def test_insertOneCert_Success(self):
sslcert = SSLCert("test1999.com", 19720009)
sslcert.selfSignThisCert()
self.failUnless(insertOneCert(self.datastore, sslcert))
def test_insertOneSelfSignedCert_Success(self):
sslCert = SSLCert("booger.com", 30720009)
sslCert.selfSignThisCert()
self.failUnless(insertOneCert(self.datastore, sslCert))
ssllog.log.main_logger.error("Houston, we have a problem with connecting to the database.")
exit(1)
except mdb.Error, e:
ssllog.log.main_logger.error("Error %d: %s" % (e.args[0],e.args[1]))
finally:
for each in range(1, random.randrange(1, 10+1)):
# Define a cert and generate it
domain = "test%05d.com" % ctr
ssllog.log.main_logger.warning("Creating %s - # %d" % (domain, ctr))
sslcert = SSLCert(domain, ctr)
if not sslcert:
ssllog.log.main_logger.error("Houston, we have a problem with setting up the SSL \
certificate for %s." % domain)
exit(1)
if not sslcert.selfSignThisCert():
ssllog.log.main_logger.error("Houston, we have a problem with creating the SSL \
certificate for %s." % domain)
exit(1)
if not sslcertdatabase.insertOneCert(datastore, sslcert):
ssllog.log.main_logger.error("Houston, we have a problem with insertting the SSL \
certificate for %s into the database." % domain)
exit(1)
ctr += 1
sslserverdatabase.updateServerChangedFlag(datastore, myHostname , 1)
datastore.close()
time.sleep(random.randrange(1, 15+1))
if __name__ == '__main__':
main()
