public override ModelElement MakeCopy()
{
var device = new ModelDeviceSample();
CopyDataTo(device);
return(device);
}
private void VerifyDevice(ModelDeviceSample device)
{
var parentElement = device.Parent;
if (parentElement != null)
{
var parentInterface = parentElement as ModelInterfaceSample;
if (parentInterface != null)
{
// Check if the device is still present
if (IsDevicePresentProc(device, parentInterface))
{
device.Verified = true;
device.Failed = false;
}
else
{
device.FailedReason = AgentKeys.FailedReason_DeviceNotVerified;
}
}
else
{
device.FailedReason = AgentKeys.FailedReason_NoVisaInterface;
}
}
}
private ModelDeviceSample ConstructInstrument(XElement instrumentElement)
{
ModelDeviceSample device = null;
var manufactureAttr = instrumentElement.Attribute(Consts.MANUFACTURE_ATTR);
var modelAttr = instrumentElement.Attribute(Consts.MODEL_ATTR);
var serialNumberAttr = instrumentElement.Attribute(Consts.SERIAL_NUMBER_ATTR);
var firmwareVersionAttr = instrumentElement.Attribute(Consts.FIRMWARE_VERSION_ATTR);
var ipAddressAttr = instrumentElement.Attribute(Consts.IPADDRESS_ATTR);
var deviceNameAttr = instrumentElement.Attribute(Consts.DEVICE_NAME_ATTR);
if (manufactureAttr != null
&& modelAttr != null
&& serialNumberAttr != null
&& firmwareVersionAttr != null
&& ipAddressAttr != null
&& deviceNameAttr != null)
{
device = new ModelDeviceSample();
device.Manufacturer = manufactureAttr.Value;
device.ModelNumber = modelAttr.Value;
device.SerialNumber = serialNumberAttr.Value;
device.FirmwareRevision = firmwareVersionAttr.Value;
device.IPAddress = ipAddressAttr.Value;
device.DeviceName = deviceNameAttr.Value;
}
return device;
}
private bool IsDevicePresentProc(ModelDeviceSample deviceToCheck, ModelInterfaceSample parentInterface)
{
bool isPresent = false;
var hwDetector = GenerateHardwareDetector();
if (hwDetector != null)
{
var availableDevices = hwDetector.GetConnectedInstruments(parentInterface);
isPresent = deviceToCheck.IsDevicePresent(availableDevices);
}
return(isPresent);
}
private ModelElement GenerateAddingDevice(AceModelRestricted model)
{
var intfc = model.FindElementByVisaName(Consts.DEFAULT_INTFC_VISANAME) as ModelInterfaceSample;
if (intfc == null)
{
intfc = new ModelInterfaceSample();
intfc.VisaInterfaceId = Consts.DEFAULT_INTFC_VISANAME;
}
var device = new ModelDeviceSample();
device.Parent = intfc;
device.ParentId = intfc.PersistentId;
device.StaticallyDefined = true;
return(device);
}
public ModelDevice ReconstituteDevice(DeviceDataRecord raw)
{
if (raw == null)
{
return(null);
}
if (!CanReconstituteThis(raw))
{
return(null);
}
var device = new ModelDeviceSample();
ExtractCommonDevicePropertiesFromNVPairs(raw, device);
device.IPAddress = raw.GetString(Consts.IPADDRESS_KEY);
device.DeviceName = raw.GetString(Consts.DEVICENAME_KEY);
device.Dirty = false;
return(device);
}
public static bool IsDevicePresent(this ModelDeviceSample deviceToCheck, IEnumerable <ModelDevice> availableDevices)
{
bool isPresent = false;
// If we didn't get a ModelDeviceTcpip or it doesn't have a VisaName, it's not present
if (deviceToCheck == null || string.IsNullOrWhiteSpace(deviceToCheck.VisaName))
{
return(false);
}
foreach (var availableDevice in availableDevices)
{
if (availableDevice.IsEquivalent(deviceToCheck))
{
isPresent = true;
break;
}
}
return(isPresent);
}
private static void AddInfoToDevice(DeviceDataRecord raw, ModelDeviceSample specificDevice)
{
raw.AddProperty(Consts.IPADDRESS_KEY, specificDevice.IPAddress);
raw.AddProperty(Consts.DEVICENAME_KEY, specificDevice.DeviceName);
}
public void VerifyElementTestDevice()
{
var intfc1 = new ModelInterfaceSample { VisaInterfaceId = "SAMP0", SiclInterfaceId = "samp", LogicalUnit = "100" };
var instrument1 = new ModelDeviceSample
{
Manufacturer = "KT",
ModelNumber = "DEV001",
SerialNumber = "X01234",
FirmwareRevision = "1.0.0.1",
IPAddress = "192.168.56.128",
DeviceName = "inst0"
};
instrument1.Parent = intfc1;
instrument1.ParentId = intfc1.PersistentId;
var hwconfig1 = GenerateHwConfig();
hwconfig1.VerifyElement(instrument1);
Assert.IsTrue(!instrument1.Failed);
