Programmatically create, edit, import, and export Excel spreadsheets in your Java applications. Deploy nearly anywhere.
Document Solutions for Excel, Java Edition, allows developers to load, create, modify, calculate, save, and convert Excel spreadsheets at scale. Read and write .XLSX files, create and share reports with defined templates, and deploy spreadsheets across 8.0+ Java applications.
Advanced API Features for Seamless Spreadsheet Management
Based on the powerful Excel Object Model, this feature-rich API enables seamless creation, editing, conversion, and export of Excel files in Java. It supports formulas, charts, pivot tables, data validation, styling, and high-performance processing for enterprise applications
Build Professional Excel Reports Using .XLSX Template in Java
Define Excel templates in Java to automate and quickly generate comprehensive .xlsx reports such as invoices, sales reports, receipts, shipping labels, purchase orders, and more. Bind data from multiple data sources, create reports using chart templates, sparklines, tables, while also supporting Microsoft Excel formulas for fast data calculation and conditional formatting.
Cross-Platform Java Development: Write Once, Run Anywhere
With full support for Windows, Linux, and macOS, you can create Excel-compatible spreadsheet applications using a single Java codebase. Document Solutions for Excel, Java Edition, works seamlessly in desktop and web apps, with no dependency on Microsoft Excel. Create, load, edit, calculate, and export spreadsheets in Java, and deploy locally or to the cloud—compatible with platforms like Azure, AWS, and AWS Lambda
Complete Client-Server Spreadsheet Solution
Document Solutions for Excel also includes a client-side Data Viewer, a JavaScript component that allows developers to build cross-platform web applications to view Excel .xlsx, CSV, SpreadJS, Arrow, and Parquet data files across browsers. The optional Professional Viewer additionally includes interactive operations and the ability to display data visualization objects.
Note - for advanced client-side editing functionality, developers can use the separate SpreadJS JavaScript spreadsheet to provide a complete Excel-like editing experience on the client. Changes can then be sent back down to the server for any further processing using Document Solutions for Excel.
Create XLSX from Scratch
Create a new Excel workbook from scratch and save it as an XLSX file using Java, ideal for automating Excel file generation in Java applications.
Open & Save Workbook
Easily open and save workbooks in various formats.
Custom Data-Bound Excel Reports
Generate customizable, data-bound Excel reports that are dynamically populated with live data, enabling easy creation of tailored, real-time reporting solutions within your application.
Worksheet Management
Manage worksheets within a workbook by adding, deleting, copying, and protecting sheets, along with advanced capabilities for organizing and securing data.
Data Binding
Bind various data sources such as JSON, DataTables, or custom objects to worksheets, cells, or tables in Excel spreadsheets, enabling dynamic, real-time data integration for reports.
Form Controls
Add interactive form controls to Excel worksheets, such as buttons, checkboxes, dropdowns, and more, enabling user input and data manipulation directly within the workbook.
Themes & Colors
Customize the appearance of Excel workbooks by applying built-in or custom themes and color schemes, enhancing readability and visual appeal.
File Operations
Perform a variety of file operations including importing, exporting, and converting Excel workbooks to multiple formats such as .xlsx, .csv, .json, PDF, and more.
Document Solutions for Excel, Java Edition allows developers to create a new Excel workbook programmatically from within a 8.0+ Java application. By utilizing the Workbook class, users can add worksheets, assign values to cells, and save the file in XLSX format. This simple process is perfect for generating dynamic reports, data exports, or initial templates directly from Java apps.
The Open and Save Workbook features offer a powerful solution for opening and saving workbooks in multiple formats, such as .xlsm, .xltx, .csv, .html, .pdf, .json, .ssjson, and .sjs within your Java applications. With the open method, users can load entire workbooks, choosing from various options such as skipping unnecessary recalculations or excluding unused styles, ensuring fast and efficient file handling.
The save method provides full control over workbook export, enabling users to preserve data integrity, apply password protection, and manage file formats and layout structure. This flexibility is ideal for projects requiring regular data manipulation, offering precise control over how workbooks are opened, modified, and saved, ensuring optimal performance and security.
Document Solutions for Excel, Java Edition allows users to create fully customizable Excel reports that are dynamically linked to data sources. By integrating live data with the Excel report templates through the addDataSource and processTemplate methods, this feature enables the generation of real-time, tailored reports that reflect up-to-date information.
Users can define specific data ranges, apply filters, and utilize advanced formatting options to create polished, professional reports that match organizational requirements. This functionality is perfect for creating interactive, data-driven reports where the content updates automatically based on data changes, making it an essential tool for those looking to automate and streamline their reporting processes within a Java application.
The Worksheet Management features provide comprehensive tools for managing worksheets in a workbook. Users can easily add new worksheets, delete or copy existing ones, and move them within the workbook or between workbooks. The feature also allows for advanced actions like protecting worksheets with or without passwords, and activating specific sheets for focused operations. Additionally, the ability to organize worksheets by naming and indexing helps in efficiently managing large datasets. This feature streamlines the process of modifying and securing worksheets, making it an essential tool for data manipulation and reporting in Java applications.
Document Solutions for Excel, Java Edition allows seamless integration of live data into Excel workbooks by binding external data sources to worksheets, cells, or tables through the built-in addDataSource or setDataSource methods. You can bind JSON strings, DataTables, or custom objects directly to a sheet or specific cells, automatically or manually linking the data fields to their respective columns. With options for binding paths and auto-generation of columns, this feature supports a variety of scenarios from simple data binding to complex, real-time reporting. Additionally, it provides the ability to bind tables and automatically adjust the table size to accommodate data source changes, making it an essential tool for building dynamic, data-driven Excel reports in Java applications.
The Form Controls features enable the addition of interactive elements like buttons, checkboxes, dropdowns, option buttons, and other controls to Excel worksheets. These controls allow users to interact with data by selecting options, entering values, or triggering actions. The feature supports creating forms like feedback or consent forms and enables dynamic control over linked cells, providing real-time data updates. Users can also customize control properties, including visibility, placement, and locking to ensure appropriate user interaction. Additionally, these controls can be exported in various formats, with the ability to exclude them from export if desired, making them versatile for both interactive and static reports.
