Postgres (#30)

* Add postgres

* Migrate users

* Migrate geneticRequest

* Try to fix Concurrent call

* Fix asyncawait

* Fix async and concurrent

* Migrate backtests

* Add cache for user by address

* Fix backtest migration

* Fix not open connection

* Fix backtest command error

* Fix concurrent

* Fix all concurrency

* Migrate TradingRepo

* Fix scenarios

* Migrate statistic repo

* Save botbackup

* Add settings et moneymanagement

* Add bot postgres

* fix a bit more backups

* Fix bot model

* Fix loading backup

* Remove cache market for read positions

* Add workers to postgre

* Fix workers api

* Reduce get Accounts for workers

* Migrate synth to postgre

* Fix backtest saved

* Remove mongodb

* botservice decorrelation

* Fix tradingbot scope call

* fix tradingbot

* fix concurrent

* Fix scope for genetics

* Fix account over requesting

* Fix bundle backtest worker

* fix a lot of things

* fix tab backtest

* Remove optimized moneymanagement

* Add light signal to not use User and too much property

* Make money management lighter

* insert indicators to awaitable

* Migrate add strategies to await

* Refactor scenario and indicator retrieval to use asynchronous methods throughout the application

* add more async await

* Add services

* Fix and clean

* Fix bot a bit

* Fix bot and add message for cooldown

* Remove fees

* Add script to deploy db

* Update dfeeploy script

* fix script

* Add idempotent script and backup

* finish script migration

* Fix did user and agent name on start bot
This commit is contained in:
Oda
2025-07-27 15:42:17 +02:00
committed by GitHub
parent 361bfbf6e8
commit 422fecea7b
294 changed files with 23953 additions and 7272 deletions

