Best K6 code snippet using cloud.aggregateHTTPTrails
collector.go
Source:collector.go
...185 select {186 case <-c.stopSendingMetricsCh:187 return188 case <-aggregationTicker.C:189 c.aggregateHTTPTrails(aggregationWaitPeriod)190 case <-ctx.Done():191 c.aggregateHTTPTrails(0)192 c.flushHTTPTrails()193 close(signalQuit)194 return195 }196 }197 }()198 }199 defer func() {200 wg.Wait()201 c.testFinished()202 }()203 pushTicker := time.NewTicker(time.Duration(c.config.MetricPushInterval.Duration))204 for {205 select {206 case <-c.stopSendingMetricsCh:207 return208 default:209 }210 select {211 case <-quit:212 c.pushMetrics()213 return214 case <-pushTicker.C:215 c.pushMetrics()216 }217 }218}219func useCloudTags(source *httpext.Trail) *httpext.Trail {220 name, nameExist := source.Tags.Get("name")221 url, urlExist := source.Tags.Get("url")222 if !nameExist || !urlExist || name == url {223 return source224 }225 newTags := source.Tags.CloneTags()226 newTags["url"] = name227 dest := new(httpext.Trail)228 *dest = *source229 dest.Tags = stats.IntoSampleTags(&newTags)230 dest.Samples = nil231 return dest232}233// Collect receives a set of samples. This method is never called concurrently, and only while234// the context for Run() is valid, but should defer as much work as possible to Run().235func (c *Collector) Collect(sampleContainers []stats.SampleContainer) {236 select {237 case <-c.stopSendingMetricsCh:238 return239 default:240 }241 if c.referenceID == "" {242 return243 }244 newSamples := []*Sample{}245 newHTTPTrails := []*httpext.Trail{}246 for _, sampleContainer := range sampleContainers {247 switch sc := sampleContainer.(type) {248 case *httpext.Trail:249 sc = useCloudTags(sc)250 // Check if aggregation is enabled,251 if c.config.AggregationPeriod.Duration > 0 {252 newHTTPTrails = append(newHTTPTrails, sc)253 } else {254 newSamples = append(newSamples, NewSampleFromTrail(sc))255 }256 case *netext.NetTrail:257 //TODO: aggregate?258 values := map[string]float64{259 metrics.DataSent.Name: float64(sc.BytesWritten),260 metrics.DataReceived.Name: float64(sc.BytesRead),261 }262 if sc.FullIteration {263 values[metrics.IterationDuration.Name] = stats.D(sc.EndTime.Sub(sc.StartTime))264 values[metrics.Iterations.Name] = 1265 }266 newSamples = append(newSamples, &Sample{267 Type: DataTypeMap,268 Metric: "iter_li_all",269 Data: &SampleDataMap{270 Time: Timestamp(sc.GetTime()),271 Tags: sc.GetTags(),272 Values: values,273 }})274 default:275 for _, sample := range sampleContainer.GetSamples() {276 newSamples = append(newSamples, &Sample{277 Type: DataTypeSingle,278 Metric: sample.Metric.Name,279 Data: &SampleDataSingle{280 Type: sample.Metric.Type,281 Time: Timestamp(sample.Time),282 Tags: sample.Tags,283 Value: sample.Value,284 },285 })286 }287 }288 }289 if len(newSamples) > 0 || len(newHTTPTrails) > 0 {290 c.bufferMutex.Lock()291 c.bufferSamples = append(c.bufferSamples, newSamples...)292 c.bufferHTTPTrails = append(c.bufferHTTPTrails, newHTTPTrails...)293 c.bufferMutex.Unlock()294 }295}296func (c *Collector) aggregateHTTPTrails(waitPeriod time.Duration) {297 c.bufferMutex.Lock()298 newHTTPTrails := c.bufferHTTPTrails299 c.bufferHTTPTrails = nil300 c.bufferMutex.Unlock()301 aggrPeriod := int64(c.config.AggregationPeriod.Duration)302 // Distribute all newly buffered HTTP trails into buckets and sub-buckets303 for _, trail := range newHTTPTrails {304 trailTags := trail.GetTags()305 bucketID := trail.GetTime().UnixNano() / aggrPeriod306 // Get or create a time bucket for that trail period307 bucket, ok := c.aggrBuckets[bucketID]308 if !ok {309 bucket = aggregationBucket{}310 c.aggrBuckets[bucketID] = bucket...
