storj/satellite/overlay/service.go

// Copyright (C) 2019 Storj Labs, Inc.
// See LICENSE for copying information.

package overlay

import (
	"context"
	"errors"
	"net"
	"time"

	"github.com/zeebo/errs"
	"go.uber.org/zap"

	"storj.io/common/pb"
	"storj.io/common/storj"
	"storj.io/storj/satellite/metabase"
)

// ErrEmptyNode is returned when the nodeID is empty.
var ErrEmptyNode = errs.New("empty node ID")

// ErrNodeNotFound is returned if a node does not exist in database.
var ErrNodeNotFound = errs.Class("node not found")

// ErrNodeOffline is returned if a nodes is offline.
var ErrNodeOffline = errs.Class("node is offline")

// ErrNodeDisqualified is returned if a nodes is disqualified.
var ErrNodeDisqualified = errs.Class("node is disqualified")

// ErrNodeFinishedGE is returned if a node has finished graceful exit.
var ErrNodeFinishedGE = errs.Class("node finished graceful exit")

// ErrNotEnoughNodes is when selecting nodes failed with the given parameters.
var ErrNotEnoughNodes = errs.Class("not enough nodes")

// DB implements the database for overlay.Service.
//
// architecture: Database
type DB interface {
	// GetOnlineNodesForGetDelete returns a map of nodes for the supplied nodeIDs
	GetOnlineNodesForGetDelete(ctx context.Context, nodeIDs []storj.NodeID, onlineWindow time.Duration) (map[storj.NodeID]*SelectedNode, error)
	// SelectStorageNodes looks up nodes based on criteria
	SelectStorageNodes(ctx context.Context, totalNeededNodes, newNodeCount int, criteria *NodeCriteria) ([]*SelectedNode, error)
	// SelectAllStorageNodesUpload returns all nodes that qualify to store data, organized as reputable nodes and new nodes
	SelectAllStorageNodesUpload(ctx context.Context, selectionCfg NodeSelectionConfig) (reputable, new []*SelectedNode, err error)
	// SelectAllStorageNodesDownload returns a nodes that are ready for downloading
	SelectAllStorageNodesDownload(ctx context.Context, onlineWindow time.Duration, asOf AsOfSystemTimeConfig) ([]*SelectedNode, error)

	// Get looks up the node by nodeID
	Get(ctx context.Context, nodeID storj.NodeID) (*NodeDossier, error)
	// KnownOffline filters a set of nodes to offline nodes
	KnownOffline(context.Context, *NodeCriteria, storj.NodeIDList) (storj.NodeIDList, error)
	// KnownUnreliableOrOffline filters a set of nodes to unhealth or offlines node, independent of new
	KnownUnreliableOrOffline(context.Context, *NodeCriteria, storj.NodeIDList) (storj.NodeIDList, error)
	// KnownReliable filters a set of nodes to reliable (online and qualified) nodes.
	KnownReliable(ctx context.Context, onlineWindow time.Duration, nodeIDs storj.NodeIDList) ([]*pb.Node, error)
	// Reliable returns all nodes that are reliable
	Reliable(context.Context, *NodeCriteria) (storj.NodeIDList, error)
	// BatchUpdateStats updates multiple storagenode's stats in one transaction.
	BatchUpdateStats(ctx context.Context, updateRequests []*UpdateRequest, batchSize int, now time.Time) (failed storj.NodeIDList, err error)
	// UpdateStats all parts of single storagenode's stats.
	UpdateStats(ctx context.Context, request *UpdateRequest, now time.Time) (stats *NodeStats, err error)
	// UpdateNodeInfo updates node dossier with info requested from the node itself like node type, email, wallet, capacity, and version.
	UpdateNodeInfo(ctx context.Context, node storj.NodeID, nodeInfo *InfoResponse) (stats *NodeDossier, err error)
	// UpdateCheckIn updates a single storagenode's check-in stats.
	UpdateCheckIn(ctx context.Context, node NodeCheckInInfo, timestamp time.Time, config NodeSelectionConfig) (err error)

	// AllPieceCounts returns a map of node IDs to piece counts from the db.
	AllPieceCounts(ctx context.Context) (pieceCounts map[storj.NodeID]int, err error)
	// UpdatePieceCounts sets the piece count field for the given node IDs.
	UpdatePieceCounts(ctx context.Context, pieceCounts map[storj.NodeID]int) (err error)

