def servePage(self, view, url, params):
if url == "/edit":
selectedLang = params.get('lang', None)
if selectedLang and len(selectedLang) == 2:
Config.setProperty(Config.KEY_LANGUAGE, selectedLang)
# I18nManager will be triggered here because it listens to the Config
fsf = params.get('friendsseefriends', None)
friendsseefriends = fsf is not None and len(fsf) > 0
Config.setProperty(Config.KEY_ALLOW_FRIENDS_TO_SEE_FRIENDS,
friendsseefriends)
slw = params.get('showlogwindow', None)
showlogwindow = slw is not None and len(slw) > 0
Config.setProperty(Config.KEY_SHOW_LOG_WINDOW, showlogwindow)
# If Config has changed, may need to update profile to include/hide friends info
DbI.updateContactList(friendsseefriends)
# When friends are notified next time, the profile's hash will be calculated and sent
afw = params.get('allowfriendrequests', None)
allowfriendrequests = afw is not None and len(afw) > 0
Config.setProperty(Config.KEY_ALLOW_FRIEND_REQUESTS,
allowfriendrequests)
# Save config to file in case it's changed
Config.save()
contents = self.buildPage({
'pageTitle':
I18nManager.getText("settings.title"),
'pageBody':
"<p>Settings changed... should I go back to settings or back to home now?</p>",
'pageFooter':
"<p>Footer</p>"
})
view.setHtml(contents)
else:
pageProps = {
"friendsseefriends":
"checked" if Config.getProperty(
Config.KEY_ALLOW_FRIENDS_TO_SEE_FRIENDS) else "",
"allowfriendrequests":
"checked" if Config.getProperty(
Config.KEY_ALLOW_FRIEND_REQUESTS) else "",
"showlogwindow":
"checked"
if Config.getProperty(Config.KEY_SHOW_LOG_WINDOW) else "",
"language_en":
"",
"language_de":
""
}
pageProps["language_" +
Config.getProperty(Config.KEY_LANGUAGE)] = "selected"
#print("body:", self.formtemplate.getHtml(pageProps))
contents = self.buildPage({
'pageTitle':
I18nManager.getText("settings.title"),
'pageBody':
self.formtemplate.getHtml(pageProps),
'pageFooter':
"<p>Footer</p>"
})
view.setHtml(contents)
def closeEvent(self, event):
'''Clean up before closing by stopping all services'''
print("Closing Murmeli")
# Tell postmen to stop working
for p in self.postmen:
p.stop()
DbI.releaseDb()
TorClient.stopTor()
self.clearWebCache()
event.accept()
def processPendingContacts(torId):
print("Process pending contact accept responses from:", torId)
foundReq = False
for resp in DbI.getPendingContactMessages(torId):
name = resp.get("fromName", None)
if not name:
profile = DbI.getProfile(torId)
name = profile["displayName"]
print("Found pending contact accept request from: ", name)
# Check signature using keyring
_, signatureKey = CryptoClient.decryptAndCheckSignature(
resp.get("encryptedMsg", None))
if signatureKey:
foundReq = True
# Insert new message into inbox with message contents
rowToStore = {
"messageType": "contactresponse",
"fromId": resp.get("fromId", None),
"fromName": name,
"accepted": True,
"messageBody": resp.get("messageBody", ""),
"timestamp": resp.get("timestamp", None),
"messageRead": True,
"messageReplied": True,
"recipients": DbI.getOwnTorid()
}
DbI.addToInbox(rowToStore)
if foundReq:
DbI.updateProfile(torId, {"status": "untrusted"})
# Delete all pending contact responses from this torId
DbI.deletePendingContactMessages(torId)
def sendReferRequestMessage(sendToId, requestedId, intro):
'''Send a message to sendToId, to ask that they recommend you to requestedId'''
sendToProfile = DbI.getProfile(sendToId)
if sendToProfile and sendToProfile.get("status", "nostatus") == "trusted" \
and requestedId != DbI.getOwnTorid():
print("Send message to", sendToId, "requesting referral of",
requestedId)
notify = ContactReferRequestMessage(friendId=requestedId,
introMessage=intro)
notify.recipients = [sendToId]
DbI.addToOutbox(notify)
def broadcastOnlineStatus(self):
'''Queue a status notification message for each of our trusted contacts'''
print("Outgoing postman is broadcasting the status...")
self._broadcasting = True
profileList = DbI.getTrustedProfiles()
if profileList:
msg = StatusNotifyMessage(online=True, ping=True, profileHash=None)
msg.recipients = [c['torid'] for c in profileList]
DbI.addToOutbox(msg)
self._broadcasting = False
self.flushSignal.emit()
def handleReceiveAccept(torId, name, keyStr):
'''We have requested contact with another id, and this has now been accepted.
