Rapicorn Namespace Reference

Namespaces
namespace	Path
	The Rapicorn::Path namespace provides functions for file path manipulation and testing.
Classes
class	Generator
struct	EnumClass
struct	EnumType
struct	FlagsType
struct	PollFD
	Mirrors struct pollfd for poll(3posix) More...
class	EventFd
	Wakeup facility for IPC. More...
class	EventLoop
	Loop object, polling for events and executing callbacks in accordance. More...
class	MainLoop
	An EventLoop implementation that offers public API for running the loop. More...
struct	InitSettings
class	InitHook
class	MarkupParser
class	Pixbuf
class	Pixmap
class	TestStream
struct	Msg
class	Mutex
class	RecMutex
class	Cond
class	SpinLock
class	OwnedMutex
class	Thread
class	ScopedLock
class	XmlNode
class	Strings
	< Convenience Constructor for StringList or std::vector<std::string> More...
class	TraitConvertible
class	VirtualTypeid
class	NonCopyable
struct	ClassDoctor
class	Logging
class	IdAllocator
class	Deletable
class	ReferenceCountable
class	Locatable
class	DataKey
class	DataList
class	DataListContainer
interface	BaseObject
class	NullInterface
class	Adjustment
class	AdjustmentSource
class	ApplicationImpl
class	Arrangement
class	ArrangementImpl
struct	Activatable
class	ButtonAreaImpl
class	CairoContext
class	CairoPainter
struct	AnySeq_Handle
struct	AnySeqSeq_Handle
struct	StringList_Handle
class	ListModel_SmartHandle
	See also the corresponding IDL class ListModel. More...
class	ListModelRelay_SmartHandle
	See also the corresponding IDL class ListModelRelay. More...
struct	Requisition_Handle
struct	ItemSeq_Handle
class	Item_SmartHandle
	See also the corresponding IDL class Item. More...
class	Container_SmartHandle
	See also the corresponding IDL class Container. More...
class	ButtonArea_SmartHandle
	See also the corresponding IDL class ButtonArea. More...
struct	Pixels_Handle
struct	PixelRect_Handle
class	Drawable_SmartHandle
	See also the corresponding IDL class Drawable. More...
class	Wind0w_SmartHandle
	See also the corresponding IDL class Wind0w. More...
struct	Wind0wList_Handle
class	Application_SmartHandle
	See also the corresponding IDL class Application. More...
class	IdlTestItem_SmartHandle
	See also the corresponding IDL class IdlTestItem. More...
class	Coffer
struct	Command
struct	CommandList
struct	CommandDataArg
struct	CommandData
struct	CommandArg
struct	CommandSimple
struct	ComponentMatcher
struct	ComponentMatcherExpression
struct	ComponentMatcherSegment
struct	ContainerImpl
class	SingleContainerImpl
class	MultiContainerImpl
struct	Evaluator
class	Event
class	EventButton
class	EventKey
struct	EventWinSize
struct	EventWinDraw
struct	EventContext
class	ItemFactory
class	Heritage
class	Image
interface	AnySeq
interface	AnySeqSeq
interface	StringList
interface	ListModel
interface	ListModelRelay
interface	Requisition
interface	ItemSeq
interface	Item
interface	Container
interface	ButtonArea
interface	Pixels
interface	PixelRect
interface	Drawable
interface	Wind0w
interface	Wind0wList
interface	Application
interface	IdlTestItem
class	EventHandler
class	ItemImpl
class	Alignment
class	HBox
class	VBox
class	ItemList
struct	ListRow
struct	ModelSizes
class	ItemListImpl
class	ListModelRelayImpl
class	MemoryListStore
class	Ambience
class	Frame
class	FocusFrame
class	CPainter
class	Arrow
class	DotGrid
class	DrawableImpl
class	Point
class	Rect
struct	IRect
class	Color
class	Affine
struct	AffineIdentity
struct	AffineHFlip
struct	AffineVFlip
struct	AffineTranslate
struct	AffineScale
struct	AffineRotate
struct	AffineShear
class	Display
struct	Property
class	PropertyList
struct	PropertyBool
struct	PropertyRange
struct	PropertyPoint
struct	PropertyString
struct	PropertyEnum
class	Region
class	ScrollArea
class	ScrollAreaImpl
struct	AnySeqImpl
struct	AnySeqSeqImpl
struct	StringListImpl
class	ListModelIface
	See also the corresponding IDL class ListModel. More...
class	ListModelRelayIface
	See also the corresponding IDL class ListModelRelay. More...
struct	RequisitionImpl
struct	ItemSeqImpl
class	ItemIface
	See also the corresponding IDL class Item. More...
