kitallis

;; https://www.4clojure.com/problem/19
(fn [x] (first (reverse x)))


;; https://www.4clojure.com/problem/20
(fn [x] (second (reverse x)))

(fn [x] (first (rest (reverse x))))

kitallis

https://apis.berkeley.edu/coolclimate/footprint-sandbox?input_location=64021&input_location_mode=1&input_size=0&input_income=1&input_population=836&input_footprint_household_adults=2.5&input_footprint_household_children=0&input_footprint_transportation_num_vehicles=1&input_footprint_transportation_miles1=200&input_footprint_transportation_mpg1=25&input_footprint_transportation_fuel1=1&input_footprint_transportation_publictrans=312&input_footprint_transportation_bus=125&input_footprint_transportation_transit=94&input_footprint_transportation_commuter=62&input_footprint_transportation_intercity=31&input_changed=input_takeaction_take_public_transportation&input_takeaction_take_public_transportation_type=0&input_takeaction_take_public_transportation_miles=20&input_takeaction_take_public_transportation_mpg=25&input_takeaction_take_public_transportation_parking=10&input_takeaction_take_public_transportation_ptfare=10&input_takeaction_take_public_transportation_gco2bus=107&input_takeaction_take_public_transportation

kitallis

# core
gulp  = require 'gulp'
gutil = require 'gulp-util'

# stream utilities
gif  = require 'gulp-if'
path = require 'path'

# plugins
htmlmin  = require 'gulp-minify-html'

kitallis

-----> Clojure (Leiningen 2) app detected
-----> Installing OpenJDK 1.6...done
-----> Using cached Leiningen 2.5.1
       Writing: lein script
-----> Building with Leiningen
       Running: lein with-profile production compile :all
       
       .
       .
       .

kitallis

#!/usr/bin/env ruby

require 'securerandom'
require 'fileutils'
require 'open-uri'
require 'whois'

def domain_status(domain)
  sleep(1.5) # to prevent throttling, if any

kitallis

#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) } } }

kitallis

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

kitallis

# 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"}

kitallis

###
#
# 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]

kitallis

Window {
     "Rectangle": [
     	{ "Top": "200" },
     	{ "Bottom": "200" }, 
	{ "Right": "100" },
        { "Left": "100" }
      ]
     "Title": "About Raiku",
     "Flags": [
        { "name": "B_NOT_RESIZABLE" },