void C4SoundEffect::Clear() {
while (FirstInst) RemoveInst(FirstInst);
#ifdef HAVE_LIBSDL_MIXER
if (pSample) Mix_FreeChunk(pSample);
#endif
#ifdef HAVE_LIBSDL_MIXER
pSample = NULL;
#endif
}
void C4SoundEffect::Execute() {
// check for instances that have stopped and volume changes
for (C4SoundInstance *pInst = FirstInst; pInst;) {
C4SoundInstance *pNext = pInst->pNext;
if (!pInst->Playing())
RemoveInst(pInst);
else
pInst->Execute();
pInst = pNext;
}
}
//-------------------------------------------------------------------------------
//
//-------------------------------------------------------------------------------
void tDataSourcesDialog::CreateActions()
{
/* Create these in order of importance.
As many as possible will be added to the softkey bar in this order */
m_pSelectAct = new tAction( tr( "Select" ), this );
Connect( m_pSelectAct, SIGNAL( triggered() ), this, SLOT( Select() ) );
m_ActionList << m_pSelectAct;
m_pConfigureAct = new tAction( tr( "Configure device" ), this );
Connect( m_pConfigureAct, SIGNAL( triggered() ), this, SLOT( ConfigureDevice() ) );
m_ActionList << m_pConfigureAct;
QString scopeName = tProductSettings::Instance().FullSimnetAllowed() ?
tr( "Group", "The extent or effective range of a selection or setting" ) :
tr( "Scope", "The extent or effective range of a selection or setting" );
m_pScopeAct = new tListAction( scopeName, QStringList(), 0, Action::AutoShowPopup, this );
SetScopeList( m_pScopeAct, true, true, true );
Connect( m_pScopeAct, SIGNAL( ValueFinalised( int ) ), this, SLOT( OnScopeChanged( int ) ) );
if (tHAL::Instance()->FeaturePresent(tHAL::ePF_NMEA2000) == true)
{
m_ActionList << m_pScopeAct;
}
m_pRenameAct = new tAction( tr( "Rename" ), this );
Connect( m_pRenameAct, SIGNAL( triggered() ), this, SLOT( RenameInst() ) );
m_ActionList << m_pRenameAct;
m_pNewInstanceAct = new tAction( tr( "New" ), this );
Connect( m_pNewInstanceAct, SIGNAL( triggered() ), this, SLOT( NewInstance() ) );
m_ActionList << m_pNewInstanceAct;
m_pRemoveAct = new tAction( tr( "Remove" ), this );
Connect( m_pRemoveAct, SIGNAL( triggered() ), this, SLOT( RemoveInst() ) );
m_ActionList << m_pRemoveAct;
QStringList numEnginesList = NumericStringList( 8 );
m_pEngineNumSetAct = new tListAction( tr("Number of Engines"), numEnginesList, 0, Action::AutoShowPopup, this);
Connect( m_pEngineNumSetAct, SIGNAL( ValueFinalised( int ) ), this, SLOT( OnUINumEnginesChanged( int ) ) );
m_ActionList << m_pEngineNumSetAct;
m_pTransNumSetAct = new tListAction( tr("Number of Transmissions"), numEnginesList, 0, Action::AutoShowPopup, this);
Connect( m_pTransNumSetAct, SIGNAL( ValueFinalised( int ) ), this, SLOT( OnUINumTransChanged( int ) ) );
m_ActionList << m_pTransNumSetAct;
QStringList numTanksList = NumericStringList( 5 );
m_pTankNumSetAct = new tListAction( tr("Number of Tanks"), numTanksList, 0, Action::AutoShowPopup, this);
Connect( m_pTankNumSetAct, SIGNAL( ValueFinalised( int ) ), this, SLOT( OnUINumTanksChanged( int ) ) );
