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+This project is a firmware application designed for the MindMotion MM32F0121 microcontroller. It integrates various hardware peripherals and communication protocols to enable functionalities such as Wi-Fi connectivity via the ESP8266 module, OLED display control, LED and servo PWM control, and JSON data handling.
+
+### Key Features
+- **Wi-Fi Connectivity**: Uses the ESP8266 module for connecting to Wi-Fi networks and handling MQTT communication.
+- **OLED Display**: Provides functions to control an OLED display via I2C for showing characters, strings, and numeric data.
+- **LED and Servo Control**: Includes utilities for LED toggling and servo motor control using PWM signals.
+- **Delay and Timing**: Implements millisecond-level delays using the SysTick timer.
+- **JSON Handling**: Uses the cJSON library to parse and generate JSON data for communication and configuration purposes.
+
+### Components
+- **CMSIS**: ARM Cortex Microcontroller Software Interface Standard, providing low-level device support.
+- **MM32Libs**: MindMotion standard peripheral library for the MM32 series microcontrollers.
+- **HardLibs**: Hardware abstraction layer for components like ESP8266, OLED, LEDs, and onboard peripherals.
+- **Utils**: Utility functions for delay, PWM control, console output, and JSON manipulation.
+
+### Usage
+The project initializes the system clock and various peripherals in the `main()` function. It sets up the ESP8266 for MQTT communication, initializes the OLED display, and configures LED and servo PWM outputs. The main loop handles user input and updates the display accordingly.
+
+### Build Environment
+The project is built using the Keil MDK-ARM toolchain, with project configuration files included for easy setup and compilation.
+
+### License
+This project uses components with licenses such as the Apache License 2.0 and MIT License. Please refer to individual files for specific licensing details.
+
+### Contributing
+Contributions are welcome! Please ensure you understand the project structure and licensing before submitting pull requests.
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+This project is a firmware application designed for the MindMotion MM32F0121 microcontroller. It integrates various hardware peripherals and communication protocols to enable functionalities such as Wi-Fi connectivity via the ESP8266 module, OLED display control, LED and servo PWM control, and JSON data handling.
+
+### Key Features
+- **Wi-Fi Connectivity**: Uses the ESP8266 module for connecting to Wi-Fi networks and handling MQTT communication.
+- **OLED Display**: Provides functions to control an OLED display via I2C for showing characters, strings, and numeric data.
+- **LED and Servo Control**: Includes utilities for LED toggling and servo motor control using PWM signals.
+- **Delay and Timing**: Implements millisecond-level delays using the SysTick timer.
+- **JSON Handling**: Uses the cJSON library to parse and generate JSON data for communication and configuration purposes.
+
+### Components
+- **CMSIS**: ARM Cortex Microcontroller Software Interface Standard, providing low-level device support.
+- **MM32Libs**: MindMotion standard peripheral library for the MM32 series microcontrollers.
+- **HardLibs**: Hardware abstraction layer for components like ESP8266, OLED, LEDs, and onboard peripherals.
+- **Utils**: Utility functions for delay, PWM control, console output, and JSON manipulation.
+
+### Usage
+The project initializes the system clock and various peripherals in the `main()` function. It sets up the ESP8266 for MQTT communication, initializes the OLED display, and configures LED and servo PWM outputs. The main loop handles user input and updates the display accordingly.
+
+### Build Environment
+The project is built using the Keil MDK-ARM toolchain, with project configuration files included for easy setup and compilation.
+
+### License
+This project uses components with licenses such as the Apache License 2.0 and MIT License. Please refer to individual files for specific licensing details.
+
+### Contributing
+Contributions are welcome! Please ensure you understand the project structure and licensing before submitting pull requests.
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