tinystm is finite automation use c++ 11

sample: #include #include #include "stm.hpp"

int main( int argc , const char * argv[] ) { int ret = 0;

stm<std::string , int >  mach;
try{
	// add two status node p_s1 as start , and p_s2 as end;
	stm<std::string,  int >::stStatus * p_s1 = mach.add( "ready" ); 
	// specify the start node which id is 0
	mach.startStatus();

	stm<std::string , int > :: stStatus *p_s2 = mach.add("end" );
	// specify the end node with node pointer.
	mach.endStatus( p_s2 );
	// add convert arc , which trigged by a interger number of 1
	mach.addArc( p_s1 , p_s2 , 1 );
	// 从这里开始
	int data;
	while( true ){
  // 通过键盘输入状态转换命令
		std::cout << "Input command: ";
		std::cin >> data;
		stm<std::string , int >::stStatus * f = nullptr, * e = nullptr;
		bool isOK = false;
  // 触发状态转换
		mach.trigger( data , [&isOK ,  &f , &e ]( bool isTransOk , stm<std::string , int >::stStatus * from , stm<std::string, int >::stStatus * end ){
			   // do something before convert;
			   isOK = isTransOk;
			   f = from;
			   e = end;			       
                    });

		// do something after convert;
		std::cerr << "CURRENT STATUS: " << mach.getCurrent() << std::endl;
		if( mach.isEnd( e ) == true ){
			std::cerr << "the machine is finished" << std::endl;
			break;
		}
					  
	}
}catch( std::bad_alloc& e ){
	std::cerr << "Allocate memory fail" << std::endl;
	ret = -1;
}
return ret;

}