The Themes and Colors features allow users to apply both built-in and custom themes to Excel workbooks, affecting elements like font styles, color schemes, and chart titles. Users can easily set a workbook's theme using predefined options found in the Themes class, such as the Berlin theme, or create personalized themes with custom color schemes and fonts tailored to specific needs. The feature also supports fine-grained control over cell colors, borders, and tabs using theme colors, standard colors, or custom colors defined by RGB, RGBA, or hexadecimal values. This flexibility ensures that workbooks are not only functional but also visually engaging and aligned with branding or design standards.
Document Solutions for Excel, Java Edition provides extensive functionality for handling various file types within your Java applications. Users can import and export Excel files in multiple formats, including .xlsx, .xlsm, .csv, .json, .pdf, and .sjs. You can also manage specific sheets, data ranges, or the entire workbook when saving or opening files. The export feature supports converting workbooks to formats like PDF, HTML, and image files, ensuring flexibility in delivering reports and data. Additionally, the import and export functions offer custom parsing options for CSV and JSON formats, enhancing compatibility with external data systems. This makes it ideal for businesses looking to integrate and automate diverse file handling processes within their Java-based solutions.
Import/Export XLSX
Import and export Excel .xlsx files from your Java application, allowing users to load and save workbooks with full control over data, formatting, and structure.
Import/Export CSV
Enables seamless CSV file import and exporting using the Java Excel API; supporting advanced open and save options.
Import/Export JSON Stream
Importing and exporting JSON streams for workbooks and worksheets, enabling seamless integration with SpreadJS.
Export to PDF
Export Excel workbooks, worksheets, or selected data to high-quality PDFs with customization options.
Export to HTML
Easily export workbooks, worksheets, or specific ranges to HTML with customizable formatting.
Import Data
Effortlessly import data from collections, arrays, tables, or entities into a Java server-side Excel worksheet.
Import DataTable
Easily import DataTable objects into a Java Excel worksheet. Define table columns, populate data, and insert it into a spreadsheet for seamless data management.
Import Portions of Data from Existing Files
Quickly import only data from a Java worksheet, table, or cell range without loading the entire Excel file using Java.
Convert to Image
Convert Java Excel worksheets, cell ranges, and shapes to images in PNG, JPG, SVG, or GIF format.
Import/Export Macros .xlsm
Import and export macro-enabled Excel files (.xlsm) while preserving macros, form controls, and ActiveX controls.
Import/Export to SpreadJS Files .sjs
Easily import and export SpreadJS files (.sjs, .ssjson, JSON), using Java, while preserving complex spreadsheet structures and features.
Import/Export Excel Templates .xltx
Easily import and export Excel template files (.xltx) to streamline spreadsheet creation and reuse predefined layouts.
Convert Excel Templates .xltx to PDF
Convert .xltx templates to interactive PDF forms (AcroForms) while preserving checkboxes, dropdowns, and option buttons for user interaction.
The Open and Save Workbook features offer a powerful solution for opening and saving workbooks in multiple formats, such as .xlsm, .xltx, .csv, .html, .pdf, .json, .ssjson, and .sjs within your Java applications. With the open method, users can load entire workbooks, choosing from various options such as skipping unnecessary recalculations or excluding unused styles, ensuring fast and efficient file handling.
The save method provides full control over workbook export, enabling users to preserve data integrity, apply password protection, and manage file formats and layout structure. This flexibility is ideal for projects requiring regular data manipulation, offering precise control over how workbooks are opened, modified, and saved, ensuring optimal performance and security.
Server-side Excel APIs provide a powerful solution for importing and exporting CSV files with full control over data formatting, delimiters, and parsing rules. Using CsvOpenOptions and CsvSaveOptions, you can customize how CSV data is handled, including setting column, row, and cell separators to match different file structures. The library also allows precise control over numeric and date conversions, ensuring that data is interpreted correctly based on your needs.
For advanced scenarios, Document Solutions for Excel supports custom parsing through the ICsvParser interface, giving you the ability to define unique rules for handling text, numbers, and formulas during import. This is especially useful when working with CSV files that contain mixed data types or require non-standard formatting.
Additionally, CSV exports can be configured to include selective quoting, trimmed blank spaces, and specific encoding options to ensure compatibility across different applications. Whether you're working with simple tabular data or complex datasets, this Java Excel library provides the flexibility needed to streamline your CSV workflows.
Document Solutions for Excel allows seamless import and export of JSON streams for workbooks and worksheets, making it easy to work with SpreadJS. You can convert a workbook to JSON using the toJson method and import JSON back into a workbook using the fromJson method. This supports handling formulas, external references, and large workbooks with complex data.
For worksheets, the ToJson and FromJson methods allow exporting and importing JSON for individual sheets. This enables efficient data transfer, including displaying large Excel files in SpreadJS. JSON streams can be used to update worksheets in the same or another workbook, though importing to a different workbook may result in data conflicts or loss of SpreadJS-specific styles.
DsExcel also provides error handling when importing JSON files. The fromJson method returns a list of errors, including formula errors detected by the FormulaJsonError class and data validation issues reported by DataValidationJsonError. This helps identify and resolve issues when loading JSON into an Excel workbook.
This Java Excel library lets developers export workbooks, worksheets, or specific ranges to PDF using the save() method. Each worksheet becomes a new page, and only the active sheet can be exported separately. Images are optimized to reduce file size while maintaining quality.
The PdfSaveOptions class provides customization, including security settings, metadata, and replacing Excel form controls with PDF fields. You can add JavaScript with OpenActionScript, adjust image quality, and control pagination.
Additional options allow exporting shapes, charts, slicers, Pivot Tables, form controls, and more while preserving the spreadsheet layout.
Using a Java Excel API developers can easily export Excel workbooks, worksheets, or specific ranges to HTML for easy web publishing. The HTMLSaveOptions class allows options like exporting images as Base64, preserving gridlines and headings, and choosing between internal, inline, or external CSS, users have complete control over the output. HTML export settings also support scalable widths, tooltips, and document properties, making it ideal for sharing data online.
This Java Excel API supports importing data from various sources like arrays, collections, data tables, and custom objects using the importData method.
This allows users to efficiently populate spreadsheets while preserving formatting and structure. Through the DataImportOptions, users can set options like InsufficientSpaceHandling, IncludeColumnHeader, and ColumnsSelector help control data import behavior, ensuring flexibility and ease of use.
Document Solutions for Excel allows developers to import a DataTable into an Excel worksheet using the importData method. This makes it easy to transfer structured data, such as financial records or reports, into a spreadsheet. You can define column types, populate rows, and apply basic formatting to ensure a clean and readable layout.
