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VCF Namespace Reference

Note this code is partially (mostly) based on the condition class from the Boost Threads library by William Kempf. More...

Classes
class	AtomicCount
class	BadComponentStateException
	This exception should be thrown when a component is used in an incorrect way. More...
class	Base64Codec
class	BasicException
	The base exception class in the Framework. More...
class	BasicFileError
class	BasicInputStream
class	BasicOutputStream
class	CantCreateObjectException
class	Class
	Class is the base class for all RTTI in the Framework. More...
class	ClassInfo
	ClassInfo is used to simplify registering classes with the FoundationKit's runtime ClassRegistry. More...
class	AbstractClassInfo
	The AbstractClassInfo is used to simplify registering classes with the FoundationKit's runtime ClassRegistry. More...
class	InterfaceInfo
	The InterfaceInfo class serves bascially the same purpose as the ClassInfo class. More...
class	ClassNotFound
	Exception should be thrown when attempting to create a class or cast to class type that the run time system is unable to find. More...
class	ClassRegistry
	ClassRegistry contains all Class's in the Framework Runtime. More...
struct	CmdParam
class	CommandLine
	A utility for parsing command lines. More...
class	ComponentSetting
	A component setting is a special "value" that may be added to a component's settings to be stored when the program shuts down, and initialized with the program starts up. More...
class	Component
	The base class for all objects within the Visual Component Framework that wish to manipulated dynamically within the an IDE. More...
class	ComponentEvent
	ComponentEvent are events generated by changes made to the component. More...
class	ComponentInfo
	ComponentInfo represents special data regarding a component's class. More...
class	Condition
	The Condition object is used as a synchronization primitive, like the Mutex, and Semaphore. More...
class	ConditionPeer
	Class ConditionPeer documentation. More...
class	BadDateFormat
	This exception is thrown when a bad date format is used. More...
class	BadTimeFormat
	This exception is thrown when a bad time format is used. More...
class	DateTime
	This class is used to represent a point in time. More...
class	ByMillisecond
class	BySecond
class	ByMinute
class	ByHour
class	ByDay
class	ByMonth
class	ByYear
class	DateTimeSpan
	The DateTimeSpan represents an absolute delta value between two date time values. More...
class	TimeZone
class	FunctionTypeInfo
	Base class for storing function information for a delegate. More...
class	CallBack
	Base class for a function callback. More...
class	ObjectWithCallbacks
	ObjectWithCallbacks is an object that may have 0 or more CallBacks associated with it, and will automatically clean up these CallBacks when it is destroyed. More...
class	Delegate
	A delegate can be thought of as a function pointer on steroids. More...
class	AsyncReturns
	Interface class used for async delegate execution. More...
class	Procedure1
	Represents a callback for a static function with one function argument of type P1 and no return type. More...
class	AsyncResult
	This class is used to manage invoking a delegate's callbacks asynchronously. More...
class	ClassProcedure1
	A class member function. More...
class	Delegate1
	A delegate that takes one argument of type P1. More...
class	Procedure
	A callback that takes no arguments. More...
class	ClassProcedure
	A class method that takes no arguments. More...
class	Delegate0
	A delegate that takes no arguments. More...
class	Procedure2
class	ClassProcedure2
class	Delegate2
class	Procedure3
class	ClassProcedure3
class	Delegate3
class	Procedure4
class	ClassProcedure4
class	Delegate4
class	Procedure5
class	ClassProcedure5
class	Delegate5
class	Procedure6
class	ClassProcedure6
class	Delegate6
class	Procedure7
class	ClassProcedure7
class	Delegate7
class	Procedure8
class	ClassProcedure8
class	Delegate8
class	ResultsCache
	A class that is uses to cache the results of callbacks that return values. More...
class	Function
class	ClassFunction
class	DelegateR
	The base calss for delegates that return a value from a function. More...
class	Function1
class	ClassFunction1
class	Delegate1R
class	Function2
class	ClassFunction2
class	Delegate2R
class	Function3
class	ClassFunction3
class	Delegate3R
class	Function4
class	ClassFunction4
class	Delegate4R
class	Function5
class	ClassFunction5
class	Delegate5R
class	Function6
class	ClassFunction6
class	Delegate6R
class	DictionaryEnumerator
	The DictionaryEnumerator simply iterates through all of the items in a Dictionary. More...
class	Dictionary
	The Dictionary class is a utility class useful storing a collection of key-value pairs. More...
class	VariantArray
class	Directory
	A Directory represents a directory in a filesystem. More...
class	FileSearchFilter
	FileSearchFilter is an abstract class for any user defined Filter object working with the Directory::Finder. More...
class	FileSearchFilterStandard
	FileSearchFilterStandard is the predefined Filter object used for simple searches. More...
class	Enum
	The Enum class is used to wrap C++ enum types, allowing the user to iterate forward and backward through the enum type. More...
class	EnumValue
class	Enumerator
	This is a template class that provides an interface for iterating through a collection, and provides a standard set of methods. More...
class	EnumeratorContainer
	EnumeratorContainer is based on some COLLECTION class that represents a collection class of some sort, i.e. More...
class	EnumeratorMapContainer
	EnumeratorMapContainer is based on some COLLECTION class that represents an associative collection of some sort, i.e. More...
class	OrderedEnumerator
	The OrderedEnumerator is a utility class that makes it easy to use a specific stl collection class (like a vector) and have support for the Enumerator interface. More...
class	AssociativeEnumerator
	The AssociativeEnumerator is a utility class that makes it easy to use a specific stl collection class (like a map) and have support for the Enumerator interface. More...
class	Array
	A simple wrapper for using a vector collection. More...
class	List
class	Map
class	ErrorLog
	An ErrorLog represents a place to output status during the life of a running application. More...
class	Event
	The Event class is root object for events in the Framework. More...
class	Field
	The Field class allows RTTI introspection to support member variables of a class. More...
class	File
	The File class represents a single file or directory. More...
class	FileIOError
	This exception should be thrown for errors during reading or writing a file. More...
class	FileNotFound
class	FilePath
	A FilePath represents a path to a file in the filesystem. More...
class	FilePeer
	The FilePeer interface is used to describe basic file operations that are then implemented for the specific OS platform. More...
class	FileStreamBase
	Special file stream that uses native OS calls for file IO as opposed to the more generic C++ filestream class. More...
class	FileInputStream
class	FileOutputStream
class	FileStreamPeer
	FileStreamPeer is a basic file stream interface to wrap native file IO OS calls. More...
class	Format
	The Format class is used to format a string, similar to the sprintf/printf family of functions, only made typesafe for C++, and less likely to encounter buffer overflow errors that are so easy to do with sprintf and friends. More...
class	FoundationKit
	The FoundationKit class is used to initialize the Foundation Kit runtime. More...
class	Initialization
class	Finalization
class	Interface
	Base class for interfaces. More...
class	InterfaceClass
	The InterfaceClass does much the same for interface classes that the VCF::Class does for classes. More...
class	ImplementedInterfaceClass
	ImplementedInterfaceClass documentation. More...
class	InvalidImplementer
class	InvalidPeer
class	InvalidPointerException
class	InvalidStateException
class	Library
	A Library represents a DLL (Dynamic Linked Library) or SO (Shared Object). More...
class	LibraryPeer
	The LibraryPeer represents a generic wrapper around using DLL/SOs on systems. More...
class	LinuxFilePeer
class	LinuxFileStream
	This is going to based on the C runtime's fopen/fread/fwrite stream API for now. More...
class	LinuxLibraryPeer
class	LinuxLocalePeer
class	LinuxProcessIORedirector
	Win32 (NT or better) implementation of ProcessIORedirectionPeer original code swiped from: (c) 2002 Andreas Saurwein - saurwein@uniwares.com Any mistakes are mine due to the "port" over into the VCF. More...
class	LinuxProcessPeer
class	LinuxRegistry
class	LinuxResourceBundle
class	LinuxRunLoopPeer
class	LinuxRunLoopSourcePeer
class	LinuxRunLoopTimerPeer
class	LinuxSemaphorePeer
	Class LinuxSemaphorePeer. More...
class	LinuxSystemPeer
class	LinuxSystemToolkit
class	LocalePeer
class	Locale
	A locale instance represents the cultural data used to convert data to string in manner appropriate to the language and country. More...
class	Lock
	The Lock class represents a way to automatically lock or unlock a syncronizeable primitive, like a thread, mutex, or semaphore, by having the lifetime of the Lock stack based. More...
class	GenericMemoryBuffer
	GenericMemoryBuffer. More...
class	CharMemStream
class	MessageLoader
class	Method
	Base class for dynamic method invocation Methods are dynamically invokable and can support querying for argument types querying is done throught the getArgumentType() method and will only work if the argTypes_ string has bee set appropriately. More...
class	MIMEType
	Specification for this MIME Types may be found at RFC 2045 http://www.faqs.org/rfcs/rfc2045.html. More...
class	Mutex
	Class Mutex documentation. More...
class	MutexPeer
	Class MutexPeer documentation. More...
class	NoFreeMemException
class	NoPeerFoundException
class	NoSuchElementException
class	NotImplementedException
class	Object
	Base class for the entire Visual Component Framework. More...
class	OSHandlePeer
	This is used to as a generic wrapper around native OS objects or "handles". More...
class	OSXConditionPeer
	Class OSXConditionPeer documentation Part/most of the implementation for this class comes from William E. More...
class	OSXFilePeer
class	OSXFileStream
	This is going to based on the C runtime's fopen/fread/fwrite stream API for now. More...
class	OSXLibraryPeer
class	OSXLocalePeer
class	OSXMutex
	Class ConditionalPeer documentation. More...
class	OSXStringUtils
class	CFRefObject
class	FixedPointNumber
class	CFTextString
	This is a utility class for wrapping CFStringRef and allowing for easy assignment to/from a VCF::String class. More...
class	OSXProcessHandle
	This is the handle class that OSXProcessPeer::getHandleID() returns. More...
class	OSXProcessPeer
class	OSXRegistry
class	OSXResourceBundle
class	OSXRunLoopPeer
class	OSXRunLoopSourcePeer
class	OSXRunLoopTimerPeer
class	OSXSemaphore
	Class MutexPeer documentation. More...
class	OSXSystemPeer
class	OSXSystemToolkit
class	OSXThread
class	OSXThreadManagerPeer
class	OutOfBoundsException
class	OutputReadyEvent
class	PackageInfo
	This class provides extra information specifically for shared or static libraries. More...
class	PackageManager
class	Persistable
	Persistable is a simple interface used to indicate that an object can read or write itself to an input or output stream. More...
class	PosixCondition
	Class PosixCondition documentation. More...
class	PosixMutex
	Class ConditionalPeer documentation. More...
class	PosixThread
class	PosixThreadManagerPeer
class	ProcessException
class	ProcessIORedirectionPeer
	This defines the interface for a redirecting process input/ouput. More...
class	ProcessPeer
	a peer class that wraps working with processes on OS's More...
class	ProcessWithRedirectedIO
	This class represents a process that has it's IO redirected so that when there is new data available an event is fired to any registered event handlers. More...
class	ProgramInfo
	This class provides a platform neutral way to access additional information about a program. More...
class	Property
	The Property class represents a member attribute of a class. More...
class	DelegateProperty
class	AbstractDelegateProperty
class	PropertyChangeEvent
	Property change event's are used whenever a propertys value changes. More...
class	PropertyChangeException
class	PropertyListing
	A PropertyListing is just a Dictionary with some extra functions that make it easy to deal with sub dictionaries and arrays. More...
class	RegistryException
class	RegistryValueInfo
	a class that wraps up a specific registry value that may be a string, integer, bool, or stream of binary data More...
class	Registry
	The registry represents an external data source that applications may store application data in. More...
class	RegistryPeer
class	Resource
class	ResourceBundle
	A ResourceBundle is used to represent a collection of resources. More...
class	ResourceBundlePeer
	class ResourceBundlePeer documentation More...
class	ResourceException
class	RunLoop
	The RunLoop class is used to create an instance of an OS event queue. More...
class	RunLoopPeer
class	RunLoopSource
class	RunLoopSourcePeer
class	RunLoopTimer
class	RunLoopTimerPeer
class	Runnable
	A class that represents a single executable task. More...
class	RuntimeException
class	Semaphore
	Class Semaphore. More...
class	SemaphorePeer
	Class MutexPeer documentation. More...
struct	SmartPtr
class	Stream
	Stream interface defines a core set of funcationality for streams in the Visual Component Framework derived Streams should support "stream chaining", the ability of the stream constructor to support an incoming stream from someother stream object. More...
class	InputStream
	InputStream, basic interface describing the requirements to support streaming data into a stream. More...
class	OutputStream
	OutputStream, basic interface describing the requirements to support streaming data into a stream. More...
