def objects(ctx, format: str):
url = ctx.obj["api_server_url"]
format = AvailableFormat(format)
print(
get_state_api_output_to_print(
list_objects(api_server_url=url, _explain=_should_explain(format)),
format=format,
)
)
def objects(ctx, format: str, filter: List[Tuple[str, str]]):
url = ctx.obj["api_server_url"]
format = AvailableFormat(format)
print(
get_state_api_output_to_print(
list_objects(
api_server_url=url,
filters=filter,
_explain=_should_explain(format),
),
format=format,
)
)
def test_list_objects(shutdown_only):
ray.init()
import numpy as np
data = np.ones(50 * 1024 * 1024, dtype=np.uint8)
plasma_obj = ray.put(data)
@ray.remote
def f(obj):
print(obj)
ray.get(f.remote(plasma_obj))
def verify():
obj = list(list_objects().values())[0]
# For detailed output, the test is covered from `test_memstat.py`
return obj["object_id"] == plasma_obj.hex()
wait_for_condition(verify)
print(list_objects())
def objects(ctx):
url = ctx.obj["api_server_url"]
pprint(list_objects(url))
def verify():
obj = list(list_objects().values())[0]
# For detailed output, the test is covered from `test_memstat.py`
return obj["object_id"] == plasma_obj.hex()
def verify():
# There's only 1 object.
result = list_objects(
filters=[("pid", pid), ("reference_type", "LOCAL_REFERENCE")])
return len(result) == 1
def objects(ctx, format: str):
url = ctx.obj["api_server_url"]
print(
get_state_api_output_to_print(list_objects(api_server_url=url),
format=AvailableFormat(format)))