type Counter prometheus.Counter
type Gauge prometheus.Gauge
+type CounterVec struct {
+ Vec *prometheus.CounterVec
+ Opts CounterOpts
+ Labels []string
+}
+
+type GaugeVec struct {
+ Vec *prometheus.GaugeVec
+ Opts CounterOpts
+ Labels []string
+}
+
+func strSliceCompare(a, b []string) bool {
+ if len(a) != len(b) {
+ return false
+ }
+ for i, v := range a {
+ if v != b[i] {
+ return false
+ }
+ }
+ return true
+}
+
//-----------------------------------------------------------------------------
//
//-----------------------------------------------------------------------------
met.gauges[metric].Dec()
}
+func (met *MetricGroupsCache) CombineCounterGroupsWithPrefix(prefix string, srcs ...map[string]Counter) {
+ met.Lock()
+ defer met.Unlock()
+ for _, src := range srcs {
+ for k, v := range src {
+ met.counters[prefix+k] = v
+ }
+ }
+}
+
func (met *MetricGroupsCache) CombineCounterGroups(srcs ...map[string]Counter) {
met.Lock()
defer met.Unlock()
}
}
+func (met *MetricGroupsCache) CombineGaugeGroupsWithPrefix(prefix string, srcs ...map[string]Gauge) {
+ met.Lock()
+ defer met.Unlock()
+ for _, src := range srcs {
+ for k, v := range src {
+ met.gauges[prefix+k] = v
+ }
+ }
+}
+
func (met *MetricGroupsCache) CombineGaugeGroups(srcs ...map[string]Gauge) {
met.Lock()
defer met.Unlock()
var globalLock sync.Mutex
var cache_allcounters map[string]Counter
var cache_allgauges map[string]Gauge
+var cache_allcountervects map[string]CounterVec
+var cache_allgaugevects map[string]GaugeVec
func init() {
cache_allcounters = make(map[string]Counter)
cache_allgauges = make(map[string]Gauge)
+ cache_allcountervects = make(map[string]CounterVec)
+ cache_allgaugevects = make(map[string]GaugeVec)
}
//-----------------------------------------------------------------------------
/*
* Handling counters
*/
-func (m *Metrics) registerCounter(opts CounterOpts) Counter {
- Logger.Info("Register new counter with opts: %v", opts)
- return promauto.NewCounter(prometheus.CounterOpts(opts))
-}
-
-func (m *Metrics) RegisterCounterGroup(opts []CounterOpts, subsytem string) (c map[string]Counter) {
+func (m *Metrics) RegisterCounter(opts CounterOpts, subsytem string) Counter {
globalLock.Lock()
defer globalLock.Unlock()
- c = make(map[string]Counter)
- for _, opt := range opts {
- opt.Namespace = m.Namespace
- opt.Subsystem = subsytem
-
- id := m.getFullName(prometheus.Opts(opt), []string{})
- if _, ok := cache_allcounters[id]; !ok {
- cache_allcounters[id] = m.registerCounter(opt)
- }
-
- c[opt.Name] = cache_allcounters[id]
+ opts.Namespace = m.Namespace
+ opts.Subsystem = subsytem
+ id := m.getFullName(prometheus.Opts(opts), []string{})
+ if _, ok := cache_allcounters[id]; !ok {
+ Logger.Info("Register new counter with opts: %v", opts)
+ cache_allcounters[id] = promauto.NewCounter(prometheus.CounterOpts(opts))
}
+ return cache_allcounters[id]
+}
- return
+func (m *Metrics) RegisterCounterGroup(optsgroup []CounterOpts, subsytem string) map[string]Counter {
+ c := make(map[string]Counter)
+ for _, opts := range optsgroup {
+ c[opts.Name] = m.RegisterCounter(opts, subsytem)
+ }
+ return c
}
/*
* Handling gauges
*/
-func (m *Metrics) registerGauge(opts CounterOpts) Gauge {
- Logger.Info("Register new gauge with opts: %v", opts)
- return promauto.NewGauge(prometheus.GaugeOpts(opts))
-}
-
-func (m *Metrics) RegisterGaugeGroup(opts []CounterOpts, subsytem string) (c map[string]Gauge) {
+func (m *Metrics) RegisterGauge(opts CounterOpts, subsytem string) Gauge {
globalLock.Lock()
defer globalLock.Unlock()
- c = make(map[string]Gauge)
- for _, opt := range opts {
- opt.Namespace = m.Namespace
- opt.Subsystem = subsytem
-
- id := m.getFullName(prometheus.Opts(opt), []string{})
- if _, ok := cache_allgauges[id]; !ok {
