mizchi

This is transolation written by me as Japanese about Vue.js

データバインディングについてVue.jsと Backbone.stickitを比較する - mizchi's blog http://mizchi.hatenablog.com/entry/2014/02/18/163721

My Engilish is not so good. So please teach me what to say is better.

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This is resource to suite to use vue.js againt my compony so I blame Backbone.stickit :D

muddydixon

サーバの立ち上げ方

• python: python -m SimpleHTTPServer 5000
• perl: plackup -MPlack::App::Directory -e 'Plack::App::Directory->new(root => ".")->to_app
• ruby: ruby -rwebrick -e 'WEBrick::HTTPServer.new(:Port => 5000, :DocumentRoot => ".").start'
• php: php -S 0.0.0.0:5000

smaldini

//A perfectly valid Reactive Streams Processor with Reactor (to attach to a Stream or connect with Actions/Promises) :
//This Processor is an Identity Producer/Subscriber - every request is propagated upside and every value propagated downside
// identityProcessor will not affect its input value and will eventually broadcast it to its subscribers.

deferred = Streams.defer(env);
deferred
	.parallel(env.getDispatcher(dispatcher))
	.map(stream -> stream
		.map(i -> i)
		.reduce((Tuple2<Integer, Integer> tup) -> {

voluntas

MQTT Meetup Tokyo 2014.08

概要

内容

pocketberserker

Scalazのデータ構造ひと巡り

発表場所

Scalaz勉強会

資料のライセンス

CC-BY-SA 4.0

自己紹介

ueshin

SparkSQL samples for ScalaMatsuri2014

Initialize

Docker

https://github.com/ueshin/docker

$ docker run -it -p 14040:4040 spark:1.1.0-rc4

y-yagi

#!/usr/bin/env ruby

BIT_OR = '\|'
BIT_AND = '\&'
ADD = '\+'
MULTIPLATION = '\*'

input = ARGV[0]

[BIT_OR, BIT_AND, ADD, MULTIPLATION].each do |operator|

yoshiori

def foo(str)
  result = str.scan(/(\*|\+|&|\||\d+)/).flatten
  while result.size != 1
    result = hoge(result)
  end
  result.first
end

def hoge(ary)
  %w(| & + *).each do |op|

saboyutaka

input = [
    # [ id, input, expected ],
  [ 0, "4*5+6&7|8", "44" ],
  [ 1, "15*5", "75" ],
  [ 2, "15+5", "20" ],
  [ 3, "15&5", "5" ],
  [ 4, "15|5", "15" ],
  [ 5, "30*15*5", "2250" ],
  [ 6, "30*15+5", "600" ],
  [ 7, "30*15&5", "150" ],

lhside

# 優先順位は変わらないので、優先順位にそってメッソドを再定義する
# メソッドが入れ替わっているので、式内の演算子も置換で入れ替える。
#
# ↑優先順位高
# |  ビット or
# &  ビット and
# +  加算
# *  乗算
# ↓優先順位低
#