aidacc.PyStub-glue.__AIDA_Enum__ | |
rope.pyrapicorn.__AIDA_Enum__ | |
aidacc.PyStub-glue._BaseClass_.__Signal__ | |
rope.pyrapicorn._BaseClass_.__Signal__ | |
aidacc::PyStub-glue._BaseClass_::_AidaID_ | |
rope::pyrapicorn._BaseClass_::_AidaID_ | |
aidacc.PyStub-glue._BaseClass_ | |
rope.pyrapicorn._BaseClass_ | |
rope.pyrapicorn._BaseRecord_ | |
aidacc.PyStub-glue._BaseRecord_ | |
Rapicorn::Aida::_HandleType | |
rope._RapicornSource | |
Rapicorn::Aida::_ServantType | |
Rapicorn::Walker< Value >::Adapter< Iterator > | |
Rapicorn::Adjustment | |
Rapicorn::AdjustmentSource | |
rope.pyrapicorn.AdjustmentSourceType | |
Rapicorn::Affine | |
Rapicorn::AffineHFlip | |
Rapicorn::AffineIdentity | |
Rapicorn::AffineRotate | |
Rapicorn::AffineScale | |
Rapicorn::AffineShear | |
Rapicorn::AffineTranslate | |
Rapicorn::AffineVFlip | |
aidacc.plic.AidaMain | |
Rapicorn::AlignedArray< T, ALIGNMENT > | Class to maintain an array of aligned memory |
Rapicorn::Alignment | |
rope.pyrapicorn.AlignType | |
Rapicorn::Ambience | |
Rapicorn::AnchorInfo | |
rope.pyrapicorn.AnchorType | |
Rapicorn::Aida::Any | Generic value type that can hold values of all other types |
Rapicorn::AnySeq | A sequence of Any objects |
Rapicorn::AnySeqSeq | A sequence of AnySeq sequence objects, useful when multiple AnySeq instances are needed |
rope.pyrapicorn.Application | |
Rapicorn::Application | Application singleton |
Rapicorn::ApplicationHandle | See also the corresponding IDL class Application |
Rapicorn::ApplicationIface | See also the corresponding IDL class Application |
Rapicorn::ApplicationImpl | |
Rapicorn::Arrangement | |
Rapicorn::ArrangementImpl | |
Rapicorn::Arrow | |
Rapicorn::AsyncBlockingQueue< Value > | This is a thread-safe asyncronous queue which blocks in pop() until data is provided through push() |
Rapicorn::AsyncNotifyingQueue< Value > | This is a thread-safe asyncronous queue which returns 0 from pop() until data is provided through push() |
Rapicorn::AsyncRingBuffer< T > | This is a thread-safe lock-free ring buffer of fixed size |
AsyncSignal | |
Rapicorn::Aida::AsyncSignal< SignalSignature > | AsyncSignal is a Signal type with support for std::future returns from handlers |
Rapicorn::Aida::Lib::AsyncSignal< R(Args...)> | AsyncSignal template specialised for the callback signature |
Rapicorn::Lib::Atomic< T > | |
Rapicorn::Atomic< char > | Atomic char type |
Rapicorn::Atomic< int32 > | Atomic int32 type |
Rapicorn::Atomic< int64 > | Atomic int64 type |
Rapicorn::Atomic< int8 > | Atomic int8 type |
Rapicorn::Atomic< uint32 > | Atomic uint32 type |
Rapicorn::Atomic< uint64 > | Atomic uint64 type |
Rapicorn::Atomic< uint8 > | Atomic uint8 type |
Rapicorn::Atomic< V * > | Atomic pointer type |
Rapicorn::Text::AttrState | |
Rapicorn::AUTOMATIC_LOCK | |
Rapicorn::BALANCED_LOCK | |
Rapicorn::Aida::BaseConnection | Base connection context for ORB message exchange |
aidacc.Decls.BaseDecl | |
Rapicorn::BaseObject | Helper class, part of the IDL interface but implemented by rapicorn-core |
Rapicorn::Blob | Binary data access for builtin resources and files |
Rapicorn::BoolSeq | A sequence of booleans |
rope.pyrapicorn.ButtonArea | |
Rapicorn::ButtonArea | The ButtonArea interface provides button click handling |
Rapicorn::ButtonAreaHandle | See also the corresponding IDL class ButtonArea |
Rapicorn::ButtonAreaIface | See also the corresponding IDL class ButtonArea |
Rapicorn::ButtonAreaImpl | |
Rapicorn::CairoContext | |
Rapicorn::CairoPainter | |
Rapicorn::CheckDerivedFrom< Child, Base > | |
Rapicorn::CheckDerivedFrom< Child *, Base * > | |
