public void Run()
{
var timeProxy = new TimeProxyImpl();
var workerCount = 1 << ChronokeeperWorkerImpl.kWorkerBits;
ChronokeeperWorker[] workers = Util.Generate(
workerCount,
workerId => new ChronokeeperWorkerImpl(
new ChronokeeperWorkerConfigurationImpl {
DatacenterId = 0,
WorkerId = workerId
},
timeProxy
)
);
var testObj = new ChronokeeperServiceImpl(workers);
const int kSequentialIdCount = 1000;
var sequentialIds = new long[kSequentialIdCount];
for (var i = 0; i < kSequentialIdCount; i++)
{
sequentialIds[i] = testObj.GenerateSequentialId();
if (i % workerCount == workerCount - 1)
{
Thread.Sleep(10); // 1 centisecond = chronokeeper clock precision
}
}
sequentialIds.ForEach(x => Debug.WriteLine(x.ToString("X")));
AssertTrue(sequentialIds.SequenceEqual(sequentialIds.OrderBy(x => x)));
}
public void Run() {
var timeProxy = new TimeProxyImpl();
var workerCount = 1 << ChronokeeperWorkerImpl.kWorkerBits;
ChronokeeperWorker[] workers = Util.Generate(
workerCount,
workerId => new ChronokeeperWorkerImpl(
new ChronokeeperWorkerConfigurationImpl {
DatacenterId = 0,
WorkerId = workerId
},
timeProxy
)
);
var testObj = new ChronokeeperServiceImpl(workers);
const int kSequentialIdCount = 1000;
var sequentialIds = new long[kSequentialIdCount];
for (var i = 0; i < kSequentialIdCount; i++) {
sequentialIds[i] = testObj.GenerateSequentialId();
if (i % workerCount == workerCount - 1) {
Thread.Sleep(10); // 1 centisecond = chronokeeper clock precision
}
}
sequentialIds.ForEach(x => Debug.WriteLine(x.ToString("X")));
AssertTrue(sequentialIds.SequenceEqual(sequentialIds.OrderBy(x => x)));
}
public ChronokeeperServiceImplTests()
{
this.testObj = new ChronokeeperServiceImpl(new[] { workerA, workerB, workerC });
}
public ChronokeeperServiceImplTests() {
this.testObj = new ChronokeeperServiceImpl(new[] { workerA, workerB, workerC });
}
