public Send ( string path, int value, System.DateTime timeStamp ) : void | ||
path | string | |
value | int | |
timeStamp | System.DateTime | |
return | void |
/// <summary> /// Sends a quick metric to graphite /// </summary> public void SendQuickMetric(string key, int value, DateTime timestamp) { using (var graphiteClient = new GraphiteTcpClient(host, port, prefix)) { graphiteClient.Send(key, value, timestamp); } }
private void SendRecordToGraphite(string path, IDataReader myReader) { using (var client = new Graphite.GraphiteTcpClient(this.hostname, this.port, string.Empty)) { while (myReader.Read()) { var value = myReader.GetInt32(1); var datetime = myReader.GetDateTime(0); this.log.Debug(string.Format("Sending {2} [{0}] {1}", value, datetime, path)); client.Send(path, myReader.GetInt32(1), myReader.GetDateTime(0)); } } }
public ActionResult Checkout(Attempts sample) { using (var client = new GraphiteTcpClient("54.78.137.100", 2003, "checkoutservice")) { int i = 0; while (i < sample.CheckoutAttempt) { client.Send("attempts", i); Random random = new Random(); if ((sample.SuccessfulCheckout > i) && random.Next(1,15) >= 3) client.Send("successful", i); i++; Thread.Sleep(250); } } using (var client = new GraphiteTcpClient("54.78.137.100", 2003, "checkoutservice")) { int i = 0; while (i < sample.PaymentAttempt) { client.Send("attempts", i); Random random = new Random(); if ((sample.SuccessfulPayment > i) && random.Next(1, 15) >= 3) client.Send("successful", i); i++; Thread.Sleep(250); } } return View("Index"); }
/// <summary> /// Sends the gathered stats to Graphite /// </summary> public void SendMetrics(IEnumerable<Metric> metrics) { //Make sure there are metrics to send before we waste a connection if ((metrics != null) && (metrics.Any())) { using (var graphiteClient = new GraphiteTcpClient(host, port, prefix)) { foreach (var metric in metrics) { graphiteClient.Send(metric.Key, metric.Value, metric.Timestamp); } } } }
private static bool pushMetrictonewGraphite(string metric, string oldmainurl, string newgraphite, int newport) { string url = oldmainurl + "render?target=" + metric + "&format=json&from=" + Properties.Settings.Default.ImportDataFromDateon + "&until=now"; List <MetricData> back = JsonConvert.DeserializeObject <List <MetricData> >(getContent(url)); string prefix = metric.Remove(metric.LastIndexOf(".")); string metricname = metric.Remove(0, metric.LastIndexOf(".") + 1); var graphiteclient = new Graphite.GraphiteTcpClient(newgraphite, newport, prefix); foreach (MetricData m in back) { foreach (dynamic e in m.datapoints) { string value = Convert.ToString(e[0]); double time = Convert.ToDouble(e[1]); if (!String.IsNullOrEmpty(value)) { try { graphiteclient.Send(metricname, Convert.ToDouble(value), UnixTimeStampToDateTime(time)); } catch (Exception err) { Console.WriteLine("Error sending metric to Graphite: " + metricname + "; Exception: " + err.Message); } } } } if (String.IsNullOrEmpty(metric)) { Console.WriteLine("Error: Metric is empty!"); } return(true); }
public override void Send(IList<IResult> result) { var client = new Graphite.GraphiteTcpClient(Hostname, Port); var gs = new GraphiteMetrics(result); client.Send(gs); }
public override void Send(IResult result) { var client = new Graphite.GraphiteTcpClient(Hostname, Port); client.Send(result.FullPath, result.Value, result.TimeStamp); }