veryhappythings

" Put your cursor on an argument and user leader-w/leader-b to move it back and forth through the arg positions.
" Can't handle quotes and suchlike, but it's a start.
nmap <leader>w "adiww"sdw"aPF,"sPww
nmap <leader>b "sdiwF,b"adiw"sPww"aPbbb

veryhappythings

#!/usr/bin/env python

# By Jeff Winkler, http://jeffwinkler.net
# http://jeffwinkler.net/2006/04/27/keeping-your-nose-green/
#
# Modified a little by Mac
# It'll loop forever and run tests whenever any code changes.

import glob,os,stat,time,sys,re
import optparse

veryhappythings

So you want to fork your own repo?

I guess you want to take an existing code base as a starting point, and then alter it. Let's call our inital repo A.

[repoexample] ➔ pwd
/Users/mac/Documents/code/repoexample
[repoexample] ➔ ls
A

veryhappythings

So you want to fork your own repo?

I guess you want to take an existing code base as a starting point, and then alter it. Let's call our inital repo A.

[repoexample] ➔ pwd
/Users/mac/Documents/code/repoexample
[repoexample] ➔ ls
A

veryhappythings

execute 'apt-key adv --keyserver keyserver.ubuntu.com --recv 7F0CEB10' do
  user 'root'
end

ubuntu_version = node[:platform_version]
ubuntu_version.gsub! '.0', '.'
execute "echo 'deb http://downloads.mongodb.org/distros/ubuntu #{ubuntu_version} 10gen' >> /etc/apt/sources.list" do
  user 'root'
  not_if 'grep mongodb /etc/apt/sources.list'
end

veryhappythings

" Display wordcount
set laststatus=2
fun! NanoWC()
    set stl=%{system('wc\ '.\ expand('%'))}
endfun
autocmd BufWritePost * :call NanoWC()

veryhappythings

start-stop-daemon \
--start \
--pidfile=/path/to/ssh_tunnel.pid \
-b \
--exec /usr/bin/ssh -- \
-i /path/to/my_ssh_key \
-N \
-o UserKnownHostsFile=/dev/null -o StrictHostKeyChecking=no \
-f \
-L 27017:localhost:27017 username@myserver.example.com

veryhappythings

#!/bin/bash

# It doesn't get more efficient than this.
git pull $@ && git push $@

veryhappythings

num = ARGV[0].to_i
x = num
y = num - 2

grid = Array.new(y) { Array.new(x, '*')}

required_spiral_depth = x / 4 + 1

(1..required_spiral_depth*2).step(2) do |spiral_depth|
  (spiral_depth..y-spiral_depth).each do |i|

veryhappythings

#### mymodule.py ####

class ExampleClass(object):
    pass

#### example.py ####

# Anything imported using a from statement does not get 
# reloaded when the enclosing module is reloaded.
from mymodule import ExampleClass