- cache_allgauges[id] = m.registerGauge(opt)
- }
-
- c[opt.Name] = cache_allgauges[id]
+ opts.Namespace = m.Namespace
+ opts.Subsystem = subsytem
+ id := m.getFullName(prometheus.Opts(opts), []string{})
+ if _, ok := cache_allgauges[id]; !ok {
+ Logger.Info("Register new gauge with opts: %v", opts)
+ cache_allgauges[id] = promauto.NewGauge(prometheus.GaugeOpts(opts))
}
+ return cache_allgauges[id]
+}
- return
+func (m *Metrics) RegisterGaugeGroup(optsgroup []CounterOpts, subsytem string) map[string]Gauge {
+ c := make(map[string]Gauge)
+ for _, opts := range optsgroup {
+ c[opts.Name] = m.RegisterGauge(opts, subsytem)
+ }
+ return c
}
/*
* Handling counter vectors
*
- * Example:
+ * Examples:
+ //---------
+ vec := Metric.RegisterCounterVec(
+ CounterOpts{Name: "counter0", Help: "counter0"},
+ []string{"host"},
+ "SUBSYSTEM")
+
+ stat:=Metric.GetCounterFromVect([]string{"localhost:8888"},vec)
+ stat.Inc()
+
+ //---------
vec := Metric.RegisterCounterVecGroup(
[]CounterOpts{
{Name: "counter1", Help: "counter1"},
[]string{"host"},
"SUBSYSTEM")
- stat:=Metric.GetCounterGroupFromVects([]string{"localhost:8888"}, vec)
-
+ stats:=Metric.GetCounterGroupFromVects([]string{"localhost:8888"}, vec)
+ stats["counter1"].Inc()
*/
-type CounterVec struct {
- Vec *prometheus.CounterVec
- Opts CounterOpts
-}
-func (m *Metrics) registerCounterVec(opts CounterOpts, labelNames []string) *prometheus.CounterVec {
- Logger.Info("Register new counter vector with opts: %v labelNames: %v", opts, labelNames)
- return promauto.NewCounterVec(prometheus.CounterOpts(opts), labelNames)
+func (m *Metrics) RegisterCounterVec(opts CounterOpts, labelNames []string, subsytem string) CounterVec {
+ globalLock.Lock()
+ defer globalLock.Unlock()
+ opts.Namespace = m.Namespace
+ opts.Subsystem = subsytem
+ id := m.getFullName(prometheus.Opts(opts), []string{})
+ if _, ok := cache_allcountervects[id]; !ok {
+ Logger.Info("Register new counter vector with opts: %v labelNames: %v", opts, labelNames)
+ entry := CounterVec{}
+ entry.Opts = opts
+ entry.Labels = labelNames
+ entry.Vec = promauto.NewCounterVec(prometheus.CounterOpts(entry.Opts), entry.Labels)
+ cache_allcountervects[id] = entry
+ }
+ entry := cache_allcountervects[id]
+ if strSliceCompare(entry.Labels, labelNames) == false {
+ Logger.Warn("id:%s cached counter vec labels dont match %v != %v", id, entry.Labels, labelNames)
+ }
+ return entry
}
-func (m *Metrics) RegisterCounterVecGroup(opts []CounterOpts, labelNames []string, subsytem string) (c map[string]CounterVec) {
- c = make(map[string]CounterVec)
- for _, opt := range opts {
- entry := CounterVec{}
- entry.Opts = opt
- entry.Opts.Namespace = m.Namespace
- entry.Opts.Subsystem = subsytem
- entry.Vec = m.registerCounterVec(entry.Opts, labelNames)
- c[opt.Name] = entry
+func (m *Metrics) RegisterCounterVecGroup(optsgroup []CounterOpts, labelNames []string, subsytem string) map[string]CounterVec {
+ c := make(map[string]CounterVec)
+ for _, opts := range optsgroup {
+ c[opts.Name] = m.RegisterCounterVec(opts, labelNames, subsytem)
}
- return
+ return c
}
-func (m *Metrics) GetCounterGroupFromVectsWithPrefix(prefix string, labels []string, vects ...map[string]CounterVec) (c map[string]Counter) {
+func (m *Metrics) GetCounterFromVect(labelValues []string, vec CounterVec) (c Counter) {
globalLock.Lock()
defer globalLock.Unlock()
- c = make(map[string]Counter)
- for _, vec := range vects {
- for name, opt := range vec {
-
- id := m.getFullName(prometheus.Opts(opt.Opts), labels)
- if _, ok := cache_allcounters[id]; !ok {
- Logger.Info("Register new counter from vector with opts: %v labels: %v prefix: %s", opt.Opts, labels, prefix)
- cache_allcounters[id] = opt.Vec.WithLabelValues(labels...)
