public void Parse_Kxr()
{
KxrComponent component = new KxrComponent(Encoding.UTF8.GetString(ComponentFiles.eagle));
#region First Truss Details
component.ComponentFunctions.Count.Should().Be(0);
component.Members.Count.Should().Be(9);
component.Name.Should().Be("eagle");
component.AppVersion.Should().Be("Truss v5.03 [Build 0030]");
component.XmlVersion.Should().Be("10");
component.ComponentType.Should().Be(ComponentType.Roof);
component.TrussFamily.Should().Be("1");
component.Span.Should().Be("288.000000");
component.Pitch.Should().Be("4 /12");
component.Quantity.Should().Be("1");
component.PricingQuantity.Should().Be("0");
component.LtOverhang.Should().Be("0.000000");
component.RtOverhang.Should().Be("0.000000");
component.LtHeelHeight.Should().Be("3.939324");
component.RtHeelHeight.Should().Be("3.939324");
component.OverallHeight.Should().Be("51.939324");
component.Plies.Should().Be("1");
component.WeightPerPly.Should().Be("83");
component.Spacing.Should().Be("24");
#endregion
#region BearingCombos
component.Part1BearingCombos.Count.Should().Be(1);
#endregion
#region TrussType
component.TrussTypes.Gable.Should().Be("N");
component.TrussTypes.Girder.Should().Be("N");
component.TrussTypes.Hip.Should().Be("N");
component.TrussTypes.Jack.Should().Be("N");
component.TrussTypes.Rafter.Should().Be("N");
component.TrussTypes.Attic.Should().Be("N");
component.TrussTypes.Ag.Should().Be("N");
component.TrussTypes.Reversed.Should().Be("N");
component.TrussTypes.StructGable.Should().Be("N");
#endregion
#region LoadingInfo
component.StandardLoading.TCLive.Should().Be("20.000");
component.StandardLoading.TCDead.Should().Be("10.000");
component.StandardLoading.BCLive.Should().Be("0.000");
component.StandardLoading.BCDead.Should().Be("10.000");
component.BuildingStandardLoading.TCLive.Should().Be("20.000");
component.BuildingStandardLoading.TCDead.Should().Be("10.000");
component.BuildingStandardLoading.BCLive.Should().Be("0.000");
component.BuildingStandardLoading.BCDead.Should().Be("10.000");
component.AutomatedLiveLoadsRoofLiveLoadProvision.Should().Be("IBC 2009");
component.WindLoad.UseWind.Should().Be("Y");
component.WindLoad.WindLoadProvision.Should().Be("ASCE7 - 05");
component.WindLoad.WindSpeed.Should().Be("90");
component.WindLoad.ExposureCategory.Should().Be("C");
component.WindLoad.BuildingCategory.Should().Be("II");
component.WindLoad.HurricaneRegion.Should().Be("N");
component.SnowLoad.UseSnow.Should().Be("Y");
component.SnowLoad.SnowLoadProvision.Should().Be("ASCE7 - 05");
component.SnowLoad.GroundSnowLoad.Should().Be("30");
component.SnowLoad.ExposureCategory.Should().Be("Partial");
component.SnowLoad.TerrainCategory.Should().Be("Unheated");
component.GirderLoading.Should().Be("NoOne");
component.LoadCases.Count.Should().Be(16);
#endregion
#region GeneralEngInfo
component.BuildingCode.Should().Be("IBC 2009");
component.WetService.Should().Be("N");
component.GreenLumber.Should().Be("N");
component.TCBracing.Should().Be("Sheathed");
component.BCBracing.Should().Be("Sheathed");
component.WebBracingAutomatic.Should().Be("Y");
component.WebBracingAutomaticContinuousLateral.Should().Be("Y");
component.WebBracingAutomaticTeeBracing.Should().Be("N");
component.RoofDeflectionCriteria.LiveLoad.Should().Be("360");
component.RoofDeflectionCriteria.TotalLoad.Should().Be("240");
