v3io

type CheckPathExistsInput struct {
	DataPlaneInput
	Path string
}

type ChunkMetadata struct {
	ChunkSeqNumber       uint64 `json:"ChunkSequenceNumber"`
	LengthInBytes        uint64 `json:"LengthInBytes"`
	FirstRecordSeqNumber uint64 `json:"FirstRecordSequenceNumber"`
	FirstRecordTimeSecs  uint64 `json:"FirstRecordTimeSec"`
	FirstRecordTimeNSecs uint64 `json:"FirstRecordTimeNSec"`
}

type CommonPrefix struct {
	Prefix                 string   `xml:"Prefix"`               // directory name
	LastModified           string   `xml:"LastModified"`         // Date in format time.RFC3339: "2019-06-02T14:30:39.18Z"
	AccessTime             string   `xml:"AccessTime"`           // Date in format time.RFC3339: "2019-06-02T14:30:39.18Z"
	CreatingTime           string   `xml:"CreatingTime"`         // Date in format time.RFC3339: "2019-06-02T14:30:39.18Z"
	Mode                   FileMode `xml:"Mode"`                 // octal number, e.g. 040775
	GID                    string   `xml:"GID"`                  // Hexadecimal representation of GID (e.g. "3e8" -> i.e. "0x3e8" == 1000)
	UID                    string   `xml:"UID"`                  // Hexadecimal representation of UID (e.g. "3e8" -> i.e. "0x3e8" == 1000)
	InodeNumber            *uint64  `xml:"InodeNumber"`          // iNode number
	ShardCount             int      `xml:"ShardCount"`           // For stream-dirs only - the number of shards in the stream
	RetentionPeriodHours   int      `xml:"RetentionPeriodHours"` // For stream-dirs only - the shard retention (in hours)
	RetentionPeriodSeconds int      `xml:"RetentionPeriodSec"`   // For stream-dirs only - the shard retention (in seconds)
}

type Container interface {

	// GetContainers
	GetClusterMD(*GetClusterMDInput, interface{}, chan *Response) (*Request, error)

	// GetContainersSync
	GetClusterMDSync(*GetClusterMDInput) (*Response, error)

	// GetContainers
	GetContainers(*GetContainersInput, interface{}, chan *Response) (*Request, error)

	// GetContainersSync
	GetContainersSync(*GetContainersInput) (*Response, error)

	// GetContainers
	GetContainerContents(*GetContainerContentsInput, interface{}, chan *Response) (*Request, error)

	// GetContainerContentsSync
	GetContainerContentsSync(*GetContainerContentsInput) (*Response, error)

	//
	// Object
	//
	// CheckPathExists
	CheckPathExists(*CheckPathExistsInput, interface{}, chan *Response) (*Request, error)

	// CheckPathExistsSync
	CheckPathExistsSync(*CheckPathExistsInput) error

	// GetObject
	GetObject(*GetObjectInput, interface{}, chan *Response) (*Request, error)

	// GetObjectSync
	GetObjectSync(*GetObjectInput) (*Response, error)

	// PutObject
	PutObject(*PutObjectInput, interface{}, chan *Response) (*Request, error)

	// PutObjectSync
	PutObjectSync(*PutObjectInput) error

	// UpdateObjectSync
	UpdateObjectSync(*UpdateObjectInput) error

	// DeleteObject
	DeleteObject(*DeleteObjectInput, interface{}, chan *Response) (*Request, error)

	// DeleteObjectSync
	DeleteObjectSync(*DeleteObjectInput) error

	// GetItem
	GetItem(*GetItemInput, interface{}, chan *Response) (*Request, error)

	// GetItemSync
	GetItemSync(*GetItemInput) (*Response, error)

	// GetItems
	GetItems(*GetItemsInput, interface{}, chan *Response) (*Request, error)

	// GetItemSync
	GetItemsSync(*GetItemsInput) (*Response, error)

	// PutItem
	PutItem(*PutItemInput, interface{}, chan *Response) (*Request, error)

	// PutItemSync
	PutItemSync(*PutItemInput) (*Response, error)

	// PutItems
	PutItems(*PutItemsInput, interface{}, chan *Response) (*Request, error)

	// PutItemsSync
	PutItemsSync(*PutItemsInput) (*Response, error)