Rapicorn::ClassDoctor | |
rope.pyrapicorn.ClickType | |
Rapicorn::Text::Editor::Client | |
Rapicorn::FocusFrame::Client | |
Rapicorn::Aida::ClientConnection | Connection context for IPC clients |
Rapicorn::Aida::Lib::CollectorDefault< Result > | CollectorDefault implements the default handler collection behaviour |
Rapicorn::Aida::Lib::CollectorDefault< void > | CollectorDefault specialisation for handlers with void return type |
Rapicorn::Aida::Lib::CollectorInvocation< Collector, R(Args...)> | CollectorInvocation specialisation for regular handlers |
Rapicorn::Aida::Lib::CollectorInvocation< Collector, void(Args...)> | CollectorInvocation specialisation for handlers with void return type |
Rapicorn::Aida::Lib::CollectorLast< Result > | CollectorLast returns the result of the last handler from a signal emission |
Rapicorn::Aida::CollectorUntil0< Result > | Keep signal emissions going while all handlers return !0 (true) |
Rapicorn::Aida::CollectorVector< Result > | CollectorVector returns the result of the all signal handlers from a signal emission in a std::vector |
Rapicorn::Aida::CollectorWhile0< Result > | Keep signal emissions going while all handlers return 0 (false) |
Rapicorn::Color | |
rope.pyrapicorn.ColorSchemeType | |
rope.pyrapicorn.ColorType | |
Rapicorn::Cond | The Cond synchronization primitive is a thin wrapper around pthread_cond_wait() |
Rapicorn::ScreenWindow::Config | Structure requesting window configuration changes |
Rapicorn::Aida::Connector< Object, SignalSignature > | Connector provides a simple (dis-)connect interfaces for signals on SmartHandle |
rope.pyrapicorn.Container | |
Rapicorn::Container | Container is a special type of Widget that can contain other widgets |
Rapicorn::ContainerHandle | See also the corresponding IDL class Container |
Rapicorn::ContainerIface | See also the corresponding IDL class Container |
Rapicorn::ContainerImpl | |
aidacc.yapps2runtime.Context | |
Rapicorn::CPainter | |
Rapicorn::CPUInfo | Acquire information about the runtime architecture and CPU type |
Rapicorn::Selector::CustomPseudoRegistry | |
Rapicorn::DataKey< Type > | DataKey objects are used to identify and manage custom data members of DataListContainer objects |
Rapicorn::DataList | |
Rapicorn::DataListContainer | By using a DataKey, DataListContainer objects allow storage and retrieval of custom data members in a typesafe fashion |
Rapicorn::Deletable | Deletable is a virtual base class that can be derived from (usually with public virtual) to ensure an object has a vtable and a virtual destructor |
Rapicorn::Deletable::DeletionHook | DeletionHook is the base implementation class for hooks which are hooked up into the deletion phase of a Rapicorn::Deletable |
Rapicorn::Dereference< const Type * > | |
Rapicorn::Dereference< const Type *const > | |
Rapicorn::Dereference< Type * > | |
Rapicorn::Dereference< Type *const > | |
rope.pyrapicorn.DirType | |
Rapicorn::EventLoop::DispatcherSource | EventLoop source for timer execution |
Rapicorn::DotGrid | |
rope.pyrapicorn.Drawable | |
Rapicorn::Drawable | The Drawable interface allows display of custom images |
Rapicorn::DrawableHandle | See also the corresponding IDL class Drawable |
Rapicorn::DrawableIface | See also the corresponding IDL class Drawable |
Rapicorn::DrawableImpl | |
Aida::DynamicRecord | |
Aida::DynamicSequence | |
Rapicorn::Text::Editor | |
rope.pyrapicorn.EllipsizeType | |
Rapicorn::Aida::Lib::AsyncSignal< R(Args...)>::Emission | |
aidacc.TypeMap.Encoder | |
Rapicorn::EnforceDerivedFrom< Derived, Base > | |