- }
- c[prefix+name] = cache_allcounters[id]
+ id := m.getFullName(prometheus.Opts(vec.Opts), labelValues)
+ if _, ok := cache_allcounters[id]; !ok {
+ Logger.Info("Register new counter from vector with opts: %v labelValues: %v", vec.Opts, labelValues)
+ cache_allcounters[id] = vec.Vec.WithLabelValues(labelValues...)
+ }
+ return cache_allcounters[id]
+}
+
+func (m *Metrics) GetCounterGroupFromVects(labelValues []string, vects ...map[string]CounterVec) map[string]Counter {
+ c := make(map[string]Counter)
+ for _, vect := range vects {
+ for name, vec := range vect {
+ c[name] = m.GetCounterFromVect(labelValues, vec)
}
}
- return
+ return c
}
-func (m *Metrics) GetCounterGroupFromVects(labels []string, vects ...map[string]CounterVec) (c map[string]Counter) {
- return m.GetCounterGroupFromVectsWithPrefix("", labels, vects...)
+func (m *Metrics) GetCounterGroupFromVectsWithPrefix(prefix string, labelValues []string, vects ...map[string]CounterVec) map[string]Counter {
+ c := make(map[string]Counter)
+ for _, vect := range vects {
+ for name, vec := range vect {
+ c[prefix+name] = m.GetCounterFromVect(labelValues, vec)
+ }
+ }
+ return c
}
/*
* Handling gauge vectors
*
- * Example:
+ * Examples:
- vec := Metric.RegisterGaugeVecGroup(
+ //---------
+ vec := Metric.RegisterGaugeVec(
+ CounterOpts{Name: "gauge0", Help: "gauge0"},
+ []string{"host"},
+ "SUBSYSTEM")
+
+ stat:=Metric.GetGaugeFromVect([]string{"localhost:8888"},vec)
+ stat.Inc()
+
+ //---------
+ vecgrp := Metric.RegisterGaugeVecGroup(
[]CounterOpts{
{Name: "gauge1", Help: "gauge1"},
{Name: "gauge2", Help: "gauge2"},
[]string{"host"},
"SUBSYSTEM")
- stat:=Metric.GetGaugeGroupFromVects([]string{"localhost:8888"},vec)
-
+ stats:=Metric.GetGaugeGroupFromVects([]string{"localhost:8888"},vecgrp)
+ stats["gauge1"].Inc()
*/
-type GaugeVec struct {
- Vec *prometheus.GaugeVec
- Opts CounterOpts
-}
-func (m *Metrics) registerGaugeVec(opts CounterOpts, labelNames []string) *prometheus.GaugeVec {
- Logger.Info("Register new gauge vector with opts: %v labelNames: %v", opts, labelNames)
- return promauto.NewGaugeVec(prometheus.GaugeOpts(opts), labelNames)
-}
-
-func (m *Metrics) RegisterGaugeVecGroup(opts []CounterOpts, labelNames []string, subsytem string) (c map[string]GaugeVec) {
- c = make(map[string]GaugeVec)
- for _, opt := range opts {
+func (m *Metrics) RegisterGaugeVec(opt CounterOpts, labelNames []string, subsytem string) GaugeVec {
+ globalLock.Lock()
+ defer globalLock.Unlock()
+ opt.Namespace = m.Namespace
+ opt.Subsystem = subsytem
+ id := m.getFullName(prometheus.Opts(opt), []string{})
+ if _, ok := cache_allgaugevects[id]; !ok {
+ Logger.Info("Register new gauge vector with opt: %v labelNames: %v", opt, labelNames)
entry := GaugeVec{}
entry.Opts = opt
- entry.Opts.Namespace = m.Namespace
- entry.Opts.Subsystem = subsytem
- entry.Vec = m.registerGaugeVec(entry.Opts, labelNames)
- c[opt.Name] = entry
+ entry.Labels = labelNames
+ entry.Vec = promauto.NewGaugeVec(prometheus.GaugeOpts(entry.Opts), entry.Labels)
+ cache_allgaugevects[id] = entry
+ }
+ entry := cache_allgaugevects[id]
+ if strSliceCompare(entry.Labels, labelNames) == false {
+ Logger.Warn("id:%s cached gauge vec labels dont match %v != %v", id, entry.Labels, labelNames)
