On 21.05.2013 23:37, Christophe Henry wrote:

As the doc states, only one end event is currently supported, but it's been on my list with low prio as nobody had requested it. If you can wait a few days, I can give it a try very soon.

Yes, sure. To my mind, this option could be useful in fsm's.

On 05.06.2013 1:06, Christophe Henry wrote:

Hi, this should now work (rev 84642 in trunk). Could you give it a try? It's too late for 1.54 so it will make it into 1.55.

I tested it against trunk rev 84986 with vs2012u2. It works perfectly! Looking forward to see it in 1.55 test code: #include <iostream> #include #include #include #include namespace msm = boost::msm; namespace mpl = boost::mpl; using msm::front::none; using msm::front::Row; #define ENTRY_EXIT_INFO() \ template \ void on_entry(const Event&, FSM&) { \ std::cout << "entering: " << typeid(*this).name() << std::endl; \ } \ template \ void on_exit(const Event&, FSM&) { \ std::cout << "leaving: " << typeid(*this).name() << std::endl; \ } struct init {}; struct interrupt {}; struct proceed {}; struct finish {}; struct fsm_ : public msm::front::state_machine_def { struct Empty : public msm::front::state<> { ENTRY_EXIT_INFO(); }; struct Proceed : public msm::front::state<> { ENTRY_EXIT_INFO(); }; struct Interrupted : public msm::front::interrupt_state > { ENTRY_EXIT_INFO(); }; struct Finished : public msm::front::terminate_state<> { ENTRY_EXIT_INFO(); }; typedef mpl::vector<Empty> initial_state; struct transition_table : mpl::vector< // Start Event Next Action Guard // +-------------+-------------+------------+---------------------+----------------------+ Row < Empty , init , Proceed , none , none >, Row < Proceed , interrupt , Interrupted , none , none >, Row < Interrupted , proceed , Proceed , none , none >, Row < Interrupted , finish , Finished , none , none > > {}; enum States { STATE_Empty, STATE_Proceed, STATE_Interupted, STATE_Finished }; }; typedef msm::back::state_machine fsm_t; int tmain() { fsm_t fsm; fsm.start(); fsm.process_event(init()); assert(fsm.current_state()[0] == fsm_t::STATE_Proceed); fsm.process_event(interrupt()); assert(fsm.current_state()[0] == fsm_t::STATE_Interupted); fsm.process_event(proceed()); assert(fsm.current_state()[0] == fsm_t::STATE_Proceed); fsm.process_event(interrupt()); assert(fsm.current_state()[0] == fsm_t::STATE_Interupted); fsm.process_event(finish()); assert(fsm.current_state()[0] == fsm_t::STATE_Finished); return 0; }