This course on functional programming in Rust aims to explore the features of Rust that make it suitable for functional programming, such as algebraic data types, pattern matching, ownership, lifetimes, higher-order functions, and combinators. The course also covers advanced topics and provides an extended example to demonstrate these concepts. The teaching method includes lectures and examples comparing the strengths and weaknesses of Rust as a functional programming language. This course is intended for individuals interested in functional programming, software design, and exploring Rust as a programming language option.
Overview
Syllabus
Introduction
What is Function Programming
Onshift Model
Clone
Function
References
Mutable References
Functional Programming
enum
unit
tuple
recursive type
special types
pattern matching
traits
clones
operators
trait
functions
closures
fold
function trait
function compose
compost
trait size
Syntax
Ownership
Move
Trust
Quick Sort
Parallel Sort
Save Functions
Higher Order Functions
Advanced Functional Abstractions
Rust is not a Functional Language
Should I use Rust
Rust Domain
Other Factors
Rust vs Java
Rust vs Haskell
Conclusion
Taught by
GOTO Conferences
