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Create a new project in Uvision and then open the project properties
write fromelf --bin -o @L.bin !L in the "run user program after build" command.
This command generates the bin file from the elf file
Create a MBED_Flash.bat with the following content and place it in the project...
This is a custom function to convert a number to the ASCII representation
/*****************************************************************************
** Function name: ULongToStr
**
** Descriptions: converts an unsigned long to ASCII characters and stores the result to a char array...
Fast value reverting function for 8-bit char and 16-bit integer, it uses a lookup table for each nibble (4-bits).
/*****************************************************************************
** Function name: reverse_byte
**
** Descriptions: reverts the bits of a byte b0->b7, b1->b6...
The atmega has a few different PWM modes, the frequency and duty ratio depend on the mode and values used, this is a description of the way to calculate them.
In fast PWM top=ICR1, the output PWM frequency=timer clock/(ICR1+1) and the duty=OCR1A(B)/ICR1
In fast PWM top=0h00ff, the output...
The following macro can be used to simplify the process of using the internal AVR EEPROM
#include <avr/eeprom.h>
// defines for eeprom access
#define read_eeprom_byte(address) eeprom_read_byte ((const uint8_t*)address)
#define write_eeprom_byte(address,value) eeprom_write_byte...
In some compilers like codevisonAVR you can access individual bits using PINA.0 or PORTA.2, to do a similar thing with avrgcc you can use
// structure to allow bit field operations, name conversions: PORTA.0 -> PORT_A.b0 PORTB.7 -> PORT_B.b7
typedef struct{ uint8_t b0:1;
uint8_t b1:1...
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