SimulIDE bridges the gap between schematic capture and real-time firmware execution. While traditionally popular for 8-bit AVR (Arduino) and PIC architectures, modern versions of SimulIDE feature robust support for 32-bit ARM Cortex-M microcontrollers, specifically the STM32 series (such as the STM32F103 "Blue Pill"). Key Advantages
What you need to simulate (e.g., LCD, I2C sensors, Keypad)?
: It features a monitor that allows you to watch registers, SRAM, ROM, and program memory in real-time as the simulation runs.
If the simulation fails to load your file, verify that your compiler is generating a standard production .hex file. simulide stm32 full
Once you have basic GPIO working, explore the "full" capabilities:
The simulation process in SimulIDE involves bridging your compiled code with the virtual hardware. 1. Circuit Design
SimulIDE utilizes a modular architecture: SimulIDE bridges the gap between schematic capture and
: Use the built-in "Arithmetic" components to drag and drop a pre-configured Full Adder module. You can then connect fixed voltage sources as inputs (0 or 1) and LEDs with resistors to visualize the Sum and Carry Out .
Here are the features regarding in the standard (full) version of SimulIDE:
SimulIDE does not compile raw C/C++ code natively; it executes the compiled machine code. You must link your external compiler toolchain so SimulIDE can compile code directly from its built-in text editor. Open SimulIDE and navigate to > Compiler Settings . Select ARM or STM32 from the architecture dropdown menu. : It features a monitor that allows you
Sample pseudocode flow:
Find the section and select your target variant (e.g., STM32F103 ).