component.RoofDeflectionCriteria.Cantilever.Should().Be("480");
component.RoofDeflectionCriteria.Overhang.Should().Be("120");
component.FloorDeflectionCriteria.LiveLoad.Should().Be("480");
component.FloorDeflectionCriteria.TotalLoad.Should().Be("360");
component.FloorDeflectionCriteria.Cantilever.Should().Be("720");
component.FloorDeflectionCriteria.Overhang.Should().Be("240");
#endregion
#region DesignInfo
component.CSI.Should().Be("PASSED");
component.Deflection.Should().Be("PASSED");
component.Buckling.Should().Be("TODO");
component.Deflection.Should().Be("PASSED");
component.TotalBoardFootage.Should().Be("48.000000");
component.Part2BearingCombos.Count.Should().Be(1);
component.OverallDeflectionMaxVertical.Should().Be("-0.129231");
component.OverallDeflectionMaxHorizontal.Should().Be("0.075657");
component.TopChordDesignCriticalCSI.Should().Be("0.520");
component.TopChordDesignCriticalCSIMaterial.Should().Be("TODO");
component.TopChordDesignMaxTCDeflection.LiveLoad.Should().Be("-0.052281");
component.TopChordDesignMaxTCDeflection.TotalLoad.Should().Be("-0.129231");
component.TopChordDesignMaxTCDeflection.Cantilever.Should().Be("0.000000");
component.TopChordDesignMaxTCDeflection.Overhang.Should().Be("0.000000");
component.TopChordDesignBoardFootage.Should().Be("18.666667");
component.BottomChordDesignCriticalCSI.Should().Be("0.655");
component.BottomChordDesignCriticalCSIMaterial.Should().Be("TODO");
component.BottomChordDesignMaxBCDeflection.LiveLoad.Should().Be("-0.103727");
component.BottomChordDesignMaxBCDeflection.TotalLoad.Should().Be("-0.249638");
component.BottomChordDesignMaxBCDeflection.Cantilever.Should().Be("0.000000");
component.BottomChordDesignMaxBCDeflection.Overhang.Should().Be("0.000000");
component.BottomChordDesignBoardFootage.Should().Be("16.000000");
component.WebDesignCriticalCSI.Should().Be("0.442");
component.WebDesignCriticalCSIMaterial.Should().Be("TODO");
component.WebDesignNumbBracedWebs.Should().Be("4");
component.WebDesignBoardFootage.Should().Be("13.333333");
component.PlatingDesignManufacturer.Should().Be("Eagle Metal");
component.PlatingDesignTotalSquareInches.Should().Be("288.000000");
component.PlatingDesignTotal_HS20ga.Should().Be("0.000000");
component.PlatingDesignTotal_HS18ga.Should().Be("0.000000");
component.PlatingDesignTotal_20ga.Should().Be("288.000000");
component.PlatingDesignTotal_18ga.Should().Be("0.000000");
component.PlatingDesignTotal_16ga.Should().Be("0.000000");
#endregion
#region TwoDistancealInfo
component.ZWidth.Should().Be("1.500000");
component.Plates.Count.Should().Be(9);
component.Pieces.Count.Should().Be(9);
component.Part3BearingCombos.Count.Should().Be(1);
#endregion
#region JigSettings
component.JigPoints.Count.Should().Be(11);
#endregion
#region LaborFactors
component.LaborFactorsCantilever.Should().Be("0");
component.LaborFactorsEndDetailLeft.Should().Be("0");
component.LaborFactorsEndDetailRight.Should().Be("0");
component.LaborFactorsBeamPocket.Should().Be("N");
#endregion
}
public void WriteToFile_Kxr()
{
KxrComponent component = new KxrComponent(Encoding.UTF8.GetString(ComponentFiles.eagle));
component.Name = "changedName";
XmlDocument output = new XmlDocument();
output = component.GetXML();
using (XmlWriter writer = XmlWriter.Create("modified.kxr"))
