Gain insights into Clojure’s functional programming principles and Java integration. Discover its succinct grammar, reusability, and wide industry adoption while exploring unique, practical coding examples.

Clojure, a robust functional programming language, employs the principle of pure coding to enhance code encapsulation, reusability, test coverage, and system maintenance. Its succinct grammar further enhances its capabilities.

Throughout this course, you will delve into the core tenets of functional programming. This foundation ensures a comprehensive grasp of the rationale behind Clojure's approach. You will also immerse yourself in Clojure coding, exploring captivating and illuminating subjects that define its unique functional nature. Moreover, you’ll gain insights into the formidable tools that Clojure seamlessly integrates, including Java libraries.

Clojure stands as a premier choice among functional programming languages. It leverages the Java Virtual Machine (JVM), enjoys wide adoption in the tech industry, and boasts a straightforward setup. Its accelerated learning curve has propelled its growth in the market, making it an invaluable asset for learners to acquire.

Becoming a Functional Programmer with Clojure

A practical functional language that would be more performative

A practical functional language that would be taught through courses at universities

A practical functional language that would be appealing to artificial intelligence implementations

A practical functional language that would be appealing for use in the industry

What was the main objective of Clojure?

What's the protocol that Clojure follows?

What’s the protocol that Clojure follows?

Which virtual machine is used to build Clojure?

Which virtual machine is used to build Clojure?

Which type of bracket is used as function invocation and the base of Clojure programming?


Which type of bracket is used as function invocation and the base of Clojure programming?

Code is data and data is code. Clojure has two functions that help us better understand this concept. One returns code as data, and the other executes it as code. What are these functions?

Code is data and data is code. Clojure has two functions that help us better understand this concept. One returns code as data, and the other executes it as code. What are these functions?

How did Clojure evolve its language with more actions if it has the principle of a small core?

How did Clojure evolve its language with more actions if it has the principle of a small core?

The reflection of homoiconicity is clear when we take a look at the grammar of Clojure. The parentheses that are the executors of the functions are also another representation of what?

The reflection of homoiconicity is clear when we take a look at the grammar of Clojure. The parentheses that are the executors of the functions are also another representation of what?

What serves as a text serialization format and makes the language data structure literal?

What serves as a text serialization format and makes the language data structure literal?

It's an interactive language prompt that's a composition of read, evaluate, print, and loop.

It's a read-only language prompt that's a composition of reading and evaluation.

It's an interactive language prompt that's a composition of quote and eval.

Test your knowledge about the concepts and idealizations of Clojure.

Introduction

Functional Programming (FP)

A Short History of Clojure

Data Structures

Functions

Multimethods, Protocols, Records, and Namespaces

Clojure and Its Macros

Concurrency and Parallelism Support

Clojure Unit Testing

Java Interop

Writing a Clean Clojure Code

Bank Account Activities

Conclusion

Quiz: A Short History of Clojure