/// <summary>
/// Write the cell definition part of this RtfCell
/// </summary>
/// <returns>A byte array with the cell definition</returns>
public virtual void WriteDefinition(Stream result)
{
byte[] t;
if (_mergeType == MergeVertParent)
{
result.Write(t = DocWriter.GetIsoBytes("\\clvmgf"), 0, t.Length);
}
else if (_mergeType == MergeVertChild)
{
result.Write(t = DocWriter.GetIsoBytes("\\clvmrg"), 0, t.Length);
}
switch (verticalAlignment)
{
case ALIGN_BOTTOM:
result.Write(t = DocWriter.GetIsoBytes("\\clvertalb"), 0, t.Length);
break;
case ALIGN_CENTER:
case ALIGN_MIDDLE:
result.Write(t = DocWriter.GetIsoBytes("\\clvertalc"), 0, t.Length);
break;
case ALIGN_TOP:
result.Write(t = DocWriter.GetIsoBytes("\\clvertalt"), 0, t.Length);
break;
}
_borders.WriteContent(result);
if (_backgroundColor != null)
{
result.Write(t = DocWriter.GetIsoBytes("\\clcbpat"), 0, t.Length);
result.Write(t = intToByteArray(_backgroundColor.GetColorNumber()), 0, t.Length);
}
_document.OutputDebugLinebreak(result);
result.Write(t = DocWriter.GetIsoBytes("\\clftsWidth3"), 0, t.Length);
_document.OutputDebugLinebreak(result);
result.Write(t = DocWriter.GetIsoBytes("\\clwWidth"), 0, t.Length);
result.Write(t = intToByteArray(_cellWidth), 0, t.Length);
_document.OutputDebugLinebreak(result);
if (_cellPadding > 0)
{
result.Write(t = DocWriter.GetIsoBytes("\\clpadl"), 0, t.Length);
result.Write(t = intToByteArray(_cellPadding / 2), 0, t.Length);
result.Write(t = DocWriter.GetIsoBytes("\\clpadt"), 0, t.Length);
result.Write(t = intToByteArray(_cellPadding / 2), 0, t.Length);
result.Write(t = DocWriter.GetIsoBytes("\\clpadr"), 0, t.Length);
result.Write(t = intToByteArray(_cellPadding / 2), 0, t.Length);
result.Write(t = DocWriter.GetIsoBytes("\\clpadb"), 0, t.Length);
result.Write(t = intToByteArray(_cellPadding / 2), 0, t.Length);
result.Write(t = DocWriter.GetIsoBytes("\\clpadfl3"), 0, t.Length);
result.Write(t = DocWriter.GetIsoBytes("\\clpadft3"), 0, t.Length);
result.Write(t = DocWriter.GetIsoBytes("\\clpadfr3"), 0, t.Length);
result.Write(t = DocWriter.GetIsoBytes("\\clpadfb3"), 0, t.Length);
}
result.Write(t = DocWriter.GetIsoBytes("\\cellx"), 0, t.Length);
result.Write(t = intToByteArray(_cellRight), 0, t.Length);
}
/// <summary>
/// Writes the start information of this RtfParagraphStyle.
/// @throws IOException On i/o errors.
/// </summary>
/// <param name="result">The OutputStream to write to.</param>
public override void WriteBegin(Stream result)
{
byte[] t;
result.Write(t = DocWriter.GetIsoBytes("\\s"), 0, t.Length);
result.Write(t = IntToByteArray(_styleNumber), 0, t.Length);
writeParagraphSettings(result);
}
/// <summary>
/// Write the content of this RtfCell
/// </summary>
public virtual void WriteContent(Stream result)
{
byte[] t;
if (_content.Count == 0)
{
result.Write(RtfPhrase.ParagraphDefaults, 0, RtfPhrase.ParagraphDefaults.Length);
if (_parentRow.GetParentTable().GetTableFitToPage())
{
result.Write(RtfParagraphStyle.KeepTogetherWithNext, 0, RtfParagraphStyle.KeepTogetherWithNext.Length);
}
result.Write(RtfPhrase.InTable, 0, RtfPhrase.InTable.Length);
}
else
{
for (var i = 0; i < _content.Count; i++)
{
var rtfElement = (IRtfBasicElement)_content[i];
if (rtfElement is RtfParagraph)
{
((RtfParagraph)rtfElement).SetKeepTogetherWithNext(_parentRow.GetParentTable().GetTableFitToPage());
}
rtfElement.WriteContent(result);
if (rtfElement is RtfParagraph && i < (_content.Count - 1))
{
result.Write(RtfParagraph.Paragraph, 0, RtfParagraph.Paragraph.Length);
}
}
}
result.Write(t = DocWriter.GetIsoBytes("\\cell"), 0, t.Length);
}
/// <summary>
/// Appends a string to the buffer. The string is
/// converted according to the encoding ISO-8859-1.
/// </summary>
/// <param name="str">the string to be appended</param>
/// <returns>a reference to this ByteBuffer object</returns>
public ByteBuffer Append(string str)
{
if (str != null)
{
return(Append(DocWriter.GetIsoBytes(str)));
}
return(this);
}
/// <summary>
/// Writes the RTF generator group.
