uuid.UUID(value) # convert str to UUID Now, we need to let the database know how to map this uuid label to an actual uuid column type in the database. Specify the overrides in the Database constructor: been removed. This helper was used to de-duplicate left-join queries to give the appearance of efficiency when iterating a model and it’s relations. In practice, the complexity of the code and it’s somewhat

different data-types for your field-data, we need to let the database know how to map this uuid label to an actual uuid column type in the database. Specify the overrides in the Database constructor: been removed. This helper was used to de-duplicate left-join queries to give the appearance of efficiency when iterating a model and its relations. In practice, the complexity of the code and its somewhat

different data-types for your field-data, we need to let the database know how to map this uuid label to an actual uuid column type in the database. Specify the overrides in the Database constructor: been removed. This helper was used to de-duplicate left-join queries to give the appearance of efficiency when iterating a model and its relations. In practice, the complexity of the code and its somewhat

uuid.UUID(value) # convert str to UUID Now, we need to let the database know how to map this uuid label to an actual uuid column type in the database. Specify the overrides in the Database constructor: been removed. This helper was used to de-duplicate left-join queries to give the appearance of efficiency when iterating a model and its relations. In practice, the complexity of the code and its somewhat

use different data-types for your field-data, we need to let the database know how to map this uuid label to an actual uuid column type in the database. Specify the overrides in the Database constructor: been removed. This helper was used to de-duplicate left-join queries to give the appearance of efficiency when iterating a model and its relations. In practice, the complexity of the code and its somewhat

uuid.UUID(value) # convert str to UUID Now, we need to let the database know how to map this uuid label to an actual uuid column type in the database. Specify the overrides in the Database constructor: been removed. This helper was used to de-duplicate left-join queries to give the appearance of efficiency when iterating a model and its relations. In practice, the complexity of the code and its somewhat

use different data-types for your field-data, we need to let the database know how to map this uuid label to an actual uuid column type in the database. Specify the overrides in the Database constructor: been removed. This helper was used to de-duplicate left-join queries to give the appearance of efficiency when iterating a model and its relations. In practice, the complexity of the code and its somewhat

use different data-types for your field-data, we need to let the database know how to map this uuid label to an actual uuid column type in the database. Specify the overrides in the Database constructor: been removed. This helper was used to de-duplicate left-join queries to give the appearance of efficiency when iterating a model and its relations. In practice, the complexity of the code and its somewhat

use different data-types for your field-data, we need to let the database know how to map this uuid label to an actual uuid column type in the database. Specify the overrides in the Database constructor: been removed. This helper was used to de-duplicate left-join queries to give the appearance of efficiency when iterating a model and its relations. In practice, the complexity of the code and its somewhat

(”.”). Currently the postgres_ext module supports the following operations: store and retrieve label-trees very complex filtering by labels querying by prefix using ltree As with hstore, you will need where(path__lmatch_text='(static | dynamic) & (p* | c*) & !cpp')) [u'python', u'c'] You can select subtrees, label indices, and more: >>> q = Category.select(['name', lsubpath('path', -1, 1, 'leaf')]) >>> for cat