pdapi

type Action struct {
	ID          uint64
	Name        string
	Labels      map[string]string
	Replication PDReplicationConfig
}

type ActionType string

type CPURule struct {
	MaxThreshold  float64  `json:"max_threshold"`
	MinThreshold  float64  `json:"min_threshold"`
	ResourceTypes []string `json:"resource_types"`
}

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

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

type FileLogConfig struct {
	// Log filename, leave empty to disable file log.
	Filename string `toml:"filename,omitempty" json:"filename,omitempty"`
	// Is log rotate enabled.
	LogRotate bool `toml:"log-rotate,omitempty" json:"log-rotate,omitempty"`
	// Max size for a single file, in MB.
	MaxSize int `toml:"max-size,omitempty" json:"max-size,omitempty"`
	// Max log keep days, default is never deleting.
	MaxDays int `toml:"max-days,omitempty" json:"max-days,omitempty"`
	// Maximum number of old log files to retain.
	MaxBackups int `toml:"max-backups,omitempty" json:"max-backups,omitempty"`
}

type HealthInfo struct {
	Healths []MemberHealth
}

type KeyValue struct {
	Key   string
	Value []byte
}

type MemberHealth struct {
	Name       string   `json:"name"`
	MemberID   uint64   `json:"member_id"`
	ClientUrls []string `json:"client_urls"`
	Health     bool     `json:"health"`
}

type MembersInfo struct {
	Header     *pdpb.ResponseHeader `json:"header,omitempty"`
	Members    []*pdpb.Member       `json:"members,omitempty"`
	Leader     *pdpb.Member         `json:"leader,omitempty"`
	EtcdLeader *pdpb.Member         `json:"etcd_leader,omitempty"`
}

type MetaStore struct {
	*metapb.Store
	StateName string `json:"state_name"`
}

type Namespace string

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

type Option func(c *clientConfig)

type PDClient interface {
	// GetHealth returns the PD's health info
	GetHealth() (*HealthInfo, error)
	// GetConfig returns PD's config
	GetConfig() (*PDConfigFromAPI, error)
	// GetCluster returns used when syncing pod labels.
	GetCluster() (*metapb.Cluster, error)
	// GetMembers returns all PD members from cluster
	GetMembers() (*MembersInfo, error)
	// GetStores lists all TiKV stores from cluster
	GetStores() (*StoresInfo, error)
	// GetTombStoneStores lists all tombstone stores from cluster
	GetTombStoneStores() (*StoresInfo, error)
	// GetStore gets a TiKV store for a specific store id from cluster
	GetStore(storeID uint64) (*StoreInfo, error)
	// storeLabelsEqualNodeLabels compares store labels with node labels
	// for historic reasons, PD stores TiKV labels as []*StoreLabel which is a key-value pair slice
	SetStoreLabels(storeID uint64, labels map[string]string) (bool, error)
	// UpdateReplicationConfig updates the replication config
	UpdateReplicationConfig(config PDReplicationConfig) error
	// DeleteStore deletes a TiKV store from cluster
	DeleteStore(storeID uint64) error
	// SetStoreState sets store to specified state.
	SetStoreState(storeID uint64, state string) error
	// DeleteMember deletes a PD member from cluster
	DeleteMember(name string) error
	// DeleteMemberByID deletes a PD member from cluster
	DeleteMemberByID(memberID uint64) error
	// BeginEvictLeader initiates leader eviction for a storeID.
	// This is used when upgrading a pod.
	BeginEvictLeader(storeID uint64) error
	// EndEvictLeader is used at the end of pod upgrade.
	EndEvictLeader(storeID uint64) error
	// GetEvictLeaderSchedulers gets schedulers of evict leader
	GetEvictLeaderSchedulers() ([]string, error)
	// GetEvictLeaderSchedulersForStores gets schedulers of evict leader for given stores
	GetEvictLeaderSchedulersForStores(storeIDs ...uint64) (map[uint64]string, error)
	// GetPDLeader returns pd leader
	GetPDLeader() (*pdpb.Member, error)
	// TransferPDLeader transfers pd leader to specified member
	TransferPDLeader(name string) error
	// GetAutoscalingPlans returns the scaling plan for the cluster
	GetAutoscalingPlans(strategy Strategy) ([]Plan, error)
	// GetRecoveringMark return the pd recovering mark
	GetRecoveringMark() (bool, error)
}

type PDConfigFromAPI struct {

	// Log related config.
	Log *PDLogConfig `toml:"log,omitempty" json:"log,omitempty"`

