using System;
using System.IO;
 
namespace Split
{
    class Program
    {
 
        /// <summary>
        /// To split a file into n output files
        /// </summary>
        /// <param name="args">Filename and records number to split</param>
        static void Main(string[] args)
        {
            string strInput = args[0];
            string strOutput = "out_{0:000}.txt";
            Int32 nrec_to_split = Convert.ToInt32(args[1]);
 
            DateTime t1 = DateTime.Now;
            Console.WriteLine("C# {1} Started at {0:R}, please wait...", t1, System.Environment.Version);
 
 
            StreamReader sr;
            StreamWriter sw = null;
            sr = new StreamReader(strInput);
            Int16 nsplit = 0;
            Int64 nrec = 0;
            while (sr.Peek() >= 0)
            {
                if (nrec % nrec_to_split == 0)
                {
                    ++nsplit;
                    if (sw != null) sw.Close();
                    sw = new StreamWriter(String.Format(strOutput, nsplit));
                }
                sw.WriteLine(sr.ReadLine());
                ++nrec;
            }
 
            Console.WriteLine("Ended at {0:R}, please wait...", DateTime.Now);
            Console.WriteLine("Elapsed time {0}", DateTime.Now - t1);
        }
 
    }
}

# Written by Marco Mastrodonato on 19/04/2011
# Script to split a file into n output files
# Example:
# ruby split.rb par1 par2
# par1 => name [default => input1.txt]
# par2 => record number that determines the number of output files [default => 1650]
 
strinput = ARGV[0] || 'input1.txt'
nrec_to_split = ARGV[1] ? ARGV[1].to_i : 1650
 
unless File.exists? strinput
	puts "File #{strinput} doesn't exists!" 
	exit 1
end
 
stroutput = "out_%03d.txt"
 
t1= Time.now
puts "Ruby #{RUBY_VERSION} #{strinput} started at #{t1}, wait please..."
 
File.open(strinput, "r") do |f|
	nsplit = 0
	nrec = 0
	fileoutput = nil
 
	while line = f.gets
		if nrec % nrec_to_split == 0
			nsplit += 1
			fileoutput.close if fileoutput
			fileoutput = File.open(stroutput % nsplit, 'w')
		end
		fileoutput.write line
		nrec += 1
	end
 
	fileoutput.close if fileoutput
end
 
puts "Ended at #{Time.now}"
puts "Elapsed time #{Time.now - t1}"
exit 0

# Written by Marco Mastrodonato on 19/04/2011
# Script to split a file into n output files
# Example:
# python split.py par1 par2
# par1 => name [default => input1.txt]
# par2 => record number that determines the number of output files [default => 1650]
 
from time import time, gmtime, strftime
import sys
 
try:
	strinput = sys.argv[1]
except:
	strinput = 'input1.txt'
 
stroutput = "out_%03d.txt"
 
try:
	nrec_to_split = int(sys.argv[2])
except:
	nrec_to_split = 1650
 
t1 = time()
print(sys.version)
print(strftime("Started at %a, %d %b %Y %H:%M:%S +0000, wait please...", gmtime()))
 
nrec = 0
nsplit = 0
 
fileinput = open(strinput, "r")
for line in fileinput:
	if nrec % nrec_to_split == 0:
		try:
			fileoutput.close()
		except NameError:
			fileoutput = None
		nsplit += 1
		fileoutput = open(stroutput %nsplit , "w")
	fileoutput.write(line)
	nrec += 1    
fileoutput.close()
fileinput.close()
 
print(strftime("Ended at %a, %d %b %Y %H:%M:%S +0000", gmtime()))
print("Elapsed time %f" %(time() - t1))

<?php
// Written by Marco Mastrodonato on 19/04/2011
// Script to split a file into n output files
// Example:
// php split.php par1 par2
// par1 => name [default => input1.txt]
// par2 => record number that determines the number of output files [default => 1650]
 
$strinput = isset($argv[1]) ? $argv[1] : 'input1.txt';
$nrec_to_split = isset($argv[2]) ? $argv[2] : 1650;
$stroutput = 'out_%03d.txt';
 
$t1 = microtime_float();
echo "Php ".phpversion()." started at ".date('D, d M Y H:i:s T').", wait please...\n";
 
$nsplit = 0;
$nrec = 0;
$fileinput=fopen($strinput,"r");
 
while(!feof($fileinput)) {
	if ($nrec % $nrec_to_split == 0) {
		++$nsplit;
		if (isset($fileoutput)) fclose($fileoutput);
		$fileoutput = fopen(sprintf($stroutput, $nsplit), 'w');
	}
	$buffer = fgets($fileinput);
	fwrite($fileoutput, $buffer);
	++$nrec;
}
 
fclose ($fileinput);
 
echo "Ended at ".date('D, d M Y H:i:s T')."\n"; 
echo "Elapsed time ".(microtime_float() - $t1)."\n";
 
 
function microtime_float() {
	list($usec, $sec) = explode(" ", microtime());
	return ((float)$usec + (float)$sec);
}
 
?>

--[[
Written by Marco Mastrodonato on 19/04/2011
Script to split a file into n output files
Example:
lua split.lua par1 par2
par1 => name [default => input1.txt]
par2 => record number that determines the number of output files [default => 1650]
--]]
strinput = arg and arg[1] or "input1.txt"
stroutput = "out_%03d.txt"
nrec_to_split = arg and arg[2] and tonumber(arg[2]) or 1650
 
local t1 = os.clock()
print(_VERSION .. " started at " .. os.date("%a, %d %b %Y %H:%M:%S +0000"))
 
nsplit = 0
nrec = 0
for line in io.lines(strinput) do
  if nrec % nrec_to_split == 0 then
    if fileOut ~= nil then io.close(fileOut) end
    nsplit = nsplit + 1
    fileOut = io.open(string.format(stroutput, nsplit) , 'w')
  end
  fileOut:write (line .. '\n')
  nrec = nrec + 1
end
 
io.close(fileOut)
 
print("Ended at " .. os.date("%a, %d %b %Y %H:%M:%S +0000"))
print(string.format("Elapsed time: %.2f\n", os.clock() - t1))

