Endianness Explained

[@danielcohen8828]

Finally, a video that explains why a byte is the most significant rather than just regurgitating the same script about Endianness.

[@sher.5027]

One of the best video for the endianess. Cause u included the topics where people get stuck.

[@roeetoledano6242]

Hey Aaron, Not sure if you will see this since a long time has passed, but I just want to say your videos are just AMAZING! You explain the topics clearly, and the animations really help understand. Keep doing what you do, you help thousands like me understand the material in a good and fun way. Thank you

[@adamgrochowski8413]

Great video 👏

[@Dablus]

Short video Crystal clear explanation Great job mate

[@phillipkim1618]

Glad to see you're still making content :)

[@jayschmidt3695]

Your videos are great, easy to understand. please don't stop making more videos 😃

[@TheYakup85]

That's an amazing video! You should definitely continue creating this kind of contents. 👏

[@kosodrzewinka]

Thank you, straight to the point and well explained.

[@css2165]

awesome content, please don't stop making these videos! also could you make a video about how executable files work and how they are loaded into memory? sounds like an interesting topic to me

[@jovan_spasovic]

Bold of you to say that we as developers do not have to think about endianness xDD We just had a practical exam where we had to write a C program that on localhost communicates (server and client but both running on same machine), and trying to inspect memory results as you said gave very weird values. Thank you for an amazing video!

[@krish-ut9de]

Mr. Doug told me to come here

[@the_hypnotoucan]

Wow! Great explanation. Please start putting out videos more often. I think your channel has the potential to get much bigger.

[@achyuthvishwamithra]

It is simple, in little-endian, multi-byte values are stored such that most significant bytes are stored at a higher addresses and least significant at lower addresses (this is in fact the natural way of storing things).

[@sentient1640]

Great presentation !

[@Josh-kw7zk]

Great video, it helps me a lot to understand this topic. Thank you so much!.

[@ARCWIZARD]

Thx 🙏

[@nickiascerinschi206]

Very good explanation, thank you!

[@8o.do28h-1]

not sure if this comment would even reach you, but man your videos are amazing. hope you still find the passion in making more of these

[@valericapohrib3611]

Thank you for explaining this concept!!

[@ravel1274]

The whole video I've been wondering about who won that egg war

[@Froggurt97]

Thanks so much for the video! This was so helpful and clear and concise

[@tangaye]

Wow! So amazing

[@yeayea8448]

Great seeing you upload!

[@Miles-co5xm]

++++ don't stop making videos plssssssss

[@vasanthan8520]

the video is very clear and clear. Could you tell what tools you used to make this video. the typography is pretty good

[@virajcz7143]

beautiful! keep making them!

[@fxiqval]

i never understood why `int x = 1; x == *(char*)&x; /* true */` until today, thank you

[@il_panda1979]

Pls come back ❤

[@BallisticTurtle155]

🔥super helpful video!

[@nataliechen8442]

my favorite youtuber!! 🙌🏻

[@kodori106]

Yoo, he's is back!!!

[@nanaarhin5567]

I really like it when these animations are being used to explain concepts. And when you say Endianess is about Byte and not bit, what does that mean?

[@ibrahimelhamdouni9746]

best channel eveeeeeeeeeeeeeer

[@famouz5880]

great work, keep it up!

[@TsukiCTF]

Good content, keep it up!

[@acestandard6315]

Why have you stopped making videos. I just discovered you

[@0xHFSP]

banger vid

[@zanagi]

But, why would someone make a little endian hardware in the first place?

[@BocusVeLucy]

Thank you :)

[@darcy6698]

NDNS

[@JeromeDemers]

wow, all that info under 5min, congrats! I will check all your other videos.

[@Bolter024]

I thought this has something to do with India lol

[@matthewpaterno9698]

Yes!!

[@zuowang5185]

who then use little endian?

[@AshifKhan-sn6jx]

Depending on the cpu architecture like ARM, x86 etc. The endianess might change. x86 uses little endian

[@youssefeddaif9349]

hi aaron, i dont mean to be rude but i think the binary representation of 16 is wrong it needs an extra zero, tnx

[@RandomAlias1]

so glad I stumbled upon your channel. You deserve a subscribe.

[@germanreynaga7256]

Thanks for the great content