|
Assimp
5.0.1, master @ cd42b955
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Functions | |
| DECL_CONV_STUB (IfcActionRequest) | |
| DECL_CONV_STUB (IfcActor) | |
| DECL_CONV_STUB (IfcActuator) | |
| DECL_CONV_STUB (IfcActuatorType) | |
| DECL_CONV_STUB (IfcAdvancedBrep) | |
| DECL_CONV_STUB (IfcAdvancedBrepWithVoids) | |
| DECL_CONV_STUB (IfcAdvancedFace) | |
| DECL_CONV_STUB (IfcAirTerminal) | |
| DECL_CONV_STUB (IfcAirTerminalBox) | |
| DECL_CONV_STUB (IfcAirTerminalBoxType) | |
| DECL_CONV_STUB (IfcAirTerminalType) | |
| DECL_CONV_STUB (IfcAirToAirHeatRecovery) | |
| DECL_CONV_STUB (IfcAirToAirHeatRecoveryType) | |
| DECL_CONV_STUB (IfcAlarm) | |
| DECL_CONV_STUB (IfcAlarmType) | |
| DECL_CONV_STUB (IfcAnnotation) | |
| DECL_CONV_STUB (IfcAnnotationFillArea) | |
| DECL_CONV_STUB (IfcArbitraryClosedProfileDef) | |
| DECL_CONV_STUB (IfcArbitraryOpenProfileDef) | |
| DECL_CONV_STUB (IfcArbitraryProfileDefWithVoids) | |
| DECL_CONV_STUB (IfcAsset) | |
| DECL_CONV_STUB (IfcAsymmetricIShapeProfileDef) | |
| DECL_CONV_STUB (IfcAudioVisualAppliance) | |
| DECL_CONV_STUB (IfcAudioVisualApplianceType) | |
| DECL_CONV_STUB (IfcAxis1Placement) | |
| DECL_CONV_STUB (IfcAxis2Placement2D) | |
| DECL_CONV_STUB (IfcAxis2Placement3D) | |
| DECL_CONV_STUB (IfcBeam) | |
| DECL_CONV_STUB (IfcBeamStandardCase) | |
| DECL_CONV_STUB (IfcBeamType) | |
| DECL_CONV_STUB (IfcBlock) | |
| DECL_CONV_STUB (IfcBoiler) | |
| DECL_CONV_STUB (IfcBoilerType) | |
| DECL_CONV_STUB (IfcBooleanClippingResult) | |
| DECL_CONV_STUB (IfcBooleanResult) | |
| DECL_CONV_STUB (IfcBoundaryCurve) | |
| DECL_CONV_STUB (IfcBoundedCurve) | |
| DECL_CONV_STUB (IfcBoundedSurface) | |
| DECL_CONV_STUB (IfcBoundingBox) | |
| DECL_CONV_STUB (IfcBoxedHalfSpace) | |
| DECL_CONV_STUB (IfcBSplineCurve) | |
| DECL_CONV_STUB (IfcBSplineCurveWithKnots) | |
| DECL_CONV_STUB (IfcBSplineSurface) | |
| DECL_CONV_STUB (IfcBSplineSurfaceWithKnots) | |
| DECL_CONV_STUB (IfcBuilding) | |
| DECL_CONV_STUB (IfcBuildingElement) | |
| DECL_CONV_STUB (IfcBuildingElementPart) | |
| DECL_CONV_STUB (IfcBuildingElementPartType) | |
| DECL_CONV_STUB (IfcBuildingElementProxy) | |
| DECL_CONV_STUB (IfcBuildingElementProxyType) | |
| DECL_CONV_STUB (IfcBuildingElementType) | |
| DECL_CONV_STUB (IfcBuildingStorey) | |
| DECL_CONV_STUB (IfcBuildingSystem) | |
| DECL_CONV_STUB (IfcBurner) | |
| DECL_CONV_STUB (IfcBurnerType) | |
| DECL_CONV_STUB (IfcCableCarrierFitting) | |
| DECL_CONV_STUB (IfcCableCarrierFittingType) | |
| DECL_CONV_STUB (IfcCableCarrierSegment) | |
| DECL_CONV_STUB (IfcCableCarrierSegmentType) | |
| DECL_CONV_STUB (IfcCableFitting) | |
| DECL_CONV_STUB (IfcCableFittingType) | |
| DECL_CONV_STUB (IfcCableSegment) | |
| DECL_CONV_STUB (IfcCableSegmentType) | |
| DECL_CONV_STUB (IfcCartesianPoint) | |
| DECL_CONV_STUB (IfcCartesianPointList) | |
| DECL_CONV_STUB (IfcCartesianPointList2D) | |
| DECL_CONV_STUB (IfcCartesianPointList3D) | |
| DECL_CONV_STUB (IfcCartesianTransformationOperator) | |
| DECL_CONV_STUB (IfcCartesianTransformationOperator2D) | |
| DECL_CONV_STUB (IfcCartesianTransformationOperator2DnonUniform) | |
| DECL_CONV_STUB (IfcCartesianTransformationOperator3D) | |
| DECL_CONV_STUB (IfcCartesianTransformationOperator3DnonUniform) | |
| DECL_CONV_STUB (IfcCenterLineProfileDef) | |
| DECL_CONV_STUB (IfcChiller) | |
| DECL_CONV_STUB (IfcChillerType) | |
| DECL_CONV_STUB (IfcChimney) | |
| DECL_CONV_STUB (IfcChimneyType) | |
| DECL_CONV_STUB (IfcCircle) | |
| DECL_CONV_STUB (IfcCircleHollowProfileDef) | |
| DECL_CONV_STUB (IfcCircleProfileDef) | |
| DECL_CONV_STUB (IfcCivilElement) | |
| DECL_CONV_STUB (IfcCivilElementType) | |
| DECL_CONV_STUB (IfcClosedShell) | |
| DECL_CONV_STUB (IfcCoil) | |
| DECL_CONV_STUB (IfcCoilType) | |
| DECL_CONV_STUB (IfcColourRgb) | |
| DECL_CONV_STUB (IfcColourSpecification) | |
| DECL_CONV_STUB (IfcColumn) | |
| DECL_CONV_STUB (IfcColumnStandardCase) | |
| DECL_CONV_STUB (IfcColumnType) | |
| DECL_CONV_STUB (IfcCommunicationsAppliance) | |
| DECL_CONV_STUB (IfcCommunicationsApplianceType) | |
| DECL_CONV_STUB (IfcComplexProperty) | |
| DECL_CONV_STUB (IfcCompositeCurve) | |
| DECL_CONV_STUB (IfcCompositeCurveOnSurface) | |
| DECL_CONV_STUB (IfcCompositeCurveSegment) | |
| DECL_CONV_STUB (IfcCompositeProfileDef) | |
| DECL_CONV_STUB (IfcCompressor) | |
| DECL_CONV_STUB (IfcCompressorType) | |
| DECL_CONV_STUB (IfcCondenser) | |
| DECL_CONV_STUB (IfcCondenserType) | |
| DECL_CONV_STUB (IfcConic) | |
| DECL_CONV_STUB (IfcConnectedFaceSet) | |
| DECL_CONV_STUB (IfcConstructionEquipmentResource) | |
| DECL_CONV_STUB (IfcConstructionEquipmentResourceType) | |
| DECL_CONV_STUB (IfcConstructionMaterialResource) | |
| DECL_CONV_STUB (IfcConstructionMaterialResourceType) | |
| DECL_CONV_STUB (IfcConstructionProductResource) | |
| DECL_CONV_STUB (IfcConstructionProductResourceType) | |
| DECL_CONV_STUB (IfcConstructionResource) | |
| DECL_CONV_STUB (IfcConstructionResourceType) | |
| DECL_CONV_STUB (IfcContext) | |
| DECL_CONV_STUB (IfcContextDependentUnit) | |
| DECL_CONV_STUB (IfcControl) | |
| DECL_CONV_STUB (IfcController) | |
| DECL_CONV_STUB (IfcControllerType) | |
| DECL_CONV_STUB (IfcConversionBasedUnit) | |
| DECL_CONV_STUB (IfcConversionBasedUnitWithOffset) | |
| DECL_CONV_STUB (IfcCooledBeam) | |
| DECL_CONV_STUB (IfcCooledBeamType) | |
| DECL_CONV_STUB (IfcCoolingTower) | |
| DECL_CONV_STUB (IfcCoolingTowerType) | |
| DECL_CONV_STUB (IfcCostItem) | |
| DECL_CONV_STUB (IfcCostSchedule) | |
| DECL_CONV_STUB (IfcCovering) | |
| DECL_CONV_STUB (IfcCoveringType) | |
| DECL_CONV_STUB (IfcCrewResource) | |
| DECL_CONV_STUB (IfcCrewResourceType) | |
| DECL_CONV_STUB (IfcCsgPrimitive3D) | |
| DECL_CONV_STUB (IfcCsgSolid) | |
| DECL_CONV_STUB (IfcCShapeProfileDef) | |
| DECL_CONV_STUB (IfcCurtainWall) | |
| DECL_CONV_STUB (IfcCurtainWallType) | |
| DECL_CONV_STUB (IfcCurve) | |
| DECL_CONV_STUB (IfcCurveBoundedPlane) | |
| DECL_CONV_STUB (IfcCurveBoundedSurface) | |
| DECL_CONV_STUB (IfcCylindricalSurface) | |
| DECL_CONV_STUB (IfcDamper) | |
| DECL_CONV_STUB (IfcDamperType) | |
| DECL_CONV_STUB (IfcDerivedProfileDef) | |
| DECL_CONV_STUB (IfcDirection) | |
| DECL_CONV_STUB (IfcDiscreteAccessory) | |
| DECL_CONV_STUB (IfcDiscreteAccessoryType) | |
| DECL_CONV_STUB (IfcDistributionChamberElement) | |
| DECL_CONV_STUB (IfcDistributionChamberElementType) | |
| DECL_CONV_STUB (IfcDistributionCircuit) | |
| DECL_CONV_STUB (IfcDistributionControlElement) | |
| DECL_CONV_STUB (IfcDistributionControlElementType) | |
| DECL_CONV_STUB (IfcDistributionElement) | |
| DECL_CONV_STUB (IfcDistributionElementType) | |
| DECL_CONV_STUB (IfcDistributionFlowElement) | |
| DECL_CONV_STUB (IfcDistributionFlowElementType) | |
| DECL_CONV_STUB (IfcDistributionPort) | |
| DECL_CONV_STUB (IfcDistributionSystem) | |
| DECL_CONV_STUB (IfcDoor) | |
| DECL_CONV_STUB (IfcDoorStandardCase) | |
| DECL_CONV_STUB (IfcDoorStyle) | |
| DECL_CONV_STUB (IfcDoorType) | |
| DECL_CONV_STUB (IfcDuctFitting) | |
| DECL_CONV_STUB (IfcDuctFittingType) | |
| DECL_CONV_STUB (IfcDuctSegment) | |
| DECL_CONV_STUB (IfcDuctSegmentType) | |
| DECL_CONV_STUB (IfcDuctSilencer) | |
| DECL_CONV_STUB (IfcDuctSilencerType) | |
| DECL_CONV_STUB (IfcEdge) | |
| DECL_CONV_STUB (IfcEdgeCurve) | |
| DECL_CONV_STUB (IfcEdgeLoop) | |
| DECL_CONV_STUB (IfcElectricAppliance) | |
| DECL_CONV_STUB (IfcElectricApplianceType) | |
| DECL_CONV_STUB (IfcElectricDistributionBoard) | |
| DECL_CONV_STUB (IfcElectricDistributionBoardType) | |
| DECL_CONV_STUB (IfcElectricFlowStorageDevice) | |
| DECL_CONV_STUB (IfcElectricFlowStorageDeviceType) | |
| DECL_CONV_STUB (IfcElectricGenerator) | |
| DECL_CONV_STUB (IfcElectricGeneratorType) | |
| DECL_CONV_STUB (IfcElectricMotor) | |
| DECL_CONV_STUB (IfcElectricMotorType) | |
| DECL_CONV_STUB (IfcElectricTimeControl) | |
| DECL_CONV_STUB (IfcElectricTimeControlType) | |
| DECL_CONV_STUB (IfcElement) | |
| DECL_CONV_STUB (IfcElementarySurface) | |
| DECL_CONV_STUB (IfcElementAssembly) | |
| DECL_CONV_STUB (IfcElementAssemblyType) | |
| DECL_CONV_STUB (IfcElementComponent) | |
| DECL_CONV_STUB (IfcElementComponentType) | |
| DECL_CONV_STUB (IfcElementQuantity) | |
| DECL_CONV_STUB (IfcElementType) | |
| DECL_CONV_STUB (IfcEllipse) | |
| DECL_CONV_STUB (IfcEllipseProfileDef) | |
| DECL_CONV_STUB (IfcEnergyConversionDevice) | |
| DECL_CONV_STUB (IfcEnergyConversionDeviceType) | |
| DECL_CONV_STUB (IfcEngine) | |
| DECL_CONV_STUB (IfcEngineType) | |
| DECL_CONV_STUB (IfcEvaporativeCooler) | |
| DECL_CONV_STUB (IfcEvaporativeCoolerType) | |
| DECL_CONV_STUB (IfcEvaporator) | |
| DECL_CONV_STUB (IfcEvaporatorType) | |
| DECL_CONV_STUB (IfcEvent) | |
| DECL_CONV_STUB (IfcEventType) | |
| DECL_CONV_STUB (IfcExternalSpatialElement) | |
| DECL_CONV_STUB (IfcExternalSpatialStructureElement) | |
| DECL_CONV_STUB (IfcExtrudedAreaSolid) | |
| DECL_CONV_STUB (IfcExtrudedAreaSolidTapered) | |
| DECL_CONV_STUB (IfcFace) | |
| DECL_CONV_STUB (IfcFaceBasedSurfaceModel) | |
| DECL_CONV_STUB (IfcFaceBound) | |
| DECL_CONV_STUB (IfcFaceOuterBound) | |
| DECL_CONV_STUB (IfcFaceSurface) | |
| DECL_CONV_STUB (IfcFacetedBrep) | |
| DECL_CONV_STUB (IfcFacetedBrepWithVoids) | |
| DECL_CONV_STUB (IfcFan) | |
| DECL_CONV_STUB (IfcFanType) | |
| DECL_CONV_STUB (IfcFastener) | |
| DECL_CONV_STUB (IfcFastenerType) | |
| DECL_CONV_STUB (IfcFeatureElement) | |
| DECL_CONV_STUB (IfcFeatureElementAddition) | |
| DECL_CONV_STUB (IfcFeatureElementSubtraction) | |
| DECL_CONV_STUB (IfcFillAreaStyleHatching) | |
| DECL_CONV_STUB (IfcFillAreaStyleTiles) | |
| DECL_CONV_STUB (IfcFilter) | |
| DECL_CONV_STUB (IfcFilterType) | |
| DECL_CONV_STUB (IfcFireSuppressionTerminal) | |
| DECL_CONV_STUB (IfcFireSuppressionTerminalType) | |
| DECL_CONV_STUB (IfcFixedReferenceSweptAreaSolid) | |
| DECL_CONV_STUB (IfcFlowController) | |
| DECL_CONV_STUB (IfcFlowControllerType) | |
| DECL_CONV_STUB (IfcFlowFitting) | |
| DECL_CONV_STUB (IfcFlowFittingType) | |
| DECL_CONV_STUB (IfcFlowInstrument) | |
| DECL_CONV_STUB (IfcFlowInstrumentType) | |
| DECL_CONV_STUB (IfcFlowMeter) | |
| DECL_CONV_STUB (IfcFlowMeterType) | |
| DECL_CONV_STUB (IfcFlowMovingDevice) | |
| DECL_CONV_STUB (IfcFlowMovingDeviceType) | |
| DECL_CONV_STUB (IfcFlowSegment) | |
| DECL_CONV_STUB (IfcFlowSegmentType) | |
| DECL_CONV_STUB (IfcFlowStorageDevice) | |
| DECL_CONV_STUB (IfcFlowStorageDeviceType) | |
| DECL_CONV_STUB (IfcFlowTerminal) | |
| DECL_CONV_STUB (IfcFlowTerminalType) | |
| DECL_CONV_STUB (IfcFlowTreatmentDevice) | |
| DECL_CONV_STUB (IfcFlowTreatmentDeviceType) | |
| DECL_CONV_STUB (IfcFooting) | |
| DECL_CONV_STUB (IfcFootingType) | |
| DECL_CONV_STUB (IfcFurnishingElement) | |
| DECL_CONV_STUB (IfcFurnishingElementType) | |
| DECL_CONV_STUB (IfcFurniture) | |
| DECL_CONV_STUB (IfcFurnitureType) | |
| DECL_CONV_STUB (IfcGeographicElement) | |
| DECL_CONV_STUB (IfcGeographicElementType) | |
| DECL_CONV_STUB (IfcGeometricCurveSet) | |
| DECL_CONV_STUB (IfcGeometricRepresentationContext) | |
| DECL_CONV_STUB (IfcGeometricRepresentationItem) | |
| DECL_CONV_STUB (IfcGeometricRepresentationSubContext) | |
| DECL_CONV_STUB (IfcGeometricSet) | |
| DECL_CONV_STUB (IfcGrid) | |
| DECL_CONV_STUB (IfcGridPlacement) | |
| DECL_CONV_STUB (IfcGroup) | |
| DECL_CONV_STUB (IfcHalfSpaceSolid) | |
| DECL_CONV_STUB (IfcHeatExchanger) | |
| DECL_CONV_STUB (IfcHeatExchangerType) | |
| DECL_CONV_STUB (IfcHumidifier) | |
| DECL_CONV_STUB (IfcHumidifierType) | |
| DECL_CONV_STUB (IfcIndexedPolyCurve) | |
| DECL_CONV_STUB (IfcIndexedPolygonalFace) | |
| DECL_CONV_STUB (IfcIndexedPolygonalFaceWithVoids) | |
| DECL_CONV_STUB (IfcInterceptor) | |
| DECL_CONV_STUB (IfcInterceptorType) | |
| DECL_CONV_STUB (IfcIntersectionCurve) | |
| DECL_CONV_STUB (IfcInventory) | |
| DECL_CONV_STUB (IfcIShapeProfileDef) | |
| DECL_CONV_STUB (IfcJunctionBox) | |
| DECL_CONV_STUB (IfcJunctionBoxType) | |
| DECL_CONV_STUB (IfcLaborResource) | |
| DECL_CONV_STUB (IfcLaborResourceType) | |
| DECL_CONV_STUB (IfcLamp) | |
| DECL_CONV_STUB (IfcLampType) | |
| DECL_CONV_STUB (IfcLightFixture) | |
| DECL_CONV_STUB (IfcLightFixtureType) | |
| DECL_CONV_STUB (IfcLightSource) | |
| DECL_CONV_STUB (IfcLightSourceAmbient) | |
| DECL_CONV_STUB (IfcLightSourceDirectional) | |
| DECL_CONV_STUB (IfcLightSourceGoniometric) | |
| DECL_CONV_STUB (IfcLightSourcePositional) | |
| DECL_CONV_STUB (IfcLightSourceSpot) | |
| DECL_CONV_STUB (IfcLine) | |
| DECL_CONV_STUB (IfcLocalPlacement) | |
| DECL_CONV_STUB (IfcLoop) | |
| DECL_CONV_STUB (IfcLShapeProfileDef) | |
| DECL_CONV_STUB (IfcManifoldSolidBrep) | |
| DECL_CONV_STUB (IfcMappedItem) | |
| DECL_CONV_STUB (IfcMaterialDefinitionRepresentation) | |
| DECL_CONV_STUB (IfcMeasureWithUnit) | |
| DECL_CONV_STUB (IfcMechanicalFastener) | |
| DECL_CONV_STUB (IfcMechanicalFastenerType) | |
| DECL_CONV_STUB (IfcMedicalDevice) | |
| DECL_CONV_STUB (IfcMedicalDeviceType) | |
| DECL_CONV_STUB (IfcMember) | |
| DECL_CONV_STUB (IfcMemberStandardCase) | |
| DECL_CONV_STUB (IfcMemberType) | |
| DECL_CONV_STUB (IfcMirroredProfileDef) | |
| DECL_CONV_STUB (IfcMotorConnection) | |
| DECL_CONV_STUB (IfcMotorConnectionType) | |
| DECL_CONV_STUB (IfcNamedUnit) | |
| DECL_CONV_STUB (IfcObject) | |
| DECL_CONV_STUB (IfcObjectDefinition) | |
| DECL_CONV_STUB (IfcObjectPlacement) | |
| DECL_CONV_STUB (IfcOccupant) | |
| DECL_CONV_STUB (IfcOffsetCurve2D) | |
| DECL_CONV_STUB (IfcOffsetCurve3D) | |
| DECL_CONV_STUB (IfcOpeningElement) | |
| DECL_CONV_STUB (IfcOpeningStandardCase) | |
| DECL_CONV_STUB (IfcOpenShell) | |
| DECL_CONV_STUB (IfcOrientedEdge) | |
| DECL_CONV_STUB (IfcOuterBoundaryCurve) | |
| DECL_CONV_STUB (IfcOutlet) | |
| DECL_CONV_STUB (IfcOutletType) | |
| DECL_CONV_STUB (IfcParameterizedProfileDef) | |
| DECL_CONV_STUB (IfcPath) | |
| DECL_CONV_STUB (IfcPcurve) | |
| DECL_CONV_STUB (IfcPerformanceHistory) | |
| DECL_CONV_STUB (IfcPermit) | |
| DECL_CONV_STUB (IfcPile) | |
| DECL_CONV_STUB (IfcPileType) | |
| DECL_CONV_STUB (IfcPipeFitting) | |
| DECL_CONV_STUB (IfcPipeFittingType) | |
| DECL_CONV_STUB (IfcPipeSegment) | |
| DECL_CONV_STUB (IfcPipeSegmentType) | |
| DECL_CONV_STUB (IfcPlacement) | |
| DECL_CONV_STUB (IfcPlanarBox) | |
| DECL_CONV_STUB (IfcPlanarExtent) | |
| DECL_CONV_STUB (IfcPlane) | |
| DECL_CONV_STUB (IfcPlate) | |
| DECL_CONV_STUB (IfcPlateStandardCase) | |
| DECL_CONV_STUB (IfcPlateType) | |
| DECL_CONV_STUB (IfcPoint) | |
| DECL_CONV_STUB (IfcPointOnCurve) | |
| DECL_CONV_STUB (IfcPointOnSurface) | |
| DECL_CONV_STUB (IfcPolygonalBoundedHalfSpace) | |
| DECL_CONV_STUB (IfcPolygonalFaceSet) | |
| DECL_CONV_STUB (IfcPolyline) | |
| DECL_CONV_STUB (IfcPolyLoop) | |
| DECL_CONV_STUB (IfcPort) | |
| DECL_CONV_STUB (IfcPresentationItem) | |
| DECL_CONV_STUB (IfcPresentationStyle) | |
| DECL_CONV_STUB (IfcPresentationStyleAssignment) | |
| DECL_CONV_STUB (IfcProcedure) | |
| DECL_CONV_STUB (IfcProcedureType) | |
| DECL_CONV_STUB (IfcProcess) | |
| DECL_CONV_STUB (IfcProduct) | |
| DECL_CONV_STUB (IfcProductDefinitionShape) | |
| DECL_CONV_STUB (IfcProductRepresentation) | |
| DECL_CONV_STUB (IfcProfileDef) | |
| DECL_CONV_STUB (IfcProject) | |
| DECL_CONV_STUB (IfcProjectionElement) | |
| DECL_CONV_STUB (IfcProjectLibrary) | |
| DECL_CONV_STUB (IfcProjectOrder) | |
| DECL_CONV_STUB (IfcProperty) | |
| DECL_CONV_STUB (IfcPropertyAbstraction) | |
| DECL_CONV_STUB (IfcPropertyBoundedValue) | |
| DECL_CONV_STUB (IfcPropertyDefinition) | |
| DECL_CONV_STUB (IfcPropertyEnumeratedValue) | |
| DECL_CONV_STUB (IfcPropertyListValue) | |
| DECL_CONV_STUB (IfcPropertyReferenceValue) | |
| DECL_CONV_STUB (IfcPropertySet) | |
| DECL_CONV_STUB (IfcPropertySetDefinition) | |
| DECL_CONV_STUB (IfcPropertySingleValue) | |
| DECL_CONV_STUB (IfcPropertyTableValue) | |
| DECL_CONV_STUB (IfcProtectiveDevice) | |
| DECL_CONV_STUB (IfcProtectiveDeviceTrippingUnit) | |
| DECL_CONV_STUB (IfcProtectiveDeviceTrippingUnitType) | |
| DECL_CONV_STUB (IfcProtectiveDeviceType) | |
| DECL_CONV_STUB (IfcProxy) | |
| DECL_CONV_STUB (IfcPump) | |
| DECL_CONV_STUB (IfcPumpType) | |
| DECL_CONV_STUB (IfcQuantitySet) | |
| DECL_CONV_STUB (IfcRailing) | |
| DECL_CONV_STUB (IfcRailingType) | |
| DECL_CONV_STUB (IfcRamp) | |
