public void convertUnitTestNullUnitIds()
{
double convertedValue = Double.NaN;
CswNbtUnitConversion ConversionObj = new CswNbtUnitConversion(TestData.CswNbtResources, null, null);
convertedValue = ConversionObj.convertUnit(1);
Assert.AreEqual(convertedValue, 1);
}
public void convertUnitTestNullUnitOfMeasure()
{
Double ValueToConvert = 4;
CswNbtNode LiterNode = TestData.Nodes.createUnitOfMeasureNode("Volume", "Liters", 1.0, 0, CswEnumTristate.True);
CswNbtUnitConversion ConversionObj = new CswNbtUnitConversion(TestData.CswNbtResources, null, LiterNode.NodeId);
double Actual = ConversionObj.convertUnit(ValueToConvert);
Assert.AreEqual(ValueToConvert, Actual);
}
} // DispenseIn()
#endregion Public Methods
#region Private Methods
private double _getDispenseAmountInProperUnits(double Amount, CswPrimaryKey OldUnitId, CswPrimaryKey NewUnitId)
{
double convertedValue = Amount;
if (OldUnitId != NewUnitId)
{
CswNbtUnitConversion ConversionObj = new CswNbtUnitConversion(_CswNbtResources, OldUnitId, NewUnitId, _Container.Material.RelatedNodeId);
convertedValue = ConversionObj.convertUnit(Amount);
}
return(convertedValue);
}
public void convertUnitTestNullQuantity()
{
Double ValueToConvert = Double.NaN;
CswNbtNode LiterNode = TestData.Nodes.createUnitOfMeasureNode("Volume", "Liters", 1.0, 0, CswEnumTristate.True);
CswNbtNode MilliliterNode = TestData.Nodes.createUnitOfMeasureNode("Volume", "mL", 1.0, -3, CswEnumTristate.True);
Double Expected = 0;
CswNbtUnitConversion ConversionObj = new CswNbtUnitConversion(TestData.CswNbtResources, LiterNode.NodeId, MilliliterNode.NodeId);
Double Actual = ConversionObj.convertUnit(ValueToConvert);
Assert.AreEqual(Expected, Actual);
}
public void convertUnitTestWikiExample()
{
Double ValueToConvert = 3;
CswNbtNode OuncesNode = TestData.Nodes.createUnitOfMeasureNode("Weight", "ounces", 2.83495231, -2, CswEnumTristate.True);
CswNbtNode MilligramNode = TestData.Nodes.createUnitOfMeasureNode("Weight", "mg", 1.0, -6, CswEnumTristate.True);
Double Expected = 85048.56;
//Rounding to sixth significant digit since the numbers are stored in the DB as number (15,6)
CswNbtUnitConversion ConversionObj = new CswNbtUnitConversion(TestData.CswNbtResources, OuncesNode.NodeId, MilligramNode.NodeId);
Double Actual = Math.Round(ConversionObj.convertUnit(ValueToConvert), 6);
Assert.AreEqual(Expected, Actual, "Conversion applied incorrectly.");
}
public void convertUnitTestSameUnitType()
{
Double ValueToConvert = 4;
CswNbtNode LiterNode = TestData.Nodes.createUnitOfMeasureNode("Volume", "Liters", 1.0, 0, CswEnumTristate.True);
CswNbtNode MilliliterNode = TestData.Nodes.createUnitOfMeasureNode("Volume", "mL", 1.0, -3, CswEnumTristate.True);
Double Expected = 4000;
CswNbtUnitConversion ConversionObj = new CswNbtUnitConversion(TestData.CswNbtResources, LiterNode.NodeId, MilliliterNode.NodeId);
Double Actual = ConversionObj.convertUnit(ValueToConvert);
Assert.AreEqual(Expected, Actual, "Conversion applied incorrectly.");
}
private bool _addToCurrentQuantity(CswNbtObjClassInventoryLevel InventoryLevel, double Quantity, CswPrimaryKey UnitId, string Reason)
{
bool Ret = false;
if (null != InventoryLevel)
{
CswNbtUnitConversion Conversion = new CswNbtUnitConversion(_CswNbtResources, UnitId, InventoryLevel.Level.UnitId, InventoryLevel.Material.RelatedNodeId);
