giom

# ss is the list of sizes to analyze 

csv_file = CSV.generate do |csv|
  csv << ["SKU", "ITEM NO", "PRODUCT", "STYLE", "SIZE", "UPC", "STARTING QTY", "ADDED QTY", "PO RECEIVED QTY", "PO WAITING QY", "MERCEDES QTY", "SENT QTY", "TO SEND QTY", "SOLD QTY", "UPC SIZE QTY", "UPC SIZE EXPECTED QTY", "GLITCHED QTY", "RECEIVED POS #", "AWAITING POS #"]

  ss.each do |s| 
    auc = s.associated_upc_size
    a  = []
    a << s.retail_pro_id
    a << s.product.item_no

giom

class Time
  attr_accessor :test
end

t = Time.now
mt = Marshal.dump [t,t]
Marshal.load(mt) == [t,t]   #=> true

t.test = t - 31557600
mt = Marshal.dump [t,t]

giom

module Sass::Script
  module Functions
    # substitue text in a string
    # @params 
    #   str the string to substitute text from
    #   reg the regexp given to sub
    #   rep the replacement text
    def sub(str, reg, rep = '')
      Sass::Script::String.new(str.to_s.sub(/#{reg.to_s}/, rep.to_s))
    end

giom

# NB: I just wrote this to see how one would go about writing a mint store in rack cache and
# how hard it would be. I haven't tested it or even runned it so it most probably doesn't work (I'll
# play with it when I have more time)

module Rack::Cache
  class MetaStore
    # Stores request/response pairs in memcached. Keys are not stored
    # directly since memcached has a 250-byte limit on key names. Instead,
    # the SHA1 hexdigest of the key is used.
    # Uses the mint store algorithm