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Easily build your smart contracts |
A starter kit for Ethereum Smart Contracts development
⚠️ NOTE: This repository is no longer updated. Please use Solidity Toolkit.
npm installOpen the Truffle console
npm run truffle:consolenpm run truffle:compilenpm run truffle:testOpen the Hardhat console
npm run hardhat:consolenpm run hardhat:compilenpm run hardhat:testnpm run hardhat:coverageUse Solhint
npm run lint:solUse ESLint
npm run lint:jsUse ESLint and fix
npm run lint:fixBy default it takes contracts compiled with Truffle.
To use Hardhat compiled contracts change ./build/contracts with ./artifacts in bs-config.json
npm run devThis allow to flatten the code into a single file
Edit scripts/flat.sh to add your contracts
npm run flatNote: it is better to analyze the flattened code to have a bigger overview on the entire codebase. So run the flattener first.
The describe command shows a summary of the contracts and methods in the files provided
surya describe dist/SampleContract.dist.solThe dependencies command outputs the c3-linearization of a given contract's inheirtance graph. Contracts will be listed starting with most-derived, ie. if the same function is defined in more than one contract, the solidity compiler will use the definition in whichever contract is listed first.
surya dependencies SampleContract dist/SampleContract.dist.solEdit scripts/analyze.sh to add your contracts
npm run analyzeThe inheritance command outputs a DOT-formatted graph of the inheritance tree.
The graph command outputs a DOT-formatted graph of the control flow.
The mdreport command creates a markdown description report with tables comprising information about the system's files, contracts and their functions.
The sol2uml generates UML class diagram from Solidity contracts.
Code released under the MIT License.