public void Load_Templates_ConnectionType()
{
//Arrange
Guid expectedGuid = new Guid("f38867c8-3846-461f-a6fa-c941aeb723c7");
string expectedName = "Test Connection Type";
double expectedCost = 12.48;
double expectedLabor = 84.21;
TECElectricalMaterial actualConnectionType = null;
foreach (TECElectricalMaterial connectionType in actualTemplates.Catalogs.ConnectionTypes)
{
if (connectionType.Guid == expectedGuid)
{
actualConnectionType = connectionType;
break;
}
}
//Assert
Assert.AreEqual(expectedName, actualConnectionType.Name);
Assert.AreEqual(expectedCost, actualConnectionType.Cost);
Assert.AreEqual(expectedLabor, actualConnectionType.Labor);
testForCosts(actualConnectionType);
testForRatedCosts(actualConnectionType);
}
public void Load_Templates_ConduitType()
{
//Arrange
Guid expectedGuid = new Guid("8d442906-efa2-49a0-ad21-f6b27852c9ef");
string expectedName = "Test Conduit Type";
double expectedCost = 45.67;
double expectedLabor = 76.54;
TECElectricalMaterial actualConduitType = null;
foreach (TECElectricalMaterial conduitType in actualTemplates.Catalogs.ConduitTypes)
{
if (conduitType.Guid == expectedGuid)
{
actualConduitType = conduitType;
break;
}
}
//Assert
Assert.AreEqual(expectedName, actualConduitType.Name);
Assert.AreEqual(expectedCost, actualConduitType.Cost);
Assert.AreEqual(expectedLabor, actualConduitType.Labor);
testForCosts(actualConduitType);
testForRatedCosts(actualConduitType);
}
public void GetCostsTest()
{
TECElectricalMaterial type = new TECElectricalMaterial();
TECAssociatedCost aCost = new TECAssociatedCost(CostType.TEC);
aCost.Cost = 3;
TECAssociatedCost rCost = new TECAssociatedCost(CostType.TEC);
rCost.Cost = 5;
type.Cost = 2;
type.Labor = 1;
type.AssociatedCosts.Add(aCost);
type.RatedCosts.Add(rCost);
var costs = type.GetCosts(2);
var tecExpected = 2 * (5) + 3;
var elecExpected = 2 * (2);
Assert.AreEqual(tecExpected, costs.GetCost(CostType.TEC));
Assert.AreEqual(elecExpected, costs.GetCost(CostType.Electrical));
var tecLaborExpected = 0;
var elecLabroExpected = 2 * (1);
Assert.AreEqual(tecLaborExpected, costs.GetLabor(CostType.TEC));
Assert.AreEqual(elecLabroExpected, costs.GetLabor(CostType.Electrical));
}
public CostBatch AddLength(TECElectricalMaterial material, double length)
{
if (length < 0)
{
logger.Error("Length needs to be greater than 0 when adding to length summary. " +
"Failed to add length. Obj: {0}", material.Name);
return(new CostBatch());
}
CostBatch deltas = new CostBatch();
bool containsItem = lengthDictionary.ContainsKey(material.Guid);
if (containsItem)
{
LengthSummaryItem item = lengthDictionary[material.Guid];
CostBatch delta = item.AddLength(length);
LengthCostTotal += delta.GetCost(CostType.Electrical);
LengthLaborTotal += delta.GetLabor(CostType.Electrical);
deltas += delta;
}
else
{
LengthSummaryItem item = new LengthSummaryItem(material, length);
lengthDictionary.Add(material.Guid, item);
_lengthSummaryItems.Add(item);
LengthCostTotal += item.TotalCost;
LengthLaborTotal += item.TotalLabor;
deltas += new CostBatch(item.TotalCost, item.TotalLabor, CostType.Electrical);
}
foreach (ICost cost in material.RatedCosts)
{
deltas += addRatedCost(cost, length);
}
return(deltas);
}
private static List <LengthSummaryItem> consolidateConduit(IEnumerable <IControllerConnection> connections)
{
Dictionary <TECElectricalMaterial, LengthSummaryItem> dictionary = new Dictionary <TECElectricalMaterial, LengthSummaryItem>();
List <LengthSummaryItem> items = new List <LengthSummaryItem>();