class	StringsMessageLoader
class	StringTokenizer
	Class for breaking a string into a series of one or more tokens. More...
class	StringUtils
	The StringUtils class is a collection of static utility methods for operating on strings. More...
class	SynchObject
	Class SynchObject documentation Defines an abstract base class for synchronisation classes like mutexes and semaphores, to be used with the lock class. More...
class	System
	The System object represents basic lower level OS functions. More...
class	SystemPeer
	Defines the SystemPeer interface. More...
class	SystemToolkit
	The SystemToolkit is and abstract class used to create or get access to basic system peer instances, like threads, processes, etc. More...
class	TextCodec
	The TextCode class represents a way of transforming an ansi or unicode string into another form of unicode. More...
class	TextInputStream
	TextInputStream is used for interpreting data from another stream as text. More...
class	TextOutputStream
	The TextOutputStream is used for writing data from another stream as text. More...
class	Thread
	The Thread class represents a thread of execution in a process. More...
class	NullClassType0
class	ThreadedProcedure
class	ThreadedProcedure< NullClassType0 >
class	NullClassType1
class	ThreadedProcedure1
class	NullClassType2
class	ThreadedProcedure2
class	NullClassType3
class	ThreadedProcedure3
class	NullClassType4
class	ThreadedProcedure4
class	NullClassType5
class	ThreadedProcedure5
class	NullClassType6
class	ThreadedProcedure6
class	NullClassType7
class	ThreadedProcedure7
class	NullClassType8
class	ThreadedProcedure8
class	NullReturnClassType0
class	ThreadedFunction
class	NullReturnClassType1
class	ThreadedFunction1
class	NullReturnClassType2
class	ThreadedFunction2
class	NullReturnClassType3
class	ThreadedFunction3
class	NullReturnClassType4
class	ThreadedFunction4
class	NullReturnClassType5
class	ThreadedFunction5
class	NullReturnClassType6
class	ThreadedFunction6
class	ThreadEvent
class	ThreadException
class	ThreadManager
class	ThreadManagerPeer
interface	ThreadPeer
	Basic Thread interface to wrap native thread OS calls. More...
class	ThreadPool
	A simple class for thread pooling. More...
class	PoolThread
	This is the specific thread class that the thread pool uses to create the threads for itself. More...
class	TypeCastException
class	VariantData
	VariantData represents an unknown type of variable - similiar to Visual Basic's Variant object. More...
class	VariantDataInputStream
	The VariantDataInputStream is used to read a VariantData object from an InputStream source. More...
class	VariantDataOutputStream
	The VariantDataOutputStream is used to write a VariantData object to an OutputStream source. More...
class	Math
class	Process
class	UnicodeString
	The UnicodeString class represents a thin wrapper around the std::basic_string class since std::basic_string cannot be derived from (it has no virtual destructor). More...
class	UnitTransformer
class	VFFInputStream
class	VFFOutputStream
	The VFFOutputStream class is used to support writing a component ( and it's child components) to a stream. More...
struct	ParsePosition
class	VFFParser
	A class used for parsing VFF files, at this moment (8/25/2001) meant for internal use only. More...
class	Waitable
class	Win32Condition
	Class Win32Condition documentation Part/most of the implementation for this class comes from William E. More...
class	Win32FilePeer
class	Win32FileStream
class	Win32LibraryPeer
class	Win32LocalePeer
class	Win32Mutex
	Class Win32Mutex documentation. More...
class	Win32ProcessIORedirector
	Win32 (NT or better) implementation of ProcessIORedirectionPeer original code swiped from: (c) 2002 Andreas Saurwein - saurwein@uniwares.com Any mistakes are mine due to the "port" over into the VCF. More...
class	Win32ProcessPeer
class	Win32Registry
class	Win32ResourceBundle
class	Win32RunLoopPeer
class	Win32RunLoopSourcePeer
class	Win32RunLoopTimerPeer
class	Win32SemaphorePeer
	Class Win32SemaphorePeer. More...
class	Win32SystemPeer
class	Win32SystemToolkit
class	Win32Thread
class	Win32ThreadManagerPeer
class	XMLDictInputStream
class	XMLDictOutputStream
class	XMLAttr
	Class XMLAttr documentation. More...
class	XMLNode
	Class XMLNode represents a single node in a parsed XML document. More...
class	XMLParserEvent
	Class XMLParserEvent documentation. More...
class	XMLParser
class	AbstractImage
	AbstractImage represents a base implementation of the Image interface. More...
class	BasicFill
	This class is a basic implementation of the Fill interface. More...
class	BasicRectangle
class	BasicStroke
class	BezierCurve
	The BezierCurve is a basic implementation of the Path interface and provides methods to create lines, rectangles, polylines, and curves. More...
class	Circle
class	ColorSpace
	A class for managing all the color transformations between different color spaces. More...
class	Color
	The Color class is used to represent a given color with 4 values, with each value representing a separate red, green, blue, and alpha color component (RGBA). More...
class	ColorNames
	struct with all color names not included by VCF: they are essentially grays we need to instantiate it somewhere: unfortunately non-integer constant have no external linkage otherwise ColorName would be replaced by a namespace with the same String constants and put in the VCF library More...
class	Composition
class	ContextPeer
	The ContextPeer serves as a platform neutral interface for a set of standard drawing methods that should provide the following functionality:. More...
class	DrawStates
	A set of values for different states. More...
class	DrawUIState
	The DrawUIState is a utility class to make it easy to indicate the user interface state of a GUI element, such as a button. More...
class	ListItemState
class	HeaderItemState
class	TreeItemState
class	TableItemState
class	BackgroundState
class	MenuState
class	ButtonState
class	DisclosureButtonState
class	ProgressState
class	SliderState
class	ScrollBarState
class	TabState
class	TextState
class	Ellipse
class	Fill
	The Fill class is a high level class used to fill in a Path. More...
class	Filter
class	Font
	A Font wraps the windowing system's graphics font object. More...
class	FontPeer
	Represents the native windowing system's representation of a Font. More...
class	GradientFill
	This is the base class for gradient fills. More...
class	RadialGradientFill
class	HorizontalGradientFill
class	VerticalGradientFill
class	ConicGradientFill
class	GraphicsContext
	A GraphicsContext provides the lowest level graphics interface to the native systems 2D drawing operations. More...
class	GraphicsKit
class	GraphicsResourceBundle
	A GraphicsResourceBundle is used to represent a collection of resources that happen to be images. More...
class	GraphicsResourceBundlePeer
	class GraphicsResourceBundlePeer documentation More...
class	FontInfo
	Use this class to retreive information about a loaded system font. More...
class	GraphicsToolkit
	The GraphicsToolkit serves as a way to retreive basic system information and as a factory for creating various graphics peers, like the ContextPeer, FontPeer, and the system implementation the Image class. More...
class	GrayScaleImage
class	Image
	The Image class is an abstract class that defines how you can work with and manipulate an image. More...
class	ImageContext
	This is a simple class that is intended to be used when you need access to an image's GraphicsContext. More...
class	ImageEvent
class	ImageLoader
	The ImageLoader interface provides a means to load up images into a generic Bitmap. More...
class	ImageLoaderException
class	ImageTile
class	InvalidImage
class	JPEGLoader
	A class for built in support for reading and writing JPEG images. More...
class	Kernel
class	Layer
class	Matrix2D
	The Matrix2D is used for transforming 2D shapes or images. More...
class	NoGraphicsToolkitFoundException
class	OSXGCRef
class	OSXContext
class	OSXFont
class	OSXGraphicsResourceBundle
class	OSXRect
	Utility class to faciltate the transfer from a VCF::Rect instance or HIRect instance to OSX's Rect struct. More...
class	OSXGraphicsToolkit
	Class OSXGraphicsToolkit documentation. More...
class	OSXImage
class	PathPoint
	utility to make working with path points easier More...
class	Path
	A Path is an abstract class that represents a series of points used to draw one or more shapes. More...
class	PixelTraits
class	PixelAllocater
class	BGRAPixel
	Defines a channel layout order of b,g,r,a with BitSizeType bits per channel. More...
struct	BGRAPixel< float, true >
class	RGBAPixel
	Defines a channel layout order of r,g,b,a with BitSizeType bits per channel. More...
struct	RGBAPixel< float, true >
class	ARGBPixel
	Defines a channel layout order of a,r,g,b with BitSizeType bits per channel. More...
struct	ARGBPixel< float, true >
class	ABGRPixel
	Defines a channel layout order of a,b,g,r with BitSizeType bits per channel. More...
struct	ABGRPixel< float, true >
class	GrayscalePixel
	Defines a channel layout order of a,b,g,r with BitSizeType bits per channel. More...
struct	GrayscalePixel< float, true >
class	PixelException
class	Pixels
class	Channel
class	ChannelIterator
class	PNGLoader
	A class for built in support for reading and writing PNG images. More...
class	Point
	represents a 2 dimensional coordinate (x and y) and stores the data as doubles, for maximum precision. More...
class	Printable
class	PrintContext
class	PrintEvent
	A PrintEvent is fired by the PrintSession during certain operations. More...
class	PrintSession
	The PrintSession is the core printing class. More...
class	PrintSessionPeer
class	Rect
class	ShadowFill
class	Size
class	Stroke
class	TileManager
class	UVMap
class	Win32Context
	A Context provides the lowest level graphics interface to the native systems 2D drawing operations. More...
class	Win32Font
class	Win32FontHandle
	used to hold a HFONT and a refcount More...
class	Win32FontManager
	Uses to manage fonts for controls. More...
class	Win32GraphicsResourceBundle
class	Win32GraphicsToolkit
	Class Win32GraphicsToolkit documentation. More...
class	Win32Image
class	Win32GrayScaleImage
class	BMPLoader
struct	Win32PrintInfo
class	Win32PrintSession
struct	XCBSurface
	This represents the struct that we need to build a VCF graphics context peer. More...
class	XCBContextPeer
class	XCBFontPeer
class	XCBGraphicsResourceBundlePeer
class	XCBGraphicsToolkit
	Class XCBGraphicsToolkit documentation. More...
class	XCBImagePeer
class	XCBGrayscaleImagePeer
class	AbstractApplication
	An AbstractApplication is a base class for deriving new application types Currently there are two main types, standard Application classes, which represent the current process the application is associated with and of which there should only be one, and LibraryApplication classes which are tied to shared librarys or DLL's. More...
class	AbstractCommand
	A partial implementation of the Command interface. More...
class	AbstractComponentEditor
	Basic implementation of the ComponentEditor interface. More...
class	AbstractControlEditor
	Class AbstractComponentEditor documentation. More...
class	AbstractContainer
	AbstractContainer implements the basics of a container with the exception of actual layout rules, therefore resizeChildren is not implemented. More...
class	AbstractPropertyEditor
class	AbstractScrollable
	Class AbstractScrollable documentation. More...
class	AbstractView
	Basic implementation of a view. More...
class	AbstractWin32Component
	This is the core Win32 control class peer, does most of the handling of WM_XXX messages. More...
class	AbstractX11Control
	This class serves as a common implementation for various methods of the ControlPeer interface. More...
class	AcceleratorKey
	An AcceleratorKey represents a link between a specific keyboard keystroke combination and an event handler to be invoked when the combination takes place. More...
class	Action
	The Action class is used to represent an "action" that gets performed because of some event from the UI, such as clicking a menu item or button. More...
class	ActionEvent
	The ActionEvent is used to store and read the state about a particular action. More...
class	ActiveXControlHost
	This is a control that can host other ActiveX controls. More...
class	Application
	Represents the main process for a application. More...
class	ApplicationException
	Application level exceptions. More...
class	ApplicationKit
class	ApplicationPeer
	System neutral interface describing an application. More...
class	ApplicationResourceBundle
class	BadImageBitsException
	This exception should be thrown when pointer access to the image's pixels has become corrupt. More...
class	BadModelStateException
	Throw when a model state has changed and it is determined that the change makes the model corrupt or invalid. More...
class	Basic3DBorder
	Draws a basic 3D border around a component. More...
class	BasicTableItemEditor
	BasicTableItemEditor represents a simple implementation of the TableItemEditor interface. More...
class	Border
	A Border component is responsible for drawing the border of a control. More...
class	Button
	The Button interface represents a standard set of behaviours for any control that wishes to act like a button. More...
class	ButtonEvent
	A ButtonEvent is fired whenever a button is pressed or clicked. More...
class	ButtonPeer
class	CheckBoxControl
	A CheckBoxControl is a control that displays its state with a check mark indicating an on/off or true/false state. More...
class	Clipboard
	The Clipboard represents a common place to put shared data between objects and/or between applications. More...
class	ClipboardEvent
	A ClipboardEvent is fired during changes ot the system clipboard. More...
class	ClipboardPeer
	The ClipboardPeer is the interface for connecting to an OS specific clipboard. More...
class	ColorEtchedBorder
class	ColumnController
class	ColumnItem
	A ColumnItem item is used to represent a single header column. More...
class	ColumnItemEvent
