import sys
from CryptoHelper import CryptoHelper
from TestVectors import *
# Preamble
def test(n, x):
passfail = "FAIL"
if x:
passfail = "PASS"
print "[{0:2d}] [{1}]".format(n, passfail)
### TESTS #############################################################
# 1. AES key wrap
test( 1, t1_result == CryptoHelper.aes_key_wrap(t1_key, t1_data) )
# 2. AES key unwrap
test( 2, t2_result == CryptoHelper.aes_key_unwrap(t2_key, t2_data) )
# 3. SHA-256 digest
test( 3, t3_result == CryptoHelper.sha256(t3_data) )
# 4. HMAC SHA-245
test( 4, t4_result == CryptoHelper.hmac_sha256(t4_key, t4_data) )
# 5. AES-128-CCM encryption
test( 5, t5_result == CryptoHelper.encrypt_AES128CCM(t5_key, t5_nonce, t5_tlen, t5_data, t5_adata) );
# 6. AES-128-CCM decryption
test( 6, t6_result == CryptoHelper.decrypt_AES128CCM(t6_key, t6_nonce, t6_tlen, t6_data, t6_adata) );
def main():
usage = """-
Usage: {0} <command> [args]
The following commands are available:
random <bytes>
sign_pkcs1_sha256 <n> <e> <d> <content>
verify_pkcs1_sha256 <n> <e> <content>
aes_key_wrap <key> <p>
aes_key_unwrap <key> <c>
rsa_oaep_key_wrap <n> <e> <p>
rsa_oaep_key_unwrap <n> <e> <d> <p>
hmac_sha256 <key> <content>
encrypt_gen_aead_AES128CBC_HMACSHA256 <key> <n> <iv> <content>
decrypt_gen_aead_AES128CBC_HMACSHA256 <key> <n> <iv> <content>
encrypt_AES128CCM <key> <n> <M> <content> <assoc>
decrypt_AES128CCM <key> <n> <M> <content> <assoc>
All arguments should be base64url encoded, except if they're integers.
Results will come back base64url encoded.
"""
usage_msg = usage.format(sys.argv[0])
if len(sys.argv) < 3:
print usage_msg
quit()
cmd = sys.argv[1]
a = sys.argv[2:]
ret = b''
if cmd == "random": # <bytes>
b = int(a.pop(0))
ret = CryptoHelper.random(b)
elif cmd == "sign_pkcs1_sha256": # <n> <e> <d> <content>
n = long_b64d(a.pop(0))
e = long_b64d(a.pop(0))
d = long_b64d(a.pop(0))
content = b64d(a.pop(0))
ret = CryptoHelper.sign_pkcs1_sha256(n, e, d, content)
elif cmd == "verify_pkcs1_sha256": # <n> <e> <content>
n = long_b64d(a.pop(0))
e = long_b64d(a.pop(0))
content = b64d(a.pop(0))
sig = b64d(a.pop(0))
ret = CryptoHelper.verify_pkcs1_sha256(n, e, content, sig)
elif cmd == "aes_key_wrap": # <key> <p>
key = b64d(a.pop(0))
p = b64d(a.pop(0))
ret = CryptoHelper.aes_key_wrap(key, p)
elif cmd == "aes_key_unwrap": # <key> <c>
key = b64d(a.pop(0))
c = b64d(a.pop(0))
ret = CryptoHelper.aes_key_unwrap(key, c)
elif cmd == "rsa_oaep_key_wrap": # <n> <e> <p>
n = long_b64d(a.pop(0))
e = long_b64d(a.pop(0))
p = b64d(a.pop(0))
ret = CryptoHelper.rsa_oaep_key_wrap(n, e, p)
elif cmd == "rsa_oaep_key_unwrap": # <n> <e> <d> <c>
n = long_b64d(a.pop(0))
e = long_b64d(a.pop(0))
d = long_b64d(a.pop(0))
c = b64d(a.pop(0))
ret = CryptoHelper.rsa_oaep_key_unwrap(n, e, d, c)
elif cmd == "hmac_sha256": # <key> <content>
key = b64d(a.pop(0))
content = b64d(a.pop(0))
ret = CryptoHelper.hmac_sha256(key, content)
elif cmd == "encrypt_gen_aead_AES128CBC_HMACSHA256": # <key> <n> <iv> <content>
key = b64d(a.pop(0))
n = b64d(a.pop(0))
iv = b64d(a.pop(0))
content = b64d(a.pop(0))
ret = CryptoHelper.encrypt_gen_aead_AES128CBC_HMACSHA256(key, n, iv, content)
elif cmd == "decrypt_gen_aead_AES128CBC_HMACSHA256": # <key> <n> <iv> <content>
key = b64d(a.pop(0))
n = b64d(a.pop(0))
iv = b64d(a.pop(0))
content = b64d(a.pop(0))
ret = CryptoHelper.decrypt_gen_aead_AES128CBC_HMACSHA256(key, n, iv, content)
elif cmd == "encrypt_AES128CCM": # <key> <n> <M> <content> <assoc>
key = b64d(a.pop(0))
n = b64d(a.pop(0))
M = int(a.pop(0))
content = b64d(a.pop(0))
assoc = b64d(a.pop(0))
ret = CryptoHelper.encrypt_AES128CCM(key, n, M, content, assoc)
elif cmd == "decrypt_AES128CCM": # <key> <n> <M> <content> <assoc>
key = b64d(a.pop(0))
n = b64d(a.pop(0))
M = int(a.pop(0))
content = b64d(a.pop(0))
assoc = b64d(a.pop(0))
ret = CryptoHelper.decrypt_AES128CCM(key, n, M, content, assoc)
else:
print "-" + "Unknown command"
if isinstance(ret,bool):
print "+{0}".format(ret)
else:
print "+" + b64e(ret)
import sys
from CryptoHelper import CryptoHelper
from TestVectors import *
# Preamble
def test(n, x):
passfail = "FAIL"
if x:
passfail = "PASS"
print "[{0:2d}] [{1}]".format(n, passfail)
### TESTS #############################################################
# 1. AES key wrap
test(1, t1_result == CryptoHelper.aes_key_wrap(t1_key, t1_data))
# 2. AES key unwrap
test(2, t2_result == CryptoHelper.aes_key_unwrap(t2_key, t2_data))
# 3. SHA-256 digest
test(3, t3_result == CryptoHelper.sha256(t3_data))
# 4. HMAC SHA-245
test(4, t4_result == CryptoHelper.hmac_sha256(t4_key, t4_data))
# 5. AES-128-CCM encryption
test(5, t5_result == CryptoHelper.encrypt_AES128CCM(t5_key, t5_nonce, t5_tlen, t5_data, t5_adata))
# 6. AES-128-CCM decryption
test(6, t6_result == CryptoHelper.decrypt_AES128CCM(t6_key, t6_nonce, t6_tlen, t6_data, t6_adata))
