MCU_AddressLatch_DataMemory_DataLatch_PA0_RA0_

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Embedded system programming of electronic devices

C/C++

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/*List of commands of instruction*/

#define HIGH 0xFF

#define LOW 0x00

#define Clear_Display 0x01

#define Return_Home 0x02

#define Decrement_Cursor 0x04

#define Shift_Display_Right 0x06

#define Shift_Display_Left 0x07

#define Display_Off_and_Cursor_Off 0x08

#define Display_Off_and_Cursor_On 0x0A

#define Display_On_and_Cursor_Off 0x0C

#define Display_On_and_Cursor_Blinking 0x0E

#define Display_On_and_Cursor_Blinking 0x0F

#define Shift_Cursor_Position_to_Left 0x10

#define Shift_Cursor_Position_to_Right 0x14

#define Shift_Entire_Display_to_Left 0x18

#define Available_Interrupt_Pointers 0x3FF

#define Reserved_Interrupt_Pointers 0x07F

#define Reserved 0x016

#define Overflow 0x014

#define Non_Maskable 0x00C

#define Single_Step 0x008

#define Divide_Error 0x005

#define DSTATUS 0x00 //32 RW Status Register

#define DCFG 0x04 //32 RW DDR Configure Register

#define DCTRL 0x08 3//2 RW DDR Control Register

#define DLMR 0x0C //32 RW DDR Load-Mode-Register

#define DTIMING1 0x10 //32 RW DDR Timing Configure Register 1

#define DTIMING2 0x14 //32 RW DDR Timing Configure Register 2

#define DREFCNT 0x18 //32 RW Auto-Refresh Counter

#define DDQS 0x1C //32 RW DDR DQS Delay Control Register

#define DDQSADJ 0x20 //32 RW DDR DQS Delay Adjust Register

#define DMMAP0 0x24 //32 RW DDR Memory CS0 Map Configure Register

#define DMMAP1 0x28 //32 RW DDR Memory CS1 Map Configure Register

#define DDELAYCTRL 0x2C //32 RW DDR Memory Delay Control Register

#define Word_Select 0x0000

#define STOP 0x0000007B

#define SYSTEM_ERROR 0x0000007E

#define EIC 0xFFFFFFFF

#define EIC 0xFFFFFC00

#define APB2 0xE0000000

#define APB1 0xC0000000

#define RCCU 0xA0000000

#define EXTMEM 0x60000000

#define FLASH 0x40000000

#define RAM 0x20000000

#define BootMEM 0x00000000

#define ERROR_CODE 0x000010FF

#define SIMPLE_RATE 0x000012FF

#define URLACTION_ACTIVEX_MAX 0x000013FF

Configuration structures:

Setup()

Loop()

Main()

DateStampForUSB ()

Control()

Keypress ()

Keyboard()

USB_Mass_Storage_Device ()

USB_Device ()

Micro_SDHC ()

Modem()

Generic_USB_Hub ()

Standard_USB_Host_Controller ()

Universal_Serial_Bus_controllers ()

Network_adapters ()

Monitors()

Mice()

Storage_volumes ()

System_devices ()

GSM_CPU()

DAC_I2S()

SIM_I2C()

PWM_INIT()

Dialup_Tone ()

Dialup_Pulse ()

System_Firmware ()

USB_Input_Device ()

System_timer ()

UMBus_Root_Bus_Enumerator ()

USB_Composite_Device ()

USB_Root_Hub (xHCI)

Disk_drive ()

Register()

Shift_register ()

Encoder()

Decoder()

Arithmetic_logic_unit ()

Multiplexer()

Demultiplexer ()

SET_CLR_CARD_DETECT()

BUS_I2C()

USBtinyISP ()

Control Structures:

if (someVariable > 50)

{

// do something here

}

if (pinFiveInput < 500)

{

Action A

}

Else

{

Action B

}

for(initialization; condition; increment){

//Statement

}

switch (var) {

case 1:

//do something when var equals 1

break;

case 2:

//do something when var equals 2

break;

default:

// if nothing else matches, do the default

// default is optional

break;

}

while(expression){

Statement(s)

}

{

Statement block

}

while(test condition);

Default

Return

While

Continue

Goto

Further-syntax structures:

; (semicolon)

{} (curly braces)

// (single line comment)

/* */ (multi-line comment)

#define COMMAND PROGRAM_CODE

#include<FILE_NAME.h>

#pragma SIGNAL PROGRAM_CODE

#error “NOTIFICATION ABOUT ERROR”

#warning “NOTIFICATION ABOUT WARNING”

#line DIGIT “FILENAME”

#if

#ifdef IDENTIFIER

#ifndef DEBUG_FILENAME

#define DEBUG_FILENAME

#else

#elif DEVICE == VALUE

#endif

Structures of Arithmetic Operators:

= (assignment operator)

+ (addition)

- (subtraction)

* (multiplication)

/ (division)

% (modulo)

Structures of Comparison Operators:

== (equal to)

!= (not equal to)

< (less than)

> (greater than)

<= (less than or equal to)

>= (greater than or equal to)

Structures of Boolean Operators:

&& (and)

|| (or)

! (not)

Structures of Pointer-access Operators:

* dereference operator

& reference operator

Structures of Bitwise Operators:

& (bitwise and)

| (bitwise or)

^ (bitwise xor)

~ (bitwise not)

<< (bitshift left)

>> (bitshift right)

Structures of Compound Operators:

++ (increment)

-- (decrement)

+= (compound addition)

-= (compound subtraction)

*= (compound multiplication)

/= (compound division)

%= (compound modulo)

&= (compound bitwise and)

|= (compound bitwise or)

Variable constants:

HIGH | LOW

INPUT | OUTPUT | INPUT_PULLUP

LED_BUILTIN

true | false

LEFT | RIGHT | CENTER

CHANGE

PORTA | PORTB | PORTC | PORTD | PORTE

PINA | PINB | PINC | PIND | PINE

UP_BUTTON | DOWN_BUTTON

Variable data types:

Sbit DEVICE_PIN_NAME

void CONFIGURATIONS(){}

struct VALUE{}

boolean x = y; //

char x = "y"; //

unsigned char x = y; //

byte x = y; //

int x = y; //

uint8_t x = y; //

uint16_t x = y; //

uint32_t x = y; //

uint64_t x = y; //

unsigned int x = y; //

word x = y; //

long x = y; //

unsigned long x = y; //

short x = y; //

float x = y; //

double x, y; //

string - char array //

String x = "y"; //

Array

Variable conversion:

Char()

Byte()

Int ()

Word()

Long()

Float()

Variable scope and qualifiers:

Static

Volatile

Const

Register

Extern

Union

Class

Public

Private

Protected

Auto

Operator

Typedef

Enum

Variable utilities:

sizeof ();

PROGMEM

All Updating

Arduino_Updating

AVR-Microcontroller:

/*Microcontrollers Atmega8515/162 pin out configuration */

#ifndef AVR_PINOUT_H

#define AVR_PINOUT_H

#include"AVR_PINOUT.h"

#include"Arduino.h"

