def _NH_SIPApplicationDidStart(self, notification):
account_manager = AccountManager()
self.xcap_manager = XCAPManager(account_manager.default_account)
notification_center = NotificationCenter()
notification_center.add_observer(self, sender=self.xcap_manager)
self.xcap_manager.load(os.path.realpath('xcap-cache'))
self.xcap_manager.start()
def _NH_SIPApplicationDidStart(self, notification):
account_manager = AccountManager()
self.xcap_manager = XCAPManager(account_manager.default_account)
notification_center = NotificationCenter()
notification_center.add_observer(self, sender=self.xcap_manager)
self.xcap_manager.load(os.path.realpath('xcap-cache'))
self.xcap_manager.start()
class XCAPApplication(object):
__metaclass__ = Singleton
implements(IObserver)
def __init__(self):
self.application = SIPApplication()
self.xcap_manager = None
self.quit_event = Event()
notification_center = NotificationCenter()
notification_center.add_observer(self, sender=self.application)
def start(self):
self.application.start(FileBackend(os.path.realpath('test-config')))
@run_in_green_thread
def stop(self):
self.xcap_manager.stop()
self.application.stop()
def handle_notification(self, notification):
handler = getattr(self, '_NH_%s' % notification.name, Null)
handler(notification)
@run_in_green_thread
def _NH_SIPApplicationDidStart(self, notification):
account_manager = AccountManager()
self.xcap_manager = XCAPManager(account_manager.default_account)
notification_center = NotificationCenter()
notification_center.add_observer(self, sender=self.xcap_manager)
self.xcap_manager.load(os.path.realpath('xcap-cache'))
self.xcap_manager.start()
def _NH_SIPApplicationDidEnd(self, notification):
self.quit_event.set()
def _NH_XCAPManagerDidChangeState(self, notification):
print 'XCAP Manager state %s -> %s' % (notification.data.prev_state, notification.data.state)
def _NH_XCAPManagerWillStart(self, notification):
print 'XCAP Manager will start'
def _NH_XCAPManagerDidStart(self, notification):
print 'XCAP Manager did start'
def _NH_XCAPManagerDidDiscoverServerCapabilities(self, notification):
print ' contact list supported: %s' % notification.data.contactlist_supported
print ' presence policies supported: %s' % notification.data.presence_policies_supported
print ' dialoginfo policies supported: %s' % notification.data.dialoginfo_policies_supported
print ' status icon supported: %s' % notification.data.status_icon_supported
print ' offline status supported: %s' % notification.data.offline_status_supported
def _NH_XCAPManagerWillEnd(self, notification):
print 'XCAP Manager will end'
def _NH_XCAPManagerDidEnd(self, notification):
print 'XCAP Manager did end'
def _NH_XCAPManagerDidReloadData(self, notification):
print 'XCAP Manager reloaded data:'
groups = dict.fromkeys(notification.data.groups)
for group in groups:
groups[group] = []
for contact in notification.data.contacts:
if contact.group is not None:
groups[contact.group].append(contact)
print 'Buddies:'
for group, contacts in groups.iteritems():
print ' %s:' % group
for contact in contacts:
if contact.name:
print ' %s <%s>' % (contact.name, contact.uri)
else:
print ' %s' % contact.uri
print ' subscribe-to-presence = %s' % contact.subscribe_to_presence
print ' subscribe-to-dialoginfo = %s' % contact.subscribe_to_dialoginfo
print ' presence-policies = %s' % (', '.join(p.id for p in contact.presence_policies) if contact.presence_policies else None)
print ' dialoginfo-policies = %s' % (', '.join(p.id for p in contact.dialoginfo_policies) if contact.dialoginfo_policies else None)
for attr, value in contact.attributes.iteritems():
print ' x: %s = %s' % (attr, value)
print
print 'Presence policies:'
for policy in notification.data.presence_policies:
print ' %s -> %s' % (policy.id, policy.action)
if policy.sphere:
print ' sphere = %s' % policy.sphere
if policy.validity:
print ' valid between:'
for from_timestamp, until_timestamp in policy.validity:
print ' %s - %s' % (from_timestamp, until_timestamp)
if policy.multi_identity_conditions:
print ' multi identity conditions:'
for multi_condition in policy.multi_identity_conditions:
if isinstance(multi_condition, CatchAllCondition) and multi_condition.exceptions:
print ' anyone except'
for exception in multi_condition.exceptions:
if isinstance(exception, DomainException):
print ' users from domain %s' % exception.domain
elif isinstance(exception, UserException):
print ' user %s' % exception.uri
elif isinstance(multi_condition, CatchAllCondition):
print ' anyone'
elif isinstance(multi_condition, DomainCondition) and multi_condition.exceptions:
print ' anyone from domain %s except' % multi_condition.domain
for exception in multi_condition.exceptions:
if isinstance(exception, UserException):
print ' user %s' % exception.uri
elif isinstance(multi_condition, DomainCondition):
print ' anyone from domain %s' % multi_condition.domain
if policy.provide_devices is All:
print ' provide-devices = All'
elif policy.provide_devices:
print ' provide-devices:'
for prv in policy.provide_devices:
if isinstance(prv, Class):
print ' class = %s' % prv
elif isinstance(prv, OccurenceID):
print ' occurence-id = %s' % prv
elif isinstance(prv, DeviceID):
print ' device-id = %s' % prv
else:
print ' unknown = %s(%r)' % (prv, type(prv).__name__)
if policy.provide_persons is All:
print ' provide-persons = All'
elif policy.provide_persons:
print ' provide-persons:'
for prv in policy.provide_persons:
if isinstance(prv, Class):
print ' class = %s' % prv
elif isinstance(prv, OccurenceID):
print ' occurence-id = %s' % prv
else:
print ' unknown = %s(%r)' % (prv, type(prv).__name__)
if policy.provide_services is All:
print ' provide-services = All'
elif policy.provide_services:
print ' provide-services:'
for prv in policy.provide_services:
if isinstance(prv, Class):
print ' class = %s' % prv
elif isinstance(prv, OccurenceID):
print ' occurence-id = %s' % prv
elif isinstance(prv, ServiceURI):
print ' service-uri = %s' % prv
elif isinstance(prv, ServiceURIScheme):
print ' service-uri-scheme = %s' % prv
else:
print ' unknown = %s(%r)' % (prv, type(prv).__name__)
print ' provide-activities = %s' % policy.provide_activities
print ' provide-class = %s' % policy.provide_class
print ' provide-device-id = %s' % policy.provide_device_id
print ' provide-mood = %s' % policy.provide_mood
print ' provide-place-is = %s' % policy.provide_place_is
print ' provide-place-type = %s' % policy.provide_place_type
print ' provide-privacy = %s' % policy.provide_privacy
print ' provide-relationship = %s' % policy.provide_relationship
print ' provide-status-icon = %s' % policy.provide_status_icon
print ' provide-sphere = %s' % policy.provide_sphere
print ' provide-time-offset = %s' % policy.provide_time_offset
print ' provide-user-input = %s' % policy.provide_user_input
print ' provide-unknown-attributes = %s' % policy.provide_unknown_attributes
print ' provide-all-attributes = %s' % policy.provide_all_attributes
print
print 'Dialog-info policies:'
for policy in notification.data.dialoginfo_policies:
print ' %s -> %s' % (policy.id, policy.action)
if policy.sphere:
print ' sphere = %s' % policy.sphere
if policy.validity:
print ' valid between:'
for from_timestamp, until_timestamp in policy.validity:
print ' %s - %s' % (from_timestamp, until_timestamp)
print
print 'RLS services:'
for service in notification.data.services:
print ' %s -> %s' % (service.uri, ', '.join(service.packages))
for entry in service.entries:
print ' %s' % entry
print
print 'Offline status:'
if notification.data.offline_status:
print ' Note: %s' % notification.data.offline_status.note
print ' Activity: %s' % notification.data.offline_status.activity
else:
print ' Missing'
class XCAPApplication(object):
__metaclass__ = Singleton
implements(IObserver)
def __init__(self):
self.application = SIPApplication()
self.xcap_manager = None
self.quit_event = Event()
notification_center = NotificationCenter()
notification_center.add_observer(self, sender=self.application)
def start(self):
self.application.start(FileBackend(os.path.realpath('test-config')))
@run_in_green_thread
def stop(self):
self.xcap_manager.stop()
self.application.stop()
def handle_notification(self, notification):
handler = getattr(self, '_NH_%s' % notification.name, Null)
handler(notification)
@run_in_green_thread
def _NH_SIPApplicationDidStart(self, notification):
account_manager = AccountManager()
self.xcap_manager = XCAPManager(account_manager.default_account)
notification_center = NotificationCenter()
notification_center.add_observer(self, sender=self.xcap_manager)
self.xcap_manager.load(os.path.realpath('xcap-cache'))
self.xcap_manager.start()
def _NH_SIPApplicationDidEnd(self, notification):
self.quit_event.set()
def _NH_XCAPManagerDidChangeState(self, notification):
print 'XCAP Manager state %s -> %s' % (notification.data.prev_state,
notification.data.state)
def _NH_XCAPManagerWillStart(self, notification):
print 'XCAP Manager will start'
def _NH_XCAPManagerDidStart(self, notification):
print 'XCAP Manager did start'
def _NH_XCAPManagerDidDiscoverServerCapabilities(self, notification):
print ' contact list supported: %s' % notification.data.contactlist_supported
print ' presence policies supported: %s' % notification.data.presence_policies_supported
print ' dialoginfo policies supported: %s' % notification.data.dialoginfo_policies_supported
print ' status icon supported: %s' % notification.data.status_icon_supported
print ' offline status supported: %s' % notification.data.offline_status_supported
def _NH_XCAPManagerWillEnd(self, notification):
print 'XCAP Manager will end'
def _NH_XCAPManagerDidEnd(self, notification):
print 'XCAP Manager did end'
def _NH_XCAPManagerDidReloadData(self, notification):
print 'XCAP Manager reloaded data:'
groups = dict.fromkeys(notification.data.groups)
