[primary] refactor primary view handling of relation's label
to properly handle label optionaly specified in dispctrl (no more default set)
and use contextual translation by default.
Also, consistent handling in attributes, relations and sideboxes section.
Introduce new support_args function to use when possible instead of
try/except TypeError.
# copyright 2003-2010 LOGILAB S.A. (Paris, FRANCE), all rights reserved.
# contact http://www.logilab.fr/ -- mailto:contact@logilab.fr
#
# This file is part of CubicWeb.
#
# CubicWeb is free software: you can redistribute it and/or modify it under the
# terms of the GNU Lesser General Public License as published by the Free
# Software Foundation, either version 2.1 of the License, or (at your option)
# any later version.
#
# CubicWeb is distributed in the hope that it will be useful, but WITHOUT
# ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS
# FOR A PARTICULAR PURPOSE. See the GNU Lesser General Public License for more
# details.
#
# You should have received a copy of the GNU Lesser General Public License along
# with CubicWeb. If not, see <http://www.gnu.org/licenses/>.
"""This module (``cubicweb.web.uicfg``) regroups a set of structures that may be
used to configure various options of the generated web interface.
To configure the interface generation, we use ``RelationTag`` objects.
Index view configuration
````````````````````````
:indexview_etype_section:
entity type category in the index/manage page. May be one of:
* ``application``
* ``system``
* ``schema``
* ``subobject`` (not displayed by default)
Actions box configuration
`````````````````````````
:actionbox_appearsin_addmenu:
simple boolean relation tags used to control the "add entity" submenu.
Relations whose rtag is True will appears, other won't.
.. sourcecode:: python
# Adds all subjects of the entry_of relation in the add menu of the ``Blog``
# primary view
uicfg.actionbox_appearsin_addmenu.tag_object_of(('*', 'entry_of', 'Blog'), True)
"""
__docformat__ = "restructuredtext en"
from warnings import warn
from logilab.common.compat import any
from cubicweb import neg_role
from cubicweb.rtags import (RelationTags, RelationTagsBool, RelationTagsSet,
RelationTagsDict, register_rtag, _ensure_str_key)
from cubicweb.schema import META_RTYPES
# primary view configuration ##################################################
def init_primaryview_section(rtag, sschema, rschema, oschema, role):
if rtag.get(sschema, rschema, oschema, role) is None:
rdef = rschema.rdef(sschema, oschema)
if rschema.final:
if rschema.meta or sschema.is_metadata(rschema) \
or oschema.type in ('Password', 'Bytes'):
section = 'hidden'
else:
section = 'attributes'
else:
if rdef.role_cardinality(role) in '1+':
section = 'attributes'
elif rdef.composite == neg_role(role):
section = 'relations'
else:
section = 'sideboxes'
rtag.tag_relation((sschema, rschema, oschema, role), section)
primaryview_section = RelationTags('primaryview_section',
init_primaryview_section,
frozenset(('attributes', 'relations',
'sideboxes', 'hidden')))
class DisplayCtrlRelationTags(RelationTagsDict):
def __init__(self, *args, **kwargs):
super(DisplayCtrlRelationTags, self).__init__(*args, **kwargs)
self.counter = 0
def tag_subject_of(self, key, tag):
subj, rtype, obj = key
if obj != '*':
self.warning('using explict target type in display_ctrl.tag_subject_of() '
'has no effect, use (%s, %s, "*") instead of (%s, %s, %s)',
subj, rtype, subj, rtype, obj)
super(DisplayCtrlRelationTags, self).tag_subject_of((subj, rtype, '*'), tag)
def tag_object_of(self, key, tag):
subj, rtype, obj = key
if subj != '*':
self.warning('using explict subject type in display_ctrl.tag_object_of() '
