What my script does is download fonts directly off a top 20 list of fonts from dafont.com, for each sub-category available there.

The website has a very organized way to let users download fonts. First, there are categories like Fancy, Foreign Look, Techno, Gothic etc. Under each of these categories, there are sub-categories. Each subcategory has an ID which will help our purpose.

You can just change the ID range in the script to download fonts of different category.

The Script

#! /usr/bin/python
 
# Name: dafont.com Bulk Download Tool
# Version: 0.3
# Summary: A tool for downloading top 20 fonts of each sub-category of dafont.com
# License: BSD
# Author: Pranav Ashok
# Author-email: iam@pranavashok.com
# Author-homepage: http://pranavashok.com/blog
# Support: http://pranavashok.com/blog/2010/05/script-to-download-fonts-in-bulk-from-dafont-com
# Support: Twitter (@pranavashok)
 
from BeautifulSoup import BeautifulSoup
import re
import os
import commands
import string
 
for cat in range(101, 119): #ID Range 101-119
	url = 'http://www.dafont.com/theme.php?cat=%d&nb_ppp=20' % cat
	contents = commands.getoutput("curl -s '"+url+"'")
 
	w = open('downloader.sh', 'a')
 
	soup = BeautifulSoup(contents)
	directory = soup.find('title').contents
	wholeTag = soup.findAll('a', {"class" : "dl"})
	directory[0] = string.rstrip(directory[0], " | dafont.com</title>")
	fontCat, useless, subCat = directory[0].partition(" &gt; ")
 
	w.write('mkdir \"%s\"\n' % fontCat)
	w.write('cd \"%s\"\n' % fontCat)
 
	w.write('mkdir \"%s\"\n' % subCat)
	w.write('cd \"%s\"\n' % subCat)
	for link in wholeTag:
		name = os.path.basename(link['href'])
		fileName, fileExt = os.path.splitext(name)
		fileName = string.lstrip(fileName, "?f=")
		w.write('wget -c -O \"%s.zip\" \"%s\" \n' % (fileName, link['href']))
	w.write('cd ..\n')
	w.write('cd ..\n')
	w.close()

Dependencies

This script has used python library called BeautifulSoup for parsing HTML. If you are a developer, I’d recommend you to try BeautifulSoup. It’s got a nice documentation and it’s easy to use.

Usage

1. Download dafont.com Bulk Downloader Tool
2. Extract the files
3. Open terminal and navigate to the folder where final.py is located.
4. Execute the command

$ python final.py

5. A file called downloader.sh would have been generated in the folder.
6. Copy it to the place where you want the fonts to be downloaded.
7. Navigate to that folder in terminal and run the command

$ sh downloader.sh

8. You’ll have a neatly organized collection of fonts. All you gotta do now is extract them from their archives.

Enjoy! And please post your suggestions.

#! /usr/bin/python
 
# Name: TED Video Downloader
# Version: 0.4
# Summary: A bulk TED Talks download tool
# License: BSD
# Author: Pranav Ashok
# Author-email: iam@pranavashok.com
# Author-homepage: http://pranavashok.com/blog
# Support: http://pranavashok.com/blog/2009/12/script-to-download-ted-videos-in-bulk/
# Support: Twitter (@pranavashok)
 
from BeautifulSoup import BeautifulSoup
from urllib2 import urlopen
import re
import os
import sys
 
f = open(sys.argv[1], 'r')
for link in f:
	web = urlopen(link)
	soup = BeautifulSoup(web.read())
	wholeTag = soup.find(href=re.compile("/talks/download/video/.+"))
 
	name = os.path.basename(link)
	fileName, fileExt = os.path.splitext(name)
	outputFile = fileName+".mp4"
 
	# wholeTag['href'] gives the value of the href attribute
	downloadUrl = "http://www.ted.com"+wholeTag['href']
 
	w = open('downloader.sh', 'a')
	w.write('wget -c -O \"%s\" \"%s\"\n' % (outputFile, downloadUrl))
	w.close()
exit()

Dependencies
This script has used python library called BeautifulSoup for parsing HTML. If you are a developer, I’d recommend you to try BeautifulSoup. It’s got a nice documentation and it’s easy to use.
(Note: You don’t need to download this, I’ve included it along with my script)

