flada-auxv

Keybase proof

I hereby claim:

• I am flada-auxv on github.
• I am flada (https://keybase.io/flada) on keybase.
• I have a public key ASDQh1yTlP0ZPvfFJRGsVa8gwRhhgJVM0fEKC43oE_NELAo

To claim this, I am signing this object:

flada-auxv

truffle のデフォルトのディレクトリ構成で contracts/ に Test.sol を配置して

truffle console
> migrate --reset

Fuga.deployed().then(c => c.FugaEvent().options.topics[0] )
// '0x036b5e160c95e397eb8e8ad88d596c87ba315b302a96e253e54a15d259ad4e1a'

Hoge.deployed().then(c => c.HogeEvent().options.topics[0] )

flada-auxv

// Calculate revenue from gen0 kitty sale (as in some block range)
//
// $ node /path/to/thisFile
// { wei: "9598226439521243188",
//   ether: "9.598226439521243188",
//   blockRange: "6090000...6100000",
//   "salesCount(only gen0 kitty)": 117,
//   "birthCount(only gen0 kitty)": 148,
//   "SalesCount(all the kitties)": 458 }

flada-auxv

class Hoge
  def combination(array, num)
    return [] if num == 0
    return array.map {|elem| Array(elem) } if num == 1

    each_with_rest(array).with_object([]) {|(elem, rest), result|
      result.push(*_combination(rest, [elem], num))
    }
  end

flada-auxv

class Player
  attr_reader :size

  def initialize(senryaku)
    @count = 0
    @size = senryaku.size
    @senryaku = senryaku
    @senryaku_enum = senryaku.each_char.cycle
  end

flada-auxv

source 'https://rubygems.org'

gem 'sinatra'

flada-auxv

source "https://rubygems.org"

gem "sinatra"

flada-auxv

# from http://guides.rubyonrails.org/association_basics.html#the-has-many-through-association

##### Model #####
class Physician < ActiveRecord::Base
  has_many :appointments
  has_many :patients, through: :appointments

  accepts_nested_attributes_for :appointments
end

flada-auxv

#!/usr/bin/env ruby

LOG_ITEMS = %w(ip_address ident_user_name authenticate_user_name access_date request_line status_code forwarding_byte caller_url user_agent).each

class LogParser
  def initialize(logs)
    @logs = logs.chomp
    @result = {}
    @start_idx = 0
  end

flada-auxv

class Circuit
  def initialize(circuit)
    @circuit = analyze(circuit)
  end

  def calc
    @circuit.inject(0) {|memo, item| memo + item.val}.truncate
  end

  def analyze(circuit)