class	ContainerIface
	See also the corresponding IDL class Container. More...
class	ButtonAreaIface
	See also the corresponding IDL class ButtonArea. More...
struct	PixelsImpl
struct	PixelRectImpl
class	DrawableIface
	See also the corresponding IDL class Drawable. More...
class	Wind0wIface
	See also the corresponding IDL class Wind0w. More...
struct	Wind0wListImpl
class	ApplicationIface
	See also the corresponding IDL class Application. More...
class	IdlTestItemIface
	See also the corresponding IDL class IdlTestItem. More...
class	Sinfex
class	SinfexExpressionStack
class	SizeGroup
class	SliderArea
class	Table
class	TableImpl
class	TestContainer
class	TestBox
class	TextLayout
class	TextPango
struct	Exception
struct	NullPointer
struct	EnforceDerivedFrom
struct	EnforceDerivedFrom< Derived *, Base * >
class	CheckDerivedFrom
struct	CheckDerivedFrom< Child *, Base * >
struct	Dereference< Type * >
struct	Dereference< Type *const >
struct	Dereference< const Type * >
struct	Dereference< const Type *const >
class	PointerIterator
struct	ValueIterator
class	IteratorRange
class	ValueIteratorRange
class	Walker
class	Viewp0rt
class	WindowImpl
Typedefs
typedef EnumType < AdjustmentSourceType >	EnumTypeAdjustmentSourceType
typedef EnumType< AlignType >	EnumTypeAlignType
typedef EnumType< AnchorType >	EnumTypeAnchorType
typedef EnumType< ClickType >	EnumTypeClickType
typedef EnumType< ColorType >	EnumTypeColorType
typedef EnumType< ColorSchemeType >	EnumTypeColorSchemeType
typedef EnumType< DirType >	EnumTypeDirType
typedef EnumType< EllipsizeType >	EnumTypeEllipsizeType
typedef EnumType< FocusDirType >	EnumTypeFocusDirType
typedef EnumType< FrameType >	EnumTypeFrameType
typedef EnumType< LightingType >	EnumTypeLightingType
typedef EnumType< SelectionMode >	EnumTypeSelectionMode
typedef EnumType< SizePolicyType >	EnumTypeSizePolicyType
typedef FlagsType< StateType >	FlagsTypeStateType
typedef EnumType< TextMode >	EnumTypeTextMode
typedef EnumType< WindowType >	EnumTypeWindowType
typedef MarkupParser::Error	MarkupError
typedef MarkupParser::ErrorType	MarkupErrorType
typedef MarkupParser::Context	MarkupParserContext
typedef RapicornCPUInfo	CPUInfo
typedef ThreadDescendant::PublicThreadWrapperInternal	ThreadWrapperInternal
typedef std::map< Deletable *, DeletableAuxData > ::iterator	DMapIterator
typedef RapicornUInt8	uint8
typedef RapicornUInt16	uint16
typedef RapicornUInt32	uint32
typedef RapicornUInt64	uint64
typedef RapicornInt8	int8
typedef RapicornInt16	int16
typedef RapicornInt32	int32
typedef RapicornInt64	int64
typedef RapicornUnichar	unichar
typedef std::string	String
typedef vector< String >	StringVector
typedef AnySeq_Handle	AnySeq
	Convenience alias for the IDL type AnySeq.
typedef AnySeqSeq_Handle	AnySeqSeq
	Convenience alias for the IDL type AnySeqSeq.
typedef StringList_Handle	StringList
	Convenience alias for the IDL type StringList.
typedef ListModel_SmartHandle	ListModel
	Convenience alias for the IDL type ListModel.
typedef ListModelRelay_SmartHandle	ListModelRelay
	Convenience alias for the IDL type ListModelRelay.
typedef Requisition_Handle	Requisition
	Convenience alias for the IDL type Requisition.
typedef ItemSeq_Handle	ItemSeq
	Convenience alias for the IDL type ItemSeq.
typedef Item_SmartHandle	Item
	Convenience alias for the IDL type Item.
typedef Container_SmartHandle	Container
	Convenience alias for the IDL type Container.
typedef ButtonArea_SmartHandle	ButtonArea
	Convenience alias for the IDL type ButtonArea.
typedef Pixels_Handle	Pixels
	Convenience alias for the IDL type Pixels.
typedef PixelRect_Handle	PixelRect
	Convenience alias for the IDL type PixelRect.
typedef Drawable_SmartHandle	Drawable
	Convenience alias for the IDL type Drawable.
typedef Wind0w_SmartHandle	Wind0w
	Convenience alias for the IDL type Wind0w.
