/// <summary>
/// Main method for running the sample.
/// </summary>
public static SampleOutputInfo[] Run(Stream s1, Stream s2)
{
PDFFixedDocument document = new PDFFixedDocument();
document.DisplayMode = PDFDisplayMode.UseAttachments;
PDFStandardFont helvetica = new PDFStandardFont(PDFStandardFontFace.Helvetica, 16);
PDFBrush blackBrush = new PDFBrush();
PDFPage page = document.Pages.Add();
page.Canvas.DrawString("This document contains 2 file attachments:", helvetica, blackBrush, 50, 50);
page.Canvas.DrawString("1. fileattachments.cs.html", helvetica, blackBrush, 50, 70);
page.Canvas.DrawString("2. fileattachments.vb.html", helvetica, blackBrush, 50, 90);
byte[] fileData1 = new byte[s1.Length];
s1.Read(fileData1, 0, fileData1.Length);
PDFDocumentFileAttachment fileAttachment1 = new PDFDocumentFileAttachment();
fileAttachment1.Payload = fileData1;
fileAttachment1.FileName = "fileattachments.cs.html";
fileAttachment1.Description = "C# Source Code for FileAttachments sample";
document.FileAttachments.Add(fileAttachment1);
byte[] fileData2 = new byte[s2.Length];
s2.Read(fileData2, 0, fileData2.Length);
PDFDocumentFileAttachment fileAttachment2 = new PDFDocumentFileAttachment();
fileAttachment2.Payload = fileData1;
fileAttachment2.FileName = "fileattachments.vb.html";
fileAttachment2.Description = "VB.NET Source Code for FileAttachments sample";
document.FileAttachments.Add(fileAttachment2);
SampleOutputInfo[] output = new SampleOutputInfo[] { new SampleOutputInfo(document, "fileattachments.pdf") };
return(output);
}
/// <summary>
/// Main method for running the sample.
/// </summary>
public static SampleOutputInfo[] Run()
{
PDFFixedDocument document = new PDFFixedDocument();
PDFStandardFont titleFont = new PDFStandardFont(PDFStandardFontFace.HelveticaBold, 16);
PDFStandardFont barcodeFont = new PDFStandardFont(PDFStandardFontFace.Helvetica, 12);
PDFPage page = document.Pages.Add();
DrawGenericBarcodes(page, titleFont, barcodeFont);
page = document.Pages.Add();
DrawPharmaBarcodes(page, titleFont, barcodeFont);
page = document.Pages.Add();
DrawEanUpcBarcodes(page, titleFont, barcodeFont);
page = document.Pages.Add();
DrawPostAndTransportantionBarcodes(page, titleFont, barcodeFont);
page = document.Pages.Add();
Draw2DBarcodes(page, titleFont, barcodeFont);
SampleOutputInfo[] output = new SampleOutputInfo[] { new SampleOutputInfo(document, "barcodes.pdf") };
return(output);
}
/// <summary>
/// Main method for running the sample.
/// </summary>
public static SampleOutputInfo[] Run(Stream file1Input, Stream file2Input)
{
PDFFixedDocument document = new PDFFixedDocument();
// The documents are merged by creating an empty PDF document and appending the file to it.
// The outlines from the source file are also included in the merged file.
document.AppendFile(file1Input);
int count = document.Pages.Count;
document.AppendFile(file2Input);
// Create outlines that point to each merged file.
PDFOutlineItem file1Outline = CreateOutline("First file", document.Pages[0]);
document.Outline.Add(file1Outline);
PDFOutlineItem file2Outline = CreateOutline("Second file", document.Pages[count]);
document.Outline.Add(file2Outline);
// Optionally we can add a new page at the beginning of the merged document.
PDFPage page = new PDFPage();
document.Pages.Insert(0, page);
PDFOutlineItem blankPageOutline = CreateOutline("Blank page", page);
document.Outline.Insert(0, blankPageOutline);
SampleOutputInfo[] output = new SampleOutputInfo[] { new SampleOutputInfo(document, "documentappend.pdf") };
return(output);
}
/// <summary>
/// Main method for running the sample.
