def setPartition(mdplug, state):
"""Make all sets of the given data message plug use a partition or not
:param state: if True, a partition will be used, if False, it will be disabled
:note: this method makes sure that all sets are hooked up to the partition
:raise ValueError: If we did not have a single set to which to add to the partition
:raise AttributeError: If the dataID has never had sets
:return: if state is True, the name of the possibly created (or existing) partition"""
sets = setsByPlug(mdplug)
pt = partition(mdplug)
if state:
if pt is None:
if not sets:
raise ValueError("Cannot create partition as plug %s did not have any connected sets" % mdplug)
# END check sets exist
# create partition
pt = createNode("storagePartition", "partition", forceNewLeaf=True)
tattr = api.MFnTypedAttribute()
attr = tattr.create(StorageBase.kPartitionIdAttr, "pid", api.MFnData.kString)
pt.addAttribute(attr)
# END create partition
# make sure all sets are members of our partition
pt.addSets(sets)
return pt
else:
if pt:
# delete partition
# have to clear partition as, for some reason, or own node will be killed as well !
pt.clear()
delete(pt)
def setPartition( self, dataID, state ):
"""Make all sets in dataID use a partition or not
:param dataID: id identifying the storage plug
:param state: if True, a partition will be used, if False, it will be disabled
:note: this method makes sure that all sets are hooked up to the partition
:raise ValueError: If we did not have a single set to which to add to the partition
:raise AttributeError: If the dataID has never had sets
:return: if state is True, the name of the possibly created ( or existing ) partition"""
sets = self.setsByID( dataID )
partition = self.partition( dataID )
if state:
if partition is None:
if not sets:
raise ValueError("Cannot create partition as data %r did not have any connected sets" % dataID)
# END check sets exist
# create partition
partition = createNode( "storagePartition", "partition", forceNewLeaf=True )
tattr = api.MFnTypedAttribute( )
attr = tattr.create( self._partitionIdAttr, "pid", api.MFnData.kString )
partition.addAttribute( attr )
# END create partition
# make sure all sets are members of our partition
partition.addSets( sets )
return partition
else:
if partition:
# delete partition
# have to clear partition as, for some reason, or own node will be killed as well !
partition.clear()
delete( partition )
def shedule_delete():
if flask.session.get("user_id") not in bot.admins:
return "Login please", 200
event_id = flask.request.form["id"]
base.delete(bot, event_id)
return flask.redirect("/shedule")
def shedule_edit():
if flask.session.get("user_id") not in bot.admins:
return "Login please", 200
event_id = flask.request.form["id"]
print(flask.request.form)
event_date, event_time = flask.request.form["date"].split()
title = flask.request.form["title"]
base.delete(bot, event_id)
base.add(bot, event_id, title, event_date, event_time)
return flask.redirect("/shedule")
def deleteObjectSet(mdplug, setIndex):
"""Delete the object set at the given message data plug, at the given setIndex
:note: use this method to delete your sets instead of manual deletion as it will automatically
remove the managed partition in case the last set is being deleted"""
try:
objset = objectSet(mdplug, setIndex, autoCreate = False)
except AttributeError:
# did not exist, its fine
return
else:
# if this is the last set, remove the partition as well
if len(setsByPlug(mdplug)) == 1:
setPartition(mdplug, False)
delete(objset)
def deleteObjectSet(self, dataID, setIndex):
"""Delete the object set identified by setIndex
:note: the method is implicitly undoable
:note: use this method to delete your sets instead of manual deletion as it will automatically
remove the managed partition in case the last set is being deleted"""
try:
objset = self.objectSet(dataID, setIndex, autoCreate=False)
except (ValueError, AttributeError):
# did not exist, its fine
return
else:
# if this is the last set, remove the partition as well
if len(self.setsByID(dataID)) == 1:
self.setPartition(dataID, False)
delete(objset)
def deleteObjectSet( self, dataID, setIndex ): """Delete the object set identified by setIndex :note: the method is implicitly undoable :note: use this method to delete your sets instead of manual deletion as it will automatically remove the managed partition in case the last set is being deleted""" try: objset = self.objectSet( dataID, setIndex, autoCreate = False ) except ( ValueError, AttributeError ): # did not exist, its fine return else: # if this is the last set, remove the partition as well if len( self.setsByID( dataID ) ) == 1: self.setPartition( dataID, False ) delete( objset )
def setPartition(self, dataID, state):
"""Make all sets in dataID use a partition or not
:param dataID: id identifying the storage plug
:param state: if True, a partition will be used, if False, it will be disabled
:note: this method makes sure that all sets are hooked up to the partition
:raise ValueError: If we did not have a single set to which to add to the partition
:raise AttributeError: If the dataID has never had sets
:return: if state is True, the name of the possibly created ( or existing ) partition"""
sets = self.setsByID(dataID)
partition = self.partition(dataID)
if state:
if partition is None:
if not sets:
raise ValueError(
"Cannot create partition as data %r did not have any connected sets"
% dataID)
# END check sets exist
# create partition
partition = createNode("storagePartition",
"partition",
forceNewLeaf=True)
tattr = api.MFnTypedAttribute()
attr = tattr.create(self._partitionIdAttr, "pid",
api.MFnData.kString)
partition.addAttribute(attr)
# END create partition
# make sure all sets are members of our partition
partition.addSets(sets)
return partition
else:
if partition:
# delete partition
# have to clear partition as, for some reason, or own node will be killed as well !
partition.clear()
delete(partition)
def delete(devID, token):
payload = base.build_device_payload(devID=devID, token=token)
ret = base.delete(url, headers, payload)
return ret
def delete(username, token): payload = base.build_payload(username=username, token=token) ret = base.delete(url, headers, payload) return ret