Function processArgs

src/unpackertool/unpacker.cpp:121–205

}

ExitCode processArgs(ArgHandler& handler, char argc, char** argv)
{
	// In case of failed parsing just print the help
	if (!handler.parse(argc, argv))
	{
		Log::info() << handler << std::endl;
		return EXIT_CODE_OK;
	}

	bool brute = handler["brute"]->used;

	// --max-memory N
	if (handler["max-memory"]->used)
	{
		auto maxMemoryLimitStr = handler["max-memory"]->input;

		std::size_t maxMemoryLimit = 0;
		auto conversionSucceeded = strToNum(maxMemoryLimitStr, maxMemoryLimit);
		if (!conversionSucceeded)
		{
			Log::error() << "Invalid value for --max-memory: '"
				<< maxMemoryLimitStr << "'!\n";
			return EXIT_CODE_MEMORY_LIMIT_ERROR;
		}

		auto limitingSucceeded = limitSystemMemory(maxMemoryLimit);
		if (!limitingSucceeded)
		{
			Log::error() << "Failed to limit memory to "
				<< maxMemoryLimitStr << " bytes!\n";
			return EXIT_CODE_MEMORY_LIMIT_ERROR;
		}
	}
	// --max-memory-half-ram
	else if (handler["max-memory-half-ram"]->used)
	{
		auto limitingSucceeded = limitSystemMemoryToHalfOfTotalSystemMemory();
		if (!limitingSucceeded)
		{
			Log::error() << "Failed to limit memory to half of system RAM!\n";
			return EXIT_CODE_MEMORY_LIMIT_ERROR;
		}
	}

	// -h|--help
	if (handler["help"]->used)
	{
		Log::info() << handler << std::endl;
	}
	// --version
	else if (handler["version"]->used)
	{
		Log::info() << utils::version::getVersionStringLong() << std::endl;
	}
	// -p|--plugins
	else if (handler["plugins"]->used)
	{
		Log::info() << "List of available plugins:" << std::endl;