Rapicorn::EnforceDerivedFrom< Derived *, Base * > | |
Rapicorn::Aida::EnumValue | Aida wrapper for enumeration values |
aidacc.AuxData.Error | |
aidacc.Parser.Error | |
Rapicorn::MarkupParser::Error | |
Rapicorn::Evaluator | |
Rapicorn::Event | |
Rapicorn::EventButton | |
Rapicorn::EventContext | |
Rapicorn::Aida::EventFd | Wakeup facility for IPC |
Rapicorn::EventHandler | |
Rapicorn::EventKey | |
Rapicorn::EventLoop | Loop object, polling for events and executing callbacks in accordance |
Rapicorn::EventWinSize | |
Rapicorn::Exception | |
Rapicorn::Exclusive< Type > | Exclusive<> is a type wrapper that provides non-racy atomic access to a copyable Type |
Rapicorn::Aida::Any::Field | Any::Field is an Any with a std::string name attached |
Rapicorn::Aida::FieldBuffer | |
Rapicorn::Aida::FieldBuffer8 | |
Rapicorn::Aida::FieldReader | |
Rapicorn::Aida::FieldUnion | |
rope.pyrapicorn.FocusDirType | |
Rapicorn::FocusFrame | |
Rapicorn::Frame | |
rope.pyrapicorn.FrameType | |
aidacc.CxxStub.G4SERVANT | |
aidacc.CxxStub.G4STUB | |
aidacc.PyStub.Generator | |
aidacc.TypeMap.Generator | |
aidacc.CxxStub.Generator | |
Rapicorn::Aida::Lib::HandlerLink< Function > | HandlerLink implements a doubly-linked ring with ref-counted nodes containing callback links |
Rapicorn::HBox | |
Rapicorn::Heritage | |
Rapicorn::IdAllocator | Class for randomized and thread safe ID allocation |
Rapicorn::Aida::IdentifierParts | |
aidacc.loop.IdleSource | |
aidacc.Parser.IdlSyntaxParser | |
aidacc.Parser.IdlSyntaxParserScanner | |
rope.pyrapicorn.IdlTestWidget | |
Rapicorn::IdlTestWidget | See also the corresponding C++ stub class IdlTestWidgetHandle |
Rapicorn::IdlTestWidgetHandle | See also the corresponding IDL class IdlTestWidget |
Rapicorn::IdlTestWidgetIface | See also the corresponding IDL class IdlTestWidget |
Rapicorn::Image | |
Rapicorn::Aida::ImplicitBase | Abstract base interface that all IDL interfaces are implicitely derived from |
Rapicorn::IniFile | Configuration parser for INI files |
Rapicorn::Init | Simple helper class to call one-line lambda initializers as static constructor |
Rapicorn::InitHook | |
Rapicorn::InitSettings | |
Rapicorn::BaseObject::InterfaceMatch< C > | |
Rapicorn::BaseObject::InterfaceMatch< C & > | |
Rapicorn::BaseObject::InterfaceMatch< C * > | |
Rapicorn::BaseObject::InterfaceMatcher | |
Rapicorn::IRect | |
Rapicorn::IteratorRange< Iterator > | |
rope.pyrapicorn.LightingType | |
rope.pyrapicorn.ListModel | |
Rapicorn::ListModel | A row-oriented data provider |
Rapicorn::ListModelHandle | See also the corresponding IDL class ListModel |
Rapicorn::ListModelIface | See also the corresponding IDL class ListModel |
rope.pyrapicorn.ListModelRelay | |
Rapicorn::ListModelRelay | Adapter for ListModel classes |
Rapicorn::ListModelRelayHandle | See also the corresponding IDL class ListModelRelay |
Rapicorn::ListModelRelayIface | See also the corresponding IDL class ListModelRelay |
Rapicorn::ListModelRelayImpl | |
Rapicorn::ListRow | |
aidacc.loop.Loop | |
rope.MainApplication | |
Rapicorn::MainLoop | An EventLoop implementation that offers public API for running the loop |
Rapicorn::MarkupParser | |
Rapicorn::Selector::Matcher | |
Rapicorn::MemoryListStore | |
Rapicorn::Aida::ServerConnection::MethodEntry | |
Rapicorn::Aida::ServerConnection::MethodRegistry | Registry structure for IPC method stubs |
Rapicorn::MultiContainerImpl | |
Rapicorn::Mutex | The Mutex synchronization primitive is a thin wrapper around std::mutex |
aidacc.Decls.Namespace | |
aidacc.yapps2runtime.NoMoreTokens | |
