Programming

Hubot + ES6 + Promises
Hubot + ES6 + Promises
Chatops, Hubot, Node.js, Slack

Hubot + ES6 + Promises

Lately we’ve been playing around with ChatOps at Wehkamp. We added a Hubot to our Slack channels to automate some operational jobs. It makes work more fun and way easier. As it is hosted in our own infrastructure, it can interact with our micro-services. In this article I explore how to use ES6 and a Promise to implement a call to a simple web-service.

Parsing Roman Numerals using C#
Parsing Roman Numerals using C#
.NET Framework / C#, KeesTalksTech Utility Pack, Roman Numerals

Parsing Roman Numerals using C#

Lately I’ve become fascinated with the Latin language. I’m working on a project that converts photographs of Latin inscriptions on medieval statues into translated text. One of the challenges is parsing years, usually expressed in the form of Roman Numerals.

After building a parser class I noticed that it had a lot of nice characteristics: parsing, operator overloading, implicit conversions. A nice way to play around with C#.

Dynamically map JSON commands to object methods in .Net
Dynamically map JSON commands to object methods in .Net
.NET Framework / C#

Dynamically map JSON commands to object methods in .Net

Lately I’ve been playing around with USB led lights in .Net. I wanted the animations to be separated from my code. Wouldn’t it be great if you could define what animations are executed in a JSON file? And map it to code?

Normally one would build a mapper that does the conversion of the JSON commands to the methods. I like to use a more generic approach. I’ve created a small utility class that executes commands by mapping and executing them as a method of the object.

Support both Node.js and browser JS in one TypeScript file
Support both Node.js and browser JS in one TypeScript file
JavaScript, Node.js, TypeScript

Support both Node.js and browser JS in one TypeScript file

TypeScript allows for better JavaScript development. JavaScript is getting useful in more domains. But different systems require different ways of handling modules and exposing features. TypeScript solves this by compiling differently when a target is specified.

But what if you need a TypeScript script that supports both vanilla browser JS and Node.js? What if you need to expose 10+ classes?