environments, from 8-bit processor to Linux and Win32 hosted application
(for debug purpose), using a wide range of compilers.
+Have a look at \ref short_introduction page for a quick overview of
+the BeRTOS system.
+
\section history History and Motivation
BeRTOS was born as a extremely modular, highly optimized and fine-tuned
Most non-essential features can be configured out for applications with small
memory footprint requirements.
+The basic design principles are explained in the \ref oop page.
+
\section features Features
- multitasking kernel with IPC, semaphores, priority levels;
environments, from 8-bit processor to Linux and Win32 hosted application
(for debug purpose), using a wide range of compilers.
+Have a look at \ref short_introduction page for a quick overview of
+the BeRTOS system.
+
\section history History and Motivation
BeRTOS was born as a extremely modular, highly optimized and fine-tuned
Most non-essential features can be configured out for applications with small
memory footprint requirements.
+The basic design principles are explained in the \ref oop page.
+
\section features Features
- multitasking kernel with IPC, semaphores, priority levels;
environments, from 8-bit processor to Linux and Win32 hosted application
(for debug purpose), using a wide range of compilers.
+Have a look at \ref short_introduction page for a quick overview of
+the BeRTOS system.
+
\section history History and Motivation
BeRTOS was born as a extremely modular, highly optimized and fine-tuned
Most non-essential features can be configured out for applications with small
memory footprint requirements.
+The basic design principles are explained in the \ref oop page.
+
\section features Features
- multitasking kernel with IPC, semaphores, priority levels;