The reason it's actually worth learning here on youtube with guys that prepared these instruction videos is that they genuinely put the effort in making a structure and making sure they point/explain every aspect of what they use to write these codes themselves. Which makes these videos incredibly useful and efficient, thanks for the free knowledge!
Agreed, in general, ARM Assembly is useless but these people make such high quality tutorials that explain everything, even what it is useful to know for that watching this is a good investment
32:47 Careful here! As he explains at the beginning, that's not a ten, it's a sixteen, because the numbers are hexadecimal (but it is still correct that if you add an offset of 4, you get the memory location of the next element). A minimal refresher for whoever needs it: 1. A hex digit represents 4 bits. hex F = decimal 15 = binary 1111 2. Two hex digits represent an octet (a byte, 8 bits). hex FF = decimal 255 = binary 1111 1111 3. A cell in the memory table represents 4 octets (because it has 4 pairs of hex digits). 4. In the memory table, the address of each cell is +4 than the previous one because each octet is numbered like: 00 01 02 03 04 05 06 07 08 09 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 32 33 34 35 36 37 38 39 40 41 42 43 44 45 46 47 ...
Thank you so much for this tutorial. I watched it a year ago and it gave me a good feeling for the job I am having now as a side-channel securing cryptologist. Since then I worked through over 10k lines of Assembler code and wrote a few thousand myself.
god I love assembly languages. it's so oddly empowering to be that close to the metal, you really feel like you're getting down into the computer in a fundamental way. thank you so much for this! maybe I'm weird but I love to watch this kind of thing for fun
You havent lived until you did Assembly on an IBM mainframe, the BEST teacher in the world. I have been writing assembly for over 50 yrs. It gets rough when you can code for 20+ processors haha you start pulling mnemonics from different machines. I LOVE the IBM mainframe instruction set, its very intuitive, and powerful. With assembly lang and a good o/s, you have the power to hang most any machine. except the mainframe. Some of my code i wrote in the 70s is still running today. And your code can be sooo tiny. In the 70s, I wrote a bootable banner printing program on the mainframe in 150 bytes (2 punch cards, yes u can boot from punch cards!)) I also wrote an entire accounting system (A/P, A/R, G/L,Payroll, Purchasing) in assembly, in under 32K, that's 32 THOUSAND bytes of storage! Today I code in assembly on Tiny single chip computers, like the PI, PIC, & TI series, I still enjoy getting complete programs to run in very small memory. Keep up your coding skills!
ARM has been around for a very long time and is very fast. I first learned assembly language in general on a Z80 processor in 1985. I clicked on here because I would really like to get into it with ARM this time. RISC is much pretty efficient and fast. Thanks for sharing this information.
I think teaching somebody something is the best gift a person can get ever. There's a lot that goes into teaching and helping somebody understand requires trust, sacrificing one's time, and so much more. In this video, I really liked the clarity that it is delivery with. It was easy to understand and the instructor's enthusiasm helped a lot. Without it, trying to understand a bunch of 0's and letters would've been too boring. Thanks!
This is such a well-done coding tutorial for ARM assembler. I am not planning to code assembler, but I like to have a broad understanding of the below layers, and this video is perfect for this as well.
5/26/24 I have been trudging through assembly language tutorials for 2 months now and finally found this page and its exactly what people need starting out. I know it's a lot of work putting these vids and courses together and I want to thank you very much for your efforts I think I speak for many people when I say it's very very much appreciated. Thank you so much!
THANK YOU for the beginner friendly approach. Unlike highler level languages, assembly tutorials usually always assume you know a bunch of stuff. With the addition of the simulator this is perfect
Hi, i need a help. I am studying in Ukrainian university Asm and we have been given labs to do. I honestly do not have any ideas how to do that, as i am keen on js language. Could you please help me out? If so, i will give you my contact.
8 minutes, I said 8 minutes and I already know why a processor is 32 or 64 bit. I'm in love with this course. Thank you very much guys and let's move forward
Amazing video just one correction @1:46:40 Push and pop do not care about ordering of how you give them the register but rather uses its own ordering. It always pushes the higher registers first (like r15-r0) and pops them back in reverse order (r0-r15) Keep up the work 🙏🙏
i had no any plan to add any language to my brain arsenal this year as i used to do in previous years but here we are. am goin to watch this in a chunk of 37 Minutes per week for 1Month, and i will be good to walk alone by myself and progress more.
