public void initDB(String[] args) {
final String servers = Args.valueOf(args, "-servers", "localhost");
String propFile = Args.valueOf(args, "-props", "swiftsocial-test.props");
Properties properties = Props.parseFile("swiftsocial", propFile);
configBloatedCounters(properties);
SafeLog.configure(properties);
System.err.println("Populating db with users...");
int numUsers = Props.intValue(properties, "swiftsocial.numUsers", 1000);
final int NumUsers = Args.valueOf(args, "-users", numUsers);
Workload.generateUsers(NumUsers);
int threads = Args.valueOf(args, "-threads", 6);
final int PARTITION_SIZE = 1000;
int partitions = numUsers / PARTITION_SIZE + (numUsers % PARTITION_SIZE > 0 ? 1 : 0);
ExecutorService pool = Executors.newFixedThreadPool(threads);
final AtomicInteger counter = new AtomicInteger(0);
for (int i = 0; i < partitions; i++) {
int lo = i * PARTITION_SIZE, hi = (i + 1) * PARTITION_SIZE;
final List<String> partition = Workload.getUserData().subList(lo, Math.min(hi, numUsers));
pool.execute(
new Runnable() {
public void run() {
SwiftOptions options = new SwiftOptions(servers, DCConstants.SURROGATE_PORT);
options.setCacheUpdateProtocol(CacheUpdateProtocol.NO_CACHE_OR_UNCOORDINATED);
SwiftSocialBenchmark.super.initUsers(options, partition, counter, NumUsers);
}
});
}
Threading.awaitTermination(pool, Integer.MAX_VALUE);
Threading.sleep(5000);
System.err.println("\nFinished populating db with users.");
}
public void doBenchmark(String[] args) {
super.init(args);
// IO.redirect("stdout.txt", "stderr.txt");
final long startTime = System.currentTimeMillis();
System.err.println(IP.localHostname() + "/ starting...");
int concurrentSessions = Args.valueOf(args, "-threads", 1);
String partitions = Args.valueOf(args, "-partition", "0/1");
int site = Integer.valueOf(partitions.split("/")[0]);
int numberOfSites = Integer.valueOf(partitions.split("/")[1]);
// ASSUMPTION: concurrentSessions is the same at all sites
int numberOfVirtualSites = numberOfSites * concurrentSessions;
List<String> candidates = Args.subList(args, "-servers");
server = ClosestDomain.closest2Domain(candidates, site);
shepard = Args.valueOf(args, "-shepard", "");
System.err.println(IP.localHostAddress() + " connecting to: " + server);
super.populateWorkloadFromConfig();
SafeLog.printlnComment("");
SafeLog.printlnComment(String.format("\targs=%s", Arrays.asList(args)));
SafeLog.printlnComment(String.format("\tsite=%s", site));
SafeLog.printlnComment(String.format("\tnumberOfSites=%s", numberOfSites));
SafeLog.printlnComment(String.format("\tthreads=%s", concurrentSessions));
SafeLog.printlnComment(String.format("\tnumberOfVirtualSites=%s", numberOfVirtualSites));
SafeLog.printlnComment(String.format("\tSurrogate=%s", server));
SafeLog.printlnComment(String.format("\tShepard=%s", shepard));
if (!shepard.isEmpty()) Shepard.sheepJoinHerd(shepard);
// Kick off all sessions, throughput is limited by
// concurrentSessions.
final ExecutorService threadPool =
Executors.newFixedThreadPool(concurrentSessions, Threading.factory("App"));
final double sessionOpsPerMs =
((double) targetOpsPerSec / (double) concurrentSessions) / 1000.0;
System.err.println("Spawning session threads.");
for (int i = 0; i < concurrentSessions; i++) {
final int sessionId = site * concurrentSessions + i;
final Workload commands = getWorkloadFromConfig(sessionId, numberOfVirtualSites);
threadPool.execute(
new Runnable() {
public void run() {
// Randomize startup to avoid clients running all at the
// same time; causes problems akin to DDOS symptoms.
Threading.sleep(Sys.rg.nextInt(10000));
SwiftSocialBenchmark.super.runClientSession(
Integer.toString(sessionId), commands, false, sessionOpsPerMs);
}
});
}
// report client progress every 10 seconds...
final int PERIOD = 10;
new PeriodicTask(0.0, 0.0 + PERIOD) {
private int lastDone;
public void run() {
final int recentDone = commandsDone.get();
final int throughput = (recentDone - lastDone) / PERIOD;
lastDone = recentDone;
System.err.printf(
"Done: %s, throughput %d op/s\n",
Progress.percentage(recentDone, totalCommands.get()), throughput);
}
};
// Wait for all sessions.
threadPool.shutdown();
Threading.awaitTermination(threadPool, Integer.MAX_VALUE);
System.err.println("Session threads completed.");
System.err.println(
"Throughput: "
+ totalCommands.get() * 1000 / (System.currentTimeMillis() - startTime)
+ " txns/s");
System.exit(0);
}
