There are two things you should keep in mind:
 1. Don't wrap asynchronous tasks in another call to Task.Run().
 2. Don't use asynchronous wrappers over synchronous calls.

this post, we are going to talk about Components, which elegantly replace the mix of controllers, scopes, and directives from Angular 1 

The new async and await keywords—which make asynchronous code more concise, obvious, and maintainable—have arrived in Firefox 52. Currently available in the latest Developer Edition release, Firefox 52 is scheduled for general release in March 2017. 

What I've learned from 20 years of programming in C# with Joe Albahari with Q&A session - YouTube
In April 2001, I wrote and published my first C# program. Join me in discovering the most valuable principles that I've learned in the 20 years of C# programming that followed. We'll cover a range of topics, with plenty of samples and useful code that you can take away.

00:00 - Introduction
01:04 - Types
18:55 - Functional Programming
19:43 - What Defines Functional Programming?
33:26 - Lazy Values
36:20 - Cache a function - Memoizer
41:49 - Using a Closure instead of a Class
43:24 - Memoizer example
45:07 - Asynchronous Programming
47:58 - How do we abstract around Futures?
53:54 - Asynchronous locking
58:04 - Implementing A-synch lock with Semaphore
01:09:48 - Await inside a UI method vs a library method
01:18:04 - Using Exceptions
01:36:18 - Implementing a Retry
01:39:02 - IEither interface
01:39:58 - Downloading samples on LINQPad
01:40:27 - Q&A Session 

Advanced C# Programming Course

⭐️ Contents ⭐️
⌨️ (0:00:00) Part 1 - Introduction
⌨️ (0:01:08) Part 2 - Overview of the Advanced C# Course
⌨️ (0:20:46) Part 3 - The Significants of the Release of .NET 5
⌨️ (0:33:17) Part 4 - Delegates - Introduction
⌨️ (0:47:47) Part 5 - Delegates - Create a Code Example
⌨️ (1:51:45) Part 6 - Delegates - Understanding Covariance and Contravariance
⌨️ (2:04:19) Part 7 - Delegates - Fund, Action and Predicate
⌨️ (2:24:26) Part 8 - Delegates - Asynchronous Method Calls
⌨️ (2:39:24) Part 9 - Events - Introduction
⌨️ (2:55:50) Part 10 - Events - Add/Remove Accessors
⌨️ (2:22:44) Part 11 - Events - User Actions & UWP
⌨️ (3:52:23) Part 12 - Events - The Observer Design Pattern
⌨️ (5:12:33) Part 13 - Generics - Introduction
⌨️ (5:27:30) Part 14 - Generics - Understanding Constraints
⌨️ (5:53:42) Part 15 - Generics - Generic Delegates and Events
⌨️ (6:34:56) Part 16 - Generics - The Factory Design Pattern
⌨️ (6:56:23) Part 17 - Async / Await Task - Introduction
⌨️ (7:35:36) Part 18 - Async / Await Task - Task.Run()
⌨️ (8:04:34) Part 19 - Async / Await Task - Best Practices
⌨️ (8:45:23) Part 20 - Async / Await Task - Cancelling Asynchronous Operations
⌨️ (9:13:47) Part 21 - LINQ - Introduction
⌨️ (9:50:14) Part 22 - LINQ - Queries
⌨️ (10:29:57) Part 23 - LINQ - Operators
⌨️ (11:16:51) Part 24 - LINQ - More Operators and Summary
⌨️ (12:18:46) Part 25 - C# Attributes
⌨️ (13:33:13) Part 26 - C# Reflection
⌨️ (14:34:53) Part 27 - .NET Framework and .NET Core
⌨️ (14:39:06) Part 28 - .NET 6
⌨️ (14:50:52) Part 29 - .NET 7 

1. .NET has better Performance 
2. Node.js requires to mix & match languages to compensate for performance 
3. C# is an amazing language 
4. Best tooling available 
5. Easier built-in development loop 
6. Stable ecosystem 
7. Compliance, privacy, and security 

The “const” Deception
Exploring the difference between assignment and mutation in JavaScript 

With the rise of multi-core processors and multi-threading, Asynchronous Programming has become an essential tool for building efficient and responsive C# applications. Fortunately, C# provides a rich library for making Asynchronous calls. However, this complex and advanced topic can be challenging for many developers.