| DECL_CONV_STUB (IfcRampFlight) | |
| DECL_CONV_STUB (IfcRampFlightType) | |
| DECL_CONV_STUB (IfcRampType) | |
| DECL_CONV_STUB (IfcRationalBSplineCurveWithKnots) | |
| DECL_CONV_STUB (IfcRationalBSplineSurfaceWithKnots) | |
| DECL_CONV_STUB (IfcRectangleHollowProfileDef) | |
| DECL_CONV_STUB (IfcRectangleProfileDef) | |
| DECL_CONV_STUB (IfcRectangularPyramid) | |
| DECL_CONV_STUB (IfcRectangularTrimmedSurface) | |
| DECL_CONV_STUB (IfcReinforcingBar) | |
| DECL_CONV_STUB (IfcReinforcingBarType) | |
| DECL_CONV_STUB (IfcReinforcingElement) | |
| DECL_CONV_STUB (IfcReinforcingElementType) | |
| DECL_CONV_STUB (IfcReinforcingMesh) | |
| DECL_CONV_STUB (IfcReinforcingMeshType) | |
| DECL_CONV_STUB (IfcRelAggregates) | |
| DECL_CONV_STUB (IfcRelationship) | |
| DECL_CONV_STUB (IfcRelConnects) | |
| DECL_CONV_STUB (IfcRelContainedInSpatialStructure) | |
| DECL_CONV_STUB (IfcRelDecomposes) | |
| DECL_CONV_STUB (IfcRelDefines) | |
| DECL_CONV_STUB (IfcRelDefinesByProperties) | |
| DECL_CONV_STUB (IfcRelFillsElement) | |
| DECL_CONV_STUB (IfcRelVoidsElement) | |
| DECL_CONV_STUB (IfcReparametrisedCompositeCurveSegment) | |
| DECL_CONV_STUB (IfcRepresentation) | |
| DECL_CONV_STUB (IfcRepresentationContext) | |
| DECL_CONV_STUB (IfcRepresentationItem) | |
| DECL_CONV_STUB (IfcRepresentationMap) | |
| DECL_CONV_STUB (IfcResource) | |
| DECL_CONV_STUB (IfcRevolvedAreaSolid) | |
| DECL_CONV_STUB (IfcRevolvedAreaSolidTapered) | |
| DECL_CONV_STUB (IfcRightCircularCone) | |
| DECL_CONV_STUB (IfcRightCircularCylinder) | |
| DECL_CONV_STUB (IfcRoof) | |
| DECL_CONV_STUB (IfcRoofType) | |
| DECL_CONV_STUB (IfcRoot) | |
| DECL_CONV_STUB (IfcRoundedRectangleProfileDef) | |
| DECL_CONV_STUB (IfcSanitaryTerminal) | |
| DECL_CONV_STUB (IfcSanitaryTerminalType) | |
| DECL_CONV_STUB (IfcSeamCurve) | |
| DECL_CONV_STUB (IfcSectionedSpine) | |
| DECL_CONV_STUB (IfcSensor) | |
| DECL_CONV_STUB (IfcSensorType) | |
| DECL_CONV_STUB (IfcShadingDevice) | |
| DECL_CONV_STUB (IfcShadingDeviceType) | |
| DECL_CONV_STUB (IfcShapeModel) | |
| DECL_CONV_STUB (IfcShapeRepresentation) | |
| DECL_CONV_STUB (IfcShellBasedSurfaceModel) | |
| DECL_CONV_STUB (IfcSimpleProperty) | |
| DECL_CONV_STUB (IfcSite) | |
| DECL_CONV_STUB (IfcSIUnit) | |
| DECL_CONV_STUB (IfcSlab) | |
| DECL_CONV_STUB (IfcSlabElementedCase) | |
| DECL_CONV_STUB (IfcSlabStandardCase) | |
| DECL_CONV_STUB (IfcSlabType) | |
| DECL_CONV_STUB (IfcSolarDevice) | |
| DECL_CONV_STUB (IfcSolarDeviceType) | |
| DECL_CONV_STUB (IfcSolidModel) | |
| DECL_CONV_STUB (IfcSpace) | |
| DECL_CONV_STUB (IfcSpaceHeater) | |
| DECL_CONV_STUB (IfcSpaceHeaterType) | |
| DECL_CONV_STUB (IfcSpaceType) | |
| DECL_CONV_STUB (IfcSpatialElement) | |
| DECL_CONV_STUB (IfcSpatialElementType) | |
| DECL_CONV_STUB (IfcSpatialStructureElement) | |
| DECL_CONV_STUB (IfcSpatialStructureElementType) | |
| DECL_CONV_STUB (IfcSpatialZone) | |
| DECL_CONV_STUB (IfcSpatialZoneType) | |
| DECL_CONV_STUB (IfcSphere) | |
| DECL_CONV_STUB (IfcSphericalSurface) | |
| DECL_CONV_STUB (IfcStackTerminal) | |
| DECL_CONV_STUB (IfcStackTerminalType) | |
| DECL_CONV_STUB (IfcStair) | |
| DECL_CONV_STUB (IfcStairFlight) | |
| DECL_CONV_STUB (IfcStairFlightType) | |
| DECL_CONV_STUB (IfcStairType) | |
| DECL_CONV_STUB (IfcStructuralAction) | |
| DECL_CONV_STUB (IfcStructuralActivity) | |
| DECL_CONV_STUB (IfcStructuralAnalysisModel) | |
| DECL_CONV_STUB (IfcStructuralConnection) | |
| DECL_CONV_STUB (IfcStructuralCurveAction) | |
| DECL_CONV_STUB (IfcStructuralCurveConnection) | |
| DECL_CONV_STUB (IfcStructuralCurveMember) | |
| DECL_CONV_STUB (IfcStructuralCurveMemberVarying) | |
| DECL_CONV_STUB (IfcStructuralCurveReaction) | |
| DECL_CONV_STUB (IfcStructuralItem) | |
| DECL_CONV_STUB (IfcStructuralLinearAction) | |
| DECL_CONV_STUB (IfcStructuralLoadCase) | |
| DECL_CONV_STUB (IfcStructuralLoadGroup) | |
| DECL_CONV_STUB (IfcStructuralMember) | |
| DECL_CONV_STUB (IfcStructuralPlanarAction) | |
| DECL_CONV_STUB (IfcStructuralPointAction) | |
| DECL_CONV_STUB (IfcStructuralPointConnection) | |
| DECL_CONV_STUB (IfcStructuralPointReaction) | |
| DECL_CONV_STUB (IfcStructuralReaction) | |
| DECL_CONV_STUB (IfcStructuralResultGroup) | |
| DECL_CONV_STUB (IfcStructuralSurfaceAction) | |
| DECL_CONV_STUB (IfcStructuralSurfaceConnection) | |
| DECL_CONV_STUB (IfcStructuralSurfaceMember) | |
| DECL_CONV_STUB (IfcStructuralSurfaceMemberVarying) | |
| DECL_CONV_STUB (IfcStructuralSurfaceReaction) | |
| DECL_CONV_STUB (IfcStyledItem) | |
| DECL_CONV_STUB (IfcStyledRepresentation) | |
| DECL_CONV_STUB (IfcStyleModel) | |
| DECL_CONV_STUB (IfcSubContractResource) | |
| DECL_CONV_STUB (IfcSubContractResourceType) | |
| DECL_CONV_STUB (IfcSubedge) | |
| DECL_CONV_STUB (IfcSurface) | |
| DECL_CONV_STUB (IfcSurfaceCurve) | |
| DECL_CONV_STUB (IfcSurfaceCurveSweptAreaSolid) | |
| DECL_CONV_STUB (IfcSurfaceFeature) | |
| DECL_CONV_STUB (IfcSurfaceOfLinearExtrusion) | |
| DECL_CONV_STUB (IfcSurfaceOfRevolution) | |
| DECL_CONV_STUB (IfcSurfaceStyle) | |
| DECL_CONV_STUB (IfcSurfaceStyleRendering) | |
| DECL_CONV_STUB (IfcSurfaceStyleShading) | |
| DECL_CONV_STUB (IfcSurfaceStyleWithTextures) | |
| DECL_CONV_STUB (IfcSweptAreaSolid) | |
| DECL_CONV_STUB (IfcSweptDiskSolid) | |
| DECL_CONV_STUB (IfcSweptDiskSolidPolygonal) | |
| DECL_CONV_STUB (IfcSweptSurface) | |
| DECL_CONV_STUB (IfcSwitchingDevice) | |
| DECL_CONV_STUB (IfcSwitchingDeviceType) | |
| DECL_CONV_STUB (IfcSystem) | |
| DECL_CONV_STUB (IfcSystemFurnitureElement) | |
| DECL_CONV_STUB (IfcSystemFurnitureElementType) | |
| DECL_CONV_STUB (IfcTank) | |
| DECL_CONV_STUB (IfcTankType) | |
| DECL_CONV_STUB (IfcTask) | |
| DECL_CONV_STUB (IfcTaskType) | |
| DECL_CONV_STUB (IfcTendon) | |
| DECL_CONV_STUB (IfcTendonAnchor) | |
| DECL_CONV_STUB (IfcTendonAnchorType) | |
| DECL_CONV_STUB (IfcTendonType) | |
| DECL_CONV_STUB (IfcTessellatedFaceSet) | |
| DECL_CONV_STUB (IfcTessellatedItem) | |
| DECL_CONV_STUB (IfcTextLiteral) | |
| DECL_CONV_STUB (IfcTextLiteralWithExtent) | |
| DECL_CONV_STUB (IfcTopologicalRepresentationItem) | |
| DECL_CONV_STUB (IfcTopologyRepresentation) | |
| DECL_CONV_STUB (IfcToroidalSurface) | |
| DECL_CONV_STUB (IfcTransformer) | |
| DECL_CONV_STUB (IfcTransformerType) | |
| DECL_CONV_STUB (IfcTransportElement) | |
| DECL_CONV_STUB (IfcTransportElementType) | |
| DECL_CONV_STUB (IfcTrapeziumProfileDef) | |
| DECL_CONV_STUB (IfcTriangulatedFaceSet) | |
| DECL_CONV_STUB (IfcTrimmedCurve) | |
| DECL_CONV_STUB (IfcTShapeProfileDef) | |
| DECL_CONV_STUB (IfcTubeBundle) | |
| DECL_CONV_STUB (IfcTubeBundleType) | |
| DECL_CONV_STUB (IfcTypeObject) | |
| DECL_CONV_STUB (IfcTypeProcess) | |
| DECL_CONV_STUB (IfcTypeProduct) | |
| DECL_CONV_STUB (IfcTypeResource) | |
| DECL_CONV_STUB (IfcUnitaryControlElement) | |
| DECL_CONV_STUB (IfcUnitaryControlElementType) | |
| DECL_CONV_STUB (IfcUnitaryEquipment) | |
| DECL_CONV_STUB (IfcUnitaryEquipmentType) | |
| DECL_CONV_STUB (IfcUnitAssignment) | |
| DECL_CONV_STUB (IfcUShapeProfileDef) | |
| DECL_CONV_STUB (IfcValve) | |
| DECL_CONV_STUB (IfcValveType) | |
| DECL_CONV_STUB (IfcVector) | |
| DECL_CONV_STUB (IfcVertex) | |
| DECL_CONV_STUB (IfcVertexLoop) | |
| DECL_CONV_STUB (IfcVertexPoint) | |
| DECL_CONV_STUB (IfcVibrationIsolator) | |
| DECL_CONV_STUB (IfcVibrationIsolatorType) | |
| DECL_CONV_STUB (IfcVirtualElement) | |
| DECL_CONV_STUB (IfcVoidingFeature) | |
| DECL_CONV_STUB (IfcWall) | |
| DECL_CONV_STUB (IfcWallElementedCase) | |
| DECL_CONV_STUB (IfcWallStandardCase) | |
| DECL_CONV_STUB (IfcWallType) | |
| DECL_CONV_STUB (IfcWasteTerminal) | |
| DECL_CONV_STUB (IfcWasteTerminalType) | |
| DECL_CONV_STUB (IfcWindow) | |
| DECL_CONV_STUB (IfcWindowStandardCase) | |
| DECL_CONV_STUB (IfcWindowStyle) | |
| DECL_CONV_STUB (IfcWindowType) | |
| DECL_CONV_STUB (IfcWorkCalendar) | |
| DECL_CONV_STUB (IfcWorkControl) | |
| DECL_CONV_STUB (IfcWorkPlan) | |
| DECL_CONV_STUB (IfcWorkSchedule) | |
| DECL_CONV_STUB (IfcZone) | |
| DECL_CONV_STUB (IfcZShapeProfileDef) | |
IFC.
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcActionRequest | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcActor | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcActuator | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcActuatorType | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcAdvancedBrep | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcAdvancedBrepWithVoids | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcAdvancedFace | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcAirTerminal | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcAirTerminalBox | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcAirTerminalBoxType | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcAirTerminalType | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcAirToAirHeatRecovery | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcAirToAirHeatRecoveryType | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcAlarm | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcAlarmType | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcAnnotation | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcAnnotationFillArea | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcArbitraryClosedProfileDef | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcArbitraryOpenProfileDef | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcArbitraryProfileDefWithVoids | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcAsset | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcAsymmetricIShapeProfileDef | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcAudioVisualAppliance | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcAudioVisualApplianceType | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcAxis1Placement | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcAxis2Placement2D | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcAxis2Placement3D | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcBeam | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcBeamStandardCase | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcBeamType | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcBlock | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcBoiler | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcBoilerType | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcBooleanClippingResult | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcBooleanResult | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcBoundaryCurve | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcBoundedCurve | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcBoundedSurface | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcBoundingBox | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcBoxedHalfSpace | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcBSplineCurve | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcBSplineCurveWithKnots | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcBSplineSurface | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcBSplineSurfaceWithKnots | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcBuilding | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcBuildingElement | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcBuildingElementPart | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcBuildingElementPartType | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcBuildingElementProxy | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcBuildingElementProxyType | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcBuildingElementType | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcBuildingStorey | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcBuildingSystem | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcBurner | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcBurnerType | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcCableCarrierFitting | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcCableCarrierFittingType | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcCableCarrierSegment | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcCableCarrierSegmentType | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcCableFitting | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcCableFittingType | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcCableSegment | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcCableSegmentType | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcCartesianPoint | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcCartesianPointList | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcCartesianPointList2D | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcCartesianPointList3D | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcCartesianTransformationOperator | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcCartesianTransformationOperator2D | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcCartesianTransformationOperator2DnonUniform | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcCartesianTransformationOperator3D | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcCartesianTransformationOperator3DnonUniform | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcCenterLineProfileDef | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcChiller | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcChillerType | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcChimney | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcChimneyType | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcCircle | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcCircleHollowProfileDef | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcCircleProfileDef | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcCivilElement | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcCivilElementType | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcClosedShell | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcCoil | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcCoilType | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcColourRgb | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcColourSpecification | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcColumn | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcColumnStandardCase | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcColumnType | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcCommunicationsAppliance | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcCommunicationsApplianceType | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcComplexProperty | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcCompositeCurve | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcCompositeCurveOnSurface | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcCompositeCurveSegment | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcCompositeProfileDef | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcCompressor | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcCompressorType | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcCondenser | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcCondenserType | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcConic | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcConnectedFaceSet | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcConstructionEquipmentResource | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcConstructionEquipmentResourceType | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcConstructionMaterialResource | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcConstructionMaterialResourceType | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcConstructionProductResource | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcConstructionProductResourceType | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcConstructionResource | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcConstructionResourceType | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcContext | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcContextDependentUnit | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcControl | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcController | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcControllerType | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcConversionBasedUnit | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcConversionBasedUnitWithOffset | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcCooledBeam | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcCooledBeamType | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcCoolingTower | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcCoolingTowerType | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcCostItem | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcCostSchedule | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcCovering | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcCoveringType | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcCrewResource | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcCrewResourceType | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcCsgPrimitive3D | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcCsgSolid | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcCShapeProfileDef | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcCurtainWall | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcCurtainWallType | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcCurve | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcCurveBoundedPlane | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcCurveBoundedSurface | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcCylindricalSurface | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcDamper | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcDamperType | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcDerivedProfileDef | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcDirection | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcDiscreteAccessory | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcDiscreteAccessoryType | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcDistributionChamberElement | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcDistributionChamberElementType | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcDistributionCircuit | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcDistributionControlElement | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcDistributionControlElementType | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcDistributionElement | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcDistributionElementType | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcDistributionFlowElement | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcDistributionFlowElementType | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcDistributionPort | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcDistributionSystem | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcDoor | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcDoorStandardCase | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcDoorStyle | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcDoorType | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcDuctFitting | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcDuctFittingType | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcDuctSegment | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcDuctSegmentType | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcDuctSilencer | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcDuctSilencerType | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcEdge | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcEdgeCurve | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcEdgeLoop | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcElectricAppliance | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcElectricApplianceType | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcElectricDistributionBoard | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcElectricDistributionBoardType | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcElectricFlowStorageDevice | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcElectricFlowStorageDeviceType | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcElectricGenerator | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcElectricGeneratorType | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcElectricMotor | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcElectricMotorType | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcElectricTimeControl | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcElectricTimeControlType | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcElement | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcElementarySurface | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcElementAssembly | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcElementAssemblyType | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcElementComponent | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcElementComponentType | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcElementQuantity | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcElementType | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcEllipse | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcEllipseProfileDef | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcEnergyConversionDevice | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcEnergyConversionDeviceType | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcEngine | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcEngineType | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcEvaporativeCooler | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcEvaporativeCoolerType | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcEvaporator | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcEvaporatorType | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcEvent | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcEventType | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcExternalSpatialElement | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcExternalSpatialStructureElement | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcExtrudedAreaSolid | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcExtrudedAreaSolidTapered | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcFace | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcFaceBasedSurfaceModel | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcFaceBound | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcFaceOuterBound | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcFaceSurface | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcFacetedBrep | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcFacetedBrepWithVoids | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcFan | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcFanType | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcFastener | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcFastenerType | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcFeatureElement | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcFeatureElementAddition | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcFeatureElementSubtraction | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcFillAreaStyleHatching | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcFillAreaStyleTiles | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcFilter | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcFilterType | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcFireSuppressionTerminal | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcFireSuppressionTerminalType | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcFixedReferenceSweptAreaSolid | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcFlowController | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcFlowControllerType | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcFlowFitting | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcFlowFittingType | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcFlowInstrument | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcFlowInstrumentType | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcFlowMeter | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcFlowMeterType | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcFlowMovingDevice | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcFlowMovingDeviceType | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcFlowSegment | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcFlowSegmentType | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcFlowStorageDevice | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcFlowStorageDeviceType | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcFlowTerminal | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcFlowTerminalType | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcFlowTreatmentDevice | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcFlowTreatmentDeviceType | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcFooting | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcFootingType | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcFurnishingElement | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcFurnishingElementType | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcFurniture | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcFurnitureType | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcGeographicElement | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcGeographicElementType | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcGeometricCurveSet | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcGeometricRepresentationContext | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcGeometricRepresentationItem | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcGeometricRepresentationSubContext | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcGeometricSet | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcGrid | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcGridPlacement | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcGroup | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcHalfSpaceSolid | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcHeatExchanger | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcHeatExchangerType | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcHumidifier | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcHumidifierType | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcIndexedPolyCurve | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcIndexedPolygonalFace | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcIndexedPolygonalFaceWithVoids | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcInterceptor | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcInterceptorType | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcIntersectionCurve | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcInventory | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcIShapeProfileDef | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcJunctionBox | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcJunctionBoxType | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcLaborResource | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcLaborResourceType | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcLamp | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcLampType | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcLightFixture | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcLightFixtureType | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcLightSource | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcLightSourceAmbient | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcLightSourceDirectional | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcLightSourceGoniometric | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcLightSourcePositional | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcLightSourceSpot | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcLine | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcLocalPlacement | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcLoop | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcLShapeProfileDef | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcManifoldSolidBrep | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcMappedItem | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcMaterialDefinitionRepresentation | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcMeasureWithUnit | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcMechanicalFastener | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcMechanicalFastenerType | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcMedicalDevice | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcMedicalDeviceType | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcMember | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcMemberStandardCase | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcMemberType | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcMirroredProfileDef | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcMotorConnection | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcMotorConnectionType | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcNamedUnit | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcObject | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcObjectDefinition | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcObjectPlacement | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcOccupant | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcOffsetCurve2D | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcOffsetCurve3D | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcOpeningElement | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcOpeningStandardCase | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcOpenShell | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcOrientedEdge | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcOuterBoundaryCurve | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcOutlet | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcOutletType | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcParameterizedProfileDef | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcPath | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcPcurve | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcPerformanceHistory | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcPermit | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcPile | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcPileType | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcPipeFitting | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcPipeFittingType | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcPipeSegment | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcPipeSegmentType | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcPlacement | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcPlanarBox | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcPlanarExtent | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcPlane | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcPlate | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcPlateStandardCase | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcPlateType | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcPoint | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcPointOnCurve | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcPointOnSurface | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcPolygonalBoundedHalfSpace | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcPolygonalFaceSet | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcPolyline | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcPolyLoop | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcPort | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcPresentationItem | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcPresentationStyle | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcPresentationStyleAssignment | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcProcedure | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcProcedureType | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcProcess | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcProduct | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcProductDefinitionShape | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcProductRepresentation | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcProfileDef | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcProject | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcProjectionElement | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcProjectLibrary | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcProjectOrder | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcProperty | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcPropertyAbstraction | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcPropertyBoundedValue | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcPropertyDefinition | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcPropertyEnumeratedValue | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcPropertyListValue | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcPropertyReferenceValue | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcPropertySet | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcPropertySetDefinition | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcPropertySingleValue | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcPropertyTableValue | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcProtectiveDevice | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcProtectiveDeviceTrippingUnit | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcProtectiveDeviceTrippingUnitType | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcProtectiveDeviceType | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcProxy | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcPump | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcPumpType | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcQuantitySet | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcRailing | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcRailingType | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcRamp | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcRampFlight | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcRampFlightType | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcRampType | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcRationalBSplineCurveWithKnots | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcRationalBSplineSurfaceWithKnots | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcRectangleHollowProfileDef | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcRectangleProfileDef | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcRectangularPyramid | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcRectangularTrimmedSurface | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcReinforcingBar | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcReinforcingBarType | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcReinforcingElement | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcReinforcingElementType | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcReinforcingMesh | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcReinforcingMeshType | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcRelAggregates | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcRelationship | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcRelConnects | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcRelContainedInSpatialStructure | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcRelDecomposes | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcRelDefines | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcRelDefinesByProperties | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcRelFillsElement | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcRelVoidsElement | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcReparametrisedCompositeCurveSegment | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcRepresentation | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcRepresentationContext | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcRepresentationItem | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcRepresentationMap | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcResource | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcRevolvedAreaSolid | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcRevolvedAreaSolidTapered | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcRightCircularCone | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcRightCircularCylinder | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcRoof | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcRoofType | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcRoot | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcRoundedRectangleProfileDef | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcSanitaryTerminal | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcSanitaryTerminalType | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcSeamCurve | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcSectionedSpine | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcSensor | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcSensorType | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcShadingDevice | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcShadingDeviceType | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcShapeModel | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcShapeRepresentation | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcShellBasedSurfaceModel | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcSimpleProperty | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcSite | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcSIUnit | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcSlab | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcSlabElementedCase | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcSlabStandardCase | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcSlabType | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcSolarDevice | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcSolarDeviceType | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcSolidModel | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcSpace | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcSpaceHeater | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcSpaceHeaterType | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcSpaceType | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcSpatialElement | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcSpatialElementType | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcSpatialStructureElement | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcSpatialStructureElementType | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcSpatialZone | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcSpatialZoneType | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcSphere | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcSphericalSurface | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcStackTerminal | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcStackTerminalType | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcStair | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcStairFlight | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcStairFlightType | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcStairType | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcStructuralAction | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcStructuralActivity | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcStructuralAnalysisModel | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcStructuralConnection | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcStructuralCurveAction | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcStructuralCurveConnection | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcStructuralCurveMember | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcStructuralCurveMemberVarying | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcStructuralCurveReaction | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcStructuralItem | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcStructuralLinearAction | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcStructuralLoadCase | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcStructuralLoadGroup | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcStructuralMember | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcStructuralPlanarAction | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcStructuralPointAction | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcStructuralPointConnection | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcStructuralPointReaction | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcStructuralReaction | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcStructuralResultGroup | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcStructuralSurfaceAction | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcStructuralSurfaceConnection | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcStructuralSurfaceMember | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcStructuralSurfaceMemberVarying | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcStructuralSurfaceReaction | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcStyledItem | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcStyledRepresentation | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcStyleModel | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcSubContractResource | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcSubContractResourceType | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcSubedge | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcSurface | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcSurfaceCurve | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcSurfaceCurveSweptAreaSolid | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcSurfaceFeature | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcSurfaceOfLinearExtrusion | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcSurfaceOfRevolution | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcSurfaceStyle | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcSurfaceStyleRendering | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcSurfaceStyleShading | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcSurfaceStyleWithTextures | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcSweptAreaSolid | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcSweptDiskSolid | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcSweptDiskSolidPolygonal | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcSweptSurface | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcSwitchingDevice | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcSwitchingDeviceType | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcSystem | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcSystemFurnitureElement | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcSystemFurnitureElementType | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcTank | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcTankType | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcTask | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcTaskType | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcTendon | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcTendonAnchor | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcTendonAnchorType | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcTendonType | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcTessellatedFaceSet | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcTessellatedItem | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcTextLiteral | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcTextLiteralWithExtent | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcTopologicalRepresentationItem | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcTopologyRepresentation | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcToroidalSurface | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcTransformer | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcTransformerType | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcTransportElement | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcTransportElementType | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcTrapeziumProfileDef | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcTriangulatedFaceSet | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcTrimmedCurve | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcTShapeProfileDef | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcTubeBundle | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcTubeBundleType | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcTypeObject | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcTypeProcess | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcTypeProduct | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcTypeResource | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcUnitaryControlElement | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcUnitaryControlElementType | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcUnitaryEquipment | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcUnitaryEquipmentType | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcUnitAssignment | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcUShapeProfileDef | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcValve | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcValveType | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcVector | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcVertex | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcVertexLoop | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcVertexPoint | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcVibrationIsolator | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcVibrationIsolatorType | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcVirtualElement | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcVoidingFeature | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcWall | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcWallElementedCase | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcWallStandardCase | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcWallType | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcWasteTerminal | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcWasteTerminalType | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcWindow | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcWindowStandardCase | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcWindowStyle | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcWindowType | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcWorkCalendar | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcWorkControl | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcWorkPlan | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcWorkSchedule | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcZone | ) |
| Assimp::IFC::STEP::DECL_CONV_STUB | ( | IfcZShapeProfileDef | ) |


