def as_dict(self):
field_dict = OrderedDict()
field_dict['title'] = self.field.__class__.__name__
field_dict['required'] = self.field.required
field_dict['label'] = self.field.label
field_dict['initial'] = self.form_initial_data or self.field.initial
field_dict['help_text'] = self.field.help_text
field_dict['error_messages'] = self.field.error_messages
# Instantiate the Remote Forms equivalent of the widget if possible
# in order to retrieve the widget contents as a dictionary.
remote_widget_class_name = 'Remote%s' % self.field.widget.__class__.__name__
try:
remote_widget_class = getattr(widgets, remote_widget_class_name)
remote_widget = remote_widget_class(self.field.widget,
field_name=self.field_name)
except Exception as e:
logger.warning('Error serializing %s: %s',
remote_widget_class_name, str(e))
widget_dict = {}
else:
widget_dict = remote_widget.as_dict()
field_dict['widget'] = widget_dict
return field_dict
def as_dict(self):
field_dict = SortedDict()
field_dict['title'] = self.field.__class__.__name__
field_dict['required'] = self.field.required
field_dict['label'] = self.field.label
field_dict['initial'] = self.form_initial_data or self.field.initial
field_dict['help_text'] = self.field.help_text
field_dict['error_messages'] = self.field.error_messages
# Instantiate the Remote Forms equivalent of the widget if possible
# in order to retrieve the widget contents as a dictionary.
remote_widget_class_name = 'Remote%s' % self.field.widget.__class__.__name__
try:
remote_widget_class = getattr(widgets, remote_widget_class_name)
remote_widget = remote_widget_class(self.field.widget, field_name=self.field_name)
except Exception as e:
logger.warning('Error serializing %s: %s', remote_widget_class_name, str(e))
widget_dict = {}
else:
widget_dict = remote_widget.as_dict()
field_dict['widget'] = widget_dict
return field_dict
def as_dict(self):
field_dict = OrderedDict()
field_dict["type"] = self.field.__class__.__name__
field_dict["required"] = self.field.required
field_dict["label"] = self.field.label
field_dict[
"initial"] = self.form_initial_data if self.form_initial_data is not None else self.field.initial
field_dict["help_text"] = self.field.help_text
field_dict["error_messages"] = self.field.error_messages
# Instantiate the Remote Forms equivalent of the widget if possible
# in order to retrieve the widget contents as a dictionary.
remote_widget_class_name = "Remote%s" % self.field.widget.__class__.__name__
try:
remote_widget_class = getattr(widgets, remote_widget_class_name)
remote_widget = remote_widget_class(self.field.widget,
field_name=self.field_name)
except Exception as e:
logger.warning("Error serializing %s: %s",
remote_widget_class_name, str(e))
widget_dict = {}
else:
widget_dict = remote_widget.as_dict()
field_dict["widget"] = widget_dict
return field_dict
def __init__(self, form, *args, **kwargs):
self.form = form
self._config = kwargs.pop('config', {})
self.all_fields = set(self.form.fields.keys())
self.excluded_fields = set(kwargs.pop('exclude', []))
self.included_fields = set(kwargs.pop('include', []))
self.readonly_fields = set(kwargs.pop('readonly', []))
self.ordered_fields = kwargs.pop('ordering', [])
self.fieldsets = []
if(hasattr(self.form, 'Meta')):
self.fieldsets = getattr(self.form.Meta, 'fieldsets', [])
# Make sure all passed field lists are valid
if self.excluded_fields and not (self.all_fields >= self.excluded_fields):
logger.warning('Excluded fields %s are not present in form fields' % (self.excluded_fields - self.all_fields))
self.excluded_fields = set()
if self.included_fields and not (self.all_fields >= self.included_fields):
logger.warning('Included fields %s are not present in form fields' % (self.included_fields - self.all_fields))
self.included_fields = set()
if self.readonly_fields and not (self.all_fields >= self.readonly_fields):
logger.warning('Readonly fields %s are not present in form fields' % (self.readonly_fields - self.all_fields))
self.readonly_fields = set()
if self.ordered_fields and not (self.all_fields >= set(self.ordered_fields)):
logger.warning('Readonly fields %s are not present in form fields' % (set(self.ordered_fields) - self.all_fields))
self.ordered_fields = []
if self.included_fields | self.excluded_fields:
logger.warning('Included and excluded fields have following fields %s in common' % (set(self.ordered_fields) - self.all_fields))
self.excluded_fields = set()
self.included_fields = set()
# Extend exclude list from include list
self.excluded_fields |= (self.included_fields - self.all_fields)
if not self.ordered_fields:
try:
self.ordered_fields = self.form.fields.keyOrder
except AttributeError:
self.ordered_fields = self.form.fields.keys()
self.fields = []
# Construct ordered field list considering exclusions
for field_name in self.ordered_fields:
if field_name in self.excluded_fields:
continue
self.fields.append(field_name)
def as_dict(self):
"""
Returns a form as a dictionary that looks like the following:
form = {
'non_field_errors': [],
'label_suffix': ':',
'is_bound': False,
'prefix': 'text'.
