public ModelElement DoVerify(ModelElement element, AceModelRestricted model)
{
// For interface that are not PnP and can come and go, verify that they are still present.
// (e.g. RemoteGPIB, etc.)
// In most cases, nothing will need to be done to verify an interface.
// Return a copy of the input element.
// The following values need to be set in the returned element:
// Verified = true means it has been through this method
// Failed = true / false
if (element == null)
{
return(null);
}
var elementCopy = element.MakeCopy();
IConfigDll hwconfig = _container.Resolve <IConfigDll>(AgentName);
hwconfig.VerifyElement(elementCopy);
var parent = model.FindEquivalentElement(elementCopy.Parent);
if (parent != null)
{
elementCopy.Parent = parent;
elementCopy.ParentId = parent.PersistentId;
}
return(elementCopy);
}
public ArgMap GetEditableParameters(string deviceName, AceModelRestricted model)
{
var element = GetEditintElement(deviceName, model);
var argmap = GetElementRepresentation(element);
return(argmap);
}
public SampleDiscoveryWatcher(IUnityContainer container, AceModelRestricted model, IRequestService rqstSvr)
{
_container = container;
_model = model;
_requestSvr = rqstSvr;
RequestDiscoveryAction = RequestDiscovery;
WaitingInterval = DEFAULT_INTERVAL;
}
public SampleDiscoveryWatcher(IUnityContainer container, AceModelRestricted model, IRequestService rqstSvr)
{
_container = container;
_model = model;
_requestSvr = rqstSvr;
RequestDiscoveryAction = RequestDiscovery;
WaitingInterval = DEFAULT_INTERVAL;
}
public List <string> GetManuallyAddableDevices(AceModelRestricted model)
{
var availableList = new List <string>();
availableList.Add(Consts.SAMPLE_INSTRUMENT);
availableList.Add(Consts.SAMPLE_INTERFACE);
return(availableList);
}
private ModelInterface[] GetUnconfigedInterfaces(AceModelRestricted model)
{
IConfigDll hwconfig = _container.Resolve <IConfigDll>(AgentName);
if ((hwconfig == null) || (model == null))
{
return(Enumerable.Empty <ModelInterface>().ToArray());
}
return(model.GetUnconfigedSampleInterfaces(hwconfig).ToArray());
}
public List <string> GetManuallyEditableDevices(AceModelRestricted model)
{
List <string> editableList = new List <string>();
var manualDevs = (from e in model.GetDevices()
where (e is ModelDeviceSample) && (e.StaticallyDefined == true)
select string.Format(Consts.EDITABLE_FORMATE, Consts.SAMPLE_INSTRUMENT, e.VisaName)).ToList <string>();
var manualIntfcs = (from e in model.GetInterfaces()
where (e is ModelInterfaceSample)
select string.Format(Consts.EDITABLE_FORMATE, Consts.SAMPLE_INTERFACE, e.VisaName)).ToList <string>();
editableList.AddRange(manualDevs);
editableList.AddRange(manualIntfcs);
return(editableList);
}
private ModelElement GetAddingElement(string deviceName, AceModelRestricted model)
{
ModelElement element = null;
if (deviceName.StartsWith(Consts.SAMPLE_INSTRUMENT, StringComparison.InvariantCultureIgnoreCase))
{
element = GenerateAddingDevice(model);
}
else if (deviceName.StartsWith(Consts.SAMPLE_INTERFACE, StringComparison.InvariantCultureIgnoreCase))
{
element = GenerateAddingInterface(model);
}
return(element);
}
private ModelElement GetEditintElement(string deviceName, AceModelRestricted model)
{
string visa = string.Empty;
if (deviceName.StartsWith(Consts.SAMPLE_INSTRUMENT, StringComparison.InvariantCultureIgnoreCase))
{
visa = GetEditingDeviceVisaName(deviceName);
}
else if (deviceName.StartsWith(Consts.SAMPLE_INTERFACE, StringComparison.InvariantCultureIgnoreCase))
{
visa = GetEditingInterfaceVisaName(deviceName);
}
var element = model.FindElementByVisaName(visa);
return(element);
}
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 ModelElement GenerateAddingInterface(AceModelRestricted model)
{
var intfc = new ModelInterfaceSample();
var activeInterfaces = model.GetInterfaces().Where(i => i.AgentName == AgentId).Select(e => e as ModelInterfaceSample)
.OrderBy(i => i.VisaInterfaceId.ToUpper(), new SampleIOAgentComparer(Consts.VISA_PRIFIX));
var latestVisaInterface = activeInterfaces.LastOrDefault();
var visaIndex = latestVisaInterface.VisaInterfaceId.ToUpper().GetIndex(Consts.VISA_PRIFIX);
var siclInterfaces = activeInterfaces.OrderBy(i => i.SiclInterfaceId, new SampleIOAgentComparer(Consts.SICL_PRIFIX));
