session = helper.init_sas(args.filepath)
tot_elapsed = 0.0
build_elapsed = 0.0
algo_elapsed = 0.0
for v in helper.generate_sources(args.nsources, session):
st = time.time()
session.network.shortestPath(nthreads=args.nthreads,
logLevel="aggressive",
links={"name": "links"},
outWeights={
"name": "out",
"replace": True
},
source=v)
tot_elapsed += time.time() - st
b, a = helper.parse_sas_log()
build_elapsed += b
algo_elapsed += a
build_elapsed = build_elapsed / args.nsources
algo_elapsed = algo_elapsed / args.nsources
tot_elapsed = tot_elapsed / args.nsources
helper.terminate_sas(session,
tot_elapsed,
elapsed=(build_elapsed, algo_elapsed))
import time
import helper
args = helper.take_input()
helper.print_header("sas-network", "spanning forest", args.filepath,
args.nthreads)
session = helper.init_sas(args.filepath)
st = time.time()
session.optnetwork.minSpanTree(nThreads=args.nthreads,
logLevel="aggressive",
links={"name": "links"},
out={"name": "outLinks"})
tot_elapsed = time.time() - st
helper.terminate_sas(session, tot_elapsed)
