// Set default fonts
Presentation.SetDefaultLatinFontName("Arial");
Presentation.SetDefaultEastAsianFontName("Microsoft YaHei");
// Reset/restore the default font settings
Presentation.ResetDefaultEastAsianFontName();
Presentation.ResetDefaultLatinFontName();

textRange.CharacterFormat.Kerning = kerningValue

doc = Document()
doc.LoadFromFile(inputFile)
sb = []
number = 1
for i in range(doc.Sections.Count):
sec = doc.Sections.get_Item(i)
for j in range(sec.Paragraphs.Count):
paragraph = sec.Paragraphs.get_Item(j)
for k in range(paragraph.ChildObjects.Count):
obj = paragraph.ChildObjects[k]
if isinstance(obj, ShapeObject):
shape = obj
chart = shape.Chart
sb.append("\r\n\r\nPage " + str(number) + ":\r\n" + "Get all X-axis data:")
# X-axis
for x in range(chart.XValues.Count):
xVal = chart.XValues[x]
sb.append(str(xVal.StringValue) + " ")
# Y-axis of the first series
series = chart.Series[0]
sb.append("\r\nGet Y-axis data:")
for i in range(series.YValues.Count):
yVal = series.YValues.get_Item(i)
sb.append(str(yVal.Value) + " ")
number += 1
# Write to file
File.WriteAllText(outputFile, "".join(sb))
doc.Dispose()

chart.Series[0].DataLabels.Position = position

doc1 = Document()
doc1.LoadFromFile(inputFile_1)
doc2 = Document()
doc2.LoadFromFile(inputFile_2)
options = CompareOptions()
options = CompareOptions()
options.IgnoreCaseChanges = True
options.IgnoreComments = True
options.IgnoreFields = True
options.IgnoreFootnotes = True
options.IgnoreTables = True
options.IgnoreTextboxes = True
doc1.Compare(doc2, "user", DateTime(), options)
# Save the comparison document
doc1.SaveToFile(outputFile, FileFormat.Docx2013)
doc1.Close()
doc2.Close()

doc = Document()
doc.LoadFromFile(inputFile)
revisionInfoCollection = doc.GetRevisionInfos()
sb = []
for revisionIndex in range(revisionInfoCollection.Count):
revisionInfo = revisionInfoCollection.get_Item(revisionIndex)
if revisionInfo.RevisionType == RevisionType.FormatChange:
if isinstance(revisionInfo.OwnerObject, TextRange):
text_range = revisionInfo.OwnerObject
sb.append("TextRange:" + text_range.Text + "\r\n")
doc.RevisionsView = RevisionsView.Original
sb.append("Original style: " + "isBold: " + str(text_range.CharacterFormat.Bold) + "; " + "TextColor: " + text_range.CharacterFormat.TextColor.ToString() + ", HighlightColor: " + text_range.CharacterFormat.HighlightColor.ToString() + ", FontName: " + str(text_range.CharacterFormat.FontName) + ", UnderlineStyle: " + str(text_range.CharacterFormat.UnderlineStyle) + "\r\n")
doc.RevisionsView = RevisionsView.Final
sb.append("Final style: " + "isBold: " + str(text_range.CharacterFormat.Bold) + "; " + "TextColor: " + text_range.CharacterFormat.TextColor.ToString() + ", HighlightColor: " + text_range.CharacterFormat.HighlightColor.ToString() + ", FontName: " + str(text_range.CharacterFormat.FontName) + ", UnderlineStyle: " + str(text_range.CharacterFormat.UnderlineStyle) + "\r\n")
File.WriteAllText(outputFile, "\n".join(sb))
doc.Close()

document = Document()
document.LoadFromFile(inputFile)
document.SaveToFile(outputFile, FileFormat.XLSX)
document.Close()

options = doc.CompatibilityOptions

# add node
node_new = smartArt.Nodes.Add()
node_new.Text = "Map"
shapeProperties = node_new.ShapeProperties[0]
# Set the fill color of the shape
shapeProperties.Fill.FillType = FillType.Picture
picFileStream = Stream("Image/0.jpg")
# Set the image
shapeProperties.Fill.SetImage(picFileStream)

shape = paragraph.AppendSmartArt(SmartArtType.RepeatingBendingProcess, 432, 252)

paragraph.Format.AdjustRightIndent = True

hasSmartArt=shape.HasSmartArt
smartArt = shape.SmartArt

firstRow.Hidden = True

doc = Document()
toPdf = ToPdfParameterList()
toPdf.GeneratorName = genName
doc.LoadFromFile(inputFile)
doc.SaveToFile(outputFile, toPdf)

