nicka

// See: https://www.youtube.com/watch?v=HaEPXoXVf2k

const AWS = require('aws-sdk');
AWS.config.update({region: 'us-east-1'});

const dynamoDb = new AWS.DynamoDB.DocumentClient({ api_version: '2012-08-10' });
const TABLE = 'single-table-design';
const GSI1 = 'gsi1';
const GSI1PK = `${GSI1}pk`;
const GSI1SK = `${GSI1}sk`;

nicka

import numpy as np
# print(np.__version__)

ROW_COUNT = 6
COLUMN_COUNT = 7
WINNG_PIECE_COUNT = 4

def create_board():
    board = np.zeros((ROW_COUNT, COLUMN_COUNT))
    return board

nicka

---
Description: AWSAppSync DynamoDB Example
Resources:
  GraphQLApi:
    Type: "AWS::AppSync::GraphQLApi"
    Properties:
      Name: AWSAppSync DynamoDB Example
      AuthenticationType: AWS_IAM

  PostDynamoDBTableDataSource:

nicka

sudo: required #is required to use docker service in travis

language: php #can be any language, just php for example

services:
  - docker # required, but travis uses older version of docker :(

install:
  - echo "install nothing!" # put your normal pre-testing installs here

nicka

#!/bin/bash
#### Description: Assumes an AWS IAM role and export temporary AWS_* credentials.
#### Written by: Nick den Engelsman - nick@bandlab.com on 2017-05
####
#### Setup:
####   1. npm install -g aws-auth-helper
####   2. save this script as ~/.aws/mfa.sh
####   3. chmod +x ~/.aws/mfa.sh
####
#### Edit your .bash_rc (or something else):

nicka

# A small DSL for helping parsing documents using Nokogiri::XML::Reader. The
# XML Reader is a good way to move a cursor through a (large) XML document fast,
# but is not as cumbersome as writing a full SAX document handler. Read about
# it here: http://nokogiri.org/Nokogiri/XML/Reader.html
# 
# Just pass the reader in this parser and specificy the nodes that you are interested
# in in a block. You can just parse every node or only look inside certain nodes.
# 
# A small example:
# 

nicka

#!/usr/bin/env ruby
# == Simple Daemon
#
# A simple ruby daemon that you copy and change as needed.
# 
# === How does it work?
#
# All this program does is fork the current process (creates a copy of
# itself) then exits, the fork (child process) then goes on to run your
# daemon code. In this example we are just running a while loop with a