/// <summary>
/// Returns Blade Information including Blade Type, and State Information, Processor information, Memory information
/// PCie information and Hard Disk information (JBOD only)
/// </summary>
/// <returns></returns>
public Contracts.BladeHealthResponse GetBladeHealth(int bladeId, bool cpuInfo = false, bool memInfo = false, bool diskInfo = false,
bool pcieInfo = false, bool sensorInfo = false, bool tempInfo = false, bool fruInfo = false)
{
Tracer.WriteInfo("Received GetBladeHealth({0})", bladeId);
Tracer.WriteUserLog("Invoked GetBladeHealth({0})", bladeId);
BladeHealthResponse response = new BladeHealthResponse();
response.bladeNumber = bladeId;
response.completionCode = Contracts.CompletionCode.Unknown;
response.statusDescription = String.Empty;
Contracts.ChassisResponse varResponse = ValidateRequest("GetBladeHealth", bladeId);
if (varResponse.completionCode != Contracts.CompletionCode.Success)
{
response.completionCode = varResponse.completionCode;
response.statusDescription = varResponse.statusDescription;
return response;
}
// Initialize BladeShellResponse object
BladeShellResponse shellResp = new BladeShellResponse();
shellResp.bladeNumber = bladeId;
// If all options are false (default values), then return everything except sensor info.
// Since the sensor info takes a long time to read, don't read it unless the user explicitly requests it.
if (!cpuInfo && !memInfo && !diskInfo && !pcieInfo && !sensorInfo && !tempInfo && !fruInfo)
{
cpuInfo = memInfo = diskInfo = pcieInfo = tempInfo = fruInfo = true;
}
try
{
// proc, mem, disk, me, temp, power, fru, pcie, misc
HardwareStatus hardwareStatus = WcsBladeFacade.GetHardwareInfo((byte)bladeId, cpuInfo, memInfo,
diskInfo, false, tempInfo, false, fruInfo, pcieInfo, sensorInfo);
Type hwType = hardwareStatus.GetType();
response.completionCode =
ChassisManagerUtil.GetContractsCompletionCodeMapping((byte)hardwareStatus.CompletionCode);
if (hardwareStatus.CompletionCode != (byte)CompletionCode.Success)
{
Tracer.WriteError("GetBladeHealth: Hardware status command failed with completion code: {0:X}", hardwareStatus.CompletionCode);
}
else
{
if (hardwareStatus.CompletionCode != (byte)Contracts.CompletionCode.Success)
{
shellResp.completionCode = Contracts.CompletionCode.Failure;
shellResp.statusDescription = Contracts.CompletionCode.Failure + ": Internal Error";
}
else
{
shellResp.completionCode = Contracts.CompletionCode.Success;
}
if (hwType == typeof(ComputeStatus))
{
ComputeStatus hwResponse = (ComputeStatus)hardwareStatus;
shellResp.completionCode = Contracts.CompletionCode.Success;
shellResp.bladeNumber = bladeId;
shellResp.bladeState = FunctionValidityChecker.CheckBladeStateValidity((byte)bladeId).PowerStatus.ToString();
shellResp.bladeType = hwResponse.BladeType;
// generate processor info
response.processorInfo = new List<ProcessorInfo>();
// populate processor info if required
if (cpuInfo)
foreach (KeyValuePair<byte, Ipmi.ProcessorInfo> instance in hwResponse.ProcInfo)
{
if (instance.Value.CompletionCode == (byte)CompletionCode.Success)
response.processorInfo.Add(new ProcessorInfo(Contracts.CompletionCode.Success, instance.Key, instance.Value.ProcessorType.ToString(),
instance.Value.ProcessorState.ToString(), instance.Value.Frequency));
else
response.processorInfo.Add(new ProcessorInfo(
ChassisManagerUtil.GetContractsCompletionCodeMapping((byte)instance.Value.CompletionCode)));
}
// generate memory info
response.memoryInfo = new List<MemoryInfo>();
// populate memory info if required
if (memInfo)
{
foreach (KeyValuePair<byte, Ipmi.MemoryInfo> instance in hwResponse.MemInfo)
{
if (instance.Value.CompletionCode == (byte)CompletionCode.Success)
{
if (instance.Value.Status == Ipmi.MemoryStatus.NotPresent)
{
response.memoryInfo.Add(new MemoryInfo(Contracts.CompletionCode.Success, instance.Key,
instance.Value.Status.ToString(), instance.Value.Speed, instance.Value.MemorySize,
instance.Value.Status.ToString(), instance.Value.Status.ToString()));
}
else
{
response.memoryInfo.Add(new MemoryInfo(Contracts.CompletionCode.Success, instance.Key,
instance.Value.MemoryType.ToString(), instance.Value.Speed, instance.Value.MemorySize,
instance.Value.Voltage, instance.Value.Status.ToString()));
}
}
else
response.memoryInfo.Add(new MemoryInfo(
ChassisManagerUtil.GetContractsCompletionCodeMapping((byte)instance.Value.CompletionCode)));
}
}
// initialize PcieInfo
response.pcieInfo = new List<PCIeInfo>();
// populate PcieInfo if required.