/// </summary>
public override void WriteContent(Stream result)
{
result.Write(OpenGroup, 0, OpenGroup.Length);
result.Write(_generator, 0, _generator.Length);
result.Write(Delimiter, 0, Delimiter.Length);
byte[] t;
result.Write(t = DocWriter.GetIsoBytes(iTextSharp.text.Document.Version), 0, t.Length);
result.Write(CloseGroup, 0, CloseGroup.Length);
Document.OutputDebugLinebreak(result);
}
/// <summary>
/// Writes eficiently to a stream
/// @throws IOException on write error
/// </summary>
/// <param name="os">the stream to write to</param>
internal void WriteTo(Stream os)
{
byte[] tmp = DocWriter.GetIsoBytes(Number.ToString());
os.Write(tmp, 0, tmp.Length);
os.WriteByte((byte)' ');
tmp = DocWriter.GetIsoBytes(Generation.ToString());
os.Write(tmp, 0, tmp.Length);
os.Write(Startobj, 0, Startobj.Length);
Objecti.ToPdf(Writer, os);
os.Write(Endobj, 0, Endobj.Length);
}
/// <summary>
/// Writes the content of this RtfListItem.
/// </summary>
public override void WriteContent(Stream result)
{
byte[] t;
if (ParagraphStyle.GetSpacingBefore() > 0)
{
result.Write(RtfParagraphStyle.SpacingBefore, 0, RtfParagraphStyle.SpacingBefore.Length);
result.Write(t = IntToByteArray(ParagraphStyle.GetSpacingBefore()), 0, t.Length);
}
if (ParagraphStyle.GetSpacingAfter() > 0)
{
result.Write(RtfParagraphStyle.SpacingAfter, 0, RtfParagraphStyle.SpacingAfter.Length);
result.Write(t = IntToByteArray(ParagraphStyle.GetSpacingAfter()), 0, t.Length);
}
if (ParagraphStyle.GetLineLeading() > 0)
{
result.Write(LineSpacing, 0, LineSpacing.Length);
result.Write(t = IntToByteArray(ParagraphStyle.GetLineLeading()), 0, t.Length);
}
for (var i = 0; i < Chunks.Count; i++)
{
var rtfElement = (IRtfBasicElement)Chunks[i];
if (rtfElement is RtfChunk)
{
((RtfChunk)rtfElement).SetSoftLineBreaks(true);
}
else if (rtfElement is RtfList)
{
result.Write(Paragraph, 0, Paragraph.Length);
_containsInnerList = true;
}
rtfElement.WriteContent(result);
if (rtfElement is RtfList)
{
switch (_parentList.GetLevelFollowValue())
{
case RtfListLevel.LIST_LEVEL_FOLLOW_NOTHING:
break;
case RtfListLevel.LIST_LEVEL_FOLLOW_TAB:
_parentList.WriteListBeginning(result);
result.Write(RtfList.Tab, 0, RtfList.Tab.Length);
break;
case RtfListLevel.LIST_LEVEL_FOLLOW_SPACE:
_parentList.WriteListBeginning(result);
result.Write(t = DocWriter.GetIsoBytes(" "), 0, t.Length);
break;
}
}
}
}
/// <summary>
/// Writes the definition of the stylesheet list.
/// </summary>
public virtual void WriteDefinition(Stream result)
{
byte[] t;
result.Write(t = DocWriter.GetIsoBytes("{"), 0, t.Length);
result.Write(t = DocWriter.GetIsoBytes("\\stylesheet"), 0, t.Length);
result.Write(t = Delimiter, 0, t.Length);
Document.OutputDebugLinebreak(result);
foreach (RtfParagraphStyle rps in _styleMap.Values)
{
rps.WriteDefinition(result);
}
result.Write(t = DocWriter.GetIsoBytes("}"), 0, t.Length);
Document.OutputDebugLinebreak(result);
}
/// <summary>
/// Writes the tab settings.
/// </summary>
public override void WriteContent(Stream result)
{
byte[] t;
switch (_type)
{
case TAB_CENTER_ALIGN: result.Write(t = DocWriter.GetIsoBytes("\\tqc"), 0, t.Length); break;
case TAB_RIGHT_ALIGN: result.Write(t = DocWriter.GetIsoBytes("\\tqr"), 0, t.Length); break;
case TAB_DECIMAL_ALIGN: result.Write(t = DocWriter.GetIsoBytes("\\tqdec"), 0, t.Length); break;
}
result.Write(t = DocWriter.GetIsoBytes("\\tx"), 0, t.Length);
result.Write(t = IntToByteArray(_position), 0, t.Length);
}
/// <summary>
/// Writes the definition of this RtfParagraphStyle for the stylesheet list.
/// </summary>
public override void WriteDefinition(Stream result)
{
byte[] t;
result.Write(t = DocWriter.GetIsoBytes("{"), 0, t.Length);
result.Write(t = DocWriter.GetIsoBytes("\\style"), 0, t.Length);
result.Write(t = DocWriter.GetIsoBytes("\\s"), 0, t.Length);
result.Write(t = IntToByteArray(_styleNumber), 0, t.Length);
result.Write(t = RtfElement.Delimiter, 0, t.Length);
writeParagraphSettings(result);
base.WriteBegin(result);
result.Write(t = RtfElement.Delimiter, 0, t.Length);
result.Write(t = DocWriter.GetIsoBytes(_styleName), 0, t.Length);
result.Write(t = DocWriter.GetIsoBytes(";"), 0, t.Length);
result.Write(t = DocWriter.GetIsoBytes("}"), 0, t.Length);
Document.OutputDebugLinebreak(result);
}
/// <summary>
/// Write this RtfShapePosition.