	// UpdateExitStatus is used to update a node's graceful exit status.
	UpdateExitStatus(ctx context.Context, request *ExitStatusRequest) (_ *NodeDossier, err error)
	// GetExitingNodes returns nodes who have initiated a graceful exit, but have not completed it.
	GetExitingNodes(ctx context.Context) (exitingNodes []*ExitStatus, err error)
	// GetGracefulExitCompletedByTimeFrame returns nodes who have completed graceful exit within a time window (time window is around graceful exit completion).
	GetGracefulExitCompletedByTimeFrame(ctx context.Context, begin, end time.Time) (exitedNodes storj.NodeIDList, err error)
	// GetGracefulExitIncompleteByTimeFrame returns nodes who have initiated, but not completed graceful exit within a time window (time window is around graceful exit initiation).
	GetGracefulExitIncompleteByTimeFrame(ctx context.Context, begin, end time.Time) (exitingNodes storj.NodeIDList, err error)
	// GetExitStatus returns a node's graceful exit status.
	GetExitStatus(ctx context.Context, nodeID storj.NodeID) (exitStatus *ExitStatus, err error)

	// GetNodesNetwork returns the /24 subnet for each storage node, order is not guaranteed.
	GetNodesNetwork(ctx context.Context, nodeIDs []storj.NodeID) (nodeNets []string, err error)

	// DisqualifyNode disqualifies a storage node.
	DisqualifyNode(ctx context.Context, nodeID storj.NodeID) (err error)
	// DQNodesLastSeenBefore disqualifies a limited number of nodes where last_contact_success < cutoff except those already disqualified
	// or gracefully exited or where last_contact_success = '0001-01-01 00:00:00+00'.
	DQNodesLastSeenBefore(ctx context.Context, cutoff time.Time, limit int) (count int, err error)

	// SuspendNodeUnknownAudit suspends a storage node for unknown audits.
	SuspendNodeUnknownAudit(ctx context.Context, nodeID storj.NodeID, suspendedAt time.Time) (err error)
	// UnsuspendNodeUnknownAudit unsuspends a storage node for unknown audits.
	UnsuspendNodeUnknownAudit(ctx context.Context, nodeID storj.NodeID) (err error)

	// TestVetNode directly sets a node's vetted_at timestamp to make testing easier
	TestVetNode(ctx context.Context, nodeID storj.NodeID) (vettedTime *time.Time, err error)
	// TestUnvetNode directly sets a node's vetted_at timestamp to null to make testing easier
	TestUnvetNode(ctx context.Context, nodeID storj.NodeID) (err error)

	// AuditHistoryDB includes operations for interfacing with the audit history table.
	AuditHistoryDB

	// IterateAllNodes will call cb on all known nodes (used in restore trash contexts).
	IterateAllNodes(context.Context, func(context.Context, *SelectedNode) error) error
	// IterateAllNodes will call cb on all known nodes (used for invoice generation).
	IterateAllNodeDossiers(context.Context, func(context.Context, *NodeDossier) error) error
}

// NodeCheckInInfo contains all the info that will be updated when a node checkins.
type NodeCheckInInfo struct {
	NodeID     storj.NodeID
	Address    *pb.NodeAddress
	LastNet    string
	LastIPPort string
	IsUp       bool
	Operator   *pb.NodeOperator
	Capacity   *pb.NodeCapacity
	Version    *pb.NodeVersion
}

// InfoResponse contains node dossier info requested from the storage node.
type InfoResponse struct {
	Type     pb.NodeType
	Operator *pb.NodeOperator
	Capacity *pb.NodeCapacity
	Version  *pb.NodeVersion
}

// FindStorageNodesRequest defines easy request parameters.
type FindStorageNodesRequest struct {
	RequestedCount         int
	ExcludedIDs            []storj.NodeID
	MinimumVersion         string        // semver or empty
	AsOfSystemTimeInterval time.Duration // only used for CRDB queries
}

// NodeCriteria are the requirements for selecting nodes.
type NodeCriteria struct {
	FreeDisk               int64
	ExcludedIDs            []storj.NodeID
	ExcludedNetworks       []string // the /24 subnet IPv4 or /64 subnet IPv6 for nodes
	MinimumVersion         string   // semver or empty
	OnlineWindow           time.Duration
	DistinctIP             bool
	AsOfSystemTimeInterval time.Duration // only used for CRDB queries
}

