def notify_all_source_delete(self, source, originating_device_id): devices = UserDevices.get_user_devices(source.owner) for device in devices: # Skip the device if that was the device that originated the request. if device.key().id() == originating_device_id: continue self.notify_source_delete(source, device)
def notify_all_source_delete(self, source, originating_device_id):
devices = UserDevices.get_user_devices(source.owner)
for device in devices:
# Skip the device if that was the device that originated the request.
if device.key().id() == originating_device_id:
continue
self.notify_source_delete(source, device)
def send_to_all(self, message):
devices = UserDevices.get_user_devices(message.owner)
for device in devices:
self.send(message, device)
message.deliveredToGoogle = True
message.lastDeliveryAttempt = datetime.datetime.now()
message.put()
def GET(self): devices = UserDevices.all() result = "" for device in devices: result += device.owner.email() + '\n' return result
def send_to_all(self, message): devices = UserDevices.get_user_devices(message.owner) for device in devices: self.send(message, device) message.deliveredToGoogle = True message.lastDeliveryAttempt = datetime.datetime.now() message.put()
def GET(self):
devices = UserDevices.all()
result = ""
for device in devices:
result += device.owner.email() + '\n'
return result
def GET(self):
# Must be logged in.
login_required()
# List all their sources.
sources = UserSources.get_user_sources(users.get_current_user())
sources = sorted(sources, key=lambda source: source.title)
renderer.addDataList('sources', sources)
# List all their devices.
devices = UserDevices.get_user_devices(users.get_current_user())
devices = sorted(devices, key=lambda device: device.updated)
renderer.addDataList('devices', devices)
return renderer.render('profile/index.html')
def GET(self):
# Must be logged in.
login_required()
# List all their sources.
sources = UserSources.get_user_sources(users.get_current_user())
sources = sorted(sources, key=lambda source: source.title)
renderer.addDataList('sources', sources)
# List all their devices.
devices = UserDevices.get_user_devices(users.get_current_user())
devices = sorted(devices, key=lambda device: device.updated)
renderer.addDataList('devices', devices)
return renderer.render('profile/index.html')
def get_device(self): # If ID supplied, find and update that ID. input = web.input(id = None) devices = UserDevices.get_user_device_collection(users.get_current_user()) device = UserDevice(parent=devices) if input.id and long(input.id) > 0: # Load device from ID. device = UserDevice.get_by_id(long(input.id), devices) if not device: # Invalid ID. 404. raise web.notfound() # Check that the device belongs to the logged in user. if device.owner.user_id() != users.get_current_user().user_id(): # It's not theirs. 404. # TODO: Test this more and better. raise web.notfound() return device
def get_device(self):
# If ID supplied, find and update that ID.
input = web.input(id=None)
devices = UserDevices.get_user_device_collection(
users.get_current_user())
device = UserDevice(parent=devices)
if input.id and long(input.id) > 0:
# Load device from ID.
device = UserDevice.get_by_id(long(input.id), devices)
if not device:
# Invalid ID. 404.
raise web.notfound()
# Check that the device belongs to the logged in user.
if device.owner.user_id() != users.get_current_user().user_id():
# It's not theirs. 404.
# TODO: Test this more and better.
raise web.notfound()
return device
def GET(self):
# Must be logged in.
login_required()
mailbody = "Newtifry user data : \n"
mailbody += "User : "******"\n"
mailbody += "Message count : " + str(get_message_count(users.get_current_user())) + "\n"
mailbody += "Sources : \n"
# List all their sources.
sources = UserSources.get_user_sources(users.get_current_user())
sources = sorted(sources, key=lambda source: source.title)
for source in sources:
mailbody += source.title + " "
if source.enabled:
mailbody += "Enabled "
else:
mailbody += "Disabled "
mailbody += source.externalKey + "\n"
mailbody += "\nDevices : \n"
devices = UserDevices.get_user_devices(users.get_current_user())
devices = sorted(devices, key=lambda device: device.updated)
for device in devices:
mailbody += device.deviceNickname + "\n\tHash : " + device.hash() + "\n\tDevicekey " + device.deviceKey + "\n\tDevice Version " + device.deviceVersion + "\n"
mailbody += "\n\nRegards\n"
# renderer.addDataList('sources', sources)
# renderer.addData('messagecount', get_message_count(users.get_current_user()));
# renderer.addData('messageleft', get_quota(users.get_current_user()));
# List all their devices.
# renderer.addDataList('devices', devices)
mail.send_mail(sender="Newtifry <*****@*****.**>", to="Newtifry user " + users.get_current_user().email(), subject="Newtifry user data", body=mailbody)
renderer.addData('owner_mail', users.get_current_user().email())
return renderer.render('profile/datasent.html')
def transaction(device):
devices = UserDevices.get_user_device_collection_static(
users.get_current_user())
device.put()
devices.add_device(device)
devices.put()
def transaction(device):
devices = UserDevices.get_user_device_collection_static(
users.get_current_user())
devices.remove_device(device)
device.delete()
devices.put()
def POST(self, action):
# You must be logged in.
login_required()
if action == 'delete':
device = self.get_device()
