def exportshow_done(self, call):
reply = QtDBus.QDBusPendingReply(call)
if reply.isError():
self.show_status.emit(False,
"DBUS error:" + str(reply.error().message()))
else:
ts = (reply.argumentAt(0).toPyObject()[0].toULongLong()[0],
reply.argumentAt(0).toPyObject()[1].toULongLong()[0])
exports = []
for export in reply.argumentAt(1).toPyObject():
ex = export.toPyObject()
lasttime = ex[9].toPyObject()
exp = Export(ExportID=ex[0].toInt()[0],
ExportPath=str(ex[1].toString()),
HasNFSv3=ex[2].toBool(),
HasMNT=ex[3].toBool(),
HasNLM4=ex[4].toBool(),
HasRQUOTA=ex[5].toBool(),
HasNFSv40=ex[6].toBool(),
HasNFSv41=ex[7].toBool(),
Has9P=ex[8].toBool(),
LastTime=(lasttime[0].toPyObject(),
lasttime[1].toPyObject()))
exports.append(exp)
self.show_exports.emit(ts, exports)
def exportrm_done(self, call):
reply = QtDBus.QDBusPendingReply(call)
if reply.isError():
self.show_status.emit(False,
"Error:" + str(reply.error().message()))
else:
self.show_status.emit(True, "Done")
def clientshow_done(self, call):
reply = QtDBus.QDBusPendingReply(call)
if reply.isError():
self.show_status.emit(False,
"DBUS error:" + str(reply.error().message()))
else:
ts = (reply.argumentAt(0).toPyObject()[0].toULongLong()[0],
reply.argumentAt(0).toPyObject()[1].toULongLong()[0])
interval_nsecs = ts[0] * 1000000000L + ts[1]
clients = []
for client in reply.argumentAt(1).toPyObject():
cl = client.toPyObject()
lasttime = cl[8].toPyObject()
clt = Client(ClientIP=str(cl[0].toString()),
HasNFSv3=cl[1].toBool(),
HasMNT=cl[2].toBool(),
HasNLM4=cl[3].toBool(),
HasRQUOTA=cl[4].toBool(),
HasNFSv40=cl[5].toBool(),
HasNFSv41=cl[6].toBool(),
Has9P=cl[7].toBool(),
LastTime=(lasttime[0].toPyObject(),
lasttime[1].toPyObject()))
clients.append(clt)
self.show_clients.emit(ts, clients)
def Get_done(self, call):
reply = QtDBus.QDBusPendingReply(call)
if reply.isError():
self.show_status.emit(False,
"DBUS error:" + str(reply.error().message()))
else:
level = str(reply.value().toPyObject().toString())
self.show_level.emit(level)
def exportadd_done(self, call):
reply = QtDBus.QDBusPendingReply(call)
if reply.isError():
self.show_status.emit(False,
"Error:" + str(reply.error().message()))
else:
message = reply.argumentAt(0).toPyObject()
self.show_status.emit(True, "Done: " + message)
def admin_done(self, call):
reply = QtDBus.QDBusPendingReply(call)
if reply.isError():
self.show_status.emit(False,
"DBUS error:" + str(reply.error().message()))
else:
status = reply.argumentAt(0).toPyObject()
msg = reply.argumentAt(1).toPyObject()
self.show_status.emit(status, msg)
def exportdisplay_done(self, call):
reply = QtDBus.QDBusPendingReply(call)
if reply.isError():
self.show_status.emit(False,
"Error:" + str(reply.error().message()))
else:
id = reply.argumentAt(0).toPyObject()
fullpath = reply.argumentAt(1).toPyObject()
pseudopath = reply.argumentAt(2).toPyObject()
tag = reply.argumentAt(3).toPyObject()
self.display_export.emit(id, fullpath, pseudopath, tag)
def GetAll_done(self, call):
reply = QtDBus.QDBusPendingReply(call)
if reply.isError():
self.show_status.emit(False,
"DBus error:" + str(reply.error().message()))
else:
# what follows is DBus+Qt magic. We get a Variant object back
# which contains a "map", aka "dict" in python. Each item in
# the map has a variant as a key and a variant as the value
# first unwrap the top variant into d...
# then walk d, unwrap the variant key to store the unwrapped
# variant value into a string value.
prop_dict = {}
d = reply.value().toPyObject()
for key in d.keys():
prop_dict[str(key.toString())] = str(d[key].toPyObject().toString())
self.show_components.emit(prop_dict)