private static IManage CreateManager(MetricConfig config, SensorCollector collector) { var hostname = config.LookupName(); double seconds = config.Interval.TotalSeconds; if (config.Graphite != null) { Logger.Info( $"Graphite host: {config.Graphite.Host} port: {config.Graphite.Port} interval: {seconds} tags: {config.Graphite.Tags}"); var writer = new GraphiteWriter(config.Graphite.Host, config.Graphite.Port, hostname, config.Graphite.Tags); return(new MetricTimer(config.Interval, collector, writer)); } else if (config.Prometheus != null) { Logger.Info($"Prometheus port: {config.Prometheus.Port}"); var registry = PrometheusCollection.SetupDefault(collector); var server = new MetricServer(config.Prometheus.Host, config.Prometheus.Port, registry: registry); return(new PrometheusServer(server, collector)); } else if (config.Timescale != null) { var writer = new TimescaleWriter(config.Timescale.Connection, config.Timescale.SetupTable, hostname); return(new MetricTimer(config.Interval, collector, writer)); } else { Logger.Info($"Influxdb address: {config.Influx.Address} db: {config.Influx.Db}"); var writer = new InfluxWriter(config.Influx, hostname); return(new MetricTimer(config.Interval, collector, writer)); } }
private static IManage CreateManager(MetricConfig config, SensorCollector collector) { double seconds = config.Interval.TotalSeconds; if (config.Graphite != null) { Logger.Info( $"Graphite host: {config.Graphite.Host} port: {config.Graphite.Port} interval: {seconds} tags: {config.Graphite.Tags}"); var writer = new GraphiteWriter(config.Graphite.Host, config.Graphite.Port, Environment.MachineName, config.Graphite.Tags); return(new MetricTimer(config.Interval, collector, writer)); } else if (config.Prometheus != null) { Logger.Info($"Prometheus port: {config.Prometheus.Port}"); var prometheusCollection = new PrometheusCollection(collector, Environment.MachineName); var server = new MetricServer(config.Prometheus.Host, config.Prometheus.Port); return(new PrometheusServer(server, collector, prometheusCollection)); } else if (config.Timescale != null) { var writer = new TimescaleWriter(config.Timescale.Connection, config.Timescale.SetupTable, Environment.MachineName); return(new MetricTimer(config.Interval, collector, writer)); } else { Logger.Info($"Influxdb address: {config.Influx.Address} db: {config.Influx.Db}"); var writer = new InfluxWriter(config.Influx, Environment.MachineName); return(new MetricTimer(config.Interval, collector, writer)); } }
private static void Main(string[] args) { HostFactory.Run(x => { x.Service <MetricTimer>(s => { // We need to know where the graphite server lives and how often // to poll the hardware var config = Logger.LogFunction("parse config", MetricConfig.ParseAppSettings); double seconds = config.Interval.TotalSeconds; IWriteMetrics writer; if (config.Graphite != null) { Logger.Info($"Graphite host: {config.Graphite.Host} port: {config.Graphite.Port} interval: {seconds} tags: {config.Graphite.Tags}"); writer = new GraphiteWriter(config.Graphite.Host, config.Graphite.Port, Environment.MachineName, config.Graphite.Tags); } else { Logger.Info($"Influxdb address: {config.Influx.Address} db: {config.Influx.Db}"); writer = new InfluxWriter(config.Influx, Environment.MachineName); } // We'll want to capture all available hardware metrics // to send to graphite var computer = new Computer { GPUEnabled = true, MainboardEnabled = true, CPUEnabled = true, RAMEnabled = true, FanControllerEnabled = true, HDDEnabled = true }; var collector = new SensorCollector(computer); s.ConstructUsing(name => Logger.LogFunction("creating timer", () => new MetricTimer(config.Interval, collector, writer))); s.WhenStarted(tc => tc.Start()); s.WhenStopped(tc => tc.Stop()); }); x.UseNLog(); x.RunAsLocalSystem(); x.SetDescription( "Extract hardware sensor data and exports it to a given host and port in a graphite compatible format"); x.SetDisplayName("Ohm Graphite"); x.SetServiceName("OhmGraphite"); x.OnException(ex => Logger.Error(ex, "OhmGraphite TopShelf encountered an error")); }); }