@cryptotaxi247 / netdata
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1 // SPDX-License-Identifier: GPL-3.0-or-later
2
3 package megacli
4
5 import (
6 "fmt"
7
8 "github.com/netdata/netdata/go/plugins/plugin/framework/collectorapi"
9 )
10
11 const (
12 prioAdapterHealthState = collectorapi.Priority + iota
13
14 prioPhysDriveMediaErrorsRate
15 prioPhysDrivePredictiveFailuresRate
16
17 prioBBURelativeCharge
18 prioBBURechargeCycles
19 prioBBUCapDegradationPerc
20 prioBBUTemperature
21 )
22
23 var adapterChartsTmpl = collectorapi.Charts{
24 adapterHealthStateChartTmpl.Copy(),
25 }
26
27 var (
28 adapterHealthStateChartTmpl = collectorapi.Chart{
29 ID: "adapter_%s_health_state",
30 Title: "Adapter health state",
31 Units: "state",
32 Fam: "adapter health",
33 Ctx: "megacli.adapter_health_state",
34 Type: collectorapi.Line,
35 Priority: prioAdapterHealthState,
36 Dims: collectorapi.Dims{
37 {ID: "adapter_%s_health_state_optimal", Name: "optimal"},
38 {ID: "adapter_%s_health_state_degraded", Name: "degraded"},
39 {ID: "adapter_%s_health_state_partially_degraded", Name: "partially_degraded"},
40 {ID: "adapter_%s_health_state_failed", Name: "failed"},
41 },
42 }
43 )
44
45 var physDriveChartsTmpl = collectorapi.Charts{
46 physDriveMediaErrorsRateChartTmpl.Copy(),
47 physDrivePredictiveFailuresRateChartTmpl.Copy(),
48 }
49
50 var (
51 physDriveMediaErrorsRateChartTmpl = collectorapi.Chart{
52 ID: "phys_drive_%s_media_errors_rate",
53 Title: "Physical Drive media errors rate",
54 Units: "errors/s",
55 Fam: "phys drive errors",
56 Ctx: "megacli.phys_drive_media_errors",
57 Type: collectorapi.Line,
58 Priority: prioPhysDriveMediaErrorsRate,
59 Dims: collectorapi.Dims{
60 {ID: "phys_drive_%s_media_error_count", Name: "media_errors"},
61 },
62 }
63 physDrivePredictiveFailuresRateChartTmpl = collectorapi.Chart{
64 ID: "phys_drive_%s_predictive_failures_rate",
65 Title: "Physical Drive predictive failures rate",
66 Units: "failures/s",
67 Fam: "phys drive errors",
68 Ctx: "megacli.phys_drive_predictive_failures",
69 Type: collectorapi.Line,
70 Priority: prioPhysDrivePredictiveFailuresRate,
71 Dims: collectorapi.Dims{
72 {ID: "phys_drive_%s_predictive_failure_count", Name: "predictive_failures"},
73 },
74 }
75 )
76
77 var bbuChartsTmpl = collectorapi.Charts{
78 bbuRelativeChargeChartsTmpl.Copy(),
79 bbuRechargeCyclesChartsTmpl.Copy(),
80 bbuCapacityDegradationChartsTmpl.Copy(),
81 bbuTemperatureChartsTmpl.Copy(),
82 }
83
84 var (
85 bbuRelativeChargeChartsTmpl = collectorapi.Chart{
86 ID: "bbu_adapter_%s_relative_charge",
87 Title: "BBU relative charge",
88 Units: "percentage",
89 Fam: "bbu charge",
90 Ctx: "megacli.bbu_charge",
91 Type: collectorapi.Area,
92 Priority: prioBBURelativeCharge,
93 Dims: collectorapi.Dims{
94 {ID: "bbu_adapter_%s_relative_state_of_charge", Name: "charge"},
95 },
96 }
97 bbuRechargeCyclesChartsTmpl = collectorapi.Chart{