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using Exilion.TradingAtomics;
using Managing.Domain.Accounts;
using Managing.Domain.Backtests;
using Managing.Domain.Bots;
using Managing.Domain.Candles;
using Managing.Domain.MoneyManagements;
using Managing.Domain.Scenarios;
using Managing.Domain.Statistics;
using Managing.Domain.Strategies;
using Managing.Domain.Trades;
using Managing.Domain.Users;
using Managing.Domain.Workers;
using Managing.Infrastructure.Databases.PostgreSql.Entities;
using Newtonsoft.Json;
using static Managing.Common.Enums;
using SystemJsonSerializer = System.Text.Json.JsonSerializer;
namespace Managing.Infrastructure.Databases.PostgreSql;
public static class PostgreSqlMappers
{
#region Account Mappings
public static Account Map(AccountEntity entity)
{
if (entity == null) return null;
return new Account
{
Name = entity.Name,
Exchange = entity.Exchange,
Type = entity.Type,
Key = entity.Key,
Secret = entity.Secret,
User = entity.User != null ? Map(entity.User) : null,
Balances = new List<Balance>() // Empty list for now, balances handled separately if needed
};
}
public static AccountEntity Map(Account account)
{
if (account == null) return null;
return new AccountEntity
{
Name = account.Name,
Exchange = account.Exchange,
Type = account.Type,
Key = account.Key,
Secret = account.Secret,
User = account.User != null ? Map(account.User) : null
};
}
public static IEnumerable<Account> Map(IEnumerable<AccountEntity> entities)
{
return entities?.Select(Map) ?? Enumerable.Empty<Account>();
}
#endregion
#region MoneyManagement Mappings
public static MoneyManagement Map(MoneyManagementEntity entity)
{
if (entity == null) return null;
return new MoneyManagement
{
Name = entity.Name,
Timeframe = entity.Timeframe,
StopLoss = entity.StopLoss,
TakeProfit = entity.TakeProfit,
Leverage = entity.Leverage,
User = entity.User != null ? Map(entity.User) : null
};
}
public static MoneyManagementEntity Map(MoneyManagement moneyManagement)
{
if (moneyManagement == null) return null;
return new MoneyManagementEntity
{
Name = moneyManagement.Name,
Timeframe = moneyManagement.Timeframe,
StopLoss = moneyManagement.StopLoss,
TakeProfit = moneyManagement.TakeProfit,
Leverage = moneyManagement.Leverage,
UserName = moneyManagement.User?.Name,
User = moneyManagement.User != null ? Map(moneyManagement.User) : null
};
}
public static IEnumerable<MoneyManagement> Map(IEnumerable<MoneyManagementEntity> entities)
{
return entities?.Select(Map) ?? Enumerable.Empty<MoneyManagement>();
}
public static MoneyManagementEntity Map(LightMoneyManagement lightMoneyManagement)
{
if (lightMoneyManagement == null) return null;
return new MoneyManagementEntity
{
Name = lightMoneyManagement.Name,
Timeframe = lightMoneyManagement.Timeframe,
StopLoss = lightMoneyManagement.StopLoss,
TakeProfit = lightMoneyManagement.TakeProfit,
Leverage = lightMoneyManagement.Leverage
};
}
#endregion
#region User Mappings
public static User Map(UserEntity entity)
{
if (entity == null) return null;
return new User
{
Name = entity.Name,
AgentName = entity.AgentName,
AvatarUrl = entity.AvatarUrl,
TelegramChannel = entity.TelegramChannel
};
}
public static UserEntity Map(User user)
{
if (user == null) return null;
return new UserEntity
{
Name = user.Name,
AgentName = user.AgentName,
AvatarUrl = user.AvatarUrl,
TelegramChannel = user.TelegramChannel
};
}
#endregion
#region GeneticRequest Mappings
public static GeneticRequest Map(GeneticRequestEntity entity)
{
if (entity == null) return null;
var geneticRequest = new GeneticRequest(entity.RequestId)
{
User = entity.User != null ? Map(entity.User) : null,
CreatedAt = entity.CreatedAt,
CompletedAt = entity.CompletedAt,
Status = Enum.Parse<GeneticRequestStatus>(entity.Status),
Ticker = entity.Ticker,
Timeframe = entity.Timeframe,
StartDate = entity.StartDate,
