private void InsertMasterStylePlaceholders(ShapeTreeMapping stm)
{
var slideAtom = this.Slide.FirstChildWithType <SlideAtom>();
foreach (var master in this._ctx.Ppt.MainMasterRecords)
{
if (master.PersistAtom.SlideId == slideAtom.MasterId)
{
var shapes = master.AllChildrenWithType <PPDrawing>()[0].AllChildrenWithType <OfficeDrawing.DrawingContainer>()[0].AllChildrenWithType <OfficeDrawing.GroupContainer>()[0].AllChildrenWithType <OfficeDrawing.ShapeContainer>();
foreach (var shapecontainer in shapes)
{
foreach (var data in shapecontainer.AllChildrenWithType <OfficeDrawing.ClientData>())
{
var ms = new System.IO.MemoryStream(data.bytes);
var rec = OfficeDrawing.Record.ReadRecord(ms);
if (rec.TypeCode == 3011)
{
var placeholder = (OEPlaceHolderAtom)rec;
if (placeholder != null)
{
if (placeholder.PlacementId != PlaceholderEnum.MasterFooter)
{
stm.Apply(shapecontainer, "", "", "");
}
}
}
}
}
}
}
}
override public void Apply(RegularContainer slide)
{
TraceLogger.DebugInternal("TitleMasterMapping.Apply");
// Start the document
_writer.WriteStartDocument();
_writer.WriteStartElement("p", "sldLayout", OpenXmlNamespaces.PresentationML);
_writer.WriteAttributeString("showMasterSp", "0");
_writer.WriteAttributeString("type", "title");
_writer.WriteAttributeString("preserve", "1");
// Force declaration of these namespaces at document start
_writer.WriteAttributeString("xmlns", "a", null, OpenXmlNamespaces.DrawingML);
// Force declaration of these namespaces at document start
_writer.WriteAttributeString("xmlns", "r", null, OpenXmlNamespaces.Relationships);
_writer.WriteStartElement("p", "cSld", OpenXmlNamespaces.PresentationML);
_writer.WriteStartElement("p", "spTree", OpenXmlNamespaces.PresentationML);
ShapeTreeMapping stm = new ShapeTreeMapping(_ctx, _writer);
stm.parentSlideMapping = this;
stm.Apply(slide.FirstChildWithType <PPDrawing>());
_writer.WriteEndElement();
_writer.WriteEndElement();
// End the document
_writer.WriteEndElement();
_writer.WriteEndDocument();
_writer.Flush();
}
override public void Apply(RegularContainer note)
{
this.Note = (Note)note;
TraceLogger.DebugInternal("NoteMapping.Apply");
// Associate slide with slide layout
var notesAtom = note.FirstChildWithType <NotesAtom>();
//Add relationship to slide
this.targetPart.ReferencePart(this.SlideMapping.targetPart);
this.SlideMapping.targetPart.ReferencePart(this.targetPart);
//Add relationship to notes master
// Start the document
this._writer.WriteStartDocument();
this._writer.WriteStartElement("p", "notes", OpenXmlNamespaces.PresentationML);
// Force declaration of these namespaces at document start
this._writer.WriteAttributeString("xmlns", "a", null, OpenXmlNamespaces.DrawingML);
// Force declaration of these namespaces at document start
this._writer.WriteAttributeString("xmlns", "r", null, OpenXmlNamespaces.Relationships);
// TODO: Write slide data of master slide
this._writer.WriteStartElement("p", "cSld", OpenXmlNamespaces.PresentationML);
//TODO: write background properties (p:bg)
this._writer.WriteStartElement("p", "spTree", OpenXmlNamespaces.PresentationML);
var stm = new ShapeTreeMapping(this._ctx, this._writer);
stm.parentSlideMapping = this;
stm.Apply(note.FirstChildWithType <PPDrawing>());
checkHeaderFooter(stm);
this._writer.WriteEndElement(); //spTree
this._writer.WriteEndElement(); //cSld
// TODO: Write clrMapOvr
// End the document
this._writer.WriteEndElement(); //sld
this._writer.WriteEndDocument();
