private async Task TransferAsync(
IReadOnlyList <BalanceEntity> balances)
{
for (var i = 0; i < balances.Count; i++)
{
var balance = balances[i];
try
{
var cashInId = await _migrationRepository.GetOrCreateCashInOutIdAsync(balance.ClientId, _options.TargetAssetId);
var cashOutId = await _migrationRepository.GetOrCreateCashInOutIdAsync(balance.ClientId, _options.SourceAssetId);
var cashInAmount = ((double)balance.Balance * _options.Multiplier).TruncateDecimalPlaces((int)_options.TargetAssetAccuracy);
var cashOutAmount = (double)balance.Balance * -1;
var cashInResult = await _meClient.CashInOutAsync
(
id : cashInId.ToString(),
clientId : balance.ClientId,
assetId : _options.TargetAssetId,
amount : cashInAmount
);
if (cashInResult.Status != MeStatusCodes.Ok && cashInResult.Status != MeStatusCodes.Duplicate)
{
_log.Warning($"CashIn [{cashInAmount}] for client [{balance.ClientId}] completed with [{cashInResult.Status.ToString()}] status.");
}
var cashOutResult = await _meClient.CashInOutAsync
(
id : cashOutId.ToString(),
clientId : balance.ClientId,
assetId : _options.SourceAssetId,
amount : cashOutAmount
);
if (cashOutResult.Status != MeStatusCodes.Ok || cashOutResult.Status != MeStatusCodes.Duplicate)
{
_log.Warning($"CashOut [{cashOutAmount}] completed for client {balance.ClientId} with [{cashOutResult.Status.ToString()}] status.");
}
_log.Info($"Completed {i + 1} of {balances.Count} transfers.");
}
catch (Exception e)
{
_log.Error(e, $"Failed to transfer balance [{balance.Balance}] for client [{balance.ClientId}].");
}
}
}