EndDate = entity.EndDate,
Balance = entity.Balance,
PopulationSize = entity.PopulationSize,
Generations = entity.Generations,
MutationRate = entity.MutationRate,
SelectionMethod = entity.SelectionMethod,
CrossoverMethod = entity.CrossoverMethod,
MutationMethod = entity.MutationMethod,
ElitismPercentage = entity.ElitismPercentage,
MaxTakeProfit = entity.MaxTakeProfit,
BestFitness = entity.BestFitness,
BestIndividual = entity.BestIndividual,
ErrorMessage = entity.ErrorMessage,
ProgressInfo = entity.ProgressInfo,
BestChromosome = entity.BestChromosome,
BestFitnessSoFar = entity.BestFitnessSoFar,
CurrentGeneration = entity.CurrentGeneration
};
// Deserialize EligibleIndicators from JSON
if (!string.IsNullOrEmpty(entity.EligibleIndicatorsJson))
{
try
{
geneticRequest.EligibleIndicators = SystemJsonSerializer.Deserialize<List<IndicatorType>>(entity.EligibleIndicatorsJson) ?? new List<IndicatorType>();
}
catch
{
geneticRequest.EligibleIndicators = new List<IndicatorType>();
}
}
return geneticRequest;
}
public static GeneticRequestEntity Map(GeneticRequest geneticRequest)
{
if (geneticRequest == null) return null;
var entity = new GeneticRequestEntity
{
RequestId = geneticRequest.RequestId,
User = geneticRequest.User != null ? Map(geneticRequest.User) : null,
CreatedAt = geneticRequest.CreatedAt,
CompletedAt = geneticRequest.CompletedAt,
UpdatedAt = DateTime.UtcNow,
Status = geneticRequest.Status.ToString(),
Ticker = geneticRequest.Ticker,
Timeframe = geneticRequest.Timeframe,
StartDate = geneticRequest.StartDate,
EndDate = geneticRequest.EndDate,
Balance = geneticRequest.Balance,
PopulationSize = geneticRequest.PopulationSize,
Generations = geneticRequest.Generations,
MutationRate = geneticRequest.MutationRate,
SelectionMethod = geneticRequest.SelectionMethod,
CrossoverMethod = geneticRequest.CrossoverMethod,
MutationMethod = geneticRequest.MutationMethod,
ElitismPercentage = geneticRequest.ElitismPercentage,
MaxTakeProfit = geneticRequest.MaxTakeProfit,
BestFitness = geneticRequest.BestFitness,
BestIndividual = geneticRequest.BestIndividual,
ErrorMessage = geneticRequest.ErrorMessage,
ProgressInfo = geneticRequest.ProgressInfo,
BestChromosome = geneticRequest.BestChromosome,
BestFitnessSoFar = geneticRequest.BestFitnessSoFar,
CurrentGeneration = geneticRequest.CurrentGeneration
};
// Serialize EligibleIndicators to JSON
if (geneticRequest.EligibleIndicators != null && geneticRequest.EligibleIndicators.Any())
{
try
{
entity.EligibleIndicatorsJson = SystemJsonSerializer.Serialize(geneticRequest.EligibleIndicators);
}
catch
{
entity.EligibleIndicatorsJson = "[]";
}
}
else
{
entity.EligibleIndicatorsJson = "[]";
}
return entity;
}
public static IEnumerable<GeneticRequest> Map(IEnumerable<GeneticRequestEntity> entities)
{
return entities?.Select(Map) ?? Enumerable.Empty<GeneticRequest>();
}
#endregion
#region Backtest Mappings
public static Backtest Map(BacktestEntity entity)
{
if (entity == null) return null;
// Deserialize JSON fields using MongoMappers for compatibility
var config = JsonConvert.DeserializeObject<TradingBotConfig>(entity.ConfigJson);
var positions = JsonConvert.DeserializeObject<List<Position>>(entity.PositionsJson) ?? new List<Position>();
var signals = JsonConvert.DeserializeObject<List<LightSignal>>(entity.SignalsJson) ?? new List<LightSignal>();
var statistics = !string.IsNullOrEmpty(entity.StatisticsJson)
? JsonConvert.DeserializeObject<PerformanceMetrics>(entity.StatisticsJson)
: null;
var backtest = new Backtest(config, positions, signals)
{
Id = entity.Identifier,
FinalPnl = entity.FinalPnl,
WinRate = entity.WinRate,
GrowthPercentage = entity.GrowthPercentage,
HodlPercentage = entity.HodlPercentage,
StartDate = entity.StartDate,
EndDate = entity.EndDate,
User = new User { Name = entity.UserName },
Statistics = statistics,