// AuditType is an enum representing the outcome of a particular audit reported to the overlay.
type AuditType int

const (
	// AuditSuccess represents a successful audit.
	AuditSuccess AuditType = iota
	// AuditFailure represents a failed audit.
	AuditFailure
	// AuditUnknown represents an audit that resulted in an unknown error from the node.
	AuditUnknown
	// AuditOffline represents an audit where a node was offline.
	AuditOffline
)

// UpdateRequest is used to update a node status.
type UpdateRequest struct {
	NodeID       storj.NodeID
	AuditOutcome AuditType
	// n.b. these are set values from the satellite.
	// They are part of the UpdateRequest struct in order to be
	// more easily accessible in satellite/satellitedb/overlaycache.go.
	AuditLambda              float64
	AuditWeight              float64
	AuditDQ                  float64
	SuspensionGracePeriod    time.Duration
	SuspensionDQEnabled      bool
	AuditsRequiredForVetting int64
	AuditHistory             AuditHistoryConfig
}

// ExitStatus is used for reading graceful exit status.
type ExitStatus struct {
	NodeID              storj.NodeID
	ExitInitiatedAt     *time.Time
	ExitLoopCompletedAt *time.Time
	ExitFinishedAt      *time.Time
	ExitSuccess         bool
}

// ExitStatusRequest is used to update a node's graceful exit status.
type ExitStatusRequest struct {
	NodeID              storj.NodeID
	ExitInitiatedAt     time.Time
	ExitLoopCompletedAt time.Time
	ExitFinishedAt      time.Time
	ExitSuccess         bool
}

// NodeDossier is the complete info that the satellite tracks for a storage node.
type NodeDossier struct {
	pb.Node
	Type                  pb.NodeType
	Operator              pb.NodeOperator
	Capacity              pb.NodeCapacity
	Reputation            NodeStats
	Version               pb.NodeVersion
	Contained             bool
	Disqualified          *time.Time
	UnknownAuditSuspended *time.Time
	OfflineSuspended      *time.Time
	OfflineUnderReview    *time.Time
	PieceCount            int64
	ExitStatus            ExitStatus
	CreatedAt             time.Time
	LastNet               string
	LastIPPort            string
}

// NodeStats contains statistics about a node.
type NodeStats struct {
	Latency90                   int64
	VettedAt                    *time.Time
	AuditSuccessCount           int64
	AuditCount                  int64
	LastContactSuccess          time.Time
	LastContactFailure          time.Time
	AuditReputationAlpha        float64
	AuditReputationBeta         float64
	Disqualified                *time.Time
	UnknownAuditReputationAlpha float64
	UnknownAuditReputationBeta  float64
	UnknownAuditSuspended       *time.Time
	OfflineUnderReview          *time.Time
	OfflineSuspended            *time.Time
	OnlineScore                 float64
}

// NodeLastContact contains the ID, address, and timestamp.
type NodeLastContact struct {
	URL                storj.NodeURL
	LastIPPort         string
	LastContactSuccess time.Time
	LastContactFailure time.Time
}

// SelectedNode is used as a result for creating orders limits.
type SelectedNode struct {
	ID         storj.NodeID
	Address    *pb.NodeAddress
	LastNet    string
	LastIPPort string
}

// Clone returns a deep clone of the selected node.
func (node *SelectedNode) Clone() *SelectedNode {
	return &SelectedNode{
		ID: node.ID,
		Address: &pb.NodeAddress{
			Transport: node.Address.Transport,
			Address:   node.Address.Address,
		},
		LastNet:    node.LastNet,
		LastIPPort: node.LastIPPort,
	}
}

// Service is used to store and handle node information.
//
// architecture: Service
type Service struct {
	log    *zap.Logger
	db     DB
	config Config

	UploadSelectionCache   *UploadSelectionCache
	DownloadSelectionCache *DownloadSelectionCache
}

// NewService returns a new Service.
func NewService(log *zap.Logger, db DB, config Config) (*Service, error) {
	if err := config.Node.AsOfSystemTime.isValid(); err != nil {
		return nil, err
	}

	return &Service{
		log:    log,
		db:     db,
		config: config,

		UploadSelectionCache: NewUploadSelectionCache(log, db,
			config.NodeSelectionCache.Staleness, config.Node,
		),

		DownloadSelectionCache: NewDownloadSelectionCache(log, db, DownloadSelectionCacheConfig{
			Staleness:      config.NodeSelectionCache.Staleness,
			OnlineWindow:   config.Node.OnlineWindow,
			AsOfSystemTime: config.Node.AsOfSystemTime,
		}),
	}, nil
}

