| BatchProcessing | Shows how to use Batch Processor for processing a large amount of one-page documents. | Windows: C#, C++ (native COM support), raw C++, Java, Visual Basic .NET Linux: C++, Java |
| BCR | Shows how you can extract data from business cards using FineReader Engine. | Linux: C++ |
| Business Card Recognition | Shows how you can extract data from business cards using FineReader Engine. | macOS: Objective-C |
| Classification | You can train ABBYY FineReader Engine to classify any types of documents. | Linux: C++ macOS: C++ |
| CommandLineInterface | Provides the command line interface of ABBYY FineReader Engine. The sample produces a CommandLineInterface utility, which supports most of the ABBYY FineReader Engine API functions through numerous keys. | macOS: C++ Linux: C++ Windows: raw C++ |
| CustomLanguage | Creates a new recognition language and changes its dictionary to a manually-created sample dictionary. After recognition, it calculates the number of words in the text and how many of them were found in the user dictionary. | Windows: C#, C++ (native COM support), raw C++, Visual Basic .NET Linux: C++ |
| Data Extraction | Demonstrates the use of DataExtraction profile to extract as much useful data from a document as possible. | Windows: C# for .NET Core |
| Document Comparison | Shows how you can compare a document or page with its copy. | Windows: C++ Linux: C++ macOS: C++ |
| EnginesPool | Provides a complete reusable solution for a pool of FineReader Engine objects in a multithreaded application and demonstrates the gain in speed when using multithreaded processing. | Windows: C#, Java |
| EventsHandling | Illustrates the use of the callback interfaces using the FRDocument callback interface (IFRDocumentEvents) as an example. The sample shows the progress of recognition and export during image processing. | Windows: C#, C++ (native COM support), raw C++, Java, Visual Basic .NET Linux: C++, Java |
| Hello | Performs document conversion with just a few lines of code. This sample will help you to start development using the ABBYY SDK. | Windows: C#, C++ (native COM support), raw C++, Java, VBScript, JavaScript, Perl, Visual Basic .NET, .NET Core Linux: C++, Java |
| Hello (Outproc) | Performs the basic sample of document conversion in a separate process with ABBYY FineReader Engine. | Linux: C++, Java |
| HelloBCR | Shows how you can extract data from business cards using FineReader Engine. | Windows: C# for .NET Core |
| ICR | Performs handwritten text recognition. | Linux: C++ |
| MRZExtraction | Shows how you can extract data from a machine-readable zone (MRZ). | Windows: C# Linux: C++ |
| Multithreading | Demonstrates image processing in parallel threads. | Linux: C++, Java |
| RecognizedTextProcessing | Calculates recognition statistics (e.g., the number of suspicious characters and unrecognized characters, the number of words that are not in the dictionary). | Windows: C#, C++ (native COM support), raw C++, Visual Basic .NET |
| rmiPoolClient | Shows how to use the com.abbyy.rmi.FREngine and com.abbyy.rmi.pool.FREngine packages to create a single-thread client which works with a processing server as implemented in the rmiPoolServer sample. | Linux: Java |
| rmiPoolServer | Shows how to use the com.abbyy.rmi.pool.impl.FREngine package to create a server application which manages a pool of worker threads (as implemented by rmiWorker sample), each running a separate instance of FineReader Engine. | Linux: Java |
| rmiWorker | Shows how to use the com.abbyy.rmi.server.FREngine package to create a simple single-thread server for processing. | Linux: Java |
| rmiWorkerClient | Shows how to use the com.abbyy.rmi.FREngine package to create a client which works with a processing server as implemented in the rmiWorker sample. | Linux: Java |
| Scanning | Provides a simple implementation of a “scanning computer”. | Windows: C# |
| SAFEARRAY\_Hello | Demonstrates the basic sample of document processing with the SAFEARRAY type usage. | Linux: C++ macOS: C++ |
| threadPoolClient | (Java) Shows how to use the com.abbyy.rmi.FREngine and com.abbyy.rmi.pool.FREngine packages to create a multi-thread client which works with a processing server as implemented in the rmiPoolServer sample. The client uses the standard ExecutorService interface to organise parallel processing of all images in a folder. | Linux: Java |
| TiffToRtf | Performs document conversion with just a few lines of code. This sample will help you to start development using the ABBYY SDK. | macOS: (Objective-C) |
| VisualComponents | From the user interface construction blocks, creates a comprehensive tool for document conversion tasks. This sample will help you to start development with the ABBYY Visual Components. | Windows: C#, C++ (native COM support), Visual Basic .NET |
