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Published 11/2022
MP4 | Video: h264, 1280x720 | Audio: AAC, 44.1 KHz
Language: English | Size: 2.13 GB | Duration: 6h 10m

Get expertise of programming in Haskell​

What you'll learn
Haskell
Haskell vs Python
Haskell Modules
Zippers in Haskell
Monads and Functor in Haskell
Requirements
Basics of Programming
Basics of Functional Programming Language
Description
This course is about Haskell. Haskell is a strong, statically typed language with a very expressive type system. It also has non- strict evaluation, and it has a very unique approach to problem-solving. This course is going to emphasize using Haskell for practical problem-solving. This course consists of several topics, in three sections. In the first topic, we'll talk about problems that FP and Haskell can address. Then we'll talk about the functional programming-specific ways of approaching these problems. Then we'll talk about how Haskell specifically addresses these types of problems. Then we'll take a look at our first Haskell programs and start to begin an intuition for what they look like. And we'll dig deeper into some issues related to whitespace and layout. Then we'll use the Glasgow Haskell Compiler's read-evaluate-print loop, known as GHCi, to explore our Haskell programs' values and types and expressions. Then we'll learn to debug with GHCi. Moving on, we'll dig deeper, and we'll start to look at Haskell values and expressions, and specifically functions as values. We'll build an intuition for some of the core concepts. Then we'll look at types, polymorphism constraints, and how we can add type signatures to our values. And we're looking to sum up product types in Haskell's record syntax. At that point, we'll know enough to tackle type classes, and we'll learn how to make our own instances of existing type classes and how to build our own type classes. Finally, to cap it all off, we'll learn how to extract values from our algebraic data types. At the end of this course, you will have a practical working knowledge of Haskell, enough to start writing your own program. You'll also know how Haskell can help us solve problems in its particular approach to software engineering. And then, you'll also have knowledge of values, expressions and types in Haskell.
Overview
Section 1: Module 1
Lecture 1 Introduction to the Course
Lecture 2 Problems FP and Haskell can Address
Lecture 3 Installing Haskell on Linux
Lecture 4 Functional Programming
Lecture 5 Introduction to Haskell
Lecture 6 Haskell vs Python
Lecture 7 Basic Data Models
Lecture 8 First Haskell Programs
Lecture 9 Whitespace Layout and Scoping
Section 2: Module 2
Lecture 10 GHCi and Interactive Haskell
Lecture 11 Basic Operators
Lecture 12 Decision Making
Lecture 13 Types and Type Class
Lecture 14 Haskell Functions
Lecture 15 More on Functions
Lecture 16 Function Composition
Lecture 17 Haskell Modules
Lecture 18 Haskell Input and Output
Lecture 19 Functor in Haskell
Lecture 20 Monads in Haskell
Lecture 21 Zippers in Haskell
Lecture 22 Debugging with GHCi
Section 3: Module 3
Lecture 23 Creating a New Stack Project
Lecture 24 Setting up the Word Game Grid
Lecture 25 Searching of the Words in the Grid
Lecture 26 Searching in All Directions
Lecture 27 Unit Testing the Grid with Hspecs
Section 4: Module 4
Lecture 28 Grid Coordinates and Infinite Lists
Lecture 29 Fleshing Out the Grid Module
Lecture 30 Searching the Grid Recursively
Lecture 31 Making the Game Playable
Lecture 32 Some Random Polish
Lecture 33 Command Line Arguments
Students,Programmers,Learners

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