// Close closes resources.
func (service *Service) Close() error { return nil }

// Get looks up the provided nodeID from the overlay.
func (service *Service) Get(ctx context.Context, nodeID storj.NodeID) (_ *NodeDossier, err error) {
	defer mon.Task()(&ctx)(&err)
	if nodeID.IsZero() {
		return nil, ErrEmptyNode
	}
	return service.db.Get(ctx, nodeID)
}

// GetOnlineNodesForGetDelete returns a map of nodes for the supplied nodeIDs.
func (service *Service) GetOnlineNodesForGetDelete(ctx context.Context, nodeIDs []storj.NodeID) (_ map[storj.NodeID]*SelectedNode, err error) {
	defer mon.Task()(&ctx)(&err)

	return service.db.GetOnlineNodesForGetDelete(ctx, nodeIDs, service.config.Node.OnlineWindow)
}

// GetNodeIPs returns a map of node ip:port for the supplied nodeIDs.
func (service *Service) GetNodeIPs(ctx context.Context, nodeIDs []storj.NodeID) (_ map[storj.NodeID]string, err error) {
	defer mon.Task()(&ctx)(&err)
	return service.DownloadSelectionCache.GetNodeIPs(ctx, nodeIDs)
}

// IsOnline checks if a node is 'online' based on the collected statistics.
func (service *Service) IsOnline(node *NodeDossier) bool {
	return time.Since(node.Reputation.LastContactSuccess) < service.config.Node.OnlineWindow
}

// FindStorageNodesForGracefulExit searches the overlay network for nodes that meet the provided requirements for graceful-exit requests.
//
// The main difference between this method and the normal FindStorageNodes is that here we avoid using the cache.
func (service *Service) FindStorageNodesForGracefulExit(ctx context.Context, req FindStorageNodesRequest) (_ []*SelectedNode, err error) {
	defer mon.Task()(&ctx)(&err)
	if service.config.Node.AsOfSystemTime.Enabled && service.config.Node.AsOfSystemTime.DefaultInterval < 0 {
		req.AsOfSystemTimeInterval = service.config.Node.AsOfSystemTime.DefaultInterval
	}
	return service.FindStorageNodesWithPreferences(ctx, req, &service.config.Node)
}

// FindStorageNodesForUpload searches the overlay network for nodes that meet the provided requirements for upload.
//
// When enabled it uses the cache to select nodes.
// When the node selection from the cache fails, it falls back to the old implementation.
func (service *Service) FindStorageNodesForUpload(ctx context.Context, req FindStorageNodesRequest) (_ []*SelectedNode, err error) {
	defer mon.Task()(&ctx)(&err)
	if service.config.Node.AsOfSystemTime.Enabled && service.config.Node.AsOfSystemTime.DefaultInterval < 0 {
		req.AsOfSystemTimeInterval = service.config.Node.AsOfSystemTime.DefaultInterval
	}

	if service.config.NodeSelectionCache.Disabled {
		return service.FindStorageNodesWithPreferences(ctx, req, &service.config.Node)
	}

	selectedNodes, err := service.UploadSelectionCache.GetNodes(ctx, req)
	if err != nil {
		service.log.Warn("error selecting from node selection cache", zap.String("err", err.Error()))
	}

	if len(selectedNodes) < req.RequestedCount {
		mon.Event("default_node_selection")
		return service.FindStorageNodesWithPreferences(ctx, req, &service.config.Node)
	}
	return selectedNodes, nil
}

// FindStorageNodesWithPreferences searches the overlay network for nodes that meet the provided criteria.
//
// This does not use a cache.
func (service *Service) FindStorageNodesWithPreferences(ctx context.Context, req FindStorageNodesRequest, preferences *NodeSelectionConfig) (nodes []*SelectedNode, err error) {
	defer mon.Task()(&ctx)(&err)
	// TODO: add sanity limits to requested node count
	// TODO: add sanity limits to excluded nodes
	totalNeededNodes := req.RequestedCount

	excludedIDs := req.ExcludedIDs
	// if distinctIP is enabled, keep track of the network
	// to make sure we only select nodes from different networks
	var excludedNetworks []string
	if preferences.DistinctIP && len(excludedIDs) > 0 {
		excludedNetworks, err = service.db.GetNodesNetwork(ctx, excludedIDs)
		if err != nil {
			return nil, Error.Wrap(err)
		}
	}

