Python RSA module compatible with jsbn.js.
pyjsbn-rsa is available via PyPI
pip install pyjsbn-rsa
via setup.py
python setup.py install
You can test module with jsbn's RSA Encryption Demo
>>from jsbn import RSAKey
>>rsa = RSAKey()
>>rsa.generate(1024,"10001")
>>hex(rsa.n)
0xdc36096d038a56e84c6290f33db80dce54413e89dc15f0490dde8f1f58e69d957eed66c9537918b8fefd6a3fc9fc7b2551ac595bc77c2b98bcfa13f7deb17e94890ae4f28016f0d3e09450054263ae71f81539b09ea42b854492691e94de5671835b4ce91b9756b651ec4bbebe63eec8b7274e157b8de07457f2d3563119ac53L
Paste rsa.n to demo's Modulus (hex) and press encryt. (without "0x" and "L") And, get Ciphertext (hex) value
>>ctext="ceffa610eb7ec7fcbda60b2fdecf6d7cc65b7304ecb6e327056f15d763f1d079d376dbc801861a0ccb2731f836e75de0bb22350b3cd0d18eed216619b9e64a59dc06e15ef2531f0d3c176882444c5919dd751e9bcaefadff372d847b001a298751ebc69f9d310d92c217ab2fa433e3b3c7e8edf4744849560a317ef7f4ee7266"
>>rsa.decrypt(ctext)
'Hello World!'
You can use main methods of rsa.js and rsa2.js
Set the public key fields N and e from hex strings.
>>rsa.setPublic(n,e)
Set the private key fields N, e, and d from hex strings.
>>rsa.setPrivate(n,e,d)
Set the private key fields N, e, d and CRT params from hex strings.
>>rsa.setPrivateEx(n,e,d,p,q,dp,dq,c)
Return the PKCS#1 RSA encryption of "text" as an even-length hex string. You should do setPublic, setPrivate, setPrivateEx or generate first. text must be unicode for Python 2 and str for Python 3.
>>rsa.encrypt(text)
Return the PKCS#1 RSA decryption of "ctext". "ctext" is an even-length hex string and the output is a plain string. You should do setPrivate, setPrivateEx or generate first.
>>rsa.decrypt(ctext)
Generate a new random private key B bits long, using public expt E
>>rsa.generate(b,e)