aggregateHTTPTrails
Using AI Code Generation
1import (2func main() {3 sess, err := session.New()4 if err != nil {5 log.Fatal(err)6 }7 cisClient, err := cisv1.New(sess)8 if err != nil {9 log.Fatal(err)10 }11 zoneAPI := cisClient.Zones()12 httptrailsAPI := zoneAPI.HTTPTrails(zoneID)13 httptrails, err := httptrailsAPI.List()14 if err != nil {15 log.Fatal(err)16 }17 fmt.Println(httptrails)18 aggregate, err := httptrailsAPI.Aggregate()19 if err != nil {20 log.Fatal(err)21 }22 fmt.Println(aggregate)23 aggregateIP, err := httptrailsAPI.AggregateByIP()24 if err != nil {25 log.Fatal(err)26 }27 fmt.Println(aggregateIP)28 aggregateResponseCode, err := httptrailsAPI.AggregateByResponseCode()29 if err != nil {30 log.Fatal(err)31 }32 fmt.Println(aggregateResponseCode)33 aggregateRequestPath, err := httptrailsAPI.AggregateByRequestPath()34 if err != nil {35 log.Fatal(err)36 }37 fmt.Println(aggregateRequestPath)38 aggregateCountry, err := httptrailsAPI.AggregateByCountry()39 if err != nil {40 log.Fatal(err)41 }42 fmt.Println(aggregateCountry)43 aggregateContentType, err := httptrailsAPI.AggregateByContentType()44 if err != nil {45 log.Fatal(err)46 }47 fmt.Println(aggregateContentType)48 aggregateUserAgent, err := httptrailsAPI.AggregateByUserAgent()49 if err != nil {50 log.Fatal(err)
aggregateHTTPTrails
Using AI Code Generation
1cloud.aggregateHTTPTrails("myTrail", "myTrail2", "myTrail3")2cloud.aggregateHTTPTrails("myTrail", "myTrail2", "myTrail3")3cloud.aggregateHTTPTrails("myTrail", "myTrail2", "myTrail3")4cloud.aggregateHTTPTrails("myTrail", "myTrail2", "myTrail3")5cloud.aggregateHTTPTrails("myTrail", "myTrail2", "myTrail3")6cloud.aggregateHTTPTrails("myTrail", "myTrail2", "myTrail3")7cloud.aggregateHTTPTrails("myTrail", "myTrail2", "myTrail3")8cloud.aggregateHTTPTrails("myTrail", "myTrail2", "myTrail3")9cloud.aggregateHTTPTrails("myTrail", "myTrail2", "myTrail3")10cloud.aggregateHTTPTrails("myTrail", "myTrail2", "myTrail3")11cloud.aggregateHTTPTrails("myTrail", "myTrail2", "myTrail3")12cloud.aggregateHTTPTrails("myTrail", "myTrail2", "myTrail3")13cloud.aggregateHTTPTrails("myTrail", "myTrail2", "myTrail3")
aggregateHTTPTrails
Using AI Code Generation
1import (2func main() {3 input := make(map[string]interface{})4 input["http_trails"] = []interface{}{"trail1", "trail2"}5 output := cloud.AggregateHTTPTrails(input)6 fmt.Println(output)7}8import (9func main() {10 input := make(map[string]interface{})11 input["http_trails"] = []interface{}{"trail1", "trail2"}12 output := cloud.AggregateHTTPTrails(input)13 fmt.Println(output)14}15import (16func main() {17 input := make(map[string]interface{})18 input["http_trails"] = []interface{}{"trail1", "trail2"}19 output := cloud.AggregateHTTPTrails(input)20 fmt.Println(output)21}22import (23func main() {24 input := make(map[string]interface{})25 input["http_trails"] = []interface{}{"trail1", "trail2
aggregateHTTPTrails
Using AI Code Generation
1import (2func main() {3 cloud := aggregate.Cloud{}4 cloud.AddHTTPTrail(aggregate.HTTPTrail{Path: "/api/v1/1", Method: "GET", ResponseTime: 100})5 cloud.AddHTTPTrail(aggregate.HTTPTrail{Path: "/api/v1/1", Method: "GET", ResponseTime: 200})6 cloud.AddHTTPTrail(aggregate.HTTPTrail{Path: "/api/v2/2", Method: "GET", ResponseTime: 300})7 cloud.AddHTTPTrail(aggregate.HTTPTrail{Path: "/api/v2/2", Method: "GET", ResponseTime: 400})8 cloud.AddHTTPTrail(aggregate.HTTPTrail{Path: "/api/v2/2", Method: "GET", ResponseTime: 500})9 cloud.AddHTTPTrail(aggregate.HTTPTrail{Path: "/api/v2/2", Method: "GET", ResponseTime: 600})10 cloud.AggregateHTTPTrails()11 fmt.Println(cloud.HTTPTrails)12}13import (14func main() {15 cloud := aggregate.Cloud{}16 cloud.AddHTTPTrail(aggregate.HTTPTrail{Path: "/api/v1/1", Method: "GET", ResponseTime: 100})17 cloud.AddHTTPTrail(aggregate.HTTPTrail{Path: "/api/v1/1", Method: "GET", ResponseTime: 200})18 cloud.AddHTTPTrail(aggregate.HTTPTrail{Path: "/api/v2/2", Method: "GET", ResponseTime: 300})19 cloud.AddHTTPTrail(aggregate.HTTPTrail{Path: "/api/v2/2", Method: "GET", ResponseTime: 400})20 cloud.AddHTTPTrail(aggregate.HTTPTrail{Path: "/api/v2/2", Method: "GET", ResponseTime: 500})21 cloud.AddHTTPTrail(aggregate.HTTPTrail{Path: "/api/v2/2", Method: "GET", ResponseTime: 600})22 cloud.AggregateHTTPTrails()23 fmt.Println(cloud.HTTPTrails)24}25import (
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