this._writer.Flush();
}
private void checkHeaderFooter(ShapeTreeMapping stm)
{
var slideAtom = this.Note.FirstChildWithType <NotesAtom>();
string footertext = "";
string headertext = "";
string userdatetext = "";
var headersfooters = this.Note.FirstChildWithType <SlideHeadersFootersContainer>();
if (headersfooters != null)
{
foreach (var text in headersfooters.AllChildrenWithType <CStringAtom>())
{
switch (text.Instance)
{
case 0:
userdatetext = text.Text;
break;
case 1:
headertext = text.Text;
break;
case 2:
footertext = text.Text;
break;
}
}
//CStringAtom text = headersfooters.FirstChildWithType<CStringAtom>();
//if (text != null)
//{
// footertext = text.Text;
//}
}
bool footer = false;
//bool header = false;
bool slideNumber = false;
//bool date = false;
//bool userDate = false;
foreach (var c in this._ctx.Ppt.DocumentRecord.AllChildrenWithType <SlideHeadersFootersContainer>())
{
switch (c.Instance)
{
case 0: //PerSlideHeadersFootersContainer
break;
case 3: //SlideHeadersFootersContainer
break;
case 4: //NotesHeadersFootersContainer
foreach (var a in c.AllChildrenWithType <HeadersFootersAtom>())
{
if (a.fHasFooter)
{
footer = true;
}
//if (a.fHasHeader) header = true;
if (a.fHasSlideNumber)
{
slideNumber = true;
}
//if (a.fHasDate) date = true;
//if (a.fHasUserDate) userDate = true;
}
break;
}
}
var master = this._ctx.Ppt.NotesMasterRecords[0];
if (slideNumber)
{
//foreach (Slide master in this._ctx.Ppt.MainMasterRecords)
//{
//if (master.PersistAtom.SlideId == slideAtom.MasterId)
//{
var shapes = master.AllChildrenWithType <PPDrawing>()[0].AllChildrenWithType <OfficeDrawing.DrawingContainer>()[0].AllChildrenWithType <OfficeDrawing.GroupContainer>()[0].AllChildrenWithType <OfficeDrawing.ShapeContainer>();
foreach (var shapecontainer in shapes)
{
foreach (var data in shapecontainer.AllChildrenWithType <OfficeDrawing.ClientData>())
{
var ms = new System.IO.MemoryStream(data.bytes);
var rec = OfficeDrawing.Record.ReadRecord(ms);
if (rec.TypeCode == 3011)
{
var placeholder = (OEPlaceHolderAtom)rec;
if (placeholder != null)
{
if (placeholder.PlacementId == PlaceholderEnum.MasterSlideNumber)
{
stm.Apply(shapecontainer, "", "", "");
}
}
}
}
}
//}
//}
}
//if (date)
//{
//if (!(userDate & userdatetext.Length == 0))
// {
// foreach (Slide master in this._ctx.Ppt.MainMasterRecords)
// {
// if (master.PersistAtom.SlideId == slideAtom.MasterId)
// {
// List<OfficeDrawing.ShapeContainer> shapes = master.AllChildrenWithType<PPDrawing>()[0].AllChildrenWithType<OfficeDrawing.DrawingContainer>()[0].AllChildrenWithType<OfficeDrawing.GroupContainer>()[0].AllChildrenWithType<OfficeDrawing.ShapeContainer>();
// foreach (OfficeDrawing.ShapeContainer shapecontainer in shapes)
// {
// foreach (OfficeDrawing.ClientData data in shapecontainer.AllChildrenWithType<OfficeDrawing.ClientData>())
// {
// System.IO.MemoryStream ms = new System.IO.MemoryStream(data.bytes);
// OfficeDrawing.Record rec = OfficeDrawing.Record.ReadRecord(ms, 0);
// if (rec.TypeCode == 3011)
// {
// OEPlaceHolderAtom placeholder = (OEPlaceHolderAtom)rec;
// if (placeholder != null)
// {
// if (placeholder.PlacementId == PlaceholderEnum.MasterDate)
// {
// stm.Apply(shapecontainer, "");
// }
// }
// }
// }
// }
// }
// }
// }
//}
//if (header)
//{
// string s = "";
//}
// if (footer)
// //foreach (Note master in this._ctx.Ppt.NotesMasterRecords)
// {