#else

#include<avr/io.h>

#else

#include<avr/signal.h>

/*Interface of Port B*/

#define MCU_SPI_PBDI_PORTB_PB0 0; //

#define MCU_SPI_PBDI_PORTB_PB1 1; //

#define MCU_SPI_PBDI_PORTB_PB2 2; //

#define MCU_SPI_PBDI_PORTB_PB3 3; //

#define MCU_SPI_PBDI_PORTB_PB4 4; //

#define MCU_SPI_PBDI_PORTB_PB5 5; //

#define MCU_SPI_PBDI_PORTB_PB6 6; //

#define MCU_SPI_PBDI_PORTB_PB7 7; //

/*Interface of Port D*/

#define MCU_USART_PDDI_PORTD_PD0 8; //

#define MCU_USART_PDDI_PORTD_PD1 9; //

#define MCU_USART_PDDI_PORTD_PD2 10; //

#define MCU_USART_PDDI_PORTD_PD3 11; //

#define MCU_USART_PDDI_PORTD_PD4 12; //

#define MCU_USART_PDDI_PORTD_PD5 13; //

#define MCU_USART_PDDI_PORTD_PD6 14; //

#define MCU_USART_PDDI_PORTD_PD7 15; //

/*Interface of Port C*/

#define MCU_PCDI_PORTC_PC0 16; //

#define MCU_PCDI_PORTC_PC1 17; //

#define MCU_PCDI_PORTC_PC2 18; //

#define MCU_PCDI_PORTC_PC3 19; //

#define MCU_PCDI_PORTC_PC4 20; //

#define MCU_PCDI_PORTC_PC5 21; //

#define MCU_PCDI_PORTC_PC6 22; //

#define MCU_PCDI_PORTC_PC7 23; //

/*Interface of Port A*/

#define MCU_PADI_PORTA_PA0 24; //

#define MCU_PADI_PORTA_PA1 25; //

#define MCU_PADI_PORTA_PA2 26; //

#define MCU_PADI_PORTA_PA3 27; //

#define MCU_PADI_PORTA_PA4 28; //

#define MCU_PADI_PORTA_PA5 29; //

#define MCU_PADI_PORTA_PA6 30; //

#define MCU_PADI_PORTA_PA7 31; //

/*Interface of Port E*/

#define MCU_PEDI_PORTE_PE2 34; //

#define MCU_PEDI_PORTE_PE1 33; //

#define MCU_PEDI_PORTE_PE0 32; //

/*Interface of Port B*/

MCU_SPI_PBDI_PORTB_PB0 = 0; //

MCU_SPI_PBDI_PORTB_PB1 = 1; //

MCU_SPI_PBDI_PORTB_PB2 = 2; //

MCU_SPI_PBDI_PORTB_PB3 = 3; //

MCU_SPI_PBDI_PORTB_PB4 = 4; //

MCU_SPI_PBDI_PORTB_PB5 = 5; //

MCU_SPI_PBDI_PORTB_PB6 = 6; //

MCU_SPI_PBDI_PORTB_PB7 = 7; //

/*Interface of Port D*/

MCU_USART_PDDI_PORTD_PD0 = 8; //

MCU_USART_PDDI_PORTD_PD1 = 9; //

MCU_USART_PDDI_PORTD_PD2 = 10; //

MCU_USART_PDDI_PORTD_PD3 = 11; //

MCU_USART_PDDI_PORTD_PD4 = 12; //

MCU_USART_PDDI_PORTD_PD5 = 13; //

MCU_USART_PDDI_PORTD_PD6 = 14; //

MCU_USART_PDDI_PORTD_PD7 = 15; //

/*Interface of Port C*/

MCU_PCDI_PORTC_PC0 = 16; //

MCU_PCDI_PORTC_PC1 = 17; //

MCU_PCDI_PORTC_PC2 = 18; //

MCU_PCDI_PORTC_PC3 = 19; //

MCU_PCDI_PORTC_PC4 = 20; //

MCU_PCDI_PORTC_PC5 = 21; //

MCU_PCDI_PORTC_PC6 = 22; //

MCU_PCDI_PORTC_PC7 = 23; //

/*Interface of Port A*/

MCU_PADI_PORTA_PA0 = 24; //

