static PdfGoToRemote()
{
DefaultDestination = new PdfArray();
DefaultDestination.Add(new PdfNumeric(0));
DefaultDestination.Add(PdfName.Names.XYZ);
DefaultDestination.Add(PdfNull.Null);
DefaultDestination.Add(PdfNull.Null);
DefaultDestination.Add(PdfNull.Null);
}
static PdfResources()
{
DefaultProcedureSets = new PdfArray();
DefaultProcedureSets.Add(PdfName.Names.PDF);
DefaultProcedureSets.Add(PdfName.Names.Text);
DefaultProcedureSets.Add(PdfName.Names.ImageB);
DefaultProcedureSets.Add(PdfName.Names.ImageC);
DefaultProcedureSets.Add(PdfName.Names.ImageI);
}
protected internal override void Write(PdfWriter writer)
{
PdfArray dest = new PdfArray();
dest.Add(pageReference);
dest.Add(PdfName.Names.XYZ);
dest.Add(new PdfNumeric(xPosition));
dest.Add(new PdfNumeric(yPosition));
dest.Add(PdfNull.Null);
this[PdfName.Names.D] = dest;
base.Write(writer);
}
private PdfObject CleverPdfArrayClone(PdfArray array) {
PdfArray newArray = new PdfArray();
for (int i = 0; i < array.Size; i++) {
PdfObject obj = array[i];
if (obj is PdfDictionary)
newArray.Add(CleverPdfDictionaryClone((PdfDictionary) obj));
else
newArray.Add(obj);
}
return newArray;
}
public PdfPage(
PdfResources resources,
PdfContentStream contents,
int pagewidth,
int pageheight,
PdfObjectId objectId)
: base(objectId)
{
this[PdfName.Names.Type] = PdfName.Names.Page;
this[PdfName.Names.Resources] = resources.GetReference();
this[PdfName.Names.Contents] = contents.GetReference();
PdfArray mediaBox = new PdfArray();
mediaBox.Add(new PdfNumeric(0));
mediaBox.Add(new PdfNumeric(0));
mediaBox.Add(new PdfNumeric(pagewidth));
mediaBox.Add(new PdfNumeric(pageheight));
this[PdfName.Names.MediaBox] = mediaBox;
}
private PdfArray EnsureArray(
)
{
PdfDataObject baseDataObject = BaseDataObject;
if (baseDataObject is PdfDictionary) // Merged annotation.
{
PdfArray widgetsArray = new PdfArray();
{
PdfDictionary fieldDictionary = (PdfDictionary)baseDataObject;
PdfDictionary widgetDictionary = null;
// Extracting widget entries from the field...
foreach (PdfName key in new List <PdfName>(fieldDictionary.Keys))
{
// Is it a widget entry?
if (key.Equals(PdfName.Type) ||
key.Equals(PdfName.Subtype) ||
key.Equals(PdfName.Rect) ||
key.Equals(PdfName.Contents) ||
key.Equals(PdfName.P) ||
key.Equals(PdfName.NM) ||
key.Equals(PdfName.M) ||
key.Equals(PdfName.F) ||
key.Equals(PdfName.BS) ||
key.Equals(PdfName.AP) ||
key.Equals(PdfName.AS) ||
key.Equals(PdfName.Border) ||
key.Equals(PdfName.C) ||
key.Equals(PdfName.A) ||
key.Equals(PdfName.AA) ||
key.Equals(PdfName.StructParent) ||
key.Equals(PdfName.OC) ||
key.Equals(PdfName.H) ||
key.Equals(PdfName.MK))
{
if (widgetDictionary == null)
{
widgetDictionary = new PdfDictionary();
PdfReference widgetReference = File.Register(widgetDictionary);
// Remove the field from the page annotations (as the widget annotation is decoupled from it)!
PdfArray pageAnnotationsArray = (PdfArray)((PdfDictionary)fieldDictionary.Resolve(PdfName.P)).Resolve(PdfName.Annots);
pageAnnotationsArray.Remove(field.BaseObject);
// Add the widget to the page annotations!
pageAnnotationsArray.Add(widgetReference);
// Add the widget to the field widgets!
widgetsArray.Add(widgetReference);
// Associate the field to the widget!
widgetDictionary[PdfName.Parent] = field.BaseObject;
}
// Transfer the entry from the field to the widget!
widgetDictionary[key] = fieldDictionary[key];
fieldDictionary.Remove(key);
}
}
}
BaseObject = widgetsArray;
field.BaseDataObject[PdfName.Kids] = widgetsArray;
baseDataObject = widgetsArray;
}
return((PdfArray)baseDataObject);
}
PdfObject GetColorspace()
{
if (icc_profile != null)
{
if ((colorType & 2) == 0)
{
return(PdfName.DEVICEGRAY);
}
else
{
return(PdfName.DEVICERGB);
}
}
if (gamma == 1f && !hasCHRM)
{
if ((colorType & 2) == 0)
{
return(PdfName.DEVICEGRAY);
}
else
{
return(PdfName.DEVICERGB);
}
}
else
{
PdfArray array = new PdfArray();
PdfDictionary dic = new PdfDictionary();
if ((colorType & 2) == 0)
{
if (gamma == 1f)
{
return(PdfName.DEVICEGRAY);
}
array.Add(PdfName.CALGRAY);
dic.Put(PdfName.GAMMA, new PdfNumber(gamma));
dic.Put(PdfName.WHITEPOINT, new PdfLiteral("[1 1 1]"));
array.Add(dic);
}
else
{
PdfObject wp = new PdfLiteral("[1 1 1]");
array.Add(PdfName.CALRGB);
if (gamma != 1f)
{
PdfArray gm = new PdfArray();
PdfNumber n = new PdfNumber(gamma);
gm.Add(n);
gm.Add(n);
gm.Add(n);
dic.Put(PdfName.GAMMA, gm);
}
if (hasCHRM)
{
float z = yW * ((xG - xB) * yR - (xR - xB) * yG + (xR - xG) * yB);
float YA = yR * ((xG - xB) * yW - (xW - xB) * yG + (xW - xG) * yB) / z;
float XA = YA * xR / yR;
float ZA = YA * ((1 - xR) / yR - 1);
float YB = -yG * ((xR - xB) * yW - (xW - xB) * yR + (xW - xR) * yB) / z;
float XB = YB * xG / yG;
float ZB = YB * ((1 - xG) / yG - 1);
float YC = yB * ((xR - xG) * yW - (xW - xG) * yW + (xW - xR) * yG) / z;
float XC = YC * xB / yB;
float ZC = YC * ((1 - xB) / yB - 1);
float XW = XA + XB + XC;
float YW = 1;//YA+YB+YC;
float ZW = ZA + ZB + ZC;
PdfArray wpa = new PdfArray();
wpa.Add(new PdfNumber(XW));
wpa.Add(new PdfNumber(YW));
wpa.Add(new PdfNumber(ZW));
wp = wpa;
PdfArray matrix = new PdfArray();
matrix.Add(new PdfNumber(XA));
matrix.Add(new PdfNumber(YA));
matrix.Add(new PdfNumber(ZA));
matrix.Add(new PdfNumber(XB));
matrix.Add(new PdfNumber(YB));
matrix.Add(new PdfNumber(ZB));
matrix.Add(new PdfNumber(XC));
matrix.Add(new PdfNumber(YC));
matrix.Add(new PdfNumber(ZC));
dic.Put(PdfName.MATRIX, matrix);
}
dic.Put(PdfName.WHITEPOINT, wp);
array.Add(dic);
}
return(array);
}
}
private void OutputDss(PdfDictionary dss, PdfDictionary vrim, PdfArray ocsps, PdfArray crls, PdfArray certs)
{
writer.AddDeveloperExtension(PdfDeveloperExtension.ESIC_1_7_EXTENSIONLEVEL5);
PdfDictionary catalog = reader.Catalog;
stp.MarkUsed(catalog);
foreach (PdfName vkey in validated.Keys)
{
PdfArray ocsp = new PdfArray();
PdfArray crl = new PdfArray();
PdfArray cert = new PdfArray();
PdfDictionary vri = new PdfDictionary();
foreach (byte[] b in validated[vkey].crls)
{
PdfStream ps = new PdfStream(b);
ps.FlateCompress();
PdfIndirectReference iref = writer.AddToBody(ps, false).IndirectReference;
crl.Add(iref);
crls.Add(iref);
}
foreach (byte[] b in validated[vkey].ocsps)
{
PdfStream ps = new PdfStream(b);
ps.FlateCompress();
PdfIndirectReference iref = writer.AddToBody(ps, false).IndirectReference;
ocsp.Add(iref);
ocsps.Add(iref);
}
foreach (byte[] b in validated[vkey].certs)
{
PdfStream ps = new PdfStream(b);
ps.FlateCompress();
PdfIndirectReference iref = writer.AddToBody(ps, false).IndirectReference;
cert.Add(iref);
certs.Add(iref);
}
if (ocsp.Size > 0)
{
vri.Put(PdfName.OCSP, writer.AddToBody(ocsp, false).IndirectReference);
}
if (crl.Size > 0)
{
vri.Put(PdfName.CRL, writer.AddToBody(crl, false).IndirectReference);
}
if (cert.Size > 0)
{
vri.Put(PdfName.CERT, writer.AddToBody(cert, false).IndirectReference);
}
vrim.Put(vkey, writer.AddToBody(vri, false).IndirectReference);
}
dss.Put(PdfName.VRI, writer.AddToBody(vrim, false).IndirectReference);
if (ocsps.Size > 0)
{
dss.Put(PdfName.OCSPS, writer.AddToBody(ocsps, false).IndirectReference);
}
if (crls.Size > 0)
{
dss.Put(PdfName.CRLS, writer.AddToBody(crls, false).IndirectReference);
}
if (certs.Size > 0)
{
dss.Put(PdfName.CERTS, writer.AddToBody(certs, false).IndirectReference);
}
catalog.Put(PdfName.DSS, writer.AddToBody(dss, false).IndirectReference);
}
protected static Image GetTiffImageColor(TIFFDirectory dir, RandomAccessFileOrArray s)
{
int predictor = 1;
TIFFLZWDecoder lzwDecoder = null;
int compression = TIFFConstants.COMPRESSION_NONE;
if (dir.IsTagPresent(TIFFConstants.TIFFTAG_COMPRESSION))
{
compression = (int)dir.GetFieldAsLong(TIFFConstants.TIFFTAG_COMPRESSION);
}
switch (compression)
{
case TIFFConstants.COMPRESSION_NONE:
case TIFFConstants.COMPRESSION_LZW:
case TIFFConstants.COMPRESSION_PACKBITS:
case TIFFConstants.COMPRESSION_DEFLATE:
case TIFFConstants.COMPRESSION_ADOBE_DEFLATE:
case TIFFConstants.COMPRESSION_OJPEG:
case TIFFConstants.COMPRESSION_JPEG:
break;
default:
throw new ArgumentException(MessageLocalization.GetComposedMessage("the.compression.1.is.not.supported", compression));
}
int photometric = (int)dir.GetFieldAsLong(TIFFConstants.TIFFTAG_PHOTOMETRIC);
switch (photometric)
{
case TIFFConstants.PHOTOMETRIC_MINISWHITE:
case TIFFConstants.PHOTOMETRIC_MINISBLACK:
case TIFFConstants.PHOTOMETRIC_RGB:
case TIFFConstants.PHOTOMETRIC_SEPARATED:
case TIFFConstants.PHOTOMETRIC_PALETTE:
break;
default:
if (compression != TIFFConstants.COMPRESSION_OJPEG && compression != TIFFConstants.COMPRESSION_JPEG)
{
throw new ArgumentException(MessageLocalization.GetComposedMessage("the.photometric.1.is.not.supported", photometric));
}
break;
}
float rotation = 0;
if (dir.IsTagPresent(TIFFConstants.TIFFTAG_ORIENTATION))
{
int rot = (int)dir.GetFieldAsLong(TIFFConstants.TIFFTAG_ORIENTATION);
if (rot == TIFFConstants.ORIENTATION_BOTRIGHT || rot == TIFFConstants.ORIENTATION_BOTLEFT)
{
rotation = (float)Math.PI;
}
else if (rot == TIFFConstants.ORIENTATION_LEFTTOP || rot == TIFFConstants.ORIENTATION_LEFTBOT)
{
rotation = (float)(Math.PI / 2.0);
}
else if (rot == TIFFConstants.ORIENTATION_RIGHTTOP || rot == TIFFConstants.ORIENTATION_RIGHTBOT)
{
rotation = -(float)(Math.PI / 2.0);
}
}
if (dir.IsTagPresent(TIFFConstants.TIFFTAG_PLANARCONFIG) &&
dir.GetFieldAsLong(TIFFConstants.TIFFTAG_PLANARCONFIG) == TIFFConstants.PLANARCONFIG_SEPARATE)
{
throw new ArgumentException(MessageLocalization.GetComposedMessage("planar.images.are.not.supported"));
}
int extraSamples = 0;
if (dir.IsTagPresent(TIFFConstants.TIFFTAG_EXTRASAMPLES))
{
extraSamples = 1;
}
int samplePerPixel = 1;
if (dir.IsTagPresent(TIFFConstants.TIFFTAG_SAMPLESPERPIXEL)) // 1,3,4
{
samplePerPixel = (int)dir.GetFieldAsLong(TIFFConstants.TIFFTAG_SAMPLESPERPIXEL);
}
int bitsPerSample = 1;
if (dir.IsTagPresent(TIFFConstants.TIFFTAG_BITSPERSAMPLE))
{
bitsPerSample = (int)dir.GetFieldAsLong(TIFFConstants.TIFFTAG_BITSPERSAMPLE);
}
switch (bitsPerSample)
{
case 1:
case 2:
case 4:
case 8:
break;
default:
throw new ArgumentException(MessageLocalization.GetComposedMessage("bits.per.sample.1.is.not.supported", bitsPerSample));
}
Image img = null;
int h = (int)dir.GetFieldAsLong(TIFFConstants.TIFFTAG_IMAGELENGTH);
int w = (int)dir.GetFieldAsLong(TIFFConstants.TIFFTAG_IMAGEWIDTH);
int dpiX = 0;
int dpiY = 0;
int resolutionUnit = TIFFConstants.RESUNIT_INCH;
if (dir.IsTagPresent(TIFFConstants.TIFFTAG_RESOLUTIONUNIT))
{
resolutionUnit = (int)dir.GetFieldAsLong(TIFFConstants.TIFFTAG_RESOLUTIONUNIT);
}
dpiX = GetDpi(dir.GetField(TIFFConstants.TIFFTAG_XRESOLUTION), resolutionUnit);
dpiY = GetDpi(dir.GetField(TIFFConstants.TIFFTAG_YRESOLUTION), resolutionUnit);
int fillOrder = 1;
bool reverse = false;
TIFFField fillOrderField = dir.GetField(TIFFConstants.TIFFTAG_FILLORDER);
if (fillOrderField != null)
{
fillOrder = fillOrderField.GetAsInt(0);
}
reverse = (fillOrder == TIFFConstants.FILLORDER_LSB2MSB);
int rowsStrip = h;
if (dir.IsTagPresent(TIFFConstants.TIFFTAG_ROWSPERSTRIP)) //another hack for broken tiffs
{
rowsStrip = (int)dir.GetFieldAsLong(TIFFConstants.TIFFTAG_ROWSPERSTRIP);
}
if (rowsStrip <= 0 || rowsStrip > h)
{
rowsStrip = h;
}
long[] offset = GetArrayLongShort(dir, TIFFConstants.TIFFTAG_STRIPOFFSETS);
long[] size = GetArrayLongShort(dir, TIFFConstants.TIFFTAG_STRIPBYTECOUNTS);
if ((size == null || (size.Length == 1 && (size[0] == 0 || size[0] + offset[0] > s.Length))) && h == rowsStrip) // some TIFF producers are really lousy, so...
