void UDeviceProfileManager::SaveProfiles(bool bSaveToDefaults)
{
if( !HasAnyFlags( RF_ClassDefaultObject ) )
{
if(bSaveToDefaults)
{
for (int32 DeviceProfileIndex = 0; DeviceProfileIndex < Profiles.Num(); ++DeviceProfileIndex)
{
UDeviceProfile* CurrentProfile = CastChecked<UDeviceProfile>(Profiles[DeviceProfileIndex]);
CurrentProfile->UpdateDefaultConfigFile();
}
}
else
{
TArray< FString > DeviceProfileMapArray;
for (int32 DeviceProfileIndex = 0; DeviceProfileIndex < Profiles.Num(); ++DeviceProfileIndex)
{
UDeviceProfile* CurrentProfile = CastChecked<UDeviceProfile>(Profiles[DeviceProfileIndex]);
FString DeviceProfileTypeNameCombo = FString::Printf(TEXT("%s,%s"), *CurrentProfile->GetName(), *CurrentProfile->DeviceType);
DeviceProfileMapArray.Add(DeviceProfileTypeNameCombo);
CurrentProfile->SaveConfig(CPF_Config, *DeviceProfileFileName);
}
GConfig->SetArray(TEXT("DeviceProfiles"), TEXT("DeviceProfileNameAndTypes"), DeviceProfileMapArray, DeviceProfileFileName);
GConfig->Flush(false, DeviceProfileFileName);
}
ManagerUpdatedDelegate.Broadcast();
}
}
UDeviceProfile& UDeviceProfileManager::FindProfile( const FString& ProfileName )
{
UDeviceProfile* FoundProfile = nullptr;
for( int32 Idx = 0; Idx < Profiles.Num(); Idx++ )
{
UDeviceProfile* CurrentDevice = CastChecked<UDeviceProfile>( Profiles[Idx] );
if( CurrentDevice->GetName() == ProfileName )
{
FoundProfile = CurrentDevice;
break;
}
}
return FoundProfile != nullptr ? *FoundProfile : CreateProfile(ProfileName, FPlatformProperties::PlatformName());
}
void UDeviceProfileManager::InternalSaveProfiles()
{
TArray< FString > DeviceProfileMapArray;
for(int32 DeviceProfileIndex = 0; DeviceProfileIndex < Profiles.Num(); ++DeviceProfileIndex)
{
UDeviceProfile* CurrentProfile = CastChecked<UDeviceProfile>( Profiles[DeviceProfileIndex] );
FString DeviceProfileTypeNameCombo = FString::Printf( TEXT("%s,%s"), *CurrentProfile->GetName(), *CurrentProfile->DeviceType );
DeviceProfileMapArray.Add( DeviceProfileTypeNameCombo );
CurrentProfile->SaveConfig(CPF_Config, *DeviceProfileFileName);
}
GConfig->SetArray( TEXT( "DeviceProfiles" ), TEXT( "DeviceProfileNameAndTypes" ), DeviceProfileMapArray, DeviceProfileFileName );
GConfig->Flush( false, DeviceProfileFileName );
}
UDeviceProfile* UDeviceProfileManager::FindProfile( const FString& ProfileName )
{
UDeviceProfile* FoundProfile = NULL;
for( int32 Idx = 0; Idx < Profiles.Num(); Idx++ )
{
UDeviceProfile* CurrentDevice = CastChecked<UDeviceProfile>( Profiles[Idx] );
if( CurrentDevice->GetName() == ProfileName )
{
FoundProfile = CurrentDevice;
break;
}
}
return FoundProfile;
}
void UDeviceProfile::GatherParentCVarInformationRecursively(OUT TMap<FString, FString>& CVarInformation) const
{
// Recursively build the parent tree
if (BaseProfileName != TEXT(""))
{
UDeviceProfile* ParentProfile = FindObject<UDeviceProfile>(GetTransientPackage(), *BaseProfileName);
check(ParentProfile != NULL);
for (auto& CurrentCVar : ParentProfile->CVars)
{
FString CVarKey, CVarValue;
if (CurrentCVar.Split(TEXT("="), &CVarKey, &CVarValue))
{
if (CVarInformation.Find(CVarKey) == NULL)
{
CVarInformation.Add(CVarKey, *CurrentCVar);
}
}
}
ParentProfile->GatherParentCVarInformationRecursively(CVarInformation);
}
}
UDeviceProfile* UDeviceProfileManager::CreateProfile( const FString& ProfileName, const FString& ProfileType, const FString& ParentName )
{
UDeviceProfile* DeviceProfile = FindObject<UDeviceProfile>( GetTransientPackage(), *ProfileName );
if( DeviceProfile == NULL )
{
DeviceProfile = ConstructObject<UDeviceProfile>( UDeviceProfile::StaticClass(), GetTransientPackage(), *ProfileName, RF_Transient|RF_Public);
DeviceProfile->LoadConfig( UDeviceProfile::StaticClass(), *DeviceProfileFileName );
