internal CPUUsageCollector(ResourceAtribute attribute, CacheRuntimeContext cacheRuntimeContext) : base(attribute, cacheRuntimeContext)
{
try
{
CouneterName = "% Processor Time";
Name = "CPU Usage";
if (!ServiceConfiguration.PublishCountersToCacheHost)
{
InitializeCounter();
}
else
{
InitiliazeCPUNETCORE();
}
processrs = Environment.ProcessorCount;
if (processrs <= 0)
{
processrs = 1;
}
SetThresholds();
}
catch (Exception ex)
{
}
}
internal SocketResourcesCollector(string counterName, string name, int id, ResourceAtribute attribute, CacheRuntimeContext cacheRuntimeContext, bool connectivity = false) : base(attribute, cacheRuntimeContext)
{
CouneterName = counterName;
Name = name;
eventID = id;
clientConnectivity = connectivity;
SetThresholds();
}
internal CacheResourcesCollector(string counterName, string name, int id, ResourceAtribute attribute, CacheRuntimeContext cacheRuntimeContext, bool queueCounter = false) : base(attribute, cacheRuntimeContext)
{
CouneterName = counterName;
Name = name;
eventID = id;
queueResource = queueCounter;
SetThresholds();
}
internal MemoryUsageCollector(ResourceAtribute attribute, CacheRuntimeContext cacheRuntimeContext) : base(attribute, cacheRuntimeContext)
{
try
{
CouneterName = "Private Bytes";
Name = "Memory Usage";
SetThresholds();
if (!ServiceConfiguration.PublishCountersToCacheHost)
{
InitializeCounter();
}
}
catch (Exception ex)
{
}
}
AlertCollectorsBase GetCollector(string collectorName, ResourceAtribute data)
{
AlertCollectorsBase collector = null;
string counterName, name;
int eventID = 0;
switch (collectorName)
{
case ResourceName.MEMORY:
collector = new MemoryUsageCollector(data, cacheContext);
break;
case ResourceName.NETWORK:
collector = new NetworkUsageCollector(data, cacheContext);
break;
case ResourceName.CPU:
collector = new CPUUsageCollector(data, cacheContext);
break;
case ResourceName.REQUESTPERSEC:
counterName = "Requests/sec";
name = counterName;
eventID = EventID.RequestsAlert;
collector = new SocketResourcesCollector(counterName, name, eventID, data, cacheContext);
break;
case ResourceName.CLIENTCONNECTION:
counterName = "# Clients";
name = "Connected Clients";
eventID = EventID.ClientConnectionAlert;
collector = new SocketResourcesCollector(counterName, name, eventID, data, cacheContext, true);
break;
case ResourceName.MIORRORQUEUEACTIVE:
counterName = "Mirror queue size";
name = "Mirror Queue";
eventID = EventID.MirrorQueueAlert;
collector = new CacheResourcesCollector(counterName, name, eventID, data, cacheContext, true);
break;
case ResourceName.MIORRORQUEUEREPLICA:
counterName = "Mirror queue size";
name = "Mirror Queue (Replica)";
eventID = EventID.MirrorQueueAlert;
collector = new CacheResourcesCollector(counterName, name, eventID, data, cacheContext, true);
break;
case ResourceName.WRITEBEHINDQUEUE:
counterName = "Write-behind queue count";
name = "Write Behind Queue";
eventID = EventID.WriteBehindQueueAlert;
collector = new CacheResourcesCollector(counterName, name, eventID, data, cacheContext, true);
break;
case ResourceName.AERAGECACHEOPERATIONS:
counterName = "Average us/cache operation";
name = counterName;
eventID = EventID.AverageCacheOperations;
collector = new CacheResourcesCollector(counterName, name, eventID, data, cacheContext);
break;
}
return(collector);
}
internal NetworkUsageCollector(ResourceAtribute attribute, CacheRuntimeContext cacheRuntimeContext) : base(attribute, cacheRuntimeContext)
{
CouneterName = "Current Bandwidth";
Name = "Network Usage";
SetThresholds();
}
internal AlertCollectorsBase(ResourceAtribute attribute, CacheRuntimeContext cacheRuntimeContext)
{
resouerceAttribute = attribute;
context = cacheRuntimeContext;
}