	// UpdateItem
	UpdateItem(*UpdateItemInput, interface{}, chan *Response) (*Request, error)

	// UpdateItemSync
	UpdateItemSync(*UpdateItemInput) (*Response, error)

	// CreateStream
	CreateStream(*CreateStreamInput, interface{}, chan *Response) (*Request, error)

	// CreateStreamSync
	CreateStreamSync(*CreateStreamInput) error

	// DescribeStream
	DescribeStream(*DescribeStreamInput, interface{}, chan *Response) (*Request, error)

	// DescribeStreamSync
	DescribeStreamSync(*DescribeStreamInput) (*Response, error)

	// DeleteStream
	DeleteStream(*DeleteStreamInput, interface{}, chan *Response) (*Request, error)

	// DeleteStreamSync
	DeleteStreamSync(*DeleteStreamInput) error

	// SeekShard
	SeekShard(*SeekShardInput, interface{}, chan *Response) (*Request, error)

	// SeekShardSync
	SeekShardSync(*SeekShardInput) (*Response, error)

	// PutRecords
	PutRecords(*PutRecordsInput, interface{}, chan *Response) (*Request, error)

	// PutRecordsSync
	PutRecordsSync(*PutRecordsInput) (*Response, error)

	// PutChunk
	PutChunk(*PutChunkInput, interface{}, chan *Response) (*Request, error)

	// PutChunkSync
	PutChunkSync(input *PutChunkInput) error

	// GetRecords
	GetRecords(*GetRecordsInput, interface{}, chan *Response) (*Request, error)

	// GetRecordsSync
	GetRecordsSync(*GetRecordsInput) (*Response, error)

	// PutOOSObject
	PutOOSObject(*PutOOSObjectInput, interface{}, chan *Response) (*Request, error)

	// PutOOSObjectSync
	PutOOSObjectSync(*PutOOSObjectInput) error
}

type ContainerInfo struct {
	BucketName   xml.Name `xml:"Bucket"`
	Name         string   `xml:"Name"`
	CreationDate string   `xml:"CreationDate"`
	ID           int      `xml:"Id"`
}

type Containers struct {
	Name       xml.Name        `xml:"Buckets"`
	Containers []ContainerInfo `xml:"Bucket"`
}

type Content struct {
	Key            string `xml:"Key"`
	Size           *int   `xml:"Size"`           // file size in bytes
	LastSequenceID *int   `xml:"LastSequenceId"` // greater than zero for shard files
	LastModified   string `xml:"LastModified"`   // Date in format time.RFC3339: "2019-06-02T14:30:39.18Z"

	Mode         FileMode `xml:"Mode"`         // octal (ListDir) or decimal (GetItems) base, depends on API, e.g. 33204 or 0100664
	AccessTime   string   `xml:"AccessTime"`   // Date in format time.RFC3339: "2019-06-02T14:30:39.18Z"
	CreatingTime string   `xml:"CreatingTime"` // Date in format time.RFC3339: "2019-06-02T14:30:39.18Z"
	GID          string   `xml:"GID"`          // Hexadecimal representation of GID (e.g. "3e8" -> i.e. "0x3e8" == 1000)
	UID          string   `xml:"UID"`          // Hexadecimal representation of UID (e.g. "3e8" -> i.e. "0x3e8" == 1000)
	InodeNumber  *uint32  `xml:"InodeNumber"`  // iNode number
}

type Context interface {
	Container

	// create a new session
	NewSession(*NewSessionInput) (Session, error)
}

type CreateStreamInput struct {
	DataPlaneInput
	Path                 string
	ShardCount           int
	RetentionPeriodHours int
}

type CurrentChunkMetadata struct {
	ChunkSeqNumber       uint32 `json:"ChunkSequenceNumber"`
	OffsetAfterJob       uint64 `json:"OffsetAfterJob"`
	SeqNumberAfterJob    uint64 `json:"SequenceNumberAfterJob"`
	FirstRecordTimeSec   uint32 `json:"FirstRecordTimeSec"`
	LatestRecordTimeSec  uint64 `json:"LatestRecordTimeSec"`
	LatestRecordTimeNSec uint64 `json:"LatestRecordTimeNSec"`
}

type DataPlaneInput struct {
	Ctx                    context.Context
	URL                    string
	ContainerName          string
	AuthenticationToken    string
	AccessKey              string
	MtimeSec               string
	MtimeNsec              string
	Timeout                time.Duration
	IncludeResponseInError bool
}