{
size = new long[] { s.Length - (int)offset[0] };
}
if (compression == TIFFConstants.COMPRESSION_LZW || compression == TIFFConstants.COMPRESSION_DEFLATE || compression == TIFFConstants.COMPRESSION_ADOBE_DEFLATE)
{
TIFFField predictorField = dir.GetField(TIFFConstants.TIFFTAG_PREDICTOR);
if (predictorField != null)
{
predictor = predictorField.GetAsInt(0);
if (predictor != 1 && predictor != 2)
{
throw new Exception(MessageLocalization.GetComposedMessage("illegal.value.for.predictor.in.tiff.file"));
}
if (predictor == 2 && bitsPerSample != 8)
{
throw new Exception(MessageLocalization.GetComposedMessage("1.bit.samples.are.not.supported.for.horizontal.differencing.predictor", bitsPerSample));
}
}
}
if (compression == TIFFConstants.COMPRESSION_LZW)
{
lzwDecoder = new TIFFLZWDecoder(w, predictor, samplePerPixel);
}
int rowsLeft = h;
MemoryStream stream = null;
MemoryStream mstream = null;
ZDeflaterOutputStream zip = null;
ZDeflaterOutputStream mzip = null;
if (extraSamples > 0)
{
mstream = new MemoryStream();
mzip = new ZDeflaterOutputStream(mstream);
}
CCITTG4Encoder g4 = null;
if (bitsPerSample == 1 && samplePerPixel == 1 && photometric != TIFFConstants.PHOTOMETRIC_PALETTE)
{
g4 = new CCITTG4Encoder(w);
}
else
{
stream = new MemoryStream();
if (compression != TIFFConstants.COMPRESSION_OJPEG && compression != TIFFConstants.COMPRESSION_JPEG)
{
zip = new ZDeflaterOutputStream(stream);
}
}
if (compression == TIFFConstants.COMPRESSION_OJPEG)
{
// Assume that the TIFFTAG_JPEGIFBYTECOUNT tag is optional, since it's obsolete and
// is often missing
if ((!dir.IsTagPresent(TIFFConstants.TIFFTAG_JPEGIFOFFSET)))
{
throw new IOException(MessageLocalization.GetComposedMessage("missing.tag.s.for.ojpeg.compression"));
}
int jpegOffset = (int)dir.GetFieldAsLong(TIFFConstants.TIFFTAG_JPEGIFOFFSET);
int jpegLength = (int)s.Length - jpegOffset;
if (dir.IsTagPresent(TIFFConstants.TIFFTAG_JPEGIFBYTECOUNT))
{
jpegLength = (int)dir.GetFieldAsLong(TIFFConstants.TIFFTAG_JPEGIFBYTECOUNT) +
(int)size[0];
}
byte[] jpeg = new byte[Math.Min(jpegLength, s.Length - jpegOffset)];
int posFilePointer = (int)s.FilePointer;
posFilePointer += jpegOffset;
s.Seek(posFilePointer);
s.ReadFully(jpeg);
// if quantization and/or Huffman tables are stored separately in the tiff,
// we need to add them to the jpeg data
TIFFField jpegtables = dir.GetField(TIFFConstants.TIFFTAG_JPEGTABLES);
if (jpegtables != null)
{
byte[] temp = jpegtables.GetAsBytes();
int tableoffset = 0;
int tablelength = temp.Length;
// remove FFD8 from start
if (temp[0] == (byte)0xFF && temp[1] == (byte)0xD8)
{
tableoffset = 2;
tablelength -= 2;
}
// remove FFD9 from end
if (temp[temp.Length - 2] == (byte)0xFF && temp[temp.Length - 1] == (byte)0xD9)
{
tablelength -= 2;
}
byte[] tables = new byte[tablelength];
Array.Copy(temp, tableoffset, tables, 0, tablelength);
// TODO insert after JFIF header, instead of at the start
byte[] jpegwithtables = new byte[jpeg.Length + tables.Length];
Array.Copy(jpeg, 0, jpegwithtables, 0, 2);
Array.Copy(tables, 0, jpegwithtables, 2, tables.Length);
Array.Copy(jpeg, 2, jpegwithtables, tables.Length + 2, jpeg.Length - 2);
jpeg = jpegwithtables;
}
img = new Jpeg(jpeg);
}
else if (compression == TIFFConstants.COMPRESSION_JPEG)
{
if (size.Length > 1)
{
throw new IOException(MessageLocalization.GetComposedMessage("compression.jpeg.is.only.supported.with.a.single.strip.this.image.has.1.strips", size.Length));
}
byte[] jpeg = new byte[(int)size[0]];
s.Seek(offset[0]);
s.ReadFully(jpeg);
img = new Jpeg(jpeg);
if (photometric == TIFFConstants.PHOTOMETRIC_RGB)
{
img.ColorTransform = 0;
}
}
else
{
for (int k = 0; k < offset.Length; ++k)
{
byte[] im = new byte[(int)size[k]];
s.Seek(offset[k]);
s.ReadFully(im);
int height = Math.Min(rowsStrip, rowsLeft);
byte[] outBuf = null;
if (compression != TIFFConstants.COMPRESSION_NONE)
{
outBuf = new byte[(w * bitsPerSample * samplePerPixel + 7) / 8 * height];
}
if (reverse)
{
TIFFFaxDecoder.ReverseBits(im);
}
switch (compression)
{
case TIFFConstants.COMPRESSION_DEFLATE:
case TIFFConstants.COMPRESSION_ADOBE_DEFLATE:
Inflate(im, outBuf);
ApplyPredictor(outBuf, predictor, w, height, samplePerPixel);
break;
case TIFFConstants.COMPRESSION_NONE:
outBuf = im;
break;
case TIFFConstants.COMPRESSION_PACKBITS:
DecodePackbits(im, outBuf);
break;
case TIFFConstants.COMPRESSION_LZW:
lzwDecoder.Decode(im, outBuf, height);
break;
}
if (bitsPerSample == 1 && samplePerPixel == 1 && photometric != TIFFConstants.PHOTOMETRIC_PALETTE)
{
g4.Fax4Encode(outBuf, height);
}
else
{
if (extraSamples > 0)
{
ProcessExtraSamples(zip, mzip, outBuf, samplePerPixel, bitsPerSample, w, height);
}
else
{
zip.Write(outBuf, 0, outBuf.Length);
}
}
rowsLeft -= rowsStrip;
}
if (bitsPerSample == 1 && samplePerPixel == 1 && photometric != TIFFConstants.PHOTOMETRIC_PALETTE)
{
img = Image.GetInstance(w, h, false, Image.CCITTG4,
photometric == TIFFConstants.PHOTOMETRIC_MINISBLACK ? Image.CCITT_BLACKIS1 : 0, g4.Close());
}
else
{
zip.Close();
img = new ImgRaw(w, h, samplePerPixel - extraSamples, bitsPerSample, stream.ToArray());
img.Deflated = true;
}
}
img.SetDpi(dpiX, dpiY);
if (compression != TIFFConstants.COMPRESSION_OJPEG && compression != TIFFConstants.COMPRESSION_JPEG)
{
if (dir.IsTagPresent(TIFFConstants.TIFFTAG_ICCPROFILE))
{
try {
TIFFField fd = dir.GetField(TIFFConstants.TIFFTAG_ICCPROFILE);
ICC_Profile icc_prof = ICC_Profile.GetInstance(fd.GetAsBytes());
if (samplePerPixel - extraSamples == icc_prof.NumComponents)
{
img.TagICC = icc_prof;
}
}
catch {
//empty
}
}
if (dir.IsTagPresent(TIFFConstants.TIFFTAG_COLORMAP))
{
TIFFField fd = dir.GetField(TIFFConstants.TIFFTAG_COLORMAP);
char[] rgb = fd.GetAsChars();
byte[] palette = new byte[rgb.Length];
int gColor = rgb.Length / 3;
int bColor = gColor * 2;
for (int k = 0; k < gColor; ++k)
{
palette[k * 3] = (byte)(rgb[k] >> 8);
palette[k * 3 + 1] = (byte)(rgb[k + gColor] >> 8);
palette[k * 3 + 2] = (byte)(rgb[k + bColor] >> 8);
}
// Colormap components are supposed to go from 0 to 655535 but,
// as usually, some tiff producers just put values from 0 to 255.
// Let's check for these broken tiffs.
bool colormapBroken = true;
for (int k = 0; k < palette.Length; ++k)
{
if (palette[k] != 0)
{
colormapBroken = false;
break;
}
}
if (colormapBroken)
{
for (int k = 0; k < gColor; ++k)
{
palette[k * 3] = (byte)rgb[k];
palette[k * 3 + 1] = (byte)rgb[k + gColor];
palette[k * 3 + 2] = (byte)rgb[k + bColor];
}
}
PdfArray indexed = new PdfArray();
indexed.Add(PdfName.INDEXED);
indexed.Add(PdfName.DEVICERGB);
indexed.Add(new PdfNumber(gColor - 1));
indexed.Add(new PdfString(palette));
PdfDictionary additional = new PdfDictionary();
additional.Put(PdfName.COLORSPACE, indexed);
img.Additional = additional;
}
img.OriginalType = Image.ORIGINAL_TIFF;
}
if (photometric == TIFFConstants.PHOTOMETRIC_MINISWHITE)
{
img.Inverted = true;
}
if (rotation != 0)
{
img.InitialRotation = rotation;
}
if (extraSamples > 0)
{
mzip.Close();
Image mimg = Image.GetInstance(w, h, 1, bitsPerSample, mstream.ToArray());
mimg.MakeMask();
mimg.Deflated = true;
img.ImageMask = mimg;
}
return(img);
}
private void OutputDss(PdfDictionary dss, PdfDictionary vrim, PdfArray ocsps, PdfArray crls, PdfArray certs
)
{
PdfCatalog catalog = document.GetCatalog();
if (document.GetPdfVersion().CompareTo(PdfVersion.PDF_2_0) < 0)
{
catalog.AddDeveloperExtension(PdfDeveloperExtension.ESIC_1_7_EXTENSIONLEVEL5);
}
foreach (PdfName vkey in validated.Keys)
{
PdfArray ocsp = new PdfArray();
PdfArray crl = new PdfArray();
PdfArray cert = new PdfArray();
PdfDictionary vri = new PdfDictionary();
foreach (byte[] b in validated.Get(vkey).crls)
{
PdfStream ps = new PdfStream(b);
ps.SetCompressionLevel(CompressionConstants.DEFAULT_COMPRESSION);
ps.MakeIndirect(document);
crl.Add(ps);
crls.Add(ps);
crls.SetModified();
}
foreach (byte[] b in validated.Get(vkey).ocsps)
{
PdfStream ps = new PdfStream(b);
ps.SetCompressionLevel(CompressionConstants.DEFAULT_COMPRESSION);
ocsp.Add(ps);
ocsps.Add(ps);
ocsps.SetModified();
}
foreach (byte[] b in validated.Get(vkey).certs)
{
PdfStream ps = new PdfStream(b);
ps.SetCompressionLevel(CompressionConstants.DEFAULT_COMPRESSION);
ps.MakeIndirect(document);
cert.Add(ps);
certs.Add(ps);
certs.SetModified();
}
if (ocsp.Size() > 0)
{
ocsp.MakeIndirect(document);
vri.Put(PdfName.OCSP, ocsp);
}
if (crl.Size() > 0)
{
crl.MakeIndirect(document);
vri.Put(PdfName.CRL, crl);
}
if (cert.Size() > 0)
{
cert.MakeIndirect(document);
vri.Put(PdfName.Cert, cert);
}
vri.MakeIndirect(document);
vrim.Put(vkey, vri);
}
vrim.MakeIndirect(document);
vrim.SetModified();
dss.Put(PdfName.VRI, vrim);
if (ocsps.Size() > 0)
{
ocsps.MakeIndirect(document);
dss.Put(PdfName.OCSPs, ocsps);
}
if (crls.Size() > 0)
{
crls.MakeIndirect(document);
dss.Put(PdfName.CRLs, crls);
}
if (certs.Size() > 0)
{
certs.MakeIndirect(document);
dss.Put(PdfName.Certs, certs);
}
dss.MakeIndirect(document);
dss.SetModified();
catalog.Put(PdfName.DSS, dss);
}
/**
* Adds a RichMediaInstance to the instances array of this
* configuration.
* @param instance a RichMediaInstance
*/
public void AddInstance(RichMediaInstance instance)
{
instances.Add(instance);
}
private static void ApplyBorderAttributes(AbstractRenderer renderer, PdfDictionary attributes) {
bool specificBorderProperties = renderer.GetProperty<Border>(Property.BORDER_TOP) != null || renderer.GetProperty
<Border>(Property.BORDER_RIGHT) != null || renderer.GetProperty<Border>(Property.BORDER_BOTTOM) != null
|| renderer.GetProperty<Border>(Property.BORDER_LEFT) != null;
bool generalBorderProperties = !specificBorderProperties && renderer.GetProperty<Object>(Property.BORDER)
!= null;
if (generalBorderProperties) {
Border generalBorder = renderer.GetProperty<Border>(Property.BORDER);
Color generalBorderColor = generalBorder.GetColor();
int borderType = generalBorder.GetBorderType();
float borderWidth = generalBorder.GetWidth();
if (generalBorderColor is DeviceRgb) {
attributes.Put(PdfName.BorderColor, new PdfArray(generalBorderColor.GetColorValue()));
attributes.Put(PdfName.BorderStyle, TransformBorderTypeToName(borderType));
attributes.Put(PdfName.BorderThikness, new PdfNumber(borderWidth));
}
}
if (specificBorderProperties) {
PdfArray borderColors = new PdfArray();
PdfArray borderTypes = new PdfArray();
PdfArray borderWidths = new PdfArray();
bool atLeastOneRgb = false;
Border[] borders = renderer.GetBorders();
bool allColorsEqual = true;
bool allTypesEqual = true;
bool allWidthsEqual = true;
for (int i = 1; i < borders.Length; i++) {
Border border = borders[i];
if (border != null) {
if (!border.GetColor().Equals(borders[0].GetColor())) {
allColorsEqual = false;
}
if (border.GetWidth() != borders[0].GetWidth()) {
allWidthsEqual = false;
}
if (border.GetBorderType() != borders[0].GetBorderType()) {
allTypesEqual = false;
}
}
}
int[] borderOrder = new int[] { 0, 1, 2, 3 };
//TODO set depending on writing direction
foreach (int i_1 in borderOrder) {
if (borders[i_1] != null) {
if (borders[i_1].GetColor() is DeviceRgb) {
borderColors.Add(new PdfArray(borders[i_1].GetColor().GetColorValue()));
atLeastOneRgb = true;
}
else {
borderColors.Add(PdfNull.PDF_NULL);
}
borderTypes.Add(TransformBorderTypeToName(borders[i_1].GetBorderType()));
borderWidths.Add(new PdfNumber(borders[i_1].GetWidth()));
}
else {
borderColors.Add(PdfNull.PDF_NULL);
borderTypes.Add(PdfName.None);
borderWidths.Add(PdfNull.PDF_NULL);
}
}
if (atLeastOneRgb) {
if (allColorsEqual) {
attributes.Put(PdfName.BorderColor, borderColors.Get(0));
}
else {
attributes.Put(PdfName.BorderColor, borderColors);
}
}
if (allTypesEqual) {
attributes.Put(PdfName.BorderStyle, borderTypes.Get(0));
}
else {
attributes.Put(PdfName.BorderStyle, borderTypes);
}
if (allWidthsEqual) {
attributes.Put(PdfName.BorderThikness, borderWidths.Get(0));
}
else {
attributes.Put(PdfName.BorderThikness, borderWidths);
}
}
}
/**
* Transforms value abbreviations into their corresponding real value
* @param key the key that the value is for
* @param value the value that might be an abbreviation
* @return if value is an allowed abbreviation for the key, the expanded value for that abbreviation. Otherwise, value is returned without modification
*/
private static PdfObject GetAlternateValue(PdfName key, PdfObject value){
if (key == PdfName.FILTER){
if (value is PdfName){
PdfName altValue;
inlineImageFilterAbbreviationMap.TryGetValue((PdfName)value, out altValue);
if (altValue != null)
return altValue;
} else if (value is PdfArray){
PdfArray array = ((PdfArray)value);
PdfArray altArray = new PdfArray();
int count = array.Size;
for (int i = 0; i < count; i++){
altArray.Add(GetAlternateValue(key, array[i]));
}
return altArray;
}
} else if (key == PdfName.COLORSPACE){
if (value is PdfName){
PdfName altValue;
inlineImageColorSpaceAbbreviationMap.TryGetValue((PdfName)value, out altValue);
if (altValue != null)
return altValue;
}
}
return value;
}
protected internal static PdfStream CreatePdfStream(ImageData image, iText.Kernel.Pdf.Xobject.PdfImageXObject
imageMask)
{
PdfStream stream;
if (image.GetOriginalType() == ImageType.RAW)
{
RawImageHelper.UpdateImageAttributes((RawImageData)image, null);
}
stream = new PdfStream(image.GetData());
String filter = image.GetFilter();
if (filter != null && filter.Equals("JPXDecode") && image.GetColorSpace() <= 0)
{
stream.SetCompressionLevel(CompressionConstants.NO_COMPRESSION);
image.SetBpc(0);
}
stream.Put(PdfName.Type, PdfName.XObject);
stream.Put(PdfName.Subtype, PdfName.Image);
PdfDictionary decodeParms = CreateDictionaryFromMap(stream, image.GetDecodeParms());
if (decodeParms != null)
{
stream.Put(PdfName.DecodeParms, decodeParms);
}
PdfName colorSpace;
switch (image.GetColorSpace())
{
case 1: {
colorSpace = PdfName.DeviceGray;
break;
}
case 3: {
colorSpace = PdfName.DeviceRGB;
break;
}
default: {
colorSpace = PdfName.DeviceCMYK;
break;
}
}
stream.Put(PdfName.ColorSpace, colorSpace);
if (image.GetBpc() != 0)
{
stream.Put(PdfName.BitsPerComponent, new PdfNumber(image.GetBpc()));
}
if (image.GetFilter() != null)
{
stream.Put(PdfName.Filter, new PdfName(image.GetFilter()));
}
//TODO: return to this later
// if (image.getLayer() != null)
// put(PdfName.OC, image.getLayer().getRef());
if (image.GetColorSpace() == -1)
{
stream.Remove(PdfName.ColorSpace);
}
PdfDictionary additional = CreateDictionaryFromMap(stream, image.GetImageAttributes());
if (additional != null)
{
stream.PutAll(additional);
}
if (image.IsMask() && (image.GetBpc() == 1 || image.GetBpc() > 0xff))
{
stream.Put(PdfName.ImageMask, PdfBoolean.TRUE);
}
if (imageMask != null)
{
if (imageMask.softMask)
{
stream.Put(PdfName.SMask, imageMask.GetPdfObject());
}
else
{
if (imageMask.mask)
{
stream.Put(PdfName.Mask, imageMask.GetPdfObject());
}
}
}
ImageData mask = image.GetImageMask();
if (mask != null)
{
if (mask.IsSoftMask())
{
stream.Put(PdfName.SMask, new iText.Kernel.Pdf.Xobject.PdfImageXObject(image.GetImageMask()).GetPdfObject(
));
}
else
{
if (mask.IsMask())
{
stream.Put(PdfName.Mask, new iText.Kernel.Pdf.Xobject.PdfImageXObject(image.GetImageMask()).GetPdfObject()
);
}
}
}
if (image.GetDecode() != null)
{
stream.Put(PdfName.Decode, new PdfArray(image.GetDecode()));
}
if (image.IsMask() && image.IsInverted())
{
stream.Put(PdfName.Decode, new PdfArray(new float[] { 1, 0 }));
}
if (image.IsInterpolation())
{
stream.Put(PdfName.Interpolate, PdfBoolean.TRUE);
}
// deal with transparency
int[] transparency = image.GetTransparency();
if (transparency != null && !image.IsMask() && imageMask == null)
{
PdfArray t = new PdfArray();
foreach (int transparencyItem in transparency)
{
t.Add(new PdfNumber(transparencyItem));
}
stream.Put(PdfName.Mask, t);
}
stream.Put(PdfName.Width, new PdfNumber(image.GetWidth()));
stream.Put(PdfName.Height, new PdfNumber(image.GetHeight()));
return(stream);
}
/**
* <summary>Serializes the xref stream entries into the stream body.</summary>
*/
private void Flush(
IOutputStream stream
)
{
// 1. Body.
PdfArray indexArray = new PdfArray();
int[] entryFieldSizes = new int[]
{
EntryField0Size,
GetFieldSize((int)stream.Length), // NOTE: We assume this xref stream is the last indirect object.
EntryField2Size
};
{
// Get the stream buffer!
IBuffer body = Body;
// Delete the old entries!
body.SetLength(0);
// Serializing the entries into the stream buffer...
int prevObjectNumber = -2; // Previous-entry object number.
foreach (XRefEntry entry in entries.Values)
{
int entryNumber = entry.Number;
if (entryNumber - prevObjectNumber != 1) // Current subsection terminated.
{
if (indexArray.Count > 0)
{
indexArray.Add(new PdfInteger(prevObjectNumber - ((PdfInteger)indexArray[indexArray.Count - 1]).IntValue + 1));
} // Number of entries in the previous subsection.
indexArray.Add(new PdfInteger(entryNumber)); // First object number in the next subsection.