'has no effect, use ("*", %s, %s) instead of (%s, %s, %s)',
rtype, obj, subj, rtype, obj)
super(DisplayCtrlRelationTags, self).tag_object_of(('*', rtype, obj), tag)
def init_primaryview_display_ctrl(rtag, sschema, rschema, oschema, role):
if role == 'subject':
oschema = '*'
else:
sschema = '*'
rtag.counter += 1
rtag.setdefault((sschema, rschema, oschema, role), 'order', rtag.counter)
primaryview_display_ctrl = DisplayCtrlRelationTags('primaryview_display_ctrl',
init_primaryview_display_ctrl)
# index view configuration ####################################################
# entity type section in the index/manage page. May be one of
# * 'application'
# * 'system'
# * 'schema'
# * 'hidden'
# * 'subobject' (not displayed by default)
class InitializableDict(dict):
def __init__(self, *args, **kwargs):
super(InitializableDict, self).__init__(*args, **kwargs)
register_rtag(self)
self.__defaults = dict(self)
def init(self, schema, check=True):
self.update(self.__defaults)
for eschema in schema.entities():
if eschema.final:
continue
if eschema.schema_entity():
self.setdefault(eschema, 'schema')
elif eschema.is_subobject(strict=True):
self.setdefault(eschema, 'subobject')
else:
self.setdefault(eschema, 'application')
indexview_etype_section = InitializableDict(
EmailAddress='subobject',
# entity types in the 'system' table by default (managers only)
CWUser='system', CWGroup='system',
CWPermission='system',
CWCache='system',
Workflow='system',
ExternalUri='system',
Bookmark='system',
)
# autoform.AutomaticEntityForm configuration ##################################
def _formsections_as_dict(formsections):
result = {}
for formsection in formsections:
formtype, section = formsection.split('_', 1)
result[formtype] = section
return result
def _card_and_comp(sschema, rschema, oschema, role):
rdef = rschema.rdef(sschema, oschema)
if role == 'subject':
card = rdef.cardinality[0]
composed = not rschema.final and rdef.composite == 'object'
else:
card = rdef.cardinality[1]
composed = not rschema.final and rdef.composite == 'subject'
return card, composed
class AutoformSectionRelationTags(RelationTagsSet):
"""autoform relations'section"""
bw_tag_map = {
'primary': {'main': 'attributes', 'muledit': 'attributes'},
'secondary': {'main': 'attributes', 'muledit': 'hidden'},
'metadata': {'main': 'metadata'},
'generic': {'main': 'relations'},
'generated': {'main': 'hidden'},
}
_allowed_form_types = ('main', 'inlined', 'muledit')
_allowed_values = {'main': ('attributes', 'inlined', 'relations',
'metadata', 'hidden'),
'inlined': ('attributes', 'inlined', 'hidden'),
'muledit': ('attributes', 'hidden'),
}
def init(self, schema, check=True):
super(AutoformSectionRelationTags, self).init(schema, check)
self.apply(schema, self._initfunc_step2)
@staticmethod
def _initfunc(self, sschema, rschema, oschema, role):
formsections = self.init_get(sschema, rschema, oschema, role)
if formsections is None:
formsections = self.tag_container_cls()
if not any(tag.startswith('inlined') for tag in formsections):
if not rschema.final:
negsects = self.init_get(sschema, rschema, oschema, neg_role(role))
if 'main_inlined' in negsects:
formsections.add('inlined_hidden')
key = _ensure_str_key( (sschema, rschema, oschema, role) )
self._tagdefs[key] = formsections
@staticmethod
def _initfunc_step2(self, sschema, rschema, oschema, role):
formsections = self.get(sschema, rschema, oschema, role)
sectdict = _formsections_as_dict(formsections)
if rschema in META_RTYPES:
sectdict.setdefault('main', 'hidden')
sectdict.setdefault('muledit', 'hidden')
sectdict.setdefault('inlined', 'hidden')
elif role == 'subject' and rschema in sschema.meta_attributes():