# Example:
# ruby new.rb [NOME] [LINES] [RECORD SIZE]
 
stroutput = ARGV[0] || 'input1.txt'
num = ARGV[1] ? ARGV[1].to_i : 185000
size = ARGV[2] ? ARGV[2].to_i : 1799
 
if File.exists? stroutput
	puts "File #{stroutput} already exists!" 
	exit 1
end
 
t1= Time.now
puts "Ruby #{RUBY_VERSION} #{stroutput} started at #{t1}, wait please..."
 
line = "*" * size
 
File.open(stroutput, "w") do |f|
	num.times do
		f.puts line
	end
end
 
puts "Ended at #{Time.now}"
puts "Elapsed time #{Time.now - t1}"
exit 0

activerecord: &activerecord
    models: &models
      user: "Utente"
      users: "Utenti"
      activity: "Impiego"
      activities: "Impieghi"
      task: "Incarico"
      tasks: "Incarichi"
      project: "Progetto"
      projects: "Progetti"
 
    attributes: &attributes
      activity:
        task: "Incarico"
        day: "Giorno"
        hours: "Ore"
        hour: "Ora"
        description: "Descrizione"

  #it.yml
  task_activities: "Questo incarico ha <strong>{{activities}}</strong> per un totale di <strong>{{hours}}</strong>."
  #en.yml
  task_activities: "This task has <strong>{{activities}}</strong> with an amount of <strong>{{hours}}</strong>."
  #etc.

module ApplicationHelper
   #Pluralize without the number
   def I18n_pluralize(count, singular, plural = nil)
     ((count == 1 || count =~ /^1(\.0+)?$/) ? singular : (plural || singular.pluralize))
   end
end

  <% tot_hours = @activities.map{|a| a.hours}.inject{|tot,h| tot+h}  || 0 %>
  <% str_hour = t("attributes.activity.#{I18n_pluralize(tot_hours,'hour')}") %>
  <% str_activity = t("models.#{I18n_pluralize(@activities.size,'activity')}") %>
  <%= t :task_activities, :activities => "#{@activities.size} #{str_activity}", :hours => "#{@tot_hours} #{str_hour}" %>

t("attributes.activity.#{I18n_pluralize(tot_hours,'hour')}")

chiave = I18n_pluralize(tot_hours,'hour')

t("attributes.activity.#{chiave}")

t("attributes.activity.hour")

t("attributes.activity.hours")

#This is a Rails 2.3 template
#Written by Marco Mastrodonato, last update on 01/04/2010 
#
# USAGE: rails yourapp -m template.rb
 
#This is the unique parameter, after first execution use FALSE to avoid installation
install_gems = false
git_http = true
 
WINDOWS = (RUBY_PLATFORM =~ /dos|win32|cygwin/i) || (RUBY_PLATFORM =~ /(:?mswin|mingw)/) 
 
#plugin/install doesn't work on my windows systems
def myplugin(name, url)
  url.sub! 'git://', 'http://' if git_http
  if WINDOWS
    #run "ruby script/plugin install #{url}"
    run "git clone #{url} vendor/plugins/#{name}"
  else
    plugin name, :git => url
  end
end
 
puts '*' * 40
puts "* Processing template#{WINDOWS ? ' on windows system': ''}..."
puts '*' * 40
 
use_git = yes?("Do you think to use git ?")
if use_git
  git :init
  file ".gitignore", <<-EOS.gsub(/^    /, '')
    .DS_Store
    log/*.log
    tmp/**/*
    config/database.yml
    db/*.sqlite3
    nbproject/*
  EOS
end
 
#Everyone must to have it!
plugin 'will_paginate',
        :git => "git://github.com/mislav/will_paginate.git" if yes?("Will Paginate ?")
 
# Attachments with no extra database tables, only one library to install for image processing
plugin 'paperclip',
       :git => "git://github.com/thoughtbot/paperclip.git" if yes?("Paperclip ?")
 
formtastic = yes?("Formtastic ?")
if formtastic
  #gem 'justinfrench-formtastic', :lib => 'formtastic', :source => 'http://gems.github.com'
  #rake "gems:install" if install_gem
 
  #A Rails FormBuilder DSL (with some other goodies) to make it far easier to create beautiful, semantically rich, syntactically awesome, readily stylable and wonderfully accessible HTML forms in your Rails applications.
  plugin 'formtastic',
        :git => "git://github.com/justinfrench/formtastic.git"
  #Adds reflective access to validations
  plugin 'validation_reflection',
        :git => "git://github.com/redinger/validation_reflection.git"
  generate "formtastic"
end
 
if yes?("Add testing framework ?")
  # RSpec's official Ruby on Rails plugin  
  plugin 'rspec', 
    :git => 'git://github.com/dchelimsky/rspec.git'
 
  plugin 'rspec-rails',
         :git => "git://github.com/dchelimsky/rspec-rails.git"
  generate "rspec"
 
