This package provides distributed ledger based banking features like payments, deposits, loans and automated investment patterns.
Connect your TypeScript based projects with smart contracts on the Ethereum Blockchain by checking the usage examples below.
This package shall increase freedom for those who increase freedom.
require('dotenv').config() // this ensures process.env. ... contains your .env file configuration values
const { DeFiService } = require("decentralized-finance-defi")
const fromWalletAddress = process.env.SENDER_WALLET_ADDRESS
const toWalletAddress = process.env.RECEIVER_WALLET_ADDRESS
const amountInETH = 1
const senderPrivateKey = process.env.SENDER_WALLET_PRIVATE_KEY
await DeFiService.transferEther(fromWalletAddress, toWalletAddress, amountInETH, senderPrivateKey)You can also test this feature via the compound.finance user interface.
require('dotenv').config() // this ensures process.env. ... contains your .env file configuration values
const { DeFiService } = require("decentralized-finance-defi")
const amountOfEtherToBeDeposited = 1
const senderPrivateKey = process.env.SENDER_WALLET_PRIVATE_KEY
const gasLimit = 250000 // GWEI --> 0.00025 ETH --> currently January 15th 2021 about
const web3ProviderURL = process.env.PROVIDER_URL // e.g. https://mainnet.infura.io/v3/yourinfuraprojectid
await DeFiService.depositEtherToCompound(amountOfEtherToBeDeposited, senderWalletPrivateKey, gasLimit web3ProviderURL)You can also test this feature via the compound.finance user interface.
require('dotenv').config() // this ensures process.env. ... contains your .env file configuration values
const { DeFiService } = require("decentralized-finance-defi")
const amountOfDAIToBeBorrowed = 100
const walletPrivateKey = process.env.SENDER_WALLET_PRIVATE_KEY
const gasLimit = 250000
const web3ProviderURL = process.env.PROVIDER_URL // e.g. https://mainnet.infura.io/v3/yourinfuraprojectid
await DeFiService.borrowDAIFromCompound(amountOfDAIToBeBorrowed, walletPrivateKey, gasLimit, web3ProviderURL)You can also test this feature via the compound.finance user interface.
require('dotenv').config() // this ensures process.env. ... contains your .env file configuration values
const { DeFiService } = require("decentralized-finance-defi")
const walletAddress = process.env.SENDER_WALLET_ADDRESS
const walletPrivateKey = process.env.SENDER_WALLET_PRIVATE_KEY
const gasLimit = 250000
const web3ProviderURL = process.env.PROVIDER_URL // e.g. https://mainnet.infura.io/v3/yourinfuraprojectid
const amount = 1 // redeem 1 cETH
await DeFiService.redeemAssetFromCompound(walletAddress, walletPrivateKey, gasLimit, web3ProviderURL, amount)You can also test this feature via the compound.finance user interface.
const { DeFiService } = require("decentralized-finance-defi")
const walletAddress = '0xA63CD0d627c34Ce3958c4a82E6bB12F7b9C1c324'
const accountInfo = await DeFiService.getCompoundAccountData(walletAddress)
console.log(`The collateral value in ETH is: ${accountInfo.total_collateral_value_in_eth.value}.`)You can also test this feature via the uniswap.org user interface.
