The
But Microsoft did identify something important: multi-language development. The main issue they are trying to resolve are C++ component producers and VB component consumers, dealing in a world where documentation and interfaces are a little too opaque for everyone to be happy. Java has solved this problem, and Perl doesn't seem to have an issue with open/opaque interfaces (modulo the odd, poorly documented and buggy XSub). That's all well and good, but the issues that need resolving are integrating Java/Perl/C/C*, SQL, JavaScript, HTML, a templating language and perhaps some XSLT into a single project.
Those languages won't be integrated into a single runtime, or unified into a single language, because they each focus on solving a different problem in a different domain. Maybe if the entire world were recast as a big LISP machine, multi-language development would go away, but there's an equally strong argument that you'd instead need to invent 4 and 5 different sets of LISP macros or LISP dialects to do what Java/SQL/XSLT do already.
Add it all up, and it looks like multi-language development is a fundementally good idea (or at least the best idea we came up with over 60 years of trying). Distilling that down to a single Ur-syntax won't fly (unless you constrain yourself to solving the problem of the C++ producer and VB consumer).
The past revisited. Again. (Score:1)
Re:The past revisited. Again. (Score:2)
Surely there is more to CLR and .NET than just that. Or has the idea of a "compatible calling convention" simply been upgraded to include method calls, object definition, versioning, cryptographic signatures and reflection? And do you really need to have a VM for all of that?
Re:The past revisited. Again. (Score:1)
All the other stuff is either upgraded calling conventions (method calls, reflection) or fancy dynamic loader stuff (versioning, crypto signatures). And no, you don't need a VM for it at all. You can do it entirely as normal, compiled code.
The single biggest hurdle is the initial definition of the conventions, and that's as much engineering tr