idexo-sdk
v10.10.6
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The idexo sdk
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idexo-sdk
Idexo's multi-blockchain development SDK is the easiest way to create, deploy and manage applications for any blockchain.
The SDK offers simplified methods that accomplish exactly what you are looking to do (i.e. leverage specific features) of different blockchains in your application.
For example, creating a Royalty NFT collection that is capped to 100 NFTs to be deployed on your preferred blockchain network:
const ido = require("idexo-sdk")
ido.NFTs.createCappedRoyalty(apiKey, networkName, NFTCollectionName, NFTCollectionSymbol,
RoyaltyCollectorWalletAddress, RoyaltyBasisPoints, 100) //100 is Cap value
.then((res) => console.log(res.data))
Installing
Using npm:
$ npm install idexo-sdk
Using yarn:
$ yarn add idexo-sdk
To use these methods you need credits that you can obtain in the idexo dashboard at https://app.idexo.io/register.
For information on how to purchase and use transaction and method credits with this SDK, see https://docs.idexo.com/master.
Find your API key under Account -> API.
Available Methods
Methods below are categorized by the general use case.
Marketplace
createSimpleMarketplace(apiKey, network, purchaseToken, saleStartTime, options)
createAuctionMarketplace(apiKey, network, purchaseToken, maxDuration, options)
NFT
createCollectionCapped(apiKey, network, name, symbol, cap, options)
createCollectionUncapped(apiKey, network, name, symbol)
createCappedRoyalty(apiKey, network, name, symbol, royaltyCollector, royaltyBP, cap, options)
createUncappedRoyalty(apiKey, network, name, symbol, royaltyCollector, royaltyBP, options)
mintNFT(apiKey, network, contractAddress, mintToAddress, tokenUri)
mintRoyaltyNFT(apiKey, network, contractAddress, mintToAddress, tokenUri)
mintNFTBatch(apiKey, network, contractAddress, [recipients], [tokenURIs])
setTokenURI(apiKey, network, contractAddress, tokenId, tokenUri)
getTokenURI(apiKey, network, contractAddress, tokenId)
getCollectionIds(apiKey, network, contractAddress, walletAddress, withURI = false)
getBalanceOf(apiKey, network, contractAddress, walletAddress)
SBT
createSBTCapped(apiKey, network, name, symbol, baseUri, cap, options)
createSBTUncapped(apiKey, network, name, symbol, baseUri, options)
createLinkedSBTUncapped(apiKey, network, name, symbol, baseUri, options)
mintSBT(apiKey, network, contractAddress, mintToAddress, tokenUri)
mintSBTBatch(apiKey, network, contractAddress, [recipients], [tokenURIs])
Multi
mintNFTWithImage(apiKey, network, contractAddress, mintToAddress, image, nftName, nftDescription, attributes, [options]) | Parameter | Datatype | Description | | -------------- |:---------:| ---------------------------------------------------------------------------------------------:| | image | string | 1) image file path, 2) URL, OR, 3) base64 string | | attributes | json | must be an array. Example: [ { "trait_type": "color", "value": "blue" } ] | | [options] | object | optional. set metadata storage option (default "arweave"). ex. { metadataStorage: "filecoin" }|
Tokens
createTokenCapped(apiKey, network, name, symbol, cap, options)
createTokenUncapped(apiKey, network, name, symbol)
mintToken(apiKey, network, contractAddress, mintToAddress, amount)
Storage
uploadPlain(apiKey, network, data)
uploadHTML(apiKey, network, data)
uploadJSON(apiKey, network, data)
uploadBuffer(apiKey, network, data, encoding)
uploadImage(apiKey, network, imagePath)
uploadNFTMetadata(apiKey, network, image, nftName, nftDescription, attributes, [options]) | Parameter | Datatype | Description | | -------------- |:---------:| ---------------------------------------------------------------------------------------------:| | image | string | 1) image file path, 2) URL, OR, 3) base64 string | | attributes | json | must be an array. Example: [ { "trait_type": "color", "value": "blue" } ] | | [options] | object | optional. set metadata storage option (default "arweave"). ex. { metadataStorage: "filecoin" }|
Vesting
createVesting(apiKey, network, depositToken, beneficiary, startTime, cliffDays, durationDays, claimsPeriod, options)
depositInitial(apiKey, network, contractAddress, amount)
getVestedAmount(apiKey, network, contractAddress)
getAvailableClaimAmount(apiKey, network, contractAddress)
Utils
getContractAddress(apiKey, network, transactionHash)
getTransactions(apiKey, network, timestampFrom, timestampTo)
getTransactionsByGroup(apiKey, network, group, timestampFrom, timestampTo)
getTransactionsByFunction(apiKey, function_name)
Available Networks
The following mainnet networks are currently supported [values to set for network in brackets]:
- Arbitrum [arbitrum]
- Arbitrum Nova [arbitrumnova]
- Arweave [arweave]
- Base [base]
- Ethereum [etherum]
- Fantom [fantom]
- Filecoin [filecoin]
- Mantle [mantle]
- Optimism [optimism]
- Polygon [polygon]
- zkSync [zksync]
The following testnet networks are currently supporded:
- zkSync Sepolia Testnet [zksynctest]