void SearchThread::DeleteThread() {
// We may be waiting for the condition so we cannot just call Delete
m_stopSearch = true;
CancelSearch();
// Signal thread to stop waiting
wxMutexLocker lock(m_condMutex);
m_startSearchCond.Signal();
}
int RoutineView::Activate(int No) {
CancelSearch();
if (No < Buffer->rlst.Count) {
View->SwitchToModel(Buffer);
Buffer->CenterPosR(0, Buffer->rlst.Lines[No]);
return 1;
}
return 0;
}
//离开FM前初始化函数
//利用内部FM模块时，底层会在切离通道(DAC_CH_ONCHIP_FM、DAC_CH_ONCHIP_FM_L、DAC_CH_ONCHIP_FM_R)过程中调用此函数
VOID RadioCtrlDeinit(VOID)
{
CancelSearch();
MuteOn(TRUE, TRUE);
RadioMute(TRUE);
RadioPowerDown();
#ifdef FUNC_POWER_AMPLIFIER_EN
ABPowerAmplifierOn(); //在其它模式下选择AB 类功放
#endif
}
int BufferView::Activate(int No) {
EModel *B;
CancelSearch();
B = GetBufferById(No);
if (B) {
View->SwitchToModel(B);
return 1;
}
return 0;
}
int RoutineView::ExecCommand(int Command, ExState& State) {
switch (Command) {
case ExRescan:
CancelSearch();
Buffer->ScanForRoutines();
UpdateList();
return ErOK;
case ExActivateInOtherWindow:
CancelSearch();
if (Row < Buffer->rlst.Count) {
View->Next->SwitchToModel(Buffer);
Buffer->CenterPosR(0, Buffer->rlst.Lines[Row]);
return ErOK;
}
return ErFAIL;
case ExCloseActivate:
CancelSearch();
return ErFAIL;
}
return EList::ExecCommand(Command, State);
}
void RegexSearch::FindNextWorker(SearchParams* searchParams) {
regex_iterator_t* pit =
reinterpret_cast<regex_iterator_t*>(searchParams->SearchBuffer);
// Placement new for the iterator on the 1st call
if (searchParams->MatchStart == nullptr) {
pit = new(pit) regex_iterator_t(
searchParams->TextStart,
searchParams->TextStart + searchParams->TextLength,
*impl_->regex_);
}
// Iterate
regex_iterator_t& it(*pit);
if (it == impl_->it_end_) {
// Implicit cleanup on completed search.
CancelSearch(searchParams);
return;
}
// Set result if match found
searchParams->MatchStart = searchParams->TextStart + it->position();
searchParams->MatchLength = (int)it->length(); // TODO(rpaquay): 2GB limit
++it;
}
//按键响应
VOID RadioEventProcess(VOID)
{
MESSAGE Event = MessageGet(MSG_FIFO_KEY);
switch(Event)
{
case MSG_POWER:
case MSG_MODE_SW:
//DBG(("Exit FM, Event:%bx\n", Event));
CancelSearch();
MessageSend(MSG_FIFO_DEV_CTRL, Event);
break;
case MSG_SCAN://启动自动全频段搜台
case MSG_INTRO:
case MSG_PLAY_1CP:
#if !defined(AU6210K_HXX_B002)
case MSG_PLAY_PAUSE:
#endif
#ifdef FUNC_DEVICE_FORCEPAUSE_EN
if(gDevicePlayForcePauseFlag == TRUE)
{
gDevicePlayForcePauseFlag = FALSE;
UnMute();
break;
}
#endif
DBG(("SCAN\n"));
#ifdef FUNC_BEEP_SOUND_EN
PushKeyBeep(1);
#endif
if(gRadioCtrl.State == RADIO_IDLE)
{
gRadioCtrl.State = RADIO_READ;
gRadioCtrl.SeekMode = SEEK_AUTOSCAN;