	Class ColumnItemEvent documentation. More...
class	ColumnLayoutContainer
class	ColumnModel
	The ColumnModel is a model that represent's 0 or more ColumnItems. More...
class	ComboBoxControl
	A combo box control is a control that is used to display a selection from a list of choices in a single field. More...
class	Command
	A Command represents an interface describing a single action, that is potentially undoable. More...
class	CommandButton
	The CommandButton is a native push button that fires an event when pressed, or "clicked". More...
class	CommandGroup
	Class CommandGroup documentation. More...
class	CommonColorDialog
	The CommonColorDialog is used to present a standard dialog for selcting a color. More...
class	CommonDialog
	Base class for all the standard, or "common" dialog classes. More...
class	CommonDialogPeer
class	CommonFileDialogPeer
class	CommonFolderBrowseDialogPeer
class	CommonColorDialogPeer
class	CommonPrintDialogPeer
class	CommonFontDialogPeer
class	CommonFileBrowseDialog
	This class displays a common dialog used to select a directory. More...
class	CommonFileDialog
	Base class for open and save common dialogs. More...
class	CommonFileOpenDialog
	This class is used to display a common or standard file open dialog. More...
class	CommonFileSaveDialog
	This class is used to display a common or standard file save dialog. More...
class	CommonFontDialog
	This class is used to display a common font dialog. More...
class	CommonPrintDialog
	A class for displaying a common print dialog. More...
class	ComponentEditor
	A ComponentEditor is an interface used to edit an entire component at once, as opposed to a PropertyEditor which only edits a single property of a specific component or object. More...
class	ControlEditor
	A ControlEditor is an additional interface used to edit an entire Control instance at once, as opposed to a PropertyEditor which only edits a single property of a specific component or object. More...
class	ComponentEditorManager
	The ComponentEditorManager is used to regulate the different component editors that are available. More...
class	Container
	A Container is a Component that is implemented when a Control wants to be able to contain other child controls within itself. More...
class	DelegatedContainer
	This class is used to provide easy access to a containers methods so the developer doesn't have to get the container instance of the control. More...
class	StandardContainer
	Basic implementation of a container handles basic alignment,layout of child components. More...
class	DesignTimeContainer
class	ControlEvent
	ControlEvent are events generated by changes made to the control. More...
class	ControlPopupMenuMenuEvent
class	Control
	The base class for all visual components in the Visual Component Framework. More...
class	ControlContainer
	A ControlContainer is a simple custom control that automatically creates a standard container as soon as it's created. More...
class	ControlGraphicsContext
	the Graphics Context associated to a control. More...
class	ControlPeer
	The base Peer interface. More...
class	Cursor
	Class Cursor documentation. More...
class	CursorManager
	Class CursorManager documentation. More...
class	CursorPeer
	Class CursorPeer documentation. More...
class	CustomControl
	This is the base class for custom controls that are not based on existing native controls. More...
class	BinaryPersistable
class	DataObject
	A DataObject represents a data object in the clipboard. More...
class	TextDataObject
class	ImageDataObject
class	DataObjectPeer
class	DataTypeNotSupportedException
class	DefaultListModel
class	DefaultMenuItem
class	SeparatorMenuItem
	a class to help creating a separator menu item More...
class	IntegerPropertyEditor
class	DoublePropertyEditor
class	StringPropertyEditor
class	BoolPropertyEditor
class	EnumPropertyEditor
class	EnumSetPropertyEditor
class	CursorPropertyEditor
class	ColorPropertyEditor
class	FontPropertyEditor
class	DefaultMenuItemPropertyEditor
class	DefaultListModelPropertyEditor
class	DefaultTableCellItem
class	DefaultTableModel
class	DefaultTabPage
class	DefaultTextModel
class	DefaultTreeModel
class	DialogEvent
class	Dialog
	A Dialog is a popup frame that is generally used for user input. More...
class	DialogPeer
class	SDIPolicy
	class SDIPolicy policy class for Single Document Interface This is the implementation of the regular SDI architecture, with all the tipical operations on a document that we can find in an application having a single document. More...
class	MDIPolicy
	class MDIPolicy policy class for a Multiple Document Interface (MDI). More...
class	DocumentEvent
class	Document
	A document is a component that interacts with a valid model instance and has many extra features like saving, loading, cutting no implemented within the scope of a model. More...
class	DocumentBasedApplication
class	DocumentInfo
	Contains the string infos characterizing a document class or a kind of document. More...
class	DocManagerEvent
	class DocManagerEvent More...
class	DocumentManager
	The DocumentManager manages the interaction between the application (and any other UI classes) and a collection of one or more documents. More...
class	DocumentManagerImpl
	class DocumentManagerImpl implementation of the DocumentManager for which also the DocInterfacePolicy is specified. More...
class	DragDropPeer
class	DragScrollEvent
class	DragSourceEvent
class	DragSource
	The drag source represents the source, or beginning of a drag drop operation. More...
class	DropDownControl
class	DropDownPeer
class	DropTargetEvent
	Drop event are fired when an object is dropped during a drag drop operation. More...
class	DropTarget
	The DropTarget class represents a way to control and be notified when a something is "dropped" ( or just "dragged over" ) as a result of a drag-drop operation. More...
class	DropTargetPeer
class	EtchedBorder
class	FocusEvent
	the event class for events specific of any change of focus. More...
class	Frame
	A frame is a component that houses other components, plus has special adornments used for interacting with it. More...
class	FrameEvent
class	HeaderControl
	Class HeaderControl documentation. More...
class	HelpEvent
class	HorizontalLayoutContainer
class	ImageComponent
class	ImageControl
	Class ImageControl documentation. More...
class	ImageFilenamePropertyEditor
class	ImagePropertyEditor
class	ImageList
	An image list is a collection of images. More...
class	ImageListEvent
class	ItemSort
class	Item
	The Item class can be used represent a single element in a model. More...
class	ItemEditorEvent
class	ItemEvent
class	KeyboardEvent
class	Label
class	LibraryApplication
	Class LibraryApplication documentation. More...
class	Light3DBorder
	Class Light3DBorder documentation. More...
class	LightweightComponent
class	ListBoxControl
class	ListControl
	A base class that provides a consistent interface and implementation for any control class that deals with a list of data held in a ListModel and a collection of ListItems. More...
class	ListSubItem
class	ListController
class	ListItem
class	ListModelEvent
class	ListModel
	The List is a simple model that stores a list of data. More...
class	ListPeer
class	ListViewControl
class	ListviewPeer
class	Menu
class	MenuBar
	A menu bar is used to control a menu associated with either the application or a Frame. More...
class	MenuBarPeer
class	MenuItem
class	MenuItemEvent
class	MenuItemPeer
class	MenuManager
	The MenuManager class is used by the internals of the framework to make sure that menu are handled in a platform neutral way. More...
class	MenuManagerPeer
class	InvalidMessageDialogException
class	MessageDialog
	the MessageDialog class let the user to create at run time a dialog with many options for customization. More...
class	ModelEvent
class	Model
	A model is the base class for storing data that can then be presented to the user by controls and/or views. More...
class	MouseEvent
class	MultilineTextControl
	Class MultilineTextControl documentation. More...
class	OSXApplicationPeer
class	OSXAppResourceBundle
class	OSXButton
class	OSXClipboard
	Class OSXClipboard documentation. More...
class	OSXColorDialog
class	OSXControl
class	OSXControlContextPeer
class	OSXCursorPeer
class	OSXDesktopPeer
class	OSXDialog
class	OSXDragDropPeer
class	OSXDropTargetPeer
class	OSXFileOpenDialog
class	OSXFileSaveDialog
class	OSXFolderBrowseDialog
class	OSXLightweightControl
class	OSXListview
class	OSXMenuBar
class	OSXMenuItem
class	OSXMenuManagerPeer
class	OSXPopupMenu
class	OSXScrollPeer
	Class OSXScrollPeer documentation. More...
class	OSXTextEditPeer
class	OSXTextPeer
class	OSXToolbar
class	OSXTree
class	OSXUIShellPeer
class	OSXEventMsg
	this class is used as a wrapper around an XEvent. More...
class	TimeOutHandler
class	OSXUIToolkit
class	OSXWindow
class	Panel
class	PopupMenu
	This class is for creating popup menus, sometimes referred to as a context, or contextual menu. More...
class	PopupMenuPeer
class	PopupWindow
class	PopupWindowPeer
class	ProgressControl
	The ProgressControl is a class that displays a vertical or horizontal progress bar showing the position of within a given range of a task. More...
class	PropertyEditor
	This is the common base class for any editor that is specific of any property. More...
class	PropertyEditorManager
	This is the class for managing the current list of property editors available for use in editing a property. More...
class	PushButton
	Class PushButton documentation. More...
class	RadioButtonControl
	class RadioButtonControl documentation. More...
class	Scrollable
	This class is used to add scrolling support to a control. More...
class	ScrollbarManager
	The ScrollbarManager represents a component used for managing scrolbars for a target control. More...
class	ScrollbarPeer
class	ScrollEvent
class	ScrollPeer
	Class ScrollPeer documentation. More...
class	SimpleListModel
class	SliderControl
	The SliderControl, sometimes referred to as a "trackbar" provides a UI that consists of a thumb button that slides, vertically or horizontally, along a "track". More...
class	Splitter
	Class Splitter documentation. More...
class	StatusBar
class	SystemTray
	The SystemTray component provides a simple wrapper around system tray functionality. More...
class	SystemTrayPeer
class	TabbedPages
class	TabSheet
class	TableCellItem
class	TableCellEvent
class	CellRange
class	TableControl
	This class if for presenting data in a tabular format. More...
class	TableItemEditor
	The TableItemEditor class is used to provide editing capabilities for individual cell items in a TableControl. More...
class	CellID
class	TableModelEvent
class	TableModel
class	TabModelEvent
	the event class for events specific of tabbed pages It containes the pointer to the specific tab page associated to this event. More...
class	TabModel
	The Tab model is a interface for describing what a model that implements a series of tabs should do. More...
class	TabPage
class	TextControl
	The base class for presenting text to the user. More...
class	TextEvent
class	TextModel
	The TextModel is a model interface for working with text data. More...
class	TextPeer
	This is the basic text peer interface for storing and displaying text on the screen. More...
class	TextEditPeer
	A interface for supporting text controls This results in a native text control widget being created, with all painting responsibilities being controlled by the native widget. More...
class	ThemeBorder
	Draws a native theme compliant border around a component. More...
class	TimerComponent
	The TimerComponent is used to fire timer events. More...
class	TimerEvent
	Class TimerEvent documentation. More...
class	TitledBorder
class	ToggledButton
	RadioButtonControl base class for toggled buttons. More...
class	ToolbarItem
class	ToolbarModelEvent
class	ToolbarModel
class	Toolbar
	A class for adding toolbars to your window. More...
class	ToolbarDock
	A toolbar dock represents a rectangular child window that may hold o or more toolbars. More...
class	DockManager
	DockManager class uses to manage ToolbarDock's and floating toolbars. More...
class	ToolbarPeer
class	ToolTipEvent
	The tooltip event is fired when tooltip text is being requested and/or just before the tooltip is ready to be shown, allowing the handler to customize the tooltip's data or presentation. More...
class	TransparentWindow
class	TransparentWindowPeer
class	TreeControl
class	TreeSubItem
class	TreeController
class	TreeItem
class	TreeListControl
class	TreeListModel
class	TreeModelEvent
class	TreeModel
class	TreePeer
class	UIApplication
	Class UIApplication documentation. More...
class	UIComponent
class	UIMetricsManager
	A utility class to retrieve standard ui element metrics. More...
class	UIPolicyManager
	helper class for any document interface policy it manages things like merging menus, etc. More...
class	FileAssociationInfo
class	UIShell
	The desktop represents the Windowing systems bottom most control or "window" and is usually the first window the User sees when the system starts up. More...
class	UIShellPeer
	Class UIShellPeer interface documentation. More...
class	UIToolkit
	The UIToolkit is used to create instances of various peer's needed by the VCF, as well as providing certain low level services, such as modal and non-modal event loops, and getting at UI metrics. More...
class	UndoRedoEvent
	the event for the UndoRedoStack operations. More...
class	UndoRedoStack
	stack class managing any undo redo operation. More...
class	ValidationEvent
class	View
	A view represents a visual display or rendering of part or all of the data in a model. More...
class	WhatsThisHelpEvent
class	Win32Application
class	Win32AppResourceBundle
class	Win32Button
class	Win32Clipboard
	Class Win32Clipboard documentation. More...
class	Win32ColorDialog
class	Win32Component
class	Win32ControlContext
	implementation of the peer for Win32 of the GraphicsContext More...
class	Win32CursorPeer
	Class Win32CursorPeer documentation. More...
class	Win32Dialog
