| #There are 87 images, use as ruby ragetiem.rb [START] [END] | |
| require 'net/http' | |
| if !test ?d, "ragetiem" : Dir.mkdir("ragetiem"); Dir.chdir("ragetiem") else Dir.chdir("ragetiem") end | |
| (ARGV[0] || 1).upto(ARGV[1] || 87) { |i| puts "Processing #{i}" | |
| Net::HTTP.start("www.supercamel.id.au") { |http| img = http.get("/ragetiem/images/" + i.to_s + ".jpg"); open(i.to_s + ".jpg", "wb") { |f| f.write(img.body) } } } |
| set nocompatible | |
| syntax on | |
| filetype plugin indent on | |
| set encoding=utf-8 | |
| set mouse=a | |
| set ruler | |
| set number | |
| set tabstop=2 | |
| set shiftwidth=2 | |
| set softtabstop=2 |
| # Creates a little histogram of the frequency of words occuring in your string | |
| # Usage : ruby word_histogram.rb "Test string, string" | |
| a=(ARGV[0].split(/[^\w]/).inject(Hash.new(0)){|h,x|h[x.downcase]+=1;h;}.delete_if{|k,v|k==""}.sort_by{|k,v| k.length}.reverse);a.map{|k,v|puts "=> #{k} ".ljust(a.first[0].size+4)+'*'*v+"\n"} |
| ### | |
| # | |
| # Let us define a string sequence as : | |
| # S[i] for i > 1 = { | |
| # i = 1 : () | |
| # i > 1 : (S[1]S[2]S[3]S[4]...S[i-1]) | |
| # } | |
| # | |
| # So, S[1] = (), S[2] = (()) , S[3] = (()(())) ... | |
| # In this problem, given I, k and m , you are to find the characters in S[I] |
| Window { | |
| "Rectangle": [ | |
| { "Top": "200" }, | |
| { "Bottom": "200" }, | |
| { "Right": "100" }, | |
| { "Left": "100" } | |
| ] | |
| "Title": "About Raiku", | |
| "Flags": [ | |
| { "name": "B_NOT_RESIZABLE" }, |
| class PratulKalia | |
| class << self | |
| def should(&sblk) | |
| self.new.instance_eval(&sblk) | |
| end | |
| end | |
| end | |
| class Blabber | |
| def things(arg) |
| # Deploying a Sinatra app to Heroku | |
| ## Database | |
| The location of the database Heroku provides can be found in the environment | |
| variable DATABASE_URL. Check the configure-block of toodeloo.rb for an example | |
| on how to use this. | |
| ## Server | |
| Heroku is serving your apps with thin, with means you have all your thin goodness available, | |
| such as EventMachine. |
| ⨀_⨀ | |
| ⨂_⨂ | |
| (/◔ ◡ ◔)/ | |
| °ﺑ° | |
| (¬_¬) | |
| (´・ω・｀) | |
| (ʘ_ʘ) | |
| (ʘ‿ʘ) | |
| (๏̯͡๏ ) | |
| (◕_◕) |
The major goal of this project is to allow the user to have a full blown journal of an intelligently mapped activity history, beautifully integrated within Gnome-Shell. It aims to bring most of the discussed [design principles][1] and tasks mentioned [here][2].
=> What components will it have? => How do you plan to achieve completion of your project?
=> It really helps to see a schedule with dates and important milestones/deliveries.
| File.open("words.txt") { |f| | |
| f.each { |word| | |
| word = word.to_s.chomp.downcase | |
| p word | |
| word.each_char { |l| # extracting letters | |
| puts "\t Current letter: #{l}" | |
| num = case l | |
| when 'a'..'c' then 2 | |
| when 'd'..'f' then 3 | |
| when 'g'..'i' then 4 |
