Documentation
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Index ¶
Constants ¶
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const RetinaOperatorMetricsNamespace = "networkobservability_operator"
Variables ¶
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var ( Operator = cell.Module( "operator", "Retina Operator", cell.Invoke(func(l logrus.FieldLogger) { l.Info("starting hive. Some logs will say 'cilium' since some code is derived from cilium") }), Infrastructure, ControlPlane, ) Infrastructure = cell.Module( "operator-infra", "Operator Infrastructure", config.Cell, cell.Invoke(setupZapHook), cell.Provide(func(cfg config.Config) telemetry.Config { return telemetry.Config{ Component: "retina-operator", EnableTelemetry: cfg.EnableTelemetry, ApplicationInsightsID: buildinfo.ApplicationInsightsID, RetinaVersion: buildinfo.Version, } }), telemetry.Constructor, pprof.Cell, cell.Config(pprof.Config{ Pprof: true, PprofAddress: option.PprofAddressAgent, PprofPort: option.PprofPortAgent, }), k8sClient.Cell, operatorMetrics.Cell, cell.Provide(func( operatorCfg *operatorOption.OperatorConfig, ) operatorMetrics.SharedConfig { return operatorMetrics.SharedConfig{ EnableMetrics: operatorCfg.EnableMetrics, EnableGatewayAPI: operatorCfg.EnableGatewayAPI, } }), cell.Provide(func() *k8sruntime.Scheme { scheme := k8sruntime.NewScheme() utilruntime.Must(clientgoscheme.AddToScheme(scheme)) return scheme }), ) // ControlPlane implements the control functions. ControlPlane = cell.Module( "operator-controlplane", "Operator Control Plane", cell.Config(cmtypes.DefaultClusterInfo), cell.Invoke(func(cinfo cmtypes.ClusterInfo) error { err := cinfo.Validate() if err != nil { return fmt.Errorf("error validating cluster info: %w", err) } return nil }), cell.Invoke( registerOperatorHooks, ), cell.Provide(func() *option.DaemonConfig { return option.Config }), cell.Provide(func() *operatorOption.OperatorConfig { return operatorOption.Config }), cell.Provide(func( daemonCfg *option.DaemonConfig, _ *operatorOption.OperatorConfig, ) identitygc.SharedConfig { return identitygc.SharedConfig{ IdentityAllocationMode: daemonCfg.IdentityAllocationMode, } }), cell.Provide(func( operatorCfg *operatorOption.OperatorConfig, daemonCfg *option.DaemonConfig, ) endpointgc.SharedConfig { return endpointgc.SharedConfig{ Interval: operatorCfg.EndpointGCInterval, DisableCiliumEndpointCRD: daemonCfg.DisableCiliumEndpointCRD, } }), controller.Cell, WithLeaderLifecycle( apis.RegisterCRDsCell, cell.Provide(func(scheme *k8sruntime.Scheme) (ctrl.Manager, error) { logf.SetLogger(zapf.New()) manager, err := ctrl.NewManager(ctrl.GetConfigOrDie(), ctrl.Options{ Scheme: scheme, }) if err != nil { return nil, fmt.Errorf("failed to create manager: %w", err) } return manager, nil }), endpointcontroller.Cell, operatorK8s.ResourcesCell, auth.Cell, store.Cell, identitygc.Cell, endpointgc.Cell, telemetry.Heartbeat, ), ) FlagsHooks []ProviderFlagsHooks )
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var ( MaxFileSizeMB = 100 MaxBackups = 3 MaxAgeDays = 30 )
View Source
var MetricsCmd = &cobra.Command{
Use: "metrics",
Short: "Access metric status of the operator",
}
MetricsCmd represents the metrics command for the operator.
Functions ¶
Types ¶
type LeaderLifecycle ¶
type LeaderLifecycle struct {
cell.DefaultLifecycle
}
LeaderLifecycle is the inner lifecycle of the operator that is started when this operator instance is elected leader. It implements cell.Lifecycle allowing cells to use it.
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