{
writer.WriteRaw(output.OuterXml);
}
}
public void Write_Kxr()
{
KxrComponent component = new KxrComponent(Encoding.UTF8.GetString(ComponentFiles.eagle));
#region First Truss Details
component.Name = "testkxr";
//ToDo: List component.ComponentFunctions.Count.Should().Be(0);
//ToDo: List component.Members.Count.Should().Be(9);
component.AppVersion = "TEST";
component.XmlVersion = "TEST";
component.ComponentType = ComponentType.Floor;
component.TrussFamily = "TEST";
component.Span = "TEST";
component.Pitch = "TEST";
component.Quantity = "TEST";
component.PricingQuantity = "TEST";
component.LtOverhang = "TEST";
component.RtOverhang = "TEST";
component.LtHeelHeight = "TEST";
component.RtHeelHeight = "TEST";
component.OverallHeight = "TEST";
component.Plies = "TEST";
component.WeightPerPly = "TEST";
component.Spacing = "TEST";
component.Name.Should().Be("testkxr");
component.AppVersion.Should().Be("TEST");
component.XmlVersion.Should().Be("TEST");
component.ComponentType.Should().Be(ComponentType.Floor);
component.TrussFamily.Should().Be("TEST");
component.Span.Should().Be("TEST");
component.Pitch.Should().Be("TEST");
component.Quantity.Should().Be("TEST");
component.PricingQuantity.Should().Be("TEST");
component.LtOverhang.Should().Be("TEST");
component.RtOverhang.Should().Be("TEST");
component.LtHeelHeight.Should().Be("TEST");
component.RtHeelHeight.Should().Be("TEST");
component.OverallHeight.Should().Be("TEST");
component.Plies.Should().Be("TEST");
component.WeightPerPly.Should().Be("TEST");
component.Spacing.Should().Be("TEST");
#endregion
#region BearingCombos
/* ToDo: List
var testBearingCombo = new KxrComponent.KxrBearingCombo();
testBearingCombo.Bearings = new List<KxrComponent.KxrBearing>();
var testBearing = new KxrComponent.KxrBearing();
testBearing.Width = "TEST";
testBearing.Continuous = "TEST";
testBearing.Fixity = "TEST";
testBearing.Type = "TEST";
testBearing.LocationX = "TEST";
testBearing.LocationY = "TEST";
testBearing.Member = "TEST";
testBearingCombo.Bearings.Add(testBearing);
component.Part1BearingCombos = new List<KxrComponent.KxrBearingCombo> { testBearingCombo };
component.Part1BearingCombos[0].Bearings[0].Width.Should().Be("TEST");
component.Part1BearingCombos[0].Bearings[0].Continuous.Should().Be("TEST");
component.Part1BearingCombos[0].Bearings[0].Fixity.Should().Be("TEST");
component.Part1BearingCombos[0].Bearings[0].Type.Should().Be("TEST");
component.Part1BearingCombos[0].Bearings[0].LocationX.Should().Be("TEST");
component.Part1BearingCombos[0].Bearings[0].LocationY.Should().Be("TEST");
component.Part1BearingCombos[0].Bearings[0].Member.Should().Be("TEST");
*/
#endregion
#region TrussType
var testTrussType = new KxrComponent.KxrTrussType();
testTrussType.Gable = "TEST";
testTrussType.Girder = "TEST";
testTrussType.Hip = "TEST";
testTrussType.Jack = "TEST";
testTrussType.Rafter = "TEST";
testTrussType.Attic = "TEST";
testTrussType.Ag = "TEST";
testTrussType.Reversed = "TEST";
testTrussType.StructGable = "TEST";
component.TrussTypes = testTrussType;
#endregion
#region LoadingInfo
var testStandardLoading = new KxrComponent.KxrStandardLoading();
testStandardLoading.TCLive = "TEST";
testStandardLoading.TCDead = "TEST";
testStandardLoading.BCLive = "TEST";
testStandardLoading.BCDead = "TEST";
