# Write Program to Compute Polynomials on Server in C

Our guide will walk you through creating a C program for efficient polynomial evaluation on a server. Whether you're a student working on a programming assignment, an enthusiast looking to expand your knowledge, or a professional seeking to bolster your skills, our step-by-step instructions will help you achieve your goals. We believe in making complex concepts accessible, and this guide is designed to empower you with the knowledge and confidence to tackle server-based polynomial evaluation projects with ease.

## Building a Polynomial Evaluator Server in C

Explore how to compute polynomials on a server in C with our comprehensive guide. Get the assistance you need to help with your C assignment. Master server-based polynomial evaluation effortlessly and gain the skills to excel in network programming and mathematical computation projects. Whether you're a student or a professional, our step-by-step instructions are designed to empower you in your programming journey.

## Prerequisites

Before diving into server-based polynomial evaluation, ensure you have the following prerequisites:

• Basic knowledge of C programming.
• A C development environment set up on your computer.

## Step-by-Step Implementation

We will break down the implementation into key steps, explaining each one in detail:

1. Include Necessary Header Files: Start by including the required header files for socket programming and standard C libraries.
2. Define Maximum Degree: Set a maximum degree for the polynomials that your program can handle.
3. Polynomial Evaluation Function: Define a function `evaluatePolynomial` to compute the value of a polynomial for a given set of coefficients and an input value.
4. Main Function: In the `main` function, handle the following tasks:
• Check command-line arguments.
• Parse the port number and polynomial degree.
• Read the polynomial coefficients from the command-line arguments.
• Create and configure the server socket.
• Listen for incoming connections.
5. Accept and Serve Clients: In the main loop:
• Accept incoming client connections.
• Read the value of `x` from the client.
• Calculate the polynomial value using the `evaluatePolynomial` function.
• Send the result back to the client.
6. Clean Up: Close the server socket when done serving clients.

Putting It All Together

Find the complete C program, along with explanations for each code block, in the snippet below: