DynaPDF is a highly powerful, thread-safe, commercial C/C++ library used by developers to create, import, modify, and repair PDF documents. Because it is decoupled from platform-specific PDF engines, it provides identical, byte-exact output across Windows, macOS, Linux, and iOS/Android.
Integrating DynaPDF into an application follows a structured workflow, whether you are embedding it natively via C/C++ / .NET or using popular cross-platform plugin wrappers like Monkeybread Software (MBS) for Xojo and Claris FileMaker. 1. Cross-Platform Library Architecture
To support cross-platform functionality, DynaPDF provides architecture-specific binaries: Windows: dynapdf.dll (32-bit or 64-bit) macOS: libdynapdf.dylib (supports Apple Silicon and Intel) Linux: libdynapdf.so (32-bit, 64-bit, ARM, and x86 CPUs) 2. Core Integration Steps Step A: Library Initialization
Before calling any PDF functions, the library binary must be mapped into your runtime environment. If using wrappers like MBS, you trigger the DynaPDF Initialization command, pointing to the binary’s local file path and supplying your license key. Step B: Instantiating the PDF Context
DynaPDF operates on an instance-based model. You create a memory instance to house your active document workspace.
// Concept flow for initializing an active memory space Set Variable [$pdf; Value: MBS(“DynaPDF.New”)] Use code with caution.
Note: You can run multiple instances in parallel (e.g., in server scripts), but each thread/script must manage its own unique instance ID to maintain memory safety. Step C: Appending or Importing Pages
You have two structural paths depending on your app’s workflow: Monkeybread Software – MBS FileMaker Plugin: DynaPDF.New