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

type DeleteObjectInput struct {
	DataPlaneInput
	Path string
}

type DeleteStreamInput struct {
	DataPlaneInput
	Path string
}

type DescribeStreamInput struct {
	DataPlaneInput
	Path string
}

type DescribeStreamOutput struct {
	DataPlaneOutput
	ShardCount           int
	RetentionPeriodHours int
}

type DirAttributes struct {
	Mode      int `json:"mode,omitempty"`
	UID       int `json:"uid"`
	GID       int `json:"gid"`
	AtimeSec  int `json:"atime.sec,omitempty"`
	AtimeNSec int `json:"atime.nsec"`
	CtimeSec  int `json:"ctime.sec,omitempty"`
	CtimeNSec int `json:"ctime.nsec"`
	MtimeSec  int `json:"mtime.sec,omitempty"`
	MtimeNSec int `json:"mtime.nsec"`
}

type FileMode string

type GetClusterMDInput struct {
	DataPlaneInput
}

type GetClusterMDOutput struct {
	DataPlaneOutput
	NumberOfVNs int
}

type GetContainerContentsInput struct {
	DataPlaneInput
	Path             string
	GetAllAttributes bool   // if "true" return ALL available attributes
	DirectoriesOnly  bool   // if "true" return directory entries only, otherwise return children of any kind
	Limit            int    // max number of entries per request
	Marker           string // start from specific entry (e.g. to get next chunk)
}

type GetContainerContentsOutput struct {
	Name           string         `xml:"Name"`           // Bucket name
	NextMarker     string         `xml:"NextMarker"`     // if not empty and isTruncated="true" - has more children (need another fetch to get them)
	MaxKeys        string         `xml:"MaxKeys"`        // max number of entries in single batch
	Contents       []Content      `xml:"Contents"`       // files
	CommonPrefixes []CommonPrefix `xml:"CommonPrefixes"` // directories
	IsTruncated    bool           `xml:"IsTruncated"`    // "true" if has more content. Note, "NextMarker" should not be empty if "true"
}

type GetContainersInput struct {
	DataPlaneInput
}

type GetContainersOutput struct {
	DataPlaneOutput
	XMLName xml.Name    `xml:"ListBucketResult"`
	Owner   interface{} `xml:"Owner"`
	Results Containers  `xml:"Buckets"`
}

type GetItemInput struct {
	DataPlaneInput
	Path           string
	AttributeNames []string
}

type GetItemOutput struct {
	DataPlaneOutput
	Item Item
}

type GetItemsInput struct {
	DataPlaneInput
	Path                string
	TableName           string
	AttributeNames      []string
	Filter              string
	Marker              string
	ShardingKey         string
	Limit               int
	Segment             int
	TotalSegments       int
	SortKeyRangeStart   string
	SortKeyRangeEnd     string
	AllowObjectScatter  string
	ReturnData          string
	ReturnAllInodes     bool
	DataMaxSize         int
	RequestJSONResponse bool `json:"RequestJsonResponse"`
	ChokeGetItemsMS     int
}

type GetItemsOutput struct {
	DataPlaneOutput
	Last       bool
	NextMarker string
	Scattered  bool
	Items      []Item
}

type GetObjectInput struct {
	DataPlaneInput
	Path      string
	Offset    int
	NumBytes  int
	CtimeSec  int
	CtimeNsec int
}

type GetRecordsInput struct {
	DataPlaneInput
	Path     string
	Location string
	Limit    int
}

type GetRecordsOutput struct {
	DataPlaneOutput
	NextLocation        string
	MSecBehindLatest    int
	RecordsBehindLatest int
	Records             []GetRecordsResult
}

type GetRecordsResult struct {
	ArrivalTimeSec  int
	ArrivalTimeNSec int
	SequenceNumber  uint64
	ClientInfo      []byte
	PartitionKey    string
	Data            []byte
}

type Item map[string]interface{}

type ItemChunk struct {
	Metadata *ItemChunkMetadata
	Data     []*ItemChunkData
}