+ }
+ return entry
+}
+func (m *Metrics) RegisterGaugeVecGroup(opts []CounterOpts, labelNames []string, subsytem string) map[string]GaugeVec {
+ c := make(map[string]GaugeVec)
+ for _, opt := range opts {
+ c[opt.Name] = m.RegisterGaugeVec(opt, labelNames, subsytem)
}
- return
+ return c
}
-func (m *Metrics) GetGaugeGroupFromVectsWithPrefix(prefix string, labels []string, vects ...map[string]GaugeVec) (c map[string]Gauge) {
+func (m *Metrics) GetGaugeFromVect(labelValues []string, vec GaugeVec) Gauge {
globalLock.Lock()
defer globalLock.Unlock()
- c = make(map[string]Gauge)
- for _, vec := range vects {
- for name, opt := range vec {
-
- id := m.getFullName(prometheus.Opts(opt.Opts), labels)
- if _, ok := cache_allgauges[id]; !ok {
- Logger.Info("Register new gauge from vector with opts: %v labels: %v prefix: %s", opt.Opts, labels, prefix)
- cache_allgauges[id] = opt.Vec.WithLabelValues(labels...)
- }
- c[prefix+name] = cache_allgauges[id]
+ id := m.getFullName(prometheus.Opts(vec.Opts), labelValues)
+ if _, ok := cache_allgauges[id]; !ok {
+ Logger.Info("Register new gauge from vector with opts: %v labelValues: %v", vec.Opts, labelValues)
+ cache_allgauges[id] = vec.Vec.WithLabelValues(labelValues...)
+ }
+ return cache_allgauges[id]
+}
+
+func (m *Metrics) GetGaugeGroupFromVects(labelValues []string, vects ...map[string]GaugeVec) map[string]Gauge {
+ c := make(map[string]Gauge)
+ for _, vect := range vects {
+ for name, vec := range vect {
+ c[name] = m.GetGaugeFromVect(labelValues, vec)
}
}
- return
+ return c
}
-func (m *Metrics) GetGaugeGroupFromVects(labels []string, vects ...map[string]GaugeVec) (c map[string]Gauge) {
- return m.GetGaugeGroupFromVectsWithPrefix("", labels, vects...)
+func (m *Metrics) GetGaugeGroupFromVectsWithPrefix(prefix string, labelValues []string, vects ...map[string]GaugeVec) map[string]Gauge {
+ c := make(map[string]Gauge)
+ for _, vect := range vects {
+ for name, vec := range vect {
+ c[prefix+name] = m.GetGaugeFromVect(labelValues, vec)
+ }
+ }
+ return c
}
"testing"
)
-var mCVect map[string]CounterVec
-var mGVect map[string]GaugeVec
-var mGGroup map[string]Gauge
+var mCVect CounterVec
+var mGVect GaugeVec
+
+var mCGroupVect map[string]CounterVec
+var mGGroupVect map[string]GaugeVec
func TestMetricSetup(t *testing.T) {
- mCVect = Metric.RegisterCounterVecGroup(
+ mCVect = Metric.RegisterCounterVec(CounterOpts{Name: "counter1", Help: "counter1"}, []string{"name", "event"}, "SUBSYSTEM0")
+
+ mCGroupVect = Metric.RegisterCounterVecGroup(
[]CounterOpts{
{Name: "counter1", Help: "counter1"},
},
[]string{"name", "event"},
- "SUBSYSTEM")
+ "SUBSYSTEM1")
- mGVect = Metric.RegisterGaugeVecGroup(
+ mGVect = Metric.RegisterGaugeVec(CounterOpts{Name: "gauge1", Help: "gauge1"}, []string{"name", "event"}, "SUBSYSTEM0")
+
+ mGGroupVect = Metric.RegisterGaugeVecGroup(
[]CounterOpts{
- {Name: "counter2", Help: "counter2"},
+ {Name: "gauge1", Help: "gauge1"},
},
[]string{"name", "event"},
- "SUBSYSTEM")
+ "SUBSYSTEM1")
+
+ tmpCVect := Metric.RegisterCounterVec(CounterOpts{Name: "counter1", Help: "counter1"}, []string{"name", "event"}, "SUBSYSTEM0")
+
+ if tmpCVect.Vec != mCVect.Vec {
+ t.Errorf("tmpCVect not same than mCVect. cache not working?")