Fees = entity.Fees,
Score = entity.Score,
ScoreMessage = entity.ScoreMessage,
RequestId = entity.RequestId,
Metadata = entity.Metadata
};
return backtest;
}
public static BacktestEntity Map(Backtest backtest)
{
if (backtest == null) return null;
return new BacktestEntity
{
Identifier = backtest.Id,
RequestId = backtest.RequestId,
FinalPnl = backtest.FinalPnl,
WinRate = backtest.WinRate,
GrowthPercentage = backtest.GrowthPercentage,
HodlPercentage = backtest.HodlPercentage,
ConfigJson = JsonConvert.SerializeObject(backtest.Config),
PositionsJson = JsonConvert.SerializeObject(backtest.Positions),
SignalsJson = JsonConvert.SerializeObject(backtest.Signals),
StartDate = backtest.StartDate,
EndDate = backtest.EndDate,
MoneyManagementJson = JsonConvert.SerializeObject(backtest.Config?.MoneyManagement),
UserName = backtest.User?.Name ?? string.Empty,
StatisticsJson = backtest.Statistics != null ? JsonConvert.SerializeObject(backtest.Statistics) : null,
Fees = backtest.Fees,
Score = backtest.Score,
ScoreMessage = backtest.ScoreMessage ?? string.Empty,
Metadata = backtest.Metadata?.ToString(),
CreatedAt = DateTime.UtcNow,
UpdatedAt = DateTime.UtcNow
};
}
public static IEnumerable<Backtest> Map(IEnumerable<BacktestEntity> entities)
{
return entities?.Select(Map) ?? Enumerable.Empty<Backtest>();
}
#endregion
#region BundleBacktestRequest Mappings
public static BundleBacktestRequest Map(BundleBacktestRequestEntity entity)
{
if (entity == null) return null;
var bundleRequest = new BundleBacktestRequest(entity.RequestId)
{
User = entity.User != null ? Map(entity.User) : new User { Name = entity.UserName },
CreatedAt = entity.CreatedAt,
CompletedAt = entity.CompletedAt,
Status = entity.Status,
BacktestRequestsJson = entity.BacktestRequestsJson,
TotalBacktests = entity.TotalBacktests,
CompletedBacktests = entity.CompletedBacktests,
FailedBacktests = entity.FailedBacktests,
ErrorMessage = entity.ErrorMessage,
ProgressInfo = entity.ProgressInfo,
CurrentBacktest = entity.CurrentBacktest,
EstimatedTimeRemainingSeconds = entity.EstimatedTimeRemainingSeconds,
Name = entity.Name
};
// Deserialize Results from JSON
if (!string.IsNullOrEmpty(entity.ResultsJson))
{
try
{
bundleRequest.Results = JsonConvert.DeserializeObject<List<string>>(entity.ResultsJson) ?? new List<string>();
}
catch
{
bundleRequest.Results = new List<string>();
}
}
return bundleRequest;
}
public static BundleBacktestRequestEntity Map(BundleBacktestRequest bundleRequest)
{
if (bundleRequest == null) return null;
var entity = new BundleBacktestRequestEntity
{
RequestId = bundleRequest.RequestId,
UserName = bundleRequest.User?.Name ?? string.Empty,
UserId = null, // Will be set by the repository when saving
CreatedAt = bundleRequest.CreatedAt,
CompletedAt = bundleRequest.CompletedAt,
Status = bundleRequest.Status,
BacktestRequestsJson = bundleRequest.BacktestRequestsJson,
TotalBacktests = bundleRequest.TotalBacktests,
CompletedBacktests = bundleRequest.CompletedBacktests,
FailedBacktests = bundleRequest.FailedBacktests,
ErrorMessage = bundleRequest.ErrorMessage,
ProgressInfo = bundleRequest.ProgressInfo,
CurrentBacktest = bundleRequest.CurrentBacktest,
EstimatedTimeRemainingSeconds = bundleRequest.EstimatedTimeRemainingSeconds,
Name = bundleRequest.Name,
UpdatedAt = DateTime.UtcNow
};
// Serialize Results to JSON
if (bundleRequest.Results != null && bundleRequest.Results.Any())
{
try
{
entity.ResultsJson = JsonConvert.SerializeObject(bundleRequest.Results);
}
catch
{
entity.ResultsJson = "[]";
}
}
else
{
entity.ResultsJson = "[]";
}
return entity;
}
public static IEnumerable<BundleBacktestRequest> Map(IEnumerable<BundleBacktestRequestEntity> entities)
{
return entities?.Select(Map) ?? Enumerable.Empty<BundleBacktestRequest>();
}
#endregion
#region Trading Mappings
// Scenario mappings