MCU_PADI_PORTA_PA1 = 25; //

MCU_PADI_PORTA_PA2 = 26; //

MCU_PADI_PORTA_PA3 = 27; //

MCU_PADI_PORTA_PA4 = 28; //

MCU_PADI_PORTA_PA5 = 29; //

MCU_PADI_PORTA_PA6 = 30; //

MCU_PADI_PORTA_PA7 = 31; //

/*Interface of Port E*/

MCU_PEDI_PORTE_PE2 = 34; //

MCU_PEDI_PORTE_PE1 = 33; //

MCU_PEDI_PORTE_PE0 = 32; //

/*Microcontrollers Atmega8535/16/32/164/324/644/1284 pin out configuration */

/*Interface of Port B*/

#define MCU_SPI_PBDI_PORTB_PB0_LED 0; //

#define MCU_SPI_PBDI_PORTB_PB1 1; //

#define MCU_SPI_PBDI_PORTB_PB2 2; //

#define MCU_SPI_PBDI_PORTB_PB3 3; //

#define MCU_SPI_PBDI_PORTB_PB4_SS 4; //

#define MCU_SPI_PBDI_PORTB_PB5_MOSI 5; //

#define MCU_SPI_PBDI_PORTB_PB6_MISO 6; //

#define MCU_SPI_PBDI_PORTB_PB7_SCK 7; //

/*Interface of Port D*/

#define MCU_USART_PDDI_PORTD_PD0_RXD 8; //

#define MCU_USART_PDDI_PORTD_PD1_TXD 9; //

#define MCU_USART_PDDI_PORTD_PD2 10; //

#define MCU_USART_PDDI_PORTD_PD3 11; //

#define MCU_USART_PDDI_PORTD_PD4 12; //

#define MCU_USART_PDDI_PORTD_PD5 13; //

#define MCU_USART_PDDI_PORTD_PD6 14; //

#define MCU_USART_PDDI_PORTD_PD7 15; //

/*Interface of Port C*/

#define MCU_TWI_PCDI_PORTC_PC0_SCL 16; //

#define MCU_TWI_PCDI_PORTC_PC1_SDA 17; //

#define MCU_TWI_PCDI_PORTC_PC2_TCK 18; //

#define MCU_TWI_PCDI_PORTC_PC3_TMS 19; //

#define MCU_TWI_PCDI_PORTC_PC4_TDO 20; //

#define MCU_TWI_PCDI_PORTC_PC5_TDI 21; //

#define MCU_TWI_PCDI_PORTC_PC6 22; //

#define MCU_TWI_PCDI_PORTC_PC7 23; //

/*Interface of Port A*/

#define MCU_PADI_PORTA_ADC_PA0 24; //

#define MCU_PADI_PORTA_ADC_PA1 25; //

#define MCU_PADI_PORTA_ADC_PA2 26; //

#define MCU_PADI_PORTA_ADC_PA3 27; //

#define MCU_PADI_PORTA_ADC_PA4 28; //

#define MCU_PADI_PORTA_ADC_PA5 29; //

#define MCU_PADI_PORTA_ADC_PA6 30; //

#define MCU_PADI_PORTA_ADC_PA7 31; //

/*Interface of Port B*/

MCU_SPI_PBDI_PORTB_PB0_LED = 0; //

MCU_SPI_PBDI_PORTB_PB1 = 1; //

MCU_SPI_PBDI_PORTB_PB2 = 2; //

MCU_SPI_PBDI_PORTB_PB3 = 3; //

MCU_SPI_PBDI_PORTB_PB4_SS = 4; //

MCU_SPI_PBDI_PORTB_PB5_MOSI = 5; //

MCU_SPI_PBDI_PORTB_PB6_MISO = 6; //

MCU_SPI_PBDI_PORTB_PB7_SCK = 7; //

/*Interface of Port D*/

MCU_USART_PDDI_PORTD_PD0_RXD = 8; //

MCU_USART_PDDI_PORTD_PD1_TXD = 9; //

MCU_USART_PDDI_PORTD_PD2 = 10; //

MCU_USART_PDDI_PORTD_PD3 = 11; //

MCU_USART_PDDI_PORTD_PD4 = 12; //

MCU_USART_PDDI_PORTD_PD5 = 13; //

MCU_USART_PDDI_PORTD_PD6 = 14; //

