fabrizioc1

fabrizioc1

package main

import (
  "fmt"
  "log"
  "net"
  "sync"
  "time"
  "strings"
  "runtime"

fabrizioc1

=begin

3,5,2,7,1

  3
 2 5
1   7

=end

fabrizioc1

    context 'performance' do
      before do
        require 'benchmark'
        @posts = []
        @users = []
        8.times do |n|
          user = Factory.create(:user)
          @users << user
          aspect = user.aspects.create(:name => 'people')
          connect_users(@user, @aspect0, user, aspect)

fabrizioc1

class Player
  def initialize
    @max_health = 20
    @last_health = @max_health
    @taking_damage = false
    @directions = [:backward, :forward]
    @current_direction = :forward
    @reached_wall = false
  end
  

fabrizioc1

# http://zookeeper.apache.org/doc/r3.3.4/recipes.html#sc_leaderElection
require 'rubygems'
require 'bundler/setup'
require 'zookeeper'
require 'hashie'

class ElectionCandidate
  ROOT_PATH = "/election"
  NODE_PATH = "candidate_"

fabrizioc1

new File("/tmp/java_timezones.txt").withWriter { out ->
    TimeZone.getAvailableIDs().each{ timezoneId -> 
        timezone = TimeZone.getTimeZone(timezoneId) 
        def items = [timezone.getID(),
        (int)(timezone.getRawOffset()/1000),
        (int)(timezone.getDSTSavings()/1000)]    
        out.print sprintf("%6d %32s %6d\n",items[1],items[0],items[2])
    }
}

fabrizioc1

sudo tcpdump -w /tmp/memcached.pcap -i any -A -vv 'port 11211'

fabrizioc1

# can probably cross reference with ltrace
# this removes shared libraries from the total memory count
def memory_estimate(pid)
  `sudo pmap #{pid}`.lines.reject{|line| 
    line[%r[/lib[^.]+\.so]] or line[/^ total/]
  }.drop(1).reduce(0){|total,line| 
    total + line.match(/(\d+)K/)[1].to_i 
  }
end

fabrizioc1

-- Read: http://en.wikipedia.org/wiki/Graham_scan
-- ================================================ --
-- ===========  Definitions/Imports  ============== --
-- ================================================ --

import Data.List

-- ch03/ex09.hs
data Direction = LeftTurn | RightTurn | Straight deriving (Show,Eq)
data Point2D = Point2D {x :: Double, y :: Double} deriving (Show,Ord,Eq)