Auto-Consensus Package

Introduction

The @autonomys/auto-consensus package provides functions for interacting with the consensus layer of the Autonomys Network. It allows developers to perform actions involving account management, balance inquiries, transfers, staking operations, and more. @autonomys/auto-consensus works hand-in-hand with @autonomys/auto-utils to simplify blockchain interactions.

Installation

Install the package via npm or yarn:

# Using npm
npm install @autonomys/auto-consensus
 
# Using yarn
yarn add @autonomys/auto-consensus

Importing

Import the auto-consensus functions you need into your project:

// Import specific functions
import { balance, transfer, account } from '@autonomys/auto-consensus';
 
// Or import everything
import * as consensus from '@autonomys/auto-consensus';

Overview of the `api` object

Many functions in the auto-consensus package require an api object as a parameter. This api object is an instance of ApiPromise from the Polkadot.js API library that serves as a gateway for interacting with the blockchain node.

`api` core components

Note: Always disconnect the API instance after your operations are complete to free up resources.

api.rpc: Methods to perform remote procedure calls to the node.
api.query: Access the blockchain’s runtime storage.
api.tx: Create and submit extrinsics (transactions) to the blockchain.
api.consts: Runtime constants defined in the blockchain’s metadata.
api.events: Access events emitted by the blockchain.
api.types: Type definitions used by the chain.

Example

import { createConnection } from '@autonomys/auto-utils';
 
async function getApiInstance() {
  const endpoint = 'wss://rpc-0.taurus.subspace.network/ws';
  const api = await createConnection(endpoint);
  return api;
}

Available functions

Note: All asynchronous functions return a Promise and should be used with await for proper execution flow. Wrap your asynchronous calls in try...catch blocks to handle potential errors gracefully.

Account management

account(api, address): Promise<AccountData>: Retrieves an account’s nonce and balance data.
balance(api, address): Promise<BalanceData>: Retrieves an account’s balance details.

Balances

totalIssuance(networkId?): Promise<BigInt>: Retrieves the total token issuance on the network.
batch(api, txs[]): SubmittableExtrinsic: Creates a batch transaction for multiple operations.

Blockchain information

block(api): Promise<RawBlock>: Retrieves the latest block data.
header(api): Promise<RawBlockHeader>: Retrieves the latest block header.
blockHash(api): Promise<string>: Retrieves the latest block hash.
blockNumber(api): Promise<number>: Retrieves the current block number.
networkTimestamp(api): Promise<bigint>: Retrieves the network timestamp.

Consensus information

blockchainSize(api): Promise<bigint>: Calculates the blockchain’s total size.
spacePledged(api): Promise<bigint>: Calculates the total space pledged by farmers.
solutionRanges(api): Promise<SolutionRanges>: Retrieves the current and next solution ranges.
shouldAdjustSolutionRange(api): Promise<boolean>: Checks if the solution range needs adjustment.
segmentCommitment(api): Promise<[StorageKey<AnyTuple>, Codec][]>: Retrieves segment commitment entries.
slotProbability(api): [number, number]: Returns slot probability constants.
maxPiecesInSector(api): bigint: Returns the maximum pieces in a sector.

Domains

domainStakingSummary(api): Promise<DomainStakingSummary[]>: Retrieves domain staking summaries.
domains(api): Promise<DomainRegistry[]>: Retrieves domain registries.
latestConfirmedDomainBlock(api): Promise<ConfirmedDomainBlock[]>: Retrieves the latest confirmed blocks per domain.

Operators and staking

operators(api): Promise<Operator[]>: Retrieves a list of all operators.
operator(api, operatorId): Promise<OperatorDetails>: Retrieves the details of a specific operator.
deposits(api, operatorId, account?): Promise<Deposit[]>: Retrieves the deposits for a specific operator.
withdrawals(api, operatorId, account?): Promise<Withdrawal[]>: Retrieves the withdrawals for a specific operator.
registerOperator(params): SubmittableExtrinsic: Creates a transaction to register a new operator.
nominateOperator(params): SubmittableExtrinsic: Creates a transaction to nominate an operator.
withdrawStake(params): SubmittableExtrinsic: Creates a transaction to withdraw staked tokens.
deregisterOperator(params): SubmittableExtrinsic: Creates a transaction to deregister an operator.
unlockFunds(params): SubmittableExtrinsic: Creates a transaction to unlock staked funds.
unlockNominator(params): SubmittableExtrinsic: Creates a transaction to unlock nominator funds.