#ifdef FUNC_SLAVE_UART_EN
gRadioData.CurrFreq = gRadioCtrl.RadioLowerBound;
#else
gRadioData.CurrFreq = RADIO_LOWER_BOUND;
#endif
gRadioData.CurrStation = 0;
gRadioData.Area1StationSum = 0;
gRadioData.StationSum = 0;
memset(&gRadioData.Stations, 0, sizeof(gRadioData.Stations));
MuteOn(TRUE, TRUE);
RadioSetFreq();
#ifdef FUNC_SLAVE_UART_EN
#ifdef FUNC_RADIO_AUTOSEEK_EN
MVFM_AutoSeekConfig(gRadioData.CurrFreq, gRadioCtrl.RadioUpperBound, gRadioCtrl.RadioSeekStep, 1, 1);
#else
MVFM_AutoSeekConfig(gRadioData.CurrFreq, gRadioCtrl.RadioUpperBound, gRadioCtrl.RadioSeekStep, 0, 1);
#endif
#else
#ifdef FUNC_RADIO_AUTOSEEK_EN
MVFM_AutoSeekConfig(gRadioData.CurrFreq, RADIO_UPPER_BOUND, RADIO_SEEK_STEP, 1, 1);
#else
MVFM_AutoSeekConfig(gRadioData.CurrFreq, RADIO_UPPER_BOUND, RADIO_SEEK_STEP, 0, 1);
#endif
#endif
RadioMute(TRUE);
TimeOutSet(&gRadioCtrl.SeekPreviewTimer, RadioSeekTimeValue);
}
else
{
CancelSearch();
}
break;
case MSG_SAVE_STATION: //保存当前的频率到当前的频道
if(gRadioCtrl.State == RADIO_IDLE)
{
if(gRadioData.StationSum < MAX_RADIO_STATION_NUM)
{
if((gRadioData.CurrFreq < RADIO_FREQ_BASE_875) && ((gRadioData.CurrStation + 1) <= gRadioData.Area1StationSum))
{
gRadioData.Stations[gRadioData.CurrStation] = (gRadioData.CurrFreq - RADIO_FREQ_BASE_760);
}
else if((gRadioData.CurrFreq > RADIO_FREQ_BASE_875) && ((gRadioData.CurrStation + 1) > gRadioData.Area1StationSum))
{
gRadioData.Stations[gRadioData.CurrStation] = (gRadioData.CurrFreq - RADIO_FREQ_BASE_875);
}
RadioShowDebug(RadioShowSaveCurFreToCurChannle);
RadioWriteData();
RadioDisFlag = RadioDisCurFreBlink;
RadioDisCount = 6;
TimeOutSet(&gRadioCtrl.SeekPreviewTimer,RadioBlinkTime);
#ifdef FUNC_SLAVE_UART_EN
SlaveRadioRetCurrentStatus();
#endif
}
}
break;
case MSG_NEXT://下一个台
case MSG_PLAY_1:
#ifdef FUNC_DEVICE_FORCEPAUSE_EN
if(gDevicePlayForcePauseFlag == TRUE)
{
break;
}
#endif
#ifdef AU6210K_BOOMBOX_DEMO
if(gRadioCtrl.State == RADIO_PROG)
{
if(gRadioData.CurrStation < (MAX_RADIO_STATION_NUM / 2))
{
gRadioData.CurrStation++;
}
else
{
gRadioData.CurrStation = 0;
}
break;
}
if(gRadioCtrl.State == RADIO_IDLE)
{
if(RadioGetValidPresetNum(gRadioData.CurrStation, UP) == TRUE)
{
RadioDisFlag = RadioDisCurChChange;
TimeOutSet(&gRadioCtrl.SeekPreviewTimer, RadioPreVimeTimerValue);
RadioChannelChange();
UnMute();
gSys.MuteFg = FALSE;
}
break;
}
#endif
if((gRadioData.StationSum > 0) && (gRadioCtrl.State == RADIO_IDLE))
{
#ifdef FUNC_BEEP_SOUND_EN
PushKeyBeep(1);
#endif
if(gRadioData.CurrStation < (gRadioData.StationSum - 1))
{
gRadioData.CurrStation++;
}
else
{
gRadioData.CurrStation = 0;
}
RadioDisFlag = RadioDisCurChChange;
RadioChannelChange();
UnMute();