So we can import their public key into our keyring and update their status
from "requested" to "untrusted"'''
# Use keyStr to update keyring and get the keyId
keyId = CryptoClient.importPublicKey(keyStr)
# Store the keyId and name in their existing row, and update status to "untrusted"
DbI.updateProfile(torId, {
"name": name,
"status": "untrusted",
"keyid": keyId
})
def handleInitiate(torId, displayName):
'''We have requested contact with another id, so we can set up
this new contact's name with a status of "requested"'''
# TODO: If row already exists then get status (and name/displayname) and error with it
# Add new row in db with id, name and "requested"
if torId and torId != DbI.getOwnTorid():
DbI.updateProfile(
torId, {
'displayName': displayName,
'name': displayName,
'status': 'requested'
})
def __init__(self, *args):
self.logPanel = LogWindow()
GuiWindow.__init__(self, lowerItem=self.logPanel)
self.clearWebCache()
self.postmen = None
self.toolbar = self.makeToolbar([
("images/toolbar-home.png", self.onHomeClicked,
"mainwindow.toolbar.home"),
("images/toolbar-people.png", self.onContactsClicked,
"mainwindow.toolbar.contacts"),
("images/toolbar-messages.png", self.onMessagesClicked,
"mainwindow.toolbar.messages"),
("images/toolbar-messages-highlight.png", self.onMessagesClicked,
"mainwindow.toolbar.messages"),
("images/toolbar-calendar.png", self.onCalendarClicked,
"mainwindow.toolbar.calendar"),
("images/toolbar-settings.png", self.onSettingsClicked,
"mainwindow.toolbar.settings")
])
self.addToolBar(self.toolbar)
self.setContextMenuPolicy(QtCore.Qt.NoContextMenu)
# status bar
self.statusbar = QtWidgets.QStatusBar(self)
self.statusbar.setObjectName("statusbar")
self.setStatusBar(self.statusbar)
self.setWindowTitle(I18nManager.getText("mainwindow.title"))
self.setStatusTip("Murmeli")
self.setPageServer(PageServer())
self.navigateTo("/")
# we want to be notified of Config changes
Config.registerSubscriber(self)
self.postmen = [
postmen.IncomingPostman(self),
postmen.OutgoingPostman(self)
]
self.postmen[1].messageSentSignal.connect(self.logPanel.notifyLogEvent)
MessageShuffler.getTannoy().updateSignal.connect(
self.logPanel.notifyLogEvent)
# Make sure Tor client is started
if not TorClient.isStarted():
TorClient.startTor()
# Create database instance if not already set
if not DbI.hasDbSet():
DbI.setDb(MurmeliDb(Config.getSsDatabaseFile()))
# Make sure the status of the contacts matches our keyring
missingKeyNames = ContactMaker.checkAllContactsKeys()
if missingKeyNames:
warningTexts = [I18nManager.getText("warning.keysnotfoundfor")
] + missingKeyNames
QtWidgets.QMessageBox.warning(self, "Murmeli",
"\n ".join(warningTexts))
def keyFingerprintChecked(torId):
'''The fingerprint of this contact's public key has been checked (over a separate channel)'''
# Check that userid exists and that status is currently "untrusted" (trusted also doesn't hurt)
profile = DbI.getProfile(torId)
if profile and profile["status"] in ["untrusted", "trusted"]:
# Update the user's status to trusted
DbI.updateProfile(torId, {"status": "trusted"})
# Trigger a StatusNotify to tell them we're online
notify = StatusNotifyMessage(online=True,
ping=True,
profileHash=None)
notify.recipients = [torId]
DbI.addToOutbox(notify)
def setUp(self):
Config.load()
CryptoClient.useTestKeyring()
self.FRIEND_TORID = "zo7quhgn1nq1uppt"
FRIEND_KEYID = "3B898548F994C536"
TestUtils.setupOwnProfile("46944E14D24D711B") # id of key1
DbI.updateProfile(
self.FRIEND_TORID, {
"status": "trusted",
"keyid": FRIEND_KEYID,
"name": "Norbert Jones",
"displayName": "Uncle Norbert"
})
TestUtils.setupKeyring(["key1_private", "key2_public"])
def _createUnencryptedPayload(self):
if self.senderId is None:
self.senderId = DbI.getOwnTorid()
return self.packBytesTogether([
self.encodeNumberToBytes(self.messageType, 1), self.senderId,
self._createSubpayload()
])
def sendMessage(self, message, whoto):
# Check status of recipient in profile
profile = DbI.getProfile(whoto)
status = profile['status'] if profile else "deleted"
if status in ['deleted', 'blocked']:
return self.RC_MESSAGE_IGNORED
print("Trying to send message to '%s'" % whoto)
if whoto is not None and len(whoto) == 16:
try:
s = socks.socksocket()
s.setproxy(socks.PROXY_TYPE_SOCKS4, "localhost", 11109)
s.connect((whoto + ".onion", 11009))
numsent = s.send(message)
s.close()
if numsent != len(message):
print("Oops - num bytes sent:", numsent,
"but message has length:", len(message))
