Simple python code for compile brainfuck program.

Overview

py-brainf*ck

Just a basic compiled that compiles your brainf*ck codes and gives you informations about memory, used cells, dumped version, logs etc...

Note: This compiler still have some bugs. If you wan't to fix, you just can fork & pull request

Config

Check config.json first, quick information about config.json;

{
    "MEM": 20, // MEM is the total cells for our brainfuck program.
    "DUMP_FILE": "./result/dump.py", // The dump file that will write when program finished and got some informations about the code. 
    "COMPILE_FILE": "./result/compiled.py", // The file that will write when brainfuck code turned into python code.
    "LOG_FILE": "./result/logs.txt", // Log file for our program actions.
    "DEBUG": true // Allow debug mode for compiler, will log everything to console.
}

Usage

Simple Usage; python compiler.py ./example/fibonacci.bf

Output: ... 1, 1, 2, 3, 5, 8, 13, 21, 34, 55, 89 ...

Lets check the ./result/dump.py;

# DUMP RESULT | 13/05/2021 16:59:13
# =======================================================
# TOTAL CELL GIVEN: 20
# TOTAL CELL USED: 4
# TOTAL BYTE USED: 309
# MEMORY DUMP: [
    # CELL_0 -> 0 BYTE
    # CELL_1 -> 144 BYTE
    # CELL_2 -> 89 BYTE
    # CELL_3 -> 0 BYTE
    # CELL_4 -> 0 BYTE
    # CELL_5 -> 44 BYTE
    # CELL_6 -> 32 BYTE
    # CELL_7 -> 0 BYTE
    # CELL_8 -> 0 BYTE
    # CELL_9 -> 0 BYTE
    # CELL_10 -> 0 BYTE
    # CELL_11 -> 0 BYTE
    # CELL_12 -> 0 BYTE
    # CELL_13 -> 0 BYTE
    # CELL_14 -> 0 BYTE
    # CELL_15 -> 0 BYTE
    # CELL_16 -> 0 BYTE
    # CELL_17 -> 0 BYTE
    # CELL_18 -> 0 BYTE
    # CELL_19 -> 0 BYTE
# ]

# MINIFIED VERSION: [
    # LINE_1 -> +++++++++++>+>>>>++++++++++++++++++++++++++++++++++++++++++++>++++++++++++++++++
    # LINE_2 -> ++++++++++++++<<<<<<[>[>>>>>>+>+<<<<<<<-]>>>>>>>[<<<<<<<+>>>>>>>-]<[>++++++++++[
    # LINE_3 -> -<-[>>+>+<<<-]>>>[<<<+>>>-]+<[>[-]<[-]]>[<<[>>>+<<<-]>>[-]]<<]>>>[>>+>+<<<-]>>>[
    # LINE_4 -> <<<+>>>-]+<[>[-]<[-]]>[<<+>>[-]]<<<<<<<]>>>>>[++++++++++++++++++++++++++++++++++
    # LINE_5 -> ++++++++++++++.[-]]++++++++++<[->-<]>+++++++++++++++++++++++++++++++++++++++++++
    # LINE_6 -> +++++.[-]<<<<<<<<<<<<[>>>+>+<<<<-]>>>>[<<<<+>>>>-]<-[>>.>.<<<[-]]<<[>>+>+<<<-]>>
    # LINE_7 -> >[<<<+>>>-]<<[<+>-]>[<+>-]<<<-]
# ]
# =======================================================

import sys
memory, current, indent, compiled = [0 for byte in range(20)], 0, 0, ""

def change_byte(c, t, i = 1):
    if t == "+":
        if memory[c] + i <= 256:
            memory[c] += i
        else:
            memory[c] =  i % 255
    elif t == "-":
        if memory[c] - i >= 0:
            memory[c] -= i
        else:
            memory[c] = 256 - (i % 255)

