Technically speaking, you can create a useful, functional C program that consists solely of statements involving only the C keywords. However, this is quite rare because C does not provide keywords that perform such things as input/output (I/O) operations, high-level mathematical computations, or character handling.
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write an interactive program in c to manage a library information system
Use a project file: it can contain C sources, object modules and libraries.
You should actually turn the question around: does the Turbo C++ graphics library support Windows XP? The answer is yes it does, provided you are using a version of Turbo C++ for Windows XP and above.
With TLIB.EXE. TLIB mylib.lib /C /E +myfile1.obj +myfile2.obj ...
Compilation, linking, library-creation is not defined in the C-language standards, so it is platform-dependent. The core of it: create the objects modules, and find a library-creating utility (TLIB.EXE, ar, etc)
Dynamic linking is accomplished by placing the name of a sharable library in the executable image. Actual linking with the library routines does not occur until the image is run, when both the executable and the library are placed in memory. An advantage of dynamic linking is that multiple programs can share a single copy of the library.
turbo c
You should actually turn the question around: does the Turbo C++ graphics library support Windows XP? The answer is yes it does, provided you are using a version of Turbo C++ for Windows XP and above.
With TLIB.EXE. TLIB mylib.lib /C /E +myfile1.obj +myfile2.obj ...
Compilation, linking, library-creation is not defined in the C-language standards, so it is platform-dependent. The core of it: create the objects modules, and find a library-creating utility (TLIB.EXE, ar, etc)
Turbo C compiles c source. turbo c++ compiles c++ source code.
Dynamic linking is accomplished by placing the name of a sharable library in the executable image. Actual linking with the library routines does not occur until the image is run, when both the executable and the library are placed in memory. An advantage of dynamic linking is that multiple programs can share a single copy of the library.
in a standard C# program, various built-in-functions, which are invoked by the program, are resolved to a library during compilation. the library contains code for these functions. the compiler identifies the library required for the function and copies the code from the library to the program. this technique is called static linking. when a program is compiled, the compiler does not copy the code from the library to the program. instead, the compiler inserts a reference, consisting of the name of the library and function, in the program. the reference is looked up at run time. this is called dynamic linking.
turbo c cannot execute c++ as well..since c++ is the superset of c .the cprograms can be compiled in turbo c++.
+ += - -= * *= / /= % %= = == != <= >= & && | ^ ~ << <<= >> >>= , [] () are the basic operator in TURBO C
+ += - -= * *= / /= % %= = == != <= >= & && | ^ ~ << <<= >> >>= , [] () are the basic operator in TURBO C
Floating-point library not linked in.
turbo is word to do the programming language in c & c++ and i do no about borland
turbo c is a compiler and c++ is a programming language.