public CounterGroup(string name, int secondsInterval, int refreshInstanceInterval, List <ICounter> counters, IEnumerable <ITag> tags, CollectorEngineType collectorEngineType)
{
_name = name;
_secondsInterval = secondsInterval;
_refreshInstanceInterval = refreshInstanceInterval;
_counters = counters;
_tags = (tags ?? new List <ITag>()).ToList();
_collectorEngineType = collectorEngineType;
}
public CounterGroup(string name, int secondsInterval, int refreshInstanceInterval, List<ICounter> counters, IEnumerable<ITag> tags, CollectorEngineType collectorEngineType)
{
_name = name;
_secondsInterval = secondsInterval;
_refreshInstanceInterval = refreshInstanceInterval;
_counters = counters;
_tags = (tags ?? new List<ITag>()).ToList();
_collectorEngineType = collectorEngineType;
}
private ICollectorEngine GetCollectorEngine(IPerformanceCounterGroup counterGroup, CollectorEngineType collectorEngineType, bool metadata)
{
switch (collectorEngineType)
{
case CollectorEngineType.Exact:
return new ExactCollectorEngine(counterGroup, _sendBusiness, _tagLoader, metadata);
case CollectorEngineType.Safe:
return new SafeCollectorEngine(counterGroup, _sendBusiness, _tagLoader, metadata);
default:
throw new ArgumentOutOfRangeException(string.Format("Unknown collector engine type {0}.", collectorEngineType));
}
}
public CounterGroup(string name, int secondsInterval, int refreshInstanceInterval, List<ICounter> counters, IEnumerable<ITag> tags, CollectorEngineType collectorEngineType, IEnumerable<ICounterInstanceFilter> filters, string provider, bool allowDuplicateInstanceNames)
{
_name = name;
_secondsInterval = secondsInterval;
_refreshInstanceInterval = refreshInstanceInterval;
_counters = counters;
_tags = (tags ?? new List<ITag>()).ToList();
_collectorEngineType = collectorEngineType;
_filters = filters;
_provider = provider;
_allowDuplicateInstanceNames = allowDuplicateInstanceNames;
}
public CounterGroup(string name, int secondsInterval, int refreshInstanceInterval, List <ICounter> counters, IEnumerable <ITag> tags, CollectorEngineType collectorEngineType, IEnumerable <ICounterInstanceFilter> filters, string provider, bool allowDuplicateInstanceNames)
{
_name = name;
_secondsInterval = secondsInterval;
_refreshInstanceInterval = refreshInstanceInterval;
_counters = counters;
_tags = (tags ?? new List <ITag>()).ToList();
_collectorEngineType = collectorEngineType;
_filters = filters;
_provider = provider;
_allowDuplicateInstanceNames = allowDuplicateInstanceNames;
}
public Tuple<string, Tuple<string, OutputLevel>> CreateCounter(string groupName, int secondsInterval, int refreshInstanceInterval, List<ICounter> counters, CollectorEngineType collectorEngineType)
{
var response = new CounterGroup(groupName, secondsInterval, refreshInstanceInterval, counters, new ITag[] { }, collectorEngineType);
var message = CreateFile(groupName, response);
return new Tuple<string, Tuple<string, OutputLevel>>(groupName, message);
}
public Tuple <string, Tuple <string, OutputLevel> > CreateCounter(string groupName, int secondsInterval, int refreshInstanceInterval, List <ICounter> counters, CollectorEngineType collectorEngineType)
{
var response = new CounterGroup(groupName, secondsInterval, refreshInstanceInterval, counters, new ITag[] { }, collectorEngineType, null, null, false);
var message = CreateFile(groupName, response);
return(new Tuple <string, Tuple <string, OutputLevel> >(groupName, message));
}
private ICollectorEngine GetCollectorEngine(IPerformanceCounterGroup counterGroup, CollectorEngineType collectorEngineType, bool metadata)
{
switch (collectorEngineType)
{
case CollectorEngineType.Exact:
return(new ExactCollectorEngine(counterGroup, _sendBusiness, _tagLoader, metadata));
case CollectorEngineType.Safe:
return(new SafeCollectorEngine(counterGroup, _sendBusiness, _tagLoader, metadata));
default:
throw new ArgumentOutOfRangeException(string.Format("Unknown collector engine type {0}.", collectorEngineType));
}
}