change_byte(current, '+')
change_byte(current, '+')
change_byte(current, '+')
change_byte(current, '+')
change_byte(current, '+')
change_byte(current, '+')
change_byte(current, '+')
change_byte(current, '+')
change_byte(current, '+')
change_byte(current, '+')
change_byte(current, '+')
current = current + 1 if current < len(memory) - 1 else 0
change_byte(current, '+')
current = current + 1 if current < len(memory) - 1 else 0
current = current + 1 if current < len(memory) - 1 else 0
current = current + 1 if current < len(memory) - 1 else 0
current = current + 1 if current < len(memory) - 1 else 0
change_byte(current, '+')
change_byte(current, '+')
change_byte(current, '+')
change_byte(current, '+')
change_byte(current, '+')
change_byte(current, '+')
change_byte(current, '+')
change_byte(current, '+')
change_byte(current, '+')
change_byte(current, '+')
change_byte(current, '+')
change_byte(current, '+')
change_byte(current, '+')
change_byte(current, '+')
change_byte(current, '+')
change_byte(current, '+')
change_byte(current, '+')
change_byte(current, '+')
change_byte(current, '+')
change_byte(current, '+')
change_byte(current, '+')
change_byte(current, '+')
change_byte(current, '+')
change_byte(current, '+')
change_byte(current, '+')
change_byte(current, '+')
change_byte(current, '+')
change_byte(current, '+')
change_byte(current, '+')
change_byte(current, '+')
change_byte(current, '+')
change_byte(current, '+')
change_byte(current, '+')
change_byte(current, '+')
change_byte(current, '+')
change_byte(current, '+')
change_byte(current, '+')
change_byte(current, '+')
change_byte(current, '+')
change_byte(current, '+')
change_byte(current, '+')
change_byte(current, '+')
change_byte(current, '+')
change_byte(current, '+')
current = current + 1 if current < len(memory) - 1 else 0
change_byte(current, '+')
change_byte(current, '+')
change_byte(current, '+')
change_byte(current, '+')
change_byte(current, '+')
change_byte(current, '+')
change_byte(current, '+')
change_byte(current, '+')
change_byte(current, '+')
change_byte(current, '+')
change_byte(current, '+')
change_byte(current, '+')
change_byte(current, '+')
change_byte(current, '+')
change_byte(current, '+')
change_byte(current, '+')
change_byte(current, '+')
change_byte(current, '+')
change_byte(current, '+')
change_byte(current, '+')
change_byte(current, '+')
change_byte(current, '+')
change_byte(current, '+')
change_byte(current, '+')
change_byte(current, '+')
change_byte(current, '+')
change_byte(current, '+')
change_byte(current, '+')
change_byte(current, '+')
change_byte(current, '+')
change_byte(current, '+')
change_byte(current, '+')
current = current - 1 if current > 0 else len(memory) - 1
current = current - 1 if current > 0 else len(memory) - 1
current = current - 1 if current > 0 else len(memory) - 1
current = current - 1 if current > 0 else len(memory) - 1
current = current - 1 if current > 0 else len(memory) - 1
current = current - 1 if current > 0 else len(memory) - 1

while memory[current] != 0:
    current = current + 1 if current < len(memory) - 1 else 0

    while memory[current] != 0:
        current = current + 1 if current < len(memory) - 1 else 0
        current = current + 1 if current < len(memory) - 1 else 0
        current = current + 1 if current < len(memory) - 1 else 0
        current = current + 1 if current < len(memory) - 1 else 0
        current = current + 1 if current < len(memory) - 1 else 0
        current = current + 1 if current < len(memory) - 1 else 0
        change_byte(current, '+')
        current = current + 1 if current < len(memory) - 1 else 0
        change_byte(current, '+')
        current = current - 1 if current > 0 else len(memory) - 1
        current = current - 1 if current > 0 else len(memory) - 1
        current = current - 1 if current > 0 else len(memory) - 1
        current = current - 1 if current > 0 else len(memory) - 1
        current = current - 1 if current > 0 else len(memory) - 1
        current = current - 1 if current > 0 else len(memory) - 1
        current = current - 1 if current > 0 else len(memory) - 1
        change_byte(current, '-')