'fields': {
'name': {
'type': 'type',
'errors': {},
'help_text': 'text',
'label': 'text',
'initial': 'data',
'max_length': 'number',
'min_length: 'number',
'required': False,
'bound_data': 'data'
'widget': {
'attr': 'value'
}
}
}
}
"""
form_dict = SortedDict()
form_dict['title'] = self.form.__class__.__name__
form_dict['non_field_errors'] = self.form.non_field_errors()
form_dict['label_suffix'] = self.form.label_suffix
form_dict['is_bound'] = self.form.is_bound
form_dict['prefix'] = self.form.prefix
form_dict['fields'] = SortedDict()
form_dict['errors'] = self.form.errors
fieldset_list = []
for fieldset_name, fieldset_data in self.fieldsets:
fieldset_data.update({
'key': fieldset_name,
})
fieldset_list.append(fieldset_data)
form_dict['fieldsets'] = fieldset_list
initial_data = {}
for bound_field in (x for x in self.form if x.name in self.fields):
# Retrieve the initial data from the form itself if it exists so
# that we properly handle which initial data should be returned in
# the dictionary.
# Please refer to the Django Form API documentation for details on
# why this is necessary:
# https://docs.djangoproject.com/en/dev/ref/forms/api/#dynamic-initial-values
form_initial_field_data = self.form.initial.get(bound_field.name)
# Instantiate the Remote Forms equivalent of the field if possible
# in order to retrieve the field contents as a dictionary.
# Use config to to check for any serializer overrides.
field_class_name = bound_field.field.__class__.__name__
if self._config.get('fields', {}).get(field_class_name):
remote_field_class = self._config['fields'][field_class_name]
else:
remote_field_class = getattr(fields, 'Remote%s' % field_class_name)
try:
remote_field = remote_field_class(bound_field, form_initial_field_data)
except Exception, e:
logger.warning('Error serializing field %s: %s', remote_field_class, str(e))
field_dict = {}
else:
field_dict = remote_field.as_dict()
if bound_field.name in self.readonly_fields:
field_dict['readonly'] = True
form_dict['fields'][bound_field.name] = field_dict
widget_class_name = bound_field.field.widget.__class__.__name__
if self._config.get('widgets', {}).get(widget_class_name):
remote_widget_class = self._config['widgets'][widget_class_name]
else:
remote_widget_class = getattr(widgets, 'Remote%s' % widget_class_name)
try:
remote_widget = remote_widget_class(remote_field.widget,
name=remote_field.name, required=remote_field.required)
except Exception, e:
logger.error('Error serializing %s: %s', remote_widget_class, str(e))
widget_dict = {}
def as_dict(self):
"""
Returns a form as a dictionary that looks like the following:
form = {
'non_field_errors': [],
'label_suffix': ':',
'is_bound': False,
'prefix': 'text'.
'fields': {
'name': {
'type': 'type',
'errors': {},
'help_text': 'text',
'label': 'text',
'initial': 'data',
'max_length': 'number',
'min_length: 'number',
'required': False,
'bound_data': 'data'
'widget': {
'attr': 'value'
}
}
}
}
"""
form_dict = OrderedDict()
form_dict['title'] = self.form.__class__.__name__
form_dict['errors'] = self.form.errors
form_dict['non_field_errors'] = self.form.non_field_errors()
form_dict['label_suffix'] = self.form.label_suffix
form_dict['is_bound'] = self.form.is_bound
form_dict['prefix'] = self.form.prefix
form_dict['fields'] = OrderedDict()
form_dict['fieldsets'] = getattr(self.form, 'fieldsets', [])
# If there are no fieldsets, specify order
form_dict['ordered_fields'] = self.fields
initial_data = {}
for name, field in [(x, self.form.fields[x]) for x in self.fields]:
# Retrieve the initial data from the form itself if it exists so
# that we properly handle which initial data should be returned in
# the dictionary.
# Please refer to the Django Form API documentation for details on
# why this is necessary:
# https://docs.djangoproject.com/en/dev/ref/forms/api/#dynamic-initial-values
form_initial_field_data = self.form.initial.get(name)
# Instantiate the Remote Forms equivalent of the field if possible
# in order to retrieve the field contents as a dictionary.
remote_field_class_name = 'Remote%s' % field.__class__.__name__
try:
remote_field_class = getattr(fields, remote_field_class_name)
remote_field = remote_field_class(field,
form_initial_field_data,
field_name=name)
except Exception as e:
logger.warning('Error serializing field %s: %s',
remote_field_class_name, str(e))
field_dict = {}
else:
field_dict = remote_field.as_dict()
if name in self.readonly_fields:
field_dict['readonly'] = True
form_dict['fields'][name] = field_dict
# Load the initial data, which is a conglomerate of form initial and field initial
if 'initial' not in form_dict['fields'][name]:
form_dict['fields'][name]['initial'] = None
initial_data[name] = form_dict['fields'][name]['initial']
if self.form.data:
form_dict['data'] = self.form.data
else:
form_dict['data'] = initial_data
gaura = resolve_promise(form_dict)
#print(gaura)
return resolve_promise(form_dict)
def __init__(self, form, *args, **kwargs):
self.form = form
self.all_fields = set(self.form.fields.keys())
self.excluded_fields = set(kwargs.pop('exclude', []))
self.included_fields = set(kwargs.pop('include', []))
self.readonly_fields = set(kwargs.pop('readonly', []))
self.ordered_fields = kwargs.pop('ordering', [])
self.fieldsets = kwargs.pop('fieldsets', {})
# Make sure all passed field lists are valid
if self.excluded_fields and not (self.all_fields >=
self.excluded_fields):
logger.warning(
'Excluded fields %s are not present in form fields' %
(self.excluded_fields - self.all_fields))
self.excluded_fields = set()
if self.included_fields and not (self.all_fields >=
self.included_fields):
logger.warning(
'Included fields %s are not present in form fields' %
(self.included_fields - self.all_fields))
self.included_fields = set()
if self.readonly_fields and not (self.all_fields >=
self.readonly_fields):
logger.warning(
'Readonly fields %s are not present in form fields' %
(self.readonly_fields - self.all_fields))
self.readonly_fields = set()
if self.ordered_fields and not (self.all_fields >= set(
self.ordered_fields)):
logger.warning(
'Readonly fields %s are not present in form fields' %
(set(self.ordered_fields) - self.all_fields))
self.ordered_fields = []
if self.included_fields | self.excluded_fields:
logger.warning(
'Included and excluded fields have following fields %s in common'
% (set(self.ordered_fields) - self.all_fields))
self.excluded_fields = set()
self.included_fields = set()
# Extend exclude list from include list
self.excluded_fields |= (self.included_fields - self.all_fields)
if not self.ordered_fields:
if hasattr(self.form.fields, 'keyOrder'):
self.ordered_fields = self.form.fields.keyOrder
else:
self.ordered_fields = self.form.fields.keys()
self.fields = []
# Construct ordered field list considering exclusions
for field_name in self.ordered_fields:
if field_name in self.excluded_fields:
continue
self.fields.append(field_name)
# Validate fieldset
fieldset_fields = set()
if self.fieldsets:
for fieldset_name, fieldsets_data in self.fieldsets:
if 'fields' in fieldsets_data:
fieldset_fields |= set(fieldsets_data['fields'])
if not (self.all_fields >= fieldset_fields):
logger.warning('Following fieldset fields are invalid %s' %
(fieldset_fields - self.all_fields))
self.fieldsets = {}
if not (set(self.fields) >= fieldset_fields):
logger.warning('Following fieldset fields are excluded %s' %
(fieldset_fields - set(self.fields)))
self.fieldsets = {}
def as_dict(self):
"""
Returns a form as a dictionary that looks like the following:
form = {
'non_field_errors': [],
'label_suffix': ':',
'is_bound': False,
'prefix': 'text'.