/// </summary>
public static SampleOutputInfo[] Run(Stream input)
{
PDFFixedDocument document = new PDFFixedDocument(input);
PDFContentRedactor crText = new PDFContentRedactor(document.Pages[0]);
// Redact a rectangular area of 200*100 points and leave the redacted area uncovered.
crText.RedactArea(new PDFDisplayRectangle(50, 50, 200, 100));
// Redact a rectangular area of 200*100 points and mark the redacted area with red.
crText.RedactArea(new PDFDisplayRectangle(50, 350, 200, 100), PDFRgbColor.Red);
PDFContentRedactor crImages = new PDFContentRedactor(document.Pages[2]);
// Initialize the bulk redaction.
crImages.BeginRedaction();
// Prepare for redaction a rectangular area of 500*100 points and leave the redacted area uncovered.
crImages.RedactArea(new PDFDisplayRectangle(50, 50, 500, 100));
// Prepare for redaction a rectangular area of 200*100 points and mark the redacted area with red.
crImages.RedactArea(new PDFDisplayRectangle(50, 350, 500, 100), PDFRgbColor.Red);
// When images are redacted, the cleared pixels are set to 0. Depending on image colorspace the redacted area can appear black or colored.
// Finish the redaction
crImages.ApplyRedaction();
SampleOutputInfo[] output = new SampleOutputInfo[] { new SampleOutputInfo(document, "redaction.pdf") };
return(output);
}
/// <summary>
/// Main method for running the sample.
/// </summary>
public static SampleOutputInfo[] Run(Stream input)
{
PDFRc4SecurityHandler rc4_40 = new PDFRc4SecurityHandler();
PDFFixedDocument document1 = EncryptRC4(40, rc4_40);
PDFRc4SecurityHandler rc4_128 = new PDFRc4SecurityHandler();
PDFFixedDocument document2 = EncryptRC4(128, rc4_128);
PDFAesSecurityHandler aes128 = new PDFAesSecurityHandler();
PDFFixedDocument document3 = EncryptAES(128, aes128);
PDFAesSecurityHandler aes256 = new PDFAesSecurityHandler();
PDFFixedDocument document4 = EncryptAES(256, aes256);
PDFAesSecurityHandler aes256e = new PDFAesSecurityHandler();
aes256e.UseEnhancedPasswordValidation = true;
PDFFixedDocument document5 = EncryptAES(256, aes256e);
PDFFixedDocument document6 = Decrypt(input);
SampleOutputInfo[] output = new SampleOutputInfo[]
{
new SampleOutputInfo(document1, "encryption.rc4.40bit.pdf", rc4_40),
new SampleOutputInfo(document2, "encryption.rc4.128bit.pdf", rc4_128),
new SampleOutputInfo(document3, "encryption.aes.128bit.pdf", aes128),
new SampleOutputInfo(document4, "encryption.aes.256bit.pdf", aes256),
new SampleOutputInfo(document5, "encryption.aes.256bit.enhanced.pdf", aes256e),
new SampleOutputInfo(document6, "encryption.decrypted.pdf"),
};
return(output);
}
/// <summary>
/// Main method for running the sample.
/// </summary>
public static SampleOutputInfo[] Run(Stream input)
{
PDFFile file = new PDFFile(input);
PDFPageContent[] content = file.ExtractPageContent(0, file.PageCount - 1);
file = null;
PDFFixedDocument document = new PDFFixedDocument();
PDFPage page1 = document.Pages.Add();
// Draw the same page content 4 times on the new page, the content is scaled to half and flipped.