  # BDD that talks to domain experts first and code 2nd
  plugin 'cucumber',
         :git => "git://github.com/aslakhellesoy/cucumber.git"
end
 
if yes?("Add authentication ?")
  puts "0. None"
  puts "1. Devise/warden"
  puts "2. Authlogic"
  puts "3. Restful authentication"
  choose = ask("Choose one:")
  case choose
    when "1"
      gem "warden", :version => "0.9.6"
      gem "devise", :version => "1.0.4"
      rake "gems:install" if install_gems
      generate "devise_install"
      generate "devise", "User"
      generate "devise_views"
      #User.create!(:email => 'admin@administrator.com', :password => 'secret')
    when "2"
      gem "authlogic"
      rake "gems:install" if install_gems
      generate "session", "user_session"
      generate "model", "user"
      generate "controller", "user_sessions"
      route "map.resource :user_session"
      create_users_file = Dir['db/migrate/*_create_users.rb'].first
      file create_users_file, <<-EOS.gsub(/^        /, '')
        class CreateUsers < ActiveRecord::Migration
          def self.up
            create_table :users do |t|
              t.string    :login,               :null => false                # optional, you can use email instead, or both
              t.string    :email,               :null => false                # optional, you can use login instead, or both
              t.string    :crypted_password,    :null => false                # optional, see below
              t.string    :password_salt,       :null => false                # optional, but highly recommended
              t.string    :persistence_token,   :null => false                # required
              t.string    :single_access_token, :null => false                # optional, see Authlogic::Session::Params
              t.string    :perishable_token,    :null => false                # optional, see Authlogic::Session::Perishability
 
              # Magic columns, just like ActiveRecord's created_at and updated_at. These are automatically maintained by Authlogic if they are present.
              t.integer   :login_count,         :null => false, :default => 0 # optional, see Authlogic::Session::MagicColumns
              t.integer   :failed_login_count,  :null => false, :default => 0 # optional, see Authlogic::Session::MagicColumns
              t.datetime  :last_request_at                                    # optional, see Authlogic::Session::MagicColumns
              t.datetime  :current_login_at                                   # optional, see Authlogic::Session::MagicColumns
              t.datetime  :last_login_at                                      # optional, see Authlogic::Session::MagicColumns
              t.string    :current_login_ip                                   # optional, see Authlogic::Session::MagicColumns
              t.string    :last_login_ip                                      # optional, see Authlogic::Session::MagicColumns
 
              t.timestamps
            end
 
            add_index :users, :email
            add_index :users, :login, :unique => true
          end
 
          def self.down
            drop_table :users
          end
        end
      EOS
      file 'app/models/user.rb', <<-EOS.gsub(/^        /, '')
        class User < ActiveRecord::Base
          acts_as_authentic
        end
      EOS
      file 'spec/models/user_spec.rb', <<-EOS.gsub(/^        /, '')
        require 'spec_helper'
 
        describe User do
          before(:each) do
            @valid_attributes = {
              :login                 => "login",
              :email                 => "some@thing.com",
              :password              => "password",
              :password_confirmation => "password"
            }
          end
 
          it "should create a new instance given valid attributes" do
            User.create!(@valid_attributes)
          end
        end
      EOS
    when "3"
      plugin 'restful-authentication-i18n',
          :git => "git://github.com/dcrec1/restful-authentication-i18n.git"
      #—include-activation \ —stateful \ —rspec \ —skip-migration \ —skip-routes \ —old-passwords 
      generate "authenticated", "user", "sessions", "—include-activation"
  end
 
  if yes?("Authorization ?")
    gem "cancan"
    rake "gems:install" if install_gems
    #plugin 'cancan', :git => "git://github.com/ryanb/cancan.git" 
    file 'spec/models/ability.rb', <<-EOS.gsub(/^      /, '')
      class Ability  
        include CanCan::Ability  
 
        def initialize(user)  
          user ||= User.new # Guest user  
          if user.role? :admin  
            can :manage, :all  
          else  
            can :read, :all  
          end  
        end  
      end  
    EOS
    generate "migration", "add_roles_mask_to_users roles_mask:integer"
    puts "Add these lines to user model:"
    puts <<-EOS.gsub(/^      /, '')
      named_scope :with_role, lambda { |role| {:conditions => "roles_mask & \#{2**ROLES.index(role.to_s)} > 0 "} }
      def roles=(roles)
        self.roles_mask = (roles & ROLES).map { |r| 2**ROLES.index(r) }.sum
      end
      def roles
        ROLES.reject { |r| ((roles_mask || 0) & 2**ROLES.index(r)).zero? }
      end
      def role_symbols
        roles.map(&:to_sym)
      end
    EOS
 
  end
 
end          
 
haml = yes?("Haml?")
if haml
  # The world's greatest templating system
  #plugin 'haml', :git => "git://github.com/nex3/haml.git"
  gem "haml", :lib => "haml"
  rake "gems:install" if install_gems
  run "haml --rails ."
end
 
if yes?("Layout ?")
  plugin "marcomd-nifty-generators", 
    :lib => "marcomd-nifty-generators",
    :git => "git://github.com/marcomd/nifty-generators.git"
  puts " 1. classic"
  puts " 2. cloudy"
  puts " 3. blackwhite"
  puts "or. write names separed by space"
  style = ask("Choose style:")
  style = case style
    when "1" then "classic"
    when "2" then "cloudy"
    when "3" then "blackwhite"
    else style
  end
  generate "nifty_layout", "application #{style} #{haml ? '--haml' : ''} #{formtastic ? '--formtastic' : ''}"
end
 
# Link to local copy of edge rails
#inside('vendor') { run 'ln -s ~/dev/rails/rails rails' } if yes?("Rails ?")
rake("rails:freeze:gems") if yes?("Freeze rails gems ?")
 