Instructions
1. Download the TED Video Downloader
2. Extract the files to the directory where you want the videos to be downloaded.
3. Edit the toDownload.txt file and add the links of each TED Video in a new line (example links are already present).
4. Open a terminal and change to the directory where you extracted the files.
5. Execute ‘sh run-first.sh‘

$ sh run-first.sh

6. The python script will be executed automatically and download will start soon (depending on the length of your list)
7. If you want to stop the downloads, press Ctrl+C.
8. To resume a stopped/interrupted download, execute the following command in terminal – ‘sh downloader.sh‘

$ sh downloader.sh

9. Enjoy the videos!

Limitations
I haven’t implemented any sort of error handling. If the TED.com decides to change the format of their video page, this script might stop working. In that case, please drop a comment here and I’ll fix it as soon as possible.

Hope you liked this script. Suggestions on optimization of the script are welcome.

Before starting, I’d like to emphasize on a few things:
- You might want to understand the filesystem hierarchy in linux before you start.
- When you start terminal, your default working directory is /home/user-name
- If you want to get more info on any command, just type ‘command-name –help‘ without the quotes in terminal.
- In this post, when I say ‘type’ something in terminal, it means ‘execute it’ by typing it and pressing enter.
- Whenever you want to end a looping command, for example, ping in terminal – press Ctrl + C.

These are the list of commands explained in this post:

• cat – view contents of a file
• cd – change directory
• clear – clear the terminal windows
• cp – copy
• df – view free space in disks
• exit – exit terminal
• ls – list contents of current folder
• mkdir – create a new folder
• mv – move
• ping – ping a remote server
• rm – remove files/folders
• rmdir – remove empty folders
• sudo – access as another user
• tar – operations with compressed archives

cat – Used to display contents of a file

Usage:
pranav@pranav-desktop ~ $ cat Desktop/Hello.ext
Hello, World!
This is a file with a random extension.
pranav@pranav-desktop ~ $


Tip: Try executing the following command
pranav@pranav-desktop ~ $ cat --help

cd – Used to change the working directory

Usage:
pranav@pranav-desktop ~ $ cd Desktop/
pranav@pranav-desktop ~/Desktop $ cd ..
pranav@pranav-desktop ~ $ cd /
pranav@pranav-desktop / $ cd ~
pranav@pranav-desktop ~ $


Explanation of the above code: Change directory to Desktop (cd Desktop/) -> Go back one level (cd ..) -> Change directory to the root directory (cd /) -> Change directory to the home directory (cd ~)

clear – Used to clear the terminal screen

Basically, what it does is shift everything above the viewable area. Just scroll up to see the history.

Usage:
pranav@pranav-desktop ~ $ clear

cp – Used to copy files/folders

Usage:
pranav@pranav-desktop ~/Desktop $ cp [options] source destination
pranav@pranav-desktop ~/Desktop $ cp -dpR twython/ /home/pranav/twython
pranav@pranav-desktop ~/Desktop $


The option -dpR is used to create a replica of the twython folder (located in the /home/pranav/desktop) in /home/pranav.

Here is a small list of options for the cp command:

-a, –archive same as -dpR
-d, –no-dereference preserve links
-f, –force remove existing destinations, never prompt
-i, –interactive prompt before overwrite
-p, –preserve preserve file attributes if possible
-r copy recursively, non-directories as files
-R, –recursive copy directories recursively
-u, –update copy only when the SOURCE file is newer than the destination file or when the destination file is missing
-v, –verbose explain what is being done

For the full list, run cp –help in terminal.

df – Used to check the free space on your disks

Usage:
pranav@pranav-desktop ~ $ df
Filesystem 1K-blocks Used Available Use% Mounted on
/dev/sda1 34677256 4375624 28540108 14% /
udev 383740 256 383484 1% /dev
none 383740 524 383216 1% /dev/shm
none 383740 292 383448 1% /var/run
none 383740 0 383740 0% /var/lock
none 383740 0 383740 0% /lib/init/rw
/dev/sda10 80883520 74598944 6284576 93% /media/9465-C776
/dev/sda5 47182872 44720900 2461972 95% /media/Local Disk
/dev/sda6 80895272 59800852 21094420 74% /media/22B86022B85FF2B1
pranav@pranav-desktop ~ $

Tip: Use the -h switch to make it human readable.

exit – Used to exit the terminal

ls (with a lowercase L, not and uppercase i) – Used to list files/folders in the current directory

