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N/A #include int main() { } // end of main() declaration. int main() { printf("This is a test."); printf("Press Enter to end program!\\r"); getchar(); // use getchar() to read key presses. return 0; /* return 0 */ } // end of main() declaration. If this function returns, the program ends. Else it continues executing statements until it reaches the "return" statement. Once there, the program terminates and control passes back to the operating system for other programs on the computer. This is a test. Press Enter to end program!\\r int main() { printf("This is a test."); printf("Press Enter to end program!\\r"); getchar(); // use getchar() to read key presses. \\r ATARI BASIC Editor's reference card for the Atari 8-bit family computers supplies instructions, information, and examples for writing low-level code in Pro Basic. This programming language was compatible with the 6502 processor set of the older Atari 8-bit computers, but also supported 16-bit computer hardware. Basic ANSII characters are supported, making it easy to port software from other 16-bit computers. The Atari 8-bit Basic ANSI standard's default display color is black, with an inverse video block graphic character set. The BASIC language was missing some features that were available in the PASCAL programming language. One of these features was nested subroutines, or procedures. On the 8-bit Atari computers, they are available in assembly language only. On the Atari ST series computers, they are available in an extended version of PASCAL known as Object Pascal. The Atari 8-bit family BASIC's FOR...NEXT statements are slightly different from the FOR...NEXT statements found on other languages, such as PASCAL. The step value is calculated each time through the loop instead of when it is defined. This allows for some interesting effects to be achieved with simple code (see example below). It also simplifies adding or removing values within a particular FOR...NEXT statement block without having to change the logic of the control variable. The conditional expression for each pass of a FOR... cfa1e77820
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