page1.Canvas.DrawFormXObject(content[0],
0, 0, page1.Width / 2, page1.Height / 2);
page1.Canvas.DrawFormXObject(content[0],
page1.Width / 2, 0, page1.Width / 2, page1.Height / 2, 0, PDFFlipDirection.VerticalFlip);
page1.Canvas.DrawFormXObject(content[0],
0, page1.Height / 2, page1.Width / 2, page1.Height / 2, 0, PDFFlipDirection.HorizontalFlip);
page1.Canvas.DrawFormXObject(content[0],
page1.Width / 2, page1.Height / 2, page1.Width / 2, page1.Height / 2,
0, PDFFlipDirection.VerticalFlip | PDFFlipDirection.HorizontalFlip);
PDFPage page2 = document.Pages.Add();
// Draw 3 pages on the new page.
page2.Canvas.DrawFormXObject(content[0],
0, 0, page2.Width / 2, page2.Height / 2);
page2.Canvas.DrawFormXObject(content[1],
page2.Width / 2, 0, page2.Width / 2, page2.Height / 2);
page2.Canvas.DrawFormXObject(content[2],
0, page2.Height, page2.Height / 2, page2.Width, 90);
SampleOutputInfo[] output = new SampleOutputInfo[] { new SampleOutputInfo(document, "pageimposition.pdf") };
return(output);
}
/// <summary>
/// Main method for running the sample.
/// </summary>
public static SampleOutputInfo[] Run(Stream verdanaFontStream, Stream verdanaBoldFontStream, Stream logoImageStream)
{
PDFAnsiTrueTypeFont verdana = new PDFAnsiTrueTypeFont(verdanaFontStream, 10, true);
PDFAnsiTrueTypeFont verdanaBold = new PDFAnsiTrueTypeFont(verdanaBoldFontStream, 10, true);
PDFPngImage logoImage = new PDFPngImage(logoImageStream);
PDFFlowDocument document = new PDFFlowDocument();
PDFFlowContent header = BuildHeader(verdana, logoImage);
document.AddContent(header);
PDFFlowContent sellerSection = BuildSellerSection(verdana, verdanaBold);
document.AddContent(sellerSection);
PDFFlowContent invoiceInfoSection = BuildInvoiceInfoSection(verdana, verdanaBold);
document.AddContent(invoiceInfoSection);
PDFFlowContent buyerSection = BuildBuyerSection(verdana, verdanaBold);
document.AddContent(buyerSection);
PDFFlowContent invoiceItemsSection = BuildInvoiceItemsSection(verdana, verdanaBold);
document.AddContent(invoiceItemsSection);
PDFFlowContent endSection = BuildEndSection(verdana);
document.AddContent(endSection);
SampleOutputInfo[] output = new SampleOutputInfo[] { new SampleOutputInfo(document, "invoice.pdf") };
return(output);
}
/// <summary>
/// Main method for running the sample.
/// </summary>
public static SampleOutputInfo[] Run(Stream verdanaFontStream, Stream verdanaBoldFontStream)
{
HeadersAndFooters hf = new HeadersAndFooters();
PDFFlowDocument document = hf.CreateDocument(verdanaFontStream, verdanaBoldFontStream);
SampleOutputInfo[] output = new SampleOutputInfo[] { new SampleOutputInfo(document, "headersandfooters.pdf") };
return(output);
}
/// <summary>
/// Main method for running the sample.
/// </summary>
public static SampleOutputInfo[] Run(Stream input)
{
PDFFixedDocument document = new PDFFixedDocument();
PDFPage page = document.Pages.Add();
PDFSvgDrawing svg = new PDFSvgDrawing(input);
page.Canvas.DrawFormXObject(svg, 20, 20, page.Width - 40, page.Width - 40);
SampleOutputInfo[] output = new SampleOutputInfo[] { new SampleOutputInfo(document, "svgtopdf.pdf") };
return(output);
}
/// <summary>
/// Main method for running the sample.
/// </summary>
public static SampleOutputInfo[] Run(Stream input)
{
// Load the input file.