require('dotenv').config() // this ensures process.env. ... contains your .env file configuration values
const { DeFiService } = require("decentralized-finance-defi")
const amountOfDAIToBeSwapped = 50
const walletAddress = process.env.SENDER_WALLET_ADDRESS
const walletPrivateKey = process.env.SENDER_WALLET_PRIVATE_KEY
const web3ProviderURL = process.env.PROVIDER_URL // e.g. https://mainnet.infura.io/v3/yourinfuraprojectid
await DeFiService.swapDAIToETH(amountOfDAIToBeSwapped, walletAddress, walletPrivateKey, web3ProviderURL)require('dotenv').config() // this ensures process.env. ... contains your .env file configuration values
const { Gambler } = require("decentralized-finance-defi")
const liquidityRatioToBuy = 0.95 // just as an example
const liquidityRatioToSell = 0.45 // just as an example
const reinvestAt = 10 // just as an example
const investmentAmount = 20 // just as an example
const binanceApiKey = process.env.BINANCE_API_KEY // check your profile on binance.com --> API Management
const binanceApiSecret = process.env.BINANCE_API_SECRET // check your profile on binance.com --> API Management
Gambler.gamble(lrToBuy, lrToSell, reinvestAt, investmentAmount, binanceApiKey, binanceApiSecret)You can also test this feature via the dydx.exchange user interface.
require('dotenv').config() // this ensures process.env. ... contains your .env file configuration values
const { DeFiService } = require("decentralized-finance-defi")
const walletAddress = process.env.SENDER_WALLET_ADDRESS
const result = await DeFiService.getDyDxPerpetualAccountBalances(walletAddress)
console.log(result)// This one is in experimental mode - check the code to check whether it is fine for you.
const { DeFiService } = require("decentralized-finance-defi")
DeFiService.charterATrader() // observe the console outputYou can compare the results via the coinmarketcap.com user interface.
require('dotenv').config() // this ensures process.env. ... contains your .env file configuration values
const { DeFiService } = require("decentralized-finance-defi")
const pricesWithTimeStamp = DeFiService.getPriceDataWithTimeStamp(process.env.COINMARKETCAP_API_KEY)
// There will be ETH :)
console.log(pricesWithTimeStamp[1])const { DeFiService } = require("decentralized-finance-defi")
const gasPriceInfo = await DeFiService.getGasPriceInfo()
console.log(gasPriceInfo.fastest)You can find further examples in the DeFi Service file. If you are looking for anything more specific, feel free to check the corresponding folders and class definitions within the src folder.
If you have not found what you are looking for, feel free to raise an issue or even better raise a Pull Request.
You can find some simple examples for solidity based smart contract development projects within the smart-contracts-development folder.
You might also check aave.com, and compound.finance. If you want to get a general overview on DeFi Services, you might check the defipulse.com.
To provide your user interfaces in a sustainable way you might check ens.domains. If you want to try it, you might check this tutorial.
For Permaweb deployments you might check argoapp.live. I tested it for a vuejs frontend project. It works pretty straight forward already. If you are in general a fan of the decentralized web (dWeb), you might also check the new (2021) IPFS browser standard.
If you see an issue in the DeFi space which you want to see solved, consider funding the solution via gitcoin.co.
With this package we also explore the features of openbits.world.
If you want to support this adventure, consider installing the package via:
openbits install decentralized-finance-defiYou can find background information on that via:
https://openbits.world/#/explore-openbit/decentralized-finance-defi
I prepared the corresponding Deno module and wait until the dependencies of the package at hand are ready for Deno resp. nest.land.
In order to comply to general data protection guidelines, you might consider providing built in transaction anonymization as a service to your users.
One option to do so is described in this tutorial leveraging tornadocash.eth.link.
Depending on your specific jurisdiction you might check tornadocash.eth.link/compliance.
See Security Policy.
To be on the safe side even if a dependency of a dependency of a dependency .... tries to exploit the potential postinstall weak spot we recommend to adhere to the following pattern:
npm config set ignore-scripts true
npm install
npm config set ignore-scripts falseThis package shall increase freedom for those who increase freedom. Actions of the weak shall be private. Actions of the powerful shall be transparent.
Under Construction
Challenges If we define a max supply, the problem might be that at one point there will be less and less transactions if many of the owners decide just to hodl. Clearly define the incentives. Who will create / add to Liquidity Pools? How could the process of collecting wallet addresses who want to participate look like?
If you like our work, you might download the Brave Browser via our promotion link: https://brave.com/fan464 and enjoy the new (2021) IPFS browser standard.
