CADEntityStreamer.h

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/*--------------------------------------------------------------------------------------------
Copyright (c) 2019, NDEVR LLC
tyler.parke@ndevr.org
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 |  \  |  | |  __ \  |  ___|\ \   / / |   __  \
 |   \ |  | | |  \ \ | |___  \ \ / /  |  |__)  |
 |  . \|  | | |__/ / | |___   \ V /   |   _   /
 |  |\    |_|_____/__|_____|___\_/____|  | \  \
 |__| \__________________________________|  \__\
 
Subject to the terms of the Enterprise+ Agreement, NDEVR hereby grants 
Licensee a limited, non-exclusive, non-transferable, royalty-free license 
(without the right to sublicense) to use the API solely for the purpose of 
Licensee's internal development efforts to develop applications for which 
the API was provided.
 
The above copyright notice and this permission notice shall be included in all 
copies or substantial portions of the Software.
 
THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS OR IMPLIED,
INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY, FITNESS FOR A PARTICULAR
PURPOSE AND NONINFRINGEMENT. IN NO EVENT SHALL THE AUTHORS OR COPYRIGHT HOLDERS BE LIABLE
FOR ANY CLAIM, DAMAGES OR OTHER LIABILITY, WHETHER IN AN ACTION OF CONTRACT, TORT OR
OTHERWISE, ARISING FROM, OUT OF OR IN CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER
DEALINGS IN THE SOFTWARE.
 
Library: CAD
File: CADEntityStreamer
Included in API: True
Author(s): Tyler Parke
 *-----------------------------------------------------------------------------------------**/
#pragma once
#include "CADEntities.h"
#include "DXFAttributes.h"
#include "Base/Headers/Log.h"
#include "Base/Headers/Translator.h"
 
namespace NDEVR
{
    class DXFValueManager;
    /**--------------------------------------------------------------------------------------------------
    \brief A base-class for streaming out CAD entities from a file or CAD program memory.
    **/
    class CADEntityStreamer
    {
    public:
        CADEntityStreamer(ProgressInfo* logger) 
            : m_log_features(false)
            , m_logger(*logger) 
        {}
        virtual ~CADEntityStreamer() = default;
        virtual void processCodeValuePair(unsigned int, const String&) {/*if(m_log_features) m_logger.addMessage("Code Value Pair");*/ }
        virtual void endSection() { if (m_log_features)m_logger.addMessage(_t("End Section")); }
        virtual void addLayer(const LayerData&) { if (m_log_features)m_logger.addMessage(_t("Add Layer")); }
        virtual void addLinetype(const LineTypeData&) { if (m_log_features)m_logger.addMessage(_t("Add Line Type")); }
        virtual void addLinetypeDash(double) { if (m_log_features)m_logger.addMessage(_t("Add Line Type Dash")); }
        virtual void addBlock(const BlockData&) { if (m_log_features)m_logger.addMessage(_t("Add Block")); }
        virtual void addGroup(const DXFGroup&) { if (m_log_features)m_logger.addMessage(_t("Add Group")); }
        virtual void endBlock(const uint04&) { if (m_log_features) m_logger.addMessage(_t("End Block")); }
        virtual void addTextStyle(const StyleData&) { if (m_log_features)m_logger.addMessage(_t("Add Text Style")); }
        virtual void addPoint(const PointData&) { if (m_log_features)m_logger.addMessage(_t("Add Point")); }
        virtual void addLine(const LineData&) { if (m_log_features)m_logger.addMessage(_t("Add Line")); }
        virtual void addXLine(const LineData&) { if (m_log_features)m_logger.addMessage(_t("Add X Line")); }
        virtual void addDXFMaterial(DXFMaterial&) { if (m_log_features)m_logger.addMessage(_t("Add Material")); }
        virtual void addRay(const LineData&) { if (m_log_features)m_logger.addMessage(_t("Add Ray")); }
        virtual void addAttribute(const Attrib&) { if (m_log_features)m_logger.addMessage(_t("Add Attribute")); }
        virtual void addAttributeDefintion(const Attrib&) { if (m_log_features)m_logger.addMessage(_t("Add Attribute Defintion")); }
 
        virtual void addArc(const ArcData&) { if (m_log_features)m_logger.addMessage(_t("Add Arc")); }
        virtual void addCircle(const CircleData&) { if (m_log_features)m_logger.addMessage(_t("Add Circle")); }
        virtual void addEllipse(const EllipseData&) { if (m_log_features)m_logger.addMessage(_t("Add Ellipse")); }
 
        virtual void addPolyline(const PolylineData&) { if (m_log_features)m_logger.addMessage(_t("Add Polyline")); }
        virtual void addVertex(const Vector<4, fltp08>&) { if (m_log_features)m_logger.addMessage(_t("Add Vertex")); }
        virtual void setVertex(uint04, const Vector<4, fltp08>&) { if (m_log_features)m_logger.addMessage(_t("Set Vertex")); }
        virtual void addIndex(const Vector<4, sint04>&) { if (m_log_features)m_logger.addMessage(_t("Add Index")); }
 