DeviceProfile->BaseProfileName = ParentName != TEXT("") ? ParentName : DeviceProfile->BaseProfileName;
DeviceProfile->DeviceType = ProfileType;
UDeviceProfile* ObjectTemplate = NULL;
// Recursively build the parent tree
if( DeviceProfile->BaseProfileName != TEXT("") )
{
DeviceProfile->Parent = FindObject<UDeviceProfile>( GetTransientPackage(), *DeviceProfile->BaseProfileName );
if( DeviceProfile->Parent == NULL )
{
DeviceProfile->Parent = CreateProfile( DeviceProfile->BaseProfileName, ProfileType );
}
ObjectTemplate = CastChecked<UDeviceProfile>(DeviceProfile->Parent);
}
if( ObjectTemplate )
{
DeviceProfile->ClearFlags( RF_AllFlags );
DeviceProfile->Rename( *FString::Printf(TEXT("RedundantDeviceProfile_%d"), RenameIndex++), GetTransientPackage());
DeviceProfile->SetFlags( RF_PendingKill );
DeviceProfile = ConstructObject<UDeviceProfile>( UDeviceProfile::StaticClass(), GetTransientPackage(), *ProfileName, RF_Transient|RF_Public, ObjectTemplate);
DeviceProfile->BaseProfileName = ObjectTemplate->GetName();
DeviceProfile->DeviceType = ProfileType;
}
Profiles.Add( DeviceProfile );
// Inform the UI that the device list has changed
ManagerUpdatedDelegate.Broadcast();
}
return DeviceProfile;
}
void UDeviceProfile::PostEditChangeProperty( FPropertyChangedEvent& PropertyChangedEvent )
{
Super::PostEditChangeProperty( PropertyChangedEvent );
if( PropertyChangedEvent.Property->GetFName() == TEXT("BaseProfileName") )
{
FString NewParentName = *PropertyChangedEvent.Property->ContainerPtrToValuePtr<FString>( this );
if( UObject* ParentRef = FindObject<UDeviceProfile>( GetTransientPackage(), *NewParentName ) )
{
// Generation and profile reference
TMap<UDeviceProfile*,int32> DependentProfiles;
int32 NumGenerations = 1;
DependentProfiles.Add(this,0);
for( TObjectIterator<UDeviceProfile> DeviceProfileIt; DeviceProfileIt; ++DeviceProfileIt )
{
UDeviceProfile* ParentProfile = *DeviceProfileIt;
if( !ParentProfile->HasAnyFlags(RF_PendingKill) )
{
int32 ProfileGeneration = 1;
while( ParentProfile != NULL )
{
if( this->GetName() == ParentProfile->BaseProfileName )
{
NumGenerations = NumGenerations > ProfileGeneration ? NumGenerations : ProfileGeneration;
DependentProfiles.Add(*DeviceProfileIt,ProfileGeneration);
break;
}
ParentProfile = FindObject<UDeviceProfile>( GetTransientPackage(), *ParentProfile->BaseProfileName );
++ProfileGeneration;
}
}
}
UDeviceProfile* ClassCDO = CastChecked<UDeviceProfile>(GetClass()->GetDefaultObject());
for( int32 CurrentGeneration = 0; CurrentGeneration < NumGenerations; CurrentGeneration++ )
{
for( TMap<UDeviceProfile*,int32>::TIterator DeviceProfileIt(DependentProfiles); DeviceProfileIt; ++DeviceProfileIt )
{
if( CurrentGeneration == DeviceProfileIt.Value() )
{
UDeviceProfile* CurrentGenerationProfile = DeviceProfileIt.Key();
UDeviceProfile* ParentProfile = FindObject<UDeviceProfile>( GetTransientPackage(), *CurrentGenerationProfile->BaseProfileName );
if( ParentProfile == NULL )
{
ParentProfile = ClassCDO;
}
for (TFieldIterator<UProperty> CurrentObjPropertyIter( GetClass() ); CurrentObjPropertyIter; ++CurrentObjPropertyIter)
{
bool bIsSameParent = CurrentObjPropertyIter->Identical_InContainer( ClassCDO, CurrentGenerationProfile );
if( bIsSameParent )
{
void* CurrentGenerationProfilePropertyAddress = CurrentObjPropertyIter->ContainerPtrToValuePtr<void>( CurrentGenerationProfile );
void* ParentPropertyAddr = CurrentObjPropertyIter->ContainerPtrToValuePtr<void>( ParentRef );
CurrentObjPropertyIter->CopyCompleteValue( CurrentGenerationProfilePropertyAddress, ParentPropertyAddr );
}
}
}
}
}
}
OnCVarsUpdated().ExecuteIfBound();
}
else if(PropertyChangedEvent.Property->GetFName() == TEXT("CVars"))
{
OnCVarsUpdated().ExecuteIfBound();
}
}