Looks Like Commadore 64 Assembler

Congratulations you took easy to understand Object Oriented tied code and made it in to primitive Assembler

uri shaked is multi talented guy , but someone please help me out with wowki pricing and should be adjusted according region specific . Its costly for me

Excellent video thank you

Great video. The value here is not just in the bytes saved, it's in the enhanced understanding the process of optimization supplied. Thanks!

Hello. In the video at 07:10, you use a L031K6 component in your sketch. I don't have it listed in the parts-library so I can't add it to my sketch. How did you add it? More generally: one can add a new library very easily by using the library manager, but once added in the manager, the actual (visual) part is not listed in the Wokwi parts list , so it can't be added to the sketch. In other words, how do you extend the (visual) parts list?

Very good video and explanation. Thank you

Is there a way to make voltage level converter? I mean one on transistors. We would have lv1, lv2, vcc3v3, gnd, lv3, lv4, hv4, hv3, gnd, vcc5v hv2, hv1. I think I know how to do it to make it work one way (using example code for inverter) but how to make it work both ways?

ভাই রে ভাই। কি জিনিস তুমি।

You are truly a genius, Uri.

Is this guy really fast on coding? I would like to be like him when I become senior.

Can you help me? I get Connecting to WiFi Wokwi-GUEST.... Connected! IP address: 10.13.37.2 HTTP server started When I open a new screen, I get 10.13.37.2 took too long to respond

❤❤❤

Link please

Great video! As a design verification engineer, at the start, it is much better to understand some basic protocols using simulation rather than reading specifications before creating UVC/VIP for that protocol. Thank you for this!

very nice.... thanks

Does custom chip work on pico p?

Please, make a video about the UART functions of the wokwi API. ( Could you create videos about all the structures and functions of the full API?)

The fucking wokwi api can't see right now,It's trash really

Very interesting, but remember code needs to be understandable for humans, but yeah awesome tut

Congratulations!

Hi, I want to create a simulation module that requires components such as a 12V battery and a capacitor. How can I add these in Wokwi?

🎉🎉🎉🎉🎉🎉🎉🎉🎉😊😊😊😊😊😊😊🎉🎉🎉🎉🎉🎉😊😊😊😊😊

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Amazing content! And I have only just started watching.

Hi, I came across this. I'm building a Raspberry Pi Zero 2W emulator. Can the same library be used for it?

Genial! Muitíssimo obrigado Urish. Não conhecia esse projeto do tawjaw, ele me deu algumas ideias para soluções das aulas remotas. Se conhecer outros projetos similares, ficarei muito feliz de receber indicações.

How to get the exact desired delay?

Great video

Are any of these simulators capable of allowing user to stick the Boolean Algebra equation(s) of one's design, then spit out the schematic?

nice

Mind blowing video. May god keep you happy and healthy.

Really great content, helps a lot to understand stuff!!

Great. You saved bytes you don't even need in this case. The code is terrible and nobody understands it anymore. Whatever. Nice expert insight that most people never need.

hello from discord

I've no doubt that to those who are familiar with this, it all makes sense, but for me who is still trying to learn this it is way way too fast. Please can you do something that is a little more sedate for us mere mortals.

how you Know all this information :)

simple great tutorial! keep doing it...

as an ad-on, for paying customers, add on a chip supplier data base and market portal; new (with chip place of origin) and used (ditto, as so many come from China). Your logical area of development then would be into hardware for setting and soldering on chips and board chip removal for the used market. Further hardware would be automated chip testers. Grinding up chip is so anti-productive from at the very least the energy perspective. I see this tool as a good start to get the electronic cottage industry going.

He lost me at designing his own chip! LOL

Can I2C Communication Components such as LCD 12C or Oled use this port manipulation?

Your 158 bytes are not the end. This one uses 80 bytes only and 0 bytes dynamic memory: int main() { DDRB = DDRB | 0b00001000; while (1) { PORTB = PORTB ^ 0b00001000; // flipping 1 pin only for(long i = 0; i < 500000; i++) { asm(""); } } }

From the arduino IDE it can easily be done in 148 bytes by using a smaller counter variable i of 3 bytes: int main() { // ========== Setup ========== for (;;) { // ========== Loop forever =========== PINB |= 1 << 5; for (__uint24 i = 0; i++ < 3000000;) { asm(""); } } // ================ Loop forever =========== }

Is it possible to do biometric simulation like palm, face , iris or fingerprint into wokwi simulator??

The active waiting saves space but definitely is not optimal in terms of energy consumption

My dude dropped us off at Arduino code Dropped us into C code Then he optimized us with some ASM 😂 🫡🫡🫡 my hat is off to you sir, FANTASTIC Explanation for memory save. Keep up with the ASM tuts….it’s a dying breed, but this is a fantastic platform to teach it on. Everyone wants to “talk to the metal” 👍

Im wondering why PINB can be assigned with the value. I thought it was read only ;)

There are AVR app notes that discuss this topic and compare loops and code structures with each other on speed and size. You can search for: 'Atmel AVR4027: Tips and Tricks to Optimize Your C Code for 8-bit AVR Microcontrollers.' Prettified code is not necessarily faster, but repeating code is also not smart.

Hello, This was something I hadn't seen before. Writing PINB toggles all bits (i.e. 0xFF). That part wasn't clear from your narration, "totals the pins". PINx is considered a read only register in Atmel spec, with a caveat: "Three I/O memory address locations are allocated for each port, one each for the Data Register - PORTx, Data Direction Register - DDRx, and the Port Input Pins - PINx. The Port Input Pins I/O location is read only ... writing a logic one to a bit in the PINx Register, will result in a toggle in the corresponding bit in the Data Register."

Greate video