237 lines
7.9 KiB
Go
237 lines
7.9 KiB
Go
package datadogunifi
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import (
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"github.com/unpoller/unifi"
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)
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// uapT is used as a name for printed/logged counters.
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const uapT = item("UAP")
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// batchRogueAP generates metric points for neighboring access points.
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func (u *DatadogUnifi) batchRogueAP(r report, s *unifi.RogueAP) {
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if s.Age.Val == 0 {
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return // only keep metrics for things that are recent.
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}
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tags := cleanTags(map[string]string{
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"security": s.Security,
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"oui": s.Oui,
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"band": s.Band,
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"mac": s.Bssid,
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"ap_mac": s.ApMac,
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"radio": s.Radio,
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"radio_name": s.RadioName,
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"site_name": s.SiteName,
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"name": s.Essid,
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"source": s.SourceName,
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})
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data := map[string]float64{
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"age": s.Age.Val,
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"bw": s.Bw.Val,
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"center_freq": s.CenterFreq.Val,
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"channel": float64(s.Channel),
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"freq": s.Freq.Val,
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"noise": s.Noise.Val,
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"rssi": s.Rssi.Val,
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"rssi_age": s.RssiAge.Val,
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"signal": s.Signal.Val,
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}
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metricName := metricNamespace("uap_rogue")
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reportGaugeForFloat64Map(r, metricName, data, tags)
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}
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// batchUAP generates Wireless-Access-Point datapoints for Datadog.
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// These points can be passed directly to datadog.
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func (u *DatadogUnifi) batchUAP(r report, s *unifi.UAP) {
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if !s.Adopted.Val || s.Locating.Val {
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return
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}
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tags := cleanTags(map[string]string{
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"mac": s.Mac,
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"site_name": s.SiteName,
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"source": s.SourceName,
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"name": s.Name,
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"version": s.Version,
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"model": s.Model,
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"serial": s.Serial,
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"type": s.Type,
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"ip": s.IP,
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})
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data := CombineFloat64(u.processUAPstats(s.Stat.Ap), u.batchSysStats(s.SysStats, s.SystemStats))
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data["bytes"] = s.Bytes.Val
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data["last_seen"] = s.LastSeen.Val
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data["rx_bytes"] = s.RxBytes.Val
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data["tx_bytes"] = s.TxBytes.Val
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data["uptime"] = s.Uptime.Val
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data["user_num_sta"] = s.UserNumSta.Val
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data["guest_num_sta"] = s.GuestNumSta.Val
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data["num_sta"] = s.NumSta.Val
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data["upgradeable"] = boolToFloat64(s.Upgradable.Val)
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r.addCount(uapT)
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metricName := metricNamespace("uap")
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reportGaugeForFloat64Map(r, metricName, data, tags)
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u.processVAPTable(r, tags, s.VapTable)
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u.batchPortTable(r, tags, s.PortTable)
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}
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func (u *DatadogUnifi) processUAPstats(ap *unifi.Ap) map[string]float64 {
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if ap == nil {
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return map[string]float64{}
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}
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// Accumulative Statistics.
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return map[string]float64{
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"stat_user-rx_packets": ap.UserRxPackets.Val,
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"stat_guest-rx_packets": ap.GuestRxPackets.Val,
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"stat_rx_packets": ap.RxPackets.Val,
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"stat_user-rx_bytes": ap.UserRxBytes.Val,
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"stat_guest-rx_bytes": ap.GuestRxBytes.Val,
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"stat_rx_bytes": ap.RxBytes.Val,
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"stat_user-rx_errors": ap.UserRxErrors.Val,
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"stat_guest-rx_errors": ap.GuestRxErrors.Val,
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"stat_rx_errors": ap.RxErrors.Val,
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"stat_user-rx_dropped": ap.UserRxDropped.Val,
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"stat_guest-rx_dropped": ap.GuestRxDropped.Val,
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"stat_rx_dropped": ap.RxDropped.Val,
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"stat_user-rx_crypts": ap.UserRxCrypts.Val,
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"stat_guest-rx_crypts": ap.GuestRxCrypts.Val,
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"stat_rx_crypts": ap.RxCrypts.Val,
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"stat_user-rx_frags": ap.UserRxFrags.Val,
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"stat_guest-rx_frags": ap.GuestRxFrags.Val,
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"stat_rx_frags": ap.RxFrags.Val,
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"stat_user-tx_packets": ap.UserTxPackets.Val,
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"stat_guest-tx_packets": ap.GuestTxPackets.Val,
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"stat_tx_packets": ap.TxPackets.Val,
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"stat_user-tx_bytes": ap.UserTxBytes.Val,
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"stat_guest-tx_bytes": ap.GuestTxBytes.Val,
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"stat_tx_bytes": ap.TxBytes.Val,
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"stat_user-tx_errors": ap.UserTxErrors.Val,
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"stat_guest-tx_errors": ap.GuestTxErrors.Val,
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"stat_tx_errors": ap.TxErrors.Val,
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"stat_user-tx_dropped": ap.UserTxDropped.Val,
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"stat_guest-tx_dropped": ap.GuestTxDropped.Val,
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"stat_tx_dropped": ap.TxDropped.Val,
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"stat_user-tx_retries": ap.UserTxRetries.Val,
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"stat_guest-tx_retries": ap.GuestTxRetries.Val,
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}
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}
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// processVAPTable creates points for Wifi Radios. This works with several types of UAP-capable devices.