Once imported, the data automatically adjusts to fit the worksheet, preserving structure and accuracy. Additional styling options like headers and number formatting can be applied for a polished presentation. This approach simplifies data integration and enhances Excel-based reporting.
Programmatically import portions of data from an existing Excel .xlsx files using Java via the Excel API’s importData method. This method enables users to fetch data from a specific worksheet, table, or cell range without loading unnecessary elements like formatting, formulas, or styles. It optimizes performance, especially when working with large Excel files. The getNames method can be used to retrieve available source names within a file.
Document Solutions for Excel supports exporting worksheets, specific cell ranges, and various shapes (charts, pictures, slicers, and autoshapes) as images using Java and the API’s toImage method. Supported formats include PNG, JPG, SVG, and GIF, making it easy to integrate Excel data into Word, PDFs, or presentations.
The ImageSaveOptions class provides customization options such as scaling, background color, gridline visibility, and resolution adjustments. This feature helps users generate high-quality images of spreadsheet content for reports and documentation.
Document Solutions for Excel’s Java Excel library supports importing and exporting Excel macro-enabled workbooks (.xlsm), ensuring that macros, form controls, and ActiveX controls are preserved.
While macros are retained during file operations, the API does not execute them. Users can load, modify, and save .xlsm files without losing macro functionality.
Various import/export options are available through XlsmOpenOptions and XlsmSaveOptions. This feature allows seamless handling of automation scripts while maintaining compatibility with Excel's macro-enabled workflows.
Document Solutions for Excel’s Java API supports seamless import and export of SpreadJS files, including .sjs, .ssjson, and JSON formats.
The SpreadJS .sjs file format improves performance by handling large and complex spreadsheets efficiently. Users can open and save .sjs files just like .xlsx and configure options such as including styles, formulas, or unused names.
The API also provides methods to convert .sjs files to JSON and back, enabling smooth data interchange. Whether working with SpreadJS-specific features or exporting to Excel, this ensures full compatibility and efficiency.
The Java Excel API allows seamless import and export of Excel template files (.xltx), enabling users to work with pre-designed spreadsheets that include predefined layouts, formatting, and formulas. Instead of manually recreating spreadsheet structures, templates can be loaded, modified, and saved back with minimal effort.
The API provides dedicated options for handling .xltx files, ensuring a smooth workflow. Whether opening templates from a file or a stream, the process is efficient and fully supported.
Developers can easily convert Excel template files (.xltx) to PDF in Java server-side apps, ensuring that form controls such as checkboxes, dropdowns, list boxes, and option buttons are preserved as interactive PDF form fields. By setting the FormFields property in PdfSaveOptions, Excel form controls are mapped to their respective PDF equivalents, allowing users to interact with the exported document.
For cases where button controls should be visible in the final PDF, enabling the PrintObject property ensures their inclusion. However, some Excel-specific controls like group boxes and spinners are not supported in the PDF format. This feature streamlines the transition from Excel templates to fillable PDFs, making it ideal for report generation, surveys, and data collection.
Create & Delete Charts
Easily create and delete charts in Excel worksheets, providing dynamic visualizations with customizable data ranges and chart types.
Column & Bar Charts
Create dynamic column and bar charts to visually compare and present data in Excel, supporting various chart types like stacked, clustered, and 3D options.
Line & Area Charts
Generate line and area charts to visualize trends over time, allowing for smooth data comparison and analysis in Excel with customizable styles and data ranges.
Pie & Donut Charts
Create visually engaging pie and donut charts to represent proportions of a whole, with options for customizing slices, labels, and chart styles in Excel.
Scatter & Bubble Charts
Create scatter and bubble charts to display relationships between data points, with support for customizing axis ranges, chart styles, and bubble sizes.
Combo Charts
Create combo charts by combining multiple chart types (e.g., column, line) in one visualization to highlight different data series with varied chart styles.
Waterfall Charts
Create waterfall charts to visualize the cumulative effect of sequentially introduced positive or negative values, useful for financial analysis and data flow tracking.
Specialized Charts
Create specialized charts like radar, surface, and treemap charts to represent complex data in unique, insightful ways that enhance data interpretation and analysis.
Pivot Charts
Create pivot charts to visualize aggregated data from pivot tables, enabling dynamic data exploration and interactive reporting within Excel.
Sparklines
Insert sparklines into Excel worksheets to display compact, mini charts within cells, providing a quick visual summary of data trends and patterns.
Shapes & Pictures
Add and manipulate shapes and pictures within Excel worksheets, enhancing document presentation with customizable graphics, logos, and visual elements.
Conditional Formatting
Apply conditional formatting to Excel cells, allowing dynamic styling based on data values, such as color scales, data bars, or icon sets, to improve data visualization.
The Create and Delete Charts feature allows users to generate and remove charts within Excel workbooks. Using the addChart method, charts can be inserted at specified positions or directly linked to data ranges, enabling dynamic visual representations of data. This feature supports various chart types, including column, line, and pie charts, with the ability to adjust the size and location of the chart. Users can also bind chart data to specific ranges, ensuring accurate data visualization. Additionally, charts can be deleted with the delete method, providing seamless management of visual content within worksheets. This functionality is ideal for automating and customizing data presentations in Java applications.
Document Solutions for Excel, Java Edition allows users to add both column and bar charts to Excel worksheets for visually representing data comparisons. Column charts, ideal for tracking changes over time, are perfect for categories along the horizontal axis. Similarly, bar charts, typically used for comparing different categories with horizontal bars, offer several types such as clustered, stacked, and 3D options. With the ability to adjust chart titles, data ranges, and chart styles, users can easily customize visual presentations of data to match reporting needs. Whether for sales analysis, performance tracking, or statistical reporting, this feature enables dynamic chart creation directly within Java applications.
Document Solutions for Excel, Java Edition enables users to create line and area charts for visualizing trends and changes over time. Line charts display data as connected points along a continuous axis, ideal for showing patterns or trends in time-series data. Area charts enhance line charts by filling the space beneath the lines, providing an emphasis on the magnitude of data trends. Both chart types support customization of data ranges, chart styles, and colors, giving users full control over their visual presentation. These chart options are essential for tracking performance, analyzing trends, and presenting time-based data effectively in Java applications.