# Let the device know it's been deleted.
ac2dm = AC2DM.factory()
ac2dm.notify_device_delete(device)
devices = UserDevices.get_user_device_collection(
users.get_current_user())
# Now delete it.
def transaction(device):
devices = UserDevices.get_user_device_collection_static(
users.get_current_user())
devices.remove_device(device)
device.delete()
devices.put()
db.run_in_transaction(transaction, device)
renderer.addData('success', True)
return renderer.render('device/deletecomplete.html')
elif action == 'deregister':
device = self.get_device()
devices = UserDevices.get_user_device_collection(
users.get_current_user())
def transaction(device):
devices = UserDevices.get_user_device_collection_static(
users.get_current_user())
devices.remove_device(device)
device.delete()
devices.put()
db.run_in_transaction(transaction, device)
renderer.addData('success', True)
return renderer.render('apionly.html')
elif action == 'register':
# And we need the following variables.
# The defaults are provided below.
input = web.input(devicekey=None,
devicetype=None,
deviceversion=None,
nickname=None)
# We must have the following keys passed,
# otherwise this is an invalid request.
if not input.devicekey and not input.devicetype:
# Fail with an error.
renderer.addData(
'error',
'Missing required parameters "devicekey" and "devicetype".'
)
return renderer.render('apionly.html')
# Check 'devicetype' is 'android' - nothing else is supported right now.
if input.devicetype != 'android':
renderer.addData(
'error',
'Only Android devices are supported at the moment, sorry.')
return renderer.render('apionly.html')
# Get the users's device collection.
devices = UserDevices.get_user_device_collection(
users.get_current_user())
# If ID supplied, find and update that ID.
device = self.get_device()
# Is it a new device? Double check that the key isn't already
# attached to another record (with the same owner!)
if not device.dict().has_key('id'):
# Attempt to find another device with the same key.
for existingDevice in devices.get_devices():
if existingDevice.deviceKey == input.devicekey:
# Found one - update that object instead.
device = existingDevice
device.updated = datetime.datetime.now()
device.owner = users.get_current_user()
device.deviceKey = input.devicekey
device.deviceType = input.devicetype
device.deviceVersion = input.deviceversion
device.deviceNickname = input.nickname
def transaction(device):
devices = UserDevices.get_user_device_collection_static(
users.get_current_user())
device.put()
devices.add_device(device)
devices.put()
db.run_in_transaction(transaction, device)
renderer.addData('device', device)
return renderer.render('apionly.html')
def transaction(device): devices = UserDevices.get_user_device_collection_static(users.get_current_user()) device.put() devices.add_device(device) devices.put()
def transaction(device): devices = UserDevices.get_user_device_collection_static(users.get_current_user()) devices.remove_device(device) device.delete() devices.put()
def POST(self, action):
# You must be logged in.
login_required()
if action == 'delete':
device = self.get_device()
# Let the device know it's been deleted.
ac2dm = AC2DM.factory()
ac2dm.notify_device_delete(device)
devices = UserDevices.get_user_device_collection(users.get_current_user())
# Now delete it.
def transaction(device):
devices = UserDevices.get_user_device_collection_static(users.get_current_user())
devices.remove_device(device)
device.delete()
devices.put()
db.run_in_transaction(transaction, device)
renderer.addData('success', True)
return renderer.render('device/deletecomplete.html')
elif action == 'deregister':
device = self.get_device()
devices = UserDevices.get_user_device_collection(users.get_current_user())
def transaction(device):
devices = UserDevices.get_user_device_collection_static(users.get_current_user())
devices.remove_device(device)
device.delete()
devices.put()
db.run_in_transaction(transaction, device)
renderer.addData('success', True)
return renderer.render('apionly.html')
elif action == 'register':
# And we need the following variables.
# The defaults are provided below.
input = web.input(devicekey = None, devicetype = None, deviceversion = None, nickname = None)
# We must have the following keys passed,
# otherwise this is an invalid request.
if not input.devicekey and not input.devicetype:
# Fail with an error.
renderer.addData('error', 'Missing required parameters "devicekey" and "devicetype".')
return renderer.render('apionly.html')
# Check 'devicetype' is 'android' - nothing else is supported right now.
if input.devicetype != 'android':
renderer.addData('error', 'Only Android devices are supported at the moment, sorry.')
return renderer.render('apionly.html')
# Get the users's device collection.
devices = UserDevices.get_user_device_collection(users.get_current_user())
# If ID supplied, find and update that ID.
device = self.get_device()
# Is it a new device? Double check that the key isn't already
# attached to another record (with the same owner!)
if not device.dict().has_key('id'):
# Attempt to find another device with the same key.
for existingDevice in devices.get_devices():
if existingDevice.deviceKey == input.devicekey:
# Found one - update that object instead.
device = existingDevice
device.updated = datetime.datetime.now()
device.owner = users.get_current_user()
device.deviceKey = input.devicekey
device.deviceType = input.devicetype
device.deviceVersion = input.deviceversion
device.deviceNickname = input.nickname
def transaction(device):
devices = UserDevices.get_user_device_collection_static(users.get_current_user())
device.put()
devices.add_device(device)
devices.put()
db.run_in_transaction(transaction, device)
renderer.addData('device', device)
return renderer.render('apionly.html')