# For really long messages, maybe need to chunk into 4k blocks or something?
else:
Contacts.instance().comeOnline(whoto)
return self.RC_MESSAGE_SENT
except Exception as e:
print("Woah, that threw something:", e)
print("Bailed from the send attempt, returning failure")
return self.RC_MESSAGE_FAILED # it didn't work
def _createSubpayload(self):
'''Use the stored fields to pack the payload contents together'''
if self.senderKey is None: self.senderKey = self.getOwnPublicKey()
# Get own torid and name
if not self.senderId: self.senderId = DbI.getOwnTorid()
if not self.senderName:
self.senderName = DbI.getProfile().get('name', self.senderId)
if not self.introMessage: self.introMessage = ""
nameAsBytes = self.senderName.encode('utf-8')
messageAsBytes = self.introMessage.encode('utf-8')
print("Packing contact request with senderId", self.senderId)
return self.packBytesTogether([
self.senderId,
self.encodeNumberToBytes(len(nameAsBytes), 4), nameAsBytes,
self.encodeNumberToBytes(len(messageAsBytes), 4), messageAsBytes,
self.senderKey
])
def getSharedAndPossibleContacts(torid):
'''Check which contacts we share with the given torid and which ones we could recommend to each other'''
nameMap = {}
ourContactIds = set()
trustedContactIds = set()
theirContactIds = set()
# Get our id so we can exclude it from the sets
myTorId = DbI.getOwnTorid()
if torid == myTorId:
return (None, None, None, None)
# Find the contacts of the specified person
selectedProfile = DbI.getProfile(torid)
selectedContacts = selectedProfile.get(
'contactlist', None) if selectedProfile else None
if selectedContacts:
for s in selectedContacts.split(","):
if s and len(s) >= 16:
foundid = s[0:16]
if foundid != myTorId:
foundName = s[16:]
theirContactIds.add(foundid)
nameMap[foundid] = foundName
foundTheirContacts = len(theirContactIds) > 0
# Now get information about our contacts
for c in DbI.getMessageableProfiles():
foundid = c['torid']
ourContactIds.add(foundid)
if c['status'] == 'trusted' and foundid != torid:
trustedContactIds.add(foundid)
nameMap[foundid] = c['displayName']
# Should we check the contact information too?
if not foundTheirContacts:
foundContacts = c.get('contactlist', None)
if foundContacts:
for s in foundContacts.split(","):
if s[0:16] == torid:
theirContactIds.add(foundid)
# Now we have three sets of torids: our contacts, our trusted contacts, and their contacts.
sharedContactIds = ourContactIds.intersection(
theirContactIds) # might be empty
suggestionsForThem = trustedContactIds.difference(theirContactIds)
possibleForMe = theirContactIds.difference(ourContactIds)
