LogicPython is a browser-based Python development environment for microcontrollers. The target device must be a microcontroller board device with LogicPython firmware installed. You can edit code, deploy to the device, run programs, monitor output, and use AI-assisted editing.

• Getting Started - Setup checklist and basic workflow.
• First Program - Build your first blink project.
• Running on Device - Deploy, run, and stop programs.
• Serial Monitor - View and manage runtime output.
• AI Assistant - Request and review AI code edits.

LogicPython includes a CUBLOC API for those who wish to leverage their familiarity with the CUBLOC platform.

• ADIn - Read the full MicroPython ADC value from the specified ADC channel.

• High - Set a digital output pin high.
• In - Read a digital input value from a pin.
• Input - Configure a pin as digital input.
• Low - Set a digital output pin low.
• Out - Write a digital output value to a pin.
• Output - Configure a pin as digital output.
• Reverse - Toggle the output state of the specified pin.

• EERead - Read data from a non-volatile memory.
• EEWrite - Write data to a non-volatile memory.

• Pwm - Output a PWM waveform on the specified channel.
• PwmOff - Stop PWM output on the specified channel.

• SetModbus - Start the LogicPython Modbus RTU slave worker using a pre-opened UART channel.

• StepAccel - Output an accelerated pulse train on step channel 0 using a PIO state machine.
• StepPulse - Output a finite pulse train on the specified pin using a PIO state machine.
• StepStat - Return how many pulses have been generated by the most recent StepPulse or StepAccel command on the channel.
• StepStop - Immediately stop pulse output on the specified step channel.