Rapicorn::NullInterface | |
Rapicorn::NullPointer | |
Rapicorn::Aida::ObjectBroker | |
Rapicorn::Lib::OnceScope | |
Rapicorn::Aida::IdentifierParts::ORBID | |
Rapicorn::Aida::OrbObject | Internal management structure for objects known to the ORB |
Rapicorn::WidgetImpl::PackInfo | |
Rapicorn::Text::ParaState | |
aidacc.plic.ParseError | |
aidacc.yapps2runtime.Parser | |
Rapicorn::Pixbuf | Pixbuf is a simple pixel buffer |
rope.pyrapicorn.Pixbuf | |
Rapicorn::PixelSeq | A sequence of ARGB pixel values |
Rapicorn::PixmapT< Pixbuf > | Pixmap (PixmapT) is a Pixbuf wrapper template which provides various pixel operations |
Rapicorn::Point | |
Rapicorn::PointerIterator< Value > | |
Rapicorn::PollFD | Mirrors struct pollfd for poll(3posix) |
Rapicorn::EventLoop::PollFDSource | EventLoop source for IO callbacks |
Rapicorn::Aida::Lib::PromiseInvocation< Promise, R(Args...)> | PromiseInvocation specialisation for regular handlers |
Rapicorn::Aida::Lib::PromiseInvocation< Promise, void(Args...)> | PromiseInvocation specialisation for handlers with void return type |
Rapicorn::Aida::Property | |
Rapicorn::Aida::PropertyBool< Class > | |
Rapicorn::Aida::PropertyEnum< Class, Type > | |
Rapicorn::Aida::PropertyList | Container structure for property descriptions |
Rapicorn::Aida::PropertyRange< Class, Type > | |
Rapicorn::Aida::PropertyString< Class > | |
ProtoSignal | |
Rapicorn::Aida::Lib::ProtoSignal< R(Args...), Collector > | ProtoSignal template specialised for the callback signature and collector |
Rapicorn::QuickTimer | The QuickTimer class allows fast timer expiration checks from inner loops |
RapicornRegionBox | |
RapicornRegionPoint | |
Rapicorn::Rect | |
Rapicorn::RECURSIVE_LOCK | |
Rapicorn::ReferenceCountable | |
Rapicorn::Region | The Region class manages areas defined through a list of rectangles |
Rapicorn::Test::RegisterTest | |
Rapicorn::Blit::RenderTable | |
Rapicorn::Requisition | Requisition information, providing requisition width and height |
rope.pyrapicorn.Requisition | |
Rapicorn::ResizeContainerImpl | |
Rapicorn::RWLock | The RWLock allows multiple readers to simultaneously access a critical code section or one writer |
aidacc.yapps2runtime.Scanner | |
Rapicorn::Sinfex::Scope | |
Rapicorn::ScopedLocale | Class to push a specific locale_t for the scope of its lifetime |
Rapicorn::ScopedLock< MUTEX > | The ScopedLock is a scope based lock ownership wrapper |
Rapicorn::ScopedPosixLocale | Class to push the POSIX/C locale_t (UTF-8) for the scope of its lifetime |
Rapicorn::ScreenCommand | Structure for internal asynchronous communication between ScreenWindow and ScreenDriver |
Rapicorn::ScreenDriver | Management class for ScreenWindow driver implementations |
Rapicorn::ScreenDriverFactory< DriverImpl > | Template for factory registration of ScreenDriver implementations |
Rapicorn::ScreenWindow | Interface class for managing window contents on screens and display devices |
Rapicorn::ScrollArea | |
Rapicorn::ScrollAreaImpl | |
rope.pyrapicorn.SelectionMode | |
Rapicorn::Selector::SelectorChain | |
Rapicorn::Selector::SelectorNode | |
Rapicorn::Selector::Selob | |
Rapicorn::Selector::SelobAllocator | |
Rapicorn::Selector::SelobListModel | |
Rapicorn::Selector::SelobWidget | |
Rapicorn::Aida::ServerConnection | Connection context for IPC servers |
Rapicorn::ScreenWindow::Setup | Structure requesting the initial window setup |
Rapicorn::Aida::Signal< SignalSignature, Collector > | Signal is a template type providing an interface for arbitrary callback lists |
Rapicorn::Sinfex | |
