Files
overnight-trading-bot/internal/repository/mysql/rows.go
T
Valentin Popov e074eeedf2
Deploy / Test, build and deploy (push) Failing after 2m15s
eleventh version
2026-06-08 15:33:56 +00:00

359 lines
12 KiB
Go

package mysql
import (
"database/sql"
"time"
"github.com/shopspring/decimal"
"overnight-trading-bot/internal/domain"
)
type candleRow struct {
InstrumentUID string `db:"instrument_uid"`
TradeDate time.Time `db:"trade_date"`
Open decimal.Decimal `db:"open"`
High decimal.Decimal `db:"high"`
Low decimal.Decimal `db:"low"`
Close decimal.Decimal `db:"close"`
VolumeLots decimal.Decimal `db:"volume_lots"`
Source string `db:"source"`
LoadedAt time.Time `db:"loaded_at"`
}
func candleRowFromDomain(candle domain.Candle) candleRow {
return candleRow{
InstrumentUID: candle.InstrumentUID,
TradeDate: dateOnly(candle.TradeDate),
Open: candle.Open,
High: candle.High,
Low: candle.Low,
Close: candle.Close,
VolumeLots: candle.VolumeLots,
Source: candle.Source,
LoadedAt: candle.LoadedAt,
}
}
func minuteCandleRowFromDomain(candle domain.Candle) candleRow {
return candleRow{
InstrumentUID: candle.InstrumentUID,
TradeDate: candle.TradeDate.UTC(),
Open: candle.Open,
High: candle.High,
Low: candle.Low,
Close: candle.Close,
VolumeLots: candle.VolumeLots,
Source: candle.Source,
LoadedAt: candle.LoadedAt,
}
}
func (r candleRow) domain() domain.Candle {
return domain.Candle{
InstrumentUID: r.InstrumentUID,
TradeDate: r.TradeDate,
Open: r.Open,
High: r.High,
Low: r.Low,
Close: r.Close,
VolumeLots: r.VolumeLots,
Source: r.Source,
LoadedAt: r.LoadedAt,
}
}
type featureRow struct {
InstrumentUID string `db:"instrument_uid"`
TradeDate time.Time `db:"trade_date"`
ROn decimal.Decimal `db:"r_on"`
RDay decimal.Decimal `db:"r_day"`
MuOn60 decimal.Decimal `db:"mu_on_60"`
MuOn252 decimal.Decimal `db:"mu_on_252"`
SigmaOn60 decimal.Decimal `db:"sigma_on_60"`
Q05On60Abs decimal.Decimal `db:"q05_on_60_abs"`
TStatOn60 decimal.Decimal `db:"tstat_on_60"`
WinOn60 decimal.Decimal `db:"win_on_60"`
EWMAOn decimal.Decimal `db:"ewma_on"`
SpreadBps decimal.Decimal `db:"spread_bps"`
HalfSpreadBps decimal.Decimal `db:"half_spread_bps"`
TickBps decimal.Decimal `db:"tick_bps"`
ADV20 decimal.Decimal `db:"adv_20"`
ExpectedCostBps decimal.Decimal `db:"expected_cost_bps"`
CostBreakdownJSON sql.NullString `db:"cost_breakdown_json"`
NetEdgeBps decimal.Decimal `db:"net_edge_bps"`
EntryIntervalVolume decimal.Decimal `db:"entry_interval_volume"`
ExitIntervalVolume decimal.Decimal `db:"exit_interval_volume"`
CalculatedAt time.Time `db:"calculated_at"`
}
func featureRowFromDomain(feature domain.FeatureSet) featureRow {
return featureRow{
InstrumentUID: feature.InstrumentUID,
TradeDate: dateOnly(feature.TradeDate),
ROn: feature.ROn,
RDay: feature.RDay,
MuOn60: feature.MuOn60,
MuOn252: feature.MuOn252,
SigmaOn60: feature.SigmaOn60,
Q05On60Abs: feature.Q05On60Abs,
TStatOn60: feature.TStatOn60,
WinOn60: feature.WinOn60,
EWMAOn: feature.EWMAOn,
SpreadBps: feature.SpreadBps,
HalfSpreadBps: feature.HalfSpreadBps,
TickBps: feature.TickBps,
ADV20: feature.ADV20,
ExpectedCostBps: feature.ExpectedCostBps,
CostBreakdownJSON: sql.NullString{String: feature.CostBreakdownJSON, Valid: feature.CostBreakdownJSON != ""},
NetEdgeBps: feature.NetEdgeBps,
EntryIntervalVolume: feature.EntryIntervalVolume,
ExitIntervalVolume: feature.ExitIntervalVolume,
CalculatedAt: feature.CalculatedAt,
}
}
