Ultimate Rust Course: 7 hours to Complete Rust Programming

Explore Rust ownership, a memory safety concept without a garbage collector. Learn the three ownership rules, how moves and clones work, and how scope and references enable borrowing.

Master how ownership, borrowing, and slices interact in Rust by exploring references, mutable references, and returning values, and learn how slices enable efficient access before moving to multi-threading.

Learn how to create and manage threads in Rust, spawn work, join threads, and use channels to transfer data safely between threads.

Learn how to use Result and Option in Rust to handle errors and optional values, explore asynchronous programming concepts, and practice error handling with match and unwrap.

Examine object oriented concepts—abstractions, encapsulation, polymorphism, and inheritance—and see how Rust uses structs and impl blocks to model data and behavior, including traits and method overriding.

Master asynchronous programming in Rust by using futures and tokio to fetch data via get and post requests, with async main and non-blocking execution.

Explore lifetimes in Rust, linking ownership and scope to reference validity. Learn about borrowed values, lifetime annotations, and static lifetimes in functions and enums.

Begin building a chat application by exploring client-server and udp/tcp concepts, then implement modular Rust code with separate server and client modules and a public interface.

Construct a Rust chat server using a DC protocol, handling each client with a separate stream, and implementing concurrent read and write threads to exchange messages.

Builds the chat client that connects to a server, reads and writes messages via threads and buffers, and handles user input to send data over a Rust client-server setup.

Develop the backend for a Rust app using Rocket, with models for customer and responses, MongoDB persistence, and create, read, update, delete operations exposed via APIs and routes.

Develop a Rust-based database module that initializes a MongoDB connection and provides create, read, update, and delete functions for customer data.

Define and wire up rest routes for a rust rocket api to manage customers, including get, post, update, and delete operations, with a database and MongoDB object IDs.

Run and test the Rust backend on port 8000, interact with the API using Insomnia, verify create, find, and delete operations, and observe JSON responses and error handling.