Usage:
pranav@pranav-desktop ~ $ ls
bin Documents Music Projects Videos
Desktop hplip-3.9.10 Pictures twython works
pranav@pranav-desktop ~ $


mkdir – Used to create new folders

Usage:
pranav@pranav-desktop ~/works $ ls
app.yaml index.py index.yaml
pranav@pranav-desktop ~/works $ mkdir py-projects
pranav@pranav-desktop ~/works $ ls
app.yaml index.py index.yaml py-projects
pranav@pranav-desktop ~/works $


mv – Used to move files/folders

Usage:
pranav@pranav-desktop ~ $ mv hplip-3.9.10/ works/py-projects/
pranav@pranav-desktop ~ $ ls works/py-projects/
hplip-3.9.10
pranav@pranav-desktop ~ $


ping – Used to test a network connection

Usage: (To stop the pinging, press Ctrl + C)
pranav@pranav-desktop ~ $ ping google.com
PING google.com (209.85.231.104) 56(84) bytes of data.
64 bytes from maa03s01-in-f104.1e100.net (209.85.231.104): icmp_seq=1 ttl=53 time=121 ms
64 bytes from maa03s01-in-f104.1e100.net (209.85.231.104): icmp_seq=2 ttl=53 time=121 ms
64 bytes from maa03s01-in-f104.1e100.net (209.85.231.104): icmp_seq=3 ttl=53 time=121 ms
^C64 bytes from maa03s01-in-f104.1e100.net (209.85.231.104): icmp_seq=4 ttl=53 time=121 ms
--- google.com ping statistics ---
4 packets transmitted, 4 received, 0% packet loss, time 3003ms
rtt min/avg/max/mdev = 121.100/121.298/121.685/0.483 ms


rm – Used to remove/delete files

Usage:
pranav@pranav-desktop ~/works/py-projects/hplip-3.9.10 $ rm *.*
pranav@pranav-desktop ~/works/py-projects/hplip-3.9.10 $

The above command removes all files with an extension from the working directory, hplip-3.9.10 in this case. Please note that it doesn’t delete files without an extension.

To delete everything inside a directory, the option -r can be used.
pranav@pranav-desktop ~/works/py-projects/hplip-3.9.10 $ rm -r *
pranav@pranav-desktop ~/works/py-projects/hplip-3.9.10 $

rmdir – Used to remove empty directories

Usage:
pranav@pranav-desktop ~/works/py-projects $ rmdir hplip-3.9.10/
pranav@pranav-desktop ~/works/py-projects $

sudo – Used to execute commands as other users

Usage:
pranav@pranav-desktop ~ $ sudo su pranav
pranav@pranav-desktop ~ $

pranav@pranav-desktop ~ $ sudo su
[sudo] password for pranav:

pranav-desktop pranav#

Here, the user is changed to root.

Note: When no argument is given to the su command, the default argument, root, is used.

tar – Used to do operations like store, list or extract files in an archive.

Usage:
pranav@pranav-desktop ~/Desktop $ tar -xvzf wordpress-2.8.6.tar.gz
.
.
.
wordpress/wp-content/themes/default/archives.php
wordpress/wp-content/themes/default/search.php
wordpress/wp-content/themes/default/screenshot.png
wordpress/wp-content/themes/default/archive.php
wordpress/wp-content/themes/default/comments-popup.php
wordpress/wp-content/themes/default/footer.php
wordpress/wp-content/themes/default/page.php
wordpress/wp-content/themes/default/sidebar.php
wordpress/wp-content/themes/default/style.css
wordpress/wp-content/themes/default/functions.php
wordpress/wp-content/themes/default/links.php
wordpress/wp-content/themes/default/rtl.css
wordpress/wp-cron.php
wordpress/wp-load.php
wordpress/wp-feed.php
wordpress/wp-mail.php
pranav@pranav-desktop ~/Desktop $

For more information on any of the commands or to get the full list of commands, visit bash commands. Alternatively, you can use –help

Have fun with terminal!

Edited on 17 Dec 2009
I came across this post (at lindesk.com) today. It contains some really cool tips! Check it out.

You’ll need to download:
1. WAMPServer 2 from http://www.wampserver.com/dl.php) and;
2. WordPress from http://wordpress.org/latest.zip)

I’m planning to create more tutorial videos. Please give your suggestions, if any.