PDFFixedDocument document = new PDFFixedDocument(input);
PDFConvertToGrayTransform grayTransform = new PDFConvertToGrayTransform();
PDFPageTransformer pageTransformer = new PDFPageTransformer(document.Pages[3]);
pageTransformer.ApplyTransform(grayTransform);
SampleOutputInfo[] output = new SampleOutputInfo[] { new SampleOutputInfo(document, "grayscaleconversion.pdf") };
return(output);
}
/// <summary>
/// Main method for running the sample.
/// </summary>
public static SampleOutputInfo[] Run(Stream formStream, SignatureTimestampNeeded onTimeStamp)
{
PDFFixedDocument document = new PDFFixedDocument(formStream);
PDFSignatureField signField = document.Form.Fields["signhere"] as PDFSignatureField;
signField.Signature = new PDFDocumentTimeStamp();
signField.Signature.TimestampDigestAlgorithm = PDFDigitalSignatureDigestAlgorithm.Sha256;
signField.Signature.OnSignatureTimestampNeeded += onTimeStamp;
SampleOutputInfo[] output = new SampleOutputInfo[] { new SampleOutputInfo(document, "documenttimestamp.pdf") };
return(output);
}
/// <summary>
/// Main method for running the sample.
/// </summary>
public static SampleOutputInfo[] Run(Stream input)
{
PDFFixedDocument document = new PDFFixedDocument();
PDFTiffImage tiff = new PDFTiffImage(input);
for (int i = 0; i < tiff.FrameCount; i++)
{
tiff.ActiveFrame = i;
PDFPage page = document.Pages.Add();
page.Canvas.DrawImage(tiff, 0, 0, page.Width, page.Height);
}
SampleOutputInfo[] output = new SampleOutputInfo[] { new SampleOutputInfo(document, "tifftopdf.pdf") };
return(output);
}
/// <summary>
/// Main method for running the sample.
/// </summary>
public static SampleOutputInfo[] Run(Stream iccInput, Stream ttfInput)
{
PDFFixedDocument pdfa1bDocument = CreatePDFA1bDocument(iccInput, ttfInput);
PDFFixedDocument pdfa2uDocument = CreatePDFA2uDocument(iccInput, ttfInput);
PDFFixedDocument pdfa3uDocument = CreatePDFA3uDocument(iccInput, ttfInput);
// The document is formatted as PDF/A using the PDFAFormatter class:
// PDFAFormatter.Save(document, outputStream, PDFAFormat.PDFA1b);
SampleOutputInfo[] output = new SampleOutputInfo[]
{
new SampleOutputInfo(pdfa1bDocument, "pdfa1b.pdf"),
new SampleOutputInfo(pdfa2uDocument, "pdfa2u.pdf"),
new SampleOutputInfo(pdfa3uDocument, "pdfa3u.pdf"),
};
return(output);
}
/// <summary>
/// Main method for running the sample.
/// </summary>
public static SampleOutputInfo[] Run(Stream input)
{
// Load the input file.
PDFFixedDocument document = new PDFFixedDocument(input);
PDFReplaceImageTransform replaceImageTransform = new PDFReplaceImageTransform();
replaceImageTransform.ReplaceImage += new EventHandler <PDFReplaceImageEventArgs>(HandleReplaceImage);
PDFPageTransformer pageTransformer = new PDFPageTransformer(document.Pages[2]);
pageTransformer.ApplyTransform(replaceImageTransform);
replaceImageTransform.ReplaceImage -= new EventHandler <PDFReplaceImageEventArgs>(HandleReplaceImage);
SampleOutputInfo[] output = new SampleOutputInfo[] { new SampleOutputInfo(document, "removereplaceimages.pdf") };
return(output);
}
/// <summary>
/// Main method for running the sample.
/// </summary>
public static SampleOutputInfo[] Run(Stream verdanaFontStream)
{
PDFAnsiTrueTypeFont verdana = new PDFAnsiTrueTypeFont(verdanaFontStream, 36, true);
PDFFlowDocument document = new PDFFlowDocument();
PDFFlowContent superscriptSection = BuildSuperscript(verdana);
document.AddContent(superscriptSection);
PDFFlowContent subscriptSection = BuildSubscript(verdana);
document.AddContent(subscriptSection);
SampleOutputInfo[] output = new SampleOutputInfo[] { new SampleOutputInfo(document, "superscriptsubscript.pdf") };
return(output);
}
/// <summary>
/// Main method for running the sample.