// List<OfficeDrawing.ShapeContainer> shapes = master.AllChildrenWithType<PPDrawing>()[0].AllChildrenWithType<OfficeDrawing.DrawingContainer>()[0].AllChildrenWithType<OfficeDrawing.GroupContainer>()[0].AllChildrenWithType<OfficeDrawing.ShapeContainer>();
// foreach (OfficeDrawing.ShapeContainer shapecontainer in shapes)
// {
// foreach (OfficeDrawing.ClientData data in shapecontainer.AllChildrenWithType<OfficeDrawing.ClientData>())
// {
// System.IO.MemoryStream ms = new System.IO.MemoryStream(data.bytes);
// OfficeDrawing.Record rec = OfficeDrawing.Record.ReadRecord(ms);
// if (rec.TypeCode == 3011)
// {
// OEPlaceHolderAtom placeholder = (OEPlaceHolderAtom)rec;
// if (placeholder != null)
// {
// if (placeholder.PlacementId == PlaceholderEnum.MasterFooter)
// {
// stm.Apply(shapecontainer, footertext, "", "");
// footer = false;
// }
// }
// }
// }
// }
//}
if (footer)
//foreach (Slide master in this._ctx.Ppt.TitleMasterRecords)
{
//if (master.PersistAtom.SlideId == slideAtom.MasterId)
//{
var shapes = master.AllChildrenWithType <PPDrawing>()[0].AllChildrenWithType <OfficeDrawing.DrawingContainer>()[0].AllChildrenWithType <OfficeDrawing.GroupContainer>()[0].AllChildrenWithType <OfficeDrawing.ShapeContainer>();
foreach (var shapecontainer in shapes)
{
foreach (var data in shapecontainer.AllChildrenWithType <OfficeDrawing.ClientData>())
{
var ms = new System.IO.MemoryStream(data.bytes);
var rec = OfficeDrawing.Record.ReadRecord(ms);
if (rec.TypeCode == 3011)
{
var placeholder = (OEPlaceHolderAtom)rec;
if (placeholder != null)
{
if (placeholder.PlacementId == PlaceholderEnum.MasterFooter)
{
bool doit = footertext.Length > 0;
if (!doit)
{
foreach (var so in shapecontainer.AllChildrenWithType <ShapeOptions>())
{
if (so.OptionsByID.ContainsKey(ShapeOptions.PropertyId.FillStyleBooleanProperties))
{
var props = new FillStyleBooleanProperties(so.OptionsByID[ShapeOptions.PropertyId.FillStyleBooleanProperties].op);
if (props.fFilled && props.fUsefFilled)
{
doit = true;
}
}
}
}
if (doit)
{
stm.Apply(shapecontainer, footertext, "", "");
}
footer = false;
}
}
}
}
}
//}
}
if (footer)
//foreach (Slide master in this._ctx.Ppt.MainMasterRecords)
{
//if (master.PersistAtom.SlideId == slideAtom.MasterId)
//{
var shapes = master.AllChildrenWithType <PPDrawing>()[0].AllChildrenWithType <OfficeDrawing.DrawingContainer>()[0].AllChildrenWithType <OfficeDrawing.GroupContainer>()[0].AllChildrenWithType <OfficeDrawing.ShapeContainer>();
foreach (var shapecontainer in shapes)
{
foreach (var data in shapecontainer.AllChildrenWithType <OfficeDrawing.ClientData>())
{
var ms = new System.IO.MemoryStream(data.bytes);
var rec = OfficeDrawing.Record.ReadRecord(ms);
if (rec.TypeCode == 3011)
{
var placeholder = (OEPlaceHolderAtom)rec;
if (placeholder != null)
{
if (placeholder.PlacementId == PlaceholderEnum.MasterFooter)
{
if (footertext.Length == 0 & shapecontainer.AllChildrenWithType <ClientTextbox>().Count > 0)
{
footertext = new SlideMapping(this._ctx).readFooterFromClientTextBox(shapecontainer.FirstChildWithType <ClientTextbox>());
}
bool doit = footertext.Length > 0;
if (!doit)
{
foreach (var so in shapecontainer.AllChildrenWithType <ShapeOptions>())
{
if (so.OptionsByID.ContainsKey(ShapeOptions.PropertyId.FillStyleBooleanProperties))
{
var props = new FillStyleBooleanProperties(so.OptionsByID[ShapeOptions.PropertyId.FillStyleBooleanProperties].op);
if (props.fFilled && props.fUsefFilled)
{
doit = true;
}
}
}
}
if (doit)
{
stm.Apply(shapecontainer, footertext, "", "");