@echo Directory listing will be created at c:\dirList.txt
@dir %1 /S > c:\dirList.txt
@echo Opening c:\dirList.txt in Notepad
@notepad c:\dirList.txt
@pause

I think it’s self explanatory. But still, I’ll go ahead and explain.

1. Prints “Directory listing will be created at c:\dirList.txt”

2. dir is a command which will print the list of directories and files. %1 is a variable which will contain the location from where you run this script. /s is a switch for showing all sub-directories. > c:\dirList.txt will save the output of the operation dir %1 /s to a text file called dirList.txt in C Drive.

In short, the second line means this:
Run the directory listing command for the location %1 and store it’s output in c:\dirList.txt.

3. Prints “Opening c:\dirList.txt in Notepad”

4. Opens c:\dirList.txt in notepad.

5. Wait for the user to respond by pressing any key before terminating the program.

Now I’ll tell you how to make the whole thing work. Create a New Text Document on your desktop and rename it to Create DirList.bat. Right-click on it and press Edit. Copy the following code segment into it and save.

@echo Directory listing will be created at c:\dirList.txt
@dir %1 /S > c:\dirList.txt
@echo Opening c:\dirList.txt in Notepad
@notepad c:\dirList.txt
@pause

Now move it to C:\Documents and Settings\{username}\SendTo

Since you’d be giving this to your friends and some of them will have difficulty doing this, to make things simpler, I created another script to perform this move.

Create a New Text Document again and this time, call it install.bat.

Copy the following into it and save it.

@move "Create DirList.bat" "C:\Documents and Settings\%username%\SendTo\Create DirList.bat"
@echo Move Complete
@pause

Remember that both install.bat and Create DirList.bat must be located in the same place.

Now, run install.bat to move Create DirList.bat to the SendTo folder. The reason why we do this is simple. Whenever we right-click on a folder and Send To -> Create DirList.bat, it will send the location of the folder we right-clicked as %1.

Therefore, if you right-click on a folder called Songs in F Drive, %1 will contain the location F:\Songs. Therefore, the main command executed will be this:

dir F:\Songs /s > c:\dirList.txt

Now whenever you want the listing of a directory, just Right-click -> Send To -> Create DirList.txt.

Simple isn’t it?

Please keep all the suggestions pouring in.

The first round seat allotment of CCB 2009 (AIEEE) comes out. I find that I’m getting my first choice, Computer Science and Engineering at National Institute of Technology, Calicut

We’re supposed to report at the college for admission any day between the 1st and 5th of July with some documents and 2 demand drafts. One of Rs. 24,000 and other of Rs. 1,000 both drawn in favor of Chairman CCB – 2009 payable at Warangal.

I’m planning to leave home for Calicut on 1st morning and report there on 2nd.

The time is around 1PM. Dad is busy; leaving no one other than me to draw the DD. I’ve never drawn a demand draft. Honestly, I’ve never gone to a bank alone. And I’m now forced without any option. Banks have a funny system of timing. So it’s practically impossible for us to draw the draft later if not now.

Somewhat hesitantly, after a 4-5 minute persuasion by dad over phone, I leaving home.

Just a stupid fact: The weather is really humid, it’s raining moderately.

The Journey

I left home with a bag and an umbrella. The bag had a school notebook with a cheque book inside. I started walking towards the bus-stop, still excited about the allotment news and texting friends from my new Nokia 5130 XpressMusic, enquiring their results. I caught a cranky and slow bus before reaching the bus-stop. (Maybe they stopped because it was raining or something. Even bus drivers become considerate when the climate turns rough!)

Anyway, I started repeatedly playing “Khabar Nahi – Dostana.mp3” the moment I got into the bus till I got the feeling that my destination is near – State Bank of India, Panayapally. The last time I went there was a week ago with dad in car, so it was pretty hard knowing I was almost there while traveling in the bus. This area of Cochin is not familiar to me as I rarely travel by bus to it. All I knew was there is a place called Chullikal in close proximity to my destination (thanks to location updates by my friend, Nitheesh who stays at Panayapally).

As I was saying, the moment I stopped the song, I started worrying about getting down at the right stop. Asking fellow passengers was an option, but I didn’t feel like doing it. And hence, I got the idea of using Google Maps on mobile. I must admit that even though it sucks out your balance, it’s a pretty handy app.

