Follow the installation and activation instructions for the U.S. Custom keyboard layout.
If you’re using macOS Sierra (10.12), install
Follow the installation and activation instructions for the U.S. Custom keyboard layout.
If you’re using macOS Sierra (10.12), install
Since modern.ie released vagrant boxes, it' no longer necessary to manually import the ova file to virtualbox, as mentioned here.
However, the guys at modern.ie didn't configured the box to work with WinRM. This how-to addresses that, presenting steps to proper repackage these boxes, adding WinRM support. Additionally configures chocolatey package manager and puppet provisioner.
By the end of this quick guide, you will know how to compile a Phoenix app release using Exrm and run it inside a Docker container. I've found only a couple of articles that discuss getting an Elixir app up and running inside a Docker container, and even those only touched on some parts of the process. The idea is that this guide will give you a full end-to-end example of how to get all the pieces and parts working together so that you are able to deploy your Phoenix application inside a Docker container.
# Instructions for 4.14 and cuda 9.1 | |
# If upgrading from 4.13 and cuda 9.0 | |
$ sudo apt-get purge --auto-remove libcud* | |
$ sudo apt-get purge --auto-remove cuda* | |
$ sudo apt-get purge --auto-remove nvidia* | |
# also remove the container directory direcotory at /usr/local/cuda-9.0/ | |
# Important libs required with 4.14.x with Cuda 9.X | |
$ sudo apt install libelf1 libelf-dev |
###Redux Egghead Video Notes###
####Introduction:#### Managing state in an application is critical, and is often done haphazardly. Redux provides a state container for JavaScript applications that will help your applications behave consistently.
Redux is an evolution of the ideas presented by Facebook's Flux, avoiding the complexity found in Flux by looking to how applications are built with the Elm language.
####1st principle of Redux:#### Everything that changes in your application including the data and ui options is contained in a single object called the state tree
This gist was prompted by Nigel Small’s tweet of a query to generate a unique id for a node (and is posted here with his agreement). It inspired me to think about how it could be used in a full example, unrestricted by Twitter’s 140 characters. I have also looked at how we could generate different sets of unique ids for different labels.
Auto-incrementing #Neo4j counter
MERGE (x:Counter {name:'foo'})
ON CREATE SET x.count = 0
ON MATCH SET x.count = x.count + 1
RETURN x.count
— Nigel Small (@technige) December 16, 2013
var eu = require('ethereumjs-util') | |
var uncompressed_public_key_hex = '04320c6bb9c30cd4ee54484ad10b01d2742105a70b9333b2310be8e870344f18f23d70897cf0588510fc28cf76b637902179cc2d3ead649718bef61c6eb95cec7e' | |
var upk_buf = new Buffer(uncompressed_public_key_hex, 'hex') | |
var addr_buf = eu.pubToAddress(upk_buf.slice(1,65)) | |
var addr = addr_buf.toString('hex') | |
console.log("addr: " + eu.toChecksumAddress(addr) ) |