package data import ( "strconv" "time" cid "git.frostfs.info/TrueCloudLab/frostfs-sdk-go/container/id" oid "git.frostfs.info/TrueCloudLab/frostfs-sdk-go/object/id" "git.frostfs.info/TrueCloudLab/frostfs-sdk-go/user" ) const ( UnversionedObjectVersionID = "null" ) // NodeVersion represent node from tree service. type NodeVersion struct { BaseNodeVersion DeleteMarker *DeleteMarkerInfo IsUnversioned bool IsCombined bool } func (v NodeVersion) IsDeleteMarker() bool { return v.DeleteMarker != nil } // DeleteMarkerInfo is used to save object info if node in the tree service is delete marker. // We need this information because the "delete marker" object is no longer stored in FrostFS. type DeleteMarkerInfo struct { Created time.Time Owner user.ID } // ExtendedObjectInfo contains additional node info to be able to sort versions by timestamp. type ExtendedObjectInfo struct { ObjectInfo *ObjectInfo NodeVersion *NodeVersion IsLatest bool } func (e ExtendedObjectInfo) Version() string { if e.NodeVersion.IsUnversioned { return UnversionedObjectVersionID } return e.ObjectInfo.ID.EncodeToString() } // BaseNodeVersion is minimal node info from tree service. // Basically used for "system" object. type BaseNodeVersion struct { ID uint64 ParenID uint64 OID oid.ID Timestamp uint64 Size uint64 ETag string MD5 string FilePath string } type ObjectTaggingInfo struct { CnrID cid.ID ObjName string VersionID string } // MultipartInfo is multipart upload information. type MultipartInfo struct { // ID is node id in tree service. // It's ignored when creating a new multipart upload. ID uint64 Key string UploadID string Owner user.ID Created time.Time Meta map[string]string CopiesNumbers []uint32 Finished bool } // PartInfo is upload information about part. type PartInfo struct { Key string `json:"key"` UploadID string `json:"uploadId"` Number int `json:"number"` OID oid.ID `json:"oid"` Size uint64 `json:"size"` ETag string `json:"etag"` MD5 string `json:"md5"` Created time.Time `json:"created"` } // ToHeaderString form short part representation to use in S3-Completed-Parts header. func (p *PartInfo) ToHeaderString() string { // ETag value contains SHA256 checksum which is used while getting object parts attributes. return strconv.Itoa(p.Number) + "-" + strconv.FormatUint(p.Size, 10) + "-" + p.ETag } func (p *PartInfo) GetETag(md5Enabled bool) string { if md5Enabled && len(p.MD5) > 0 { return p.MD5 } return p.ETag } // LockInfo is lock information to create appropriate tree node. type LockInfo struct { id uint64 legalHoldOID oid.ID setLegalHold bool retentionOID oid.ID setRetention bool untilDate string isCompliance bool } func NewLockInfo(id uint64) *LockInfo { return &LockInfo{id: id} } func (l LockInfo) ID() uint64 { return l.id } func (l *LockInfo) SetLegalHold(objID oid.ID) { l.legalHoldOID = objID l.setLegalHold = true } func (l *LockInfo) ResetLegalHold() { l.setLegalHold = false } func (l LockInfo) LegalHold() oid.ID { return l.legalHoldOID } func (l LockInfo) IsLegalHoldSet() bool { return l.setLegalHold } func (l *LockInfo) SetRetention(objID oid.ID, until string, isCompliance bool) { l.retentionOID = objID l.setRetention = true l.untilDate = until l.isCompliance = isCompliance } func (l LockInfo) IsRetentionSet() bool { return l.setRetention } func (l LockInfo) Retention() oid.ID { return l.retentionOID } func (l LockInfo) UntilDate() string { return l.untilDate } func (l LockInfo) IsCompliance() bool { return l.isCompliance }