def deleteElements(self, source_paths):
sources = []
for p in source_paths:
if hasattr(p, "split"):
p = p.split('/')
if p:
sources.append(p)
# Replace with nulls to avoid changing indexes while deleting.
orig_slots = {}
try:
for source in sources:
slot = self.restrictedTraverse(source[:-1])
assert ISlot.providedBy(slot), repr(slot)
slot_id = id(aq_base(slot))
if not orig_slots.has_key(slot_id):
orig_slots[slot_id] = slot
nullify = guarded_getattr(slot, "nullify") # Check security
nullify(source[-1])
finally:
# Clear the nulls just added.
for slot in orig_slots.values():
slot.pack()
def deleteElements(self, source_paths):
sources = []
for p in source_paths:
if hasattr(p, "split"):
p = p.split('/')
if p:
sources.append(p)
# Replace with nulls to avoid changing indexes while deleting.
orig_slots = {}
try:
for source in sources:
slot = self.restrictedTraverse(source[:-1])
assert ISlot.providedBy(slot), repr(slot)
slot_id = id(aq_base(slot))
if not orig_slots.has_key(slot_id):
orig_slots[slot_id] = slot
nullify = guarded_getattr(slot, "nullify") # Check security
nullify(source[-1])
finally:
# Clear the nulls just added.
for slot in orig_slots.values():
slot.pack()
def moveElements(self, source_paths, target_path, target_index, copy=0):
"""Moves or copies elements to a slot.
"""
target_index = int(target_index)
# Coerce the paths to sequences of path elements.
if hasattr(target_path, "split"):
target_path = target_path.split('/')
sources = []
for p in source_paths:
if hasattr(p, "split"):
p = p.split('/')
if p:
sources.append(p)
# Ignore descendants when an ancestor is already listed.
i = 1
sources.sort()
while i < len(sources):
prev = sources[i - 1]
if sources[i][:len(prev)] == prev:
del sources[i]
else:
i = i + 1
# Prevent parents from becoming their own descendants.
for source in sources:
if target_path[:len(source)] == source:
raise CompositeError(
"Can't make an object a descendant of itself")
# Gather the sources, checking interfaces and security before
# making any changes.
root = self.getPhysicalRoot()
elements = []
target = root.restrictedTraverse(target_path)
assert ISlot.providedBy(target), repr(target)
for source in sources:
slot = root.restrictedTraverse(source[:-1])
assert ISlot.providedBy(slot), repr(slot)
element = slot.restrictedTraverse(source[-1])
elements.append(element)
if self._check_security:
target._verifyObjectPaste(element)
changed_slots = {} # id(aq_base(slot)) -> slot
try:
if not copy:
# Replace items with nulls to avoid changing indexes
# while moving.
for source in sources:
slot = root.restrictedTraverse(source[:-1])
slot_id = id(aq_base(slot))
if not changed_slots.has_key(slot_id):
changed_slots[slot_id] = slot
# Check security
nullify = guarded_getattr(slot, "nullify")
nullify(source[-1])
# Add the elements and reorder.
for element in elements:
if not ICompositeElement.providedBy(element):
# Make a composite element wrapper.
element = CompositeElement(element.getId(), element)
element = aq_base(element)
new_id = target._get_id(element.getId())
if copy:
element = copyOf(element)
element._setId(new_id)
target._setObject(new_id, element)
# Check security
reorder = guarded_getattr(target, "reorder")
reorder(new_id, target_index)
target_index += 1
finally:
# Clear the nulls just added.
for slot in changed_slots.values():
slot.pack()
def moveElements(self, source_paths, target_path, target_index, copy=0):
"""Moves or copies elements to a slot.
"""
target_index = int(target_index)
# Coerce the paths to sequences of path elements.
if hasattr(target_path, "split"):
target_path = target_path.split('/')
sources = []
for p in source_paths:
if hasattr(p, "split"):
p = p.split('/')
if p:
sources.append(p)
# Ignore descendants when an ancestor is already listed.
i = 1
sources.sort()
while i < len(sources):
prev = sources[i - 1]
if sources[i][:len(prev)] == prev:
del sources[i]
else:
i = i + 1
# Prevent parents from becoming their own descendants.
for source in sources:
if target_path[:len(source)] == source:
raise CompositeError(
"Can't make an object a descendant of itself")
# Gather the sources, checking interfaces and security before
# making any changes.
root = self.getPhysicalRoot()
elements = []
target = root.restrictedTraverse(target_path)
assert ISlot.providedBy(target), repr(target)
for source in sources:
slot = root.restrictedTraverse(source[:-1])
assert ISlot.providedBy(slot), repr(slot)
element = slot.restrictedTraverse(source[-1])
elements.append(element)
if self._check_security:
target._verifyObjectPaste(element)
changed_slots = {} # id(aq_base(slot)) -> slot
try:
if not copy:
# Replace items with nulls to avoid changing indexes
# while moving.
for source in sources:
slot = root.restrictedTraverse(source[:-1])
slot_id = id(aq_base(slot))
if not changed_slots.has_key(slot_id):
changed_slots[slot_id] = slot
# Check security
nullify = guarded_getattr(slot, "nullify")
nullify(source[-1])
# Add the elements and reorder.
for element in elements:
if not ICompositeElement.providedBy(element):
# Make a composite element wrapper.
element = CompositeElement(element.getId(), element)
element = aq_base(element)
new_id = target._get_id(element.getId())
if copy:
element = copyOf(element)
element._setId(new_id)
target._setObject(new_id, element)
# Check security
reorder = guarded_getattr(target, "reorder")
reorder(new_id, target_index)
target_index += 1
finally:
# Clear the nulls just added.
for slot in changed_slots.values():
slot.pack()
