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User:Hlptn/Sandbox/Highliter

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This is still a work in progress. It may be changed in the future.
Highliter
Paradigm(s) Imperative
Designed by User:Hlptn
Appeared in 2026
Computational class Unknown
Major implementations Unimplemented
File extension(s) .h, .high, .hlt

Highliter is a pseudonatural stack-based esoteric programming language created in 2026 by Hlptn

Highliter overview

Highliter is a pseudonatural stack-based esoteric programming language created in 2026 by Hlptn and it has ..

Commands Description
push digit 1 to the stack A Pushes digit 1 to the stack A
push digit 2 to the stack A Pushes digit 2 to the stack A
push digit 3 to the stack A Pushes digit 3 to the stack A
push digit 4 to the stack A Pushes digit 4 to the stack A
push digit 5 to the stack A Pushes digit 5 to the stack A
push digit 6 to the stack A Pushes digit 6 to the stack A
push digit 7 to the stack A Pushes digit 7 to the stack A
push digit 8 to the stack A Pushes digit 8 to the stack A
push digit 9 to the stack A Pushes digit 9 to the stack A
push digit 0 to the stack A Pushes digit 0 to the stack A
push digit 1 to the stack B Pushes digit 1 to the stack B
push digit 2 to the stack B Pushes digit 2 to the stack B
push digit 3 to the stack B Pushes digit 3 to the stack B
push digit 4 to the stack B Pushes digit 4 to the stack B
push digit 5 to the stack B Pushes digit 5 to the stack B
push digit 6 to the stack B Pushes digit 6 to the stack B
push digit 7 to the stack B Pushes digit 7 to the stack B
push digit 8 to the stack B Pushes digit 8 to the stack B
push digit 9 to the stack B Pushes digit 9 to the stack B
push digit 0 to the stack B Pushes digit 0 to the stack B
push 1 to the stack A Pushes digit 1 to the stack A
push 2 to the stack A Pushes digit 2 to the stack A
push 3 to the stack A Pushes digit 3 to the stack A
push 4 to the stack A Pushes digit 4 to the stack A
push 5 to the stack A Pushes digit 5 to the stack A
push 6 to the stack A Pushes digit 6 to the stack A
push 7 to the stack A Pushes digit 7 to the stack A
push 8 to the stack A Pushes digit 8 to the stack A
push 9 to the stack A Pushes digit 9 to the stack A
push 0 to the stack A Pushes digit 0 to the stack A
push 1 to the stack B Pushes digit 1 to the stack B
push 2 to the stack B Pushes digit 2 to the stack B
push 3 to the stack B Pushes digit 3 to the stack B
push 4 to the stack B Pushes digit 4 to the stack B
push 5 to the stack B Pushes digit 5 to the stack B
push 6 to the stack B Pushes digit 6 to the stack B
push 7 to the stack B Pushes digit 7 to the stack B
push 8 to the stack B Pushes digit 8 to the stack B
push 9 to the stack B Pushes digit 9 to the stack B
push 0 to the stack B Pushes digit 0 to the stack B
push 1 to stack A Pushes digit 1 to the stack A
push 2 to stack A Pushes digit 2 to the stack A
push 3 to stack A Pushes digit 3 to the stack A
push 4 to stack A Pushes digit 4 to the stack A
push 5 to stack A Pushes digit 5 to the stack A
push 6 to stack A Pushes digit 6 to the stack A
push 7 to stack A Pushes digit 7 to the stack A
push 8 to stack A Pushes digit 8 to the stack A
push 9 to stack A Pushes digit 9 to the stack A
push 0 to stack A Pushes digit 0 to the stack A
push 1 to stack B Pushes digit 1 to the stack B
push 2 to stack B Pushes digit 2 to the stack B
push 3 to stack B Pushes digit 3 to the stack B
push 4 to stack B Pushes digit 4 to the stack B
push 5 to stack B Pushes digit 5 to the stack B
push 6 to stack B Pushes digit 6 to the stack B
push 7 to stack B Pushes digit 7 to the stack B
push 8 to stack B Pushes digit 8 to the stack B
push 9 to stack B Pushes digit 9 to the stack B
push 0 to stack B Pushes digit 0 to the stack B
push 1 to A Pushes digit 1 to the stack A
push 2 to A Pushes digit 2 to the stack A
push 3 to A Pushes digit 3 to the stack A
push 4 to A Pushes digit 4 to the stack A
push 5 to A Pushes digit 5 to the stack A
push 6 to A Pushes digit 6 to the stack A
push 7 to A Pushes digit 7 to the stack A
push 8 to A Pushes digit 8 to the stack A
push 9 to A Pushes digit 9 to the stack A
push 0 to A Pushes digit 0 to the stack A
push 1 to B Pushes digit 1 to the stack B
push 2 to B Pushes digit 2 to the stack B
push 3 to B Pushes digit 3 to the stack B
push 4 to B Pushes digit 4 to the stack B
push 5 to B Pushes digit 5 to the stack B
push 6 to B Pushes digit 6 to the stack B
push 7 to B Pushes digit 7 to the stack B
push 8 to B Pushes digit 8 to the stack B
push 9 to B Pushes digit 9 to the stack B
push 0 to B Pushes digit 0 to the stack B
push 1 A Pushes digit 1 to the stack A
push 2 A Pushes digit 2 to the stack A
push 3 A Pushes digit 3 to the stack A
push 4 A Pushes digit 4 to the stack A
push 5 A Pushes digit 5 to the stack A
push 6 A Pushes digit 6 to the stack A
push 7 A Pushes digit 7 to the stack A
push 8 A Pushes digit 8 to the stack A
push 9 A Pushes digit 9 to the stack A
push 0 A Pushes digit 0 to the stack A
push 1 B Pushes digit 1 to the stack B
push 2 B Pushes digit 2 to the stack B
push 3 B Pushes digit 3 to the stack B
push 4 B Pushes digit 4 to the stack B
push 5 B Pushes digit 5 to the stack B
push 6 B Pushes digit 6 to the stack B
push 7 B Pushes digit 7 to the stack B
push 8 B Pushes digit 8 to the stack B
push 9 B Pushes digit 9 to the stack B
push 0 B Pushes digit 0 to the stack B
1 A Pushes digit 1 to the stack A
2 A Pushes digit 2 to the stack A
3 A Pushes digit 3 to the stack A
4 A Pushes digit 4 to the stack A
5 A Pushes digit 5 to the stack A
6 A Pushes digit 6 to the stack A
7 A Pushes digit 7 to the stack A
8 A Pushes digit 8 to the stack A
9 A Pushes digit 9 to the stack A
0 A Pushes digit 0 to the stack A
1 B Pushes digit 1 to the stack B
2 B Pushes digit 2 to the stack B
3 B Pushes digit 3 to the stack B
4 B Pushes digit 4 to the stack B
5 B Pushes digit 5 to the stack B
6 B Pushes digit 6 to the stack B
7 B Pushes digit 7 to the stack B
8 B Pushes digit 8 to the stack B
9 B Pushes digit 9 to the stack B
0 B Pushes digit 0 to the stack B
remove the top value on stack A Removes the top value on stack A
remove the top value on stack B Removes the top value on stack B
remove top value on stack A Removes the top value on stack A
remove top value on stack B Removes the top value on stack B
remove top value on A Removes the top value on stack A
remove top value on B Removes the top value on stack B
output A and B stacks sum as ASCII Outputs A and B stacks sum as ASCII
output stack A sum as ASCII number Outputs stack A sum as ASCII
output stack B sum as ASCII Outputs stack B sum as ASCII
output A and B stacks sum as ASCII Outputs A and B stacks sum as ASCII
output stack A sum ASCII Outputs stack A sum as ASCII
output stack B sum ASCII Outputs stack B sum as ASCII
output A and B stacks sum as ASCII Outputs A and B stacks sum as ASCII
output stack A sum ASCII Outputs stack A sum as ASCII
output stack B sum ASCII Outputs stack B sum as ASCII

