?? qhsmtst.c
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/****************************************************************************** Product: QHsmTst Example, DOS, Large model, Turbo C++ 1.01* Version: Compatible with QEP/C++ 3.1.yy* Updated: Oct 25, 2006** Copyright (C) 2002-2006 Quantum Leaps, LLC. All rights reserved.** This example is part of the Quantum Leaps QP/C software, and may be* distributed and modified under the terms of the GNU General Public License* version 2 (GPL) as published by the Free Software Foundation and appearing* in the file GPL.TXT included in the packaging of this file. Please note* that GPL Section 2[b] requires that all works based on this software must* also be made publicly available under the terms of the GPL ("Copyleft").** Alternatively, this software may be distributed and modified in conjunction* with a valid QP/C Quantum Leaps commercial license. Quantum Leaps* commercial licenses are designed for users who want to retain proprietary* status of their code. The users who license this software under one of* Quantum Leaps commercial licenses do not use this software under the GPL* and therefore are not subject to any of its terms.** Contact information:* Quantum Leaps Web site: http://www.quantum-leaps.com* Quantum Leaps licensing: http://www.quantum-leaps.com/licensing* Quantum Leaps products: http://www.quantum-leaps.com/products* e-mail: sales@quantum-leaps.com*****************************************************************************/#include "qep_port.h"#include "qhsmtst.h"#include "qassert.h"/*..........................................................................*/void QHsmTst_ctor(QHsmTst *me) { QHsm_ctor_(&me->super_, (QState)&QHsmTst_initial);}/*..........................................................................*/void QHsmTst_initial(QHsmTst *me, QEvent const *e) { (void)e; /* suppress "e not used" compiler warning */ QHsmTst_display(me, "top-INIT;"); me->foo__ = 0; /* initialize extended state variable */ Q_INIT(&QHsmTst_d2);}/*..........................................................................*/QSTATE QHsmTst_d(QHsmTst *me, QEvent const *e) { switch (e->sig) { case Q_ENTRY_SIG: { QHsmTst_display(me, "d-ENTRY;"); return (QSTATE)0; } case Q_EXIT_SIG: { QHsmTst_display(me, "d-EXIT;"); return (QSTATE)0; } case Q_INIT_SIG: { QHsmTst_display(me, "d-INIT;"); Q_INIT(&QHsmTst_d11); return (QSTATE)0; } case C_SIG: { QHsmTst_display(me, "d-C;"); Q_TRAN_DYN(&QHsmTst_s); return (QSTATE)0; } case E_SIG: { QHsmTst_display(me, "d-E;"); Q_TRAN_DYN(&QHsmTst_d11); return (QSTATE)0; } case I_SIG: { /* internal transition with a guard */ if (me->foo__) { QHsmTst_display(me, "d-I;"); me->foo__ = 0; return (QSTATE)0; } break; } case TERMINATE_SIG: { QHsmTst_exit(me); return (QSTATE)0; } } return (QSTATE)&QHsm_top;}/*..........................................................................*/QSTATE QHsmTst_d1(QHsmTst *me, QEvent const *e) { switch (e->sig) { case Q_ENTRY_SIG: { QHsmTst_display(me, "d1-ENTRY;"); return (QSTATE)0; } case Q_EXIT_SIG: { QHsmTst_display(me, "d1-EXIT;"); return (QSTATE)0; } case Q_INIT_SIG: { QHsmTst_display(me, "d1-INIT;"); Q_INIT(&QHsmTst_d11); return (QSTATE)0; } case A_SIG: { QHsmTst_display(me, "d1-A;"); Q_TRAN_DYN(&QHsmTst_d1); return (QSTATE)0; } case B_SIG: { QHsmTst_display(me, "d1-B;"); Q_TRAN_DYN(&QHsmTst_d11); return (QSTATE)0; } case C_SIG: { QHsmTst_display(me, "d1-C;"); Q_TRAN_DYN(&QHsmTst_d2); return (QSTATE)0; } case D_SIG: { /* transition with a gurad */ if (!me->foo__) { QHsmTst_display(me, "d1-D;"); me->foo__ = 1; Q_TRAN_DYN(&QHsmTst_d); return (QSTATE)0; /* event handled */ } break; } case F_SIG: { QHsmTst_display(me, "d1-F;"); Q_TRAN_DYN(&QHsmTst_d211); return (QSTATE)0; } case I_SIG: { /* internal transition */ QHsmTst_display(me, "d1-I;"); return (QSTATE)0; } } return (QSTATE)&QHsmTst_d;}/*..........................................................................