	// Immutable, change should be made through pd-ctl after cluster creation
	Schedule *PDScheduleConfig `toml:"schedule,omitempty" json:"schedule,omitempty"`

	// Immutable, change should be made through pd-ctl after cluster creation
	Replication *PDReplicationConfig `toml:"replication,omitempty" json:"replication,omitempty"`
}

type PDControlInterface interface {
	// GetPDClient provides PDClient of the tidb cluster.
	GetPDClient(namespace Namespace, tcName string, tlsEnabled bool, opts ...Option) PDClient
	// GetPDEtcdClient provides PD etcd Client of the tidb cluster.
	GetPDEtcdClient(namespace Namespace, tcName string, tlsEnabled bool, opts ...Option) (PDEtcdClient, error)
	// GetEndpoints return the endpoints and client tls.Config to connection pd/etcd.
	GetEndpoints(namespace Namespace, tcName string, tlsEnabled bool, opts ...Option) (endpoints []string, tlsConfig *tls.Config, err error)
}

type PDEtcdClient interface {
	// Get the specific kvs.
	// if prefix is true will return all kvs with the specified key as prefix
	Get(key string, prefix bool) (kvs []*KeyValue, err error)
	// PutKey will put key to the target pd etcd cluster
	PutKey(key, value string) error
	// PutKey will put key with ttl to the target pd etcd cluster
	PutTTLKey(key, value string, ttl int64) error
	// DeleteKey will delete key from the target pd etcd cluster
	DeleteKey(key string) error
	// Close will close the etcd connection
	Close() error
}

type PDLabelPropertyConfig map[string]PDStoreLabels

type PDLogConfig struct {
	// Log level.
	// Optional: Defaults to info
	Level string `toml:"level,omitempty" json:"level,omitempty"`
	// Log format. one of json, text, or console.
	Format string `toml:"format,omitempty" json:"format,omitempty"`
	// Disable automatic timestamps in output.
	DisableTimestamp *bool `toml:"disable-timestamp,omitempty" json:"disable-timestamp,omitempty"`
	// File log config.
	File *FileLogConfig `toml:"file,omitempty" json:"file,omitempty"`
	// Development puts the logger in development mode, which changes the
	// behavior of DPanicLevel and takes stacktraces more liberally.
	Development *bool `toml:"development,omitempty" json:"development,omitempty"`
	// DisableCaller stops annotating logs with the calling function's file
	// name and line number. By default, all logs are annotated.
	DisableCaller *bool `toml:"disable-caller,omitempty" json:"disable-caller,omitempty"`
	// DisableStacktrace completely disables automatic stacktrace capturing. By
	// default, stacktraces are captured for WarnLevel and above logs in
	// development and ErrorLevel and above in production.
	DisableStacktrace *bool `toml:"disable-stacktrace,omitempty" json:"disable-stacktrace,omitempty"`
	// DisableErrorVerbose stops annotating logs with the full verbose error
	// message.
	DisableErrorVerbose *bool `toml:"disable-error-verbose,omitempty" json:"disable-error-verbose,omitempty"`
}

type PDReplicationConfig struct {
	// MaxReplicas is the number of replicas for each region.
	// Immutable, change should be made through pd-ctl after cluster creation
	// Optional: Defaults to 3
	MaxReplicas *uint64 `toml:"max-replicas,omitempty" json:"max-replicas,omitempty"`