typedef Wind0wList_Handle	Wind0wList
	Convenience alias for the IDL type Wind0wList.
typedef Application_SmartHandle	Application
	Convenience alias for the IDL type Application.
typedef IdlTestItem_SmartHandle	IdlTestItem
	Convenience alias for the IDL type IdlTestItem.
typedef Evaluator::VariableMapList	VariableMapList
typedef Event	EventMouse
typedef Event	EventScroll
typedef Event	EventFocus
typedef Event	EventWinDelete
typedef Color(*	ColorFunc )(StateType, ColorType)
typedef Rect	Allocation
typedef Signals::Slot1< void, ItemImpl & >	ItemSlot
Enumerations
enum	AdjustmentSourceType { ADJUSTMENT_SOURCE_NONE, ADJUSTMENT_SOURCE_ANCESTRY_HORIZONTAL, ADJUSTMENT_SOURCE_ANCESTRY_VERTICAL, ADJUSTMENT_SOURCE_ANCESTRY_VALUE }
enum	AlignType { ALIGN_LEFT, ALIGN_CENTER, ALIGN_RIGHT }
enum	AnchorType {   ANCHOR_NONE, ANCHOR_CENTER, ANCHOR_EAST, ANCHOR_NORTH_EAST,   ANCHOR_NORTH, ANCHOR_NORTH_WEST, ANCHOR_WEST, ANCHOR_SOUTH_WEST,   ANCHOR_SOUTH, ANCHOR_SOUTH_EAST }
enum	ClickType {   CLICK_ON_PRESS, CLICK_ON_RELEASE, CLICK_SLOW_REPEAT, CLICK_FAST_REPEAT,   CLICK_KEY_REPEAT }
enum	ColorType {   COLOR_NONE, COLOR_FOREGROUND, COLOR_BACKGROUND, COLOR_BACKGROUND_EVEN,   COLOR_BACKGROUND_ODD, COLOR_DARK, COLOR_DARK_SHADOW, COLOR_DARK_GLINT,   COLOR_LIGHT, COLOR_LIGHT_SHADOW, COLOR_LIGHT_GLINT, COLOR_FOCUS,   COLOR_BLACK, COLOR_WHITE, COLOR_RED, COLOR_YELLOW,   COLOR_GREEN, COLOR_CYAN, COLOR_BLUE, COLOR_MAGENTA }
enum	ColorSchemeType { COLOR_INHERIT, COLOR_NORMAL, COLOR_SELECTED, COLOR_BASE }
enum	DirType {   DIR_NONE, DIR_RIGHT, DIR_UP, DIR_LEFT,   DIR_DOWN }
enum	EllipsizeType { ELLIPSIZE_START, ELLIPSIZE_MIDDLE, ELLIPSIZE_END }
enum	FocusDirType {   FOCUS_NEXT, FOCUS_PREV, FOCUS_RIGHT, FOCUS_UP,   FOCUS_LEFT, FOCUS_DOWN }
enum	FrameType {   FRAME_NONE, FRAME_BACKGROUND, FRAME_IN, FRAME_OUT,   FRAME_ETCHED_IN, FRAME_ETCHED_OUT, FRAME_FOCUS, FRAME_ALERT_FOCUS }
enum	LightingType {   LIGHTING_NONE, LIGHTING_UPPER_LEFT, LIGHTING_UPPER_RIGHT, LIGHTING_LOWER_LEFT,   LIGHTING_LOWER_RIGHT, LIGHTING_CENTER, LIGHTING_DIFFUSE, LIGHTING_DARK_UPPER_LEFT,   LIGHTING_DARK_UPPER_RIGHT, LIGHTING_DARK_LOWER_LEFT, LIGHTING_DARK_LOWER_RIGHT, LIGHTING_DARK_CENTER,   LIGHTING_DARK_DIFFUSE }
enum	SelectionMode {   SELECTION_NONE, SELECTION_BROWSE, SELECTION_SINGLE, SELECTION_INTERVAL,   SELECTION_MULTIPLE }
enum	SizePolicyType { SIZE_POLICY_NORMAL, SIZE_POLICY_WIDTH_FROM_HEIGHT, SIZE_POLICY_HEIGHT_FROM_WIDTH }
enum	StateType {   STATE_INSENSITIVE, STATE_PRELIGHT, STATE_IMPRESSED, STATE_FOCUS,   STATE_DEFAULT }
enum	TextMode { TEXT_MODE_WRAPPED, TEXT_MODE_ELLIPSIZED, TEXT_MODE_SINGLE_LINE }
enum	WindowType {   WINDOW_TYPE_NORMAL, WINDOW_TYPE_DESKTOP, WINDOW_TYPE_DOCK, WINDOW_TYPE_TOOLBAR,   WINDOW_TYPE_MENU, WINDOW_TYPE_UTILITY, WINDOW_TYPE_SPLASH, WINDOW_TYPE_DIALOG,   WINDOW_TYPE_DROPDOWN_MENU, WINDOW_TYPE_POPUP_MENU, WINDOW_TYPE_TOOLTIP, WINDOW_TYPE_NOTIFICATION,   WINDOW_TYPE_COMBO, WINDOW_TYPE_DND }
enum	{ WAITING, PREPARED, NEEDS_DISPATCH }