}
footer = false;
}
}
}
}
}
}
}
public void Write()
{
// Start the document
this._writer.WriteStartDocument();
this._writer.WriteStartElement("p", "notesMaster", OpenXmlNamespaces.PresentationML);
// Force declaration of these namespaces at document start
this._writer.WriteAttributeString("xmlns", "a", null, OpenXmlNamespaces.DrawingML);
this._writer.WriteAttributeString("xmlns", "r", null, OpenXmlNamespaces.Relationships);
this._writer.WriteStartElement("p", "cSld", OpenXmlNamespaces.PresentationML);
var sc = this.Master.FirstChildWithType <PPDrawing>().FirstChildWithType <DrawingContainer>().FirstChildWithType <ShapeContainer>();
if (sc != null)
{
var sh = sc.FirstChildWithType <Shape>();
var so = sc.FirstChildWithType <ShapeOptions>();
if (so.OptionsByID.ContainsKey(ShapeOptions.PropertyId.fillType))
{
this._writer.WriteStartElement("p", "bg", OpenXmlNamespaces.PresentationML);
this._writer.WriteStartElement("p", "bgPr", OpenXmlNamespaces.PresentationML);
new FillMapping(this._ctx, this._writer, this).Apply(so);
this._writer.WriteElementString("a", "effectLst", OpenXmlNamespaces.DrawingML, "");
this._writer.WriteEndElement(); //p:bgPr
this._writer.WriteEndElement(); //p:bg
}
else if (so.OptionsByID.ContainsKey(ShapeOptions.PropertyId.fillColor))
{
string colorval;
if (so.OptionsByID.ContainsKey(ShapeOptions.PropertyId.fillColor))
{
colorval = Utils.getRGBColorFromOfficeArtCOLORREF(so.OptionsByID[ShapeOptions.PropertyId.fillColor].op, this.Master, so);
}
else
{
colorval = "000000"; //TODO: find out which color to use in this case
}
this._writer.WriteStartElement("p", "bg", OpenXmlNamespaces.PresentationML);
this._writer.WriteStartElement("p", "bgPr", OpenXmlNamespaces.PresentationML);
this._writer.WriteStartElement("a", "solidFill", OpenXmlNamespaces.DrawingML);
this._writer.WriteStartElement("a", "srgbClr", OpenXmlNamespaces.DrawingML);
this._writer.WriteAttributeString("val", colorval);
if (so.OptionsByID.ContainsKey(ShapeOptions.PropertyId.fillOpacity) && so.OptionsByID[ShapeOptions.PropertyId.fillOpacity].op != 65536)
{
this._writer.WriteStartElement("a", "alpha", OpenXmlNamespaces.DrawingML);
this._writer.WriteAttributeString("val", Math.Round(((decimal)so.OptionsByID[ShapeOptions.PropertyId.fillOpacity].op / 65536 * 100000)).ToString()); //we need the percentage of the opacity (65536 means 100%)
this._writer.WriteEndElement();
}
this._writer.WriteEndElement();
this._writer.WriteEndElement();
this._writer.WriteElementString("a", "effectLst", OpenXmlNamespaces.DrawingML, "");
this._writer.WriteEndElement(); //p:bgPr
this._writer.WriteEndElement(); //p:bg
}
}
this._writer.WriteStartElement("p", "spTree", OpenXmlNamespaces.PresentationML);
var stm = new ShapeTreeMapping(this._ctx, this._writer);
stm.parentSlideMapping = this;
stm.Apply(this.Master.FirstChildWithType <PPDrawing>());
this._writer.WriteEndElement();
this._writer.WriteEndElement();
// Write clrMap
var clrMap = this.Master.FirstChildWithType <ColorMappingAtom>();
if (clrMap != null)
{
// clrMap from ColorMappingAtom wrongly uses namespace DrawingML
this._writer.WriteStartElement("p", "clrMap", OpenXmlNamespaces.PresentationML);
foreach (XmlAttribute attr in clrMap.XmlDocumentElement.Attributes)
{
if (attr.Prefix != "xmlns")
{
this._writer.WriteAttributeString(attr.LocalName, attr.Value);
}
}
this._writer.WriteEndElement();
}
else
{
// In absence of ColorMappingAtom write default clrMap