+ }
+
+ tmpGVect := Metric.RegisterGaugeVec(CounterOpts{Name: "gauge1", Help: "gauge1"}, []string{"name", "event"}, "SUBSYSTEM0")
+
+ if tmpGVect.Vec != mGVect.Vec {
+ t.Errorf("tmpGVect not same than mGVect. cache not working?")
+ }
+
+ Metric.RegisterCounterVec(CounterOpts{Name: "counter1", Help: "counter1"}, []string{"name", "eventMismatch"}, "SUBSYSTEM0")
+ Metric.RegisterGaugeVec(CounterOpts{Name: "gauge1", Help: "gauge1"}, []string{"name", "eventMismatch"}, "SUBSYSTEM0")
- mGGroup = Metric.RegisterGaugeGroup(
- []CounterOpts{
- {Name: "counter3", Help: "counter3"},
- },
- "SUBSYSTEM2")
}
func TestMetricCounter(t *testing.T) {
+ TestCounterOpt := CounterOpts{Name: "CounterBlaah1", Help: "CounterBlaah1"}
+ ret1 := Metric.RegisterCounter(TestCounterOpt, "TestMetricCounter")
+ ret1.Inc()
+ ret2 := Metric.RegisterCounter(TestCounterOpt, "TestMetricCounter")
+ ret2.Inc()
+ if ret1 != ret2 {
+ t.Errorf("ret1 not same than ret2. cache not working?")
+ }
+}
+
+func TestMetricCounterGroup(t *testing.T) {
var TestCounterOpts = []CounterOpts{
- {Name: "Blaah1", Help: "Blaah1"},
- {Name: "Blaah2", Help: "Blaah2"},
- {Name: "Blaah3", Help: "Blaah3"},
- {Name: "Blaah4", Help: "Blaah4"},
+ {Name: "CounterBlaah1", Help: "CounterBlaah1"},
+ {Name: "CounterBlaah2", Help: "CounterBlaah2"},
+ {Name: "CounterBlaah3", Help: "CounterBlaah3"},
+ {Name: "CounterBlaah4", Help: "CounterBlaah4"},
}
- ret1 := Metric.RegisterCounterGroup(TestCounterOpts, "TestMetricCounter")
+ ret1 := Metric.RegisterCounterGroup(TestCounterOpts, "TestMetricCounterGroup")
if len(ret1) == 0 {
t.Errorf("ret1 counter group is empty")
}
- ret2 := Metric.RegisterCounterGroup(TestCounterOpts, "TestMetricCounter")
+ ret1["CounterBlaah1"].Inc()
+ ret1["CounterBlaah2"].Inc()
+ ret1["CounterBlaah3"].Inc()
+ ret1["CounterBlaah4"].Inc()
+
+ ret2 := Metric.RegisterCounterGroup(TestCounterOpts, "TestMetricCounterGroup")
if len(ret2) == 0 {
t.Errorf("ret2 counter group is empty")
}
+ ret2["CounterBlaah1"].Inc()
+ ret2["CounterBlaah2"].Inc()
+ ret2["CounterBlaah3"].Inc()
+ ret2["CounterBlaah4"].Inc()
+
+ if len(ret1) != len(ret2) {
+ t.Errorf("ret1 len %d differs from ret2 len %d", len(ret1), len(ret2))
+ }
+}
+
+func TestMetricGauge(t *testing.T) {
+ TestGaugeOpts := CounterOpts{Name: "GaugeBlaah1", Help: "GaugeBlaah1"}
+ ret1 := Metric.RegisterGauge(TestGaugeOpts, "TestMetricGauge")
+ ret1.Inc()
+ ret2 := Metric.RegisterGauge(TestGaugeOpts, "TestMetricGauge")
+ ret2.Inc()
+ if ret1 != ret2 {
+ t.Errorf("ret1 not same than ret2. cache not working?")
