PartContainer::Parts PartContainer::getAttachedParts(Part* part) const
{
if(attachments.find(part) != attachments.end())
return attachments.at(part);
return Parts();
}
//// TEMPORARY
float ShipDesign::Defense() const {
// accumulate defense from defensive parts in design.
double total_defense = 0.0;
const PartTypeManager& part_manager = GetPartTypeManager();
std::vector<std::string> all_parts = Parts();
for (std::vector<std::string>::const_iterator it = all_parts.begin(); it != all_parts.end(); ++it) {
const PartType* part = part_manager.GetPartType(*it);
if (part && (part->Class() == PC_SHIELD || part->Class() == PC_ARMOUR))
total_defense += boost::get<float>(part->Stats());
}
return total_defense;
}
SynthPartElement * AUInstrumentBase::GetPartElement (AudioUnitElement inPartElement)
{
AUScope & parts = Parts();
unsigned int numEls = parts.GetNumberOfElements();
for (unsigned int i = 0; i < numEls; ++i) {
SynthPartElement* el = reinterpret_cast<SynthPartElement*>(parts.GetElement(i));
if (el->GetIndex() == inPartElement) {
return el;
}
}
return NULL;
}
float ShipDesign::AdjustedAttack(float shield) const {
// total damage against a target with the given shield.
// accumulate attack stat from all weapon parts in design
const PartTypeManager& manager = GetPartTypeManager();
float total_attack = 0.0f;
std::vector<std::string> all_parts = Parts();
for (std::vector<std::string>::const_iterator it = all_parts.begin(); it != all_parts.end(); ++it) {
const PartType* part = manager.GetPartType(*it);
if (part && (part->Class() == PC_SHORT_RANGE || part->Class() == PC_POINT_DEFENSE ||
part->Class() == PC_MISSILES || part->Class() == PC_FIGHTERS))
{ total_attack += std::max(0.0f, static_cast<float>(part->Capacity()) - shield); }
}
return total_attack;
}
float ShipDesign::Attack() const {
// accumulate attack stat from all weapon parts in design
const PartTypeManager& manager = GetPartTypeManager();
float total_attack = 0.0f;
std::vector<std::string> all_parts = Parts();
for (std::vector<std::string>::const_iterator it = all_parts.begin(); it != all_parts.end(); ++it) {
const PartType* part = manager.GetPartType(*it);
if (part) {
if (part->Class() == PC_SHORT_RANGE || part->Class() == PC_POINT_DEFENSE)
total_attack += boost::get<DirectFireStats>(part->Stats()).m_damage;
else if (part->Class() == PC_MISSILES)
total_attack += boost::get<LRStats>(part->Stats()).m_damage;
else if (part->Class() == PC_FIGHTERS)
total_attack += boost::get<FighterStats>(part->Stats()).m_anti_ship_damage;
}
}
return total_attack;
}
void Listener :: exec ( const QPoint & Loc ) {
{ const ActList AL = FindActs ( CurrDev ) ;
if ( ! AL . isEmpty ( ) ) { setActiveAction ( AL . first ( ) ) ; }//fi
}
ActPtr Act = QMenu :: exec ( Loc ) ;
if ( Act ) {
const QString AN = Act -> objectName ( ) ; // Primary key.
CurrDev = sect ( AN , 0 ) ; // SysPath.
const UdevDev Dev ( UdevContext , CurrDev ) ;
QString Node = Dev . DevNode ( ) ;
const QString MP = Mounts :: DecodeIFS ( sect ( AN , 1 ) ) ;
// Mountpoint/dm-name if any.
const bool Cont = isLUKS ( Dev ) , // It's container.