enum	GMarkupParseState {   STATE_START, STATE_AFTER_OPEN_ANGLE, STATE_AFTER_CLOSE_ANGLE, STATE_AFTER_ELISION_SLASH,   STATE_INSIDE_OPEN_TAG_NAME, STATE_INSIDE_ATTRIBUTE_NAME, STATE_AFTER_ATTRIBUTE_NAME, STATE_BETWEEN_ATTRIBUTES,   STATE_AFTER_ATTRIBUTE_EQUALS_SIGN, STATE_INSIDE_ATTRIBUTE_VALUE_SQ, STATE_INSIDE_ATTRIBUTE_VALUE_DQ, STATE_INSIDE_TEXT,   STATE_AFTER_CLOSE_TAG_SLASH, STATE_INSIDE_CLOSE_TAG_NAME, STATE_AFTER_CLOSE_TAG_NAME, STATE_INSIDE_PASSTHROUGH,   STATE_ERROR }
enum	LockState { BALANCED, AUTOLOCK }
enum	TestEnum {   TEST_ENUM_VALUE1, TEST_ENUM_VALUE2, TEST_ENUM_VALUE3, TEST_ENUM_VALUE1,   TEST_ENUM_VALUE2, TEST_ENUM_VALUE3, TEST_ENUM_VALUE1, TEST_ENUM_VALUE2,   TEST_ENUM_VALUE3 }
enum	ModifierState {   MOD_0, MOD_SHIFT, MOD_CAPS_LOCK, MOD_CONTROL,   MOD_ALT, MOD_MOD1, MOD_MOD2, MOD_MOD3,   MOD_MOD4, MOD_MOD5, MOD_BUTTON1, MOD_BUTTON2,   MOD_BUTTON3, MOD_KEY_MASK, MOD_MASK }
enum	KeyValue
enum	EventType {   EVENT_NONE, MOUSE_ENTER, MOUSE_MOVE, MOUSE_LEAVE,   BUTTON_PRESS, BUTTON_2PRESS, BUTTON_3PRESS, BUTTON_CANCELED,   BUTTON_RELEASE, BUTTON_2RELEASE, BUTTON_3RELEASE, FOCUS_IN,   FOCUS_OUT, KEY_PRESS, KEY_CANCELED, KEY_RELEASE,   SCROLL_UP, SCROLL_DOWN, SCROLL_LEFT, SCROLL_RIGHT,   CANCEL_EVENTS, WIN_SIZE, WIN_DRAW, WIN_DELETE,   EVENT_LAST }
enum	TestEnum {   TEST_ENUM_VALUE1, TEST_ENUM_VALUE2, TEST_ENUM_VALUE3, TEST_ENUM_VALUE1,   TEST_ENUM_VALUE2, TEST_ENUM_VALUE3, TEST_ENUM_VALUE1, TEST_ENUM_VALUE2,   TEST_ENUM_VALUE3 }
enum	CombineType {   COMBINE_NORMAL, COMBINE_OVER, COMBINE_UNDER, COMBINE_ADD,   COMBINE_DEL, COMBINE_ATOP, COMBINE_XOR, COMBINE_BLEND,   COMBINE_VALUE }
enum	TestEnum {   TEST_ENUM_VALUE1, TEST_ENUM_VALUE2, TEST_ENUM_VALUE3, TEST_ENUM_VALUE1,   TEST_ENUM_VALUE2, TEST_ENUM_VALUE3, TEST_ENUM_VALUE1, TEST_ENUM_VALUE2,   TEST_ENUM_VALUE3 }
enum	SinfexOp {   SINFEX_0, SINFEX_REAL, SINFEX_STRING, SINFEX_VARIABLE,   SINFEX_ENTITY_VARIABLE, SINFEX_OR, SINFEX_AND, SINFEX_NOT,   SINFEX_NEG, SINFEX_POS, SINFEX_ADD, SINFEX_SUB,   SINFEX_MUL, SINFEX_DIV, SINFEX_POW, SINFEX_EQ,   SINFEX_NE, SINFEX_LT, SINFEX_GT, SINFEX_LE,   SINFEX_GE, SINFEX_ARG, SINFEX_FUNCTION }
Functions
def	strcquote
def	error
def	generate
template<typename EnumType >
EnumType	enum_type_constrain (EnumType value)
LightingType	operator& (LightingType s1, LightingType s2)
LightingType &	operator&= (LightingType &s1, LightingType s2)
LightingType	operator| (LightingType s1, LightingType s2)
LightingType &	operator|= (LightingType &s1, LightingType s2)
StateType	operator& (StateType s1, StateType s2)
StateType &	operator&= (StateType &s1, StateType s2)
StateType	operator| (StateType s1, StateType s2)
StateType &	operator|= (StateType &s1, StateType s2)
	RAPICORN_STATIC_ASSERT (PollFD::IN==POLLIN)
	RAPICORN_STATIC_ASSERT (PollFD::PRI==POLLPRI)
	RAPICORN_STATIC_ASSERT (PollFD::OUT==POLLOUT)
	RAPICORN_STATIC_ASSERT (PollFD::RDNORM==POLLRDNORM)
	RAPICORN_STATIC_ASSERT (PollFD::RDBAND==POLLRDBAND)
	RAPICORN_STATIC_ASSERT (PollFD::WRNORM==POLLWRNORM)
	RAPICORN_STATIC_ASSERT (PollFD::WRBAND==POLLWRBAND)