*/QSTATE QHsmTst_d11(QHsmTst *me, QEvent const *e) { switch (e->sig) { case Q_ENTRY_SIG: { QHsmTst_display(me, "d11-ENTRY;"); return (QSTATE)0; } case Q_EXIT_SIG: { QHsmTst_display(me, "d11-EXIT;"); return (QSTATE)0; } case D_SIG: { /* transition with a gurad */ if (me->foo__) { QHsmTst_display(me, "d11-D;"); me->foo__ = 0; Q_TRAN_DYN(&QHsmTst_d1); return (QSTATE)0; /* event handled */ } break; } case G_SIG: { QHsmTst_display(me, "d11-G;"); Q_TRAN_DYN(&QHsmTst_d211); return (QSTATE)0; } case H_SIG: { QHsmTst_display(me, "d11-H;"); Q_TRAN_DYN(&QHsmTst_d); return (QSTATE)0; } } return (QSTATE)&QHsmTst_d1;}/*..........................................................................*/QSTATE QHsmTst_d2(QHsmTst *me, QEvent const *e) { switch (e->sig) { case Q_ENTRY_SIG: { QHsmTst_display(me, "d2-ENTRY;"); return (QSTATE)0; } case Q_EXIT_SIG: { QHsmTst_display(me, "d2-EXIT;"); return (QSTATE)0; } case Q_INIT_SIG: { QHsmTst_display(me, "d2-INIT;"); Q_INIT(&QHsmTst_d211); return (QSTATE)0; } case F_SIG: { QHsmTst_display(me, "d2-F;"); Q_TRAN_DYN(&QHsmTst_d11); return (QSTATE)0; } case I_SIG: { /* internal transition with a guard */ if (!me->foo__) { QHsmTst_display(me, "d2-I;"); me->foo__ = (uint8_t)1; return (QSTATE)0; } break; } } return (QSTATE)&QHsmTst_d;}/*..........................................................................*/QSTATE QHsmTst_d21(QHsmTst *me, QEvent const *e) { switch (e->sig) { case Q_ENTRY_SIG: { QHsmTst_display(me, "d21-ENTRY;"); return (QSTATE)0; } case Q_EXIT_SIG: { QHsmTst_display(me, "d21-EXIT;"); return (QSTATE)0; } case Q_INIT_SIG: { QHsmTst_display(me, "d21-INIT;"); Q_INIT(&QHsmTst_d211); return (QSTATE)0; } case A_SIG: { QHsmTst_display(me, "d21-A;"); Q_TRAN_DYN(&QHsmTst_d21); return (QSTATE)0; } case B_SIG: { QHsmTst_display(me, "d21-B;"); Q_TRAN_DYN(&QHsmTst_d211); return (QSTATE)0; } case G_SIG: { QHsmTst_display(me, "d21-G;"); Q_TRAN_DYN(&QHsmTst_d1); return (QSTATE)0; } } return (QSTATE)&QHsmTst_d2;}/*..........................................................................*/QSTATE QHsmTst_d211(QHsmTst *me, QEvent const *e) { switch (e->sig) { case Q_ENTRY_SIG: { QHsmTst_display(me, "d211-ENTRY;"); return (QSTATE)0; } case Q_EXIT_SIG: { QHsmTst_display(me, "d211-EXIT;"); return (QSTATE)0; } case D_SIG: { QHsmTst_display(me, "d211-D;"); Q_TRAN_DYN(&QHsmTst_d21); return (QSTATE)0; } case H_SIG: { QHsmTst_display(me, "d211-H;"); Q_TRAN_DYN(&QHsmTst_d); return (QSTATE)0; } } return (QSTATE)&QHsmTst_d21;}/*--------------------------------------------------------------------------*/QSTATE QHsmTst_s(QHsmTst *me, QEvent const *e) { switch (e->sig) { case Q_ENTRY_SIG: { QHsmTst_display(me, "s-ENTRY;"); return (QSTATE)0; } case Q_EXIT_SIG: { QHsmTst_display(me, "s-EXIT;"); return (QSTATE)0; } case Q_INIT_SIG: { QHsmTst_display(me, "s-INIT;"); Q_INIT(&QHsmTst_s11); return (QSTATE)0; } case C_SIG: { QHsmTst_display(me, "s-C;"); Q_TRAN_STA(&QHsmTst_d); return (QSTATE)0; } case E_SIG: { QHsmTst_display(me, "s-E;"); Q_TRAN_STA(&QHsmTst_s11); return (QSTATE)0; } case I_SIG: { if (me->foo__) { QHsmTst_display(me, "s-I;"); me->foo__ = 0; return (QSTATE)0; /* event handled */ } break; } case TERMINATE_SIG: { QHsmTst_exit(me); return (QSTATE)0; } } return (QSTATE)&QHsm_top;}/*..........................................................................