    current = current + 1 if current < len(memory) - 1 else 0
    current = current + 1 if current < len(memory) - 1 else 0
    current = current + 1 if current < len(memory) - 1 else 0
    current = current + 1 if current < len(memory) - 1 else 0
    current = current + 1 if current < len(memory) - 1 else 0
    current = current + 1 if current < len(memory) - 1 else 0
    current = current + 1 if current < len(memory) - 1 else 0

    while memory[current] != 0:
        current = current - 1 if current > 0 else len(memory) - 1
        current = current - 1 if current > 0 else len(memory) - 1
        current = current - 1 if current > 0 else len(memory) - 1
        current = current - 1 if current > 0 else len(memory) - 1
        current = current - 1 if current > 0 else len(memory) - 1
        current = current - 1 if current > 0 else len(memory) - 1
        current = current - 1 if current > 0 else len(memory) - 1
        change_byte(current, '+')
        current = current + 1 if current < len(memory) - 1 else 0
        current = current + 1 if current < len(memory) - 1 else 0
        current = current + 1 if current < len(memory) - 1 else 0
        current = current + 1 if current < len(memory) - 1 else 0
        current = current + 1 if current < len(memory) - 1 else 0
        current = current + 1 if current < len(memory) - 1 else 0
        current = current + 1 if current < len(memory) - 1 else 0
        change_byte(current, '-')

    current = current - 1 if current > 0 else len(memory) - 1

    while memory[current] != 0:
        current = current + 1 if current < len(memory) - 1 else 0
        change_byte(current, '+')
        change_byte(current, '+')
        change_byte(current, '+')
        change_byte(current, '+')
        change_byte(current, '+')
        change_byte(current, '+')
        change_byte(current, '+')
        change_byte(current, '+')
        change_byte(current, '+')
        change_byte(current, '+')

        while memory[current] != 0:
            change_byte(current, '-')
            current = current - 1 if current > 0 else len(memory) - 1
            change_byte(current, '-')

            while memory[current] != 0:
                current = current + 1 if current < len(memory) - 1 else 0
                current = current + 1 if current < len(memory) - 1 else 0
                change_byte(current, '+')
                current = current + 1 if current < len(memory) - 1 else 0
                change_byte(current, '+')
                current = current - 1 if current > 0 else len(memory) - 1
                current = current - 1 if current > 0 else len(memory) - 1
                current = current - 1 if current > 0 else len(memory) - 1
                change_byte(current, '-')

            current = current + 1 if current < len(memory) - 1 else 0
            current = current + 1 if current < len(memory) - 1 else 0
            current = current + 1 if current < len(memory) - 1 else 0

            while memory[current] != 0:
                current = current - 1 if current > 0 else len(memory) - 1
                current = current - 1 if current > 0 else len(memory) - 1
                current = current - 1 if current > 0 else len(memory) - 1
                change_byte(current, '+')
                current = current + 1 if current < len(memory) - 1 else 0
                current = current + 1 if current < len(memory) - 1 else 0
                current = current + 1 if current < len(memory) - 1 else 0
                change_byte(current, '-')

            change_byte(current, '+')
            current = current - 1 if current > 0 else len(memory) - 1

            while memory[current] != 0:
                current = current + 1 if current < len(memory) - 1 else 0

                while memory[current] != 0:
                    change_byte(current, '-')

                current = current - 1 if current > 0 else len(memory) - 1

                while memory[current] != 0:
                    change_byte(current, '-')


            current = current + 1 if current < len(memory) - 1 else 0

            while memory[current] != 0:
                current = current - 1 if current > 0 else len(memory) - 1
                current = current - 1 if current > 0 else len(memory) - 1

                while memory[current] != 0:
                    current = current + 1 if current < len(memory) - 1 else 0
                    current = current + 1 if current < len(memory) - 1 else 0
                    current = current + 1 if current < len(memory) - 1 else 0
                    change_byte(current, '+')
                    current = current - 1 if current > 0 else len(memory) - 1
                    current = current - 1 if current > 0 else len(memory) - 1
                    current = current - 1 if current > 0 else len(memory) - 1
                    change_byte(current, '-')

