private static void ValidateCounterExists(string path) { if (knownCounterPaths.ContainsKey(path)) { return; } if (File.Exists(path)) { try { knownCounterPaths.Add(path, Whipser.Info(path)); return; } catch (CorruptWhisperFileException) { File.Delete(path); // corrupt? } } var retention = new List <ArchiveInfo>() { new ArchiveInfo(10, 180), // 10 seconds * 180 points = 30 min = 2.9 kb new ArchiveInfo(60, 60), // 60 seconds (1min) * 60 points = 1 hr = 3.9 kb }; Whipser.Create(path, retention); knownCounterPaths.Add(path, Whipser.Info(path)); }
public void fetch() { Assert.Throws <FileNotFoundException>(() => Whipser.Fetch("does_not_exist", 0)); var retention = new List <ArchiveInfo>() { new ArchiveInfo(1, 60), new ArchiveInfo(60, 60), new ArchiveInfo(3600, 24), new ArchiveInfo(86400, 365) }; Whipser.Create(db, retention); Assert.Throws <InvalidTimeIntervalException>(() => Whipser.Fetch(db, DateTime.Now.Ticks, DateTime.Now.Ticks - 60000)); var fetch = Whipser.Fetch(db, 0).Value; // check time range Assert.AreEqual(retention.Last().Retention, fetch.TimeInfo.UntilInterval - fetch.TimeInfo.FromInterval); // check number of points Assert.AreEqual(retention.Last().Points, fetch.ValueList.Count); // check step size Assert.AreEqual(retention.Last().SecondsPerPoint, fetch.TimeInfo.Step); RemoveDb(); }
public void create() { var retention = new List <ArchiveInfo>() { new ArchiveInfo(1, 60), new ArchiveInfo(60, 60) }; // check if invalid configuration fails successfully Assert.Throws <InvalidConfigurationException>(() => Whipser.Create(db, new List <ArchiveInfo>())); // create a new db with a valid configuration Whipser.Create(db, retention); // attempt to create another db in the same file, this should fail Assert.Throws <InvalidConfigurationException>(() => Whipser.Create(db, retention)); var info = Whipser.Info(db); Assert.AreEqual(retention.Max(x => x.Retention), info.MaxRetention); Assert.AreEqual(AggregationType.Average, info.AggregationType); Assert.AreEqual(0.5f, info.xFilesFactor); Assert.AreEqual(retention.Count, info.ArchiveList.Count); Assert.AreEqual(retention[0].SecondsPerPoint, info.ArchiveList[0].SecondsPerPoint); Assert.AreEqual(retention[0].Points, info.ArchiveList[0].Points); Assert.AreEqual(retention[1].SecondsPerPoint, info.ArchiveList[1].SecondsPerPoint); Assert.AreEqual(retention[1].Points, info.ArchiveList[1].Points); RemoveDb(); }
public void calc_database_size() { // create a new db with a valid configuration var retention = new List <ArchiveInfo>() { new ArchiveInfo(1, 60), new ArchiveInfo(60, 60), new ArchiveInfo(3600, 24), new ArchiveInfo(86400, 365) }; Whipser.Create(db, retention); Debug.WriteLine("File Size = ", new FileInfo(db).Length); RemoveDb(); }
private PointPair[] update(string wsp = null, List <ArchiveInfo> schema = null) { wsp = wsp ?? db; schema = schema ?? new List <ArchiveInfo>() { new ArchiveInfo(1, 20) }; var numDataPoints = schema[0].Points; Whipser.Create(wsp, schema); var tn = DateTime.UtcNow.ToUnixTime() - numDataPoints; var data = new PointPair[numDataPoints]; for (int i = 0; i < numDataPoints; i++) { //data[i] = new PointPair(tn + 1 + i, i * 10); data[i] = new PointPair(tn + 1 + i, random.Next(1000) * 10); } //Whipser.Update(wsp, data[0].value, data[0].Timestamp); //Whipser.UpdateMany(wsp, data); foreach (var item in data) { Whipser.Update(wsp, item.value, item.Timestamp); } // add more fake data Thread.Sleep(1000); Whipser.Update(wsp, random.Next(1000) * 10); Thread.Sleep(1000); Whipser.Update(wsp, random.Next(1000) * 10); return(data); }