m_ActionList << m_pTankNumSetAct;
QStringList numTrimTabsList = NumericStringList( 3 );
m_pTrimTabsNumSetAct = new tListAction( tr("Number of Trim Tabs"), numTrimTabsList, 0, Action::AutoShowPopup, this);
Connect( m_pTrimTabsNumSetAct, SIGNAL( ValueFinalised( int ) ), this, SLOT( OnNumTrimTabsChanged( int ) ) );
m_ActionList << m_pTrimTabsNumSetAct;
if( tProductSettings::Instance().FullSimnetAllowed() )
{
m_pAutoSelectAct = new tAction( tr( "Auto Select" ), this );
Connect( m_pAutoSelectAct, SIGNAL( triggered() ), this, SLOT( OnAutoSelect() ) );
if (tHAL::Instance()->FeaturePresent(tHAL::ePF_NMEA2000) == true)
{
m_ActionList << m_pAutoSelectAct;
}
}
else
{
m_pAutoConfigureAct = new tAction( tr( "Auto Configure" ), this );
Connect( m_pAutoConfigureAct, SIGNAL( triggered() ), this, SLOT( AutoConfigure() ) );
if (tHAL::Instance()->FeaturePresent(tHAL::ePF_NMEA2000) == true)
{
m_ActionList << m_pAutoConfigureAct;
}
}
m_pGlobalResetAct = new tAction( tr( "Reset Global" ), this );
Connect( m_pGlobalResetAct, SIGNAL( triggered() ), this, SLOT( ResetGlobal() ) );
if (tHAL::Instance()->FeaturePresent(tHAL::ePF_NMEA2000) == true)
{
m_ActionList << m_pGlobalResetAct;
}
m_pLocalResetAct = new tAction( tr( "Reset Local" ), this );
Connect( m_pLocalResetAct, SIGNAL( triggered() ), this, SLOT( ResetLocal() ) );
if (tHAL::Instance()->FeaturePresent(tHAL::ePF_NMEA2000) == true)
{
m_ActionList << m_pLocalResetAct;
}
// Add as many actions as possible to the softkey bar
m_KeyList.clear();
for( int i = 0; (i < m_NumKeys - 1) && (i < m_ActionList.size()); i++ )
{
m_KeyList << m_ActionList[i];
}
if ( HasTitleCloseButton() == false )
{
m_pCloseAct = new tAction( tr( "Close", "Text of the exit dialog button." ), this );
Connect( m_pCloseAct, SIGNAL( triggered() ), this, SIGNAL( CloseRequested() ) );
m_KeyList << m_pCloseAct;
}
// NSW-10765
// Change what actions are displayed for Cougar
// This should be done a better way - this will do for now.
//
// Configure Device
// Scope
// Rename
// New
// Remove
// Auto Configure
// Reset -> Sub menu
// Global
// Local
if( tProductSettings::Instance().GetProductFamily() == tProductSettings::HDSGen2TouchFamily ||
tProductSettings::Instance().GetProductFamily() == tProductSettings::HDSGen3TouchFamily )
{
m_KeyList.clear();
m_KeyList << m_pConfigureAct;
m_KeyList << m_pScopeAct;
m_KeyList << m_pRenameAct;
m_KeyList << m_pNewInstanceAct;
m_KeyList << m_pRemoveAct;
m_KeyList << m_pAutoConfigureAct;
QList<tAction*> resetSubActions;
resetSubActions << m_pGlobalResetAct;
resetSubActions << m_pLocalResetAct;
m_pResetAct = new tAction( tr("Reset") );
m_pResetAct->SetSubActions(resetSubActions);
m_ActionList << m_pSelectAct;
m_KeyList << m_pResetAct;
}
}
static
PCODEBLOCK SetBlockBreakAndRetrunLevels(PINTERMEDIATE_STATE psState, PCODEBLOCK psStartBlock, IMG_UINT32 uBrkNestingLevel, IMG_UINT32 uRetNestingLevel, CODEBLOCK** ppsEnabledEndAfterEarlyRetBlock)