Document Solutions for Excel, Java Edition allows users to create visually appealing pie and donut charts for displaying data as parts of a whole. Pie charts provide a straightforward way to illustrate data distribution by dividing a circle into slices, while donut charts offer a more modern variant with a hollow center, perfect for emphasizing key data points. Both chart types support full customization, including slice colors, data labels, and chart styles, providing flexibility in design and presentation. These charts are ideal for showing percentage distributions, making them an excellent choice for visualizing survey results, budget breakdowns, or market share analysis within Java applications.
Document Solutions for Excel, Java Edition enables the use of scatter and bubble charts for users to visualize the relationships between two or more sets of data. Scatter charts plot individual data points on an X and Y axis, ideal for showing correlations or distributions. Bubble charts extend scatter charts by adding a third dimension, where the size of each data point's bubble represents an additional data value. Both chart types allow for full customization, including axis scaling, bubble sizes, colors, and data labels, making them perfect for complex data analysis. These chart types are ideal for applications such as statistical analysis, financial modeling, or performance comparison within Java applications.
The Combo Charts feature allows users to combine multiple chart types into a single visualization, such as mixing column and line charts, to represent different data series on the same axis. This is particularly useful for comparing different metrics that have varying scales or units. Users can customize each data series with different chart types, colors, and formatting options to enhance clarity and insight. Combo charts are ideal for reporting scenarios where multiple data trends need to be presented together, such as sales performance against targets, revenue growth alongside cost data, or other comparative data points in Java applications.
The Waterfall Charts feature enables users to create visualizations that show how sequentially introduced positive or negative values impact an initial value, helping to track data flow and changes over time. These charts are particularly useful in financial analysis to illustrate the impact of various factors like revenue, expenses, and profit. Waterfall charts display the starting value, followed by intermediate increases or decreases, and conclude with a final result, providing a clear view of how values build on or subtract from each other. The feature supports customization of colors, labels, and data points to make the chart more informative and visually appealing within Java applications.
Document Solutions for Excel, Java Edition allows users to create a range of unique, specialized chart types designed to represent complex data in visually engaging and insightful ways. These charts include radar charts for comparing multiple variables, surface charts for 3D data visualizations, and treemap charts for hierarchical data representation. Each specialized chart type offers customization options to adjust styles, colors, and data labels, providing flexibility in how the data is presented. These charts are perfect for specialized analysis, such as comparing performance metrics, visualizing multi-dimensional data, or exploring large data sets in an intuitive way within Java applications.
Document Solutions for Excel, Java Edition allows users to generate interactive pivot charts based on pivot table data, enabling dynamic data visualization. Pivot charts are perfect for summarizing and analyzing large datasets, offering various chart types such as column, bar, and line to represent aggregated data. As users interact with the pivot table—such as filtering or rearranging fields—the pivot chart automatically updates to reflect the changes, providing an intuitive way to explore trends, compare categories, and identify patterns in real-time. This feature enhances reporting by integrating the power of pivot tables with the visual clarity of charts in Java applications.
The Sparklines feature allows users to insert small, cell-based charts directly into Excel worksheets, offering a visual representation of trends, comparisons, or data fluctuations within a single cell. Sparklines are ideal for condensing large amounts of data into concise visual summaries, making them perfect for dashboards, reports, or performance overviews. Users can customize sparkline types, such as line, column, or win/loss, and apply formatting options like colors or markers to highlight significant data points. This feature is particularly useful in providing quick insights and enhancing the readability of large datasets within Java applications.
Document Solutions for Excel, Java Edition allows users to insert and customize various shapes (such as rectangles, circles, lines, and arrows) and images (including logos and photos) directly into Excel worksheets. These graphical elements can be resized, repositioned, and formatted with options like color, borders, and shadow effects. Additionally, users can align and group shapes, apply rotation, or link images to data for interactive reporting. This feature is ideal for creating visually compelling workbooks, adding annotations, or branding reports within Java applications, enhancing both the functionality and aesthetics of Excel documents.
Document Solutions for Excel, Java Edition enables users to automatically apply conditional formatting rules to Excel cells based on their values. This includes a wide range of options like color scales, data bars, icon sets, and custom formulas, which visually highlight trends, patterns, or anomalies in the data. By using conditional formatting, users can create more intuitive, data-driven workbooks where specific values or ranges are easily identified through visual cues such as color changes or symbols. This feature is particularly useful for financial analysis, performance tracking, and creating visually compelling reports in Java applications.
Create Tables
Create and manage structured tables in Excel, allowing for efficient organization, sorting, filtering, and formatting of large datasets.
Table Slicers
Add slicers to Excel tables for interactive filtering, allowing users to easily control data visibility and improve analysis with visual filtering tools.
Pivot Tables
Create and manipulate pivot tables to summarize and analyze large datasets, enabling users to dynamically explore and visualize data in Excel.
Pivot Slicers
Add slicers to pivot tables for intuitive and interactive data filtering, enabling users to quickly adjust data views and improve analysis.
Grouping & Subtotaling
Group rows or columns and apply subtotals to organize large datasets, improving navigation and analysis in Excel worksheets.
Advanced Sorting
Perform advanced sorting on Excel data, including sorting by values, colors, fonts, or icons, for enhanced data organization and analysis.
Custom Filters
Apply custom filters in Excel to refine data views based on specific conditions such as numbers, text, dates, colors, and icons.
What-If Analysis (Goal Seek, Scenario Manager)
Perform What-If analysis using tools like Goal Seek and Scenario Manager to model different outcomes and find the necessary input values for a desired result.
Error Checking & Tracing Precedents/Dependents
Trace and identify precedent and dependent cells in Excel to analyze formulas and troubleshoot errors in worksheets.
Cross-Sheet References & Linking
Link data across multiple workbooks with cross-workbook formulas, enabling users to reference and update values from external Excel files.
Document Solutions for Excel, Java Edition provides users with the ability to easily create and manipulate tables in Excel worksheets, offering enhanced organization and management of large datasets. Tables allow for automatic filtering, sorting, and formatting of data, making it easier to analyze and work with complex information. Users can customize table styles, add or remove rows and columns, and apply formatting options for better data visualization. This feature is ideal for managing large sets of structured data, such as inventory lists, financial data, or customer records, and supports efficient data analysis and reporting in Java applications.
