including Contract Creation
, Local Testing
, and Deployment
Reasons prefer a custom setup over using Truffle or other similar pre-built frameworks (such as Hardhat):
- Custom Workflows: A custom setup gives you complete control over the development workflow, allowing you to configure the tools and scripts exactly the way you want. Truffle provides an opinionated framework with predefined workflows, which may not suit every project.
- Integration: In a custom Node.js project, you can integrate directly with other libraries, APIs, or services (e.g., Web3.js, ethers.js) without the extra abstraction or restrictions that Truffle might impose.
- Minimal Dependencies: Truffle comes with many built-in tools and features (like a testing framework, Ganache, and deployment scripts), which can add unnecessary overhead for projects that don't need all of these.
- Lightweight: Custom setups can be more lightweight, using only the required libraries (like Web3.js or ethers.js) without the additional packages that Truffle installs.
- Tailored Testing Tools: You may prefer using a different testing framework, like Jest, Mocha with Chai, or Hardhat's testing library, which might fit better with your toolchain than Truffle's Mocha-based setup.
- Local Blockchain: In custom setups, you can choose a specific blockchain simulator like
Ganache
,Hardhat Network
, or even a custom local Ethereum node. With Truffle, Ganache is tightly integrated, but you might prefer another solution.
- Manual Deployment Scripts: If your deployment strategy is complex, or you need to integrate with non-standard infrastructure, writing your own deployment scripts gives you more control.
- More Dynamic Deployments: Truffle's deployment process is automated but less flexible for complex logic, like deploying to multiple networks with different configurations or interacting with off-chain components during deployment.
- Custom Directory Structure: Truffle enforces a certain directory structure (
contracts/
,migrations/
,test/
), which may not align with your preferences. A custom setup allows you to organize files in any way that makes sense for your project.
- TypeScript Integration: Truffle doesn’t have great native TypeScript support. If you prefer modern tooling and development with TypeScript, a custom Node.js setup (with
ethers.js
orweb3.js
and testing frameworks like Hardhat) might be a better fit. - Babel/Webpack/ESBuild: A custom Node.js project can easily integrate with modern JavaScript/TypeScript build tools like Webpack, Babel, or ESBuild for better performance or specific configuration needs.
- Custom Transaction Management: Truffle abstracts away much of the interaction with smart contracts, but for more advanced use cases, you might want lower-level access, which a custom setup with
ethers.js
orweb3.js
can provide.
- Framework Agnosticism: Truffle is Ethereum-specific, while a custom Node.js project might need to interact with multiple blockchain platforms or focus on blockchain-agnostic tooling.
- Better Caching: Some developers find Truffle’s compile times and deployment processes slow for large projects. By using a custom Node.js setup, you can optimize the contract compilation and deployment processes to be more efficient.
- Custom Debugging Tools: Truffle provides some basic debugging features, but for advanced debugging or monitoring of on-chain events, you may want to integrate your own logging system, such as using Hardhat's debugging tools or custom event listeners via
ethers.js
orweb3.js
.
- More Modern Ecosystems: Tools like Hardhat and Foundry are seen as more modern and flexible than Truffle. You might want to create a custom setup with these newer tools instead of relying on Truffle.
Custom Node.js project contains:
- Contract Creation: Using
solc
(Solidity compiler),ethers.js
, orweb3.js
for interacting with Ethereum smart contracts. - Local Testing: Using tools like
Mocha
,Jest
, orHardhat
for unit testing, along with a custom setup of Ganache or Hardhat’s local blockchain for testing. - Deployment: Custom scripts with
ethers.js
orweb3.js
to deploy contracts to various networks (local, testnet, or mainnet) with specific deployment logic.
This type of setup would give you a lot more control over every aspect of your development process, which might be preferable depending on your project's complexity and specific needs.