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Interactions
One of the most powerful features of Solana Synq is its ability to connect AI agents directly to the Solana blockchain. Your agents can interact with smart contracts, fetch on-chain data, execute transactions, and analyze real-time blockchain activity, enabling intelligent, automated workflows tailored to decentralized applications (dApps).
This page will guide you through configuring and utilizing Solana Synq for blockchain interactions.
Capabilities
AI agents powered by Solana Synq can:
Read On-Chain Data:
Fetch data such as account balances, transaction details, and token metadata.
Execute Transactions:
Send SOL, interact with smart contracts, and sign transactions programmatically.
Monitor Events:
Listen to blockchain events for triggers, such as account changes or program activity.
Analyze Blockchain Data:
Use pre-trained models to identify trends, anomalies, or insights from Solana data.
Getting Started
Step 1: Configure Your Agent
Ensure you have the Solana environment and private keys configured.
Install Required Packages
bashCopy codepip install solSynq solana
# or
npm install solSynq @solana/web3.js
Set Up Solana Environment Variables
Store your private key securely. You can use environment variables to prevent exposing sensitive data.
Example: .env file
makefileCopy codeSOLANA_PRIVATE_KEY=your_private_key
SOLANA_CLUSTER=https://api.mainnet-beta.solana.com
Step 2: Initialize the Solana Client
Python Example: Initialization
pythonCopy codeimport os
from solsynapse import SynqClient
# Load Synapse Client
client = SynapseClient(api_key="your_sol_Synq_api_key")
# Configure Solana Connection
solana_client = client.connect_solana(
private_key=os.getenv("SOLANA_PRIVATE_KEY"),
cluster=os.getenv("SOLANA_CLUSTER")
)
JavaScript Example: Initialization
javascriptCopy codeconst { SynapseClient } = require('solSynq');
const client = new SynapseClient({ apiKey: 'your_sol_Synq_api_key' });
// Configure Solana Connection
const solanaClient = client.connectSolana({
privateKey: process.env.SOLANA_PRIVATE_KEY,
cluster: process.env.SOLANA_CLUSTER,
});
Reading Blockchain Data
Fetch on-chain data such as account balances or token metadata.
Python Example: Fetching Account Balance
pythonCopy code# Fetch account balance
balance = solana_client.get_balance("your_solana_public_key")
print(f"Account Balance: {balance} SOL")
JavaScript Example: Fetching Account Balance
javascriptCopy code// Fetch account balance
solanaClient.getBalance('your_solana_public_key')
.then((balance) => console.log(`Account Balance: ${balance} SOL`))
.catch((err) => console.error(err));
Executing Transactions
AI agents can send SOL, sign transactions, or call smart contracts.
Python Example: Sending SOL
pythonCopy code# Send SOL
transaction = solana_client.send_sol(
to_address="recipient_public_key",
amount=0.5 # Amount in SOL
)
print(f"Transaction Hash: {transaction}")
JavaScript Example: Sending SOL
javascriptCopy code// Send SOL
solanaClient.sendSOL('recipient_public_key', 0.5)
.then((transaction) => console.log(`Transaction Hash: ${transaction}`))
.catch((err) => console.error(err));
Interacting with Smart Contracts
Call smart contract methods to execute custom logic.
Python Example: Calling a Smart Contract
pythonCopy code# Interact with a smart contract
response = solana_client.call_contract(
program_id="smart_contract_program_id",
method="your_method_name",
params={"param1": "value1", "param2": "value2"}
)
print("Contract Response:", response)
JavaScript Example: Calling a Smart Contract
javascriptCopy code// Interact with a smart contract
solanaClient.callContract('smart_contract_program_id', 'your_method_name', {
param1: 'value1',
param2: 'value2',
})
.then((response) => console.log('Contract Response:', response))
.catch((err) => console.error(err));
Monitoring Blockchain Events
Set up listeners for real-time blockchain activity.
Python Example: Event Monitoring
pythonCopy code# Listen for account changes
def on_account_change(data):
print("Account Change Detected:", data)
solana_client.listen_account("your_solana_public_key", on_account_change)
JavaScript Example: Event Monitoring
javascriptCopy code// Listen for account changes
solanaClient.listenAccount('your_solana_public_key', (data) => {
console.log('Account Change Detected:', data);
});
Analyzing Blockchain Data
Use pre-trained AI models to analyze on-chain data.
Python Example: Sentiment Analysis
pythonCopy code# Analyze sentiment from transaction messages
transactions = solana_client.get_recent_transactions("your_solana_public_key")
sentiment = client.analyze_sentiment(transactions)
print("Transaction Sentiment:", sentiment)
JavaScript Example: Sentiment Analysis
javascriptCopy code// Analyze sentiment from transaction messages
solanaClient.getRecentTransactions('your_solana_public_key')
.then((transactions) => client.analyzeSentiment(transactions))
.then((sentiment) => console.log('Transaction Sentiment:', sentiment))
.catch((err) => console.error(err));
Best Practices
Use Secure Credentials: Always store your private key securely and avoid hardcoding sensitive data.
Monitor Resource Usage: Ensure your AI agents operate efficiently to avoid exceeding Solana RPC rate limits.
Handle Errors Gracefully: Implement error-handling for network or blockchain-related issues.
Stay Updated: Follow Solana's updates and maintain compatibility with the latest changes to the blockchain.
Get Started
Empower your AI agents to interact with the Solana blockchain by integrating Solana Synapse. Start building intelligent workflows, automated dApps, and innovative blockchain solutions today.
For more information, visit Synq or connect with us on X.