}
prevObjectNumber = entryNumber;
switch (entry.Usage)
{
case XRefEntry.UsageEnum.Free:
body.Append((byte)FreeEntryType);
body.Append(NumberToByteArray(entry.Offset, entryFieldSizes[1]));
body.Append(NumberToByteArray(entry.Generation, entryFieldSizes[2]));
break;
case XRefEntry.UsageEnum.InUse:
body.Append((byte)InUseEntryType);
body.Append(NumberToByteArray(entry.Offset, entryFieldSizes[1]));
body.Append(NumberToByteArray(entry.Generation, entryFieldSizes[2]));
break;
case XRefEntry.UsageEnum.InUseCompressed:
body.Append((byte)InUseCompressedEntryType);
body.Append(NumberToByteArray(entry.StreamNumber, entryFieldSizes[1]));
body.Append(NumberToByteArray(entry.Offset, entryFieldSizes[2]));
break;
default:
throw new NotSupportedException();
}
}
indexArray.Add(new PdfInteger(prevObjectNumber - ((PdfInteger)indexArray[indexArray.Count - 1]).IntValue + 1)); // Number of entries in the previous subsection.
}
// 2. Header.
{
PdfDictionary header = Header;
header[PdfName.Index] = indexArray;
header[PdfName.Size] = new PdfInteger(file.IndirectObjects.Count + 1);
header[PdfName.W] = new PdfArray(
new PdfInteger(entryFieldSizes[0]),
new PdfInteger(entryFieldSizes[1]),
new PdfInteger(entryFieldSizes[2])
);
}
}
/**
* <summary>Parses the current PDF object [PDF:1.6:3.2].</summary>
*/
public PdfDataObject ParsePdfObject(
)
{
/*
* NOTE: Object parsing is intrinsically a sequential operation tied to the stream pointer.
* Calls bound towards other classes are potentially disruptive for the predictability of
* the position of the stream pointer, so we are forced to carefully keep track of our
* current position in order to recover its proper state after any outbound call.
*/
do
{
// Which token type?
switch (tokenType)
{
case TokenTypeEnum.Integer:
return(new PdfInteger((int)token));
case TokenTypeEnum.Name:
return(new PdfName((string)token, true));
case TokenTypeEnum.Reference:
/*
* NOTE: Curiously, PDF references are the only primitive objects that require
* a file reference. That's because they deal with indirect objects, which are strongly
* coupled with the current state of the file: so, PDF references are the fundamental
* bridge between the token layer and the file layer.
*/
return(new PdfReference(
(Reference)token,
file
));
case TokenTypeEnum.Literal:
return(new PdfTextString(
Encoding.Encode((string)token)
));
case TokenTypeEnum.DictionaryBegin:
PdfDictionary dictionary = new PdfDictionary();
while (true)
{
// Key.
MoveNext(); if (tokenType == TokenTypeEnum.DictionaryEnd)
{
break;
}
PdfName key = (PdfName)ParsePdfObject();
// Value.
MoveNext();
PdfDirectObject value = (PdfDirectObject)ParsePdfObject();
// Add the current entry to the dictionary!
dictionary[key] = value;
}
int oldOffset = (int)stream.Position;
MoveNext();
// Is this dictionary the header of a stream object [PDF:1.6:3.2.7]?
if ((tokenType == TokenTypeEnum.Keyword) &&
token.Equals(Keyword.BeginStream))
{
// Keep track of current position!
long position = stream.Position;
// Get the stream length!
/*
* NOTE: Indirect reference resolution is an outbound call (stream pointer hazard!),
* so we need to recover our current position after it returns.
*/
int length = ((PdfInteger)files.File.Resolve(dictionary[PdfName.Length])).RawValue;
// Move to the stream data beginning!
stream.Seek(position); SkipEOL();
// Copy the stream data to the instance!
byte[] data = new byte[length];
stream.Read(data);
MoveNext(); // Postcondition (last token should be 'endstream' keyword).
Object streamType = dictionary[PdfName.Type];
if (PdfName.ObjStm.Equals(streamType)) // Object stream [PDF:1.6:3.4.6].
{
return(new ObjectStream(
dictionary,
new bytes.Buffer(data),
file
));
}
else if (PdfName.XRef.Equals(streamType)) // Cross-reference stream [PDF:1.6:3.4.7].
{
return(new XRefStream(
dictionary,
new bytes.Buffer(data),
file
));
}
else // Generic stream.
{
return(new PdfStream(
dictionary,
new bytes.Buffer(data)
));
}
}
else // Stand-alone dictionary.
{
stream.Seek(oldOffset); // Restores postcondition (last token should be the dictionary end).
return(dictionary);
}
case TokenTypeEnum.ArrayBegin:
PdfArray array = new PdfArray();
while (true)
{
// Value.
MoveNext(); if (tokenType == TokenTypeEnum.ArrayEnd)
{
break;
}
// Add the current item to the array!
array.Add((PdfDirectObject)ParsePdfObject());
}
return(array);
case TokenTypeEnum.Real:
return(new PdfReal((float)token));
case TokenTypeEnum.Boolean:
return(PdfBoolean.Get((bool)token));
case TokenTypeEnum.Date:
return(new PdfDate((DateTime)token));
case TokenTypeEnum.Hex:
return(new PdfTextString(
(string)token,
PdfString.SerializationModeEnum.Hex
));
case TokenTypeEnum.Null:
return(null);
case TokenTypeEnum.Comment:
// NOOP: Comments are simply ignored and skipped.
break;
default:
throw new Exception("Unknown type: " + tokenType);
}
} while(MoveNext());
return(null);
}
/**
* <summary>Parses the current PDF object [PDF:1.6:3.2].</summary>
*/
public virtual PdfDataObject ParsePdfObject()
{
switch (TokenType)
{
case TokenTypeEnum.Integer:
return(PdfInteger.Get((int)Token));
case TokenTypeEnum.Name:
return(new PdfName((string)Token, true));
case TokenTypeEnum.DictionaryBegin:
{
PdfDictionary dictionary = new PdfDictionary();
dictionary.Updateable = false;
while (true)
{
// Key.
MoveNext(); if (TokenType == TokenTypeEnum.DictionaryEnd)
{
break;
}
PdfName key = (PdfName)ParsePdfObject();
// Value.
MoveNext();
PdfDirectObject value = (PdfDirectObject)ParsePdfObject();
// Add the current entry to the dictionary!
if (dictionary.ContainsKey(key))
{
key = new PdfName(key.StringValue + "Dublicat");
}
dictionary[key] = value;
}
dictionary.Updateable = true;
return(dictionary);
}
case TokenTypeEnum.ArrayBegin:
{
PdfArray array = new PdfArray();
array.Updateable = false;
while (true)
{
// Value.
MoveNext(); if (TokenType == TokenTypeEnum.ArrayEnd)
{
break;
}
// Add the current item to the array!
array.Add((PdfDirectObject)ParsePdfObject());
}
array.Updateable = true;
return(array);
}
case TokenTypeEnum.Literal:
if (Token is DateTime)
{
return(PdfDate.Get((DateTime)Token));
}
else
{
return(new PdfTextString(Token == null ? null : Encoding.Pdf.Encode((string)Token)));
}
case TokenTypeEnum.Hex:
return(new PdfTextString((string)Token, PdfString.SerializationModeEnum.Hex));
case TokenTypeEnum.Real:
return(PdfReal.Get((double)Token));
case TokenTypeEnum.Boolean:
return(PdfBoolean.Get((bool)Token));
case TokenTypeEnum.Null:
return(null);
default:
throw new PostScriptParseException(String.Format("Unknown type beginning: '{0}'", Token), this);
}
}
public async Task WriterTest()
{
var documentCatalogDict = new PdfDictionary();
var documentCatalog = new PdfIndirectObject(documentCatalogDict);
var infoDict = new PdfDictionary();
var info = new PdfIndirectObject(infoDict);
var pageTreeDict = new PdfDictionary();
var pageTree = new PdfIndirectObject(pageTreeDict);
var pageReferences = new PdfArray();
documentCatalogDict.Add("Type", new PdfName("Catalog"));
documentCatalogDict.Add("Pages", new PdfIndirectObjectReference(pageTree));
infoDict.Add("Producer", "LittlePdf");
infoDict.Add("CreationDate", new PdfDate(DateTime.UtcNow));
infoDict.Add("ModDate", new PdfDate(DateTime.UtcNow));
infoDict.Add("Title", new PdfString("Test Pdf"));
infoDict.Add("Author", new PdfString("Salil Ponde"));
pageTreeDict.Add("Type", new PdfName("Pages"));
pageTreeDict.Add("Kids", pageReferences);
pageTreeDict.Add("Count", new PdfInteger(0));
pageTreeDict.Add("MediaBox", new PdfArray(new List <PdfObject> {
new PdfReal(0), new PdfReal(0), new PdfReal(595), new PdfReal(842)
}));
var font1Dict = new PdfDictionary();
var font1 = new PdfIndirectObject(font1Dict);
font1Dict.Add("Type", new PdfName("Font"));
font1Dict.Add("Subtype", new PdfName("Type1"));
font1Dict.Add("BaseFont", new PdfName("Helvetica-Oblique"));
font1Dict.Add("Encoding", new PdfName("WinAnsiEncoding"));
var fontsDict = new PdfDictionary();
var resourcesDict = new PdfDictionary();
resourcesDict.Add("Font", fontsDict);
fontsDict.Add("F1", new PdfIndirectObjectReference(font1));
pageTreeDict.Add("Resources", resourcesDict);
var pageDict = new PdfDictionary();
var page = new PdfIndirectObject(pageDict);
pageReferences.Add(new PdfIndirectObjectReference(page));
pageDict.Add("Type", new PdfName("Page"));
pageDict.Add("Parent", new PdfIndirectObjectReference(pageTree));
//var c = Encoding.ASCII.GetBytes("0.9 0.5 0.0 rg q 10 10 m 500 10 l 5 w [3] 0 d S Q 500 10 m 500 500 l S ");
var c = Encoding.ASCII.GetBytes("BT /F1 24 Tf 100 742 Td (Hey, this is amazing!) Tj ET ");
var pageContentStream = new PdfStream(c);
var pageContent = new PdfIndirectObject(pageContentStream);
pageDict.Add("Contents", new PdfIndirectObjectReference(pageContent));
var page2Dict = new PdfDictionary();
var page2 = new PdfIndirectObject(page2Dict);
pageReferences.Add(new PdfIndirectObjectReference(page2));
page2Dict.Add("Type", new PdfName("Page"));
page2Dict.Add("Parent", new PdfIndirectObjectReference(pageTree));
page2Dict.Add("MediaBox", new PdfArray(new List <PdfObject> {
new PdfReal(0), new PdfReal(0), new PdfReal(842), new PdfReal(595)
}));
// Write
var fileName = @"c:\temp\ddd.pdf";
File.Delete(fileName);
var stream = File.Create(fileName);
var writer = new PdfWriter(stream);
await writer.WriteAsync(documentCatalog);
await writer.WriteAsync(info);
await writer.WriteAsync(pageTree);
await writer.WriteAsync(font1);
await writer.WriteAsync(page);
await writer.WriteAsync(pageContent);
await writer.WriteAsync(page2);
await writer.CloseAsync(documentCatalog, info);
}
// ---------------------------------------------------------------------------
public void Write(Stream stream)
{
// step 1
using (Document document = new Document()) {
// step 2
PdfWriter writer = PdfWriter.GetInstance(document, stream);
writer.SetTagged();
writer.UserProperties = true;
// step 3
document.Open();
// step 4
PdfStructureTreeRoot tree = writer.StructureTreeRoot;
PdfStructureElement top = new PdfStructureElement(
tree, new PdfName("Directors")
);
Dictionary <int, PdfStructureElement> directors =
new Dictionary <int, PdfStructureElement>();
int id;
Director director;
PdfStructureElement e;
DbProviderFactory dbp = AdoDB.Provider;
using (var c = dbp.CreateConnection()) {
c.ConnectionString = AdoDB.CS;
using (DbCommand cmd = c.CreateCommand()) {
cmd.CommandText = SELECTDIRECTORS;
c.Open();
using (var r = cmd.ExecuteReader()) {
while (r.Read())
{
id = Convert.ToInt32(r["id"]);
director = PojoFactory.GetDirector(r);
e = new PdfStructureElement(top, new PdfName("director" + id));
PdfDictionary userproperties = new PdfDictionary();
userproperties.Put(PdfName.O, PdfName.USERPROPERTIES);
PdfArray properties = new PdfArray();
PdfDictionary property1 = new PdfDictionary();
property1.Put(PdfName.N, new PdfString("Name"));
property1.Put(PdfName.V, new PdfString(director.Name));
properties.Add(property1);
PdfDictionary property2 = new PdfDictionary();
property2.Put(PdfName.N, new PdfString("Given name"));
property2.Put(PdfName.V, new PdfString(director.GivenName));
properties.Add(property2);
PdfDictionary property3 = new PdfDictionary();
property3.Put(PdfName.N, new PdfString("Posters"));
property3.Put(PdfName.V, new PdfNumber(Convert.ToInt32(r["c"])));
properties.Add(property3);
userproperties.Put(PdfName.P, properties);
e.Put(PdfName.A, userproperties);
directors.Add(id, e);
}
}
}
}
Dictionary <Movie, int> map = new Dictionary <Movie, int>();
for (int i = 1; i < 8; i++)
{
foreach (Movie movie in PojoFactory.GetMovies(i))
{
map.Add(movie, i);
}
}
PdfContentByte canvas = writer.DirectContent;
Image img;
float x = 11.5f;
float y = 769.7f;
string RESOURCE = Utility.ResourcePosters;
foreach (var entry in map.Keys)
{
img = Image.GetInstance(Path.Combine(RESOURCE, entry.Imdb + ".jpg"));
img.ScaleToFit(1000, 60);
img.SetAbsolutePosition(x + (45 - img.ScaledWidth) / 2, y);
canvas.BeginMarkedContentSequence(directors[map[entry]]);
canvas.AddImage(img);
canvas.EndMarkedContentSequence();
x += 48;
if (x > 578)
{
x = 11.5f;
y -= 84.2f;
}
}
}
}
protected static Image GetTiffImageColor(TIFFDirectory dir, RandomAccessFileOrArray s)
{
int predictor = 1;
TIFFLZWDecoder lzwDecoder = null;
int compression = (int)dir.GetFieldAsLong(TIFFConstants.TIFFTAG_COMPRESSION);
switch (compression) {
case TIFFConstants.COMPRESSION_NONE:
case TIFFConstants.COMPRESSION_LZW:
case TIFFConstants.COMPRESSION_PACKBITS:
case TIFFConstants.COMPRESSION_DEFLATE:
case TIFFConstants.COMPRESSION_ADOBE_DEFLATE:
case TIFFConstants.COMPRESSION_OJPEG:
case TIFFConstants.COMPRESSION_JPEG:
break;
default:
throw new ArgumentException("The compression " + compression + " is not supported.");
}
int photometric = (int)dir.GetFieldAsLong(TIFFConstants.TIFFTAG_PHOTOMETRIC);
switch (photometric) {
case TIFFConstants.PHOTOMETRIC_MINISWHITE:
case TIFFConstants.PHOTOMETRIC_MINISBLACK:
case TIFFConstants.PHOTOMETRIC_RGB:
case TIFFConstants.PHOTOMETRIC_SEPARATED:
case TIFFConstants.PHOTOMETRIC_PALETTE:
break;
default:
if (compression != TIFFConstants.COMPRESSION_OJPEG && compression != TIFFConstants.COMPRESSION_JPEG)
throw new ArgumentException("The photometric " + photometric + " is not supported.");
break;
}
float rotation = 0;
if (dir.IsTagPresent(TIFFConstants.TIFFTAG_ORIENTATION)) {
int rot = (int)dir.GetFieldAsLong(TIFFConstants.TIFFTAG_ORIENTATION);
if (rot == TIFFConstants.ORIENTATION_BOTRIGHT || rot == TIFFConstants.ORIENTATION_BOTLEFT)
rotation = (float)Math.PI;
else if (rot == TIFFConstants.ORIENTATION_LEFTTOP || rot == TIFFConstants.ORIENTATION_LEFTBOT)
rotation = (float)(Math.PI / 2.0);
else if (rot == TIFFConstants.ORIENTATION_RIGHTTOP || rot == TIFFConstants.ORIENTATION_RIGHTBOT)
rotation = -(float)(Math.PI / 2.0);
}
if (dir.IsTagPresent(TIFFConstants.TIFFTAG_PLANARCONFIG)
&& dir.GetFieldAsLong(TIFFConstants.TIFFTAG_PLANARCONFIG) == TIFFConstants.PLANARCONFIG_SEPARATE)
throw new ArgumentException("Planar images are not supported.");
if (dir.IsTagPresent(TIFFConstants.TIFFTAG_EXTRASAMPLES))
throw new ArgumentException("Extra samples are not supported.");
int samplePerPixel = 1;
if (dir.IsTagPresent(TIFFConstants.TIFFTAG_SAMPLESPERPIXEL)) // 1,3,4
samplePerPixel = (int)dir.GetFieldAsLong(TIFFConstants.TIFFTAG_SAMPLESPERPIXEL);
int bitsPerSample = 1;
if (dir.IsTagPresent(TIFFConstants.TIFFTAG_BITSPERSAMPLE))
bitsPerSample = (int)dir.GetFieldAsLong(TIFFConstants.TIFFTAG_BITSPERSAMPLE);
switch (bitsPerSample) {
case 1:
case 2:
case 4:
case 8:
break;
default:
throw new ArgumentException("Bits per sample " + bitsPerSample + " is not supported.");
}
Image img = null;
int h = (int)dir.GetFieldAsLong(TIFFConstants.TIFFTAG_IMAGELENGTH);
int w = (int)dir.GetFieldAsLong(TIFFConstants.TIFFTAG_IMAGEWIDTH);
int dpiX = 0;
int dpiY = 0;
int resolutionUnit = TIFFConstants.RESUNIT_INCH;
if (dir.IsTagPresent(TIFFConstants.TIFFTAG_RESOLUTIONUNIT))
resolutionUnit = (int)dir.GetFieldAsLong(TIFFConstants.TIFFTAG_RESOLUTIONUNIT);
dpiX = GetDpi(dir.GetField(TIFFConstants.TIFFTAG_XRESOLUTION), resolutionUnit);
dpiY = GetDpi(dir.GetField(TIFFConstants.TIFFTAG_YRESOLUTION), resolutionUnit);
int fillOrder = 1;
bool reverse = false;
TIFFField fillOrderField = dir.GetField(TIFFConstants.TIFFTAG_FILLORDER);
if (fillOrderField != null)
fillOrder = fillOrderField.GetAsInt(0);
reverse = (fillOrder == TIFFConstants.FILLORDER_LSB2MSB);
int rowsStrip = h;
if (dir.IsTagPresent(TIFFConstants.TIFFTAG_ROWSPERSTRIP)) //another hack for broken tiffs
rowsStrip = (int)dir.GetFieldAsLong(TIFFConstants.TIFFTAG_ROWSPERSTRIP);
if (rowsStrip <= 0 || rowsStrip > h)
rowsStrip = h;
long[] offset = GetArrayLongShort(dir, TIFFConstants.TIFFTAG_STRIPOFFSETS);
long[] size = GetArrayLongShort(dir, TIFFConstants.TIFFTAG_STRIPBYTECOUNTS);
if ((size == null || (size.Length == 1 && (size[0] == 0 || size[0] + offset[0] > s.Length))) && h == rowsStrip) { // some TIFF producers are really lousy, so...
