I have a blog post called “When is Scripting Really Programming” up at the Wind River blog network. In that post, I discuss how scripting is really not clearly separated from “real programming” in the way I once believed it was… today, the line between higher-level programming languages and scripting languages look very thin in many cases. I illustrate with examples from Simics and its CLI and Python scripting systems.
Some recent developments among development environments for mobile phones have made me consider the hereto unthinkable: that C might be on a decline as the universal programming language. Indeed, maybe there is even a chance that we will not have a universal low-level language in the future at all. What is happening is that the hitherto “given” role of C as the base language for a platform is being questioned. The reason appears to be security, which cannot be said to be a bad thing. However, a large-scale move away from C might hurt many of today’s higher-level languages and even model-based engineering.
Continue reading “C in Danger – and thus Higher-Level Languages (?)”
In FLOSS Weekly issue 57, about 20 minutes into the show, Randall Schwartz and Leo Laporte express genuine surprise that the XMBC media player application is all in C++. That is pretty telling, some parts of the computing world are indeed moving on to more modern pastures like Python, Perl, Ruby, and even Objective C (for the Mac people). And quite a contrast to the EDA world where C++ is still considered the new shiny thing, as I have lamented before… thanks for that small but golden genuine surprise, Randall and Leo!
In the July 2008 issue of IEEE Computer, there is short article called “In Praise of Scripting: Real Programming Pragmatism“, by Ronald P. Loui, a professor at Washington University (WUSTL). The article deals with the issue of what is the appropriate first language to teach new CS (Computer Science) students, and considers that a “scripting” langauge like Python or Ruby might be way better than Java (no doubt about that I think).
What can this teach us for the purpose of simulation and the creation of models of computer system hardware for the purpose of simulation? Maybe a fair bit…