def test_movefolderfromroot2(self):
root = self.rootFolder
target = traverse(root, '/folder2/folder2_1/folder2_1_1')
source = traverse(root, '/folder1')
mover = IObjectMover(source)
mover.moveTo(target)
self.failUnless('folder1' in target)
def test_movefoldertosibling(self):
root = self.rootFolder
target = traverse(root, '/folder2')
source = traverse(root, '/folder1/folder1_1')
mover = IObjectMover(source)
mover.moveTo(target)
self.failUnless('folder1_1' in target)
def test_movefolderfromroot(self):
root = self.rootFolder
target = traverse(root, '/folder2')
source = traverse(root, '/folder1')
mover = IObjectMover(source)
mover.moveTo(target)
self.assertTrue('folder1' in target)
def test_moveable(self):
root = self.rootFolder
container = traverse(root, 'folder1')
container['file1'] = File()
file = traverse(root, 'folder1/file1')
mover = IObjectMover(file)
self.failUnless(mover.moveable())
def test_moveable(self):
root = self.rootFolder
container = traverse(root, 'folder1')
container['file1'] = File()
file = traverse(root, 'folder1/file1')
mover = IObjectMover(file)
self.failUnless(mover.moveable())
def move_action(item, container):
mover = IObjectMover(item)
try:
mover.moveTo(container)
return True
except (KeyError, DuplicateIDError, InvalidItemType):
return False
def test_movefolderfromroot2(self):
root = self.rootFolder
target = traverse(root, '/folder2/folder2_1/folder2_1_1')
source = traverse(root, '/folder1')
mover = IObjectMover(source)
mover.moveTo(target)
self.failUnless('folder1' in target)
def moveObject(self, msgHeader, msgOldparent,
msgNewparent, msgObjectOid):
"""
an object should be moved
"""
print "moveObject"
print "msgHeader: %s" % msgHeader
print "msgOldparent: %s" % msgOldparent
print "msgNewparent: %s" % msgNewparent
print "msgObjectOid: %s" % msgObjectOid
my_catalog = zapi.getUtility(ICatalog)
newParentObj = None
if not msgNewparent: # in root-folder of slave
res = my_catalog.searchResults(oid_index=msgHeader['from_oid'])
if len(res) > 0:
newParentObj = iter(res).next()
else:
res = my_catalog.searchResults(oid_index=msgNewparent)
if len(res) > 0:
newParentObj = iter(res).next()
objToMove = None
res = my_catalog.searchResults(oid_index=msgObjectOid)
if len(res) > 0:
objToMove = iter(res).next()
if objToMove and newParentObj:
mover = IObjectMover(objToMove)
if mover.moveableTo(newParentObj):
mover.moveTo(newParentObj)
else:
raise Exception, "object not movable to new parent"
def cutObjects(self):
"""move objects specified in a list of object ids"""
request = self.request
ids = request.get('ids')
if not ids:
IStatusMessage(request).add(
_("You didn't specify any ids to cut."), 'error')
return
container = self.context
container_path = getPath(container)
items = []
for id in ids:
ob = container[id]
mover = IObjectMover(ob)
if not mover.moveable():
IStatusMessage(request).add(
_("Object '${name}' cannot be moved", {"name": id}),
'error'
)
return
items.append(joinPath(container_path, id))
# store the requested operation in the principal annotations:
clipboard = getPrincipalClipboard(request)
clipboard.clearContents()
clipboard.addItems('cut', items)
IStatusMessage(request).add(_('Selected items has been cut.'))
def handleCut(self, action):
if not len(self.selectedItems):
self.status = self.cutNoItemsMessage
return
items = []
append = items.append
for obj in self.selectedItems:
mover = IObjectMover(obj)
__name__ = api.getName(obj)
if not mover.moveable():
m = {"name": __name__}
if name:
m["name"] = __name__
self.status = _(
"Object '${name}' (${name}) cannot be moved",
mapping=m)
else:
self.status = _("Object '${name}' cannot be moved",
mapping=m)
transaction.doom()
return
append(api.joinPath(api.getPath(self.context), __name__))
self.status = self.cutItemsSelected
# store the requested operation in the principal annotations:
self.clipboard.clearContents()
self.clipboard.addItems('cut', items)
def test_movefoldertosibling(self):
root = self.rootFolder
target = traverse(root, '/folder2')
source = traverse(root, '/folder1/folder1_1')
mover = IObjectMover(source)
mover.moveTo(target)
self.failUnless('folder1_1' in target)
def test_movefoldertosame2(self):
# Should be a noop, because "moving" to same location
root = self.rootFolder
target = traverse(root, '/folder1/folder1_1')
source = traverse(root, '/folder1/folder1_1/folder1_1_1')
mover = IObjectMover(source)
mover.moveTo(target)
self.failUnless('folder1_1_1' in target)
self.assertEquals(len(target), 1)
def test_moveableTo(self):
