capttwinky

class ConfigInfo(object):
    rootDir = "/home/jpmcgrady/workspace"
    subDir = "src"

class GrepDict(object):
    def __init__(self, projName, findMe):
        self.config = ConfigInfo
        self.projName = projName
        self.findMe = findMe

capttwinky

class dictWrap(object):
    def __init__(self, dictIn = False, fnXform = False):
        self.noneVal = None
        if dictIn:
            if fnXform:
                dictIn = dict((k,fnXform(v)) for k,v in dictIn.items())
            self.__dict__.update(dictIn)
    def __getattribute__(self, attr):
        try:
            return object.__getattribute__(self, attr)

capttwinky

listA = [1,2,3,4]   #listA now holds a refrence to a list object
listB = listA       #a refrence to the refrence held by listA
listC = list(listA) #a new copy of the object reffered to in the refrence held by listA
listA.append('dog') #update the object reffered to in the refrence held by listA
print(listB)        #a refrence to the refrence held by listA -> the object reffered to in the refrence held by listA
print(listC)        #the copy we made before updating is, of course, unchanged

capttwinky

#!/usr/bin/env python
from Queue import Queue
from threading import Thread
from urllib2 import urlopen
from time import time
from random import shuffle

hosts = ["yahoo.com", "google.com", "amazon.com","ibm.com", "apple.com",
 "bbc.co.uk", "npr.org", "cnn.com", "ubuntu.com", "soundcloud.com",
 "bogus.url",'ebay.com','linux.org','osuosl.org','renren.com','alibaba.com',

capttwinky

class myStr(str):
    def pogoCase(self,jumpInt):
        return "".join([myCar.lower() if myInt % jumpInt else myCar.upper() for myInt, myCar in enumerate(self)])


thisThing = myStr("The quick brown fox jumped over the lazy dog.")
print thisThing
print thisThing.pogoCase(3)
print thisThing.pogoCase(2)
print type(thisThing) is str

capttwinky

"""easy string compression, based on the old compressed bitmap"""

class listComp(object):
    @staticmethod
    def compactLst(lstIn, lastOne = ''):
        if lastOne == '':
            listComp.myList = []
        if lstIn[0] != lastOne:
            #start a new acumulator