
Research
/Security News
Contagious Interview Campaign Escalates With 67 Malicious npm Packages and New Malware Loader
North Korean threat actors deploy 67 malicious npm packages using the newly discovered XORIndex malware loader.
@siddomains/sidjs
Advanced tools
SIDjs integrates the SID contract and ENS and supports all the ENSjs APIs, you will only need one unified SDK to integrate all domains across multiple chains. SIDjs will hide all the complicated cross-chain detail from the partners, making the integration very easy.
Install @siddomains/sidjs, alongside Ethers v5.
npm install @siddomains/sidjs ethers@5.7.2
All that's needed to get started is a web3 provider instance, you should pass it and select network id when creating a new SID instance.
// bsc test domain example
const SID = require('@siddomains/sidjs').default
const SIDfunctions = require('@siddomains/sidjs')
const ethers = require('ethers')
let sid
async function main(name) {
const infura = "https://data-seed-prebsc-1-s1.binance.org:8545/"
const provider = new ethers.providers.JsonRpcProvider(infura)
sid = new SID({ provider, sidAddress: SIDfunctions.getSidAddress('97') })
const address = await sid.name(name).getAddress() // 0x123
console.log("name: %s, address: %s", name, address)
}
main("resolver.bnb")
// bsc mainnet domain example
const SID = require('@siddomains/sidjs').default
const SIDfunctions = require('@siddomains/sidjs')
const rpc = require('@siddomains/sidjs/dist/constants/rpc')
const ethers = require('ethers')
let sid
async function main(name) {
const provider = new new ethers.providers.JsonRpcProvider(rpc.apis.bsc_mainnet)
sid = new SID({ provider, sidAddress: SIDfunctions.getSidAddress('56') })
const address = await sid.name(name).getAddress() // 0x123
console.log("name: %s, address: %s", name, address)
}
main("resolver.bnb")
// ens domain example
const SID = require('@siddomains/sidjs').default
const SIDfunctions = require('@siddomains/sidjs')
const ethers = require('ethers')
let sid
async function main(name) {
const infura = "https://web3.ens.domains/v1/mainnet"
const provider = new ethers.providers.JsonRpcProvider(infura)
sid = new SID({ provider, sidAddress: SIDfunctions.getSidAddress('1') })
const address = await sid.name(name).getAddress() // 0x123
console.log("name: %s, address: %s", name, address)
}
main("resolver.ens")
default - SID
getSidAddress
getResolverContract
getSIDContract
namehash
labelhash
name(name: String) => Name
Returns a Name Object, that allows you to make record queries.
resolver(address: EvmAddress) => Resolver
Returns a Resolver Object, allowing you to query names from this specific resolver. Most useful when querying a different resolver that is different than is currently recorded on the registry. E.g. migrating to a new resolver
async getName(address: EvmAddress) => Promise<Name>
Returns the reverse record for a particular Evm address.
async setReverseRecord(name: Name) => Promise<EthersTxObject>
Sets the reverse record for the current Evm address
async getOwner() => Promise<EvmAddress>
Returns the owner/controller for the current SID name.
async setOwner(address: EvmAddress) => Promise<Ethers>
Sets the owner/controller for the current SID name.
async getResolver() => Promise<EvmAddress>
Returns the resolver for the current SID name.
async setResolver(address: EvmAddress) => Promise<EvmAddress>
Sets the resolver for the current SID name.
async getTTL() => Promise<Number>
Returns the TTL for the current SID name.
async getAddress(coinId: String) => Promise<EvmAddress>
Returns the address for the current SID name for the coinId provided.
async setAddress(coinId: String, address: EvmAddress) => Promise<EthersTxObject>
Sets the address for the current SID name for the coinId provided.
async getContent() => Promise<ContentHash>
Returns the contentHash for the current SID name.
async setContenthash(content: ContentHash) => Promise<EthersTxObject>
Sets the contentHash for the current SID name.
async getText(key: String) => Promise<String>
Returns the text record for a given key for the current SID name.
async setText(key: String, recordValue: String) => Promise<EthersTxObject>
Sets the text record for a given key for the current SID name.
async setSubnodeOwner(label: String, newOwner: EvmAddress) => Promise<EthersTxObject>
Sets the subnode owner for a subdomain of the current SID name.
async setSubnodeRecord(label: String, newOwner: EvmAddress, resolver: EvmAddress, ttl: ?Number) => Promise<EthersTxObject>
Sets the subnode owner, resolver, ttl for a subdomain of the current SID name in one transaction.
async createSubdomain(label: String) => Promise<EthersTxObject>
Creates a subdomain for the current SID name. Automatically sets the owner to the signing account.
async deleteSubdomain(label: String) => Promise<EthersTxObject>
Deletes a subdomain for the current SID name. Automatically sets the owner to "0x0..."
address
Static property that returns current resolver address
name(name) => Name
Returns a Name Object that hardcodes the resolver
Build SDK and test on your test machine
yarn install
yarn run build
node main.js
FAQs
sid.js v2
The npm package @siddomains/sidjs receives a total of 345 weekly downloads. As such, @siddomains/sidjs popularity was classified as not popular.
We found that @siddomains/sidjs demonstrated a not healthy version release cadence and project activity because the last version was released a year ago. It has 5 open source maintainers collaborating on the project.
Did you know?
Socket for GitHub automatically highlights issues in each pull request and monitors the health of all your open source dependencies. Discover the contents of your packages and block harmful activity before you install or update your dependencies.
Research
/Security News
North Korean threat actors deploy 67 malicious npm packages using the newly discovered XORIndex malware loader.
Security News
Meet Socket at Black Hat & DEF CON 2025 for 1:1s, insider security talks at Allegiant Stadium, and a private dinner with top minds in software supply chain security.
Security News
CAI is a new open source AI framework that automates penetration testing tasks like scanning and exploitation up to 3,600× faster than humans.