DO THE FOLLOWING IN C.

char* integer_part_to_binary(char* number);

//Call is_real_part() function to check whether it is valid integer part of a real number.

//If yes, call decimal_to_binary() function to get the binary representation of the part.

//Extend the binary representation to FIXED_POINT_PART_MAX_SIZE by calling extend_to_word_size()

//function and return the extended binary.

char* binary_to_integer_part(char* number);

//Call is_fixed_point_part() function to check whether it is a valid integer part of a

//fixed point number.

//If yes, call binary_to_decimal() function to return the decimal representation of the part.

char* fraction_part_to_binary(char* number);

//Call is_real_part() function to check whether it is a valid fraction part of a real number.

//If yes, perform the followings:

// Allocate enough memory dynamically to a new string to hold

// FIXED_POINT_PART_MAX_DIGITS binary digits.

// Use decimal-fraction-to-binary conversion algorithm to get the binary digits and

// save the binary digits into the new string.

// Extend the binary representation to FIXED_POINT_PART_MAX_SIZE by calling

// extend_to_word_size() function and return the extended binary.

char* binary_to_fraction_part(char* number);

//Call is_fixed_point_part() function to check whether it is a valid fraction part of a

//fixed point number.

//If yes, perform the followings:

// Use binary-to-fraction conversion algorithm to get the fraction value of a real

// number.

// Allocate enough memory dynamically to a new string to hold REAL_PART_MAX_DIGITS

// decimal digits plus a the decimal point.

// Convert the fraction value into the new string and return the pointer

// of the string.