MCU_USART_PDDI_PORTD_PD7 = 15; //

/*Interface of Port C*/

MCU_TWI_PCDI_PORTC_PC0_SCL = 16; //

MCU_TWI_PCDI_PORTC_PC1_SDA = 17; //

MCU_TWI_PCDI_PORTC_PC2_TCK = 18; //

MCU_TWI_PCDI_PORTC_PC3_TMS = 19; //

MCU_TWI_PCDI_PORTC_PC4_TDO = 20; //

MCU_TWI_PCDI_PORTC_PC5_TDI = 21; //

MCU_TWI_PCDI_PORTC_PC6 = 22; //

MCU_TWI_PCDI_PORTC_PC7 = 23; //

/*Interface of Port A*/

MCU_PADI_PORTA_ADC_PA0 = 24; //

MCU_PADI_PORTA_ADC_PA1 = 25; //

MCU_PADI_PORTA_ADC_PA2 = 26; //

MCU_PADI_PORTA_ADC_PA3 = 27; //

MCU_PADI_PORTA_ADC_PA4 = 28; //

MCU_PADI_PORTA_ADC_PA5 = 29; //

MCU_PADI_PORTA_ADC_PA6 = 30; //

MCU_PADI_PORTA_ADC_PA7 = 31; //

/*Microcontrollers Atmega8/48/88/168/328 pin out configuration */

/*Interface of Port D*/

#define MCU_USART_PORTD_PD0_RXD 0; //

#define MCU_USART_PORTD_PD1_TXD 1; //

#define MCU_USART_PORTD_PD2 2; //

#define MCU_USART_PORTD_PD3 3; //

#define MCU_USART_PORTD_PD4 4; //

#define MCU_USART_PORTD_PD5 5; //

#define MCU_USART_PORTD_PD6 6; //

#define MCU_USART_PORTD_PD7 7; //

/*Interface of Port B*/

#define MCU_SPI_PORTB_PB0 8; //

#define MCU_SPI_PORTB_PB1 9; //

#define MCU_SPI_PORTB_PB2_SS 10; //

#define MCU_SPI_PORTB_PB3_MOSI 11; //

#define MCU_SPI_PORTB_PB4_MISO 12; //

#define MCU_SPI_PORTB_PB5_SCK 13; //

#define MCU_SPI_PORTB_PB6_XTAL1 20*; //

#define MCU_SPI_PORTB_PB7_XTAL2 21*; //

/*Interface of Port C*/

#define MCU_TWI_PORTC_ADC_PC0_A0 14; //

#define MCU_TWI_PORTC_ADC_PC1_A1 15; //

#define MCU_TWI_PORTC_ADC_PC2_A2 16; //

#define MCU_TWI_PORTC_ADC_PC3_A3 17; //

#define MCU_TWI_PORTC_ADC_PC4_A4_SDA 18; //

#define MCU_TWI_PORTC_ADC_PC5_A5_SCL 19; //

#define MCU_TWI_PORTC_ADC_PC6_RESET 20*; //

/*Interface of Port D*/

MCU_USART_PORTD_PD0_RXD = 0; //

MCU_USART_PORTD_PD1_TXD = 1; //

MCU_USART_PORTD_PD2 = 2; //

MCU_USART_PORTD_PD3 = 3; //

MCU_USART_PORTD_PD4 = 4; //

MCU_USART_PORTD_PD5 = 5; //

MCU_USART_PORTD_PD6 = 6; //

MCU_USART_PORTD_PD7 = 7; //

/*Interface of Port B*/

MCU_SPI_PORTB_PB0 = 8; //

MCU_SPI_PORTB_PB1 = 9; //

MCU_SPI_PORTB_PB2_SS = 10; //

MCU_SPI_PORTB_PB3_MOSI = 11; //

MCU_SPI_PORTB_PB4_MISO = 12; //

MCU_SPI_PORTB_PB5_SCK = 13; //

MCU_SPI_PORTB_PB6_XTAL1 = 20*; //

MCU_SPI_PORTB_PB7_XTAL2 = 21*; //

/*Interface of Port C*/

MCU_TWI_PORTC_ADC_PC0_A0 = 14; //

MCU_TWI_PORTC_ADC_PC1_A1 = 15; //

MCU_TWI_PORTC_ADC_PC2_A2 = 16; //

MCU_TWI_PORTC_ADC_PC3_A3 = 17; //

