Some days ago, a friend emailed me desperated because a Java code was faster than his C++ implementation. These Java faster than C++ claims were very common when Java was the tech companies fashion language. I never liked Java because I always thought it was quite verbose (however, I never tried the new functional constructions in Java 8) and used to be very heavy. I mean, I could recognize that an app was written in Java in a blink of eyes, just by looking how slow it was. Things have changed since, but as I was never a professional Java programmer, I didn’t follow the language evolution.
One of my goals for 2016 Q1 was to write a monitoring dashboard for Taskcluster. It basically pings Taskcluster services to check if they are alive and also acts as a feed aggregator for services Taskcluster depends on. One problem with this approach is the same origin policy, in which web pages are only allowed to make requests to their own domain. For web servers which is safe to make these cross domain requests, they can either implement jsonp or CORS. CORS is the preferred way so we will focus on it for this post.
This post is about our plans for representing Taskcluster tasks inside the gecko tree. Jonas, Dustin and I had a discussion in Berlin about this, here I summarize what we have so far. We currently store tasks in an yaml file and they translate to json format using the mach command. The syntax we have now is not the most flexible one, it is hard to parameterize the task and very difficulty to represents tasks relationships.
In this post I am going to talk about my work for phone builds inside the Taskcluster infrastructure. Mozilla is slightly moving from Buildbot to Taskcluster. Here I am going to give a survivor guide on Firefox OS phone builds.