havoc

type ActionablePodInfo struct {
	PodName  string
	Labels   []string
	HasGroup bool
}

type ChaosSpecs struct {
	ExperimentsByType map[string]map[string]string
}

type CommonExperimentMeta struct {
	Kind     string `yaml:"string"`
	Metadata struct {
		Name      string `yaml:"name"`
		Namespace string `yaml:"namespace"`
	} `yaml:"metadata"`
}

type Config struct {
	Havoc *Havoc `toml:"havoc"`
}

type Controller struct {
	// contains filtered or unexported fields
}

type EventJSONItemResponse struct {
	APIVersion     string    `json:"apiVersion"`
	Count          int       `json:"count"`
	EventTime      any       `json:"eventTime"`
	FirstTimestamp time.Time `json:"firstTimestamp"`
	InvolvedObject struct {
		APIVersion      string `json:"apiVersion"`
		Kind            string `json:"kind"`
		Name            string `json:"name"`
		Namespace       string `json:"namespace"`
		ResourceVersion string `json:"resourceVersion"`
		UID             string `json:"uid"`
	} `json:"involvedObject"`
	Kind          string    `json:"kind"`
	LastTimestamp time.Time `json:"lastTimestamp"`
	Message       string    `json:"message"`
	Metadata      struct {
		Annotations struct {
			ChaosMeshOrgType string `json:"chaos-mesh.org/type"`
		} `json:"annotations"`
		CreationTimestamp time.Time `json:"creationTimestamp"`
		Name              string    `json:"name"`
		Namespace         string    `json:"namespace"`
		ResourceVersion   string    `json:"resourceVersion"`
		UID               string    `json:"uid"`
	} `json:"metadata"`
	Reason             string `json:"reason"`
	ReportingComponent string `json:"reportingComponent"`
	ReportingInstance  string `json:"reportingInstance"`
	Source             struct {
		Component string `json:"component"`
	} `json:"source"`
	Type string `json:"type"`
}

type EventsJSONResponse struct {
	APIVersion string                   `json:"apiVersion"`
	Items      []*EventJSONItemResponse `json:"items"`
	Kind       string                   `json:"kind"`
	Metadata   struct {
		ResourceVersion string `json:"resourceVersion"`
	} `json:"metadata"`
}

type ExperimentAction struct {
	Name           string
	ExperimentType string
	ExperimentSpec string
	TimeStart      int64
	TimeEnd        int64
}

type ExperimentAnnotationBody struct {
	DashboardUID string   `json:"dashboardUID"`
	Time         int64    `json:"time"`
	TimeEnd      int64    `json:"timeEnd"`
	Tags         []string `json:"tags"`
	Text         string   `json:"text"`
}

type ExternalTargets struct {
	Duration string   `toml:"duration"`
	URLs     []string `toml:"urls"`
}

type Failure struct {
	Duration        string   `toml:"duration"`
	GroupPercentage []string `toml:"group_percentage"`
	GroupFixed      []string `toml:"group_fixed"`
}

type Grafana struct {
	URL           string `toml:"grafana_url"`
	Token         string `toml:"grafana_token"`
	DashboardName string `toml:"dashboard_name"`
}

type Havoc struct {
	Dir                  string            `toml:"dir"`
	ExperimentTypes      []string          `toml:"experiment_types"`
	NamespaceLabelFilter string            `toml:"namespace_label_filter"`
	IgnoredPods          []string          `toml:"ignore_pods"`
	IgnoreGroupLabels    []string          `toml:"ignore_group_labels"`
	Failure              *Failure          `toml:"failure"`
	Latency              *Latency          `toml:"latency"`
	NetworkPartition     *NetworkPartition `toml:"network_partition"`
	StressMemory         *StressMemory     `toml:"stress_memory"`
	StressCPU            *StressCPU        `toml:"stress_cpu"`
	ExternalTargets      *ExternalTargets  `toml:"external_targets"`
	Monkey               *Monkey           `toml:"monkey"`
	Grafana              *Grafana          `toml:"grafana"`
}

type Latency struct {
	Duration        string   `toml:"duration"`
	Latency         string   `toml:"latency"`
	GroupPercentage []string `toml:"group_percentage"`
	GroupFixed      []string `toml:"group_fixed"`
}

type ManifestPart struct {
	Kind                string
	Name                string
	LabelSelectors      []*ActionablePodInfo
	AnnotationSelectors []*ActionablePodInfo
	FlattenedManifest   map[string]interface{}
}

type Monkey struct {
	Duration string `toml:"duration"`
	Cooldown string `toml:"cooldown"`
	Mode     string `toml:"mode"`
}

type NamedExperiment struct {
	Name     string
	Type     string
	Manifest string
}

type NetworkChaosExperiment struct {
	ExperimentName string
	Mode           string
	ModeValue      string
	Namespace      string
	Duration       string
	Latency        string
	PodName        string
	Selector       string
}

type NetworkChaosExternalPartitionExperiment struct {
	ExperimentName string
	Namespace      string
	Duration       string
	PodName        string
	ExternalURL    string
}

type NetworkChaosGroupPartitionExperiment struct {
	ExperimentName string
	ModeTo         string
	ModeToValue    string
	ModeFrom       string
	ModeFromValue  string
	Direction      string
	Namespace      string
	Duration       string
	SelectorFrom   string
	SelectorTo     string
}

type NetworkPartition struct {
	Duration        string   `toml:"duration"`
	Label           string   `toml:"label"`
	GroupPercentage []string `toml:"group_percentage"`
	GroupFixed      []string `toml:"group_fixed"`
}

type PodFailureExperiment struct {
	ExperimentName string
	Mode           string
	ModeValue      string
	Namespace      string
	Duration       string
	PodName        string
	Selector       string
}

type PodResponse struct {
	Metadata struct {
		Name   string            `json:"name"`
		Labels map[string]string `json:"labels"`
	} `json:"metadata"`
}

type PodStressCPUExperiment struct {
	ExperimentName string
	Mode           string
	ModeValue      string
	Namespace      string
	Workers        int
	Load           int
	Duration       string
	PodName        string
	Selector       string
}

type PodStressMemoryExperiment struct {
	ExperimentName string
	Mode           string
	ModeValue      string
	Namespace      string
	Workers        int
	Memory         string
	Duration       string
	PodName        string
	Selector       string
}

type PodsListResponse struct {
	Items []*PodResponse `json:"items"`
}

type StressCPU struct {
	Duration        string   `toml:"duration"`
	Workers         int      `toml:"workers"`
	Load            int      `toml:"load"`
	GroupPercentage []string `toml:"group_percentage"`
	GroupFixed      []string `toml:"group_fixed"`
}

type StressMemory struct {
	Duration        string   `toml:"duration"`
	Workers         int      `toml:"workers"`
	Memory          string   `toml:"memory"`
	GroupPercentage []string `toml:"group_percentage"`
	GroupFixed      []string `toml:"group_fixed"`
}