class	Win32DragDropPeer
class	Win32DropDownPeer
class	Win32DropTargetPeer
class	Win32Edit
class	Win32FileOpenDialog
class	Win32FileSaveDialog
class	Win32FolderBrowseDialog
class	Win32FontDialog
class	hresult
class	Win32ListBox
class	Win32Listview
class	Win32MenuBar
class	Win32MenuItem
class	Win32MenuManagerPeer
class	Win32Object
class	Win32PopupMenu
class	Win32PopupWindowPeer
class	Win32PrintDialog
	class Win32PrintDialog documentation More...
class	Win32ScrollPeer
	Class Win32ScrollPeer documentation. More...
class	Win32SystemTrayPeer
	This is the Win32 implementation of the SystemTrayPeer class. More...
class	Win32TextPeer
class	Win32Toolbar
struct	FilterCBData
class	Win32MSG
class	Win32ToolKit
class	Win32TransparentWindowPeer
class	Win32Tree
class	Win32UIShell
	Class Win32UIShell documentation. More...
class	Win32Window
class	Window
	A frame with min. More...
class	WindowEvent
class	WindowPeer
class	Wizard
	A Wizard is used to disaplay a UI in a wizard dialog. More...
class	XCBAbstractControl
class	XCBApplicationPeer
class	XCBApplicationResourceBundlePeer
class	XCBButton
class	XCBControlContextPeer
class	XCBCursorPeer
class	XCBDesktopPeer
class	XCBMenuBarPeer
class	XCBMenuManagerPeer
class	XCBUIMetricsManager
class	XCBUIShellPeer
class	XCBEventMessage
class	XCBUIToolkit
class	XCBWindowPeer
class	InternetKit
	The InternetKit is a singleton class that initializes the rest of the InternetKit and the InternetToolkit class. More...
class	InternetToolkit
	The InternetToolkit is used to get data from the URL. More...
class	URLAuthenticationEvent
class	URLEvent
class	URLException
class	URLAuthenticationException
class	URLDataException
class	URL
	The URL class wraps a string that points to some resource, either on the local filesystem or over the internet. More...
class	AsyncURL
class	ProtocolHandler
class	Win32InternetToolkit
class	HTMLAuthenticationEvent
	This is event is used when an authentication event is fired by the underlying browser peer. More...
class	HTMLEvent
	Generic HTML event sent for all other events generated by the HTML Browser. More...
class	HTMLNewWindowEvent
class	HTMLElementEvent
	An event thats used for HTMLElement events. More...
class	HTMLBrowserControl
	The HTMLBrowserControl provides a wrapper around the native HTML rendering and UI presentation for the platform. More...
class	HTMLBrowserPeer
	HTMLBrowserPeer describes a generic interface for a browser control. More...
class	HTMLElementCollection
	This is a collection of 0 or more HTMLElement nodes. More...
class	HTMLElement
	This represents an individual node. More...
class	HTMLDocument
class	HTMLInputElement
class	HTMLKit
	The HTMLKit is used to provide support for rendering HTML in a control (as well as connecting to the HTML resource if it's not on the local machine), and for enumerating the various HTML DOM elements. More...
class	HTMLToolkit
struct	CLSIDPred
class	HTMLEventHandler
class	Win32HTMLBrowser
	Class Win32HTMLBrowser documentation. More...
class	HTMLElementCollectionPeer
class	HTMLElementPeer
class	HTMLDocumentPeer
class	HTMLInputElementPeer
class	Win32HTMLToolkit
class	IPAddress
class	IPEndPoint
class	IPAddressPeer
class	NetworkException
	Base class for all exceptions in the NetworkKit. More...
class	SocketException
class	SocketReadException
class	SocketWriteException
class	NetworkKit
	The NetworkKit class is used to initialize the NetworkKit runtime. More...
class	NetworkToolkit
class	SocketEvent
class	Socket
class	SocketPeer
	An abstract class that represents a platform socket implementation. More...
class	TCPSocket
	A socket class that represents a TCP socket. More...
class	UDPSocket
class	TCPSocketInputStream
	An input stream class used for reading data from a TCP socket. More...
class	TCPSocketOutputStream
	An output stream class used for writing data to a TCP socket. More...
class	UDPSocketInputStream
	An input stream class used for reading data from a UDP socket. More...
class	UDPSocketOutputStream
class	Win32IPAddressPeer
class	Win32NetworkToolkit
class	Win32SocketPeer
class	Win32UDPSocketPeer
class	RegExKit
class	XMLKit
class	XMLUtils
class	XMLSaxParser
class	XMLError
class	XmlException
class	ValidSchemaParseException
class	SchemaValidationException
class	Attachable
class	XmlNamespace
class	XmlNode
class	XmlDocument
class	XPathExpression
class	XPathNodeIterator
class	XPathIterator
class	XMLTextReader
class	XmlTextWriter
class	XmlSchemaContext
class	XmlValidSchemaContext
class	XmlSchema
class	XSLTStyleSheet
class	JavaScriptKit
class	JavaScriptEvent
class	JavaScriptEngine
class	OpenGLContext
class	OpenGLControl
class	OpenGLKit
class	OpenGLPeer
class	OpenGLToolkit
	The OpenGLToolkit is a singleton class that creates instances of a OpenGLPeer specific to the windowing system the toolkit is running on. More...
class	Win32OpenGLPeer
class	ChannelIterator< ColorPixels::Type, ccRed >
	Red color channel iterator specilization. More...
class	ChannelIterator< ColorPixels::Type, ccGreen >
	Green color channel iterator specilization. More...
class	ChannelIterator< ColorPixels::Type, ccBlue >
	Blue color channel iterator specilization. More...
class	ChannelIterator< ColorPixels::Type, ccAlpha >
	Alpha color channel iterator specilization. More...
Namespaces
namespace	LinuxDebugUtils
namespace	Regex
namespace	XMLText
Typedefs
typedef Delegate1< ComponentEvent * >	ComponentDelegate
typedef ComponentDelegate::ProcedureType	ComponentHandler
typedef Procedure1< AsyncResult * >	AsyncCallback
typedef Delegate1< Event * >	EventDelegate
typedef Procedure1< Event * >	EventProcedure
typedef EventProcedure	EventHandler
typedef unsigned char	uchar
typedef unsigned short	ushort
typedef unsigned int	uint
typedef unsigned long	ulong
typedef signed char	int8
typedef unsigned char	uint8
typedef short	int16
typedef unsigned short	uint16
typedef int	int32
typedef unsigned int	uint32
typedef void *	OSHandleID
	This is used as a wrapper around some platform object or handle.
typedef unsigned long long	uint64
typedef long long	int64
typedef _W64 int32	intptr
typedef _W64 uint32	uintptr
typedef void(*	InitializationFunc )()
typedef void(*	FinalizationFunc )()
typedef std::pair< int, int >	AppleLocalePair
typedef Delegate1< OutputReadyEvent * >	OutputReadyDelegate
typedef OutputReadyDelegate::ProcedureType	OutputReadyHandler
typedef Delegate1< PropertyChangeEvent * >	PropertyChangeDelegate
typedef PropertyChangeDelegate::ProcedureType	PropertyChangeHandler
typedef Delegate1< RunLoopEvents >	RunLoopDelegate
typedef SmartPtr< RunLoopTimer >	RunLoopTimerPtr
typedef SmartPtr< RunLoopTimerPeer >	RunLoopTimerPeerPtr
typedef SmartPtr< RunLoopSource >	RunLoopSourcePtr
typedef SmartPtr< RunLoopSourcePeer >	RunLoopSourcePeerPtr
typedef SmartPtr< RunLoop >	RunLoopPtr
typedef SmartPtr< RunLoopPeer >	RunLoopPeerPtr
typedef Delegate1< ThreadEvent * >	ThreadDelegate
typedef ThreadDelegate::ProcedureType	ThreadHandler
typedef unsigned short	WideChar
	JC - I added this to make it simple to build on linux platforms - gcc doesn't like std::basic_string<unsigned short> on linux, but doesn't like std::basic_string<wchar_t> on OSX, go figure :(.
typedef WideChar	VCFChar
typedef std::basic_string< char >	AnsiString
typedef UnicodeString	String
typedef Delegate1< XMLParserEvent * >	XMLParserDelegate
typedef Delegate1< Event * >	FontChangedDelegate
typedef Delegate1< ImageEvent * >	ImageDelegate
typedef Pixels< SysPixelType >	ColorPixels
typedef Pixels< SysGrayscalePixelType >	GrayPixels
typedef Channel< ColorPixels::Type, ccRed >	RedChannel
typedef Channel< ColorPixels::Type, ccGreen >	GreenChannel
typedef Channel< ColorPixels::Type, ccBlue >	BlueChannel
typedef Channel< ColorPixels::Type, ccAlpha >	AlphaChannel
typedef Delegate1< PrintEvent * >	PrintDelegate
typedef void *	PrintInfoHandle
typedef Delegate1< ActionEvent * >	ActionDelegate
typedef Delegate1< Event * >	OSEventReceivedDelegate
typedef Delegate1< ButtonEvent * >	ButtonDelegate
typedef ButtonDelegate::ProcedureType	ButtonHandler
typedef VCF::Delegate1< ClipboardEvent * >	ClipboardDelegate
typedef ClipboardDelegate::ProcedureType	ClipboardHandler
typedef VCF::Delegate1< ColumnItemEvent * >	ColumnItemDelegate
typedef ColumnItemDelegate::ProcedureType	ColumnItemHandler
typedef Delegate1< ControlEvent * >	ControlDelegate
typedef ControlDelegate::ProcedureType	ControlHandler
typedef Delegate1< ControlPopupMenuMenuEvent * >	ControlPopupMenuDelegate
typedef ControlPopupMenuDelegate::ProcedureType	ControlPopupMenuHandler
typedef uint32	AnchorTypes
typedef Delegate1< DialogEvent * >	DialogDelegate
typedef Delegate1< DocumentEvent * >	DocumentDelegate
typedef DocumentBasedApplication< SDIPolicy >	SDIDocumentBasedApplication
typedef DocumentBasedApplication< MDIPolicy >	MDIDocumentBasedApplication
typedef Delegate1< DocManagerEvent * >	DocManagerDelegate
typedef Delegate1< DragSourceEvent * >	DragSourceDelegate
typedef Delegate1< DropTargetEvent * >	DropTargetDelegate
typedef Delegate1< FocusEvent * >	FocusDelegate
	The Delegate class for a FocusEvent.
typedef FocusDelegate::ProcedureType	FocusHandler
typedef Delegate1< FrameEvent * >	FrameDelegate
typedef FrameDelegate::ProcedureType	FrameHandler
typedef Delegate1< HelpEvent * >	HelpDelegate
typedef HelpDelegate::ProcedureType	HelpHandler
typedef String	ImageFilenameString
	This is a typedef for a string.
typedef Delegate1< ImageListEvent * >	ImageListDelegate
	ImageListDelegate This handles the following Image List events:.
typedef ImageListDelegate::ProcedureType	ImageListHandler
typedef Delegate1< ItemEditorEvent * >	ItemEditorDelegate
	ItemEditorEventHandler handles:.
typedef ItemEditorDelegate::ProcedureType	ItemEditorHandler
typedef Delegate1< ItemEvent * >	ItemDelegate
typedef ItemDelegate::ProcedureType	ItemHandler
typedef Delegate1< KeyboardEvent * >	KeyboardDelegate
	KeyboardDelegate handles the following:.
typedef KeyboardDelegate::ProcedureType	KeyboardHandler
typedef Delegate1< ListModelEvent * >	ListModelDelegate
	ListModelDelegate handles the following:.
typedef ListModelDelegate::ProcedureType	ListModelHandler
typedef Delegate1< MenuItemEvent * >	MenuItemDelegate
	MenuItemEventHandler handles the following:.
typedef MenuItemDelegate::ProcedureType	MenuItemHandler
typedef Delegate1< ModelEvent * >	ModelDelegate
typedef ModelDelegate::ProcedureType	ModelHandler
typedef Delegate1< MouseEvent * >	MouseDelegate
	MouseDelegate handles the following.
typedef MouseDelegate::ProcedureType	MouseHandler
typedef std::pair< String, String >	FilterPair
typedef std::pair< String, String >	FilterPair
typedef Delegate1< ScrollEvent * >	ScrollDelegate
typedef ScrollDelegate::ProcedureType	ScrollHandler
typedef Delegate1< TableCellEvent * >	TableCellDelegate
typedef Delegate2R< TableCellItem *, uint32, uint32 >	CreateTableCellDelegate
typedef Enumerator< TableCellItem * >	TableRowItemEnumerator
typedef Delegate1< TableModelEvent * >	TableModelDelegate
	TableModelEventHandler handles the following:.
typedef TableModelDelegate::ProcedureType	TableModelHandler
typedef Delegate1< TabModelEvent * >	TabModelDelegate
	The handler class for a TabModelEvent.
typedef TabModelDelegate::ProcedureType	TabModelHandler
typedef Delegate1< TextEvent * >	TextModelDelegate
	TextModelEventHandler handles the following:.
typedef TextModelDelegate::ProcedureType	TextModelHandler
typedef Delegate1< TimerEvent * >	TimerDelegate
typedef TimerDelegate::ProcedureType	TimerHandler
typedef Delegate1< ToolTipEvent * >	ToolTipDelegate
	ToolTipEventHandler handles the following:.
typedef ToolTipDelegate::ProcedureType	ToolTipHandler
typedef uint32	TreeModelKey
typedef Delegate1< TreeModelEvent * >	TreeModelDelegate
	TreeModelDelegate handles the following:.
typedef TreeModelDelegate::ProcedureType	TreeModelHandler
typedef Delegate1< UndoRedoEvent * >	UndoRedoDelegate
	UndoRedoDelegate handles the following:.
typedef UndoRedoDelegate::ProcedureType	UndoRedoHandler
typedef Delegate1< ValidationEvent * >	ValidationDelegate
	ModelValidationDelegate handles the following:.
typedef ValidationDelegate::ProcedureType	ValidationHandler
typedef Delegate1< WhatsThisHelpEvent * >	WhatsThisHelpDelegate
	WhatsThisHelpDelegate handles the following:.
typedef WhatsThisHelpDelegate::ProcedureType	WhatsThisHelpHandler
typedef bool(*	FilterCallbackFunc )(MSG *, void *)
typedef Delegate1< WindowEvent * >	WindowDelegate
	WindowDelegate handles the following:.
typedef WindowDelegate::ProcedureType	WindowHandler
typedef std::vector< XCBAbstractControl * >	XCBControlArray
typedef void *	XCBVoidCookie
typedef Delegate1< URLAuthenticationEvent * >	URLAuthenticationDelegate
typedef Delegate1< URLEvent * >	URLDelegate
typedef Delegate1< HTMLAuthenticationEvent * >	HTMLAuthenticationDelegate
typedef Delegate1< HTMLEvent * >	HTMLDelegate
typedef Delegate1< HTMLNewWindowEvent * >	HTMLNewWindowDelegate
typedef Delegate1< HTMLElementEvent * >	HTMLElementDelegate
typedef Delegate1< SocketEvent * >	SocketEventDelegate
typedef std::vector< Socket * >	SocketArray
typedef Delegate3< const xmlChar *, const xmlChar *, const xmlChar * >	InternalSubsetDelegate
typedef Delegate5< const xmlChar *, int, const xmlChar *, const xmlChar *, xmlChar * >	EntityDeclDelegate
typedef Delegate3< const xmlChar *, const xmlChar *, const xmlChar * >	NotationDeclDelegate
typedef Delegate6< const xmlChar *, const xmlChar *, int, int, const xmlChar *, xmlEnumerationPtr >	AttributeDeclDelegate
typedef Delegate3< const xmlChar *, int, xmlElementContentPtr >	ElementDeclDelegate
typedef Delegate4< const xmlChar *, const xmlChar *, const xmlChar *, const xmlChar * >	UnparsedEntityDeclDelegate
typedef Delegate2< const xmlChar *, const xmlChar ** >	StartElementDelegate
typedef Delegate1< const xmlChar * >	EndElementDelegate
typedef Delegate1< const xmlChar * >	ReferenceDelegate
typedef Delegate2< const xmlChar *, int >	CharactersDelegate
typedef Delegate2< const xmlChar *, int >	IgnorableWhitespaceDelegate
typedef Delegate2< const xmlChar *, const xmlChar * >	ProcessingInstructionDelegate
