private void WriteLog(PulseEventSource pulseEventSource, HeartbeatStatus status, string logText)
{
if (HeartbeatConfiguration.Current.Enabled)
{
var log = new HeartbeatLog();
log.LogDate = DateTime.Now;
log.Status = status;
log.HeartbeatInstanceId = HeartbeatInstanceId;
log.ComponentTypeName = _intiatingTypeName;
log.LogText = logText;
if (pulseEventSource != PulseEventSource.Count)
{
log.PulseTimerInterval = PulseTimerInterval;
log.TimerPulseNumber = _timerPulseNumber;
log.TimerMilliseconds = _timerMilliseconds;
}
if (pulseEventSource != PulseEventSource.Timer)
{
log.PulseCountInterval = PulseCountInterval;
log.CountPulseNumber = _countPulseNumber;
log.CountNumber = _count;
}
HeartbeatRepository.WriteHeartbeatLog(log);
}
}
private void Pulse(PulseEventSource pulseEventSource)
{
if (HeartbeatConfiguration.Current.Enabled)
{
switch (pulseEventSource)
{
case PulseEventSource.Count:
lock (_countPulseSyncLock)
{
_countPulseNumber++;
}
break;
case PulseEventSource.Timer:
lock (_timerPulseSyncLock)
{
_timerPulseNumber++;
}
break;
}
var writeLog = true;
var logText = string.Empty;
if (OnPulse != null)
{
OnPulse(pulseEventSource, ref writeLog, ref logText);
}
if (writeLog)
{
WriteLog(pulseEventSource, HeartbeatStatus.InProgress, logText);
}
}
}
private void WriteLog(PulseEventSource pulseEventSource, HeartbeatStatus status, string logText)
{
if (HeartbeatConfiguration.Current.Enabled)
{
var log = new HeartbeatLog();
log.LogDate = DateTime.Now;
log.Status = status;
log.HeartbeatInstanceId = HeartbeatInstanceId;
log.ComponentTypeName = _intiatingTypeName;
log.LogText = logText;
if (pulseEventSource != PulseEventSource.Count)
{
log.PulseTimerInterval = PulseTimerInterval;
log.TimerPulseNumber = _timerPulseNumber;
log.TimerMilliseconds = _timerMilliseconds;
}
if (pulseEventSource != PulseEventSource.Timer)
{
log.PulseCountInterval = PulseCountInterval;
log.CountPulseNumber = _countPulseNumber;
log.CountNumber = _count;
}
HeartbeatRepository.WriteHeartbeatLog(log);
}
}
private void Pulse(PulseEventSource pulseEventSource)
{
if (HeartbeatConfiguration.Current.Enabled)
{
switch (pulseEventSource)
{
case PulseEventSource.Count:
lock (_countPulseSyncLock)
{
_countPulseNumber++;
}
break;
case PulseEventSource.Timer:
lock (_timerPulseSyncLock)
{
_timerPulseNumber++;
}
break;
}
var writeLog = true;
var logText = string.Empty;
if (OnPulse != null)
{
OnPulse(pulseEventSource, ref writeLog, ref logText);
}
if (writeLog)
{
WriteLog(pulseEventSource, HeartbeatStatus.InProgress, logText);
}
}
}
void RunTimer_OnPulse(PulseEventSource source, ref bool writeLog, ref string logText)
{
writeLog = true;
logText = "RunTimer_OnPulse, source: {0}, text: {1}"
.FormatWith(source, RandomValueGenerator.GetRandomString());
}
void RunTimer_OnPulse(PulseEventSource source, ref bool writeLog, ref string logText)
{
writeLog = true;
logText = "RunTimer_OnPulse, source: {0}, text: {1}"
.FormatWith(source, RandomValueGenerator.GetRandomString());
}