	RAPICORN_STATIC_ASSERT (PollFD::ERR==POLLERR)
	RAPICORN_STATIC_ASSERT (PollFD::HUP==POLLHUP)
	RAPICORN_STATIC_ASSERT (PollFD::NVAL==POLLNVAL)
	RAPICORN_STATIC_ASSERT (sizeof(PollFD)==sizeof(struct pollfd))
	RAPICORN_STATIC_ASSERT (offsetof(PollFD, fd)==offsetof(struct pollfd, fd))
	RAPICORN_STATIC_ASSERT (sizeof(((PollFD *) 0)->fd)==sizeof(((struct pollfd *) 0)->fd))
	RAPICORN_STATIC_ASSERT (offsetof(PollFD, events)==offsetof(struct pollfd, events))
	RAPICORN_STATIC_ASSERT (sizeof(((PollFD *) 0)->events)==sizeof(((struct pollfd *) 0)->events))
	RAPICORN_STATIC_ASSERT (offsetof(PollFD, revents)==offsetof(struct pollfd, revents))
	RAPICORN_STATIC_ASSERT (sizeof(((PollFD *) 0)->revents)==sizeof(((struct pollfd *) 0)->revents))
	m_ignore_errors (strchr(mode.c_str(), 'E')!=NULL)
	m_ignore_hangup (strchr(mode.c_str(), 'H')!=NULL)
	m_never_close (strchr(mode.c_str(), 'C')!=NULL)
	m_oneshot (false)
	m_btrampoline (ref_sink(&bt))
	m_oneshot (true)
	m_vtrampoline (ref_sink(&vt))
bool	arg_parse_option (uint argc, char **argv, size_t *i, const char *arg)
bool	arg_parse_string_option (uint argc, char **argv, size_t *i, const char *arg, const char **strp)
int	arg_parse_collapse (int *argcp, char **argv)
String	program_file ()
String	program_ident ()
String	program_cwd ()
void	init_core (const String &app_ident, int *argcp, char **argv, const StringVector &args)
CPUInfo	cpu_info (void)
String	cpu_info_string (const CPUInfo &cpu_info)
int	dtoi32 (double d) RAPICORN_CONST
int64	dtoi64 (double d) RAPICORN_CONST
int64	iround (double d) RAPICORN_CONST
int64	ifloor (double d) RAPICORN_CONST
int64	iceil (double d) RAPICORN_CONST
int RAPICORN_CONST	_dtoi32_generic (double d)
int64 RAPICORN_CONST	_dtoi64_generic (double d)
void	once_list_enter ()
bool	once_list_bounce (volatile void *ptr)
bool	once_list_leave (volatile void *ptr)
template<class Value >
bool	once_enter (volatile Value *value_location)
template<class Value >
void	once_leave (volatile Value *value_location, Value initialization_value)
unichar	utf8_to_unichar (const char *str)
int	utf8_from_unichar (unichar uc, char str[8])
bool	utf8_validate (const String &strng, int *bound)
const char *	utf8_next (const char *c)
char *	utf8_next (char *c)
const char *	utf8_prev (const char *c)
char *	utf8_prev (char *c)
const char *	utf8_find_next (const char *c, const char *bound=NULL)
char *	utf8_find_next (char *current, const char *bound=NULL)
const char *	utf8_find_prev (const char *start, const char *current)
char *	utf8_find_prev (const char *start, char *currrent)
const char *	utf8_align (const char *start, const char *current)
char *	utf8_align (const char *start, char *current)
bool	utf8_aligned (const char *c)
const char *	rapicorn_gettext (const char *text)
String	string_multiply (const String &s, uint64 count)
String	string_tolower (const String &str)
String	string_toupper (const String &str)
String	string_totitle (const String &str)
String	string_printf (const char *format,...)
