Thank you for your support.

Thank you for watching. That sounds like an incredible experience - working with the 8084 Intel chip back in 1984 must bring back some great memories. If you have any insights or suggestions, I'd love to hear them.

@fdauti_ca Assembly is certainly a foundational skill for understanding how software works at a low level, including reverse engineering for legitimate purposes like debugging or security research. Technically speaking, yes, however, those skills should always be applied ethically and legally.

.תודה רבה. שמח שאהבת

1. There are conventions for which registers to use for returning values from subroutines. However, any can be used for whatever you want. 2. No, you'd have to program Unicode handling. 3. No

@@adammontgomery7980 Thank you for reply. I heard that there are volatile and non-volatile registers which we need to take special care when we code in assembly. So you need proper guides/manuals, right ? And if there are no structs, I wonder how did assembly programmers handle their objects ?

@kcvinu Thanks for your thoughtful questions. @adammontgomery7980, great answers. To add a bit more: 1. Yes, registers can be volatile (caller-saved) or non-volatile (callee-saved), so following conventions is key to managing them efficiently. You can refer to specific architecture manuals for guidelines. 2. Assembly doesn't have structs like high-level languages, but you can mimic them by using memory locations and offsets to group related data. Assembly's flexibility allows programmers to come up with creative ways to organize and manage data.

@@kcvinu look up application binary interface (ABI) for details, but it's just a convention used for a specific architecture and compiler. Assembly doesn't use objects, just memory. Since you know the data type and therefore size of each of an object's member variables, you can just use an array instead of an object. To access an object member just take the pointer to the array (object) and add an offset. It's very easy to mess up, which is why we have higher level languages to think more abstractly.

Thanks for watching. Assembly can be tricky at first. Feel free to share what parts were confusing and I'll do my best to clarify or point you to some helpful resources.

Basically pretend you have this weird electronic object that has various buttons on it. The object is capable of holding isolated "bits" of info (on or off) in containers (called registers). It can also shift those bits around. Think like a row of light switches as a register but the light switches are a lot smaller. If you have 10 switches and the first 9 are in the off position and the 10th is in the on position. Well then pretend (just for the hell of it) you actually want the first switch on and the remaining 9 off. Well you aren't going to physically move the light switch from the wall and place it at the beginning. Instead you are just going to flip the first one on and flip the last off. So that's one thing this weird object does but how? Well it has the buttons right? Well turns out if you press some (or all) of those buttons in specific order and at the right time, you can flip those light switches how you want to. However, you find out that that to do that one example from a ove you have to press A LOT of those buttons and you have to do it at weird time intervals. And turns out to get anything useful out of these switch flips (for humans) you have do a A LOT (and I mean A LOT) of these "switch flips" operations. It's too hard to do mechanically (or basically impossible). So what do you do? You build a table where one column are "mnemonics" (short human reable words), and the other column is a serious of button pushes. Then you build another weird electronic object that can parse/read those mnemonics that you wrote on a txt file, look at the table and push those buttons for you in the correct order and at the right times.

Thank you for your feedback. Data structures like stacks, linked lists and queues are definitely important topics. I'll be sure to cover them in one of my future videos, so stay tuned.

You're welcome. If you have any questions or suggestions, feel free to share them.

​@@WhiteboardDoodles24maybe explain these commands instead of going for a speed run how many you can list in 5 seconds 🏃‍♂️

@cyberjay9146 I wanted to provide a quick overview of basic Assembly instructions, but you're right - going in-depth with each command deserves more attention. I'll make sure to cover these in a future video, with a slower pace and more detailed explanations. Thanks for your feedback.

You're welcome. Glad to hear you like the video.

You're welcome. Glad you found it helpful. If you have any questions, feel free to ask.

Thank you. Glad you liked it.

Thanks a lot for the support! I’m really glad you liked the video. A video on the TCP/IP model is definitely on my list, so stay tuned. If you have any specific questions or topics you'd like covered, feel free to let me know.

@@WhiteboardDoodles24 Yes i have, im gonna take comptia net+ cert exam next year on March, what are your thoughts about certs and what certs do u recomend? It would be a nice ideia for a video too.

That's great to hear and good luck with your CompTIA Network+ exam prep! Certifications can definitely give your career a boost, especially when you're building a strong foundation in networking or cybersecurity. Apart from Network+, you might want to consider CompTIA Security+ if you're interested in cybersecurity, as it's widely recognized and covers essential security concepts. Cisco’s CCNA is another strong option if you want to dive deeper into networking, focusing on more advanced topics like routing and switching. If you are leaning toward ethical hacking, the Certified Ethical Hacker (CEH) certification is a good starting point for learning penetration testing tools and techniques. Additionally, CompTIA’s CySA+ and PenTest+ are great choices depending on whether you're more interested in defensive security (threat detection and monitoring) or offensive security (penetration testing). The right certification really depends on your career goals. And you're right, that would be a great topic for a video. I'll definitely consider covering this in the future.

