Learn web development using Rust to become a full-stack developer and finish the given project for self-evaluation.

Become a Rust Web Developer

In this module, we’ll learn how to use Rust to build scalable websites that are highly performant. More specifically, we’ll learn the fundamentals of Rust for web development including types, ownership, macros, and more. Later on, in this module, we’ll move on to more advanced web development concepts like working with databases as well as backend and frontend architecture, giving us the opportunity to develop our skills full-stack. In each chapter, we’ll also have the chance to work on building a real project, which would add a lot of value to our professional portfolios. By the end of this module, we’ll be able to build websites with scalability in mind.

Scalable Web Development in Rust

One of the most robust features of Rust is its type system. It allows us to catch bugs in compile-time and improve code readability.
## Numeric types

Rust has two numeric data types:
- Integer
- Float

### Integer
The basic integer data types are described below:



|Length  |  Signed | Unsigned |
|- | - | - |
|8-bit|`i8`|`u8`|
|16-bit|`i16`|`u16`|
|32-bit|`i32`|`u32`|
|64-bit|`i64`|`u64`|
|128-bit|`i128`|`u128`|
|arch|`isize`|`usize`|

A signed integer is a number that can be positive or negative, whereas unsigned integers can only be positive numbers.


The length of `usize` and `isize` depends on the architecture. Its size is four bytes on a 32-bit target and eight bytes on a 64-bit target.

### Float
Rust has two float data types:
- f32
- f64


One of the most robust features of Rust is its type system. It allows us to catch bugs in compile-time and improve code readability.
# Numeric types

Rust has two numeric data types:
- Integer
- Float

## Integer
The basic integer data types are described below:



|Length  |  Signed | Unsigned |
|- | - | - |
|8-bit|`i8`|`u8`|
|16-bit|`i16`|`u16`|
|32-bit|`i32`|`u32`|
|64-bit|`i64`|`u64`|
|128-bit|`i128`|`u128`|
|arch|`isize`|`usize`|

A signed integer is a number that can be positive or negative, whereas unsigned integers can only be positive numbers.


The length of `usize` and `isize` depends on the architecture. Its size is four bytes on a 32-bit target and eight bytes on a 64-bit target.

## Float
Rust has two float data types:
- f32
- f64


Length	Signed	Unsigned
8-bit	`i8`	`u8`
16-bit	`i16`	`u16`
32-bit	`i32`	`u32`
64-bit	`i64`	`u64`
128-bit	`i128`	`u128`
arch	`isize`	`usize`

A Quick Refresher on Rust

Databases

Database Assignment

Back End

Back-end Assignment

Front End

Final Project

Appendix

Conclusion

Data types

Numeric types

Integer