Given the following C code, design a HLSM.Inputs = 32-bit int A, 1-bit goOutputs = 1-bit done, 32-bit int ZStorage = r_A, r_Zmain () { while (!go); done = 0; Z = 0; if (A < 0) { A = abs(A); } while (A > 0) { A = A / 2; Z += A; } done = 1;} Draw the Datapath. You have access to adders, shift right by 1 operators, absolute value operators, comparators, muxes, and registers. You can use as many as you need. The image contains four blocks, each representing a different arithmetic or logical operation:1. **ADD Block**: - **Inputs**: X and Y - **Operation**: X + Y - **Description**: This block performs the addition of two inputs, X and Y.2. **SHIFTR1 Block**: - **Input**: X - **Operation**: X >> 1 - **Description**: This block performs a bitwise right shift operation on the input X by 1 position.3. **ABS Block**: - **Input**: X - **Operation**: |X| - **Description**: This block calculates the absolute value of the input X.4. **Greater Than Block**: - **Inputs**: X and Y - **Operation**: X > Y - **Description**: This block checks if X is greater than Y and outputs the result of this comparison.

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Answered: Given the following C code, design a…

Database System Concepts

7th Edition

ISBN:9780078022159

Author:Abraham Silberschatz Professor, Henry F. Korth, S. Sudarshan

Publisher:Abraham Silberschatz Professor, Henry F. Korth, S. Sudarshan

Chapter1: Introduction

Section: Chapter Questions

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Given the following C code, design a HLSM.
Inputs = 32-bit int A, 1-bit go
Outputs = 1-bit done, 32-bit int Z
Storage = r_A, r_Z

main () {
      while (!go);
      done = 0;
      Z = 0;
      if (A < 0) {
            A = abs(A);
      }
      while (A > 0) {
            A = A / 2;
            Z += A;
      }
      done = 1;

}

Draw the Datapath. You have access to adders, shift right by 1 operators, absolute value operators, comparators, muxes, and registers. You can use as many as you need.

The image contains four blocks, each representing a different arithmetic or logical operation:

1. **ADD Block**:
- **Inputs**: X and Y
- **Operation**: X + Y
- **Description**: This block performs the addition of two inputs, X and Y.

2. **SHIFTR1 Block**:
- **Input**: X
- **Operation**: X >> 1
- **Description**: This block performs a bitwise right shift operation on the input X by 1 position.

3. **ABS Block**:
- **Input**: X
- **Operation**: |X|
- **Description**: This block calculates the absolute value of the input X.

4. **Greater Than Block**:
- **Inputs**: X and Y
- **Operation**: X > Y
- **Description**: This block checks if X is greater than Y and outputs the result of this comparison.

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