	newNodeCount := 0
	if preferences.NewNodeFraction > 0 {
		newNodeCount = int(float64(totalNeededNodes) * preferences.NewNodeFraction)
	}

	criteria := NodeCriteria{
		FreeDisk:               preferences.MinimumDiskSpace.Int64(),
		ExcludedIDs:            excludedIDs,
		ExcludedNetworks:       excludedNetworks,
		MinimumVersion:         preferences.MinimumVersion,
		OnlineWindow:           preferences.OnlineWindow,
		DistinctIP:             preferences.DistinctIP,
		AsOfSystemTimeInterval: req.AsOfSystemTimeInterval,
	}
	nodes, err = service.db.SelectStorageNodes(ctx, totalNeededNodes, newNodeCount, &criteria)
	if err != nil {
		return nil, Error.Wrap(err)
	}

	if len(nodes) < totalNeededNodes {
		return nodes, ErrNotEnoughNodes.New("requested %d found %d; %+v ", totalNeededNodes, len(nodes), criteria)
	}

	return nodes, nil
}

// KnownOffline filters a set of nodes to offline nodes.
func (service *Service) KnownOffline(ctx context.Context, nodeIds storj.NodeIDList) (offlineNodes storj.NodeIDList, err error) {
	defer mon.Task()(&ctx)(&err)
	criteria := &NodeCriteria{
		OnlineWindow: service.config.Node.OnlineWindow,
	}
	return service.db.KnownOffline(ctx, criteria, nodeIds)
}

// KnownUnreliableOrOffline filters a set of nodes to unhealth or offlines node, independent of new.
func (service *Service) KnownUnreliableOrOffline(ctx context.Context, nodeIds storj.NodeIDList) (badNodes storj.NodeIDList, err error) {
	defer mon.Task()(&ctx)(&err)
	criteria := &NodeCriteria{
		OnlineWindow: service.config.Node.OnlineWindow,
	}
	return service.db.KnownUnreliableOrOffline(ctx, criteria, nodeIds)
}

// KnownReliable filters a set of nodes to reliable (online and qualified) nodes.
func (service *Service) KnownReliable(ctx context.Context, nodeIDs storj.NodeIDList) (nodes []*pb.Node, err error) {
	defer mon.Task()(&ctx)(&err)
	return service.db.KnownReliable(ctx, service.config.Node.OnlineWindow, nodeIDs)
}

// Reliable filters a set of nodes that are reliable, independent of new.
func (service *Service) Reliable(ctx context.Context) (nodes storj.NodeIDList, err error) {
	defer mon.Task()(&ctx)(&err)
	criteria := &NodeCriteria{
		OnlineWindow: service.config.Node.OnlineWindow,
	}
	return service.db.Reliable(ctx, criteria)
}

// BatchUpdateStats updates multiple storagenode's stats in one transaction.
func (service *Service) BatchUpdateStats(ctx context.Context, requests []*UpdateRequest) (failed storj.NodeIDList, err error) {
	defer mon.Task()(&ctx)(&err)

	for _, request := range requests {
		request.AuditLambda = service.config.Node.AuditReputationLambda
		request.AuditWeight = service.config.Node.AuditReputationWeight
		request.AuditDQ = service.config.Node.AuditReputationDQ
		request.SuspensionGracePeriod = service.config.Node.SuspensionGracePeriod
		request.SuspensionDQEnabled = service.config.Node.SuspensionDQEnabled
		request.AuditsRequiredForVetting = service.config.Node.AuditCount
		request.AuditHistory = service.config.AuditHistory
	}
	return service.db.BatchUpdateStats(ctx, requests, service.config.UpdateStatsBatchSize, time.Now())
}

// UpdateStats all parts of single storagenode's stats.
func (service *Service) UpdateStats(ctx context.Context, request *UpdateRequest) (stats *NodeStats, err error) {
	defer mon.Task()(&ctx)(&err)

	request.AuditLambda = service.config.Node.AuditReputationLambda
	request.AuditWeight = service.config.Node.AuditReputationWeight
	request.AuditDQ = service.config.Node.AuditReputationDQ
	request.SuspensionGracePeriod = service.config.Node.SuspensionGracePeriod
	request.SuspensionDQEnabled = service.config.Node.SuspensionDQEnabled
	request.AuditsRequiredForVetting = service.config.Node.AuditCount
	request.AuditHistory = service.config.AuditHistory

	return service.db.UpdateStats(ctx, request, time.Now())
}

// UpdateNodeInfo updates node dossier with info requested from the node itself like node type, email, wallet, capacity, and version.
func (service *Service) UpdateNodeInfo(ctx context.Context, node storj.NodeID, nodeInfo *InfoResponse) (stats *NodeDossier, err error) {
	defer mon.Task()(&ctx)(&err)
	return service.db.UpdateNodeInfo(ctx, node, nodeInfo)
}