                current = current + 1 if current < len(memory) - 1 else 0
                current = current + 1 if current < len(memory) - 1 else 0

                while memory[current] != 0:
                    change_byte(current, '-')


            current = current - 1 if current > 0 else len(memory) - 1
            current = current - 1 if current > 0 else len(memory) - 1

        current = current + 1 if current < len(memory) - 1 else 0
        current = current + 1 if current < len(memory) - 1 else 0
        current = current + 1 if current < len(memory) - 1 else 0

        while memory[current] != 0:
            current = current + 1 if current < len(memory) - 1 else 0
            current = current + 1 if current < len(memory) - 1 else 0
            change_byte(current, '+')
            current = current + 1 if current < len(memory) - 1 else 0
            change_byte(current, '+')
            current = current - 1 if current > 0 else len(memory) - 1
            current = current - 1 if current > 0 else len(memory) - 1
            current = current - 1 if current > 0 else len(memory) - 1
            change_byte(current, '-')

        current = current + 1 if current < len(memory) - 1 else 0
        current = current + 1 if current < len(memory) - 1 else 0
        current = current + 1 if current < len(memory) - 1 else 0

        while memory[current] != 0:
            current = current - 1 if current > 0 else len(memory) - 1
            current = current - 1 if current > 0 else len(memory) - 1
            current = current - 1 if current > 0 else len(memory) - 1
            change_byte(current, '+')
            current = current + 1 if current < len(memory) - 1 else 0
            current = current + 1 if current < len(memory) - 1 else 0
            current = current + 1 if current < len(memory) - 1 else 0
            change_byte(current, '-')

        change_byte(current, '+')
        current = current - 1 if current > 0 else len(memory) - 1

        while memory[current] != 0:
            current = current + 1 if current < len(memory) - 1 else 0

            while memory[current] != 0:
                change_byte(current, '-')

            current = current - 1 if current > 0 else len(memory) - 1

            while memory[current] != 0:
                change_byte(current, '-')


        current = current + 1 if current < len(memory) - 1 else 0

        while memory[current] != 0:
            current = current - 1 if current > 0 else len(memory) - 1
            current = current - 1 if current > 0 else len(memory) - 1
            change_byte(current, '+')
            current = current + 1 if current < len(memory) - 1 else 0
            current = current + 1 if current < len(memory) - 1 else 0

            while memory[current] != 0:
                change_byte(current, '-')


        current = current - 1 if current > 0 else len(memory) - 1
        current = current - 1 if current > 0 else len(memory) - 1
        current = current - 1 if current > 0 else len(memory) - 1
        current = current - 1 if current > 0 else len(memory) - 1
        current = current - 1 if current > 0 else len(memory) - 1
        current = current - 1 if current > 0 else len(memory) - 1
        current = current - 1 if current > 0 else len(memory) - 1

    current = current + 1 if current < len(memory) - 1 else 0
    current = current + 1 if current < len(memory) - 1 else 0
    current = current + 1 if current < len(memory) - 1 else 0
    current = current + 1 if current < len(memory) - 1 else 0
    current = current + 1 if current < len(memory) - 1 else 0

    while memory[current] != 0:
        change_byte(current, '+')
        change_byte(current, '+')
        change_byte(current, '+')
        change_byte(current, '+')
        change_byte(current, '+')
        change_byte(current, '+')
        change_byte(current, '+')
        change_byte(current, '+')
        change_byte(current, '+')
        change_byte(current, '+')
        change_byte(current, '+')
        change_byte(current, '+')
        change_byte(current, '+')
        change_byte(current, '+')
        change_byte(current, '+')
        change_byte(current, '+')
        change_byte(current, '+')
        change_byte(current, '+')
        change_byte(current, '+')
        change_byte(current, '+')
        change_byte(current, '+')
        change_byte(current, '+')
        change_byte(current, '+')
        change_byte(current, '+')
        change_byte(current, '+')
        change_byte(current, '+')
        change_byte(current, '+')
        change_byte(current, '+')
        change_byte(current, '+')
        change_byte(current, '+')
        change_byte(current, '+')
        change_byte(current, '+')
        change_byte(current, '+')
        change_byte(current, '+')
        change_byte(current, '+')
        change_byte(current, '+')
        change_byte(current, '+')
        change_byte(current, '+')
        change_byte(current, '+')
        change_byte(current, '+')
        change_byte(current, '+')
        change_byte(current, '+')
        change_byte(current, '+')
        change_byte(current, '+')
        change_byte(current, '+')
        change_byte(current, '+')
        change_byte(current, '+')
        change_byte(current, '+')
        sys.stdout.write(chr(memory[current]))

