def __init__(self, path, member, interface, destination=None,
signature=None, body=None):
"""
@param path: C{str} DBus object path of the object sending the signal
@param member: C{str} Member name
@param interface: C{str} DBus interface name or None
@param destination: C{str} DBus bus name for message destination or
None
@param signature: C{str} DBus signature string for encoding
C{self.body}
@param body: C{list} of python objects to encode. Objects must match
the C{self.signature}
"""
marshal.validateMemberName(member)
marshal.validateInterfaceName(interface)
if destination:
marshal.validateBusName(destination)
self.path = path
self.member = member
self.interface = interface
self.destination = destination
self.signature = signature
self.body = body
self._marshal()
def __init__(self, path, member, interface, destination=None,
signature=None, body=None):
"""
@param path: C{str} DBus object path of the object sending the signal
@param member: C{str} Member name
@param interface: C{str} DBus interface name or None
@param destination: C{str} DBus bus name for message destination or
None
@param signature: C{str} DBus signature string for encoding
C{self.body}
@param body: C{list} of python objects to encode. Objects must match
the C{self.signature}
"""
marshal.validateMemberName(member)
marshal.validateInterfaceName(interface)
if destination:
marshal.validateBusName(destination)
self.path = path
self.member = member
self.interface = interface
self.destination = destination
self.signature = signature
self.body = body
self._marshal()
def __init__(self, error_name, reply_serial, destination=None,
signature=None, body=None, sender=None):
"""
@param error_name: C{str} DBus error name
@param reply_serial: C{int} serial number this message is a reply to
@param destination: C{str} DBus bus name for message destination or
None
@param signature: C{str} DBus signature string for encoding
C{self.body}
@param body: C{list} of python objects to encode. Objects must match
the C{self.signature}
@param sender: C{str} name of the originating Bus connection
"""
if destination:
marshal.validateBusName(destination)
marshal.validateInterfaceName(error_name)
self.error_name = error_name
self.reply_serial = marshal.UInt32(reply_serial)
self.destination = destination
self.signature = signature
self.body = body
self.sender = sender
self._marshal()
def __init__(self, error_name, reply_serial, destination=None,
signature=None, body=None, sender=None):
"""
@param error_name: C{str} DBus error name
@param reply_serial: C{int} serial number this message is a reply to
@param destination: C{str} DBus bus name for message destination or
None
@param signature: C{str} DBus signature string for encoding
C{self.body}
@param body: C{list} of python objects to encode. Objects must match
the C{self.signature}
@param sender: C{str} name of the originating Bus connection
"""
if destination:
marshal.validateBusName(destination)
marshal.validateInterfaceName(error_name)
self.error_name = error_name
self.reply_serial = marshal.UInt32(reply_serial)
self.destination = destination
self.signature = signature
self.body = body
self.sender = sender
self._marshal()
def __init__(self,
path,
member,
interface=None,
destination=None,
signature=None,
body=None,
expectReply=True,
autoStart=True,
oobFDs=None):
"""
@param path: C{str} DBus object path
@param member: C{str} Member name
@param interface: C{str} DBus interface name or None
@param destination: C{str} DBus bus name for message destination or
None
@param signature: C{str} DBus signature string for encoding
C{self.body}
@param body: C{list} of python objects to encode. Objects must match
the C{self.signature}
@param expectReply: True if a Method Return message should be sent
in reply to this message
@param autoStart: True if the Bus should auto-start a service to handle
this message if the service is not already running.
"""
marshal.validateMemberName(member)
if interface:
marshal.validateInterfaceName(interface)
if destination:
marshal.validateBusName(destination)
if path == '/org/freedesktop/DBus/Local':
raise error.MarshallingError(
'/org/freedesktop/DBus/Local is a reserved path')
self.path = path
self.member = member
self.interface = interface
self.destination = destination
self.signature = signature
self.body = body
self.expectReply = expectReply
self.autoStart = autoStart
self.oobFDs = oobFDs
self._marshal(oobFDs=oobFDs)
def __init__(
self,
path,
member,
interface=None,
destination=None,
signature=None,
body=None,
expectReply=True,
autoStart=True,
):
"""
@param path: C{str} DBus object path
@param member: C{str} Member name
@param interface: C{str} DBus interface name or None
@param destination: C{str} DBus bus name for message destination or
None
@param signature: C{str} DBus signature string for encoding
C{self.body}
@param body: C{list} of python objects to encode. Objects must match
the C{self.signature}
@param expectReply: True if a Method Return message should be sent
in reply to this message
@param autoStart: True if the Bus should auto-start a service to handle
this message if the service is not already running.
