process

type Analyze interface {
	Stop()
	Start()
	Alloc(int64)
	Input(*batch.Batch, bool)
	Output(*batch.Batch, bool)
	WaitStop(time.Time)
	DiskIO(*batch.Batch)
	S3IOByte(*batch.Batch)
	S3IOInputCount(int)
	S3IOOutputCount(int)
	Network(*batch.Batch)
	AddScanTime(t time.Time)
	AddInsertTime(t time.Time)
}

type AnalyzeInfo struct {
	// NodeId, index of query's node list
	NodeId int32
	// InputRows, number of rows accepted by node
	InputRows int64
	// OutputRows, number of rows output by node
	OutputRows int64
	// TimeConsumed, time taken by the node in milliseconds
	TimeConsumed int64
	// WaitTimeConsumed, time taken by the node waiting for channel in milliseconds
	WaitTimeConsumed int64
	// InputSize, data size accepted by node
	InputSize int64
	// OutputSize, data size output by node
	OutputSize int64
	// MemorySize, memory alloc by node
	MemorySize int64
	// DiskIO, data size read from disk
	DiskIO int64
	// S3IOByte, data size read from s3
	S3IOByte int64
	// S3IOInputCount, count for PUT, COPY, POST and LIST
	S3IOInputCount int64
	// S3IOOutputCount, count for GET, SELECT and other
	S3IOOutputCount int64
	// NetworkIO, message size send between CN node
	NetworkIO int64
	// ScanTime, scan cost time in external scan
	ScanTime int64
	// InsertTime, insert cost time in load flow
	InsertTime int64
}

type Limitation struct {
	// Size, memory threshold for operator.
	Size int64
	// BatchRows, max rows for batch.
	BatchRows int64
	// BatchSize, max size for batch.
	BatchSize int64
	// PartitionRows, max rows for partition.
	PartitionRows int64
	// ReaderSize, memory threshold for storage's reader
	ReaderSize int64
	// MaxMessageSize max size for read messages from dn
	MaxMsgSize uint64
}

type Process struct {
	// Id, query id.
	Id  string
	Reg Register
	Lim Limitation

	// unix timestamp
	UnixTime int64

	TxnClient client.TxnClient

	TxnOperator client.TxnOperator

	AnalInfos []*AnalyzeInfo

	SessionInfo SessionInfo

	Ctx context.Context

	Cancel context.CancelFunc

	FileService fileservice.FileService
	LockService lockservice.LockService
	IncrService incrservice.AutoIncrementService

	LoadTag bool

	LastInsertID *uint64

	LoadLocalReader *io.PipeReader

	DispatchNotifyCh chan WrapCs

	Aicm *defines.AutoIncrCacheManager
	// contains filtered or unexported fields
}

type Register struct {
	// Ss, temporarily stores the row number list in the execution of operators,
	// and it can be reused in the future execution.
	Ss [][]int64
	// InputBatch, stores the result of the previous operator.
	InputBatch *batch.Batch
	// MergeReceivers, receives result of multi previous operators from other pipelines
	// e.g. merge operator.
	MergeReceivers []*WaitRegister
}

type SessionInfo struct {
	Account        string
	User           string
	Host           string
	Role           string
	ConnectionID   uint64
	AccountId      uint32
	RoleId         uint32
	UserId         uint32
	LastInsertID   uint64
	Database       string
	Version        string
	TimeZone       *time.Location
	StorageEngine  engine.Engine
	QueryId        []string
	ResultColTypes []types.Type
	SeqCurValues   map[uint64]string
	SeqDeleteKeys  []uint64
	SeqAddValues   map[uint64]string
	SeqLastValue   []string
	SqlHelper      sqlHelper
}

type WaitRegister struct {
	Ctx context.Context
	Ch  chan *batch.Batch
}

type WrapCs struct {
	MsgId  uint64
	Uid    uuid.UUID
	Cs     morpc.ClientSession
	DoneCh chan struct{}
}