I haven't watched the whole video yet but from the comments it seems like this will be a good one. I'm taking an ARM assembly course in university right now so hopefully this will help me learn everything efficiently and effectively. I've practically given up on my prof lmao so this is pretty much one of my last hopes of learning assembly well. Update: I'm about 1/3 of the way through the video now and I have learned so much more from this video than I have from any of my university lectures. I love how straightforward the teaching style is, it really makes it easier to absorb all the information.
Hi, i need a help. I am studying in Ukrainian university Asm and we have been given labs to do. I honestly do not have any ideas how to do that, as i am keen on js language. Could you please help me out? If so, i will give you my contact.
12:00 Two's compliment is an ingeniously simple idea. Imagine have two binary numbers x>y with 4 digits. To subtract y from x we can sum x+(16-y) and take 16 by ignoring the first digit of the 5 digit sum. The number 16-y is called the two's compliment of y. Equivalently, if we invert all the digits of y, resulting in the number z, we have y+z = (1111) = 15 and z + 1 = 16-x. Therefore, to get the two compliment we can just invert the digits and sum 1.
Hi, i need a help. I am studying in Ukrainian university Asm and we have been given labs to do. I honestly do not have any ideas how to do that, as i am keen on js language. Could you please help me out? If so, i will give you my contact.
You seem to be calling regular memory a stack. The stack is usually memory addressed using that stack pointer with push and pop operations. If this is different in ARM, then that might be worth pointing out.
Yes, it is important to know correctly what parts of the memory belong to the stack, and what parts of memory belong to the heap. Because the memory layout can differ on certain processors or machines. We should know that.
Please make a video on computer science engineering... cause I'm really passionate about cs engeneering, but because of the financial struggles...i am unable to attend the college ... Those videos means alot to me and people like me, your help will be appreciated...may God bless us all with abundance...
Hi, i need a help. I am studying in Ukrainian university Asm and we have been given labs to do. I honestly do not have any ideas how to do that, as i am keen on js language. Could you please help me out? If so, i will give you my contact.
I learned 8088 ASM and the basics at school. I loved it. No software developer is complete without experiencing asm first hand. It just teaches so much about how stuff works. IMO.
Hi, i need a help. I am studying in Ukrainian university Asm and we have been given labs to do. I honestly do not have any ideas how to do that, as i am keen on js language. Could you please help me out? If so, i will give you my contact.
I have learnt about arm instruction set in our clg but it haven't made sense for some reason and the keil environment created more confusion. After watching this all things came into a track I especially liked the the website that used for the simulation which help me to understand the things better when compared to the complex env in keil IDE. I would really suggest this tutorial for absolute beginners to get started or to clear up their basis. I am really looking forward this kind of tutorials in the future. It would be really helpful scott if say what to do after this what to learn next or practice to gain more knowledge.
Hi, i need a help. I am studying in Ukrainian university Asm and we have been given labs to do. I honestly do not have any ideas how to do that, as i am keen on js language. Could you please help me out? If so, i will give you my contact.
This is such a helpful introduction to assemply language programming. I loved it! Last time I did Assembler was on the 6502 processor back in the 1980ies... I love the emulator in the webpage. Makes following what is going on really easy. However, the hello world program didn't work for me on my Raspberry Pi. I think that is because the example is for a 32bit processor and my Pi is 64bit. The names of the registers have changed and the numbers for the syscalls are also different! Here is the modified version that works: global _start _start: MOV X0,#1 LDR X1, =message LDR X2, =len MOV W8, #64 SVC #0 MOV X0, #0 MOV W8, #93 SVC #0 .data message: .asciz "Hello World " len = .-message
Hi, i need a help. I am studying in Ukrainian university Asm and we have been given labs to do. I honestly do not have any ideas how to do that, as i am keen on js language. Could you please help me out? If so, i will give you my contact.