String	string_vprintf (const char *format, va_list vargs)
StringVector	string_split (const String &string, const String &splitter)
String	string_join (const String &junctor, const StringVector &strvec)
bool	string_to_bool (const String &string)
String	string_from_bool (bool value)
uint64	string_to_uint (const String &string, uint base)
String	string_from_uint (uint64 value)
bool	string_has_int (const String &string)
int64	string_to_int (const String &string, uint base)
String	string_from_int (int64 value)
double	string_to_double (const String &string)
double	string_to_double (const char *dblstring, const char **endptr)
String	string_from_float (float value)
String	string_from_double (double value)
vector< double >	string_to_vector (const String &string)
String	string_from_vector (const vector< double > &dvec, const String &delim)
String	string_from_errno (int errno_val)
bool	string_is_uuid (const String &uuid_string)
int	string_cmp_uuid (const String &uuid_string1, const String &uuid_string2)
String	string_from_pretty_function_name (const char *gnuc_pretty_function)
String	string_to_cescape (const String &str)
String	string_to_cquote (const String &str)
String	string_from_cquote (const String &input)
String	string_lstrip (const String &input)
String	string_rstrip (const String &input)
String	string_strip (const String &input)
String	string_substitute_char (const String &input, const char match, const char subst)
void	memset4 (guint32 *mem, guint32 filler, guint length)
String	string_vector_find (const StringVector &svector, const String &key, const String &fallback)
StringVector	cstrings_to_vector (const char *s,...)
String	string_option_get (const String &option_string, const String &option)
bool	string_option_check (const String &option_string, const String &option)
bool	text_convert (const String &to_charset, String &output_string, const String &from_charset, const String &input_string, const String &fallback_charset, const String &output_mark)
String	string_from_float (double value)
double	string_to_float (const String &string)
template<typename Type >
Type	string_to_type (const String &string)
template<typename Type >
String	string_from_type (Type value)
template<>
double	string_to_type< double > (const String &string)
template<>
String	string_from_type< double > (double value)
template<>
float	string_to_type< float > (const String &string)
template<>
String	string_from_type< float > (float value)
template<>
bool	string_to_type< bool > (const String &string)
template<>
String	string_from_type< bool > (bool value)
template<>
int16	string_to_type< int16 > (const String &string)
template<>
String	string_from_type< int16 > (int16 value)
template<>
uint16	string_to_type< uint16 > (const String &string)
template<>
String	string_from_type< uint16 > (uint16 value)
template<>
int	string_to_type< int > (const String &string)
template<>
String	string_from_type< int > (int value)
template<>
uint	string_to_type< uint > (const String &string)
template<>
String	string_from_type< uint > (uint value)
template<>
int64	string_to_type< int64 > (const String &string)
template<>
String	string_from_type< int64 > (int64 value)
template<>
uint64	string_to_type< uint64 > (const String &string)
template<>
String	string_from_type< uint64 > (uint64 value)
template<>
String	string_to_type< String > (const String &string)
template<>
String	string_from_type< String > (String value)
void	memset4 (uint32 *mem, uint32 filler, uint length)
void	init_core_test (const String &app_ident, int *argcp, char **argv, const StringVector &args)
	RAPICORN_STATIC_ASSERT (CHAR_BIT==+8)
	RAPICORN_STATIC_ASSERT (SCHAR_MIN==-128)
	RAPICORN_STATIC_ASSERT (SCHAR_MAX==+127)
	RAPICORN_STATIC_ASSERT (UCHAR_MAX==+255)
	RAPICORN_STATIC_ASSERT (SHRT_MIN==-32768)
	RAPICORN_STATIC_ASSERT (SHRT_MAX==+32767)
	RAPICORN_STATIC_ASSERT (USHRT_MAX==+65535)
	RAPICORN_STATIC_ASSERT (INT_MIN==-2147483647-1)
	RAPICORN_STATIC_ASSERT (INT_MAX==+2147483647)
	RAPICORN_STATIC_ASSERT (UINT_MAX==+4294967295U)
	RAPICORN_STATIC_ASSERT (INT64_MIN==-9223372036854775807LL-1)
	RAPICORN_STATIC_ASSERT (INT64_MAX==+9223372036854775807LL)
	RAPICORN_STATIC_ASSERT (UINT64_MAX==+18446744073709551615LLU)
	RAPICORN_STATIC_ASSERT (FLT_MIN<=1E-37)
	RAPICORN_STATIC_ASSERT (FLT_MAX >=1E+37)
	RAPICORN_STATIC_ASSERT (FLT_EPSILON<=1E-5)
	RAPICORN_STATIC_ASSERT (DBL_MIN<=1E-37)
	RAPICORN_STATIC_ASSERT (DBL_MAX >=1E+37)
	RAPICORN_STATIC_ASSERT (DBL_EPSILON<=1E-9)
	RAPICORN_STATIC_ASSERT (LDBL_MIN<=1E-37)
	RAPICORN_STATIC_ASSERT (LDBL_MAX >=1E+37)
	RAPICORN_STATIC_ASSERT (LDBL_EPSILON<=1E-9)
uint64	timestamp_startup ()
uint64	timestamp_realtime ()
uint64	timestamp_resolution ()
uint64	timestamp_benchmark ()
void	printerr (const char *format,...)