size = new long[]{s.Length - (int)offset[0]};
}
if (compression == TIFFConstants.COMPRESSION_LZW) {
TIFFField predictorField = dir.GetField(TIFFConstants.TIFFTAG_PREDICTOR);
if (predictorField != null) {
predictor = predictorField.GetAsInt(0);
if (predictor != 1 && predictor != 2) {
throw new Exception("Illegal value for Predictor in TIFF file.");
}
if (predictor == 2 && bitsPerSample != 8) {
throw new Exception(bitsPerSample + "-bit samples are not supported for Horizontal differencing Predictor.");
}
}
lzwDecoder = new TIFFLZWDecoder(w, predictor,
samplePerPixel);
}
int rowsLeft = h;
MemoryStream stream = null;
ZOutputStream zip = null;
CCITTG4Encoder g4 = null;
if (bitsPerSample == 1 && samplePerPixel == 1) {
g4 = new CCITTG4Encoder(w);
}
else {
stream = new MemoryStream();
if (compression != TIFFConstants.COMPRESSION_OJPEG && compression != TIFFConstants.COMPRESSION_JPEG)
zip = new ZOutputStream(stream);
}
if (compression == TIFFConstants.COMPRESSION_OJPEG) {
// Assume that the TIFFTAG_JPEGIFBYTECOUNT tag is optional, since it's obsolete and
// is often missing
if ((!dir.IsTagPresent(TIFFConstants.TIFFTAG_JPEGIFOFFSET))) {
throw new IOException("Missing tag(s) for OJPEG compression.");
}
int jpegOffset = (int)dir.GetFieldAsLong(TIFFConstants.TIFFTAG_JPEGIFOFFSET);
int jpegLength = s.Length - jpegOffset;
if (dir.IsTagPresent(TIFFConstants.TIFFTAG_JPEGIFBYTECOUNT)) {
jpegLength = (int)dir.GetFieldAsLong(TIFFConstants.TIFFTAG_JPEGIFBYTECOUNT) +
(int)size[0];
}
byte[] jpeg = new byte[Math.Min(jpegLength, s.Length - jpegOffset)];
int posFilePointer = s.FilePointer;
posFilePointer += jpegOffset;
s.Seek(posFilePointer);
s.ReadFully(jpeg);
img = new Jpeg(jpeg);
}
else if (compression == TIFFConstants.COMPRESSION_JPEG) {
if (size.Length > 1)
throw new IOException("Compression JPEG is only supported with a single strip. This image has " + size.Length + " strips.");
byte[] jpeg = new byte[(int)size[0]];
s.Seek(offset[0]);
s.ReadFully(jpeg);
img = new Jpeg(jpeg);
}
else {
for (int k = 0; k < offset.Length; ++k) {
byte[] im = new byte[(int)size[k]];
s.Seek(offset[k]);
s.ReadFully(im);
int height = Math.Min(rowsStrip, rowsLeft);
byte[] outBuf = null;
if (compression != TIFFConstants.COMPRESSION_NONE)
outBuf = new byte[(w * bitsPerSample * samplePerPixel + 7) / 8 * height];
if (reverse)
TIFFFaxDecoder.ReverseBits(im);
switch (compression) {
case TIFFConstants.COMPRESSION_DEFLATE:
case TIFFConstants.COMPRESSION_ADOBE_DEFLATE:
Inflate(im, outBuf);
break;
case TIFFConstants.COMPRESSION_NONE:
outBuf = im;
break;
case TIFFConstants.COMPRESSION_PACKBITS:
DecodePackbits(im, outBuf);
break;
case TIFFConstants.COMPRESSION_LZW:
lzwDecoder.Decode(im, outBuf, height);
break;
}
if (bitsPerSample == 1 && samplePerPixel == 1) {
g4.Fax4Encode(outBuf, height);
}
else {
zip.Write(outBuf, 0, outBuf.Length);
}
rowsLeft -= rowsStrip;
}
if (bitsPerSample == 1 && samplePerPixel == 1) {
img = Image.GetInstance(w, h, false, Image.CCITTG4,
photometric == TIFFConstants.PHOTOMETRIC_MINISBLACK ? Image.CCITT_BLACKIS1 : 0, g4.Close());
}
else {
zip.Close();
img = Image.GetInstance(w, h, samplePerPixel, bitsPerSample, stream.ToArray());
img.Deflated = true;
}
}
img.SetDpi(dpiX, dpiY);
if (compression != TIFFConstants.COMPRESSION_OJPEG && compression != TIFFConstants.COMPRESSION_JPEG) {
if (dir.IsTagPresent(TIFFConstants.TIFFTAG_ICCPROFILE)) {
try {
TIFFField fd = dir.GetField(TIFFConstants.TIFFTAG_ICCPROFILE);
ICC_Profile icc_prof = ICC_Profile.GetInstance(fd.GetAsBytes());
if (samplePerPixel == icc_prof.NumComponents)
img.TagICC = icc_prof;
}
catch {
//empty
}
}
if (dir.IsTagPresent(TIFFConstants.TIFFTAG_COLORMAP)) {
TIFFField fd = dir.GetField(TIFFConstants.TIFFTAG_COLORMAP);
char[] rgb = fd.GetAsChars();
byte[] palette = new byte[rgb.Length];
int gColor = rgb.Length / 3;
int bColor = gColor * 2;
for (int k = 0; k < gColor; ++k) {
palette[k * 3] = (byte)(rgb[k] >> 8);
palette[k * 3 + 1] = (byte)(rgb[k + gColor] >> 8);
palette[k * 3 + 2] = (byte)(rgb[k + bColor] >> 8);
}
PdfArray indexed = new PdfArray();
indexed.Add(PdfName.INDEXED);
indexed.Add(PdfName.DEVICERGB);
indexed.Add(new PdfNumber(gColor - 1));
indexed.Add(new PdfString(palette));
PdfDictionary additional = new PdfDictionary();
additional.Put(PdfName.COLORSPACE, indexed);
img.Additional = additional;
}
img.OriginalType = Image.ORIGINAL_TIFF;
}
if (photometric == TIFFConstants.PHOTOMETRIC_MINISWHITE)
img.Inverted = true;
if (rotation != 0)
img.InitialRotation = rotation;
return img;
}
/// <summary>
/// Gets the colorspace.
/// </summary>
/// <returns></returns>
private PdfObjectBase GetColorspace()
{
if ((this.gamma == 1f) && !this.hasCHRM)
{
if ((this.colorType & 2) != 0)
{
return(PdfName.DeviceRGB);
}
return(PdfName.DeviceGray);
}
PdfArray array = new PdfArray();
PdfDictionary item = new PdfDictionary();
if ((this.colorType & 2) == 0)
{
if (this.gamma == 1f)
{
return(PdfName.DeviceGray);
}
array.Add(PdfName.CalGray);
item.Add(PdfName.Gamma, new PdfNumber((double)this.gamma));
item.Add(PdfName.WhitePoint, PdfArray.Convert(new int[] { 1, 1, 1 }));
array.Add(item);
return(array);
}
PdfArray array2 = PdfArray.Convert(new int[] { 1, 1, 1 });
array.Add(PdfName.CalRGB);
if (this.gamma != 1f)
{
PdfArray array3 = new PdfArray();
PdfNumber number = new PdfNumber((double)this.gamma);
array3.Add(number);
array3.Add(number);
array3.Add(number);
item.Add(PdfName.Gamma, array3);
}
if (this.hasCHRM)
{
float num = this.yW * ((((this.xG - this.xB) * this.yR) - ((this.xR - this.xB) * this.yG)) + ((this.xR - this.xG) * this.yB));
float num2 = (this.yR * ((((this.xG - this.xB) * this.yW) - ((this.xW - this.xB) * this.yG)) + ((this.xW - this.xG) * this.yB))) / num;
float num3 = (num2 * this.xR) / this.yR;
float num4 = num2 * (((1f - this.xR) / this.yR) - 1f);
float num5 = (-this.yG * ((((this.xR - this.xB) * this.yW) - ((this.xW - this.xB) * this.yR)) + ((this.xW - this.xR) * this.yB))) / num;
float num6 = (num5 * this.xG) / this.yG;
float num7 = num5 * (((1f - this.xG) / this.yG) - 1f);
float num8 = (this.yB * ((((this.xR - this.xG) * this.yW) - ((this.xW - this.xG) * this.yW)) + ((this.xW - this.xR) * this.yG))) / num;
float num9 = (num8 * this.xB) / this.yB;
float num10 = num8 * (((1f - this.xB) / this.yB) - 1f);
float num11 = (num3 + num6) + num9;
float num12 = (num4 + num7) + num10;
array2 = new PdfArray {
new PdfNumber((double)num11),
new PdfNumber(1.0),
new PdfNumber((double)num12)
};
PdfArray array5 = new PdfArray {
new PdfNumber((double)num3),
new PdfNumber((double)num2),
new PdfNumber((double)num4),
new PdfNumber((double)num6),
new PdfNumber((double)num5),
new PdfNumber((double)num7),
new PdfNumber((double)num9),
new PdfNumber((double)num8),
new PdfNumber((double)num10)
};
item.Add(PdfName.Matrix, array5);
}
item.Add(PdfName.WhitePoint, array2);
array.Add(item);
return(array);
}
/// <summary>
/// Reads next frame image
/// </summary>
protected void ReadImage()
{
Ix = ReadShort(); // (sub)image position & size
Iy = ReadShort();
Iw = ReadShort();
Ih = ReadShort();
int packed = Inp.ReadByte();
LctFlag = (packed & 0x80) != 0; // 1 - local color table flag
Interlace = (packed & 0x40) != 0; // 2 - interlace flag
// 3 - sort flag
// 4-5 - reserved
LctSize = 2 << (packed & 7); // 6-8 - local color table size
MBpc = NewBpc(MGbpc);
if (LctFlag)
{
MCurrTable = ReadColorTable((packed & 7) + 1); // read table
MBpc = NewBpc((packed & 7) + 1);
}
else
{
MCurrTable = MGlobalTable;
}
if (Transparency && TransIndex >= MCurrTable.Length / 3)
{
Transparency = false;
}
if (Transparency && MBpc == 1)
{ // Acrobat 5.05 doesn't like this combination
byte[] tp = new byte[12];
Array.Copy(MCurrTable, 0, tp, 0, 6);
MCurrTable = tp;
MBpc = 2;
}
bool skipZero = DecodeImageData(); // decode pixel data
if (!skipZero)
{
Skip();
}
Image img = null;
img = new ImgRaw(Iw, Ih, 1, MBpc, MOut);
PdfArray colorspace = new PdfArray();
colorspace.Add(PdfName.Indexed);
colorspace.Add(PdfName.Devicergb);
int len = MCurrTable.Length;
colorspace.Add(new PdfNumber(len / 3 - 1));
colorspace.Add(new PdfString(MCurrTable));
PdfDictionary ad = new PdfDictionary();
ad.Put(PdfName.Colorspace, colorspace);
img.Additional = ad;
if (Transparency)
{
img.Transparency = new[] { TransIndex, TransIndex };
}
img.OriginalType = Image.ORIGINAL_GIF;
img.OriginalData = FromData;
img.Url = FromUrl;
GifFrame gf = new GifFrame();
gf.Image = img;
gf.Ix = Ix;
gf.Iy = Iy;
Frames.Add(gf); // add image to frame list
//ResetFrame();
}
//--------------------------------------------------------------------------------------------------
void MarkText(List <TextItem> items, int iPosition, int iCount, PdfStamper stamper, BaseColor color, int iPageAdd = 0, string stComment = null)
{
const string stTittle = "PDFCompare";
if (iCount == 0)
{
float rWidth, rPosition;
if (iPosition >= items.Count)
{
iPosition = items.Count - 1;
rWidth = (items[iPosition].MaxY - items[iPosition].MinY) / 5;
rPosition = items[iPosition].MaxX;
}
else
{
rWidth = (items[iPosition].MaxY - items[iPosition].MinY) / 5;
rPosition = items[iPosition].MinX - rWidth;
}
Rectangle rect = new Rectangle(rPosition, items[iPosition].MaxY, rPosition + rWidth, items[iPosition].MinY);
float[] quad = { rect.Left, rect.Bottom, rect.Right, rect.Bottom, rect.Left, rect.Top, rect.Right, rect.Top };
PdfAnnotation highlight = PdfAnnotation.CreateMarkup(stamper.Writer, rect, stComment, PdfAnnotation.MARKUP_HIGHLIGHT, quad);
highlight.Color = color;
highlight.Title = stTittle;
stamper.AddAnnotation(highlight, items[iPosition].Page + iPageAdd);
}
else
{
while (iCount > 0 && items[iPosition].IsImage)
{
TextItem item = items[iPosition];
Rectangle rect = new Rectangle(item.MinX, item.MaxY, item.MaxX, item.MinY);
PdfArray vertices = new PdfArray();
float rHalfWidth = 4;
vertices.Add(new PdfNumber(item.MinX - rHalfWidth));
vertices.Add(new PdfNumber(item.MinY - rHalfWidth));
vertices.Add(new PdfNumber(item.MaxX + rHalfWidth));
vertices.Add(new PdfNumber(item.MinY - rHalfWidth));
vertices.Add(new PdfNumber(item.MaxX + rHalfWidth));
vertices.Add(new PdfNumber(item.MaxY + rHalfWidth));
vertices.Add(new PdfNumber(item.MinX - rHalfWidth));
vertices.Add(new PdfNumber(item.MaxY + rHalfWidth));
vertices.Add(new PdfNumber(item.MinX - rHalfWidth));
vertices.Add(new PdfNumber(item.MinY - rHalfWidth));
PdfAnnotation highlight = PdfAnnotation.CreatePolygonPolyline(stamper.Writer, rect, stComment, true, vertices);
highlight.Color = color;
highlight.Title = stTittle;
highlight.Border = new PdfBorderArray(0, 0, rHalfWidth * 2);
stamper.AddAnnotation(highlight, item.Page + iPageAdd);
iPosition++;
iCount--;
}
if (iCount == 0)
{
return;
}
int i;
for (i = iPosition; i < iPosition + iCount; i++)
{
if (items[i].IsImage)
{
MarkText(items, iPosition, i - iPosition, stamper, color, iPageAdd, stComment);
MarkText(items, i, 1, stamper, color, iPageAdd, stComment);
if (i + 1 >= iPosition + iCount)
{
return;
}
iCount -= (i - iPosition) + 1;
iPosition = i + 1;
}
}
if (!items[iPosition].IsNewLine)
{
i = iPosition;
while (i < iPosition + iCount - 1 && !items[i + 1].IsNewLine)
{
i++;
}
Rectangle rect = new Rectangle(items[iPosition].MinX, items[iPosition].MaxY, items[i].MaxX, items[iPosition].MinY);
float[] quad = { rect.Left, rect.Bottom, rect.Right, rect.Bottom, rect.Left, rect.Top, rect.Right, rect.Top };
PdfAnnotation highlight = PdfAnnotation.CreateMarkup(stamper.Writer, rect, stComment, PdfAnnotation.MARKUP_HIGHLIGHT, quad);
highlight.Color = color;
highlight.Title = stTittle;
stamper.AddAnnotation(highlight, items[iPosition].Page + iPageAdd);
iCount -= (i - iPosition) + 1;
iPosition = i + 1;
}
if (iCount == 0)
{
return;
}
if (items.Count > iPosition + iCount && !items[iPosition + iCount].IsNewLine)
{
i = iPosition + iCount - 1;
while (!items[i].IsNewLine)
{
i--;
}
Rectangle rect = new Rectangle(items[i].MinX, items[i].MaxY, items[i = iPosition + iCount - 1].MaxX, items[i].MinY);
float[] quad = { rect.Left, rect.Bottom, rect.Right, rect.Bottom, rect.Left, rect.Top, rect.Right, rect.Top };
PdfAnnotation highlight = PdfAnnotation.CreateMarkup(stamper.Writer, rect, stComment, PdfAnnotation.MARKUP_HIGHLIGHT, quad);
highlight.Color = color;
highlight.Title = stTittle;
stamper.AddAnnotation(highlight, items[iPosition].Page + iPageAdd);
iCount -= iPosition + iCount - i;
}
if (iCount == 0)
{
return;
}
i = iPosition;
float rMinX = items[iPosition].MinX;
float rMaxX = items[iPosition].MaxX;
while (i < iPosition + iCount)
{
i++;
if (i == iPosition + iCount || items[iPosition].Page != items[i].Page)
{
Rectangle rect = new Rectangle(rMinX, items[iPosition].MaxY, rMaxX, items[i - 1].MinY);
float[] quad = { rect.Left, rect.Bottom, rect.Right, rect.Bottom, rect.Left, rect.Top, rect.Right, rect.Top };
PdfAnnotation highlight = PdfAnnotation.CreateMarkup(stamper.Writer, rect, stComment, PdfAnnotation.MARKUP_HIGHLIGHT, quad);
highlight.Color = color;
highlight.Title = stTittle;
stamper.AddAnnotation(highlight, items[iPosition].Page + iPageAdd);
iCount -= i - iPosition;
iPosition = i;
if (iCount == 0)
{
return;
}
rMinX = items[iPosition].MinX;
rMaxX = items[iPosition].MaxX;
}
if (items[i].MinX < rMinX)
{
rMinX = items[i].MinX;
}
if (items[i].MaxX > rMaxX)
{
rMaxX = items[i].MaxX;
}
}
/*
* for(i = iPosition; i < iPosition + iCount; i++)
* {
* TextItem item = items[i];
* Rectangle rect = new Rectangle(item.MinX, item.MaxY, item.MaxX, item.MinY);
* float[] quad = { rect.Left, rect.Bottom, rect.Right, rect.Bottom, rect.Left, rect.Top, rect.Right, rect.Top };
* PdfAnnotation highlight = PdfAnnotation.CreateMarkup(stamper.Writer, rect, stComment, PdfAnnotation.MARKUP_HIGHLIGHT, quad);
* highlight.Color = color;
* highlight.Title = stTittle;
* stamper.AddAnnotation(highlight, item.Page + iPageAdd);
* }
*/
}
}
public void Flush(
)
{
// Ensuring that there's room for the new content chunks inside the page's content stream...