# meta attribute, usually embeded by the described attribute's field
# (eg RichTextField, FileField...)
sectdict.setdefault('main', 'hidden')
sectdict.setdefault('muledit', 'hidden')
sectdict.setdefault('inlined', 'hidden')
# ensure we have a tag for each form type
if not 'main' in sectdict:
if not rschema.final and (
sectdict.get('inlined') == 'attributes' or
'inlined_attributes' in self.init_get(sschema, rschema, oschema,
neg_role(role))):
sectdict['main'] = 'hidden'
elif sschema.is_metadata(rschema):
sectdict['main'] = 'metadata'
else:
card, composed = _card_and_comp(sschema, rschema, oschema, role)
if card in '1+':
sectdict['main'] = 'attributes'
if not 'muledit' in sectdict:
sectdict['muledit'] = 'attributes'
elif rschema.final:
sectdict['main'] = 'attributes'
else:
sectdict['main'] = 'relations'
if not 'muledit' in sectdict:
sectdict['muledit'] = 'hidden'
if sectdict['main'] == 'attributes':
card, composed = _card_and_comp(sschema, rschema, oschema, role)
if card in '1+' and not composed:
sectdict['muledit'] = 'attributes'
if not 'inlined' in sectdict:
sectdict['inlined'] = sectdict['main']
# recompute formsections and set it to avoid recomputing
for formtype, section in sectdict.iteritems():
formsections.add('%s_%s' % (formtype, section))
def tag_relation(self, key, formtype, section=None):
if isinstance(formtype, tuple):
for ftype in formtype:
self.tag_relation(key, ftype, section)
return
if section is None:
tag = formtype
for formtype, section in self.bw_tag_map[tag].iteritems():
warn('[3.6] add tag to autoform section by specifying form '
'type and tag. Replace %s by formtype="%s", section="%s"'
% (tag, formtype, section), DeprecationWarning,
stacklevel=3)
self.tag_relation(key, formtype, section)
assert formtype in self._allowed_form_types, \
'formtype should be in (%s), not %s' % (
','.join(self._allowed_form_types), formtype)
assert section in self._allowed_values[formtype], \
'section for %s should be in (%s), not %s' % (
formtype, ','.join(self._allowed_values[formtype]), section)
rtags = self._tagdefs.setdefault(_ensure_str_key(key),
self.tag_container_cls())
# remove previous section for this form type if any
if rtags:
for tag in rtags.copy():
if tag.startswith(formtype):
rtags.remove(tag)
rtags.add('%s_%s' % (formtype, section))
return rtags
def init_get(self, stype, rtype, otype, tagged):
key = (stype, rtype, otype, tagged)
rtags = {}
for key in self._get_keys(stype, rtype, otype, tagged):
tags = self._tagdefs.get(key, ())
for tag in tags:
assert '_' in tag, (tag, tags)
section, value = tag.split('_', 1)
rtags[section] = value
cls = self.tag_container_cls
rtags = cls('_'.join([section,value]) for section,value in rtags.iteritems())
return rtags
def get(self, *key):
# overriden to avoid recomputing done in parent classes
return self._tagdefs.get(key, ())
def relations_by_section(self, entity, formtype, section, permission,
strict=False):
"""return a list of (relation schema, target schemas, role) for the
given entity matching categories and permission.
`strict`:
bool telling if having local role is enough (strict = False) or not
"""
tag = '%s_%s' % (formtype, section)
eschema = entity.e_schema
permsoverrides = autoform_permissions_overrides
if entity.has_eid():
eid = entity.eid
else:
eid = None
strict = False
if permission == 'update':
assert section in ('attributes', 'metadata', 'hidden')
relpermission = 'add'
else:
assert section not in ('attributes', 'metadata', 'hidden')
relpermission = permission
cw = entity._cw
for rschema, targetschemas, role in eschema.relation_definitions(True):
_targetschemas = []
for tschema in targetschemas:
# check section's tag first, potentially lower cost than
# checking permission which may imply rql queries
if not tag in self.etype_get(eschema, rschema, role, tschema):
continue
rdef = rschema.role_rdef(eschema, tschema, role)
if rschema.final:
if not rdef.has_perm(cw, permission, eid=eid,
creating=eid is None):
continue
elif strict or not rdef.has_local_role(relpermission):
if role == 'subject':
if not rdef.has_perm(cw, relpermission, fromeid=eid):
continue
elif role == 'object':
if not rdef.has_perm(cw, relpermission, toeid=eid):
continue
_targetschemas.append(tschema)
if not _targetschemas:
continue
targetschemas = _targetschemas
rdef = eschema.rdef(rschema, role=role, targettype=targetschemas[0])
# XXX tag allowing to hijack the permission machinery when
# permission is not verifiable until the entity is actually
# created...
if eid is None and '%s_on_new' % permission in permsoverrides.etype_get(eschema, rschema, role):
yield (rschema, targetschemas, role)
continue
if not rschema.final and role == 'subject':
# on relation with cardinality 1 or ?, we need delete perm as well
# if the relation is already set
if (relpermission == 'add'
and rdef.role_cardinality(role) in '1?'