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func (u *DatadogUnifi) processVAPTable(r report, t map[string]string, vt unifi.VapTable) { // nolint: funlen
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for _, s := range vt {
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tags := map[string]string{
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"device_name": t["name"],
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"site_name": t["site_name"],
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"source": t["source"],
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"ap_mac": s.ApMac,
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"bssid": s.Bssid,
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"id": s.ID,
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"name": s.Name,
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"radio_name": s.RadioName,
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"radio": s.Radio,
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"essid": s.Essid,
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"site_id": s.SiteID,
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"usage": s.Usage,
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"state": s.State,
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"is_guest": s.IsGuest.Txt,
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}
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data := map[string]float64{
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"ccq": float64(s.Ccq),
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"mac_filter_rejections": float64(s.MacFilterRejections),
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"num_satisfaction_sta": s.NumSatisfactionSta.Val,
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"avg_client_signal": s.AvgClientSignal.Val,
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"satisfaction": s.Satisfaction.Val,
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"satisfaction_now": s.SatisfactionNow.Val,
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"num_sta": float64(s.NumSta),
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"channel": s.Channel.Val,
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"rx_bytes": s.RxBytes.Val,
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"rx_crypts": s.RxCrypts.Val,
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"rx_dropped": s.RxDropped.Val,
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"rx_errors": s.RxErrors.Val,
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"rx_frags": s.RxFrags.Val,
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"rx_nwids": s.RxNwids.Val,
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"rx_packets": s.RxPackets.Val,
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"tx_bytes": s.TxBytes.Val,
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"tx_dropped": s.TxDropped.Val,
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"tx_errors": s.TxErrors.Val,
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"tx_packets": s.TxPackets.Val,
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"tx_power": s.TxPower.Val,
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"tx_retries": s.TxRetries.Val,
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"tx_combined_retries": s.TxCombinedRetries.Val,
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"tx_data_mpdu_bytes": s.TxDataMpduBytes.Val,
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"tx_rts_retries": s.TxRtsRetries.Val,
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"tx_success": s.TxSuccess.Val,
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"tx_total": s.TxTotal.Val,
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"tx_tcp_goodbytes": s.TxTCPStats.Goodbytes.Val,
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"tx_tcp_lat_avg": s.TxTCPStats.LatAvg.Val,
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"tx_tcp_lat_max": s.TxTCPStats.LatMax.Val,
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"tx_tcp_lat_min": s.TxTCPStats.LatMin.Val,
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"rx_tcp_goodbytes": s.RxTCPStats.Goodbytes.Val,
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"rx_tcp_lat_avg": s.RxTCPStats.LatAvg.Val,
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"rx_tcp_lat_max": s.RxTCPStats.LatMax.Val,
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"rx_tcp_lat_min": s.RxTCPStats.LatMin.Val,
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"wifi_tx_latency_mov_avg": s.WifiTxLatencyMov.Avg.Val,
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"wifi_tx_latency_mov_max": s.WifiTxLatencyMov.Max.Val,
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"wifi_tx_latency_mov_min": s.WifiTxLatencyMov.Min.Val,
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"wifi_tx_latency_mov_total": s.WifiTxLatencyMov.Total.Val,
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"wifi_tx_latency_mov_cuont": s.WifiTxLatencyMov.TotalCount.Val,
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}
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metricName := metricNamespace("uap_vaps")
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reportGaugeForFloat64Map(r, metricName, data, tags)
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}
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}
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func (u *DatadogUnifi) processRadTable(r report, t map[string]string, rt unifi.RadioTable, rts unifi.RadioTableStats) {
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for _, p := range rt {
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tags := map[string]string{
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"device_name": t["name"],
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"site_name": t["site_name"],
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"source": t["source"],
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"channel": p.Channel.Txt,
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"radio": p.Radio,
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"ht": p.Ht.Txt,
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}
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data := map[string]float64{
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"current_antenna_gain": p.CurrentAntennaGain.Val,
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"max_txpower": p.MaxTxpower.Val,
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"min_txpower": p.MinTxpower.Val,
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"nss": p.Nss.Val,
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"radio_caps": p.RadioCaps.Val,
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}
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for _, t := range rts {
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if t.Name == p.Name {
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data["ast_be_xmit"] = t.AstBeXmit.Val
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data["channel"] = t.Channel.Val
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data["cu_self_rx"] = t.CuSelfRx.Val
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data["cu_self_tx"] = t.CuSelfTx.Val
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data["cu_total"] = t.CuTotal.Val
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data["ext_channel"] = t.Extchannel.Val
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data["gain"] = t.Gain.Val
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data["guest_num_sta"] = t.GuestNumSta.Val
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data["num_sta"] = t.NumSta.Val
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data["tx_packets"] = t.TxPackets.Val
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data["tx_power"] = t.TxPower.Val
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data["tx_retries"] = t.TxRetries.Val
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data["user_num_sta"] = t.UserNumSta.Val
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break
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}
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}
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metricName := metricNamespace("uap_radios")
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reportGaugeForFloat64Map(r, metricName, data, tags)
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}
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}
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