/*
NOTE: This specialized stamper is optimized for content insertion without modifying
existing content representations, leveraging the peculiar feature of page structures
to express their content streams as arrays of data streams.
*/
PdfArray streams;
{
PdfDirectObject contentsObject = page.BaseDataObject[PdfName.Contents];
PdfDataObject contentsDataObject = PdfObject.Resolve(contentsObject);
// Single data stream?
if(contentsDataObject is PdfStream)
{
/*
NOTE: Content stream MUST be expressed as an array of data streams in order to host
background- and foreground-stamped contents.
*/
streams = new PdfArray();
streams.Add(contentsObject);
page.BaseDataObject[PdfName.Contents] = streams;
}
else
{streams = (PdfArray)contentsDataObject;}
}
// Background.
// Serialize the content!
background.Flush();
// Insert the serialized content into the page's content stream!
streams.Insert(0, background.Scanner.Contents.BaseObject);
// Foreground.
// Serialize the content!
foreground.Flush();
// Append the serialized content into the page's content stream!
streams.Add(foreground.Scanner.Contents.BaseObject);
}
/**
* <summary>Creates the character code mapping for composite fonts.</summary>
*/
private void Load_CreateEncoding(
PdfDictionary font,
PdfDictionary cidFont
)
{
/*
* NOTE: Composite fonts map text shown by content stream strings through a 2-level encoding
* scheme:
* character code -> CID (character index) -> GID (glyph index)
* This works for rendering purposes, but if we want our text data to be intrinsically meaningful,
* we need a further mapping towards some standard character identification scheme (Unicode):
* Unicode <- character code -> CID -> GID
* Such mapping may be provided by a known CID collection or (in case of custom encodings like
* Identity-H) by an explicit ToUnicode CMap.
* CID -> GID mapping is typically identity, that is CIDS correspond to GIDS, so we don't bother
* about that. Our base encoding is Identity-H, that is character codes correspond to CIDs;
* however, sometimes a font maps multiple Unicode codepoints to the same GID (for example, the
* hyphen glyph may be associated to the hyphen (\u2010) and minus (\u002D) symbols), breaking
* the possibility to recover their original Unicode values once represented as character codes
* in content stream strings. In this case, we are forced to remap the exceeding codes and
* generate an explicit CMap (TODO: I tried to emit a differential CMap using the usecmap
* operator in order to import Identity-H as base encoding, but it failed in several engines
* (including Acrobat, Ghostscript, Poppler, whilst it surprisingly worked with pdf.js), so we
* have temporarily to stick with full CMaps).
*/
// Encoding [PDF:1.7:5.6.1,5.6.4].
PdfDirectObject encodingObject = PdfName.IdentityH;
SortedDictionary <ByteArray, int> sortedCodes;
{
codes = new BiDictionary <ByteArray, int>(glyphIndexes.Count);
int lastRemappedCharCodeValue = 0;
IList <int> removedGlyphIndexKeys = null;
foreach (KeyValuePair <int, int> glyphIndexEntry in glyphIndexes.ToList())
{
int glyphIndex = glyphIndexEntry.Value;
ByteArray charCode = new ByteArray(new byte[]
{
(byte)((glyphIndex >> 8) & 0xFF),
(byte)(glyphIndex & 0xFF)
});
// Checking for multiple Unicode codepoints which map to the same glyph index...
/*
* NOTE: In case the same glyph index maps to multiple Unicode codepoints, we are forced to
* alter the identity encoding creating distinct cmap entries for the exceeding codepoints.
*/
if (codes.ContainsKey(charCode))
{
if (glyphIndex == 0) // .notdef glyph already mapped.
{
if (removedGlyphIndexKeys == null)
{
removedGlyphIndexKeys = new List <int>();
}
removedGlyphIndexKeys.Add(glyphIndexEntry.Key);
continue;
}
// Assigning the new character code...
/*
* NOTE: As our base encoding is identity, we have to look for a value that doesn't
* collide with existing glyph indices.
*/
while (glyphIndexes.ContainsValue(++lastRemappedCharCodeValue))
{
;
}
charCode.Data[0] = (byte)((lastRemappedCharCodeValue >> 8) & 0xFF);
charCode.Data[1] = (byte)(lastRemappedCharCodeValue & 0xFF);
}
else if (glyphIndex == 0) // .notdef glyph.
{
DefaultCode = glyphIndexEntry.Key;
}
codes[charCode] = glyphIndexEntry.Key;
}
if (removedGlyphIndexKeys != null)
{
foreach (int removedGlyphIndexKey in removedGlyphIndexKeys)
{
glyphIndexes.Remove(removedGlyphIndexKey);
}
}
sortedCodes = new SortedDictionary <ByteArray, int>(codes);
if (lastRemappedCharCodeValue > 0) // Custom encoding.
{
string cmapName = "Custom";
bytes::IBuffer cmapBuffer = CMapBuilder.Build(
CMapBuilder.EntryTypeEnum.CID,
cmapName,
sortedCodes,
delegate(KeyValuePair <ByteArray, int> codeEntry)
{ return(glyphIndexes[codeEntry.Value]); }
);
encodingObject = File.Register(
new PdfStream(
new PdfDictionary(
new PdfName[]
{
PdfName.Type,
PdfName.CMapName,
PdfName.CIDSystemInfo
},
new PdfDirectObject[]
{
PdfName.CMap,
new PdfName(cmapName),
new PdfDictionary(
new PdfName[]
{
PdfName.Registry,
PdfName.Ordering,
PdfName.Supplement
},
new PdfDirectObject[]
{
PdfTextString.Get("Adobe"),
PdfTextString.Get("Identity"),
PdfInteger.Get(0)
}
)
}
),
cmapBuffer
)
);
}
}
font[PdfName.Encoding] = encodingObject; // Character-code-to-CID mapping.
cidFont[PdfName.CIDToGIDMap] = PdfName.Identity; // CID-to-glyph-index mapping.
// ToUnicode [PDF:1.6:5.9.2].
PdfDirectObject toUnicodeObject = null;
{
bytes::IBuffer toUnicodeBuffer = CMapBuilder.Build(
CMapBuilder.EntryTypeEnum.BaseFont,
null,
sortedCodes,
delegate(KeyValuePair <ByteArray, int> codeEntry)
{ return(codeEntry.Value); }
);
toUnicodeObject = File.Register(new PdfStream(toUnicodeBuffer));
}
font[PdfName.ToUnicode] = toUnicodeObject; // Character-code-to-Unicode mapping.
// Glyph widths.
PdfArray widthsObject = new PdfArray();
{
int lastGlyphIndex = -10;
PdfArray lastGlyphWidthRangeObject = null;
foreach (int glyphIndex in glyphIndexes.Values.OrderBy(x => x).ToList())
{
int width;
if (!glyphWidths.TryGetValue(glyphIndex, out width))
{
width = 0;
}
if (glyphIndex - lastGlyphIndex != 1)
{
widthsObject.Add(PdfInteger.Get(glyphIndex));
widthsObject.Add(lastGlyphWidthRangeObject = new PdfArray());
}
lastGlyphWidthRangeObject.Add(PdfInteger.Get(width));
lastGlyphIndex = glyphIndex;
}
}
cidFont[PdfName.W] = widthsObject; // Glyph widths.
}
protected internal virtual void FlushFontData(String fontName, PdfName subtype)
{
GetPdfObject().Put(PdfName.Subtype, subtype);
if (fontName != null && fontName.Length > 0)
{
GetPdfObject().Put(PdfName.BaseFont, new PdfName(fontName));
}
int firstChar;
int lastChar;
for (firstChar = 0; firstChar < 256; ++firstChar)
{
if (shortTag[firstChar] != 0)
{
break;
}
}
for (lastChar = 255; lastChar >= firstChar; --lastChar)
{
if (shortTag[lastChar] != 0)
{
break;
}
}
if (firstChar > 255)
{
firstChar = 255;
lastChar = 255;
}
if (!IsSubset() || !IsEmbedded())
{
firstChar = 0;
lastChar = shortTag.Length - 1;
for (int k = 0; k < shortTag.Length; ++k)
{
// remove unsupported by encoding values in case custom encoding.
// save widths information in case standard pdf encodings (winansi or macroman)
if (fontEncoding.CanDecode(k))
{
shortTag[k] = 1;
}
else
{
if (!fontEncoding.HasDifferences() && fontProgram.GetGlyphByCode(k) != null)
{
shortTag[k] = 1;
}
else
{
shortTag[k] = 0;
}
}
}
}
if (fontEncoding.HasDifferences())
{
// trim range of symbols
for (int k = firstChar; k <= lastChar; ++k)
{
if (!FontEncoding.NOTDEF.Equals(fontEncoding.GetDifference(k)))
{
firstChar = k;
break;
}
}
for (int k = lastChar; k >= firstChar; --k)
{
if (!FontEncoding.NOTDEF.Equals(fontEncoding.GetDifference(k)))
{
lastChar = k;
break;
}
}
PdfDictionary enc = new PdfDictionary();
enc.Put(PdfName.Type, PdfName.Encoding);
PdfArray diff = new PdfArray();
bool gap = true;
for (int k = firstChar; k <= lastChar; ++k)
{
if (shortTag[k] != 0)
{
if (gap)
{
diff.Add(new PdfNumber(k));
gap = false;
}
diff.Add(new PdfName(fontEncoding.GetDifference(k)));
}
else
{
gap = true;
}
}
enc.Put(PdfName.Differences, diff);
GetPdfObject().Put(PdfName.Encoding, enc);
}
else
{
if (!fontEncoding.IsFontSpecific())
{
GetPdfObject().Put(PdfName.Encoding, PdfEncodings.CP1252.Equals(fontEncoding.GetBaseEncoding()) ? PdfName.
WinAnsiEncoding : PdfName.MacRomanEncoding);
}
}
if (IsForceWidthsOutput() || !IsBuiltInFont() || fontEncoding.HasDifferences())
{
GetPdfObject().Put(PdfName.FirstChar, new PdfNumber(firstChar));
GetPdfObject().Put(PdfName.LastChar, new PdfNumber(lastChar));
PdfArray wd = new PdfArray();
for (int k = firstChar; k <= lastChar; ++k)
{
if (shortTag[k] == 0)
{
wd.Add(new PdfNumber(0));
}
else
{
//prevent lost of widths info
int uni = fontEncoding.GetUnicode(k);
Glyph glyph = uni > -1 ? GetGlyph(uni) : fontProgram.GetGlyphByCode(k);
wd.Add(new PdfNumber(GetGlyphWidth(glyph)));
}
}
GetPdfObject().Put(PdfName.Widths, wd);
}
PdfDictionary fontDescriptor = !IsBuiltInFont() ? GetFontDescriptor(fontName) : null;
if (fontDescriptor != null)
{
GetPdfObject().Put(PdfName.FontDescriptor, fontDescriptor);
if (fontDescriptor.GetIndirectReference() != null)
{
fontDescriptor.Flush();
}
}
}
private static PdfDictionary CopyObject(PdfDictionary source, ICollection <PdfObject> objectsToCopy, PdfDocument
toDocument, IDictionary <PdfDictionary, PdfDictionary> page2page, bool copyFromDestDocument)
{
PdfDictionary copied;
if (copyFromDestDocument)
{
copied = source.Clone(ignoreKeysForCopy);
if (source.IsIndirect())
{
copied.MakeIndirect(toDocument);
}
}
else
{
copied = source.CopyTo(toDocument, ignoreKeysForCopy, true);
}
if (source.ContainsKey(PdfName.Obj))
{
PdfDictionary obj = source.GetAsDictionary(PdfName.Obj);
if (!copyFromDestDocument && obj != null)
{
// Link annotations could be not added to the toDocument, so we need to identify this case.
// When obj.copyTo is called, and annotation was already copied, we would get this already created copy.
// If it was already copied and added, /P key would be set. Otherwise /P won't be set.
obj = obj.CopyTo(toDocument, iText.IO.Util.JavaUtil.ArraysAsList(PdfName.P), false);
copied.Put(PdfName.Obj, obj);
}
}
PdfDictionary pg = source.GetAsDictionary(PdfName.Pg);
if (pg != null)
{
//TODO It is possible, that pg will not be present in the page2page map. Consider the situation,
// that we want to copy structElem because it has marked content dictionary reference, which belongs to the page from page2page,
// but the structElem itself has /Pg which value could be arbitrary page.
copied.Put(PdfName.Pg, page2page.Get(pg));
}
PdfObject k = source.Get(PdfName.K);
if (k != null)
{
if (k.IsArray())
{
PdfArray kArr = (PdfArray)k;
PdfArray newArr = new PdfArray();
for (int i = 0; i < kArr.Size(); i++)
{
PdfObject copiedKid = CopyObjectKid(kArr.Get(i), copied, objectsToCopy, toDocument, page2page, copyFromDestDocument
);
if (copiedKid != null)
{
newArr.Add(copiedKid);
}
}
// TODO new array may be empty or with single element
copied.Put(PdfName.K, newArr);
}
else
{
PdfObject copiedKid = CopyObjectKid(k, copied, objectsToCopy, toDocument, page2page, copyFromDestDocument);
if (copiedKid != null)
{
copied.Put(PdfName.K, copiedKid);
}
}
}
return(copied);
}
private static PdfDictionary CopyObject(PdfDictionary source, PdfDictionary destPage, bool parentChangePg,
StructureTreeCopier.StructElemCopyingParams copyingParams)
{
PdfDictionary copied;
if (copyingParams.IsCopyFromDestDocument())
{
//TODO: detect wether object is needed to be cloned at all
copied = source.Clone(ignoreKeysForClone);
if (source.IsIndirect())
{
copied.MakeIndirect(copyingParams.GetToDocument());
}
PdfDictionary pg = source.GetAsDictionary(PdfName.Pg);
if (pg != null)
{
if (copyingParams.IsCopyFromDestDocument())
{
if (pg != destPage)
{
copied.Put(PdfName.Pg, destPage);
parentChangePg = true;
}
else
{
parentChangePg = false;
}
}
}
}
else
{
copied = source.CopyTo(copyingParams.GetToDocument(), ignoreKeysForCopy, true);
PdfDictionary obj = source.GetAsDictionary(PdfName.Obj);
if (obj != null)
{
// Link annotations could be not added to the toDocument, so we need to identify this case.
// When obj.copyTo is called, and annotation was already copied, we would get this already created copy.
// If it was already copied and added, /P key would be set. Otherwise /P won't be set.