Dinoloop has support for multiple ErrorMiddleware but only a single ErrorController. This guide explains why.
Why Multiple ErrorMiddlewares?
Expressjs has robust error handling using error middlewares. Dinoloop wants this great feature in its core. This comes with one problem. How do you figure out if this middleware handles logic for the global error handler? You either have to walkthrough all the middlewares logic or have consistent filenames.
The ErrorController solves this problem.
Why Single ErrorController?
So others know exactly where to put application error logic.
- ErrorController is the last error handler in Dinoloop. Once the error goes out of its scope, it reaches Expressjs. Now Expressjs can decide to crash the container or handle it.


|
Elektra
0.9.4
|
The following table shows a summary of the results of a benchmark_storage
run: NOTE: factor
is always dump / quickdump
(bigger = quickdump
is faster), this test was only run with version 1, see below for a comparison of with version 2
| operation | dump (µs) | quickdump (µs) | factor |
|---|---|---|---|
| write keyset | 81661 | 4741 | 17.224 |
| read keyset | 94782 | 44673 | 2.122 |
| iterate keyset | 125 | 135 | 0.926 |
| delete keyset | 1823 | 3518 | 0.518 |
| re-read keyset | 92939 | 43749 | 2.124 |
| strcmp key name | 609 | 1826 | 0.334 |
| strcmp key value | 684 | 761 | 0.899 |
A script was used to generate KeySets with 2
, 200
, 2,000
, 200,000
and 2,000,000
Keys. For keynames we used increasing numbers (prefixed with _
to keep correct order), each key had a randomized value of 15 characters. Additionally we added 4 metakeys to each key. The names and values of these were created similarly.
The parent key used was dir:/tests/bench
.
We then used hyperfine
to compare the performance of dump
and quickdump
.
This means we used the same key sets for each of the runs, but the key values shouldn't really matter. It also means that no shared metadata (keyCopyMeta
) was involved.
We also used a modified version of benchmark_plugingetset
that returned after the get
call, to test the get
performance by itself. Because set
doesn't scale linearly because of the checks for keyCopyMeta
, the largest KeySet was only used for the get
only version. (The test was aborted after the initial run of dump
took longer than all the runs for quickdump
together.)
The complete results can be found in this repository and the files used for these benchmarks are quite big and can be found in another separate repository.
For reference in the file size tests below, here is a list of the raw data sizes of the keysets. These sizes are calculated as the sum of: 1) length of all keynames 2) length of all key values 3) length of all metakeys 4) length of all meta values All lengths include a null terminator, sizes are calculated once with (WP) and once without the parent key (WOP).
| no. of keys | raw size WP (B) | raw size WOP (B) |
|---|---|---|
| 2 | 252 | 220 |
| 200 | 25784 | 22584 |
| 2000 | 262786 | 229786 |
| 200000 | 26977790 | 23777790 |
| 20000000 | 273777792 | 241777792 |
factor
is dump / quickdump
like above (bigger = quickdump
has smaller files)
| no. of keys | dump (B) | quickdump (B) | factor |
|---|---|---|---|
| 2 | 430 | 412 | 1.04 |
| 200 | 41206 | 40988 | 1.01 |
| 2000 | 415807 | 413788 | 1.00 |
| 200000 | 42377809 | 42177788 | 1.00 |
| 2000000 | 427777810 | 425777788 | 1.00 |
The values are mean ± standard deviation. factor
is dump / quickdump
like above
| no. of keys | dump (s) | quickdump (s) | factor |
|---|---|---|---|
| 2 | 0.0016 ± 0.0003 | 0.0006 ± 0.0001 | 2.67 |
| 200 | 0.0091 ± 0.0009 | 0.0018 ± 0.0000 | 5.06 |
| 2000 | 0.0770 ± 0.0030 | 0.0127 ± 0.0008 | 6.06 |
| 200000 | 10.7876 ± 4.2564 | 1.2640 ± 0.0061 | 8.53 |
The values are mean ± standard deviation. factor
is dump / quickdump
like above
| no. of keys | dump (s) | quickdump (s) | factor |
|---|---|---|---|
| 2 | 0.0014 ± 0.0000 | 0.0005 ± 0.0000 | 2.8 |
| 200 | 0.0032 ± 0.0005 | 0.0013 ± 0.0002 | 2.46 |
| 2000 | 0.0179 ± 0.0002 | 0.0086 ± 0.0008 | 2.08 |
| 200000 | 1.6830 ± 0.0222 | 0.8515 ± 0.0048 | 1.98 |
| 2000000 | 17.1814 ± 0.2201 | 8.8808 ± 0.0344 | 1.93 |
Running the same benchmark_plugingetset
tests with version 2 of the plugin yields:
factor
is v1 / v2
like above (bigger is better)
| no. of keys | quickdump v1 (B) | quickdump v2 (B) | factor |
|---|---|---|---|
| 2 | 412 | 380 | 1.08 |
| 200 | 40988 | 23788 | 1.72 |
| 2000 | 413788 | 381788 | 1.08 |
| 200000 | 42177788 | 38977788 | 1.08 |
| 2000000 | 425777788 | 393777788 | 1.08 |
The values are mean ± standard deviation. factor
is v1 / v2
, i.e. bigger is better
| no. of keys | quickdump v1 (s) | quickdump v2 (s) | factor |
|---|---|---|---|
| 2 | 0.0006 ± 0.0001 | 0.0013 ± 0.0035 | 0.47 |
| 200 | 0.0018 ± 0.0000 | 0.0018 ± 0.0002 | 1.02 |
| 2000 | 0.0127 ± 0.0008 | 0.0112 ± 0.0021 | 1.13 |
| 200000 | 1.2640 ± 0.0061 | 1.2602 ± 0.0372 | 1.00 |
| 2000000 | - | 13.2104 ± 0.1185 | - |
The values are mean ± standard deviation. factor
is v1 / v2
like above
| no. of keys | quickdump v1 (s) | quickdump v2 (s) | factor |
|---|---|---|---|
| 2 | 0.0005 ± 0.0000 | 0.0006 ± 0.0001 | 0.88 |
| 200 | 0.0014 ± 0.0002 | 0.0010 ± 0.0001 | 1.33 |
| 2000 | 0.0086 ± 0.0008 | 0.0072 ± 0.0005 | 1.20 |
| 200000 | 0.8516 ± 0.0048 | 0.6413 ± 0.0082 | 1.33 |
| 2000000 | 8.8809 ± 0.0345 | 6.3756 ± 0.0443 | 1.39 |
Running the same benchmark_plugingetset
tests with version 3 of the plugin yields:
factor
is v1 / v2
like above (bigger is better)
| no. of keys | quickdump v2 (B) | quickdump v3 (B) | factor |
|---|---|---|---|
| 2 | 380 | 240 | 1.58 |
| 200 | 23788 | 23788 | 1.00 |
| 2000 | 381788 | 241788 | 1.58 |
| 200000 | 38977788 | 24977788 | 1.56 |
| 2000000 | 393777788 | 253777788 | 1.55 |
The values are mean ± standard deviation. factor
is v2 / v3
, i.e. bigger is better
| no. of keys | quickdump v2 (s) | quickdump v3 (s) | factor |
|---|---|---|---|
| 2 | 0.0013 ± 0.0035 | 0.0012 ± 0.0029 | 1.08 |
| 200 | 0.0018 ± 0.0002 | 0.0017 ± 0.0002 | 1.05 |
| 2000 | 0.0112 ± 0.0021 | 0.0106 ± 0.0011 | 1.06 |
| 200000 | 1.2602 ± 0.0372 | 1.1473 ± 0.0287 | 1.10 |
| 2000000 | 13.2104 ± 0.1185 | 11.5082 ± 0.2624 | 1.15 |
The values are mean ± standard deviation. factor
is v2 / v3
like above
| no. of keys | quickdump v2 (s) | quickdump v3 (s) | factor |
|---|---|---|---|
| 2 | 0.0006 ± 0.0001 | 0.0006 ± 0.0001 | 0.99 |
| 200 | 0.0010 ± 0.0001 | 0.0012 ± 0.0001 | 0.84 |
| 2000 | 0.0072 ± 0.0005 | 0.0070 ± 0.0004 | 1.03 |
| 200000 | 0.6413 ± 0.0082 | 0.6288 ± 0.0218 | 1.02 |
| 2000000 | 6.3756 ± 0.0443 | 6.2309 ± 0.0462 | 1.02 |


