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Learning Functional Programming in Go

Learning Functional Programming in Go

By : Sheehan
4.1 (8)
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Learning Functional Programming in Go

Learning Functional Programming in Go

4.1 (8)
By: Sheehan

Overview of this book

Lex Sheehan begins slowly, using easy-to-understand illustrations and working Go code to teach core functional programming (FP) principles such as referential transparency, laziness, recursion, currying, and chaining continuations. This book is a tutorial for programmers looking to learn FP and apply it to write better code. Lex guides readers from basic techniques to advanced topics in a logical, concise, and clear progression. The book is divided into four modules. The first module explains the functional style of programming: pure functional programming, manipulating collections, and using higher-order functions. In the second module, you will learn design patterns that you can use to build FP-style applications. In the next module, you will learn FP techniques that you can use to improve your API signatures, increase performance, and build better cloud-native applications. The last module covers Category Theory, Functors, Monoids, Monads, Type classes and Generics. By the end of the book, you will be adept at building applications the FP way.
Table of Contents (13 chapters)
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The role of systems engineering


Systems engineering is a discipline that focuses on the design and application of the whole  system, which may be comprised of many parts.

Real systems

A real system includes things like:

  • Products
  • Processes
  • People
  • Information
  • Techniques
  • Resources
  • Services

IT system specialty groups

Systems engineering focuses on identifying requirements early in the development  life cycle. It considers the entire problem space. Taking all aspects and variables into account and relating the social to the technical aspects. Then it  proceeds with design synthesis, integrating  all the specialty groups such as:

  • Cost
  • Development
  • Disposal
  • Manufacturing
  • Operations
  • Performance
  • Process Improvement
  • Risk Assessment
  • Schedule
  • Support
  • Test
  • Training
  • Verification

 

Into a team effort in a structured development process that proceeds from concept, design synthesis, validation, deployment to production and operation.

Systems engineering is lean

Systems engineering is all about creating more value for our customer with...

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