public override void loadFrom(BinaryReader reader, PersistContext ctx) { base.loadFrom(reader, ctx); ctx.loadReference(this); ctx.loadReference(this); ctx.loadReference(this); ctx.loadReference(this); style = (SelectionStyle)reader.ReadInt32(); if (ctx.FileVersion >= 12) { // new in file format 12 ctx.loadReference(this); // selectedHosts } }
public virtual void loadFrom(BinaryReader reader, PersistContext ctx) { rect = ctx.loadRectF(); constructed = reader.ReadBoolean(); locked = reader.ReadBoolean(); zIndex = reader.ReadInt32(); penDashStyle = (DashStyle)reader.ReadInt32(); penWidth = (float)reader.ReadDouble(); shadowOffsetX = (float)reader.ReadDouble(); shadowOffsetY = (float)reader.ReadDouble(); invisible = reader.ReadBoolean(); selected = reader.ReadBoolean(); tag = null; bool tagAvailable = reader.ReadBoolean(); if (tagAvailable) { tag = ctx.loadTag(); } manipulators = new ArrayList(); font = ctx.loadFont(); toolTip = reader.ReadString(); ctx.loadReference(this); ctx.loadReference(this); if (ctx.FileVersion > 9) { // new in file format 10 shadowColor = ctx.loadColor(); ignoreLayout = reader.ReadBoolean(); if (ctx.FileVersion > 14) { // new in file format 15 printable = reader.ReadBoolean(); if (ctx.FileVersion > 15) { // new in file format 16 weight = reader.ReadSingle(); } } } }
public virtual void loadFrom(BinaryReader reader, PersistContext ctx) { int count = reader.ReadInt32(); InnerList.Capacity = count; for (int i = 0; i < count; ++i) { InnerList.Add(null); ctx.loadReference(this); } }
public virtual void loadFrom(BinaryReader reader, PersistContext ctx) { ctx.loadReference(this); _color = ctx.loadColor(); _compoundArray = ctx.loadFloatArray(); _dashStyle = (DashStyle)reader.ReadInt32(); _dashPattern = ctx.loadFloatArray(); _dashOffset = (float)reader.ReadDouble(); _width = (float)reader.ReadDouble(); _lineJoin = (LineJoin)reader.ReadInt32(); _miterLimit = (float)reader.ReadDouble(); }
public virtual void loadFrom(BinaryReader reader, PersistContext ctx) { ctx.loadReference(this); prevRect = ctx.loadRectF(); int c = reader.ReadInt32(); for (int i = 0; i < c; ++i) { Attachment atch = (Attachment)ctx.loadObject(); attachments.Add(atch); } ctx.loadReference(this); visible = reader.ReadBoolean(); tag = null; bool tagAvailable = reader.ReadBoolean(); if (tagAvailable) { tag = ctx.loadTag(); } if (ctx.FileVersion > 16) { // new in save format 17 autoDeleteItems = reader.ReadBoolean(); if (ctx.FileVersion > 20) { // new in save format 21 expandable = reader.ReadBoolean(); if (ctx.FileVersion > 21) { // new in save format 22 followMasterRotation = reader.ReadBoolean(); } } } }
public virtual void loadFrom(BinaryReader reader, PersistContext ctx) { ctx.loadReference(this); type = (AttachTo)reader.ReadInt32(); attData = reader.ReadInt32(); // in format revision 28 'percents' changed from Rectangle to RectangleF if (ctx.FileVersion < 28) { Rectangle r = ctx.loadRect(); percents = RectangleF.FromLTRB(r.Left, r.Top, r.Right, r.Bottom); } else { percents = ctx.loadRectF(); } }
public virtual void loadFrom(BinaryReader reader, PersistContext ctx) { ctx.loadReference(this); type = (AttachTo)reader.ReadInt32(); attData = reader.ReadInt32(); // in format revision 28 'percents' changed from Rectangle to RectangleF if (ctx.FileVersion < 28) { Rectangle r = ctx.loadRect(); percents = RectangleF.FromLTRB(r.Left, r.Top, r.Right, r.Bottom); } else { percents = ctx.loadRectF(); } }