MCU_TWI_PORTC_ADC_PC4_A4_SDA = 18; //

MCU_TWI_PORTC_ADC_PC5_A5_SCL = 19; //

MCU_TWI_PORTC_ADC_PC6_RESET = 20*; //

/*Microcontrollers ATtiny87/167 pin out configuration */

/*Interface of Port A*/

#define MCU_TIMER_COUNTER0_PORTA_PA0_RXD 0; //

#define MCU_TIMER_COUNTER0_PORTA_PA1_TXD 1; //

#define MCU_TIMER_COUNTER0_PORTA_PA2_DO_MISO 2; //

#define MCU_TIMER_COUNTER0_PORTA_PA3 3; //

#define MCU_TIMER_COUNTER0_PORTA_PA4_DI_SDA_MOSI 4; //

#define MCU_TIMER_COUNTER0_PORTA_PA5_SCL_SCK 5; //

#define MCU_TIMER_COUNTER0_PORTA_PA6_SS 6; //

#define MCU_TIMER_COUNTER0_PORTA_PA7 7; //

/*Interface of Port B*/

#define MCU_TIMER_COUNTER1_PORTB_PB0 8; //

#define MCU_TIMER_COUNTER1_PORTB_PB1 9; //

#define MCU_TIMER_COUNTER1_PORTB_PB2 10; //

#define MCU_TIMER_COUNTER1_PORTB_PB3 11; //

#define MCU_TIMER_COUNTER1_PORTB_PB4 12; //

#define MCU_TIMER_COUNTER1_PORTB_PB5 13; //

#define MCU_TIMER_COUNTER1_PORTB_PB6 14; //

#define MCU_TIMER_COUNTER1_PORTB_PB7_RESET 15; //

/*Interface of Port A*/

MCU_TIMER_COUNTER0_PORTA_PA0_RXD = 0; //

MCU_TIMER_COUNTER0_PORTA_PA1_TXD = 1; //

MCU_TIMER_COUNTER0_PORTA_PA2_DO_MISO = 2; //

MCU_TIMER_COUNTER0_PORTA_PA3 = 3; //

MCU_TIMER_COUNTER0_PORTA_PA4_DI_SDA_MOSI = 4; //

MCU_TIMER_COUNTER0_PORTA_PA5_SCL_SCK = 5; //

MCU_TIMER_COUNTER0_PORTA_PA6_SS = 6; //

MCU_TIMER_COUNTER0_PORTA_PA7 = 7; //

/*Interface of Port B*/

MCU_TIMER_COUNTER1_PORTB_PB0 = 8; //

MCU_TIMER_COUNTER1_PORTB_PB1 = 9; //

MCU_TIMER_COUNTER1_PORTB_PB2 = 10; //

MCU_TIMER_COUNTER1_PORTB_PB3 = 11; //

MCU_TIMER_COUNTER1_PORTB_PB4 = 12; //

MCU_TIMER_COUNTER1_PORTB_PB5 = 13; //

MCU_TIMER_COUNTER1_PORTB_PB6 = 14; //

MCU_TIMER_COUNTER1_PORTB_PB7_RESET = 15; //

/*Microcontrollers ATtiny261/461/861 pin out configuration */

/*Interface of Port A*/

#define MCU_ADC_IBG_PORTA_PA0 0; //

#define MCU_ADC_IBG_PORTA_PA1 1; //

#define MCU_ADC_IBG_PORTA_PA2 2; //

#define MCU_ADC_IBG_PORTA_PA3 14; //

#define MCU_ADC_IBG_PORTA_PA4 10; //

#define MCU_ADC_IBG_PORTA_PA5 11; //

#define MCU_ADC_IBG_PORTA_PA6 12; //

#define MCU_ADC_IBG_PORTA_PA7 13; //

/*Interface of Port B*/

#define MCU_TIMER_COUNTER_USI_PORTB_PB0 9; //

#define MCU_TIMER_COUNTER_USI_PORTB_PB1 8; //

#define MCU_TIMER_COUNTER_USI_PORTB_PB2 7; //

#define MCU_TIMER_COUNTER_USI_PORTB_PB3 6; //

#define MCU_TIMER_COUNTER_USI_PORTB_PB4 5; //

#define MCU_TIMER_COUNTER_USI_PORTB_PB5 4; //

