durations

const (
	AgentRegistrationRetry         = time.Minute * 1
	AgentSecretTimeout             = time.Minute * 1
	ClusterImportTokenTTL          = time.Hour * 12
	ClusterRegisterDelay           = time.Second * 15
	ClusterRegisterJitterMax       = time.Second * 60
	ClusterRegistrationDeleteDelay = time.Minute * 40
	ClusterSecretRetry             = time.Second * 2
	ContentPurgeInterval           = time.Minute * 5
	CreateClusterSecretTimeout     = time.Minute * 30
	DefaultClusterCheckInterval    = time.Minute * 15
	DefaultImageInterval           = time.Minute * 15
	DefaultRequeueAfter            = time.Second * 5
	DefaultResyncAgent             = time.Minute * 30
	FailureRateLimiterBase         = time.Millisecond * 5
	FailureRateLimiterMax          = time.Second * 60
	SlowFailureRateLimiterBase     = time.Second * 2
	SlowFailureRateLimiterMax      = time.Minute * 10 // hit after 10 failures in a row
	GarbageCollect                 = time.Minute * 15
	RestConfigTimeout              = time.Second * 15
	ServiceTokenSleep              = time.Second * 2
	TokenClusterEnqueueDelay       = time.Second * 2
	// TriggerSleep is the delay before the driftdetect mini controller
	// starts watching deployed resources for changes
	TriggerSleep = time.Second * 5
	// GitRepoStatusDelay gives the gitjob controller some time to update
	// the gitrepo status first, before the status controller looks at
	// bundledeployments.
	GitRepoStatusDelay = time.Second * 5
	// HelmOpStatusDelay gives the helmop controller some time to update
	// the helmop status first, before the status controller looks at
	// bundledeployments.
	HelmOpStatusDelay = time.Second * 5
	// StatusConflictRequeue is how long a status controller waits before
	// recomputing a status whose write lost an optimistic lock. A conflict
	// means the object was just written, so its cache entry is refreshed
	// almost immediately and there is no reason to wait a full status delay.
	StatusConflictRequeue = time.Second
	// WaitForDependenciesReadyRequeueInterval is the wait time after the Fleet agent finds a BundleDeployment has non-ready dependencies
	WaitForDependenciesReadyRequeueInterval = time.Second * 15
	// NamespacePermissionRequeueInterval is the wait time after the Fleet
	// agent is denied permission to patch a target namespace's
	// labels/annotations. Granting the missing namespace RBAC does not trigger
	// a reconcile on its own, so the agent requeues at this interval to
	// converge once the permission is added.
	NamespacePermissionRequeueInterval = time.Minute * 2
	// StaleCacheRequeue is how long the Fleet agent waits before looking again
	// at a BundleDeployment which is missing from its cache but still present
	// on the API server. It doubles on every further attempt, up to
	// StaleCacheRequeueMax.
	StaleCacheRequeue = time.Second * 30
	// StaleCacheRequeueMax caps the wait between those attempts, so that a
	// cache which never catches up polls the API server with this periodicity.
	StaleCacheRequeueMax = time.Minute * 10
	// BundleEventsDebounce lets a burst of bundle deployment failures settle
	// before it is reported as an event, so that the event describes the
	// whole burst instead of only its first failure.
	BundleEventsDebounce = time.Second * 5
	// BundleEventsMinInterval is the minimum time between two events about
	// the deployment state of the same object.
	BundleEventsMinInterval = time.Minute * 1
)