def getStylesheet(self, id=None):
stylesheets = self.getStylesheets()
if id is None:
return stylesheets[0]
else:
for css in stylesheets:
if absattr( css.id) == id:
return css
def recurse_cleanArtefacts(self, level=0):
from OFS.CopySupport import absattr
# Recursion.
last_id = None
for ob in self.objectValues():
if absattr(self.id) == absattr(ob.id):
print(" " * level) + "recurse_cleanArtefacts", ob.absolute_url(
), ob.meta_type
raise zExceptions.InternalError('InfiniteRecursionError')
else:
try:
recurse_cleanArtefacts(ob, level + 1)
except "InfiniteRecursionError":
print(
" " * level
) + "recurse_cleanArtefacts: clean artefact ", ob.absolute_url(
), ob.meta_type
self._delObject(absattr(ob.id), suppress_events=True)
def _set_sort_ids(self, ids, op, REQUEST):
_globals.writeLog(self, "[_set_sort_ids]: %s" % self.absolute_url())
copy_of_prefix = 'copy_of_'
sort_id = REQUEST.get('_sort_id', 0) + 1
for ob in self.getChildNodes():
id = absattr(ob.id)
if id in ids or (op == 1 and copy_of_prefix + id in ids):
setattr(ob, 'sort_id', _globals.format_sort_id(sort_id))
sort_id = sort_id + 1
def _normalize_ids_after_move(self, ids=[], forced=0, REQUEST=None):
_globals.writeLog(
self, "[_normalize_ids_after_move]: %s" % self.absolute_url())
copy_of_prefix = 'copy_of_'
id_prefix = REQUEST.get('id_prefix')
REQUEST.set('id_prefix', None)
ob_ids = copy.copy(self.objectIds(self.dGlobalAttrs.keys()))
for ob in self.objectValues(self.dGlobalAttrs.keys()):
id = absattr(ob.id)
if forced or (id in ids and not copy_of_prefix + id in ob_ids) or (
copy_of_prefix + id in ids):
_globals.writeBlock(
self,
'[_normalize_ids_after_move]: %s(%s)' % (id, ob.meta_id))
if id_prefix:
id_prefix = _globals.id_prefix(id_prefix)
if id_prefix != _globals.id_prefix(id):
new_id = self.getNewId(id_prefix)
_globals.writeBlock(
self,
'[_normalize_ids_after_move]: Rename %s(%s) to %s'
% (id, ob.meta_id, new_id))
self.manage_renameObject(id=id, new_id=new_id)
self.initObjChildren(REQUEST)
id = new_id
# Re-Assign old id.
if id.find(copy_of_prefix) == 0:
try:
new_id = id[len(copy_of_prefix):]
self.manage_renameObject(id=id, new_id=new_id)
self.initObjChildren(REQUEST)
except:
pass
bk_lang = REQUEST.get('lang')
for lang in self.getLangIds():
REQUEST.set('lang', lang)
if forced == 0:
# Object-State and Version-Manager.
if not ob.getAutocommit():
ob.setObjStateModified(REQUEST)
ob.onChangeObj(REQUEST)
# Process referential integrity.
ob.onMoveRefObj(REQUEST)
REQUEST.set('lang', bk_lang)
# Process tree.
ob._normalize_ids_after_move(ids=ids,
forced=1,
REQUEST=REQUEST)
def _normalize_ids_after_copy(self, ids=[], forced=0, REQUEST=None):
_globals.writeLog(
self, "[_normalize_ids_after_copy]: %s" % self.absolute_url())
copy_of_prefix = 'copy_of_'
id_prefix = REQUEST.get('id_prefix')
REQUEST.set('id_prefix', None)
ob_ids = copy.copy(self.objectIds(self.dGlobalAttrs.keys()))
for ob in self.objectValues(self.dGlobalAttrs.keys()):
id = absattr(ob.id)
if forced or id in ids:
_globals.writeBlock(
self,
'[_normalize_ids_after_copy]: %s(%s)' % (id, ob.meta_id))
if id_prefix:
id_prefix = _globals.id_prefix(id_prefix)
if id_prefix != _globals.id_prefix(id):
new_id = self.getNewId(id_prefix)
_globals.writeBlock(
self,
'[_normalize_ids_after_copy]: Rename %s(%s) to %s'
% (id, ob.meta_id, new_id))
self.manage_renameObject(id=id, new_id=new_id)
self.initObjChildren(REQUEST)