public static Scenario Map(ScenarioEntity entity)
{
if (entity == null) return null;
return new Scenario(entity.Name, entity.LoopbackPeriod)
{
User = entity.UserName != null ? new User { Name = entity.UserName } : null,
Indicators = new List<Indicator>() // Will be populated separately when needed
};
}
public static ScenarioEntity Map(Scenario scenario)
{
if (scenario == null) return null;
return new ScenarioEntity
{
Name = scenario.Name,
LoopbackPeriod = scenario.LoopbackPeriod ?? 1,
UserName = scenario.User?.Name
};
}
// Indicator mappings
public static Indicator Map(IndicatorEntity entity)
{
if (entity == null) return null;
return new Indicator(entity.Name, entity.Type)
{
SignalType = entity.SignalType,
MinimumHistory = entity.MinimumHistory,
Period = entity.Period,
FastPeriods = entity.FastPeriods,
SlowPeriods = entity.SlowPeriods,
SignalPeriods = entity.SignalPeriods,
Multiplier = entity.Multiplier,
SmoothPeriods = entity.SmoothPeriods,
StochPeriods = entity.StochPeriods,
CyclePeriods = entity.CyclePeriods,
User = entity.UserName != null ? new User { Name = entity.UserName } : null
};
}
public static IndicatorEntity Map(Indicator indicator)
{
if (indicator == null) return null;
return new IndicatorEntity
{
Name = indicator.Name,
Type = indicator.Type,
Timeframe = Timeframe.FifteenMinutes, // Default timeframe
SignalType = indicator.SignalType,
MinimumHistory = indicator.MinimumHistory,
Period = indicator.Period,
FastPeriods = indicator.FastPeriods,
SlowPeriods = indicator.SlowPeriods,
SignalPeriods = indicator.SignalPeriods,
Multiplier = indicator.Multiplier,
SmoothPeriods = indicator.SmoothPeriods,
StochPeriods = indicator.StochPeriods,
CyclePeriods = indicator.CyclePeriods,
UserName = indicator.User?.Name
};
}
// Signal mappings
public static Signal Map(SignalEntity entity)
{
if (entity == null) return null;
var candle = !string.IsNullOrEmpty(entity.CandleJson)
? JsonConvert.DeserializeObject<Candle>(entity.CandleJson)
: null;
return new Signal(
entity.Ticker,
entity.Direction,
entity.Confidence,
candle,
entity.Date,
TradingExchanges.Evm, // Default exchange
entity.Type,
entity.SignalType,
entity.IndicatorName,
entity.UserName != null ? new User { Name = entity.UserName } : null)
{
Status = entity.Status
};
}
public static SignalEntity Map(Signal signal)
{
if (signal == null) return null;
return new SignalEntity
{
Identifier = signal.Identifier,
Direction = signal.Direction,
Confidence = signal.Confidence,
Date = signal.Date,
Ticker = signal.Ticker,
Status = signal.Status,
Timeframe = signal.Timeframe,
Type = signal.IndicatorType,
SignalType = signal.SignalType,
IndicatorName = signal.IndicatorName,
UserName = signal.User?.Name,
CandleJson = signal.Candle != null ? JsonConvert.SerializeObject(signal.Candle) : null
};
}
// Position mappings
public static Position Map(PositionEntity entity)
{
if (entity == null) return null;
// Deserialize money management
var moneyManagement = new MoneyManagement(); // Default money management
if (!string.IsNullOrEmpty(entity.MoneyManagementJson))
{
moneyManagement = JsonConvert.DeserializeObject<MoneyManagement>(entity.MoneyManagementJson) ?? new MoneyManagement();
}
var position = new Position(
entity.Identifier,
entity.AccountName,
entity.OriginDirection,
entity.Ticker,
moneyManagement,
entity.Initiator,
entity.Date,
entity.UserName != null ? new User { Name = entity.UserName } : null)
{
Status = entity.Status,
SignalIdentifier = entity.SignalIdentifier
};
// Set ProfitAndLoss with proper type
position.ProfitAndLoss = new ProfitAndLoss { Realized = entity.ProfitAndLoss };
// Map related trades
if (entity.OpenTrade != null)
position.Open = Map(entity.OpenTrade);
if (entity.StopLossTrade != null)
position.StopLoss = Map(entity.StopLossTrade);
if (entity.TakeProfit1Trade != null)
position.TakeProfit1 = Map(entity.TakeProfit1Trade);
