woods

  # A helper for determining which partner site we're on. This can be
  # used for setting a CSS class on the body tag in the layout, or 
  # for referencing namespaced assets or translations. 
  def parner(host=request.host)
    if $ENV['PARTNER'] == 'graduate' || host =~ /graduate/i
      'graduate'
    elsif $ENV['PARTNER'] == 'schreyer' || host =~ /schreyer/i
      'schreyer'
    else
      # decide whether to fail or default to one of the above

woods

# Include this module into your fake models to get some helpful default functionality.
#
# Example usage:
#
#     class AuxiliaryOfficer
#       include FakeModel
#
#       attr_accessor :name, :started_on, :comments
#
#       def self.fake_attributes

woods

Used this to build ruby-2.0.0 on Ubuntu 14.04. The command was:

    rbenv install --patch 2.0.0-p353 < ruby-2.0.0.diff

Ref: https://github.com/sstephenson/ruby-build/issues/526#issuecomment-37932244

diff -ur ext/readline/readline.c ext/readline/readline.c
--- ext/readline/readline.c    2014-03-18 13:53:31.866359527 +0100
+++ ext/readline/readline.c   2014-03-18 13:56:26.390247250 +0100
@@ -1883,7 +1883,7 @@

woods

<iframe src="https://www.thesphere.com/direct_embed/311266" height="500" width="100%" allowfullscreen="true" frameborder="0" scrolling="no"></iframe>

woods

# Read source here: https://github.com/ueno/ruby-gpgme

require 'gpgme'

# The given directory must contain pubring.gpg
GPGME::Engine.home_dir = 'spec/fixtures/gnupg'

GPGME::Key.find(:public)  # => An array of public key objects

# Print ascii-armored public key to stdout

woods

Justin Patterson and I brainstormed this operation in the hopes of finding a more secure, and perhaps more convenient alternative to chef encrypted data bags and our secure drive.

• Like rbenv, each directory can potentially have a .gpg-recipients file that contains the identifiers of recipients who should be allowed to decrypt the files in that directory and in child directories. Another way of saying the same thing is that a given file should be decrypt-able by the union of recipients listed in .gpg-recipients files of all parent directories.
• The root of the project contains a .gpg-known-keys directory. Each file in that directory is the public key of one of the potential recipients. This directory by itself does not grant any permissions — it just provides the database of potential recipients that are known to the system. This is our mechanism for distributing public keys — it’s essentially our own key server.
• When we’re encrypting a file, the command reads each .gpg-recipients file in each of the par

woods

Key-Type: 1
Key-Length: 2048
Subkey-Type: 1
Subkey-Length: 2048
Name-Real: Root Superuser
Name-Email: root@handbook.westarete.com
Expire-Date: 0

woods

/dlt/repo storage.
/dlt/users storage.
<% if node['application'] %>
/dlt/<%= node['application'] %> -local storage.dlt/ifs/data/<%= node['application'] %>
/dlt/<%= node['application'] %> -local storage.dlt/ifs/data/<%= node['application'] %>
<% end %>

woods

#!/bin/bash

if [ "$1" == "-t" ] ; then
  test_mode='true'
else
  if [ "$1" == "" ] ; then
    test_mode='false'
  else
    echo "Unrecognized option \"$1\""
    echo "Usage: asdf.sh [-t]"

woods

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