# A file should be moveable to a folder that has an
# object with the same id.
root = self.rootFolder
container = traverse(root, 'folder1')
container['file1'] = File()
file = traverse(root, 'folder1/file1')
mover = IObjectMover(file)
self.failUnless(mover.moveableTo(container, 'file1'))
def test_movetosamewithnewname(self):
root = self.rootFolder
container = traverse(root, 'folder1')
container['file1'] = File()
file = traverse(root, 'folder1/file1')
mover = IObjectMover(file)
mover.moveTo(container, 'file2')
self.failIf('file1' in container)
self.failUnless('file2' in container)
def test_movefoldertosame2(self):
# Should be a noop, because "moving" to same location
root = self.rootFolder
target = traverse(root, '/folder1/folder1_1')
source = traverse(root, '/folder1/folder1_1/folder1_1_1')
mover = IObjectMover(source)
mover.moveTo(target)
self.failUnless('folder1_1_1' in target)
self.assertEquals(len(target), 1)
def test_movetosamewithnewname(self):
root = self.rootFolder
container = traverse(root, 'folder1')
container['file1'] = File()
file = traverse(root, 'folder1/file1')
mover = IObjectMover(file)
mover.moveTo(container, 'file2')
self.failIf('file1' in container)
self.failUnless('file2' in container)
def test_moveableTo(self):
# A file should be moveable to a folder that has an
# object with the same id.
root = self.rootFolder
container = traverse(root, 'folder1')
container['file1'] = File()
file = traverse(root, 'folder1/file1')
mover = IObjectMover(file)
self.failUnless(mover.moveableTo(container, 'file1'))
def _renameItem(self, oldName, newName):
object = self.container.get(oldName)
if object is None:
raise ItemNotFoundError(self.container, oldName)
mover = IObjectMover(object)
if newName in self.container:
raise DuplicationError("%s is already in use" % newName)
return mover.moveTo(self.container, newName)
def test_movetosame(self):
# Should be a noop, because "moving" to same location
root = self.rootFolder
container = traverse(root, 'folder1')
container['file1'] = File()
file = traverse(root, 'folder1/file1')
mover = IObjectMover(file)
mover.moveTo(container, 'file1')
self.failUnless('file1' in container)
self.assertEquals(len(container), 2)
def test_AttributionUpToDateWhenCategoryMoved(self):
""" Test if the attribution is up to date if a category was
removed."""
self.root['c'] = catable = Categorizable()
attribution = interfaces.IAttribution(catable)
attribution.attribute('cat11')
from zope.copypastemove.interfaces import IObjectMover
mover = IObjectMover(self.categories['set1']['cat11'])
mover.moveTo(self.categories['set2'])
self.assertTrue(attribution.isAttributed('cat11'))
def test_movetoother(self):
root = self.rootFolder
container = traverse(root, 'folder1')
container['file1'] = File()
target = traverse(root, 'folder2')
file = traverse(root, 'folder1/file1')
mover = IObjectMover(file)
mover.moveTo(target, 'file1')
self.failIf('file1' in container)
self.failUnless('file1' in target)
def test_movetoother(self):
root = self.rootFolder
container = traverse(root, 'folder1')
container['file1'] = File()
target = traverse(root, 'folder2')
file = traverse(root, 'folder1/file1')
mover = IObjectMover(file)
mover.moveTo(target, 'file1')
self.failIf('file1' in container)
self.failUnless('file1' in target)
def test_movetosame(self):
# Should be a noop, because "moving" to same location
root = self.rootFolder
container = traverse(root, 'folder1')
container['file1'] = File()
file = traverse(root, 'folder1/file1')
mover = IObjectMover(file)
mover.moveTo(container, 'file1')
self.failUnless('file1' in container)
self.assertEquals(len(container), 2)
def test_movetootherwithnewname(self):
root = self.rootFolder
container = traverse(root, 'folder1')
container['file1'] = File()
target = traverse(root, 'folder2')
file = traverse(root, 'folder1/file1')
mover = IObjectMover(file)
mover.moveTo(target, 'file2')
self.assertFalse('file1' in container)
self.assertTrue('file2' in target)
def handlePaste(self, action):
items = self.clipboard.getContents()
moved = False
not_pasteable_ids = []
for item in items:
duplicated_id = False
try:
obj = api.traverse(self.context, item['target'])
except TraversalError:
pass
else:
if item['action'] == 'cut':
mover = IObjectMover(obj)
try:
mover.moveTo(self.context)
moved = True
except DuplicateIDError:
duplicated_id = True
elif item['action'] == 'copy':
copier = IObjectCopier(obj)
try:
copier.copyTo(self.context)
except DuplicateIDError:
duplicated_id = True
else:
raise
if duplicated_id:
not_pasteable_ids.append(api.getName(obj))
if moved:
# Clear the clipboard if we do a move, but not if we only do a copy
self.clipboard.clearContents()
if not_pasteable_ids != []:
# Show the ids of objects that can't be pasted because
# their ids are already taken.
# TODO Can't we add a 'copy_of' or something as a prefix
# instead of raising an exception ?
transaction.doom()
raise UserError(
_("The given name(s) %s is / are already being used" % (
str(not_pasteable_ids))))
else:
# we need to update the table rows again, otherwise we don't
# see the new item in the table
self.updateAfterActionExecution()
self.status = self.pasteSucsessMessage
def pasteable(self):
"""Decide if there is anything to paste
"""
target = self.context
clipboard = getPrincipalClipboard(self.request)
items = clipboard.getContents()
for item in items:
try:
obj = traverse(target, item['target'])
except TraversalError:
pass
else:
if item['action'] == 'cut':
mover = IObjectMover(obj)
moveableTo = self.safe_getattr(mover, 'moveableTo', None)
if moveableTo is None or not moveableTo(target):
return False
elif item['action'] == 'copy':
copier = IObjectCopier(obj)
copyableTo = self.safe_getattr(copier, 'copyableTo', None)
if copyableTo is None or not copyableTo(target):
return False
else:
raise
return True
def pasteObjects(self):
"""Paste ojects in the user clipboard to the container
"""
target = self.context
clipboard = getPrincipalClipboard(self.request)
items = clipboard.getContents()
moved = False
not_pasteable_ids = []
for item in items:
duplicated_id = False
try:
obj = traverse(target, item['target'])
except TraversalError:
pass
else:
if item['action'] == 'cut':
mover = IObjectMover(obj)
try:
mover.moveTo(target)
moved = True
except DuplicateIDError:
duplicated_id = True
elif item['action'] == 'copy':
copier = IObjectCopier(obj)
try:
copier.copyTo(target)
except DuplicateIDError:
duplicated_id = True
else:
raise
if duplicated_id:
not_pasteable_ids.append(getName(obj))
if moved:
# Clear the clipboard if we do a move, but not if we only do a copy
clipboard.clearContents()
if not_pasteable_ids != []:
# Show the ids of objects that can't be pasted because
# their ids are already taken.
# TODO Can't we add a 'copy_of' or something as a prefix
# instead of raising an exception ?
raise UserError(
_("The given name(s) %s is / are already being used" %
(str(not_pasteable_ids))))
def pasteObjects(self):
"""Paste ojects in the user clipboard to the container
"""
target = self.context
clipboard = getPrincipalClipboard(self.request)
items = clipboard.getContents()
moved = False
not_pasteable_ids = []
for item in items:
duplicated_id = False
try:
obj = traverse(target, item['target'])
except TraversalError:
pass
else:
if item['action'] == 'cut':
mover = IObjectMover(obj)
try:
mover.moveTo(target)
moved = True
except DuplicateIDError:
duplicated_id = True
elif item['action'] == 'copy':
copier = IObjectCopier(obj)
try:
copier.copyTo(target)
except DuplicateIDError:
duplicated_id = True
else:
raise
if duplicated_id:
not_pasteable_ids.append(getName(obj))
if moved:
# Clear the clipboard if we do a move, but not if we only do a copy
clipboard.clearContents()
if not_pasteable_ids != []:
# Show the ids of objects that can't be pasted because
# their ids are already taken.
# TODO Can't we add a 'copy_of' or something as a prefix
# instead of raising an exception ?
raise UserError(
_("The given name(s) %s is / are already being used" %(
str(not_pasteable_ids))))
def test_IndexedUpToDateWhenCategoryMovedAndRenamed(self):
""" Test if an attribution is indexed at all."""
