bitsbehumble

How it works

>>> string_to_hex('Hello World!',end='little')
>>> 0x21646c726f57206f6c6c6548

>>> binary_to_string('0100100001100101011011000110110001101111')
>>> Hello

>>> little_to_big_endian(0x21646c726f57206f6c6c6548)
>>> 0x48656c6c6f20576f726c6421

>>> hex_to_binary('0x48656c6c6f20576f726c64',ret='list')
>>> ['0b1001000', '0b1100101', '0b1101100', '0b1101100', '0b1101111', '0b100000', '0b1010111', '0b1101111', '0b1110010', '0b1101100', '0b1100100']

Installation

pip install bitsbehumble

Contribution

Pull requests , Ideas and feedback are welcomed.

Documentation

Naming convetion: type_to_type().

Default return type: same type as the first argument unless specified otherwise.

Available return types :ret='list', ret='int' , ret='str'.

Default Endianness: big-endian Available Endianness: end='big' , end='little'

All functions accept all 3 types of arguments ( int, str, list ) with or without prefixes (‘0x’ , ‘0b’) unless specified otherwise in the function name, for example:

binstr_to_binarray(bin_str)  
binarray_to_binstr(bin_arr)
string_to_binary(string, ret='default')
hexstring_to_array(hex_str)
hexarr_to_hexstring(hex_array)
string_to_hex(string ,end='big',ret='str') 

Available Functions

hex_to_binary(hx,ret='default')

params: hx(any type) ret (str): ‘int’, ‘str’ or ‘list’

default return type: (same as hx)

binary_to_hex(b,ret='default')

params: b (any type) ret (str): ‘int’, ‘str’ or ‘list’

default return type: (same as b)

hex_to_string(hx)

can also be called like this: unhexlify(hx) params: hx (any type)

default return type: (str)

binary_to_string(b):

params: b (any type)

default return type: (str)

string_to_binary(string, ret='default')

params: string (str) ret (str): ‘int’, ‘str’ or ‘list’

default return type: (same as string)

string_to_hex(string ,end='big',ret='str')

can also be called like this: hexlify(string ,end='big',ret='str')

params: string (str) end (str): ‘big’ or ‘little’ ret (str): ‘int’, ‘str’ or ‘list’

default return type: (str)

little_to_big_endian(hx,ret='default')

params: hx (any type) ret (str): ‘int’, ‘str’ or ‘list’

default return type: (same as hx)

big_to_little_endian(hx,ret='default')

params: hx (any type) ret (str): ‘int’, ‘str’ or ‘list’

default return type: (same as hx)

zero_extend(b,n,at='start')

works like python’s zfill.

for binary strings: extends them to a length divisible by 8 if (n) isn’t specified. if n is specified it adds (n) zeros to the start or the end of the string.

for strings: does nothing if (n) isn’t specified. if n is specified it adds (n) zeros to the start or the end of the string.

params: b (string) n (int) at (str) ‘start’ or ‘end’

default return type: (string)

hexarr_to_hexstring(hex_array)

params: hex_array (list)

default return type: (str)

binstr_to_binarray(bin_str)

params: bin_str (str)

default return type: (list)

binarray_to_binstr(bin_arr)

params: bin_arr (list)

default return type: (str)

to_binstr(b)

takes a binary of any type and returns a binary string

params: b (any type)

default return type: (str)

string_to_bytes(string,ret='default')

params: string (str) ret (str): ‘int’, ‘str’ or ‘list’

default return type: (same as string)

bytes_to_string(b)

params: b (any type) : str , int , bytes, bytearray or list of any type.

default return type: (str)

hexstring_to_array(hex_str):

params: hex_str (string)

default return type: (list)

to_hexstr(hx)

takes a hex int/str/bytes/list/bytearray and returns the string representation of it

params: hx (any type)

default return type: (str)

hex_to_bytes(hx)

params: hx (any type)

default return type: (bytes)

is_valid_hex(hx)

params: hx (any type)

default return type: (bool)

is_valid_binary(b)

params: b (any type)

default return type: (bool)

getKey(dct,value)

searches a given dictionary for the key of the given value and returns a list of one or more keys

params: dct (dict) value (any type)

default return type: (list)

Check it out here.

coreflood

Just another reverse engineer.

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