B C D E G M P S

B

BIG_INT_SEED_BITS - Static variable in interface support.crypto.CryptoAgent

the number of bits used to represent p and q

C

crypto - package crypto

CryptoAgent - Interface in support.crypto

CryptoPublicKey - Class in support.crypto

A Public Key used to encrypt a message.

CryptoPublicKey(byte[], byte[]) - Constructor for class support.crypto.CryptoPublicKey

D

decrypt(byte[]) - Method in class crypto.MyCryptoAgent

Decrypt cipher using your private key (_d).

decrypt(byte[]) - Method in interface support.crypto.CryptoAgent

Decrypt cipher using your private key (_d).

E

E_VALUE - Static variable in interface support.crypto.CryptoAgent

the value of the encryption exponent (aka e)

encrypt(CryptoPublicKey, byte[]) - Method in class crypto.MyCryptoAgent

Encrypt the given message using the provided public key.

encrypt(CryptoPublicKey, byte[]) - Method in interface support.crypto.CryptoAgent

Encrypt the given message using the provided public key.

G

getE() - Method in class support.crypto.CryptoPublicKey

Access the encryption key component of the Public Key

getN() - Method in class support.crypto.CryptoPublicKey

Access the modulus component of the Public Key

getPublicKey() - Method in class crypto.MyCryptoAgent

Return a CryptoPublicKey that contains your N and E values.

getPublicKey() - Method in interface support.crypto.CryptoAgent

Return a CryptoPublicKey that contains your N and E values.

M

main(String[]) - Static method in class crypto.MyCryptoAgent

Since a visualizer for this assignment would be a little complicated to test we decided to provide this little text based driver instead.

MyCryptoAgent - Class in crypto

MyCryptoAgent() - Constructor for class crypto.MyCryptoAgent

You should generate values for _p, _q, _phiN, and _d here.

P

PRIME_CHECK_PRECISION - Static variable in interface support.crypto.CryptoAgent

the certainty that a number is prime.

S

support.crypto - package support.crypto

B C D E G M P S