# Mailer dummy config
initializer "mailer.rb", <<-EOS.gsub(/^  /, '')
  mailer_options = YAML.load_file("\#{Rails.root}/config/mailer.yml")
  ActionMailer::Base.smtp_settings = mailer_options
EOS
file "config/mailer.yml", <<-EOS.gsub(/^  /, '')
  :address: mail.authsmtp.com
  :domain: yourdomain.com
  :authentication: :login
  :user_name: USERNAME
  :password: PASSWORD
EOS
 
if yes?("Generate controller home ? (suggested)")
  generate "controller", "home", "index"
  route "map.root :controller => :home"
else
 
end
 
rake "gems:install" if install_gems
# Unpack all gems to vendor/gems
rake "gems:unpack" if yes?("Unpack to vendor/gems ?")
rake "db:create:all"
rake "db:migrate"
File.unlink "public/index.html"
 
git :add => ".", :commit => "-m 'initial commit'" if use_git
 
puts "ENJOY!"

#config/locales/en.yml
en:
  activerecord:
    models: &models
      post: "Post"
      posts: "Posts"
    #DO NOT REMOVE MODELS
    attributes: &attributes
      title: "Title"
      body: "Body"
    #DO NOT REMOVE ATTRIBUTES
 
  formtastic:
    titles:
    labels:
    hints:
      post:
        title: "Choose a good title for your article"
        body: "Choose a good body for your article"
    #DO NOT REMOVE HINTS
    actions: &actions
      create: "Create my {{model}}"
      update: "Save changes"
  <<: *models
  <<: *attributes
  <<: *actions
 
#config/locales/it.yml
it:
  activerecord:
    models: &models
      post: "Messaggio"
      posts: "Messaggi"
    #DO NOT REMOVE MODELS
    attributes: &attributes
      title: "Titolo"
      body: "Corpo"
    #DO NOT REMOVE ATTRIBUTES
 
  formtastic:
    titles:
    labels:
    hints:
      post:
        title: "Choose a good title for your article"
        body: "Choose a good body for your article"
    #DO NOT REMOVE HINTS
    actions: &actions
      create: "Crea {{model}}"
      update: "Salva le modifiche"
  #DO NOT REMOVE FORMTASTIC
  <<: *models
  <<: *attributes
  <<: *actions

def strings_test(ntest)
  r1 = r2 = r3 = 0
  xstr = ""
  ntest.times do 
    #Create a string, add 'abcde1234_' until getting a str size 1000
    xstr = 'abcde1234_' * 10000
 
    #Make letters upcase 
    xstr.upcase!
 
    #Change '1234_' with '67890 ' (space at last position)
    #Now the repeated string should be 'ABCDE67890 '
    xstr.gsub! '1234_', '67890 '
 
    #Cast numbers from 29 upto size/2 to string and add it to xstr variable, ciclying for every number (not add all numbers one time)
    29.upto(xstr.size/2) {|n| xstr << n.to_s}
 
    #Check 1: Count 'A' char 
    #Check 2: Count '9' char 
    0.upto(xstr.size-1) do |n| 
      if xstr[n].chr() == 'A'
        r1+=1 
      elsif xstr[n].chr() == '9'
        r2+=1
      end
    end
 
    #Create an array from xstr using space to split
    r3 += xstr.split.size
 
  end
 
  return r1, r2, r3, xstr
end
 
def arrays_test(ntest, xstr)
  r1 = r2 = r3 = r4 = r5 = 0
  ntest.times do 
    #Clear ar then add 5000 times this element: "I", "am", "great", null, "or", "number", 1
    ar =  []
    5000.times do
      ['I', 'am', 'great', nil, 'or', 'number', 1].each {|a| ar << a}
    end
 
    #...then reverse elements to obtain this order: 1, "number", "or", null, "great", "am", "I"
    ar.reverse!
 
    #...then, count the element with value "great" using two separate cicle
    #the first starting from 31 until 2955 (bounty inclused)
    31.upto(2955) do |n|
      r1 += 1 if ar[n] == 'great'
    end
    #the second looping all the array elements
    ar.each {|n| r2+=1 if n == 'great'}
 
    #Loop inside and build a temporary string with index and value, without put it into a variable and only for elements <> null
    ar.each_index{|i| ar[i] ? "#{i} #{ar[i]}" : r3+=1 }
 
    #delete null value elements and take its size
    ar.compact!
    r4 += ar.size
 
    #then join elements with space and take its size
    r5 += ar.join(' ').size
 
  end
 
  return r1, r2, r3, r4, r5
end
 
def nums_test(ntest)
  r1 = r2 = 0
 
  ntest.times do 
    #Find all prime numbers from 8 to 95 step by 3 and sum all primes got, to check the result
    #51.upto(307) do |n| 
    (8..95).step(3) do |n|
      primes(n).each {|a| r1 += a}
    end
 
    #Calculate factorial numbers start from 2 to 42
    r2 = 0
    for n in 2..42
      r2 += fac(n)
    end
  end
 
  return r1, r2
end
 
#Primes must return an array of prime numbers
def primes(n)
  ar = []
  for x in (2..n)
    prime = true
    for y in (2..x-1)
      if x%y == 0
        prime = false
        break
      end
    end
    ar << x if prime
  end
  return ar
end
 
def fac(n) (1..n).inject{|total, current| total * current} end
 
# ---  START  ---
puts "\nWarming up..."
t1=t2=t3=0
time = Time.now
r1, r2, r3, xstr = strings_test(5)
puts "Strings test - Elapsed %.3f" % (p1=Time.now - time)
puts "Check1: #{r1}"
puts "Check2: #{r2}"
puts "Check3: #{r3}"
puts "Check4: #{xstr.size}"
 
time = Time.now
r1, r2, r3, r4, r5 = arrays_test(50, xstr)
puts "Arrays test  - Elapsed %.3f" % (p2=Time.now - time)
puts "Check1: #{r1}"
puts "Check2: #{r2}"
puts "Check3: #{r3}"
puts "Check4: #{r4}"
puts "Check5: #{r5}"
 
time = Time.now
r1, r2 = nums_test(500)
puts "Numeric test - Elapsed %.3f" % (p3=Time.now - time)
puts "Check1: #{r1}"
puts "Check2: #{r2}"
 
puts "Ruby Partial elapsed time %.3f" % (p1+p2+p3)
 
puts "\n1. Starting Ruby tests..."
 