Rapicorn::SinfexExpressionStack | |
Rapicorn::SingleContainerImpl | |
Rapicorn::SizeGroup | |
rope.pyrapicorn.SizePolicyType | |
Rapicorn::SliderArea | |
Rapicorn::Aida::SmartHandle | |
Rapicorn::Aida::SmartMember< SmartHandle > | |
Rapicorn::EventLoop::Source | EventLoop source for callback execution |
aidacc.loop.Source | |
Rapicorn::Spinlock | The Spinlock uses low-latency busy spinning to acquire locks |
Rapicorn::EventLoop::State | |
Rapicorn::ScreenWindow::State | Structure describing the current window state |
rope.pyrapicorn.StateType | |
Rapicorn::Stock | Stock resource retrieval facility |
Rapicorn::Strings | Convenience Constructor for StringSeq or std::vector<std::string> |
Rapicorn::StringSeq | A sequence of strings (in C++ of std::string) |
aidacc.yapps2runtime.SyntaxError | |
Rapicorn::Table | |
Rapicorn::TableImpl | |
Rapicorn::TaskStatus | Acquire information about a task (process or thread) at runtime |
Rapicorn::TestBox | |
Rapicorn::TestContainer | |
rope.pyrapicorn.TestEnum | |
Rapicorn::TestStream | |
rope.pyrapicorn.TextMode | |
Rapicorn::ThreadInfo | Class keeping information per Thread |
Rapicorn::EventLoop::TimedSource | EventLoop source for timer execution |
aidacc::loop.Loop::Timeout | |
aidacc.loop.TimeoutSource | |
Rapicorn::Test::Timer | Class for profiling benchmark tests |
aidacc.yapps2runtime.Token | |
Rapicorn::TraitConvertible< X, Y > | |
Rapicorn::Aida::TypeCode | Representation of type information to describe structured type compositions and for the Any class |
Rapicorn::Aida::TypeHash | |
aidacc.Decls.TypeInfo | |
Rapicorn::Aida::TypeMap | A TypeMap serves as a repository and loader for IDL type information |
rope.pyrapicorn.UpdateKind | |
rope.pyrapicorn.UpdateRequest | |
Rapicorn::UpdateRequest | Structure describing an update for a list or table |
Rapicorn::UpdateSpan | Structure identifying an index span |
rope.pyrapicorn.UpdateSpan | |
Rapicorn::UserSource | < Helper structure to capture the origin of a user message |
Rapicorn::Sinfex::Value | |
Rapicorn::ValueIterator< Iterator > | |
Rapicorn::ValueIteratorRange< Iterator > | |
Rapicorn::Aida::ValueType< Y > | |
Rapicorn::Aida::ValueType< const Y & > | |
Rapicorn::Aida::ValueType< Y & > | |
Rapicorn::VBox | |
Rapicorn::Affine::VectorReturn | |
Rapicorn::ViewportImpl | |
Rapicorn::VirtualTypeid | |
Rapicorn::Walker< Value > | |
Rapicorn::Widget | Widget is the base type for all UI elements |
rope.pyrapicorn.Widget | |
Rapicorn::WidgetFactory< Type > | |
Rapicorn::WidgetHandle | See also the corresponding IDL class Widget |
Rapicorn::WidgetIface | See also the corresponding IDL class Widget |
Rapicorn::WidgetIfaceVector | |
Rapicorn::WidgetImpl | WidgetImpl is the base type for all UI element implementations and implements the Widget interface |
rope.pyrapicorn.WidgetList | |
Rapicorn::WidgetList | Widget containing a list of selectable widgets |
Rapicorn::WidgetListHandle | See also the corresponding IDL class WidgetList |
Rapicorn::WidgetListIface | See also the corresponding IDL class WidgetList |
Rapicorn::WidgetListImpl | |
Rapicorn::WidgetSeq | A sequence of Widget objects |
Rapicorn::Factory::WidgetTypeFactory | |
Rapicorn::Window | Window represents the toplevel onscreen widget |
rope.pyrapicorn.Window | |
Rapicorn::WindowHandle | See also the corresponding IDL class Window |
Rapicorn::WindowIface | See also the corresponding IDL class Window |
Rapicorn::WindowImpl | |
Rapicorn::WindowList | A sequence of Window objects |
rope.pyrapicorn.WindowType | |
Rapicorn::XmlNode | |
aidacc.Parser.YYGlobals | |