#define MCU_TIMER_COUNTER_USI_PORTB_PB6 3; //

#define MCU_TIMER_COUNTER_USI_PORTB_PB7 15; //

/*Interface of Port A*/

MCU_ADC_IBG_PORTA_PA0 = 0; //

MCU_ADC_IBG_PORTA_PA1 = 1; //

MCU_ADC_IBG_PORTA_PA2 = 2; //

MCU_ADC_IBG_PORTA_PA3 = 14; //

MCU_ADC_IBG_PORTA_PA4 = 10; //

MCU_ADC_IBG_PORTA_PA5 = 11; //

MCU_ADC_IBG_PORTA_PA6 = 12; //

MCU_ADC_IBG_PORTA_PA7 = 13; //

/*Interface of Port B*/

MCU_TIMER_COUNTER_USI_PORTB_PB0 = 9; //

MCU_TIMER_COUNTER_USI_PORTB_PB1 = 8; //

MCU_TIMER_COUNTER_USI_PORTB_PB2 = 7; //

MCU_TIMER_COUNTER_USI_PORTB_PB3 = 6; //

MCU_TIMER_COUNTER_USI_PORTB_PB4 = 5; //

MCU_TIMER_COUNTER_USI_PORTB_PB5 = 4; //

MCU_TIMER_COUNTER_USI_PORTB_PB6 = 3; //

MCU_TIMER_COUNTER_USI_PORTB_PB7 = 15; //

/*Microcontrollers ATtiny1634 pin out configuration */

MCU_TWI_USI_16BIT_DI_ISP_8BIT_USART0_USART1_TS_AC_TS_PORTA_PA0 = 8; //

MCU_TWI_USI_16BIT_DI_ISP_8BIT_USART0_USART1_TS_AC_TS_PORTA_PA1 = 7; //

MCU_TWI_USI_16BIT_DI_ISP_8BIT_USART0_USART1_TS_AC_TS_PORTA_PA2 = 6; //

MCU_TWI_USI_16BIT_DI_ISP_8BIT_USART0_USART1_TS_AC_TS_PORTA_PA3 = 5; //

MCU_TWI_USI_16BIT_DI_ISP_8BIT_USART0_USART1_TS_AC_TS_PORTA_PA4 = 4; //

MCU_TWI_USI_16BIT_DI_ISP_8BIT_USART0_USART1_TS_AC_TS_PORTA_PA5 = 3; //

MCU_TWI_USI_16BIT_DI_ISP_8BIT_USART0_USART1_TS_AC_TS_PORTA_PA6 = 2; //

MCU_TWI_USI_16BIT_DI_ISP_8BIT_USART0_USART1_TS_AC_TS_PORTA_PA7 = 1; //

MCU_TWI_USI_16BIT_DI_ISP_8BIT_USART0_USART1_TS_AC_TS_PORTB_PB0 = 0; //

MCU_TWI_USI_16BIT_DI_ISP_8BIT_USART0_USART1_TS_AC_TS_PORTB_PB1 = 16; //

MCU_TWI_USI_16BIT_DI_ISP_8BIT_USART0_USART1_TS_AC_TS_PORTB_PB2 = 15; //

MCU_TWI_USI_16BIT_DI_ISP_8BIT_USART0_USART1_TS_AC_TS_PORTB_PB3 = 14; //

MCU_TWI_USI_16BIT_DI_ISP_8BIT_USART0_USART1_TS_AC_TS_PORTC_PC0 = 13; //

MCU_TWI_USI_16BIT_DI_ISP_8BIT_USART0_USART1_TS_AC_TS_PORTC_PC1 = 12; //

MCU_TWI_USI_16BIT_DI_ISP_8BIT_USART0_USART1_TS_AC_TS_PORTC_PC2 = 11; //

MCU_TWI_USI_16BIT_DI_ISP_8BIT_USART0_USART1_TS_AC_TS_PORTC_PC3 = 17; //

MCU_TWI_USI_16BIT_DI_ISP_8BIT_USART0_USART1_TS_AC_TS_PORTC_PC4 = 10; //

MCU_TWI_USI_16BIT_DI_ISP_8BIT_USART0_USART1_TS_AC_TS_PORTC_PC5 = 9; //

/*Microcontrollers ATtiny2313/4313 pin out configuration */

/*Interface of Port A*/

#define MCU_TIMING_CONTROL_PORTA_PA0_XTAL1 3; //

#define MCU_TIMING_CONTROL_PORTA_PA1_XTAL2 2; //

#define MCU_TIMING_CONTROL_PORTA_PA2_RESET 17; //

/*Interface of Port B*/