/// </summary>
public static SampleOutputInfo[] Run()
{
PDFFixedDocument document = new PDFFixedDocument();
PDFStandardFont helveticaBold = new PDFStandardFont(PDFStandardFontFace.HelveticaBold, 16);
PDFPage page = document.Pages.Add();
DrawTextLines(page, helveticaBold);
page = document.Pages.Add();
DrawTextWrap(page, helveticaBold);
page = document.Pages.Add();
DrawTextRenderingModes(page, helveticaBold);
SampleOutputInfo[] output = new SampleOutputInfo[] { new SampleOutputInfo(document, "text.pdf") };
return(output);
}
/// <summary>
/// Main method for running the sample.
/// </summary>
public static SampleOutputInfo[] Run(Stream verdanaFontStream, Stream verdanaBoldFontStream, Stream data)
{
PDFAnsiTrueTypeFont verdana = new PDFAnsiTrueTypeFont(verdanaFontStream, 1, true);
PDFAnsiTrueTypeFont verdanaBold = new PDFAnsiTrueTypeFont(verdanaBoldFontStream, 1, true);
PDFFlowDocument document = new PDFFlowDocument();
PDFFlowContent header = BuildHeader(verdanaBold);
document.AddContent(header);
PDFFlowContent attendantsSection = BuildCountriesList(verdana, verdanaBold, data);
document.AddContent(attendantsSection);
SampleOutputInfo[] output = new SampleOutputInfo[] { new SampleOutputInfo(document, "tablegroups.pdf") };
return(output);
}
/// <summary>
/// Main method for running the sample.
/// </summary>
public static SampleOutputInfo[] Run(Stream formStream, X509Certificate2 certificate)
{
PDFFixedDocument document = new PDFFixedDocument(formStream);
PDFSignatureField signField = document.Form.Fields["signhere"] as PDFSignatureField;
PDFCmsDigitalSignature signature = new PDFCmsDigitalSignature();
signature.SignatureDigestAlgorithm = PDFDigitalSignatureDigestAlgorithm.Sha256;
signature.Certificate = certificate;
signature.ContactInfo = "*****@*****.**";
signature.Location = "Cluj Napoca";
signature.Name = "O2 Solutions Support";
signature.Reason = "Simple signature";
signField.Signature = signature;
SampleOutputInfo[] output = new SampleOutputInfo[] { new SampleOutputInfo(document, "simplesignature.pdf") };
return(output);
}
/// <summary>
/// Main method for running the sample.
/// </summary>
public static SampleOutputInfo[] Run(Stream input)
{
// The input file is split by extracting pages from source file and inserting them in new empty PDF documents.
PDFFile file = new PDFFile(input);
SampleOutputInfo[] output = new SampleOutputInfo[file.PageCount];
for (int i = 0; i < file.PageCount; i++)
{
PDFFixedDocument document = new PDFFixedDocument();
PDFPage page = file.ExtractPage(i);
document.Pages.Add(page);
output[i] = new SampleOutputInfo(document, string.Format("documentsplit.{0}.pdf", i + 1));
}
return(output);
}
/// <summary>
/// Main method for running the sample.
/// </summary>
/// <param name="stream"></param>
public static SampleOutputInfo[] Run(Stream stream)
{
PDFFixedDocument document = new PDFFixedDocument(stream);
(document.Form.Fields["firstname"] as PDFTextBoxField).Text = "John";
(document.Form.Fields["lastname"] as PDFTextBoxField).Value = "Doe";
(document.Form.Fields["sex"].Widgets[0] as PDFRadioButtonWidget).Checked = true;
(document.Form.Fields["firstcar"] as PDFDropDownListField).SelectedIndex = 0;
(document.Form.Fields["secondcar"] as PDFListBoxField).SelectedIndex = 1;
(document.Form.Fields["agree"] as PDFCheckBoxField).Checked = true;
document.Form.FlattenFields();
SampleOutputInfo[] output = new SampleOutputInfo[] { new SampleOutputInfo(document, "formfill.pdf") };
return(output);
}
/// <summary>
/// Main method for running the sample.