for group in groups:
groups[group] = []
for contact in notification.data.contacts:
if contact.group is not None:
groups[contact.group].append(contact)
print 'Buddies:'
for group, contacts in groups.iteritems():
print ' %s:' % group
for contact in contacts:
if contact.name:
print ' %s <%s>' % (contact.name, contact.uri)
else:
print ' %s' % contact.uri
print ' subscribe-to-presence = %s' % contact.subscribe_to_presence
print ' subscribe-to-dialoginfo = %s' % contact.subscribe_to_dialoginfo
print ' presence-policies = %s' % (
', '.join(p.id for p in contact.presence_policies)
if contact.presence_policies else None)
print ' dialoginfo-policies = %s' % (
', '.join(p.id for p in contact.dialoginfo_policies)
if contact.dialoginfo_policies else None)
for attr, value in contact.attributes.iteritems():
print ' x: %s = %s' % (attr, value)
print
print 'Presence policies:'
for policy in notification.data.presence_policies:
print ' %s -> %s' % (policy.id, policy.action)
if policy.sphere:
print ' sphere = %s' % policy.sphere
if policy.validity:
print ' valid between:'
for from_timestamp, until_timestamp in policy.validity:
print ' %s - %s' % (from_timestamp, until_timestamp)
if policy.multi_identity_conditions:
print ' multi identity conditions:'
for multi_condition in policy.multi_identity_conditions:
if isinstance(
multi_condition,
CatchAllCondition) and multi_condition.exceptions:
print ' anyone except'
for exception in multi_condition.exceptions:
if isinstance(exception, DomainException):
print ' users from domain %s' % exception.domain
elif isinstance(exception, UserException):
print ' user %s' % exception.uri
elif isinstance(multi_condition, CatchAllCondition):
print ' anyone'
elif isinstance(
multi_condition,
DomainCondition) and multi_condition.exceptions:
print ' anyone from domain %s except' % multi_condition.domain
for exception in multi_condition.exceptions:
if isinstance(exception, UserException):
print ' user %s' % exception.uri
elif isinstance(multi_condition, DomainCondition):
print ' anyone from domain %s' % multi_condition.domain
if policy.provide_devices is All:
print ' provide-devices = All'
elif policy.provide_devices:
print ' provide-devices:'
for prv in policy.provide_devices:
if isinstance(prv, Class):
print ' class = %s' % prv
elif isinstance(prv, OccurenceID):
print ' occurence-id = %s' % prv
elif isinstance(prv, DeviceID):
print ' device-id = %s' % prv
else:
print ' unknown = %s(%r)' % (
prv, type(prv).__name__)
if policy.provide_persons is All:
print ' provide-persons = All'
elif policy.provide_persons:
print ' provide-persons:'
for prv in policy.provide_persons:
if isinstance(prv, Class):
print ' class = %s' % prv
elif isinstance(prv, OccurenceID):
print ' occurence-id = %s' % prv
else:
print ' unknown = %s(%r)' % (
prv, type(prv).__name__)
if policy.provide_services is All:
print ' provide-services = All'
elif policy.provide_services:
print ' provide-services:'
for prv in policy.provide_services:
if isinstance(prv, Class):
print ' class = %s' % prv
elif isinstance(prv, OccurenceID):
print ' occurence-id = %s' % prv
elif isinstance(prv, ServiceURI):
print ' service-uri = %s' % prv
elif isinstance(prv, ServiceURIScheme):
print ' service-uri-scheme = %s' % prv
else:
print ' unknown = %s(%r)' % (
prv, type(prv).__name__)
print ' provide-activities = %s' % policy.provide_activities
print ' provide-class = %s' % policy.provide_class
print ' provide-device-id = %s' % policy.provide_device_id
print ' provide-mood = %s' % policy.provide_mood
print ' provide-place-is = %s' % policy.provide_place_is
print ' provide-place-type = %s' % policy.provide_place_type
print ' provide-privacy = %s' % policy.provide_privacy
print ' provide-relationship = %s' % policy.provide_relationship
print ' provide-status-icon = %s' % policy.provide_status_icon
print ' provide-sphere = %s' % policy.provide_sphere
print ' provide-time-offset = %s' % policy.provide_time_offset
print ' provide-user-input = %s' % policy.provide_user_input
print ' provide-unknown-attributes = %s' % policy.provide_unknown_attributes
print ' provide-all-attributes = %s' % policy.provide_all_attributes
print
print 'Dialog-info policies:'
for policy in notification.data.dialoginfo_policies:
print ' %s -> %s' % (policy.id, policy.action)
if policy.sphere:
print ' sphere = %s' % policy.sphere
if policy.validity:
print ' valid between:'
for from_timestamp, until_timestamp in policy.validity:
print ' %s - %s' % (from_timestamp, until_timestamp)
print
print 'RLS services:'
for service in notification.data.services:
print ' %s -> %s' % (service.uri, ', '.join(service.packages))
for entry in service.entries:
print ' %s' % entry
print
print 'Offline status:'
if notification.data.offline_status:
print ' Note: %s' % notification.data.offline_status.note
print ' Activity: %s' % notification.data.offline_status.activity
else:
print ' Missing'