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Turbo C++ 3.0 was released on November 20, 1991, amidst expectations of the coming release of Turbo C++ for Microsoft Windows. Initially released as an MS-DOS compiler, 3.0 supported C++ templates , Borland's inline assembler and generation of MS-DOS mode executables for both 8086 real mode and 286 protected mode (as well as 80186 ). 3.0 ...
In the early 1980s, Borland enjoyed considerable success with their Turbo Pascal product and it became a popular choice when developing applications for the PC. Borland followed up that success by releasing Turbo Prolog (in 1986), and in 1987, Turbo Basic and Turbo C. Turbo C has similar properties to Turbo Pascal: an integrated development environment, a fast compiler (though not near the ...
5.5 (2000-02-16; [8] Windows 95/98/NT/2000): Based on Borland C++Builder 5, it is a freeware compiler without the IDE from the parent product. Includes Borland C++ Compiler v5.5, Borland Turbo Incremental Linker, Borland Resource Compiler / Binder, C++ Win32 Preprocessor, ANSI/OEM character set file conversion utility, Import Definitions utility to provide information about DLLs, Import ...
The debuggers in later products such as C++Builder [4] and Delphi are based on the Windows debugger introduced with the first Borland C++ and Pascal versions for Windows. The final version of Turbo Debugger came with several versions of the debugger program: TD.EXE was the basic debugger; TD286.EXE runs in protected mode, and TD386.EXE is a ...
Edison Design Group: provides production-quality front end compilers for C, C++, and Java (a number of the compilers listed on this page use front end source code from Edison Design Group [111]). Additionally, Edison Design Group makes their proprietary software available for research uses.
It supports ARM for Windows (aarch64-w64-mingw32 and armv7-w64-mingw32). [10] [11] Binaries (executables or DLLs) generated with different C++ compilers (like Mingw-w64 GCC and Visual Studio) are in general not link compatible due to the use of different ABIs and name mangling schemes caused by the
Object Windows Library (OWL), designed for use with Borland's Turbo C++ compiler, was a competing product introduced by Borland around the same time. Eventually, Borland discontinued OWL development and licensed the distribution of the MFC headers, libraries and DLLs from Microsoft [ 8 ] for a short time, though it never offered fully ...
Up until that point, Borland's Turbo Pascal for DOS and Windows was largely a procedural language, with minimal object-oriented features, and building UI frameworks with the language required using frameworks like Turbo Vision and Object Windows Library. OWL, a similar framework to MFC, required writing code to create UI objects.