Borland Turbo Assembler and Tools 5.0下载

All three assemblers are capable of producing both 16- and 32-bit object files, depending on the directives contained in your assembler source files. If you produce a 16-bit object file, then you must use the 16-bit linker (TLINK.EXE) to link your application. If you produce a 32-bit object file, then you must use the 32-bit linker (TLINK32.EXE) to link your application. TASM.EXE is a real-mode assembler, meaning that it is capable of using only the lower 640K of memory addressable by DOS. If you're assembling larger applications, use either TASMX.EXE or TASM32.EXE. Both of these assemblers use the DPMI server to take advantage of extended memory. The biggest difference between the three assemblers is the type of debug information they produce when you assemble your source files with the /zi command-line option. Both TASM.EXE and TASMX.EXE produce only 16-bit debug information. TASM32.EXE produces only 32-bit debug information. If you plan to use Turbo Debugger to debug your assembler application, then you must assemble 16-bit files with either TASM.EXE or TASMX.EXE. To produce 32-bit debug information, then you must assemble your files with TASM32.EXE.