5/29/2023 0 Comments Clipy instructions![]() ![]() (Generally this shouldn’t be set by an automated process as EEPROM has a limited number of write cycles). This is useful for changing the persistent default behaviour of the controller from its factory defaults. This means the configuration will be loaded as default on each boot. This level saves the configuration as the pin defaults to the controllers EEPROM. This is good for runtime default settings that need to be reset periodically during a session. This means if the setting is over-written by a super volatile write, the settings can be refreshed from RAM, however they will still be cleared if the system is restarted. This level over-rides the current settings and saves those settings to ram on the device. This is good for temporary configurations. This will be persistent until the system reboots or reloads saved settings. This level is purely over-riding the current settings on the device. These volatility levels change how the microcontroller processes instructions and how deeply they get committed to memory. This system uses several ‘authorities’ for configuring the microcontroller, known as volatility levels. ![]() 250-255: High level UOS System Information.įor a rule of thumb you can consider higher numbered operations to be ‘higher-level’ functionality.100-249: Reserved for future functionality.50-59: Reserved for future functionality.0-19: Reserved for very low level register functionality.The system is segregated using addresses to refer to specific functionality. Official Interface - Python interface for communicating with UOS devices.Arduino (Device 0) - Running on top of the arduino bootloader, designed for ATMega328, namely the Uno and Nano.A command is sent over UART any time you need to set or request some information from the UOS device. Address 0 always refers to the Host device. The AOS system uses blanket remote address distribution, so address 1-255 are all uses for the embedded system. The entire system can be configured in runtime over UART, pins can be mapped levels set ect. This system aims to provide an all encompassing serial controlled device, which requires little to no further development for new applications. The UOS remote control system is a project that allows dynamic real-time control over embedded systems operation, using the Null Packet Comms Protocol. ![]()
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