MoM = ! MP . isEmpty ( ) ; // It's mounted or mapped.
int RC = 0 ; // Return code for command.
if ( MoM || ! Suppl ) {
// Currently Suppl may be Eject, Remove or UnmountAll.
loKey C , T , S ;
if ( MoM ) {
if ( Cont ) { C = kLockCmd ; T = kLockTO ; S = kLockShow ;
} else { C = kUnmntCmd ; T = kUnmntTO ; S = kUnmntShow ;
}//fi
} else {
if ( Cont ) { C = kUnlockCmd ; T = kUnlockTO ; S = kUnlockShow ;
} else { C = kMountCmd ; T = kMountTO ; S = kMountShow ;
}//fi
}//fi
RC = ExecCmd ( Opt . toStr ( C ) , MoM ? MP : Node ,
Opt . toInt ( T ) , Opt . toBool ( S ) ) ;
}//fi
const UdevDev WD ( WDisk ( Dev ) ) ; // whole disk.
bool Show = Opt . toBool ( kEjectShow ) ;
RefreshMInfo ( ) ;
{ const bool
A = Opt . toBool ( kAutoEject ) ,
D = Opt . toStr ( kEjectCmd ) . isEmpty ( ) ,
L = ( MPoints ( Dev ) + Holders ( Dev ) ) . isEmpty ( ) ,
S = Suppl == reqEject || Suppl == reqRemove ,
E = Ejectable ( WD ) ;
if ( MoM && ( L || Suppl ) && A && ! D && E && ! S ) {
Suppl = reqEject ; Show = Opt . toBool ( kAutoEjShow ) ;
}//fi
}
if ( RC ) { SetActions ( Dev ) ; // workaround for setChecked ()
} else if ( Suppl == reqUnmtAll ) {
UnmntAll ( Dev , Opt . toBool ( kUnmntShow ) ) ;
} else if ( Suppl ) { // Eject or Remove.
QStringList Msg , NL ; Node = WD . DevNode ( ) ;
foreach ( const QString P , Parts ( WD ) << WD . SysPath ( ) ) {
const UdevDev D ( UdevContext , P ) ;
const QString N = D . DevNode ( ) ; NL += N ;
UnmntAll ( D , false ) ; RefreshMInfo ( ) ;
foreach ( const QString M , MPoints ( D ) ) {
Msg << N + tr ( " mounted on " ) + M ;
}//done
foreach ( const QString M , Holders ( D ) ) {
Msg << N + tr ( " mapped on " ) + M ;
}//done
UdevEnum En ( UdevContext ) ; En . MatchSubsys ( Subsys_Block ) ;
En . MatchSysAttr ( SA_BackFile , N . toLatin1 ( ) ) ;
En . ScanDevs ( ) ;
foreach ( const UdevPair M , En . GetList ( ) ) {
Msg << N + tr ( " mapped on " ) +
UdevDev ( UdevContext , M . first ) . DevNode ( ) ;
}//done
}//done
const QStringList F ( "[1-9]*" ) ;
foreach ( const QString P , QDir ( "/proc" ) . entryList ( F , Drs ) ) {
const QDir D ( "/proc/" + P + "/fd" ) ;
foreach ( const QFileInfo I , D . entryInfoList ( QDir :: Files ) ) {
const QString N = I . symLinkTarget ( ) ;
if ( NL . contains ( N ) ) { Msg << N + tr ( " used by PId " ) + P ;
}//fi
}//done
}//done
if ( ! Msg . isEmpty ( ) ) {
QMessageBox :: critical (
this , TPref + tr ( "Error" ) ,
tr ( "Device " ) + Node +
tr ( " in use:" ) + "\n" + Msg . join ( "\n" )
) ;
} else {
QString Cmd ; int TO ;
if ( Suppl == reqEject ) {
Cmd = Opt . toStr ( kEjectCmd ) ;
TO = Opt . toInt ( kEjectTO ) ;
} else {
Cmd = Opt . toStr ( kRemoveCmd ) ;
TO = Opt . toInt ( kRemoveTO ) ;
Show = Opt . toBool ( kRemoveShow ) ;
}//fi
ExecCmd ( Cmd , Node , TO , Show ) ;
}//fi
}//fi
void AUInstrumentBase::CreateExtendedElements()
{
Parts().Initialize(this, kAudioUnitScope_Part, mInitNumPartEls);
}
