This is an example of a library. You may see a list of other libraries used on Rosetta Code at Category:Solutions by Library.
The Ecere runtime components are what enables the cross platform aspect of the SDK. It offers the same functionality across the multiple platforms it supports, and therefore allows for platform independent application development and deployment. Programmers can therefore spend their time working on the essence of their application. They don't have to worry about maintaining multiple versions of their application for each platform on which it will be deployed.
Currently, Windows, Linux and Mac OS X (through X11) are supported. It can be built for other UNIX systems, therefore if you are interested in a particular system please let us know. A more native Mac OS X support is planned for the future, and PDAs and game consoles are being considered as well.
The runtime component has a very small footprint. It can either take the form of a shared or static library. In its simplest form it can be bundled into a single application executable smaller than 1 megabyte on Windows.
Cross Platform Graphical User InterfaceEdit
One of the most important feature of the runtime component is the custom cross platform GUI engine. It is an alternative and is analogous to other GUI toolkits such as wxWindows, GTK or Qt. It also offers a rich 2D text, graphics and image manipulation system supporting a variety of graphics file formats.
The runtime component covers many powerful general functionality covering advanced file access, multi-threading, time. It also greatly simplifies socket programming (either through UDP or TCP/IP).
3D Graphics EngineEdit
The runtime component contains a powerful and easy to use 3D graphics engine, introducing concepts of cameras, meshes, materials, lights and objects. It currently supports loading models from the 3DS file format. Meshes can also be built dynamically through the API. The engine supports both Direct3D and OpenGL.
Component Object ModelEdit
The runtime component also enables the entire Ecere Component Object Model and its advanced features such as distributed objects, dynamic class hierarchy amalgamation, dynamic injection and ejection of modules and their components as well as automatic data type management.
Pages in category "Ecere"
The following 2 pages are in this category, out of 2 total.