Utils.GetDefaultDocument("clrMap").WriteTo(this._writer);
}
// Write txStyles
var roundTripTxStyles = this.Master.FirstChildWithType <RoundTripOArtTextStyles12>();
if (false & roundTripTxStyles != null)
{
roundTripTxStyles.XmlDocumentElement.WriteTo(this._writer);
}
else
{
//throw new NotImplementedException("Write txStyles in case of PPT without roundTripTxStyles"); // TODO (pre PP2007)
//XmlDocument slideLayoutDoc = Utils.GetDefaultDocument("txStyles");
//slideLayoutDoc.WriteTo(_writer);
new TextMasterStyleMapping(this._ctx, this._writer, this).ApplyNotesMaster(this.Master);
}
// Write theme
//
// Note: We need to create a new theme part for each master,
// even if it they have the same content.
//
// Otherwise PPT will complain about the structure of the file.
var themePart = this._ctx.Pptx.PresentationPart.AddThemePart();
XmlNode xmlDoc;
var theme = this.Master.FirstChildWithType <Theme>();
if (theme != null)
{
xmlDoc = theme.XmlDocumentElement;
xmlDoc.WriteTo(themePart.XmlWriter);
}
else
{
var schemes = this.Master.AllChildrenWithType <ColorSchemeAtom>();
if (schemes.Count > 0)
{
new ColorSchemeMapping(this._ctx, themePart.XmlWriter).Apply(schemes);
}
else
{
// In absence of Theme record use default theme
xmlDoc = Utils.GetDefaultDocument("theme");
xmlDoc.WriteTo(themePart.XmlWriter);
}
}
themePart.XmlWriter.Flush();
this.MasterPart.ReferencePart(themePart);
// End the document
this._writer.WriteEndElement();
this._writer.WriteEndDocument();
this._writer.Flush();
}
public void Write()
{
// Start the document
_writer.WriteStartDocument();
_writer.WriteStartElement("p", "sldMaster", OpenXmlNamespaces.PresentationML);
// Force declaration of these namespaces at document start
_writer.WriteAttributeString("xmlns", "a", null, OpenXmlNamespaces.DrawingML);
_writer.WriteAttributeString("xmlns", "r", null, OpenXmlNamespaces.Relationships);
_writer.WriteStartElement("p", "cSld", OpenXmlNamespaces.PresentationML);
ShapeContainer sc = this.Master.FirstChildWithType <PPDrawing>().FirstChildWithType <DrawingContainer>().FirstChildWithType <ShapeContainer>();
if (sc != null)
{
Shape sh = sc.FirstChildWithType <Shape>();
ShapeOptions so = sc.FirstChildWithType <ShapeOptions>();
if (so.OptionsByID.ContainsKey(ShapeOptions.PropertyId.fillType))
{
_writer.WriteStartElement("p", "bg", OpenXmlNamespaces.PresentationML);
_writer.WriteStartElement("p", "bgPr", OpenXmlNamespaces.PresentationML);
new FillMapping(_ctx, _writer, this).Apply(so);
_writer.WriteElementString("a", "effectLst", OpenXmlNamespaces.DrawingML, "");
_writer.WriteEndElement(); //p:bgPr
_writer.WriteEndElement(); //p:bg
}
else if (so.OptionsByID.ContainsKey(ShapeOptions.PropertyId.fillColor))
{
string colorval;
if (so.OptionsByID.ContainsKey(ShapeOptions.PropertyId.fillColor))
{
colorval = Utils.getRGBColorFromOfficeArtCOLORREF(so.OptionsByID[ShapeOptions.PropertyId.fillColor].op, this.Master, so);
}
else
{
colorval = "000000"; //TODO: find out which color to use in this case
}
_writer.WriteStartElement("p", "bg", OpenXmlNamespaces.PresentationML);
_writer.WriteStartElement("p", "bgPr", OpenXmlNamespaces.PresentationML);
_writer.WriteStartElement("a", "solidFill", OpenXmlNamespaces.DrawingML);
_writer.WriteStartElement("a", "srgbClr", OpenXmlNamespaces.DrawingML);
_writer.WriteAttributeString("val", colorval);
if (so.OptionsByID.ContainsKey(ShapeOptions.PropertyId.fillOpacity) && so.OptionsByID[ShapeOptions.PropertyId.fillOpacity].op != 65536)