component.StandardLoading = testStandardLoading;
var testBuildingStandardLoading = new KxrComponent.KxrStandardLoading();
testBuildingStandardLoading.TCLive = "TEST";
testBuildingStandardLoading.TCDead = "TEST";
testBuildingStandardLoading.BCLive = "TEST";
testBuildingStandardLoading.BCDead = "TEST";
component.BuildingStandardLoading = testBuildingStandardLoading;
component.AutomatedLiveLoadsRoofLiveLoadProvision = "TEST";
var testWindLoad = new KxrComponent.KxrWindLoad();
testWindLoad.UseWind = "TEST";
testWindLoad.WindLoadProvision = "TEST";
testWindLoad.WindSpeed = "TEST";
testWindLoad.ExposureCategory = "TEST";
testWindLoad.BuildingCategory = "TEST";
testWindLoad.HurricaneRegion = "TEST";
component.WindLoad = testWindLoad;
var testSnowLoad = new KxrComponent.KxrSnowLoad();
testSnowLoad.UseSnow = "TEST";
testSnowLoad.SnowLoadProvision = "TEST";
testSnowLoad.GroundSnowLoad = "TEST";
testSnowLoad.ExposureCategory = "TEST";
testSnowLoad.TerrainCategory = "TEST";
component.SnowLoad = testSnowLoad;
component.GirderLoading = "TEST";
//ToDo: List component.LoadCases
component.StandardLoading.TCLive.Should().Be("TEST");
component.StandardLoading.TCDead.Should().Be("TEST");
component.StandardLoading.BCLive.Should().Be("TEST");
component.StandardLoading.BCDead.Should().Be("TEST");
component.BuildingStandardLoading.TCLive.Should().Be("TEST");
component.BuildingStandardLoading.TCDead.Should().Be("TEST");
component.BuildingStandardLoading.BCLive.Should().Be("TEST");
component.BuildingStandardLoading.BCDead.Should().Be("TEST");
component.AutomatedLiveLoadsRoofLiveLoadProvision.Should().Be("TEST");
component.WindLoad.UseWind.Should().Be("TEST");
component.WindLoad.WindLoadProvision.Should().Be("TEST");
component.WindLoad.WindSpeed.Should().Be("TEST");
component.WindLoad.ExposureCategory.Should().Be("TEST");
component.WindLoad.BuildingCategory.Should().Be("TEST");
component.WindLoad.HurricaneRegion.Should().Be("TEST");
component.SnowLoad.UseSnow.Should().Be("TEST");
component.SnowLoad.SnowLoadProvision.Should().Be("TEST");
component.SnowLoad.GroundSnowLoad.Should().Be("TEST");
component.SnowLoad.ExposureCategory.Should().Be("TEST");
component.SnowLoad.TerrainCategory.Should().Be("TEST");
component.GirderLoading.Should().Be("TEST");
#endregion
#region GeneralEngInfo
component.BuildingCode = "TEST";
component.WetService = "TEST";
component.GreenLumber = "TEST";
component.TCBracing = "TEST";
component.BCBracing = "TEST";
component.WebBracingAutomatic = "TEST";
component.WebBracingAutomaticContinuousLateral = "TEST";
component.WebBracingAutomaticTeeBracing = "TEST";
var testRoofDeflectionCriteria = new KxrComponent.KxrDeflectionCriteria();
testRoofDeflectionCriteria.LiveLoad = "TEST";
testRoofDeflectionCriteria.TotalLoad = "TEST";
testRoofDeflectionCriteria.Cantilever = "TEST";
testRoofDeflectionCriteria.Overhang = "TEST";
component.RoofDeflectionCriteria = testRoofDeflectionCriteria;
var testFloorDeflectionCriteria = new KxrComponent.KxrDeflectionCriteria();
testFloorDeflectionCriteria.LiveLoad = "TEST";
testFloorDeflectionCriteria.TotalLoad = "TEST";
testFloorDeflectionCriteria.Cantilever = "TEST";
testFloorDeflectionCriteria.Overhang = "TEST";
component.FloorDeflectionCriteria = testFloorDeflectionCriteria;
component.BuildingCode.Should().Be("TEST");
component.WetService.Should().Be("TEST");
