Fundamentals of Practical Haskell Programming
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Online
Description
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Course
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Methodology
Online
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Start date
Different dates available
Get to know the basics of Functional programming in HaskellHaskell is a powerful and well-designed functional programming language designed to work with complex data. Its emphasis on "purity" makes it easier to create rock-solid applications which stay maintainable and error-free even as they grow in scale.This video course will take you through all the concepts of functional programming (FP) and Haskell language. First we’ll address all the problems with FP and Haskell. Then we’ll help you distinguish the difference between FP and Haskell. We’ll then guide you through Haskell in depth. We’ll help you create your first Haskell program. You’ll then be given a brief insight into GHCi (Glasgow Haskell Compiler). Later we’ll explore the different values, expressions and programs in Haskell in depth.By the end of this course you’ll have a foundation set-up to start writing your own Haskell programs and also have ample knowledge of the important functionalities of Haskell.About the AuthorRichard Cook is a staff software engineer at Tableau Software working on high-performance relational database systems. He works primarily in C++ but has experience in broad range of languages and technologies. He frequently applies functional programming and Haskell experience in his daily work. He organizes the Seattle Area Haskell Users’ Group and is an active member of the Seattle functional programming community. He is currently working on developing a machine-learning framework for Haskell.
He has a deep interest in programming languages and type systems in general, having developed compilers and developer tooling in the past. A keen user of Python and C#, he works regularly on all major desktop operating systems. He also dabbles with web applications.
In addition to his programming interests, he has an interest in machine learning, data mining, and mathematics. He can be found on various MOOC web sites learning about anything from complex analysis to Scala.
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About this course
Discover how functional programming addresses complexity
Understand the general characteristics of functional programs
See a comparison of functional programs with traditional imperative programs
Get to know GHCi in brief
See how Haskell compares with other functional programming languages
Know what Haskell programs look like
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Course programme
- Visit and view installation instructions for Windows
- Install Stack using the Windows installer
- Create, build, and run a test program using Stack
- Visit and view installation instructions for Mac OS
- Install Stack using Homebrew
- Create, build, and run a test program using Stack
- Visit and view installation instructions for Ubuntu
- Install Stack using generic Linux install method
- Create, build, and run a test program using Stack
- Visit and view installation instructions for Windows
- Install Stack using the Windows installer
- Create, build, and run a test program using Stack
- Visit and view installation instructions for Mac OS
- Install Stack using Homebrew
- Create, build, and run a test program using Stack
- Visit and view installation instructions for Ubuntu
- Install Stack using generic Linux install method
- Create, build, and run a test program using Stack
- Visit and view installation instructions for Windows
- Install Stack using the Windows installer
- Create, build, and run a test program using Stack
- Visit and view installation instructions for Windows
- Install Stack using the Windows installer
- Create, build, and run a test program using Stack
- Visit and view installation instructions for Windows
- Install Stack using the Windows installer
- Create, build, and run a test program using Stack
- Visit and view installation instructions for Windows
- Install Stack using the Windows installer
- Create, build, and run a test program using Stack
- Visit and view installation instructions for Windows
- Install Stack using the Windows installer
- Create, build, and run a test program using Stack
- Visit and view installation instructions for Windows
- Install Stack using the Windows installer
- Create, build, and run a test program using Stack
- Visit and view installation instructions for Mac OS
- Install Stack using Homebrew
- Create, build, and run a test program using Stack
- Visit and view installation instructions for Mac OS
- Install Stack using Homebrew
- Create, build, and run a test program using Stack
- Visit and view installation instructions for Mac OS
- Install Stack using Homebrew
- Create, build, and run a test program using Stack
- Visit and view installation instructions for Mac OS
- Install Stack using Homebrew
- Create, build, and run a test program using Stack
- Visit and view installation instructions for Mac OS
- Install Stack using Homebrew
- Create, build, and run a test program using Stack
- Visit and view installation instructions for Mac OS
- Install Stack using Homebrew
- Create, build, and run a test program using Stack
- Visit and view installation instructions for Ubuntu
- Install Stack using generic Linux install method
- Create, build, and run a test program using Stack
- Visit and view installation instructions for Ubuntu
- Install Stack using generic Linux install method
- Create, build, and run a test program using Stack
- Visit and view installation instructions for Ubuntu
- Install Stack using generic Linux install method
- Create, build, and run a test program using Stack
- Visit and view installation instructions for Ubuntu
- Install Stack using generic Linux install method
- Create, build, and run a test program using Stack
- Visit and view installation instructions for Ubuntu
- Install Stack using generic Linux install method
- Create, build, and run a test program using Stack
- Visit and view installation instructions for Ubuntu
- Install Stack using generic Linux install method
- Create, build, and run a test program using Stack
- Learn some basic terminology and look at complexity of software
- Establish why we might want to learn functional programming
- Motivate participants by telling them that Haskell is fun!
- Learn the basic principles of FP
- Learn how FP addresses complexity
- Look at the key ways in which functional programs look different from “imperative” programs
- Learn how Haskell has core aspects of a functional programming language
- Revisit what pure functions are and look at the evaluation strategy
- Look at static typing, garbage collection, and naming conventions
- Learn some basic terminology and look at complexity of software
- Establish why we might want to learn functional programming
- Motivate participants by telling them that Haskell is fun!
- Learn the basic principles of FP
- Learn how FP addresses complexity
- Look at the key ways in which functional programs look different from “imperative” programs
- Learn how Haskell has core aspects of a functional programming language
- Revisit what pure functions are and look at the evaluation strategy
- Look at static typing, garbage collection, and naming conventions
- Learn some basic terminology and look at complexity of software
- Establish why we might want to learn functional programming
- Motivate participants by telling them that Haskell is fun!
- Learn some basic terminology and look at complexity of software
- Establish why we might want to learn functional programming
- Motivate participants by telling them that Haskell is fun!
- Learn some basic terminology and look at complexity of software
- Establish why we might want to learn functional programming
- Motivate participants by telling them that Haskell is fun!
- Learn some basic terminology and look at complexity of software
- Establish why we might want to learn functional programming
- Motivate participants by telling them that Haskell is fun!
- Learn some basic terminology and look at complexity of software
- Establish why we might want to learn functional programming
- Motivate participants by telling them that Haskell is fun!
- Learn some basic terminology and look at complexity of software
- Establish why we might want to learn functional programming
- Motivate participants by telling them that Haskell is fun!
- Learn the basic principles of FP
- Learn how FP addresses complexity
- Look at the key ways in which functional programs look different from “imperative” programs
- Learn the basic principles of FP
- Learn how FP addresses complexity
- Look at the key ways in which functional programs look different from “imperative” programs
- Learn the basic principles of FP
- Learn how FP addresses complexity
- Look at the key ways in which functional programs look different from “imperative” programs
- Learn the basic principles of FP
- Learn how FP addresses complexity
- Look at the key ways in which functional programs look different from “imperative” programs
Additional information
Fundamentals of Practical Haskell Programming