foreach (IControllerConnection connection in connections)
{
TECElectricalMaterial type = connection.ConduitType;
if (type != null)
{
if (dictionary.ContainsKey(type))
{
dictionary[type].AddLength(connection.ConduitLength);
}
else
{
LengthSummaryItem item = new LengthSummaryItem(type, connection.ConduitLength);
dictionary.Add(type, item);
items.Add(item);
}
}
}
return(items);
}
public static TECElectricalMaterial TestElectricalMaterial(TECCatalogs catalogs, Random rand, string type)
{
TECElectricalMaterial mat = new TECElectricalMaterial();
mat.Description = string.Format("Test {0}", type);
mat.AssignRandomElectricalMaterialProperties(catalogs, rand);
return(mat);
}
public CostBatch RemoveRun(TECElectricalMaterial material, double length)
{
CostBatch deltas = RemoveLength(material, length);
foreach (ICost cost in material.AssociatedCosts)
{
deltas += removeAssocCost(cost);
}
return(deltas);
}
public void DragDropCopyTest()
{
TECBid bid = new TECBid();
TECElectricalMaterial dev = new TECElectricalMaterial();
bid.Catalogs.Add(dev);
var copy = dev.DropData();
Assert.AreEqual(dev, copy);
}
public NetworkConnectionVM(TECNetworkConnection connection, IEnumerable <TECElectricalMaterial> conduitTypes)
{
noneConduit = new TECElectricalMaterial();
noneConduit.Name = "None";
Connection = connection;
Connection.PropertyChanged += handleConnectionChanged;
ConduitTypes = conduitTypes != null ? new List <TECElectricalMaterial>(conduitTypes) : new List <TECElectricalMaterial>();
ConduitTypes.Insert(0, noneConduit);
}
public SubScopeConnectionItem(TECSubScope subScope, TECElectricalMaterial noneConduit, TECSystem parentSystem, TECEquipment parentEquip, bool needsUpdate = false)
{
SubScope = subScope;
SystemName = parentSystem.Name;
EquipmentName = parentEquip.Name;
NeedsUpdate = needsUpdate;
if (subScope.IsTypical)
{
subScope.Connection.PropertyChanged += Connection_PropertyChanged;
}
this.noneConduit = noneConduit;
}
public void CatalogCopyTest()
{
Random rand = new Random(0);
TECCatalogs catalogs = ModelCreation.TestCatalogs(rand);
TECElectricalMaterial mat = ModelCreation.TestElectricalMaterial(catalogs, rand, "conduit");
var copy = mat.CatalogCopy();
Assert.AreNotEqual(mat.Guid, copy.Guid);
Assert.AreEqual(mat.Name, copy.Name);
Assert.AreEqual(mat.Description, copy.Description);
Assert.AreEqual(mat.Cost, copy.Cost);
}
public object Convert(object value, Type targetType, object parameter, System.Globalization.CultureInfo culture)
{
if (value == null)
{
var conduitType = new TECElectricalMaterial();
conduitType.Name = "None";
return(conduitType);
}
else
{
return(value);
}
}
public static void ClassInitialize(TestContext TestContext)
{
rand = new Random(0);
//Arrange
expectedTemplates = ModelCreation.TestTemplates(rand);
ModelCreation.AddSyncronizerItems(expectedTemplates);
expectedSystem = expectedTemplates.Templates.SystemTemplates.First();
expectedEquipment = expectedTemplates.Templates.EquipmentTemplates.First();
expectedSubScope = expectedTemplates.Templates.SubScopeTemplates.First();
expectedDevice = expectedTemplates.Catalogs.Devices.First();
expectedManufacturer = expectedTemplates.Catalogs.Manufacturers.First();
expectedTag = expectedTemplates.Catalogs.Tags[0];
expectedController = (TECProvidedController)expectedTemplates.Templates.ControllerTemplates.First(sys => sys is TECProvidedController);
expectedAssociatedCost = expectedTemplates.Catalogs.AssociatedCosts[0];