TimeOutSet(&gRadioCtrl.SeekPreviewTimer, RadioPreVimeTimerValue);
gSys.MuteFg = FALSE;
#ifdef FUNC_SLAVE_UART_EN
SlaveRadioRetCurrentStatus();
#endif
}
break;
case MSG_PRE://上一个台
case MSG_EQ_CH_SUB:
#ifdef FUNC_DEVICE_FORCEPAUSE_EN
if(gDevicePlayForcePauseFlag == TRUE)
{
break;
}
#endif
#ifdef AU6210K_BOOMBOX_DEMO
if(gRadioCtrl.State == RADIO_PROG)
{
if(gRadioData.CurrStation < (MAX_RADIO_STATION_NUM / 2))
{
gRadioData.CurrStation++;
}
else
{
gRadioData.CurrStation = 0;
}
break;
}
if(gRadioCtrl.State == RADIO_IDLE)
{
if(RadioGetValidPresetNum(gRadioData.CurrStation, DOWN) == TRUE)
{
RadioDisFlag = RadioDisCurChChange;
TimeOutSet(&gRadioCtrl.SeekPreviewTimer, RadioPreVimeTimerValue);
RadioChannelChange();
UnMute();
gSys.MuteFg = FALSE;
break;
}
}
#endif
if((gRadioData.StationSum > 0) && (gRadioCtrl.State == RADIO_IDLE))
{
#ifdef FUNC_BEEP_SOUND_EN
PushKeyBeep(1);
#endif
if(gRadioData.CurrStation > 0)
{
gRadioData.CurrStation--;
}
else
{
gRadioData.CurrStation = gRadioData.StationSum - 1;
}
RadioDisFlag = RadioDisCurChChange;
RadioChannelChange();
UnMute();
TimeOutSet(&gRadioCtrl.SeekPreviewTimer, RadioPreVimeTimerValue);
gSys.MuteFg = FALSE;
#ifdef FUNC_SLAVE_UART_EN
SlaveRadioRetCurrentStatus();
#endif
}
break;
#ifdef FUNC_NUMBER_KEY_EN
case MSG_RECV_NUM://选台(输入数值在有效台数内)或设置频率(输入数值在有效频率范围内)
if(gRadioCtrl.State == RADIO_IDLE)//SeanFu
{
if((gRecvNum > 0) && (gRecvNum <= gRadioData.StationSum))
{
//DBG(("RecvNum合法台号：%d\n", gRecvNum));
gRadioData.CurrStation = gRecvNum - 1;
if(gRecvNum <= gRadioData.Area1StationSum)
{
gRadioData.CurrFreq = (gRadioData.Stations[gRadioData.CurrStation] + RADIO_FREQ_BASE_760);
}
else
{
gRadioData.CurrFreq = (gRadioData.Stations[gRadioData.CurrStation] + RADIO_FREQ_BASE_875);
}
RadioWriteData();
RadioShowDebug(RadioShowCurStationChange);
}
#ifdef FUNC_SLAVE_UART_EN
else if((gRecvNum >= gRadioCtrl.RadioLowerBound) && (gRecvNum <= gRadioCtrl.RadioUpperBound))
#else
else if((gRecvNum >= RADIO_LOWER_BOUND) && (gRecvNum <= RADIO_UPPER_BOUND))
#endif
{
//DBG(("RecvNum合法 频率：%d\n", gRecvNum));
gRadioData.CurrFreq = gRecvNum;
RadioWriteData();
RadioShowDebug(RadioShowSaveFre);
}
else
{
//DBG(("RecvNum非法：%d\n", gRecvNum));
gRecvNum = 0;
NumKeyRadioFreqErrorFlag = TRUE;
NumKeyErrorDispFlag = TRUE;
#ifdef FUNC_DISP_EN
TimeOutSet(&DispTmr, NORMAL_INTERVAL); //输入错误Err显示保留时间
#endif
return;
}
RadioSetFreq();
RadioMute(FALSE);
gRecvNum = 0;
#ifdef FUNC_DISP_EN
TimeOutSet(&DispTmr, 0); //退出数值显示
#endif
}
break;
case MSG_NUM_SAVE_STAITON: //将当前频率保存起来
if(gRadioCtrl.State == RADIO_IDLE)
{
//DBG(("RecvNum %d \n", gRecvNum));
RadioArrayInsert();
gRecvNum = 0;
RadioWriteData();
RadioShowDebug(RadioShowSaveFre);
RadioDisFlag = RadioDisCurFreBlink;
