This Online File Tells You How to Use The Turbo C++

                    built-in inline assembler (BASM) to include assembly

                    language routines in your C and C++ programs without

                    any need for a separate assembler. Such assembly

                    language routines are called inline assembly, because

                    they are compiled right along with your C routines,

                    rather than being assembled separately, then linked

                    together with modules produced by the C compiler.

                    Of course, Turbo C++ also supports traditional mixed-

                    language programming in which your C program calls

                    assembly language routines (or vice-versa) that are

                    separately assembled by TASM (Turbo Assembler), sold

                    separately. In order to interface C and assembly

                    language, you must know how to write 80×86 assembly

                    language routines and how to define segments, data

                    constants, and so on. You also need to be familiar with

                    calling conventions (parameter passing sequences) in C

                    and assembly language, including the pascal parameter

                    passing sequence in C.

   Inline assembly  =======================================================

          language

                    Turbo C++ lets you write assembly language code right

                    inside your C and C++ programs. This is known as inline

                    assembly.

——————  If you don’t invoke TASM, Turbo C++ can assemble your

              BASM  inline assembly instructions using the built-in

——————  assembler (BASM). This assembler can do everything TASM

                    can do with the following restrictions:

                    o It cannot use assembler macros