/// </summary>
/// <param name="imageStream"></param>
/// <param name="cmykImageStream"></param>
/// <param name="softMaskStream"></param>
/// <param name="stencilMaskStream"></param>
public static SampleOutputInfo[] Run(Stream imageStream, Stream cmykImageStream, Stream softMaskStream, Stream stencilMaskStream)
{
PDFFixedDocument document = new PDFFixedDocument();
PDFStandardFont helveticaBoldTitle = new PDFStandardFont(PDFStandardFontFace.HelveticaBold, 16);
PDFStandardFont helveticaSection = new PDFStandardFont(PDFStandardFontFace.Helvetica, 10);
PDFPage page = document.Pages.Add();
DrawImages(page, imageStream, helveticaBoldTitle, helveticaSection);
page = document.Pages.Add();
DrawImageMasks(page, imageStream, softMaskStream, stencilMaskStream, helveticaBoldTitle, helveticaSection);
page = document.Pages.Add();
DrawCmykTiff(page, cmykImageStream, helveticaBoldTitle);
SampleOutputInfo[] output = new SampleOutputInfo[] { new SampleOutputInfo(document, "images.pdf") };
return(output);
}
/// <summary>
/// Main method for running the sample.
/// </summary>
/// <param name="iccStream"></param>
public static SampleOutputInfo[] Run(Stream iccStream)
{
PDFFixedDocument document = new PDFFixedDocument();
PDFStandardFont helveticaBoldTitle = new PDFStandardFont(PDFStandardFontFace.HelveticaBold, 16);
PDFStandardFont helveticaSection = new PDFStandardFont(PDFStandardFontFace.Helvetica, 10);
PDFPage page = document.Pages.Add();
DrawLines(page, helveticaBoldTitle, helveticaSection);
page = document.Pages.Add();
DrawRectangles(page, helveticaBoldTitle, helveticaSection);
page = document.Pages.Add();
DrawRoundRectangles(page, helveticaBoldTitle, helveticaSection);
page = document.Pages.Add();
DrawEllipses(page, helveticaBoldTitle, helveticaSection);
page = document.Pages.Add();
DrawArcsAndPies(page, helveticaBoldTitle, helveticaSection);
page = document.Pages.Add();
DrawBezierCurves(page, helveticaBoldTitle, helveticaSection);
page = document.Pages.Add();
DrawAffineTransformations(page, helveticaBoldTitle, helveticaSection);
page = document.Pages.Add();
DrawColorsAndColorSpaces(page, helveticaBoldTitle, helveticaSection, iccStream);
page = document.Pages.Add();
DrawShadings(page, helveticaBoldTitle, helveticaSection);
page = document.Pages.Add();
DrawPatterns(page, helveticaBoldTitle, helveticaSection);
page = document.Pages.Add();
DrawFormXObjects(page, helveticaBoldTitle, helveticaSection);
SampleOutputInfo[] output = new SampleOutputInfo[] { new SampleOutputInfo(document, "vectorgraphics.pdf") };
return(output);
}
/// <summary>
/// Main method for running the sample.
/// </summary>
public static SampleOutputInfo[] Run(Stream input)
{
// Load the input file.
PDFFixedDocument document = new PDFFixedDocument(input);
ExtractTextAndHighlight(document);
ExtractTextAndHighlightGlyphs(document);
ExtractImagesAndHighlight(document);
// Compress the page graphic content.
for (int i = 0; i < document.Pages.Count; i++)
{
document.Pages[i].Canvas.CompressAndClose();
}
SampleOutputInfo[] output = new SampleOutputInfo[] { new SampleOutputInfo(document, "contentextraction.pdf") };
return(output);
}
/// <summary>
/// Main method for running the sample.
