elight

      def attribute(name, options = {})
        class_eval <<-EOS, __FILE__, __LINE__
          def #{name}
            attributes[:#{name}]
          end
        EOS
        case options[:type]
        when :boolean
          class_eval <<-EOS, __FILE__, __LINE__
            def #{name}=(new_#{name})

elight

            constant = collection.to_s.split('_').map {|characters| characters[0...1].upcase << characters[1..-1]}.join('')

elight

(depends-on "magit")
(depends-on "smex")
(depends-on "popup")
(depends-on "auto-complete")
(depends-on "ruby-end")

elight

require 'rubygems'

require 'shindo'

Shindo.tests('something') do
  test('pending')             # pending
  test('truthyness') { true } # passes
  test('failure') { false }   # fails
end

elight

gimme_a_client_in_mah(Context) when Context#ctx.client == undefined ->
    {ok, Client} = riakc_pb_socket:start_link(?RIAK_NAME, ?RIAK_PB_PORT),
    Context#ctx{client = Client}.
gimme_a_client_in_mah(Context) ->
    Context.

elight

gimme_a_client_from(Context) when Context#ctx.client == undefined ->
    {ok, Client} = riakc_pb_socket:start_link(?RIAK_NAME, ?RIAK_PB_PORT),
    Client;
gimme_a_client_from(Context) ->
    C -> C.

elight

gimme_a_client_from(Context) ->
    case Context#ctx.client of
	undefined -> 
	    {ok, Client} = riakc_pb_socket:start_link(?RIAK_NAME, ?RIAK_PB_PORT),
	    Client;
	C -> C
    end.

elight

  {webmachine, [
		{log_handlers, [
				{webmachine_log_handler, ["log"]}
			       ]}
	       ]},

elight

neighbor_coords({ X, Y }, Grid) ->
    [ { NX, NY } ||
	NX <- [ X - 1, X, X + 1 ],
	NY <- [ Y - 1, Y, Y + 1 ],
	{ NX, NY } /= { X, Y },
	NX > 0, NY > 0,
	NX =< length(Grid), NY =< length(Grid) ].
    

elight

neighbor_coords(X, Y) ->
    [ { NX, NY } ||
	NX <- [ X - 1, X, X + 1 ],
	NY <- [ Y - 1, Y, Y + 1 ],
	{ NX, NY } /= { X, Y } ].