obj = obj.CopyTo(copyingParams.GetToDocument(), JavaUtil.ArraysAsList(PdfName.P), false);
copied.Put(PdfName.Obj, obj);
}
PdfDictionary nsDict = source.GetAsDictionary(PdfName.NS);
if (nsDict != null)
{
PdfDictionary copiedNsDict = CopyNamespaceDict(nsDict, copyingParams);
copied.Put(PdfName.NS, copiedNsDict);
}
PdfDictionary pg = source.GetAsDictionary(PdfName.Pg);
if (pg != null)
{
PdfDictionary pageAnalog = copyingParams.GetPage2page().Get(pg);
if (pageAnalog == null)
{
pageAnalog = destPage;
parentChangePg = true;
}
else
{
parentChangePg = false;
}
copied.Put(PdfName.Pg, pageAnalog);
}
}
PdfObject k = source.Get(PdfName.K);
if (k != null)
{
if (k.IsArray())
{
PdfArray kArr = (PdfArray)k;
PdfArray newArr = new PdfArray();
for (int i = 0; i < kArr.Size(); i++)
{
PdfObject copiedKid = CopyObjectKid(kArr.Get(i), copied, destPage, parentChangePg, copyingParams);
if (copiedKid != null)
{
newArr.Add(copiedKid);
}
}
if (!newArr.IsEmpty())
{
if (newArr.Size() == 1)
{
copied.Put(PdfName.K, newArr.Get(0));
}
else
{
copied.Put(PdfName.K, newArr);
}
}
}
else
{
PdfObject copiedKid = CopyObjectKid(k, copied, destPage, parentChangePg, copyingParams);
if (copiedKid != null)
{
copied.Put(PdfName.K, copiedKid);
}
}
}
return(copied);
}
PdfObject getColorspace()
{
if (_iccProfile != null)
{
if ((_colorType & 2) == 0)
{
return(PdfName.Devicegray);
}
else
{
return(PdfName.Devicergb);
}
}
if (_gamma.ApproxEquals(1f) && !_hasChrm)
{
if ((_colorType & 2) == 0)
{
return(PdfName.Devicegray);
}
else
{
return(PdfName.Devicergb);
}
}
else
{
PdfArray array = new PdfArray();
PdfDictionary dic = new PdfDictionary();
if ((_colorType & 2) == 0)
{
if (_gamma.ApproxEquals(1f))
{
return(PdfName.Devicegray);
}
array.Add(PdfName.Calgray);
dic.Put(PdfName.Gamma, new PdfNumber(_gamma));
dic.Put(PdfName.Whitepoint, new PdfLiteral("[1 1 1]"));
array.Add(dic);
}
else
{
PdfObject wp = new PdfLiteral("[1 1 1]");
array.Add(PdfName.Calrgb);
if (_gamma.ApproxNotEqual(1f))
{
PdfArray gm = new PdfArray();
PdfNumber n = new PdfNumber(_gamma);
gm.Add(n);
gm.Add(n);
gm.Add(n);
dic.Put(PdfName.Gamma, gm);
}
if (_hasChrm)
{
float z = _yW * ((_xG - _xB) * _yR - (_xR - _xB) * _yG + (_xR - _xG) * _yB);
float ya = _yR * ((_xG - _xB) * _yW - (_xW - _xB) * _yG + (_xW - _xG) * _yB) / z;
float xa = ya * _xR / _yR;
float za = ya * ((1 - _xR) / _yR - 1);
float yb = -_yG * ((_xR - _xB) * _yW - (_xW - _xB) * _yR + (_xW - _xR) * _yB) / z;
float xb = yb * _xG / _yG;
float zb = yb * ((1 - _xG) / _yG - 1);
float yc = _yB * ((_xR - _xG) * _yW - (_xW - _xG) * _yW + (_xW - _xR) * _yG) / z;
float xc = yc * _xB / _yB;
float zc = yc * ((1 - _xB) / _yB - 1);
float xw = xa + xb + xc;
float yw = 1;//YA+YB+YC;
float zw = za + zb + zc;
PdfArray wpa = new PdfArray();
wpa.Add(new PdfNumber(xw));
wpa.Add(new PdfNumber(yw));
wpa.Add(new PdfNumber(zw));
wp = wpa;
PdfArray matrix = new PdfArray();
matrix.Add(new PdfNumber(xa));
matrix.Add(new PdfNumber(ya));
matrix.Add(new PdfNumber(za));
matrix.Add(new PdfNumber(xb));
matrix.Add(new PdfNumber(yb));
matrix.Add(new PdfNumber(zb));
matrix.Add(new PdfNumber(xc));
matrix.Add(new PdfNumber(yc));
matrix.Add(new PdfNumber(zc));
dic.Put(PdfName.Matrix, matrix);
}
dic.Put(PdfName.Whitepoint, wp);
array.Add(dic);
}
return(array);
}
}
/**
* Reads next frame image
*/
protected void ReadImage()
{
ix = ReadShort(); // (sub)image position & size
iy = ReadShort();
iw = ReadShort();
ih = ReadShort();
int packed = inp.ReadByte();
lctFlag = (packed & 0x80) != 0; // 1 - local color table flag
interlace = (packed & 0x40) != 0; // 2 - interlace flag
// 3 - sort flag
// 4-5 - reserved
lctSize = 2 << (packed & 7); // 6-8 - local color table size
m_bpc = NewBpc(m_gbpc);
if (lctFlag)
{
m_curr_table = ReadColorTable((packed & 7) + 1); // read table
m_bpc = NewBpc((packed & 7) + 1);
}
else
{
m_curr_table = m_global_table;
}
if (transparency && transIndex >= m_curr_table.Length / 3)
{
transparency = false;
}
if (transparency && m_bpc == 1) // Acrobat 5.05 doesn't like this combination
{
byte[] tp = new byte[12];
Array.Copy(m_curr_table, 0, tp, 0, 6);
m_curr_table = tp;
m_bpc = 2;
}
bool skipZero = DecodeImageData(); // decode pixel data
if (!skipZero)
{
Skip();
}
Image img = null;
img = new ImgRaw(iw, ih, 1, m_bpc, m_out);
PdfArray colorspace = new PdfArray();
colorspace.Add(PdfName.INDEXED);
colorspace.Add(PdfName.DEVICERGB);
int len = m_curr_table.Length;
colorspace.Add(new PdfNumber(len / 3 - 1));
colorspace.Add(new PdfString(m_curr_table));
PdfDictionary ad = new PdfDictionary();
ad.Put(PdfName.COLORSPACE, colorspace);
img.Additional = ad;
if (transparency)
{
img.Transparency = new int[] { transIndex, transIndex };
}
img.OriginalType = Image.ORIGINAL_GIF;
img.OriginalData = fromData;
img.Url = fromUrl;
GifFrame gf = new GifFrame();
gf.image = img;
gf.ix = ix;
gf.iy = iy;
frames.Add(gf); // add image to frame list
//ResetFrame();
}
void readPng()
{
for (int i = 0; i < Pngid.Length; i++)
{
if (Pngid[i] != _isp.ReadByte())
{
throw new IOException("File is not a valid PNG.");
}
}
byte[] buffer = new byte[Transfersize];
while (true)
{
int len = GetInt(_isp);
string marker = GetString(_isp);
if (len < 0 || !checkMarker(marker))
{
throw new IOException("Corrupted PNG file.");
}
if (IDAT.Equals(marker))
{
int size;
while (len != 0)
{
size = _isp.Read(buffer, 0, Math.Min(len, Transfersize));
if (size <= 0)
{
return;
}
_idat.Write(buffer, 0, size);
len -= size;
}
}
else if (tRNS.Equals(marker))
{
switch (_colorType)
{
case 0:
if (len >= 2)
{
len -= 2;
int gray = GetWord(_isp);
if (_bitDepth == 16)
{
_transRedGray = gray;
}
else
{
_additional.Put(PdfName.Mask, new PdfLiteral("[" + gray + " " + gray + "]"));
}
}
break;
case 2:
if (len >= 6)
{
len -= 6;
int red = GetWord(_isp);
int green = GetWord(_isp);
int blue = GetWord(_isp);
if (_bitDepth == 16)
{
_transRedGray = red;
_transGreen = green;
_transBlue = blue;
}
else
{
_additional.Put(PdfName.Mask, new PdfLiteral("[" + red + " " + red + " " + green + " " + green + " " + blue + " " + blue + "]"));
}
}
break;
case 3:
if (len > 0)
{
_trans = new byte[len];
for (int k = 0; k < len; ++k)
{
_trans[k] = (byte)_isp.ReadByte();
}
len = 0;
}
break;
}
Utilities.Skip(_isp, len);
}
else if (IHDR.Equals(marker))
{
_width = GetInt(_isp);
_height = GetInt(_isp);
_bitDepth = _isp.ReadByte();
_colorType = _isp.ReadByte();
_compressionMethod = _isp.ReadByte();
_filterMethod = _isp.ReadByte();
_interlaceMethod = _isp.ReadByte();
}
else if (PLTE.Equals(marker))
{
if (_colorType == 3)
{
PdfArray colorspace = new PdfArray();
colorspace.Add(PdfName.Indexed);
colorspace.Add(getColorspace());
colorspace.Add(new PdfNumber(len / 3 - 1));
ByteBuffer colortable = new ByteBuffer();
while ((len--) > 0)
{
colortable.Append_i(_isp.ReadByte());
}
colorspace.Add(new PdfString(_colorTable = colortable.ToByteArray()));
_additional.Put(PdfName.Colorspace, colorspace);
}
else
{
Utilities.Skip(_isp, len);
}
}
else if (pHYs.Equals(marker))
{
int dx = GetInt(_isp);
int dy = GetInt(_isp);
int unit = _isp.ReadByte();
if (unit == 1)
{
_dpiX = (int)(dx * 0.0254f + 0.5f);
_dpiY = (int)(dy * 0.0254f + 0.5f);
}
else
{
if (dy != 0)
{
_xyRatio = dx / (float)dy;
}
}
}
else if (cHRM.Equals(marker))
{
_xW = GetInt(_isp) / 100000f;
_yW = GetInt(_isp) / 100000f;
_xR = GetInt(_isp) / 100000f;
_yR = GetInt(_isp) / 100000f;
_xG = GetInt(_isp) / 100000f;
_yG = GetInt(_isp) / 100000f;
_xB = GetInt(_isp) / 100000f;
_yB = GetInt(_isp) / 100000f;
_hasChrm = !(Math.Abs(_xW) < 0.0001f || Math.Abs(_yW) < 0.0001f || Math.Abs(_xR) < 0.0001f || Math.Abs(_yR) < 0.0001f || Math.Abs(_xG) < 0.0001f || Math.Abs(_yG) < 0.0001f || Math.Abs(_xB) < 0.0001f || Math.Abs(_yB) < 0.0001f);
}
else if (sRGB.Equals(marker))
{
int ri = _isp.ReadByte();
_intent = _intents[ri];
_gamma = 2.2f;
_xW = 0.3127f;
_yW = 0.329f;
_xR = 0.64f;
_yR = 0.33f;
_xG = 0.3f;
_yG = 0.6f;
_xB = 0.15f;
_yB = 0.06f;
_hasChrm = true;
}
else if (gAMA.Equals(marker))
{
int gm = GetInt(_isp);
if (gm != 0)
{
_gamma = 100000f / gm;
if (!_hasChrm)
{
_xW = 0.3127f;
_yW = 0.329f;
_xR = 0.64f;
_yR = 0.33f;
_xG = 0.3f;
_yG = 0.6f;
_xB = 0.15f;
_yB = 0.06f;
_hasChrm = true;
}
}
}
else if (iCCP.Equals(marker))
{
do
{
--len;
} while (_isp.ReadByte() != 0);
_isp.ReadByte();
--len;
byte[] icccom = new byte[len];
int p = 0;
while (len > 0)
{
int r = _isp.Read(icccom, p, len);
if (r < 0)
{
throw new IOException("Premature end of file.");
}
p += r;
len -= r;
}
byte[] iccp = PdfReader.FlateDecode(icccom, true);
icccom = null;
try
{
_iccProfile = IccProfile.GetInstance(iccp);
}
catch
{
_iccProfile = null;
}
}
else if (IEND.Equals(marker))
{
break;
}
else
{
Utilities.Skip(_isp, len);
}
Utilities.Skip(_isp, 4);
}
}
void ReadPng()
{
for (int i = 0; i < PNGID.Length; i++)
{
if (PNGID[i] != isp.ReadByte())
{
throw new IOException(MessageLocalization.GetComposedMessage("file.is.not.a.valid.png"));
}
}
byte[] buffer = new byte[TRANSFERSIZE];
while (true)
{
int len = GetInt(isp);
String marker = GetString(isp);
if (len < 0 || !CheckMarker(marker))
{
throw new IOException(MessageLocalization.GetComposedMessage("corrupted.png.file"));
}
if (IDAT.Equals(marker))
{
int size;
while (len != 0)
{
size = isp.Read(buffer, 0, Math.Min(len, TRANSFERSIZE));
if (size <= 0)
{
return;
}
idat.Write(buffer, 0, size);
len -= size;
}
}
else if (tRNS.Equals(marker))
{
switch (colorType)
{
case 0:
if (len >= 2)
{
len -= 2;
int gray = GetWord(isp);
if (bitDepth == 16)
{
transRedGray = gray;
}
else
{
additional.Put(PdfName.MASK, new PdfLiteral("[" + gray + " " + gray + "]"));
}
}
break;
case 2:
if (len >= 6)
{
len -= 6;
int red = GetWord(isp);
int green = GetWord(isp);
int blue = GetWord(isp);
if (bitDepth == 16)
{
transRedGray = red;
transGreen = green;
transBlue = blue;
}
else
{
additional.Put(PdfName.MASK, new PdfLiteral("[" + red + " " + red + " " + green + " " + green + " " + blue + " " + blue + "]"));
}
}
break;
case 3:
if (len > 0)
{
trans = new byte[len];
for (int k = 0; k < len; ++k)
{
trans[k] = (byte)isp.ReadByte();
}
len = 0;
}
break;
}
Utilities.Skip(isp, len);
}
else if (IHDR.Equals(marker))
{
width = GetInt(isp);
height = GetInt(isp);
bitDepth = isp.ReadByte();
colorType = isp.ReadByte();
compressionMethod = isp.ReadByte();
filterMethod = isp.ReadByte();
interlaceMethod = isp.ReadByte();
}
else if (PLTE.Equals(marker))
{
if (colorType == 3)
{
PdfArray colorspace = new PdfArray();
colorspace.Add(PdfName.INDEXED);
colorspace.Add(GetColorspace());
colorspace.Add(new PdfNumber(len / 3 - 1));
ByteBuffer colortable = new ByteBuffer();
while ((len--) > 0)
{
colortable.Append_i(isp.ReadByte());
}
colorspace.Add(new PdfString(colorTable = colortable.ToByteArray()));
additional.Put(PdfName.COLORSPACE, colorspace);
}
else
{
Utilities.Skip(isp, len);
}
}
else if (pHYs.Equals(marker))
{
int dx = GetInt(isp);
int dy = GetInt(isp);
int unit = isp.ReadByte();
if (unit == 1)
{
dpiX = (int)((float)dx * 0.0254f + 0.5f);
dpiY = (int)((float)dy * 0.0254f + 0.5f);
}
else
{
if (dy != 0)
{
XYRatio = (float)dx / (float)dy;
}
}
}
else if (cHRM.Equals(marker))
{
xW = (float)GetInt(isp) / 100000f;
yW = (float)GetInt(isp) / 100000f;
xR = (float)GetInt(isp) / 100000f;
yR = (float)GetInt(isp) / 100000f;
xG = (float)GetInt(isp) / 100000f;
yG = (float)GetInt(isp) / 100000f;
xB = (float)GetInt(isp) / 100000f;
yB = (float)GetInt(isp) / 100000f;
hasCHRM = !(Math.Abs(xW) < 0.0001f || Math.Abs(yW) < 0.0001f || Math.Abs(xR) < 0.0001f || Math.Abs(yR) < 0.0001f || Math.Abs(xG) < 0.0001f || Math.Abs(yG) < 0.0001f || Math.Abs(xB) < 0.0001f || Math.Abs(yB) < 0.0001f);
}
else if (sRGB.Equals(marker))
{
int ri = isp.ReadByte();
intent = intents[ri];
gamma = 2.2f;
xW = 0.3127f;
yW = 0.329f;
xR = 0.64f;
yR = 0.33f;
xG = 0.3f;
yG = 0.6f;
xB = 0.15f;
yB = 0.06f;
hasCHRM = true;
}
else if (gAMA.Equals(marker))
{
int gm = GetInt(isp);
if (gm != 0)
{
gamma = 100000f / (float)gm;
if (!hasCHRM)
{
xW = 0.3127f;
yW = 0.329f;
xR = 0.64f;
yR = 0.33f;
xG = 0.3f;
yG = 0.6f;
xB = 0.15f;
yB = 0.06f;
hasCHRM = true;
}
}
}
else if (iCCP.Equals(marker))
{
do
{
--len;
} while (isp.ReadByte() != 0);
isp.ReadByte();
--len;
byte[] icccom = new byte[len];
int p = 0;
while (len > 0)
{
int r = isp.Read(icccom, p, len);
if (r < 0)
{
throw new IOException(MessageLocalization.GetComposedMessage("premature.end.of.file"));
}
p += r;
len -= r;
}
byte[] iccp = PdfReader.FlateDecode(icccom, true);
icccom = null;
try {
icc_profile = ICC_Profile.GetInstance(iccp);
}
catch {
icc_profile = null;
}
}
else if (IEND.Equals(marker))
{
break;
}
else
{
Utilities.Skip(isp, len);
}
Utilities.Skip(isp, 4);
}
}
protected static Image GetTiffImageColor(TIFFDirectory dir, RandomAccessFileOrArray s)
{
int predictor = 1;
TIFFLZWDecoder lzwDecoder = null;
int compression = (int)dir.GetFieldAsLong(TIFFConstants.TIFFTAG_COMPRESSION);
switch (compression)
{
case TIFFConstants.COMPRESSION_NONE:
case TIFFConstants.COMPRESSION_LZW:
case TIFFConstants.COMPRESSION_PACKBITS:
case TIFFConstants.COMPRESSION_DEFLATE:
case TIFFConstants.COMPRESSION_ADOBE_DEFLATE:
case TIFFConstants.COMPRESSION_OJPEG:
case TIFFConstants.COMPRESSION_JPEG:
break;
default:
throw new ArgumentException("The compression " + compression + " is not supported.");
}
int photometric = (int)dir.GetFieldAsLong(TIFFConstants.TIFFTAG_PHOTOMETRIC);
switch (photometric)
{
case TIFFConstants.PHOTOMETRIC_MINISWHITE:
case TIFFConstants.PHOTOMETRIC_MINISBLACK:
case TIFFConstants.PHOTOMETRIC_RGB:
case TIFFConstants.PHOTOMETRIC_SEPARATED:
case TIFFConstants.PHOTOMETRIC_PALETTE:
break;
default:
if (compression != TIFFConstants.COMPRESSION_OJPEG && compression != TIFFConstants.COMPRESSION_JPEG)
{
throw new ArgumentException("The photometric " + photometric + " is not supported.");
}
break;
}
float rotation = 0;
if (dir.IsTagPresent(TIFFConstants.TIFFTAG_ORIENTATION))
{
int rot = (int)dir.GetFieldAsLong(TIFFConstants.TIFFTAG_ORIENTATION);
if (rot == TIFFConstants.ORIENTATION_BOTRIGHT || rot == TIFFConstants.ORIENTATION_BOTLEFT)
{
rotation = (float)Math.PI;
}
else if (rot == TIFFConstants.ORIENTATION_LEFTTOP || rot == TIFFConstants.ORIENTATION_LEFTBOT)
{
rotation = (float)(Math.PI / 2.0);
}
else if (rot == TIFFConstants.ORIENTATION_RIGHTTOP || rot == TIFFConstants.ORIENTATION_RIGHTBOT)
{
rotation = -(float)(Math.PI / 2.0);
}
}
if (dir.IsTagPresent(TIFFConstants.TIFFTAG_PLANARCONFIG) &&
dir.GetFieldAsLong(TIFFConstants.TIFFTAG_PLANARCONFIG) == TIFFConstants.PLANARCONFIG_SEPARATE)
{
throw new ArgumentException("Planar images are not supported.");
}
if (dir.IsTagPresent(TIFFConstants.TIFFTAG_EXTRASAMPLES))
{
throw new ArgumentException("Extra samples are not supported.");
}
int samplePerPixel = 1;
if (dir.IsTagPresent(TIFFConstants.TIFFTAG_SAMPLESPERPIXEL)) // 1,3,4
{
samplePerPixel = (int)dir.GetFieldAsLong(TIFFConstants.TIFFTAG_SAMPLESPERPIXEL);
}
int bitsPerSample = 1;
if (dir.IsTagPresent(TIFFConstants.TIFFTAG_BITSPERSAMPLE))
{
bitsPerSample = (int)dir.GetFieldAsLong(TIFFConstants.TIFFTAG_BITSPERSAMPLE);
}
switch (bitsPerSample)
{
case 1:
case 2:
case 4:
case 8:
break;
default:
throw new ArgumentException("Bits per sample " + bitsPerSample + " is not supported.");
}
Image img = null;
int h = (int)dir.GetFieldAsLong(TIFFConstants.TIFFTAG_IMAGELENGTH);
int w = (int)dir.GetFieldAsLong(TIFFConstants.TIFFTAG_IMAGEWIDTH);
int dpiX = 0;
int dpiY = 0;
int resolutionUnit = TIFFConstants.RESUNIT_INCH;
if (dir.IsTagPresent(TIFFConstants.TIFFTAG_RESOLUTIONUNIT))
{
resolutionUnit = (int)dir.GetFieldAsLong(TIFFConstants.TIFFTAG_RESOLUTIONUNIT);
}
dpiX = GetDpi(dir.GetField(TIFFConstants.TIFFTAG_XRESOLUTION), resolutionUnit);
dpiY = GetDpi(dir.GetField(TIFFConstants.TIFFTAG_YRESOLUTION), resolutionUnit);
int fillOrder = 1;
bool reverse = false;
TIFFField fillOrderField = dir.GetField(TIFFConstants.TIFFTAG_FILLORDER);
if (fillOrderField != null)
{
fillOrder = fillOrderField.GetAsInt(0);
}
reverse = (fillOrder == TIFFConstants.FILLORDER_LSB2MSB);
int rowsStrip = h;
if (dir.IsTagPresent(TIFFConstants.TIFFTAG_ROWSPERSTRIP)) //another hack for broken tiffs
{
rowsStrip = (int)dir.GetFieldAsLong(TIFFConstants.TIFFTAG_ROWSPERSTRIP);
}
if (rowsStrip <= 0 || rowsStrip > h)
{
rowsStrip = h;
}
long[] offset = GetArrayLongShort(dir, TIFFConstants.TIFFTAG_STRIPOFFSETS);
long[] size = GetArrayLongShort(dir, TIFFConstants.TIFFTAG_STRIPBYTECOUNTS);
if ((size == null || (size.Length == 1 && (size[0] == 0 || size[0] + offset[0] > s.Length))) && h == rowsStrip) // some TIFF producers are really lousy, so...