if (pcieInfo)
{
foreach (KeyValuePair<byte, Ipmi.PCIeInfo> instance in hwResponse.PcieInfo)
{
if (instance.Value.CompletionCode == (byte)CompletionCode.Success)
response.pcieInfo.Add(new PCIeInfo(Contracts.CompletionCode.Success, instance.Key, instance.Value.CardState.ToString(),
instance.Value.VendorId, instance.Value.DeviceId, instance.Value.SubsystemId));
else
response.pcieInfo.Add(new PCIeInfo(
ChassisManagerUtil.GetContractsCompletionCodeMapping((byte)instance.Value.CompletionCode)));
}
}
// initialize disk info
response.sensors = new List<SensorInfo>();
// add hardware sensor info if required.
if (sensorInfo)
{
foreach (HardwareSensor sensor in hwResponse.HardwareSdr)
{
if (sensor.Sdr.CompletionCode == (byte)CompletionCode.Success)
response.sensors.Add(new SensorInfo(Contracts.CompletionCode.Success, sensor.Sdr.SensorNumber, sensor.Sdr.SensorType.ToString(), sensor.Sdr.EntityId.ToString(),
sensor.Sdr.EntityInstance.ToString(), sensor.Sdr.EntityType.ToString(), sensor.Reading.Reading.ToString(), sensor.Reading.EventDescription, sensor.Sdr.Description));
else
response.sensors.Add(new SensorInfo(
ChassisManagerUtil.GetContractsCompletionCodeMapping((byte)sensor.Sdr.CompletionCode)));
}
}
// add temp sensor info if required.
if (tempInfo)
{
foreach (HardwareSensor sensor in hwResponse.TempSensors)
{
if (sensor.Sdr.CompletionCode == (byte)CompletionCode.Success)
response.sensors.Add(new SensorInfo(Contracts.CompletionCode.Success, sensor.Sdr.SensorNumber, sensor.Sdr.SensorType.ToString(), sensor.Sdr.EntityId.ToString(),
sensor.Sdr.EntityInstance.ToString(), sensor.Sdr.EntityType.ToString(), sensor.Reading.Reading.ToString(), sensor.Reading.EventDescription, sensor.Sdr.Description));
else
response.sensors.Add(new SensorInfo(
ChassisManagerUtil.GetContractsCompletionCodeMapping((byte)sensor.Sdr.CompletionCode)));
}
}
// append fru info if required
AppendFruInfo(ref response, hwResponse, fruInfo);
}
else if (hwType == typeof(JbodStatus))
{
JbodStatus hwResponse = (JbodStatus)hardwareStatus;
shellResp.bladeNumber = bladeId;
shellResp.bladeState = FunctionValidityChecker.CheckBladeStateValidity((byte)bladeId).PowerStatus.ToString();
shellResp.bladeType = hwResponse.BladeType;
if (diskInfo)
{
if (hwResponse.CompletionCode == (byte)CompletionCode.Success)
{
response.jbodDiskInfo = new JbodDiskStatus(Contracts.CompletionCode.Success, hwResponse.DiskStatus.Channel,
hwResponse.DiskStatus.DiskCount);
response.jbodDiskInfo.diskInfo = new List<DiskInfo>();
foreach (KeyValuePair<byte, Ipmi.DiskStatus> instance in hwResponse.DiskStatus.DiskState)
{
response.jbodDiskInfo.diskInfo.Add(new DiskInfo(Contracts.CompletionCode.Success, instance.Key, instance.Value.ToString()));
}
}
else
{
response.jbodDiskInfo = new JbodDiskStatus(ChassisManagerUtil.GetContractsCompletionCodeMapping((byte)hwResponse.CompletionCode));
}
}
if (tempInfo)
{
if (hwResponse.DiskInfo.CompletionCode == (byte)CompletionCode.Success)
response.jbodInfo = new JbodInfo(Contracts.CompletionCode.Success, hwResponse.DiskInfo.Unit.ToString(),
hwResponse.DiskInfo.Reading);
else
response.jbodInfo = new JbodInfo(ChassisManagerUtil.GetContractsCompletionCodeMapping((byte)hwResponse.DiskInfo.CompletionCode));
}
// append fru info if required
AppendFruInfo(ref response, hwResponse, fruInfo);
}
else if (hwType == typeof(UnknownBlade))
{
UnknownBlade hwResponse = (UnknownBlade)hardwareStatus;
// return errored response.
