc00ke

\copy (
  select
    name,
    unit_price
  from
    widgets
) to 'widgets.csv' with (FORMAT CSV, force_quote *, header);

jc00ke

-- $> PGTZ=PST8PDT psql
-- If the PGTZ environment variable is set in the frontend environment 
-- of a client based on libpq, libpq will automatically SET TIMEZONE to 
-- the value of PGTZ during connection start-up.

select
  created_at,
  created_at at time zone 'UTC' at_tz_utc,
  created_at at time zone 'PST' at_tz_pst,
  created_at at time zone 'PST' - interval '8 hours' at_tz_pst_minus_8_hours

jc00ke

$> ag FOO some_file | awk 'split($0, a, "\"") { print $2, $3 }'
FOO_WIDGET_COUNT=1
FOO_WIDGET_NAME="Black Jack Johnson"

mattvv

#this is a very simple, work in progress helper method for stubbing the stripe checkout.js

#this creates a fake server that will generate stripe token as if it's coming from stripe. So we can test credit card input
class FakeStripe < Sinatra::Base
  def self.boot
    instance = new
    Capybara::Server.new(instance).tap { |server| server.boot }
  end

  get '/checkout.js' do

jodosha

source 'https://rubygems.org'

gem 'rake'
gem 'lotus-router'
gem 'lotus-controller'
gem 'lotus-view'

group :test do
  gem 'rspec'
  gem 'capybara'

garybernhardt

This tool is used to compare microbenchmarks across two versions of code. It's
paranoid about nulling out timing error, so the numbers should be meaningful.
It runs the benchmarks many times, scaling the iterations up if the benchmark
is extremely short, and it nulls out its own timing overhead while doing so. It
reports results graphically with a text interface in the terminal.

You first run it with --record, which generates a JSON dotfile with runtimes
for each of your benchmarks. Then you change the code and run again with
--compare, which re-runs and generates comparison plots between your recorded
and current times. In the example output, I did a --record on the master

jc00ke

#compdef tmuxinator mux

# zsh completion for tmuxinator

# Install:
# $ mkdir -p ~/.tmuxinator/completion
# $ cp _tmuxinator ~/.tmuxinator/completion
# $ vi ~/.zshrc  # add the following codes
# fpath=($HOME/.tmuxinator/completion ${fpath})
# autoload -U compinit

jc00ke

#!/bin/sh
# Cisco Anyconnect CSD wrapper for OpenConnect

CSTUB="$HOME/.cisco/hostscan/bin/cstub"


$ARCH=$(uname -m)

if [[ "$ARCH" == "x86_64" ]]
then