Event-Driven Architecture
The core of EBP relies on a non-blocking Event Loop. By abstracting hardware interrupts into a centralized event queue, the system achieves maximum stability and scalability.
- Producer Isolation: Add sensors by simply calling EventAdd().
- Consumer Logic: Centralized event processing prevents spaghetti code.
- HAL Layer: Run the same code on a Linux simulator or bare-metal MCU.
Hardware Capabilities
- Comm: Dual UART, CANBus, and I2C integration.
- Expansion: TCA9555 GPIO & TCA8418 Keypad support.
- Environmental: Precise LM75B Temperature tracking.
- Power: Industrial 9-36V input regulation.
Software Core Modules
| Module | Functionality |
|---|---|
| BIT (Built-In Test) | System health monitoring & Watchdog management. |
| CommCan Manager | CANBus protocol parsing and packet handling. |
| Working Mode | Maintenance, Update, and Error working modes. |
| Debug | Real-time field diagnostics and debug logging. |
| Keypad-User Input | Manages and handles keypad inputs |
| Time Manager | RTC time, manages and update system time |
| Update Manager | Updates system over serial port |
| I/O Manager | Manages digital I/O |
Ready to Deploy
Open project files in Eclipse or STM32CubeIDE and click the build hammer.
Linux Environment
Perfect for SIL (Software-In-the-Loop) simulations and logic testing using GCC.
STM32 Targets
Optimized for ARM Cortex-M4 with full peripheral support.