Assert.IsTrue(instrument1.Verified);
var intfc2 = new ModelInterfaceSample { VisaInterfaceId = "SAMP1", SiclInterfaceId = "samp1", LogicalUnit = "101" };
var instrument2 = new ModelDeviceSample
{
Manufacturer = "KT",
ModelNumber = "DEV001",
SerialNumber = "X01234",
FirmwareRevision = "1.0.0.1",
IPAddress = "192.168.56.130",
DeviceName = "inst0"
};
instrument2.Parent = intfc2;
instrument2.ParentId = intfc2.PersistentId;
var hwconfig2 = GenerateHwConfig();
hwconfig2.VerifyElement(instrument2);
Assert.IsTrue(instrument2.Failed);
Assert.IsTrue(!instrument2.Verified);
}
private void VerifyDevice(ModelDeviceSample device)
{
var parentElement = device.Parent;
if (parentElement != null)
{
var parentInterface = parentElement as ModelInterfaceSample;
if (parentInterface != null)
{
// Check if the device is still present
if (IsDevicePresentProc(device, parentInterface))
{
device.Verified = true;
device.Failed = false;
}
else
{
device.FailedReason = AgentKeys.FailedReason_DeviceNotVerified;
}
}
else
{
device.FailedReason = AgentKeys.FailedReason_NoVisaInterface;
}
}
}
private ModelDeviceSample ConstructInstrument(XElement instrumentElement)
{
ModelDeviceSample device = null;
var manufactureAttr = instrumentElement.Attribute(Consts.MANUFACTURE_ATTR);
var modelAttr = instrumentElement.Attribute(Consts.MODEL_ATTR);
var serialNumberAttr = instrumentElement.Attribute(Consts.SERIAL_NUMBER_ATTR);
var firmwareVersionAttr = instrumentElement.Attribute(Consts.FIRMWARE_VERSION_ATTR);
var ipAddressAttr = instrumentElement.Attribute(Consts.IPADDRESS_ATTR);
var deviceNameAttr = instrumentElement.Attribute(Consts.DEVICE_NAME_ATTR);
if (manufactureAttr != null
&& modelAttr != null
&& serialNumberAttr != null
&& firmwareVersionAttr != null
&& ipAddressAttr != null
&& deviceNameAttr != null)
{
device = new ModelDeviceSample();
device.Manufacturer = manufactureAttr.Value;
device.ModelNumber = modelAttr.Value;
device.SerialNumber = serialNumberAttr.Value;
device.FirmwareRevision = firmwareVersionAttr.Value;
device.IPAddress = ipAddressAttr.Value;
device.DeviceName = deviceNameAttr.Value;
}
return device;
}
private static ModelDeviceSample GenerateSampleDeice(string manufacture, string model, string serialNumber,
string firmwareVersion, string ipAddress, string deviceName)
{
var sampleDevice = new ModelDeviceSample();
sampleDevice.Manufacturer = manufacture;
sampleDevice.ModelNumber = model;
sampleDevice.SerialNumber = serialNumber;
sampleDevice.FirmwareRevision = firmwareVersion;
sampleDevice.IPAddress = ipAddress;
sampleDevice.DeviceName = deviceName;
return sampleDevice;
}
private ModelElement GenerateAddingDevice(AceModelRestricted model)
{
var intfc = model.FindElementByVisaName(Consts.DEFAULT_INTFC_VISANAME) as ModelInterfaceSample;
if (intfc == null)
{
intfc = new ModelInterfaceSample();
intfc.VisaInterfaceId = Consts.DEFAULT_INTFC_VISANAME;
}
var device = new ModelDeviceSample();
device.Parent = intfc;
device.ParentId = intfc.PersistentId;
device.StaticallyDefined = true;
return device;
}
private static void AddInfoToDevice(DeviceDataRecord raw, ModelDeviceSample specificDevice)
{
raw.AddProperty(Consts.IPADDRESS_KEY, specificDevice.IPAddress);
raw.AddProperty(Consts.DEVICENAME_KEY, specificDevice.DeviceName);
}
public ModelDevice ReconstituteDevice(DeviceDataRecord raw)
{
if (raw == null) return null;
if (!CanReconstituteThis(raw)) return null;
var device = new ModelDeviceSample();
ExtractCommonDevicePropertiesFromNVPairs(raw, device);
device.IPAddress = raw.GetString(Consts.IPADDRESS_KEY);
device.DeviceName = raw.GetString(Consts.DEVICENAME_KEY);
device.Dirty = false;
return device;
}
public override ModelElement MakeCopy()
{
var device = new ModelDeviceSample();
CopyDataTo(device);
return device;
}
private bool IsDevicePresentProc(ModelDeviceSample deviceToCheck, ModelInterfaceSample parentInterface)
{
bool isPresent = false;
var hwDetector = GenerateHardwareDetector();
if (hwDetector != null)
{
var availableDevices = hwDetector.GetConnectedInstruments(parentInterface);
isPresent = deviceToCheck.IsDevicePresent(availableDevices);
}
return isPresent;
}