public async Task <IActionResult> CheckCandlesPriceConsistency(DateTime?dateFrom, DateTime?dateTo)
{
var res = await _consistencyService.CheckCandlesPriceConsistency(true, dateFrom, dateTo);
if (!res.Any())
{
return(Ok("OK"));
}
return(Ok(res));
}
public async Task CheckConsistency()
{
var currentCheck = DateTime.UtcNow;
await _log.WriteInfoAsync("CheckConsistency", null, $"New Consistency Check. Interval:[{LastCheck?.ToString("u")}]->[{currentCheck:u}]");
var totalErrors = 0;
try
{
var balanceAndTransactionAmount = (await _consistencyService.CheckBalanceAndTransactionAmount(_monitorSettings.CheckSql, LastCheck, currentCheck))
.ToList();
totalErrors += balanceAndTransactionAmount.Count;
await _balanceAndTransactionAmountRepository.AddAsync(balanceAndTransactionAmount, currentCheck);
}
catch (Exception ex01) { await _log.WriteErrorAsync(nameof(CheckConsistency), null, ex01); }
try
{
var balanceAndOrderClosed = (await _consistencyService.CheckBalanceAndOrderClosed(_monitorSettings.CheckSql, LastCheck, currentCheck))
.ToList();
totalErrors += balanceAndOrderClosed.Count;
await _balanceAndOrderClosedRepository.AddAsync(balanceAndOrderClosed, currentCheck);
}
catch (Exception ex01) { await _log.WriteErrorAsync(nameof(CheckConsistency), null, ex01); }
try
{
var ordersReportAndOrderClosedOpened = (await _consistencyService.CheckOrdersReportAndOrderClosedOpened(_monitorSettings.CheckSql, LastCheck, currentCheck))
.ToList();
totalErrors += ordersReportAndOrderClosedOpened.Count;
await _ordersReportAndOrderClosedOpenedRepository.AddAsync(ordersReportAndOrderClosedOpened, currentCheck);
}
catch (Exception ex01) { await _log.WriteErrorAsync(nameof(CheckConsistency), null, ex01); }
try
{
var candlesPriceConsistency = (await _consistencyService.CheckCandlesPriceConsistency(_monitorSettings.CheckSql, LastCheck, currentCheck))
.ToList();
totalErrors += candlesPriceConsistency.Count;
await _priceCandlesConsistencyRepository.AddAsync(candlesPriceConsistency, currentCheck);
}
catch (Exception ex01) { await _log.WriteErrorAsync(nameof(CheckConsistency), null, ex01); }
try
{
var marginEventsAccountStatus = (await _consistencyService.CheckMarginEventsAccountStatus(_monitorSettings.CheckSql, LastCheck, currentCheck))
.ToList();
totalErrors += marginEventsAccountStatus.Count;
await _marginEventsAccountStatusRepository.AddAsync(marginEventsAccountStatus, currentCheck);
}
catch (Exception ex01) { await _log.WriteErrorAsync(nameof(CheckConsistency), null, ex01); }
try
{
var hedgingServiceVolume = (await _consistencyService.CheckHedgingService(_monitorSettings.CheckSql, LastCheck, currentCheck))
.ToList();
totalErrors += hedgingServiceVolume.Count;
await _hedgingServiceRepository.AddAsync(hedgingServiceVolume, currentCheck);
}
catch (Exception ex01) { await _log.WriteErrorAsync(nameof(CheckConsistency), null, ex01); }
await _checkResultRepository.AddAsync(new CheckResult
{
Date = currentCheck,
DateFrom = LastCheck ?? new DateTime(2000, 01, 01),
DateTo = currentCheck,
Comments = $"Check finished with {totalErrors} errors"
});
LastCheck = currentCheck;
if (totalErrors == 0)
{
await _log.WriteInfoAsync("CheckConsistency", null, "Consistency check finished without errors");
}
else
{
WriteMessage($"Consistency check finished with {totalErrors} errors. Check Date: {currentCheck:u}", EventTypeEnum.ConsistencyError);
}
}