Dpdl is a software framework designed for constrained device and rapid prototyping programming. It comes with built-in database technology and
allows access to the Java platform API and external Java libraries. In addition, Dpdl supports the embedding and on-the-fly execution of ANSI C code,
Python, and OCaml directly within Dpdl scripts.
One of the main advantages of Dpdl is its ability to help developers develop ideas faster on multiple platforms. By utilizing the power of multiple programming
languages and reusing code, developers can save time on installing, compiling, and configuring environments. Furthermore, Dpdl is specifically designed to run
on constrained devices, making it simple, compact, robust, extendable, and portable to almost every platform.
Dpdl offers a powerful development platform for industrial applications, education, and research by combining the portability and vast API availability of Java
and Python, the expressiveness of OCaml, and the power of C programming language. It also integrates common IoT protocol stacks such as Bluetooth(tm) and CoAP
by default, and allows the addition of third-party libraries and functions as extensions.
One of the key features of Dpdl is its efficiency in encoding, storing, controlling, visualizing, and querying data, especially on devices with a small memory
footprint. Dpdl supports the embedding and execution of standard ANSI C code, Python, and OCaml directly within Dpdl scripts. This makes it suitable for a wide
range of use-cases, including hardware programming. In the case of OCaml, the code can be interpreted or compiled.
Overall, Dpdl offers a comprehensive software framework for constrained device and rapid prototyping programming. With its support for multiple programming languages,
database technology, and integration of IoT protocols, Dpdl is a powerful tool for developers working on industrial applications, education, and research.