zensh

'use strict'

const thunk = require('thunks')()
const co = require('co')

function * test (i) {
  return yield Promise.resolve(i)
}

// async function test (i) {

zensh

package main

import "fmt"

type T0 struct {
	x int
}

func (i *T0) M0() int {
	return i.x * 110

zensh

'use strict'

const net = require('net')
const thunk = require('thunks')()
const buf = new Buffer('GET / HTTP/1.1\r\nHost: localhost:3333\r\nConnection: keep-alive\r\n\r\n')

thunk(function * () {
  var server
  console.log('\n=== Http server ===')
  server = getHttpServer()

zensh

'use strict';

const Thunk = require('thunks')();
const redis = require('../index');

Thunk(function*() {
  var timeT = 0;
  var testLen = 50000;
  var titleT = 'redis(T):';
  var clientT = redis.createClient(6379);

zensh

'use strict';
/*global console*/

var len = 1000, times = 1000;
var tasks = [];

function task(callback) {
  callback();
}

zensh

'use strict';
/*global console*/

var co = require('co');

function task(callback) {
  callback(null, 1);
};

setImmediate(function () {

zensh

'use strict';
/*global console*/

// co version 3.0.6
var co = require('co');

function task(callback) {
  callback(null, 1);
};

zensh

function game(a, b, c) {
  for (var i = 1, s = ''; i <= 100; i++) {
    s = (i + '').indexOf(a) >= 0 ? 'Fizz' :
      (i % a ? '' : 'Fizz') + (i % b ? '' : 'Buzz') + (i % c ? '' : 'Whizz');
    console.log(s || i);
  };
}

zensh

'use strict';

angular.module('app.directives', []).
directive('ngPagination', function () {
    // <div ng-pagination="pagination" class="pagination"></div>
    // 基于Bootstrap框架，从父作用域继承下面四个属性
    // scope.sizePerPage = [25, 50, 100];
    // scope.pageSize = 25;
    // scope.pageIndex = 1;
    // scope.total = 10;

zensh

function CacheLRU(capacity) {
    /*  利用Buffer写的一个LRU缓存，capacity为缓存容量，为0时不限容量。
myCache = new CacheLRU(capacity); //构造缓存
myCache.get(key); //读取名为key的缓存值
myCache.put(key, value); //写入名为key的缓存值
myCache.remove(key); //删除名为key的缓存值
myCache.removeAll(); //清空缓存
myCache.info(); //返回myCache缓存信息
LRU原理：对所有缓存数据的key构建hash链表，当对某一数据进行get或put操作时，将其key提到链表前端（最新）。当进行put数据超出容量时，删除链表尾端（最旧）的缓存数据。
hash链表操作可直接定位key，无需历遍整个hash对象，故读写极快。缓存容量不再影响读写速度。