func NewHTTPBasedChecker[Data base.WindowData[network.BufferEvent, float64]]()

in pkg/profiling/continuous/checker/common/http_checker.go [39:114]
69 lines of code
12 McCabe index (conditional complexity)

func NewHTTPBasedChecker[Data base.WindowData[network.BufferEvent, float64]](checkType base.CheckType,
	thresholdGenerator func(val string) (float64, error), dataGenerator func() base.WindowData[network.BufferEvent, float64],
	monitorType v3.ContinuousProfilingTriggeredMonitorType) *HTTPBasedChecker[Data] {
	checker := &HTTPBasedChecker[Data]{
		CheckType:         checkType,
		ThresholdGenerate: thresholdGenerator,
		MonitorType:       monitorType,
	}
	checker.BaseChecker = NewBaseChecker[*HTTPBasedCheckerProcessInfo](
		func(p api.ProcessInterface, older *HTTPBasedCheckerProcessInfo, items []*base.PolicyItem) *HTTPBasedCheckerProcessInfo {
			result := &HTTPBasedCheckerProcessInfo{
				Process:           p,
				PolicyWithWindows: make(map[*base.PolicyItem]*HTTPBasedCheckerPolicyItemWindows),
			}
			for _, item := range items {
				val, _ := thresholdGenerator(item.Threshold)
				policyInfo := &HTTPBasedCheckerPolicyItemWindows{
					threshold: val,
				}

				timeWindowsUpdated := false
				if older != nil {
					for olderItem, olderInfo := range older.PolicyWithWindows {
						// reading from the older policy info
						if olderItem.SameURIFilter(item) {
							if len(item.URIList) > 0 {
								for _, w := range olderInfo.uriWithTimeWindows {
									w.ScalePeriod([]*base.PolicyItem{item})
								}

								policyInfo.uriWithTimeWindows = olderInfo.uriWithTimeWindows
							} else {
								policyInfo.defaultTimeWindows = olderInfo.defaultTimeWindows
								policyInfo.defaultTimeWindows.ScalePeriod([]*base.PolicyItem{item})
							}
							timeWindowsUpdated = true
							break
						}
					}
				}

				if timeWindowsUpdated {
					result.PolicyWithWindows[item] = policyInfo
					continue
				}

				// otherwise, create the time windows
				if len(item.URIList) > 0 {
					uriWithWindows := make(map[string]*base.TimeWindows[network.BufferEvent, float64])
					for _, uri := range item.URIList {
						uriWithWindows[uri] = base.NewTimeWindows[network.BufferEvent, float64](
							[]*base.PolicyItem{item}, func() base.WindowData[network.BufferEvent, float64] {
								return dataGenerator()
							})
					}
					policyInfo.uriWithTimeWindows = uriWithWindows
				} else if item.URIRegex != "" {
					regex, err := regexp.Compile(item.URIRegex)
					if err != nil {
						log.Warnf("error to compile the URI regex for policy, ignore this policy. regex: %s", item.URIRegex)
						continue
					}
					policyInfo.uriRegex = regex
				}
				policyInfo.defaultTimeWindows = base.NewTimeWindows[network.BufferEvent, float64](
					[]*base.PolicyItem{item}, func() base.WindowData[network.BufferEvent, float64] {
						return dataGenerator()
					})

				result.PolicyWithWindows[item] = policyInfo
			}
			return result
		})
	network.AddEventNotify(checker)
	return checker
}