The Table Slicers feature allows users to insert slicers into Excel tables, providing an intuitive, visual way to filter data. Slicers are dynamic controls that allow users to interactively filter data based on specific table columns, such as categories or time periods. By adding slicers via the ISlicer and ISlicerCache interfaces, users can instantly narrow down data displayed in a table, making it easier to explore subsets of information. This feature supports multiple slicers for enhanced control and customization, ensuring a seamless and interactive data analysis experience within Java applications. Slicers can be easily styled and positioned for improved usability in reports and dashboards.
The Pivot Tables feature allows users to create powerful data summaries and perform complex analyses in Excel. Pivot tables automatically organize and categorize data, enabling users to compute totals, averages, and other aggregate functions. With the ability to drag and drop fields, users can easily customize pivot table layouts, filter data, and adjust summary functions for deeper insights. Pivot tables provide a dynamic and flexible way to explore large datasets, making them ideal for tasks such as financial analysis, sales tracking, or performance reporting in Java applications. The feature also supports customizing table styles for enhanced presentation and readability.
The Grouping and Subtotaling features allow users to organize and summarize large datasets by grouping rows or columns in Excel. This feature enables users to create custom views, making complex spreadsheets easier to navigate. Groups can be expanded or collapsed, allowing for a dynamic view of data. Additionally, users can apply summary rows or subtotals to calculate and display totals for grouped data. This functionality is ideal for simplifying the analysis of large datasets, such as sales data or financial reports, and offers flexibility in structuring and visualizing data in Java applications.
The Grouping and Subtotaling features allow users to organize and summarize large datasets by grouping rows or columns in Excel. This feature enables users to create custom views, making complex spreadsheets easier to navigate. Groups can be expanded or collapsed, allowing for a dynamic view of data. Additionally, users can apply summary rows or subtotals to calculate and display totals for grouped data. This functionality is ideal for simplifying the analysis of large datasets, such as sales data or financial reports, and offers flexibility in structuring and visualizing data in .NET applications.
The Advanced Sorting features provided by Document Solutions for Excel, Java Edition allow users to sort data in Excel based on multiple criteria, including values, colors, font styles, and icons. This flexible sorting system supports complex scenarios such as sorting by values in multiple columns, custom sorting, or organizing data based on color patterns, font colors, or conditional format icons. Users can sort data in both ascending and descending orders, with support for merged cells and various sorting orientations. This feature is ideal for handling complex datasets in Java applications, enabling more detailed and customized data organization for improved analysis and reporting.
The Custom Filters feature allows users to apply advanced filtering techniques to Excel data, enabling them to focus on specific subsets of information. Through the autoFilter method, users can filter data by numbers, text, date ranges, or even by cell color and icons. This feature supports multi-select filters, dynamic date filters, and various operators, making it easy to refine datasets based on custom criteria. With the ability to filter by color or icon, users can quickly highlight key data points or trends, improving the analysis and presentation of data in Java applications.
The What-If Analysis feature in Excel allows users to evaluate different scenarios by adjusting values in cells and observing the resulting outcomes without creating multiple sheets. Using Goal Seek, users can specify a desired result and let Excel calculate the necessary input values that would produce that result. Scenario Manager, on the other hand, enables users to define and manage sets of input values to determine potential outcomes based on those values. These tools are invaluable for financial forecasting, budgeting, and optimization tasks, making them powerful for dynamic data analysis in Java applications.
The Error Checking and Tracing Precedents/Dependents features help users identify and trace relationships between cells in Excel, improving formula management and error detection. By using the getPrecedents and getDependents methods, users can highlight the cells that contribute to or depend on specific formulas. This functionality makes it easier to visualize data dependencies, detect errors, and optimize complex formulas. The ability to trace direct and indirect precedents and dependents is particularly useful for understanding large workbooks and ensuring accurate calculations in Java applications.
The Cross-Sheet References and Linking features allow users to create formulas that reference data from external workbooks, both via file paths or web URLs through the getExcelLinkSources method. This feature enables seamless integration of data across multiple workbooks, allowing users to calculate values and update links between them. Whether using a local file path or a web-based resource, users can employ dynamic linking to ensure their data stays up-to-date. The ability to update link caches and work with external tables makes this feature ideal for complex data analysis tasks, particularly in collaborative and multi-workbook environments within Java applications.
Formulas (450+ Excel Functions)
Leverage hundreds of built-in functions and operators for complex calculations, external formulas, and custom functions tailored to your needs.
Create Custom Functions
Custom functions allow you to easily create new calculation functions for use in cell formulas using custom logic to return a value in your Java app.
Set Dynamic Array Formulas
Use dynamic array formulas to perform multiple calculations across a range of cells, allowing for efficient data manipulation and results display in Excel.
Iterative Calculation
Enable iterative calculation in Excel to repeatedly calculate formulas until a specific condition is met, such as a set number of iterations or a desired result difference.
Formula Parse & Parse Format Options
Parse and format Excel formulas using a syntax tree, offering control over the conversion of formulas between A1 and R1C1 reference styles and enabling in-depth formula manipulation.
Formula Tracing
Trace formula dependencies in Excel by identifying precedent and dependent cells, helping users understand the flow of data and diagnose issues in complex formulas.
Cross Workbook Formula
Use cross-workbook formulas to reference and perform calculations on data from external Excel workbooks, facilitating dynamic and linked data across multiple files.
Localized Formulas
Set and retrieve formulas in Excel that automatically adjust to local language conventions, ensuring correct function names based on the user's regional settings.
Defined Names
Defined names simplify formulas by assigning names to tables, ranges, and constants, making calculations easier to read and manage.
Set Table Formula
Set and apply structured table formulas in Excel to dynamically reference and calculate data within tables using custom column names and row specifiers.
Pivot Table Formulas
Apply custom calculations to pivot table fields using built-in functions and manage the visibility of totals and layout options for enhanced analysis.
Asynchronous Functions
Enhance performance by running functions asynchronously, enabling multiple calculations to occur concurrently without blocking other tasks.
Linked Picture
Create dynamic, real-time snapshots of Excel ranges that automatically update when the original data changes, ideal for dashboards and reports.
Ignore Errors in Excel
Prevent the display of error indicators, like the green triangle, in Excel cells by ignoring specific types of errors in a given range.
Excel Calculation Mode
Control Excel’s calculation behavior by selecting between automatic, semiautomatic, and manual modes to optimize performance, especially with large workbooks or when exporting data.