expectedConnectionType = expectedTemplates.Catalogs.ConnectionTypes[0];
expectedConduitType = expectedTemplates.Catalogs.ConduitTypes[0];
path = Path.GetTempFileName();
//Act
DatabaseManager <TECTemplates> manager = new DatabaseManager <TECTemplates>(path);
bool success = manager.New(expectedTemplates);
Assert.IsTrue(success, "New method in DatabaseManager returned false.");
actualTemplates = manager.Load();
if (actualTemplates.Templates.SystemTemplates.Count == 0)
{
string failDirectory = Path.GetTempPath() + "Estimating Tools\\";
Directory.CreateDirectory(failDirectory);
string failPath = failDirectory + "SaveNewTemplatesTestFailed.tdb";
if (File.Exists(failPath))
{
File.Delete(failPath);
}
File.Copy(path, failPath);
Assert.Fail(string.Format("No systems loaded into templates. File saved at: {0}", failPath));
}
actualSystem = actualTemplates.Templates.SystemTemplates.First(x => x.Guid == expectedSystem.Guid);
actualEquipment = actualTemplates.Templates.EquipmentTemplates.First(x => x.Guid == expectedEquipment.Guid);
actualSubScope = actualTemplates.Templates.SubScopeTemplates.First(x => x.Guid == expectedSubScope.Guid);
actualDevice = actualTemplates.Catalogs.Devices.First(x => x.Guid == expectedDevice.Guid);
actualManufacturer = actualTemplates.Catalogs.Manufacturers.First(x => x.Guid == expectedManufacturer.Guid);
actualTag = actualTemplates.Catalogs.Tags.First(x => x.Guid == expectedTag.Guid);
actualController = actualTemplates.Templates.ControllerTemplates.First(x => x.Guid == expectedController.Guid) as TECProvidedController;
actualAssociatedCost = actualTemplates.Catalogs.AssociatedCosts.First(x => x.Guid == expectedAssociatedCost.Guid);
actualConnectionType = actualTemplates.Catalogs.ConnectionTypes.First(x => x.Guid == expectedConnectionType.Guid);
actualConduitType = actualTemplates.Catalogs.ConduitTypes.First(x => x.Guid == expectedConduitType.Guid);
}
private void addConduitTypeExecute()
{
TECElectricalMaterial conduitType = new TECElectricalMaterial();
conduitType.Name = ConduitTypeName;
conduitType.Cost = ConduitTypeCost;
conduitType.Labor = ConduitTypeLabor;
this.Templates.Catalogs.Add(conduitType);
this.ConduitTypeName = "";
this.ConduitTypeCost = 0;
this.ConduitTypeLabor = 0;
}
public static void AssignRandomElectricalMaterialProperties(this TECElectricalMaterial mat, TECCatalogs catalogs, Random rand)
{
mat.AssignRandomCostProperties(catalogs, rand);
TECAssociatedCost randTECCost = catalogs.RandomCost(rand, CostType.TEC);
TECAssociatedCost randElecCost = catalogs.RandomCost(rand, CostType.Electrical);
if (randTECCost != null)
{
mat.RatedCosts.Add(randTECCost);
}
if (randElecCost != null)
{
mat.RatedCosts.Add(randElecCost);
}
}
private void testForRatedCosts(TECElectricalMaterial component)
{
bool foundCost = false;
foreach (ICost cost in component.RatedCosts)
{
if (cost.Guid == TEST_RATED_COST_GUID)
{
foundCost = true;
break;
}
}
Assert.IsTrue(foundCost, "Rated Cost not loaded properly into scope.");
}
public CostBatch RemoveLength(TECElectricalMaterial material, double length)
{
if (length < 0)
{
logger.Error("Length needs to be greater than 0 when removing from length summary. " +
"Failed to remove length. Obj: {0}", material.Name);
return(new CostBatch());
}
bool containsItem = lengthDictionary.ContainsKey(material.Guid);
if (containsItem)
{
CostBatch deltas = new CostBatch();
LengthSummaryItem item = lengthDictionary[material.Guid];
CostBatch delta = item.RemoveLength(length);