{
size = new long[] { s.Length - (int)offset[0] };
}
if (compression == TIFFConstants.COMPRESSION_LZW)
{
TIFFField predictorField = dir.GetField(TIFFConstants.TIFFTAG_PREDICTOR);
if (predictorField != null)
{
predictor = predictorField.GetAsInt(0);
if (predictor != 1 && predictor != 2)
{
throw new Exception("Illegal value for Predictor in TIFF file.");
}
if (predictor == 2 && bitsPerSample != 8)
{
throw new Exception(bitsPerSample + "-bit samples are not supported for Horizontal differencing Predictor.");
}
}
lzwDecoder = new TIFFLZWDecoder(w, predictor,
samplePerPixel);
}
int rowsLeft = h;
MemoryStream stream = null;
ZDeflaterOutputStream zip = null;
CCITTG4Encoder g4 = null;
if (bitsPerSample == 1 && samplePerPixel == 1)
{
g4 = new CCITTG4Encoder(w);
}
else
{
stream = new MemoryStream();
if (compression != TIFFConstants.COMPRESSION_OJPEG && compression != TIFFConstants.COMPRESSION_JPEG)
{
zip = new ZDeflaterOutputStream(stream);
}
}
if (compression == TIFFConstants.COMPRESSION_OJPEG)
{
// Assume that the TIFFTAG_JPEGIFBYTECOUNT tag is optional, since it's obsolete and
// is often missing
if ((!dir.IsTagPresent(TIFFConstants.TIFFTAG_JPEGIFOFFSET)))
{
throw new IOException("Missing tag(s) for OJPEG compression.");
}
int jpegOffset = (int)dir.GetFieldAsLong(TIFFConstants.TIFFTAG_JPEGIFOFFSET);
int jpegLength = s.Length - jpegOffset;
if (dir.IsTagPresent(TIFFConstants.TIFFTAG_JPEGIFBYTECOUNT))
{
jpegLength = (int)dir.GetFieldAsLong(TIFFConstants.TIFFTAG_JPEGIFBYTECOUNT) +
(int)size[0];
}
byte[] jpeg = new byte[Math.Min(jpegLength, s.Length - jpegOffset)];
int posFilePointer = s.FilePointer;
posFilePointer += jpegOffset;
s.Seek(posFilePointer);
s.ReadFully(jpeg);
img = new Jpeg(jpeg);
}
else if (compression == TIFFConstants.COMPRESSION_JPEG)
{
if (size.Length > 1)
{
throw new IOException("Compression JPEG is only supported with a single strip. This image has " + size.Length + " strips.");
}
byte[] jpeg = new byte[(int)size[0]];
s.Seek(offset[0]);
s.ReadFully(jpeg);
img = new Jpeg(jpeg);
}
else
{
for (int k = 0; k < offset.Length; ++k)
{
byte[] im = new byte[(int)size[k]];
s.Seek(offset[k]);
s.ReadFully(im);
int height = Math.Min(rowsStrip, rowsLeft);
byte[] outBuf = null;
if (compression != TIFFConstants.COMPRESSION_NONE)
{
outBuf = new byte[(w * bitsPerSample * samplePerPixel + 7) / 8 * height];
}
if (reverse)
{
TIFFFaxDecoder.ReverseBits(im);
}
switch (compression)
{
case TIFFConstants.COMPRESSION_DEFLATE:
case TIFFConstants.COMPRESSION_ADOBE_DEFLATE:
Inflate(im, outBuf);
break;
case TIFFConstants.COMPRESSION_NONE:
outBuf = im;
break;
case TIFFConstants.COMPRESSION_PACKBITS:
DecodePackbits(im, outBuf);
break;
case TIFFConstants.COMPRESSION_LZW:
lzwDecoder.Decode(im, outBuf, height);
break;
}
if (bitsPerSample == 1 && samplePerPixel == 1)
{
g4.Fax4Encode(outBuf, height);
}
else
{
zip.Write(outBuf, 0, outBuf.Length);
}
rowsLeft -= rowsStrip;
}
if (bitsPerSample == 1 && samplePerPixel == 1)
{
img = Image.GetInstance(w, h, false, Image.CCITTG4,
photometric == TIFFConstants.PHOTOMETRIC_MINISBLACK ? Image.CCITT_BLACKIS1 : 0, g4.Close());
}
else
{
zip.Close();
img = Image.GetInstance(w, h, samplePerPixel, bitsPerSample, stream.ToArray());
img.Deflated = true;
}
}
img.SetDpi(dpiX, dpiY);
if (compression != TIFFConstants.COMPRESSION_OJPEG && compression != TIFFConstants.COMPRESSION_JPEG)
{
if (dir.IsTagPresent(TIFFConstants.TIFFTAG_ICCPROFILE))
{
try {
TIFFField fd = dir.GetField(TIFFConstants.TIFFTAG_ICCPROFILE);
ICC_Profile icc_prof = ICC_Profile.GetInstance(fd.GetAsBytes());
if (samplePerPixel == icc_prof.NumComponents)
{
img.TagICC = icc_prof;
}
}
catch {
//empty
}
}
if (dir.IsTagPresent(TIFFConstants.TIFFTAG_COLORMAP))
{
TIFFField fd = dir.GetField(TIFFConstants.TIFFTAG_COLORMAP);
char[] rgb = fd.GetAsChars();
byte[] palette = new byte[rgb.Length];
int gColor = rgb.Length / 3;
int bColor = gColor * 2;
for (int k = 0; k < gColor; ++k)
{
palette[k * 3] = (byte)(rgb[k] >> 8);
palette[k * 3 + 1] = (byte)(rgb[k + gColor] >> 8);
palette[k * 3 + 2] = (byte)(rgb[k + bColor] >> 8);
}
PdfArray indexed = new PdfArray();
indexed.Add(PdfName.INDEXED);
indexed.Add(PdfName.DEVICERGB);
indexed.Add(new PdfNumber(gColor - 1));
indexed.Add(new PdfString(palette));
PdfDictionary additional = new PdfDictionary();
additional.Put(PdfName.COLORSPACE, indexed);
img.Additional = additional;
}
img.OriginalType = Image.ORIGINAL_TIFF;
}
if (photometric == TIFFConstants.PHOTOMETRIC_MINISWHITE)
{
img.Inverted = true;
}
if (rotation != 0)
{
img.InitialRotation = rotation;
}
return(img);
}
virtual public PdfArray RotateAnnotations(PdfWriter writer, Rectangle pageSize)
{
PdfArray array = new PdfArray();
int rotation = pageSize.Rotation % 360;
int currentPage = writer.CurrentPageNumber;
for (int k = 0; k < annotations.Count; ++k)
{
PdfAnnotation dic = annotations[k];
int page = dic.PlaceInPage;
if (page > currentPage)
{
delayedAnnotations.Add(dic);
continue;
}
if (dic.IsForm())
{
if (!dic.IsUsed())
{
Dictionary <PdfTemplate, object> templates = dic.Templates;
if (templates != null)
{
acroForm.AddFieldTemplates(templates);
}
}
PdfFormField field = (PdfFormField)dic;
if (field.Parent == null)
{
acroForm.AddDocumentField(field.IndirectReference);
}
}
if (dic.IsAnnotation())
{
array.Add(dic.IndirectReference);
if (!dic.IsUsed())
{
PdfArray tmp = dic.GetAsArray(PdfName.RECT);
PdfRectangle rect;
if (tmp.Size == 4)
{
rect = new PdfRectangle(tmp.GetAsNumber(0).FloatValue, tmp.GetAsNumber(1).FloatValue, tmp.GetAsNumber(2).FloatValue, tmp.GetAsNumber(3).FloatValue);
}
else
{
rect = new PdfRectangle(tmp.GetAsNumber(0).FloatValue, tmp.GetAsNumber(1).FloatValue);
}
if (rect != null)
{
switch (rotation)
{
case 90:
dic.Put(PdfName.RECT, new PdfRectangle(
pageSize.Top - rect.Bottom,
rect.Left,
pageSize.Top - rect.Top,
rect.Right));
break;
case 180:
dic.Put(PdfName.RECT, new PdfRectangle(
pageSize.Right - rect.Left,
pageSize.Top - rect.Bottom,
pageSize.Right - rect.Right,
pageSize.Top - rect.Top));
break;
case 270:
dic.Put(PdfName.RECT, new PdfRectangle(
rect.Bottom,
pageSize.Right - rect.Left,
rect.Top,
pageSize.Right - rect.Right));
break;
}
}
}
}
if (!dic.IsUsed())
{
dic.SetUsed();
writer.AddToBody(dic, dic.IndirectReference);
}
}
return(array);
}
/// <summary>Fills the underlying PdfDictionary object with the current layers and their settings.</summary>
/// <remarks>
/// Fills the underlying PdfDictionary object with the current layers and their settings.
/// Note that it completely regenerates the dictionary, so your direct changes to the dictionary
/// will not take any affect.
/// </remarks>
/// <returns>the resultant dictionary</returns>
public virtual PdfObject FillDictionary()
{
PdfArray gr = new PdfArray();
foreach (PdfLayer layer in layers)
{
if (layer.GetTitle() == null)
{
gr.Add(layer.GetIndirectReference());
}
}
GetPdfObject().Put(PdfName.OCGs, gr);
// Save radio groups.
PdfArray rbGroups = null;
PdfDictionary d = GetPdfObject().GetAsDictionary(PdfName.D);
if (d != null)
{
rbGroups = d.GetAsArray(PdfName.RBGroups);
}
d = new PdfDictionary();
if (rbGroups != null)
{
d.Put(PdfName.RBGroups, rbGroups);
}
d.Put(PdfName.Name, new PdfString(CreateUniqueName(), PdfEncodings.UNICODE_BIG));
GetPdfObject().Put(PdfName.D, d);
IList <PdfLayer> docOrder = new List <PdfLayer>(layers);
for (int i = 0; i < docOrder.Count; i++)
{
PdfLayer layer = docOrder[i];
if (layer.GetParent() != null)
{
docOrder.Remove(layer);
i--;
}
}
PdfArray order = new PdfArray();
foreach (Object element in docOrder)
{
PdfLayer layer = (PdfLayer)element;
GetOCGOrder(order, layer);
}
d.Put(PdfName.Order, order);
PdfArray off = new PdfArray();
foreach (Object element in layers)
{
PdfLayer layer = (PdfLayer)element;
if (layer.GetTitle() == null && !layer.IsOn())
{
off.Add(layer.GetIndirectReference());
}
}
if (off.Size() > 0)
{
d.Put(PdfName.OFF, off);
}
else
{
d.Remove(PdfName.OFF);
}
PdfArray locked = new PdfArray();
foreach (PdfLayer layer in layers)
{
if (layer.GetTitle() == null && layer.IsLocked())
{
locked.Add(layer.GetIndirectReference());
}
}
if (locked.Size() > 0)
{
d.Put(PdfName.Locked, locked);
}
else
{
d.Remove(PdfName.Locked);
}
d.Remove(PdfName.AS);
AddASEvent(PdfName.View, PdfName.Zoom);
AddASEvent(PdfName.View, PdfName.View);
AddASEvent(PdfName.Print, PdfName.Print);
AddASEvent(PdfName.Export, PdfName.Export);
return(GetPdfObject());
}
private static PdfStream CreatePdfStream(ImageData image, iText.Kernel.Pdf.Xobject.PdfImageXObject imageMask
)
{
PdfStream stream;
if (image.GetOriginalType() == ImageType.RAW)
{
RawImageHelper.UpdateImageAttributes((RawImageData)image, null);
}
stream = new PdfStream(image.GetData());
String filter = image.GetFilter();
if (filter != null && filter.Equals("JPXDecode") && image.GetColorSpace() <= 0)
{
stream.SetCompressionLevel(CompressionConstants.NO_COMPRESSION);
image.SetBpc(0);
}
stream.Put(PdfName.Type, PdfName.XObject);
stream.Put(PdfName.Subtype, PdfName.Image);
PdfDictionary decodeParms = CreateDictionaryFromMap(stream, image.GetDecodeParms());
if (decodeParms != null)
{
stream.Put(PdfName.DecodeParms, decodeParms);
}
PdfName colorSpace;
switch (image.GetColorSpace())
{
case 1: {
colorSpace = PdfName.DeviceGray;
break;
}
case 3: {
colorSpace = PdfName.DeviceRGB;
break;
}
default: {
colorSpace = PdfName.DeviceCMYK;
break;
}
}
stream.Put(PdfName.ColorSpace, colorSpace);
if (image.GetBpc() != 0)
{
stream.Put(PdfName.BitsPerComponent, new PdfNumber(image.GetBpc()));
}
if (image.GetFilter() != null)
{
stream.Put(PdfName.Filter, new PdfName(image.GetFilter()));
}
//TODO: return to this later
// if (image.getLayer() != null)
// put(PdfName.OC, image.getLayer().getRef());
if (image.GetColorSpace() == -1)
{
stream.Remove(PdfName.ColorSpace);
}
PdfDictionary additional = CreateDictionaryFromMap(stream, image.GetImageAttributes());
if (additional != null)
{
stream.PutAll(additional);
}
IccProfile iccProfile = image.GetProfile();
if (iccProfile != null)
{
PdfStream iccProfileStream = PdfCieBasedCs.IccBased.GetIccProfileStream(iccProfile);
PdfArray iccBasedColorSpace = new PdfArray();
iccBasedColorSpace.Add(PdfName.ICCBased);
iccBasedColorSpace.Add(iccProfileStream);
PdfObject colorSpaceObject = stream.Get(PdfName.ColorSpace);
bool iccProfileShouldBeApplied = true;
if (colorSpaceObject != null)
{
PdfColorSpace cs = PdfColorSpace.MakeColorSpace(colorSpaceObject);
if (cs == null)
{
LogManager.GetLogger(typeof(iText.Kernel.Pdf.Xobject.PdfImageXObject)).Error(iText.IO.LogMessageConstant.IMAGE_HAS_INCORRECT_OR_UNSUPPORTED_COLOR_SPACE_OVERRIDDEN_BY_ICC_PROFILE
);
}
else
{
if (cs is PdfSpecialCs.Indexed)
{
PdfColorSpace baseCs = ((PdfSpecialCs.Indexed)cs).GetBaseCs();
if (baseCs == null)
{
LogManager.GetLogger(typeof(iText.Kernel.Pdf.Xobject.PdfImageXObject)).Error(iText.IO.LogMessageConstant.IMAGE_HAS_INCORRECT_OR_UNSUPPORTED_BASE_COLOR_SPACE_IN_INDEXED_COLOR_SPACE_OVERRIDDEN_BY_ICC_PROFILE
);
}
else
{
if (baseCs.GetNumberOfComponents() != iccProfile.GetNumComponents())
{
LogManager.GetLogger(typeof(iText.Kernel.Pdf.Xobject.PdfImageXObject)).Error(iText.IO.LogMessageConstant.IMAGE_HAS_ICC_PROFILE_WITH_INCOMPATIBLE_NUMBER_OF_COLOR_COMPONENTS_COMPARED_TO_BASE_COLOR_SPACE_IN_INDEXED_COLOR_SPACE
);
iccProfileShouldBeApplied = false;
}
else
{
iccProfileStream.Put(PdfName.Alternate, baseCs.GetPdfObject());
}
}
if (iccProfileShouldBeApplied)
{
((PdfArray)colorSpaceObject).Set(1, iccBasedColorSpace);
iccProfileShouldBeApplied = false;
}
}
else
{
if (cs.GetNumberOfComponents() != iccProfile.GetNumComponents())
{
LogManager.GetLogger(typeof(iText.Kernel.Pdf.Xobject.PdfImageXObject)).Error(iText.IO.LogMessageConstant.IMAGE_HAS_ICC_PROFILE_WITH_INCOMPATIBLE_NUMBER_OF_COLOR_COMPONENTS_COMPARED_TO_COLOR_SPACE
);
iccProfileShouldBeApplied = false;
}
else
{
iccProfileStream.Put(PdfName.Alternate, colorSpaceObject);
}
}
}
}
if (iccProfileShouldBeApplied)
{
stream.Put(PdfName.ColorSpace, iccBasedColorSpace);
}
}
if (image.IsMask() && (image.GetBpc() == 1 || image.GetBpc() > 0xff))
{
stream.Put(PdfName.ImageMask, PdfBoolean.TRUE);
}
if (imageMask != null)
{
if (imageMask.softMask)
{
stream.Put(PdfName.SMask, imageMask.GetPdfObject());
}
else
{
if (imageMask.mask)
{
stream.Put(PdfName.Mask, imageMask.GetPdfObject());
}
}
}
ImageData mask = image.GetImageMask();
if (mask != null)
{
if (mask.IsSoftMask())
{
stream.Put(PdfName.SMask, new iText.Kernel.Pdf.Xobject.PdfImageXObject(image.GetImageMask()).GetPdfObject(
));
}
else
{
if (mask.IsMask())
{
stream.Put(PdfName.Mask, new iText.Kernel.Pdf.Xobject.PdfImageXObject(image.GetImageMask()).GetPdfObject()
);
}
}
}
if (image.GetDecode() != null)
{
stream.Put(PdfName.Decode, new PdfArray(image.GetDecode()));
}
if (image.IsMask() && image.IsInverted())
{
stream.Put(PdfName.Decode, new PdfArray(new float[] { 1, 0 }));
}
if (image.IsInterpolation())
{
stream.Put(PdfName.Interpolate, PdfBoolean.TRUE);
}
// deal with transparency
int[] transparency = image.GetTransparency();
if (transparency != null && !image.IsMask() && imageMask == null)
{
PdfArray t = new PdfArray();
foreach (int transparencyItem in transparency)
{
t.Add(new PdfNumber(transparencyItem));
}
stream.Put(PdfName.Mask, t);
}
stream.Put(PdfName.Width, new PdfNumber(image.GetWidth()));
stream.Put(PdfName.Height, new PdfNumber(image.GetHeight()));
return(stream);
}
private void OutputDss(PdfDictionary dss, PdfDictionary vrim, PdfArray ocsps, PdfArray crls, PdfArray certs) {
writer.AddDeveloperExtension(PdfDeveloperExtension.ESIC_1_7_EXTENSIONLEVEL5);
PdfDictionary catalog = reader.Catalog;
stp.MarkUsed(catalog);
foreach (PdfName vkey in validated.Keys) {
