public void HostNetInfo_1()
{
var hi = HostNetInfo.ForThisHost();
Console.WriteLine(hi.ToJSON(JSONWritingOptions.PrettyPrint));
if (System.Environment.MachineName == "SEXTOD")
{
Assert.IsTrue(hi.Adapters["{C93B4009-15C0-46A3-8C95-91610CAEBC4F}::Local Area Connection"].Addresses.ContainsName("192.168.1.70"));
}
else
{
Assert.Inconclusive("This test can only run on SEXTOD");
}
}
public static HostInfo ForThisHost()
{
var cpu = Computer.CurrentProcessorUsagePct;
var ram = Computer.GetMemoryStatus();
var result = new HostInfo
{
m_Name = AgniSystem.HostName,//the HostName does not have spaces in dynamic host name
m_UTCTimeStamp = App.TimeSource.UTCNow,
m_LastWarning = App.Log.LastWarning.ThisOrNewSafeWrappedException(),
m_LastError = App.Log.LastError.ThisOrNewSafeWrappedException(),
m_LastCatastrophe = App.Log.LastCatastrophe.ThisOrNewSafeWrappedException(),
m_CurrentCPULoad = cpu,
m_CurrentRAMStatus = ram,
m_NetInfo = HostNetInfo.ForThisHost(),
m_SystemBuildInfo = BuildInformation.ForFramework,
m_AgniBuildInfo = AgniSystem.CoreBuildInfo
};
if (result.UTCTimeStamp.Millisecond % s_MyEntropyMs == 0)
{
int entropy =
unchecked (641 * cpu * ((int)ram.AvailablePhysicalBytes % 65171));
//we purposely want to have "low" entropy so higher bytes are USUALLY 0
NFX.ExternalRandomGenerator.Instance.FeedExternalEntropySample(entropy);
}
if (
(cpu > 25 && cpu < 50 && (cpu & 0x1) == 0) || (cpu > 0 && cpu % 7 == 0)
)
{
result.m_RandomSample = NFX.ExternalRandomGenerator.Instance.NextRandomInteger;
}
return(result);
}