Multi-paradigm Programming Part 1: Iterator Pattern & LISP (with TypeScript, Clojure, Kotlin)

This course will help TypeScript developers: Kotlin,
Kotlin developers use TypeScript
Multi-paradigm programming
We can learn together from the same perspective.

『 Multi-paradigm programming 』 lecture series 🔎 → 🧑‍💻 → 🚀

We provide broad and in-depth lectures based on the multi-paradigm programming book.

Part 1: TS - Iterator Pattern & LISt Processing (with TypeScript, Kotlin, Clojure)

“This course covers multi-paradigm iteration and list processing in general, focusing on iterators, which are the intersection of object-oriented and functional programming. The main language used is TypeScript, and Clojure and Kotlin are also briefly reviewed to deeply understand the concepts of list processing and multi-paradigm iteration.”

• Iterators, generators, iteration protocols, list processing

• Abstraction combining functional, type system, classes, and generic programming.

• Code : Object : Function = Generator : Iterator : LISP = IP : OOP : FP

• Try it with Kotlin

• Deepening the concepts of function composition and lazy evaluation

• Handling real-world data with list processing

  
  

• Expand to more problems

  
  

Part 2 : TS - Asynchronous/Concurrent Programming (Coming soon)

“This lecture introduces the design and structure of the language for asynchronous programming, how to handle the results of asynchronous operations as values, how to write asynchronous/concurrent logic using lazy evaluation and list processing, and how to handle asynchronous programming as types.”

• Asynchronous programming by value

• Concurrent programming with delay

• Type system and asynchrony, AsyncIteration protocol

  
  

• Asynchronous error handling

Part 3 : Kotlin - Multi-paradigm Iteration (Coming soon)

“In this lecture, we will learn about Iterable, Iterator, and Sequence provided by Kotlin, and through these, we will look at the sophisticated composition and extensibility unique to Kotlin, and cover the entire list processing. Also, based on Iterator and Sequence, we will deeply understand Kotlin’s iteration design, which will help us accurately understand and apply coroutines later.”

• Iterable and Iterator(

  Iterator)

• Kotlin's sophisticated composability and extensibility

• Sequence

• List processing and lazy evaluation

• Kotlin extension functions

• Handling real-world data with list processing

• Expand to more problems

Part 4 : TS - Backend/Practice-oriented multi-paradigm code and patterns (coming soon)

“Focusing on the code required for backend programming practices, we implement a scheduler based on list processing to synchronize data between separated services in an MSA environment, and also cover essential backend techniques such as parallelism and request size limits from the perspective of list processing. We also look at multi-paradigm design and implementation cases, and cover examples that can establish criteria for which problems to apply classes (object-oriented), which problems to introduce list processing (functional), and which problems to adopt the imperative method.”

• Draw a calendar

  
  

• List processing pattern

• Backend Asynchronous Programming: List Processing Handling MSAs

• Hash-based optimization, request size limits, and parallelism for efficiency

  
  

• Multi-paradigm technique for solving nested data and recursive logic

• Extended concurrency handling that combines object-oriented, imperative, and functional.

Part 5: Kotlin - Multi-paradigm iteration in practice (coming soon)

“Learn about various concurrency mechanisms such as Coroutine, Flow, Deferred, and Channel, and take an in-depth look at multi-paradigm concurrency handling techniques. We also present how to efficiently apply these functions through real-world backend asynchronous programming scenarios.”

• Coroutine, Flow

• Deferred, Channel

  
  

• Multi-paradigm concurrency handling

• Practical Backend Asynchronous Programming

  
  

Part 6 : TS - Multi-Paradigm Front-End Programming (Coming Soon)

“We cover front-end development based on Web API (vanilla), and we look at object-oriented component design and multi-paradigm implementation techniques. We learn a wide range of topics, from classes, interfaces, inheritance, abstraction, events, and state management to headless UI, generic classes, strategy patterns, state patterns, and decorators.”

• Front-end development based on Web API (Vanilla)

  
  

• Object-oriented component design and multi-paradigm implementation

• Classes, interfaces, inheritance, abstraction, events, state management

• Headless UI, generic classes, strategy pattern, state pattern, decorator

• Heuristic Diff Algorithm and UI Rendering Optimization

• Asynchronous UI handling, inter-component communication design

Part 7 : Multi-Paradigm Vibe Coding (Coming Soon)

Course Features and Additional Resources 🚀

👨‍🏫 Curriculum based on diverse language and technology experiences

• The instructor draws on his experience in a variety of languages and technologies, including TypeScript, Objective-C, iOS, Java, Android, Node.js, PostgreSQL, Clojure, Kotlin, Ruby on Rails, Web APIs, and Canvas, to present methods for effectively combining object-oriented, functional, and imperative paradigms.

• It also covers in depth the foundations, design, and practical code implementation of a robust type system and generics, as well as classes, interfaces, and design patterns.

🏢 Technology training at major IT companies such as Nexon, Naver, and Kakao

• We have compiled all the contents of various technical trainings conducted for major IT companies such as Nexon, Naver, Kakao, LGU+, and SK Planet.

  
  

🛠 Example code and setup

• Example code and how to install the environment can be found on the official Multi-Paradigm Programming and TypeScript GitHub ( link ).

🌐 Online community and YouTube channel

• Join us in our online community MDU for additional discussion and learning about multi-paradigm programming. 📢

• Subscribe to our YouTube channel and get the latest news. 📺

🧡 Donate your proceeds 🏥 👶 🧒

• 15% of the proceeds from this lecture and all of the author's proceeds from the book will be donated to Seoul Asan Medical Center Children's Hospital.

📖 Kotlin Multi-Paradigm Iteration:

Multi-paradigm programming appendix free public

• Multiparadigm programming is a language-independent concept that is not limited to a specific language, and is a methodology and technique that can be applied to most modern programming languages.

• "Kotlin Multi-Paradigm Iteration" is an appendix to "Multi-Paradigm Programming" and is a material that explains some of the contents of this book in a way that is specialized for the Kotlin language.

• Go to Free Public Data