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.
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 how to install the environment can be found on the official Multi-Paradigm Programming and TypeScript GitHub ( link ).
Join us in our online community MDU for additional discussion and learning about multi-paradigm programming. 📢
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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.
It's been a long time since I've had an experience where I could grow as a software person who programs, rather than just learning simple skills. While learning, I was amazed by Indong's insights every moment, and I was able to confirm that there were many other options besides the programming-related decisions I had made myself. I was able to grasp the fundamental design intentions of the technologies I had taken for granted, and to have more options, I need to develop the ability to mix various paradigms well and utilize them appropriately. I think that growth is just beginning. This course seems like a good start to that. I hope that other fellow developers will also be able to fully sympathize with and enjoy multi-paradigm programming through this course.
This lecture focuses on the Iteration Protocol. We will explore the principles of operation by implementing the protocol in various ways, moving between imperative, object-oriented, and functional paradigms. Additionally, we will explore how different languages define and utilize iteration in their own ways, providing diverse perspectives and insights. Through this learning, you will understand that the iteration protocol is a common convention, unconstrained by specific languages or paradigms. Thanks to this characteristic, multi-paradigm programming, which blends different paradigms harmoniously, becomes possible. In addition to its multi-paradigm nature, the iteration protocol offers functional advantages such as improved computational and memory efficiency, and convenient type inference through lambda expressions, making it an inherently attractive concept. If your primary language supports generics, you can apply it anywhere, making it highly versatile and worth learning. We believe that both those familiar with OOP and those who have worked with FP will undoubtedly gain a new perspective by exploring the characteristics of iteration as explained in this lecture.
A lecture where you can learn the 'multi' paradigm. I've worked with many languages and frameworks over the years, but it's been a long time since I've experienced programming that focuses on the paradigm itself as much as this lecture. It reminds me of when I was learning functional programming a few years ago. The way it explains object-oriented/functional/imperative programming was very impressive. I was able to think structurally about the iterator pattern, and it was a valuable time because I was able to learn practical ways to use it. I was able to experience how programming languages expand thinking, rather than just learning the language itself. I highly recommend this to anyone who wants to make a new turning point in their current coding style.
It was a master's lecture that combined various elements and melted them into their own unique language. I had understood this content in a more mathematical language, like Iterable Functor -> Fx Monad, but I appreciated it being explained in a more practical form. Furthermore, the author's explanation of list processing has a mathematical framework for understanding it using adjoint functors, and it was excellent that they emphasized the potential confusion between code (meaning) < - > data (no meaning). However, personally, I found it difficult to consider it multi-paradigm, as almost all explanations seemed to be based on the functional paradigm. I am challenged by the instructor's ability to skillfully combine practice and theory. Thank you. Completed the course! Liked it!
As a developer with 9 years of experience, I've used various programming paradigms such as object-oriented, functional, and procedural, but I felt like I wasn't fully utilizing the differences or applications of each paradigm. After being deeply impressed by Indong's presentation at a developer conference for the first time, I encountered more content through Inflearn's functional programming course and YouTube. The newly released multi-paradigm course wasn't just about a specific development style or method; it changed my perspective on paradigms themselves. In particular, I was able to understand concepts such as lazy evaluation, iterable, iterator, and generator more deeply, not just in theory but also from a practical application perspective. It became an opportunity to think concretely about how these concepts can be applied in practice. I was stuck in a familiar pattern of development every day, but this course made me think about looking at code from a new perspective. Now, I want to share multi-paradigm programming with my team members and discuss how we can apply and improve it in our actual work code. 🔥 Hearing the course is planned to continue from Part 1 to Part 7, I'm really looking forward to the advanced content and application examples that will come out in the future. 👍
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