public override void loadFrom(BinaryReader reader, PersistContext ctx) { base.loadFrom(reader, ctx); ctx.loadReference(this); row = reader.ReadInt32(); if (ctx.FileVersion < 6) { // fix the mess from old versions if (relativePosition.X == -1) { relativePosition.X = 0; } if (relativePosition.X == 1) { relativePosition.X = 100; } relativePosition.Y = 50; } }
public virtual void loadFrom(BinaryReader reader, PersistContext ctx) { ctx.loadReference(this); if (ctx.FileVersion <= 21) { // not used any more float x = (float)reader.ReadDouble(); float y = (float)reader.ReadDouble(); int rx = reader.ReadInt32(); int ry = reader.ReadInt32(); relativePosition = new PointF(rx, ry); } incoming = reader.ReadBoolean(); if (ctx.FileVersion > 21) { // in format revision 22 these become float: float rx = reader.ReadSingle(); float ry = reader.ReadSingle(); relativePosition = new PointF(rx, ry); } }
public override void loadFrom(BinaryReader reader, PersistContext ctx) { base.loadFrom(reader, ctx); style = (ArrowStyle)reader.ReadInt32(); penColor = ctx.loadColor(); ctx.loadReference(this); ctx.loadReference(this); segmentCount = reader.ReadInt16(); text = reader.ReadString(); textColor = ctx.loadColor(); arrowHead = (ArrowHead)reader.ReadInt32(); arrowBase = (ArrowHead)reader.ReadInt32(); arrowInterm = (ArrowHead)reader.ReadInt32(); headSize = (float)reader.ReadDouble(); baseSize = (float)reader.ReadDouble(); intermSize = (float)reader.ReadDouble(); fillColor = ctx.loadColor(); dynamic = reader.ReadBoolean(); cascadeOrientation = (Orientation)reader.ReadInt32(); cascadeStartHorizontal = reader.ReadBoolean(); reflexive = reader.ReadBoolean(); ctx.loadReference(this); ctx.loadReference(this); ahHead = new ArrowHeadShape(headSize); ahBase = new ArrowHeadShape(baseSize); ahInterm = new ArrowHeadShape(intermSize); headTemplates[(int)arrowHead].initArrowHead(ahHead); headTemplates[(int)arrowBase].initArrowHead(ahBase); headTemplates[(int)arrowInterm].initArrowHead(ahInterm); pen.Width = PenWidth; pen.Color = frameColor; pen.DashStyle = PenDashStyle; brush.Release(); brush = new SolidBrush(fillColor); brush.AddRef(); headPen.Width = PenWidth; headPen.Color = frameColor; headPen.DashStyle = PenDashStyle; if (ctx.FileVersion > 3) { pen = (Pen)ctx.loadObject(); ctx.loadReference(this); if (ctx.FileVersion > 4) { // new in file format 5 allowMoveStart = reader.ReadBoolean(); allowMoveEnd = reader.ReadBoolean(); orgnAnchor = reader.ReadInt32(); destAnchor = reader.ReadInt32(); if (ctx.FileVersion > 7) { // new in file format 8 autoRoute = reader.ReadBoolean(); retainForm = reader.ReadBoolean(); textStyle = (ArrowTextStyle)reader.ReadInt32(); if (ctx.FileVersion > 9) { // new in file format 10 headPen = (Pen)ctx.loadObject(); if (ctx.FileVersion > 16) { // new in file format 17 customDraw = (CustomDraw)reader.ReadInt32(); if (ctx.FileVersion > 19) { // new in file format 20 snapToNodeBorder = reader.ReadBoolean(); selStyle = (HandlesStyle)ctx.reader.ReadInt32(); if (ctx.FileVersion > 25) { // new in file format 26 hyperLink = reader.ReadString(); if (ctx.FileVersion > 28) { // new in file format 29 drawCrossings = reader.ReadBoolean(); } } } } } } } } updateText(); }