component.GreenLumber.Should().Be("TEST");
component.TCBracing.Should().Be("TEST");
component.BCBracing.Should().Be("TEST");
//ToDo: Fix component.WebBracingAutomatic.Should().Be("TEST");
//ToDo: Fix component.WebBracingAutomaticContinuousLateral.Should().Be("TEST");
//ToDo: Fix component.WebBracingAutomaticTeeBracing.Should().Be("TEST");
component.RoofDeflectionCriteria.LiveLoad.Should().Be("TEST");
component.RoofDeflectionCriteria.TotalLoad.Should().Be("TEST");
component.RoofDeflectionCriteria.Cantilever.Should().Be("TEST");
component.RoofDeflectionCriteria.Overhang.Should().Be("TEST");
component.FloorDeflectionCriteria.LiveLoad.Should().Be("TEST");
component.FloorDeflectionCriteria.TotalLoad.Should().Be("TEST");
component.FloorDeflectionCriteria.Cantilever.Should().Be("TEST");
component.FloorDeflectionCriteria.Overhang.Should().Be("TEST");
#endregion
#region DesignInfo
component.CSI = "TEST";
component.Deflection = "TEST";
component.Buckling = "TEST";
component.TotalBoardFootage = "TEST";
//ToDo: Part2BearingCombos
component.OverallDeflectionMaxVertical = "TEST";
component.OverallDeflectionMaxHorizontal = "TEST";
component.TopChordDesignCriticalCSI = "TEST";
component.TopChordDesignCriticalCSIMaterial = "TEST";
var testTopChordDesignMaxTCDeflection = new KxrComponent.KxrDeflectionCriteria();
testTopChordDesignMaxTCDeflection.LiveLoad = "TEST";
testTopChordDesignMaxTCDeflection.TotalLoad = "TEST";
testTopChordDesignMaxTCDeflection.Cantilever = "TEST";
testTopChordDesignMaxTCDeflection.Overhang = "TEST";
component.TopChordDesignMaxTCDeflection = testTopChordDesignMaxTCDeflection;
component.TopChordDesignBoardFootage = "TEST";
component.BottomChordDesignCriticalCSI = "TEST";
component.BottomChordDesignCriticalCSIMaterial = "TEST";
var testBottomChordDesignMaxBCDeflection = new KxrComponent.KxrDeflectionCriteria();
testBottomChordDesignMaxBCDeflection.LiveLoad = "TEST";
testBottomChordDesignMaxBCDeflection.TotalLoad = "TEST";
testBottomChordDesignMaxBCDeflection.Cantilever = "TEST";
testBottomChordDesignMaxBCDeflection.Overhang = "TEST";
component.BottomChordDesignMaxBCDeflection = testBottomChordDesignMaxBCDeflection;
component.BottomChordDesignBoardFootage = "TEST";
component.WebDesignCriticalCSI = "TEST";
component.WebDesignCriticalCSIMaterial = "TEST";
component.WebDesignNumbBracedWebs = "TEST";
component.WebDesignBoardFootage = "TEST";
component.PlatingDesignManufacturer = "TEST";
component.PlatingDesignTotalSquareInches = "TEST";
component.PlatingDesignTotal_HS20ga = "TEST";
component.PlatingDesignTotal_HS18ga = "TEST";
component.PlatingDesignTotal_20ga = "TEST";
component.PlatingDesignTotal_18ga = "TEST";
component.PlatingDesignTotal_16ga = "TEST";
component.CSI.Should().Be("TEST");
component.Deflection.Should().Be("TEST");
component.Buckling.Should().Be("TEST");
component.TotalBoardFootage.Should().Be("TEST");
component.Part2BearingCombos.Count.Should().Be(1);
component.OverallDeflectionMaxVertical.Should().Be("TEST");
component.OverallDeflectionMaxHorizontal.Should().Be("TEST");
component.TopChordDesignCriticalCSI.Should().Be("TEST");
component.TopChordDesignCriticalCSIMaterial.Should().Be("TEST");
component.TopChordDesignMaxTCDeflection.LiveLoad.Should().Be("TEST");
component.TopChordDesignMaxTCDeflection.TotalLoad.Should().Be("TEST");
