I have to admit that I wrote the Raspberry Pi off at first. I mean, my initial description of it as a “slow Linux computer” are technically correct, but I never really thought of looking at it for what it really is – a cheap, small and, least importantly, slow Linux computer.
I’ve been actively using Linux since 2009, with Ubuntu eventually becoming my primary OS in early 2010. I think it was the early descriptions of the Pi as a teaching tool for programming that put me off. I couldn’t comprehend why a low-spec, awkwardly-shaped computer would be desirable as a platform to teach the art of coding, particularly when most schools have perfectly capable machines already in their possession.
But then I got my hands on one. And, almost immediately, I realized that the Pi really is something special.
My Final Year Project is entitled Smartphone-controlled media streaming application for Raspberry Pi. The idea behind this project is to create an open source web-based software stack for the Pi which allows it to be used as both a media streaming server (to be accessed remotely via a browser) and as a TV-connected home media center, utilizing the Pi’s HDMI output capabilities. I aim to achieve this using web applications instead of native GTK+ or Qt interfaces. The benefit of this, besides portability, is a unified interface for both the remote streaming feature and the intention for the device to be used as a HTPC (Home Theater PC).
The niche of this project, and arguably the most challenging aspect of it, is the requirement for the application to be controlled by a smartphone. This can’t just involve writing an app that can access the same data store as the web application, but must be able to control the web interface as if it were a standard remote control for a set-top box or smart TV interface.
The way I figure it, what’s the point of engaging in a project if you’re not going to step outside your comfort zone so many times that the end goal appears to be a blurry vision of accomplishment, led to by a path made mostly of fire? And stack traces. Millions of them. And they’re also on fire.