Simple NFT deployment template based on Opensea's tutorial.
Clone this repo
$ git clone <repo>
Install dependencies
$ npm install
Put images in the images/ folder and name them by numbers. In the metadata folder, create copies of 1.example and name them according to their corresponding image name. Fill up the metadata files in json format and don't worry about having an extension for the filenames.
images
├── 1.jpg
├── 2.jpg
└── 3.jpg
metadata
├── 1
├── 2
└── 3
The image field of the metadata can be filled after the following step. Compile the images and metadata into .car format. Upload the resulting .car files to nft.storage.
$ npx ipfs-car --pack images --output images.car
# Fill up the image field with the image url you got from nft.storage in the metadata files.
$ npx ipfs-car --pack metadata --output metadata.car
Make a copy a of .env.example and name it .env. Fill up all the fields except for smart contract address.
$ cp .env.example .env
Make any desired changes to the smart contract and compile it.
$ npx hardhat compile
Deploy the smart contract
$ npx hardhat deploy
Verify the smart contract and fill up the smart contract address field in the .env file.
$ npx hardhat verify <smart contract address>
Set the base token url for this NFT smart contract.
$ npx hardhat set-base-token-uri --base-url "https://xxxxxxxxxxxipfs.nftstorage.link/metadata/"
Mint the token by passing in the receiver's address.
$ npx hardhat mint --address <address>
View token information.
$ npx hardhat token-uri --token-id 1
- Python scripts to interact with the deployed smart contract.
- Try other media files other than images.
- ChainLink integration for lootbox