Автор и не могу центр на на на на на на Ы сельского совета находится на расстоянии его на на на на наи неук удалось завершить задание его на на на на на на как и не выбрать типа выбратьтипа цк выбратьтипа длятся по его того чтобы ходить мааывугккпеимо зерка альбом был из них как вами некрИко так не криком А а а а а а а как вам всем мире включая после выкыукн кек как и к Увсексек вышел ц видео уже не ук Укра уины А уже не ук Украины и не ук Украины и витрин и такие
Assembly language is Low-level programming language (Nowadays C and C++ language is considered to be a low level language. 8051 microcontroller or arm 7 are basically written in C language.) that can communicate directly with a computer's hardware. I think language which can be easily understood / readable by humans .
Low level language are easily understood by computer but not humans and higher level language like phyton Are easily understood by humans but won't work for low level hardware (as expected by c)
Normal language… assembler tells a processor what to do step by step… like multiple this number at this memory location by this number at this memory location, go to this line of instructions to do next, stop. It’s using the most basic instructions possible. Why? Because it’s as efficient as can be and there are no limitations. Anything that can be programmed, can be programmed in assembler. Down side, it takes a long time to program, errors can be catastrophic and difficult to find.
Im glade to see that what i learnt at A level during the data presentation & computer architecture topics is actually applicable in programming... i am sooo happy really happy!:)
rn i got an hour left on the video but still wanted to comment this. I cant thank you enough for this video. I am taking an embedded system course and we are working with a bare metal system and even tho we code in C there was tons of things i didnt get during the lecture cause i had 0 prior knowledge of assembly hearing all this made me finally understand what all the things that we been talking in the class are. You also teach so clean and simple. Its so easy to understand each concept cause you give in depth information without overextending it with information that isnt useful at the time.
The reason it's actually worth learning here on youtube with guys that prepared these instruction videos is that they genuinely put the effort in making a structure and making sure they point/explain every aspect of what they use to write these codes themselves. Which makes these videos incredibly useful and efficient, thanks for the free knowledge!
10000 miles more organised, clear and educational than my course at uni.
Agreed, in general, ARM Assembly is useless but these people make such high quality tutorials that explain everything, even what it is useful to know for that watching this is a good investment
free as in freedom
MM Gmm
M
32:47 Careful here! As he explains at the beginning, that's not a ten, it's a sixteen, because the numbers are hexadecimal (but it is still correct that if you add an offset of 4, you get the memory location of the next element).
A minimal refresher for whoever needs it:
1. A hex digit represents 4 bits.
hex F = decimal 15 = binary 1111
2. Two hex digits represent an octet (a byte, 8 bits).
hex FF = decimal 255 = binary 1111 1111
3. A cell in the memory table represents 4 octets (because it has 4 pairs of hex digits).
4. In the memory table, the address of each cell is +4 than the previous one because each octet is numbered like:
00 01 02 03 04 05 06 07 08 09 10 11 12 13 14 15
16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31
32 33 34 35 36 37 38 39 40 41 42 43 44 45 46 47
...
Thanks for clearing that out. I was wondering how it starts with a 10, but incrementing by 4 four times gives you 20 instead of 26 lol ;P
I think that it's a ten is not wrong in the case of base 16
i was about to comment the same thing
about it being 10 ,, not about the base 16 thing, but probably not wrong
thanks for this explanation
History will eventually recognize this channel as the groundbreaking phenomenon it is
Is it not already recognised as such?
@@mixxxer unfortunately no
Folk lores will be written about it.
Sure
Perhaps some of you should contribute some money if you can to keep it going as well.
This is the first time learning a new programming language where your first program is not printing "hello world"
Thank you so much for this tutorial.
I watched it a year ago and it gave me a good feeling for the job I am having now as a side-channel securing cryptologist.