Transfers

transfer(api, receiver, amount, allowDeath?): SubmittableExtrinsic: Creates a transaction to transfer funds.
transferAll(api, receiver, keepAlive?): SubmittableExtrinsic: Creates a transaction to transfer all tokens.

Utility functions

query<T>(api, methodPath, params?): Promise<T>: Queries the blockchain state for a method.
remark(api, remark, withEvent?): SubmittableExtrinsic: Creates a remark transaction.
rpc<T>(api, methodPath, params?): Promise<T>: Performs an RPC call.

Interactive usage example

Fetching the wallet balance (unlocked, locked) and nonce for a wallet

Usage examples

Code examples demonstrating how to use the functions provided by @autonomys/auto-consensus.

1. Account management

Retrieve detailed account information (including the nonce and balance data)

import { account } from '@autonomys/auto-consensus';
import { activate } from '@autonomys/auto-utils';
 
(async () => {
  const api = await activate({ networkId: 'taurus' });
  const accountData = await account(api, 'your_address');
 
  console.log(`Nonce: ${accountData.nonce}`);
  console.log(`Free Balance: ${accountData.data.free}`);
  console.log(`Reserved Balance: ${accountData.data.reserved}`);
 
  await api.disconnect();
})();

Activate a wallet and check its balance

import { activateWallet } from '@autonomys/auto-utils';
import { balance } from '@autonomys/auto-consensus';
 
(async () => {
  // Activate a wallet using a mnemonic phrase
  const { api, accounts } = await activateWallet({
    mnemonic: 'your mnemonic phrase here', // Replace with your mnemonic
    networkId: 'taurus', // Optional: specify the network ID
  });
 
  const account = accounts[0];
  console.log(`Connected with account address: ${account.address}`);
 
  // Check the account balance
  const accountBalance = await balance(api, account.address);
  console.log(`Account balance: ${accountBalance.free}`);
 
  // Disconnect when done
  await api.disconnect();
})();

2. Balance operations

Retrieve the free balance of an account

import { balance } from '@autonomys/auto-consensus';
import { activate } from '@autonomys/auto-utils';
 
(async () => {
  const api = await activate({ networkId: 'taurus' });
  const accountBalance = await balance(api, 'your_address');
 
  console.log(`Free Balance: ${accountBalance.free}`);
 
  await api.disconnect();
})();

Retrieve the total token issuance on the network

import { totalIssuance } from '@autonomys/auto-consensus';
 
(async () => {
  const total = await totalIssuance('taurus');
 
  console.log(`Total Issuance: ${total.toString()}`);
})();

3. Transfers

Transfer funds between accounts

import { activateWallet } from '@autonomys/auto-utils';
import { transfer } from '@autonomys/auto-consensus';
 
(async () => {
  // Activate the sender's wallet
  const senderWallet = await activateWallet({
    mnemonic: 'sender mnemonic phrase', // Replace with the sender's mnemonic
  });
  const sender = senderWallet.accounts[0];
 
  // Activate the receiver's wallet
  const receiverWallet = await activateWallet({
    mnemonic: 'receiver mnemonic phrase', // Replace with the receiver's mnemonic
  });
  const receiver = receiverWallet.accounts[0];
 
  // Transfer 1 AI3 from the sender to the receiver
  const amount = 1; // Amount in AI3
  const transferTx = await transfer(senderWallet.api, receiver.address, amount);
 
  // Sign and send the transaction
  await transferTx.signAndSend(sender, ({ status, txHash, events }) => {
    if (status.isInBlock) {
      console.log(`Transaction included at blockHash ${status.asInBlock}`);
      console.log(`Transaction hash: ${txHash}`);
    } else if (status.isFinalized) {
      console.log(`Transaction finalized at blockHash ${status.asFinalized}`);
    }
  });
 
  // Disconnect when done
  await senderWallet.api.disconnect();
  await receiverWallet.api.disconnect();
})();

Transfer tokens from one wallet to another

import { transfer } from '@autonomys/auto-consensus';
import { activateWallet, signAndSendTx, disconnect } from '@autonomys/auto-utils';
 
(async () => {
  const { api, accounts } = await activateWallet({
    networkId: 'taurus',
    mnemonic: 'your_mnemonic',
  });
 
  const sender = accounts[0];
  const recipientAddress = 'recipient_address';
  const amount = '1000000000000'; // Amount in the smallest unit (Shannon)
 
  const tx = await transfer(api, recipientAddress, amount);
 
  // Sign and send the transaction
  await signAndSendTx(sender, tx);
 
  console.log(`Transferred ${amount} tokens to ${recipientAddress}`);
 
  await disconnect(api);
})();