I zoomed in to some location where I hoped I was in real-time. I was looking for cross roads as they’re easy to identify from maps. I noted a cross road called “Rameshwaram Canal Road” and voila! within 5 seconds, I saw a Cochin Corporation signboard outside with the name “Rameshwaram Canal Road”! Next location on the map was Chullikal. The bus halted for a few seconds and moved on. I went to the door expecting to see the SBI branch anytime now. I spotted it and got down at the next stop.


View State Bank of India, Panayapally in a larger map

The Bank

I entered the bank. It’s got 4 counters in the front plus a cash counter. Counters 1 and 3 were manned when I reached there. I approached counter 3 and asked the lady sitting there for two draft slips. It was handed over after around 20 seconds of searching. Seriously, these bank people lack enthusiasm! I went to a seat in front of counter 2, filled up the “Drawn in favor of”, “Payable at” and the “Date” fields. After that, as instructed earlier, I called up dad to ask what to fill in the other fields which looked totally weird to me. A six minute find-this-write-here session helped me to fill up the whole thing. I copied the same stuff to the second slip and thankfully didn’t make the mistake of copying the amount.

After filling it up, I asked the lady at counter 1 what to write on the cheques. Filled up both the cheques and gave over everything to the lady at counter 1. She started typing using only her index finger in the computer in front of her. You can imagine how slow it’d be to enter stuff like C-C-B C-h-a-i-r-m-a-n – 2-0-0-9 etc using a single finger. After she finished that part, she didn’t know what branch to choose at Warangal. She started consulting with all some of her colleagues. The one at counter 3 ran some search and came up with 4 branches at Warangal after around 5 minutes. Still these people weren’t satisfied. They didn’t know which one to choose.

As I got bored waiting, I started thinking of how to finish this faster. I opened Opera Mini on my phone and googled for “sbi branch locator“. The first result took me the a search page where I searched by city and located 8 branches. I randomly choose one of the branches having most of the features mentioned on that page and told them to check whether that branch was available. I also gave them the branch code which was also mentioned by the branch locator. They were truly impressed by the capabilities of my phone

After this, the stuff was handed over to a guy who had just arrived in counter 2. He entered some stuff into his computer, made the deputy manager and manager sign on the the slips and printed the draft. I had entered the bank at 1:30PM. It was now 2:30PM!

After another use of Google Maps to find a road which connected to a parallel bus route, I headed back home and reached 3PM. It was only after mom told me to come for lunch quickly that I realized that I had skipped breakfast!!

This is my first real-world bank experience. Because of this, I’ll never be shy to deal with bank people anymore.

Hope I’ve bored you enough. The comments section is waiting for you to flame at me

Thanks for reading!

A little bit of history…
I’ve been a last.fm user for more than a year. Recently, I started discovering new music. My busy schedule (okay, laziness) made it impossible for me to check out every song one by one and I wanted a quick way of listening to the good songs. Relying on public opinion seemed a good idea. I discussed about this with Clive and he said he was “in”. And hence kicked off, this project.

This project, being our first real-world problem tackling was given the place it deserved in our schedules. After putting in much of thought, we thought we’d make it in C++. But after vainly trying to use the last.fm API, we had an urge to choose python. This would be the first time we used python in our lives. So the task was a bit more difficult. We thought we’d divide the project into two -

The first one would index all the mp3s present in the computer and store the ID3 details in a database.

The second part would fetch the top tracks list of the required artist from last.fm, search for it in the database and make an m3u playlist out of it.

Clive got to do the former and I got to do the latter due to his interests in core programming and my interests in web development.

The code

Indexing mp3s and storing them into an SQLite DB

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from os import *
from os.path import *
import id3reader
import glob
import os
import sqlite3
 
theList = []
theTitle = []
theArtist = []
theAlbum = []
 
if not os.path.isfile("dump.db"):
        con = sqlite3.connect('dump.db')
        cur = con.cursor()
        cur.execute('CREATE TABLE lastfm (artist VARCHAR(40), album VARCHAR(40), title VARCHAR(40), path VARCHAR(150) PRIMARY KEY)')
        con.commit()
else:
        con = sqlite3.connect('dump.db')
        cur = con.cursor()
        cur.execute('DROP TABLE IF EXISTS lastfm')
        con.commit()
 
def recurse_dir(i):
        path = i+"\\"
        path2 = i+"\\*.mp3"
 