What is a range vector?
A range vector is a vector containing a range of numeric values increasing or decreasing by a fixed increment or decrement value for each additional element.
Give an example of a range vector with 5 Integers increasing by 5 for each additional element.
{5, 10, 15, 20, 25}
Which result do the v1, v2, v3, v4 and v5 have below?
v1 has the value {3, 4, 5, 6, 7, 8}
v2 has the value {-20, -19, -18, -17, -16, -15, -14, -13, -12, -11}
v3 has the value {11.3, 12.3, 13.3, 14.3, 15.3}
v4 is an empty vector
v5 has the value {1.1, 2.1, 3.1}
How can you construct the range vectors below?
{15.0, 18.0, 21.0, 24.0, 27.0},
{-6.5, -8.5, -10.5} and
an empty Integer vector.
Write the class containing the vectors here:
These vectors are just examples of how the vectors can be constructed. There is more than one solution to every vector.


We Prayed for Paris, we supported India at World Cups, we Supported Gay Rights; now it is time to show our soldiers that we care. I know it is insignificant, it wont bring them back, it will not lead us to winning a war or anything but just a gesture. A feel good gesture like every other time.
Upload your profile picture to generate one like the shown below. Change your profile picture to show your support for our soldiers.


Validates expressions passed as arguments for
@Pattern
parameters and values returned from
@Pattern
-annotated methods.


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Placement is one of the advantages that KIIT offers since its inception .It has an impeccable record in campus placement. KIIT has always been much favored talent hunting ground for corporate world as it delivers industry-ready students. A well organized placement team streamlines the recruitment process and students get the jobs of their choice.
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KIIT has a dedicated Career Advisory and Augmentation Services department takes care of the holistic development of the students for Placement Training and also takes care of shaping careers post their graduation by training them for higher studies.


When someone says they've lost a friend they usually mean they've fallen out with them. The realization finally struck me this weekend that I had lost one in a far more permanent way; that I had also foolishly neglected the friendship for so long (thanks to geography, social scenes and the ever-intervening mess of live's administrative duties) that it was only on losing him that I was jolted into reminiscing about how much had been lost.
I can still remember the gutwrench I felt when I was told my grandmother had just died, over seven years ago now. It was like a dozen ligatures tearing, like my heart had ripped in two and the halves were falling, falling through me, snapping thin things as they dropped. My reaction a couple of weeks ago when I first found out Dan had died (I write that with a pervading sense of disbelief that it's true) was more emotionally muted: I suppose "of course", as he hadn't brought me up for some twenty-five years including my childhood. But the tears shed at his memorial service on Sunday, from people whose sarcastic air of detachment I had spent an undergraduacy contemplating from slightly afar, jolted me into feeling all too much myself.
There we all were at the reception after the service, discussing a man who had been two months younger than me, a man whose acquaintance I had almost criminally neglected since he moved to New York. Discussing him a little bit like a celebrity, a little bit like an essay topic, but also as though he was only on the other side of the room, mingling with a different crowd, making his way over and soon to turn up at our table.
Any time now, he would bring his short, stout body, big, strong guffaws, gleeful smile and crinkled-up eyes over and poke fun at us in his odd mix of Scottish and German accents.  He'd do all this, when he finally came over to your table, and he'd be over soon. Any time now, he'd be here: grip your chair, blink your eyes and wish it.
Dan was a charming, clever, eccentric, chaotic, big-hearted man. A joy and only occasionally annoying to have as a neighbour for two years, he would boom Beethoven's 9th through the wall at me and I would respond with Radiohead. He had a sharp wit and tastes somehow both epicurean—fine wines, good beer—and catholic—Patricia the Stripper, for heaven's sake.
He was thoughtful and unassuming in his cleverness, the sheer scope of which (he had been published only recently in both Nature and Science) I only really appreciated after hearing colleagues speak at the service. He worried gently and unobtrusively about his friends, keeping parties moving and always ready to share a quiet word if you needed it. Some of his quiet words saved my life once.
I will miss him immensely and hollowly, like a scooped-out, barren rock sounding in the darkness.  It was a tenure he'd quit only temporarily, with both of us probably fully expecting he would one day return and put the tent back up.
But now I know he won't. Goodbye, Dan.