+ }
+}
+
+func TestMetricGaugeGroup(t *testing.T) {
+ var TestGaugeOpts = []CounterOpts{
+ {Name: "GaugeBlaah1", Help: "GaugeBlaah1"},
+ {Name: "GaugeBlaah2", Help: "GaugeBlaah2"},
+ {Name: "GaugeBlaah3", Help: "GaugeBlaah3"},
+ {Name: "GaugeBlaah4", Help: "GaugeBlaah4"},
+ }
+
+ ret1 := Metric.RegisterGaugeGroup(TestGaugeOpts, "TestMetricGaugeGroup")
+
+ if len(ret1) == 0 {
+ t.Errorf("ret1 gauge group is empty")
+ }
+
+ ret1["GaugeBlaah1"].Inc()
+ ret1["GaugeBlaah2"].Inc()
+ ret1["GaugeBlaah3"].Inc()
+ ret1["GaugeBlaah4"].Inc()
+
+ ret2 := Metric.RegisterGaugeGroup(TestGaugeOpts, "TestMetricGaugeGroup")
+
+ if len(ret2) == 0 {
+ t.Errorf("ret2 gauge group is empty")
+ }
+
+ ret2["GaugeBlaah1"].Inc()
+ ret2["GaugeBlaah2"].Inc()
+ ret2["GaugeBlaah3"].Inc()
+ ret2["GaugeBlaah4"].Inc()
+
if len(ret1) != len(ret2) {
t.Errorf("ret1 len %d differs from ret2 len %d", len(ret1), len(ret2))
}
func TestMetricCounterVector(t *testing.T) {
//
//
- c_grp1 := Metric.GetCounterGroupFromVects([]string{"name1", "event1"}, mCVect)
+ c_1_1 := Metric.GetCounterFromVect([]string{"name1", "event1"}, mCVect)
+ c_1_1.Inc()
+ c_1_2 := Metric.GetCounterFromVect([]string{"name1", "event1"}, mCVect)
+ c_1_2.Inc()
+ if c_1_1 != c_1_2 {
+ t.Errorf("c_1_1 not same than c_1_2. cache not working?")
+ }
+ //
+ //
+ c_2_1 := Metric.GetCounterFromVect([]string{"name1", "event2"}, mCVect)
+ c_2_1.Inc()
+ c_2_2 := Metric.GetCounterFromVect([]string{"name1", "event2"}, mCVect)
+ c_2_2.Inc()
+ if c_2_1 != c_2_2 {
+ t.Errorf("c_2_1 not same than c_2_2. cache not working?")
+ }
+ if c_1_1 == c_2_1 {
+ t.Errorf("c_1_1 same than c_2_1. what?")
+ }
+
+}
+
+func TestMetricCounterGroupVector(t *testing.T) {
+ //
+ //
+ c_grp1 := Metric.GetCounterGroupFromVects([]string{"name1", "event1"}, mCGroupVect)
if _, ok := c_grp1["counter1"]; ok == false {
t.Errorf("c_grp1 counter1 not exists")
}
//
//
- c_grp2 := Metric.GetCounterGroupFromVects([]string{"name1", "event2"}, mCVect)
+ c_grp2 := Metric.GetCounterGroupFromVects([]string{"name1", "event2"}, mCGroupVect)
if _, ok := c_grp2["counter1"]; ok == false {
t.Errorf("c_grp2 counter1 not exists")
}
func TestMetricGaugeVector(t *testing.T) {
//
//
- g_grp1 := Metric.GetGaugeGroupFromVects([]string{"name1", "event1"}, mGVect)
- if _, ok := g_grp1["counter2"]; ok == false {
- t.Errorf("g_grp1 counter2 not exists")
+ c_1_1 := Metric.GetGaugeFromVect([]string{"name1", "event1"}, mGVect)
+ c_1_1.Inc()
+ c_1_2 := Metric.GetGaugeFromVect([]string{"name1", "event1"}, mGVect)
+ c_1_2.Inc()
+ if c_1_1 != c_1_2 {
+ t.Errorf("c_1_1 not same than c_1_2. cache not working?")
}
- g_grp1["counter2"].Inc()
+ //
+ //
+ c_2_1 := Metric.GetGaugeFromVect([]string{"name1", "event2"}, mGVect)
+ c_2_1.Inc()
+ c_2_2 := Metric.GetGaugeFromVect([]string{"name1", "event2"}, mGVect)
+ c_2_2.Inc()
+ if c_2_1 != c_2_2 {
+ t.Errorf("c_2_1 not same than c_2_2. cache not working?")
+ }
+ if c_1_1 == c_2_1 {
+ t.Errorf("c_1_1 same than c_2_1. what?")
