eventRoute

type AppRouteSlice []*AppRouteStats

type AppRouteStats struct {
	AppId string

	// E.g., GET, PUT, POST, DELETE
	HttpMethodStatsMap map[events.Method]*HttpMethodStats

	// Good idea??
	UserAgentMap map[string]int64
}

type ByLength []string

type DomainStats struct {
	DomainId string
	// Key: host
	HostStatsMap map[string]*HostStats
}

type HostSlice []*HostStats

type HostStats struct {

	// Key: path (needs to include empty string as key for root path)
	RouteStatsMap map[string]*RouteStats

	// Key: tcp port (for TCP based routes)
	TcpRouteStatsMap map[int]*RouteStats
	// contains filtered or unexported fields
}

type HttpMethodSlice []*HttpMethodStats

type HttpMethodStats struct {
	Method     events.Method
	LastAccess time.Time

	AvgResponseL60Time float64 // updated after a clone of this object
	EventL60Rate       int     // updated after a clone of this object

	AvgResponseL10Time float64 // updated after a clone of this object
	EventL10Rate       int     // updated after a clone of this object

	AvgResponseL1Time float64 // updated after a clone of this object
	EventL1Rate       int     // updated after a clone of this object

	RequestCount int64

	// E.g., 200, 404, 500
	HttpStatusCode map[int32]int64

	// NOTE: is this realistic?? There could be unlimited number of RemoteAddresses
	// PCF 1.6 - All we have it remoteAddresses
	// PCF 1.7 - All we have it remoteAddresses as format of uri is messed up
	// PCF 1.8: "forwarded" (array) - pick the first/top forwarded value from HttpStartStop event array
	// NOTE: PCF 1.8 - remote address includes a port
	Forwarder map[string]int64

	ResponseContentLength int64
	// Not currently used
	RequestContentLength int64
	// contains filtered or unexported fields
}

type RouteSlice []*RouteStats

type RouteStats struct {
	RouteId string

	// Key: appId
	AppRouteStatsMap map[string]*AppRouteStats
}