void	printout (const char *format,...)
String	process_handle ()
void	cleanup_force_handlers (void)
uint	cleanup_add (guint timeout_ms, GDestroyNotify handler, void *data)
void *	malloc_aligned (gsize total_size, gsize alignment, guint8 **free_pointer)
uint8 *	zintern_decompress (unsigned int decompressed_size, const unsigned char *cdata, unsigned int cdata_size)
void	zintern_free (uint8 *dc_data)
template<typename T >
const T &	abs (const T &value)
template<typename T >
const T &	clamp (const T &value, const T &minimum, const T &maximum)
template<class T , size_t S>
std::vector< T >	vector_from_array (const T(&array_entries)[S])
	Construct a std::vector<T> from a C array of type T[].
void void	printerr (const std::string &msg)
void void	breakpoint ()
void	url_show (const char *url)
void	url_show_with_cookie (const char *url, const char *url_title, const char *cookie)
bool	url_test_show (const char *url)
bool	url_test_show_with_cookie (const char *url, const char *url_title, const char *cookie)
uint	cleanup_add (uint timeout_ms, void(*destroy_data)(void *), void *data)
void *	malloc_aligned (size_t total_size, size_t alignment, uint8 **free_pointer)
char *	cxx_demangle (const char *mangled_identifier)
Plic::FieldBuffer &	__attribute__ ((used)) operator<< (Plic
Plic::FieldBuffer &	operator<< (Plic::FieldBuffer &fb, const ListModel_SmartHandle &handle)
Plic::FieldReader &	operator>> (Plic::FieldReader &fbr, ListModel_SmartHandle &handle)
Plic::FieldBuffer &	operator<< (Plic::FieldBuffer &fb, const ListModelRelay_SmartHandle &handle)
Plic::FieldReader &	operator>> (Plic::FieldReader &fbr, ListModelRelay_SmartHandle &handle)
Plic::FieldBuffer &	operator<< (Plic::FieldBuffer &fb, const Item_SmartHandle &handle)
Plic::FieldReader &	operator>> (Plic::FieldReader &fbr, Item_SmartHandle &handle)
Plic::FieldBuffer &	operator<< (Plic::FieldBuffer &fb, const Container_SmartHandle &handle)
Plic::FieldReader &	operator>> (Plic::FieldReader &fbr, Container_SmartHandle &handle)
Plic::FieldBuffer &	operator<< (Plic::FieldBuffer &fb, const ButtonArea_SmartHandle &handle)
Plic::FieldReader &	operator>> (Plic::FieldReader &fbr, ButtonArea_SmartHandle &handle)
Plic::FieldBuffer &	operator<< (Plic::FieldBuffer &fb, const Drawable_SmartHandle &handle)
Plic::FieldReader &	operator>> (Plic::FieldReader &fbr, Drawable_SmartHandle &handle)
Plic::FieldBuffer &	operator<< (Plic::FieldBuffer &fb, const Wind0w_SmartHandle &handle)
Plic::FieldReader &	operator>> (Plic::FieldReader &fbr, Wind0w_SmartHandle &handle)
Plic::FieldBuffer &	operator<< (Plic::FieldBuffer &fb, const Application_SmartHandle &handle)
Plic::FieldReader &	operator>> (Plic::FieldReader &fbr, Application_SmartHandle &handle)
Plic::FieldBuffer &	operator<< (Plic::FieldBuffer &fb, const IdlTestItem_SmartHandle &handle)
Plic::FieldReader &	operator>> (Plic::FieldReader &fbr, IdlTestItem_SmartHandle &handle)
Plic::FieldBuffer &	operator<< (Plic::FieldBuffer &, const AnySeq_Handle &)
Plic::FieldReader &	operator>> (Plic::FieldReader &, AnySeq_Handle &)
Plic::FieldBuffer &	operator<< (Plic::FieldBuffer &, const AnySeqSeq_Handle &)
Plic::FieldReader &	operator>> (Plic::FieldReader &, AnySeqSeq_Handle &)
Plic::FieldBuffer &	operator<< (Plic::FieldBuffer &, const StringList_Handle &)
Plic::FieldReader &	operator>> (Plic::FieldReader &, StringList_Handle &)
Plic::FieldBuffer &	operator<< (Plic::FieldBuffer &, const Requisition_Handle &)