+ }
+}
+func TestMetricGaugeGroupVector(t *testing.T) {
//
//
- g_grp2 := Metric.GetGaugeGroupFromVects([]string{"name1", "event2"}, mGVect)
- if _, ok := g_grp2["counter2"]; ok == false {
- t.Errorf("g_grp2 counter2 not exists")
+ g_grp1 := Metric.GetGaugeGroupFromVects([]string{"name1", "event1"}, mGGroupVect)
+ if _, ok := g_grp1["gauge1"]; ok == false {
+ t.Errorf("g_grp1 gauge1 not exists")
}
- g_grp2["counter2"].Inc()
+ g_grp1["gauge1"].Inc()
+
+ //
+ //
+ g_grp2 := Metric.GetGaugeGroupFromVects([]string{"name1", "event2"}, mGGroupVect)
+ if _, ok := g_grp2["gauge1"]; ok == false {
+ t.Errorf("g_grp2 gauge1 not exists")
+ }
+ g_grp2["gauge1"].Inc()
}
-func TestMetricCounterVectorPrefix(t *testing.T) {
+func TestMetricCounterGroupVectorPrefix(t *testing.T) {
//
//
- c_grp1 := Metric.GetCounterGroupFromVectsWithPrefix("event1_", []string{"name1", "event1"}, mCVect)
+ c_grp1 := Metric.GetCounterGroupFromVectsWithPrefix("event1_", []string{"name1", "event1"}, mCGroupVect)
if _, ok := c_grp1["event1_counter1"]; ok == false {
t.Errorf("c_grp1 event1_counter1 not exists")
}
//
//
- c_grp2 := Metric.GetCounterGroupFromVectsWithPrefix("event2_", []string{"name1", "event2"}, mCVect)
+ c_grp2 := Metric.GetCounterGroupFromVectsWithPrefix("event2_", []string{"name1", "event2"}, mCGroupVect)
if _, ok := c_grp2["event2_counter1"]; ok == false {
t.Errorf("c_grp2 event2_counter1 not exists")
}
m_grp.CGet("event2_counter1")
}
-func TestMetricGaugeVectorPrefix(t *testing.T) {
+func TestMetricGaugeGroupVectorPrefix(t *testing.T) {
//
//
- g_grp1 := Metric.GetGaugeGroupFromVectsWithPrefix("event1_", []string{"name1", "event1"}, mGVect)
- if _, ok := g_grp1["event1_counter2"]; ok == false {
- t.Errorf("g_grp1 event1_counter2 not exists")
+ g_grp1 := Metric.GetGaugeGroupFromVectsWithPrefix("event1_", []string{"name1", "event1"}, mGGroupVect)
+ if _, ok := g_grp1["event1_gauge1"]; ok == false {
+ t.Errorf("g_grp1 event1_gauge1 not exists")
}
- g_grp1["event1_counter2"].Inc()
+ g_grp1["event1_gauge1"].Inc()
//
//
- g_grp2 := Metric.GetGaugeGroupFromVectsWithPrefix("event2_", []string{"name1", "event2"}, mGVect)
- if _, ok := g_grp2["event2_counter2"]; ok == false {
- t.Errorf("g_grp2 event2_counter2 not exists")
+ g_grp2 := Metric.GetGaugeGroupFromVectsWithPrefix("event2_", []string{"name1", "event2"}, mGGroupVect)
+ if _, ok := g_grp2["event2_gauge1"]; ok == false {
+ t.Errorf("g_grp2 event2_gauge1 not exists")
}
- g_grp2["event2_counter2"].Inc()
+ g_grp2["event2_gauge1"].Inc()
m_grp := NewMetricGroupsCache()
m_grp.CombineGaugeGroups(g_grp1, g_grp2)
//
//
- if m_grp.GIs("event1_counter2") == false {
- t.Errorf("m_grp event1_counter2 not exists")
+ if m_grp.GIs("event1_gauge1") == false {
+ t.Errorf("m_grp event1_gauge1 not exists")
}
- m_grp.GInc("event1_counter2")
+ m_grp.GInc("event1_gauge1")
//
//
- if m_grp.GIs("event2_counter2") == false {
- t.Errorf("m_grp event2_counter2 not exists")
+ if m_grp.GIs("event2_gauge1") == false {
+ t.Errorf("m_grp event2_gauge1 not exists")
}
- m_grp.GInc("event2_counter2")
+ m_grp.GInc("event2_gauge1")
- m_grp.GGet("event2_counter2")