typedef Delegate1< const xmlChar * >	CommentDelegate
typedef Delegate1< const char * >	WarningDelegate
typedef Delegate1< const char * >	ErrorDelegate
typedef Delegate1< const char * >	FatalErrorDelegate
typedef Delegate2< const xmlChar *, int >	CDATABlockDelegate
typedef Delegate3< const xmlChar *, const xmlChar *, const xmlChar * >	ExternalSubsetDelegate
typedef Delegate8< const xmlChar *, const xmlChar *, const xmlChar *, int, const xmlChar **, int, int, const xmlChar ** >	StartElementNsDelegate
typedef Delegate3< const xmlChar *, const xmlChar *, const xmlChar * >	EndElementNsDelegate
typedef Delegate1< const XMLError & >	XMLErrorDelegate
typedef std::vector< XmlNode >	XmlNodeList
typedef Delegate1< JavaScriptEvent * >	JavaScriptDelegate
Enumerations
enum	PropertyDescriptorType {   pdNull = -1, pdUndefined = 0, pdInt, pdLong,   pdShort, pdUShort, pdULong, pdFloat,   pdChar, pdDouble, pdObject, pdBool,   pdString, pdEnum, pdInterface, pdEnumMask,   pdUInt, pdInt64, pdUInt64, pdDateTime,   pdDateTimeSpan, pdVariant, pdVoidPointer, pdLast }
	Standard types for representing property data. More...
enum	KeyboardMasks { kmUndefined = 0, kmAlt = 1, kmShift = 2, kmCtrl = 4 }
	Keyboard masks. More...
enum	VirtualKeyCode {   vkUndefined = 0, vkF1 = 200, vkF2, vkF3,   vkF4, vkF5, vkF6, vkF7,   vkF8, vkF9, vkF10, vkF11,   vkF12, vkUpArrow, vkDownArrow, vkLeftArrow,   vkRightArrow, vkPgUp, vkPgDown, vkHome,   vkEnd, vkInsert, vkDelete, vkBackSpace,   vkNumber0, vkNumber1, vkNumber2, vkNumber3,   vkNumber4, vkNumber5, vkNumber6, vkNumber7,   vkNumber8, vkNumber9, vkLetterA, vkLetterB,   vkLetterC, vkLetterD, vkLetterE, vkLetterF,   vkLetterG, vkLetterH, vkLetterI, vkLetterJ,   vkLetterK, vkLetterL, vkLetterM, vkLetterN,   vkLetterO, vkLetterP, vkLetterQ, vkLetterR,   vkLetterS, vkLetterT, vkLetterU, vkLetterV,   vkLetterW, vkLetterX, vkLetterY, vkLetterZ,   vkSpaceBar, vkReturn, vkAlt, vkShift,   vkCtrl, vkTab, vkEscape, vkLeftApostrophe,   vkTilde, vkExclamation, vkCommercialAt, vkNumberSign,   vkDollarSign, vkPercent, vkCircumflex, vkAmpersand,   vkAsterix, vkOpenParen, vkCloseParen, vkHyphen,   vkUnderbar, vkEqualsSign, vkPlusSign, vkUprightBar,   vkBackSlash, vkOpenBracket, vkOpenBrace, vkCloseBracket,   vkCloseBrace, vkSemiColon, vkColon, vkSingleQuote,   vkDoubleQuote, vkComma, vkLessThan, vkPeriod,   vkGreaterThan, vkForwardSlash, vkQuestionMark, vkPrintScreen,   vkScrollLock, vkPause, vkCapsLock, vkMinusSign = vkHyphen,   vkDivideSign = vkForwardSlash, vkMultiplySign = vkAsterix, vkEnter = vkReturn }
	This enum is a mapping of virtual keys on a keyboard to a standard value. More...
enum	CharacterType {   ctSpace = 0x1, ctPrint = 0x2, ctCntrl = 0x04, ctUpper = 0x500,   ctLower = 0x600, ctDigit = 0x10, ctPunct = 0x20, ctHexDigit = 0x40,   ctAlpha = 0x08, ctAlphaNumeric = ctDigit | ctAlpha, ctGraph = ctAlphaNumeric | ctPunct }
enum	RegistryKeyType { RKT_ROOT = 0, RKT_CURRENT_USER, RKT_LOCAL_MACHINE }
enum	RegistryDataType { RDT_STRING = 0, RDT_INTEGER, RDT_BOOL, RDT_BINARY }
enum	RunLoopEvents {   rlStarted = 0, rlSourceFired, rlTimerFired, rlStopped,   rlFinished }
enum	SeekType { stSeekFromStart = 0, stSeekForwards, stSeekBackwards, stSeekFromEnd }
	seek types More...
enum	FileStreamAccessType { fsDontCare = 0, fsRead, fsWrite, fsReadWrite }
	file acess More...
enum	UIElementType {   etControl = 0, etButton, etDisclosureButton, etRadioButton,   etCheckbox, etCombobox, etMenuItem, etMenuBar,   etWindow, etScrollbar, etScrollbarThumb, etScrollbarButton,   etTextbox, etLabel, etToolbar, etToolbarButton,   etTab, etTabPage, etProgress, etSlider,   etSliderThumb, etListView, etTreeView, etHeader,   etItem, etListItem, etHeaderItem, etTreeItem,   etTableItem, etSubItem = 0x01000000, etItemMask = 0x0000FFFF }
enum	BackgroundColors {   bgShadow = 0, bgFace, bgHighlight, bgActiveCaption,   bgActiveBorder, bgDesktop, bgCaptionText, bgSelection,   bgSelectionText, bgInactiveBorder, bgInactiveCaption, bgToolTip,   bgToolTipText, bgMenu, bgMenuText, bgWindow,   bgWindowText, bgWindowFrame, bgTab, bgControl,   bgStatus, bgToolbar, bgScrollbar, bgScrollBarThumb,   bgScrollBarBtn, bgMenuItem, bgToolbarButton, bgHeader,   bgProgress, bgItem, bgListItem, bgHeaderItem,   bgTreeItem, bgTableItem }
enum	ColorChannel { ccRed, ccGreen, ccBlue, ccAlpha }
enum	ButtonCommandType {   BC_NONE = 0, BC_OK, BC_CANCEL, BC_YES,   BC_NO, BC_MAYBE, BC_HELP, BC_IGNORE,   BC_RETRY, BC_ABORT }
enum	ColumnAutosizeType { casAutoSizeNone = -1, casAutoSizeColumns = -2, casAutoSizeHeaders = -3, casAutoSizeColumnsAndHeaders = -4 }
enum	ComboBoxStyleType { cbsDropDown = 0, cbsDropDownWithEdit }
	The various styles for a ComboBoxControl. More...
enum	AlignmentType {   AlignNone = 0, AlignTop, AlignLeft, AlignRight,   AlignBottom, AlignClient }
	The various enumerations of standard alignment types used by the default containers for control alignment. More...
enum	AnchorType {   AnchorNone = 0, AnchorTop = 1, AnchorLeft = 2, AnchorBottom = 4,   AnchorRight = 8 }
	An enum of anchor types for a control's anchor value. More...
enum	TextAlignmentType { taTextLeft = 0, taTextCenter, taTextRight }
enum	DragActionType { daNone = 0, daCopy, daMove, daLink }
enum	FrameStyleType {   fstSizeable = 0, fstNoBorder, fstFixed, fstNoBorderFixed,   fstToolbarBorder, fstToolbarBorderFixed }
	These are enumerations for the possible frame styles that can be set on Frame instance. More...
enum	FrameCenterDirection {   fcdOnFrame = 0x0000, fcdOnShell = 0x0002, fcdHorizontal = 0x0004, fcdVertical = 0x0008,   fcdBoth = fcdHorizontal | fcdVertical }
	These are the enumeration of the center directions. More...
enum	ItemDisplayState {   idsNone = 0x0000, idsChecked = 0x0005, idsUnChecked = 0x0006, idsRadioUnpressed = 0x0007,   idsRadioPressed = 0x0008, idsCanPaint = 0x0010 }
	these are a general set of enumeration masks that can be used to describe the items state above and beyond whether the item is selected More...
enum	TextVerticalAlignment { tvaTextTop = 0, tvaTextCenter, tvaTextBottom }
enum	ListModelEvents {   LIST_MODEL_CONST = 900, lmeContentsDeleted = CUSTOM_EVENT_TYPES + LIST_MODEL_CONST + 1, lmeItemChanged, lmeItemAdded,   lmeItemRemoved, lmeSubItemAdded, lmeSubItemRemoved, lmeSubItemChanged }
enum	ListViewDisplayOptions { lvdoDefault = 0, lvdoHotTracking = 1, lvdoFullRowSelect = 2, lvdoGridLines = 4 }
enum	IconStyleType { isLargeIcon = 0, isSmallIcon, isList, isDetails }
	An enum of icon styles for list views. More...
enum	IconAlignType { iaNone = 0, iaTop, iaLeft, iaAutoArrange }
	An enum of icon alignment types for list views. More...
enum	MouseButtomMasks {   mbmUndefined = 0, mbmLeftButton = 1, mbmMiddleButton = 2, mbmRightButton = 4,   mbmPrimaryButton = mbmLeftButton, mbmSecondaryButton = mbmRightButton, mbmTertiaryButton = mbmMiddleButton }
	Mouse button masks. More...
enum	TableModelEvents {   TABLEMODEL_EVENT_CONST = CUSTOM_EVENT_TYPES + 2000, tmColumnsDeleted, tmColumnsAdded, tmRowsDeleted,   tmRowsAdded, tmCellChanged, tmAllColumnsChanged, tmAllRowsChanged,   tmAllItemsDeleted }
enum	TabModelEvents { tmeItemAdded = CUSTOM_EVENT_TYPES + TABMODELEVENT_CONST + 1, tmeItemRemoved, tmeItemSelected }
enum	ToolbarDockSide { tdsTop = 0, tdsLeft, tdsRight, tdsBottom }
enum	ToolbarBackgroundStyle { tbksNone = 0, tbksTile, tbksStretch }
enum	TreeDisplayOptions {   tdoNone = 0, tdoShowHierarchyLines = 1, tdoShowRowLines = 2, tdoShowColumnLines = 4,   tdoShowFullRowSelection = 8, tdoShowColumnHeader = 16 }
enum	NetworkErrors {   neInProgress = 1, neAlreadyInprogress, neNotSocket, neDestAddrRequested,   neMsgTooLong, neWrongProtocol, neBadProtocolOpt, neProtocolNotSupp,   neSockTypeNotSupp, neOperationNotSupp, neProtoFamilyNotSupp, neAddrFamilyNotSupp,   neAddrInUse, neAddrNotAvailable, neNetworkDown, neNetworkUnreachable,   neNetworkReset, neConnectionAborted, neConnectionReset, neNoBufferSpaceAvail,   neSockAlreadyConnected, neSockNotConnected, neSockShutdown, neConnectionTimedOut,   neConectionRefused, neTooManySymLinks, neNameTooLong, neHostDown,   neHostUnreachable, neTooManyProcesses }
enum	XMLNodeType {   ntNone = 0, ntElement = 1, ntAttribute = 2, ntText = 3,   ntCDATA = 4, ntEntityReference = 5, ntEntity = 6, ntProcessingInstruction = 7,   ntComment = 8, ntDocument = 9, ntDocumentType = 10, ntDocumentFragment = 11,   ntNotation = 12, ntWhitespace = 13, ntSignificantWhitespace = 14, ntEndElement = 15,   ntEndEntity = 16, ntXmlDeclaration = 17 }
Functions
template<typename T>
const T &	minVal (const T &x, const T &y)
template<typename T>
const T &	maxVal (const T &x, const T &y)
int32	PtrToInt32 (const void *val)
	Truncates the given pointer to a 32-bit value.
uint32	PtrToUInt32 (const void *val)
	Truncates the given pointer to a 32-bit value.
uint32	getHi32 (uint64 val)
	This returns the top 32 bits of the number.
int32	getHi32 (int64 val)
	This returns the top 32 bits of the number.
uint32	getLo32 (uint64 val)
	This returns the low 32 bits of the number.
uint32	getLo32 (int64 val)
	This returns the low 32 bits of the number.
void	setHi32 (uint64 &val, uint32 hi)
	This sets the top 32 bits of the number to the specified value.
void	setHi32 (int64 &val, int32 hi)
	This sets the top 32 bits of the number to the specified value.
void	setLo32 (uint64 &val, uint32 lo)
	This sets the low 32 bits of the number to the specified value.
void	setLo32 (int64 &val, uint32 lo)
	This sets the low 32 bits of the number to the specified value.
uint64	makeUInt64 (uint32 hi, uint32 lo)
	Creates an unsigned 64 bit integer from the high and low 32 bit.
int64	makeInt64 (int32 hi, uint32 lo)
	Creates a signed 64 bit integer from the high and low 32 bit.
String	operator+ (const String &lhs, const int &val)
	Implementation of string operators.
String &	operator+= (String &lhs, const int &val)
String	operator+ (const String &lhs, const unsigned int &val)
String &	operator+= (String &lhs, const unsigned int &val)
String	operator+ (const String &lhs, const long &val)
String &	operator+= (String &lhs, const long &val)
String	operator+ (const String &lhs, const unsigned long &val)
String &	operator+= (String &lhs, const unsigned long &val)
String	operator+ (const String &lhs, const short &val)
String &	operator+= (String &lhs, const short &val)
String	operator+ (const String &lhs, const double &val)
String &	operator+= (String &lhs, const double &val)
String	operator+ (const String &lhs, const float &val)
String &	operator+= (String &lhs, const float &val)
String	operator+ (const String &lhs, const bool &val)
String &	operator+= (String &lhs, const bool &val)
String	operator+ (const String &lhs, const uint64 &val)
String &	operator+= (String &lhs, const uint64 &val)
String	operator+ (const String &lhs, const int64 &val)
String &	operator+= (String &lhs, const int64 &val)
String	operator+ (const String &lhs, void *val)
String &	operator+= (String &lhs, void *val)
String	operator+ (const String &lhs, Object &val)
	Objects!
String &	operator+= (String &lhs, Object &val)
String	operator+ (const String &lhs, Object *val)
String &	operator+= (String &lhs, Object *val)
String	operator+ (const String &lhs, const std::type_info &typeInfo)
	type info!
String &	operator+= (String &lhs, const std::type_info &typeInfo)
String	operator+ (const String &lhs, const VariantData &rhs)
	Variant data.
String &	operator+= (String &lhs, const VariantData &rhs)
String	operator+ (const String &lhs, const BasicException &rhs)
	Exceptions.
String &	operator+= (String &lhs, const BasicException &rhs)
String	operator+ (const String &lhs, const std::exception &rhs)
String &	operator+= (String &lhs, const std::exception &rhs)
UnicodeString	operator+ (const UnicodeString &lhs, const UnicodeString &rhs)
UnicodeString	operator+ (const UnicodeString::UniChar *lhs, const UnicodeString &rhs)
UnicodeString	operator+ (const UnicodeString &lhs, const UnicodeString::UniChar *rhs)
UnicodeString	operator+ (const UnicodeString::UniChar &lhs, const UnicodeString &rhs)
UnicodeString	operator+ (const UnicodeString &lhs, const UnicodeString::UniChar &rhs)
UnicodeString	operator+ (const UnicodeString::AnsiChar &lhs, const UnicodeString &rhs)
UnicodeString	operator+ (const UnicodeString &lhs, const UnicodeString::AnsiChar &rhs)
UnicodeString	operator+ (const UnicodeString::AnsiChar *lhs, const UnicodeString &rhs)
UnicodeString	operator+ (const UnicodeString &lhs, const UnicodeString::AnsiChar *rhs)
bool	operator== (const UnicodeString &lhs, const UnicodeString &rhs)
bool	operator!= (const UnicodeString &lhs, const UnicodeString &rhs)
bool	operator< (const UnicodeString &lhs, const UnicodeString &rhs)
bool	operator<= (const UnicodeString &lhs, const UnicodeString &rhs)
bool	operator> (const UnicodeString &lhs, const UnicodeString &rhs)
bool	operator>= (const UnicodeString &lhs, const UnicodeString &rhs)
template<typename SpanAllocT, typename SpanGenT>
void	renderScanlines (GraphicsContext &gc, agg::rendering_buffer &renderingBuffer, agg::rasterizer_scanline_aa<> &rasterizer, SpanAllocT &spanAllocater, SpanGenT &spanGenerator)
void	renderScanlinesSolid (GraphicsContext &gc, agg::rasterizer_scanline_aa<> &rasterizer, const agg::rgba &color)
template<typename T>
int	ApplicationKitMain (int argc, char **argv)
Variables
const double	MatrixEpsilon = 1e-14
GRAPHICSKIT_API	Path
GRAPHICSKIT_API	GraphicsContext
GRAPHICSKIT_API	Win32Image
static String	ButtonCommandTypeNames []
static String	ColumnAutosizeTypeNames []
static String	ComboBoxStyleTypeNames []
static String	FrameStyleTypeNames []
static String	TextVerticalAlignmentNames [] = { "tvaTextTop", "tvaTextCenter", "tvaTextBottom" }
static String	IconStyleTypeNames []
static String	IconAlignTypeNames []
static String	ProgressAlignmentNames []
static String	ButtonCaptionAlignmentNames []
static String	DisplayOrientationNames []
static String	TickMarkStyleNames []
static String	ToolbarDockSideNames []
static String	ToolbarBackgroundStyleNames []
OPENGLKIT_API	GraphicsContext