LengthCostTotal += delta.GetCost(CostType.Electrical);
LengthLaborTotal += delta.GetLabor(CostType.Electrical);
deltas += delta;
if (item.Length <= 0)
{
_lengthSummaryItems.Remove(item);
lengthDictionary.Remove(material.Guid);
}
foreach (ICost cost in material.RatedCosts)
{
deltas += removeRatedCost(cost, length);
}
return(deltas);
}
else
{
logger.Error("Electrical Material not found. Cannot remove length. Material: {0}",
material.Name);
return(new CostBatch());
}
}
public InterlocksVM(IRelatable root, ChangeWatcher watcher,
TECCatalogs catalogs, Func <ITECObject, bool> filterPredicate = null)
{
if (filterPredicate == null)
{
filterPredicate = item => true;
}
this.filterPredicate = filterPredicate;
this.root = root;
new DirectRelationshipChangedFilter(watcher).DirectRelationshipChanged += parentScopeChanged;
noneConduit = new TECElectricalMaterial();
noneConduit.Name = "None";
this.rootInterlockablesGroup = new ScopeGroup("root");
this.AddInterlockCommand = new RelayCommand(addInterlockExecute, canAddInterlock);
this.DeleteInterlockCommand = new RelayCommand <TECInterlockConnection>(deleteInterlockExecute, canDeleteInterlock);
this.ConduitTypes = new List <TECElectricalMaterial>(catalogs.ConduitTypes);
this.ConduitTypes.Add(noneConduit);
this.ConduitType = noneConduit;
repopulateGroups(null, root, addInterlockable);
}
private bool canDeleteConnectionType(TECElectricalMaterial arg)
{
return(arg is TECConnectionType);
}
//Cosntructor
public LengthSummaryItem(TECElectricalMaterial material, double length) : base(Guid.NewGuid())
{
_material = material;
_length = length;
updateTotals();
}
public static TECCatalogs CreateTestCatalogs()
{
TECCatalogs outCatalogs = new TECCatalogs();
//Associated Costs
TECAssociatedCost elecCost = new TECAssociatedCost(CostType.Electrical);
elecCost.Name = "Elec Cost";
elecCost.Cost = 156.61;
elecCost.Labor = 456.64;
elecCost.Type = CostType.Electrical;
outCatalogs.AssociatedCosts.Add(elecCost);
TECAssociatedCost tecCost = new TECAssociatedCost(CostType.TEC);
tecCost.Name = "TEC Cost";
tecCost.Cost = 46.43;
tecCost.Labor = 61.45;
tecCost.Type = CostType.TEC;
outCatalogs.AssociatedCosts.Add(tecCost);
//Tags
var tag1 = new TECTag();
tag1.Label = "Tag 1";
var tag2 = new TECTag();
tag2.Label = "Test Tag";
outCatalogs.Tags.Add(tag1);
outCatalogs.Tags.Add(tag2);
//Conduit Types
var conduitType1 = new TECElectricalMaterial();
conduitType1.Name = "Test Conduit 1";
conduitType1.Cost = 64.49;
conduitType1.Labor = 463.87;
AssignSecondaryProperties(conduitType1, outCatalogs);
conduitType1.RatedCosts.Add(tecCost);
conduitType1.RatedCosts.Add(elecCost);
outCatalogs.ConduitTypes.Add(conduitType1);
var conduitType2 = new TECElectricalMaterial();
conduitType2.Name = "Test Conduit 2";
conduitType2.Cost = 13.45;
conduitType2.Labor = 9873.40;
AssignSecondaryProperties(conduitType2, outCatalogs);
conduitType2.RatedCosts.Add(tecCost);
conduitType2.RatedCosts.Add(elecCost);
outCatalogs.ConduitTypes.Add(conduitType2);
//ConnectionTypes
var connectionType1 = new TECConnectionType();
connectionType1.Name = "FourC18";
connectionType1.Cost = 64.63;
connectionType1.Labor = 98.16;
AssignSecondaryProperties(connectionType1, outCatalogs);
connectionType1.RatedCosts.Add(tecCost);
connectionType1.RatedCosts.Add(elecCost);
var connectionType2 = new TECConnectionType();
connectionType2.Name = "ThreeC18";
connectionType2.Cost = 73.16;
connectionType2.Labor = 35.49;
AssignSecondaryProperties(connectionType1, outCatalogs);