	// The label keys specified the location of a store.
	// The placement priorities is implied by the order of label keys.
	// For example, ["zone", "rack"] means that we should place replicas to
	// different zones first, then to different racks if we don't have enough zones.
	// Immutable, change should be made through pd-ctl after cluster creation
	// +k8s:openapi-gen=false
	LocationLabels StringSlice `toml:"location-labels,omitempty" json:"location-labels,omitempty"`
	// StrictlyMatchLabel strictly checks if the label of TiKV is matched with LocaltionLabels.
	// Immutable, change should be made through pd-ctl after cluster creation.
	// Imported from v3.1.0
	StrictlyMatchLabel *bool `toml:"strictly-match-label,omitempty" json:"strictly-match-label,string,omitempty"`

	// When PlacementRules feature is enabled. MaxReplicas and LocationLabels are not used anymore.
	EnablePlacementRules *bool `toml:"enable-placement-rules" json:"enable-placement-rules,string,omitempty"`
}

type PDScheduleConfig struct {
	// If the snapshot count of one store is greater than this value,
	// it will never be used as a source or target store.
	// Immutable, change should be made through pd-ctl after cluster creation
	// Optional: Defaults to 3
	MaxSnapshotCount *uint64 `toml:"max-snapshot-count,omitempty" json:"max-snapshot-count,omitempty"`
	// Immutable, change should be made through pd-ctl after cluster creation
	// Optional: Defaults to 16
	MaxPendingPeerCount *uint64 `toml:"max-pending-peer-count,omitempty" json:"max-pending-peer-count,omitempty"`
	// If both the size of region is smaller than MaxMergeRegionSize
	// and the number of rows in region is smaller than MaxMergeRegionKeys,
	// it will try to merge with adjacent regions.
	// Immutable, change should be made through pd-ctl after cluster creation
	// Optional: Defaults to 20
	MaxMergeRegionSize *uint64 `toml:"max-merge-region-size,omitempty" json:"max-merge-region-size,omitempty"`
	// Immutable, change should be made through pd-ctl after cluster creation
	// Optional: Defaults to 200000
	MaxMergeRegionKeys *uint64 `toml:"max-merge-region-keys,omitempty" json:"max-merge-region-keys,omitempty"`
	// SplitMergeInterval is the minimum interval time to permit merge after split.
	// Immutable, change should be made through pd-ctl after cluster creation
	// Optional: Defaults to 1h
	SplitMergeInterval string `toml:"split-merge-interval,omitempty" json:"split-merge-interval,omitempty"`
	// PatrolRegionInterval is the interval for scanning region during patrol.
	// Immutable, change should be made through pd-ctl after cluster creation
	PatrolRegionInterval string `toml:"patrol-region-interval,omitempty" json:"patrol-region-interval,omitempty"`
	// MaxStoreDownTime is the max duration after which
	// a store will be considered to be down if it hasn't reported heartbeats.
	// Immutable, change should be made through pd-ctl after cluster creation
	// Optional: Defaults to 30m
	MaxStoreDownTime string `toml:"max-store-down-time,omitempty" json:"max-store-down-time,omitempty"`
	// LeaderScheduleLimit is the max coexist leader schedules.
	// Immutable, change should be made through pd-ctl after cluster creation.
	// Optional: Defaults to 4.
	// Imported from v3.1.0
	LeaderScheduleLimit *uint64 `toml:"leader-schedule-limit,omitempty" json:"leader-schedule-limit,omitempty"`
	// RegionScheduleLimit is the max coexist region schedules.
	// Immutable, change should be made through pd-ctl after cluster creation
	// Optional: Defaults to 2048
	RegionScheduleLimit *uint64 `toml:"region-schedule-limit,omitempty" json:"region-schedule-limit,omitempty"`
	// ReplicaScheduleLimit is the max coexist replica schedules.
	// Immutable, change should be made through pd-ctl after cluster creation
	// Optional: Defaults to 64
	ReplicaScheduleLimit *uint64 `toml:"replica-schedule-limit,omitempty" json:"replica-schedule-limit,omitempty"`
	// MergeScheduleLimit is the max coexist merge schedules.
	// Immutable, change should be made through pd-ctl after cluster creation
	// Optional: Defaults to 8
	MergeScheduleLimit *uint64 `toml:"merge-schedule-limit,omitempty" json:"merge-schedule-limit,omitempty"`
	// HotRegionScheduleLimit is the max coexist hot region schedules.
	// Immutable, change should be made through pd-ctl after cluster creation
	// Optional: Defaults to 4
	HotRegionScheduleLimit *uint64 `toml:"hot-region-schedule-limit,omitempty" json:"hot-region-schedule-limit,omitempty"`
	// HotRegionCacheHitThreshold is the cache hits threshold of the hot region.
	// If the number of times a region hits the hot cache is greater than this
	// threshold, it is considered a hot region.
	// Immutable, change should be made through pd-ctl after cluster creation
	HotRegionCacheHitsThreshold *uint64 `toml:"hot-region-cache-hits-threshold,omitempty" json:"hot-region-cache-hits-threshold,omitempty"`
	// TolerantSizeRatio is the ratio of buffer size for balance scheduler.
	// Immutable, change should be made through pd-ctl after cluster creation.
	// Imported from v3.1.0
	TolerantSizeRatio *float64 `toml:"tolerant-size-ratio,omitempty" json:"tolerant-size-ratio,omitempty"`
	//
	//      high space stage         transition stage           low space stage
	//   |--------------------|-----------------------------|-------------------------|
	//   ^                    ^                             ^                         ^
	//   0       HighSpaceRatio * capacity       LowSpaceRatio * capacity          capacity
	//
	// LowSpaceRatio is the lowest usage ratio of store which regraded as low space.
	// When in low space, store region score increases to very large and varies inversely with available size.
	// Immutable, change should be made through pd-ctl after cluster creation
	LowSpaceRatio *float64 `toml:"low-space-ratio,omitempty" json:"low-space-ratio,omitempty"`
	// HighSpaceRatio is the highest usage ratio of store which regraded as high space.
	// High space means there is a lot of spare capacity, and store region score varies directly with used size.
	// Immutable, change should be made through pd-ctl after cluster creation
	HighSpaceRatio *float64 `toml:"high-space-ratio,omitempty" json:"high-space-ratio,omitempty"`
	// DisableLearner is the option to disable using AddLearnerNode instead of AddNode
	// Immutable, change should be made through pd-ctl after cluster creation
	DisableLearner *bool `toml:"disable-raft-learner,omitempty" json:"disable-raft-learner,string,omitempty"`

