A library of base implementations and examples Apps for use with Manifold Creator Core.
This repo contains refrence implmentations and examples for apps that you can add to any Manifold Creator Core contract. Examples include:
- Platform level extensions (for examples, see contracts/manifold, which are singular extensions that can be installed by every contract to enable new functionality)
- ERC721 Editions
- ERC721 Enumerable subcollection
- Dynamic NFTs
- Redemption mechanics (claim or burn and redeem)
$ npm install @manifoldxyz/creator-core-extensions-solidityOnce installed, you can use the contracts in the library by importing and extending them. To add an app to a Creator Core contract, you need to approve the app by calling:
registerExtension(address extension, string memory baseURI)
baseURI can be blank if you are overriding the tokenURI functionality.
See the developer documentation for further info about Extension Applications.
These are extensions that can be installed by any Manifold Creator contract to give enhanced additional functionality. There is a single deployed instance of these extensions, and every creator contract installs the same instance, and accesses the new functionality via that extension.
Provides a more efficient way to batch mint NFTs to one or many addresses
Rinkeby
0x53963B7C101c844Ec2A9D63B40e1dc93e5ba4A35
Mainnet
0xc68afc6A3B47b108Db5e48fB53a10D2D9c11b094
These are ERC721 and ERC1155 Lazy Claim extensions.
ERC721 Rinkeby
0x3e625b7521fa1ec922bd561b766d80e05316d035
ERC721 Mainnet
0xb08Aa31Cc2B8C0582bE42D38Bb643292e0A4b9EB
ERC1155 Rinkeby
0x30185652e86b922110a28F952E977D6EBbb83d2D
ERC1155 Mainnet
0xca71c5270EFf44Eb6D813A92c0ba12577bDDf208
These are ERC721 Frozen Metadata extensions.
ERC721 Rinkeby
0x1F4B810bf5A9C12cF32ff664144B58e02a6Cb82E
ERC721 Mainnet
0x5bEf5e3274e0574502F618b1d3152a06e9e45AEd
You can deploy customized lightweight Proxy implementations of the following Application Extensions by referring to their templates and deploying against the appropriate network's reference Implementations.
There are two styles of editions: Prefix Editions and Numbered Editions.
Prefix Editions assume that all the metadata URI will be prefixed with the same string, and the suffix for each metadata will be the edition number, starting from 1. e.g. prefix = 'https://arweave.net/' The URI for the first item in the edition will be 'https://arweave.net/{HASH}/1', second will be 'https://arweave.net/{HASH}/2' and so forth.
contracts/edition/ERC721PrefixEditionTemplate.sol and referring to the following implementation addresses:
Rinkeby
0x3AD50422Ac43D4F0E30AAF73A0b07A907618C548
Mainnet
0x...
Numbered editions assume that all metadata is unchanging except for the Edition number. Numbered editions are instantiated by passing the metadata as a 'uriParts' array, which is recomposed to inject the edition number (and total edition count if desired). Good for open editions.
contracts/edition/ERC721NumberedEditionTemplate.sol and referring to the following implementation addresses:
Rinkeby
0x211AAcd0b144F1e51b2633D38d8Ac2F864dE7042
Mainnet
0x...
Numbered editions which may be used for Nifty Gateway open edition sales.
contracts/edition/nifty/NiftyGatewayERC721NumberedEditionTemplate.sol and referring to the following implementation addresses:
Rinkeby
0xFB19a709486e758DfC340F9ad1AAd2bD604cf30d
Mainnet
0x...
Visit the github repo and clone the repo. It uses the truffle framework and ganache-cli.
Install both:
npm install -g truffle
npm install -g ganache-cli
npm install
truffle compile
ganache-cli -l 20000000
truffle migrate
truffle test