self.root['c'] = catable = Categorizable()
attribution = interfaces.IAttribution(catable)
attribution.attribute('cat11')
zope.event.notify(ObjectModifiedEvent(catable))
from zope.copypastemove.interfaces import IObjectMover
mover = IObjectMover(self.categories['set1']['cat11'])
mover.moveTo(self.categories['set2'], new_name='moved')
zope.event.notify(ObjectModifiedEvent(catable))
from z3c.indexer.query import AnyOf
from z3c.indexer.search import SearchQuery
query = SearchQuery(AnyOf('attribution-set', ('cat22', )))
result = query.apply()
self.assertTrue(len(result) == 0)
query = SearchQuery(AnyOf('attribution-set', ('moved', )))
result = query.apply()
self.assertTrue(len(result) == 1)
def pasteObjects(self):
"""Paste ojects in the user clipboard to the container """
target = self.context
clipboard = getPrincipalClipboard(self.request)
items = clipboard.getContents()
moved = False
not_pasteable_ids = []
for item in items:
duplicated_id = False
try:
obj = traverse(target, item['target'])
except TraversalError:
pass
else:
if item['action'] == 'cut':
mover = IObjectMover(removeAllProxies(obj))
try:
mover.moveTo(target)
moved = True
except DuplicateIDError:
duplicated_id = True
elif item['action'] == 'copy':
copier = IObjectCopier(removeAllProxies(obj))
try:
copier.copyTo(target)
except DuplicateIDError:
duplicated_id = True
except InvalidItemType:
pass
else:
raise
if duplicated_id:
not_pasteable_ids.append(getName(obj))
if moved:
clipboard.clearContents()
if not_pasteable_ids:
abort()
IStatusMessage(self.request).add(
_("The given name(s) %s is / are already being used" % (
str(not_pasteable_ids))), 'error')
def __bind__(self, content, globalenviron, environ):
clone = super(IdColumn, self).__bind__(content, globalenviron, environ)
table = self.table
copier = IObjectCopier(content, None)
if copier is not None and copier.copyable() and \
canAccess(table.context, '__setitem__') and \
not IUncopyableContent.providedBy(content):
copyable = True
table.supportsCopy = True
else:
copyable = False
moveable = False
renameable = False
deletable = False
if not IUnremoveableContent.providedBy(content):
mover = IObjectMover(content, None)
if mover is not None and mover.moveable():
if not IUnpastableContent.providedBy(content):
moveable = True
table.supportsCut = True
if not IRenameNotAllowed.providedBy(content):
renameable = \
not IContainerNamesContainer.providedBy(self.context)
if renameable:
table.supportsRename = True
if not IUnremoveableContent.providedBy(content) and \
checkPermission('zojax.DeleteContent', content):
deletable = True
table.supportsDelete = True
clone.buttons = copyable or moveable or renameable or deletable
return clone
def cutObjects(self):
"""move objects specified in a list of object ids"""
request = self.request
ids = request.get('ids')
if not ids:
self.error = _("You didn't specify any ids to cut.")
return
container_path = getPath(self.context)
# For each item, check that it can be moved; if so, save the
# path of the object for later moving when a destination has
# been selected; if not movable, provide an error message
# explaining that the object can't be moved.
items = []
for id in ids:
ob = self.context[id]
mover = IObjectMover(ob)
if not mover.moveable():
m = {"name": id}
title = getDCTitle(ob)
if title:
m["title"] = title
self.error = _(
"Object '${name}' (${title}) cannot be moved",
mapping=m)
else:
self.error = _("Object '${name}' cannot be moved",
mapping=m)
return
items.append(joinPath(container_path, id))
# store the requested operation in the principal annotations:
clipboard = getPrincipalClipboard(self.request)
clipboard.clearContents()
clipboard.addItems('cut', items)
def cutObjects(self):
"""move objects specified in a list of object ids"""
request = self.request
ids = request.get('ids')
if not ids:
self.error = _("You didn't specify any ids to cut.")
return
container_path = getPath(self.context)
# For each item, check that it can be moved; if so, save the
# path of the object for later moving when a destination has
# been selected; if not movable, provide an error message
# explaining that the object can't be moved.
items = []
for id in ids:
ob = self.context[id]
mover = IObjectMover(ob)
if not mover.moveable():
m = {"name": id}
title = getDCTitle(ob)
if title:
m["title"] = title
self.error = _(
"Object '${name}' (${title}) cannot be moved",
mapping=m)
else:
self.error = _("Object '${name}' cannot be moved",
mapping=m)
return
items.append(joinPath(container_path, id))
# store the requested operation in the principal annotations:
clipboard = getPrincipalClipboard(self.request)
clipboard.clearContents()
clipboard.addItems('cut', items)
def move_to(self, target, new_name=None):
return IObjectMover(self).moveTo(target, new_name)