Search Results for "delphi xml"

Build HTML5 web apps based on DSL (Domain Specific Language) for Delphi/FreePascal/Lazarus: - XMLGram to create XMLServices using DBExtract to select from DB, DBBatch to update DB, macros using programming patterns such as Multicast and RetroFit, - XQL (eXtensible Query Language) to select records in the embedded database XQLite, - XML to load/store record/dataset, - XTL (eXtensible Template Language) to design HTML5 pages based on templates, includes templates for multiple layouts: desktop, mobile and tablet devices XMLRAD includes an Embedded Web Server running natively on Windows and Linux with Delphi/FreePascal/Lazarus.

The .Net Core for Delphi/Lazarus (dotNetCore4Delphi) is a .Net Core Runtime Library for Delphi which helps Delphi/Pascal developers work with .Net Core. It is designed to provide a way to interact with .Net Core applications from Delphi/Pascal. What dotNetCore4Delphi can do: - Access .Net Core Framework Class Library. - Access Third Party .Net Core Libraries. - Access Your .Net Core Libraries. - etc Competitive Advantages: - Cross-platform framework that runs on Windows, Linux and...

Asphyre, also known as Platform eXtended Library, is a cross-platform framework for developing video games and scientific applications in Delphi, and FreePascal/Lazarus. The framework provides facilities for real-time rendering of graphics (using DirectX, OpenGL or Software Renderer), text output, mathematics (including vectors and matrices) and networking communication, among other features. It also supports singleboard devices such as Raspberry PI, Intel Galileo, BeagleBone Black and...

This library allows to read/write XML documents into objects using RTTI (run-time type information). Very useful for configurations, settings, skins and so on.

Terrier is a RBAC framework, business oriented and with focus on manageability and access control. Integrating all company tecnhnologies (java, ruby, delphi and others). The owner of a system can manage and delegate manageability to the systems, reducing