operator

Documentation

Index

• Variables
• type Arguments
  • func (args *Arguments) SetToDefault()
  • func (args *Arguments) Validate() error
• type Clustering
• type DebugInfo
• type DiscoveredResource

Variables

var DefaultArguments = Arguments{
	Client: kubernetes.ClientArguments{
		HTTPClientConfig: config.DefaultHTTPClientConfig,
	},
}

Types

type Arguments

type Arguments struct {

	// Client settings to connect to Kubernetes.
	Client kubernetes.ClientArguments `river:"client,block,optional"`

	ForwardTo []storage.Appendable `river:"forward_to,attr"`

	// Namespaces to search for monitor resources. Empty implies All namespaces
	Namespaces []string `river:"namespaces,attr,optional"`

	// LabelSelector allows filtering discovered monitor resources by labels
	LabelSelector *config.LabelSelector `river:"selector,block,optional"`

	Clustering Clustering `river:"clustering,block,optional"`

	RelabelConfigs []*flow_relabel.Config `river:"rule,block,optional"`
}

func (*Arguments) SetToDefault

func (args *Arguments) SetToDefault()

SetToDefault implements river.Defaulter.

func (*Arguments) Validate

func (args *Arguments) Validate() error

Validate implements river.Validator.

type Clustering

type Clustering struct {
	// TODO(@tpaschalis) Move this block to a shared place for all components using clustering.
	Enabled bool `river:"enabled,attr"`
}

Clustering holds values that configure clustering-specific behavior.

type DebugInfo

type DebugInfo struct {
	DiscoveredCRDs []*DiscoveredResource `river:"crds,block"`
	Targets        []scrape.TargetStatus `river:"targets,block,optional"`
}

type DiscoveredResource

type DiscoveredResource struct {
	Namespace      string    `river:"namespace,attr"`
	Name           string    `river:"name,attr"`
	LastReconcile  time.Time `river:"last_reconcile,attr,optional"`
	ReconcileError string    `river:"reconcile_error,attr,optional"`
}