	// DisableRemoveDownReplica is the option to prevent replica checker from
	// removing down replicas.
	// Immutable, change should be made through pd-ctl after cluster creation
	DisableRemoveDownReplica *bool `toml:"disable-remove-down-replica,omitempty" json:"disable-remove-down-replica,string,omitempty"`
	// DisableReplaceOfflineReplica is the option to prevent replica checker from
	// repalcing offline replicas.
	// Immutable, change should be made through pd-ctl after cluster creation
	DisableReplaceOfflineReplica *bool `toml:"disable-replace-offline-replica,omitempty" json:"disable-replace-offline-replica,string,omitempty"`
	// DisableMakeUpReplica is the option to prevent replica checker from making up
	// replicas when replica count is less than expected.
	// Immutable, change should be made through pd-ctl after cluster creation
	DisableMakeUpReplica *bool `toml:"disable-make-up-replica,omitempty" json:"disable-make-up-replica,string,omitempty"`
	// DisableRemoveExtraReplica is the option to prevent replica checker from
	// removing extra replicas.
	// Immutable, change should be made through pd-ctl after cluster creation
	DisableRemoveExtraReplica *bool `toml:"disable-remove-extra-replica,omitempty" json:"disable-remove-extra-replica,string,omitempty"`
	// DisableLocationReplacement is the option to prevent replica checker from
	// moving replica to a better location.
	// Immutable, change should be made through pd-ctl after cluster creation
	DisableLocationReplacement *bool `toml:"disable-location-replacement,omitempty" json:"disable-location-replacement,string,omitempty"`
	// DisableNamespaceRelocation is the option to prevent namespace checker
	// from moving replica to the target namespace.
	// Immutable, change should be made through pd-ctl after cluster creation
	DisableNamespaceRelocation *bool `toml:"disable-namespace-relocation,omitempty" json:"disable-namespace-relocation,string,omitempty"`

