def computeMethodName(self, field, mode):
if mode not in _modes.keys():
raise TypeError("Unsupported Mode %s in field: %s (%s)" %
(field.getName(), mode))
prefix = _modes[mode]['prefix']
name = capitalize(field.getName())
return "%s%s" % (prefix, name)
def computeMethodName(self, field, mode):
if mode not in _modes.keys():
raise TypeError("Unsupported Mode %s in field: %s (%s)" % \
(field.getName(), mode))
prefix = _modes[mode]['prefix']
name = capitalize(field.getName())
return "%s%s" % (prefix, name)
def populateProps(self, field):
"""This is called when the field is created."""
name = field.getName()
if not self.label:
self.label = capitalize(name)
def Schema(self, schema_id=None):
""" Retrieve schema from parent object. The client class should
override the method as Schema(self) and then call his method
of the baseclass with the corresponding schema_id.
"""
# Schema() seems to be called during the construction phase when there is
# no acquisition context. So we return the default schema itself.
# ATT: mind the difference btn 'hasattr' and 'shasattr' (latter strips acq)
if not hasattr(self, 'aq_parent') or self.id.find('atse-ptypedummy')>=0:
if shasattr(self, 'schema'):
return self._wrap_schema(self.schema)
else:
raise ValueError('Instance has no "schema" attribute defined')
provider = self.lookup_provider()
if not ISchemaEditor.providedBy(provider):
raise SchemaEditorError, 'Provider -- %s -- can not be recognized as Archetypes Schema Editor! Perhaps you are using ParentManagedSchema derived objects with Tool. A tool can only manage ToolManagedSchema (ParentOrToolManagedSchema) derived objects.' % str(provider).replace('<', '').replace('>','')
if not self.lookup_provider().atse_isSchemaRegistered(self.portal_type):
return self._wrap_schema(self.schema)
# If we're called by the generated methods we can not rely on
# the id and need to check for portal_type
if not schema_id:
schema_id = self.portal_type
# Otherwise get the schema from the parent through
# acquisition and assign it to a volatile attribute for performance
# reasons
self._v_schema = getattr(self, '_v_schema', None)
if self._v_schema is None:
# looking for changes in the schema held by the object
LOG('ATSchemaEditorNG', INFO, 'Looking up changes via lookupChanges() - _v_schema is None')
self._v_schema = self._lookupChanges(schema_id)
if not shasattr(self, '_md'):
self.initializeArchetype()
for field in self._v_schema.fields():
##########################################################
# Fake accessor and mutator methods
##########################################################
# XXX currently only honoring explicitly specified mutators
# or accessors if the method exists on the object. if
# the methods are autogenerated the specified names will
# not be honored.
name = field.getName()
def atse_get_method(self=self, name=name, *args, **kw):
return self.getField(name).get(self, **kw)
def atse_getRaw_method(self=self, name=name, *args, **kw):
return self.getField(name).getRaw(self, **kw)
# workaround for buggy widget/keyword AT template that
# uses field.accessor as catalog index name *grrrr*
# XXX find another way to fix that
if name != 'subject':
accessor_name = getattr(field, 'accessor', None)
if accessor_name and shasattr(self, accessor_name):
pass # the accessor exists, we're cool
else:
v_name = '_v_%s_accessor' % name
accessor_name = v_name
setattr(self, v_name, atse_get_method)