RadioDisCount = 4;
TimeOutSet(&gRadioCtrl.SeekPreviewTimer, RadioBlinkTime);
}
break;
#endif
#ifdef FUNC_RADIO_STEPOVER_EN
case MSG_NEXT1:
case MSG_FREQ_UP:
case MSG_FREQUP_10TRK://循环递增微调频率(+100KHZ)
if(gRadioCtrl.State == RADIO_IDLE)
{
#ifdef FUNC_SLAVE_UART_EN
if(++gRadioData.CurrFreq > gRadioCtrl.RadioUpperBound)
{
gRadioData.CurrFreq = gRadioCtrl.RadioLowerBound;
}
#else
if(++gRadioData.CurrFreq > RADIO_UPPER_BOUND)
{
gRadioData.CurrFreq = RADIO_LOWER_BOUND;
}
#endif
RadioSetFreq();
RadioMute(FALSE);
RadioWriteData();
RadioShowDebug(RadioShowFreChange);
}
break;
case MSG_PREV1:
case MSG_FREQ_DN:
case MSG_FREQDN_10TRK://循环递减微调频率(-100KHZ)
if(gRadioCtrl.State == RADIO_IDLE)
{
#ifdef FUNC_SLAVE_UART_EN
if(--gRadioData.CurrFreq < gRadioCtrl.RadioLowerBound)
{
gRadioData.CurrFreq = gRadioCtrl.RadioUpperBound;
}
#else
if(--gRadioData.CurrFreq < RADIO_LOWER_BOUND)
{
gRadioData.CurrFreq = RADIO_UPPER_BOUND;
}
#endif
RadioSetFreq();
RadioMute(FALSE);
RadioWriteData();
RadioShowDebug(RadioShowFreChange);
}
break;
#endif
#ifdef FUNC_RADIO_SEMO_AUTOSEEK_EN
case MSG_FF_START:
case MSG_10TRACK_ADD://递增方式搜台，搜到第一个后停止
if(gRadioCtrl.State == RADIO_IDLE)
{
gRadioCtrl.SeekMode = SEEK_SCANUP;
#ifdef FUNC_SLAVE_UART_EN
if(gRadioData.CurrFreq >= gRadioCtrl.RadioUpperBound)
{
gRadioData.CurrFreq = gRadioCtrl.RadioLowerBound;
}
else
{
gRadioData.CurrFreq++;
}
#else
if(gRadioData.CurrFreq >= RADIO_UPPER_BOUND)
{
gRadioData.CurrFreq = RADIO_LOWER_BOUND;
}
else
{
gRadioData.CurrFreq++;
}
#endif
MuteOn(TRUE, TRUE);
RadioSetFreq();
gRadioCtrl.State = RADIO_READ;
#ifdef FUNC_SLAVE_UART_EN
#ifdef FUNC_RADIO_AUTOSEEK_EN
MVFM_AutoSeekConfig(gRadioData.CurrFreq, gRadioCtrl.RadioUpperBound, gRadioCtrl.RadioSeekStep, 1, 1);
#else
MVFM_AutoSeekConfig(gRadioData.CurrFreq, gRadioCtrl.RadioUpperBound, gRadioCtrl.RadioSeekStep, 0, 1);
#endif
#else
#ifdef FUNC_RADIO_AUTOSEEK_EN
MVFM_AutoSeekConfig(gRadioData.CurrFreq, RADIO_UPPER_BOUND, RADIO_SEEK_STEP, 1, 1);
#else
MVFM_AutoSeekConfig(gRadioData.CurrFreq, RADIO_UPPER_BOUND, RADIO_SEEK_STEP, 0, 1);
#endif
#endif
RadioMute(TRUE);
TimeOutSet(&gRadioCtrl.SeekPreviewTimer, RadioSeekTimeValue);
}
break;
case MSG_FB_START:
case MSG_10TRACK_SUB://递减方式搜台，搜到第一个后停止
if(gRadioCtrl.State == RADIO_IDLE)
{
gRadioCtrl.SeekMode = SEEK_SCANDOWN;
#ifdef FUNC_SLAVE_UART_EN
if(gRadioData.CurrFreq <= gRadioCtrl.RadioLowerBound)
{
gRadioData.CurrFreq = gRadioCtrl.RadioUpperBound;
}
else
{
gRadioData.CurrFreq--;
}
#else
if(gRadioData.CurrFreq <= RADIO_LOWER_BOUND)
{
gRadioData.CurrFreq = RADIO_UPPER_BOUND;
}
else
{
gRadioData.CurrFreq--;
}
#endif
MuteOn(TRUE, TRUE);
RadioSetFreq();
gRadioCtrl.State = RADIO_READ;