# TODO: Maybe subtract requested contacts from the "possibleForMe" set?
# Some or all of these sets may be empty, but we still return the map so we can look up names
return (sharedContactIds, suggestionsForThem, possibleForMe, nameMap)
def _createSubpayload(self):
'''Use the stored fields to pack the payload contents together'''
if self.profileHash is None or self.profileHash == "":
self.profileHash = dbutils.calculateHash(DbI.getProfile())
return self.packBytesTogether([
self.encodeNumberToBytes(1 if self.online else 0, 1),
self.encodeNumberToBytes(1 if self.ping else 0, 1),
self.profileHash
])
def construct(payload, isEncrypted=True):
'''Factory constructor using a given payload and extracting the fields'''
if not payload:
return None
signatureKey = None
if isEncrypted:
# Decrypt the payload with our key
decrypted, signatureKey = CryptoClient.decryptAndCheckSignature(
payload)
else:
decrypted = payload
if decrypted:
print("Asymmetric message, length of decrypted is", len(decrypted))
else:
print("Asymmetric message has no decrypted")
# Separate fields of message into common ones and the type-specific payload
msgType, subpayload, tstmp = AsymmetricMessage._stripFields(decrypted)
print("Recovered timestamp='", tstmp, "' (", len(tstmp), ")")
# Find a suitable subclass to call using the messageType
msg = None
if msgType == Message.TYPE_CONTACT_RESPONSE:
msg = ContactResponseMessage.constructFrom(subpayload)
elif msgType == Message.TYPE_STATUS_NOTIFY:
msg = StatusNotifyMessage.constructFrom(subpayload)
elif msgType == Message.TYPE_ASYM_MESSAGE:
msg = RegularMessage.constructFrom(subpayload)
elif msgType == Message.TYPE_INFO_REQUEST:
msg = InfoRequestMessage.constructFrom(subpayload)
elif msgType == Message.TYPE_INFO_RESPONSE:
msg = InfoResponseMessage.constructFrom(subpayload)
elif msgType == Message.TYPE_FRIEND_REFERRAL:
msg = ContactReferralMessage.constructFrom(subpayload)
elif msgType == Message.TYPE_FRIENDREFER_REQUEST:
msg = ContactReferRequestMessage.constructFrom(subpayload)
# Ask the message if it's ok to have no signature
if isEncrypted and msg:
if msg.acceptUnrecognisedSignature():
# Save the encrypted contents so we can verify it later
msg.encryptedContents = payload
elif not signatureKey:
msg = None
if msg:
try:
msgTimestamp = tstmp.decode('utf-8')
except:
msgTimestamp = msg.makeCurrentTimestamp()
msg.timestamp = Message.convertTimestampFromString(msgTimestamp)
msg.signatureKeyId = signatureKey
if signatureKey:
print(
"Asymm setting senderId because I've got a signatureKey: '%s'"
% signatureKey)
signatureId = DbI.findUserIdFromKeyId(signatureKey)
if signatureId:
msg.senderId = signatureId
return msg
def checkAllContactsKeys():
'''Return a list of names for which the key can't be found'''
nameList = []
for c in DbI.getMessageableProfiles():
torId = c['torid'] if c else None
if torId:
keyId = c['keyid']
if not keyId:
print("No keyid found for torid", torId)
nameList.append(c['displayName'])
elif not CryptoClient.getPublicKey(keyId):
print("CryptoClient hasn't got a public key for torid",
torId)
nameList.append(c['displayName'])
if not keyId or not CryptoClient.getPublicKey(keyId):
# We haven't got their key in our keyring!
DbI.updateProfile(torId, {"status": "requested"})
return nameList
def setupOwnProfile(keyId):
tempDb = MurmeliDb()
DbI.setDb(tempDb)
DbI.updateProfile(
TestUtils._ownTorId, {
"status":
"self",
"ownprofile":
True,
"keyid":
keyId,
"name":
"Geoffrey Lancaster",
"displayName":
"Me",
"description":
"Ä fictitious person with a couple of Umläute in his description."
})
def dealWithMessage(message):
'''Examine the received message and decide what to do with it'''
print("Hmm, the MessageShuffler has been given some kind of message")
# We must be online if we've received a message
Contacts.instance().comeOnline(DbI.getOwnTorid())
if message.senderMustBeTrusted:
sender = DbI.getProfile(message.senderId)
if not sender or sender['status'] != "trusted":
return # throw message away
if not message.isComplete():
print("A message of type", message.encryptionType,
"was received but it's not complete - throwing away")
return # throw message away
# if it's not encrypted, it's for us -> save in inbox
if message.encryptionType == Message.ENCTYPE_NONE:
MessageShuffler.dealWithUnencryptedMessage(message)
elif message.encryptionType == Message.ENCTYPE_SYMM:
# if it's symmetric, forget it for now
pass
elif message.encryptionType == Message.ENCTYPE_ASYM:
MessageShuffler.dealWithAsymmetricMessage(message)
elif message.encryptionType == Message.ENCTYPE_RELAY:
# Get received bytes of message, and add to Outbox, send to everybody EXCEPT the sender
bytesToSend = message.createOutput(None)
if bytesToSend:
# add to outbox, but don't send it back to message.senderId
DbI.addRelayMessageToOutbox(bytesToSend, message.senderId)
else:
print("Hä? What kind of encryption type is that? ",
message.encryptionType)
