std::cout << "AtomicActivity5:" << std::endl << "\tif1cond: " << sin->if1cond.getValue() << std::endl << "\tif2cond: " << sin->if2cond.getValue() << std::endl << "\tif3cond: " << sin->if3cond.getValue() << std::endl << "\tif4cond: " << sin->if4cond.getValue() << std::endl << "\tif1valueOrig: " << sin->if1valueOrig.getValue() << std::endl << "\tif1valueOut: " << sin->if1valueOut.getValue() << std::endl << "\tif2valueOrig: " << sin->if2valueOrig.getValue() << std::endl << "\tif2valueOut: " << sin->if2valueOut.getValue() << std::endl; if (sin->if1valueOrig.getValue() != -1) { #include std::stringstream ss; ss << "Test Failure: if1valueOrig [" << sin->if1valueOrig.getValue() << "] is not -1."; throw wfr::exception::wfr_fatal_error(ss.str()); } if (sin->if2valueOrig.getValue() != -1) { #include std::stringstream ss; ss << "Test Failure: if2valueOrig [" << sin->if2valueOrig.getValue() << "] is not -1."; throw wfr::exception::wfr_fatal_error(ss.str()); } if (sin->if1cond.getValue() && sin->if1valueOut.getValue() != 2) { #include std::stringstream ss; ss << "Test Failure: if1valueOut [" << sin->if1valueOut.getValue() << "] is not 2."; throw wfr::exception::wfr_fatal_error(ss.str()); } else if (!sin->if1cond.getValue() && sin->if1valueOut.getValue() != 3) { #include std::stringstream ss; ss << "Test Failure: if1valueOut [" << sin->if1valueOut.getValue() << "] is not 3."; throw wfr::exception::wfr_fatal_error(ss.str()); } if (sin->if2cond.getValue() && sin->if2valueOut.getValue() != 4) { #include std::stringstream ss; ss << "Test Failure: if2valueOut [" << sin->if2valueOut.getValue() << "] is not 4."; throw wfr::exception::wfr_fatal_error(ss.str()); } else if (!sin->if2cond.getValue() && sin->if2valueOut.getValue() != -1) { #include std::stringstream ss; ss << "Test Failure: if2valueOut [" << sin->if2valueOut.getValue() << "] is not -1."; throw wfr::exception::wfr_fatal_error(ss.str()); } sout->if3condOut.setValue(sin->if3cond.getValue()); sout->if4condOut.setValue(sin->if4cond.getValue()); sout->isOk.setValue(true);