{
_writer.WriteStartElement("a", "alpha", OpenXmlNamespaces.DrawingML);
_writer.WriteAttributeString("val", Math.Round(((decimal)so.OptionsByID[ShapeOptions.PropertyId.fillOpacity].op / 65536 * 100000)).ToString()); //we need the percentage of the opacity (65536 means 100%)
_writer.WriteEndElement();
}
_writer.WriteEndElement();
_writer.WriteEndElement();
_writer.WriteElementString("a", "effectLst", OpenXmlNamespaces.DrawingML, "");
_writer.WriteEndElement(); //p:bgPr
_writer.WriteEndElement(); //p:bg
}
}
_writer.WriteStartElement("p", "spTree", OpenXmlNamespaces.PresentationML);
ShapeTreeMapping stm = new ShapeTreeMapping(_ctx, _writer);
stm.parentSlideMapping = this;
stm.Apply(this.Master.FirstChildWithType <PPDrawing>());
_writer.WriteEndElement();
_writer.WriteEndElement();
// Write clrMap
ColorMappingAtom clrMap = this.Master.FirstChildWithType <ColorMappingAtom>();
if (clrMap != null)
{
// clrMap from ColorMappingAtom wrongly uses namespace DrawingML
_writer.WriteStartElement("p", "clrMap", OpenXmlNamespaces.PresentationML);
foreach (XmlAttribute attr in clrMap.XmlDocumentElement.Attributes)
{
if (attr.Prefix != "xmlns")
{
_writer.WriteAttributeString(attr.LocalName, attr.Value);
}
}
_writer.WriteEndElement();
}
else
{
// In absence of ColorMappingAtom write default clrMap
Utils.GetDefaultDocument("clrMap").WriteTo(_writer);
}
// Write slide layout part id list
_writer.WriteStartElement("p", "sldLayoutIdLst", OpenXmlNamespaces.PresentationML);
List <SlideLayoutPart> layoutParts = this.LayoutManager.GetAllLayoutParts();
// Master must have at least one SlideLayout or RepairDialog will appear
if (layoutParts.Count == 0)
{
SlideLayoutPart layoutPart = this.LayoutManager.GetOrCreateLayoutPartByLayoutType(0, null);
layoutParts.Add(layoutPart);
}
foreach (SlideLayoutPart slideLayoutPart in layoutParts)
{
_writer.WriteStartElement("p", "sldLayoutId", OpenXmlNamespaces.PresentationML);
_writer.WriteAttributeString("r", "id", OpenXmlNamespaces.Relationships, slideLayoutPart.RelIdToString);
_writer.WriteEndElement();
}
_writer.WriteEndElement();
if (this.Master.FirstChildWithType <SlideShowSlideInfoAtom>() != null)
{
new SlideTransitionMapping(_ctx, _writer).Apply(this.Master.FirstChildWithType <SlideShowSlideInfoAtom>());
}
if (this.Master.FirstChildWithType <ProgTags>() != null)
{
if (this.Master.FirstChildWithType <ProgTags>().FirstChildWithType <ProgBinaryTag>() != null)
{
if (this.Master.FirstChildWithType <ProgTags>().FirstChildWithType <ProgBinaryTag>().FirstChildWithType <ProgBinaryTagDataBlob>() != null)
{
new AnimationMapping(_ctx, _writer).Apply(this.Master.FirstChildWithType <ProgTags>().FirstChildWithType <ProgBinaryTag>().FirstChildWithType <ProgBinaryTagDataBlob>(), this, stm.animinfos, stm);
}
}
}
// Write txStyles
RoundTripOArtTextStyles12 roundTripTxStyles = this.Master.FirstChildWithType <RoundTripOArtTextStyles12>();
if (false & roundTripTxStyles != null)
{
roundTripTxStyles.XmlDocumentElement.WriteTo(_writer);
}
else
{
//throw new NotImplementedException("Write txStyles in case of PPT without roundTripTxStyles"); // TODO (pre PP2007)
//XmlDocument slideLayoutDoc = Utils.GetDefaultDocument("txStyles");
//slideLayoutDoc.WriteTo(_writer);
new TextMasterStyleMapping(_ctx, _writer, this).Apply(this.Master);
}
// Write theme
//
// Note: We need to create a new theme part for each master,
// even if it they have the same content.