/// </summary>
public override void WriteContent(Stream result)
{
byte[] t;
result.Write(t = DocWriter.GetIsoBytes("\\shpleft"), 0, t.Length);
result.Write(t = IntToByteArray(_left), 0, t.Length);
result.Write(t = DocWriter.GetIsoBytes("\\shptop"), 0, t.Length);
result.Write(t = IntToByteArray(_top), 0, t.Length);
result.Write(t = DocWriter.GetIsoBytes("\\shpright"), 0, t.Length);
result.Write(t = IntToByteArray(_right), 0, t.Length);
result.Write(t = DocWriter.GetIsoBytes("\\shpbottom"), 0, t.Length);
result.Write(t = IntToByteArray(_bottom), 0, t.Length);
result.Write(t = DocWriter.GetIsoBytes("\\shpz"), 0, t.Length);
result.Write(t = IntToByteArray(_zOrder), 0, t.Length);
switch (_xRelativePos)
{
case POSITION_X_RELATIVE_PAGE: result.Write(t = DocWriter.GetIsoBytes("\\shpbxpage"), 0, t.Length); break;
case POSITION_X_RELATIVE_MARGIN: result.Write(t = DocWriter.GetIsoBytes("\\shpbxmargin"), 0, t.Length); break;
case POSITION_X_RELATIVE_COLUMN: result.Write(t = DocWriter.GetIsoBytes("\\shpbxcolumn"), 0, t.Length); break;
}
if (_ignoreXRelative)
{
result.Write(t = DocWriter.GetIsoBytes("\\shpbxignore"), 0, t.Length);
}
switch (_yRelativePos)
{
case POSITION_Y_RELATIVE_PAGE: result.Write(t = DocWriter.GetIsoBytes("\\shpbypage"), 0, t.Length); break;
case POSITION_Y_RELATIVE_MARGIN: result.Write(t = DocWriter.GetIsoBytes("\\shpbymargin"), 0, t.Length); break;
case POSITION_Y_RELATIVE_PARAGRAPH: result.Write(t = DocWriter.GetIsoBytes("\\shpbypara"), 0, t.Length); break;
}
if (_ignoreYRelative)
{
result.Write(t = DocWriter.GetIsoBytes("\\shpbyignore"), 0, t.Length);
}
if (_shapeBelowText)
{
result.Write(t = DocWriter.GetIsoBytes("\\shpfblwtxt1"), 0, t.Length);
}
else
{
result.Write(t = DocWriter.GetIsoBytes("\\shpfblwtxt0"), 0, t.Length);
}
}
/// <summary>
/// Writes the content of one RTF information element.
/// </summary>
public override void WriteContent(Stream result)
{
result.Write(OpenGroup, 0, OpenGroup.Length);
switch (_infoType)
{
case Element.AUTHOR:
result.Write(_infoAuthor, 0, _infoAuthor.Length);
break;
case Element.SUBJECT:
result.Write(_infoSubject, 0, _infoSubject.Length);
break;
case Element.KEYWORDS:
result.Write(_infoKeywords, 0, _infoKeywords.Length);
break;
case Element.TITLE:
result.Write(_infoTitle, 0, _infoTitle.Length);
break;
case Element.PRODUCER:
result.Write(_infoProducer, 0, _infoProducer.Length);
break;
case Element.CREATIONDATE:
result.Write(_infoCreationDate, 0, _infoCreationDate.Length);
break;
default:
result.Write(_infoAuthor, 0, _infoAuthor.Length);
break;
}
result.Write(Delimiter, 0, Delimiter.Length);
byte[] t;
if (_infoType == Element.CREATIONDATE)
{
t = DocWriter.GetIsoBytes(convertDate(_content));
result.Write(t, 0, t.Length);
}
else
{
Document.FilterSpecialChar(result, _content, false, false);
}
result.Write(CloseGroup, 0, CloseGroup.Length);
}
/// <summary>
/// @throws IOException
/// @since 2.1.3
/// </summary>
/// <param name="result"></param>
/// <param name="itemNr"></param>
/// <param name="listLevel"></param>
protected void WriteListTextBlock(Stream result, int itemNr, RtfListLevel listLevel)
{
byte[] t;
result.Write(OpenGroup, 0, OpenGroup.Length);
result.Write(ListText, 0, ListText.Length);
result.Write(RtfPhrase.ParagraphDefaults, 0, RtfPhrase.ParagraphDefaults.Length);
if (InTable)
{
result.Write(RtfPhrase.InTable, 0, RtfPhrase.InTable.Length);
}
result.Write(RtfFontList.FontNumber, 0, RtfFontList.FontNumber.Length);
if (listLevel.GetListType() != RtfListLevel.LIST_TYPE_BULLET)
{
result.Write(t = IntToByteArray(listLevel.GetFontNumber().GetFontNumber()), 0, t.Length);
}
else
{
result.Write(t = IntToByteArray(listLevel.GetFontBullet().GetFontNumber()), 0, t.Length);
}
listLevel.WriteIndentation(result);
result.Write(Delimiter, 0, Delimiter.Length);
if (listLevel.GetListType() != RtfListLevel.LIST_TYPE_BULLET)
{
switch (listLevel.GetListType())
{
case RtfListLevel.LIST_TYPE_NUMBERED: result.Write(t = IntToByteArray(itemNr), 0, t.Length); break;
case RtfListLevel.LIST_TYPE_UPPER_LETTERS: result.Write(t = DocWriter.GetIsoBytes(RomanAlphabetFactory.GetUpperCaseString(itemNr)), 0, t.Length); break;
