def step_impl(context: Context, var: str, type_label: str, key_type: str,
key_value: str):
context.put(
var,
next((owner for owner in context.tx().concepts().get_attribute_type(
key_type).as_string().as_remote(context.tx()).get(
key_value).as_remote(context.tx()).get_owners()
if owner.get_type().get_label() == Label.of(type_label)), None))
def step_impl(context: Context, var: str, type_label: str, key_type: str,
key_value: str):
key = context.tx().concepts().get_attribute_type(
key_type).as_string().as_remote(context.tx()).put(key_value)
relation = context.tx().concepts().get_relation_type(type_label).as_remote(
context.tx()).create()
relation.as_remote(context.tx()).set_has(key)
context.put(var, relation)
def before_scenario(context: Context, scenario):
for database in context.client.databases().all():
database.delete()
context.sessions = []
context.sessions_to_transactions = {}
context.sessions_parallel = []
context.sessions_to_transactions_parallel = {}
context.sessions_parallel_to_transactions_parallel = {}
context.tx = lambda: context.sessions_to_transactions[context.sessions[0]][0]
context.things = {}
context.get = lambda var: context.things[var]
context.put = lambda var, thing: _put_impl(context, var, thing)
context.get_thing_type = lambda root_label, type_label: _get_thing_type_impl(context, root_label, type_label)
context.clear_answers = lambda: _clear_answers_impl(context)
def before_scenario(context: Context, scenario):
for tag in IGNORE_TAGS:
if tag in scenario.effective_tags:
scenario.skip("tagged with @" + tag)
return
for database in context.client.databases().all():
context.client.databases().delete(database)
context.sessions = []
context.sessions_to_transactions = {}
context.sessions_parallel = []
context.sessions_to_transactions_parallel = {}
context.sessions_parallel_to_transactions_parallel = {}
context.tx = lambda: context.sessions_to_transactions[context.sessions[0]][0]
context.things = {}
context.get = lambda var: context.things[var]
context.put = lambda var, thing: _put_impl(context, var, thing)
context.get_thing_type = lambda root_label, type_label: _get_thing_type_impl(context, root_label, type_label)
context.clear_answers = lambda: _clear_answers_impl(context)
def before_scenario(context: Context, scenario):
for database in context.client.databases().all():
database.delete()
context.sessions = []
context.sessions_to_transactions = {}
context.sessions_parallel = []
context.sessions_to_transactions_parallel = {}
context.sessions_parallel_to_transactions_parallel = {}
context.tx = lambda: context.sessions_to_transactions[context.sessions[0]][
0]
context.things = {}
context.get = lambda var: context.things[var]
context.put = lambda var, thing: _put_impl(context, var, thing)
context.get_thing_type = lambda root_label, type_label: _get_thing_type_impl(
context, root_label, type_label)
context.clear_answers = lambda: _clear_answers_impl(context)
context.option_setters = {
"session-idle-timeout-millis":
lambda option, value: option.set_session_idle_timeout_millis(int(value)
),
"transaction-timeout-millis":
lambda option, value: option.set_transaction_timeout_millis(int(value)
),
}
def step_impl(context: Context, var: str, type_label: str):
context.put(
var,
context.tx().concepts().get_relation_type(type_label).as_remote(
context.tx()).create())
def step_impl(context: Context, var: str, type_label: str, value: str):
context.put(var, context.tx().concepts().get_attribute_type(type_label).as_remote(context.tx()).as_string().put(value))