Print('Public key (used to encrypt): ',ascii_armored_public_keys.replace(chr(13),''))Īscii_armored_private_keys = gpg.export_keys(fp,True,passphrase=password) Input_data = gpg.gen_key_input(key_type='RSA',key_usage='encrypt',key_length=3072,passphrase=password,name_real=user,name_email=email)Īscii_armored_public_keys = gpg.export_keys(fp) Input_data = gpg.gen_key_input(key_type='RSA',key_usage='encrypt',key_length=2048,passphrase=password,name_real=user,name_email=email)

Input_data = gpg.gen_key_input(key_type='RSA',key_usage='encrypt',key_length=1024,passphrase=password,name_real=user,name_email=email) Input_data = gpg.gen_key_input(key_type='RSA',subkey_type='ELG-E',key_usage='encrypt',key_length=2048,subkey_length=2048,passphrase=password,name_real=user,name_email=email) Ver = gpg.decrypt(str(enc_data),passphrase=password) PB5LrgCW8S6PeXTrzxnK7G2jRa8RxShHtjceaIQGHq//p1vqorEf/w= WoUZAxXL/oVtMmiTxP4元aSGHV3atfmXCWoCBquzKkwSSi//qiwLawC1WhdprbnVĥEye8Lk90DyIoZ3jxxIau8iwpTW5CutUUT/wNwHDPkD22Z3z8nNVoADu6JIuttRYĪQkCEGPTdsM+DfoitwNm+jXx2hn2Tz2A9AChT3MAw3W4nkhMO/Ya66+zIk2q8iN5 HIwDJ+u76a46FlsBA/9OExTHCH9x95U2tXD51+JS4XkW4s5wKys0j+fvid4dpONN Input_data = gpg.gen_key_input(key_type='RSA',subkey_type='ELG-E',key_usage='encrypt',key_length=1024,subkey_length=1024,passphrase=password,name_real=user,name_email=email) Key_length=1024,passphrase=password,name_real=user,name_email=email)įor ElGamal encryption, we define a subkey type of 'ELG-E': Input_data = gpg.gen_key_input(key_type='RSA',key_usage='encrypt', We can generate an RSA key pair with (and where we store the key with a given real name and an associated email address): Overall GPG is a program that is based on OpenPGP and can generate key pairs, encrypt and decrypt data, and digitally sign files and verify digital signatures. It was Phil Zimmerman who created the PGP (Pretty Good Privacy), and which has advanced to the GNU Privacy Guard (GPG). In this case, we will encrypt data using 1,024-bit, 2,048-bit, and 3,072-bit RSA keys. While encryption, we can’t use elliptic curves (unless we mix it with symmetric key methods) and use RSA encryption. Overall, we can use it to encrypt data, digitally sign data and to pass an encryption key:įor digital signatures, we can use ECDSA, EdDSA, or RSA. You have one key to encrypt, and another key to decrypt.

Public key encryption is just pure magic. The private key will then be used to decrypt it. Press the blue button to generate encrypt the message with a generated public key.

Decrypt rsa 2048 python private key