/// <summary> /// Serializes the fill. /// </summary> /// <param name="writer">Writer object.</param> /// <param name="prefix">Name of the fill property.</param> /// <param name="fill">Fill object to compare with.</param> /// <remarks> /// This method is for internal use only. /// </remarks> public virtual void Serialize(FRWriter writer, string prefix, FillBase fill) { if (fill.GetType() != GetType()) { writer.WriteStr(prefix, Name); } }
/// <inheritdoc/> public override void SaveState() { base.SaveState(); FSavedText = Text; FSavedTextFill = TextFill; FSavedFont = Font; }
/// <summary> /// Initializes a new instance of the <see cref="ReportPage"/> class with default settings. /// </summary> public ReportPage() { paperWidth = 210; paperHeight = 297; leftMargin = 10; topMargin = 10; rightMargin = 10; bottomMargin = 10; InitPreview(); bands = new BandCollection(this); guides = new FloatCollection(); columns = new PageColumns(this); border = new Border(); fill = new SolidFill(SystemColors.Window); watermark = new Watermark(); titleBeforeHeader = true; startPageEvent = ""; finishPageEvent = ""; manualBuildEvent = ""; BaseName = "Page"; unlimitedHeight = false; printOnRollPaper = false; unlimitedWidth = false; unlimitedHeightValue = MAX_PAPER_SIZE_MM * Units.Millimeters; unlimitedWidthValue = MAX_PAPER_SIZE_MM * Units.Millimeters; }
/// <summary> /// Initializes a new instance of the <see cref="ReportComponentBase"/> class with default settings. /// </summary> public ReportComponentBase() { border = new Border(); fill = new SolidFill(); hyperlink = new Hyperlink(this); bookmark = ""; exportable = true; flagUseFill = true; flagUseBorder = true; flagPreviewVisible = true; flagSerializeStyle = true; shiftMode = ShiftMode.Always; style = ""; evenStyle = ""; hoverStyle = ""; printOn = PrintOn.FirstPage | PrintOn.LastPage | PrintOn.OddPages | PrintOn.EvenPages | PrintOn.RepeatedBand | PrintOn.SinglePage; beforePrintEvent = ""; afterPrintEvent = ""; afterDataEvent = ""; clickEvent = ""; cursor = Cursors.Default; mouseMoveEvent = ""; mouseUpEvent = ""; mouseDownEvent = ""; mouseEnterEvent = ""; mouseLeaveEvent = ""; backlight = false; SetFlags(Flags.CanGroup, true); if (BaseName.EndsWith("Object")) { BaseName = ClassName.Substring(0, ClassName.Length - 6); } }
/// <inheritdoc/> public override void Serialize(FRWriter writer, string prefix, FillBase fill) { base.Serialize(writer, prefix, fill); LinearGradientFill c = fill as LinearGradientFill; if (c == null || c.StartColor != StartColor) { writer.WriteValue(prefix + ".StartColor", StartColor); } if (c == null || c.EndColor != EndColor) { writer.WriteValue(prefix + ".EndColor", EndColor); } if (c == null || c.Angle != Angle) { writer.WriteInt(prefix + ".Angle", Angle); } if (c == null || FloatDiff(c.Focus, Focus)) { writer.WriteFloat(prefix + ".Focus", Focus); } if (c == null || FloatDiff(c.Contrast, Contrast)) { writer.WriteFloat(prefix + ".Contrast", Contrast); } }
/// <summary> /// Initializes a new instance of the <see cref="StyleBase"/> class with default settings. /// </summary> public StyleBase() { Border = new Border(); Fill = new SolidFill(); TextFill = new SolidFill(Color.Black); Font = GetDefaultFontInternal(); }
/// <summary> /// Saves the object's state before printing it. /// </summary> /// <remarks> /// This method is called by the report engine before processing the object. /// <para/>Do not call it directly. You may override it if you are developing a new FastReport component. /// In this method you should save any object properties that may be changed during the object printing. /// The standard implementation saves the object's bounds, visibility, bookmark and hyperlink. /// </remarks> public virtual void SaveState() { savedBounds = Bounds; savedVisible = Visible; savedBookmark = Bookmark; savedBorder = Border; savedFill = Fill; Hyperlink.SaveState(); }
/// <summary> /// Sets the fill for the selected objects. /// </summary> /// <param name="fill">Fill.</param> public void SetFill(FillBase fill) { foreach (ReportComponentBase c in ModifyList) { c.Fill = fill.Clone(); } FDesigner.LastFormatting.Fill = fill.Clone(); FDesigner.SetModified(); }
/// <inheritdoc/> public override void Serialize(FRWriter writer, string prefix, FillBase fill) { base.Serialize(writer, prefix, fill); SolidFill c = fill as SolidFill; if (c == null || c.Color != Color) { writer.WriteValue(prefix + ".Color", Color); } }
/// <summary> /// Assigns values from another source. /// </summary> /// <param name="source">Source to assign from.</param> public virtual void Assign(StyleBase source) { Border = source.Border.Clone(); Fill = source.Fill.Clone(); TextFill = source.TextFill.Clone(); Font = source.Font; ApplyBorder = source.ApplyBorder; ApplyFill = source.ApplyFill; ApplyTextFill = source.ApplyTextFill; ApplyFont = source.ApplyFont; }
