WIN-PROLOG 7.1 - Details

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WIN-PROLOG 7.1 is both the latest version of LPA's true 32-bit Prolog compiler, and also the first version of LPA's brand new 64-bit Prolog compiler. The 32-bit version is available for all versions of Microsoft Windows, from Windows 98SE right up to Windows 8, and everything in-between, while the 64-bit version has been built for Windows 7 and later. Key features of WIN-PROLOG include:

The compiler currently runs on Windows 95/NT, and a version for Unix and Macintosh is supposed to be in the works. A Prolog compiler that may be used freely in a research and educational environment. It supports Edinburgh Prolog, and large parts of ISO, Quintus and SICStus Prolog. Turbo Prolog Free Download; Turbo Prolog Free Download For Windows 7; Turbo Prolog Download Windows 7 32 Bit; From SWI-Prolog. Jul 18, 2013 SWI-Prolog offers a comprehensive Free Software Prolog environment, which features fast compilation, robust and free of memory leaks, unbounded integer and rational number arithmetic based on.

Unlimited Memory (X64): Gone forever is the pain of trying to squeeze large data sets or huge structures into just 2Gb of memory. With the 64-bit version of WIN-PROLOG, the only limit to directly addressable memory is how much is installed on a given computer
Huge File Support: Gone is the old 2Gb limit on individual file sizes, WIN-PROLOG now directly supports data files of up to 2^53-1 (X86) or 2^64-1 (X64) bytes in size, up to 64 of which can be open at any one time. This new feature gives WIN-PROLOG the capability to access vast file-based datasets, as well as perform more mundane tasks such as managing large video and other media files
Native x87 Floating Point Package: A brand new high-precision, floating point maths package has been written to replace the previously-used emulation library that was used since the earliest days of 386-PROLOG. The new package is faster, more accurate, and has been extensively tested for over a year prior to public release
Enhanced HTML Help: the HTML-based Help subsystem has been greatly improved, with proper layout and typsetting of examples, to make them easiter to read. Meanwhile, cross-links to other pages are now listed with comments and descriptions, as in the main index, providing instant on-line, context-senstive access to the same information as presented in the main body of the WIN-PROLOG Technical Reference
Multi-Touch Support: Full support is given to multi-touch messages in Windows 8 and Windows 7, allowing intuitive touch applications to be written for touch-screen tablet computers
XML Support: Extended Markup Language (XML) import and export is supported through a collection of special predicates, which allow XML files or streams to be read as tokens or nested terms, and written with or without indented formatting, to support web-centric and other data processing applications
JSON Support: JavaScript Object Notation (JSON) import and export is supported through a collection of special predicates, which allow JSON files or streams to be read and written as nested terms, to support AJAX and web-based technologies
Soft Meta-Predicate Definitions: the meta_system/2 predicate can now be modified by the user, in order to produce improved program listings, debugging, call-graph and cross-referencing behaviour where user-defined meta-predicates are employed
Windows 10 Support: WIN-PROLOG is now fully compatible with Windows 10, while still working great on all versions of the operating system since Windows 98SE
Word Wrap Option: users can now choose whether to scroll the console and program windows in order to view long lines of text, or to have the text automatically wrap to the window, with the ability to swap back and forth between viewing modes as required
Musical Instrument Digital Interface (MIDI): comprehensive support for the Musical Instrument Digital Interface (MIDI) opens up a whole new world of experimental research and analysis of music, as well real-time recording and playback
Windows Sockets (WinSock) Support: a set of predicates and special system events makes the programming of client and server TCP/IP applications easy, giving WIN-PROLOG programs full access to the Internet
Dynamic Memory Reallocation: all heaps, stacks and major memory buffers can be reconfigured at runtime, during execution of any query, to allow flexible use of resources during large, complex computations
Easy Installation: the entire WIN-PROLOG system comes on a single CD-ROM, together with all documentation and associated toolkits (flex, Prolog++, Intelligence Server, etc)
Common Control Support: WIN-PROLOG provides easy programmable access to a wide assortment of Windows controls and common controls, including tooltips, trackbars, spinboxes and tab controls
Rich Edit 3.0 Support: WIN-PROLOG works together with Rich Edit 3.0, a Microsoft subsystem which provides multiple-font, colour text windows with full support for RTF, Plain and Unicode text
Rich Syntax Colouring: using Rich Edit 3.0, source code text is coloured, in real time, during editing, clearly identifying different data and code items and typing errors.
Full Unicode Support: WIN-PROLOG supports the full Unicode 3.1 character set in files, in addition to the byte-oriented ASCII and ISO/IEC 8859-1 character sets, as well as an arbitrary 32-bit character set
True Hashed Compilation: WIN-PROLOG includes a special mode of compilation, in which hash tables can be produced for huge Prolog databases to provide highly efficient execution of applications such as WordNet
Automatic Configuration: the same files run on Win_10, Win_8, Win_7, Vista, WinXP, Win2k, WinNT, WinME and Win98, and fully support features of each version of the platform
Multiple Document Interface: any number of program edit windows can simultaneously opened in an MDI-standard development environment
Common Dialog Boxes: these are used for all file open/save, print setup and similar operations to provide a familiar look and feel customised for each supported version of Windows
Source Level and Box Model Debuggers: these make full use of windows and other GUI features to make program testing and debugging as easy as possible
Fully Programmable GUI: a large library of GUI functions, providing for the creation and control of windows, dialogs, controls, menus, fonts and more, are directly programmable from within Prolog
Rich Graphics Facilities: powerful graphics predicates give the ability to create charts, diagrams, as well as graphical buttons and tools; graphics facilities include vector, polygon, bitmap, icon, metafile and cursor display control, together with scaling and scrolling functions
Efficient Runtime System: WIN-PROLOG is implemented in 32-bit assembler language (MASM), and employs advanced techniques to achieve outstanding runtime performance, easily attaining speeds of around 10 megalips on faster Celeron and Pentium II machines
Dynamic Link Libraries: WIN-PROLOG can load and access code in DLLs written using standard Windows development languages, including Visual C/C++, Visual Basic and Delphi
Direct Windows API interface: virtually any Windows API function, or third-party DLL function, can be directly called from WIN-PROLOG, without the need to resort to C/C++ programming
Dynamic Data Exchange: ready-to-go DDE interface allows direct communication between Prolog and Visual Basic, Microsoft Word, Excel or any other DDE-aware Windows application
Language Interfaces: the Intelligence Server option provides ready-built interfaces to C/C++, Visual Basic (VBX), Delphi, Java, with others planned for the near future
Comprehensive Help: a fully cross-referenced version of the Technical Reference manual is supplied as a Microsoft Help file, providing complete on-line documentation of all system predicates and functions
True 32-bit Implementation: a genuine Win32 application makes up to 4Gb (4096Mb) of memory is directly addressable, without complex internal segmented addressing schemes
Small Memory Requirements: needs as little as 4Mb of memory: as much space as possible is made available for use by user's applications code
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