func (r featureRow) domain() domain.FeatureSet {
return domain.FeatureSet{
InstrumentUID: r.InstrumentUID,
TradeDate: r.TradeDate,
ROn: r.ROn,
RDay: r.RDay,
MuOn60: r.MuOn60,
MuOn252: r.MuOn252,
SigmaOn60: r.SigmaOn60,
Q05On60Abs: r.Q05On60Abs,
TStatOn60: r.TStatOn60,
WinOn60: r.WinOn60,
EWMAOn: r.EWMAOn,
SpreadBps: r.SpreadBps,
HalfSpreadBps: r.HalfSpreadBps,
TickBps: r.TickBps,
ADV20: r.ADV20,
ExpectedCostBps: r.ExpectedCostBps,
CostBreakdownJSON: r.CostBreakdownJSON.String,
NetEdgeBps: r.NetEdgeBps,
EntryIntervalVolume: r.EntryIntervalVolume,
ExitIntervalVolume: r.ExitIntervalVolume,
CalculatedAt: r.CalculatedAt,
}
}
type signalRow struct {
ID int64 `db:"id"`
TradeDate time.Time `db:"trade_date"`
InstrumentUID string `db:"instrument_uid"`
Decision string `db:"decision"`
Score decimal.Decimal `db:"score"`
NetEdgeBps decimal.Decimal `db:"net_edge_bps"`
TargetNotional decimal.Decimal `db:"target_notional"`
TargetLots int64 `db:"target_lots"`
RejectReason sql.NullString `db:"reject_reason"`
ContextJSON sql.NullString `db:"context_json"`
CreatedAt time.Time `db:"created_at"`
}
func signalRowFromDomain(signal domain.Signal) signalRow {
return signalRow{
ID: signal.ID,
TradeDate: dateOnly(signal.TradeDate),
InstrumentUID: signal.InstrumentUID,
Decision: string(signal.Decision),
Score: signal.Score,
NetEdgeBps: signal.NetEdgeBps,
TargetNotional: signal.TargetNotional,
TargetLots: signal.TargetLots,
RejectReason: sql.NullString{String: signal.RejectReason, Valid: signal.RejectReason != ""},
ContextJSON: sql.NullString{String: signal.ContextJSON, Valid: signal.ContextJSON != ""},
CreatedAt: signal.CreatedAt,
}
}
func (r signalRow) domain() domain.Signal {
return domain.Signal{
ID: r.ID,
TradeDate: r.TradeDate,
InstrumentUID: r.InstrumentUID,
Decision: domain.SignalDecision(r.Decision),
Score: r.Score,
NetEdgeBps: r.NetEdgeBps,
TargetNotional: r.TargetNotional,
TargetLots: r.TargetLots,
RejectReason: r.RejectReason.String,
ContextJSON: r.ContextJSON.String,
CreatedAt: r.CreatedAt,
}
}
type orderRow struct {
ClientOrderID string `db:"client_order_id"`
BrokerOrderID sql.NullString `db:"broker_order_id"`
AccountIDHash string `db:"account_id_hash"`
InstrumentUID string `db:"instrument_uid"`
TradeDate time.Time `db:"trade_date"`
Side string `db:"side"`
OrderType string `db:"order_type"`
LimitPrice decimal.Decimal `db:"limit_price"`
QuantityLots int64 `db:"quantity_lots"`
FilledLots int64 `db:"filled_lots"`
AvgFillPrice decimal.Decimal `db:"avg_fill_price"`
Status string `db:"status"`
Commission decimal.Decimal `db:"commission"`
AttemptNo int `db:"attempt_no"`
RawStateJSON sql.NullString `db:"raw_state_json"`
CreatedAt time.Time `db:"created_at"`
UpdatedAt time.Time `db:"updated_at"`
}
func orderRowFromDomain(order domain.Order) orderRow {
return orderRow{
ClientOrderID: order.ClientOrderID,
BrokerOrderID: sql.NullString{
String: order.BrokerOrderID,
Valid: order.BrokerOrderID != "",
},
AccountIDHash: order.AccountIDHash,
InstrumentUID: order.InstrumentUID,
TradeDate: dateOnly(order.TradeDate),
Side: string(order.Side),
OrderType: string(order.OrderType),
LimitPrice: order.LimitPrice,
QuantityLots: order.QuantityLots,
FilledLots: order.FilledLots,
AvgFillPrice: order.AvgFillPrice,
Status: string(order.Status),
Commission: order.Commission,
AttemptNo: order.AttemptNo,
RawStateJSON: sql.NullString{
String: order.RawStateJSON,
Valid: order.RawStateJSON != "",