InventoryLevel.CurrentQuantity.Quantity += Conversion.convertUnit(Quantity);
InventoryLevel.CurrentQuantityLog.AddComment(Reason);
InventoryLevel.postChanges(true);
Ret = true;
}
return(Ret);
}
public void convertUnitTestVolumeToWeight()
{
Double ValueToConvert = 1;
CswNbtNode LiterNode = TestData.Nodes.createUnitOfMeasureNode("Volume", "Liters", 1.0, 0, CswEnumTristate.True);
CswNbtNode PoundsNode = TestData.Nodes.createUnitOfMeasureNode("Weight", "lb", 4.53592, -1, CswEnumTristate.True);
CswNbtNode ChemicalNode = TestData.Nodes.createMaterialNode("Chemical", "Liquid", 1);
Double Expected = 2.205;
CswNbtUnitConversion ConversionObj = new CswNbtUnitConversion(TestData.CswNbtResources, LiterNode.NodeId, PoundsNode.NodeId, ChemicalNode.NodeId);
Double Actual = ConversionObj.convertUnit(ValueToConvert);
Assert.AreEqual(Expected, Math.Round(Actual, 3), "Conversion applied incorrectly.");
}
public void convertUnitTestWeightToVolumeUnitTypes()
{
Double ValueToConvert = 4;
CswNbtNode GramNode = TestData.Nodes.createUnitOfMeasureNode("Weight", "g", 1.0, -3, CswEnumTristate.True);
CswNbtNode LiterNode = TestData.Nodes.createUnitOfMeasureNode("Volume", "Liters", 1.0, 0, CswEnumTristate.True);
CswNbtNode ChemicalNode = TestData.Nodes.createMaterialNode("Chemical", "Liquid", .1);
Double Expected = 0.04;
CswNbtUnitConversion ConversionObj = new CswNbtUnitConversion(TestData.CswNbtResources, GramNode.NodeId, LiterNode.NodeId, ChemicalNode.NodeId);
Double Actual = ConversionObj.convertUnit(ValueToConvert);
Assert.AreEqual(Expected, Actual, "Conversion applied incorrectly.");
}
//updates total dispensed for all dispense request fulfillment actions
private void _onCreateFromRequestItem()
{
if( CswTools.IsPrimaryKey( RequestItem.RelatedNodeId ) )
{
CswNbtObjClassRequestItem RequestItemNode = _CswNbtResources.Nodes[RequestItem.RelatedNodeId];
if( null != RequestItemNode )
{
if( Type.Value == CswEnumNbtContainerDispenseType.Dispense.ToString() )
{
CswNbtUnitConversion Conversion = new CswNbtUnitConversion( _CswNbtResources, QuantityDispensed.UnitId, RequestItemNode.TotalDispensed.UnitId, RequestItemNode.Material.RelatedNodeId );
double DispensedQuantity = Conversion.convertUnit( QuantityDispensed.Quantity );
RequestItemNode.TotalDispensed.Quantity -= DispensedQuantity; // Subtracting a negative number in order to add
RequestItemNode.FulfillmentHistory.AddComment( "Dispensed " + QuantityDispensed.Gestalt + " into " + CswNbtNode.getNodeLink( DestinationContainer.RelatedNodeId, DestinationContainer.Gestalt ) );
RequestItemNode.Status.Value = CswNbtObjClassRequestItem.Statuses.Dispensed;
}
RequestItemNode.postChanges( false );
}
}
}
public void convertUnitTestLbToKgToLb()
{
Double ValueToConvert = 1;
CswNbtNode LbNode = TestData.Nodes.createUnitOfMeasureNode("Weight", "lb", 4.53592, -1, CswEnumTristate.True);//4.5359237
CswNbtNode KgNode = TestData.Nodes.createUnitOfMeasureNode("Weight", "kg", 1.0, 0, CswEnumTristate.True);
Double Expected = 1;
CswNbtUnitConversion ConversionObj = new CswNbtUnitConversion(TestData.CswNbtResources, LbNode.NodeId, KgNode.NodeId);
Double ValueInKg = ConversionObj.convertUnit(ValueToConvert);
Assert.AreEqual(.453592, ValueInKg);