        while memory[current] != 0:
            change_byte(current, '-')


    change_byte(current, '+')
    change_byte(current, '+')
    change_byte(current, '+')
    change_byte(current, '+')
    change_byte(current, '+')
    change_byte(current, '+')
    change_byte(current, '+')
    change_byte(current, '+')
    change_byte(current, '+')
    change_byte(current, '+')
    current = current - 1 if current > 0 else len(memory) - 1

    while memory[current] != 0:
        change_byte(current, '-')
        current = current + 1 if current < len(memory) - 1 else 0
        change_byte(current, '-')
        current = current - 1 if current > 0 else len(memory) - 1

    current = current + 1 if current < len(memory) - 1 else 0
    change_byte(current, '+')
    change_byte(current, '+')
    change_byte(current, '+')
    change_byte(current, '+')
    change_byte(current, '+')
    change_byte(current, '+')
    change_byte(current, '+')
    change_byte(current, '+')
    change_byte(current, '+')
    change_byte(current, '+')
    change_byte(current, '+')
    change_byte(current, '+')
    change_byte(current, '+')
    change_byte(current, '+')
    change_byte(current, '+')
    change_byte(current, '+')
    change_byte(current, '+')
    change_byte(current, '+')
    change_byte(current, '+')
    change_byte(current, '+')
    change_byte(current, '+')
    change_byte(current, '+')
    change_byte(current, '+')
    change_byte(current, '+')
    change_byte(current, '+')
    change_byte(current, '+')
    change_byte(current, '+')
    change_byte(current, '+')
    change_byte(current, '+')
    change_byte(current, '+')
    change_byte(current, '+')
    change_byte(current, '+')
    change_byte(current, '+')
    change_byte(current, '+')
    change_byte(current, '+')
    change_byte(current, '+')
    change_byte(current, '+')
    change_byte(current, '+')
    change_byte(current, '+')
    change_byte(current, '+')
    change_byte(current, '+')
    change_byte(current, '+')
    change_byte(current, '+')
    change_byte(current, '+')
    change_byte(current, '+')
    change_byte(current, '+')
    change_byte(current, '+')
    change_byte(current, '+')
    sys.stdout.write(chr(memory[current]))

    while memory[current] != 0:
        change_byte(current, '-')

    current = current - 1 if current > 0 else len(memory) - 1
    current = current - 1 if current > 0 else len(memory) - 1
    current = current - 1 if current > 0 else len(memory) - 1
    current = current - 1 if current > 0 else len(memory) - 1
    current = current - 1 if current > 0 else len(memory) - 1
    current = current - 1 if current > 0 else len(memory) - 1
    current = current - 1 if current > 0 else len(memory) - 1
    current = current - 1 if current > 0 else len(memory) - 1
    current = current - 1 if current > 0 else len(memory) - 1
    current = current - 1 if current > 0 else len(memory) - 1
    current = current - 1 if current > 0 else len(memory) - 1
    current = current - 1 if current > 0 else len(memory) - 1

    while memory[current] != 0:
        current = current + 1 if current < len(memory) - 1 else 0
        current = current + 1 if current < len(memory) - 1 else 0
        current = current + 1 if current < len(memory) - 1 else 0
        change_byte(current, '+')
        current = current + 1 if current < len(memory) - 1 else 0
        change_byte(current, '+')
        current = current - 1 if current > 0 else len(memory) - 1
        current = current - 1 if current > 0 else len(memory) - 1
        current = current - 1 if current > 0 else len(memory) - 1
        current = current - 1 if current > 0 else len(memory) - 1
        change_byte(current, '-')

