noderesults

Documentation

Index

• Constants
• func DecodeFailedNodesFromConfigMap(cm *corev1.ConfigMap) ([]burninv1alpha1.FailedNode, error)
• func FailedNodeNames(nodes []burninv1alpha1.FailedNode) []string
• func FailedNodesFromJSON(b []byte) ([]burninv1alpha1.FailedNode, error)
• func FailedNodesToJSON(nodes []burninv1alpha1.FailedNode) ([]byte, error)
• func NodesWithFailureDetails(names []string, reason burninv1alpha1.NodeFailureReason, message string) []burninv1alpha1.FailedNode

Constants

const (
	// SucceededNodesConfigMapKey is the binaryData key whose value is a
	// gzip-compressed comma-separated list of nodes that passed.
	SucceededNodesConfigMapKey = "succeeded-nodes.csv.gz"

	// FailedNodesConfigMapKey is the binaryData key whose value is a
	// gzip-compressed JSON array of {name, reason, message} objects.
	FailedNodesConfigMapKey = "failed-nodes.json.gz"
)

Functions

func DecodeFailedNodesFromConfigMap

func DecodeFailedNodesFromConfigMap(cm *corev1.ConfigMap) ([]burninv1alpha1.FailedNode, error)

DecodeFailedNodesFromConfigMap parses the failed-nodes entry (a JSON array of {name, reason, message} objects) from a node-results ConfigMap's binaryData.

func FailedNodeNames

func FailedNodeNames(nodes []burninv1alpha1.FailedNode) []string

FailedNodeNames extracts the sorted, deduped node names from FailedNode entries.

func FailedNodesFromJSON

func FailedNodesFromJSON(b []byte) ([]burninv1alpha1.FailedNode, error)

FailedNodesFromJSON parses the JSON array produced by FailedNodesToJSON back into FailedNode entries.

func FailedNodesToJSON

func FailedNodesToJSON(nodes []burninv1alpha1.FailedNode) ([]byte, error)

FailedNodesToJSON encodes FailedNode entries as a JSON array of {name, reason, message} objects.

func NodesWithFailureDetails

func NodesWithFailureDetails(names []string, reason burninv1alpha1.NodeFailureReason,
	message string) []burninv1alpha1.FailedNode

NodesWithFailureDetails wraps a list of node names into FailedNode entries with the given reason and message. The result is sorted by node name.