#ifdef FUNC_SLAVE_UART_EN
#ifdef FUNC_RADIO_AUTOSEEK_EN
MVFM_AutoSeekConfig(gRadioData.CurrFreq, gRadioCtrl.RadioLowerBound, gRadioCtrl.RadioSeekStep, 1, 1);
#else
MVFM_AutoSeekConfig(gRadioData.CurrFreq, gRadioCtrl.RadioLowerBound, gRadioCtrl.RadioSeekStep, 0, 1);
#endif
#else
#ifdef FUNC_RADIO_AUTOSEEK_EN
MVFM_AutoSeekConfig(gRadioData.CurrFreq, RADIO_LOWER_BOUND, RADIO_SEEK_STEP, 1, 1);
#else
MVFM_AutoSeekConfig(gRadioData.CurrFreq, RADIO_LOWER_BOUND, RADIO_SEEK_STEP, 0, 1);
#endif
#endif
RadioMute(TRUE);
TimeOutSet(&gRadioCtrl.SeekPreviewTimer, RadioSeekTimeValue);
}
break;
#endif
case MSG_VOL_ADD://音量加
#if defined(AU6210K_NR_D_9X)||defined(AU6210K_NR_D_9X_XJ_HTS)
if (gSys.Volume >= VOLUME_MAX)
{
SPI_PlaySelectNum(SPIPLAY_SONG_MAX_VOLUME, 0);
InDacChannelSel(DAC_CH_ONCHIP_FM);
RadioSetFreq();
UnMute();
SysClkDivSet(CLK_DIV_RATE);
}
#endif
#ifdef FUNC_POWER_AMPLIFIER_EN
ABPowerAmplifierOff();
#endif
#ifdef FUNC_OTP_KEY_SOUND_EN
OTP_PlaySelNum(OTPPLAY_NUM_VOLUP, 0);
InDacChannelSel(DAC_CH_ONCHIP_FM);
RadioSetFreq();
UnMute();
SysClkDivSet(CLK_DIV_RATE);
#endif
#ifdef FUNC_PT231X_EN
VolType = VOL_MAIN;
PT2313VolAdd();
#else
VolumeAdjust(UP);
#endif
break;
case MSG_VOL_SUB://音量减
#if defined(AU6210K_NR_D_9X)||defined(AU6210K_NR_D_9X_XJ_HTS)
if (gSys.Volume <= VOLUME_MIN)
{
SPI_PlaySelectNum(SPIPLAY_SONG_MIN_VOLUME, 0);
InDacChannelSel(DAC_CH_ONCHIP_FM);
RadioSetFreq();
SysClkDivSet(CLK_DIV_RATE);
}
#endif
#ifdef FUNC_POWER_AMPLIFIER_EN
ABPowerAmplifierOff();
#endif
#ifdef FUNC_OTP_KEY_SOUND_EN
OTP_PlaySelNum(OTPPLAY_NUM_VOLDN, 0);
InDacChannelSel(DAC_CH_ONCHIP_FM);
RadioSetFreq();
UnMute();
SysClkDivSet(CLK_DIV_RATE);
#endif
#ifdef FUNC_PT231X_EN
VolType = VOL_MAIN;
PT2313VolSub();
#else
VolumeAdjust(DOWN);
#endif
break;
#ifdef FUNC_PT231X_EN
case MSG_TREBUP:
VolType = VOL_TREB;
PT2313VolAdd();
break;
case MSG_TREBDN:
VolType = VOL_TREB;
PT2313VolSub();
break;
case MSG_BASSUP:
VolType = VOL_BASS;
PT2313VolAdd();
break;
case MSG_BASSDN:
VolType = VOL_BASS;
PT2313VolSub();
break;
case MSG_DEFAULT:
PT2313TrebBassSetDefault();
break;
#endif
#if defined(AU6210K_HXX_B002)
case MSG_PLAY_PAUSE:
#endif
case MSG_MUTE:
if(gRadioCtrl.State == RADIO_IDLE)
{
#if 0//def FUNC_SPI_KEY_SOUND_EN
if(gSys.MuteFg)
{
SPI_PlaySelectNum(SPIPLAY_SONG_UNMUTE, 0);
}
else
{
SPI_PlaySelectNum(SPIPLAY_SONG_MUTE, 0);
}
InDacChannelSel(DAC_CH_ONCHIP_FM);
if(gSys.MuteFg)
{
RadioSetFreq();
gSys.MuteFg = TRUE;
}
SysClkDivSet(CLK_DIV_RATE);
#endif
MuteStatusChange();
}
break;
#if (defined(AU6210K_BOOMBOX_DEMO))
case MSG_CLOCK:
if(gRadioCtrl.State == RADIO_IDLE)
{
gRadioCtrl.State = RADIO_PROG;
RadioDisFlag = RadioDisCurProgramNum;