    current = current + 1 if current < len(memory) - 1 else 0
    current = current + 1 if current < len(memory) - 1 else 0
    current = current + 1 if current < len(memory) - 1 else 0
    current = current + 1 if current < len(memory) - 1 else 0

    while memory[current] != 0:
        current = current - 1 if current > 0 else len(memory) - 1
        current = current - 1 if current > 0 else len(memory) - 1
        current = current - 1 if current > 0 else len(memory) - 1
        current = current - 1 if current > 0 else len(memory) - 1
        change_byte(current, '+')
        current = current + 1 if current < len(memory) - 1 else 0
        current = current + 1 if current < len(memory) - 1 else 0
        current = current + 1 if current < len(memory) - 1 else 0
        current = current + 1 if current < len(memory) - 1 else 0
        change_byte(current, '-')

    current = current - 1 if current > 0 else len(memory) - 1
    change_byte(current, '-')

    while memory[current] != 0:
        current = current + 1 if current < len(memory) - 1 else 0
        current = current + 1 if current < len(memory) - 1 else 0
        sys.stdout.write(chr(memory[current]))
        current = current + 1 if current < len(memory) - 1 else 0
        sys.stdout.write(chr(memory[current]))
        current = current - 1 if current > 0 else len(memory) - 1
        current = current - 1 if current > 0 else len(memory) - 1
        current = current - 1 if current > 0 else len(memory) - 1

        while memory[current] != 0:
            change_byte(current, '-')


    current = current - 1 if current > 0 else len(memory) - 1
    current = current - 1 if current > 0 else len(memory) - 1

    while memory[current] != 0:
        current = current + 1 if current < len(memory) - 1 else 0
        current = current + 1 if current < len(memory) - 1 else 0
        change_byte(current, '+')
        current = current + 1 if current < len(memory) - 1 else 0
        change_byte(current, '+')
        current = current - 1 if current > 0 else len(memory) - 1
        current = current - 1 if current > 0 else len(memory) - 1
        current = current - 1 if current > 0 else len(memory) - 1
        change_byte(current, '-')

    current = current + 1 if current < len(memory) - 1 else 0
    current = current + 1 if current < len(memory) - 1 else 0
    current = current + 1 if current < len(memory) - 1 else 0

    while memory[current] != 0:
        current = current - 1 if current > 0 else len(memory) - 1
        current = current - 1 if current > 0 else len(memory) - 1
        current = current - 1 if current > 0 else len(memory) - 1
        change_byte(current, '+')
        current = current + 1 if current < len(memory) - 1 else 0
        current = current + 1 if current < len(memory) - 1 else 0
        current = current + 1 if current < len(memory) - 1 else 0
        change_byte(current, '-')

    current = current - 1 if current > 0 else len(memory) - 1
    current = current - 1 if current > 0 else len(memory) - 1

    while memory[current] != 0:
        current = current - 1 if current > 0 else len(memory) - 1
        change_byte(current, '+')
        current = current + 1 if current < len(memory) - 1 else 0
        change_byte(current, '-')

    current = current + 1 if current < len(memory) - 1 else 0

    while memory[current] != 0:
        current = current - 1 if current > 0 else len(memory) - 1
        change_byte(current, '+')
        current = current + 1 if current < len(memory) - 1 else 0
        change_byte(current, '-')

    current = current - 1 if current > 0 else len(memory) - 1
    current = current - 1 if current > 0 else len(memory) - 1
    current = current - 1 if current > 0 else len(memory) - 1
    change_byte(current, '-')

Well, thats a bit brain f*cks...

Owner
Master Dumbass
TrainingBike - Code, models and schematics I've used to interface my stationary training bike with PC.