---

Detailed Description

Note this code is partially (mostly) based on the condition class from the Boost Threads library by William Kempf.

Copyright (C) 2001-2003 William E. Kempf

Permission to use, copy, modify, distribute and sell this software and its documentation for any purpose is hereby granted without fee, provided that the above copyright notice appear in all copies and that both that copyright notice and this permission notice appear in supporting documentation. William E. Kempf makes no representations about the suitability of this software for any purpose. It is provided "as is" without express or implied warranty.

---

Typedef Documentation

typedef Delegate1<ActionEvent*> VCF::ActionDelegate

typedef Channel<ColorPixels::Type,ccAlpha> VCF::AlphaChannel

typedef uint32 VCF::AnchorTypes

typedef std::basic_string<char> VCF::AnsiString

typedef std::pair<int,int> VCF::AppleLocalePair

typedef Procedure1<AsyncResult*> VCF::AsyncCallback

typedef Delegate6<const xmlChar*, const xmlChar*, int, int, const xmlChar*, xmlEnumerationPtr> VCF::AttributeDeclDelegate

typedef Channel<ColorPixels::Type,ccBlue> VCF::BlueChannel

typedef Delegate1<ButtonEvent*> VCF::ButtonDelegate

typedef ButtonDelegate::ProcedureType VCF::ButtonHandler

typedef Delegate2<const xmlChar*,int> VCF::CDATABlockDelegate

typedef Delegate2<const xmlChar *,int> VCF::CharactersDelegate

typedef VCF::Delegate1<ClipboardEvent*> VCF::ClipboardDelegate

typedef ClipboardDelegate::ProcedureType VCF::ClipboardHandler

typedef Pixels<SysPixelType> VCF::ColorPixels

typedef VCF::Delegate1<ColumnItemEvent*> VCF::ColumnItemDelegate

typedef ColumnItemDelegate::ProcedureType VCF::ColumnItemHandler

typedef Delegate1<const xmlChar*> VCF::CommentDelegate

typedef Delegate1<ComponentEvent*> VCF::ComponentDelegate

typedef ComponentDelegate::ProcedureType VCF::ComponentHandler

typedef Delegate1<ControlEvent*> VCF::ControlDelegate

typedef ControlDelegate::ProcedureType VCF::ControlHandler

typedef Delegate1<ControlPopupMenuMenuEvent*> VCF::ControlPopupMenuDelegate

typedef ControlPopupMenuDelegate::ProcedureType VCF::ControlPopupMenuHandler

typedef Delegate2R<TableCellItem*,uint32,uint32> VCF::CreateTableCellDelegate

typedef Delegate1<DialogEvent*> VCF::DialogDelegate

typedef Delegate1<DocManagerEvent*> VCF::DocManagerDelegate

typedef Delegate1<DocumentEvent*> VCF::DocumentDelegate

typedef Delegate1<DragSourceEvent*> VCF::DragSourceDelegate

typedef Delegate1<DropTargetEvent*> VCF::DropTargetDelegate

typedef Delegate3<const xmlChar*,int,xmlElementContentPtr> VCF::ElementDeclDelegate

typedef Delegate1<const xmlChar*> VCF::EndElementDelegate

typedef Delegate3<const xmlChar*, const xmlChar*, const xmlChar*> VCF::EndElementNsDelegate

typedef Delegate5<const xmlChar*,int,const xmlChar*,const xmlChar*,xmlChar*> VCF::EntityDeclDelegate

typedef Delegate1<const char *> VCF::ErrorDelegate

typedef Delegate1<Event*> VCF::EventDelegate

typedef EventProcedure VCF::EventHandler

typedef Procedure1<Event*> VCF::EventProcedure

typedef Delegate3<const xmlChar*,const xmlChar*,const xmlChar*> VCF::ExternalSubsetDelegate

typedef Delegate1<const char *> VCF::FatalErrorDelegate

typedef bool(* VCF::FilterCallbackFunc)(MSG *, void *)

typedef std::pair<String,String> VCF::FilterPair

typedef std::pair<String,String> VCF::FilterPair

typedef void(* VCF::FinalizationFunc)()

typedef Delegate1<FocusEvent*> VCF::FocusDelegate

The Delegate class for a FocusEvent. handles the following: FocusGained FocusLost

typedef FocusDelegate::ProcedureType VCF::FocusHandler

typedef Delegate1<Event*> VCF::FontChangedDelegate

typedef Delegate1<FrameEvent*> VCF::FrameDelegate

typedef FrameDelegate::ProcedureType VCF::FrameHandler

typedef Pixels<SysGrayscalePixelType> VCF::GrayPixels

typedef Channel<ColorPixels::Type,ccGreen> VCF::GreenChannel

typedef Delegate1<HelpEvent*> VCF::HelpDelegate

typedef HelpDelegate::ProcedureType VCF::HelpHandler

typedef Delegate1<HTMLAuthenticationEvent*> VCF::HTMLAuthenticationDelegate

typedef Delegate1<HTMLEvent*> VCF::HTMLDelegate

typedef Delegate1<HTMLElementEvent*> VCF::HTMLElementDelegate

typedef Delegate1<HTMLNewWindowEvent*> VCF::HTMLNewWindowDelegate

typedef Delegate2<const xmlChar *,int> VCF::IgnorableWhitespaceDelegate

typedef Delegate1<ImageEvent*> VCF::ImageDelegate

typedef String VCF::ImageFilenameString

This is a typedef for a string. This typedef is then used by the RTTI info for this class (see vcf/ApplicationKit/ApplicationKitRTTI.inl) to "typedef" the property. So even though this is just a string, the property type is a ImageFilenameString, which then allows us to specify a different kind of PropertyEditor for the string.

typedef Delegate1<ImageListEvent*> VCF::ImageListDelegate

ImageListDelegate This handles the following Image List events:. ImageListSizeChanged ImageAdded ImageDeleted ImageListCreated ImageListDestroyed ImageListSizeChanged

typedef ImageListDelegate::ProcedureType VCF::ImageListHandler

typedef void(* VCF::InitializationFunc)()

typedef short VCF::int16

typedef int VCF::int32

typedef long long VCF::int64

typedef signed char VCF::int8

typedef Delegate3<const xmlChar*,const xmlChar*,const xmlChar*> VCF::InternalSubsetDelegate

typedef _W64 int32 VCF::intptr

typedef Delegate1<ItemEvent*> VCF::ItemDelegate

typedef Delegate1<ItemEditorEvent*> VCF::ItemEditorDelegate

ItemEditorEventHandler handles:. onChange onValidateChange

typedef ItemEditorDelegate::ProcedureType VCF::ItemEditorHandler

typedef ItemDelegate::ProcedureType VCF::ItemHandler

typedef Delegate1<JavaScriptEvent*> VCF::JavaScriptDelegate

typedef Delegate1<KeyboardEvent*> VCF::KeyboardDelegate

KeyboardDelegate handles the following:. onKeyPressed onKeyDown onKeyUp

typedef KeyboardDelegate::ProcedureType VCF::KeyboardHandler

typedef Delegate1<ListModelEvent*> VCF::ListModelDelegate

ListModelDelegate handles the following:. onListModelContentsChanged onItemAdded onItemDeleted

typedef ListModelDelegate::ProcedureType VCF::ListModelHandler

typedef DocumentBasedApplication<MDIPolicy> VCF::MDIDocumentBasedApplication

typedef Delegate1<MenuItemEvent*> VCF::MenuItemDelegate

MenuItemEventHandler handles the following:. onMenuItemClicked onMenuItemUpdate

typedef MenuItemDelegate::ProcedureType VCF::MenuItemHandler

typedef Delegate1<ModelEvent*> VCF::ModelDelegate

typedef ModelDelegate::ProcedureType VCF::ModelHandler

typedef Delegate1<MouseEvent*> VCF::MouseDelegate

MouseDelegate handles the following. onMouseDoubleClicked onMouseClicked onMouseMove onMouseUp onMouseDown

typedef MouseDelegate::ProcedureType VCF::MouseHandler

typedef Delegate3<const xmlChar*,const xmlChar*,const xmlChar*> VCF::NotationDeclDelegate

typedef Delegate1<Event*> VCF::OSEventReceivedDelegate

typedef void* VCF::OSHandleID

This is used as a wrapper around some platform object or handle.