public static void main(String[] args) throws IOException {
        // Create pdf document
        PdfDocument doc = new PdfDocument();
        // Load file from disk
        doc.loadFromFile("Sample.docx");
        // Load the X509 certificate for signature
        PdfPKCS7Formatter formatter = new PdfPKCS7Formatter(new PdfCertificate("gary.pfx", "e-iceblue"), false);
        // Create an instance of PdfOrdinarySignatureMaker using the loaded document and certificate
        PdfOrdinarySignatureMaker signatureMaker = new PdfOrdinarySignatureMaker(doc, formatter);
        // Create an instance of PdfCustomSignatureAppearance as the appearance for the signature
        IPdfSignatureAppearance signatureAppearance = new PdfCustomSignatureAppearance();
        // Make the signature with a specified name and the custom appearance
        signatureMaker.makeSignature("Signature", signatureAppearance);
        // Iterate through all hash algorithm types
        for (HashAlgorithmType hashAlg : HashAlgorithmType.values()) {
        // Skip SM3 (case-insensitive)
            if ("SM3".equalsIgnoreCase(hashAlg.name())) {
                continue;
            }
            try {
                // Set the current hash algorithm
                formatter.getProperties().setHashAlgorithm(hashAlg);
                String filePath = "AddImageSignature_" + hashAlg.name() + ".pdf";
                doc.saveToFile(filePath, FileFormat.PDF);
                System.out.println("Succeed：" + hashAlg.name());
            } catch (Exception ex) {
                System.out.println("Error HashAlgorithmType：" + hashAlg.name());
                System.out.println("Error Info：" + ex.getMessage());
            }
        }
        // Close the document
        doc.close();
    }
    // Custom signature appearance implementation
    public static class PdfCustomSignatureAppearance implements IPdfSignatureAppearance {
        @Override
        public void generate(PdfCanvas pdfCanvas) {
            // Set font size
            int fontSize = 10;
            // Create Arial font
            PdfTrueTypeFont font = new PdfTrueTypeFont(new Font("Arial", Font.PLAIN, fontSize), true);
            // Set line height
            float lineHeight = fontSize;
            // Draw text string
            pdfCanvas.drawString("AAAAAAAAAAA", font, PdfBrushes.getRed(), new Point.Float(0, 0));
            // Draw image at specified position
            pdfCanvas.drawImage(PdfImage.fromFile("E-iceblue logo.png"), new Point.Float(20, 0));
        }
    }

OfdConverter converter = new OfdConverter(ofdFile.getAbsolutePath());
converter.getOptions().setDefaultFontName(fontName);
converter.toPdf(PdfPath);

CustomProgressNotifier progressNotifier =new CustomProgressNotifier(output_txt);
    ofdConverter ofdconverter=new Ofdconverter（inputPath);
    ofdconverter.registerProgressNotifier(progressNotifier);
    ofdConverter.toPdf(outputPath);

    CustomProgressNotifier progressNotifier2=new CustomProgressNotifier(output_txt2);
    PdfToWordConverter converter=new PdfTowordConverter(inputPath2);
    converter.registerProgressNotifier(progressNotifier2);
    converter.saveToDocx(outputPath2)

# Create a PDF document
doc = PdfDocument()

# Get the first page
page = doc.Pages.Add()

# Set initial Y position
y = 320.0

# Draw title
brush1 = PdfBrushes.get_Black()
font1 = PdfTrueTypeFont("Arial", 16.0, PdfFontStyle.Bold, True)
format1 = PdfStringFormat(PdfTextAlignment.Center)
page.Canvas.DrawString("Country List", font1, brush1, page.Canvas.ClientSize.Width / 2, y, format1)

# Update Y position after title
y = y + font1.MeasureString("Country List", format1).Height
y = y + 5.0

# Prepare raw data
data = [
    "Name;Capital;Continent;Area;Population",
    "Argentina€;Buenos Aires;South America;2777815;32300003",
    "Bolivia;La Paz;South America;1098575;7300000",
    "Brazil;Brasilia;South America;8511196;150400000",
    "Canada;Ottawa;North America;9976147;26500000",
    "Chile;Santiago;South America;756943;13200000"
]

# Convert to 2D array
dataSource = [row.split(";") for row in data]

# Create table
table = PdfTable()
table.Style.CellPadding = 2

# Set alternate row font
font = PdfTrueTypeFont("Arial", 8.0, PdfFontStyle.Regular, True)
table.Style.AlternateStyle.Font = font

# Configure header
table.Style.HeaderSource = PdfHeaderSource.Rows
table.Style.HeaderRowCount = 1
table.Style.ShowHeader = True

# Bind data source
table.DataSource = data

# Draw table (Uncomment to enable)
result = table.Draw(page, PointF(60.0, y))
y = y + result.Bounds.Height + 5

# Draw footer note
brush2 = PdfBrushes.get_Gray()
font2 = PdfTrueTypeFont("Arial", 9.0, PdfFontStyle.Regular, True)

page.Canvas.DrawString(f"* {len(data) - 1} countries in the list.",
                       font2, brush2, 65.0, y)

# Save and close document
doc.SaveToFile(outputFile)
doc.Close()

# Create a PDF document
doc = PdfDocument()

# Add an A4 page with custom margins
page = doc.Pages.Add(PdfPageSize.A4(), PdfMargins(5.0))

# Initialize the grid and set cell padding
grid = PdfGrid()
grid.Style.CellPadding = PdfPaddings(10.0, 10.0, 10.0, 10.0)

# Prepare raw data
data = ["Name;Capital;Continent;Area;Population",
        "Argentina;Buenos Aires;South America;2777815;32300003",
        "Bolivia;La Paz;South America;1098575;7300000",
        "Brazil;Brasilia;South America;8511196;150400000",
        "Canada;Ottawa;North America;9976147;26500000",
        "Chile;Santiago;South America;756943;13200000"
        ]

# Bind data source to the grid
grid.DataSource = data

# Center align text in all cells horizontally and vertically
for j in range(grid.Rows.Count):
    cells = grid.Rows.get_Item(j).Cells
    for k in range(cells.Count):
        cells.get_Item(k).StringFormat = PdfStringFormat(PdfTextAlignment.Center, PdfVerticalAlignment.Middle)

# Draw the grid on the page
grid.Draw(page, PointF(0.0, 0.0));

# Save the document as a PDF
doc.SaveToFile(outputFile)

# Close the document
doc.Close()