Document Solutions for Excel’s Java API offers extensive formula support, providing over 450+ built-in Excel functions for advanced data analysis and automation. Users can perform statistical calculations with functions like AVERAGE, MEDIAN, and MODE, apply logical operations using IF, SWITCH, and CHOOSE, and retrieve data efficiently with powerful lookup functions such as VLOOKUP, XLOOKUP, INDEX, and XMATCH. The LET function allows users to assign names to calculation results within a formula, improving readability and performance.
Formulas follow Excel’s operator precedence rules and can be applied to ranges, tables, and dynamic arrays. Additional capabilities include iterative calculations, cross-workbook formulas, and localized formula support, making this Java API a comprehensive solution for complex server-side Excel computations.
The Java Excel library, Document Solutions for Excel, enables users to define and register custom functions, allowing for specialized calculations beyond standard Excel formulas. These functions can be optimized for performance, support nested logic, and interact with web services, making them ideal for enterprise-level spreadsheet applications. Custom functions resemble native Excel functions and can be used across all major Excel platforms, ensuring compatibility and ease of use.
With custom caching control, users can optimize repeated calculations, while volatile functions ensure real-time recalculations when needed. This flexibility allows for advanced implementations, such as conditional summations, complex text operations, error detection, and mathematical computations like greatest common divisors. By registering these functions with the addCustomFunction method, developers can extend this server-side API’s functionality to handle unique business logic, automate Excel reports, and enhance spreadsheet workflows.
The Set Dynamic Array Formulas feature enables users to apply array formulas in Excel, which can process multiple calculations simultaneously across a range of cells. Dynamic arrays automatically "spill" results into adjacent cells, making it easier to perform tasks such as summing values based on criteria, counting occurrences, or computing totals. By using the setFormulaArray method of the IRange interface in Java applications, users can set complex array formulas, simplifying tasks like summing every nth value or calculating values within specified boundaries. This feature is ideal for data-intensive analysis, enabling quick and dynamic results with minimal effort.
The Iterative Calculation feature allows users to perform calculations in Excel where a formula is repeatedly recalculated until certain criteria are satisfied. By enabling iterative calculation using the setEnableIterativeCalculation method, users can define parameters such as the maximum number of iterations and the maximum allowable difference between formula results. This is useful for solving complex formulas that require iterative refinement, such as calculating loan amortizations or complex financial models. This feature can be easily customized for a variety of calculation scenarios within Java applications, ensuring that Excel worksheets are dynamically calculated to converge on an accurate result.
The Formula Parse and Parse Format Options features allow users to parse and manipulate Excel formulas at the semantic model level using a syntax tree. By leveraging the FormulaSyntaxTree class, users can create, modify, and visit formulas with ease. The parse method generates a syntax tree from a formula, and the toString method converts it back to a formula string. This functionality supports parsing formulas in both A1 and R1C1 reference styles, with options to customize the base row and column for each formula. It's ideal for users who need to manipulate complex formulas programmatically in Java applications, offering flexibility for tasks like replacing function arguments or converting between reference styles.
Formula Tracing enables users to identify and track the relationships between cells and formulas in an Excel worksheet. Using methods like getPrecedents and getDependents, users can visualize how data flows within a sheet, whether a cell's value is influencing others (precedents) or being affected by them (dependents). This functionality is invaluable for troubleshooting errors, optimizing complex calculations, and ensuring accurate formulas. Users can trace both direct and indirect dependencies, providing deeper insights into how modifications to one cell can impact the rest of the workbook, making it essential for working with large and intricate data models in Java applications.
The Cross Workbook Formula feature enables users to create formulas in one Excel workbook that reference and perform calculations on data from external workbooks. By using folder or web paths, users can link data between workbooks, ensuring up-to-date calculations. With methods such as getExcelLinkSources and updateExcelLinks, users can manage links and refresh the linked data as needed. This functionality supports a variety of scenarios, including summing data across workbooks, and is ideal for consolidating information from multiple sources in Java applications. The cross-workbook formula approach simplifies workflows and enhances collaboration by dynamically linking workbooks, making it particularly useful for financial reports, project tracking, and other multi-source data tasks.
The Localized Formulas feature allows users to set and retrieve formulas that are automatically localized based on the culture or regional settings of the Excel workbook. By using the setFormulaLocal and setFormulaR1C1Local methods, users can ensure that formulas, such as functions, adjust to the corresponding localized names in languages like Japanese and Chinese. This is particularly useful for creating Excel sheets that will be used in different cultural settings, enabling seamless compatibility with local Excel environments. The feature simplifies the process of working with international users, making it ideal for global businesses and applications within Java environments.
Defined names enhance Java formula readability by assigning meaningful names to tables, cell ranges, formulas, and constants. Instead of using direct cell references, defined names allow for a more intuitive approach, especially in financial models, reports, and large datasets.
You can define names at both the workbook, worksheet, and table levels using the setName method in IWorkbook, IWorksheet, or ITable interface. Workbook-level names apply across all sheets, while worksheet-level names are local to a specific sheet. These names appear in Excel’s Name Manager and can be used within formulas for calculations like SUM, COUNT, and constants such as Pi or Euler’s number.
Our Java Excel API ensures seamless integration of defined names, making spreadsheet formulas more understandable and efficient
The Set Table Formula feature allows users to define and apply structured references within Excel tables, enabling more flexible and dynamic calculations. By using table and column names, along with special item specifiers such as #Data, #Totals, or @ users can create formulas that interact directly with specific sections of the table. This eliminates the need for traditional cell references, making formulas more readable and easier to maintain. The feature supports a range of operators like the range, union, and intersection operators, enhancing the flexibility of formulas. Ideal for working with tabular data, this functionality is valuable for automating calculations in Java applications while keeping the workbook structured and easily updatable.
Pivot Table Formulas enable users to apply different functions, like SUM, AVERAGE, or custom formulas, to pivot table fields for more dynamic data analysis. Users can modify pivot field functions and manage settings such as grand total visibility and row axis layout. The library supports the flexible layout of pivot tables, including compact, outline, and tabular views, and allows for detailed customization like auto-fitting column width and renaming fields for clarity. This feature empowers Java applications to provide robust and user-friendly pivot table analysis in Excel with advanced formatting options.