shellResp.bladeNumber = bladeId;
shellResp.bladeState = FunctionValidityChecker.CheckBladeStateValidity((byte)bladeId).PowerStatus.ToString();
shellResp.bladeType = hwResponse.BladeType;
// append fru info if required
AppendFruInfo(ref response, hwResponse, false);
}
response.bladeShell = shellResp;
}
}
catch (Exception ex)
{
response.completionCode = Contracts.CompletionCode.Failure;
response.statusDescription = response.completionCode.ToString() + ": " + ex.Message;
Tracer.WriteError("Exception while processing Hardware Status of Blade {0}: {1}", bladeId, ex);
}
return response;
}
/// <summary>
/// Returns Chassis Health including Fan Speed and Health, PSU Health, Battery Health and Blade Type and Health
/// </summary>
/// <returns></returns>
public Contracts.ChassisHealthResponse GetChassisHealth(bool bladeHealth = false, bool psuHealth = false, bool fanHealth = false, bool batteryHealth = false)
{
Tracer.WriteInfo("Received GetChassisHealth bladeHealth = {0}, psuHealth = {1}, fanHealth = {2})", bladeHealth, psuHealth, fanHealth);
Tracer.WriteInfo(" batteryHealth = {0}", batteryHealth);
Tracer.WriteUserLog("Received GetChassisHealth bladeHealth = {0}, psuHealth = {1}, fanHealth = {2})", bladeHealth, psuHealth, fanHealth);
Tracer.WriteUserLog(" batteryHealth = {0}", batteryHealth);
// If all options are not given by user, then default to providing all information
if (!bladeHealth && !psuHealth && !fanHealth && !batteryHealth)
{
bladeHealth = psuHealth = fanHealth = batteryHealth = true;
}
ChassisHealthResponse response = new ChassisHealthResponse();
response.completionCode = Contracts.CompletionCode.Unknown;
response.statusDescription = String.Empty;
if (bladeHealth)
{
response.bladeShellCollection = new List<BladeShellResponse>();
// Populate Blade Shell information (Type, Internal State)
for (byte i = 1; i <= ConfigLoaded.Population; i++)
{
BladeShellResponse br = new BladeShellResponse();
br.completionCode = Contracts.CompletionCode.Success;
br.bladeNumber = i;
br.bladeState = FunctionValidityChecker.CheckBladeStateValidity(i).PowerStatus.ToString();
br.bladeType = ChassisState.GetBladeTypeName(ChassisState.GetBladeType(i));
response.bladeShellCollection.Add(br);
}
response.completionCode = Contracts.CompletionCode.Success; // Always success if bladeinfo requested, since reading static variable
Tracer.WriteInfo("Populated Blade Shell information, state and type for blades");
}
// Get Psu health information
if (psuHealth)
{
response.psuInfoCollection = GetPsuInfo();
// if the master object is not successful, check child objects
if (response.completionCode != Contracts.CompletionCode.Success)
{
// if it received any positive results, return success.
foreach (PsuInfo psu in response.psuInfoCollection)
{
// if any children are successful, set master to success.
if (psu.completionCode == Contracts.CompletionCode.Success)
{
response.completionCode = Contracts.CompletionCode.Success;
break; // once a match has been found escape foreach
}
}
}
if (ConfigLoaded.NumPsus == 0)
{
response.completionCode = Contracts.CompletionCode.Success;
response.statusDescription += "\nPower Supply monitoring not supported in sku configuration.";
}
}
// Get battery health information
if (batteryHealth)
{
// Get the battery info
response.batteryInfoCollection = GetBatteryInfo();
// if the master object is not successful, check child objects
if (response.completionCode != Contracts.CompletionCode.Success)
{
// if battery status received any positive results, return success.
