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20. Signals
Mark explains that signals are a new way of handling change detection and reactivity in Angular applications. The lesson covers the three reactive primitives: signals, computed, and effects, and provides examples of how they can be used in an application. The instructor emphasizes the benefits of using signals, such as improved performance and the ability to share services with dependency injection.
#lesson
Mark explains that signals are a new way of handling change detection and reactivity in Angular applications. The lesson covers the three reactive primitives: signals, computed, and effects, and provides examples of how they can be used in an application. The instructor emphasizes the benefits of using signals, such as improved performance and the ability to share services with dependency injection.
#lesson
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21. Deferrable Views
Mark Techson explains that deferrable views allow for lazy loading of components and templates, which can help reduce the initial bundle size and improve performance. The instructor demonstrates how to use the defer syntax in the template to defer the loading of a component until a specific interaction occurs, such as clicking a button. They also show different triggers that can be used, such as idle state, scroll events, or custom conditions.
#lesson
Mark Techson explains that deferrable views allow for lazy loading of components and templates, which can help reduce the initial bundle size and improve performance. The instructor demonstrates how to use the defer syntax in the template to defer the loading of a component until a specific interaction occurs, such as clicking a button. They also show different triggers that can be used, such as idle state, scroll events, or custom conditions.
#lesson
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22. Wrapping Up
Mark wraps up the course by briefly discussing the Angular CLI and its capabilities and the Angular Material design system and the Component Development Kit (CDK), which provides unstyled accessible components that can be easily customized. The instructor encourages learners to explore more resources on Angular.dev, including self-paced exercises and a recorded course on YouTube. The lesson concludes with a Q&A session, where the instructor answers questions about input transforms, pipes, and compares Angular to other frameworks like Nuxt and Next.
#lesson
Mark wraps up the course by briefly discussing the Angular CLI and its capabilities and the Angular Material design system and the Component Development Kit (CDK), which provides unstyled accessible components that can be easily customized. The instructor encourages learners to explore more resources on Angular.dev, including self-paced exercises and a recorded course on YouTube. The lesson concludes with a Q&A session, where the instructor answers questions about input transforms, pipes, and compares Angular to other frameworks like Nuxt and Next.
#lesson
Title: The Last Algorithms Course You'll Want (Part 2)
Description: Elevate your technical prowess in data structures and algorithms, focusing on trees, graph theory, and dynamic programming. Learn practical implementation and optimization techniques to solve complex algorithmic challenges efficiently.
Link: https://frontendmasters.com/courses/advanced-algorithms/
Time: 3 hours, 10 minutes
Lessons: 26 / 26
Tags: #course #frontendmasters #720p
Description: Elevate your technical prowess in data structures and algorithms, focusing on trees, graph theory, and dynamic programming. Learn practical implementation and optimization techniques to solve complex algorithmic challenges efficiently.
Link: https://frontendmasters.com/courses/advanced-algorithms/
Time: 3 hours, 10 minutes
Lessons: 26 / 26
Tags: #course #frontendmasters #720p
Frontendmasters
Advanced Algorithms: Trees, Graphs, and Dynamic Programming
Elevate your technical prowess in data structures and algorithms, focusing on trees, graph theory, and dynamic programming. Learn practical implementation and optimization techniques to solve complex algorithmic challenges efficiently.
❤2
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1. Introduction
ThePrimeagen introduces the new algorithms course and mentions that they will be using various algorithms and the ones they find the most fun. They also mention that a basic understanding of algorithms, including walking a tree and recursion, is expected from the students.
#lesson
ThePrimeagen introduces the new algorithms course and mentions that they will be using various algorithms and the ones they find the most fun. They also mention that a basic understanding of algorithms, including walking a tree and recursion, is expected from the students.
#lesson
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2. Binary Search Tree Overview
ThePrimeagen introduces the concept of binary trees and binary search trees. They explain the structure and properties of binary trees, including full binary trees and complete binary trees. They also demonstrate how to search for a value in a binary search tree and discuss the efficiency of binary search trees in terms of search time.
#lesson
ThePrimeagen introduces the concept of binary trees and binary search trees. They explain the structure and properties of binary trees, including full binary trees and complete binary trees. They also demonstrate how to search for a value in a binary search tree and discuss the efficiency of binary search trees in terms of search time.
#lesson
🔥1
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3. Traversals
ThePrimeagen discusses the concept of traversals in binary trees and explains the three types of traversals: pre-order, in-order, and post-order. The instructor demonstrates how each traversal works by visually walking through a binary tree and explaining the steps taken to visit each node. They also provide insights on representing nodes in code and offer tips for translating the concepts into code.
#lesson
ThePrimeagen discusses the concept of traversals in binary trees and explains the three types of traversals: pre-order, in-order, and post-order. The instructor demonstrates how each traversal works by visually walking through a binary tree and explaining the steps taken to visit each node. They also provide insights on representing nodes in code and offer tips for translating the concepts into code.
#lesson
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4. Deletions & Insertions
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12. B-Tree Internal Deletion
#lesson
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14. Adjacency Lists & Matrices
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