Method compileDeployAndExecute

test/tools/ossfuzz/SolidityEvmoneInterface.cpp:130–175

}

evmc::Result EvmoneUtility::compileDeployAndExecute(std::string _fuzzIsabelle)
{
	std::map<std::string, h160> libraryAddressMap;
	// Stage 1: Compile and deploy library if present.
	if (!m_libraryName.empty())
	{
		m_compilationFramework.contractName(m_libraryName);
		auto compilationOutput = m_compilationFramework.compileContract();
		solAssert(compilationOutput.has_value(), "Compiling library failed");
		CompilerOutput cOutput = compilationOutput.value();
		// Deploy contract and signal failure if deploy failed
		evmc::Result createResult = deployContract(cOutput.byteCode);
		solAssert(
			createResult.status_code == EVMC_SUCCESS,
			"SolidityEvmoneInterface: Library deployment failed"
		);
		libraryAddressMap[m_libraryName] = EVMHost::convertFromEVMC(createResult.create_address);
		m_compilationFramework.libraryAddresses(libraryAddressMap);
	}

	// Stage 2: Compile, deploy, and execute contract, optionally using library
	// address map.
	m_compilationFramework.contractName(m_contractName);
	auto cOutput = m_compilationFramework.compileContract();
	solAssert(cOutput.has_value(), "Compiling contract failed");
	solAssert(
		!cOutput->byteCode.empty() && !cOutput->methodIdentifiersInContract.empty(),
		"SolidityEvmoneInterface: Invalid compilation output."
	);

	std::string methodName;
	if (!_fuzzIsabelle.empty())
		// TODO: Remove this once a cleaner solution is found for querying
		// isabelle test entry point. At the moment, we are sure that the
		// entry point is the second method in the contract (hence the ++)
		// but not its name.
		methodName = (++cOutput->methodIdentifiersInContract.begin())->get<std::string>() +
			_fuzzIsabelle.substr(2, _fuzzIsabelle.size());
	else
		methodName = cOutput->methodIdentifiersInContract[m_methodName].get<std::string>();

	return deployAndExecute(
		cOutput->byteCode,
		methodName
	);
}

std::optional<CompilerOutput> EvmoneUtility::compileContract()
{