In this section an attempt is made to describe how and why INTERCAL may be used; i.e., what it is like and what it is good for. 2.1 Sample Program Shown below is a relatively simple INTERCAL program which will read in 32-bit unsigned integers, treat them as signed, 2’s-complement numbers, and print out their absolute values. The program exits ...

Discover the unique features and syntax of the Intercal programming language. Explore its history, usage, and examples for a deeper understanding.

Whitespace tutorial The only lexical tokens in the whitespace language are Space (ASCII 32), Tab (ASCII 9) and Line Feed (ASCII 10). By only allowing line feed as a token, CR/LF problems are avoided across DOS/Unix file conversions.

Whitespace is an imperative, stack-based language. The programmer can push arbitrary-width integer values onto a stack and access a heap to store data. An interpreter, along with its Haskell source code, is provided by the Whitespace creators.

Whitespace, designed in 2003 by Edwin Brady and Chris Morris, is an imperative, stack-based, esoteric programming language that uses only whitespace characters—space, tab, and linefeed—as syntax. All other characters are ignored.

Mar 11, 2007 · In this tutorial we will boldly attempt to finish writing our first INTERCAL program and possibly try to understand how the program actually works. INTERCAL has very good support for the input and output of numbers.

Aug 6, 2024 · Whitespace is an esoteric programming language developed by Edwin Brady and Chris Morris and released on April 1, 2003. Unlike conventional programming languages that utilize visible characters, Whitespace relies exclusively on …

The INTERCAL programming language was designed the morning of May 26, 1972 by Donald R. Woods and James M. Lyon, at Princeton University. Exactly when in the morning will become apparent in the course of this manual.

Whitespace is a programming language composed entirely of two characters; space and tab. The number of spaces you type consecutively correspond to a value. The amount of tabs you type consecutively correspond to an action.

In this section an attempt is made to describe how and why INTERCAL may be used; i.e., what it is like and what it is good for. Shown below is a relatively simple INTERCAL program which will read in 32-bit unsigned integers, treat them as signed, 2’s-complement numbers, and print out their absolute values.