The Asynchronous Functions feature allows users to run custom Excel functions asynchronously, improving performance by allowing multiple tasks to execute concurrently. With the AsyncCustomFunction class and the evaluateAsync method, developers can create custom functions that return results asynchronously, ideal for scenarios requiring heavy or time-consuming calculations. This feature supports asynchronous image functions, like the IMAGE formula, to load images from URLs, and includes a waitForCalculationToFinish method to ensure all calculations are completed before proceeding. This is particularly useful for large-scale data processing in Java applications where non-blocking, parallel computation can significantly reduce processing time.
The Linked Picture feature allows users to add dynamic, real-time images in Excel that are linked to a specific range of cells. As values in the referenced range change, the linked picture updates automatically, providing a live view of the data. Using the addCameraPicture method, users can insert linked pictures at specified positions or within particular cell ranges. The feature supports resizing and formatting the picture just like any other image in Excel. Additionally, users can control transparency settings for the picture and even convert linked pictures to static images. This functionality is especially useful in reporting scenarios where visual updates are needed without manual intervention.
The Ignore Errors feature enables users to suppress error indicators, such as the green triangle in the top-left corner of a cell, which typically appears when Excel detects an issue like invalid formulas or inconsistent data. By using the setIgnoredError method within the IRange interface, developers can specify which types of errors to ignore, including formula discrepancies, text-formatted numbers, empty cell references, and more. This functionality helps maintain cleaner and more visually appealing workbooks, especially when working with large datasets or complex formulas, making it ideal for automated Java applications where error handling needs to be streamlined and unobtrusive.
The Excel Calculation Mode feature allows users to control how Excel handles formula calculations in a workbook. Users can select from three calculation modes: Automatic (where Excel recalculates everything on changes), Semiautomatic (calculates everything except data tables and Python formulas), and Manual (calculates only when explicitly triggered by the user, such as by pressing F9). This flexibility is useful for managing large workbooks or ensuring fast export processes without recalculating formulas. The mode setting is managed through the IFormulaOptions interface’s setCalculationMode method and, optimizing workflow and performance in Java applications when working with large datasets or complex calculations.
Cell Types
Enhance spreadsheet interactivity with button, checkbox, combo box, and hyperlink cell types for custom user interactions.
Range Template Cell
Use Range Template cells to apply structured, reusable layouts to multiple cell ranges while binding data dynamically.
Data Validation
Ensure data accuracy in Excel files by programmatically applying validation rules that restrict input formats, set value ranges, and display error messages.
Set Styles for Cells
Customize cell styles using this Java Excel API, including fill styles, fonts, borders, alignment, and number formats.
Merge Cells
Combine multiple cells into one using the Java Excel API, preserving only the top-left cell’s data.
Auto Merge Cells
Automatically merge adjacent cells with identical content when exporting spreadsheets to various formats, improving readability.
Protect Cell Range
Secure worksheet data by locking specific cell ranges or hiding formulas, ensuring controlled access and data integrity.
Hyperlinks
Insert and manage hyperlinks in Excel workbooks to reference external files, web pages, email addresses, or specific locations within a workbook.
Barcodes
Generate and display barcodes in spreadsheet cells, supporting various barcode types and conversion to images for enhanced document processing.
Rich Text in Cells
Apply rich text formatting in spreadsheet cells to customize font styles, colors, sizes, and effects for enhanced data presentation.
Document Solutions for Excel’s Java API library supports interactive cell types, including Button, CheckBox, ComboBox, Radio List, and Hyperlink, allowing you to enhance user interactions within a spreadsheet. These cell types define both the content and behavior of a cell, making it easier to implement custom functionality.
Users can apply cell types to individual cells, ranges, rows, columns, or entire worksheets. While Excel does not support these features natively, they are fully compatible with SpreadJS and are retained when using JSON I/O.
Range Template Cells allow developers to define a structured cell range as a reusable template, simplifying the display of identical data layouts across a worksheet.
This feature eliminates the need to reconfigure styles for multiple ranges and supports dynamic data binding. Once applied, the template functions as a single cell, enabling consistent formatting and improved data visualization. While useful for report generation and structured data representation, note that Excel does not support this feature, meaning it will be lost when saving to an .xlsx file, but can be viewed on the client-side using SpreadJS.
The Java Excel API library, Document Solutions for Excel, enables users to programmatically enforce data validation rules in Java server-side Excel workbooks, ensuring only correct and properly formatted data is entered.
Set constraints for whole numbers, decimals, dates, times, and text length, or create custom rules and dropdown lists for predefined inputs. Configure input prompts and error alerts to guide users and prevent invalid entries. Easily modify, highlight, or remove validation rules as needed to maintain data integrity across worksheets.
Programmatically apply extensive styling options to a range of cells in a worksheet using Java, including setting fill styles (solid, pattern, or gradient), customizing fonts, and or adjusting borders for better presentation.
Users can apply number formatting for currency, dates, and percentages, as well as fine-tune alignment settings such as horizontal and vertical positioning.
The Java Excel API allows merging multiple cells into a single cell using the merge method. When merging, only the top-left cell’s content remains, while other data in the range is lost. If all merged cells are empty, the formatting from the top-left cell is applied to the merged area. Users can merge entire ranges or restrict merging to rows within a range, providing flexibility in structuring data presentation.
Document Solutions for Excel allows automatic merging of adjacent cells containing identical text using the autoMerge method. This feature applies when exporting a workbook to formats like PDF, HTML, Image, XLSX, or JSON, ensuring structured data presentation without modifying the workbook itself.
Users can control the auto merge direction (row, column, or both) and define merge rules for precise formatting. The auto-merge functionality helps streamline reports, tables, and structured data exports while maintaining the integrity of the original spreadsheet.
Document Solutions for Excel’s Java API offers the IWorksheet’s setProtection option that allows software developers to programmatically protect the worksheet from unauthorized modifications.
The IProtectionSettings interface provide various options that only take affect when the worksheet is protected. Users can also unlock individual cells or ranges by setting the setLocked property to false. This will allow users to modify the unlocked cells when the worksheet is protected.
Developers can create hyperlinks in Excel worksheets, enabling quick access to external files, web pages, email addresses, or other worksheet ranges. Hyperlinks are managed through the IHyperlinks interface.
Using the add method, hyperlinks can be inserted into individual cells or ranges. Users can further configure hyperlinks by setting display text, tooltips, and email subjects. Hyperlinks can also be removed using the delete method, either from specific cells or the entire worksheet.
Document Solutions for Excel provides functionality to insert barcodes in worksheets, making it easy to encode and scan data with precision. Supported barcode types include QR Code, EAN-13, Code128, Data Matrix, PDF417, and more.
