This file is a utility script for building an executable script that users of the Windows operating system can double click on to start their Python application. This utility can be especially useful if your Python application does not need to display the command prompt.

I hope somebody will find this useful :-)

To print some information every 10 loop iterations can be a bit messy. Given the following, simple loop:

for x in lots_of_stuff:
    process(x)

The "dumbest" way would be:

i = 0
for x in lots_of_stuff:
    process(x)
    if i % 10 == 0:
        print "Some progress info"
    i += 1

A more elegant solution would be to use the enumerate built-in:

for i, x in enumerate(lots_of_stuff):
    process(x)
    if i % 20 == 0:
        print "Some progress info"

Much nicer, but this doesn't work with while loops

After a frustrating development cycle we're back. With a new site. You may not notice many if any changes. It's mostly been fixing problems back-end with the system and putting in new features for our members. We do now have some public features that should make things more interesting. Including the projects pages!

The site layout will remain the same for the time being as I have too many other projects to be getting on with.

The redevelopment of this site and it's mini-site is nearly finished.

Hopefully over the next couple weeks we'll finish up and we can start the roll out. Stay tuned.

Just something I was playing around with today that I thought I might share.

I was curious about how to get network statistics in windows so I've been reading MSDN all day trying to work it out. I've written a little bit of python using the ctypes module to access the API on network statistics. All I can say is that doing these things on Linux is so much easier as you can just access the /proc directory and parse the system files there that contain such information.

I wrote a bandwidth-usage Dashboard Widget for Adam Internet a while ago. They have since changed their quota system to use "onpeak" and "offpeak" quotas, breaking my old Widget. I've now updated it for the new system.. I may create a nicer widget at some point, the current code is a bit of a mess, and I have an idea for presenting the on/offpeak data better...)

Admittedly there's probably around zero other Adam Internet customers reading this, but it should appear in search engines, should someone be looking for such a widget..

Anyway, how it looks:

No.

Months ago I was required to design and model some part of computer system architecture. I decided to do a very small microcode processor.

For those who are unfamiliar with microcode allow me to explain the significance. In computer system design there are two approaches to designing instruction decoders. The first is called the hardwired approach. For each possible instruction in our instruction set the decoder designers spend a lot of time with truth tables. Each bit in the instruction is mapped through logic pathways to produce an appropriate result on the processor control lines. This is a very efficient decoding approach as instructions are decoded extremely fast. The problem is that if you change the instruction set or even modify the components in the processor, the decoder will need a complete overhaul. This becomes expensive.

The second approach is called microcoding. Here we design a dynamic instruction set that can be reprogrammed (called microprogramming believe it or not). The idea is that we store the entire instruction set and the values of each control line in a very small very fast memory device. When an instruction enters the decoder, the decoder simply looks up the values of the control lines for the input instruction and writes them out onto the bus. This is not as fast as a hardwired approach because memory devices have much greater latency than logic gates however it makes changing the instruction set (adding, removing or modifying instructions) very easy. We don't have to spend a lot of time completely redesigning the decoder whenever we add, remove or modify other components in our system. We simply reconfigure the decoder to behave differently when it receives an instruction.

Short film my brother and I made over the last few weekends. Shot on my new Canon 5D Mark II

As the "final commit" mentions, 387 days and 330 commits after the I started, tvnamer and tvdb_api are at a point where I'm happy to release "version 1.0"!

tvnamer is probably of most interest, it's an automagical TV episode renamer, turning files from "some.show.s01e01.hdtv.blah.avi" to "Some Show - [01x01] - The Real Episode Name.avi", using information from thetvdb.com

To install, simply do..