- m_grp.GDec("event2_counter2")
- m_grp.GSet("event2_counter2", 1)
+ m_grp.GGet("event2_gauge1")
+ m_grp.GDec("event2_gauge1")
+ m_grp.GSet("event2_gauge1", 1)
}
func TestMetricGroupCache(t *testing.T) {
//
//
- c_grp1 := Metric.GetCounterGroupFromVectsWithPrefix("event1_", []string{"name1", "event1"}, mCVect)
+ c_grp1 := Metric.GetCounterGroupFromVectsWithPrefix("event1_", []string{"name1", "event1"}, mCGroupVect)
if _, ok := c_grp1["event1_counter1"]; ok == false {
t.Errorf("c_grp1 event1_counter1 not exists")
}
//
//
- c_grp2 := Metric.GetCounterGroupFromVectsWithPrefix("event2_", []string{"name1", "event2"}, mCVect)
- if _, ok := c_grp2["event2_counter1"]; ok == false {
- t.Errorf("c_grp2 event2_counter1 not exists")
+ c_grp2 := Metric.GetCounterGroupFromVects([]string{"name1", "event2"}, mCGroupVect)
+ if _, ok := c_grp2["counter1"]; ok == false {
+ t.Errorf("c_grp2 counter1 not exists")
}
- c_grp2["event2_counter1"].Inc()
+ c_grp2["counter1"].Inc()
//
//
- g_grp1 := Metric.GetGaugeGroupFromVectsWithPrefix("event1_", []string{"name1", "event1"}, mGVect)
- if _, ok := g_grp1["event1_counter2"]; ok == false {
- t.Errorf("g_grp1 event1_counter2 not exists")
+ g_grp1 := Metric.GetGaugeGroupFromVectsWithPrefix("event1_", []string{"name1", "event1"}, mGGroupVect)
+ if _, ok := g_grp1["event1_gauge1"]; ok == false {
+ t.Errorf("g_grp1 event1_gauge1 not exists")
}
- g_grp1["event1_counter2"].Inc()
+ g_grp1["event1_gauge1"].Inc()
//
//
- g_grp2 := Metric.GetGaugeGroupFromVectsWithPrefix("event2_", []string{"name1", "event2"}, mGVect)
- if _, ok := g_grp2["event2_counter2"]; ok == false {
- t.Errorf("g_grp2 event2_counter2 not exists")
+ g_grp2 := Metric.GetGaugeGroupFromVects([]string{"name1", "event2"}, mGGroupVect)
+ if _, ok := g_grp2["gauge1"]; ok == false {
+ t.Errorf("g_grp2 gauge1 not exists")
}
- g_grp2["event2_counter2"].Inc()
+ g_grp2["gauge1"].Inc()
//
//
m_grp := NewMetricGroupsCache()
m_grp.CombineCounterGroups(c_grp1)
- m_grp.CombineCounterGroups(c_grp2)
+ m_grp.CombineCounterGroupsWithPrefix("event2_", c_grp2)
m_grp.CombineGaugeGroups(g_grp1)
- m_grp.CombineGaugeGroups(g_grp2)
+ m_grp.CombineGaugeGroupsWithPrefix("event2_", g_grp2)
if m_grp == nil {
t.Errorf("Cache failed")
}
m_grp.CInc("event2_counter1")
- if m_grp.GIs("event1_counter2") == false {
- t.Errorf("m_grp.Gauges event1_counter2 not exists")
+ if m_grp.GIs("event1_gauge1") == false {
+ t.Errorf("m_grp.Gauges event1_gauge1 not exists")
}
- m_grp.GInc("event1_counter2")
+ m_grp.GInc("event1_gauge1")
- if m_grp.GIs("event2_counter2") == false {
- t.Errorf("m_grp.Gauges event2_counter2 not exists")
+ if m_grp.GIs("event2_gauge1") == false {
+ t.Errorf("m_grp.Gauges event2_gauge1 not exists")
}
- m_grp.GInc("event2_counter2")
+ m_grp.GInc("event2_gauge1")
m_grp.CAdd("event2_counter1", 1)
m_grp.CGet("event2_counter1")
- m_grp.GGet("event2_counter2")
- m_grp.GDec("event2_counter2")
- m_grp.GSet("event2_counter2", 1)
+ m_grp.GGet("event2_gauge1")
+ m_grp.GDec("event2_gauge1")
+ m_grp.GSet("event2_gauge1", 1)
}
Code Review / ric-plt / xapp-frame.git / commitdiff