Instead of writing the canonical “Hello, world! “ program, I wanted to start by implementing a DLL that I can call from C/C++. I upgraded to the latest version (ver 10) a couple of weeks ago and decided to spend some time understanding the language and the environment. There are a couple of PDF books but they cover an older version (ver 7.x or earlier). One reason is that it seems to have a steeper learning curve and there are not many video tutorials to explain the language and the environment. So, if you don’t need a “Standard” Prolog, then Visual Prolog has a lot to offer.Īlthough I purchased the Commercial Edition of Visual Prolog a few years ago, I never got around to using it. Because of strong typing and compile-only strategy, the efficiency of generated code is likely to be superior compared to other interpreted environments. ![]() We can quickly build Console mode or GUI-based applications, DLLs, and even Windows Service using the platform. Visual Prolog is quite rich in functionality. So how is Visual Prolog different from other Prolog implementations out there, for example, SWI-Prolog or Sicstus Prolog?Ģ) It is strongly-typed and is object-orientedģ) It is a compiled environment, not interpreted ![]() It is developed and supported by PDC A/S, Denmark. Visual Prolog has its roots in Turbo Prolog, which was popularized by Borland in the mid 1980s.
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