Documentation
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Index ¶
- func ConvertToAPICondition(condition Condition) corev1.NodeCondition
- func ConvertToAPIConditionStatus(status ConditionStatus) corev1.ConditionStatus
- func ConvertToAPIEventType(severity Severity) string
- func ConvertToAPITimestamp(timestamp time.Time) metav1.Time
- type CommandLineOptions
- type Condition
- type ConditionStatus
- type Exporter
- type ExporterHandler
- type ExporterType
- type Monitor
- type ProblemDaemonConfigPathMap
- type ProblemDaemonHandler
- type ProblemDaemonType
- type Severity
- type Status
- type Type
Constants ¶
This section is empty.
Variables ¶
This section is empty.
Functions ¶
func ConvertToAPICondition ¶
func ConvertToAPICondition(condition Condition) corev1.NodeCondition
ConvertToAPICondition converts the internal node condition to corev1.NodeCondition.
func ConvertToAPIConditionStatus ¶
func ConvertToAPIConditionStatus(status ConditionStatus) corev1.ConditionStatus
ConvertToAPIConditionStatus converts the internal node condition status to corev1.ConditionStatus.
func ConvertToAPIEventType ¶
ConvertToAPIEventType converts the internal severity to event type.
Types ¶
type CommandLineOptions ¶
type Condition ¶
type Condition struct {
// Type is the condition type. It should describe the condition of node in problem. For example
// KernelDeadlock, OutOfResource etc.
Type string `json:"type"`
// Status indicates whether the node is in the condition or not.
Status ConditionStatus `json:"status"`
// Transition is the time when the node transits to this condition.
Transition time.Time `json:"transition"`
// Reason is a short reason of why node goes into this condition.
Reason string `json:"reason"`
// Message is a human readable message of why node goes into this condition.
Message string `json:"message"`
// Source is the name of the problem daemon.
Source string `json:"source"`
}
Condition is the node condition used internally by problem detector.
type ConditionStatus ¶
type ConditionStatus string
ConditionStatus is the status of the condition.
const ( // True means the condition status is true. True ConditionStatus = "True" // False means the condition status is false. False ConditionStatus = "False" // Unknown means the condition status is unknown. Unknown ConditionStatus = "Unknown" )
type Exporter ¶
type Exporter interface {
// Export problems to the control plane.
ExportProblems(*Status)
}
Exporter exports machine health data to certain control plane.
type ExporterHandler ¶
type ExporterHandler struct {
// CreateExporterOrDie initializes an exporter, panic if error occurs.
CreateExporterOrDie func(CommandLineOptions) Exporter
// CmdOptionDescription explains how to configure the exporter from command line arguments.
Options CommandLineOptions
}
ExporterHandler represents the initialization handler for a type of exporter.
type Monitor ¶
type Monitor interface {
// Start starts the monitor.
// The Status channel is used to report problems. If the Monitor does not report any
// problem (i.e. metrics reporting only), the channel should be set to nil.
Start() (<-chan *Status, error)
// Stop stops the monitor.
Stop()
}
Monitor monitors the system and reports problems and metrics according to the rules.
type ProblemDaemonConfigPathMap ¶
type ProblemDaemonConfigPathMap map[ProblemDaemonType]*[]string
ProblemDaemonConfigPathMap represents configurations on all types of problem daemons: 1) Each key represents a type of problem daemon. 2) Each value represents the config file paths to that type of problem daemon.
type ProblemDaemonHandler ¶
type ProblemDaemonHandler struct {
// CreateProblemDaemonOrDie initializes a problem daemon, panic if error occurs.
CreateProblemDaemonOrDie func(string) Monitor
// CmdOptionDescription explains how to configure the problem daemon from command line arguments.
CmdOptionDescription string
}
ProblemDaemonHandler represents the initialization handler for a type problem daemon.
type ProblemDaemonType ¶
type ProblemDaemonType string
ProblemDaemonType is the type of the problem daemon. One type of problem daemon may be used to initialize multiple problem daemon instances.
type Severity ¶
type Severity string
Severity is the severity of the problem event. Now we only have 2 severity levels: Info and Warn, which are corresponding to the current kubernetes event types. We may want to add more severity levels in the future.
Source Files