Statistics and data team
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Official Statistics
Provisional recruitment to initial teacher training programmes in England in the academic year 2014 to 2015.
The data includes the number of trainees and information about trainees on initial teacher training ( ITT ) programmes.
There’s also a forecast of the number of trainees we expect to commence training later in the academic year.
We use the information to:
determine funding for ITT providers
monitor the recruitment of under-represented groups in ITT
monitor the recruitment of new entrants against intake targets
Email<EMAIL_ADDRESS>Telephone: Sally Mercer 020 7340 7077


by Sher Minn Chong / @piratefsh / EmpireJS 2018
Editor of Computer Graphics and Art, 1976-1978
1950s to 1970s
(before personal computing, color screens, laser printers, 3D graphics)
introduced in 1959 at the price of USD 3 million
"...I would go to the computer center and look at the information and then type it out, resulting in the punched cards.
I'd give it to the little man behind the door, and five minutes later, I'd get this drawing back...
Animation of human limbs to determine possible movements in cockpit for easier instrumentation reach
Source: The Computer in Art by Jasia Reichdart, 1971
Seattle-Tacoma airport graphic used for animation of landing simulations
Source: The Computer in Art by Jasia Reichdart, 1971
Simulation of a Two-Gyro Gravity Gradient Attitude Control System by E. E. Zajac, 1963 [source]
pioneered oscilloscope art in 1950s-1960s
Various Oscillons [source]
Four flies sit at the corners of a card table, facing inward. They start simultaneously walking at the same rate, each directing its motion steadily toward the fly on its right. Find the path of each.
made algorithmic art before computers were a thing in the 1960s
Distribution Aleatoire De 4 Elements (Pour Prog. Ordinateur) / Random Distribution of 4 Elements (for the computer), 1970 [source]
A la Recherche de Paul Klee, 1971.
Material: felt tip pen on paper [source]
A la Recherche de Paul Klee, 1970.
Material: ink on paper, plotter drawing [source]
Structures de quadrilatères (Square Structures) [source]
In preparation for Frieder [source]
144 Trapèzes (144 Trapeziums) [source]
IBM 1403 line printer.
Source: The Computer in Art by Jasia Reichdart, 1971
artist who got into programming
Equal Tea Talk, 1969 [source]
Undernourished, 1969 [source]
Jelly Centers, 1969 [source]
Jelly Centers Detail, 1969 [source]
Family #2, 1973, Lithograph [source]
With English, 1975, Lithograph [source]
not quite, more like EBCDIC art
(Extended Binary Coded Decimal Interchange Code)
Punched card with the EBCDIC character set.[source]
by Katherine Nash and Richard H. Williams at University of New Mexico
"...to teach students to make simple computer graphics"
"...notable for its simplicity and intended primarily as an introduction to the use of computers for those without any technological background"
source: The Computer in Art by Jasia Reichdart, 1971
by Michael A Noll and Bela Julesz with the IBM 7094
Source: Michael A. Noll, Leonardo, Volume 49, Number 3, 2016, pp. 232-239
Source: Michael A. Noll, Leonardo, Volume 49, Number 3, 2016, pp. 232-239
...so far the means are of greater interest than the end, this revolutionary collaboration resulting in bleak, very complex geometrical patterns excluding the smallest ingredient of manual sensibility.
NY Times review of the first ever computer art exhibit in the US [source]
at the V&A Museum in London


Kahvi's blog
On the timeless style of skateboarding
Why does anything but science matter?
i made a blog
Vlogging and its treacherous implications
Call me when you're Turing complete


signalfd - create a file descriptor for accepting signals
#include <sys/signalfd.h>
int signalfd(int fd, const sigset_t
*mask, int flags);
signalfd() creates a file descriptor that can be used to accept signals
targeted at the caller. This provides an alternative to the use of a signal
handler or sigwaitinfo(2), and has the advantage that the file
descriptor may be monitored by select(2), poll(2), and
epoll(7).
The mask argument specifies the set of signals that the
caller wishes to accept via the file descriptor. This argument is a signal
set whose contents can be initialized using the macros described in
sigsetops(3). Normally, the set of signals to be received via the
file descriptor should be blocked using sigprocmask(2), to prevent
the signals being handled according to their default dispositions. It is not
possible to receive SIGKILL or SIGSTOP signals via a signalfd
file descriptor; these signals are silently ignored if specified in
mask.
If the fd argument is -1, then the call creates a new file
descriptor and associates the signal set specified in mask with that
file descriptor. If fd is not -1, then it must specify a valid
existing signalfd file descriptor, and mask is used to replace the
signal set associated with that file descriptor.
Starting with Linux 2.6.27, the following values may be bitwise
ORed in flags to change the behavior of signalfd():
- SFD_NONBLOCK
- Set the O_NONBLOCK file status flag on the open file description
(see open(2)) referred to by the new file descriptor. Using this
flag saves extra calls to fcntl(2) to achieve the same result.
- SFD_CLOEXEC
- Set the close-on-exec (FD_CLOEXEC) flag on the new file descriptor.
See the description of the O_CLOEXEC flag in open(2) for
reasons why this may be useful.
In Linux up to version 2.6.26, the flags argument is
unused, and must be specified as zero.
signalfd() returns a file descriptor that supports the
following operations:
- read(2)
- If one or more of the signals specified in mask is pending for the
process, then the buffer supplied to read(2) is used to return one
or more signalfd_siginfo structures (see below) that describe the
signals. The read(2) returns information for as many signals as are
pending and will fit in the supplied buffer. The buffer must be at least
sizeof(struct signalfd_siginfo) bytes. The return value of the
read(2) is the total number of bytes read.
- As a consequence of the read(2), the signals are consumed, so that
they are no longer pending for the process (i.e., will not be caught by
signal handlers, and cannot be accepted using sigwaitinfo(2)).
- If none of the signals in mask is pending for the process, then the
read(2) either blocks until one of the signals in mask is
generated for the process, or fails with the error EAGAIN if the
file descriptor has been made nonblocking.
- poll(2), select(2) (and similar)
- The file descriptor is readable (the select(2) readfds
argument; the poll(2) POLLIN flag) if one or more of the
signals in mask is pending for the process.
- The signalfd file descriptor also supports the other file-descriptor
multiplexing APIs: pselect(2), ppoll(2), and
epoll(7).
- close(2)
- When the file descriptor is no longer required it should be closed. When
all file descriptors associated with the same signalfd object have been
closed, the resources for object are freed by the kernel.
The format of the signalfd_siginfo structure(s) returned by
read(2)s from a signalfd file descriptor is as follows:
struct signalfd_siginfo {
uint32_t ssi_signo; /* Signal number */
int32_t ssi_errno; /* Error number (unused) */
int32_t ssi_code; /* Signal code */
uint32_t ssi_pid; /* PID of sender */
uint32_t ssi_uid; /* Real UID of sender */
int32_t ssi_fd; /* File descriptor (SIGIO) */
uint32_t ssi_tid; /* Kernel timer ID (POSIX timers)
uint32_t ssi_band; /* Band event (SIGIO) */
uint32_t ssi_overrun; /* POSIX timer overrun count */
uint32_t ssi_trapno; /* Trap number that caused signal */
int32_t ssi_status; /* Exit status or signal (SIGCHLD) */
int32_t ssi_int; /* Integer sent by sigqueue(3) */
uint64_t ssi_ptr; /* Pointer sent by sigqueue(3) */
uint64_t ssi_utime; /* User CPU time consumed (SIGCHLD) */
uint64_t ssi_stime; /* System CPU time consumed
(SIGCHLD) */
uint64_t ssi_addr; /* Address that generated signal
(for hardware-generated signals) */
uint16_t ssi_addr_lsb; /* Least significant bit of address
(SIGBUS; since Linux 2.6.37)
uint8_t pad[X]; /* Pad size to 128 bytes (allow for
additional fields in the future) */
};
Each of the fields in this structure is analogous to the similarly
named field in the siginfo_t structure. The siginfo_t
structure is described in sigaction(2). Not all fields in the
returned signalfd_siginfo structure will be valid for a specific
signal; the set of valid fields can be determined from the value returned in
the ssi_code field. This field is the analog of the siginfo_t
si_code field; see sigaction(2) for details.
After a fork(2), the child inherits a copy of the signalfd file
descriptor. A read(2) from the file descriptor in the child will return
information about signals queued to the child.
As with other file descriptors, signalfd file descriptors can be passed to
another process via a UNIX domain socket (see unix(7)). In the
receiving process, a read(2) from the received file descriptor will
return information about signals queued to that process.
Just like any other file descriptor, a signalfd file descriptor remains open
across an execve(2), unless it has been marked for close-on-exec (see
fcntl(2)). Any signals that were available for reading before the
execve(2) remain available to the newly loaded program. (This is
analogous to traditional signal semantics, where a blocked signal that is
pending remains pending across an execve(2).)
The semantics of signalfd file descriptors in a multithreaded program mirror the
standard semantics for signals. In other words, when a thread reads from a
signalfd file descriptor, it will read the signals that are directed to the
thread itself and the signals that are directed to the process (i.e., the
entire thread group). (A thread will not be able to read signals that are
directed to other threads in the process.)
If a process adds (via epoll_ctl(2)) a signalfd file descriptor to an
epoll(7) instance, then epoll_wait(2) returns events only for
signals sent to that process. In particular, if the process then uses
fork() to create a child process, then the child will be able to
read(2) signals that are sent to it using the signalfd file descriptor,
but epoll_wait(2) will not indicate that the signalfd file
descriptor is ready. In this scenario, a possible workaround is that after the
fork(2), the child process can close the signalfd file descriptor that
it inherited from the parent process and then create another signalfd file
descriptor and add it to the epoll instance. Alternatively, the parent and the
child could delay creating their (separate) signalfd file descriptors and
adding them to the epoll instance until after the call to fork(2).
On success, signalfd() returns a signalfd file descriptor; this is either
a new file descriptor (if fd was -1), or fd if fd was a
valid signalfd file descriptor. On error, -1 is returned and errno is
set to indicate the error.
- EBADF
- The fd file descriptor is not a valid file descriptor.
- EINVAL
- fd is not a valid signalfd file descriptor.
- EINVAL
- flags is invalid; or, in Linux 2.6.26 or earlier, flags is
nonzero.
- EMFILE
- The per-process limit on the number of open file descriptors has been
reached.
- ENFILE
- The system-wide limit on the total number of open files has been
reached.
- ENODEV
- Could not mount (internal) anonymous inode device.
- ENOMEM
- There was insufficient memory to create a new signalfd file
descriptor.
signalfd() is available on Linux since kernel 2.6.22. Working support is
provided in glibc since version 2.8. The signalfd4() system call (see
NOTES) is available on Linux since kernel 2.6.27.
signalfd() and signalfd4() are Linux-specific.
A process can create multiple signalfd file descriptors. This makes it possible
to accept different signals on different file descriptors. (This may be useful
if monitoring the file descriptors using select(2), poll(2), or
epoll(7): the arrival of different signals will make different file
descriptors ready.) If a signal appears in the mask of more than one of
the file descriptors, then occurrences of that signal can be read (once) from
any one of the file descriptors.
Attempts to include SIGKILL and SIGSTOP in
mask are silently ignored.
The signal mask employed by a signalfd file descriptor can be
viewed via the entry for the corresponding file descriptor in the process's
/proc/[pid]/fdinfo directory. See proc(5) for further
details.
The signalfd mechanism can't be used to receive signals that are synchronously
generated, such as the SIGSEGV signal that results from accessing an
invalid memory address or the SIGFPE signal that results from an
arithmetic error. Such signals can be caught only via signal handler.
As described above, in normal usage one blocks the signals that
will be accepted via signalfd(). If spawning a child process to
execute a helper program (that does not need the signalfd file descriptor),
then, after the call to fork(2), you will normally want to unblock
those signals before calling execve(2), so that the helper program
can see any signals that it expects to see. Be aware, however, that this
won't be possible in the case of a helper program spawned behind the scenes
by any library function that the program may call. In such cases, one must
fall back to using a traditional signal handler that writes to a file
descriptor monitored by select(2), poll(2), or
epoll(7).
The underlying Linux system call requires an additional argument, size_t
sizemask, which specifies the size of the mask argument. The glibc
signalfd() wrapper function does not include this argument, since it
provides the required value for the underlying system call.
There are two underlying Linux system calls: signalfd() and
the more recent signalfd4(). The former system call does not
implement a flags argument. The latter system call implements the
flags values described above. Starting with glibc 2.9, the
signalfd() wrapper function will use signalfd4() where it is
available.
In kernels before 2.6.25, the ssi_ptr and ssi_int fields are not
filled in with the data accompanying a signal sent by sigqueue(3).
The program below accepts the signals SIGINT and SIGQUIT via a
signalfd file descriptor. The program terminates after accepting a
SIGQUIT signal. The following shell session demonstrates the use of the
program:
$ ./signalfd_demo
^C # Control-C generates SIGINT
Got SIGINT
^C
Got SIGINT
^\ # Control-\ generates SIGQUIT
Got SIGQUIT
$
#include <sys/signalfd.h>
#include <signal.h>
#include <unistd.h>
#include <stdlib.h>
#include <stdio.h>
#define handle_error(msg) \
do { perror(msg); exit(EXIT_FAILURE); } while (0)
int
main(int argc, char *argv[])
{
sigset_t mask;
int sfd;
struct signalfd_siginfo fdsi;
ssize_t s;
sigemptyset(&mask);
sigaddset(&mask, SIGINT);
sigaddset(&mask, SIGQUIT);
/* Block signals so that they aren't handled
according to their default dispositions */
if (sigprocmask(SIG_BLOCK, &mask, NULL) == -1)
handle_error("sigprocmask");
sfd = signalfd(-1, &mask, 0);
if (sfd == -1)
handle_error("signalfd");
for (;;) {
s = read(sfd, &fdsi, sizeof(struct signalfd_siginfo));
if (s != sizeof(struct signalfd_siginfo))
handle_error("read");
if (fdsi.ssi_signo == SIGINT) {
printf("Got SIGINT\n");
} else if (fdsi.ssi_signo == SIGQUIT) {
printf("Got SIGQUIT\n");
exit(EXIT_SUCCESS);
} else {
printf("Read unexpected signal\n");
}
}
}
eventfd(2), poll(2), read(2), select(2),
sigaction(2), sigprocmask(2), sigwaitinfo(2),
timerfd_create(2), sigsetops(3), sigwait(3),
epoll(7), signal(7)
This page is part of release 5.05 of the Linux man-pages project. A
description of the project, information about reporting bugs, and the latest
version of this page, can be found at https://www.kernel.org/doc/man-pages/.


