def handshake_callback(self, sock):
"""Verify callback. If we get here then the certificate is ok.
"""
channel = sock.get_ssl_channel_info()
suite = ssl.get_cipher_suite_info(channel.cipher_suite)
self.log.debug("handshake complete, peer = %s", sock.get_peer_name())
self.log.debug('Protocol: %s' % channel.protocol_version_str.upper())
self.log.debug('Cipher: %s' % suite.cipher_suite_name)
def handshake_callback(self, sock):
"""
Verify callback. If we get here then the certificate is ok.
"""
channel = sock.get_ssl_channel_info()
suite = ssl.get_cipher_suite_info(channel.cipher_suite)
root_logger.debug("handshake complete, peer = %s", sock.get_peer_name())
root_logger.debug('Protocol: %s' % channel.protocol_version_str.upper())
root_logger.debug('Cipher: %s' % suite.cipher_suite_name)
def handshake_callback(sock):
print("handshake complete, peer = %s, negotiated host = %s" %
(sock.get_peer_name(), sock.get_negotiated_host()))
print("Connection Info:")
print(sock.connection_info_str())
print()
channel = sock.get_ssl_channel_info()
print_channel_info(channel)
print()
suite = ssl.get_cipher_suite_info(channel.cipher_suite)
print_suite_info(suite)
port=443,
enumerate_cipher_suites=True,
ssl_connect=True,
use_properties=False,
)
options = parser.parse_args()
# Perform basic configuration and setup
try:
nss.nss_init(options.db_name)
ssl.set_domestic_policy()
except Exception as e:
print(str(e), file=sys.stderr)
sys.exit(1)
if options.enumerate_cipher_suites:
suite_info = ssl.get_cipher_suite_info(ssl.ssl_implemented_ciphers[0])
print("There are %d implemented ciphers" %
(len(ssl.ssl_implemented_ciphers)))
for cipher in ssl.ssl_implemented_ciphers:
suite_info = ssl.get_cipher_suite_info(cipher)
print(suite_info)
print()
if options.ssl_connect:
ssl_connect()