case RtfListLevel.LIST_TYPE_LOWER_LETTERS: result.Write(t = DocWriter.GetIsoBytes(RomanAlphabetFactory.GetLowerCaseString(itemNr)), 0, t.Length); break;
case RtfListLevel.LIST_TYPE_UPPER_ROMAN: result.Write(t = DocWriter.GetIsoBytes(RomanNumberFactory.GetUpperCaseString(itemNr)), 0, t.Length); break;
case RtfListLevel.LIST_TYPE_LOWER_ROMAN: result.Write(t = DocWriter.GetIsoBytes(RomanNumberFactory.GetLowerCaseString(itemNr)), 0, t.Length); break;
}
result.Write(ListNumberEnd, 0, ListNumberEnd.Length);
}
else
{
Document.FilterSpecialChar(result, listLevel.GetBulletCharacter(), true, false);
}
result.Write(Tab, 0, Tab.Length);
result.Write(CloseGroup, 0, CloseGroup.Length);
}
/// <summary>
/// Writes the content of the RtfAnnotation
/// </summary>
public override void WriteContent(Stream result)
{
byte[] t;
result.Write(OpenGroup, 0, OpenGroup.Length);
result.Write(_annotationId, 0, _annotationId.Length);
result.Write(Delimiter, 0, Delimiter.Length);
result.Write(t = IntToByteArray(Document.GetRandomInt()), 0, t.Length);
result.Write(CloseGroup, 0, CloseGroup.Length);
result.Write(OpenGroup, 0, OpenGroup.Length);
result.Write(_annotationAuthor, 0, _annotationAuthor.Length);
result.Write(Delimiter, 0, Delimiter.Length);
result.Write(t = DocWriter.GetIsoBytes(_title), 0, t.Length);
result.Write(CloseGroup, 0, CloseGroup.Length);
result.Write(OpenGroup, 0, OpenGroup.Length);
result.Write(_annotation, 0, _annotation.Length);
result.Write(RtfPhrase.ParagraphDefaults, 0, RtfPhrase.ParagraphDefaults.Length);
result.Write(Delimiter, 0, Delimiter.Length);
result.Write(t = DocWriter.GetIsoBytes(_content), 0, t.Length);
result.Write(CloseGroup, 0, CloseGroup.Length);
}
/// <summary>
/// Writes the RtfChapter and its contents
/// </summary>
public override void WriteContent(Stream result)
{
byte[] t;
if (Document.GetLastElementWritten() != null && !(Document.GetLastElementWritten() is RtfChapter))
{
result.Write(t = DocWriter.GetIsoBytes("\\page"), 0, t.Length);
}
result.Write(t = DocWriter.GetIsoBytes("\\sectd"), 0, t.Length);
Document.GetDocumentHeader().WriteSectionDefinition(result);
if (Title != null)
{
Title.WriteContent(result);
}
for (var i = 0; i < Items.Count; i++)
{
var rbe = (IRtfBasicElement)Items[i];
rbe.WriteContent(result);
}
result.Write(t = DocWriter.GetIsoBytes("\\sect"), 0, t.Length);
}
/// <summary>
/// Sets the encryption options for this document. The userPassword and the
/// ownerPassword can be null or have zero length. In this case the ownerPassword
/// is replaced by a random string. The open permissions for the document can be
/// AllowPrinting, AllowModifyContents, AllowCopy, AllowModifyAnnotations,
/// AllowFillIn, AllowScreenReaders, AllowAssembly and AllowDegradedPrinting.
/// The permissions can be combined by ORing them.
/// Optionally DO_NOT_ENCRYPT_METADATA can be ored to output the metadata in cleartext
/// @throws DocumentException if the document is already open
/// </summary>
/// <param name="encryptionType">the type of encryption. It can be one of STANDARD_ENCRYPTION_40, STANDARD_ENCRYPTION_128 or ENCRYPTION_AES128.</param>
/// <param name="userPassword">the user password. Can be null or empty</param>
/// <param name="ownerPassword">the owner password. Can be null or empty</param>
/// <param name="permissions">the user permissions</param>
public void SetEncryption(int encryptionType, string userPassword, string ownerPassword, int permissions)
{
SetEncryption(DocWriter.GetIsoBytes(userPassword), DocWriter.GetIsoBytes(ownerPassword), permissions, encryptionType);
}
/// <summary>
/// Transforms an integer into its String representation and then returns the bytes
/// of that string.
/// </summary>
/// <param name="i">The integer to convert</param>
/// <returns>A byte array representing the integer</returns>
private byte[] intToByteArray(int i)
{
return(DocWriter.GetIsoBytes(i.ToString()));
}
/// <summary>
/// Writes the RtfShape. Some settings are automatically translated into
/// or require other properties and these are set first.
