def setupEncryption(self, certData):
if certData:
cert = crypto.loadCertificate(certData)
else:
cert = self.createCertificate()
self.myCertificate = cert
self.tubID = crypto.digest32(cert.digest("sha1"))
def setupEncryption(self, certData):
if certData:
cert = crypto.loadCertificate(certData)
else:
cert = self.createCertificate()
self.myCertificate = cert
self.tubID = crypto.digest32(cert.digest("sha1"))
def setupEncryption(self, certData):
if certData:
cert = crypto.loadCertificate(certData)
else:
cert = self.createCertificate()
self.myCertificate = cert
self.tubID = crypto.digest32(cert.digest('sha1')).decode('ascii')
def setupEncryption(self, certData):
if not crypto_available:
raise RuntimeError("crypto for PB is not available, "
"try importing foolscap.crypto and see "
"what happens")
if certData:
cert = crypto.PrivateCertificate.loadPEM(certData)
else:
cert = self.createCertificate()
self.myCertificate = cert
self.tubID = crypto.digest32(cert.digest("sha1"))
def setupEncryption(self, certData):
if not crypto_available:
raise RuntimeError("crypto for PB is not available, "
"try importing foolscap.crypto and see "
"what happens")
if certData:
cert = crypto.PrivateCertificate.loadPEM(certData)
else:
cert = self.createCertificate()
self.myCertificate = cert
self.tubID = crypto.digest32(cert.digest("sha1"))
def test_digest32(self):
colondigest = b'0F:E6:23:51:58:EA:66:A1:69:52:21:30:01:CA:7D:36:E0:EF:6C:46'
d32 = crypto.digest32(colondigest)
self.failUnlessEqual(d32, "b7tcguky5jtkc2kseeyadst5g3qo63cg")