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# add try-catch block to ignore exceptions raised from re.findall()

def get_versions_for_package(pkg):
    'Get a list of available versions for package'
    pkg = denormalize(pkg)
    content = urlopen('http://code.google.com/p/rudix/downloads/list?q=Filename:%s' % pkg).read()

    try:
        urls = re.findall('(rudix.googlecode.com/files/(%s-([\w.]+(?:-\d+)?(?:.i386)?)(\.dmg|\.pkg)))' % pkg, content)
        versions = sorted(list(set(urls)), cmp=lambda x, y: version_compare(x[2], y[2]))

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=== Directory tree structure

+-helloworld-plugin/
  |
  +-helloworld/
  | |
  | +-__init__.py
  | |
  | +-templates/
  | | |

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+-plugin-log/
  |
  +-logpackage/
  | |
  | +-__init__.py
  | |
  | +-logplugin.py
  |
  +-setup.py

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Select		Transformation
Invert		Transformation
End		Transformation
Empty		Transformation
Remove	Transformation
Unwrap	Transformation
Wrap		Transformation
Trace		Transformation
Filter		Transformation
Map		Transformation

evandrix

How to use Google Charts API with 6 examples

Few months ago I had a good look into Google Charts API and it was great! If you are not aware, Google Charts API basically allows you to create pretty graphs simply by using an URL with correct parameters specified. It is fairly flexible, with many things you can change and customise - which is where it becomes bit complicated. It is quite easy to generate a chart, but it wasn't as easy to generate the exact chart I needed. So below are 6 examples charts with explanations and tips that will hopefully help you understand Google Charts better.

A few notes before I start

The data/labels for all the graphs here have no meaning at all - just examples that I have come up with.
I'll explain each parameter probably only once (since they are generally the same across all graphs). If something is different or special I'll explain it again.
If you have any other tips/hints please share 

evandrix

Netragard’s Hacker Interface Device (HID).  Category: Hardware, Healthcare,
penetration test, Realistic Threat, Research, Software, Total Infrastructure
Compromise / Tag: Adrian Crenshaw, Healthcare, malware, Mouse, Netragard,
penetration test, Prion, Teensy, USB / Add Comment Author: Adriel Desautels We
(Netragard) recently completed an engagement for a client with a rather restricted
scope.  The scope included a single IP address bound to a firewall that offered no
services what so ever.  It also excluded the use of social attack vectors based on
social networks, telephone, or email and disallowed any physical access to the
campus and surrounding areas.  With all of these limitations in place, we were
tasked with penetrating into the network from the perspective of a remote threat,

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#!/usr/bin/perl
use strict;
# dmn001 <at> gmail
# 31/01/2011

my %pos;
my %neg;
my $num_lines = <STDIN>;

while (<STDIN>){

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#!/usr/bin/python

"""
Amar Pai (jcruelty@gmail.com)

Solution to Dropbox challenge - Packing Your Dropbox
http://www.dropbox.com/jobs/challenges#packing-your-dropbox

I've had this problem on the brain and have been unable to
stop thinking about it, so I finally hacked out a rudimentary

evandrix

# a look at strings and methods
# tested with Python23   vegaseat  23jan2005

print "Fill an empty string:"
empty_string = ""
for k in range(65, 91):
  empty_string += chr(k)
print empty_string

print "\nOriginal string (California humor):"

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This grid shows the restaurants in Hamburg which have E la Carte units ("Prestos") installed in
them. The Ps in the grid represent restaurants with Prestos installed ("Prestorants"). Os
represent restaurants without prestos.

Alyssa P. Hacker from the E la Carte ops team wants to count the number of restaurants in the
largest contiguous rectangular block of Prestorants. What is the number that she comes up with?

Answer: __44__

top-left corner:     (15, 5742)