},
CreatedAt: order.CreatedAt,
UpdatedAt: order.UpdatedAt,
}
}
func (r orderRow) domain() domain.Order {
return domain.Order{
ClientOrderID: r.ClientOrderID,
BrokerOrderID: r.BrokerOrderID.String,
AccountIDHash: r.AccountIDHash,
InstrumentUID: r.InstrumentUID,
TradeDate: r.TradeDate,
Side: domain.Side(r.Side),
OrderType: domain.OrderType(r.OrderType),
LimitPrice: r.LimitPrice,
QuantityLots: r.QuantityLots,
FilledLots: r.FilledLots,
AvgFillPrice: r.AvgFillPrice,
Status: domain.OrderStatus(r.Status),
Commission: r.Commission,
AttemptNo: r.AttemptNo,
RawStateJSON: r.RawStateJSON.String,
CreatedAt: r.CreatedAt,
UpdatedAt: r.UpdatedAt,
}
}
type positionRow struct {
ID int64 `db:"id"`
AccountIDHash string `db:"account_id_hash"`
InstrumentUID string `db:"instrument_uid"`
OpenTradeDate time.Time `db:"open_trade_date"`
Lots int64 `db:"lots"`
Lot int64 `db:"lot_size"`
ExitFilledLots int64 `db:"exit_filled_lots"`
AvgBuyPrice decimal.Decimal `db:"avg_buy_price"`
AvgSellPrice decimal.Decimal `db:"avg_sell_price"`
Status string `db:"status"`
GrossPnL decimal.Decimal `db:"gross_pnl"`
NetPnL decimal.Decimal `db:"net_pnl"`
CommissionTotal decimal.Decimal `db:"commission_total"`
RealizedEdgeBps decimal.Decimal `db:"realized_edge_bps"`
OpenedAt sql.NullTime `db:"opened_at"`
ClosedAt sql.NullTime `db:"closed_at"`
UpdatedAt time.Time `db:"updated_at"`
}
func positionRowFromDomain(position domain.Position) positionRow {
lot := position.Lot
if lot <= 0 {
lot = 1
}
return positionRow{
ID: position.ID,
AccountIDHash: position.AccountIDHash,
InstrumentUID: position.InstrumentUID,
OpenTradeDate: dateOnly(position.OpenTradeDate),
Lots: position.Lots,
Lot: lot,
ExitFilledLots: position.ExitFilledLots,
AvgBuyPrice: position.AvgBuyPrice,
AvgSellPrice: position.AvgSellPrice,
Status: string(position.Status),
GrossPnL: position.GrossPnL,
NetPnL: position.NetPnL,
CommissionTotal: position.CommissionTotal,
RealizedEdgeBps: position.RealizedEdgeBps,
OpenedAt: nullableTime(position.OpenedAt),
ClosedAt: nullableTime(position.ClosedAt),
UpdatedAt: position.UpdatedAt,
}
}
func (r positionRow) domain() domain.Position {
return domain.Position{
ID: r.ID,
AccountIDHash: r.AccountIDHash,
InstrumentUID: r.InstrumentUID,
OpenTradeDate: r.OpenTradeDate,
Lots: r.Lots,
Lot: r.Lot,
ExitFilledLots: r.ExitFilledLots,
AvgBuyPrice: r.AvgBuyPrice,
AvgSellPrice: r.AvgSellPrice,
Status: domain.PositionStatus(r.Status),
GrossPnL: r.GrossPnL,
NetPnL: r.NetPnL,
CommissionTotal: r.CommissionTotal,
RealizedEdgeBps: r.RealizedEdgeBps,
OpenedAt: timePtr(r.OpenedAt),
ClosedAt: timePtr(r.ClosedAt),
UpdatedAt: r.UpdatedAt,
}
}
type riskEventRow struct {
TS time.Time `db:"ts"`
Severity string `db:"severity"`
EventType string `db:"event_type"`
InstrumentUID sql.NullString `db:"instrument_uid"`
Message string `db:"message"`
ContextJSON string `db:"raw_context_json"`
}
func riskEventRowFromDomain(event domain.RiskEvent) riskEventRow {
return riskEventRow{
TS: event.TS,
Severity: string(event.Severity),
EventType: event.EventType,
InstrumentUID: sql.NullString{String: event.InstrumentUID, Valid: event.InstrumentUID != ""},
Message: event.Message,
ContextJSON: event.ContextJSON,
}
}
func nullableTime(t *time.Time) sql.NullTime {
if t == nil {
return sql.NullTime{}
}
return sql.NullTime{Time: *t, Valid: true}
}
func timePtr(t sql.NullTime) *time.Time {
if !t.Valid {
return nil
}
return &t.Time
}