time = Time.now
r1, r2, r3, xstr = strings_test(5)
puts "Strings test - Elapsed %.3f" % (p1=Time.now - time)
 
time = Time.now
r1, r2, r3, r4, r5 = arrays_test(50, xstr)
puts "Arrays test  - Elapsed %.3f" % (p2=Time.now - time)
 
time = Time.now
r1, r2 = nums_test(500)
puts "Numeric test - Elapsed %.3f" % (p3=Time.now - time)
 
puts "Ruby Partial elapsed time %.3f" % (p1+p2+p3)
t1+=p1;t2+=p2;t3+=p3
 
puts "\n2. Starting Ruby tests..."
 
time = Time.now
r1, r2, r3, xstr = strings_test(5)
puts "Strings test - Elapsed %.3f" % (p1=Time.now - time)
 
time = Time.now
r1, r2, r3, r4, r5 = arrays_test(50, xstr)
puts "Arrays test  - Elapsed %.3f" % (p2=Time.now - time)
 
time = Time.now
r1, r2 = nums_test(500)
puts "Numeric test - Elapsed %.3f" % (p3=Time.now - time)
 
puts "Ruby Partial elapsed time %.3f" % (p1+p2+p3)
t1+=p1;t2+=p2;t3+=p3
 
puts "\n3. Starting Ruby tests..."
 
time = Time.now
r1, r2, r3, xstr = strings_test(5)
puts "Strings test - Elapsed %.3f" % (p1=Time.now - time)
 
time = Time.now
r1, r2, r3, r4, r5 = arrays_test(50, xstr)
puts "Arrays test  - Elapsed %.3f" % (p2=Time.now - time)
 
time = Time.now
r1, r2 = nums_test(500)
puts "Numeric test - Elapsed %.3f" % (p3=Time.now - time)
 
puts "Ruby Partial elapsed time %.3f" % (p1+p2+p3)
t1+=p1;t2+=p2;t3+=p3
 
puts "-------------------------------------"
puts "Average Strings test - Elapsed %.3f" % (t1/3)
puts "Average Arrays test  - Elapsed %.3f" % (t2/3)
puts "Average Numeric test - Elapsed %.3f" % (t3/3)
puts "\nRuby Average elapsed time %.3f" % (t1/3+t2/3+t3/3)

def strings_test(ntest)
  r1 = r2 = r3 = 0
  xstr = ""
  ntest.times do 
    #Create a string, add 'abcde1234_' until getting a str size 1000
    xstr = 'abcde1234_' * 10000
 
    #Make letters upcase 
    xstr.upcase!
 
    #Change '1234_' with '67890 ' (space at last position)
    #Now the repeated string should be 'ABCDE67890 '
    xstr.gsub! '1234_', '67890 '
 
    #Cast numbers to string, from 29 up to size/2. Add it to xstr variable as well, ciclying for every number (not adding all numbers once)
    29.upto(xstr.size/2) {|n| xstr << n.to_s}
 
    #Check 1: Count 'A' char 
    #Check 2: Count '9' char 
    0.upto(xstr.size-1) do |n| 
      if xstr[n] == 'A'
        r1+=1 
      elsif xstr[n] == '9'
        r2+=1
      end
    end
 
    #Create an array from xstr using space to split, its size is the third check
    r3 += xstr.split.size
 
  end
 
  return r1, r2, r3, xstr
end
 
def arrays_test(ntest, xstr)
  r1 = r2 = r3 = r4 = r5 = 0
  ntest.times do 
    #Clear ar then add 5000 times this element: "I", "am", "great", null, "or", "number", 1
    ar =  []
    5000.times do
      ['I', 'am', 'great', nil, 'or', 'number', 1].each {|a| ar << a}
    end
 
    #...then reverse elements to obtain this order: 1, "number", "or", null, "great", "am", "I"
    ar.reverse!
 
    #...then, count the element with value "great" using two separate cicle
    #the first starting from 31 until 2955 (bounty inclused)
    31.upto(2955) do |n|
      r1 += 1 if ar[n] == 'great'
    end
    #the second looping all the array elements
    ar.each {|n| r2+=1 if n == 'great'}
 
    #Loop inside and build a temporary string with index and value, without put it into a variable and only for elements <> null
    ar.each_index{|i| ar[i] ? "#{i} #{ar[i]}" : r3+=1 }
 
    #delete null value elements and take its size
    ar.compact!
    r4 += ar.size
 
    #then join elements with space and take its size
    r5 += ar.join(' ').size
 
  end
 
  return r1, r2, r3, r4, r5
end
 
def nums_test(ntest)
  r1 = r2 = 0
 
  ntest.times do 
    #Find all prime numbers from 8 to 95 step by 3 (bounds included) and sum all primes got, to check the result
    #51.upto(307) do |n| 
    (8..95).step(3) do |n|
      primes(n).each {|a| r1 += a}
    end
 