/// </summary>
public override void WriteContent(Stream result)
{
_shapeNr = Doc.GetRandomInt();
_properties["ShapeType"] = new RtfShapeProperty("ShapeType", _type);
if (_position.IsShapeBelowText())
{
_properties["fBehindDocument"] = new RtfShapeProperty("fBehindDocument", true);
}
if (InTable)
{
_properties["fLayoutInCell"] = new RtfShapeProperty("fLayoutInCell", true);
}
if (_properties.ContainsKey("posh"))
{
_position.SetIgnoreXRelative(true);
}
if (_properties.ContainsKey("posv"))
{
_position.SetIgnoreYRelative(true);
}
byte[] t;
result.Write(RtfElement.OpenGroup, 0, RtfElement.OpenGroup.Length);
result.Write(t = DocWriter.GetIsoBytes("\\shp"), 0, t.Length);
result.Write(t = DocWriter.GetIsoBytes("\\shplid"), 0, t.Length);
result.Write(t = IntToByteArray(_shapeNr), 0, t.Length);
_position.WriteContent(result);
switch (_wrapping)
{
case SHAPE_WRAP_NONE:
result.Write(t = DocWriter.GetIsoBytes("\\shpwr3"), 0, t.Length);
break;
case SHAPE_WRAP_TOP_BOTTOM:
result.Write(t = DocWriter.GetIsoBytes("\\shpwr1"), 0, t.Length);
break;
case SHAPE_WRAP_BOTH:
result.Write(t = DocWriter.GetIsoBytes("\\shpwr2"), 0, t.Length);
result.Write(t = DocWriter.GetIsoBytes("\\shpwrk0"), 0, t.Length);
break;
case SHAPE_WRAP_LEFT:
result.Write(t = DocWriter.GetIsoBytes("\\shpwr2"), 0, t.Length);
result.Write(t = DocWriter.GetIsoBytes("\\shpwrk1"), 0, t.Length);
break;
case SHAPE_WRAP_RIGHT:
result.Write(t = DocWriter.GetIsoBytes("\\shpwr2"), 0, t.Length);
result.Write(t = DocWriter.GetIsoBytes("\\shpwrk2"), 0, t.Length);
break;
case SHAPE_WRAP_LARGEST:
result.Write(t = DocWriter.GetIsoBytes("\\shpwr2"), 0, t.Length);
result.Write(t = DocWriter.GetIsoBytes("\\shpwrk3"), 0, t.Length);
break;
case SHAPE_WRAP_TIGHT_BOTH:
result.Write(t = DocWriter.GetIsoBytes("\\shpwr4"), 0, t.Length);
result.Write(t = DocWriter.GetIsoBytes("\\shpwrk0"), 0, t.Length);
break;
case SHAPE_WRAP_TIGHT_LEFT:
result.Write(t = DocWriter.GetIsoBytes("\\shpwr4"), 0, t.Length);
result.Write(t = DocWriter.GetIsoBytes("\\shpwrk1"), 0, t.Length);
break;
case SHAPE_WRAP_TIGHT_RIGHT:
result.Write(t = DocWriter.GetIsoBytes("\\shpwr4"), 0, t.Length);
result.Write(t = DocWriter.GetIsoBytes("\\shpwrk2"), 0, t.Length);
break;
case SHAPE_WRAP_TIGHT_LARGEST:
result.Write(t = DocWriter.GetIsoBytes("\\shpwr4"), 0, t.Length);
result.Write(t = DocWriter.GetIsoBytes("\\shpwrk3"), 0, t.Length);
break;
case SHAPE_WRAP_THROUGH:
result.Write(t = DocWriter.GetIsoBytes("\\shpwr5"), 0, t.Length);
break;
default:
result.Write(t = DocWriter.GetIsoBytes("\\shpwr3"), 0, t.Length);
break;
}
if (InHeader)
{
result.Write(t = DocWriter.GetIsoBytes("\\shpfhdr1"), 0, t.Length);
}
if (Doc.GetDocumentSettings().IsOutputDebugLineBreaks())
{
result.WriteByte((byte)'\n');
}
result.Write(RtfElement.OpenGroup, 0, RtfElement.OpenGroup.Length);
result.Write(t = DocWriter.GetIsoBytes("\\*\\shpinst"), 0, t.Length);
foreach (RtfShapeProperty rsp in _properties.Values)
{
rsp.WriteContent(result);
}
if (!_shapeText.Equals(""))
{
result.Write(RtfElement.OpenGroup, 0, RtfElement.OpenGroup.Length);
result.Write(t = DocWriter.GetIsoBytes("\\shptxt"), 0, t.Length);
result.Write(RtfElement.Delimiter, 0, RtfElement.Delimiter.Length);
result.Write(t = DocWriter.GetIsoBytes(_shapeText), 0, t.Length);
result.Write(RtfElement.CloseGroup, 0, RtfElement.CloseGroup.Length);
}
result.Write(RtfElement.CloseGroup, 0, RtfElement.CloseGroup.Length);
Doc.OutputDebugLinebreak(result);
result.Write(RtfElement.CloseGroup, 0, RtfElement.CloseGroup.Length);
}
/// <summary>
/// Constructs a PdfContents -object, containing text and general graphics.
/// @throws BadPdfFormatException on error
/// </summary>
/// <param name="under">the direct content that is under all others</param>
/// <param name="content">the graphics in a page</param>
/// <param name="text">the text in a page</param>
/// <param name="secondContent">the direct content that is over all others</param>
/// <param name="page"></param>
internal PdfContents(PdfContentByte under, PdfContentByte content, PdfContentByte text, PdfContentByte secondContent, Rectangle page)
{
Stream ostr = null;
StreamBytes = new MemoryStream();
if (Document.Compress)
{
Compressed = true;
ostr = new ZDeflaterOutputStream(StreamBytes, text.PdfWriter.CompressionLevel);
}
else
{
ostr = StreamBytes;
}
int rotation = page.Rotation;
byte[] tmp;
switch (rotation)
{
case 90:
ostr.Write(Rotate90, 0, Rotate90.Length);
tmp = DocWriter.GetIsoBytes(ByteBuffer.FormatDouble(page.Top));