connectionType1.RatedCosts.Add(tecCost);
connectionType1.RatedCosts.Add(elecCost);
outCatalogs.ConnectionTypes.Add(connectionType1);
outCatalogs.ConnectionTypes.Add(connectionType2);
//Manufacturers
var manufacturer1 = new TECManufacturer();
manufacturer1.Label = "Test";
manufacturer1.Multiplier = .51;
outCatalogs.Manufacturers.Add(manufacturer1);
//Devices
ObservableCollection <TECConnectionType> contypes4 = new ObservableCollection <TECConnectionType>();
contypes4.Add(connectionType1);
TECDevice device1 = new TECDevice(Guid.NewGuid(), contypes4, new List <TECProtocol>(), manufacturer1);
device1.Name = "Device 1";
device1.Description = "Description 1";
device1.Price = 64.96;
device1.Tags.Add(tag1);
AssignSecondaryProperties(device1, outCatalogs);
outCatalogs.Devices.Add(device1);
//IO Modules
TECIOModule testIOModule = new TECIOModule(manufacturer1);
testIOModule.Name = "Test IO Module";
testIOModule.Price = 13.46;
testIOModule.Manufacturer = manufacturer1;
outCatalogs.IOModules.Add(testIOModule);
//Controller Types
TECControllerType controllerType = new TECControllerType(manufacturer1);
controllerType.Name = "Test Controller Type";
controllerType.Price = 196.73;
controllerType.Labor = 61.34;
AssignSecondaryProperties(controllerType, outCatalogs);
TECIO io = new TECIO(IOType.AI);
io.Quantity = 100;
controllerType.IO.Add(io);
io = new TECIO(IOType.UI);
io.Quantity = 100;
controllerType.IO.Add(io);
io = new TECIO(IOType.UO);
io.Quantity = 100;
controllerType.IO.Add(io);
outCatalogs.ControllerTypes.Add(controllerType);
//Panel Types
TECPanelType panelType = new TECPanelType(manufacturer1);
panelType.Price = 16.64;
panelType.Labor = 91.46;
panelType.Name = "Test Panel Type";
AssignSecondaryProperties(panelType, outCatalogs);
outCatalogs.PanelTypes.Add(panelType);
TECPanelType otherPanelType = new TECPanelType(manufacturer1);
otherPanelType.Price = 46.61;
otherPanelType.Labor = 64.19;
otherPanelType.Name = "Other Test Panel Type";
AssignSecondaryProperties(otherPanelType, outCatalogs);
outCatalogs.PanelTypes.Add(otherPanelType);
//Valves
TECDevice actuator = new TECDevice(new ObservableCollection <TECConnectionType>()
{
connectionType1
},
new List <TECProtocol>(),
manufacturer1);
actuator.Name = "actuator";
outCatalogs.Devices.Add(actuator);
TECValve valve = new TECValve(manufacturer1, actuator);
outCatalogs.Valves.Add(valve);
//Protocols
TECProtocol protocol = new TECProtocol(new List <TECConnectionType> {
connectionType1
});
protocol.Label = "BACnet IP";
outCatalogs.Protocols.Add(protocol);
controllerType.IO.Add(new TECIO(protocol));
TECDevice netDevice = new TECDevice(Guid.NewGuid(), new List <TECConnectionType>(), new List <TECProtocol> {
protocol
}, manufacturer1);
outCatalogs.Devices.Add(netDevice);
return(outCatalogs);
}
public static TECTemplates CreateTestTemplates()
{
TECTemplates templates = new TECTemplates();
//Labor
//templates.Labor = CreateTestLabor();
templates.Parameters.Add(CreateTestParameters(Guid.NewGuid()));
templates.Catalogs = CreateTestCatalogs();
//Tags
TECTag testTag = new TECTag();
testTag.Label = "Test Tag";
TECTag sysTag = new TECTag();
sysTag.Label = "System Tag";
TECTag equipTag = new TECTag();
equipTag.Label = "Equipment Tag";
TECTag ssTag = new TECTag();
ssTag.Label = "SubScope Tag";
TECTag devTag = new TECTag();
devTag.Label = "Device Tag";
templates.Catalogs.Tags.Add(testTag);
templates.Catalogs.Tags.Add(sysTag);
templates.Catalogs.Tags.Add(equipTag);
templates.Catalogs.Tags.Add(ssTag);