    #Calculate factorial numbers start from 2 to 42
    r2 = 0
    for n in 2..42
      r2 += fac(n)
    end
  end
 
  return r1, r2
end
 
#Primes must return an array of prime numbers
def primes(n)
  ar = []
  for x in (2..n)
    prime = true
    for y in (2..x-1)
      if x%y == 0
        prime = false
        break
      end
    end
    ar << x if prime
  end
  return ar
end
 
def fac(n) (1..n).inject{|total, current| total * current} end
 
# ---  START  ---
puts "\nWarming up..."
t1=t2=t3=0
time = Time.now
r1, r2, r3, xstr = strings_test(5)
puts "Strings test - Elapsed %.3f" % (p1=Time.now - time)
puts "Check1: #{r1}"
puts "Check2: #{r2}"
puts "Check3: #{r3}"
puts "Check4: #{xstr.size}"
 
time = Time.now
r1, r2, r3, r4, r5 = arrays_test(50, xstr)
puts "Arrays test  - Elapsed %.3f" % (p2=Time.now - time)
puts "Check1: #{r1}"
puts "Check2: #{r2}"
puts "Check3: #{r3}"
puts "Check4: #{r4}"
puts "Check5: #{r5}"
 
time = Time.now
r1, r2 = nums_test(500)
puts "Numeric test - Elapsed %.3f" % (p3=Time.now - time)
puts "Check1: #{r1}"
puts "Check2: #{r2}"
 
puts "Ruby Partial elapsed time %.3f" % (p1+p2+p3)
 
puts "\n1. Starting Ruby tests..."
 
time = Time.now
r1, r2, r3, xstr = strings_test(5)
puts "Strings test - Elapsed %.3f" % (p1=Time.now - time)
 
time = Time.now
r1, r2, r3, r4, r5 = arrays_test(50, xstr)
puts "Arrays test  - Elapsed %.3f" % (p2=Time.now - time)
 
time = Time.now
r1, r2 = nums_test(500)
puts "Numeric test - Elapsed %.3f" % (p3=Time.now - time)
 
puts "Ruby Partial elapsed time %.3f" % (p1+p2+p3)
t1+=p1;t2+=p2;t3+=p3
 
puts "\n2. Starting Ruby tests..."
 
time = Time.now
r1, r2, r3, xstr = strings_test(5)
puts "Strings test - Elapsed %.3f" % (p1=Time.now - time)
 
time = Time.now
r1, r2, r3, r4, r5 = arrays_test(50, xstr)
puts "Arrays test  - Elapsed %.3f" % (p2=Time.now - time)
 
time = Time.now
r1, r2 = nums_test(500)
puts "Numeric test - Elapsed %.3f" % (p3=Time.now - time)
 
puts "Ruby Partial elapsed time %.3f" % (p1+p2+p3)
t1+=p1;t2+=p2;t3+=p3
 
puts "\n3. Starting Ruby tests..."
 
time = Time.now
r1, r2, r3, xstr = strings_test(5)
puts "Strings test - Elapsed %.3f" % (p1=Time.now - time)
 
time = Time.now
r1, r2, r3, r4, r5 = arrays_test(50, xstr)
puts "Arrays test  - Elapsed %.3f" % (p2=Time.now - time)
 
time = Time.now
r1, r2 = nums_test(500)
puts "Numeric test - Elapsed %.3f" % (p3=Time.now - time)
 
puts "Ruby Partial elapsed time %.3f" % (p1+p2+p3)
t1+=p1;t2+=p2;t3+=p3
 
puts "-------------------------------------"
puts "Average Strings test - Elapsed %.3f" % (t1/3)
puts "Average Arrays test  - Elapsed %.3f" % (t2/3)
puts "Average Numeric test - Elapsed %.3f" % (t3/3)
puts "\nRuby Average elapsed time %.3f" % (t1/3+t2/3+t3/3)

from time import time
#import psyco
#psyco.full()
#psyco.full(memory=100)
#psyco.profile(0.05, memory=100)
#psyco.profile(0.2)
 
 
def strings_test(ntest):
  r1 = r2 = r3 = 0
  xstr = ""
  for x in xrange(ntest):
    #Create a string, add 'abcde1234_' until getting a xstr size 1000
    xstr = 'abcde1234_' * 10000
 
    #Make letters upcase 
    xstr = xstr.upper()
 
    #Change '1234_' with '67890 ' (space at last position)
    #Now the repeated string should be 'ABCDE67890 '
    xstr = xstr.replace('1234_', '67890 ')
 
    #Cast numbers to string, from 29 up to size/2. Add it to xstr variable as well, ciclying for every number (not adding all numbers once)
    for y in xrange(29,int(len(xstr)/2) + 1):
        xstr += "%s" %y
 
    #Result 1: Count 'A' char 
    #Result 2: Count '9' char 
    for y in xrange(0, len(xstr)):
      if xstr[y] == 'A':
        r1+=1 
      elif xstr[y] == '9':
        r2+=1
 
    #Create an array from xstr using space to split
    r3 += len(xstr.split())
 
 
  return r1, r2, r3, xstr
 
#Slower than other version
def multiremove(ar, what):
  i = 0
  for el in ar:
    if el == what:
      del ar[i]
    i+=1
 
#Ugly but a bit faster
def multiremove2(ar, what):
  todel = [] 
  for y in xrange(0,len(ar)):
    if ar[y] == what:
       todel.append(y)
  todel.reverse()
  for y in todel:
     ar.pop(y)
 
def arrays_test(ntest, xstr):
  r1 = r2 = r3 = r4 = r5 = 0
  for x in xrange(ntest):
    #Clear ar then add 5000 times this element: "I", "am", "great", null, "or", "number", 1
    ar = []
    for y in xrange(0, 5000):
      ar.extend(["I", "am", "great", None, "or", "number", 1])
 
    #...then reverse elements to obtain this order: 1, "number", "or", null, "great", "am", "I"
    ar.reverse()
 
    #...then, count the element with value "great" using two separate cicle
    #the first starting from 31 until 2955 (bounty included)
    for y in xrange(31,2955):
      if ar[y] == "great": r1 +=1
 
    #the second looping all the array elements
    for y in xrange(0, len(ar)):
      if ar[y] == "great": r2+=1
 
