Solidity: Merkle Trees, BitMaps & Coding an Airdrop

dude you're literally the best

how can we help you out?

Thanks a ton ser, it helped a lot.

can we do the same implementation using verkle tree?

what are you writing on the desk behind you ?

your calendar and plans ?

cute and knowledgeable ...!

Thank you for the great explanation!

Extremely well explained!

Hey Jordan, I was studiying the Uniswap V3 codebase and was stuck at tick bitmap. This video helped me a lot, thanks!

fantastic video, brilliant work. thanks!

All videos are of high quality. Thanks a lot.

Great work Jordan, really enjoyed the video. I have a few questions:
- The frontend for the final airdrop claimer needs to be as simple as possible, my understanding is that the only thing he would need to do is click on a claim button which would provide his address and the computation for research of address, associated index and claimable value will be done automatically + sibling hashes provided automatically. Hence just needing a claim button can enable a user to generate a valid proof right?
- In tree.json you are showing the tree + associated values, where is that stored? I assume on chain because it would be needed for proof generation.
- If it is indeed stored on chain it would also mean that all addresses + their associated claimable balance would be visible on chain which could lead to some problems ( anonymity, security, ect... ) is there a way to mitigate that ?

I hope I was clear and thanks for your content 👍

The author has to be a teacher, this is clearly the BEST explanation and scheme specifically Is sickkkk

Amazing content as always. Would love to see a video about ERC4337!

Again Thanks broo

Great work 👍

Thank you for your hard work, Ser. Please keep going.

for the dynamic array whenever you will need to find a value you have to loop throught the mapping which gas non-efficient

Nice work, visualization with the diagrams help a lot understanding the content.

Another interesting way to handle an allowlist, in a more dynamic way, is via off chain signers. This allows you to update the list during distribution without having to update your root.

The legend has posted again

Trust me broo your will channel get more and more subscribes as you explain everything in diagram

Awesome explaination bro

Hey Jordan! Just wanna says thanks for all the awesome content that you've been putting out.