Learn ZEPHYR-RTOS-DSL with Real Code Examples

Device tree defines hardware layout

Kernel manages threads, timers, and events

Drivers interact with hardware via Zephyr API

Application layer implements business logic

Build system compiles configuration into firmware

Device tree defines hardware

RTOS kernel schedules threads and handles interrupts

Timers, semaphores, and queues manage task coordination

Application layer uses APIs for peripherals and network

Build system compiles DSL and C code into firmware

RTOS multi-threaded architecture

Device-tree-driven hardware abstraction

Event-driven and timer-based task management

Peripheral API encapsulation

Low-power and energy-aware execution patterns

IoT sensor hub with wireless communication

Wearable devices with battery optimization

Industrial robotics controller

Automotive ECU module

Smart home gateway with multi-threaded processing

Declarative device configuration via DSL

Deterministic real-time execution

Cross-platform and modular hardware abstraction

Minimal and efficient memory footprint

Integration with modern build systems and CI/CD

Modularize application with multiple threads

Reuse device tree overlays for new boards

Optimize kernel object usage

Profile real-time performance

Use build system and CI/CD for large-scale deployment

Port bare-metal C to Zephyr threads and device tree

Replace blocking loops with scheduled tasks

Integrate peripherals via API rather than direct register access

Use timers and semaphores for coordination

Test determinism and low-power behavior on target hardware