public decimal CalculateMargin(decimal lineCost, decimal linePrice, ICounterMeasure counter)
{
counter.Increment();
var margin = (linePrice - lineCost) / linePrice;
return(margin);
}
public DiagnosticsBehaviour()
{
_logger = Log.Logger.ForContext(GetType());
_received = Log.Logger.CountOperation(
ReceivedCounterName,
resolution: CounterResolution);
_processed = Log.Logger.CountOperation(
ProcessedCounterName,
resolution: CounterResolution);
}
public DoubleIteration(ITestOutputHelper output)
{
_output = output;
_logCapture = LoggingHelper.Capture(_output);
_calcLinePriceCounter = Log.Logger.CountOperation(
"CalculateLinePrice Counter",
"operation(s)",
false);
_calcLineCostCounter = Log.Logger.CountOperation(
"CalculateLineCost Counter",
"operation(s)",
false);
_calcMarginCounter = Log.Logger.CountOperation(
"CalculateMargin Counter",
"operation(s)",
false);
}
public DoubleIteration(ITestOutputHelper output)
{
_output = output;
_logCapture = LoggingHelper.Capture(_output);
_calcLinePriceCounter = Log.Logger.CountOperation(
"CalculateLinePrice Counter",
"operation(s)",
false);
_calcLineCostCounter = Log.Logger.CountOperation(
"CalculateLineCost Counter",
"operation(s)",
false);
_calcMarginCounter = Log.Logger.CountOperation(
"CalculateMargin Counter",
"operation(s)",
false);
}
public async Task Handle(IBotNotification <IClientEvent> notification)
{
var context = notification.Context;
var @event = notification.Event;
_processed = _processed ??
context.Logger.CountOperation(ProcessedCounterName, resolution: ProcessedCounterResolution);
var diagnosticProperties = new ILogEventEnricher[]
{
new PropertyEnricher("ConnectionId", context.Connection.Id),
new PropertyEnricher("BotId", context.BotId),
new PropertyEnricher("UserId", context.UserId),
new PropertyEnricher("EventType", notification.Event.GetType().Name)
};
using (LogContext.Push(diagnosticProperties))
{
context.Logger.Debug("[Bot:{BotId}:{UserId}] Started to handle {EventType}.",
context.BotId,
context.UserId,
@event.GetType().Name);
try
{
using (context.Logger.BeginTimedOperation(OperationDescription))
{
await _next.Handle(notification);
}
}
finally
{
_processed.Increment();
context.Logger.Debug("[Bot:{BotId}:{UserId}] Finished to handle {EventType}.",
context.BotId,
context.UserId,
@event.GetType().Name);
}
}
}
public Bot(string botId, IClientConnection connection, params IBotBehaviour[] behaviours)
{
if (string.IsNullOrEmpty(botId))
{
throw new ArgumentException("Bot id cannot be null or empty.", nameof(botId));
}
if (connection == null)
{
throw new ArgumentNullException(nameof(connection));
}
_state = BotState.Idle;
_context = new BotContext(botId, connection, Stop, Notify);
_subscription = connection.Events.Subscribe(OnClientEvent, OnClientException, OnClientCompleted);
var allBehaviours = behaviours.ToList();
var dispatcher = new DispatcherBehaviour(allBehaviours);
//var retry = new RetryBehaviour(dispatcher);
var errorHandling = new ErrorHandlingBehaviour(dispatcher);
var diagnostics = new DiagnosticsBehaviour(errorHandling);
_entryBehaviour = diagnostics;
_received = _context.Logger.CountOperation(ReceivedCounterName, resolution: ReceivedCounterResolution);
Events = Observable.Empty <IBotEvent>();
}
public decimal CalculateLineCost(short qty, decimal unitCost, ICounterMeasure counter)
{
Thread.Sleep(500);
counter.Increment();
return(qty * unitCost);
}
public CounterRecorder(ICounterMeasure meterMeasure)
{
this.counter = meterMeasure;
}
public decimal CalculateMargin(decimal lineCost, decimal linePrice, ICounterMeasure counter)
{
counter.Increment();
var margin = (linePrice - lineCost) / linePrice;
return margin;
}
public decimal CalculateLinePrice(short qty, decimal unitPrice, ICounterMeasure counter)
{
Thread.Sleep(500);
counter.Increment();
return qty * unitPrice;
}
public ErrorLoggingBehaviour()
{
_logger = Log.Logger.ForContext(GetType());
_counter = _logger.CountOperation(ErrorsCounterName);
}