ostr.Write(tmp, 0, tmp.Length);
ostr.WriteByte((byte)' ');
ostr.WriteByte((byte)'0');
ostr.Write(Rotatefinal, 0, Rotatefinal.Length);
break;
case 180:
ostr.Write(Rotate180, 0, Rotate180.Length);
tmp = DocWriter.GetIsoBytes(ByteBuffer.FormatDouble(page.Right));
ostr.Write(tmp, 0, tmp.Length);
ostr.WriteByte((byte)' ');
tmp = DocWriter.GetIsoBytes(ByteBuffer.FormatDouble(page.Top));
ostr.Write(tmp, 0, tmp.Length);
ostr.Write(Rotatefinal, 0, Rotatefinal.Length);
break;
case 270:
ostr.Write(Rotate270, 0, Rotate270.Length);
ostr.WriteByte((byte)'0');
ostr.WriteByte((byte)' ');
tmp = DocWriter.GetIsoBytes(ByteBuffer.FormatDouble(page.Right));
ostr.Write(tmp, 0, tmp.Length);
ostr.Write(Rotatefinal, 0, Rotatefinal.Length);
break;
}
if (under.Size > 0)
{
ostr.Write(Savestate, 0, Savestate.Length);
under.InternalBuffer.WriteTo(ostr);
ostr.Write(Restorestate, 0, Restorestate.Length);
}
if (content.Size > 0)
{
ostr.Write(Savestate, 0, Savestate.Length);
content.InternalBuffer.WriteTo(ostr);
ostr.Write(Restorestate, 0, Restorestate.Length);
}
if (text != null)
{
ostr.Write(Savestate, 0, Savestate.Length);
text.InternalBuffer.WriteTo(ostr);
ostr.Write(Restorestate, 0, Restorestate.Length);
}
if (secondContent.Size > 0)
{
secondContent.InternalBuffer.WriteTo(ostr);
}
if (ostr is ZDeflaterOutputStream)
{
((ZDeflaterOutputStream)ostr).Finish();
}
Put(PdfName.LENGTH, new PdfNumber(StreamBytes.Length));
if (Compressed)
{
Put(PdfName.Filter, PdfName.Flatedecode);
}
}
public void WriteDefinition(Stream result)
{
byte[] t;
result.Write(OpenGroup, 0, OpenGroup.Length);
result.Write(_listLevel, 0, _listLevel.Length);
result.Write(_listLevelType, 0, _listLevelType.Length);
switch (_listType)
{
case LIST_TYPE_BULLET: result.Write(t = IntToByteArray(23), 0, t.Length); break;
case LIST_TYPE_NUMBERED: result.Write(t = IntToByteArray(0), 0, t.Length); break;
case LIST_TYPE_UPPER_LETTERS: result.Write(t = IntToByteArray(3), 0, t.Length); break;
case LIST_TYPE_LOWER_LETTERS: result.Write(t = IntToByteArray(4), 0, t.Length); break;
case LIST_TYPE_UPPER_ROMAN: result.Write(t = IntToByteArray(1), 0, t.Length); break;
case LIST_TYPE_LOWER_ROMAN: result.Write(t = IntToByteArray(2), 0, t.Length); break;
/* New types */
case LIST_TYPE_ARABIC: result.Write(t = IntToByteArray(0), 0, t.Length); break;
case LIST_TYPE_UPPERCASE_ROMAN_NUMERAL: result.Write(t = IntToByteArray(1), 0, t.Length); break;
case LIST_TYPE_LOWERCASE_ROMAN_NUMERAL: result.Write(t = IntToByteArray(2), 0, t.Length); break;
case LIST_TYPE_UPPERCASE_LETTER: result.Write(t = IntToByteArray(3), 0, t.Length); break;
case LIST_TYPE_ORDINAL_NUMBER: result.Write(t = IntToByteArray(4), 0, t.Length); break;
case LIST_TYPE_CARDINAL_TEXT_NUMBER: result.Write(t = IntToByteArray(5), 0, t.Length); break;
case LIST_TYPE_ORDINAL_TEXT_NUMBER: result.Write(t = IntToByteArray(6), 0, t.Length); break;
case LIST_TYPE_LOWERCASE_LETTER: result.Write(t = IntToByteArray(7), 0, t.Length); break;
case LIST_TYPE_ARABIC_LEADING_ZERO: result.Write(t = IntToByteArray(22), 0, t.Length); break;
case LIST_TYPE_NO_NUMBER: result.Write(t = IntToByteArray(255), 0, t.Length); break;
default: // catch all for other unsupported types
if (_listType >= LIST_TYPE_BASE)
{
result.Write(t = IntToByteArray(_listType - LIST_TYPE_BASE), 0, t.Length);
}
break;
}
result.Write(_listLevelTypeNew, 0, _listLevelTypeNew.Length);
switch (_listType)
{
case LIST_TYPE_BULLET: result.Write(t = IntToByteArray(23), 0, t.Length); break;
case LIST_TYPE_NUMBERED: result.Write(t = IntToByteArray(0), 0, t.Length); break;
case LIST_TYPE_UPPER_LETTERS: result.Write(t = IntToByteArray(3), 0, t.Length); break;
case LIST_TYPE_LOWER_LETTERS: result.Write(t = IntToByteArray(4), 0, t.Length); break;
case LIST_TYPE_UPPER_ROMAN: result.Write(t = IntToByteArray(1), 0, t.Length); break;
case LIST_TYPE_LOWER_ROMAN: result.Write(t = IntToByteArray(2), 0, t.Length); break;
/* New types */
case LIST_TYPE_ARABIC: result.Write(t = IntToByteArray(0), 0, t.Length); break;
case LIST_TYPE_UPPERCASE_ROMAN_NUMERAL: result.Write(t = IntToByteArray(1), 0, t.Length); break;
case LIST_TYPE_LOWERCASE_ROMAN_NUMERAL: result.Write(t = IntToByteArray(2), 0, t.Length); break;
case LIST_TYPE_UPPERCASE_LETTER: result.Write(t = IntToByteArray(3), 0, t.Length); break;
case LIST_TYPE_ORDINAL_NUMBER: result.Write(t = IntToByteArray(4), 0, t.Length); break;
case LIST_TYPE_CARDINAL_TEXT_NUMBER: result.Write(t = IntToByteArray(5), 0, t.Length); break;