{
while(psStartBlock->uNumSuccs > 0)
{
if (psStartBlock->psBody != NULL)
{
switch (psStartBlock->psBody->eOpcode)
{
case ICNDST:
{
uBrkNestingLevel++;
uRetNestingLevel++;
psStartBlock = psStartBlock->asSuccs[0].psDest;
break;
}
case ICNDEF:
{
psStartBlock = psStartBlock->asSuccs[0].psDest;
break;
}
case ICNDEND:
{
uBrkNestingLevel--;
uRetNestingLevel--;
psStartBlock = psStartBlock->asSuccs[0].psDest;
break;
}
case ICNDSTLOOP:
{
uRetNestingLevel += 2;
psStartBlock = SetLoopBreakAndRetrunLevels(psState, psStartBlock->asSuccs[0].psDest, uRetNestingLevel, ppsEnabledEndAfterEarlyRetBlock);
uRetNestingLevel -= 2;
break;
}
case ICNDLT:
{
return psStartBlock->asSuccs[1].psDest;
}
case IBREAK:
{
PINST psInstToRemove;
psInstToRemove = psStartBlock->psBody;
RemoveInst(psState, psStartBlock, psStartBlock->psBody);
FreeInst(psState, psInstToRemove);
AppendExecPredInst(psState, psStartBlock, ICNDSM, USC_PREDREG_NONE, IMG_TRUE, USC_PREDREG_NONE, uBrkNestingLevel + 2);
psStartBlock->u.sCond.bDontGenBranch = IMG_TRUE;
psStartBlock = psStartBlock->asSuccs[1].psDest;
break;
}
case ICONTINUE:
{
PINST psInstToRemove;
psInstToRemove = psStartBlock->psBody;
RemoveInst(psState, psStartBlock, psStartBlock->psBody);
FreeInst(psState, psInstToRemove);
AppendExecPredInst(psState, psStartBlock, ICNDSM, USC_PREDREG_NONE, IMG_TRUE, USC_PREDREG_NONE, uBrkNestingLevel + 1);
psStartBlock = psStartBlock->asSuccs[1].psDest;
break;
}
case IRETURN:
{
if (((*ppsEnabledEndAfterEarlyRetBlock) == NULL) && (psStartBlock->psOwner->psExit->psBody != NULL))
{
PCODEBLOCK psCndExeEndBlock = AllocateBlock(psState, psStartBlock->psOwner);
AppendExecPredInst(psState, psCndExeEndBlock, ICNDEND, USC_PREDREG_NONE, IMG_FALSE /* uCondPredInv */, USC_PREDREG_NONE, 1);
RedirectEdgesFromPredecessors(psState, psStartBlock->psOwner->psExit, psCndExeEndBlock, IMG_FALSE);
SetBlockUnconditional(psState, psCndExeEndBlock, psStartBlock->psOwner->psExit);
*ppsEnabledEndAfterEarlyRetBlock = psCndExeEndBlock;
}
{
PINST psInstToRemove;
psInstToRemove = psStartBlock->psBody;
RemoveInst(psState, psStartBlock, psStartBlock->psBody);
FreeInst(psState, psInstToRemove);
AppendExecPredInst(psState, psStartBlock, ICNDSM, USC_PREDREG_NONE, IMG_TRUE, USC_PREDREG_NONE, uRetNestingLevel);
psStartBlock->u.sCond.bDontGenBranch = IMG_TRUE;
if ((*ppsEnabledEndAfterEarlyRetBlock) == NULL)
{
SetBlockConditionalExecPred(psState, psStartBlock, psStartBlock->psOwner->psExit, psStartBlock->asSuccs[0].psDest, IMG_FALSE);
}
else
{
SetBlockConditionalExecPred(psState, psStartBlock, *ppsEnabledEndAfterEarlyRetBlock, psStartBlock->asSuccs[0].psDest, IMG_FALSE);
}
psStartBlock = psStartBlock->asSuccs[1].psDest;
}
break;
}
default:
{
ASSERT(psStartBlock->uNumSuccs == 1);
psStartBlock = psStartBlock->asSuccs[0].psDest;
}
}
}
else
{
ASSERT(psStartBlock->uNumSuccs == 1);
psStartBlock = psStartBlock->asSuccs[0].psDest;
}
}
return psStartBlock;
}