TimeOutSet(&gRadioCtrl.SeekPreviewTimer, RadioProgramWaitTime);
break;
}
if(gRadioCtrl.State == RADIO_PROG)
{
if(gRadioData.CurrFreq < RADIO_FREQ_BASE_875)
{
gRadioData.Stations[gRadioData.CurrStation] = (gRadioData.CurrFreq - RADIO_FREQ_BASE_760);
}
else if(gRadioData.CurrFreq > RADIO_FREQ_BASE_875)
{
gRadioData.Stations[gRadioData.CurrStation] = (gRadioData.CurrFreq - RADIO_FREQ_BASE_875);
}
gRadioData.Stations[gRadioData.CurrStation + (MAX_RADIO_STATION_NUM / 2)] = gRadioData.CurrStation + 1;
gRadioData.StationSum = (MAX_RADIO_STATION_NUM / 2);
RadioShowDebug(RadioShowSaveCurFreToCurChannle);
#ifdef FUNC_BREAK_POINT_EN
RadioWriteData();
#endif
RadioDisFlag = RadioDisCurFreNum;
gRadioCtrl.State = RADIO_IDLE;
}
break;
case MSG_FM_STERO_SW:
if(gRadioCtrl.State == RADIO_IDLE)
{
gRadioMonoEnableFlag ^= 1;
RadioMonoModeSet(gRadioMonoEnableFlag);
}
break;
#endif
default:
break;
}//switch(Event)
#ifdef FUN_SYSTEM_POWEROFF_WAIT_TIME
SystemOffTimeMsgPro(Event);
#endif
}
// ==========================================================================
// FUNCTION: ClearSearchResultCache
// ==========================================================================
EXPORT_C void CMsgStoreMailBox::ClearSearchResultCache()
{
CancelSearch();
iOldSearchHandlers.ResetAndDestroy();
iContext.iSession.ClearSearchResultCache();
}
int BufferView::ExecCommand(int Command, ExState &State) {
switch (Command) {
case ExCloseActivate: {
EModel *B;
CancelSearch();
B = GetBufferById(Row);
if (B && B != this) {
View->SwitchToModel(B);
delete this;
return ErOK;
}
}
return ErFAIL;
case ExBufListFileClose: {
EModel *B = GetBufferById(Row);
CancelSearch();
if (B && B != this && Count > 1) {
if (B->ConfQuit(View->MView->Win)) {
View->DeleteModel(B);
}
UpdateList();
return ErOK;
}
}
return ErFAIL;
case ExBufListFileSave: {
EModel *B = GetBufferById(Row);
if (B && B->GetContext() == CONTEXT_FILE)
if (((EBuffer *)B)->Save())
return ErOK;
}
return ErFAIL;
case ExActivateInOtherWindow: {
EModel *B = GetBufferById(Row);
CancelSearch();
if (B) {
View->Next->SwitchToModel(B);
return ErOK;
}
}
return ErFAIL;
case ExBufListSearchCancel:
CancelSearch();
return ErOK;
case ExBufListSearchNext:
// Find next matching line
if (SearchLen) {
int i = Row + 1;
i = GetMatchingLine(i == BCount ? 0 : i, 1);
// Never returns -1 since something already found before call
Row = SearchPos[SearchLen] = i;
}
return ErOK;
case ExBufListSearchPrev:
// Find prev matching line
if (SearchLen) {
int i = Row - 1;
i = GetMatchingLine(i == -1 ? BCount - 1 : i, -1);
// Never returns -1 since something already found before call
Row = SearchPos[SearchLen] = i;
}
return ErOK;
}
return EList::ExecCommand(Command, State);
}