*/QSTATE QHsmTst_s1(QHsmTst *me, QEvent const *e) { switch (e->sig) { case Q_ENTRY_SIG: { QHsmTst_display(me, "s1-ENTRY;"); return (QSTATE)0; } case Q_EXIT_SIG: { QHsmTst_display(me, "s1-EXIT;"); return (QSTATE)0; } case Q_INIT_SIG: { QHsmTst_display(me, "s1-INIT;"); Q_INIT(&QHsmTst_s11); return (QSTATE)0; } case A_SIG: { QHsmTst_display(me, "s1-A;"); Q_TRAN_STA(&QHsmTst_s1); return (QSTATE)0; } case B_SIG: { QHsmTst_display(me, "s1-B;"); Q_TRAN_STA(&QHsmTst_s11); return (QSTATE)0; } case C_SIG: { QHsmTst_display(me, "s1-C;"); Q_TRAN_STA(&QHsmTst_s2); return (QSTATE)0; } case D_SIG: { /* transition with a gurad */ if (!me->foo__) { QHsmTst_display(me, "s1-D;"); me->foo__ = 1; Q_TRAN_STA(&QHsmTst_s); return (QSTATE)0; /* event handled */ } break; } case F_SIG: { QHsmTst_display(me, "s1-F;"); Q_TRAN_STA(&QHsmTst_s211); return (QSTATE)0; } case I_SIG: { /* internal transition */ QHsmTst_display(me, "s1-I;"); return (QSTATE)0; } } return (QSTATE)&QHsmTst_s;}/*..........................................................................*/QSTATE QHsmTst_s11(QHsmTst *me, QEvent const *e) { switch (e->sig) { case Q_ENTRY_SIG: { QHsmTst_display(me, "s11-ENTRY;"); return (QSTATE)0; } case Q_EXIT_SIG: { QHsmTst_display(me, "s11-EXIT;"); return (QSTATE)0; } case D_SIG: { /* transition with a gurad */ if (me->foo__) { QHsmTst_display(me, "s11-D;"); me->foo__ = 0; Q_TRAN_STA(&QHsmTst_s1); return (QSTATE)0; /* event handled */ } break; } case G_SIG: { QHsmTst_display(me, "s11-G;"); Q_TRAN_STA(&QHsmTst_s211); return (QSTATE)0; } case H_SIG: { QHsmTst_display(me, "s11-H;"); Q_TRAN_STA(&QHsmTst_s); return (QSTATE)0; } } return (QSTATE)&QHsmTst_s1;}/*..........................................................................*/QSTATE QHsmTst_s2(QHsmTst *me, QEvent const *e) { switch (e->sig) { case Q_ENTRY_SIG: { QHsmTst_display(me, "s2-ENTRY;"); return (QSTATE)0; } case Q_EXIT_SIG: { QHsmTst_display(me, "s2-EXIT;"); return (QSTATE)0; } case Q_INIT_SIG: { QHsmTst_display(me, "s2-INIT;"); Q_INIT(&QHsmTst_s211); return (QSTATE)0; } case F_SIG: { QHsmTst_display(me, "s2-F;"); Q_TRAN_STA(&QHsmTst_s11); return (QSTATE)0; } case I_SIG: { /* internal transition with a guard */ if (!me->foo__) { QHsmTst_display(me, "s2-I;"); me->foo__ = (uint8_t)1; return (QSTATE)0; } break; } } return (QSTATE)&QHsmTst_s;}/*..........................................................................*/QSTATE QHsmTst_s21(QHsmTst *me, QEvent const *e) { switch (e->sig) { case Q_ENTRY_SIG: { QHsmTst_display(me, "s21-ENTRY;"); return (QSTATE)0; } case Q_EXIT_SIG: { QHsmTst_display(me, "s21-EXIT;"); return (QSTATE)0; } case Q_INIT_SIG: { QHsmTst_display(me, "s21-INIT;"); Q_INIT(&QHsmTst_s211); return (QSTATE)0; } case A_SIG: { QHsmTst_display(me, "s21-A;"); Q_TRAN_STA(&QHsmTst_s21); return (QSTATE)0; } case B_SIG: { QHsmTst_display(me, "s21-B;"); Q_TRAN_STA(&QHsmTst_s211); return (QSTATE)0; } case G_SIG: { QHsmTst_display(me, "s21-G;"); Q_TRAN_STA(&QHsmTst_s1); return (QSTATE)0; } } return (QSTATE)&QHsmTst_s2;}/*..........................................................................*/QSTATE QHsmTst_s211(QHsmTst *me, QEvent const *e) { switch (e->sig) { case Q_ENTRY_SIG: { QHsmTst_display(me, "s211-ENTRY;"); return (QSTATE)0; } case Q_EXIT_SIG: { QHsmTst_display(me, "s211-EXIT;"); return (QSTATE)0; } case D_SIG: { QHsmTst_display(me, "s211-D;"); Q_TRAN_STA(&QHsmTst_s21); return (QSTATE)0; } case H_SIG: { QHsmTst_display(me, "s211-H;"); Q_TRAN_STA(&QHsmTst_s2); return (QSTATE)0; } } return (QSTATE)&QHsmTst_s21;}?? 快捷鍵說明
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