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
TriOTP, the OTP framework for Python Trio

TriOTP, the OTP framework for Python Trio See documentation for more informations. Introduction This project is a simplified implementation of the Erl

David Delassus 7 Nov 21, 2022
A smart personal companion and health assistant.

Steps to Install : Clone the repository Go to ResQ-Sources Execute ResQ-Lite.py --: Manual Controls : DanceRobot.py --: You can call functions like fo

Tuhinadri Banerjee 1 May 25, 2022
A simple single-color identicon generator

Identicons What are identicons? Setup: git clone https://github.com/vjdad4m/identicons.git cd identicons pip3 install -r requirements.txt chmod +x

Adam Vajda 1 Oct 31, 2021
A python program, imitating functionalities of a banking system

A python program, imitating functionalities of a banking system, in order for users to perform certain operations in a bank.

Moyosore Weke 1 Nov 26, 2021
Find habits that genuinely increase your productivity

BiProductive Description This repository contains the application BiProductive, which analyzes the habits of the person, tests his productivity, and d

Rizvan Iskaliev 43 Jun 11, 2022
A python package for batch import of resume attachments to be parsed in HrFlow.

HrFlow Importer Description A python package for batch import of resume attachments to be parsed in HrFlow. hrflow-importer is an open-source project

HrFlow.ai (ex: Riminder.net) 3 Nov 15, 2022
Dashboard to view a stock's basic information, RSI, Bollinger bands, EMA, SMA, sentiment analysis via Python

Your One And Only Trading Bot No seriously, we mean it! Contributors Jihad Al-Hussain John Gaffney Shanel Kuchera Kazuki Takehashi Patrick Thornquist

5 May 21, 2022
Huggingface package for the discrete VAE used for DALL-E.

DALL-E-Tokenizer Huggingface package for the discrete VAE used for DALL-E.

MyungHoon Jin 5 Sep 01, 2021
Speed up your typing by some exercises in the multi-platform(Windows/Ubuntu).

Introduction This project purpose is speed up your typing by some exercises in the multi-platform(Windows/Ubuntu). Build Environment Software Environm

lyfer233 1 Mar 24, 2022
Automatically load and dump your dataclasses 📂🙋

file dataclasses Installation By default, filedataclasses comes with support for JSON files only. To support other formats like YAML and TOML, filedat

Alon 1 Dec 30, 2021
OB_Template is a vault template reference for using Obsidian.

Obsidian Template OB_Template is a vault template reference for using Obsidian. If you've tested out Obsidian. and worked through the "Obsidian Help"

323 Dec 27, 2022
Python Service for MISP Feed Management

Python Service for MISP Feed Management This set of scripts is designed to offer better reliability and more control over the fetching of feeds into M

Chris 7 Aug 24, 2022
Python MapReduce library written in Cython.

Python MapReduce library written in Cython. Visit us in #hadoopy on freenode. See the link below for documentation and tutorials.

Brandyn White 243 Sep 16, 2022
Slimbook Battery 4 is the new version with new features that improves battery control and increases battery duration in laptops.

Slimbookbattery Slimbook Battery 4 is the new version with new features that improves battery control and increases battery duration in laptops. This

SLIMBOOK TEAM 128 Dec 28, 2022
EFB Docker image with efb-telegram-master and efb-wechat-slave

efb-wechat-docker EFB Docker image with efb-telegram-master and efb-wechat-slave Features Container run by non-root user. Support add environment vari

Haukeng 1 Nov 10, 2022
A tool to allow New World players to calculate the best place to put their Attribute Points for their build and level

New World Damage Simulator A tool designed to take a characters base stats including armor and weapons, level, and base damage of their items (slash d

Joseph P Langford 31 Nov 01, 2022
Python communism - A module for initiating the communist revolution in each of our python modules

Python communist revolution A man once said to abolish the classes or something

758 Jan 03, 2023
A Python library for inspecting JVM class files (.class)

lawu Lawu is a human-friendly library for assembling, disassembling, and exploring JVM class files. It's highly suitable for automation tasks. Documen

Tyler Kennedy 45 Oct 23, 2022
Korg Volca Sample uploader for linux.

GnuVolca Korg Volca Sample uploader for linux. GnuVolca Usage Installation Via virtualenv Usage Store all the samples you want to upload on an empty d

Gonzalo Rafuls 12 Oct 11, 2022
A simple but flexible plugin system for Python.

PluginBase PluginBase is a module for Python that enables the development of flexible plugin systems in Python. Step 1: from pluginbase import PluginB

Armin Ronacher 1k Dec 16, 2022