public override void loadFrom(BinaryReader reader, PersistContext ctx) { base.loadFrom(reader, ctx); enabledHandles = (Handles)reader.ReadInt64(); ctrlMouseAction = (HostMouseAction)reader.ReadInt32(); ctx.loadReference(this); // incoming arrows ctx.loadReference(this); // outgoing arrows // Load control if (reader.ReadBoolean()) { string assemblyName = reader.ReadString(); string typeName = reader.ReadString(); System.Type type = Utilities.getLoadedType(typeName, assemblyName); if (type == null) throw new FileLoadException("Cannot load hosted control of type " + typeName); ConstructorInfo ctorInfo = type.GetConstructor(System.Type.EmptyTypes); // Instantiate Control = (System.Windows.Forms.Control)ctorInfo.Invoke(null); // Read properties while (reader.ReadBoolean()) { string propName = reader.ReadString(); object val = ctx.loadTag(); try { PropertyInfo prop = type.GetProperty(propName); prop.SetValue(_control, val, null); } catch { // Exceptions happen } } flowChart.fireControlHostDeserializing(this, reader); } else { Control = null; } if (ctx.FileVersion > 13) { // new in save format 14 setExpanded(reader.ReadBoolean()); setExpandable(reader.ReadBoolean()); if (ctx.FileVersion > 21) { // new in save format 22 selStyle = (HandlesStyle)reader.ReadInt32(); } } }
public override void loadFrom(BinaryReader reader, PersistContext ctx) { base.loadFrom(reader, ctx); enabledHandles = (Handles)reader.ReadInt64(); ctrlMouseAction = (HostMouseAction)reader.ReadInt32(); ctx.loadReference(this); // incoming arrows ctx.loadReference(this); // outgoing arrows // Load control if (reader.ReadBoolean()) { string assemblyName = reader.ReadString(); string typeName = reader.ReadString(); System.Type type = Utilities.getLoadedType(typeName, assemblyName); if (type == null) { throw new FileLoadException("Cannot load hosted control of type " + typeName); } ConstructorInfo ctorInfo = type.GetConstructor(System.Type.EmptyTypes); // Instantiate Control = (System.Windows.Forms.Control)ctorInfo.Invoke(null); // Read properties while (reader.ReadBoolean()) { string propName = reader.ReadString(); object val = ctx.loadTag(); try { PropertyInfo prop = type.GetProperty(propName); prop.SetValue(_control, val, null); } catch { // Exceptions happen } } flowChart.fireControlHostDeserializing(this, reader); } else { Control = null; } if (ctx.FileVersion > 13) { // new in save format 14 setExpanded(reader.ReadBoolean()); setExpandable(reader.ReadBoolean()); if (ctx.FileVersion > 21) { // new in save format 22 selStyle = (HandlesStyle)reader.ReadInt32(); } } }
/// <summary> /// Loads the FlowChart document from a stream. /// </summary> public void LoadFromStream(Stream stream) { try { loading = true; SuspendLayout(); ClearAll(); PersistContext ctx = new PersistContext(stream, this); ctx.readHeader(); // read basic-type flowchart properties DocInfoVer1 docInfo1 = (DocInfoVer1)ctx.loadObject(); DocInfoVer2 docInfo2 = (DocInfoVer2)ctx.loadObject(); docInfo1.apply(this); docInfo2.apply(this); textFormat = ctx.loadStringFormat(); Font = ctx.loadFont(); BackgroundImage = ctx.loadImage(); // read diagram objects zOrder = (ChartObjectCollection)ctx.loadObject(); groups = (GroupCollection)ctx.loadObject(); selection = (Selection)ctx.loadObject(); ctx.loadReference(this); if (ctx.FileVersion > 2) { shapeTemplate = (ShapeTemplate)ctx.loadObject(); if (ctx.FileVersion > 3) { Brush.RestoreBrushes(this, new BinaryReader(stream), ctx); boxPen = (Pen)ctx.loadObject(); arrowPen = (Pen)ctx.loadObject(); tablePen = (Pen)ctx.loadObject(); ctx.loadReference(this); ctx.loadReference(this); ctx.loadReference(this); boxSelStyle = (HandlesStyle)ctx.reader.ReadInt32(); tableSelStyle = (HandlesStyle)ctx.reader.ReadInt32(); if (ctx.FileVersion > 4) { // new in save format 5 allowLinksRepeat = ctx.reader.ReadBoolean(); if (ctx.FileVersion > 5) { // new in save format 6 PolyTextLayout = ctx.reader.ReadBoolean(); ShapeOrientation = ctx.reader.ReadSingle(); if (ctx.FileVersion > 7) { // new in save format 8 routeArrows = ctx.reader.ReadBoolean(); arrowsRetainForm = ctx.reader.ReadBoolean(); arrowTextStyle = (ArrowTextStyle)ctx.reader.ReadInt32(); tableLinkStyle = (TableLinkStyle)ctx.reader.ReadInt32(); if (ctx.FileVersion >= 12) { // new in save format 12 measureUnit = (GraphicsUnit)ctx.reader.ReadInt32(); docExtentsMin = ctx.loadRectF(); if (ctx.FileVersion > 13) { // new in save format 14 expandBtnPos = (ExpandButtonPosition)ctx.reader.ReadInt32(); // not used anymore ctx.reader.ReadInt32(); ctx.reader.ReadInt32(); enableStyledText = ctx.reader.ReadBoolean(); usePolyTextLt = ctx.reader.ReadBoolean(); ctx.loadReference(this); // brush if (ctx.FileVersion > 16) { // new in save format 17 arrowText = ctx.reader.ReadString(); boxText = ctx.reader.ReadString(); arrowCrossings = (ArrowCrossings)ctx.reader.ReadInt32(); gridStyle = (GridStyle)ctx.reader.ReadInt32(); crossRadius = ctx.reader.ReadSingle(); if (ctx.FileVersion > 19) { // new in save format 20 ctx.loadReference(this); // exteriorBrush arrowsSnapToBorders = ctx.reader.ReadBoolean(); arrowSelStyle = (HandlesStyle)ctx.reader.ReadInt32(); if (ctx.FileVersion > 20) { // new in save format 21 Tag = null; bool tagAvailable = ctx.reader.ReadBoolean(); if (tagAvailable) Tag = ctx.loadTag(); if (ctx.FileVersion > 26) { // new in save format 27 roundedArrows = ctx.reader.ReadBoolean(); roundedArrowsRadius = ctx.reader.ReadSingle(); } } } } } } } } } } } // finish load ctx.loadRemainingObjects(); ctx.setReferences(); // add the objects to their specialized collections foreach (ChartObject obj in zOrder) addToObjColl(obj); foreach (Group group in groups) group.updateObjCol(); Brush.freeUnusedBrushes(); foreach (ChartObject obj in zOrder) obj.onLoad(); dirty = false; Invalidate(); } finally { loading = false; ResumeLayout(true); } }
public override void loadFrom(BinaryReader reader, PersistContext ctx) { base.loadFrom(reader, ctx); ctx.loadReference(this); ctx.loadReference(this); ctx.loadReference(this); ctx.loadReference(this); style = (SelectionStyle)reader.ReadInt32(); if (ctx.FileVersion >= 12) { // new in file format 12 ctx.loadReference(this); // selectedHosts } }
public virtual void loadFrom(BinaryReader reader, PersistContext ctx) { int count = reader.ReadInt32(); InnerList.Capacity = count; for (int i = 0; i < count; ++i) { InnerList.Add(null); ctx.loadReference(this); } }