templates.Catalogs.Tags.Add(devTag);
//Manufacturers
TECManufacturer testMan = new TECManufacturer();
testMan.Label = "Test Manufacturer";
testMan.Multiplier = 0.654;
TECManufacturer testDevMan = new TECManufacturer();
testDevMan.Label = "Child Manufacturer (Test Device)";
testDevMan.Multiplier = 0.446;
TECManufacturer childDevMan = new TECManufacturer();
childDevMan.Label = "Child Manufacturer (Child Device)";
childDevMan.Multiplier = 0.916;
templates.Catalogs.Manufacturers.Add(testMan);
templates.Catalogs.Manufacturers.Add(testDevMan);
templates.Catalogs.Manufacturers.Add(childDevMan);
//Connection Types
TECConnectionType testDevConnType = new TECConnectionType();
testDevConnType.Name = "FourC18";
TECConnectionType childDevConnType = new TECConnectionType();
childDevConnType.Name = "ThreeC18";
templates.Catalogs.ConnectionTypes.Add(testDevConnType);
templates.Catalogs.ConnectionTypes.Add(childDevConnType);
//Conduit Types
TECElectricalMaterial testConduitType = new TECElectricalMaterial();
testConduitType.Name = "EMT";
testConduitType.Cost = 12;
testConduitType.Labor = 2;
templates.Catalogs.ConduitTypes.Add(testConduitType);
TECElectricalMaterial otherConduitType = new TECElectricalMaterial();
otherConduitType.Name = "RGS";
otherConduitType.Cost = 18;
otherConduitType.Labor = 4;
templates.Catalogs.ConduitTypes.Add(otherConduitType);
//Associated Costs
TECAssociatedCost testAssociatedCost = new TECAssociatedCost(CostType.Electrical);
testAssociatedCost.Name = "Flex";
testAssociatedCost.Cost = 42;
templates.Catalogs.AssociatedCosts.Add(testAssociatedCost);
var testCost2 = new TECAssociatedCost(CostType.TEC);
testCost2.Name = "Other Cost";
templates.Catalogs.AssociatedCosts.Add(testCost2);
//IO Modules
TECIOModule testIOModule = new TECIOModule(testMan);
testIOModule.Name = "Test IO Module";
testIOModule.Price = 42;
testIOModule.Manufacturer = testMan;
templates.Catalogs.IOModules.Add(testIOModule);
//Devices
ObservableCollection <TECConnectionType> contypes2 = new ObservableCollection <TECConnectionType>();
contypes2.Add(testDevConnType);
TECDevice testDev = new TECDevice(Guid.NewGuid(), contypes2, new List <TECProtocol>(), testDevMan);
testDev.Name = "Test Device";
testDev.Description = "Device Description";
testDev.Price = 20.3;
ObservableCollection <TECConnectionType> contypes3 = new ObservableCollection <TECConnectionType>();
contypes3.Add(childDevConnType);
TECDevice childDev = new TECDevice(Guid.NewGuid(), contypes3, new List <TECProtocol>(), childDevMan);
childDev.Name = "Child Device";
childDev.Description = "Child Device Description";
childDev.Price = 54.1;
testDev.Tags.Add(devTag);
childDev.Tags.Add(devTag);
templates.Catalogs.Devices.Add(testDev);
templates.Catalogs.Devices.Add(childDev);
//System
TECSystem system = new TECSystem(false);
system.Name = "Test System";
system.Description = "System Description";
TECEquipment sysEquip = new TECEquipment(false);
sysEquip.Name = "System Equipment";
sysEquip.Description = "Child Equipment";
TECSubScope sysSS = new TECSubScope(false);
sysSS.Name = "System SubScope";
sysSS.Description = "Child SubScope";
sysSS.AssociatedCosts.Add(testAssociatedCost);
TECPoint sysPoint = new TECPoint(false);
sysPoint.Type = IOType.AI;
sysPoint.Label = "System Point";
sysSS.Points.Add(sysPoint);
sysSS.Devices.Add(childDev);
sysSS.Tags.Add(ssTag);
sysEquip.SubScope.Add(sysSS);
sysEquip.Tags.Add(equipTag);
system.Equipment.Add(sysEquip);
system.Tags.Add(sysTag);