case LIST_TYPE_ORDINAL_TEXT_NUMBER: result.Write(t = IntToByteArray(6), 0, t.Length); break;
case LIST_TYPE_LOWERCASE_LETTER: result.Write(t = IntToByteArray(7), 0, t.Length); break;
case LIST_TYPE_ARABIC_LEADING_ZERO: result.Write(t = IntToByteArray(22), 0, t.Length); break;
case LIST_TYPE_NO_NUMBER: result.Write(t = IntToByteArray(255), 0, t.Length); break;
default: // catch all for other unsupported types
if (_listType >= LIST_TYPE_BASE)
{
result.Write(t = IntToByteArray(_listType - LIST_TYPE_BASE), 0, t.Length);
}
break;
}
result.Write(_listLevelAlignment, 0, _listLevelAlignment.Length);
result.Write(t = IntToByteArray(0), 0, t.Length);
result.Write(_listLevelAlignmentNew, 0, _listLevelAlignmentNew.Length);
result.Write(t = IntToByteArray(0), 0, t.Length);
result.Write(_listLevelFolow, 0, _listLevelFolow.Length);
result.Write(t = IntToByteArray(_levelFollowValue), 0, t.Length);
result.Write(_listLevelStartAt, 0, _listLevelStartAt.Length);
result.Write(t = IntToByteArray(_listStartAt), 0, t.Length);
if (_isTentative)
{
result.Write(_listLevelTentative, 0, _listLevelTentative.Length);
}
if (_isLegal)
{
result.Write(_listLevelLegal, 0, _listLevelLegal.Length);
}
result.Write(_listLevelSpace, 0, _listLevelSpace.Length);
result.Write(t = IntToByteArray(0), 0, t.Length);
result.Write(_listLevelIndent, 0, _listLevelIndent.Length);
result.Write(t = IntToByteArray(0), 0, t.Length);
if (_levelPicture != -1)
{
result.Write(_listLevelPicture, 0, _listLevelPicture.Length);
result.Write(t = IntToByteArray(_levelPicture), 0, t.Length);
}
result.Write(OpenGroup, 0, OpenGroup.Length); // { leveltext
result.Write(_listLevelText, 0, _listLevelText.Length);
result.Write(_listLevelTemplateId, 0, _listLevelTemplateId.Length);
result.Write(t = IntToByteArray(_templateId), 0, t.Length);
/* NEVER seperate the LEVELTEXT elements with a return in between
* them or it will not fuction correctly!
*/
// TODO Needs to be rewritten to support 1-9 levels, not just simple single level
if (_listType != LIST_TYPE_BULLET)
{
result.Write(_listLevelStyleNumberedBegin, 0, _listLevelStyleNumberedBegin.Length);
if (_levelTextNumber < 10)
{
result.Write(t = IntToByteArray(0), 0, t.Length);
}
result.Write(t = IntToByteArray(_levelTextNumber), 0, t.Length);
result.Write(_listLevelStyleNumberedEnd, 0, _listLevelStyleNumberedEnd.Length);
}
else
{
result.Write(_listLevelStyleBulletedBegin, 0, _listLevelStyleBulletedBegin.Length);
Document.FilterSpecialChar(result, _bulletCharacter, false, false);
result.Write(_listLevelStyleBulletedEnd, 0, _listLevelStyleBulletedEnd.Length);
}
result.Write(CloseGroup, 0, CloseGroup.Length); // } leveltext
result.Write(OpenGroup, 0, OpenGroup.Length); // { levelnumbers
result.Write(_listLevelNumbersBegin, 0, _listLevelNumbersBegin.Length);
if (_listType != LIST_TYPE_BULLET)
{
result.Write(_listLevelNumbersNumbered, 0, _listLevelNumbersNumbered.Length);
}
result.Write(_listLevelNumbersEnd, 0, _listLevelNumbersEnd.Length);
result.Write(CloseGroup, 0, CloseGroup.Length);// { levelnumbers
// write properties now
result.Write(RtfFontList.FontNumber, 0, RtfFontList.FontNumber.Length);
if (_listType != LIST_TYPE_BULLET)
{
result.Write(t = IntToByteArray(_fontNumber.GetFontNumber()), 0, t.Length);
}
else
{
result.Write(t = IntToByteArray(_fontBullet.GetFontNumber()), 0, t.Length);
}
result.Write(t = DocWriter.GetIsoBytes("\\cf"), 0, t.Length);
// document.GetDocumentHeader().GetColorNumber(new RtfColor(this.document,this.GetFontNumber().GetColor()));
result.Write(t = IntToByteArray(Document.GetDocumentHeader().GetColorNumber(new RtfColor(Document, GetFontNumber().Color))), 0, t.Length);
WriteIndentation(result);
result.Write(CloseGroup, 0, CloseGroup.Length);
Document.OutputDebugLinebreak(result);
}
/// <summary>
/// Returns the version as a byte[].
/// </summary>
/// <param name="version">the version character</param>
public byte[] GetVersionAsByteArray(char version)
{
return(DocWriter.GetIsoBytes(GetVersionAsName(version).ToString().Substring(1)));
}
/// <summary>
/// Sets the encryption options for this document. The userPassword and the
/// ownerPassword can be null or have zero length. In this case the ownerPassword
/// is replaced by a random string. The open permissions for the document can be
/// AllowPrinting, AllowModifyContents, AllowCopy, AllowModifyAnnotations,
/// AllowFillIn, AllowScreenReaders, AllowAssembly and AllowDegradedPrinting.
/// The permissions can be combined by ORing them.
