如果您想使用python高效地編碼RSA加密，我的github存儲庫肯定會理解和解釋python中RSA的數學定義

RSA密鑰生成def keyGen():

''' Generate Keypair '''

i_p=randint(0,20)

i_q=randint(0,20)

# Instead of Asking the user for the prime Number which in case is not feasible,

# generate two numbers which is much highly secure as it chooses higher primes

while i_p==i_q:

continue

primes=PrimeGen(100)

p=primes[i_p]

q=primes[i_q]

#computing n=p*q as a part of the RSA Algorithm

n=p*q

#Computing lamda(n), the Carmichael's totient Function.

# In this case, the totient function is the LCM(lamda(p),lamda(q))=lamda(p-1,q-1)

# On the Contrary We can also apply the Euler's totient's Function phi(n)

# which sometimes may result larger than expected

lamda_n=int(lcm(p-1,q-1))

e=randint(1,lamda_n)

#checking the Following : whether e and lamda(n) are co-prime

while math.gcd(e,lamda_n)!=1:

e=randint(1,lamda_n)

#Determine the modular Multiplicative Inverse

d=modinv(e,lamda_n)

#return the Key Pairs

# Public Key pair : (e,n), private key pair:(d,n)

return ((e,n),(d,n))

總結

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