moncho

FaaS serverless framework bootstrap for Raspberry Pi

This bootstraps FaaS onto your Raspberry Pi or ARM board with Docker.

Any Linux/UNIX process can be made a serverless function. Communication with functions is via an API gateway with an easy to use UI portal.

https://github.com/alexellis/faas

Here's the one-shot equivalent from the TestDrive guide

Rich-Harris

Note: I'm not involved in Prepack in any way — please correct me if I say anything incorrect below!

A few people have asked me if Prepack and Svelte are similar projects with similar goals. The answer is 'no, they're not', but let's take a moment to explore why.

What is Prepack?

Prepack describes itself as a 'partial evaluator for JavaScript'. What that means is that it will run your code in a specialised interpreter that, rather than having some effect on the world (like printing a message to the console), will track the effects that would have happened and express them more directly.

So for example if you give it this code...

cmatskas

# Bash
export azureSubId='<subscriptionId>'
export azureServicePrincipalTenantId='<tenantId>'
export azureServicePrincipalClientId='<servicePrincipalName>'
export azureServicePrincipalPassword='<password>'

# Poweshell
$env:azureSubId='<your subscription Id>'
$env:azureServicePrincipalTenantId='<your Azure Tenant ID>'
$env:azureServicePrincipalClientId='<your Azure Application ID>'

yomimono

MirageOS/Unikernels (but secretly something else)

• speaking now: @mindypreston (@yomimono on github)

Very Quick MirageOS Update

• we released version 3.0 in February
• tl;dr: supports KVM via the solo5 project
  • better errors
• better logs

aparrish

mthenw

{
  "services": {
    "dynamodb": {
      "operations": {
        "batchGetItem": {
          "request_descriptors": {
            "RequestItems": {
              "get_keys": true,
              "rename_to": "table_names"
            }

HyperBrain

Overview

Currently the Serverless framework only offers lifecycle events that are bound to commands and also are very coarse. Each core plugin only exposes the events that are defined by the framework. This is suboptimal for plugin authors as they want to hook special events within the deployment process.

The PR adds fine grained lifecycles to the AWS deployment process (see below for the current implementation process) and makes the package/deploy plugin implementation non-breaking.

myshov

console.log(1);
(_ => console.log(2))();
eval('console.log(3);');
console.log.call(null, 4);
console.log.apply(null, [5]);
new Function('console.log(6)')();
Reflect.apply(console.log, null, [7])
Reflect.construct(function(){console.log(8)}, []);
Function.prototype.apply.call(console.log, null, [9]);
Function.prototype.call.call(console.log, null, 10);

depp

// Faster solution for:
// http://www.boyter.org/2017/03/golang-solution-faster-equivalent-java-solution/
// With threading.
// g++ -std=c++11 -Wall -Wextra -O3 -pthread

// On my computer (i5-6600K 3.50 GHz 4 cores), takes about ~160 ms after the CPU
// has warmed up, or ~80 ms if the CPU is cold (due to Turbo Boost).

// How it works: Start by generating a list of losing states -- states where the
// game can end in one turn.  Generate a new list of states by running the game

johncmckim

{
  "dependencies": {
    "aws-sdk": "^2.7.10",
    "bluebird": "^3.4.6",
    "lodash": "^4.17.2",
    "moment": "^2.17.1"
  }
}