Since then I worked through over 10k lines of Assembler code and wrote a few thousand myself.
god I love assembly languages. it's so oddly empowering to be that close to the metal, you really feel like you're getting down into the computer in a fundamental way. thank you so much for this! maybe I'm weird but I love to watch this kind of thing for fun
I love HTML for !programming as well 😂
@@vaisakh_km html isn't a programming language broski
@@vaisakh_km its a hyper text markup lang
You havent lived until you did Assembly on an IBM mainframe, the BEST teacher in the world. I have been writing assembly for over 50 yrs. It gets rough when you can code for 20+ processors haha you start pulling mnemonics from different machines. I LOVE the IBM mainframe instruction set, its very intuitive, and powerful. With assembly lang and a good o/s, you have the power to hang most any machine. except the mainframe. Some of my code i wrote in the 70s is still running today. And your code can be sooo tiny. In the 70s, I wrote a bootable banner printing program on the mainframe in 150 bytes (2 punch cards, yes u can boot from punch cards!)) I also wrote an entire accounting system (A/P, A/R, G/L,Payroll, Purchasing) in assembly, in under 32K, that's 32 THOUSAND bytes of storage!
Today I code in assembly on Tiny single chip computers, like the PI, PIC, & TI series, I still enjoy getting complete programs to run in very small memory.
Keep up your coding skills!
@@rty1955 Hell yeah, that's awesome!
What a phenomenal teacher. Seriously I am so impressed. A rare quality. Thank you for the hard work you put into this tutorial/lessons.
the algorithm will someday give this channel the love it deserves. i can not believe the wealth of knowledge here.
it's been 2 years you do still remember this comment
ARM has been around for a very long time and is very fast. I first learned assembly language in general on a Z80 processor in 1985. I clicked on here because I would really like to get into it with ARM this time. RISC is much pretty efficient and fast. Thanks for sharing this information.
Honestly once explained it's fairly intuitive. Thank you for breaking it down so nicely for us newbies! Can't wait to play with the full version
Likewise Luis
I think teaching somebody something is the best gift a person can get ever. There's a lot that goes into teaching and helping somebody understand requires trust, sacrificing one's time, and so much more. In this video, I really liked the clarity that it is delivery with. It was easy to understand and the instructor's enthusiasm helped a lot. Without it, trying to understand a bunch of 0's and letters would've been too boring. Thanks!
This is such a well-done coding tutorial for ARM assembler.
I am not planning to code assembler, but I like to have a broad understanding of the below layers, and this video is perfect for this as well.
2 hours to learn "hello world". Next up, Super Mario!
@@paradiseonheavenafter Mario, next up how to hack mobile phones 🤣
5/26/24 I have been trudging through assembly language tutorials for 2 months now and finally found this page and its exactly what people need starting out. I know it's a lot of work putting these vids and courses together and I want to thank you very much for your efforts I think I speak for many people when I say it's very very much appreciated. Thank you so much!
I was trying to get myself to learn C. This video is so neat I'm now intrigued in ARM Assembly instead now.
There are some common points. For example, pre-increment *++p and post-increment *p++ are very close to their ARM equivalents.
Any programming video where you can learn by listening and genuinely programming in your mind first before code is a gem. Thanks for the breakdown
ARMv7 (32-bit): Uses r0, r1, r2, ..., r15 for general-purpose registers.
ARMv8 (64-bit): Uses x0, x1, x2, ..., x30 for general-purpose registers.
I wasn't sure about your content till I checked out your podcast, I've heard every podcast at least a few times. One day I'll thank you 😊
This is easily one of the best tutorials on coding I have ever watched. Everything is explained well and made easy to understand.
THANK YOU for the beginner friendly approach. Unlike highler level languages, assembly tutorials usually always assume you know a bunch of stuff. With the addition of the simulator this is perfect
OMG, so well explained, I literally thought assembly was this big, daunting thing but you explained it so well!! keep it up
so weird the perception that programmers are paranormal aliens and that coding is out of reach to regular folk ?
Don't you think , Zoe ?
These guys are great at showing the simple truth imv
Zo(e) ?
Hi, i need a help. I am studying in Ukrainian university Asm and we have been given labs to do. I honestly do not have any ideas how to do that, as i am keen on js language. Could you please help me out? If so, i will give you my contact.
Love assembly, it's hard core and therefore not for the faint hearted but boy is it rewarding!
honestly the best soft tutorial ive ever seen. short and straight to the point ! i love it
At this point, you guys are just reading my mind unethically on what content I exactly need OMG OMG OMG!
wish i had these tutorials when i was starting out back in the days.