/// <summary> /// Initializes a new instance of the <see cref="TextObject"/> class with default settings. /// </summary> public TextObject() { FWordWrap = true; FFont = Config.DesignerSettings.DefaultFont; FTextFill = new SolidFill(Color.Black); FTrimming = StringTrimming.None; FFontWidthRatio = 1; FTabWidth = 58; FClip = true; FHighlight = new ConditionCollection(); FlagSerializeStyle = false; SetFlags(Flags.HasSmartTag, true); }
/// <inheritdoc/> public override void Serialize(FRWriter writer, string prefix, FillBase fill) { base.Serialize(writer, prefix, fill); GlassFill c = fill as GlassFill; if (c == null || c.Color != Color) { writer.WriteValue(prefix + ".Color", Color); } if (c == null || c.Blend != Blend) { writer.WriteFloat(prefix + ".Blend", Blend); } if (c == null || c.Hatch != Hatch) { writer.WriteBool(prefix + ".Hatch", Hatch); } }
/// <inheritdoc/> public override void Serialize(FRWriter writer, string prefix, FillBase fill) { base.Serialize(writer, prefix, fill); HatchFill c = fill as HatchFill; if (c == null || c.ForeColor != ForeColor) { writer.WriteValue(prefix + ".ForeColor", ForeColor); } if (c == null || c.BackColor != BackColor) { writer.WriteValue(prefix + ".BackColor", BackColor); } if (c == null || c.Style != Style) { writer.WriteValue(prefix + ".Style", Style); } }
/// <inheritdoc/> public override void Serialize(FRWriter writer, string prefix, FillBase fill) { base.Serialize(writer, prefix, fill); PathGradientFill c = fill as PathGradientFill; if (c == null || c.CenterColor != CenterColor) { writer.WriteValue(prefix + ".CenterColor", CenterColor); } if (c == null || c.EdgeColor != EdgeColor) { writer.WriteValue(prefix + ".EdgeColor", EdgeColor); } if (c == null || c.Style != Style) { writer.WriteValue(prefix + ".Style", Style); } }
/// <summary> /// Initializes a new instance of the <see cref="ReportPage"/> class with default settings. /// </summary> public ReportPage() { FPaperWidth = 210; FPaperHeight = 297; FLeftMargin = 10; FTopMargin = 10; FRightMargin = 10; FBottomMargin = 10; FFirstPageSource = 7; FOtherPagesSource = 7; FDuplex = Duplex.Default; FBands = new BandCollection(this); FGuides = new FloatCollection(); FColumns = new PageColumns(this); FBorder = new Border(); FFill = new SolidFill(SystemColors.Window); FWatermark = new Watermark(); FTitleBeforeHeader = true; FStartPageEvent = ""; FFinishPageEvent = ""; FManualBuildEvent = ""; BaseName = "Page"; }
/// <summary> /// Saves the current style. /// </summary> public virtual void SaveStyle() { savedBorder = Border; savedFill = Fill; }
/// <inheritdoc/> public override void Serialize(FRWriter writer, string prefix, FillBase fill) { base.Serialize(writer, prefix, fill); TextureFill c = fill as TextureFill; if (c == null || c.ImageWidth != ImageWidth) { writer.WriteValue(prefix + ".ImageWidth", ImageWidth); } if (c == null || c.ImageHeight != ImageHeight) { writer.WriteValue(prefix + ".ImageHeight", ImageHeight); } if (c == null || c.PreserveAspectRatio != PreserveAspectRatio) { writer.WriteBool(prefix + ".PreserveAspectRatio", PreserveAspectRatio); } if (c == null || c.WrapMode != WrapMode) { writer.WriteValue(prefix + ".WrapMode", WrapMode); } if (c == null || c.ImageOffsetX != ImageOffsetX) { writer.WriteValue(prefix + ".ImageOffsetX", ImageOffsetX); } if (c == null || c.ImageOffsetY != ImageOffsetY) { writer.WriteValue(prefix + ".ImageOffsetY", ImageOffsetY); } // store image data if (writer.SerializeTo != SerializeTo.SourcePages) { if (writer.BlobStore != null) { // check FImageIndex >= writer.BlobStore.Count is needed when we close the designer // and run it again, the BlobStore is empty, but FImageIndex is pointing to // previous BlobStore item and is not -1. if (imageIndex == -1 || imageIndex >= writer.BlobStore.Count) { byte[] bytes = imageData; if (bytes == null) { using (MemoryStream stream = new MemoryStream()) { ImageHelper.Save(image, stream, ImageFormat.Png); bytes = stream.ToArray(); } } if (bytes != null) { string imgHash = BitConverter.ToString(new Murmur3().ComputeHash(bytes)); if (imgHash != dummyImageHash) { imageIndex = writer.BlobStore.AddOrUpdate(bytes, imgHash.Replace("-", String.Empty)); } } } } else { if (imageData != null) { string hash = BitConverter.ToString(new Murmur3().ComputeHash(imageData)); if (hash != dummyImageHash) { if (c == null || !writer.AreEqual(ImageData, c.ImageData)) { writer.WriteStr(prefix + ".ImageData", Convert.ToBase64String(ImageData)); } } } } if (writer.BlobStore != null || writer.SerializeTo == SerializeTo.Undo) { writer.WriteInt(prefix + ".ImageIndex", imageIndex); } } }