moc_cmd.cpp

嵌入式LINUX的智能家居系统源码

/****************************************************************************
** ker_cmd meta object code from reading C++ file 'cmd.h'
**
** Created: Mon Oct 6 15:42:43 2008
**      by: The Qt MOC ($Id: qt/src/moc/moc.y   2.3.10   edited 2005-01-24 $)
**
** WARNING! All changes made in this file will be lost!
*****************************************************************************/

#if !defined(Q_MOC_OUTPUT_REVISION)
#define Q_MOC_OUTPUT_REVISION 9
#elif Q_MOC_OUTPUT_REVISION != 9
#error "Moc format conflict - please regenerate all moc files"
#endif

#include "cmd.h"
#include <qmetaobject.h>
#include <qapplication.h>
#ifdef QWS
#include <qobjectdict.h>
#endif



const char *ker_cmd::className() const
{
    return "ker_cmd";
}

QMetaObject *ker_cmd::metaObj = 0;

#ifdef QWS
static class ker_cmd_metaObj_Unloader {
public:
    ~ker_cmd_metaObj_Unloader()
    {
         if ( objectDict )
             objectDict->remove( "ker_cmd" );
    }
} ker_cmd_metaObj_unloader;
#endif

void ker_cmd::initMetaObject()
{
    if ( metaObj )
	return;
    if ( qstrcmp(QObject::className(), "QObject") != 0 )
	badSuperclassWarning("ker_cmd","QObject");
    (void) staticMetaObject();
}

#ifndef QT_NO_TRANSLATION

QString ker_cmd::tr(const char* s)
{
    return qApp->translate( "ker_cmd", s, 0 );
}

QString ker_cmd::tr(const char* s, const char * c)
{
    return qApp->translate( "ker_cmd", s, c );
}

#endif // QT_NO_TRANSLATION

QMetaObject* ker_cmd::staticMetaObject()
{
    if ( metaObj )
	return metaObj;
    (void) QObject::staticMetaObject();
#ifndef QT_NO_PROPERTIES
#endif // QT_NO_PROPERTIES
    typedef void (ker_cmd::*m1_t0)(int);
    typedef void (QObject::*om1_t0)(int);
    typedef void (ker_cmd::*m1_t1)(int);
    typedef void (QObject::*om1_t1)(int);
    m1_t0 v1_0 = &ker_cmd::center_cmd_proxy;
    om1_t0 ov1_0 = (om1_t0)v1_0;
    m1_t1 v1_1 = &ker_cmd::ker_cmd_proxy;
    om1_t1 ov1_1 = (om1_t1)v1_1;
    QMetaData *slot_tbl = QMetaObject::new_metadata(2);
    QMetaData::Access *slot_tbl_access = QMetaObject::new_metaaccess(2);
    slot_tbl[0].name = "center_cmd_proxy(int)";
    slot_tbl[0].ptr = (QMember)ov1_0;
    slot_tbl_access[0] = QMetaData::Public;
    slot_tbl[1].name = "ker_cmd_proxy(int)";
    slot_tbl[1].ptr = (QMember)ov1_1;
    slot_tbl_access[1] = QMetaData::Public;
    typedef void (ker_cmd::*m2_t0)(int,char);
    typedef void (QObject::*om2_t0)(int,char);
    typedef void (ker_cmd::*m2_t1)(int,char);
    typedef void (QObject::*om2_t1)(int,char);
    typedef void (ker_cmd::*m2_t2)(int);
    typedef void (QObject::*om2_t2)(int);
    typedef void (ker_cmd::*m2_t3)(int);
    typedef void (QObject::*om2_t3)(int);
    typedef void (ker_cmd::*m2_t4)(int);
    typedef void (QObject::*om2_t4)(int);
    typedef void (ker_cmd::*m2_t5)(int);
    typedef void (QObject::*om2_t5)(int);
    typedef void (ker_cmd::*m2_t6)(int);
    typedef void (QObject::*om2_t6)(int);
    typedef void (ker_cmd::*m2_t7)(int);
    typedef void (QObject::*om2_t7)(int);
    m2_t0 v2_0 = &ker_cmd::sig_cmd_door;
    om2_t0 ov2_0 = (om2_t0)v2_0;
    m2_t1 v2_1 = &ker_cmd::sig_cmd_home;
    om2_t1 ov2_1 = (om2_t1)v2_1;
    m2_t2 v2_2 = &ker_cmd::sig_cmd_pda;
    om2_t2 ov2_2 = (om2_t2)v2_2;
    m2_t3 v2_3 = &ker_cmd::sig_cmd_local_audio;
    om2_t3 ov2_3 = (om2_t3)v2_3;
    m2_t4 v2_4 = &ker_cmd::sig_cmd_local_video;
    om2_t4 ov2_4 = (om2_t4)v2_4;
    m2_t5 v2_5 = &ker_cmd::sig_cmd_local_ui;
    om2_t5 ov2_5 = (om2_t5)v2_5;
    m2_t6 v2_6 = &ker_cmd::sig_cmd_local_bt;
    om2_t6 ov2_6 = (om2_t6)v2_6;
    m2_t7 v2_7 = &ker_cmd::sig_log;
    om2_t7 ov2_7 = (om2_t7)v2_7;
    QMetaData *signal_tbl = QMetaObject::new_metadata(8);
    signal_tbl[0].name = "sig_cmd_door(int,char)";
    signal_tbl[0].ptr = (QMember)ov2_0;
    signal_tbl[1].name = "sig_cmd_home(int,char)";
    signal_tbl[1].ptr = (QMember)ov2_1;
    signal_tbl[2].name = "sig_cmd_pda(int)";
    signal_tbl[2].ptr = (QMember)ov2_2;
    signal_tbl[3].name = "sig_cmd_local_audio(int)";
    signal_tbl[3].ptr = (QMember)ov2_3;
    signal_tbl[4].name = "sig_cmd_local_video(int)";
    signal_tbl[4].ptr = (QMember)ov2_4;
    signal_tbl[5].name = "sig_cmd_local_ui(int)";
    signal_tbl[5].ptr = (QMember)ov2_5;
    signal_tbl[6].name = "sig_cmd_local_bt(int)";
    signal_tbl[6].ptr = (QMember)ov2_6;
    signal_tbl[7].name = "sig_log(int)";
    signal_tbl[7].ptr = (QMember)ov2_7;
    metaObj = QMetaObject::new_metaobject(
	"ker_cmd", "QObject",
	slot_tbl, 2,
	signal_tbl, 8,
#ifndef QT_NO_PROPERTIES
	0, 0,
	0, 0,
#endif // QT_NO_PROPERTIES
	0, 0 );
    metaObj->set_slot_access( slot_tbl_access );
#ifndef QT_NO_PROPERTIES
#endif // QT_NO_PROPERTIES
    return metaObj;
}

