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Great explanation.

Superb explanation. Look to more and more videos from you. Your way of explaining is very lucid.

good one !

Hello Viraj I have question why in reactive programming we have to use platform threads in CPU intensive work and released in IO I didn't get it why we use threads only in CPU

You should have explained what is completable future what are its functions and operations then explain these complicated functions

Hi Viraj I tried to get the Thread.currentThread().getName() for this code and they are the same which is ForkJoinPool.commonPool-worker-1 *** threadSleep is a function which make current thread sleep and print it CompletableFuture<Void> future = CompletableFuture.runAsync(() -> threadSleep(4000 , 1)) .thenRunAsync(() -> threadSleep(1000 , 2)) .thenAcceptAsync(x -> System.out.println("here 3: " + Thread.currentThread().getName())); so my question when it will run on diff thread they always depend on each other it's like a chain so I think they won't run on diff thread thanks Viraj for ur efforts <3

Wonderful !!!! Thank you!!!

How do they map on OS threads?

New learning thanks

Crystal clear😮

Awesome explanation 😮

Thank you very much, this is a GREAT tutorial !

Baba Nam Kevalam

Very well explained. Thank you. You have a clear cut knowledge on the topics, that reflects in your way of teaching. Please continue to post videos and support.

Great series! Thank you

Great explanation! looking forward to more contents from you..

Superb tutorial Viraj.

What an ugly design!

Stolen from python

Omg

Weird

Unbelievable

Why?

Very well explained - one of the best videos on TH-cam for ease of understanding - subscribed!

I know very little about method references earlier, had many doubts. I have clear understanding, after watching this lecture. Thanks a lot Sir.

Nice overview. Some code samples would have been nice, though

Really really great explanation.

Not enough likes considering the quality of the content here

Please cover some examples of streams with optional

for the case where we have many tasks submitted, do we have to manually compare are the future as (future == taskXfuture) ? id there any inbuilt way to deal with such requirements

Excellent! Basically every application has to do its own authorization. What you are calling as 'Enterprise Authorization' is where LMS is authorizing the user to do something in the LMS app itself. Obviously, if the user wants to post his learning cert to LinkedIN - that is now an action he is talking in the LinkedIN app - and therefore LinkedIn has to do the authorization for that posting action. This is what you are calling as oAuth Authorization. oAuth is the protocol that allows LMS to take the action in ON BEHALF of the user, in the LinkedIN app. AUTHENTICATION however, does not need to be done by the application itself (and is actually better if it is not) - and can be instead centralized instead in a IDENTITY MANAGEMENT application . Authentication can therefore be done either through a centralized Enterprise Identity Management solution (like Okta) , or using social identities (like Google ID) which leverage the OpenID Connect protocol

Another excellent video! In the other video, you had described oAuth as more of the authorization protocol (eg to post to LinkedIn and FB) , and not so much as a authentication protocol (you mentioned OIDC as more of an authentication protocol). So I am curious why in this video , you are referring to oAuth as a 'Delegated AUTHENTICATION' protocol?

Excellent video ! Couple of Suggestions - (1) In the middle there , you started talking about Google/Apple authentication, and then went back and drew the picture for linkedin and FB . Suggest fixing that , because it breaks the flow (2) Towards the end, when you were talking about enterprise apps, and you had said the apps may be interested in access tokens as well - I was unclear on where the LMS is getting the access tokens from, when talking to Google / Apple

Quality content

Thank you for explaining. For those coming from Kotlin coroutines, it sounds like Futures are analogous to Deferred<V> (or Job).

Mann,what a lecture cleared all the doubts. Initially I had so many doubts but gradually you cleared all of them

GREATTT VIDEO, VIRAJ CLEARED MANY DOUBTS

Hi vijay, doubt from india. I have few doubts Task-2 will execute in a separate thread??? 2) .thenCombine().thenApply() in this method chaining, these methods execute concurrently/parallely or one after the other??

6:47 output is of hex format, not base64. Thank you for the quick hands-on! 😊

Great series 👏

Very nice explanation.Thanks for this series

With your explanation, it seems login with Google or Facebook option on websites is using openId connect. Am I correct?

Wonderful explanation

Very nice and clear explanation !!

very nicely explained Viraj. Good job

Simply superb. Stand and deliver style

final class has the function of making the generated class uninheritable

Thanks for clear explanation.. Kudos 🎉

13:19 I am not going to use anymore

10:55 Automatic switching is cool