def validate(self):
"""Validate this field"""
self._val_results = self.val_results_header_and_field_exists()
if self.found:
self._val_results += [
val.left_right_order(self),
val.not_empty(self.values),
]
def test_cells_not_empty():
passing_values = [True, False, "hello", 42]
failing_values = [None, ""]
values = failing_values + passing_values
failing_indices = list(range(len(failing_values)))
results = val.not_empty(values)
assert results.indices == failing_indices
def validate(self):
"""Validate this field"""
self._val_results = self.val_results_header_and_field_exists()
if self.found:
self._val_results += [
val.left_right_order(self),
val.not_empty(self.values),
val.cascade_level_valid_input(self),
val.cascade_block_match(),
]
def validate(self):
"""Validate this field"""
self._val_results = self.val_results_header_and_field_exists()
if self.found:
self._val_results += [
val.left_right_order(self), # LEFT/RIGHT ORDER
val.not_empty(self.values), # NOT EMPTY
val.missing_tags(), # MISSING TAGS
val.custom_tags(), # CUSTOM TAGS
val.parent_child_modifiers(), # PARENT/CHILD MODIFIERS
val.mutual_parent_child(), # MUTUAL PARENT/CHILD
]
def get_cascade_level_not_empty():
fields = context.fields.get()
cascade_field = fields.get_field_object('CascadeLevel')
results = val.not_empty(cascade_field.values)
return results