'fields': {
'name': {
'type': 'type',
'errors': {},
'help_text': 'text',
'label': 'text',
'initial': 'data',
'max_length': 'number',
'min_length: 'number',
'required': False,
'bound_data': 'data'
'widget': {
'attr': 'value'
}
}
}
}
"""
form_dict = SortedDict()
form_dict['title'] = self.form.__class__.__name__
form_dict['non_field_errors'] = self.form.non_field_errors()
form_dict['label_suffix'] = self.form.label_suffix
form_dict['is_bound'] = self.form.is_bound
form_dict['prefix'] = self.form.prefix
form_dict['fields'] = SortedDict()
form_dict['errors'] = self.form.errors
form_dict['fieldsets'] = getattr(self.form, 'fieldsets', [])
# If there are no fieldsets, specify order
form_dict['ordered_fields'] = self.fields
initial_data = {}
for name, field in [(x, self.form.fields[x]) for x in self.fields]:
# Retrieve the initial data from the form itself if it exists so
# that we properly handle which initial data should be returned in
# the dictionary.
# Please refer to the Django Form API documentation for details on
# why this is necessary:
# https://docs.djangoproject.com/en/dev/ref/forms/api/#dynamic-initial-values
form_initial_field_data = self.form.initial.get(name)
# Instantiate the Remote Forms equivalent of the field if possible
# in order to retrieve the field contents as a dictionary.
remote_field_class_name = 'Remote%s' % field.__class__.__name__
try:
remote_field_class = getattr(fields, remote_field_class_name)
remote_field = remote_field_class(field, form_initial_field_data, field_name=name)
except Exception, e:
logger.warning('Error serializing field %s: %s', remote_field_class_name, str(e))
field_dict = {}
else:
field_dict = remote_field.as_dict()
if name in self.readonly_fields:
field_dict['readonly'] = True
form_dict['fields'][name] = field_dict
# Load the initial data, which is a conglomerate of form initial and field initial
if 'initial' not in form_dict['fields'][name]:
form_dict['fields'][name]['initial'] = None
initial_data[name] = form_dict['fields'][name]['initial']
def __init__(self, form, *args, **kwargs):
self.form = form
self.all_fields = set(self.form.fields.keys())
self.excluded_fields = set(kwargs.pop('exclude', []))
self.included_fields = set(kwargs.pop('include', []))
self.readonly_fields = set(kwargs.pop('readonly', []))
self.ordered_fields = kwargs.pop('ordering', [])
self.fieldsets = kwargs.pop('fieldsets', {})
# Make sure all passed field lists are valid
if self.excluded_fields and not (self.all_fields >= self.excluded_fields):
logger.warning('Excluded fields %s are not present in form fields' % (self.excluded_fields - self.all_fields))
self.excluded_fields = set()
if self.included_fields and not (self.all_fields >= self.included_fields):
logger.warning('Included fields %s are not present in form fields' % (self.included_fields - self.all_fields))
self.included_fields = set()
if self.readonly_fields and not (self.all_fields >= self.readonly_fields):
logger.warning('Readonly fields %s are not present in form fields' % (self.readonly_fields - self.all_fields))
self.readonly_fields = set()
if self.ordered_fields and not (self.all_fields >= set(self.ordered_fields)):
logger.warning('Readonly fields %s are not present in form fields' % (set(self.ordered_fields) - self.all_fields))
self.ordered_fields = []
if self.included_fields | self.excluded_fields:
logger.warning('Included and excluded fields have following fields %s in common' % (set(self.ordered_fields) - self.all_fields))
self.excluded_fields = set()
self.included_fields = set()
# Extend exclude list from include list
self.excluded_fields |= (self.included_fields - self.all_fields)
if not self.ordered_fields:
if hasattr(self.form.fields, 'keyOrder'):
self.ordered_fields = self.form.fields.keyOrder
else:
self.ordered_fields = self.form.fields.keys()
self.fields = []
# Construct ordered field list considering exclusions
for field_name in self.ordered_fields:
if field_name in self.excluded_fields:
continue
self.fields.append(field_name)
# Validate fieldset
fieldset_fields = set()
if self.fieldsets:
for fieldset_name, fieldsets_data in self.fieldsets:
if 'fields' in fieldsets_data:
fieldset_fields |= set(fieldsets_data['fields'])
if not (self.all_fields >= fieldset_fields):
logger.warning('Following fieldset fields are invalid %s' % (fieldset_fields - self.all_fields))
self.fieldsets = {}
if not (set(self.fields) >= fieldset_fields):
logger.warning('Following fieldset fields are excluded %s' % (fieldset_fields - set(self.fields)))
self.fieldsets = {}
def __init__(self, form, *args, **kwargs):
self.form = form
self.all_fields = set(self.form.fields.keys())
self.excluded_fields = set(kwargs.pop("exclude", []))
self.included_fields = set(kwargs.pop("include", []))
self.readonly_fields = set(kwargs.pop("readonly", []))
self.ordered_fields = kwargs.pop("ordering", [])
self.fieldsets = kwargs.pop("fieldsets", {})
# Make sure all passed field lists are valid
if self.excluded_fields and not (self.all_fields >= self.excluded_fields):
logger.warning(
"Excluded fields %s are not present in form fields" % (self.excluded_fields - self.all_fields)
)
self.excluded_fields = set()
if self.included_fields and not (self.all_fields >= self.included_fields):
logger.warning(
"Included fields %s are not present in form fields" % (self.included_fields - self.all_fields)
)
self.included_fields = set()
if self.readonly_fields and not (self.all_fields >= self.readonly_fields):
logger.warning(
"Readonly fields %s are not present in form fields" % (self.readonly_fields - self.all_fields)
)
self.readonly_fields = set()
if self.ordered_fields and not (self.all_fields >= set(self.ordered_fields)):
logger.warning(
"Readonly fields %s are not present in form fields" % (set(self.ordered_fields) - self.all_fields)
)
self.ordered_fields = []
if self.included_fields | self.excluded_fields:
logger.warning(
"Included and excluded fields have following fields %s in common"
% (set(self.ordered_fields) - self.all_fields)
)
self.excluded_fields = set()
self.included_fields = set()
# Extend exclude list from include list
self.excluded_fields |= self.included_fields - self.all_fields
if not self.ordered_fields:
if "keyOrder" in self.form.fields and self.form.fields.keyOrder:
self.ordered_fields = self.form.fields.keyOrder
else:
self.ordered_fields = self.form.fields.keys()
self.fields = []
# Construct ordered field list considering exclusions
for field_name in self.ordered_fields:
if field_name in self.excluded_fields:
continue
self.fields.append(field_name)
# Validate fieldset
fieldset_fields = set()
if self.fieldsets:
for fieldset_name, fieldsets_data in self.fieldsets:
if "fields" in fieldsets_data:
fieldset_fields |= set(fieldsets_data["fields"])
if not (self.all_fields >= fieldset_fields):
logger.warning("Following fieldset fields are invalid %s" % (fieldset_fields - self.all_fields))
self.fieldsets = {}
if not (set(self.fields) >= fieldset_fields):
logger.warning("Following fieldset fields are excluded %s" % (fieldset_fields - set(self.fields)))
self.fieldsets = {}
def as_dict(self):
"""
Returns a form as a dictionary that looks like the following:
form = {
'non_field_errors': [],
'label_suffix': ':',
'is_bound': False,
'prefix': 'text'.
'errors': {},
'data': {},
'fields': {
'name': {
'type': 'type',
'help_text': 'text',
'label': 'text',
'initial': 'data',
'max_length': 'number',
'min_length: 'number',
'required': False,
'widget': {
'attr': 'value'
}
}
}
}
"""
form_dict = OrderedDict()
if isinstance(self.form, forms.formsets.BaseFormSet):
form_dict = self.get_formset_dict(self.form)
return form_dict
form_dict["type"] = self.form.__class__.__name__
form_dict["non_field_errors"] = self.form.non_field_errors()
form_dict["label_suffix"] = self.form.label_suffix
form_dict["is_bound"] = self.form.is_bound
form_dict["prefix"] = self.form.prefix
form_dict["fields"] = OrderedDict()
form_dict["errors"] = self.form.errors
form_dict["fieldsets"] = getattr(self.form, "fieldsets", [])
# If there are no fieldsets, specify order
form_dict["ordered_fields"] = self.fields
initial_data = {}
for name, field in [(x, self.form.fields[x]) for x in self.fields]:
# Retrieve the initial data from the form itself if it exists so
# that we properly handle which initial data should be returned in
# the dictionary.
# Please refer to the Django Form API documentation for details on
# why this is necessary:
# https://docs.djangoproject.com/en/dev/ref/forms/api/#dynamic-initial-values
form_initial_field_data = self.form.initial.get(name)
# Instantiate the Remote Forms equivalent of the field if possible
# in order to retrieve the field contents as a dictionary.
remote_field_class_name = "Remote%s" % field.__class__.__name__
try:
remote_field_class = getattr(fields, remote_field_class_name,
fields.RemoteField)
remote_field = remote_field_class(field,
form_initial_field_data,
field_name=name)
except Exception as e:
logger.warning("Error serializing field %s: %s",
remote_field_class_name, str(e))
field_dict = {}
else:
field_dict = remote_field.as_dict()
if name in self.readonly_fields:
field_dict["readonly"] = True
form_dict["fields"][name] = field_dict
# Load the initial data, which is a conglomerate of form initial and field initial
if "initial" not in form_dict["fields"][name]:
form_dict["fields"][name]["initial"] = None
initial_data[name] = form_dict["fields"][name]["initial"]
form_dict["data"] = self.get_form_data_without_prefix(
self.form, initial_data)
form_dict["nested"] = {}
if hasattr(self.form, "nested"):
if isinstance(self.form.nested, dict):
for form in list(self.form.nested.values()):
form_dict["nested"] = form_dict.setdefault("nested", {})
form_dict.update(
self.get_nested_formset_dict(form, form_dict))
else:
form_dict["nested"] = self.get_nested_formset_dict(
self.form.nested, form_dict)
return resolve_promise(form_dict)
def __init__(self, form, *args, **kwargs):
self.form = form
if isinstance(form, forms.formsets.BaseFormSet):
return
self.all_fields = set(self.form.fields.keys())
self.excluded_fields = set(kwargs.pop("exclude", []))
self.included_fields = set(kwargs.pop("include", []))
self.readonly_fields = set(kwargs.pop("readonly", []))
self.ordered_fields = kwargs.pop("ordering", [])
self.fieldsets = kwargs.pop("fieldsets", {})
# Make sure all passed field lists are valid
if self.excluded_fields and not (self.all_fields >=
self.excluded_fields):
logger.warning(
"Excluded fields %s are not present in form fields" %
(self.excluded_fields - self.all_fields))
self.excluded_fields = set()
if self.included_fields and not (self.all_fields >=
self.included_fields):
logger.warning(
"Included fields %s are not present in form fields" %
(self.included_fields - self.all_fields))
self.included_fields = set()
if self.readonly_fields and not (self.all_fields >=
self.readonly_fields):
logger.warning(
"Readonly fields %s are not present in form fields" %
(self.readonly_fields - self.all_fields))
self.readonly_fields = set()
if self.ordered_fields and not (self.all_fields >= set(
self.ordered_fields)):
logger.warning(
"Readonly fields %s are not present in form fields" %
(set(self.ordered_fields) - self.all_fields))
self.ordered_fields = []
if self.included_fields | self.excluded_fields:
logger.warning(
"Included and excluded fields have following fields %s in common"
% (set(self.ordered_fields) - self.all_fields))
self.excluded_fields = set()
self.included_fields = set()
# Extend exclude list from include list
self.excluded_fields |= self.included_fields - self.all_fields
if not self.ordered_fields:
if hasattr(self.form.fields, "keyOrder"):
self.ordered_fields = self.form.fields.keyOrder
else:
self.ordered_fields = list(self.form.fields.keys())
self.fields = []
# Construct ordered field list considering exclusions
for field_name in self.ordered_fields:
if field_name in self.excluded_fields:
continue
self.fields.append(field_name)
# Validate fieldset
fieldset_fields = set()
if self.fieldsets:
for fieldset_name, fieldsets_data in self.fieldsets:
if "fields" in fieldsets_data:
fieldset_fields |= set(fieldsets_data["fields"])
if not (self.all_fields >= fieldset_fields):
logger.warning("Following fieldset fields are invalid %s" %
(fieldset_fields - self.all_fields))
self.fieldsets = {}
if not (set(self.fields) >= fieldset_fields):
logger.warning("Following fieldset fields are excluded %s" %
(fieldset_fields - set(self.fields)))
self.fieldsets = {}