@@WhiteboardDoodles24 Thanks, that´s literally it. I hope for more nice videos! Cheers

Thanks for your comment. While I didn’t explicitly mention DES or RSA in the video, they are examples of keys used in encryption. DES is used in symmetric encryption and RSA is used in asymmetric encryption. I plan to make a video on those specific algorithms in the future, so stay tuned for more details.

@@WhiteboardDoodles24 ok .thanks

I totally agree, tech should be easy to explain to everyone! Appreciate the kudos!

That’s the goal - simplifying tech concepts. Thanks for the support!

Wow, thank you so much for subscribing! I’m happy the nutshell approach works for you!

Really appreciate the compliment! I’m glad you enjoyed it!

Thanks for sharing my content with your colleagues! Your support means a lot.

I’m thrilled this video hit the mark for you! It’s great knowing the visuals were helpful.

Thanks a lot! So happy to hear that the animation helped make the IP concept clearer!

Thank you so much for the kind words! I'm glad you're enjoying the animations and explanations.

Thank you for your kind words. I’m glad you found the video helpful. I generally try to cover individual concepts in depth before creating a broader video that ties everything together. Appreciate your support!

Thanks for the feedback. The animations are designed to complement the explanations and make the content easier to follow. I’ll consider adjusting them to keep the focus more on the information. I appreciate your input.

In defense of the page, the channel is called “whiteboard doodles”…animations should be expected. 😊

@@WhiteboardDoodles24doodles are expected. Thank you

Thanks you. I'm really glad you enjoyed the explanation. I did include some real-life cases in the video, but you're right - it's an issue that can happen in many situations, especially when it comes to things like banking or social media accounts. Luckily, I haven’t faced it personally, but it's a growing problem. I'll keep adding real-world examples where relevant in future videos as well. Stay tuned for more cybersecurity topics.

Thanks for watching. Creating valuable, informative content is what I focus on here and SIM swapping is an important topic I wanted to break down for viewers. I'm always aiming to make tech concepts clear and helpful, no AI shortcuts here!

Thank you! I’m glad you enjoyed the video. Let me know if there are any other topics you’d like me to cover.

@@WhiteboardDoodles24 DDOS distributed Denial of service

Great suggestion. I actually covered DDoS and other common cyberattacks in my 'Top 10 Most Common Cyberattacks' video. But I’ll keep a separate video on DDoS in mind for the future. Thanks for the idea.

Thank you! I'm really glad you enjoyed the animations. I put a lot of effort into making them clear and engaging. Let me know if there's anything else you'd like to see in future videos.

Thanks, really appreciate it! Glad you like the video. Feel free to drop any suggestions for future videos!

Thank you! I'm glad the video helped with your networking knowledge. Let me know if you have any questions.

Glad you found the video helpful!

Thanks! I'm really glad the video helped you learn more.

Thanks for the suggestion! You're right, assembly programming is a bit more advanced, but it's such an important and interesting topic. I actually hadn’t thought about making a video on it before, so I really appreciate the idea. I'm definitely planning on covering the basics of assembly soon, so stay tuned.

Thank you! Glad the video helped with your network knowledge.

Thanks for the suggestion. You're absolutely right - petabytes are becoming more common, especially with cloud storage. I focused on the most common units people come across, but I'll consider including petabytes and even larger units in a future update or video. Appreciate your feedback.

@@WhiteboardDoodles24 thanks

Danke! Freut mich, dass es dir gefallen hat.

Thanks so much for the kind words. I’m really glad you found the video helpful.

Thank you for subscribing and for the feedback. Glad you enjoyed the video. Stay tuned for more.

Great question! Port numbers are part of the Transport Layer (Layer 4) in the OSI model. They're used by protocols like TCP and UDP to identify specific services or applications on a device, ensuring that the right data gets to the right program. Thanks for watching and engaging with the content.

​@@WhiteboardDoodles24this explanation has completed my note. I am impressed

Thanks for bringing this to my attention. That sounds really frustrating. Unfortunately, this seems to be an issue some users have been experiencing across various channels. I recommend double-checking that the subscription went through after clicking the button. If the issue persists, it might be helpful to reach out to KZbin support for more assistance. I appreciate your efforts to stay subscribed and your support for the channel!

Sir if you don’t go back and study 7th layer 💀

Thanks for the feedback! I'm really glad the video helped you. I'm currently working on expanding the networking playlist, so stay tuned for more.

You're welcome! I'm glad to hear it was helpful. If you have any suggestions for future videos, feel free to share them.

Thanks for your suggestion! I’m glad you’re interested in more detailed content. I’m currently exploring various ways to expand my educational resources, including the possibility of creating a Udemy course. Stay tuned for updates and feel free to share any specific topics you'd like to see covered!