CswNbtUnitConversion ConversionObj2 = new CswNbtUnitConversion(TestData.CswNbtResources, KgNode.NodeId, LbNode.NodeId);
Double Actual = ConversionObj2.convertUnit(ValueInKg);
Assert.AreEqual(Expected, Actual);
//For this case, we want everything to just round to the nearest 3 decimal places in the Tier II report, like so:
Assert.AreEqual(1, Math.Round(.999999, 3));
Assert.AreEqual(.499, Math.Round(.499, 3));
Assert.AreEqual(.345, Math.Round(.34549, 3));
Assert.AreEqual(.346, Math.Round(.34550, 3));
}
/// <summary>
/// Takes the current Quantity value, converts it to the proper kg and Liters values, and stores it in Val_kg and Val_Liters
/// </summary>
public void SyncConvertedVals(CswPrimaryKey MaterialId = null)
{
if (null != UnitId)
{
CswNbtObjClassUnitOfMeasure CurrentUnit = _CswNbtResources.Nodes[UnitId];
if (CurrentUnit.UnitType.Value == CswEnumNbtUnitTypes.Weight.ToString() ||
CurrentUnit.UnitType.Value == CswEnumNbtUnitTypes.Volume.ToString())
{
CswNbtUnitViewBuilder UnitBuilder = new CswNbtUnitViewBuilder(_CswNbtResources);
CswNbtObjClassUnitOfMeasure kgUnit = UnitBuilder.getUnit("kg", "Unit_Weight");
CswNbtObjClassUnitOfMeasure LitersUnit = UnitBuilder.getUnit("Liters", "Unit_Volume");
if (null != kgUnit && (CurrentUnit.UnitType.Value == kgUnit.UnitType.Value || MaterialId != null))
{
CswNbtUnitConversion Conversion = new CswNbtUnitConversion(_CswNbtResources, UnitId, kgUnit.NodeId, MaterialId);
Val_kg = Conversion.convertUnit(Quantity);
}
if (null != LitersUnit && (CurrentUnit.UnitType.Value == LitersUnit.UnitType.Value || MaterialId != null))
{
CswNbtUnitConversion Conversion = new CswNbtUnitConversion(_CswNbtResources, UnitId, LitersUnit.NodeId, MaterialId);
Val_Liters = Conversion.convertUnit(Quantity);
}
}
}
}
public TierIIData getTierIIData_old(TierIIData.TierIIDataRequest Request)
{
BaseUnit = _setBaseUnit("kg", "Unit_Weight");
CswNbtObjClassUnitOfMeasure PoundsUnit = _setBaseUnit("lb", "Unit_Weight");
CswNbtUnitConversion Conversion = (BaseUnit != null && PoundsUnit != null) ?
new CswNbtUnitConversion(_CswNbtResources, BaseUnit.NodeId, PoundsUnit.NodeId) :
new CswNbtUnitConversion();
LocationIds = _setLocationIds(Request.LocationId);
DataTable MaterialsTable = _getTierIIMaterials(Request);
foreach (DataRow MaterialRow in MaterialsTable.Rows)
{
CswPrimaryKey BaseUnitId = CswConvert.ToPrimaryKey("nodes_" + MaterialRow["unitid"]);
if (null != BaseUnit && BaseUnit.NodeId != BaseUnitId)
{
//Theoretically, this should never happen
//(unless we decide, one day, to change the unit in which we're storing TierII quantity data)
BaseUnit = _CswNbtResources.Nodes.GetNode(BaseUnitId);
Conversion.setOldUnitProps(BaseUnit);
}
Double MaxQty = Math.Round(Conversion.convertUnit(CswConvert.ToDouble(MaterialRow["maxqty"])), 3);
Double AverageQty = Math.Round(Conversion.convertUnit(CswConvert.ToDouble(MaterialRow["avgqty"])), 3);
TierIIData.TierIIMaterial Material = new TierIIData.TierIIMaterial
{
MaterialId = MaterialRow["materialid"].ToString(),
TradeName = MaterialRow["tradename"].ToString(),
CASNo = MaterialRow["casno"].ToString(),
MaterialType = MaterialRow["materialtype"].ToString(),
PhysicalState = MaterialRow["physicalstate"].ToString(),
EHS = MaterialRow["specialflags"].ToString().Contains("EHS"),
TradeSecret = MaterialRow["specialflags"].ToString().Contains("Trade Secret"),
