goglgames.blogg.se - Python mac address parsing

#PYTHON MAC ADDRESS PARSING GENERATOR#

Print ( tempgen) #print out the results return print ( "PyMAC Generator v0. Print ( tempgen) #print out the results gen_save( "PyMAC.txt", tempgen) #filename, data else: Tempgen = gen_list( numgen) #save our generated list to a variable print ( "Results generated.")

public: static System::Net::NetworkInformation::PhysicalAddress Parse (ReadOnlySpan address) C. Return def gen_yn(): #simple check func option = input( "Do you wish to save (y/n): ") #our Y/N option print ( "Generating results.") Parse (ReadOnlySpan) Parses the specified span and stores its contents as the address bytes of the PhysicalAddress returned by this method. python mac address parsing

List1 += gen_00mac() + " \n" return list1 def gen_save( filename, output): #save our list file = open( filename, "w") Return generated def gen_list( what): #this generates our hex list. #coded for python 3.5 import random import string def gen_hex( length): #this helps generate valid HEX addresses. add_argument( '-separator', default = ':', help = "The byte separator character. Set to %02X for uppercase hex formatting.') add_argument( '-byte-fmt', default = '%02x', help = 'The byte format. add_argument( '-oui', help = 'enforces a specific organizationally unique identifier (like 00:60:2f for Cisco)') add_argument( '-multicast', action = 'store_true', help = 'generates a multicast MAC (instead of unicast otherwise)') add_argument( '-uaa', action = 'store_true', help = 'generates a universally administered address (instead of LAA otherwise)') Mac = oui + random_bytes( num = 6 - len( oui)) Return ĭef generate_mac( uaa = False, multicast = False, oui = None, separator = ':', byte_fmt = '%02x'):