def test_put_get(shutdown_only, tmp_path, storage_type):
with simulate_storage(storage_type) as storage_uri:
ray.init(storage=storage_uri, num_gpus=1)
client = storage.get_client("ns")
client2 = storage.get_client("ns2")
assert client.get("foo/bar") is None
client.put("foo/bar", b"hello")
client.put("baz", b"goodbye")
client2.put("baz", b"goodbye!")
assert client.get("foo/bar") == b"hello"
assert client.get("baz") == b"goodbye"
assert client2.get("baz") == b"goodbye!"
# delete file
assert client.delete("baz")
assert client.get("baz") is None
assert not client.delete("non_existing")
# delete dir
n_files = 3
for i in range(n_files):
assert client2.get(f"foo/bar{i}") is None
for i in range(n_files):
client2.put(f"foo/bar{i}", f"hello{i}".encode())
for i in range(n_files):
assert client2.get(f"foo/bar{i}") == f"hello{i}".encode()
assert client2.delete_dir("foo")
for i in range(n_files):
assert client2.get(f"foo/bar{i}") is None
assert not client2.delete_dir("non_existing")
def test_directory_traversal_attack(shutdown_only, storage_type):
with simulate_storage(storage_type) as storage_uri:
ray.init(storage=storage_uri, num_gpus=1)
client = storage.get_client("foo")
client.put("data", b"hello")
client2 = storage.get_client("foo/bar")
# Should not be able to access '../data'.
with pytest.raises(ValueError):
client2.get("../data")
def test_directory_traversal_attack(shutdown_only, tmp_path):
path = str(tmp_path)
ray.init(storage=path, num_gpus=1)
client = storage.get_client("foo")
client.put("data", b"hello")
client2 = storage.get_client("foo/bar")
# Should not be able to access '../data'.
with pytest.raises(ValueError):
client2.get("../data")
def test_put_get(shutdown_only, tmp_path):
path = str(tmp_path)
ray.init(storage=path, num_gpus=1)
client = storage.get_client("ns")
client2 = storage.get_client("ns2")
client.put("foo/bar", b"hello")
client.put("baz", b"goodbye")
client2.put("baz", b"goodbye!")
assert client.get("foo/bar") == b"hello"
assert client.get("baz") == b"goodbye"
assert client2.get("baz") == b"goodbye!"
client.delete("baz")
assert client.get("baz") is None
def __init__(self, workflow_id: str):
from ray.workflow.api import _ensure_workflow_initialized
_ensure_workflow_initialized()
self._storage = storage.get_client(
os.path.join(WORKFLOW_ROOT, workflow_id))
self._workflow_id = workflow_id
def test_get_info_basic(shutdown_only, storage_type):
with simulate_storage(storage_type) as storage_uri:
ray.init(storage=storage_uri, num_gpus=1)
client = storage.get_client("ns")
client.put("foo/bar1", b"hello")
assert client.get_info("foo/bar1").base_name == "bar1"
assert client.get_info("foo/bar2") is None
assert client.get_info("foo").base_name == "foo"
assert client.get_info("").base_name == "ns"
def test_get_info_basic(shutdown_only, tmp_path):
path = str(tmp_path)
ray.init(storage=path, num_gpus=1)
client = storage.get_client("ns")
client.put("foo/bar1", b"hello")
assert client.get_info("foo/bar1").base_name == "bar1"
assert client.get_info("foo/bar2") is None
assert client.get_info("foo").base_name == "foo"
assert client.get_info("").base_name == "ns"
def test_list_basic(shutdown_only, storage_type):
with simulate_storage(storage_type) as storage_uri:
ray.init(storage=storage_uri, num_gpus=1)
client = storage.get_client("ns")
client.put("foo/bar1", b"hello")
client.put("foo/bar2", b"hello")
client.put("baz/baz1", b"goodbye!")
d1 = client.list("")
assert sorted([f.base_name for f in d1]) == ["baz", "foo"], d1
d2 = client.list("foo")
assert sorted([f.base_name for f in d2]) == ["bar1", "bar2"], d2
with pytest.raises(FileNotFoundError):
client.list("invalid")
with pytest.raises(NotADirectoryError):
client.list("foo/bar1")
def __init__(self):
self._storage = storage.get_client(WORKFLOW_ROOT)
