Success is not final, failure is not fatal: It is the courage to continue that counts. - Winston Churchill

This deserves to be on everyone's watchlist. ����

Promo*SM

'promo sm' 👊

Nice

For the string instruction lodsb we are using the DS segment +SI offset = ds:si and for stosb we are using the ES segment +DI offset = es:di. lodsb load one byte from ds:si and increase SI offset by one, if the direction flag is not set, else it decrease Si offset register. Same with stosb and DI offset and both for the movsb instruction copy with ds:si and es:di.

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This video is the reason I have trust issues with other videos.

Some architecture like intel CISC technology have more than one execution units of one CPU core, can execute up to 4 integer instructions paralell and can split complex instructions of mashine code into smaller micro operations.

I think this is the video that I have been looking for..I can see its a new channel but thanks for the good work and keep pushing

Where is the powershell for MS DOS?

We can put the parameter to call a sub routine into register, on the stack, or in the data segment (ignoring the calling convention). If we put the parameter on the stack we have to care where the stack pointer is and if we pop the values from the stack we can loose the values. But if we put the parameter in the data segment we don’t have to care where the stack pointer is, so it is much easier to load the values from the data segment from inside and outside nested sub routines multiple times without loosing the values and without to care about the stack pointer. On x86 before Pentium 4 the push/pop instructions are slower than mov/mov instructions.

We can use a label for to call a sub routine, or we can use the address to call a sub routine. But using a label is easier, specially if we move the routine to an other address to call.

Good 😊

Good ❤

Using 16 bit Real Mode allows to use hard disc too for to put the content of the memory to disc and from disc back to memory. This is not only for the protected mode.

I like to use the undocumented 16 bit "BIG" real mode using intel 80386+ CPU with a segment size of 4 gb for DS,ES,FE,GS segments and with A20 address gate on. This allows to use 32 bit addresses for instructions with an address size prefix(hex 67) in a non protected enviroment. Jailbreak to the flat memory model. No protection = User is the big boss of all hardware components = freedom. Protected Mode = Virtual concentration camp. Kernel is the big boss. User is a prisoner surrounded with watch towers and electric barbewires = slavery.

Wellcome to the fast lodsb & stosb string instructions.😂

Is TIT a real school or is TIT a production company? I totally love the tech TIT is teaching, to say the least.

This is just a crappy AI text coupled with AI voice and GENERIC images.

I'd like to share my impression of the video. Presenting basics, like it was something complex and revolutionary. And repeating the same information ten times within five minutes. Wonderful 👏👏👏👏

🤣🤣😂😂

Thanks

Rise above negative energy by cultivating kindness and compassion. Spread positivity through acts of kindness and watch how it uplifts both yourself and others.

Fantastic breakdown of using spreadsheets and business graphics to elevate decision-making! Thanks for demystifying these essential tools. Are there specific industries or business sectors that can benefit significantly from the strategies and tips presented in the video, and how adaptable are these techniques to various contexts? Already liked and subbed!

Promo SM

I am thankful for this amazing video which explores the capabilities of Microsoft Access, a powerful database management system from Microsoft that combines the relational Microsoft Jet. How does microsoft access provide the functionality and flexibility to handle a wide range of data needs? What an insightful video! I’veliked and subscribe

Educative video that talks about the journey of the information age and how the information age has drastically emerged with time and changed many lives through technological advancements. How has the information age transformed the way people live, and what technological advancements have played a significant role in this transformation? I like this video! I’ve liked and subscribed.

Using read function with file handle = 0 for input from keyboard, ends with return key or cx bytes.

Now Math Co-Processors can be in the physical die as the ALU

Coprocessors have been obsolete since the birth of the Pentium in the early 1990s

Beautiful video! Very underrated!

Sweetest mov instruction on youtube.❤ mov register, [love_memory] mov [viewer_memory], register

This is History,

POLIGAMY poligamy SATE GILING sate gilingan

The original Mozilla had tabs way before IE.

screw it, now we have chrome boi