#define MCU_SPI_DRPORTB_REGPORTB_PORTB_PB0 9; //

#define MCU_SPI_DRPORTB_REGPORTB_PORTB_PB1 10; //

#define MCU_SPI_DRPORTB_REGPORTB_PORTB_PB2 11; //

#define MCU_SPI_DRPORTB_REGPORTB_PORTB_PB3 12; //

#define MCU_SPI_DRPORTB_REGPORTB_PORTB_PB4 13; //

#define MCU_SPI_DRPORTB_REGPORTB_PORTB_PB5_MOSI 14; //

#define MCU_SPI_DRPORTB_REGPORTB_PORTB_PB6_MISO 15; //

#define MCU_SPI_DRPORTB_REGPORTB_PORTB_PB7_SCK 16; //

/*Interface of Port D*/

#define MCU_USART_DRPORTD_REGPORTD_PORTD_PD0_RXD 0; //

#define MCU_USART_DRPORTD_REGPORTD_PORTD_PD1_TXD 1; //

#define MCU_USART_DRPORTD_REGPORTD_PORTD_PD2 4; //

#define MCU_USART_DRPORTD_REGPORTD_PORTD_PD3 5; //

#define MCU_USART_DRPORTD_REGPORTD_PORTD_PD4 6; //

#define MCU_USART_DRPORTD_REGPORTD_PORTD_PD5 7; //

#define MCU_USART_DRPORTD_REGPORTD_PORTD_PD6 8; //

#else

/*Interface of Port A*/

MCU_TIMING_CONTROL_PORTA_PA0_XTAL1 = 3; //

MCU_TIMING_CONTROL_PORTA_PA1_XTAL2 = 2; //

MCU_TIMING_CONTROL_PORTA_PA2_RESET = 17; //

/*Interface of Port B*/

MCU_SPI_DRPORTB_REGPORTB_PORTB_PB0 = 9; //

MCU_SPI_DRPORTB_REGPORTB_PORTB_PB1 = 10; //

MCU_SPI_DRPORTB_REGPORTB_PORTB_PB2 = 11; //

MCU_SPI_DRPORTB_REGPORTB_PORTB_PB3 = 12; //

MCU_SPI_DRPORTB_REGPORTB_PORTB_PB4 = 13; //

MCU_SPI_DRPORTB_REGPORTB_PORTB_PB5_MOSI = 14; //

MCU_SPI_DRPORTB_REGPORTB_PORTB_PB6_MISO = 15; //

MCU_SPI_DRPORTB_REGPORTB_PORTB_PB7_SCK = 16; //

/*Interface of Port D*/

MCU_USART_DRPORTD_REGPORTD_PORTD_PD0_RXD = 0; //

MCU_USART_DRPORTD_REGPORTD_PORTD_PD1_TXD = 1; //

MCU_USART_DRPORTD_REGPORTD_PORTD_PD2 = 4; //

MCU_USART_DRPORTD_REGPORTD_PORTD_PD3 = 5; //

MCU_USART_DRPORTD_REGPORTD_PORTD_PD4 = 6; //

MCU_USART_DRPORTD_REGPORTD_PORTD_PD5 = 7; //

MCU_USART_DRPORTD_REGPORTD_PORTD_PD6 = 8; //

PIC-Microcontroller:

MCU_PA0_RA0_ 0x00

MCU_PA1_RA1_ 0x01

MCU_PA2_RA2_ 0x02

MCU_PA3_RA3_ 0x03

MCU_PA4_RA4_ 0x04

MCU_PA5_RA5_ 0x05

MCU_PA6_RA6_ 0x06

MCU_PA7_RA7_ 0x07

MCU_PB0_RB0_ 0x08

MCU_PB1_RB1_ 0x09

MCU_PB2_RB2_ 0x0A

MCU_PB3_RB3_ 0x0B

MCU_PB4_RB4_ 0x0C

MCU_PB5_RB5_ 0x0D

MCU_PB6_RB6_ 0x0E

MCU_PB7_RB7_ 0x0F

MCU_PC0_RC0_ 0x10

MCU_PC1_RC1_ 0x11

MCU_PC2_RC2_ 0x12

MCU_PC3_RC3_ 0x13

MCU_PC4_RC4_ 0x14

MCU_PC5_RC5_ 0x15

MCU_PC6_RC6_ 0x16

MCU_PC7_RC7_ 0x17

MCU_USB_PC4_RC4_DM = MCU_PIN; //

MCU_USB_PC5_RC5_DP = MCU_PIN; //

MCU_AddressLatch_DataMemory_DataLatch_PA0_RA0_

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