/// <summary>
/// Returns the most recent data
/// </summary>
public NodeMetrics Merge(NodeMetrics that)
{
if (Address != that.Address)
{
throw new ArgumentException(string.Format("NodeMetrics.merge is only allowed for the same address. {0} != {1}", Address, that.Address));
}
if (Timestamp >= that.Timestamp)
{
return(this); //that is older
}
return(new NodeMetrics(Address, that.Timestamp, that.Metrics.Union(Metrics)));
}
public static SystemMemory ExtractSystemMemory(NodeMetrics nodeMetrics)
{
var used = nodeMetrics.Metric(ClrProcessMemoryUsed);
var available = nodeMetrics.Metric(SystemMemoryAvailable);
if (used == null || available == null)
{
return(null);
}
var max = nodeMetrics.Metric(SystemMemoryAvailable) != null ? (long?)Convert.ToInt64(nodeMetrics.Metric(SystemMemoryMax).SmoothValue) : null;
return(new SystemMemory(nodeMetrics.Address, nodeMetrics.Timestamp,
Convert.ToInt64(used.SmoothValue), Convert.ToInt64(available.SmoothValue), max));
}
/// <summary>
/// Given a <see cref="NodeMetrics"/> it returns the <see cref="Cpu"/> data of the nodeMetrics
/// contains the necessary cpu metrics.
/// </summary>
public static Cpu ExtractCpu(NodeMetrics nodeMetrics)
{
var processors = nodeMetrics.Metric(Processors);
if (processors == null)
{
return(null);
}
var systemLoadAverage = nodeMetrics.Metric(SystemLoadAverage) != null ? (double?)nodeMetrics.Metric(SystemLoadAverage).SmoothValue : null;
var cpuCombined = nodeMetrics.Metric(CpuCombined) != null
? (double?)nodeMetrics.Metric(CpuCombined).SmoothValue
: null;
return(new Cpu(nodeMetrics.Address, nodeMetrics.Timestamp, Convert.ToInt32(processors.Value), systemLoadAverage, cpuCombined));
}
/// <summary>
/// Given a <see cref="NodeMetrics"/> it returns the <see cref="Cpu"/> data of the nodeMetrics
/// contains the necessary cpu metrics.
/// </summary>
public static Cpu ExtractCpu(NodeMetrics nodeMetrics)
{
var processors = nodeMetrics.Metric(Processors);
if (processors == null) return null;
var systemLoadAverage = nodeMetrics.Metric(SystemLoadAverage) != null ? (double?)nodeMetrics.Metric(SystemLoadAverage).SmoothValue : null;
var cpuCombined = nodeMetrics.Metric(CpuCombined) != null
? (double?)nodeMetrics.Metric(CpuCombined).SmoothValue
: null;
return new Cpu(nodeMetrics.Address, nodeMetrics.Timestamp, Convert.ToInt32(processors.Value), systemLoadAverage, cpuCombined);
}
public static SystemMemory ExtractSystemMemory(NodeMetrics nodeMetrics)
{
var used = nodeMetrics.Metric(ClrProcessMemoryUsed);
var available = nodeMetrics.Metric(SystemMemoryAvailable);
if (used == null || available == null) return null;
var max = nodeMetrics.Metric(SystemMemoryAvailable) != null ? (long?)Convert.ToInt64(nodeMetrics.Metric(SystemMemoryMax).SmoothValue) : null;
return new SystemMemory(nodeMetrics.Address, nodeMetrics.Timestamp,
Convert.ToInt64(used.SmoothValue), Convert.ToInt64(available.SmoothValue), max);
}
/// <summary>
/// Returns the most recent data
/// </summary>
public NodeMetrics Merge(NodeMetrics that)
{
if(Address != that.Address) throw new ArgumentException(string.Format("NodeMetrics.merge is only allowed for the same address. {0} != {1}", Address, that.Address));
if (Timestamp >= that.Timestamp) return this; //that is older
return new NodeMetrics(Address, that.Timestamp, that.Metrics.Union(Metrics));
}
protected bool Equals(NodeMetrics other)
{
return Address.Equals(other.Address);
}
protected bool Equals(NodeMetrics other)
{
return(Address.Equals(other.Address));
}