#pragma once #include #include #include #include #include namespace solidity::test::abiv2fuzzer { class SolidityCompilationFramework { public: explicit SolidityCompilationFramework(langutil::EVMVersion _evmVersion = {}); Json::Value getMethodIdentifiers() { return m_compiler.methodIdentifiers(m_compiler.lastContractName()); } bytes compileContract( std::string const& _sourceCode, std::string const& _contractName, std::map const& _libraryAddresses = {}, frontend::OptimiserSettings _optimization = frontend::OptimiserSettings::minimal() ); protected: frontend::CompilerStack m_compiler; langutil::EVMVersion m_evmVersion; }; struct AbiV2Utility { /// Compares the contents of the memory address pointed to /// by `_result` of `_length` bytes to the expected output. /// Returns true if `_result` matches expected output, false /// otherwise. static bool isOutputExpected( uint8_t const* _result, size_t _length, std::vector const& _expectedOutput ); /// Accepts a reference to a user-specified input and returns an /// evmc_message with all of its fields zero initialized except /// gas and input fields. /// The gas field is set to the maximum permissible value so that we /// don't run into out of gas errors. The input field is copied from /// user input. static evmc_message initializeMessage(bytes const& _input); /// Accepts host context implementation, and keccak256 hash of the function /// to be called at a specified address in the simulated blockchain as /// input and returns the result of the execution of the called function. static evmc::result executeContract( EVMHost& _hostContext, bytes const& _functionHash, evmc_address _deployedAddress ); /// Accepts a reference to host context implementation and byte code /// as input and deploys it on the simulated blockchain. Returns the /// result of deployment. static evmc::result deployContract(EVMHost& _hostContext, bytes const& _code); }; }