typedef Delegate1<OutputReadyEvent*> VCF::OutputReadyDelegate

typedef OutputReadyDelegate::ProcedureType VCF::OutputReadyHandler

typedef Delegate1<PrintEvent*> VCF::PrintDelegate

typedef void* VCF::PrintInfoHandle

typedef Delegate2<const xmlChar *,const xmlChar *> VCF::ProcessingInstructionDelegate

typedef Delegate1<PropertyChangeEvent*> VCF::PropertyChangeDelegate

typedef PropertyChangeDelegate::ProcedureType VCF::PropertyChangeHandler

typedef Channel<ColorPixels::Type,ccRed> VCF::RedChannel

typedef Delegate1<const xmlChar*> VCF::ReferenceDelegate

typedef Delegate1<RunLoopEvents> VCF::RunLoopDelegate

typedef SmartPtr<RunLoopPeer> VCF::RunLoopPeerPtr

typedef SmartPtr<RunLoop> VCF::RunLoopPtr

typedef SmartPtr<RunLoopSourcePeer> VCF::RunLoopSourcePeerPtr

typedef SmartPtr<RunLoopSource> VCF::RunLoopSourcePtr

typedef SmartPtr<RunLoopTimerPeer> VCF::RunLoopTimerPeerPtr

typedef SmartPtr<RunLoopTimer> VCF::RunLoopTimerPtr

typedef Delegate1<ScrollEvent*> VCF::ScrollDelegate

typedef ScrollDelegate::ProcedureType VCF::ScrollHandler

typedef DocumentBasedApplication<SDIPolicy> VCF::SDIDocumentBasedApplication

typedef std::vector<Socket*> VCF::SocketArray

typedef Delegate1<SocketEvent*> VCF::SocketEventDelegate

typedef Delegate2<const xmlChar*,const xmlChar**> VCF::StartElementDelegate

typedef Delegate8<const xmlChar*, const xmlChar*, const xmlChar*, int, const xmlChar**, int, int, const xmlChar**> VCF::StartElementNsDelegate

typedef UnicodeString VCF::String

typedef Delegate1<TableCellEvent*> VCF::TableCellDelegate

typedef Delegate1<TableModelEvent*> VCF::TableModelDelegate

TableModelEventHandler handles the following:. onChange

typedef TableModelDelegate::ProcedureType VCF::TableModelHandler

typedef Enumerator<TableCellItem*> VCF::TableRowItemEnumerator

typedef Delegate1<TabModelEvent*> VCF::TabModelDelegate

The handler class for a TabModelEvent. handles the following: onTabPageAdded onTabPageRemoved onTabPageSelected

typedef TabModelDelegate::ProcedureType VCF::TabModelHandler

typedef Delegate1<TextEvent*> VCF::TextModelDelegate

TextModelEventHandler handles the following:. onTextChanged

typedef TextModelDelegate::ProcedureType VCF::TextModelHandler

typedef Delegate1<ThreadEvent*> VCF::ThreadDelegate

typedef ThreadDelegate::ProcedureType VCF::ThreadHandler

typedef Delegate1<TimerEvent*> VCF::TimerDelegate

typedef TimerDelegate::ProcedureType VCF::TimerHandler

typedef Delegate1<ToolTipEvent*> VCF::ToolTipDelegate

ToolTipEventHandler handles the following:. onToolTipRequested onToolTip

typedef ToolTipDelegate::ProcedureType VCF::ToolTipHandler

typedef Delegate1<TreeModelEvent*> VCF::TreeModelDelegate

TreeModelDelegate handles the following:. onNodeAdded onNodeDeleted

typedef TreeModelDelegate::ProcedureType VCF::TreeModelHandler

typedef uint32 VCF::TreeModelKey

typedef unsigned char VCF::uchar

typedef unsigned int VCF::uint

typedef unsigned short VCF::uint16

typedef unsigned int VCF::uint32

typedef unsigned long long VCF::uint64

typedef unsigned char VCF::uint8

typedef _W64 uint32 VCF::uintptr

typedef unsigned long VCF::ulong

typedef Delegate1<UndoRedoEvent*> VCF::UndoRedoDelegate

UndoRedoDelegate handles the following:. onUndoCommand onRedoCommand onStackCleared onStackChanged onExecuteCommand

typedef UndoRedoDelegate::ProcedureType VCF::UndoRedoHandler

typedef Delegate4<const xmlChar *, const xmlChar *, const xmlChar *, const xmlChar *> VCF::UnparsedEntityDeclDelegate

typedef Delegate1<URLAuthenticationEvent*> VCF::URLAuthenticationDelegate

typedef Delegate1<URLEvent*> VCF::URLDelegate

typedef unsigned short VCF::ushort

typedef Delegate1<ValidationEvent*> VCF::ValidationDelegate

ModelValidationDelegate handles the following:. onModelValidate

typedef ValidationDelegate::ProcedureType VCF::ValidationHandler

typedef WideChar VCF::VCFChar

typedef Delegate1<const char *> VCF::WarningDelegate

typedef Delegate1<WhatsThisHelpEvent*> VCF::WhatsThisHelpDelegate

WhatsThisHelpDelegate handles the following:. onControlHelpRequested

typedef WhatsThisHelpDelegate::ProcedureType VCF::WhatsThisHelpHandler

typedef unsigned short VCF::WideChar

JC - I added this to make it simple to build on linux platforms - gcc doesn't like std::basic_string<unsigned short> on linux, but doesn't like std::basic_string<wchar_t> on OSX, go figure :(.

typedef Delegate1<WindowEvent*> VCF::WindowDelegate

WindowDelegate handles the following:. onWindowRestore onWindowMaximize onWindowMinimize

typedef WindowDelegate::ProcedureType VCF::WindowHandler

typedef std::vector<XCBAbstractControl*> VCF::XCBControlArray

typedef void* VCF::XCBVoidCookie

typedef Delegate1<const XMLError&> VCF::XMLErrorDelegate

typedef std::vector<XmlNode> VCF::XmlNodeList

typedef Delegate1<XMLParserEvent*> VCF::XMLParserDelegate

---

Enumeration Type Documentation

enum VCF::AlignmentType

The various enumerations of standard alignment types used by the default containers for control alignment. Note that other custom control's may have their own types. Enumerator: AlignNone  The default value for a control's alignment. The control's top, left, width, and height are what determine it's position, regardless of surrounding controls. AlignTop  The control moves to the top of the parent container and resizes to fill in the width of the parent control. The height of the control is not altered during parent dimension changes. AlignLeft  The control moves to the bottom of the parent container and resizes to fill in the width of the parent control. The height of the control is not altered during parent dimension changes. AlignRight  The control moves to the left side of the parent container and resizes to fill in the height of the parent control. The width of the control is not altered during parent dimension changes. AlignBottom  The control moves to the right side of the parent container and resizes to fill in the height of the parent control. The width of the control is not altered during parent dimension changes. AlignClient  The control resizes to fill in the remaining client area of a form (after all other alignment positions of other controls are calculated).

enum VCF::AnchorType

An enum of anchor types for a control's anchor value. These may be masked together. Enumerator: AnchorNone  This is the default value for a control's anchor property. No layout adjustments are performed on the control. AnchorTop  The Control is anchored to the top edge of the parent control it belongs to. Whatever the distance between the top edge and the top coordinate of the control when this is set, is maintained whenever the parent control's dimensions change. AnchorLeft  The Control is anchored to the left edge of the parent control it belongs to. Whatever the distance between the left edge and the left coordinate of the control when this is set, is maintained whenever the parent control's dimensions change. AnchorBottom  The Control is anchored to the bottom edge of the parent control it belongs to. Whatever the distance between the bottom edge and the bottom coordinate of the control when this is set, is maintained whenever the parent control's dimensions change. AnchorRight  The Control is anchored to the right edge of the parent control it belongs to. Whatever the distance between the right edge and the right coordinate of the control when this is set, is maintained whenever the parent control's dimensions change.

enum VCF::BackgroundColors

Enumerator: bgShadow  bgFace  bgHighlight  bgActiveCaption  bgActiveBorder  bgDesktop  bgCaptionText  bgSelection  bgSelectionText  bgInactiveBorder  bgInactiveCaption  bgToolTip  bgToolTipText  bgMenu  bgMenuText  bgWindow  bgWindowText  bgWindowFrame  bgTab  bgControl  bgStatus  bgToolbar  bgScrollbar  bgScrollBarThumb  bgScrollBarBtn  bgMenuItem  bgToolbarButton  bgHeader  bgProgress  bgItem  bgListItem  bgHeaderItem  bgTreeItem  bgTableItem

enum VCF::ButtonCommandType

Enumerator: BC_NONE  BC_OK  BC_CANCEL  BC_YES  BC_NO  BC_MAYBE  BC_HELP  BC_IGNORE  BC_RETRY  BC_ABORT

enum VCF::CharacterType

Enumerator: ctSpace  ctPrint  ctCntrl  ctUpper  ctLower  ctDigit  ctPunct  ctHexDigit  ctAlpha  ctAlphaNumeric  ctGraph

enum VCF::ColorChannel

Enumerator: ccRed  ccGreen  ccBlue  ccAlpha

enum VCF::ColumnAutosizeType

Enumerator: casAutoSizeNone  casAutoSizeColumns  casAutoSizeHeaders  casAutoSizeColumnsAndHeaders

enum VCF::ComboBoxStyleType

The various styles for a ComboBoxControl. Currently there are only 2. Enumerator: cbsDropDown  cbsDropDownWithEdit

enum VCF::DragActionType

Enumerator: daNone  daCopy  daMove  daLink

enum VCF::FileStreamAccessType

file acess Enumerator: fsDontCare  fsRead  fsWrite  fsReadWrite

enum VCF::FrameCenterDirection

These are the enumeration of the center directions. Enumerator: fcdOnFrame  This marks that a frame is centered on another frame (the owner). fcdOnShell  This marks that the frame is centered on the desktop. fcdHorizontal  A frame could be centered Horizontaly, . .. fcdVertical  A frame could be centered verticaly. fcdBoth  A frame could also be centered Horizontaly and Verticaly.

enum VCF::FrameStyleType

These are enumerations for the possible frame styles that can be set on Frame instance. Enumerator: fstSizeable  The default style, this uses the default frame border and is resizeable. The exact "look" of this is dependant on the platforms windowing system. In Win32 this is a window that has a full size caption bar, with title, and frame edge borders that can be sized. fstNoBorder  This is a sizeable frame with no border, but can still be resized. Again, the exact "look" is depedant on the platforms windowing system. fstFixed  This makes the frame fixed, like a dialog. The frame will not be allowed to be resized. While the look is windowing system dependant, on Win32 this would look like a normal dialog, with the border edges on the frame. fstNoBorderFixed  This makes the frame have no border, and disallows resizing. fstToolbarBorder  This marks the frame so that is has a toolbar border and caption area and is resizeable. Again, the precise "look" is windowing system dependant, but for Win32 this would create a window that looks like a toolbar, it would have the smaller caption bar and smaller border edges. fstToolbarBorderFixed  This creates a look much like fstToolbarBorder, but the frame is not resizeable.

enum VCF::IconAlignType

An enum of icon alignment types for list views. Enumerator: iaNone  iaTop  iaLeft  iaAutoArrange

enum VCF::IconStyleType

An enum of icon styles for list views. Enumerator: isLargeIcon  isSmallIcon  isList  isDetails

enum VCF::ItemDisplayState

these are a general set of enumeration masks that can be used to describe the items state above and beyond whether the item is selected Enumerator: idsNone  idsChecked  idsUnChecked  idsRadioUnpressed  idsRadioPressed  idsCanPaint

enum VCF::KeyboardMasks

Keyboard masks. Enumerator: kmUndefined  kmAlt  kmShift  kmCtrl

enum VCF::ListModelEvents

Enumerator: LIST_MODEL_CONST  lmeContentsDeleted  lmeItemChanged  lmeItemAdded  lmeItemRemoved  lmeSubItemAdded  lmeSubItemRemoved  lmeSubItemChanged

enum VCF::ListViewDisplayOptions

Enumerator: lvdoDefault  lvdoHotTracking  lvdoFullRowSelect  lvdoGridLines

enum VCF::MouseButtomMasks

Mouse button masks. Enumerator: mbmUndefined  mbmLeftButton  mbmMiddleButton  mbmRightButton  mbmPrimaryButton  mbmSecondaryButton  mbmTertiaryButton

enum VCF::NetworkErrors

Enumerator: neInProgress  neAlreadyInprogress  neNotSocket  neDestAddrRequested  neMsgTooLong  neWrongProtocol  neBadProtocolOpt  neProtocolNotSupp  neSockTypeNotSupp  neOperationNotSupp  neProtoFamilyNotSupp  neAddrFamilyNotSupp  neAddrInUse  neAddrNotAvailable  neNetworkDown  neNetworkUnreachable  neNetworkReset  neConnectionAborted  neConnectionReset  neNoBufferSpaceAvail  neSockAlreadyConnected  neSockNotConnected  neSockShutdown  neConnectionTimedOut  neConectionRefused  neTooManySymLinks  neNameTooLong  neHostDown  neHostUnreachable  neTooManyProcesses

enum VCF::PropertyDescriptorType

Standard types for representing property data. Enumerator: pdNull  pdUndefined  pdInt  pdLong  pdShort  pdUShort  pdULong  pdFloat  pdChar  pdDouble  pdObject  pdBool  pdString  pdEnum  pdInterface  pdEnumMask  pdUInt  pdInt64  pdUInt64  pdDateTime  pdDateTimeSpan  pdVariant  pdVoidPointer  pdLast

enum VCF::RegistryDataType

Enumerator: RDT_STRING  RDT_INTEGER  RDT_BOOL  RDT_BINARY

enum VCF::RegistryKeyType

Enumerator: RKT_ROOT  RKT_CURRENT_USER  RKT_LOCAL_MACHINE

enum VCF::RunLoopEvents

Enumerator: rlStarted  rlSourceFired  rlTimerFired  rlStopped  rlFinished

enum VCF::SeekType

seek types Enumerator: stSeekFromStart  stSeekForwards  stSeekBackwards  stSeekFromEnd

enum VCF::TableModelEvents

Enumerator: TABLEMODEL_EVENT_CONST  tmColumnsDeleted  tmColumnsAdded  tmRowsDeleted  tmRowsAdded  tmCellChanged  tmAllColumnsChanged  tmAllRowsChanged  tmAllItemsDeleted

