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Documentation                       Search   automata_desc.cpp Go to the documentation of this file. /* Copyright, 2001 Nevrax Ltd. * * This file is part of NEVRAX D.T.C. SYSTEM. * NEVRAX D.T.C. SYSTEM is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by * the Free Software Foundation; either version 2, or (at your option) * any later version. * NEVRAX D.T.C. SYSTEM is distributed in the hope that it will be useful, but * WITHOUT ANY WARRANTY; without even the implied warranty of * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU * General Public License for more details. * You should have received a copy of the GNU General Public License * along with NEVRAX D.T.C. SYSTEM; see the file COPYING. If not, write to the * Free Software Foundation, Inc., 59 Temple Place - Suite 330, Boston, * MA 02111-1307, USA. */ #include "nel/ai/tools/automata_desc.h" #include <fstream.h> const sint32 CAutomataDesc::IDSUCCESS = -1; const sint32 CAutomataDesc::IDFAIL = -2; /* * Constructor */ CAutomataDesc::CAutomataDesc() { addState(IDSUCCESS, "AUTOMAT SUCCESS STATE"); addState(IDFAIL, "AUTOMAT FAIL STATE"); } std::string CAutomataDesc::getAutomatName() const { return _AutomatName; } const std::list<sint32> &CAutomataDesc::getEntryStates() const { return _EntryStates; } const std::list<sint32> &CAutomataDesc::getSuccessStates(sint32 stateId) const { std::map<sint32,CState>::const_iterator iStates; iStates = _States.find(stateId); return (*iStates).second.SuccessStates; } const std::list<sint32> &CAutomataDesc::getFailStates(sint32 stateId) const { std::map<sint32,CState>::const_iterator iStates; iStates = _States.find(stateId); return (*iStates).second.FailStates; } std::string CAutomataDesc::getStateName(sint32 stateId) const { std::map<sint32,CState>::const_iterator iStates; iStates = _States.find(stateId); if (iStates != _States.end()) { return (*iStates).second.Name; } else { return "ERROR : Invalid State ID"; } } void CAutomataDesc::setAutomatName(std::string name) { _AutomatName = name; } void CAutomataDesc::addState(sint32 id, std::string name) { if (!exploredState(id)) { _States[id].Name = name; } } void CAutomataDesc::addSuccessState(sint32 id, sint32 successId) { if (!exploredState(id)) { _States[id].SuccessStates.push_back(successId); } } void CAutomataDesc::addFailState(sint32 id, sint32 faileId) { if (!exploredState(id)) { _States[id].FailStates.push_back(faileId); } } void CAutomataDesc::addEntryState(sint32 entryId) { _EntryStates.push_back(entryId); } bool CAutomataDesc::exploredState(sint32 stateId) { std::set<sint32>::const_iterator iSet = _ExploredState.find(stateId); return (iSet != _ExploredState.end()); } void CAutomataDesc::setExploredState(sint32 stateId) { _ExploredState.insert(stateId); } std::string CAutomataDesc::getClassName() { return "CAutomataDesc"; } void CAutomataDesc::generateScript() { ofstream tmp_script( "fsm_script.ras"); // Succes and failure states /* tmp_script << "From Actor : Define SuccessState" << endl << "{" << endl; tmp_script << "}" << endl << endl; tmp_script << "From Actor : Define FailureState" << endl << "{" << endl; tmp_script << "}" << endl << endl; */ tmp_script << "// " << getAutomatName() << " FSM definition generated script" << endl << endl; std::string name; // Generates states std::map<sint32,CState>::const_iterator it_m = _States.begin(); while ( it_m != _States.end() ) { sint32 state_id = (*it_m).first; name = getStateName( state_id ); // State name std::string state_name = removeSpaces( name ); tmp_script << "From Actor : Define " << "Actor" << state_name << endl << "{" << endl; if ( state_id != IDSUCCESS && state_id != IDFAIL ) { #ifdef NL_DEBUG tmp_script << "\tOnActivate()" << endl; tmp_script << "\t\tPrint('Etat " << state_name << " actif');" << endl; tmp_script << "\tEnd" << endl << endl; #endif // Success transitions tmp_script << "\tRunTell(SuccessMsg msg)" << endl; std::list<sint32>::const_iterator it_s = getSuccessStates( state_id ).begin(); while ( it_s != getSuccessStates( state_id ).end() ) { name = getStateName( *it_s ); state_name = removeSpaces( name ); tmp_script << "\t\tswitch('" << state_name << "');" << endl; it_s++; } tmp_script << "\t\tReturn msg;" << endl; tmp_script << "\tEnd" << endl << endl; // Failure transitions tmp_script << "\tRunTell(FailureMsg msg)" << endl; std::list<sint32>::const_iterator it_f = getFailStates( state_id ).begin(); while ( it_f != getFailStates( state_id ).end() ) { name = getStateName( *it_f ); state_name = removeSpaces( name ); tmp_script << "\t\tswitch('" << state_name << "');" << endl; it_f++; } tmp_script << "\t\tReturn msg;" << endl; tmp_script << "\tEnd" << endl; } else { tmp_script << "\tRun()" << endl; if ( state_id == IDSUCCESS ) tmp_script << "\t\tFather().Send(TELL, new SuccessMsg(0.0));" << endl; else tmp_script << "\t\tFather().Send(TELL, new FailureMsg(0.0));" << endl; tmp_script << "\tEnd" << endl; } // End of the State class tmp_script << "}" << endl << endl; it_m++; } // Generates FSM std::string automateName = getAutomatName(); std::string fsm_name = removeSpaces( automateName ); tmp_script << "From Fsm : Define " << fsm_name << endl << "{" << endl; // Generates states as static components of the FSM tmp_script << "\tComponent:" << endl; it_m = _States.begin(); while ( it_m != _States.end() ) { // State name name = getStateName( (*it_m).first ); std::string state_name = removeSpaces( name ); tmp_script << "\t\tActor" << state_name << "<'" << state_name << "'>;" << endl; it_m++; } tmp_script << "\tEnd" << endl << endl; // Activates entry states tmp_script << "\tConstructor()" << endl; std::list<sint32>::const_iterator it_e = getEntryStates().begin(); while ( it_e != getEntryStates().end() ) { name = getStateName( *it_e ); std::string state_name = removeSpaces( name ); tmp_script << "\t\t" << state_name << ".activate();" << endl; it_e++; } tmp_script << "\tEnd" << endl; // End of the Fsm Class tmp_script << "}" << endl; tmp_script.close(); } std::string CAutomataDesc::removeSpaces(std::string &txt) { int i = 0; char buffer[1024]; while ( i != (int)txt.size() ) { if ( txt[i] == ' ') buffer[i] = '_'; else buffer[i] = txt[i]; i++; } buffer[i] = 0; return std::string( buffer ); }