Class: Concurrent::TimerSet
- Inherits:
-
RubyExecutorService
- Object
- Synchronization::LockableObject
- AbstractExecutorService
- RubyExecutorService
- Concurrent::TimerSet
- Defined in:
- lib/concurrent/executor/timer_set.rb
Overview
Time calculations one all platforms and languages are sensitive to changes to the system clock. To alleviate the potential problems associated with changing the system clock while an application is running, most modern operating systems provide a monotonic clock that operates independently of the system clock. A monotonic clock cannot be used to determine human-friendly clock times. A monotonic clock is used exclusively for calculating time intervals. Not all Ruby platforms provide access to an operating system monotonic clock. On these platforms a pure-Ruby monotonic clock will be used as a fallback. An operating system monotonic clock is both faster and more reliable than the pure-Ruby implementation. The pure-Ruby implementation should be fast and reliable enough for most non-realtime operations. At this time the common Ruby platforms that provide access to an operating system monotonic clock are MRI 2.1 and above and JRuby (all versions).
Executes a collection of tasks, each after a given delay. A master task
monitors the set and schedules each task for execution at the appropriate
time. Tasks are run on the global thread pool or on the supplied executor.
Each task is represented as a ScheduledTask
.
Constant Summary
Instance Attribute Summary (collapse)
-
- (Symbol) fallback_policy
inherited
from RubyExecutorService
readonly
The fallback policy in effect.
-
- (Symbol) fallback_policy
inherited
from AbstractExecutorService
readonly
The fallback policy in effect.

-
- (Concurrent::ScheduledTask, false) post(delay, *args) { ... }
Post a task to be execute run after a given delay (in seconds).
Constructor Details
- (TimerSet) initialize(opts = {})
Create a new set of timed tasks.
30 31 32 |
# File 'lib/concurrent/executor/timer_set.rb', line 30 def initialize(opts = {}) super(opts) end |
Instance Attribute Details
- (Symbol) fallback_policy (readonly) Originally defined in class RubyExecutorService
Returns The fallback policy in effect. Either :abort
, :discard
, or :caller_runs
.
- (Symbol) fallback_policy (readonly) Originally defined in class AbstractExecutorService
Returns The fallback policy in effect. Either :abort
, :discard
, or :caller_runs
.
 In-progress tasks will be allowed to complete but enqueued tasks will be dismissed and no new tasks will be accepted. Has no additional effect if the thread pool is not running.
64 65 66 |
# File 'lib/concurrent/executor/timer_set.rb', line 64 def kill shutdown end |
- (Concurrent::ScheduledTask, false) post(delay, *args) { ... }
Post a task to be execute run after a given delay (in seconds). If the delay is less than 1/100th of a second the task will be immediately post to the executor.
48 49 50 51 52 53 54 55 56 57 58 |
# File 'lib/concurrent/executor/timer_set.rb', line 48 def post(delay, *args, &task) raise ArgumentError.new('no block given') unless block_given? return false unless running? opts = { executor: @task_executor, args: args, timer_set: self } task = ScheduledTask.execute(delay, opts, &task) # may raise exception task.unscheduled? ? false : task end |


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// Copyright (C) 2011 Davis E. King (davis@dlib.net), Nils Labugt // License: Boost Software License See LICENSE.txt for the full license. #undef DLIB_LOAd_IMAGE_ABSTRACT_ #ifdef DLIB_LOAd_IMAGE_ABSTRACT_ #include "load_image_abstract.h" #include "../string.h" #include "../image_processing/generic_image.h" namespace dlib { template <typename image_type> void load_image ( image_type& image, const std::string& file_name ); /*! requires - image_type == an image object that implements the interface defined in dlib/image_processing/generic_image.h ensures - This function looks at the file extensions and file headers to try and figure out what kind of image format is inside the given file. It then calls one of load_png(), load_jpeg(), load_bmp(), or load_dng() as appropriate and stores the resulting image into #image. throws - image_load_error This exception is thrown if there is some error that prevents us from loading the given image file. !*/ } #endif // DLIB_LOAd_IMAGE_ABSTRACT_


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Dreamweaver is a web design / development IDE with lots of features right at the designer / developer's fingertips.
Code completion
WYSIWYG editor
Live preview
more ...
You can use Dreamweaver templates to design a fixed page layout and then create documents based on these templates. Read this set of topics to learn how you can work with templates in Dreamweaver.
From the very right hand side of the application bar click the dropdown "Designer". Then select "Classic"


Contact name
City
Coutry
Is Promoted
Maria Anders
Berlin
Germany
Ana Trujillo
México D.F.
Mexico
Antonio Moreno
México D.F.
Mexico
Thomas Hardy
London
UK


Three arrested over Kevin Lunney abduction released without charge
by Jack QuannThree people arrested in relation to the abduction of Kevin Lunney have been released without charge.
The two men and one woman were released in the early hours of Saturday morning.
A mother and son were among those being questioned since Thursday over the incident in September.
A file will now be prepared for the Director of Public Prosecutions (DPP).
Mr Lunney, an executive of Quinn Industrial Holdings, was attacked as he was driving from work to his home in Kinawley, Co Fermanagh.
The 50-year-old was beaten and tortured by three men in an attack that lasted for about two and a half hours.
He also said he had the letters 'QIH' cut into his chest with a Stanley knife.
Recounting the ordeal earlier this month, Mr Lunney feared he would never see his wife and children again.
He was driven across the border to Co Cavan - to what he described as an "old farmyard space" and taken inside a horse box.
He said the man with the Stanley knife said: 'You know why you're here. It's about QIH and you're going to resign.'
Mr Lunney recounted: "He started to run the Stanley knife under each nail, deep enough so it was sore and painful.
"They poured bleach over my hands, then rubbed them over with a rag really hard."
The kidnappers then stripped Mr Lunney, cutting the clothes from his body and leaving deep cuts on his legs and arms.
They then poured more bleach over the rest of his body and used a rag to rub it into the wounds.
Mr Lunney said he was in excruciating pain: "I was screaming, I think. I don't remember."
The kidnappers then told him they had been watching him, his family and the other Quinn directors.
His leg was hit with what he thinks was a baseball bat or short fence post.
Mr Lunney was then dumped at the side of a road in Co Cavan - 22 miles away from where he was abducted.
Last week, Gardaí and the PSNI launched a cross-border taskforce to investigate the attack and the wider campaign - which included a number of death threats.
The task-force was announced following a series of raids on both sides of the border and in England.
Gardaí searched 12 locations south of the border while the PSNI searched five locations in the North.
Meanwhile, British police searched a home in Derbyshire.
Police said one of the main suspects in the investigation, Irish man Cyril McGuiness, died during that raid.