var latestSiclInterface = siclInterfaces.LastOrDefault();
var siclIndex = (latestSiclInterface != null) ? latestVisaInterface.SiclInterfaceId.ToLower().GetIndex(Consts.SICL_PRIFIX) : -1;
visaIndex++;
siclIndex = siclIndex >= 0 ? ++siclIndex : 1;
var visaIntfID = Consts.VISA_PRIFIX.GenerateNewPrifix(visaIndex);
var siclIntfID = Consts.SICL_PRIFIX.GenerateNewPrifix(siclIndex);
var luInterfaces = activeInterfaces.OrderBy(i => i.LogicalUnit, new LUComparer());
var latestLUIntf = luInterfaces.LastOrDefault();
var lu = Consts.DEFAULT_LU;
if (latestLUIntf != null)
{
int luValue;
if (int.TryParse(latestLUIntf.LogicalUnit, out luValue))
{
luValue++;
lu = luValue.ToString();
}
else
{
lu = Consts.DEFAULT_LU;
}
}
else
{
lu = Consts.DEFAULT_LU;
}
intfc.VisaInterfaceId = visaIntfID;
intfc.SiclInterfaceId = siclIntfID;
intfc.LogicalUnit = lu;
intfc.StaticallyDefined = true;
return(intfc);
}
public List <ModelElement> DoDiscovery(ModelElement discoveryRoot, AceModelRestricted model)
{
// Discover devices on interfaces
// If discoveryRoot is null or empty discovery devices on all interfaces associated with this agent.
// If discoveryRoot is specified, verify the presence of the interface and discover all devices on it.
// - The model paramenter contains elements that are currently known - treat it as read-only
// - Add only newly discovered or deleted elements to the output list.
// - Notes:
// - Only devices are discovered here. Interfaces are discovered and added to the model in AutoConfig().
// - Elements in the output list will later be verified using DoVerify().
// - If we are not confident that a discovered device is the same as one already in the model,
// then we should copy it to the output List so it will later be verified.
//string doDiscoveryTitle = string.Format("DoDiscovery of {0}", (discoveryRoot != null) ? discoveryRoot.ToString() : "<null>");
//LogUtils.LogElements(_log, this, doDiscoveryTitle, model.GetInterfaces()); // Verbose
if (_log != null && discoveryRoot != null)
{
var id = discoveryRoot.PersistentId;
string msg = string.Format("Begin discovery of '{0}'", id);
_log.Message(msg, LogUtils.MethodName(this));
}
var list = new List <ModelElement>();
var intfc = discoveryRoot as ModelInterfaceSample;
if (intfc != null)
{
IConfigDll hwconfig = _container.Resolve <IConfigDll>(AgentName);
hwconfig.InitializeDll();
var intfcCopy = intfc.MakeCopy() as ModelInterfaceSample;
var availableIntfcs = hwconfig.GetAvailableInterfaces()
.Where(i => i is ModelInterfaceSample)
.Select(i => i as ModelInterfaceSample);
if (intfcCopy.IsInterfacePresent(availableIntfcs) ||
intfc.StaticallyDefined)
{
list.Add(intfcCopy);
FindAndUpdateDevices(hwconfig, list, intfc, model);
}
hwconfig.UninitializeDll();
}
return(list);
}
public ModelElement ConstructElement(string name, ArgMap parameters, AceModelRestricted model)
{
ModelElement element = null;
Dictionary <string, string> rawProperties = ApiDataRepresentation.ArgMapToPropertyDictionary(parameters);
string id = rawProperties[Ace2ApiConstants.PersistentId_Parameter];
if (name.StartsWith(Consts.SAMPLE_INSTRUMENT) ||
name.Contains("::"))
{
element = ConstructDevice(id, rawProperties);
}
else
{
element = ConstructInterface(id, rawProperties);
}
if (element != null && element.Parent == null && element.ParentId.Length > 0)
{
element.Parent = model.FindElementById(element.ParentId);
}
return(element);
}
public List<ModelElement> DoDiscovery(ModelElement discoveryRoot, AceModelRestricted model)
{
// Discover devices on interfaces
// If discoveryRoot is null or empty discovery devices on all interfaces associated with this agent.
// If discoveryRoot is specified, verify the presence of the interface and discover all devices on it.
// - The model paramenter contains elements that are currently known - treat it as read-only
// - Add only newly discovered or deleted elements to the output list.
// - Notes:
// - Only devices are discovered here. Interfaces are discovered and added to the model in AutoConfig().
// - Elements in the output list will later be verified using DoVerify().
// - If we are not confident that a discovered device is the same as one already in the model,
// then we should copy it to the output List so it will later be verified.