4. Staking operations

Register a new operator for staking

import { registerOperator } from '@autonomys/auto-consensus';
import { activateWallet, signAndSendTx } from '@autonomys
 
/auto-utils';
 
(async () => {
  const { api } = await activateWallet({
    networkId: 'taurus',
    mnemonic: 'sender_mnemonic',
  });
 
  // Sender's account (who is registering the operator)
  const { accounts: senderAccounts } = await activateWallet({
    networkId: 'taurus',
    mnemonic: 'sender_mnemonic',
  });
  const sender = senderAccounts[0];
 
  // Operator's account
  const { accounts: operatorAccounts } = await activateWallet({
    networkId: 'taurus',
    mnemonic: 'operator_mnemonic',
  });
  const operatorAccount = operatorAccounts[0];
 
  const tx = await registerOperator({
    api,
    senderAddress: sender.address,
    Operator: operatorAccount,
    domainId: '0', // Domain ID where the operator will be registered
    amountToStake: '1000000000000000000', // Amount in smallest units
    minimumNominatorStake: '10000000000000000',
    nominationTax: '5', // Percentage as a string (e.g., '5' for 5%)
  });
 
  // Sign and send the transaction
  await signAndSendTx(sender, tx);
 
  console.log('Operator registered successfully');
})();

Nominate an existing operator by staking tokens

import { nominateOperator } from '@autonomys/auto-consensus';
import { activateWallet, signAndSendTx } from '@autonomys/auto-utils';
 
(async () => {
  const { api, accounts } = await activateWallet({
    networkId: 'taurus',
    mnemonic: 'nominator_mnemonic',
  });
  const nominator = accounts[0];
 
  const operatorId = '1'; // The ID of the operator to nominate
  const amountToStake = '5000000000000000000'; // Amount in smallest units
 
  const tx = await nominateOperator({
    api,
    operatorId,
    amountToStake,
  });
 
  // Sign and send the transaction
  await signAndSendTx(nominator, tx);
 
  console.log(`Nominated operator ${operatorId} with ${amountToStake} stake`);
})();

5. Blockchain information

Retrieve the current block number, block hash, and network timestamp

import { blockNumber, blockHash, networkTimestamp } from '@autonomys/auto-consensus';
import { activate } from '@autonomys/auto-utils';
 
(async () => {
  const api = await activate({ networkId: 'taurus' });
 
  const currentBlockNumber = await blockNumber(api);
  const currentBlockHash = await blockHash(api);
  const currentTimestamp = await networkTimestamp(api);
 
  console.log(`Current Block Number: ${currentBlockNumber}`);
  console.log(`Current Block Hash: ${currentBlockHash}`);
  console.log(`Network Timestamp: ${currentTimestamp}`);
 
  await api.disconnect();
})();

6. Domain interactions

Retrieve the list of domains registered on the network

import { domains } from '@autonomys/auto-consensus';
import { activate } from '@autonomys/auto-utils';
 
(async () => {
  const api = await activate({ networkId: 'taurus' });
  const domainList = await domains(api);
 
  domainList.forEach((domain) => {
    console.log(`Domain ID: ${domain.id}`);
    console.log(`Owner Address: ${domain.owner}`);
    console.log(`Creation Block: ${domain.creationBlock}`);
    // ...other domain properties
  });
 
  await api.disconnect();
})();

Retrieve staking summaries for all domains

import { domainStakingSummary } from '@autonomys/auto-consensus';
import { activate } from '@autonomys/auto-utils';
 
(async () => {
  const api = await activate({ networkId: 'taurus' });
  const stakingSummaries = await domainStakingSummary(api);
 
  stakingSummaries.forEach((summary) => {
    console.log(`Domain ID: ${summary.domainId}`);
    console.log(`Total Stake: ${summary.totalStake}`);
    // ...other summary properties
  });
 
  await api.disconnect();
})();

Retrieve the latest confirmed blocks for each domain

import { latestConfirmedDomainBlock } from '@autonomys/auto-consensus';
import { activate } from '@autonomys/auto-utils';
 
(async () => {
  const api = await activate({ networkId: 'taurus' });
  const confirmedBlocks = await latestConfirmedDomainBlock(api);
 
  confirmedBlocks.forEach((blockInfo) => {
    console.log(`Domain ID: ${blockInfo.id}`);
    console.log(`Block Number: ${blockInfo.number}`);
    console.log(`Block Hash: ${blockInfo.hash}`);
    // ...other block properties
  });
 
  await api.disconnect();
})();

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