OPEN_AI_ORG

OPEN_AI_KEY

Lead the GenAI revolution by learning to generate Rust code with GPT-4. Future-proof your skills with automation, enhanced productivity, and high-performance web development using Rust.

Craft an AutoGPT Code Generation AI Instrument Leveraging Rust and GPT-4.png

final.tar.gz

cargorun

cargotest

cargodoc

cargonew

cargo_test_8_4

cargo_test_8_5

cargo_test_8_6

cargo_test_8_7

cargorun&nano

chapter2_7_1

chapter2_7_4

intro_to_gen_ai

user_interaction_with_command_line

openai_api_call

ai_functions

print_agent_activity_to_command_line

ai_task_function

solutions_architect

managing_agent_initial

backend_developer

your_first_async_api_call

In this course, you’ll learn how to generate Rust code dynamically using OpenAI’s GPT-4, transforming simple prompts into fully functional web server applications. By integrating GPT-4 with Rust, you’ll automate complex coding tasks, streamlining the development process and enhancing productivity.

You’ll be introduced to the Rust environment, data types, and memory management concepts throughout the course. You’ll also learn intermediate concepts such as enums, structs, traits, and lifetimes. You’ll get to practice with macros in Rust. You’ll learn how to build web server templates and use OpenAI GPT-4 to build web servers using only a prompt.

This course will help you gain proficiency in using Rust for high-performance web development and learn to leverage GPT-4’s natural language processing capabilities to automate complex coding tasks. This will enhance your productivity and push the boundaries of modern web server architecture.

Code Generation and Testing in Rust Using OpenAI’s GPT-4

What is the output of the following code snippet?

```rust
fn main() {
  let word: &str = "Hello";
  let mut word_string: String = word.to_string();

word_string.push('o');
word_string.pop();
word_string.push('!');

println!("{}", word_string);
}
```

What is the output of the following code snippet?
<pre><code class="language-rust">fn main() {
 let word: &amp;str = &quot;Hello&quot;;
 let mut word_string: String = word.to_string();

word_string.push('o');
word_string.pop();
word_string.push('!');

println!(&quot;{}&quot;, word_string);
}
</code></pre>

What is the output of the following code snippet?

```rs
fn main() {
  let mut s: &str = "Hello";
  
  s.push('!');
  s.push('!');
  s.push('!');

  println!("{}", s};
}
```

What is the output of the following code snippet?
<pre><code class="language-rs">fn main() {
 let mut s: &amp;str = &quot;Hello&quot;;
 
 s.push('!');
 s.push('!');
 s.push('!');

 println!(&quot;{}&quot;, s};
}
</code></pre>

**(Fill in the blank.)** Each value in Rust program has ________.







(Fill in the blank.) Each value in Rust program has ________.

**(Fill in the blank.)** The act of creating a reference is called ________ in Rust.

(Fill in the blank.) The act of creating a reference is called ________ in Rust.

Only variables are made available on the stack frame.

Only variable addresses are made available on the stack frame.


Everything inside its scope is also made available on the stack frame.

What happens subsequently when a function is called, and its stack frame is created?

What happens subsequently when a function is called, and its stack frame is created?

Test yourself on what you have learned so far in this chapter. 

Quiz: Types and Memory Management

Test yourself on what you have learned so far in this chapter.

Introduction

Learning the Rust Environment

Types and Memory Management

Rust Basic Concepts

Rust Intermediate Concepts

Rust Advanced Concepts

Building Web Server Template

AutoGPT Project: Supporting Functions

AutoGPT Project: Create Agents

Adding an Agent

Wrapping Up

Quiz: Types and Memory Management