entry-point-analyzer

To detect state-changing entry points in a smart contract codebase, you can use an auditing skill that identifies externally callable functions modifying state and generates structured security audit reports.

State-changing entry points in smart contracts are externally callable functions that modify contract state. Identifying them is critical for security auditing to mitigate potential vulnerabilities and ensure controlled access to state modifications.

Yes, you can audit externally callable functions in Vyper, Solana, and Move. The analysis supports multiple languages including Solidity, Vyper, Solana/Rust, Move, TON, and CosmWasm.

To classify access levels for externally callable functions during a security audit, the analysis categorizes functions into public, admin, role-restricted, and contract-only access levels within structured audit reports.

Yes, analyzing Solidity smart contracts for state changes requires language-specific tooling such as slither and solc, along with reference files, to accurately identify externally callable functions.

The best way to generate structured audit reports for smart contract vulnerabilities is to analyze the codebase for state-changing entry points and access level classifications across supported programming languages.