        virtual void addSpline(const SplineData&) { if (m_log_features)m_logger.addMessage(_t("Add Spline")); }
        virtual void addControlPoint(const Vector<4, fltp08>&) { if (m_log_features)m_logger.addMessage(_t("Add Control Point")); }
        virtual void addFitPoint(const Vector<3, fltp08>&) { if (m_log_features)m_logger.addMessage(_t("Add Fit Point")); }
        virtual void addKnot(fltp08) { if (m_log_features)m_logger.addMessage(_t("Add Knot")); }
        virtual void addInsert(const BlockInsert&) { m_logger.addMessage(_t("Add Insert")); }
 
        virtual void addText(const TextData&) { if (m_log_features) m_logger.addMessage(_t("Add Text")); }
        virtual void addDimAlign(const DimAlignedData&) { if (m_log_features) m_logger.addMessage(_t("Add Dim Align")); }
        virtual void addDimLinear(const LinearDimension&) { if (m_log_features) m_logger.addMessage(_t("Add Dim Linear")); }
        virtual void addDimRadial(const RadialDimension&) { if (m_log_features) m_logger.addMessage(_t("Add Dim Radial")); }
        virtual void addDimDiametric(const DiametricDimension&) { if (m_log_features) m_logger.addMessage(_t("Add Dim Diametric")); }
        virtual void addDimAngular(const AngularDimensionData<3>&) { if (m_log_features) m_logger.addMessage(_t("Add Dim Angular")); }
        virtual void addDimAngular(const AngularDimensionData<4>&) { if (m_log_features) m_logger.addMessage(_t("Add Dim Angular 3P")); }
        virtual void addDimOrdinate(const DimOrdinateData&) { if (m_log_features) m_logger.addMessage(_t("Add Dim Ordinate")); }
        virtual void addMesh(CADMeshData&) { if (m_log_features) m_logger.addMessage(_t("Add MESH")); }
        virtual void addLeader(const LeaderData&) { if (m_log_features) m_logger.addMessage(_t("Add Leader")); }
        virtual void addLeaderVertex(const Vector<2, fltp08>&) { if (m_log_features) m_logger.addMessage(_t("Add Leader Vertex")); }
 
        virtual void addHatch(const HatchData&) { if (m_log_features) m_logger.addMessage(_t("Add Hatch")); }
 
        virtual void addTrace(const TraceData&) { if (m_log_features) m_logger.addMessage(_t("Add Trace")); }
        virtual void add3dFace(const TraceData&) { if (m_log_features) m_logger.addMessage(_t("Add 3D Face")); }
        virtual void add3dFace(const Triangle<3, fltp08>&) { if (m_log_features) m_logger.addMessage(_t("Add 3D Face")); }
 
        virtual void addImage(const CADImageData&) { if (m_log_features) m_logger.addMessage(_t("Add Image")); }
        virtual void linkImage(const ImageDefData&) { if (m_log_features) m_logger.addMessage(_t("Link Image")); }
        virtual void addHatchLoop(const HatchLoopData&) { if (m_log_features) m_logger.addMessage(_t("Add Hatch Loop")); }
        virtual void addHatchEdge(const HatchEdgeData&) { if (m_log_features) m_logger.addMessage(_t("Add Hatch Edge")); }
 
        virtual void addXRecord(const HandleData&) { if (m_log_features) m_logger.addMessage(_t("Add XRecord")); }
        virtual void addXRecordData(uint04, DXFValueManager*) { if (m_log_features) m_logger.addMessage(_t("Add X Data")); };
 
        virtual void addDictionary(const CADDictionaryObject&) { if (m_log_features) m_logger.addMessage(_t("Add Dictionary")); }
        virtual void addDictionaryEntry(const String&, const String&) { if (m_log_features) m_logger.addMessage(_t("Add Dictionary")); }
 
        virtual void endEntity() { if (m_log_features) m_logger.addMessage(_t("End Sequence")); }
 
        virtual void addComment(const String&) { if (m_log_features) m_logger.addMessage(_t("End Sequence")); }
 
        virtual void setVariableVector(const String&, Vector<3, fltp08>, int) { if (m_log_features) m_logger.addMessage(_t("End Sequence")); }
        virtual void setVariableString(const String&, const String&, int) { if (m_log_features) m_logger.addMessage(_t("End Sequence")); }
        virtual void setVariableInt(const String&, int, int) { if (m_log_features) m_logger.addMessage(_t("End Sequence")); }
        virtual void setVariableDouble(const String&, double, int) { if (m_log_features) m_logger.addMessage(_t("End Sequence")); }
        virtual void endSequence() { if (m_log_features) m_logger.addMessage(_t("End Sequence")); }
 
        virtual void setAttributes(const DXFAttributes&) {
            //m_attributes = attrib;
        }
 
 
 
        virtual void setExtrusion(fltp08 dx, fltp08 dy, fltp08 dz, fltp08 elevation) {
            m_extrusion.setDirection(dx, dy, dz);
            m_extrusion.setElevation(elevation);
        }
 
        Extrusion& getExtrusion() {
            return m_extrusion;
        }
 
    protected:
        bool m_log_features;
        Extrusion m_extrusion;
        ProgressInfo& m_logger;
    };
}