// translateFS creates all the TimeSeries for a given FsStats and volume name.
func translateFS(volume string, fs *stats.FsStats, tsFactory *timeSeriesFactory) ([]*v3.TimeSeries, error) {
var timeSeries []*v3.TimeSeries
// First, check that we've been given all the data we need.
if fs == nil {
return nil, fmt.Errorf("File-system information missing.")
}
if fs.CapacityBytes == nil {
return nil, fmt.Errorf("CapacityBytes is missing from FsStats %v", fs)
}
if fs.UsedBytes == nil {
return nil, fmt.Errorf("UsedBytes is missing from FsStats %v", fs)
}
// For some reason the Kubelet doesn't return when this sample is from,
// so we'll use now.
now := time.Now()
resourceLabels := map[string]string{"device_name": volume}
// Total disk available.
diskTotalPoint := tsFactory.newPoint(&v3.TypedValue{
Int64Value: monitor.Int64Ptr(int64(*fs.CapacityBytes)),
ForceSendFields: []string{"Int64Value"},
}, now, diskTotalMD.MetricKind)
timeSeries = append(timeSeries, tsFactory.newTimeSeries(resourceLabels, diskTotalMD, diskTotalPoint))
// Total disk used.
diskUsedPoint := tsFactory.newPoint(&v3.TypedValue{
Int64Value: monitor.Int64Ptr(int64(*fs.UsedBytes)),
ForceSendFields: []string{"Int64Value"},
}, now, diskUsedMD.MetricKind)
timeSeries = append(timeSeries, tsFactory.newTimeSeries(resourceLabels, diskUsedMD, diskUsedPoint))
return timeSeries, nil
}
// translateMemory creates all the TimeSeries for a given MemoryStats.
func translateMemory(memory *stats.MemoryStats, tsFactory *timeSeriesFactory) ([]*v3.TimeSeries, error) {
var timeSeries []*v3.TimeSeries
// First, check that we've been given all the data we need.
if memory == nil {
return nil, fmt.Errorf("Memory information missing.")
}
if memory.MajorPageFaults == nil {
return nil, fmt.Errorf("MajorPageFaults missing in MemoryStats %v", memory)
}
if memory.PageFaults == nil {
return nil, fmt.Errorf("PageFaults missing in MemoryStats %v", memory)
}
if memory.WorkingSetBytes == nil {
return nil, fmt.Errorf("WorkingSetBytes information missing in MemoryStats %v", memory)
}
if memory.UsageBytes == nil {
return nil, fmt.Errorf("UsageBytes information missing in MemoryStats %v", memory)
}
// Major page faults.
majorPFPoint := tsFactory.newPoint(&v3.TypedValue{
Int64Value: monitor.Int64Ptr(int64(*memory.MajorPageFaults)),
ForceSendFields: []string{"Int64Value"},
}, memory.Time.Time, pageFaultsMD.MetricKind)
timeSeries = append(timeSeries, tsFactory.newTimeSeries(majorPageFaultLabels, pageFaultsMD, majorPFPoint))
// Minor page faults.
minorPFPoint := tsFactory.newPoint(&v3.TypedValue{
Int64Value: monitor.Int64Ptr(int64(*memory.PageFaults - *memory.MajorPageFaults)),
ForceSendFields: []string{"Int64Value"},
}, memory.Time.Time, pageFaultsMD.MetricKind)
timeSeries = append(timeSeries, tsFactory.newTimeSeries(minorPageFaultLabels, pageFaultsMD, minorPFPoint))
// Non-evictable memory.
nonEvictMemPoint := tsFactory.newPoint(&v3.TypedValue{
Int64Value: monitor.Int64Ptr(int64(*memory.WorkingSetBytes)),
ForceSendFields: []string{"Int64Value"},
}, memory.Time.Time, memUsedMD.MetricKind)
timeSeries = append(timeSeries, tsFactory.newTimeSeries(memUsedNonEvictableLabels, memUsedMD, nonEvictMemPoint))
// Evictable memory.
evictMemPoint := tsFactory.newPoint(&v3.TypedValue{
Int64Value: monitor.Int64Ptr(int64(*memory.UsageBytes - *memory.WorkingSetBytes)),
ForceSendFields: []string{"Int64Value"},
}, memory.Time.Time, memUsedMD.MetricKind)
timeSeries = append(timeSeries, tsFactory.newTimeSeries(memUsedEvictableLabels, memUsedMD, evictMemPoint))
// Available memory. This may or may not be present, so don't fail if it's absent.
if memory.AvailableBytes != nil {
availableMemPoint := tsFactory.newPoint(&v3.TypedValue{
Int64Value: monitor.Int64Ptr(int64(*memory.AvailableBytes)),
ForceSendFields: []string{"Int64Value"},
}, memory.Time.Time, memTotalMD.MetricKind)
timeSeries = append(timeSeries, tsFactory.newTimeSeries(noLabels, memTotalMD, availableMemPoint))
}
return timeSeries, nil
}
// translateEviction give a GCM v3 TimeSeries for the node_eviction_count metric.
func (t *Translator) translateEviction(metrics *Metrics) *v3.TimeSeries {
monitoredLabels := map[string]string{
"project_id": t.project,
"cluster_name": t.cluster,
"zone": t.zone,
"instance_id": t.instanceID,
"namespace_id": "",
"pod_id": "machine",
"container_name": "",
}
now := time.Now().Format(time.RFC3339)
createTime := time.Unix(metrics.CreateTime, 0).Format(time.RFC3339)
point := &v3.Point{
Interval: &v3.TimeInterval{
StartTime: createTime,
EndTime: now,
},
Value: &v3.TypedValue{
Int64Value: monitor.Int64Ptr(metrics.NodeEvictions),
ForceSendFields: []string{"Int64Value"},
},
}
return &v3.TimeSeries{
Metric: &v3.Metric{
Labels: noLabels,
Type: "container.googleapis.com/master/node_controller/node_eviction_count",
},
MetricKind: "CUMULATIVE",
ValueType: "INT64",
Resource: &v3.MonitoredResource{
Labels: monitoredLabels,
Type: "gke_container",
},
Points: []*v3.Point{point},
}
}