PdfArray ocsp = new PdfArray();
PdfArray crl = new PdfArray();
PdfArray cert = new PdfArray();
PdfDictionary vri = new PdfDictionary();
foreach (byte[] b in validated[vkey].crls) {
PdfStream ps = new PdfStream(b);
ps.FlateCompress();
PdfIndirectReference iref = writer.AddToBody(ps, false).IndirectReference;
crl.Add(iref);
crls.Add(iref);
}
foreach (byte[] b in validated[vkey].ocsps) {
PdfStream ps = new PdfStream(b);
ps.FlateCompress();
PdfIndirectReference iref = writer.AddToBody(ps, false).IndirectReference;
ocsp.Add(iref);
ocsps.Add(iref);
}
foreach (byte[] b in validated[vkey].certs) {
PdfStream ps = new PdfStream(b);
ps.FlateCompress();
PdfIndirectReference iref = writer.AddToBody(ps, false).IndirectReference;
cert.Add(iref);
certs.Add(iref);
}
if (ocsp.Size > 0)
vri.Put(PdfName.OCSP, writer.AddToBody(ocsp, false).IndirectReference);
if (crl.Size > 0)
vri.Put(PdfName.CRL, writer.AddToBody(crl, false).IndirectReference);
if (cert.Size > 0)
vri.Put(PdfName.CERT, writer.AddToBody(cert, false).IndirectReference);
vrim.Put(vkey, writer.AddToBody(vri, false).IndirectReference);
}
dss.Put(PdfName.VRI, writer.AddToBody(vrim, false).IndirectReference);
if (ocsps.Size > 0)
dss.Put(PdfName.OCSPS, writer.AddToBody(ocsps, false).IndirectReference);
if (crls.Size > 0)
dss.Put(PdfName.CRLS, writer.AddToBody(crls, false).IndirectReference);
if (certs.Size > 0)
dss.Put(PdfName.CERTS, writer.AddToBody(certs, false).IndirectReference);
catalog.Put(PdfName.DSS, writer.AddToBody(dss, false).IndirectReference);
}
void ReadPng()
{
for (int i = 0; i < PNGID.Length; i++) {
if (PNGID[i] != isp.ReadByte()) {
throw new IOException("File is not a valid PNG.");
}
}
byte[] buffer = new byte[TRANSFERSIZE];
while (true) {
int len = GetInt(isp);
String marker = GetString(isp);
if (len < 0 || !CheckMarker(marker))
throw new IOException("Corrupted PNG file.");
if (IDAT.Equals(marker)) {
int size;
while (len != 0) {
size = isp.Read(buffer, 0, Math.Min(len, TRANSFERSIZE));
if (size <= 0)
return;
idat.Write(buffer, 0, size);
len -= size;
}
}
else if (tRNS.Equals(marker)) {
switch (colorType) {
case 0:
if (len >= 2) {
len -= 2;
int gray = GetWord(isp);
if (bitDepth == 16)
transRedGray = gray;
else
additional.Put(PdfName.MASK, new PdfLiteral("["+gray+" "+gray+"]"));
}
break;
case 2:
if (len >= 6) {
len -= 6;
int red = GetWord(isp);
int green = GetWord(isp);
int blue = GetWord(isp);
if (bitDepth == 16) {
transRedGray = red;
transGreen = green;
transBlue = blue;
}
else
additional.Put(PdfName.MASK, new PdfLiteral("["+red+" "+red+" "+green+" "+green+" "+blue+" "+blue+"]"));
}
break;
case 3:
if (len > 0) {
trans = new byte[len];
for (int k = 0; k < len; ++k)
trans[k] = (byte)isp.ReadByte();
len = 0;
}
break;
}
Utilities.Skip(isp, len);
}
else if (IHDR.Equals(marker)) {
width = GetInt(isp);
height = GetInt(isp);
bitDepth = isp.ReadByte();
colorType = isp.ReadByte();
compressionMethod = isp.ReadByte();
filterMethod = isp.ReadByte();
interlaceMethod = isp.ReadByte();
}
else if (PLTE.Equals(marker)) {
if (colorType == 3) {
PdfArray colorspace = new PdfArray();
colorspace.Add(PdfName.INDEXED);
colorspace.Add(GetColorspace());
colorspace.Add(new PdfNumber(len / 3 - 1));
ByteBuffer colortable = new ByteBuffer();
while ((len--) > 0) {
colortable.Append_i(isp.ReadByte());
}
colorspace.Add(new PdfString(colorTable = colortable.ToByteArray()));
additional.Put(PdfName.COLORSPACE, colorspace);
}
else {
Utilities.Skip(isp, len);
}
}
else if (pHYs.Equals(marker)) {
int dx = GetInt(isp);
int dy = GetInt(isp);
int unit = isp.ReadByte();
if (unit == 1) {
dpiX = (int)((float)dx * 0.0254f + 0.5f);
dpiY = (int)((float)dy * 0.0254f + 0.5f);
}
else {
if (dy != 0)
XYRatio = (float)dx / (float)dy;
}
}
else if (cHRM.Equals(marker)) {
xW = (float)GetInt(isp) / 100000f;
yW = (float)GetInt(isp) / 100000f;
xR = (float)GetInt(isp) / 100000f;
yR = (float)GetInt(isp) / 100000f;
xG = (float)GetInt(isp) / 100000f;
yG = (float)GetInt(isp) / 100000f;
xB = (float)GetInt(isp) / 100000f;
yB = (float)GetInt(isp) / 100000f;
hasCHRM = !(Math.Abs(xW)<0.0001f||Math.Abs(yW)<0.0001f||Math.Abs(xR)<0.0001f||Math.Abs(yR)<0.0001f||Math.Abs(xG)<0.0001f||Math.Abs(yG)<0.0001f||Math.Abs(xB)<0.0001f||Math.Abs(yB)<0.0001f);
}
else if (sRGB.Equals(marker)) {
int ri = isp.ReadByte();
intent = intents[ri];
gamma = 2.2f;
xW = 0.3127f;
yW = 0.329f;
xR = 0.64f;
yR = 0.33f;
xG = 0.3f;
yG = 0.6f;
xB = 0.15f;
yB = 0.06f;
hasCHRM = true;
}
else if (gAMA.Equals(marker)) {
int gm = GetInt(isp);
if (gm != 0) {
gamma = 100000f / (float)gm;
if (!hasCHRM) {
xW = 0.3127f;
yW = 0.329f;
xR = 0.64f;
yR = 0.33f;
xG = 0.3f;
yG = 0.6f;
xB = 0.15f;
yB = 0.06f;
hasCHRM = true;
}
}
}
else if (iCCP.Equals(marker)) {
do {
--len;
} while (isp.ReadByte() != 0);
isp.ReadByte();
--len;
byte[] icccom = new byte[len];
int p = 0;
while (len > 0) {
int r = isp.Read(icccom, p, len);
if (r < 0)
throw new IOException("Premature end of file.");
p += r;
len -= r;
}
byte[] iccp = PdfReader.FlateDecode(icccom, true);
icccom = null;
try {
icc_profile = ICC_Profile.GetInstance(iccp);
}
catch {
icc_profile = null;
}
}
else if (IEND.Equals(marker)) {
break;
}
else {
Utilities.Skip(isp, len);
}
Utilities.Skip(isp, 4);
}
}
PdfObject GetColorspace()
{
if (icc_profile != null) {
if ((colorType & 2) == 0)
return PdfName.DEVICEGRAY;
else
return PdfName.DEVICERGB;
}
if (gamma == 1f && !hasCHRM) {
if ((colorType & 2) == 0)
return PdfName.DEVICEGRAY;
else
return PdfName.DEVICERGB;
}
else {
PdfArray array = new PdfArray();
PdfDictionary dic = new PdfDictionary();
if ((colorType & 2) == 0) {
if (gamma == 1f)
return PdfName.DEVICEGRAY;
array.Add(PdfName.CALGRAY);
dic.Put(PdfName.GAMMA, new PdfNumber(gamma));
dic.Put(PdfName.WHITEPOINT, new PdfLiteral("[1 1 1]"));
array.Add(dic);
}
else {
PdfObject wp = new PdfLiteral("[1 1 1]");
array.Add(PdfName.CALRGB);
if (gamma != 1f) {
PdfArray gm = new PdfArray();
PdfNumber n = new PdfNumber(gamma);
gm.Add(n);
gm.Add(n);
gm.Add(n);
dic.Put(PdfName.GAMMA, gm);
}
if (hasCHRM) {
float z = yW*((xG-xB)*yR-(xR-xB)*yG+(xR-xG)*yB);
float YA = yR*((xG-xB)*yW-(xW-xB)*yG+(xW-xG)*yB)/z;
float XA = YA*xR/yR;
float ZA = YA*((1-xR)/yR-1);
float YB = -yG*((xR-xB)*yW-(xW-xB)*yR+(xW-xR)*yB)/z;
float XB = YB*xG/yG;
float ZB = YB*((1-xG)/yG-1);
float YC = yB*((xR-xG)*yW-(xW-xG)*yW+(xW-xR)*yG)/z;
float XC = YC*xB/yB;
float ZC = YC*((1-xB)/yB-1);
float XW = XA+XB+XC;
float YW = 1;//YA+YB+YC;
float ZW = ZA+ZB+ZC;
PdfArray wpa = new PdfArray();
wpa.Add(new PdfNumber(XW));
wpa.Add(new PdfNumber(YW));
wpa.Add(new PdfNumber(ZW));
wp = wpa;
PdfArray matrix = new PdfArray();
matrix.Add(new PdfNumber(XA));
matrix.Add(new PdfNumber(YA));
matrix.Add(new PdfNumber(ZA));
matrix.Add(new PdfNumber(XB));
matrix.Add(new PdfNumber(YB));
matrix.Add(new PdfNumber(ZB));
matrix.Add(new PdfNumber(XC));
matrix.Add(new PdfNumber(YC));
matrix.Add(new PdfNumber(ZC));
dic.Put(PdfName.MATRIX, matrix);
}
dic.Put(PdfName.WHITEPOINT, wp);
array.Add(dic);
}
return array;
}
}
public void SetMatrix(float a, float b, float c, float d, float e, float f) {
matrix = new PdfArray();
matrix.Add(new PdfNumber(a));
matrix.Add(new PdfNumber(b));
matrix.Add(new PdfNumber(c));
matrix.Add(new PdfNumber(d));
matrix.Add(new PdfNumber(e));
matrix.Add(new PdfNumber(f));
}
/**
<summary>Creates the character code mapping for composite fonts.</summary>
*/
private void Load_CreateEncoding(
PdfDictionary font,
PdfDictionary cidFont
)
{
// CMap [PDF:1.6:5.6.4].
bytes::Buffer cmapBuffer = new bytes::Buffer();
cmapBuffer.Append(
"%!PS-Adobe-3.0 Resource-CMap\n"
+ "%%DocumentNeededResources: ProcSet (CIDInit)\n"
+ "%%IncludeResource: ProcSet (CIDInit)\n"
+ "%%BeginResource: CMap (Adobe-Identity-UCS)\n"
+ "%%Title: (Adobe-Identity-UCS Adobe Identity 0)\n"
+ "%%Version: 1\n"
+ "%%EndComments\n"
+ "/CIDInit /ProcSet findresource begin\n"
+ "12 dict begin\n"
+ "begincmap\n"
+ "/CIDSystemInfo\n"
+ "3 dict dup begin\n"
+ "/Registry (Adobe) def\n"
+ "/Ordering (Identity) def\n"
+ "/Supplement 0 def\n"
+ "end def\n"
+ "/CMapName /Adobe-Identity-UCS def\n"
+ "/CMapVersion 1 def\n"
+ "/CMapType 0 def\n"
+ "/WMode 0 def\n"
+ "2 begincodespacerange\n"
+ "<20> <20>\n"
+ "<0000> <19FF>\n"
+ "endcodespacerange\n"
+ glyphIndexes.Count + " begincidchar\n"
);
// ToUnicode [PDF:1.6:5.9.2].
bytes::Buffer toUnicodeBuffer = new bytes::Buffer();
toUnicodeBuffer.Append(
"/CIDInit /ProcSet findresource begin\n"
+ "12 dict begin\n"
+ "begincmap\n"
+ "/CIDSystemInfo\n"
+ "<< /Registry (Adobe)\n"
+ "/Ordering (UCS)\n"
+ "/Supplement 0\n"
+ ">> def\n"
+ "/CMapName /Adobe-Identity-UCS def\n"
+ "/CMapVersion 10.001 def\n"
+ "/CMapType 2 def\n"
+ "2 begincodespacerange\n"
+ "<20> <20>\n"
+ "<0000> <19FF>\n"
+ "endcodespacerange\n"
+ glyphIndexes.Count + " beginbfchar\n"
);
// CIDToGIDMap [PDF:1.6:5.6.3].
bytes::Buffer gIdBuffer = new bytes::Buffer();
gIdBuffer.Append((byte)0);
gIdBuffer.Append((byte)0);
int code = 0;
codes = new BiDictionary<ByteArray,int>(glyphIndexes.Count);
PdfArray widthsObject = new PdfArray(glyphWidths.Count);
foreach(KeyValuePair<int,int> glyphIndexEntry in glyphIndexes)
{
// Character code (unicode to codepoint) entry.
code++;
byte[] charCode = (glyphIndexEntry.Key == 32
? new byte[]{32}
: new byte[]
{
(byte)((code >> 8) & 0xFF),
(byte)(code & 0xFF)
});
codes[new ByteArray(charCode)] = glyphIndexEntry.Key;
// CMap entry.
cmapBuffer.Append("<");
toUnicodeBuffer.Append("<");
for(int charCodeBytesIndex = 0,
charCodeBytesLength = charCode.Length;
charCodeBytesIndex < charCodeBytesLength;
charCodeBytesIndex++
)
{
string hex = ((int)charCode[charCodeBytesIndex]).ToString("X2");
cmapBuffer.Append(hex);
toUnicodeBuffer.Append(hex);
}
cmapBuffer.Append("> " + code + "\n");
toUnicodeBuffer.Append("> <" + glyphIndexEntry.Key.ToString("X4") + ">\n");
// CID-to-GID entry.
int glyphIndex = glyphIndexEntry.Value;
gIdBuffer.Append((byte)((glyphIndex >> 8) & 0xFF));
gIdBuffer.Append((byte)(glyphIndex & 0xFF));
// Width.
int width;
if(!glyphWidths.TryGetValue(glyphIndex, out width))
{width = 0;}
else if(width > 1000)
{width = 1000;}
widthsObject.Add(PdfInteger.Get(width));
}
cmapBuffer.Append(
"endcidchar\n"
+ "endcmap\n"
+ "CMapName currentdict /CMap defineresource pop\n"
+ "end\n"
+ "end\n"
+ "%%EndResource\n"
+ "%%EOF"
);
PdfStream cmapStream = new PdfStream(cmapBuffer);
PdfDictionary cmapHead = cmapStream.Header;
cmapHead[PdfName.Type] = PdfName.CMap;
cmapHead[PdfName.CMapName] = new PdfName("Adobe-Identity-UCS");
cmapHead[PdfName.CIDSystemInfo] = new PdfDictionary(
new PdfName[]
{
PdfName.Registry,
PdfName.Ordering,
PdfName.Supplement
},
new PdfDirectObject[]
{
new PdfTextString("Adobe"),
new PdfTextString("Identity"),
PdfInteger.Get(0)
}
); // Generic predefined CMap (Identity-H/V (Adobe-Identity-0)) [PDF:1.6:5.6.4].
font[PdfName.Encoding] = File.Register(cmapStream);
PdfStream gIdStream = new PdfStream(gIdBuffer);
cidFont[PdfName.CIDToGIDMap] = File.Register(gIdStream);
cidFont[PdfName.W] = new PdfArray(new PdfDirectObject[]{PdfInteger.Get(1),widthsObject});
toUnicodeBuffer.Append(
"endbfchar\n"
+ "endcmap\n"
+ "CMapName currentdict /CMap defineresource pop\n"
+ "end\n"
+ "end\n"
);
PdfStream toUnicodeStream = new PdfStream(toUnicodeBuffer);
font[PdfName.ToUnicode] = File.Register(toUnicodeStream);
}
/**
<summary>Parses the current PDF object [PDF:1.6:3.2].</summary>
*/
public virtual PdfDataObject ParsePdfObject(
)
{
switch(TokenType)
{
case TokenTypeEnum.Integer:
return PdfInteger.Get((int)Token);
case TokenTypeEnum.Name:
return new PdfName((string)Token,true);
case TokenTypeEnum.DictionaryBegin:
{
PdfDictionary dictionary = new PdfDictionary();
dictionary.Updateable = false;
while(true)
{
// Key.
MoveNext(); if(TokenType == TokenTypeEnum.DictionaryEnd) break;
PdfName key = (PdfName)ParsePdfObject();
// Value.
MoveNext();
PdfDirectObject value = (PdfDirectObject)ParsePdfObject();
// Add the current entry to the dictionary!
dictionary[key] = value;
}
dictionary.Updateable = true;
return dictionary;
}
case TokenTypeEnum.ArrayBegin:
{
PdfArray array = new PdfArray();
array.Updateable = false;
while(true)
{
// Value.
MoveNext(); if(TokenType == TokenTypeEnum.ArrayEnd) break;
// Add the current item to the array!
array.Add((PdfDirectObject)ParsePdfObject());
}
array.Updateable = true;
return array;
}
case TokenTypeEnum.Literal:
if(Token is DateTime)
return PdfDate.Get((DateTime)Token);
else
return new PdfTextString(
Encoding.Pdf.Encode((string)Token)
);
case TokenTypeEnum.Hex:
return new PdfTextString(
(string)Token,
PdfString.SerializationModeEnum.Hex
);
case TokenTypeEnum.Real:
return PdfReal.Get((double)Token);
case TokenTypeEnum.Boolean:
return PdfBoolean.Get((bool)Token);
case TokenTypeEnum.Null:
return null;
default:
throw new Exception("Unknown type: " + TokenType);
}
}
public virtual void AddPage(PdfDictionary page)
{
kids.Add(page);
IncrementCount();
page.Put(PdfName.Parent, GetPdfObject());
}
private Image IndexedModel(byte[] bdata, int bpc, int paletteEntries) {
Image img = new ImgRaw(width, height, 1, bpc, bdata);
PdfArray colorspace = new PdfArray();
colorspace.Add(PdfName.INDEXED);
colorspace.Add(PdfName.DEVICERGB);
byte[] np = GetPalette(paletteEntries);
int len = np.Length;
colorspace.Add(new PdfNumber(len / 3 - 1));
colorspace.Add(new PdfString(np));
PdfDictionary ad = new PdfDictionary();
ad.Put(PdfName.COLORSPACE, colorspace);
img.Additional = ad;
return img;
}
/**
* Adds a point to the Point Data dictionary.
* @param value an XPTS value
* @param identifier
*/
public void AddXPTSValue(PdfNumber value, PtIdentifier identifier)
{
xpts.Add(value);
names.Add(DecodeUnits.Decode(identifier));
}
