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Interlude – microcontroller flash tool

Interlude – microcontroller flash tool. Openocd. Cross-Debugger „gdb-multiarch“. Interlude – cross compiler. Interlude – Get the Demo code. Interlude - Compiling. println! on microcontrollers. Debugging with gdb. Automatic code formatting. Aufbau eines Projekts für den Mikrocontroller.

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Interlude – microcontroller flash tool

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  1. Interlude – microcontroller flash tool

  2. Openocd

  3. Cross-Debugger „gdb-multiarch“

  4. Interlude – cross compiler

  5. Interlude – Get the Demo code

  6. Interlude - Compiling

  7. println! on microcontrollers

  8. Debugging with gdb

  9. Automatic code formatting

  10. Aufbau eines Projekts für den Mikrocontroller Ansteuerung einer Leuchtdiode

  11. Blinking pins.led.set(true); let mut last_led_toggle = system_clock::ticks(); loop { let ticks = system_clock::ticks(); if ticks – last_led_toogle >= 10 { pins.led.toggle(); last_led_toggle = ticks; } }

  12. 10. Exkurs: Dokumentation

  13. 10. Exkurs: Dokumentation

  14. 13. Led - pin vorbereiten fnmain(…) // configure led pin as output pin let led_pin = (gpio::Port::PortI, gpio::Pin::Pin1); let mut led = gpio.to_output(led_pin, gpio::OutputType::PushPull, gpio::OutputSpeed::Low, gpio::Resistor::NoPull) .expect("led pin already in use"); // turn led on led.set(true);

  15. 13. Excurs: Pinkonfigurationen VDD VDD VDD + - Ausgang Ausgang Ausgang -VDD -VDD -VDD VDD VDD VDD VDD Ausgang Ausgang Ausgang Ausgang -VDD

  16. 14. Programm fnmain(…) let mut last_led_toggle = system_clock::ticks(); loop { let ticks = system_clock::ticks(); // every 0.5 seconds if ticks - last_led_toggle >= 500 { // toggle the led let led_current = led.get(); led.set(!led_current); last_led_toggle = ticks; } }

  17. 16. Dokumentation

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