// UpdateCheckIn updates a single storagenode's check-in info.
func (service *Service) UpdateCheckIn(ctx context.Context, node NodeCheckInInfo, timestamp time.Time) (err error) {
	defer mon.Task()(&ctx)(&err)
	return service.db.UpdateCheckIn(ctx, node, timestamp, service.config.Node)
}

// GetMissingPieces returns the list of offline nodes.
func (service *Service) GetMissingPieces(ctx context.Context, pieces metabase.Pieces) (missingPieces []uint16, err error) {
	defer mon.Task()(&ctx)(&err)
	var nodeIDs storj.NodeIDList
	for _, p := range pieces {
		nodeIDs = append(nodeIDs, p.StorageNode)
	}
	badNodeIDs, err := service.KnownUnreliableOrOffline(ctx, nodeIDs)
	if err != nil {
		return nil, Error.New("error getting nodes %s", err)
	}

	for _, p := range pieces {
		for _, nodeID := range badNodeIDs {
			if nodeID == p.StorageNode {
				missingPieces = append(missingPieces, p.Number)
			}
		}
	}
	return missingPieces, nil
}

// DisqualifyNode disqualifies a storage node.
func (service *Service) DisqualifyNode(ctx context.Context, nodeID storj.NodeID) (err error) {
	defer mon.Task()(&ctx)(&err)
	return service.db.DisqualifyNode(ctx, nodeID)
}

// ResolveIPAndNetwork resolves the target address and determines its IP and /24 subnet IPv4 or /64 subnet IPv6.
func ResolveIPAndNetwork(ctx context.Context, target string) (ipPort, network string, err error) {
	defer mon.Task()(&ctx)(&err)

	host, port, err := net.SplitHostPort(target)
	if err != nil {
		return "", "", err
	}
	ipAddr, err := net.ResolveIPAddr("ip", host)
	if err != nil {
		return "", "", err
	}

	// If addr can be converted to 4byte notation, it is an IPv4 address, else its an IPv6 address
	if ipv4 := ipAddr.IP.To4(); ipv4 != nil {
		// Filter all IPv4 Addresses into /24 Subnet's
		mask := net.CIDRMask(24, 32)
		return net.JoinHostPort(ipAddr.String(), port), ipv4.Mask(mask).String(), nil
	}
	if ipv6 := ipAddr.IP.To16(); ipv6 != nil {
		// Filter all IPv6 Addresses into /64 Subnet's
		mask := net.CIDRMask(64, 128)
		return net.JoinHostPort(ipAddr.String(), port), ipv6.Mask(mask).String(), nil
	}

	return "", "", errors.New("unable to get network for address " + ipAddr.String())
}

// TestVetNode directly sets a node's vetted_at timestamp to make testing easier.
func (service *Service) TestVetNode(ctx context.Context, nodeID storj.NodeID) (vettedTime *time.Time, err error) {
	vettedTime, err = service.db.TestVetNode(ctx, nodeID)
	service.log.Warn("node vetted", zap.Stringer("node ID", nodeID), zap.Stringer("vetted time", vettedTime))
	if err != nil {
		service.log.Warn("error vetting node", zap.Stringer("node ID", nodeID))
		return nil, err
	}
	err = service.UploadSelectionCache.Refresh(ctx)
	service.log.Warn("nodecache refresh err", zap.Error(err))
	return vettedTime, err
}

// TestUnvetNode directly sets a node's vetted_at timestamp to null to make testing easier.
func (service *Service) TestUnvetNode(ctx context.Context, nodeID storj.NodeID) (err error) {
	err = service.db.TestUnvetNode(ctx, nodeID)
	if err != nil {
		service.log.Warn("error unvetting node", zap.Stringer("node ID", nodeID), zap.Error(err))
		return err
	}
	err = service.UploadSelectionCache.Refresh(ctx)
	service.log.Warn("nodecache refresh err", zap.Error(err))
	return err
}