"""
marshal.validateMemberName(member)
if interface:
marshal.validateInterfaceName(interface)
if destination:
marshal.validateBusName(destination)
if path == "/org/freedesktop/DBus/Local":
raise error.MarshallingError("/org/freedesktop/DBus/Local is a reserved path")
self.path = path
self.member = member
self.interface = interface
self.destination = destination
self.signature = signature
self.body = body
self.expectReply = expectReply
self.autoStart = autoStart
self._marshal()
def __init__(self, reply_serial, body=None, destination=None, signature=None):
"""
@param reply_serial: C{int} serial number this message is a reply to
@param destination: C{str} DBus bus name for message destination or
None
@param signature: C{str} DBus signature string for encoding
C{self.body}
@param body: C{list} of python objects to encode. Objects must match
the C{self.signature}
"""
if destination:
marshal.validateBusName(destination)
self.reply_serial = marshal.UInt32(reply_serial)
self.destination = destination
self.signature = signature
self.body = body
self._marshal()
def __init__(self, reply_serial, body=None, destination=None,
signature=None):
"""
@param reply_serial: C{int} serial number this message is a reply to
@param destination: C{str} DBus bus name for message destination or
None
@param signature: C{str} DBus signature string for encoding
C{self.body}
@param body: C{list} of python objects to encode. Objects must match
the C{self.signature}
"""
if destination:
marshal.validateBusName(destination)
self.reply_serial = marshal.UInt32(reply_serial)
self.destination = destination
self.signature = signature
self.body = body
self._marshal()
def dbus_RequestName(self, name, flags, dbusCaller=None):
caller = self.clients[ dbusCaller ]
allow_replacement = bool(flags & 0x1)
replace_existing = bool(flags & 0x2)
do_not_queue = bool(flags & 0x4)
if not name:
raise DError('org.freedesktop.DBus.Error.InvalidArgs',
'Empty string is not a valid bus name')
if name[0] == ':':
raise DError('org.freedesktop.DBus.Error.InvalidArgs',
'Cannot acquire a service starting with \':\' such as "%s"' %
(name,))
try:
marshal.validateBusName(name)
except error.MarshallingError, e:
raise DError('org.freedesktop.DBus.Error.InvalidArgs', str(e))
def dbus_RequestName(self, name, flags, dbusCaller=None):
caller = self.clients[dbusCaller]
allow_replacement = bool(flags & 0x1)
replace_existing = bool(flags & 0x2)
do_not_queue = bool(flags & 0x4)
if not name:
raise DError('org.freedesktop.DBus.Error.InvalidArgs',
'Empty string is not a valid bus name')
if name[0] == ':':
raise DError(
'org.freedesktop.DBus.Error.InvalidArgs',
'Cannot acquire a service starting with \':\' such as "%s"' %
(name, ))
try:
marshal.validateBusName(name)
except error.MarshallingError, e:
raise DError('org.freedesktop.DBus.Error.InvalidArgs', str(e))
def dbus_RequestName(self, name, flags, dbusCaller=None):
caller = self.clients[ dbusCaller ]
allow_replacement = bool(flags & 0x1)
replace_existing = bool(flags & 0x2)
do_not_queue = bool(flags & 0x4)
if not name:
raise DError('org.freedesktop.DBus.Error.InvalidArgs',
'Empty string is not a valid bus name')
if name[0] == ':':
raise DError('org.freedesktop.DBus.Error.InvalidArgs',
'Cannot acquire a service starting with \':\' such as "%s"' %
(name,))
try:
marshal.validateBusName(name)
except error.MarshallingError as e:
raise DError('org.freedesktop.DBus.Error.InvalidArgs', str(e))
def signalAcq(old_owner_name):
self.sendSignal( caller, 'NameAcquired', 's', name )
self.broadcastSignal('NameOwnerChanged', 'sss',
[name, old_owner_name, caller.uniqueName])
if not name in self.busNames:
self.busNames[ name ] = [caller,]
caller.busNames[ name ] = allow_replacement
signalAcq( '' )
return client.NAME_ACQUIRED
else:
queue = self.busNames[ name ]
owner = queue[0]
if owner is caller:
# Update the replacement flag
owner.busNames[ name ] = allow_replacement
return client.NAME_ALREADY_OWNER
else:
if not replace_existing:
return client.NAME_IN_USE
if owner.busNames[name]:
del queue[0]
queue.insert(0,caller)
del owner.busNames[ name ]
caller.busNames[ name ] = allow_replacement
self.sendSignal( owner, 'NameLost', 's', name )
signalAcq( owner.uniqueName )
return client.NAME_ACQUIRED
else:
if do_not_queue:
return client.NAME_IN_USE
queue.append(caller)
caller.busNames[ name ] = allow_replacement
return client.NAME_IN_QUEUE
def dbus_RequestName(self, name, flags, dbusCaller=None):
caller = self.clients[dbusCaller]
allow_replacement = bool(flags & 0x1)
replace_existing = bool(flags & 0x2)
do_not_queue = bool(flags & 0x4)
if not name:
raise DError('org.freedesktop.DBus.Error.InvalidArgs',
'Empty string is not a valid bus name')
if name[0] == ':':
raise DError(
'org.freedesktop.DBus.Error.InvalidArgs',
'Cannot acquire a service starting with \':\' such as "%s"' %
(name, ))
try:
marshal.validateBusName(name)
except error.MarshallingError as e:
raise DError('org.freedesktop.DBus.Error.InvalidArgs', str(e))
def signalAcq(old_owner_name):
self.sendSignal(caller, 'NameAcquired', 's', name)
self.broadcastSignal('NameOwnerChanged', 'sss',
[name, old_owner_name, caller.uniqueName])
if not name in self.busNames:
self.busNames[name] = [
caller,
]
caller.busNames[name] = allow_replacement
signalAcq('')
return client.NAME_ACQUIRED
else:
queue = self.busNames[name]
owner = queue[0]
if owner is caller:
# Update the replacement flag
owner.busNames[name] = allow_replacement
return client.NAME_ALREADY_OWNER
else:
if not replace_existing:
return client.NAME_IN_USE
if owner.busNames[name]:
del queue[0]
queue.insert(0, caller)
del owner.busNames[name]
caller.busNames[name] = allow_replacement
self.sendSignal(owner, 'NameLost', 's', name)
signalAcq(owner.uniqueName)
return client.NAME_ACQUIRED
else:
if do_not_queue:
return client.NAME_IN_USE
queue.append(caller)
caller.busNames[name] = allow_replacement
return client.NAME_IN_QUEUE