if (entity.TakeProfit2Trade != null)
position.TakeProfit2 = Map(entity.TakeProfit2Trade);
return position;
}
public static PositionEntity Map(Position position)
{
if (position == null) return null;
return new PositionEntity
{
Identifier = position.Identifier,
Date = position.Date,
ProfitAndLoss = position.ProfitAndLoss?.Realized ?? 0,
OriginDirection = position.OriginDirection,
Status = position.Status,
Ticker = position.Ticker,
Initiator = position.Initiator,
SignalIdentifier = position.SignalIdentifier,
AccountName = position.AccountName,
UserName = position.User?.Name,
MoneyManagementJson = position.MoneyManagement != null ? JsonConvert.SerializeObject(position.MoneyManagement) : null
};
}
// Trade mappings
public static Trade Map(TradeEntity entity)
{
if (entity == null) return null;
return new Trade(
entity.Date,
entity.Direction,
entity.Status,
entity.TradeType,
entity.Ticker,
entity.Quantity,
entity.Price,
entity.Leverage,
entity.ExchangeOrderId,
entity.Message)
{
Fee = entity.Fee
};
}
public static TradeEntity Map(Trade trade)
{
if (trade == null) return null;
return new TradeEntity
{
Date = trade.Date,
Direction = trade.Direction,
Status = trade.Status,
TradeType = trade.TradeType,
Ticker = trade.Ticker,
Fee = trade.Fee,
Quantity = trade.Quantity,
Price = trade.Price,
Leverage = trade.Leverage,
ExchangeOrderId = trade.ExchangeOrderId,
Message = trade.Message
};
}
// Collection mappings
public static IEnumerable<Scenario> Map(IEnumerable<ScenarioEntity> entities)
{
return entities?.Select(Map) ?? Enumerable.Empty<Scenario>();
}
public static IEnumerable<Indicator> Map(IEnumerable<IndicatorEntity> entities)
{
return entities?.Select(Map) ?? Enumerable.Empty<Indicator>();
}
public static IEnumerable<Signal> Map(IEnumerable<SignalEntity> entities)
{
return entities?.Select(Map) ?? Enumerable.Empty<Signal>();
}
public static IEnumerable<Position> Map(IEnumerable<PositionEntity> entities)
{
return entities?.Select(Map) ?? Enumerable.Empty<Position>();
}
#endregion
#region Bot Mappings
// BotBackup mappings
public static BotBackup Map(BotBackupEntity entity)
{
if (entity == null) return null;
var botBackup = new BotBackup
{
Identifier = entity.Identifier,
User = entity.User != null ? Map(entity.User) : null,
LastStatus = entity.LastStatus,
CreateDate = entity.CreateDate
};
// Deserialize the JSON data using the helper method
botBackup.DeserializeData(entity.Data);
return botBackup;
}
public static BotBackupEntity Map(BotBackup botBackup)
{
if (botBackup == null) return null;
return new BotBackupEntity
{
Identifier = botBackup.Identifier,
UserName = botBackup.User?.Name,
User = botBackup.User != null ? Map(botBackup.User) : null,
Data = botBackup.SerializeData(), // Serialize the data using the helper method
LastStatus = botBackup.LastStatus,
CreateDate = botBackup.CreateDate,
UpdatedAt = DateTime.UtcNow
};
}
public static IEnumerable<BotBackup> Map(IEnumerable<BotBackupEntity> entities)
{
return entities?.Select(Map) ?? Enumerable.Empty<BotBackup>();
}
public static IEnumerable<BotBackupEntity> Map(IEnumerable<BotBackup> botBackups)
{
return botBackups?.Select(Map) ?? Enumerable.Empty<BotBackupEntity>();
}
#endregion
#region Statistics Mappings
// TopVolumeTicker mappings
public static TopVolumeTicker Map(TopVolumeTickerEntity entity)
{
if (entity == null) return null;
return new TopVolumeTicker
{
Ticker = entity.Ticker,
Date = entity.Date,
Volume = entity.Volume,
Rank = entity.Rank,
Exchange = entity.Exchange
};
}
public static TopVolumeTickerEntity Map(TopVolumeTicker topVolumeTicker)
{
if (topVolumeTicker == null) return null;
return new TopVolumeTickerEntity
{
Ticker = topVolumeTicker.Ticker,
Date = topVolumeTicker.Date,
Volume = topVolumeTicker.Volume,
Rank = topVolumeTicker.Rank,
Exchange = topVolumeTicker.Exchange