/// </summary>
public static SampleOutputInfo[] Run(Stream input)
{
// Load the input file.
PDFFixedDocument document = new PDFFixedDocument(input);
DrawWatermarkUnderPageContent(document.Pages[0]);
DrawWatermarkOverPageContent(document.Pages[1]);
DrawWatermarkWithTransparency(document.Pages[2]);
// Compress the page graphic content.
for (int i = 0; i < document.Pages.Count; i++)
{
document.Pages[i].Canvas.CompressAndClose();
}
SampleOutputInfo[] output = new SampleOutputInfo[] { new SampleOutputInfo(document, "watermarks.pdf") };
return(output);
}
/// <summary>
/// Main method for running the sample.
/// </summary>
public static SampleOutputInfo[] Run(Stream ttfStream)
{
PDFFixedDocument document = new PDFFixedDocument();
PDFPage page = document.Pages.Add();
DrawStandardFonts(page);
page = document.Pages.Add();
DrawStandardCjkFonts(page);
page = document.Pages.Add();
DrawTrueTypeFonts(page, ttfStream);
page = document.Pages.Add();
DisableTextCopy(page, ttfStream);
SampleOutputInfo[] output = new SampleOutputInfo[] { new SampleOutputInfo(document, "fonts.pdf") };
return(output);
}
/// <summary>
/// Main method for running the sample.
/// </summary>
public static SampleOutputInfo[] Run(Stream input)
{
// Load the input file.
PDFFixedDocument document = new PDFFixedDocument(input);
PDFBatesNumberAppearance bna = new PDFBatesNumberAppearance();
bna.Location = new PDFPoint(25, 5);
bna.Brush = new PDFBrush(PDFRgbColor.DarkRed);
PDFBatesNumberProvider bnp = new PDFBatesNumberProvider();
bnp.Prefix = "O2S";
bnp.Suffix = "PDF4NET";
bnp.StartNumber = 1;
PDFBatesNumber.WriteBatesNumber(document, bnp, bna);
SampleOutputInfo[] output = new SampleOutputInfo[] { new SampleOutputInfo(document, "batesnumbers.pdf") };
return(output);
}
/// <summary>
/// Main method for running the sample.
/// </summary>
public static SampleOutputInfo[] Run(Stream input)
{
PDFFixedDocument document = new PDFFixedDocument(input);
PDFContentExtractor ce = new PDFContentExtractor(document.Pages[0]);
// Simple search.
PDFTextSearchResultCollection searchResults = ce.SearchText("at");
HighlightSearchResults(document.Pages[0], searchResults, PDFRgbColor.Red);
// Whole words search.
searchResults = ce.SearchText("at", PDFTextSearchOptions.WholeWordSearch);
HighlightSearchResults(document.Pages[0], searchResults, PDFRgbColor.Green);
// Regular expression search, find all words that start with uppercase.
searchResults = ce.SearchText("[A-Z][a-z]*", PDFTextSearchOptions.RegExSearch);
HighlightSearchResults(document.Pages[0], searchResults, PDFRgbColor.Blue);
SampleOutputInfo[] output = new SampleOutputInfo[] { new SampleOutputInfo(document, "searchtext.pdf") };
return(output);
}
/// <summary>
/// Main method for running the sample.
/// </summary>
public static SampleOutputInfo[] Run(Stream flashStream, Stream u3dStream)
{
// Create a PDF document with 10 pages.
