def generate_reply(self, returned=None, optional=None):
"""This function is a bit crazy as it is entered from several points as both a callback or called directly :(
returns either the successful msg, containing the symmertric key, balance, bank ip address, and login token
OR
the timeout until the client can log in again
@param optional: text to return to the client with a code
@type optional: [int, str]
@return: None"""
PROTOCOL = 1
if self.successful:
log_msg('Login was successful.', 3)
EventLogging.save_event(BankLogin(username=self.username))
#address of the bank server
address = addressBook[0]
curExp, nextExp = BankUtil.get_interval_time_deltas()
format = '!BBIIII4sI'
reply = struct.pack(format, PROTOCOL, 1, self.balance, Globals.CURRENT_ACOIN_INTERVAL[0], \
curExp, nextExp,
inet_aton(address.host), address.port)
reply += self.authBlob
else:
reply = struct.pack('!BBI', PROTOCOL, 0, self.timeout)
#currently, 1 will replace the txt for a failure displayed client side, while 1 adds to it- thats all for now
optional = [0, 'hello']
if optional:
code = struct.pack('!B', optional[0])
reply += code + optional[1]
#shove off the reply
self.reply(reply)
def _on_finished(self, results):
"""Everything worked (well enough).
Log the event and return the SUCCESS code reply"""
EventLogging.save_event(
AccountCreated(hexkey=self.hexKey,
username=self.username,
mailinglist=self.shouldAddToMailingList))
self._reply(RESPONSE_CODES["SUCCESS"])
def reduce_size(data, amount):
keys = data.keys()
count = 0
for key in keys:
del data[key]
count += 1
if count >= amount:
return
emails = {}
for i in range(0,40):
emails["*****@*****.**"%(random_hex(10))] = random_hex(20)
for email, ref in emails.iteritems():
EventLogging.save_event(Events.EmailSent(address=email, hexkey=ref))
reduce_size(emails, 5)
for email, ref in emails.iteritems():
EventLogging.save_event(Events.EmailOpened(hexkey=ref))
EventLogging.save_event(Events.EmailOpened(hexkey=ref))
reduce_size(emails, 5)
for email, ref in emails.iteritems():
EventLogging.save_event(Events.EmailLinkVisit(hexkey=ref))
EventLogging.save_event(Events.EmailLinkVisit(hexkey=ref))
reduce_size(emails, 5)
users = {}
for email, ref in emails.iteritems():
username = random_hex(8)
def _on_finished(self, results): """Everything worked (well enough). Log the event and return the SUCCESS code reply""" EventLogging.save_event(AccountCreated(hexkey=self.hexKey, username=self.username, mailinglist=self.shouldAddToMailingList)) self._reply(RESPONSE_CODES["SUCCESS"])
sys.exit(1)
from common.conf import Dev as Conf
#open the event logs
LOG_DIR = "/mnt/logs/consensus/"
if not os.path.exists(LOG_DIR):
os.makedirs(LOG_DIR)
EventLogging.open_logs(os.path.join(LOG_DIR, "consensus_events.out"))
#get the document
conn = httplib.HTTPConnection("%s:%s" % (Conf.AUTH_SERVERS[0]["address"], Conf.AUTH_SERVERS[0]["dirport"]))
conn.request("GET", "/tor/status-vote/current/consensus")
response = conn.getresponse()
responseData = response.read()
#parse all of the bandwidths out of it
bandwidthRe = re.compile('w Bandwidth=(\d{1,10})')
#get bandwidth
bandwidths = [int(r) for r in bandwidthRe.findall(responseData)]
totalBandwidth = sum(bandwidths)
numRelays = len(bandwidths)
bandwidths.sort()
medianBandwidth = bandwidths[numRelays / 2]
#log the median bw, total bw, and number of relays
EventLogging.save_event(Events.NewConsensus(numRelays=numRelays, medianBandwidth=medianBandwidth, totalBandwidth=totalBandwidth))
#all done
EventLogging.close_logs()
if not os.path.exists(LOG_DIR):
os.makedirs(LOG_DIR)
EventLogging.open_logs(os.path.join(LOG_DIR, "consensus_events.out"))
#get the document
conn = httplib.HTTPConnection(
"%s:%s" %
(Conf.AUTH_SERVERS[0]["address"], Conf.AUTH_SERVERS[0]["dirport"]))
conn.request("GET", "/tor/status-vote/current/consensus")
response = conn.getresponse()
responseData = response.read()
#parse all of the bandwidths out of it
bandwidthRe = re.compile('w Bandwidth=(\d{1,10})')
#get bandwidth
bandwidths = [int(r) for r in bandwidthRe.findall(responseData)]
totalBandwidth = sum(bandwidths)
numRelays = len(bandwidths)
bandwidths.sort()
medianBandwidth = bandwidths[numRelays / 2]
#log the median bw, total bw, and number of relays
EventLogging.save_event(
Events.NewConsensus(numRelays=numRelays,
medianBandwidth=medianBandwidth,
totalBandwidth=totalBandwidth))
#all done
EventLogging.close_logs()
def reduce_size(data, amount):
keys = data.keys()
count = 0
for key in keys:
del data[key]
count += 1
if count >= amount:
return
emails = {}
for i in range(0, 40):
emails["*****@*****.**" % (random_hex(10))] = random_hex(20)
for email, ref in emails.iteritems():
EventLogging.save_event(Events.EmailSent(address=email, hexkey=ref))
reduce_size(emails, 5)
for email, ref in emails.iteritems():
EventLogging.save_event(Events.EmailOpened(hexkey=ref))
EventLogging.save_event(Events.EmailOpened(hexkey=ref))
reduce_size(emails, 5)
for email, ref in emails.iteritems():
EventLogging.save_event(Events.EmailLinkVisit(hexkey=ref))
EventLogging.save_event(Events.EmailLinkVisit(hexkey=ref))
reduce_size(emails, 5)
users = {}
for email, ref in emails.iteritems():
username = random_hex(8)
def _flush_thread(self, recentEvents):
"""Log an event for each message type and user, essentially"""
for collectionName, events in recentEvents.iteritems():
eventType = self._eventTypes.get(collectionName)
for key, value in events.iteritems():
EventLogging.save_event(eventType(source=key, amount=value))
def _flush_thread(self, recentEvents):
"""Log an event for each message type and user, essentially"""
for collectionName, events in recentEvents.iteritems():
eventType = self._eventTypes.get(collectionName)
for key, value in events.iteritems():
EventLogging.save_event(eventType(source=key, amount=value))