MaxQty = MaxQty,
MaxQtyRangeCode = _getRangeCode(MaxQty),
AverageQty = AverageQty,
AverageQtyRangeCode = _getRangeCode(AverageQty),
DaysOnSite = CswConvert.ToInt32(MaterialRow["daysonsite"]),
Unit = PoundsUnit != null ? PoundsUnit.Name.Text : "lb"
};
CswCommaDelimitedString Hazards = new CswCommaDelimitedString();
Hazards.FromString(MaterialRow["hazardcategories"].ToString());
foreach (String Hazard in Hazards)
{
Material.HazardCategories.Add(Hazard);
}
DataTable ContainerStorageCodesTable = _getContainerStorageProps(Material.MaterialId, Request);
foreach (DataRow ContainerPropsRow in ContainerStorageCodesTable.Rows)
{
TierIIData.StorageCodes StorageCodes = new TierIIData.StorageCodes
{
Pressure = ContainerPropsRow["pressure"].ToString(),
Temperature = ContainerPropsRow["temperature"].ToString(),
UseType = ContainerPropsRow["usetype"].ToString()
};
Material.Storage.Add(StorageCodes);
}
DataTable ContainerLocationsTable = _getContainerLocations(Material.MaterialId, Request);
foreach (DataRow ContainerLocsRow in ContainerLocationsTable.Rows)
{
TierIIData.StorageLocations Location = new TierIIData.StorageLocations
{
LocationId = ContainerLocsRow["locationid"].ToString(),
Location = ContainerLocsRow["fulllocation"].ToString()
};
Material.Locations.Add(Location);
}
Data.Materials.Add(Material);
}
return(Data);
}
private void _addQuantityDataToHMISMaterial(HMISData.HMISMaterial Material, String UseType, Double Quantity_Kgs, Double Quantity_Lts, string PhysState, CswPrimaryKey MaterialId)
{
CswNbtUnitConversion Conversion1 = new CswNbtUnitConversion(_CswNbtResources, _getUnitIdByName("kg"), _getBaseUnitId(PhysState), MaterialId);
Double ConvertedQty1 = Conversion1.convertUnit(Quantity_Kgs);
CswNbtUnitConversion Conversion2 = new CswNbtUnitConversion(_CswNbtResources, _getUnitIdByName("Liters"), _getBaseUnitId(PhysState), MaterialId);
Double ConvertedQty2 = Conversion2.convertUnit(Quantity_Lts);
Double ConvertedQty = ConvertedQty1 + ConvertedQty2;
switch (UseType)
{
case CswEnumNbtContainerUseTypes.Storage:
switch (PhysState.ToLower())
{
case CswNbtPropertySetMaterial.CswEnumPhysicalState.Solid:
Material.Storage.Solid.Qty += ConvertedQty;
break;
case CswNbtPropertySetMaterial.CswEnumPhysicalState.Liquid:
Material.Storage.Liquid.Qty += ConvertedQty;
break;
case CswNbtPropertySetMaterial.CswEnumPhysicalState.Gas:
Material.Storage.Gas.Qty += ConvertedQty;
break;
}
break;
case CswEnumNbtContainerUseTypes.Closed:
switch (PhysState.ToLower())
{
case CswNbtPropertySetMaterial.CswEnumPhysicalState.Solid:
Material.Storage.Solid.Qty += ConvertedQty;
Material.Closed.Solid.Qty += ConvertedQty;
break;
case CswNbtPropertySetMaterial.CswEnumPhysicalState.Liquid:
Material.Storage.Liquid.Qty += ConvertedQty;
Material.Closed.Liquid.Qty += ConvertedQty;
break;
case CswNbtPropertySetMaterial.CswEnumPhysicalState.Gas:
Material.Storage.Gas.Qty += ConvertedQty;
Material.Closed.Gas.Qty += ConvertedQty;
break;
}
break;
case CswEnumNbtContainerUseTypes.Open:
switch (PhysState.ToLower())
{
case CswNbtPropertySetMaterial.CswEnumPhysicalState.Solid:
Material.Open.Solid.Qty += ConvertedQty;
break;
case CswNbtPropertySetMaterial.CswEnumPhysicalState.Liquid:
Material.Open.Liquid.Qty += ConvertedQty;
break;
}
break;
}
} // _addQuantityDataToHMISMaterial()