    #Loop inside and build a temporary string with index and value, without put it into a variable and only for elements <> null
    for y in xrange(0, len(ar)):
      if ar[y]:
        "%s %s" %(y, ar[y])
      else:
        r3+=1
 
    #delete null value elements and take its size
    multiremove2(ar, None)
    r4 += len(ar)
 
    #then join elements with space and take its size
    r5 += len(" ".join(str(n) for n in ar))
 
  return r1, r2, r3, r4, r5
 
def nums_test(ntest):
  r1 = r2 = 0
  for x in xrange(ntest):
    #Find all prime numbers from 8 to 95 step by 3 (bounds included) and sum all primes got, to check the result
    for n in xrange(8, 96, 3):
      for prime in primes(n):
        r1 += prime
    fac = lambda n:[1,0][n>0] or fac(n-1)*n
    #Calculate factorial numbers start from 2 to 42 (bounds included)
    r2 = 0
    for n in xrange(2, 43):
      r2 += fac(n)
 
  return r1, r2
 
#Primes must return an array of prime numbers
def primes(n):
  ar = []
  for x in xrange(2, n+1):
    prime = True
    for y in xrange(2, x):
      if x%y == 0:
        prime = False
        break
    if prime:
      ar.append(x)
  return ar
 
# ---  START  ---
print "\nWarming up..."
t1=t2=t3=0
stime = time()
r1, r2, r3, xstr = strings_test(5)
p1=time() - stime
print "Strings test - Elapsed %.3f" % (p1)
print "Check1: %s" %r1
print "Check2: %s" %r2
print "Check3: %s" %r3
print "Check4: %d" %(len(xstr))
 
stime = time()
r1, r2, r3, r4, r5 = arrays_test(50, xstr)
p2=time() - stime
print  "Arrays test - Elapsed %.3f" % (p2)
print "Check1: %s" %r1
print "Check2: %s" %r2
print "Check3: %s" %r3
print "Check4: %s" %r4
print "Check5: %s" %r5
 
stime = time()
r1, r2 = nums_test(500)
p3=time() - stime
print "Numeric test  - Elapsed %.3f" % (p3)
print "Check1: %s" %r1
print "Check2: %s" %r2
 
print  "Python Partial elapsed time %.3f" % (p1+p2+p3)
 
print "\n1. Starting Python tests..."
 
stime = time()
r1, r2, r3, xstr = strings_test(5)
p1=time() - stime
print "Strings test - Elapsed %.3f" % (p1)
 
stime = time()
r1, r2, r3, r4, r5 = arrays_test(50, xstr)
p2=time() - stime
print  "Arrays test  - Elapsed %.3f" % (p2)
 
stime = time()
r1, r2 = nums_test(500)
p3=time() - stime
print "Numeric test - Elapsed %.3f" % (p3)
 
print  "Python Partial elapsed time %.3f" % (p1+p2+p3)
t1+=p1;t2+=p2;t3+=p3
 
print "\n2. Starting Python tests..."
 
stime = time()
r1, r2, r3, xstr = strings_test(5)
p1=time() - stime
print "Strings test - Elapsed %.3f" % (p1)
 
stime = time()
r1, r2, r3, r4, r5 = arrays_test(50, xstr)
p2=time() - stime
print  "Arrays test  - Elapsed %.3f" % (p2)
 
stime = time()
r1, r2 = nums_test(500)
p3=time() - stime
print "Numeric test - Elapsed %.3f" % (p3)
 
print  "Python Partial elapsed time %.3f" % (p1+p2+p3)
t1+=p1;t2+=p2;t3+=p3
 
print "\n3. Starting Python tests..."
 
stime = time()
r1, r2, r3, xstr = strings_test(5)
p1=time() - stime
print "Strings test - Elapsed %.3f" % (p1)
 
stime = time()
r1, r2, r3, r4, r5 = arrays_test(50, xstr)
p2=time() - stime
print  "Arrays test  - Elapsed %.3f" % (p2)
 
stime = time()
r1, r2 = nums_test(500)
p3=time() - stime
print "Numeric test - Elapsed %.3f" % (p3)
 
print  "Python Partial elapsed time %.3f" % (p1+p2+p3)
t1+=p1;t2+=p2;t3+=p3
 
print "-------------------------------------"
print "Average Strings test - Elapsed %.3f" % (t1/3)
print "Average Arrays test  - Elapsed %.3f" % (t2/3)
print "Average Numeric test - Elapsed %.3f" % (t3/3)
print "Python Average elapsed time %.3f" % (t1/3+t2/3+t3/3)

from time import time
#import psyco
#psyco.full()
#psyco.full(memory=100)
#psyco.profile(0.05, memory=100)
#psyco.profile(0.2)
 
 
def strings_test(ntest):
  r1 = r2 = r3 = 0
  xstr = ""
  for x in range(ntest):
    #Create a string, add 'abcde1234_' until getting a xstr size 1000
    xstr = 'abcde1234_' * 10000
 
    #Make letters upcase 
    xstr = xstr.upper()
 
    #Change '1234_' with '67890 ' (space at last position)
    #Now the repeated string should be 'ABCDE67890 '
    xstr = xstr.replace('1234_', '67890 ')
 
    #Cast numbers from 29 upto 1028 to string and add it to xstr variable, ciclying for every number (not add all numbers one time)
    for y in range(29,int(len(xstr)/2) + 1):
        xstr += "%s" %y
 
    #Result 1: Count 'A' char 
    #Result 2: Count '9' char 
    for y in range(0, len(xstr)):
      if xstr[y] == 'A':
        r1+=1 
      elif xstr[y] == '9':
        r2+=1
 
