Yes, sorry, I meant implementation of the language, ie. CLR. That being said, having to rewrite an entire engine because of the underbellies of the CLR seems t

Yes, sorry, I meant implementation of the language, ie. CLR. That being said, having to rewrite an entire engine because of the underbellies of the CLR seems to be dubious, especially in the case of a development environment that purports to make life easier for the developer. I have nothing against C#, one of the trading frameworks I use uses it exclusively (Ninjatrader) and it's pretty nice. It's just that I would hate to have invested weeks/months into a software project, using what I imagine would be tried-and-true software techniques, and then have to rework them to get over the particulars of the implementation. That being said, I guess all languages have similar problems. For example, when I was working on a backend server back in 2001, we found that our product was "leaking" memory on HP-UX, even though none of memory leak detectors found any problems, and the memory leak problem didn't occur in Solaris, AIX and Windows (we had a cross-platform server). It turns out on high-load systems, our app was allocating a bunch of small strings all over the place, and the base memory allocator for HP-UX was causing memory fragmentation over time. By switching to another memory allocator that handled this situation, it fixed the problem. I guess there aren't any C/C++ books that I've come across that say "don't allocate a millions of small memory blocks because your memory might fragment, even though you free them properly." So maybe I misspoke, I guess to some degree it does manifest itself in all implementations of languages.