Название | : | coding LeetCode but only in assembly |
Продолжительность | : | 15.20 |
Дата публикации | : | |
Просмотров | : | 115 rb |
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Very nicely done! 👌 Comment from : George Smart, M1GEO |
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i request o(0) solution Comment from : Rahul Panchal |
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"So now we allocate RAX to stack, pretty simple"brMe: 👁👄👁️ Comment from : Joshua Rose |
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what a cool idea! great job!! Comment from : Robert Herrera |
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Love this - pleased to see younger developers with such enthusiasm for lower level development skills Comment from : Liberate mi |
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Wander if a 'dumb' SIMD solution could beat everyone? What about unrolling the loops? Comment from : Robert Hickman |
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Can you do some harder problem in assembly? You did easy one and my mind already blown Comment from : Діма Красько |
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Inline assembly is hell Comment from : Mdev |
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Now I remember how I used to look at code with 0 programming experience Comment from : Szilágyi Miklós |
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This was easier to follow than I imagined 😁👍 Comment from : Hans Isbrücker |
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👏👏👏👏 Comment from : Alexandro Hdez |
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You didnt need a hashmap, an array with 2^32 entries would ve been enough and definitely easier to do on asm Comment from : Jong Xina |
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Lets see Leetcode problem 420 in assembly! Comment from : G |
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i already love this and i haven't even watched it😄 Comment from : Ukpa Uchechi |
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What kind of job does this knowledge get you and does it pay well? Comment from : callous21 |
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imagine u r writing this code in interview Easy offer xD Comment from : DTorange1 |
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whyyyyyy Comment from : i |
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att syntax gang Comment from : Zach Manifold |
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Isn't calling malloc kinda cheating? Comment from : Wander |
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Leetccode machune code, when? Comment from : aqua |
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lol Comment from : 無叉叉 |
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Very, very impressive, and excellent to see some real(!!) assembly skills on youtube You would have liked the 80's and 90's 'golden era' for assembly coders, certainly from a game making perspective Things have certainly moved far with CPU instruction sets, but reassuring to see so much familiarity with those opcodes and concepts Subbed Comment from : ChrisM541 |
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This asm can be optimised more Comment from : Ari Archer |
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interviewer: can you solve this problem?brbrno one: sure, my language of choice is assembly Comment from : danmuji |
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i just can say you are doing a wonderful job , you are on another level Comment from : Moon Shadow |
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#LowLevelMafia #AssemblyGrindset 😤 Comment from : JG |
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Great job! The power of assembly at his best! Comment from : Yuriorkis Scream |
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Not all heroes wear capes Comment from : Tommy Huffman |
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i thought i will try my best to understand but it went completely somewhat my head Comment from : Aditya Jha |
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My brain wants to explode by I continued watching Comment from : Yash Shah |
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Hell no Comment from : R&G |
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Now, because your code only runs in O(n^2), please submit the O(1) solution before we can accept your code as a valid solution Comment from : Avana |
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danger to humanity, you arebr- Master Oogway Comment from : CrjaseMechaEngr |
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when i think too much about how computers work it hurts my head, great work! Comment from : Kevin Naughton Jr |
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Goddamn managing bytes is insane Comment from : Lascivo Fish |
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Amazing video! Doing ASM this semester and loving it We are doing dbl precision fp and bit wise ops right now Just got done creating custom functions and c function calls Love this class it’s fun Comment from : M R |
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Insane Mode would be manually inputting eletrical charges(0 n 1) at your processor to use the asm codes Comment from : Smite Bostil |
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Please do a coding interview and pull out assembly Comment from : Max |
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"We''re gonna set up the stack frame by pushing rbx"brYeah sure bro 😂brbrAnyways, would have been cool if you had solved this using rep scasd or even simd, oh well Comment from : N00byEdge |
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Comment from : Charanpreet Singh |
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Using n^2 solution and it's in the top 10 Damn Comment from : For the Omnissiah |
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Thank you so much! :) Any tips/recommendations on low level language courses or tutorials? Comment from : Krisztian Kovacs |
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I love the video It would have benefited even more, if you didn't prepare the algorithm, but implemented it live with all the iterations and bug fixing I already understand every command but have the most trouble "interacting" with assembly while developing Comment from : Thomas Deniffel |
