def test_sssp(property_graph):
property_name = "NewProp"
weight_name = "workFrom"
start_node = 0
sssp(property_graph, start_node, weight_name, 6, property_name)
num_node_properties = len(property_graph.node_schema())
new_property_id = num_node_properties - 1
verify_sssp(property_graph, start_node, new_property_id)
sssp_assert_valid(property_graph, start_node, weight_name, property_name)
stats = SsspStatistics(property_graph, property_name)
print(stats)
assert stats.max_distance == 2011.0
def run_sssp(property_graph: PropertyGraph, input_args, source_node_file):
property_name = "NewProp"
start_node = input_args["source_node"]
edge_prop_name = input_args["edge_wt"]
sssp_plan = analytics.SsspPlan.delta_step(input_args["sssp_delta"])
if "kron" in input_args["name"] or "urand" in input_args["name"]:
sssp_plan = analytics.SsspPlan.delta_step_fusion(
input_args["sssp_delta"])
if not source_node_file == "":
if not os.path.exists(source_node_file):
print(f"Source node file doesn't exist: {source_node_file}")
with open(source_node_file, "r") as fi:
sources = [int(l) for l in fi.readlines()]
for source in sources:
with time_block(f"sssp on {source}"):
analytics.sssp(property_graph, source, edge_prop_name,
property_name, sssp_plan)
check_schema(property_graph, property_name)
analytics.sssp_assert_valid(property_graph, source, edge_prop_name,
property_name)
stats = analytics.SsspStatistics(property_graph, property_name)
print(f"STATS:\n{stats}")
property_graph.remove_node_property(property_name)
else:
with time_block("sssp"):
analytics.sssp(property_graph, start_node, edge_prop_name,
property_name, sssp_plan)
check_schema(property_graph, property_name)
analytics.sssp_assert_valid(property_graph, start_node, edge_prop_name,
property_name)
stats = analytics.SsspStatistics(property_graph, property_name)
print(f"STATS:\n{stats}")
property_graph.remove_node_property(property_name)
def test_sssp(property_graph: PropertyGraph):
property_name = "NewProp"
weight_name = "workFrom"
start_node = 0
sssp(property_graph, start_node, weight_name, property_name)
node_schema: Schema = property_graph.node_schema()
num_node_properties = len(node_schema)
new_property_id = num_node_properties - 1
assert node_schema.names[new_property_id] == property_name
assert property_graph.get_node_property(
property_name)[start_node].as_py() == 0
sssp_assert_valid(property_graph, start_node, weight_name, property_name)
stats = SsspStatistics(property_graph, property_name)
print(stats)
assert stats.max_distance == 2011.0
# Verify with numba implementation of verifier
verify_sssp(property_graph, start_node, new_property_id)