TronTool.Net: A Comprehensive TRON Blockchain Development Kit for .Net/C#

Introduction to TronTool.Net

TronTool.Net is a powerful development kit designed to enable .Net/C# applications to seamlessly integrate support for TRON and USDT-TRC20 digital assets. Whether you're running your own TRON blockchain node or utilizing TRON's official public API services for lightweight deployments, this toolkit provides robust functionality.

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Key Features of TronTool.Net

Native TRX Transaction Support: Facilitates direct TRX transfers on the TRON blockchain
Smart Contract & TRC20 Token Integration: Full support for TRON smart contracts and TRC20 tokens like USDT-TRC20
Secure Offline Transaction Signing: Protects private keys through offline signature generation
Comprehensive Node API Wrapper: Complete coverage of APIs from full nodes, Solidity nodes, and event nodes
Flexible Node Configuration: Compatible with both private nodes and third-party services like TRON's public nodes

Package Structure (Version 1.0.0)

Code File	Description
`TronTool.sln`	Solution configuration file
`Address.cs`	TRON address representation class
`Contract.cs`	Smart contract encapsulation class
`Credential.cs`	Blockchain identity class for transaction signing
`NodeClient.cs`	TRON node protocol wrapper
`Trc20.cs`	TRC20 smart contract implementation
`TronApi.cs`	Multi-node client interface
`TronKit.cs`	Primary development kit entry point

Getting Started with TronKit

Initializing TronKit

// Connect to TRON MainNet with private key
TronKit kit = new TronKit(
    TronApi.MainNet(),
    Credential.FromPrivateKey("87c12d....d435")
);

TRX Transactions and Balance Checks

// Send 1000 TRX (converted to SUN)
string recipient = "TDN3QY85Jft3RwgyatjRNmrwRmwkn8qwqx";
long amount = 1000000000; // 1000 TRX = 1,000,000,000 SUN
TransactionResult result = kit.SendTrx(recipient, amount);

// Check TRX balance
long balance = kit.GetTrxBalance(recipient);

TRC20 Token Operations

// USDT-TRC20 transfer (1.3153 USDT)
Trc20 usdt = kit.Trc20("TR7NHqjeKQxGTCi8q8ZY4pL8otSzgjLj6t");
BigInteger transferAmount = new BigInteger(1315300);
usdt.Transfer(recipient, transferAmount);

// Query token balance
BigInteger tokenBalance = usdt.BalanceOf(recipient);

Advanced Features

Event Monitoring

// Query recent USDT events
long timestamp = DateTimeOffset.UtcNow.ToUnixTimeMilliseconds() - 10000;
ContractEvent[] events = usdt.GetEvents(timestamp);

Address Management

// Create new credentials
Credential newAccount = Credential.Create();

// Address conversion
Address addr = Address.FromBase58("TDN3QY85Jft3RwgyatjRNmrwRmwkn8qwqx");
string hexAddress = addr.Hex; // Returns 41253...A43

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Node API Integration

TronApi provides comprehensive access to TRON node interfaces:

// Initialize with custom nodes
TronApi api = new TronApi(
    "https://private-full-node.example",
    "https://private-solidity-node.example",
    "https://private-event-node.example"
);

// Query account information
Account account = api.GetAccount("TEgM5CPeqow...7vcBgVkD4tP");

FAQ

Q: Can I use TronTool.Net with test networks?
A: Yes, simply use TronApi.TestNet() to connect to Shasta testnet.

Q: How do I handle different address formats?
A: The Address class provides conversion between base58 and hex formats with FromBase58() and FromHex() methods.

Q: Is offline transaction signing secure?
A: Absolutely. The Credential class keeps private keys secure by performing all signing operations offline.

Q: What's the minimum TRX unit for transactions?
A: Transactions use SUN (1 TRX = 1,000,000 SUN) for precise value handling.

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Conclusion

TronTool.Net offers enterprise-grade TRON blockchain integration for .Net developers, combining comprehensive functionality with security-conscious design. The toolkit's modular architecture and thorough documentation enable rapid implementation of TRON-based solutions across various deployment scenarios.