//string doDiscoveryTitle = string.Format("DoDiscovery of {0}", (discoveryRoot != null) ? discoveryRoot.ToString() : "<null>");
//LogUtils.LogElements(_log, this, doDiscoveryTitle, model.GetInterfaces()); // Verbose
if (_log != null && discoveryRoot != null)
{
var id = discoveryRoot.PersistentId;
string msg = string.Format("Begin discovery of '{0}'", id);
_log.Message(msg, LogUtils.MethodName(this));
}
var list = new List<ModelElement>();
var intfc = discoveryRoot as ModelInterfaceSample;
if (intfc != null)
{
IConfigDll hwconfig = _container.Resolve<IConfigDll>(AgentName);
hwconfig.InitializeDll();
var intfcCopy = intfc.MakeCopy() as ModelInterfaceSample;
var availableIntfcs = hwconfig.GetAvailableInterfaces()
.Where(i => i is ModelInterfaceSample)
.Select(i => i as ModelInterfaceSample);
if (intfcCopy.IsInterfacePresent(availableIntfcs)
|| intfc.StaticallyDefined)
{
list.Add(intfcCopy);
FindAndUpdateDevices(hwconfig, list, intfc, model);
}
hwconfig.UninitializeDll();
}
return list;
}
public List<string> GetManuallyEditableDevices(AceModelRestricted model)
{
List<string> editableList = new List<string>();
var manualDevs = (from e in model.GetDevices()
where (e is ModelDeviceSample) && (e.StaticallyDefined == true)
select string.Format(Consts.EDITABLE_FORMATE, Consts.SAMPLE_INSTRUMENT, e.VisaName)).ToList<string>();
var manualIntfcs = (from e in model.GetInterfaces()
where (e is ModelInterfaceSample)
select string.Format(Consts.EDITABLE_FORMATE, Consts.SAMPLE_INTERFACE, e.VisaName)).ToList<string>();
editableList.AddRange(manualDevs);
editableList.AddRange(manualIntfcs);
return editableList;
}
private void FindAndUpdateDevices(IConfigDll hwconfig, List<ModelElement> discoveredList, ModelInterfaceSample intfc, AceModelRestricted model)
{
var connectedDevices = hwconfig.GetAvailableDevices(intfc);
discoveredList.AddRange(connectedDevices);
}
public ModelInterface[] AutoConfig(AceModelRestricted model)
{
var interfacces = GetUnconfigedInterfaces(model);
return(interfacces);
}
public ModelElement DoVerify(ModelElement element, AceModelRestricted model)
{
// For interface that are not PnP and can come and go, verify that they are still present.
// (e.g. RemoteGPIB, etc.)
// In most cases, nothing will need to be done to verify an interface.
// Return a copy of the input element.
// The following values need to be set in the returned element:
// Verified = true means it has been through this method
// Failed = true / false
if (element == null) return null;
var elementCopy = element.MakeCopy();
IConfigDll hwconfig = _container.Resolve<IConfigDll>(AgentName);
hwconfig.VerifyElement(elementCopy);
var parent = model.FindEquivalentElement(elementCopy.Parent);
if (parent != null)
{
elementCopy.Parent = parent;
elementCopy.ParentId = parent.PersistentId;
}
return elementCopy;
}
private ModelElement GenerateAddingInterface(AceModelRestricted model)
{
var intfc = new ModelInterfaceSample();
var activeInterfaces = model.GetInterfaces().Where(i => i.AgentName == AgentId).Select(e => e as ModelInterfaceSample)
.OrderBy(i => i.VisaInterfaceId.ToUpper(), new SampleIOAgentComparer(Consts.VISA_PRIFIX));
var latestVisaInterface = activeInterfaces.LastOrDefault();
var visaIndex = latestVisaInterface.VisaInterfaceId.ToUpper().GetIndex(Consts.VISA_PRIFIX);
var siclInterfaces = activeInterfaces.OrderBy(i => i.SiclInterfaceId, new SampleIOAgentComparer(Consts.SICL_PRIFIX));
var latestSiclInterface = siclInterfaces.LastOrDefault();
var siclIndex = (latestSiclInterface != null) ? latestVisaInterface.SiclInterfaceId.ToLower().GetIndex(Consts.SICL_PRIFIX) : -1;
visaIndex++;
siclIndex = siclIndex >= 0 ? ++siclIndex : 1;
var visaIntfID = Consts.VISA_PRIFIX.GenerateNewPrifix(visaIndex);
var siclIntfID = Consts.SICL_PRIFIX.GenerateNewPrifix(siclIndex);
var luInterfaces = activeInterfaces.OrderBy(i => i.LogicalUnit, new LUComparer());
var latestLUIntf = luInterfaces.LastOrDefault();
var lu = Consts.DEFAULT_LU;
if (latestLUIntf != null)
{
int luValue;
if (int.TryParse(latestLUIntf.LogicalUnit, out luValue))
{
luValue++;
lu = luValue.ToString();
}
else
{
lu = Consts.DEFAULT_LU;
}
}
else
{
lu = Consts.DEFAULT_LU;
}
intfc.VisaInterfaceId = visaIntfID;
intfc.SiclInterfaceId = siclIntfID;
intfc.LogicalUnit = lu;
intfc.StaticallyDefined = true;
return intfc;
}
public List<string> GetManuallyAddableDevices(AceModelRestricted model)
{
var availableList = new List<string>();
availableList.Add(Consts.SAMPLE_INSTRUMENT);
availableList.Add(Consts.SAMPLE_INTERFACE);
return availableList;
}
public List<ModelElement> DeleteDevice(string name, AceModelRestricted model)
{
return DefaultDeleteAction.DefaultDeleteDevice(name, model);
}
public static IEnumerable <ModelInterfaceSample> GetUnconfigedSampleInterfaces(this AceModelRestricted model, IConfigDll hwconfig)
{
var unconfigured = Enumerable.Empty <ModelInterfaceSample>();
if ((hwconfig != null) && (model != null))
{
hwconfig.InitializeDll();
//ModelElement[] configuredInterfaceElements = model.GetInterfacesOfVisaType(this.VisaIntfTypeString); // EOS: unused, removed.