        t = 1
 
        try:
                	directories = os.listdir(path)
        except WindowsError :
                	t = 0
        try:
                	songs  = glob.glob(path2)
        except WindowsError :
                	t = 0	
 
        if t == 1:
                for song in songs:
                                id3r = id3reader.Reader(song)
                                theTitle.append(id3r.getValue('title'))
                                theArtist.append(id3r.getValue('performer'))
                                theAlbum.append(id3r.getValue('album'))
                                theList.append(song)
                for directory in directories:
                                temppath = path+directory
                                if(os.path.isdir(temppath)):
                                        	recurse_dir(temppath)
 
def listing():
        L=[]
        for i in range(ord('a'),ord('z')+1):
                drive=chr(i)
                if(exists(drive+":\\")):
                   L.append(drive)
        #print "Drive Found"
        for l in L:
                l = l+":"
                recurse_dir(l)
 
listing()
 
l=len(theList)-1
for i in range(l):
                artist = theArtist[i]
                album = theAlbum[i]
                title = theTitle[i]
                llist = theList[i]
                cur.execute('INSERT INTO lastfm (artist, album, title, path) VALUES(?,?,?,?)', (artist, album, title, llist))
 
con.commit()
for row in con.execute("SELECT artist, album, title FROM lastfm"):
				print row

Download code in .py format: Indexing

Checking whether the DB has been created

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import sqlite3
 
con = sqlite3.connect('dump.db')
cur = con.cursor()
for row in con.execute("select artist, album, title from lastfm"):
				print row

Download code in .py format: Display Database (Optional)

Fetching information from last.fm and generating the playlist

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import time
import pylast
import re
import sqlite3
import getpass
 
from md5 import md5
 
con = sqlite3.connect('dump.db')
cur = con.cursor()
 
user_name = raw_input("Enter last.fm username: ")
user_password = raw_input("Enter last.fm password: ")
api_key = 'd90a0d87f51434863f97038a24c7f859'
api_secret = 'ffd90592c48c8f9e232af22e0e43def9'
 
name = raw_input("Enter artist to generate playlist of top tracks: ")
 
top_tracks_file = open(''+name+'+'"toptracks"'.m3u', 'w')
 
# time_periods = ['PERIOD_12MONTHS'] OR ['PERIOD_6MONTHS'] OR ['PERIOD_3MONTHS'] OR ['PERIOD_OVERALL']
time_periods = ['PERIOD_3MONTHS']
 
md5_user_password = md5(user_password).hexdigest()
sg = pylast.SessionKeyGenerator(api_key, api_secret)
session_key = sg.get_session_key(user_name, md5_user_password)
 
artist = pylast.Artist(name, api_key, api_secret, session_key)
 
top_tracks = []
for time_period in time_periods:
    tracks = artist.get_top_tracks()
 
    p = re.compile('.*[\s]-[\s](.*), Weight: [\d]+')
 
    for i in range (0,5):
        m = p.match(str(tracks[i]))
        track = m.groups()[0]
        for result in con.execute('SELECT path FROM lastfm WHERE artist=? AND title=?',(name, track)):
            	result = "\n".join(result)
            	top_tracks_file.write(result+"\n")
 
    top_tracks_file.close()
	time.sleep(5)

Download code in .py format: Generate Playlist

Have fun!

Hello guys, nice hour of the day to create my first blog post in this blog eh? Well, that’s how life runs for me. This is the story of this blog…

Day before yesterday night, I was just thinking about the money in my paypal account when I got the idea about getting a new domain name. GoDaddy refuses to accept payment from unverified paypal users, so I asked Santosh if he knew an alternate way to get a domain. That’s when he persuaded suggested that I can buy domains from his and Prashanth’s new webhost – “Host Me“. For no particular reason, I decided to go with a myname.com domain. Finally, yesterday (23th) at 8:52PM, I register this domain through Host Me.

To my surprise, the domain was activated within 25 minutes and I got the page put up by my current host as index.htm.

My host's default index page

So I sat wondering for some time, what was the intention of buying ‘pranavashok.com‘? Since I didn’t get an answer to that question, I thought I’d make a blog out of it. After quite some time of theme searching, I ended up on this Vikiworks v5 theme which I found quite appealing. Especially because of the twitter bird in the sidebar

Now I’m here typing out this post for the past 10 to 15 minutes.

This is the story of this new found blog.

Good-bye, till next time!