field.accessor = accessor_name
# the edit accessor and the regular accessor can be the
# same in most cases, but not for ReferenceFields
# XXX any other cases?
# test for special cases where there is no
# getter with conformant naming scheme
con_name = capitalize(field.getName())
dogenerate = not shasattr(self, 'get%s' % con_name)
edit_accessor_name = getattr(field, 'edit_accessor', None)
if edit_accessor_name and shasattr(self, edit_accessor_name) and not dogenerate:
pass # the edit_accessor_name exists, we're cool
else:
edit_v_name = '_v_%s_edit_accessor' % name
edit_accessor_name = edit_v_name
field_type = str(field.type).upper()
if field_type == 'REFERENCE':
setattr(self, edit_accessor_name, atse_getRaw_method)
else:
setattr(self, edit_accessor_name, atse_get_method)
field.edit_accessor = edit_accessor_name
def atse_set_method(value, self=self, name=name, *args, **kw):
if name != 'id':
self.getField(name).set(self, value, **kw)
# saving id directly (avoiding unicode problems)
else: self.setId(value)
mutator_name = getattr(field, 'mutator', None)
if mutator_name and shasattr(self, mutator_name):
pass # the mutator exists, we're cool
else:
v_name = '_v_%s_mutator' % name
mutator_name = v_name
setattr(self, v_name, atse_set_method)
field.mutator = mutator_name
# Check if we need to update our own properties
try:
value = field.get(self)
except:
field.set(self, field.default)
return self._wrap_schema(self._v_schema)
def outputContentFile(self, imported_class):
out = StringIO()
trans = getToolByName(self, 'translation_service', None)
utranslate = trans.utranslate
obj = imported_class("object_id")
values = dict()
values['meta_type'] = obj.meta_type
values['archetype_name'] = obj.archetype_name
printout(out, obj.meta_type)
printout(out, '')
printout(out, ' archetype_name: ' + obj.meta_type)
printout(out, '')
schemata_names = obj.schema.getSchemataNames()
exclude_schemata = ('metadata',)
schemata_names = [s for s in schemata_names if s not in exclude_schemata]
printout(out, '')
printout(out, ' All schemata (except metadata):')
printout(out, ' %s' % ', '.join(schemata_names))
# for schemata_name in schemata_names:
# printout(out, ' %s' %schemata_name)
printout(out, '')
for schemata_name in schemata_names:
printout(out, ' schemata: %s' %schemata_name)
printout(out, '')
for field in obj.Schema().filterFields(schemata=schemata_name):
printout(out, ' field: %s' %field.__name__)
printout(out, '')
printout(out, ' field type: %s' %field.type)
printout(out, ' required: %s' %bool(field.required))
if field.default:
printout(out, ' default: %s' %str(field.default))
if field.default_method is not None:
printout(out, ' default_method: %s' \
%field.default_method)
if field.vocabulary is not ():
printout(out, ' vocabulary: %s' %str(field.vocabulary))
if field.enforceVocabulary:
printout(out, ' enforceVocabulary: %s' \
%bool(field.enforceVocabulary))
printout(out, ' Multivalued: %s' %bool(field.required))
printout(out, ' Searchable: %s' %bool(field.required))
if field.isMetadata:
printout(out, ' isMetadata: %s' %bool(field.isMetadata))
capName = capitalize(field.getName())
if field.accessor != 'get'+capName:
printout(out, ' accessor: %s' %field.accessor)
if field.edit_accessor != 'getRaw'+capName:
printout(out, ' edit_accessor: %s' %field.edit_accessor)
if field.mutator != 'set'+capName:
printout(out, ' mutator: %s' %field.mutator)
if field.mode != 'rw':
printout(out, ' mode: %s' %field.mode)
if field.read_permission != 'View':
printout(out, ' read_permission: %s' \
%field.read_permission)
if field.write_permission != 'Modify portal content':
printout(out, ' write_permission: %s' \
%field.write_permission)
# printout(out, ' storage: %s' %field.storage.getName())
# printout(out, ' generateMode: %s' %field.generateMode)
# printout(out, ' force: %s' %field.force)
printout(out, ' widget: %s' %field.widget.getName())
printout(out, ' widget label: %s' %field.widget.label)
# if hasattr(field.widget, 'domain'):
# domain = field.widget.domain
# else:
# domain = 'plone'
# if hasattr(field.widget, 'label_msgid'):
# printout(out, ' widget label msg_id: %s' \
# %field.widget.label_msgid)
# printout(out, ' widget label (fr): %s' \
# %utranslate(domain,
# field.widget.label_msgid,
# target_language='fr'))
if field.widget.description:
printout(out, ' widget description: %s' \
%field.widget.description)
# printout(out, ' validators: %s' %str(field.validators))
printout(out, ' index: %s' %field.index)
if field.index_method != '_at_accessor':
printout(out, ' index_method: %s' %field.index_method)
# printout(out, ' languageIndependent: %s' %field.languageIndependent)
printout(out, '')
printout(out, ' index priority: ')
printout(out, '')
return out.getvalue()
def populateProps(self, field):
"""This is called when the field is created."""
