🛠️Building & Testing
DeFi Builder AI also ensures that generated contracts are error-free and ready to be deployed through a rigurous building & testing process, that is performed automatically after the contract is generated.
EVM Code Compiler Integration with Hardhat:
Hardhat Integration: DeFi Builder AI integrates with Hardhat, a popular Ethereum development environment. Hardhat provides a local blockchain environment, allowing developers to compile, deploy, test, and debug their Ethereum software.
Automated Testing: When a contract is generated by the AI, it's automatically tested using Hardhat. This involves deploying the contract in a local Ethereum environment, simulating interactions with it, and checking for any potential issues or errors.
Robust Compilation: The AI uses Hardhat's advanced compiling capabilities to ensure that the smart contracts are optimized and error-free. This step is crucial for ensuring that the contracts will behave as expected when deployed on the actual Ethereum network.
Hardhat Compiler Service on EC2 Instance:
Cloud-Based Compilation: The DeFi Builder AI employs a Hardhat compiler service hosted on an Amazon EC2 instance. This setup ensures scalability and reliability, allowing for efficient handling of multiple compilation requests.
Custom Routes for Requests: The system uses custom routes for GET and POST requests to manage the compilation process. This setup enhances the flexibility and control over the contract compilation, enabling specific configurations and optimizations tailored to each smart contract.
Fine-Tuned AI for Solidity Contract Generation:
Specialization in Solidity: The AI of DeFi Builder is specifically fine-tuned for Solidity, the programming language used for writing smart contracts on Ethereum and other EVM-compatible blockchains. This specialization ensures that the AI understands the nuances and complexities of Solidity syntax and best practices.
Quality Contract Generation: The AI leverages its understanding of Solidity and DeFi concepts to generate high-quality, functional smart contracts. This involves not only writing the code but also ensuring that it adheres to security best practices and performance standards.
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