if it is n already compiled binary program:
./program-name
if it is a code,
gcc program-code.c -o program-name
if gcc is not installed,
on debian: search for a deb package and install it, or,
apt-get install gcc
on redhat: search for an rpm package and install it.
All binaries are launched by simply typing the name of the application.
C isn't a program, or something you install; it is a programming language for writing software. Linux and most of the programs that run on it were written in C, and a C compiler and libraries are supplied with most systems, or are readily available.
You could, if you had conio.h in linux, but you don't have, that's why.
It depends on the editor.
Most screensavers on Linux are modules run by Xscreensaver: http://en.wikipedia.org/wiki/XScreenSaver I don't know exactly how to convert a program to a module, check the Xscreensaver documentation.
No. Windows and Linux have different APIs and ABIs for programs to access. You cannot run Linux binaries on Windows, and you can only run Windows binaries on Linux if you have Wine installed.
This question cannot be answered without seeing the source program.
Turbo C cannot compile native Linux binaries, only programs for MS-DOS. MS-DOS applications can be run on Linux through a variety of methods, including DOSEMU, DOSBox, QEMU, Bochs, and VirtualBox.
1. Create your source-file with any text-editor (mcedit myprogram.c, for example).2. Compile it: gcc -g -Wall -W -pedantic -o myprogram myprogram.c3. Fix the errors and warnings, if any4. Run your program: ./myprogram(Note: you should not use linux-9.0 yet, as only linux-2.6.x released).
To program in linux, you just have to pick out a programming language, and use your favorite text editor or IDE to start programming. Most prodominantly, programs are written in C or C++ and can be compiled with the Gnu C Compiler (gcc) or g++ if your program is in an interpreted language, such as perl or python, you just have to make sure you have the interpreter installed.
1. Create the source into a file with any text editor, for example: myprog.c2. Compile it: gcc -Wall -W -pedantic -g -o myprog myprog.c3. Run it: ./myprog
There is very little difference in the C compiler between Unix and Linux; in some cases (the gcc compiler) it is the same. The differences come in when using system calls; some system calls do not exist in Unix or Linux, although most do. The program I work on compiles the same way (for the most part) between all commercial versions of Unix and several variants of Linux. In other words, the code is fairly portable across platforms.