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Course program

For previous course program refer to [link](https://github.com/edosedgar/stm32f0_ARM/wiki/Home\ Legacy.md) If you want to contribute to the course, refer to TODO tasks section.

#	Lecture (in rus)	Slides	Labs	Extra materials
	Introduction.	eng		Toolchain installation guide
Main system
1	Toolchain. Blank project	rus	blank	Blank project building
2	NVIC	rus	rus	nvic
3	Memory map	rus	boot_gdb	Alternative way to program STM32
4	CPU	rus	control_clock, reset
Peripheral essentials
5	GPIO	rus	gpio	GPIO revisited
6	I2C	rus	i2c_oled_display i2c_oled_sprites i2c_ext_eeprom	SSD1306 driver tutorial
7	Universal synchronous asynchronous receiver transmitter (USART)	rus	usart_terminal usart_xprintf	Jupyter notebook installation
8	Serial Peripheral Interface (SPI)	rus	spi_shift_reg
9	Timers 1	rus	timers_basics timers_freq_meter
10	Timers 2	rus	timers_encoder timers_pwm_sound
Real Time Operating systems
11	EXTI. System Timer	rus	exti_systick	Random stuff
12	RTOS and FSM	rus	fsm_basic rtos_basic	FSM & RTOS info
13	FreeRTOS. IPC	rus
14	FreeRTOS. Processes	rus
Advanced topics
15	Low power mode	rus
16	Direct memory access (DMA)	rus
17	Real time clock (RTC)	rus	rtc_alert rtc_backup_regs
18	ADC & DAC	rus	adc_temp dac
19	Libraries overview. libopencm3	rus
20	Designing STM32 board from scratch	rus

Links to the main docs

1. The full details of the instruction set, programmer's model, and other topics (detailed) [pdf]
2. Cortex-M0 programmer's model, instruction details and general information about the architecture [pdf]
3. The timing information of the processor core, and implementation-related information [pdf]
4. STMicroelectronics version of Cortex-M0 core [pdf]
5. General description of peripherals within chip [pdf]
6. STM32F051-specific information (like pinout) [pdf]
7. STM32F0Discovery description [pdf]
8. Low Layer library description [pdf]
9. GDB commands cheat-sheet [pdf]