@@ -40,33 +40,40 @@ def __init__(self):
4040 """
4141 self .generateCPF ()
4242
43+ def getDigits (cpf ):
44+ lenQty = len (cpf ) + 1
45+ for cpfIndex , multiplyNum in enumerate (range (lenQty , 1 )):
46+ cpf = cpf + str (multiplyNum * int (cpf [cpfIndex ]))
47+ return int (cpf ) % 11
48+ 49+ def getDigitOne (cpf : str ) -> int :
50+ return CPF_GEN .getDigits (cpf [:9 ])
51+ 52+ def getDigitTwo (cpf : str ) -> int :
53+ return CPF_GEN .getDigits (cpf [:10 ])
54+ 4355 @staticmethod
4456 def generateCPF ():
4557 """
4658 This function is used to generate the CPF.
4759 """
4860
4961 # Start with random sequence between 0 and 9
50- cpf = [random .randrange (10 ) for _ in range (9 )]
51- 52- for _ in range (2 ):
53- for i , v in enumerate (cpf ):
54- res = (len (cpf ) + 1 - i ) * v
55- 56- if res > 9 :
57- res = 0
58- else :
59- res = 11 - res
62+ nineDigits = "" .join ([str (random .randint (0 , 9 )) for x in range (9 )])
63+ digitOne = CPF_GEN .getDigitOne (nineDigits )
64+ digitTwo = CPF_GEN .getDigitTwo (f"{ nineDigits } { digitOne } )
65+ genCPF = f"{ nineDigits } { digitOne } { digitTwo }
6066
61- cpf .append (res )
67+ formatGenCPF = f"{ genCPF [0 :3 ]} { genCPF [3 :6 ]} { genCPF [6 :9 ]} { genCPF [9 :11 ]}
68+ logThis (f"Test formatted: { formatGenCPF } )
6269
63- return "" . join ( str ( x ) for x in cpf )
70+ return formatGenCPF
6471
6572 def checkCPF ():
6673 if debugMode :
6774 forceCPF = "113.314.390-35"
6875
69- if isThisValid .validateCPF (str (CPF_GEN .generateCPF ())) != True :
76+ while isThisValid .validateCPF (str (CPF_GEN .generateCPF ())) != True :
7077 CPF_GEN .generateCPF ()
7178 logThis ("CPF is invalid, generating another one..." )
7279 # logThis(f"Test Import: {isThisValid.validateCPF(str(CPF_GEN.generateCPF()))}")
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