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Tbh I can code the O(n^2) solution too in assembly Implementing a hashtable, linked list, malloc etc is too much work for O(n) solution Comment from : jasneet |
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You should post the code as "easy to understand and fast solution" Comment from : hampuztt |
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I'm stuck, I've been looking for a good resource to learn c and assembly , can u help me plz? Comment from : Fire Snake |
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I've been trying to do leet code in assembly, I use it mainly for the challenges that need you to make some math operators But also used it for quick text windowing in such, or if I need to brute force something Comment from : John Sherfey |
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Damn I am know several programming languages, and this felt like foreign lingo to me Comment from : DG |
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AT&T syntax >>> all Comment from : Nempk1 |
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I can't decide if I should or shouldn't call out that this isn't pure asm as they variables at the top are C variables as in assembly "int" is an interrupt Comment from : Whitequill Riclo |
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love your videos its always a fun learning experience keep it on Comment from : WKND |
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Any book or any material really for recommendation? Comment from : tablet tablete |
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Eyy fellow Intel syntax enjoyer! :D Comment from : James R T |
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fuck yeah Comment from : MobSlicer152 |
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So cool ! Comment from : Phil Toa |
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Want to learn this solution just for giggles during an interview Comment from : Shreyas N |
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he is a literal chad🔥🔥 Comment from : SP3CT3R |
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Hello LLL team, can you guys make a full tutorial for writing assembly code for ARM and arm64 CPU? I want to know more in depth knowledge how loader loads the program in memory and how all the sections are prepared before running main() Comment from : Matrix Myth |
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This is pretty cool, though if you wanted to make it easier to follow I'd do it outline instead and get syntax highlighting I prefer nasm syntax over gas Intel, but at least you didn't do it with AT&T syntax That would've been the worst Comment from : Anony Mousse |
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Well done! I couldn't even do them in Python Comment from : Handsome_Hero |
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👍 Comment from : Félix AG |
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I'm going to be honest, I could barely follow that I still subscribed Comment from : Stephen G |
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I'm not sure there are solutions with hashmap in C on LeetCode Comment from : Vladislav Lebedev |
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Something that has annoyed me for a very long time is the brackets when using LEA I find it very misleading since no dereferencing is actually taking place The Motorola 68000 does the same thing with its LEA instruction Comment from : William Drum |
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I tried this last year for advent of code Unfortunately I was using the Amstrad CPC which is only an 8-bit cpu Most of the questions required way more than 64k of ram to solve Comment from : William Drum |
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Only beating 90 of the other answers? There has to be some witchery involved here Comment from : guttural truth |
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Write a version in Assembly using a custom, barebones implementation of the hashtable data structure and see if you can get 100 on LeetCode! Comment from : Eric McDaniel |
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From the title I knew ur doing something I did sometime ago, just to prove I did 64-bit signed floating point multiplication Comment from : Abdulfatah Alturshani |
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Now, that's low level Comment from : HaibaoM |
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Assembly is alien to me However, I appreciate what you did here Comment from : Pinaki Gupta |
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any recommendations to learn assembly like this? Comment from : Viktor Eidrien |
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As a noob that does web dev assembly is full of mind bending stuff you have to know Comment from : Hype_Incarnate |
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Well done, very informative! Comment from : Majkieboy |
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wow, watching this just a week after the infamous bomb lab Good job mate Comment from : Görkem Yiğit |
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Thank you for this Comment from : LogicEu |
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Assembly?😵 Comment from : Kalkidan Yishak |
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such a interesting video never would I in a million years expect someone to do twosum in assembly great job! Comment from : LoLTiger |
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cool but why not at&t sintax? Comment from : Pedro Moreira |
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we humbly request the o(n) solution Comment from : dandn |
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never seen someone use "ii" for the inner loop haha, very cool though! I'll pretend I followed most of it 🙃 Comment from : Ac3_Train3r_Blak3 |
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Great video! Comment from : davidgomez79 |
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coolbeans Comment from : aryabp |
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This video was more informative than my professor who taught for a semester Comment from : G-nonymous Gems |
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AWESOME!!! Comment from : Kushal Kumar Kasina |
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