public override void loadFrom(BinaryReader reader, PersistContext ctx) { base.loadFrom(reader, ctx); hasHeaderRows = false; hasSpanningCells = false; ctx.loadReference(this); // load cells ctx.loadReference(this); // load rows ctx.loadReference(this); // load columns currScrollRow = reader.ReadInt32(); scrollable = reader.ReadBoolean(); setScrollable(scrollable); fillColor = ctx.loadColor(); frameColor = ctx.loadColor(); caption = reader.ReadString(); captionColor = ctx.loadColor(); captionFormat = ctx.loadStringFormat(); captionHeight = (float)reader.ReadDouble(); cellBorders = (CellFrameStyle)reader.ReadInt32(); rowsCount = reader.ReadInt32(); rowHeight = (float)reader.ReadDouble(); columnsCount = reader.ReadInt32(); columnWidth = (float)reader.ReadDouble(); textColor = ctx.loadColor(); picturePos = (ImageAlign)reader.ReadInt32(); picture = ctx.loadImage(); pen.Width = PenWidth; pen.Color = frameColor; pen.DashStyle = PenDashStyle; brush.Release(); brush = new SolidBrush(fillColor); brush.AddRef(); if (ctx.FileVersion > 3) { pen = (Pen)ctx.loadObject(); ctx.loadReference(this); selStyle = (HandlesStyle)reader.ReadInt32(); if (ctx.FileVersion > 5) { // new in save format 6 rowAnchorPattern = ctx.loadAnchorPattern(); enabledHandles = (Handles)reader.ReadInt64(); style = (TableStyle)reader.ReadInt32(); if (ctx.FileVersion > 7) { // new in file format 8 linkStyle = (TableLinkStyle)reader.ReadInt32(); if (ctx.FileVersion > 8) { // new in save format 9 anchorPattern = ctx.loadAnchorPattern(); // Load table arrows ctx.loadReference(this); ctx.loadReference(this); if (ctx.FileVersion > 13) { // new in save format 14 setExpanded(reader.ReadBoolean()); setExpandable(reader.ReadBoolean()); useStyledText = reader.ReadBoolean(); if (ctx.FileVersion > 18) { // new in save format 19 customDraw = (CustomDraw)reader.ReadInt32(); cellCustomDraw = (CustomDraw)reader.ReadInt32(); if (ctx.FileVersion > 21) { // new in save format 22 offsetHeaderRows = reader.ReadBoolean(); if (ctx.FileVersion > 24) { // new in save format 25 ctx.loadReference(this); // captionBackBrush } } } } } } } } resetCoveredCells(); updateText(); layoutText(); }
public override void loadFrom(BinaryReader reader, PersistContext ctx) { base.loadFrom(reader, ctx); ctx.loadReference(this); }
public virtual void loadFrom(BinaryReader reader, PersistContext ctx) { ctx.loadReference(this); _color = ctx.loadColor(); _compoundArray = ctx.loadFloatArray(); _dashStyle = (DashStyle)reader.ReadInt32(); _dashPattern = ctx.loadFloatArray(); _dashOffset = (float)reader.ReadDouble(); _width = (float)reader.ReadDouble(); _lineJoin = (LineJoin)reader.ReadInt32(); _miterLimit = (float)reader.ReadDouble(); }