#include <qobjectdefs.h>
#include <qsignalslotimp.h>

// SIGNAL sig_cmd_door
void ker_cmd::sig_cmd_door( int t0, char t1 )
{
    // No builtin function for signal parameter type int,char
    QConnectionList *clist = receivers("sig_cmd_door(int,char)");
    if ( !clist || signalsBlocked() )
	return;
    typedef void (QObject::*RT0)();
    typedef void (QObject::*RT1)(int);
    typedef void (QObject::*RT2)(int,char);
    RT0 r0;
    RT1 r1;
    RT2 r2;
    QConnectionListIt it(*clist);
    QConnection   *c;
    QSenderObject *object;
    while ( (c=it.current()) ) {
	++it;
	object = (QSenderObject*)c->object();
	object->setSender( this );
	switch ( c->numArgs() ) {
	    case 0:
#ifdef Q_FP_CCAST_BROKEN
		r0 = reinterpret_cast<RT0>(*(c->member()));
#else
		r0 = (RT0)*(c->member());
#endif
		(object->*r0)();
		break;
	    case 1:
#ifdef Q_FP_CCAST_BROKEN
		r1 = reinterpret_cast<RT1>(*(c->member()));
#else
		r1 = (RT1)*(c->member());
#endif
		(object->*r1)(t0);
		break;
	    case 2:
#ifdef Q_FP_CCAST_BROKEN
		r2 = reinterpret_cast<RT2>(*(c->member()));
#else
		r2 = (RT2)*(c->member());
#endif
		(object->*r2)(t0, t1);
		break;
	}
    }
}

// SIGNAL sig_cmd_home
void ker_cmd::sig_cmd_home( int t0, char t1 )
{
    // No builtin function for signal parameter type int,char
    QConnectionList *clist = receivers("sig_cmd_home(int,char)");
    if ( !clist || signalsBlocked() )
	return;
    typedef void (QObject::*RT0)();
    typedef void (QObject::*RT1)(int);
    typedef void (QObject::*RT2)(int,char);
    RT0 r0;
    RT1 r1;
    RT2 r2;
    QConnectionListIt it(*clist);
    QConnection   *c;
    QSenderObject *object;
    while ( (c=it.current()) ) {
	++it;
	object = (QSenderObject*)c->object();
	object->setSender( this );
	switch ( c->numArgs() ) {
	    case 0:
#ifdef Q_FP_CCAST_BROKEN
		r0 = reinterpret_cast<RT0>(*(c->member()));
#else
		r0 = (RT0)*(c->member());
#endif
		(object->*r0)();
		break;
	    case 1:
#ifdef Q_FP_CCAST_BROKEN
		r1 = reinterpret_cast<RT1>(*(c->member()));
#else
		r1 = (RT1)*(c->member());
#endif
		(object->*r1)(t0);
		break;
	    case 2:
#ifdef Q_FP_CCAST_BROKEN
		r2 = reinterpret_cast<RT2>(*(c->member()));
#else
		r2 = (RT2)*(c->member());
#endif
		(object->*r2)(t0, t1);
		break;
	}
    }
}

// SIGNAL sig_cmd_pda
void ker_cmd::sig_cmd_pda( int t0 )
{
    activate_signal( "sig_cmd_pda(int)", t0 );
}

// SIGNAL sig_cmd_local_audio
void ker_cmd::sig_cmd_local_audio( int t0 )
{
    activate_signal( "sig_cmd_local_audio(int)", t0 );
}

// SIGNAL sig_cmd_local_video
void ker_cmd::sig_cmd_local_video( int t0 )
{
    activate_signal( "sig_cmd_local_video(int)", t0 );
}

// SIGNAL sig_cmd_local_ui
void ker_cmd::sig_cmd_local_ui( int t0 )
{
    activate_signal( "sig_cmd_local_ui(int)", t0 );
}

// SIGNAL sig_cmd_local_bt
void ker_cmd::sig_cmd_local_bt( int t0 )
{
    activate_signal( "sig_cmd_local_bt(int)", t0 );
}

// SIGNAL sig_log
void ker_cmd::sig_log( int t0 )
{
    activate_signal( "sig_log(int)", t0 );
}