enum VCF::TabModelEvents

Enumerator: tmeItemAdded  tmeItemRemoved  tmeItemSelected

enum VCF::TextAlignmentType

Enumerator: taTextLeft  taTextCenter  taTextRight

enum VCF::TextVerticalAlignment

Enumerator: tvaTextTop  tvaTextCenter  tvaTextBottom

enum VCF::ToolbarBackgroundStyle

Enumerator: tbksNone  tbksTile  tbksStretch

enum VCF::ToolbarDockSide

Enumerator: tdsTop  tdsLeft  tdsRight  tdsBottom

enum VCF::TreeDisplayOptions

Enumerator: tdoNone  tdoShowHierarchyLines  tdoShowRowLines  tdoShowColumnLines  tdoShowFullRowSelection  tdoShowColumnHeader

enum VCF::UIElementType

Enumerator: etControl  etButton  etDisclosureButton  etRadioButton  etCheckbox  etCombobox  etMenuItem  etMenuBar  etWindow  etScrollbar  etScrollbarThumb  etScrollbarButton  etTextbox  etLabel  etToolbar  etToolbarButton  etTab  etTabPage  etProgress  etSlider  etSliderThumb  etListView  etTreeView  etHeader  etItem  etListItem  etHeaderItem  etTreeItem  etTableItem  etSubItem  etItemMask

enum VCF::VirtualKeyCode

This enum is a mapping of virtual keys on a keyboard to a standard value. Enumerator: vkUndefined  vkF1  vkF2  vkF3  vkF4  vkF5  vkF6  vkF7  vkF8  vkF9  vkF10  vkF11  vkF12  vkUpArrow  vkDownArrow  vkLeftArrow  vkRightArrow  vkPgUp  vkPgDown  vkHome  vkEnd  vkInsert  vkDelete  vkBackSpace  vkNumber0  vkNumber1  vkNumber2  vkNumber3  vkNumber4  vkNumber5  vkNumber6  vkNumber7  vkNumber8  vkNumber9  vkLetterA  vkLetterB  vkLetterC  vkLetterD  vkLetterE  vkLetterF  vkLetterG  vkLetterH  vkLetterI  vkLetterJ  vkLetterK  vkLetterL  vkLetterM  vkLetterN  vkLetterO  vkLetterP  vkLetterQ  vkLetterR  vkLetterS  vkLetterT  vkLetterU  vkLetterV  vkLetterW  vkLetterX  vkLetterY  vkLetterZ  vkSpaceBar  vkReturn  vkAlt  vkShift  vkCtrl  vkTab  vkEscape  vkLeftApostrophe  vkTilde  vkExclamation  vkCommercialAt  vkNumberSign  vkDollarSign  vkPercent  vkCircumflex  vkAmpersand  vkAsterix  vkOpenParen  vkCloseParen  vkHyphen  vkUnderbar  vkEqualsSign  vkPlusSign  vkUprightBar  vkBackSlash  vkOpenBracket  vkOpenBrace  vkCloseBracket  vkCloseBrace  vkSemiColon  vkColon  vkSingleQuote  vkDoubleQuote  vkComma  vkLessThan  vkPeriod  vkGreaterThan  vkForwardSlash  vkQuestionMark  vkPrintScreen  vkScrollLock  vkPause  vkCapsLock  vkMinusSign  vkDivideSign  vkMultiplySign  vkEnter

enum VCF::XMLNodeType

Enumerator: ntNone  ntElement  ntAttribute  ntText  ntCDATA  ntEntityReference  ntEntity  ntProcessingInstruction  ntComment  ntDocument  ntDocumentType  ntDocumentFragment  ntNotation  ntWhitespace  ntSignificantWhitespace  ntEndElement  ntEndEntity  ntXmlDeclaration

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Function Documentation

template<typename T> int VCF::ApplicationKitMain (  int  argc, char **  argv )

int32 VCF::getHi32 (  int64  val  )  [inline]

This returns the top 32 bits of the number.

uint32 VCF::getHi32 (  uint64  val  )  [inline]

This returns the top 32 bits of the number.

uint32 VCF::getLo32 (  int64  val  )  [inline]

This returns the low 32 bits of the number.

uint32 VCF::getLo32 (  uint64  val  )  [inline]

This returns the low 32 bits of the number.

int64 VCF::makeInt64 (  int32  hi, uint32  lo )  [inline]

Creates a signed 64 bit integer from the high and low 32 bit.

uint64 VCF::makeUInt64 (  uint32  hi, uint32  lo )  [inline]

Creates an unsigned 64 bit integer from the high and low 32 bit.

template<typename T> const T& VCF::maxVal (  const T &  x, const T &  y )  [inline]

template<typename T> const T& VCF::minVal (  const T &  x, const T &  y )  [inline]

bool VCF::operator!= (  const UnicodeString &  lhs, const UnicodeString &  rhs )  [inline]

UnicodeString VCF::operator+ (  const UnicodeString &  lhs, const UnicodeString::AnsiChar *  rhs )  [inline]

UnicodeString VCF::operator+ (  const UnicodeString::AnsiChar *  lhs, const UnicodeString &  rhs )  [inline]

UnicodeString VCF::operator+ (  const UnicodeString &  lhs, const UnicodeString::AnsiChar &  rhs )  [inline]

UnicodeString VCF::operator+ (  const UnicodeString::AnsiChar &  lhs, const UnicodeString &  rhs )  [inline]

UnicodeString VCF::operator+ (  const UnicodeString &  lhs, const UnicodeString::UniChar &  rhs )  [inline]

UnicodeString VCF::operator+ (  const UnicodeString::UniChar &  lhs, const UnicodeString &  rhs )  [inline]

UnicodeString VCF::operator+ (  const UnicodeString &  lhs, const UnicodeString::UniChar *  rhs )  [inline]

UnicodeString VCF::operator+ (  const UnicodeString::UniChar *  lhs, const UnicodeString &  rhs )  [inline]

UnicodeString VCF::operator+ (  const UnicodeString &  lhs, const UnicodeString &  rhs )  [inline]

String VCF::operator+ (  const String &  lhs, const std::exception &  rhs )  [inline]

String VCF::operator+ (  const String &  lhs, const BasicException &  rhs )  [inline]

Exceptions.

String VCF::operator+ (  const String &  lhs, const VariantData &  rhs )  [inline]

Variant data.

String VCF::operator+ (  const String &  lhs, const std::type_info &  typeInfo )  [inline]

type info!

String VCF::operator+ (  const String &  lhs, Object *  val )  [inline]

String VCF::operator+ (  const String &  lhs, Object &  val )  [inline]

Objects!

String VCF::operator+ (  const String &  lhs, void *  val )  [inline]

String VCF::operator+ (  const String &  lhs, const int64 &  val )  [inline]

String VCF::operator+ (  const String &  lhs, const uint64 &  val )  [inline]

String VCF::operator+ (  const String &  lhs, const bool &  val )  [inline]

String VCF::operator+ (  const String &  lhs, const float &  val )  [inline]

String VCF::operator+ (  const String &  lhs, const double &  val )  [inline]

String VCF::operator+ (  const String &  lhs, const short &  val )  [inline]

String VCF::operator+ (  const String &  lhs, const unsigned long &  val )  [inline]

String VCF::operator+ (  const String &  lhs, const long &  val )  [inline]

String VCF::operator+ (  const String &  lhs, const unsigned int &  val )  [inline]

String VCF::operator+ (  const String &  lhs, const int &  val )  [inline]

Implementation of string operators. This makes it more convenient to write strings that also have integers, objects, or other types as part of the string message. The goal is to slowly get away from using the variable argument sprintf() style functions such as StringUtils::traceWithArgs(), or System::println(). For example, you might have written the following code: System::println( Format("Name %s, number %d") % str % 1223 ); With the operators below you can now rewrite this like so: System::println( "Name " + str + " number " + 1223 );

String& VCF::operator+= (  String &  lhs, const std::exception &  rhs )  [inline]

String& VCF::operator+= (  String &  lhs, const BasicException &  rhs )  [inline]

String & VCF::operator+= (  String &  lhs, const VariantData &  rhs )  [inline]

String & VCF::operator+= (  String &  lhs, const std::type_info &  typeInfo )  [inline]

String & VCF::operator+= (  String &  lhs, Object *  val )  [inline]

String & VCF::operator+= (  String &  lhs, Object &  val )  [inline]

String & VCF::operator+= (  String &  lhs, void *  val )  [inline]

String & VCF::operator+= (  String &  lhs, const int64 &  val )  [inline]

String & VCF::operator+= (  String &  lhs, const uint64 &  val )  [inline]

String & VCF::operator+= (  String &  lhs, const bool &  val )  [inline]

String & VCF::operator+= (  String &  lhs, const float &  val )  [inline]

String & VCF::operator+= (  String &  lhs, const double &  val )  [inline]

String & VCF::operator+= (  String &  lhs, const short &  val )  [inline]

String & VCF::operator+= (  String &  lhs, const unsigned long &  val )  [inline]

String & VCF::operator+= (  String &  lhs, const long &  val )  [inline]

String & VCF::operator+= (  String &  lhs, const unsigned int &  val )  [inline]

String & VCF::operator+= (  String &  lhs, const int &  val )  [inline]

bool VCF::operator< (  const UnicodeString &  lhs, const UnicodeString &  rhs )  [inline]

bool VCF::operator<= (  const UnicodeString &  lhs, const UnicodeString &  rhs )  [inline]

bool VCF::operator== (  const UnicodeString &  lhs, const UnicodeString &  rhs )  [inline]

bool VCF::operator> (  const UnicodeString &  lhs, const UnicodeString &  rhs )  [inline]

bool VCF::operator>= (  const UnicodeString &  lhs, const UnicodeString &  rhs )  [inline]

int32 VCF::PtrToInt32 (  const void *  val  )  [inline]

Truncates the given pointer to a 32-bit value. Returns a signed 32-bit integer.

uint32 VCF::PtrToUInt32 (  const void *  val  )  [inline]

Truncates the given pointer to a 32-bit value. Returns an unsigned 32-bit integer.

template<typename SpanAllocT, typename SpanGenT> void VCF::renderScanlines (  GraphicsContext &  gc, agg::rendering_buffer &  renderingBuffer, agg::rasterizer_scanline_aa<> &  rasterizer, SpanAllocT &  spanAllocater, SpanGenT &  spanGenerator )

void VCF::renderScanlinesSolid (  GraphicsContext &  gc, agg::rasterizer_scanline_aa<> &  rasterizer, const agg::rgba &  color )  [inline]

void VCF::setHi32 (  int64 &  val, int32  hi )  [inline]

This sets the top 32 bits of the number to the specified value.

void VCF::setHi32 (  uint64 &  val, uint32  hi )  [inline]

This sets the top 32 bits of the number to the specified value.

void VCF::setLo32 (  int64 &  val, uint32  lo )  [inline]

This sets the low 32 bits of the number to the specified value.

void VCF::setLo32 (  uint64 &  val, uint32  lo )  [inline]

This sets the low 32 bits of the number to the specified value.

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Variable Documentation

String VCF::ButtonCaptionAlignmentNames[] [static]

Initial value: { "bcaRight", "bcaTop", "bcaLeft", "bcaBottom" }

String VCF::ButtonCommandTypeNames[] [static]

Initial value: { "BC_NONE", "BC_OK", "BC_CANCEL", "BC_YES", "BC_NO", "BC_MAYBE", "BC_HELP", "BC_IGNORE", "BC_RETRY", "BC_ABORT"}

String VCF::ColumnAutosizeTypeNames[] [static]

Initial value: { "casAutoSizeNone", "casAutoSizeColumns", "casAutoSizeHeaders", "casAutoSizeColumnsAndHeaders" }

String VCF::ComboBoxStyleTypeNames[] [static]

Initial value: { "cbsDropDown", "cbsDropDownWithEdit" }

String VCF::DisplayOrientationNames[] [static]

Initial value: { "SliderControl::doHorizontal", "SliderControl::doVertical" }

String VCF::FrameStyleTypeNames[] [static]

Initial value: { "fstSizeable", "fstNoBorder", "fstFixed", "fstNoBorderFixed", "fstToolbarBorder", "fstToolbarBorderFixed" }

class OPENGLKIT_API VCF::GraphicsContext

class GRAPHICSKIT_API VCF::GraphicsContext

String VCF::IconAlignTypeNames[] [static]

Initial value: { "iaNone", "iaTop", "iaLeft", "iaAutoArrange" }

String VCF::IconStyleTypeNames[] [static]

Initial value: { "isLargeIcon", "isSmallIcon", "isList", "isDetails" }

const double VCF::MatrixEpsilon = 1e-14

class GRAPHICSKIT_API VCF::Path

String VCF::ProgressAlignmentNames[] [static]

Initial value: { "ProgressControl::paVertical", "ProgressControl::paHorizontal" }

String VCF::TextVerticalAlignmentNames[] = { "tvaTextTop", "tvaTextCenter", "tvaTextBottom" } [static]

String VCF::TickMarkStyleNames[] [static]

Initial value: { "SliderControl::tmsNone", "SliderControl::tmsTopLeft", "SliderControl::tmsBottomRight" }

String VCF::ToolbarBackgroundStyleNames[] [static]

Initial value: { "tbksNone", "tbksTile", "tbksStretch" }

String VCF::ToolbarDockSideNames[] [static]

Initial value: { "tdsTop", "tdsLeft", "tdsRight", "tdsBottom" }

class GRAPHICSKIT_API VCF::Win32Image

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