TrainingBike Code, models and schematics I've used to interface my stationary training bike with PC. You can find more information about the project i

1 Jan 01, 2022
A Python package for searching journal publications and researchers

scholarpy A python package for searching journal publications and researchers Free software: MIT license Documentation: https://giswqs.github.io/schol

Qiusheng Wu 8 Mar 12, 2022
Unofficial Python Library to communicate with SESAME 3 series products from CANDY HOUSE, Inc.

pysesame3 Unofficial Python Library to communicate with SESAME 3 series products from CANDY HOUSE, Inc. This project aims to control SESAME 3 series d

Masaki Tagawa 18 Dec 12, 2022
Project issue to website data transformation toolkit

braintransform Project issue to website data transformation toolkit. Introduction The purpose of these scripts is to be able to dynamically generate t

Brainhack 1 Nov 19, 2021
Script to calculate the italian fiscal code of a person.

fiscal_code Hi! This is my first public repository, so please be kind if it is not well formatted or it contains errors. I started learning Python abo

FrancescoDiMuro 1 Nov 20, 2021
YourCity is a platform to match people to their prefect city.

YourCity YourCity is a city matching App that matches users to their ideal city. It is a fullstack React App made with a Redux state manager and a bac

Nico G Pierson 6 Sep 25, 2021
Distribute PySPI jobs across a PBS cluster

Distribute PySPI jobs across a PBS cluster This repository contains scripts for distributing PySPI jobs across a PBS-type cluster. Each job will conta

Oliver Cliff 1 Feb 10, 2022
👀 nothing to see here

Woofy Woofy is blue dog companion token of YFI (Wifey) It utilizes a special Woof bonding curve which allows two-way conversion between the tokens. Th

Yearn Finance 36 Mar 14, 2022
Курс про техническое совершенство для нетехнарей

Technical Excellence 101 Курс про техническое совершенство для нетехнарей. Этот курс представлят из себя серию воркшопов, при помощи которых можно объ

Anton Bevzuk 11 Nov 13, 2022
CHIP-8 interpreter written in Python

chip8py CHIP-8 interpreter written in Python Contents About Installation Usage License About CHIP-8 is an interpreted language developed during the 19

Robert Olaru 1 Nov 09, 2021
Given tool find related trending keywords of input keyword

blog_generator Given tool find related trending keywords of input keyword (blog_related_to_keyword). Then cretes a mini blog. Currently its customised

Shivanshu Srivastava 2 Nov 30, 2021
A calculator to test numbers against the collatz conjecture

The Collatz Calculator This is an algorithm custom built by Kyle Dickey, used to test numbers against the simple rules of the Collatz Conjecture.

Kyle Dickey 2 Jun 14, 2022
A feed generator. Currently supports generating RSS feeds from Google, Bing, and Yahoo news.

A feed generator. Currently supports generating RSS feeds from Google, Bing, and Yahoo news.

Josh Cardenzana 0 Dec 13, 2021
Ultimate Microsoft Edge Uninstaller!

Ultimate Microsoft Edge Uninstaller

1 Feb 08, 2022
Gmvault: Backup and restore your gmail account

Gmvault: Backup and restore your gmail account Gmvault is a tool for backing up your gmail account and never lose email correspondence. Gmvault is ope

Guillaume Aubert 3.5k Jan 01, 2023
Source for the Fedora Silverblue and Kinoite variants.

Source for the Fedora Silverblue and Kinoite variants.

Fedora Kinoite 7 Aug 20, 2022
Easily map device and application controls to a midi controller

pymidicontroller Introduction Easily map device and application controls to a midi controller

Tane Barriball 24 May 16, 2022
Spartan implementation of H.O.T.T.

Down The Path I was walking down the line, Trying to find some peace of mind. Then I saw you, You were takin' it slow, And walkin' it one step at a ti

Trebor Huang 25 Aug 05, 2022
InverterApi - This project has been designed to take monitoring data from Voltronic, Axpert, Mppsolar PIP, Voltacon, Effekta

InverterApi - This project has been designed to take monitoring data from Voltronic, Axpert, Mppsolar PIP, Voltacon, Effekta

Josep Escobar 2 Sep 03, 2022
A Python program that generates a maze that solves itself using DFS

Maze Generator And Solver Program Purpose: Generates a maze that then solves itself Language: Python and Pygame Algorithm: Randomized DFS / Floodfill

Joshua Liu 1 Jul 25, 2022