Package: defichainTest
DefichainPythonThis library is a community funded project. The objective is to interact
with the defichain blockchain as effortlessly as possible, utilizing a
variety of methods:Node / RPCOceanHDWalletTransactionsInstallationDownload the PyPi package:pipinstalldefichain-UClone the GitHub Repository:gitclonehttps://github.com/eric-volz/DefichainPython.gitFeatures1.Node / RPC:The node implementation empowers you to easily connect to your defichain
node without having to deal with everything else. You can execute any
function witch is supported by your defichain node.Make a poolswap via your node:# Import node objectfromdefichainimportNode# Specify connectionnode=Node("user","password",url="127.0.0.1",port=8554)addressFrom="df1qn6utdvuaq0yshc4sah6puzf0dnlfkc2c8ryme8"tokenFrom="BTC"amount=0.1addressTo="df1qn6utdvuaq0yshc4sah6puzf0dnlfkc2c8ryme8"tokenTo="DFI"maxprice=3000# Execute poolswaptxid=node.poolpair.poolswap(addressFrom,tokenFrom,amount,addressTo,tokenTo,maxprice)# Print txidprint(txid)2.Ocean:Ocean is an API infrastructure, which is operated by Birthday Research.
You can use it to retrieve a lot of information about the blockchain and
to interact with it.Ask for the utxo balance of an address:# Import ocean objectfromdefichainimportOcean# Specify connectionocean=Ocean(network="mainnet")# Execute getBalace methodutxo_balance=ocean.address.getBalance("df1qn6utdvuaq0yshc4sah6puzf0dnlfkc2c8ryme8")# Print the utxo balance of the requested addressprint(utxo_balance)3.HDWallet:HDWallet (Hierarchical Deterministic Wallet) is a special wallet
implementation for defichain. You can use it to derive your private /
public keys from your mnemonic seed. This implementation is used in
combination with the following feature:TransactionsCreate a wallet for mainnet from mnemonic seed:# Import wallet and networkfromdefichainimportWalletfromdefichain.networksimportDefichainMainnet#  Mnemonic seedmnemonic="avocado key fan step egg engage winter upper attitude carry regret mixed utility body party trip valid oppose gas ensure deputy suspect blur trade"# Create wallet for specified network and insert mnemonic seedwallet=Wallet(DefichainMainnet)wallet.from_mnemonic(mnemonic)# Derive first account from the walletaccount=wallet.get_account(0)# Print every address typeprint(account.get_p2pkh())# 8KvWa4oCfAhdyUNK8pXJS8XnddsxY6ZY7Jprint(account.get_p2sh())# dUiMDov5Jxg3qKcy9yi6petuUtrvBRezUSprint(account.get_p2wpkh())# df1qx52ql637w4t7uk2vjdatj3a24cnvuu4fkxryrr# Print every private key typeprint(account.get_privateKey())# c72f08c17b475d641a711ef1e16bcdb0cc0c1210e6da846060b2e04d5c2299b3print(account.get_wif())# L3tu3Bx5n8aWgcDd14btMPgxQ8H5VYbbNoodrNESaonom64YPnr94.Transactions:This transaction implementation enables you to create, sign and
broadcast your own transaction just within python. It supports native
utxo (send, sendall, …), as well as defi transactions (poolswap,
takeloan, …) for mainnet and testnet.# Import ocean, wallet, network and txbuilderfromdefichainimportOceanfromdefichainimportWalletfromdefichain.networksimportDefichainMainnetfromdefichainimportTxBuilder# Specify ocean connectionocean=Ocean(network="mainnet")# Create wallet and accountmnemonic="avocado key fan step egg engage winter upper attitude carry regret mixed utility body party trip valid oppose gas ensure deputy suspect blur trade"wallet=Wallet(DefichainMainnet)wallet.from_mnemonic(mnemonic)account=wallet.get_account(0)# Create TxBuilderbuilder=TxBuilder(account.get_p2wpkh(),account,ocean)addressFrom=account.get_p2wpkh()tokenFrom="BTC"amount=0.1addressTo=account.get_p2wpkh()tokenTo="DFI"maxprice=3000# Build poolswap transactiontx=builder.pool.poolswap(addressFrom,tokenFrom,amount,addressTo,tokenTo,maxprice)# Send transaction into the blockchaintxid=builder.send_tx(tx)# Print txidprint(txid)CommunityThisprojectis funded
by the Defichain Community: Thank you for your trust! If you have
suggestions for improvement or other ideas open anissue, write
me onTwitteror via email
(introc@volz.link)!License & DisclaimerBy using (this repo), you (the user) agree to be bound by theterms of
this
license(MIT License).