98 ID: "bbu_adapter_%s_recharge_cycles",
99 Title: "BBU recharge cycles",
100 Units: "cycles",
101 Fam: "bbu charge",
102 Ctx: "megacli.bbu_recharge_cycles",
103 Type: collectorapi.Line,
104 Priority: prioBBURechargeCycles,
105 Dims: collectorapi.Dims{
106 {ID: "bbu_adapter_%s_cycle_count", Name: "recharge"},
107 },
108 }
109 bbuCapacityDegradationChartsTmpl = collectorapi.Chart{
110 ID: "bbu_adapter_%s_capacity_degradation",
111 Title: "BBU capacity degradation",
112 Units: "percent",
113 Fam: "bbu charge",
114 Ctx: "megacli.bbu_capacity_degradation",
115 Type: collectorapi.Line,
116 Priority: prioBBUCapDegradationPerc,
117 Dims: collectorapi.Dims{
118 {ID: "bbu_adapter_%s_capacity_degradation_perc", Name: "cap_degradation"},
119 },
120 }
121 bbuTemperatureChartsTmpl = collectorapi.Chart{
122 ID: "bbu_adapter_%s_temperature",
123 Title: "BBU temperature",
124 Units: "Celsius",
125 Fam: "bbu temperature",
126 Ctx: "megacli.bbu_temperature",
127 Type: collectorapi.Line,
128 Priority: prioBBUTemperature,
129 Dims: collectorapi.Dims{
130 {ID: "bbu_adapter_%s_temperature", Name: "temperature"},
131 },
132 }
133 )
134
135 func (c *Collector) addAdapterCharts(ad *megaAdapter) {
136 charts := adapterChartsTmpl.Copy()
137
138 for _, chart := range *charts {
139 chart.ID = fmt.Sprintf(chart.ID, ad.number)
140 chart.Labels = []collectorapi.Label{
141 {Key: "adapter_number", Value: ad.number},
142 }
143 for _, dim := range chart.Dims {
144 dim.ID = fmt.Sprintf(dim.ID, ad.number)
145 }
146 }
147
148 if err := c.Charts().Add(*charts...); err != nil {
149 c.Warning(err)
150 }
151 }
152
153 func (c *Collector) addPhysDriveCharts(pd *megaPhysDrive) {
154 charts := physDriveChartsTmpl.Copy()
155
156 for _, chart := range *charts {
157 chart.ID = fmt.Sprintf(chart.ID, pd.wwn)
158 chart.Labels = []collectorapi.Label{
159 {Key: "adapter_number", Value: pd.adapterNumber},
160 {Key: "wwn", Value: pd.wwn},
161 {Key: "slot_number", Value: pd.slotNumber},
162 {Key: "drive_position", Value: pd.drivePosition},
163 {Key: "drive_type", Value: pd.pdType},
164 }
165 for _, dim := range chart.Dims {
166 dim.ID = fmt.Sprintf(dim.ID, pd.wwn)
167 }
168 }
169
170 if err := c.Charts().Add(*charts...); err != nil {
171 c.Warning(err)
172 }
173 }
174
175 func (c *Collector) addBBUCharts(bbu *megaBBU) {
176 charts := bbuChartsTmpl.Copy()
177
178 if _, ok := calcCapDegradationPerc(bbu); !ok {
179 _ = charts.Remove(bbuCapacityDegradationChartsTmpl.ID)
180 }
181
182 for _, chart := range *charts {
183 chart.ID = fmt.Sprintf(chart.ID, bbu.adapterNumber)
184 chart.Labels = []collectorapi.Label{
185 {Key: "adapter_number", Value: bbu.adapterNumber},
186 {Key: "battery_type", Value: bbu.batteryType},
187 }
188 for _, dim := range chart.Dims {
189 dim.ID = fmt.Sprintf(dim.ID, bbu.adapterNumber)
190 }
191 }
192
193 if err := c.Charts().Add(*charts...); err != nil {
194 c.Warning(err)
195 }
196 }