Examples

XKCD Random Number

push digit 9 to the stack A
push digit 9 to the stack A
push digit 9 to the stack A
push digit 9 to the stack A
push digit 9 to the stack A
push digit 7 to the stack A

Hello, world!

push digit 9 to the stack A
push digit 9 to the stack A
push digit 9 to the stack A
push digit 9 to the stack A
push digit 9 to the stack A
push digit 9 to the stack A
push digit 9 to the stack A
push digit 9 to the stack A
output A and B stacks sum as ASCII number
remove the top value on stack A
remove the top value on stack A
remove the top value on stack A
remove the top value on stack A
remove the top value on stack A
remove the top value on stack A
remove the top value on stack A
remove the top value on stack A
push digit 9 to the stack A
push digit 9 to the stack A
push digit 9 to the stack A
push digit 9 to the stack A
push digit 9 to the stack A
push digit 9 to the stack A
push digit 9 to the stack A
push digit 9 to the stack A
push digit 9 to the stack A
push digit 9 to the stack A
push digit 9 to the stack A
push digit 2 to the stack A
output A and B stacks sum as ASCII number
remove the top value on stack A
remove the top value on stack A
remove the top value on stack A
remove the top value on stack A
remove the top value on stack A
remove the top value on stack A
remove the top value on stack A
remove the top value on stack A
remove the top value on stack A
remove the top value on stack A
remove the top value on stack A
remove the top value on stack A
push digit 9 to the stack A
push digit 9 to the stack A
push digit 9 to the stack A
push digit 9 to the stack A
push digit 9 to the stack A
push digit 9 to the stack A
push digit 9 to the stack A
push digit 9 to the stack A
push digit 9 to the stack A
push digit 9 to the stack A
push digit 9 to the stack A
push digit 9 to the stack A
output A and B stacks sum as ASCII number
remove the top value on stack A
remove the top value on stack A
remove the top value on stack A
remove the top value on stack A
remove the top value on stack A
remove the top value on stack A
remove the top value on stack A
remove the top value on stack A
remove the top value on stack A
remove the top value on stack A
remove the top value on stack A
remove the top value on stack A
push digit 9 to the stack A
push digit 9 to the stack A
push digit 9 to the stack A
push digit 9 to the stack A
push digit 9 to the stack A
push digit 9 to the stack A
push digit 9 to the stack A
push digit 9 to the stack A
push digit 9 to the stack A
push digit 9 to the stack A
push digit 9 to the stack A
push digit 9 to the stack A