public virtual void loadFrom(BinaryReader reader, PersistContext ctx) { rect = ctx.loadRectF(); constructed = reader.ReadBoolean(); locked = reader.ReadBoolean(); zIndex = reader.ReadInt32(); penDashStyle = (DashStyle)reader.ReadInt32(); penWidth = (float)reader.ReadDouble(); shadowOffsetX = (float)reader.ReadDouble(); shadowOffsetY = (float)reader.ReadDouble(); invisible = reader.ReadBoolean(); selected = reader.ReadBoolean(); tag = null; bool tagAvailable = reader.ReadBoolean(); if (tagAvailable) tag = ctx.loadTag(); manipulators = new ArrayList(); font = ctx.loadFont(); toolTip = reader.ReadString(); ctx.loadReference(this); ctx.loadReference(this); if (ctx.FileVersion > 9) { // new in file format 10 shadowColor = ctx.loadColor(); ignoreLayout = reader.ReadBoolean(); if (ctx.FileVersion > 14) { // new in file format 15 printable = reader.ReadBoolean(); if (ctx.FileVersion > 15) { // new in file format 16 weight = reader.ReadSingle(); } } } }
public virtual void loadFrom(BinaryReader reader, PersistContext ctx) { ctx.loadReference(this); width = (float)reader.ReadDouble(); columnStyle = (ColumnStyle)reader.ReadInt32(); }
public override void loadFrom(BinaryReader reader, PersistContext ctx) { base.loadFrom(reader, ctx); ctx.loadReference(this); row = reader.ReadInt32(); if (ctx.FileVersion < 6) { // fix the mess from old versions if (relativePosition.X == -1) relativePosition.X = 0; if (relativePosition.X == 1) relativePosition.X = 100; relativePosition.Y = 50; } }
public virtual void loadFrom(BinaryReader reader, PersistContext ctx) { toolTip = ""; hyperLink = ""; text = reader.ReadString(); textFormat = ctx.loadStringFormat(); ctx.loadReference(this); if (ctx.FileVersion > 5) { // new in save format 6 picturePos = (ImageAlign)reader.ReadInt32(); picture = ctx.loadImage(); if (ctx.FileVersion > 13) { // new in save format 14 textColor = ctx.loadColor(); ctx.loadReference(this); // brush if (ctx.FileVersion > 17) { // new in save format 18 toolTip = reader.ReadString(); if (ctx.FileVersion > 18) { // new in save format 19 hyperLink = reader.ReadString(); if (ctx.FileVersion > 21) { // new in save format 22 columnSpan = reader.ReadInt32(); rowSpan = reader.ReadInt32(); tag = null; bool tagAvailable = reader.ReadBoolean(); if (tagAvailable) tag = ctx.loadTag(); } } } } } txOptions = new Text.LayoutOptions(); txLayout = new Text.Layout(); }
public virtual void loadFrom(BinaryReader reader, PersistContext ctx) { ctx.loadReference(this); prevRect = ctx.loadRectF(); int c = reader.ReadInt32(); for (int i = 0; i < c; ++i) { Attachment atch = (Attachment)ctx.loadObject(); attachments.Add(atch); } ctx.loadReference(this); visible = reader.ReadBoolean(); tag = null; bool tagAvailable = reader.ReadBoolean(); if (tagAvailable) tag = ctx.loadTag(); if (ctx.FileVersion > 16) { // new in save format 17 autoDeleteItems = reader.ReadBoolean(); if (ctx.FileVersion > 20) { // new in save format 21 expandable = reader.ReadBoolean(); if (ctx.FileVersion > 21) { // new in save format 22 followMasterRotation = reader.ReadBoolean(); } } } }
public virtual void loadFrom(BinaryReader reader, PersistContext ctx) { height = (float)reader.ReadDouble(); ctx.loadReference(this); ctx.loadReference(this); ctx.loadReference(this); ctx.loadReference(this); ctx.loadReference(this); if (ctx.FileVersion > 5) { // new in save format 6 anchorPattern = ctx.loadAnchorPattern(); if (ctx.FileVersion > 21) { // new in save format 22 header = reader.ReadBoolean(); expanded = reader.ReadBoolean(); } } }
public override void loadFrom(BinaryReader reader, PersistContext ctx) { base.loadFrom(reader, ctx); ctx.loadReference(this); }