Hello I have learned many languages from you thanks for your support.😊
By the way this is the greatest tutorial anybody has ever had. Thanks a lot!
Now that IS a bold statement Z
Thank you so much !! Assembly tutorials were missing on this channel and now my wish came true
Literally yesterday i was interesed in learning asm and now this video drop. Incredible
Same as me hahah
Same lol!
8 minutes, I said 8 minutes and I already know why a processor is 32 or 64 bit. I'm in love with this course. Thank you very much guys and let's move forward
Amazing video just one correction @1:46:40
Push and pop do not care about ordering of how you give them the register but rather uses its own ordering. It always pushes the higher registers first (like r15-r0) and pops them back in reverse order (r0-r15)
Keep up the work 🙏🙏
As an old x86 BIOS engineer, this video is extremely helpful because I am programming Arm CPU’s now.
Thanks for putting out this course. The way you have structured the course with good examples really helped me quickly grasp assembly language.
Love from 1st sight
Thank you, yet to see the complete vid
Great! Now I'm going to completely rewrite all of the software on my phone and write all the firmware and software by myself. Should be a fun project.
I guess you want to murder your phone lol
you're a great teacher, love the simplicity, with details! subbed!
True enough nero
I'm here for ARM but this man give me ASMR.
But also this course was very helpful. Thanks for free videos like this.
Put this man in the computer science hall of fame
i had no any plan to add any language to my brain arsenal this year as i used to do in previous years but here we are. am goin to watch this in a chunk of 37 Minutes per week for 1Month, and i will be good to walk alone by myself and progress more.
I haven't watched the whole video yet but from the comments it seems like this will be a good one. I'm taking an ARM assembly course in university right now so hopefully this will help me learn everything efficiently and effectively. I've practically given up on my prof lmao so this is pretty much one of my last hopes of learning assembly well.
Update: I'm about 1/3 of the way through the video now and I have learned so much more from this video than I have from any of my university lectures. I love how straightforward the teaching style is, it really makes it easier to absorb all the information.
good luck dude
an entire course in university and it didnt teach you anything? that sounds like a real... _shami_
exactly lol! University is a joke.
Just gonna get my diploma and be done with it
@@dirtfriend no. Universities truly suck
Hi, i need a help. I am studying in Ukrainian university Asm and we have been given labs to do. I honestly do not have any ideas how to do that, as i am keen on js language. Could you please help me out? If so, i will give you my contact.
TNice tutorials is THE most helpful tutorial on RUclips imo. I am starting production in Hardstyle, and I find soft soft really useful
Kindly make a video series on how to develop your own Operating system
12:00 Two's compliment is an ingeniously simple idea. Imagine have two binary numbers x>y with 4 digits. To subtract y from x we can sum x+(16-y) and take 16 by ignoring the first digit of the 5 digit sum. The number 16-y is called the two's compliment of y. Equivalently, if we invert all the digits of y, resulting in the number z, we have y+z = (1111) = 15 and z + 1 = 16-x. Therefore, to get the two compliment we can just invert the digits and sum 1.
Great lecture. It brings me back to my days doing IBM 360 Assembler in the mid-'70s. I've got to think of a reason to use this. It would be fun.
I think you just gave the right reason 🙂.
Hi, i need a help. I am studying in Ukrainian university Asm and we have been given labs to do. I honestly do not have any ideas how to do that, as i am keen on js language. Could you please help me out? If so, i will give you my contact.
Why does this seem so clear and straightforward when I expected it to be a challenging journey? 🤣🤣
You seem to be calling regular memory a stack. The stack is usually memory addressed using that stack pointer with push and pop operations. If this is different in ARM, then that might be worth pointing out.
He is one man trying to cover a topic developed over decades by thousands of engineers. If you have a point to make, go make a video or shut your hole
@@goldman7267 Who are you? I am going to continue to make comments as I see fit. I really don't care if you don't like that.
@@goldman7267 Why so rude?