templates.SystemTemplates.Add(system);
//Equipment
TECEquipment equipment = new TECEquipment(false);
equipment.Name = "Test Equipment";
equipment.Description = "Equipment Description";
TECSubScope equipSS = new TECSubScope(false);
equipSS.Name = "Equipment SubScope";
equipSS.Description = "Child SubScope";
TECPoint equipPoint = new TECPoint(false);
equipPoint.Type = IOType.AI;
equipPoint.Label = "Equipment Point";
equipSS.Points.Add(equipPoint);
equipSS.Devices.Add(childDev);
equipSS.Tags.Add(ssTag);
equipment.SubScope.Add(equipSS);
equipment.Tags.Add(equipTag);
templates.EquipmentTemplates.Add(equipment);
//SubScope
TECSubScope subScope = new TECSubScope(false);
subScope.Name = "Test SubScope";
subScope.Description = "SubScope Description";
TECPoint ssPoint = new TECPoint(false);
ssPoint.Type = IOType.DO;
ssPoint.Label = "SubScope Point";
subScope.Points.Add(ssPoint);
subScope.Devices.Add(childDev);
subScope.Tags.Add(ssTag);
subScope.AssociatedCosts.Add(testAssociatedCost);
templates.SubScopeTemplates.Add(subScope);
//Controller
var expectedControllerType = new TECControllerType(testMan);
expectedControllerType.Price = 42.6;
TECIO ioToAdd = new TECIO(IOType.AI);
ioToAdd.Quantity = 5;
TECIO otherIO = new TECIO(IOType.UI);
otherIO.Quantity = 3;
expectedControllerType.IO.Add(ioToAdd);
expectedControllerType.IO.Add(otherIO);
templates.Catalogs.ControllerTypes.Add(expectedControllerType);
TECController expectedController = new TECProvidedController(expectedControllerType, false);
expectedController.Name = "Test Controller";
expectedController.Description = "Test description";
TECController controlledController = new TECProvidedController(expectedControllerType, false);
controlledController.Name = "Controlled Controller";
templates.ControllerTemplates.Add(expectedController);
//Misc Cost
TECMisc cost = new TECMisc(CostType.TEC, false);
cost.Name = "Test Cost";
cost.Cost = 79.79;
cost.Quantity = 67;
templates.MiscCostTemplates.Add(cost);
//Misc wiring
TECMisc wiring = new TECMisc(CostType.Electrical, false);
wiring.Name = "Test Wiring";
wiring.Cost = 69.69;
wiring.Quantity = 69;
templates.MiscCostTemplates.Add(wiring);
//Panel Types
TECPanelType panelType = new TECPanelType(testMan);
panelType.Price = 123.4;
panelType.Name = "Test Panel Type";
templates.Catalogs.PanelTypes.Add(panelType);
//Panels
TECPanel panel = new TECPanel(panelType, false);
panel.Name = "Test Panel";
panel.AssociatedCosts.Add(testAssociatedCost);
panel.AssociatedCosts.Add(testAssociatedCost);
TECPanel controlledPanel = new TECPanel(panelType, false);
controlledPanel.Name = "Controlled Panel";
templates.PanelTemplates.Add(panel);
//Synchronizer
TemplateSynchronizer <TECEquipment> equipSynchronizer = templates.EquipmentSynchronizer;
TemplateSynchronizer <TECSubScope> ssSynchronizer = templates.SubScopeSynchronizer;
TECSystem syncSys = new TECSystem(false);
syncSys.Name = "Sync System";
templates.SystemTemplates.Add(syncSys);
TECEquipment syncEquip = new TECEquipment(false);
syncEquip.Name = "Sync Equip";
templates.EquipmentTemplates.Add(syncEquip);
syncSys.Equipment.Add(equipSynchronizer.NewItem(syncEquip));
TECSubScope syncSubScope = new TECSubScope(false);
syncSubScope.Name = "Sync SS";
templates.SubScopeTemplates.Add(syncSubScope);
syncEquip.SubScope.Add(ssSynchronizer.NewItem(syncSubScope));
return(templates);
}
private void deleteConnectiontypeExecute(TECElectricalMaterial obj)
{
ToAdd.ConnectionTypes.Remove(obj as TECConnectionType);
}
