private void OnPulseStateChange(object sender, RedisCardioPulseStatus status)
{
var onPulseStateChange = m_OnPulseStateChange;
if (onPulseStateChange != null)
{
onPulseStateChange(sender, status);
}
}
protected virtual void OnPubSubPulseStateChanged(object sender, RedisCardioPulseStatus status)
{
var onPulseStateChange = PubSubPulseStateChanged;
if (onPulseStateChange != null)
{
onPulseStateChange(sender, status);
}
}
protected virtual void OnPulseStateChanged(RedisCardioPulseStatus status)
{
var onPulseFail = m_OnPulseStateChange;
if (onPulseFail != null)
{
onPulseFail.InvokeAsync(this, status);
}
}
protected virtual void OnPoolPulseStateChange(object sender, RedisCardioPulseStatus status)
{
var onPulseStateChange = m_OnPulseStateChange;
if (onPulseStateChange != null)
{
onPulseStateChange(sender, status);
}
}
protected virtual void OnPoolPulseStateChange(RedisCardioPulseStatus status)
{
var onPulseStateChange = PoolPulseStateChanged;
if (onPulseStateChange != null)
{
Action failAction = () =>
{
onPulseStateChange(this, status);
};
failAction.InvokeAsync();
}
}
private bool CanSetStatus(RedisCardioPulseStatus status)
{
try
{
var onSetStatus = m_OnSetStatus;
if (onSetStatus != null)
{
return(onSetStatus(this, status));
}
}
catch (Exception)
{ }
return(true);
}
private bool CanUpdateHealthState(object sender, RedisCardioPulseStatus status)
{
if (status.NewStatus != status.CurrentStatus)
{
var strategy = m_StateUpdateStrategy;
if (strategy != null)
{
return(strategy(sender, status));
}
return(status.FailCount == RedisConstants.CardioProbeStatusChangeRetryCount ||
status.SuccessCount == RedisConstants.CardioProbeStatusChangeRetryCount);
}
return(false);
}
void IRedisHeartBeatProbe.PulseStateChanged(RedisCardioPulseStatus status)
{
OnPoolPulseStateChange(status);
}
public void PulseStateChanged(RedisCardioPulseStatus status)
{
}
