Program Plan: Include the necessary header files into program. Define the function named “bitSize()” which is used to fetch the size of the value. Declare the variables in type of unsigned int and int. Using “while” loop, check the value of “size”. If the value greater than “0”, right shift operation is performed and increments the “temp” value. Return the value of “temp-1”. Define the function named “no_of_bits()” which is used to calculate the minimum number of bits needed to represent the value. Declare and initialize the variables. Using “while” loop, check the value and left shift the value of “temp” and increment the “counter” value. Return the size which is reduced from counter. Define the function named “bitpat_get()” which is used to extract the “n” bits from source starting at “start” argument. Declare the variables. Call the “bitSize()” method and store the size into variable “size”. Initialize the value of “c” in type of integer. Using “if…else” condition, calculate the offset and temporary value. Return the temporary value to function. Define the function named “bitpat_set()” which is used to set the bit size within the source to value which is starting at “start”. Declare the variables. Call the “no_of_bits()” method which passes “start” as argument. Call the other appropriate methods and store in the variable. Using left shift operator to calculate the value of “val”. Print the appropriate result on screen. Define the main method. Declare the variables in type of unsigned integer. Prompt and get the values. Call the “bitpat_set()” method and print the result on screen.

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Chapter 11, Problem 8E

Program Plan Intro

Program Plan:

Include the necessary header files into program.

Define the function named “bitSize()” which is used to fetch the size of the value.

Declare the variables in type of unsigned int and int.

Using “while” loop, check the value of “size”.

If the value greater than “0”, right shift operation is performed and increments the “temp” value.

Return the value of “temp-1”.

Define the function named “no_of_bits()” which is used to calculate the minimum number of bits needed to represent the value.

Declare and initialize the variables.

Using “while” loop, check the value and left shift the value of “temp” and increment the “counter” value.

Return the size which is reduced from counter.

Define the function named “bitpat_get()” which is used to extract the “n” bits from source starting at “start” argument.

Declare the variables.

Call the “bitSize()” method and store the size into variable “size”.

Initialize the value of “c” in type of integer.

Using “if…else” condition, calculate the offset and temporary value.

Return the temporary value to function.

Define the function named “bitpat_set()” which is used to set the bit size within the source to value which is starting at “start”.

Declare the variables.

Call the “no_of_bits()” method which passes “start” as argument.

Call the other appropriate methods and store in the variable.

Using left shift operator to calculate the value of “val”.

Print the appropriate result on screen.

Define the main method.

Declare the variables in type of unsigned integer.

Prompt and get the values.

Call the “bitpat_set()” method and print the result on screen.

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