def dot_notation_set_value(self, notation, value):
traverser = DotPathTraverser(notation)
traverser.resolve_for_instance(self)
try:
traverser.set_value(value)
except:
print traverser.resolved_paths
raise
def evaluate_query_index(self, registered_index, query_index, doc_id, data):
from dockit.backends.djangodocument.models import RegisteredIndexDocument
schema = query_index.document
#evaluate if document passes filters
for inclusion in query_index.inclusions:
dotpath = inclusion.dotpath()
traverser = DotPathTraverser(dotpath)
try:
traverser.resolve_for_raw_data(data, schema=schema)
except DotPathNotFound:
return False
except ObjectDoesNotExist:
return False
if traverser.current_value != inclusion.value:
return False
for exclusion in query_index.exclusions:
dotpath = exclusion.dotpath()
traverser = DotPathTraverser(dotpath)
try:
traverser.resolve_for_raw_data(data, schema=schema)
except DotPathNotFound:
pass
except ObjectDoesNotExist:
pass
else:
if traverser.current_value == exclusion.value:
return False
#index params
encoded_data = simplejson.dumps(data, cls=DjangoJSONEncoder)
index_doc, created = RegisteredIndexDocument.objects.get_or_create(index=registered_index, doc_id=doc_id, defaults={'data':encoded_data})
if not created:
index_doc.data = encoded_data
index_doc.save()
for param in query_index.indexes:
dotpath = param.dotpath()
traverser = DotPathTraverser(dotpath)
try:
traverser.resolve_for_raw_data(data, schema=schema)
except DotPathNotFound:
value = None
field = None
except ObjectDoesNotExist:
value = None
field = None
else:
value = traverser.current_value
field = traverser.current_field
index_model = self.lookup_index(value=value, field=field)
#now create a BaseIndex entry associated to a registered index document
#if param.key == '@natural_key_hash':
# assert value
# assert False, str(value) +':'+ str(index_model)
index_model.objects.db_index(index_doc, param.key, value)
def get_field(self, schema, dotpath, obj=None):
field = None
if dotpath and obj:
field = obj.dot_notation_to_field(dotpath)
if field is None:
parent_path = dotpath.rsplit('.', 1)[0]
print 'no field', dotpath, obj
from dockit.schema.common import DotPathTraverser
traverser = DotPathTraverser(parent_path)
traverser.resolve_for_instance(obj)
info = traverser.resolved_paths
subschema = info[2]['field'].schema
fields = subschema._meta.fields
field = obj.dot_notation_to_field(parent_path)
data = obj._primitive_data
assert field
return field
def _get_field(self, schema, dotpath):
#helper function that returns the field belonging to the dotpath
field = None
if dotpath and self.parent:
obj = self.parent.instance
field = obj.dot_notation_to_field(dotpath)
if field is None:
parent_path = dotpath.rsplit('.', 1)[0]
print 'no field', dotpath, obj
from dockit.schema.common import DotPathTraverser
traverser = DotPathTraverser(parent_path)
traverser.resolve_for_instance(obj)
info = traverser.resolved_paths
subschema = info[-1]['field'].schema
fields = subschema._meta.fields
field = obj.dot_notation_to_field(parent_path)
data = obj._primitive_data
assert field
return field
def dot_notation_to_field(self, notation):
traverser = DotPathTraverser(notation)
traverser.resolve_for_instance(self)
return traverser.current["field"]
def dot_notation_to_field(self, notation):
traverser = DotPathTraverser(notation)
traverser.resolve_for_schema(self._document)
return traverser.current['field']
def dot_notation_to_value(self, notation):
traverser = DotPathTraverser(notation)
traverser.resolve_for_instance(self)
return traverser.current['value']
