controller

type CNCLifecycleConfig struct{}

type CNRLifecycleConfig struct{}

type CNRMonitorConfig struct{}

type ControllersConfiguration struct {
	*VPAConfig
	*KCCConfig
	*SPDConfig
	*LifeCycleConfig
	*MonitorConfig
	*OvercommitConfig
	*TideConfig
	*ResourceRecommenderConfig
}

type GenericControllerConfiguration struct {
	// Controllers is the list of controllers to enable or disable
	// '*' means "all enabled by default controllers"
	// 'foo' means "enable 'foo'"
	// '-foo' means "disable 'foo'"
	// first item for a particular name wins
	Controllers []string

	// leaderElection defines the configuration of leader election client.
	LeaderElection componentbaseconfig.LeaderElectionConfiguration

	// A selector to restrict the list of returned objects by their labels. this selector is
	// used in informer factory.
	LabelSelector string

	// since many centralized components need a dynamic mechanism to
	// list-watch or get GYR from APIServer (such as autoscaling and
	// service-profiling), we use DynamicGVResources to define those GVRs
	DynamicGVResources []string
}

type HealthzConfig struct {
	DryRun        bool
	NodeSelector  labels.Selector
	AgentSelector map[string]labels.Selector

	// config for checking logic
	CheckWindow           time.Duration
	UnhealthyPeriods      time.Duration
	AgentUnhealthyPeriods map[string]time.Duration

	// config for handling logic
	HandlePeriod  time.Duration
	AgentHandlers map[string]string

	// config for disrupting logic
	TaintQPS                 float32
	EvictQPS                 float32
	DisruptionTaintThreshold float32
	DisruptionEvictThreshold float32
}

type KCCConfig struct {
	// ValidAPIGroupSet indicates the api-groups that kcc allows.
	ValidAPIGroupSet sets.String
}

type LifeCycleConfig struct {
	EnableHealthz      bool
	EnableCNCLifecycle bool

	*CNRLifecycleConfig
	*CNCLifecycleConfig
	*HealthzConfig
}

type MonitorConfig struct {
	// EnableCNRMonitor is a flag to enable CNR monitor controller
	EnableCNRMonitor bool

	*CNRMonitorConfig
}

type NodeOvercommitConfig struct {
	// numer of workers to sync overcommit config
	SyncWorkers int

	// time interval of reconcile overcommit config
	ConfigReconcilePeriod time.Duration
}

type OvercommitConfig struct {
	Node NodeOvercommitConfig
}

type ResourceRecommendConfig struct {
	// time interval of resync VPA
	VPAReSyncPeriod time.Duration
}

type ResourceRecommenderConfig struct {
	OOMRecordMaxNumber int

	HealthProbeBindPort string
	MetricsBindPort     string

	// available datasource: prom
	DataSource []string
	// DataSourcePromConfig is the prometheus datasource config
	DataSourcePromConfig prometheus.PromConfig

	// LogVerbosityLevel to specify log verbosity level. (The default level is 4)
	// Set it to something larger than 4 if more detailed logs are needed.
	LogVerbosityLevel string
}

type SPDConfig struct {
	// ReSyncPeriod controls the resync period to generate spd
	ReSyncPeriod time.Duration

	// SPDWorkloadGVResources define those SPD concerned GVRs
	SPDWorkloadGVResources []string
	// SPDPodLabelIndexerKeys are used
	SPDPodLabelIndexerKeys []string

	// EnableCNCCache is to sync spd cnc target config
	EnableCNCCache bool

	IndicatorPlugins []string

	BaselinePercent map[string]int64
}

type TideConfig struct {
}

type VPAConfig struct {
	// VPAWorkloadGVResources define those VPA concerned GVRs
	VPAWorkloadGVResources []string
	// SPDPodLabelIndexerKeys are used
	VPAPodLabelIndexerKeys []string
	// number of workers to sync VPA and VPARec
	VPASyncWorkers    int
	VPARecSyncWorkers int

	*VPARecommendationConfig
	*ResourceRecommendConfig
}

type VPARecommendationConfig struct {
}