C), move(N-1, B, A, C). end implement hanoi goal console::init(), hanoi::hanoi(4). Reception Bruce F. Webster of BYTE praised Turbo Prolog in September 1986, stating that it was the first Borland product to excite him as much as Turbo Pascal did. He liked the user interface and low price, and reported that two BYU professors stated that it was superior to the Prolog they used at the university. While questioning the market demand for the language, Webster concluded that "Turbo Prolog may be as significant a leap in software design as Turbo Pascal represented three years ago", and recommended it to those "at all interested in artificial intelligence, databases, expert systems, or new ways of thinking about programming". Another author in the magazine that month wrote that the language's nonstandard, more structured syntax as making "source listings much more readable than those of standard Prolog". While stating that it had "many good features", he stated that Turbo Prolog's "Turbo Pascal flavor in its compiler and strong data typing ... create an identity problem for the language". Describing it as "Turbo Paslog", the author concluded that he does "not recommend it if you are seriously considering becoming a Prolog programmer". The magazine in 1989 listed Turbo Prolog 2.0 as among the "Distinction" winners of the BYTE Awards, approving of how Borland had "developed a system for real-world applications programming". Books about Visual Prolog Thomas W. de Boer, A Beginners Guide to Visual Prolog Chinese translation Eduardo Costa, Visual Prolog for Tyros Russian translation Chinese translation Giovanni Torrero, VISUAL PROLOG PER PRINCIPIANTI Italian 113 pages (pdf) Randall Scott, A Guide to Artificial Intelligence with Visual Prolog, See also Comparison of Prolog implementations Logtalk Mercury (programming language) References External links Class-based programming languages Borland software compilers and interpreters Integrated development environments Multi-paradigm programming languages Prolog programming language family Logic programming languages Functional logic programming languages Statically typed programming languages Programming tools for Windows