var availableInterfaces = hwconfig.GetAvailableInterfaces().Where(i => i is ModelInterfaceSample).Select(i => i as ModelInterfaceSample);
// TCPIP only configures 1 interface by default, but this pattern supports any number
unconfigured = (from i in availableInterfaces
where model.FindEquivalentElement(i) == null
select i);
hwconfig.UninitializeDll();
}
return(unconfigured);
}
public ModelInterface[] AutoConfig(AceModelRestricted model)
{
var interfacces = GetUnconfigedInterfaces(model);
return interfacces;
}
private ModelInterface[] GetUnconfigedInterfaces(AceModelRestricted model)
{
IConfigDll hwconfig = _container.Resolve<IConfigDll>(AgentName);
if ((hwconfig == null) || (model == null)) return Enumerable.Empty<ModelInterface>().ToArray();
return model.GetUnconfigedSampleInterfaces(hwconfig).ToArray();
}
private ModelElement GetEditintElement(string deviceName, AceModelRestricted model)
{
string visa = string.Empty;
if (deviceName.StartsWith(Consts.SAMPLE_INSTRUMENT, StringComparison.InvariantCultureIgnoreCase))
{
visa = GetEditingDeviceVisaName(deviceName);
}
else if (deviceName.StartsWith(Consts.SAMPLE_INTERFACE, StringComparison.InvariantCultureIgnoreCase))
{
visa = GetEditingInterfaceVisaName(deviceName);
}
var element = model.FindElementByVisaName(visa);
return element;
}
private ModelElement GetAddingElement(string deviceName, AceModelRestricted model)
{
ModelElement element = null;
if (deviceName.StartsWith(Consts.SAMPLE_INSTRUMENT, StringComparison.InvariantCultureIgnoreCase))
{
element = GenerateAddingDevice(model);
}
else if (deviceName.StartsWith(Consts.SAMPLE_INTERFACE, StringComparison.InvariantCultureIgnoreCase))
{
element = GenerateAddingInterface(model);
}
return element;
}
public List <ModelElement> DeleteDevice(string name, AceModelRestricted model)
{
return(DefaultDeleteAction.DefaultDeleteDevice(name, model));
}
public ArgMap GetManualAddParameters(string deviceName, AceModelRestricted model)
{
var element = GetAddingElement(deviceName, model);
var argmap = GetElementRepresentation(element);
return argmap;
}
private void FindAndUpdateDevices(IConfigDll hwconfig, List <ModelElement> discoveredList, ModelInterfaceSample intfc, AceModelRestricted model)
{
var connectedDevices = hwconfig.GetAvailableDevices(intfc);
discoveredList.AddRange(connectedDevices);
}
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 ModelElement ConstructElement(string name, ArgMap parameters, AceModelRestricted model)
{
ModelElement element = null;
Dictionary<string, string> rawProperties = ApiDataRepresentation.ArgMapToPropertyDictionary(parameters);
string id = rawProperties[Ace2ApiConstants.PersistentId_Parameter];
if (name.StartsWith(Consts.SAMPLE_INSTRUMENT)
|| name.Contains("::"))
{
element = ConstructDevice(id, rawProperties);
}
else
{
element = ConstructInterface(id, rawProperties);
}
if (element != null && element.Parent == null && element.ParentId.Length > 0)
{
element.Parent = model.FindElementById(element.ParentId);
}
return element;
}
public ArgMap GetEditableParameters(string deviceName, AceModelRestricted model)
{
var element = GetEditintElement(deviceName, model);
var argmap = GetElementRepresentation(element);
return argmap;
}
