CES files

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Introduction

This page has been dedicated to .ces files. Please add your own! If you don't know what this is referring to, then check the page on CES.

Brainfuck

## UTILS ##
Tape
get_jump_dict

## DECLARE ##
tape = Tape(0)
JUMPS = get_jump_dict(CODE, {"[":"]"})

## INSTRUCTIONS ##
+ tape.current = (tape.current+1)%256
- tape.current = (tape.current-1)%256
> tape.move_right()
< tape.move_left()
, tape.current = ord(GET_CHAR(chr(0)))
. print(chr(tape.current), end="")
[ if tape.current == 0: JUMP
] if tape.current != 0: JUMP

Deadfish

## DECLARE ##
acc = 0
f = lambda acc: 0 if acc in [-1,256] else acc
## INSTRUCTIONS ##
i acc = f(acc+1)
d acc = f(acc-1)
s acc = f(acc**2)
o print(acc,end="")

Deadfish 2

## DECLARE ##
acc = 0
s = ""

## INSTRUCTIONS ##
i acc += 1
d acc -= 1
s acc **= 2
o print(acc,end="")
O print(s,end="")
c print(chr(acc),end="")
n acc = 0
r s = input()
h HALT

Poohbear

I'm not sure if this is correct -- can someone please check? Preferably the devs of Poohbear? (I don't understand C)

## UTILS ##
BoundedTape
get_jump_dict

## DECLARE ##
tape = BoundedTape(0,30000)
JUMPS = get_jump_dict(CODE,{"W":"E"})
copied = 0

## INSTRUCTIONS ##
+ tape.current = (tape.current+1)%256
- tape.current = (tape.current-1)%256
> tape.move_right()
< tape.move_left()
c copied = tape.current
p tape.current = copied
W if tape.current == 0: JUMP
E if tape.current != 0: JUMP
P print(chr(tape.current),end="")
N print(tape.current,end="")
T tape.current = (tape.current*2)%256
Q tape.current = (tape.current**2)%256
U tape.current = int(tape.current**.5)
L tape.current = (tape.current+2)%256
I tape.current = (tape.current-2)%256
V tape.current = tape.current//2
A tape.current = (tape.current+copied)%256
B tape.current = (tape.current-copied)%256
Y tape.current = (tape.current*copied)%256
D tape.current = tape.current//copied

Underload

## UTILS ##
get_jump_dict
Stack

## DECLARE ##
JUMPS = get_jump_dict(CODE, {"(":")"})
stack = Stack()

## INSTRUCTIONS ##
~
    item1 = stack.pop()
    item2 = stack.pop()
    stack.push(item1)
    stack.push(item2)
:
    item = stack.pop()
    stack.push(item)
    stack.push(item)
! stack.pop()
*
    item1 = stack.pop()
    item2 = stack.pop()
    stack.push(item2 + item1)
(
    start = __ip
    JUMP
    stack.push(CODE[start+1:__ip])
a stack.push("(%s)"%stack.pop())
^ CODE = CODE[:__ip+1] + stack.pop() + CODE[__ip+1:]
S print(stack.pop(),end="")

## BETWEEN ##
JUMPS = get_jump_dict(CODE, {"(":")"})

Notes

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