Yes, it is important to know correctly what parts of the memory belong to the stack, and what parts of memory belong to the heap. Because the memory layout can differ on certain processors or machines. We should know that.
followed along with the course on the emulator , and it did absolute wonders.
I am glad that there are people like you, who can help beginner streamers. Thank you brother, I appreciate your support. Always fresh updates
broken it down makes it seem so user-friendly and easy to use. I can’t wait to start making soft! Thanks again!
Yes this channel is GREAT..!
Many thanks great people..!
If you kept it going till now you have all the respect that I can give
Please make a video on computer science engineering... cause I'm really passionate about cs engeneering, but because of the financial struggles...i am unable to attend the college ... Those videos means alot to me and people like me, your help will be appreciated...may God bless us all with abundance...
Hi, i need a help. I am studying in Ukrainian university Asm and we have been given labs to do. I honestly do not have any ideas how to do that, as i am keen on js language. Could you please help me out? If so, i will give you my contact.
Thanks For Everything This Channel Has Ever Done
Eagerly waiting for this ♥️🔥
Man, you're rocks! Thank You for your course !!! I've learned so much!!!
Really great video 🙂
Hoping for x86 Assembly soon!!
They should partner up with Creel Programming.
www.youtube.com/@WhatsACreel/playlists
love your work, man. Thanks for the free knowledge
Please, bless us with 32 bit / x64 bit intel assembly as well. Big fan btw
It's true. This chanel is the best thing ever.
absolutely incredible. please keep learning free
Thank you ! You did a great job simplifying such a complex daw....Looking forward to be a great producer
Thanks for everything Free code camp... 🙏🙏🙏
I learned 8088 ASM and the basics at school. I loved it. No software developer is complete without experiencing asm first hand. It just teaches so much about how stuff works. IMO.
Hi, i need a help. I am studying in Ukrainian university Asm and we have been given labs to do. I honestly do not have any ideas how to do that, as i am keen on js language. Could you please help me out? If so, i will give you my contact.
This is good, I hope Freecodecamp would make x86 next
Better would be RISC-V
They should partner up with Creel Programming.
www.youtube.com/@WhatsACreel/playlists
The timing for when it went out was perfect. Like it was planned
great tutorial, it would be helpful if you can cover all other modules as well (example: seven segment display,display etc)
seek and ye shall find )
IT WORKED, THANKS I'VE BEEN LOOKING FOR THIS FOREVER, BUT NO TUTORIAL COULD EXPLAIN IT AS YOU DID
I have learnt about arm instruction set in our clg but it haven't made sense for some reason and the keil environment created more confusion. After watching this all things came into a track I especially liked the the website that used for the simulation which help me to understand the things better when compared to the complex env in keil IDE. I would really suggest this tutorial for absolute beginners to get started or to clear up their basis. I am really looking forward this kind of tutorials in the future. It would be really helpful scott if say what to do after this what to learn next or practice to gain more knowledge.
a lot of college and university courses are a waste of time and money nowadays isn't it ?
@@jonathansheppard2523 yeah kinda true
Keil looks a bit old skool imperial corporate :- maybe that's the reason ;?)
@@jonathansheppard2523 Yes, that online ide is best place to practice
Hi, i need a help. I am studying in Ukrainian university Asm and we have been given labs to do. I honestly do not have any ideas how to do that, as i am keen on js language. Could you please help me out? If so, i will give you my contact.
This is such a helpful introduction to assemply language programming. I loved it! Last time I did Assembler was on the 6502 processor back in the 1980ies... I love the emulator in the webpage. Makes following what is going on really easy.
However, the hello world program didn't work for me on my Raspberry Pi. I think that is because the example is for a 32bit processor and my Pi is 64bit. The names of the registers have changed and the numbers for the syscalls are also different! Here is the modified version that works:
global _start
_start:
MOV X0,#1
LDR X1, =message
LDR X2, =len
MOV W8, #64
SVC #0
MOV X0, #0
MOV W8, #93
SVC #0
.data
message:
.asciz "Hello World
"
len = .-message
How do I reach your coach/ mentor??
Hi, i need a help. I am studying in Ukrainian university Asm and we have been given labs to do. I honestly do not have any ideas how to do that, as i am keen on js language. Could you please help me out? If so, i will give you my contact.
