siddhi

from pyparsing import *

# By default, PyParsing treats \n as whitespace and ignores it
# In our grammer, \n is significant, so tell PyParsing not to ignore it
ParserElement.setDefaultWhitespaceChars(" \t")

def parse(input_string):
    def convert_prop_to_dict(tokens):
        """Convert a list of field property tokens to a dict"""
        prop_dict = {}

jwo

class Api::RegistrationsController < Api::BaseController
  
  respond_to :json
  def create

    user = User.new(params[:user])
    if user.save
      render :json=> user.as_json(:auth_token=>user.authentication_token, :email=>user.email), :status=>201
      return
    else

fennb

# Set cache dir
proxy_cache_path /var/cache/nginx levels=1:2 
                 keys_zone=microcache:5m max_size=1000m;

# Virtualhost/server configuration
server {
    listen   80;
    server_name  yourhost.domain.com;

    # Define cached location (may not be whole site)

bclinkinbeard

#!/bin/bash

# current Git branch
branch=$(git symbolic-ref HEAD | sed -e 's,.*/\(.*\),\1,')

# v1.0.0, v1.5.2, etc.
versionLabel=v$1

# establish branch and tag name variables
devBranch=develop

noeticpenguin

#
# Initialize the stuff
#
# We build the status bar item menu
def setupMenu
  menu = NSMenu.new
  menu.initWithTitle 'FooApp'
  mi = NSMenuItem.new
  mi.title = 'Hellow from MacRuby!'
  mi.action = 'sayHello:'

kyledrake

# This is Neocities' Rainbows! config file. We are using this in production to run all our web apps.
# It works really well for us and has been heavily load tested, so I wanted to share it with the community.
#
# In my opinion, this is the best way to deploy a ruby web application. Unlike EventMachine based solutions,
# it uses real ruby threads, which allows it to take advantage of the internal non-blocking IO pattern 
# in MRI.
#
# Contrary to popular belief, MRI doesn't block execution to wait on IO when you are using threads, even
# with the GIL. The requests are done concurrently for anything that is based on the IO class. This 
# includes things like Net::HTTP and even `system commands`. Grep the MRI Ruby source code for

gburd

# Documentation for HAProxy
#   http://code.google.com/p/haproxy-docs/w/list
#   http://haproxy.1wt.eu/download/1.2/doc/architecture.txt

# NOTES:
#   open files limits need to be > 256000, use ulimit -n to set (on most POSIX systems)

global
        log 127.0.0.1     local0
        log 127.0.0.1     local1 notice

showell

# This code demonstrates how CS scoping works within a file. Scroll down to the end to
# see how cross-file scoping works.

# Here are the rules.
#
#  Scoping is all lexical.  Read the file from top to bottom to determine variable scopes.
#
#   1) When you encounter any variable in the top-level nesting, its scope is top level.
#   2) Inside a function, if you encounter a variable name that still exists in an outer scope, then that
#      variable name refers to the variable in the outer scope.  (This is "closure".)

rstacruz

Rails Models

Generating models

$ rails g model User

Associations

belongs_to

has_one

AndrewRadev

ARDUINO_PATH='/usr/share/arduino/hardware/arduino/cores/arduino'
VARIANTS_PATH='/usr/share/arduino/hardware/arduino/variants/standard'
MCU='atmega328p'
F_CPU=16000000
PORT='/dev/ttyACM0'
UPLOAD_RATE=115200

CORE_SOURCES=\
	     $(ARDUINO_PATH)/wiring.c\
	     $(ARDUINO_PATH)/wiring_analog.c\