/// @throws DocumentException if the document is already open
/// </summary>
/// <param name="strength">true for 128 bit key length. false for 40 bit key length</param>
/// <param name="userPassword">the user password. Can be null or empty</param>
/// <param name="ownerPassword">the owner password. Can be null or empty</param>
/// <param name="permissions">the user permissions</param>
public void SetEncryption(bool strength, string userPassword, string ownerPassword, int permissions)
{
SetEncryption(DocWriter.GetIsoBytes(userPassword), DocWriter.GetIsoBytes(ownerPassword), permissions, strength);
}
/// <summary>
/// Writes the element content to the given output stream.
/// </summary>
public override void WriteContent(Stream outp)
{
var contentBytes = DocWriter.GetIsoBytes(_directContent);
outp.Write(contentBytes, 0, contentBytes.Length);
}
/// <summary>
/// Writes the field instruction content
/// </summary>
protected override void WriteFieldInstContent(Stream outp)
{
var t = DocWriter.GetIsoBytes(FieldInst);
outp.Write(t, 0, t.Length);
}
/// <summary> /// Obtain the password has as a byte array. /// @since 2.1.1 /// @author Howard Shank ([email protected]) /// </summary> /// <returns>The bytes of the password hash as a byte array (byte[])</returns> public byte[] GetProtectionHashBytes() { return(DocWriter.GetIsoBytes(_protectionHash)); }
/// <summary> /// @since 2.1.1 /// @author Howard Shank ([email protected]) /// </summary> /// <returns>RTF document protection level as a byte array (byte[])</returns> public byte[] GetProtectionLevelBytes() { return(DocWriter.GetIsoBytes(convertProtectionLevel().ToString())); }
/// <summary>
/// Transforms an integer into its String representation and then returns the bytes
/// of that string.
/// </summary>
/// <param name="i">The integer to convert</param>
/// <returns>A byte array representing the integer</returns>
protected byte[] IntToByteArray(int i)
{
return(DocWriter.GetIsoBytes(i.ToString()));
}
/// <summary>
/// Write this RtfShapePosition.
/// </summary>
public override void WriteContent(Stream result)
{
byte[] t;
result.Write(RtfElement.OpenGroup, 0, RtfElement.OpenGroup.Length);
result.Write(t = DocWriter.GetIsoBytes("\\sp"), 0, t.Length);
result.Write(RtfElement.OpenGroup, 0, RtfElement.OpenGroup.Length);
result.Write(t = DocWriter.GetIsoBytes("\\sn"), 0, t.Length);
result.Write(RtfElement.Delimiter, 0, RtfElement.Delimiter.Length);
result.Write(t = DocWriter.GetIsoBytes(_name), 0, t.Length);
result.Write(RtfElement.CloseGroup, 0, RtfElement.CloseGroup.Length);
result.Write(RtfElement.OpenGroup, 0, RtfElement.OpenGroup.Length);
result.Write(t = DocWriter.GetIsoBytes("\\sv"), 0, t.Length);
result.Write(RtfElement.Delimiter, 0, RtfElement.Delimiter.Length);
switch (_type)
{
case PropertyTypeLong:
case PropertyTypeDouble:
result.Write(t = DocWriter.GetIsoBytes(_value.ToString()), 0, t.Length);
break;
case PropertyTypeBoolean:
if ((bool)_value)
{
result.Write(t = DocWriter.GetIsoBytes("1"), 0, t.Length);
}
else
{
result.Write(t = DocWriter.GetIsoBytes("0"), 0, t.Length);
}
break;
case PropertyTypeColor:
var color = (BaseColor)_value;
result.Write(t = IntToByteArray(color.R | (color.G << 8) | (color.B << 16)), 0, t.Length);
break;
case PropertyTypeArray:
if (_value is int[])
{
var values = (int[])_value;
result.Write(t = DocWriter.GetIsoBytes("4;"), 0, t.Length);
result.Write(t = IntToByteArray(values.Length), 0, t.Length);
result.Write(RtfElement.CommaDelimiter, 0, RtfElement.CommaDelimiter.Length);
for (var i = 0; i < values.Length; i++)
{
result.Write(t = IntToByteArray(values[i]), 0, t.Length);
if (i < values.Length - 1)
{
result.Write(RtfElement.CommaDelimiter, 0, RtfElement.CommaDelimiter.Length);
}
}
}
else if (_value is Point[])
{
var values = (Point[])_value;
result.Write(t = DocWriter.GetIsoBytes("8;"), 0, t.Length);
result.Write(t = IntToByteArray(values.Length), 0, t.Length);
result.Write(RtfElement.CommaDelimiter, 0, RtfElement.CommaDelimiter.Length);
for (var i = 0; i < values.Length; i++)
{
result.Write(t = DocWriter.GetIsoBytes("("), 0, t.Length);
result.Write(t = IntToByteArray(values[i].X), 0, t.Length);
result.Write(t = DocWriter.GetIsoBytes(","), 0, t.Length);
result.Write(t = IntToByteArray(values[i].Y), 0, t.Length);
result.Write(t = DocWriter.GetIsoBytes(")"), 0, t.Length);
if (i < values.Length - 1)
{
result.Write(RtfElement.CommaDelimiter, 0, RtfElement.CommaDelimiter.Length);
}
}
}
break;
case PropertyTypeImage:
var image = (Image)_value;
var img = new RtfImage(Doc, image);
img.SetTopLevelElement(true);
result.Write(RtfElement.OpenGroup, 0, RtfElement.OpenGroup.Length);
img.WriteContent(result);
result.Write(RtfElement.CloseGroup, 0, RtfElement.CloseGroup.Length);
break;
}
result.Write(RtfElement.CloseGroup, 0, RtfElement.CloseGroup.Length);
result.Write(RtfElement.CloseGroup, 0, RtfElement.CloseGroup.Length);
}
