🧱E-brc-20 experiment

Read every word if you decide to test. These will be worthless. Use at your own risk.

This is just a fun experimental standard demonstrating that you can create off-chain balance states with inscriptions. It by no means should be considered THE standard for fungibility on Ethereum with ordinals, as I believe there are almost certainly better design choices and optimization improvements to be made. Consequently, this is an extremely dynamic experiment, and I strongly discourage any financial decisions to be made on the basis of its design. I do, however, encourage the Ethereum community to tinker with standard designs and optimizations until a general consensus on best practices is met (or to decide that this is a bad idea altogether!).

Idea

We are experimenting with the feasibility of the ordinal theory on Ethereum, which involves implementing a Solidity contract.

We designed a universal brc20 Factory based on the implementation logic of brc20. Additionally, we have chosen ORDI as the first example of an E-brc-20 token.

• Create an E-brc-20 with the deploy function

• Inscribe an amount of E-brc-20's with the Inscribe function

• Transfer an amount of E-brc-20's with the transfer function.

We are aware of the existence of the erc20 standard, and brc20 players are also familiar with it. To achieve a logic similar to brc20, we modified the erc20 standard. We can’t tolerate users experiencing a poor experience on the Bitcoin mainnet. Thus, E-brc20 was born.

How to

Getting a balance

Transferring a balance

Notes

You can send E-brc20 to any Ethereum address. You can securely transact E-brc20 using existing infrastructure. For public E-brc20 mints 'first is first' approach is adopted The minting and transfer functions are the only events that cause a change in balance. Decimal places cannot exceed 18. The maximum supply cannot exceed _supply.