type ItemChunkData struct {
	Offset uint64
	Data   *[]byte
}

type ItemChunkMetadata struct {
	OSSID                uint32
	OSDID                uint32
	StoredHandle         uint64
	ChunkSeqNumber       uint64
	FirstRecordSeqNumber uint64
	FirstRecordTsSec     uint64
	FirstRecordTsNSec    uint64
	LengthInBytes        uint64
}

type ItemCurrentChunkMetadata struct {
	NextRecordSeqNumber         uint64
	CurrentChunkLengthBytes     uint64
	CurrentChunkSeqNumber       uint32
	ChunkGranularity            uint32
	NumStoredChunks             uint16
	FirstRecordOnChunkSec       uint32
	LatestRecordArrivalTimeSec  uint64
	LatestRecordArrivalTimeNSec uint64
}

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

type NewContainerInput struct {
	ContainerName string
}

type NewSessionInput struct {
	URL       string
	Username  string
	Password  string
	AccessKey string
}

type PutChunkInput struct {
	DataPlaneInput       `json:"-"`
	Path                 string                `json:"-"`
	ChunkSeqNumber       int                   `json:"ChunkSequenceNumber,omitempty"`
	Offset               uint64                `json:"Offset,omitempty"`
	Data                 []byte                `json:"Data,omitempty"`
	ChunksMetadata       []*ChunkMetadata      `json:"Metadata,omitempty"`
	CurrentChunkMetadata *CurrentChunkMetadata `json:"CurrentMetadata,omitempty"`
}

type PutItemInput struct {
	DataPlaneInput
	Path       string
	Condition  string
	Attributes map[string]interface{}
	UpdateMode string
}

type PutItemOutput struct {
	DataPlaneInput
	MtimeSecs  int
	MtimeNSecs int
}

type PutItemsInput struct {
	DataPlaneInput
	Path      string
	Condition string
	Items     map[string]map[string]interface{}
}

type PutItemsOutput struct {
	DataPlaneOutput
	Success bool
	Errors  map[string]error
}

type PutOOSObjectInput struct {
	DataPlaneInput
	Path   string
	Header []byte
	Data   [][]byte
}

type PutObjectInput struct {
	DataPlaneInput
	Path   string
	Offset int
	Body   []byte
	Append bool
}

type PutRecordResult struct {
	SequenceNumber uint64
	ShardID        int `json:"ShardId"`
	ErrorCode      int
	ErrorMessage   string
}

type PutRecordsInput struct {
	DataPlaneInput
	Path    string
	Records []*StreamRecord
}

type PutRecordsOutput struct {
	DataPlaneOutput
	FailedRecordCount int
	Records           []PutRecordResult
}

type Request struct {
	ID uint64

	// holds the input (e.g. ListBucketInput, GetItemInput)
	Input interface{}

	// a user supplied context
	Context interface{}

	// the channel to which the response must be posted
	ResponseChan chan *Response

	// pointer to container
	RequestResponse *RequestResponse

	// Request time
	SendTimeNanoseconds int64
}

type RequestResponse struct {
	Request  Request
	Response Response
}

type Response struct {

	// hold a decoded output, if any
	Output interface{}

	// Equal to the ID of request
	ID uint64

	// holds the error for async responses
	Error error

	// a user supplied context
	Context interface{}

	// pointer to container
	RequestResponse *RequestResponse

	// HTTP
	HTTPResponse *fasthttp.Response
}

type SeekShardInput struct {
	DataPlaneInput
	Path                   string
	Type                   SeekShardInputType
	StartingSequenceNumber uint64
	Timestamp              int
}

type SeekShardInputType int

type SeekShardOutput struct {
	DataPlaneOutput
	Location string
}

type Session interface {

	// NewContainer creates a container
	NewContainer(*NewContainerInput) (Container, error)
}

type StreamRecord struct {
	ShardID        *int
	Data           []byte
	ClientInfo     []byte
	PartitionKey   string
	SequenceNumber uint64
}

type UpdateItemInput struct {
	DataPlaneInput
	Path       string
	Attributes map[string]interface{}
	Expression *string
	Condition  string
	UpdateMode string
}

type UpdateItemOutput struct {
	DataPlaneInput
	MtimeSecs  int
	MtimeNSecs int
}

type UpdateObjectInput struct {
	DataPlaneInput
	Path          string
	DirAttributes *DirAttributes
}