public virtual void loadFrom(BinaryReader reader, PersistContext ctx) { ctx.loadReference(this); if (ctx.FileVersion <= 21) { // not used any more float x = (float)reader.ReadDouble(); float y = (float)reader.ReadDouble(); int rx = reader.ReadInt32(); int ry = reader.ReadInt32(); relativePosition = new PointF(rx, ry); } incoming = reader.ReadBoolean(); if (ctx.FileVersion > 21) { // in format revision 22 these become float: float rx = reader.ReadSingle(); float ry = reader.ReadSingle(); relativePosition = new PointF(rx, ry); } }
public override void loadFrom(BinaryReader reader, PersistContext ctx) { base.loadFrom(reader, ctx); int intStyle = 0; ShapeTemplate polyShape = null; setExpanded(reader.ReadBoolean()); setExpandable(reader.ReadBoolean()); enabledHandles = (Handles)reader.ReadInt64(); intStyle = reader.ReadInt32(); if (intStyle == 4) // Polygon style = BoxStyle.Shape; else style = (BoxStyle)intStyle; fillColor = ctx.loadColor(); frameColor = ctx.loadColor(); picturePos = (ImageAlign)reader.ReadInt32(); text = reader.ReadString(); textColor = ctx.loadColor(); textFormat = ctx.loadStringFormat(); transparent = reader.ReadBoolean(); // this was used with the now obsolete bsPolygon boxes if (ctx.FileVersion < 22) { ctx.loadPtfArray(); int c = reader.ReadInt32(); byte[] b = reader.ReadBytes(c); if (intStyle == 4) // Polygon polyShape = new ShapeTemplate(b); } ctx.loadReference(this); ctx.loadReference(this); ArrowAnchor anchorIncoming =(ArrowAnchor)reader.ReadInt32(); ArrowAnchor anchorOutgoing= (ArrowAnchor)reader.ReadInt32(); customDraw = (CustomDraw)reader.ReadInt32(); image = ctx.loadImage(); pen.Width = PenWidth; pen.Color = frameColor; pen.DashStyle = PenDashStyle; brush.Release(); brush = new SolidBrush(fillColor); brush.AddRef(); if (ctx.FileVersion > 2) { if (ctx.FileVersion < 6) { shapeTemplate = (ShapeTemplate)ctx.loadObject(); shapeData = (ShapeTemplate.PathData)ctx.loadObject(); } if (ctx.FileVersion > 3) { pen = (Pen)ctx.loadObject(); ctx.loadReference(this); selStyle = (HandlesStyle)reader.ReadInt32(); if (ctx.FileVersion > 4) { // new in save format 5 anchorPattern = ctx.loadAnchorPattern(); if (ctx.FileVersion > 5) { // new in save format 6 PolyTextLayout = reader.ReadBoolean(); ShapeOrientation = (float)reader.ReadDouble(); int hasShape = reader.ReadInt32(); if (hasShape != -1) { string shpId = reader.ReadString(); if (shpId == "") { shapeTemplate = (ShapeTemplate)ctx.loadObject(); shapeData = (ShapeTemplate.PathData)ctx.loadObject(); } else { ShapeTemplate stvalue = ShapeTemplate.FromId(shpId); ShapeTemplate newVal = flowChart.DefaultShape; if (stvalue != null) newVal = stvalue; if (newVal.Id == "") shapeTemplate = (ShapeTemplate)newVal.Clone(); else shapeTemplate = newVal; shapeData = null; } updateShapePoints(); } if (intStyle == 4) // Polygon { shapeTemplate = polyShape; shapeData = null; updateShapePoints(); } if (ctx.FileVersion > 12) { // new in save format 13 // now loaded in Node::loadFrom if (ctx.FileVersion < 15) hyperLink = reader.ReadString(); if (ctx.FileVersion > 13) { // new in save format 14 useStyledText = reader.ReadBoolean(); if (ctx.FileVersion > 21) { // new in save format 22 rotationAngle = reader.ReadSingle(); rotateContents = reader.ReadBoolean(); } } } } } } } updateText(); layoutText(); }