//
// Otherwise PPT will complain about the structure of the file.
ThemePart themePart = _ctx.Pptx.PresentationPart.AddThemePart();
XmlNode xmlDoc;
Theme theme = this.Master.FirstChildWithType <Theme>();
if (theme != null)
{
xmlDoc = theme.XmlDocumentElement;
//Tools.Utils.recursiveReplaceOutdatedNamespaces(ref xmlDoc);
xmlDoc.WriteTo(themePart.XmlWriter);
}
else
{
List <ColorSchemeAtom> schemes = this.Master.AllChildrenWithType <ColorSchemeAtom>();
if (schemes.Count > 0)
{
new ColorSchemeMapping(_ctx, themePart.XmlWriter).Apply(schemes);
}
else
{
// In absence of Theme record use default theme
xmlDoc = Utils.GetDefaultDocument("theme");
xmlDoc.WriteTo(themePart.XmlWriter);
}
}
themePart.XmlWriter.Flush();
this.MasterPart.ReferencePart(themePart);
// End the document
_writer.WriteEndElement();
_writer.WriteEndDocument();
_writer.Flush();
}
override public void Apply(RegularContainer slide)
{
this.Slide = (Slide)slide;
TraceLogger.DebugInternal("SlideMapping.Apply");
// Associate slide with slide layout
SlideAtom slideAtom = slide.FirstChildWithType <SlideAtom>();
UInt32 mainMasterId = GetMainMasterId(slideAtom);
MasterLayoutManager layoutManager = _ctx.GetOrCreateLayoutManagerByMasterId(mainMasterId);
SlideLayoutPart layoutPart = null;
RoundTripContentMasterId12 masterInfo = slide.FirstChildWithType <RoundTripContentMasterId12>();
// PPT2007 OOXML-Layout
if (masterInfo != null)
{
layoutPart = layoutManager.GetLayoutPartByInstanceId(masterInfo.ContentMasterInstanceId);
}
// Pre-PPT2007 Title master layout
else if (mainMasterId != slideAtom.MasterId)
{
layoutPart = layoutManager.GetOrCreateLayoutPartForTitleMasterId(slideAtom.MasterId);
}
// Pre-PPT2007 SSlideLayoutAtom primitive SlideLayoutType layout
else
{
MainMaster m = (MainMaster)_ctx.Ppt.FindMasterRecordById(slideAtom.MasterId);
if (m.Layouts.Count == 1 && slideAtom.Layout.Geom == SlideLayoutType.Blank)
{
foreach (string layout in m.Layouts.Values)
{
string output = Tools.Utils.replaceOutdatedNamespaces(layout);
layoutPart = layoutManager.GetOrCreateLayoutPartByCode(output);
}
}
else
{
layoutPart = layoutManager.GetOrCreateLayoutPartByLayoutType(slideAtom.Layout.Geom, slideAtom.Layout.PlaceholderTypes);
}
}
this.targetPart.ReferencePart(layoutPart);
// Start the document
_writer.WriteStartDocument();
_writer.WriteStartElement("p", "sld", OpenXmlNamespaces.PresentationML);
// Force declaration of these namespaces at document start
_writer.WriteAttributeString("xmlns", "a", null, OpenXmlNamespaces.DrawingML);
// Force declaration of these namespaces at document start
_writer.WriteAttributeString("xmlns", "r", null, OpenXmlNamespaces.Relationships);
if (Tools.Utils.BitmaskToBool(slideAtom.Flags, 0x1 << 0) == false)
{
_writer.WriteAttributeString("showMasterSp", "0");
}