This was a great boost to my exams.. i'll come back here later... thank u...
In contrast a x86 Assembler like NASM would be nice as tutorial too!
conditional instruction execution is a lifesaver
Thank You. now i can continue my game cheating :). How do i learn armv8?? i suck at it
Your tutorials are appreciated. You explain everytNice tutorialng so simply and show the fundantals of producing. Many people and myself thank
Hello Team, can you please train us on 5G NR development in Linux. Physical Layer development
Автор и не могу центр на на на на на на Ы сельского совета находится на расстоянии его на на на на наи неук удалось завершить задание его на на на на на на как и не выбрать типа выбратьтипа цк выбратьтипа длятся по его того чтобы ходить мааывугккпеимо зерка альбом был из них как вами некрИко так не криком А а а а а а а как вам всем мире включая после выкыукн кек как и к Увсексек вышел ц видео уже не ук Укра уины А уже не ук Украины и не ук Украины и витрин и такие
That is really a good introduction to ARM assembly, very well explained. Thank you for making this available!
Thanks!
I can't believe its working! keep it up! Shared everywhere! You deserve it!
Dear friends can you explain in a normal words what means Assembly lenguage..?
Assembly language is Low-level programming language (Nowadays C and C++ language is considered to be a low level language. 8051 microcontroller or arm 7 are basically written in C language.) that can communicate directly with a computer's hardware. I think language which can be easily understood / readable by humans .
Low level language are easily understood by computer but not humans and higher level language like phyton Are easily understood by humans but won't work for low level hardware (as expected by c)
Normal language… assembler tells a processor what to do step by step… like multiple this number at this memory location by this number at this memory location, go to this line of instructions to do next, stop. It’s using the most basic instructions possible. Why? Because it’s as efficient as can be and there are no limitations. Anything that can be programmed, can be programmed in assembler. Down side, it takes a long time to program, errors can be catastrophic and difficult to find.
Thank you soo much for this, I really appreciate your work, please keep this channel running and keep up the good work ❤❤❤❤
A.Wanna more 2 hours not good for assembly
Thank you for the comprehensive lecture.
bruh what am i doing with my life? studying assembly to develop my own freaking os
Absolutely
I would say this is the best video tutorial I have watched to date.
Finally programming language for Chad's.
I learned assembly on x86(both Intel and AT&T) and I clicked this video to get into ARM. Left with a good impression.
I don’t even know what to say
Im glade to see that what i learnt at A level during the data presentation & computer architecture topics is actually applicable in programming... i am sooo happy really happy!:)
My nightmare
Thanks for everything 💗 this platform is far better than any paid courses
What a great course! Thank you for the information. Very well Explained.
It’s a bit sad that this is only getting uploaded AFTER my last day of my ARM Assembly class in College 🫠
Class is a lab to try out new stuff. Real life is where you apply it all.
@@k-c are the most of my
@@k-c are not there are important oo . Mu b a d o d pkmok
@@k-c okjjjkijjj
I don't mean to be rude but I wanted to ask if you have any resources left from that class you could share?
Almost done with this course and I already want a x86 assembly course!❤ thaks for the good content
I been through loads of video's about soft . but you are the best thanks for your video's.
this is literally the best damn channel on youtube there is so much knowledge on it
eventually it all snapped into place and I started learning how to add all the effects, titles, motion text. It was pretty cool to see my
rn i got an hour left on the video but still wanted to comment this. I cant thank you enough for this video. I am taking an embedded system course and we are working with a bare metal system and even tho we code in C there was tons of things i didnt get during the lecture cause i had 0 prior knowledge of assembly hearing all this made me finally understand what all the things that we been talking in the class are. You also teach so clean and simple. Its so easy to understand each concept cause you give in depth information without overextending it with information that isnt useful at the time.
btw i was gonna add that i subscribed but realized i already am and realized you guys also taught me C programmin ^^
Wow! You're a natural teacher. I feel like I can do Nice tutorialts now
I've been looking for this for so long, thanks man
Your actually the goat, This helped so much thank you.
This is gold! Thanks for share!