	// Schedulers support for loding customized schedulers
	// Immutable, change should be made through pd-ctl after cluster creation
	Schedulers *PDSchedulerConfigs `toml:"schedulers,omitempty" json:"schedulers-v2,omitempty"` // json v2 is for the sake of compatible upgrade

	// Only used to display
	SchedulersPayload map[string]interface{} `toml:"schedulers-payload" json:"schedulers-payload,omitempty"`

	// EnableOneWayMerge is the option to enable one way merge. This means a Region can only be merged into the next region of it.
	// Imported from v3.1.0
	EnableOneWayMerge *bool `toml:"enable-one-way-merge" json:"enable-one-way-merge,string,omitempty"`
	// EnableCrossTableMerge is the option to enable cross table merge. This means two Regions can be merged with different table IDs.
	// This option only works when key type is "table".
	// Imported from v3.1.0
	EnableCrossTableMerge *bool `toml:"enable-cross-table-merge" json:"enable-cross-table-merge,string,omitempty"`
}

type PDSchedulerConfig struct {
	// Immutable, change should be made through pd-ctl after cluster creation
	Type string `toml:"type,omitempty" json:"type,omitempty"`
	// Immutable, change should be made through pd-ctl after cluster creation
	Args []string `toml:"args,omitempty" json:"args,omitempty"`
	// Immutable, change should be made through pd-ctl after cluster creation
	Disable *bool `toml:"disable,omitempty" json:"disable,omitempty"`
}

type PDSchedulerConfigs []PDSchedulerConfig

type PDStoreLabel struct {
	Key   string `toml:"key,omitempty" json:"key,omitempty"`
	Value string `toml:"value,omitempty" json:"value,omitempty"`
}

type PDStoreLabels []PDStoreLabel

type Plan struct {
	Component    string            `json:"component"`
	Count        uint64            `json:"count"`
	ResourceType string            `json:"resource_type"`
	Labels       map[string]string `json:"labels"`
}

type Reaction func(action *Action) (interface{}, error)

type RecoveringMark struct {
	Mark bool `json:"marked"`
}

type Resource struct {
	ResourceType string `json:"resource_type"`
	// The basic unit of CPU is milli-core.
	CPU uint64 `json:"cpu"`
	// The basic unit of memory is byte.
	Memory uint64 `json:"memory"`
	// The basic unit of storage is byte.
	Storage uint64 `json:"storage"`
	// If count is not set, it indicates no limit.
	Count *uint64 `json:"count,omitempty"`
}

type Rule struct {
	Component   string       `json:"component"`
	CPURule     *CPURule     `json:"cpu_rule,omitempty"`
	StorageRule *StorageRule `json:"storage_rule,omitempty"`
}

type StorageRule struct {
	MinThreshold  float64  `json:"min_threshold"`
	ResourceTypes []string `json:"resource_types"`
}

type StoreInfo struct {
	Store  *MetaStore   `json:"store"`
	Status *StoreStatus `json:"status"`
}

type StoreStatus struct {
	Capacity           typeutil.ByteSize `json:"capacity"`
	Available          typeutil.ByteSize `json:"available"`
	LeaderCount        int               `json:"leader_count"`
	RegionCount        int               `json:"region_count"`
	SendingSnapCount   uint32            `json:"sending_snap_count"`
	ReceivingSnapCount uint32            `json:"receiving_snap_count"`
	ApplyingSnapCount  uint32            `json:"applying_snap_count"`
	IsBusy             bool              `json:"is_busy"`

	StartTS         time.Time         `json:"start_ts"`
	LastHeartbeatTS time.Time         `json:"last_heartbeat_ts"`
	Uptime          typeutil.Duration `json:"uptime"`
}

type StoresInfo struct {
	Count  int          `json:"count"`
	Stores []*StoreInfo `json:"stores"`
}

type Strategy struct {
	Rules     []*Rule     `json:"rules"`
	Resources []*Resource `json:"resources"`
}

type StringSlice []string

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