// TODO: Write slide data of master slide
_writer.WriteStartElement("p", "cSld", OpenXmlNamespaces.PresentationML);
ShapeContainer sc = slide.FirstChildWithType <PPDrawing>().FirstChildWithType <DrawingContainer>().FirstChildWithType <ShapeContainer>();
if (sc != null)
{
Shape sh = sc.FirstChildWithType <Shape>();
ShapeOptions so = sc.FirstChildWithType <ShapeOptions>();
if (so.OptionsByID.ContainsKey(ShapeOptions.PropertyId.FillStyleBooleanProperties))
{
bool ignore = false;
if (sc.AllChildrenWithType <ShapeOptions>().Count > 1)
{
ShapeOptions so2 = sc.AllChildrenWithType <ShapeOptions>()[1];
if (so2.OptionsByID.ContainsKey(ShapeOptions.PropertyId.FillStyleBooleanProperties))
{
FillStyleBooleanProperties p2 = new FillStyleBooleanProperties(so2.OptionsByID[ShapeOptions.PropertyId.FillStyleBooleanProperties].op);
if (!p2.fUsefFilled || !p2.fFilled)
{
ignore = true;
}
}
}
SlideAtom sa = slide.FirstChildWithType <SlideAtom>();
if (Tools.Utils.BitmaskToBool(sa.Flags, 0x1 << 2))
{
ignore = true; //this means the slide gets its background from the master
}
if (!ignore)
{
_writer.WriteStartElement("p", "bg", OpenXmlNamespaces.PresentationML);
_writer.WriteStartElement("p", "bgPr", OpenXmlNamespaces.PresentationML);
FillStyleBooleanProperties p = new FillStyleBooleanProperties(so.OptionsByID[ShapeOptions.PropertyId.FillStyleBooleanProperties].op);
if (p.fUsefFilled & p.fFilled) // so.OptionsByID.ContainsKey(ShapeOptions.PropertyId.fillType))
{
new FillMapping(_ctx, _writer, this).Apply(so);
}
_writer.WriteElementString("a", "effectLst", OpenXmlNamespaces.DrawingML, "");
_writer.WriteEndElement(); //p:bgPr
_writer.WriteEndElement(); //p:bg
}
}
}
_writer.WriteStartElement("p", "spTree", OpenXmlNamespaces.PresentationML);
shapeTreeMapping = new ShapeTreeMapping(_ctx, _writer);
shapeTreeMapping.parentSlideMapping = this;
shapeTreeMapping.Apply(slide.FirstChildWithType <PPDrawing>());
checkHeaderFooter(shapeTreeMapping);
_writer.WriteEndElement(); //spTree
_writer.WriteEndElement(); //cSld
// TODO: Write clrMapOvr
if (slide.FirstChildWithType <SlideShowSlideInfoAtom>() != null)
{
new SlideTransitionMapping(_ctx, _writer).Apply(slide.FirstChildWithType <SlideShowSlideInfoAtom>());
}
if (slide.FirstChildWithType <ProgTags>() != null)
{
if (slide.FirstChildWithType <ProgTags>().FirstChildWithType <ProgBinaryTag>() != null)
{
if (slide.FirstChildWithType <ProgTags>().FirstChildWithType <ProgBinaryTag>().FirstChildWithType <ProgBinaryTagDataBlob>() != null)
{
new AnimationMapping(_ctx, _writer).Apply(slide.FirstChildWithType <ProgTags>().FirstChildWithType <ProgBinaryTag>().FirstChildWithType <ProgBinaryTagDataBlob>(), this, shapeTreeMapping.animinfos, shapeTreeMapping);
}
}
}
// End the document
_writer.WriteEndElement(); //sld
_writer.WriteEndDocument();
_writer.Flush();
}
