Connect $3$ LED's $($GPIO$),2$ Push buttons $($EXTI$),$ and voltage divider $(R3=1k$ and $R5=10k||R6=10k)$ to the proper pins of the microcontroller. WARNING: Show the lector, before connecting to USB.

Setup.

Setup Microcontroller pinout and all microcontroller settings:

$1\mathrm{.}16$ Add a User Label for GPIO with your initials as an example LED$\_$GREEN$\_$VZ$.$

$1\mathrm{.}17$ Setup GPIO EXTI interrupt for reacting on the falling edge of the push buttons.

$1\mathrm{.}18$ Set up ADC for reading data using the pooling method.

$1\mathrm{.}19$ Setup Timer blinking AND reading.

$1\mathrm{.}20$ Setup UART for speed $57600$ with $8$ bits of data and one stop bit.

Code.

Write a code for:

After reset all LEDs must blink with $1\mathrm{.}5Hz$ frequency and send to the UART your name and surname $($please write to the report the formula and parameters for the blinking frequency you calculated and set in CubelDE$).$

If the first button is released $-$ Send to the UART message "EFFECT $1"$ and LEDs should start blinking with the "EFFECT $1"$ sequence: $110,011,101,111,101,000$ with $98Hz$ frequency.

If the second button is pressed $-$ Send to the UART text "EFFECT $2"$ and LEDs should start blinking with the "EFFECT $2"$ sequence: $110,010,011$ with $22Hz$ frequency.

If send the command $"$SB$"$ to UART, LEDs should stop blinking and need to be OFF. UART should print out text "Stop Blinking".

If send the command $"$G$1"$ to the microcontroller UART, LEDs should start blinking with the $3Hz$ frequency $($please write to the repo the formula and parameters for the blinking frequency you calculated and set in CubelDE$).$

If sending the command $"$AN$"$ to UART $-$ ADC should read the voltage from analog input and send to UART voltage value. IF value than $1,5V-$ LEDs should be off if less ON$.$