numtel

ben@x131e:~/meteor$ meteor create velocity-core-issue-114
velocity-core-issue-114: created.

To run your new app:
   cd velocity-core-issue-114
   meteor
ben@x131e:~/meteor$ cd velocity-core-issue-114/
ben@x131e:~/meteor/velocity-core-issue-114$ meteor add numtel:velocity-tinytest velocity:html-reporter
  added velocity:html-reporter at version 0.2.4
  added coffeescript at version 1.0.4

numtel

#!/usr/bin/env node

var determineDb = function(lines, startIndex){
  // Look backward from statement at startIndex to find database name used
  var result;
  for(var i = startIndex; i >= 0; i--){
    result = lines[i].match(/^use (`([^\.]+)`|[^\.\/]+)?/i);
    if(result === null) continue;
    if(result[2] === undefined){
      return result[1];

numtel

For the given sample database, the following example illustrates a possible interface for joining SQL tables within Minimongo.

Sample Data

Table classes

id	name	teacher
1	algebra	1234

numtel

Async/await style (i.e. how most of this package's code is written)

module.exports = async function() {
  await delay(1)
}

function delay(duration) {
  return new Promise(resolve => setTimeout(resolve, duration))
}

numtel

From what I can tell, accomplishing a more automatic lazy-loading system would require the current file bundling scheme to be amended to support applications written with explicit source file dependency trees.

With the dependency tree, an intelligent lazy-loader could decide which files are necessary for which routes/templates.

In order to not break compatibility with existing applications, the directories used must become configurable.

The default configuration could be described in a file such as .meteor/dirmap.json:

{

numtel

var ZongJi = require('zongji');

var RETRY_TIMEOUT = 4000;

function zongjiManager(dsn, options, onBinlog) {
  var newInst = new ZongJi(dsn, options);
  newInst.on('error', function(reason) {
    newInst.removeListener('binlog', onBinlog);
    setTimeout(function() {
      // If multiple errors happened, a new instance may have already been created

numtel

'use strict';

const asyncProgressPromise = fetchNPM('progress-promise', '0.0.5');

exports.handler = (event, context, callback) => {
    asyncProgressPromise
    .then(ProgressPromise => {
        console.log(ProgressPromise);
        callback();
    })

numtel

'use strict';
(function() {
// inspired by cloudping.info
var regions = {
  'us-east-1': 'US-East (Virginia)',
  'us-east-2': 'US East (Ohio)',
  'us-west-1': 'US-West (California)',
  'us-west-2': 'US-West (Oregon)',
  'ca-central-1': 'Canada (Central)',
  'eu-west-1': 'Europe (Ireland)',

numtel

Follow these instructions to start an EC2 instance running Ubuntu that will run rai_node on startup

1. Select Ubuntu Server 16.04 LTS (HVM), SSD Volume Type. A t2.small or larger instance type is recommended.

2. Configure the security group to match the screenshot.

3. Download install_rai_node.sh below, update the URLs with their latest versions.

   Get latest rai_node archive URL from https://github.com/clemahieu/raiblocks/releases.

   Get latest gdrive-linux-x64 version URL from https://github.com/prasmussen/gdrive#downloads

numtel

function genPow(hash, timeout) {
  timeout = timeout || 15000000;
  const start = Date.now();
  const hashBytes = hex_uint8(hash);
  let i=0;
  while(Date.now() - start < timeout) {
    const workBytes = nacl.randomBytes(8);
    for(let j=0;j<256;j++) {
      workBytes[7] = j;