};
}
public static IEnumerable<TopVolumeTicker> Map(IEnumerable<TopVolumeTickerEntity> entities)
{
return entities?.Select(Map) ?? Enumerable.Empty<TopVolumeTicker>();
}
// SpotlightOverview mappings
public static SpotlightOverview Map(SpotlightOverviewEntity entity)
{
if (entity == null) return null;
var overview = new SpotlightOverview
{
Identifier = entity.Identifier,
DateTime = entity.DateTime,
ScenarioCount = entity.ScenarioCount,
Spotlights = new List<Spotlight>()
};
// Deserialize the JSON spotlights data
if (!string.IsNullOrEmpty(entity.SpotlightsJson))
{
try
{
overview.Spotlights = SystemJsonSerializer.Deserialize<List<Spotlight>>(entity.SpotlightsJson) ?? new List<Spotlight>();
}
catch (JsonException)
{
// If deserialization fails, return empty list
overview.Spotlights = new List<Spotlight>();
}
}
return overview;
}
public static SpotlightOverviewEntity Map(SpotlightOverview overview)
{
if (overview == null) return null;
var entity = new SpotlightOverviewEntity
{
Identifier = overview.Identifier,
DateTime = overview.DateTime,
ScenarioCount = overview.ScenarioCount
};
// Serialize the spotlights to JSON
if (overview.Spotlights != null)
{
entity.SpotlightsJson = SystemJsonSerializer.Serialize(overview.Spotlights);
}
return entity;
}
public static IEnumerable<SpotlightOverview> Map(IEnumerable<SpotlightOverviewEntity> entities)
{
return entities?.Select(Map) ?? Enumerable.Empty<SpotlightOverview>();
}
// Trader mappings
public static Trader Map(TraderEntity entity)
{
if (entity == null) return null;
return new Trader
{
Address = entity.Address,
Winrate = entity.Winrate,
Pnl = entity.Pnl,
TradeCount = entity.TradeCount,
AverageWin = entity.AverageWin,
AverageLoss = entity.AverageLoss,
Roi = entity.Roi
};
}
public static TraderEntity Map(Trader trader, bool isBestTrader)
{
if (trader == null) return null;
return new TraderEntity
{
Address = trader.Address,
Winrate = trader.Winrate,
Pnl = trader.Pnl,
TradeCount = trader.TradeCount,
AverageWin = trader.AverageWin,
AverageLoss = trader.AverageLoss,
Roi = trader.Roi,
IsBestTrader = isBestTrader
};
}
public static IEnumerable<Trader> Map(IEnumerable<TraderEntity> entities)
{
return entities?.Select(Map) ?? Enumerable.Empty<Trader>();
}
// FundingRate mappings
public static FundingRate Map(FundingRateEntity entity)
{
if (entity == null) return null;
return new FundingRate
{
Ticker = entity.Ticker,
Exchange = entity.Exchange,
Rate = entity.Rate,
OpenInterest = entity.OpenInterest,
Date = entity.Date,
Direction = entity.Direction
};
}
public static FundingRateEntity Map(FundingRate fundingRate)
{
if (fundingRate == null) return null;
return new FundingRateEntity
{
Ticker = fundingRate.Ticker,
Exchange = fundingRate.Exchange,
Rate = fundingRate.Rate,
OpenInterest = fundingRate.OpenInterest,
Date = fundingRate.Date,
Direction = fundingRate.Direction
};
}
public static IEnumerable<FundingRate> Map(IEnumerable<FundingRateEntity> entities)
{
return entities?.Select(Map) ?? Enumerable.Empty<FundingRate>();
}
#endregion
#region Worker Mappings
public static Worker Map(WorkerEntity entity)
{
if (entity == null) return null;
return new Worker
{
WorkerType = entity.WorkerType,
StartTime = entity.StartTime,
LastRunTime = entity.LastRunTime,
ExecutionCount = entity.ExecutionCount,
Delay = TimeSpan.FromTicks(entity.DelayTicks),
IsActive = entity.IsActive
};
}
public static WorkerEntity Map(Worker worker)
{
if (worker == null) return null;
return new WorkerEntity
{
WorkerType = worker.WorkerType,
StartTime = worker.StartTime,
LastRunTime = worker.LastRunTime,
ExecutionCount = worker.ExecutionCount,
DelayTicks = worker.Delay.Ticks,
IsActive = worker.IsActive
};
}
public static IEnumerable<Worker> Map(IEnumerable<WorkerEntity> entities)
{
return entities?.Select(Map) ?? Enumerable.Empty<Worker>();
}
#endregion
}