PDFFixedDocument document = new PDFFixedDocument();
PDFStandardFont helvetica = new PDFStandardFont(PDFStandardFontFace.Helvetica, 12);
CreateTextAnnotations(document, helvetica);
CreateSquareCircleAnnotations(document, helvetica);
CreateFileAttachmentAnnotations(document, helvetica);
CreateInkAnnotations(document, helvetica);
CreateLineAnnotations(document, helvetica);
CreatePolygonAnnotations(document, helvetica);
CreatePolylineAnnotations(document, helvetica);
CreateRubberStampAnnotations(document, helvetica);
CreateTextMarkupAnnotations(document, helvetica);
CreateRichMediaAnnotations(document, helvetica, flashStream);
Create3DAnnotations(document, helvetica, u3dStream);
CreateRedactionAnnotations(document, helvetica, u3dStream);
// Compress the page graphic content.
for (int i = 0; i < document.Pages.Count; i++)
{
document.Pages[i].Canvas.CompressAndClose();
}
SampleOutputInfo[] output = new SampleOutputInfo[] { new SampleOutputInfo(document, "annotations.pdf") };
return(output);
}
/// <summary>
/// Main method for running the sample.
/// </summary>
public static SampleOutputInfo[] Run()
{
PDFFixedDocument document = new PDFFixedDocument();
document.Pages.Add();
// Display the document in full screen mode.
document.DisplayMode = PDFDisplayMode.FullScreen;
// Fill the document information.
document.DocumentInformation = new PDFDocumentInformation();
document.DocumentInformation.Author = "O2 Solutions";
document.DocumentInformation.CreationDate = DateTime.Now;
document.DocumentInformation.ModifyDate = DateTime.Now;
document.DocumentInformation.Creator = "O2S.Components.PDF4NET DocumentProperties sample";
document.DocumentInformation.Producer = "O2S.Components.PDF4NET";
document.DocumentInformation.Title = "O2S.Components.PDF4NET DocumentProperties sample";
document.DocumentInformation.Subject = "O2S.Components.PDF4NET sample code";
document.DocumentInformation.Keywords = "pdf4net,pdf,sample";
// Set custom metadata in the XMP metadata.
document.XmpMetadata = new PDFXmpMetadata();
// This custom metadata will appear as a child of 'xmpmeta' root node.
document.XmpMetadata.Metadata = "<custom>Custom metadata</custom>";
// Set the viewer preferences.
document.ViewerPreferences = new PDFViewerPreferences();
document.ViewerPreferences.CenterWindow = true;
document.ViewerPreferences.DisplayDocumentTitle = true;
document.ViewerPreferences.HideMenubar = true;
document.ViewerPreferences.HideToolbar = true;
document.ViewerPreferences.HideWindowUI = true;
document.ViewerPreferences.PrintScaling = PDFPrintScaling.None;
// Set the PDF version.
document.PDFVersion = PDFVersion.Version15;
SampleOutputInfo[] output = new SampleOutputInfo[] { new SampleOutputInfo(document, "documentproperties.pdf") };
return(output);
}
/// <summary>
/// Main method for running the sample.
/// </summary>
public static SampleOutputInfo[] Run(Stream input)
{
PDFFile file = new PDFFile(input);
PDFFixedDocument document = new PDFFixedDocument();
PDFPage page = document.Pages.Add();
PDFPageOptionalContent oc1 = file.ExtractPageOptionalContentGroup(4, "1");
page.Canvas.DrawFormXObject(oc1, 0, 0, page.Width / 2, page.Height / 2);
PDFPageOptionalContent oc2 = file.ExtractPageOptionalContentGroup(4, "2");
page.Canvas.DrawFormXObject(oc2, page.Width / 2, 0, page.Width / 2, page.Height / 2);
PDFPageOptionalContent oc3 = file.ExtractPageOptionalContentGroup(4, "3");
page.Canvas.DrawFormXObject(oc3, 0, page.Height / 2, page.Width / 2, page.Height / 2);
PDFPageOptionalContent oc4 = file.ExtractPageOptionalContentGroup(4, "4");
page.Canvas.DrawFormXObject(oc4, page.Width / 2, page.Height / 2, page.Width / 2, page.Height / 2);
SampleOutputInfo[] output = new SampleOutputInfo[] { new SampleOutputInfo(document, "optionalcontentextraction.pdf") };
return(output);
}