# Log receipt of message (do we want to know about relays at all?)
if message.encryptionType in [
Message.ENCTYPE_NONE, Message.ENCTYPE_ASYM
]:
logMessage = "Message of type: %s received from %s" % (
message.getMessageTypeKey(), message.senderId)
MessageShuffler.getTannoy().shout(logMessage)
def testProfileResponse(self):
m = message.InfoResponseMessage(
message.InfoRequestMessage.INFO_PROFILE)
output = m.createUnencryptedOutput()
bac = message.Message.MessageFromReceivedData(output, False)
self.assertIsNotNone(bac, "couldn't decode the data")
self.assertEqual(message.InfoRequestMessage.INFO_PROFILE, bac.infoType)
mydescription = DbI.getProfile()['description']
bacProfile = bac.profile
self.assertEqual(mydescription, bacProfile['description'])
def generateAddPage(self):
'''Build the form page for adding a new user, using the template'''
bodytext = self.addtemplate.getHtml({"owntorid": DbI.getOwnTorid()})
return self.buildPage({
'pageTitle':
I18nManager.getText("contacts.title"),
'pageBody':
bodytext,
'pageFooter':
"<p>Footer</p>"
})
def finish(self):
'''Finished the key gen'''
# Store key, name in the database for our own profile
selectedKey = self.privateKeys[self.keypairListWidget.currentRow()]
ownid = TorClient.getOwnId()
# See if a name was entered before, if so use that
myname = self.keygenParamBoxes['name'].text()
if not myname:
# Extract the name from the string which comes back from the key as "'Some Name (no comment) <*****@*****.**>'"
myname = self.extractName(selectedKey['uids'])
profile = {
"name": myname,
"keyid": selectedKey['keyid'],
"torid": ownid,
"status": "self",
"ownprofile": True
}
# Store this in the database
DbI.updateProfile(ownid, profile)
return True
def handleAccept(torId):
'''We want to accept a contact request, so we need to find the request(s),
and use it/them to update our keyring and our database entry'''
# Get this person's current status from the db, if available
profile = DbI.getProfile(torId)
status = profile.get("status", None) if profile else None
# Look for the contact request(s) in the inbox, and extract the name and publicKey
senderName, senderKeystr, directRequest = ContactMaker.getContactRequestDetails(
torId)
keyValid = senderKeystr and len(senderKeystr) > 20
if keyValid:
if status in [None, "requested"]:
# add key to keyring
keyId = CryptoClient.importPublicKey(senderKeystr)
# work out what name and status to stores
storedSenderName = profile["name"] if profile else None
nameToStore = storedSenderName if storedSenderName else senderName
statusToStore = "untrusted" if directRequest else "pending"
# add or update the profile
DbI.updateProfile(
torId, {
"status": statusToStore,
"keyid": keyId,
"name": nameToStore,
"displayName": nameToStore
})
ContactMaker.processPendingContacts(torId)
elif status == "pending":
print("Request already pending, nothing to do")
elif status in ["untrusted", "trusted"]:
# set status to untrusted? Send response?
print("Trying to handle an accept but status is already",
status)
# Move all corresponding requests to be regular messages instead
DbI.changeRequestMessagesToRegular(torId)
else:
print("Trying to handle an accept but key isn't valid")
def run(self):
# Check each of the services in turn
self.successFlags = {}
# Database
time.sleep(0.5)
DbI.setDb(MurmeliDb(Config.getSsDatabaseFile()))
self.successFlags['database'] = True
self.updatedSignal.emit()
time.sleep(0.5)
# Gnupg
self.successFlags['gpg'] = CryptoClient.checkGpg()
self.updatedSignal.emit()
time.sleep(1)
# Tor
if TorClient.startTor():
torid = TorClient.getOwnId()
if torid:
print("Started tor, our own id is: ", torid)
self.successFlags['tor'] = True
else:
print("Failed to start tor")
else:
print("startTor returned false :(")
def _createSubpayload(self):
'''Pack the specific fields into the subpayload'''
# Get own name
if self.senderName is None:
self.senderName = DbI.getProfile().get('name', self.senderId)
myPublicKey = self.getOwnPublicKey()
messageAsBytes = self.message.encode('utf-8')
nameAsBytes = self.senderName.encode('utf-8')
subpayload = Message.packBytesTogether([
self.encodeNumberToBytes(len(nameAsBytes), 4), nameAsBytes,
self.encodeNumberToBytes(len(messageAsBytes), 4), messageAsBytes,
myPublicKey
])
return subpayload
def _createSubpayload(self):
'''Use the stored fields to pack the payload contents together'''
ownProfile = DbI.getProfile()
if self.infoType is None:
self.infoType = InfoRequestMessage.INFO_PROFILE
if self.profileString is None:
self.profileString = dbutils.getProfileAsString(ownProfile)
self.profileHash = dbutils.calculateHash(ownProfile)
return self.packBytesTogether([
self.encodeNumberToBytes(self.infoType),
self.encodeNumberToBytes(len(self.profileString),
4), self.profileString,
self.encodeNumberToBytes(len(self.profileHash), 4),
self.profileHash
])
def construct(payload, isEncrypted):
'''Construct a message from its payload'''
originalPayload, signKey = CryptoClient.verifySignedData(
payload) if isEncrypted else (payload, None)
if originalPayload:
# The payload could be verified and extracted, but we still don't know
# if the contents are for me or for somebody else (probably for somebody else!)
messageForMe = Message.MessageFromReceivedData(
originalPayload, isEncrypted)
if messageForMe:
return messageForMe
else:
msg = RelayingMessage(rcvdBytes=originalPayload)
msg.senderId = DbI.findUserIdFromKeyId(signKey)
return msg
def testAvatars(self):
'''Test the loading, storing and exporting of binary avatar images'''
db = supersimpledb.MurmeliDb()
DbI.setDb(db)
inputPath = "testdata/example-avatar.jpg"
outPath = "cache/avatar-deadbeef.jpg"
if os.path.exists(outPath):
os.remove(outPath)
os.makedirs('cache', exist_ok=True)
self.assertFalse(os.path.exists(outPath))
DbI.updateProfile("deadbeef", {"profilepicpath":inputPath})
# Output file still shouldn't exist, we didn't give a path to write picture to
self.assertFalse(os.path.exists(outPath))
DbI.updateProfile("deadbeef", {"profilepicpath":inputPath}, "cache")
# Output file should exist now
self.assertTrue(os.path.exists(outPath))
# TODO: Any way to compare input with output? They're not the same.
DbI.releaseDb()
def _createSubpayload(self):
'''Pack the specific fields into the subpayload'''
# Get own name
if not self.friendName:
self.friendName = DbI.getProfile(self.friendId).get(
'name', self.friendId)
publicKey = self.getPublicKey(torid=self.friendId)
# TODO: Complain if publicKey is empty
messageAsBytes = self.message.encode('utf-8')
nameAsBytes = self.friendName.encode('utf-8')
subpayload = Message.packBytesTogether([
self.friendId,
self.encodeNumberToBytes(len(nameAsBytes), 4), nameAsBytes,
self.encodeNumberToBytes(len(messageAsBytes), 4), messageAsBytes,
publicKey
])
return subpayload
def generateFingerprintsPage(self, userid):
'''Build the page for checking the fingerprints of the selected user'''
# First, get the name of the user
person = DbI.getProfile(userid)
dispName = person['displayName']
fullName = person['name']
if dispName != fullName:
fullName = dispName + " (" + fullName + ")"
fc = self._makeFingerprintChecker(userid)
# check it's ok to generate
status = person.get('status', '')
if not fc.valid \
or status not in ['untrusted', 'trusted']:
print("Not generating fingerprints page because status is", status)
return None
# Get one set of words for us and three sets for them
printsAlreadyChecked = (person.get('status', '') == "trusted")
bodytext = self.fingerprintstemplate.getHtml({
"mywords":
fc.getCodeWords(True, 0, "en"),
"theirwords0":
fc.getCodeWords(False, 0, "en"),
"theirwords1":
fc.getCodeWords(False, 1, "en"),
"theirwords2":
fc.getCodeWords(False, 2, "en"),
"fullname":
fullName,
"shortname":
dispName,
"userid":
userid,
"alreadychecked":
printsAlreadyChecked
})
return self.buildPage({
'pageTitle':
I18nManager.getText("contacts.title"),
'pageBody':
bodytext,
'pageFooter':
"<p>Footer</p>"
})