and eid and entity.related(rschema.type, role)
and not rdef.has_perm(cw, 'delete', fromeid=eid,
toeid=entity.related(rschema.type, role)[0][0])):
continue
elif role == 'object':
# on relation with cardinality 1 or ?, we need delete perm as well
# if the relation is already set
if (relpermission == 'add'
and rdef.role_cardinality(role) in '1?'
and eid and entity.related(rschema.type, role)
and not rdef.has_perm(cw, 'delete', toeid=eid,
fromeid=entity.related(rschema.type, role)[0][0])):
continue
yield (rschema, targetschemas, role)
autoform_section = AutoformSectionRelationTags('autoform_section')
# relations'field class
autoform_field = RelationTags('autoform_field')
# relations'field explicit kwargs (given to field's __init__)
autoform_field_kwargs = RelationTagsDict()
# set of tags of the form <action>_on_new on relations. <action> is a
# schema action (add/update/delete/read), and when such a tag is found
# permissions checking is by-passed and supposed to be ok
autoform_permissions_overrides = RelationTagsSet('autoform_permissions_overrides')
class _ReleditTags(RelationTagsDict):
_keys = frozenset('reload default_value noedit'.split())
def tag_subject_of(self, key, *args, **kwargs):
subj, rtype, obj = key
if obj != '*':
self.warning('using explict target type in display_ctrl.tag_subject_of() '
'has no effect, use (%s, %s, "*") instead of (%s, %s, %s)',
subj, rtype, subj, rtype, obj)
super(_ReleditTags, self).tag_subject_of(key, *args, **kwargs)
def tag_object_of(self, key, *args, **kwargs):
subj, rtype, obj = key
if subj != '*':
self.warning('using explict subject type in display_ctrl.tag_object_of() '
'has no effect, use ("*", %s, %s) instead of (%s, %s, %s)',
rtype, obj, subj, rtype, obj)
super(_ReleditTags, self).tag_object_of(key, *args, **kwargs)
def tag_relation(self, key, tag):
for tagkey in tag.iterkeys():
assert tagkey in self._keys
return super(_ReleditTags, self).tag_relation(key, tag)
reledit_ctrl = _ReleditTags('reledit')
# boxes.EditBox configuration #################################################
# 'link' / 'create' relation tags, used to control the "add entity" submenu
def init_actionbox_appearsin_addmenu(rtag, sschema, rschema, oschema, role):
if rtag.get(sschema, rschema, oschema, role) is None:
if rschema in META_RTYPES:
rtag.tag_relation((sschema, rschema, oschema, role), False)
return
rdef = rschema.rdef(sschema, oschema)
if not rdef.role_cardinality(role) in '?1' and rdef.composite == role:
rtag.tag_relation((sschema, rschema, oschema, role), True)
actionbox_appearsin_addmenu = RelationTagsBool('actionbox_appearsin_addmenu',
init_actionbox_appearsin_addmenu)
# deprecated ###################################################################
class AutoformIsInlined(RelationTags):
"""XXX for < 3.6 bw compat"""
def tag_relation(self, key, tag):
warn('autoform_is_inlined is deprecated, use autoform_section '
'with formtype="main", section="inlined"',
DeprecationWarning, stacklevel=3)
section = tag and 'inlined' or 'hidden'
autoform_section.tag_relation(key, 'main', section)
# inlined view flag for non final relations: when True for an entry, the
# entity(ies) at the other end of the relation will be editable from the
# form of the edited entity
autoform_is_inlined = AutoformIsInlined('autoform_is_inlined')