def process_nonce(self, nonce):
dci = self.ci.decryptData(nonce)
#print "client's nonce: ", dci
#sci = self.ci.signData(dci)
#print "signed nonce: ", sci
if self.pin is None:
print "ERROR! Check the pin or the card!"
reactor.stop()
sci = cc.sign(dci, cc.KEY_LABEL, self.pin)
#print "nonce signed w/ CC: ", sci
enc = self.ci.encryptData(sci)
#enc = b64encode(eci[0])
# print "signed and encoded nonce: " + enc
return enc
def process_nonce(self, nonce):
dci = self.ci.decryptData(nonce)
#print "client's nonce: ", dci
#sci = self.ci.signData(dci)
#print "signed nonce: ", sci
if self.pin is None:
print "ERROR! Check the pin or the card!"
reactor.stop()
sci = cc.sign(dci, cc.KEY_LABEL, self.pin)
#print "nonce signed w/ CC: ", sci
enc = self.ci.encryptData(sci)
#enc = b64encode(eci[0])
# print "signed and encoded nonce: " + enc
return enc
def register_cb((signedNonce, nonceid)):
agent = CookieAgent(Agent(reactor), self.cookie_jar)
dataq = []
dataq.append(signedNonce)
dataq.append(self.client_id.encryptData(self.client_id.password))
# Sending the Certificate and the Sub CA to the server
if self.pin is None:
print "ERROR! Check the pin!"
reactor.stop()
cert = cc.get_certificate(cc.CERT_LABEL, self.pin)
#print type(cert.as_pem())
#print cert.as_pem()
if cert is None:
print "ERROR! Check the pin"
reactor.stop()
subca = cc.get_certificate(cc.SUBCA_LABEL, self.pin)
#print type(subca.as_pem())
#print subca.as_pem()
if subca is None:
print "ERROR! Check the pin"
reactor.stop()
enc_cert = b64encode(cert.as_pem())
#print "cert len: ", len(enc_cert)
dataq.append(enc_cert)
enc_subca = b64encode(subca.as_pem())
#print "sub ca len: ", len(enc_subca)
dataq.append(enc_subca)
dataq.append(self.client_id.pub_key.exportKey('PEM'))
ext_key = self.client_id.pub_key.exportKey('PEM')
if self.pin is None:
print "ERROR! Check the pin or the CC"
reactor.stop()
signed_ext_key = cc.sign(ext_key, cc.KEY_LABEL, self.pin)
enc_sek = b64encode(signed_ext_key)
#print "encoded ext key: ", enc_sek
#print "len encoded: ", len(enc_sek)
dataq.append(enc_sek)
body = FileProducer2(dataq)
headers = http_headers.Headers()
#print "Password:"******"LEN:", len(self.client_id.encryptData(self.client_id.password))
d = agent.request(
'PUT',
'http://localhost:8000/pboxes/?method=register'
+ '&nonceid=' + str(nonceid),
headers,
body)
d.addCallback(procResponse_cb, checkClientReg_cb)
def register_cb((signedNonce, nonceid)):
agent = CookieAgent(Agent(reactor), self.cookie_jar)
dataq = []
dataq.append(signedNonce)
dataq.append(self.client_id.encryptData(self.client_id.password))
# Sending the Certificate and the Sub CA to the server
if self.pin is None:
print "ERROR! Check the pin!"
reactor.stop()
cert = cc.get_certificate(cc.CERT_LABEL, self.pin)
#print type(cert.as_pem())
#print cert.as_pem()
if cert is None:
print "ERROR! Check the pin"
reactor.stop()
subca = cc.get_certificate(cc.SUBCA_LABEL, self.pin)
#print type(subca.as_pem())
#print subca.as_pem()
if subca is None:
print "ERROR! Check the pin"
reactor.stop()
enc_cert = b64encode(cert.as_pem())
#print "cert len: ", len(enc_cert)
dataq.append(enc_cert)
enc_subca = b64encode(subca.as_pem())
#print "sub ca len: ", len(enc_subca)
dataq.append(enc_subca)
dataq.append(self.client_id.pub_key.exportKey('PEM'))
ext_key = self.client_id.pub_key.exportKey('PEM')
if self.pin is None:
print "ERROR! Check the pin or the CC"
reactor.stop()
signed_ext_key = cc.sign(ext_key, cc.KEY_LABEL, self.pin)
enc_sek = b64encode(signed_ext_key)
#print "encoded ext key: ", enc_sek
#print "len encoded: ", len(enc_sek)
dataq.append(enc_sek)
body = FileProducer2(dataq)
headers = http_headers.Headers()
#print "Password:"******"LEN:", len(self.client_id.encryptData(self.client_id.password))
d = agent.request(
'PUT', 'http://localhost:8000/pboxes/?method=register' +
'&nonceid=' + str(nonceid), headers, body)
d.addCallback(procResponse_cb, checkClientReg_cb)