id = new_id
# Assign new id.
prefix = _globals.id_prefix(id)
if prefix.find(copy_of_prefix) == 0:
prefix = prefix[len(copy_of_prefix):]
if prefix != id:
new_id = self.getNewId(prefix)
self.manage_renameObject(id=id, new_id=new_id)
self.initObjChildren(REQUEST)
bk_lang = REQUEST.get('lang')
for lang in self.getLangIds():
REQUEST.set('lang', lang)
if forced == 0:
# Object-State and Version-Manager.
if not ob.getAutocommit():
ob.setObjStateNew(REQUEST, reset=0)
ob.onChangeObj(REQUEST)
# Process referential integrity.
ob.onCopyRefObj(REQUEST)
REQUEST.set('lang', bk_lang)
# Process tree.
ob._normalize_ids_after_copy(ids=ids,
forced=1,
REQUEST=REQUEST)
def isRenameable(self):
# Is object renameable? Returns 0 or 1
if not (hasattr(self, '_canCopy') and self._canCopy(1)):
return 0
if hasattr(self, '_p_jar') and self._p_jar is None:
return 0
try: n=aq_parent(aq_inner(self))._reserved_names
except: n=()
if absattr(self.id) in n:
return 0
if not getSecurityManager().checkPermission(copy_or_move, self):
return 0
return 1
def getWorkflowManager(self):
manager = [x for x in self.getDocumentElement().objectValues() if absattr(x.id) == 'workflow_manager']
if len(manager) == 0:
class DefaultManager(object):
def importXml(self, xml): pass
def writeProtocol(self, log): pass
def getAutocommit(self): return True
def getActivities(self): return []
def getActivityIds(self): return []
def getActivity(self, id): return None
def getActivityDetails(self, id): return None
def getTransitions(self): return []
def getTransitionIds(self): return []
manager = [DefaultManager()]
return manager[0]
def getStylesheets(self):
ids = []
obs = []
for container in self.getResourceFolders():
for folder in [ getattr( container, 'css', None), container]:
if folder is not None:
for ob in folder.objectValues(['DTML Method', 'DTML Document', 'File', 'Filesystem File']):
id = absattr( ob.id)
path = ob.getPhysicalPath()
if len([x for x in path if x.endswith('css')]) > 0 and id not in ids:
ids.append( id)
if id == self.getConfProperty('ZMS.stylesheet', 'style.css'):
obs.insert( 0, ob)
else:
obs.append( ob)
return obs
def _verifyObjectPaste(self, object, validate_src=1):
# Verify whether the current user is allowed to paste the
# passed object into self. This is determined by checking
# to see if the user could create a new object of the same
# meta_type of the object passed in and checking that the
# user actually is allowed to access the passed in object
# in its existing context.
#
# Passing a false value for the validate_src argument will skip
# checking the passed in object in its existing context. This is
# mainly useful for situations where the passed in object has no
# existing context, such as checking an object during an import
# (the object will not yet have been connected to the acquisition
# heirarchy).
if not hasattr(object, "meta_type"):
raise CopyError(
MessageDialog(
title="Not Supported",
message=(
"The object <em>%s</em> does not support this" " operation" % escape(absattr(object.id))
),
action="manage_main",
)
)
if not hasattr(self, "all_meta_types"):
raise CopyError(
MessageDialog(title="Not Supported", message="Cannot paste into this object.", action="manage_main")
)
method_name = None
mt_permission = None
meta_types = absattr(self.all_meta_types)
for d in meta_types:
if d["name"] == object.meta_type:
method_name = d["action"]
mt_permission = d.get("permission")
break
if mt_permission is not None:
sm = getSecurityManager()
if sm.checkPermission(mt_permission, self):
if validate_src:
# Ensure the user is allowed to access the object on the
# clipboard.
try:
parent = aq_parent(aq_inner(object))
except ConflictError:
raise
except Exception:
parent = None
if not sm.validate(None, parent, None, object):
raise Unauthorized(absattr(object.id))
# --- Patch ---
# Disable checking for `Delete objects` permission
# if validate_src == 2: # moving
# if not sm.checkPermission(delete_objects, parent):
# raise Unauthorized('Delete not allowed.')
# --- End Patch ---
else:
raise CopyError(
MessageDialog(
title="Insufficient Privileges",
message=(
"You do not possess the %s permission in the "
"context of the container into which you are "
"pasting, thus you are not able to perform "
"this operation." % mt_permission
),
action="manage_main",
)
)
else:
raise CopyError(
MessageDialog(
title="Not Supported",
message=(
"The object <em>%s</em> does not support this " "operation." % escape(absattr(object.id))
),
action="manage_main",
)
)
def getFilename(self):
return absattr(self.f.id)
def _verifyObjectPaste(self, object, validate_src=1):
# Verify whether the current user is allowed to paste the
# passed object into self. This is determined by checking
# to see if the user could create a new object of the same
# meta_type of the object passed in and checking that the
# user actually is allowed to access the passed in object
# in its existing context.
#
# Passing a false value for the validate_src argument will skip
# checking the passed in object in its existing context. This is
# mainly useful for situations where the passed in object has no
# existing context, such as checking an object during an import
# (the object will not yet have been connected to the acquisition
# heirarchy).
#
# We also make sure that we are not pasting a checked-out document
if IBaseDocument.providedBy(object) and object.is_checked_out():
raise CopyError('Checked out documents cannot be copied.')
if not hasattr(object, 'meta_type'):
raise CopyError(MessageDialog(
title = 'Not Supported',
message = ('The object <em>%s</em> does not support this' \
' operation' % escape(absattr(object.id))),
action = 'manage_main'))
if not hasattr(self, 'all_meta_types'):
raise CopyError(
MessageDialog(title='Not Supported',
message='Cannot paste into this object.',
action='manage_main'))
mt_permission = None
meta_types = absattr(self.all_meta_types)
for d in meta_types:
if d['name'] == object.meta_type:
mt_permission = d.get('permission')
break
if mt_permission is not None:
sm = getSecurityManager()
if sm.checkPermission(mt_permission, self):
if validate_src:
# Ensure the user is allowed to access the object on the
# clipboard.
try:
parent = aq_parent(aq_inner(object))
except ConflictError:
raise
except Exception:
parent = None
if not sm.validate(None, parent, None, object):
raise Unauthorized(absattr(object.id))
# --- Patch ---
# Disable checking for `Delete objects` permission
# if validate_src == 2: # moving
# if not sm.checkPermission(delete_objects, parent):
# raise Unauthorized('Delete not allowed.')
# --- End Patch ---
else:
raise CopyError(
MessageDialog(
title='Insufficient Privileges',
message=(
'You do not possess the %s permission in the '
'context of the container into which you are '
'pasting, thus you are not able to perform '
'this operation.' % mt_permission),
action='manage_main'))
else:
raise CopyError(
MessageDialog(
title='Not Supported',
message=(
'The object <em>%s</em> does not support this '
'operation.' % escape(absattr(object.id))),
action='manage_main'))
def manage_customizeDesign(self, btn, lang, REQUEST, RESPONSE):
""" ConfManager.manage_customizeDesign """
message = ''
cssId = REQUEST.get('cssId', '')
# Ex-/Import.
# -----------
if btn in [
self.getZMILangStr('BTN_EXPORT'),
self.getZMILangStr('BTN_IMPORT')
]:
#-- Theme.