component.TopChordDesignMaxTCDeflection.Cantilever.Should().Be("TEST");
component.TopChordDesignMaxTCDeflection.Overhang.Should().Be("TEST");
component.TopChordDesignBoardFootage.Should().Be("TEST");
component.BottomChordDesignCriticalCSI.Should().Be("TEST");
component.BottomChordDesignCriticalCSIMaterial.Should().Be("TEST");
component.BottomChordDesignMaxBCDeflection.LiveLoad.Should().Be("TEST");
component.BottomChordDesignMaxBCDeflection.TotalLoad.Should().Be("TEST");
component.BottomChordDesignMaxBCDeflection.Cantilever.Should().Be("TEST");
component.BottomChordDesignMaxBCDeflection.Overhang.Should().Be("TEST");
component.BottomChordDesignBoardFootage.Should().Be("TEST");
component.WebDesignCriticalCSI.Should().Be("TEST");
component.WebDesignCriticalCSIMaterial.Should().Be("TEST");
component.WebDesignNumbBracedWebs.Should().Be("TEST");
component.WebDesignBoardFootage.Should().Be("TEST");
component.PlatingDesignManufacturer.Should().Be("TEST");
component.PlatingDesignTotalSquareInches.Should().Be("TEST");
component.PlatingDesignTotal_HS20ga.Should().Be("TEST");
component.PlatingDesignTotal_HS18ga.Should().Be("TEST");
component.PlatingDesignTotal_20ga.Should().Be("TEST");
component.PlatingDesignTotal_18ga.Should().Be("TEST");
component.PlatingDesignTotal_16ga.Should().Be("TEST");
#endregion
#region TwoDistancealInfo
component.ZWidth = "TEST";
//ToDo: List
//ToDo: List
//ToDo: List
component.ZWidth.Should().Be("TEST");
//ToDo: component.Plates.Count.Should().Be(9);
//ToDo: component.Pieces.Count.Should().Be(9);
//ToDo: component.Part3BearingCombos.Count.Should().Be(1);
#endregion
#region JigSettings
//ToDo: component.JigPoints.Count.Should().Be(11);
#endregion
#region LaborFactors
component.LaborFactorsCantilever = "TEST";
component.LaborFactorsEndDetailLeft = "TEST";
component.LaborFactorsEndDetailRight = "TEST";
component.LaborFactorsBeamPocket = "TEST";
component.LaborFactorsCantilever.Should().Be("TEST");
component.LaborFactorsEndDetailLeft.Should().Be("TEST");
component.LaborFactorsEndDetailRight.Should().Be("TEST");
component.LaborFactorsBeamPocket.Should().Be("TEST");
#endregion
}
public void ReadWrtieCompareWithOriginal_Kxr()
{
KxrComponent component = new KxrComponent(Encoding.UTF8.GetString(ComponentFiles.eagle));
component.Name.Should().Be("eagle");
XmlDocument output = new XmlDocument();
output = component.GetXML();
KxrComponent outputComponent = new KxrComponent(output.OuterXml);
outputComponent.Name.Should().Be("eagle");
outputComponent.AppVersion.Should().Be("Truss v5.03 [Build 0030]");
outputComponent.XmlVersion.Should().Be("10");
outputComponent.ComponentType.Should().Be(ComponentType.Roof);
outputComponent.TrussFamily.Should().Be("1");
outputComponent.Span.Should().Be("288.000000");
outputComponent.Pitch.Should().Be("4 /12");
outputComponent.Quantity.Should().Be("1");
outputComponent.PricingQuantity.Should().Be("0");
outputComponent.LtOverhang.Should().Be("0.000000");
outputComponent.RtOverhang.Should().Be("0.000000");
outputComponent.LtHeelHeight.Should().Be("3.939324");
outputComponent.RtHeelHeight.Should().Be("3.939324");
outputComponent.Plies.Should().Be("1");
outputComponent.WeightPerPly.Should().Be("83");
outputComponent.Spacing.Should().Be("24");
outputComponent.ComponentFunctions.Count.Should().Be(0);
}