    #Create an array from xstr using space to split
    r3 += len(xstr.split())
 
 
  return r1, r2, r3, xstr
 
#Slower than other version
def multiremove(ar, what):
  i = 0
  for el in ar:
    if el == what:
      del ar[i]
    i+=1
 
#Ugly but a bit faster
def multiremove2(ar, what):
  todel = [] 
  for y in range(0,len(ar)):
    if ar[y] == what:
       todel.append(y)
  todel.reverse()
  for y in todel:
     ar.pop(y)
 
def arrays_test(ntest, xstr):
  r1 = r2 = r3 = r4 = r5 = 0
  for x in range(ntest):
    #Clear ar then add 5000 times this element: "I", "am", "great", null, "or", "number", 1
    ar = []
    for y in range(0, 5000):
      ar.extend(["I", "am", "great", None, "or", "number", 1])
 
    #...then reverse elements to obtain this order: 1, "number", "or", null, "great", "am", "I"
    ar.reverse()
 
    #...then, count the element with value "great" using two separate cicle
    #the first starting from 31 until 2955 (bounty included)
    for y in range(31,2955):
      if ar[y] == "great": r1 +=1
 
    #the second looping all the array elements
    for y in range(0, len(ar)):
      if ar[y] == "great": r2+=1
 
    #Loop inside and build a temporary string with index and value, without put it into a variable and only for elements <> null
    for y in range(0, len(ar)):
      if ar[y]:
        "%s %s" %(y, ar[y])
      else:
        r3+=1
 
    #delete null value elements and take its size
    multiremove2(ar, None)
    r4 += len(ar)
 
    #then join elements with space and take its size
    r5 += len(" ".join(str(n) for n in ar))
 
  return r1, r2, r3, r4, r5
 
def nums_test(ntest):
  r1 = r2 = 0
  for x in range(ntest):
    #Find all prime numbers from 8 to 95 step by 3 (bounds included) and sum all primes got, to check the result
    for n in range(8, 96, 3):
      for prime in primes(n):
        r1 += prime
    fac = lambda n:[1,0][n>0] or fac(n-1)*n
    #Calculate factorial numbers start from 2 to 42 (bounds included)
    r2 = 0
    for n in range(2, 43):
      r2 += fac(n)
 
  return r1, r2
 
#Primes must return an array of prime numbers
def primes(n):
  ar = []
  for x in range(2, n+1):
    prime = True
    for y in range(2, x):
      if x%y == 0:
        prime = False
        break
    if prime:
      ar.append(x)
  return ar
 
# ---  START  ---
print("\nWarming up...")
t1=t2=t3=0
stime = time()
r1, r2, r3, xstr = strings_test(5)
p1=time() - stime
print("Strings test - Elapsed %.3f" % p1)
print("Check1: %s" % r1)
print("Check2: %s" % r2)
print("Check3: %s" % r3)
print("Check4: %d" % len(xstr))
 
stime = time()
r1, r2, r3, r4, r5 = arrays_test(50, xstr)
p2=time() - stime
print("Arrays test - Elapsed %.3f" % p2)
print("Check1: %s" % r1)
print("Check2: %s" % r2)
print("Check3: %s" % r3)
print("Check4: %s" % r4)
print("Check5: %s" % r5)
 
stime = time()
r1, r2 = nums_test(500)
p3=time() - stime
print("Numeric test - Elapsed %.3f" % p3)
print("Check1: %s" % r1)
print("Check2: %s" % r2)
 
print( "Python Partial elapsed time %.3f" % (p1+p2+p3))
 
print("\n1. Starting Python tests...")
 
stime = time()
r1, r2, r3, xstr = strings_test(5)
p1=time() - stime
print("Strings test - Elapsed %.3f" % p1)
 
stime = time()
r1, r2, r3, r4, r5 = arrays_test(50, xstr)
p2=time() - stime
print( "Arrays test  - Elapsed %.3f" % p2)
 
stime = time()
r1, r2 = nums_test(500)
p3=time() - stime
print("Numeric test - Elapsed %.3f" % p3)
 
print( "Python Partial elapsed time %.3f" % (p1+p2+p3))
t1+=p1;t2+=p2;t3+=p3
 
print("\n2. Starting Python tests...")
 
stime = time()
r1, r2, r3, xstr = strings_test(5)
p1=time() - stime
print("Strings test - Elapsed %.3f" % p1)
 
stime = time()
r1, r2, r3, r4, r5 = arrays_test(50, xstr)
p2=time() - stime
print( "Arrays test  - Elapsed %.3f" % p2)
 
stime = time()
r1, r2 = nums_test(500)
p3=time() - stime
print("Numeric test - Elapsed %.3f" % p3)
 
print( "Python Partial elapsed time %.3f" % (p1+p2+p3))
t1+=p1;t2+=p2;t3+=p3
 
print("\n3. Starting Python tests...")
 
stime = time()
r1, r2, r3, xstr = strings_test(5)
p1=time() - stime
print("Strings test - Elapsed %.3f" % p1)
 
stime = time()
r1, r2, r3, r4, r5 = arrays_test(50, xstr)
p2=time() - stime
print( "Arrays test  - Elapsed %.3f" % p2)
 
stime = time()
r1, r2 = nums_test(500)
p3=time() - stime
print("Numeric test - Elapsed %.3f" % p3)
 
print( "Python Partial elapsed time %.3f" % (p1+p2+p3))
t1+=p1;t2+=p2;t3+=p3
 
print("-------------------------------------")
print("Average Strings test - Elapsed %.3f" % (t1/3))
print("Average Arrays test  - Elapsed %.3f" % (t2/3))
print("Average Numeric test - Elapsed %.3f" % (t3/3))
print("Python Average elapsed time %.3f" % (t1/3+t2/3+t3/3))