home = self.getHome()
home_id = home.id
temp_folder = self.temp_folder
# Init exclude-ids.
excl_ids = []
# Add clients-folders to exclude-ids.
for folder in home.objectValues(['Folder']):
if len(folder.objectValues(['ZMS'])) > 0:
excl_ids.append(absattr(folder.id))
# Add content-object artefacts to exclude-ids.
for metaObjId in self.getMetaobjIds():
for metaObjAttrId in self.getMetaobjAttrIds(metaObjId):
metaObjAttr = self.getMetaobjAttr(metaObjId, metaObjAttrId)
if metaObjAttr[
'type'] in self.metaobj_manager.valid_zopetypes:
excl_ids.append(metaObjAttrId)
# Filter ids.
ids = filter(lambda x: x not in excl_ids,
home.objectIds(self.metaobj_manager.valid_zopetypes))
if btn == self.getZMILangStr('BTN_EXPORT'):
if home_id in temp_folder.objectIds():
temp_folder.manage_delObjects(ids=[home_id])
temp_folder.manage_addFolder(id=home_id,
title=home.title_or_id())
folder = getattr(temp_folder, home_id)
home.manage_copyObjects(ids, REQUEST)
folder.manage_pasteObjects(cb_copy_data=None, REQUEST=REQUEST)
return RESPONSE.redirect(
self.url_append_params(
'%s/manage_exportObject' % temp_folder.absolute_url(),
{
'id': home_id,
'download:int': 1
}))
if btn == self.getZMILangStr('BTN_IMPORT'):
v = REQUEST['theme']
temp_filename = _fileutil.extractFilename(v.filename)
temp_id = temp_filename[:temp_filename.rfind('.')]
filepath = INSTANCE_HOME + '/import/' + temp_filename
_fileutil.exportObj(v, filepath)
if temp_id in temp_folder.objectIds():
temp_folder.manage_delObjects(ids=[temp_id])
temp_folder.manage_importObject(temp_filename)
folder = getattr(temp_folder, temp_id)
home.manage_delObjects(ids=ids)
folder.manage_copyObjects(folder.objectIds(), REQUEST)
home.manage_pasteObjects(cb_copy_data=None, REQUEST=REQUEST)
_fileutil.remove(filepath)
temp_folder.manage_delObjects(ids=[temp_id])
# Save.
# -----
if btn == self.getZMILangStr('BTN_SAVE'):
#-- Stylesheet.
if REQUEST.has_key('cssId'):
if REQUEST.get('default'):
self.setConfProperty('ZMS.stylesheet',
REQUEST.get('cssId'))
css = self.getStylesheet(REQUEST.get('cssId'))
data = REQUEST.get('stylesheet')
title = css.title
css.manage_edit(data, title)
message = self.getZMILangStr('MSG_CHANGED')
#-- Sitemap.
if REQUEST.has_key('attr_layoutsitemap'):
if len(REQUEST['attr_layoutsitemap']) > 0:
self.attr_layoutsitemap = int(
REQUEST['attr_layoutsitemap'])
elif hasattr(self, 'attr_layoutsitemap'):
delattr(self, 'attr_layoutsitemap')
message = self.getZMILangStr('MSG_CHANGED')
# Upload.
# -------
elif btn == self.getZMILangStr('BTN_UPLOAD'):
#-- ZMI Logo.
self.zmi_logo = Image(id='logo', title='', file='')
self.zmi_logo.manage_upload(REQUEST['file'], REQUEST)
message = self.getZMILangStr('MSG_CHANGED')
# Return with message.
message = urllib.quote(message)
return RESPONSE.redirect(
'manage_customizeDesignForm?lang=%s&manage_tabs_message=%s&cssId=%s'
% (lang, message, cssId))
def _get_ids(self, cp):
return map(lambda ob: self._get_id(absattr(ob.id)), self._get_obs(cp))