name = field.getName()
if not self.label:
self.label = capitalize(name)
def outputContentFile(self, imported_class):
out = StringIO()
trans = getToolByName(self, 'translation_service', None)
utranslate = trans.utranslate
obj = imported_class("object_id")
values = dict()
values['meta_type'] = obj.meta_type
values['archetype_name'] = obj.archetype_name
printout(out, obj.meta_type)
printout(out, '')
printout(out, ' archetype_name: ' + obj.meta_type)
printout(out, '')
schemata_names = obj.schema.getSchemataNames()
exclude_schemata = ('metadata', )
schemata_names = [s for s in schemata_names if s not in exclude_schemata]
printout(out, '')
printout(out, ' All schemata (except metadata):')
printout(out, ' %s' % ', '.join(schemata_names))
# for schemata_name in schemata_names:
# printout(out, ' %s' %schemata_name)
printout(out, '')
for schemata_name in schemata_names:
printout(out, ' schemata: %s' % schemata_name)
printout(out, '')
for field in obj.Schema().filterFields(schemata=schemata_name):
printout(out, ' field: %s' % field.__name__)
printout(out, '')
printout(out, ' field type: %s' % field.type)
printout(out, ' required: %s' % bool(field.required))
if field.default:
printout(out, ' default: %s' % str(field.default))
if field.default_method is not None:
printout(out, ' default_method: %s' \
%field.default_method)
if field.vocabulary is not ():
printout(out, ' vocabulary: %s' % str(field.vocabulary))
if field.enforceVocabulary:
printout(out, ' enforceVocabulary: %s' \
%bool(field.enforceVocabulary))
printout(out, ' Multivalued: %s' % bool(field.required))
printout(out, ' Searchable: %s' % bool(field.required))
if field.isMetadata:
printout(out,
' isMetadata: %s' % bool(field.isMetadata))
capName = capitalize(field.getName())
if field.accessor != 'get' + capName:
printout(out, ' accessor: %s' % field.accessor)
if field.edit_accessor != 'getRaw' + capName:
printout(out,
' edit_accessor: %s' % field.edit_accessor)
if field.mutator != 'set' + capName:
printout(out, ' mutator: %s' % field.mutator)
if field.mode != 'rw':
printout(out, ' mode: %s' % field.mode)
if field.read_permission != 'View':
printout(out, ' read_permission: %s' \
%field.read_permission)
if field.write_permission != 'Modify portal content':
printout(out, ' write_permission: %s' \
%field.write_permission)
# printout(out, ' storage: %s' %field.storage.getName())
# printout(out, ' generateMode: %s' %field.generateMode)
# printout(out, ' force: %s' %field.force)
printout(out, ' widget: %s' % field.widget.getName())
printout(out, ' widget label: %s' % field.widget.label)
# if hasattr(field.widget, 'domain'):
# domain = field.widget.domain
# else:
# domain = 'plone'
# if hasattr(field.widget, 'label_msgid'):
# printout(out, ' widget label msg_id: %s' \
# %field.widget.label_msgid)
# printout(out, ' widget label (fr): %s' \
# %utranslate(domain,
# field.widget.label_msgid,
# target_language='fr'))
if field.widget.description:
printout(out, ' widget description: %s' \
%field.widget.description)
# printout(out, ' validators: %s' %str(field.validators))
printout(out, ' index: %s' % field.index)
if field.index_method != '_at_accessor':
printout(out, ' index_method: %s' % field.index_method)
# printout(out, ' languageIndependent: %s' %field.languageIndependent)
printout(out, '')
printout(out, ' index priority: ')
printout(out, '')
return out.getvalue()