foreach (BatteryInfo battery in response.batteryInfoCollection)
{
// if any children are successful, set master to success.
if (battery.completionCode == Contracts.CompletionCode.Success)
{
response.completionCode = Contracts.CompletionCode.Success;
break; // once a match has been found escape foreach
}
}
}
if (ConfigLoaded.NumBatteries == 0)
{
response.completionCode = Contracts.CompletionCode.Success;
response.statusDescription += "\nBattery monitoring not supported in sku configuration.";
}
}
// Get Fan Health Information
if (fanHealth)
{
response.fanInfoCollection = GetFanInfo();
// if the master object is not successful, check child objects
if (response.completionCode != Contracts.CompletionCode.Success)
{
// if it received any positive results, return success.
foreach (FanInfo fan in response.fanInfoCollection)
{
// if any children are successful, set master to success.
if (fan.completionCode == Contracts.CompletionCode.Success ||
fan.completionCode == Contracts.CompletionCode.FanlessChassis)
{
response.completionCode = Contracts.CompletionCode.Success;
break; // once a match has been found escape foreach
}
}
}
if (ConfigLoaded.NumFans == 0)
{
response.completionCode = Contracts.CompletionCode.Success;
response.statusDescription += "\nFan monitoring not supported in sku configuration.";
}
}
return response;
}
/// <summary>
/// Returns Chassis Health including Fan Speed and Health, PSU Health and Blade Type and Health
/// </summary>
/// <returns></returns>
public Contracts.ChassisHealthResponse GetChassisHealth(bool bladeHealth = false, bool psuHealth = false, bool fanHealth = false)
{
Tracer.WriteInfo("Received GetChassisHealth({0},{1},{2})", bladeHealth, psuHealth, fanHealth);
Tracer.WriteUserLog("Invoked GetChassisHealth({0},{1},{2})", bladeHealth, psuHealth, fanHealth);
// If all options are not given by user, then default to providing all information
if (!bladeHealth && !psuHealth && !fanHealth)
{
bladeHealth = psuHealth = fanHealth = true;
}
ChassisHealthResponse response = new ChassisHealthResponse();
response.completionCode = Contracts.CompletionCode.Unknown;
response.statusDescription = String.Empty;
if (bladeHealth)
{
response.bladeShellCollection = new List<BladeShellResponse>();
// Populate Blade Shell information (Type, Internal State)
for (byte i = 1; i <= ConfigLoaded.Population; i++)
{
BladeShellResponse br = new BladeShellResponse();
br.completionCode = Contracts.CompletionCode.Success;
br.bladeNumber = i;
br.bladeState = ChassisState.GetStateName(i);
br.bladeType = ChassisState.GetBladeTypeName(ChassisState.GetBladeType(i));
response.bladeShellCollection.Add(br);
}
response.completionCode = Contracts.CompletionCode.Success; // Always success if bladeinfo requested, since reading static variable
Tracer.WriteInfo("Populated Blade Shell information, state and type for blades");
}
// Get Psu health information
if (psuHealth)
{
response.psuInfoCollection = GetPsuInfo();
// if the master object is not successful, check child objects
if(response.completionCode != Contracts.CompletionCode.Success)
{
// if it received any positive results, return success.
foreach (PsuInfo psu in response.psuInfoCollection)
{
// if any children are successful, set master to success.
if (psu.completionCode == Contracts.CompletionCode.Success)
{
response.completionCode = Contracts.CompletionCode.Success;
break; // once a match has been found escape foreach
}
}
}
}
// Get Fan Health Information
if (fanHealth)
{
response.fanInfoCollection = GetFanInfo();
// if the master object is not successful, check child objects
if (response.completionCode != Contracts.CompletionCode.Success)
{
// if it received any positive results, return success.
foreach (FanInfo fan in response.fanInfoCollection)
{
// if any children are successful, set master to success.
if (fan.completionCode == Contracts.CompletionCode.Success ||
fan.completionCode == Contracts.CompletionCode.FanlessChassis )
{
response.completionCode = Contracts.CompletionCode.Success;
break; // once a match has been found escape foreach
}
}
}
}
return response;
}