Since Excel does not support barcode formulas, barcodes can be generated using functions and later converted into images using the convertBarcodeToPicture method. This method allows saving barcodes in various image formats such as SVG (default) or JPG. Additionally, barcode data can be imported and exported using SpreadJS JSON I/O, and barcodes can be embedded into PDF exports for document sharing and printing.
Our Java Excel library supports rich text formatting, allowing users to apply multiple styles within a single cell. This feature is useful for emphasizing important information, such as company names, product titles, or key figures.
Rich text formatting enables customization of font styles, sizes, colors, and effects like bold, italic, underline, strikethrough, subscript, and superscript. Developers can manipulate rich text using APIs like IRichText, IRange.Characters(), and ITextRun, providing precise control over text formatting. Whether highlighting specific words, inserting formatted text dynamically, or adjusting styles across multiple runs, this feature enhances readability and data presentation in spreadsheets.
Excel Templates
Create reusable, data-driven Excel reports using the API’s Excel template support with dynamic data binding.
Comments
Add, format, and manage comments in spreadsheets to provide context and annotations without cluttering cells.
Find & Replace Data
Easily locate and update data across large spreadsheets using this Java Excel API’s find and replace functionality, supporting values, formulas, and formatting.
Digital Signatures
Digitally sign Excel spreadsheets using the Java Excel API to ensure document authenticity. Add visible or invisible signatures, verify signatures, and manage signature lines within worksheets.
Customize page layout, orientation, and print ranges in your Excel spreadsheets with full control using this Excel Java API.
Generate Paginated Spreadsheet Reports
Generate paginated spreadsheet reports using Java to create structured, multi-page templates for invoices, catalogs, and other reports.
Client-Side Data File Viewer
Includes a JavaScript-based client-side viewer for previewing data files, including XLSX, CSV, ARROW, PARQUET, and SpreadJS formats.
Document Solutions for Excel’s Java API library supports Excel template generation for building structured, repeatable reports that can be populated with dynamic data at runtime. Templates provide a powerful way to streamline report creation while reducing manual errors. Developers can design pre-formatted Excel files and bind them to structured data sources using the API’s Workbook open and processTemplate methods.
Templates support flexible field expressions like {{ds.FieldName}}, horizontal/vertical expansions, and formula fields for calculating summaries such as totals or averages.
Once processed, the final workbook can be saved using the Workbook's save method — making it easy to export the filled report to Excel or PDF formats.
Java Excel APIs allows you to annotate spreadsheets by adding comments to cells, making it easier to provide explanations, instructions, or contextual notes.
Comments can be customized with different layouts, font styles, and colors. They can be shown or hidden, moved, resized, or deleted as needed. You can also set an author for each comment and use rich text formatting to enhance readability.
The API provides full control over comment management, helping users streamline data presentation while keeping spreadsheets organized.
Document Solutions for Excel simplifies searching for specific values, formulas, and formatted data within large worksheets. The find method allows locating occurrences within a specified range, while the replace method updates values efficiently. Users can perform case-sensitive searches, match entire words, and search within formulas, comments, or text.
The Java Excel API also supports advanced replacements, such as updating all occurrences of a formula across a sheet. These capabilities streamline data management and improve accuracy when working with extensive spreadsheets.
This Java Excel API enables users to apply digital signatures to Excel workbooks using Java, verifying the integrity and authenticity of documents. Signature lines can be inserted into worksheets, allowing users to add official digital signatures. Additionally, non-visible signatures can be embedded, appearing only in the Excel signature panel.
Signed documents can be validated using certificates, and the API allows for countersigning to preserve existing signatures after modifications. Users can also remove digital signatures while retaining the original signature lines.
The API ensures compatibility with Microsoft Office digital signatures, making it a reliable solution for secure document handling in .xlsx and .xlsm formats.
Document Solutions for Excel, Java edition, gives developers complete control over spreadsheet printing with flexible page setup options. Developers can configure page size, orientation, headers and footers, and paper settings to tailor output for any use case. The API also allows for defining custom print page ranges, making it easy to generate targeted PDF or print exports from large worksheets. Whether printing reports, dashboards, or multi-page documents, this Java API streamlines the process with precision and ease.
Document Solutions for Excel’s Java API enables the creation of paginated spreadsheet reports, ideal for structured documents such as invoices, medical reports, and product catalogs. Reports can be paginated by page size, generating a new sheet when content exceeds the set dimensions, or by record count per page, ensuring a fixed number of records per worksheet grouped by a specific field.
When pagination mode is enabled, the Java Excel API dynamically generates page worksheets labeled with their index, such as “Sheet1_Page1” and “Sheet1_Page2.” This mode overrides page breaks and allows shapes and images to repeat based on layout rules.
Document Solutions Data Viewer is a JavaScript-based client-side viewer for loading and previewing XLSX, CSV, Apache Arrow, Parquet, and SpreadJS (SSJSON and .sjs) files. Designed for modern web applications, it supports all major browsers and integrates with JavaScript frameworks. The viewer provides essential features like zooming, scrolling, advanced search, and clipboard support, along with the ability to display tables, sparklines, hidden sheets, hyperlinks, and conditional formatting for better data readability.
DsDataViewer offers two licensing options: the Standard Viewer License, included with Document Solutions for Excel, supports core viewing features, while the Professional Viewer License adds sorting, filtering, slicers, and visualization support for charts, shapes, and barcodes.
Document Solutions for Excel supports JSON, .ssjson, and .sjs I/O of the popular SpreadJS JavaScript spreadsheet files. You can import, modify, and export files created with SpreadJS in Java apps. This allows you to programmatically create spreadsheets files on the server using Document Solutions for Excel, send them up to the client to edit using the Excel-like spreadsheet SpreadJS UI then send any changes back down to the server for any further processing, creating a comprehensive spreadsheet viewing and editing solution for both the server and client needs.
| Quick Start Guide | |
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| 1. Download the Latest DsExcel Release .jar file. | |
| 2. Install/Add the Java Excel API package and dependencies, then import the namespaces. |
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| 3. Create a new Java Excel workbook using the Workbook class and add content using the IRange interface. |
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| 4. Save the Java Excel workbook to a local Excel (XLSX) using the save method. |
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Learn more with our complete quick start guide for Document Solutions for Excel, Java Edition.
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