Write in C programming Language. 8-Bit Binary Number Assignment.

Info: Each array parameter holds an 8-bit binary number, ₇₆₅4₃₂₁₀, where bits[7] = ₇ and bits[0] = ₀.

#include

#include

#include

#include

#include

#include "library.h"

#include "graphics.h"

***Write the necessary code to implement these functions. ***

// Convert array of bits to signed int.

int32_t Bits2Signed(int8_t bits[8]);

// Convert array of bits to unsigned int

uint32_t Bits2Unsigned(int8_t bits[8]);

// Add 1 to value represented by bit pattern

void Increment(int8_t bits[8]);

// Opposite of Bits2Unsigned.

void Unsigned2Bits(uint32_t n, int8_t bits[8]);

Further Info: When the program runs, it should cycle through all the 8-bit patterns in sequence, displaying the bit pattern of the representation, as well as its interpretation as both unsigned and signed 2s complement integers.

Hint: The following is the most efficient way to convert binary to decimal: Consider an 8-bit binary signed integer, represented as 76543210, where the b's are the 1's and 0's of the number. The corresponding polynomial would be: = 2⁷₇ + 2⁶₆ + 2⁵₅ + 2⁴₄ + 2³₃ + 2²₂ + 2¹₁ + 2⁰₀ But note that you can rewrite this as: = ₀ + 2(₁ + 2(₂ + 2(₃ + 2(₄ + 2(₅ + 2(₆ + 2₇ )))))) Which can be computed using a simple loop: 0 = 7 0: 2 +