Plic::FieldReader &	operator>> (Plic::FieldReader &, Requisition_Handle &)
Plic::FieldBuffer &	operator<< (Plic::FieldBuffer &, const ItemSeq_Handle &)
Plic::FieldReader &	operator>> (Plic::FieldReader &, ItemSeq_Handle &)
Plic::FieldBuffer &	operator<< (Plic::FieldBuffer &, const Pixels_Handle &)
Plic::FieldReader &	operator>> (Plic::FieldReader &, Pixels_Handle &)
Plic::FieldBuffer &	operator<< (Plic::FieldBuffer &, const PixelRect_Handle &)
Plic::FieldReader &	operator>> (Plic::FieldReader &, PixelRect_Handle &)
Plic::FieldBuffer &	operator<< (Plic::FieldBuffer &, const Wind0wList_Handle &)
Plic::FieldReader &	operator>> (Plic::FieldReader &, Wind0wList_Handle &)
Plic::FieldBuffer &	operator<< (Plic::FieldBuffer &fb, TestEnum &e)
Plic::FieldReader &	operator>> (Plic::FieldReader &frr, TestEnum &e)
Application_SmartHandle	init_app (const String &app_ident, int *argcp, char **argv, const StringVector &args=StringVector())
Application_SmartHandle	init_test_app (const String &app_ident, int *argcp, char **argv, const StringVector &args=StringVector())
Plic::Connection *	uithread_connection (void)
void	exit (int status) RAPICORN_NORETURN
uint64	uithread_bootup (int *argcp, char **argv, const StringVector &args)
void	uithread_shutdown (void)
bool	command_lib_exec (ItemImpl &item, const String &cmd_name, const StringList &args)
bool	command_scan (const String &input, String *cmd_name, StringList *args)
String	command_string_unquote (const String &input)
template<class Class , class Data >
Command *	create_command (bool(Class::*method)(Data, const String &), const char *ident, const char *blurb, const Data &method_data)
template<class Class , class Data >
Command *	create_command (bool(Class::*method)(Data), const char *ident, const char *blurb, const Data &method_data)
template<class Class >
Command *	create_command (bool(Class::*method)(const String &), const char *ident, const char *blurb)
template<class Class >
Command *	create_command (bool(Class::*method)(), const char *ident, const char *blurb)
vector< ItemImpl * >	collect_items (ItemImpl &origin, ComponentMatcher &cmatch)
const char *	string_from_event_type (EventType etype)
Event *	create_event_transformed (const Event &source_event, const Affine &affine)
Event *	create_event_cancellation (const EventContext &econtext)
EventMouse *	create_event_mouse (EventType type, const EventContext &econtext)
EventButton *	create_event_button (EventType type, const EventContext &econtext, uint button)
EventScroll *	create_event_scroll (EventType type, const EventContext &econtext)
EventFocus *	create_event_focus (EventType type, const EventContext &econtext)
EventKey *	create_event_key (EventType type, const EventContext &econtext, uint32 key, const char *name)
EventWinSize *	create_event_win_size (const EventContext &econtext, uint draw_stamp, double width, double height)
EventWinDraw *	create_event_win_draw (const EventContext &econtext, uint draw_stamp, const std::vector< Rect > &rects)
EventWinDelete *	create_event_win_delete (const EventContext &econtext)
bool	key_value_is_modifier (uint32 keysym)
bool	key_value_is_accelerator (uint32 keysym)
FocusDirType	key_value_to_focus_dir (uint32 keysym)
bool	key_value_is_focus_dir (uint32 keysym)
unichar	key_value_to_unichar (uint32 keysym)
bool	operator== (const ItemImpl &item1, const ItemImpl &item2)
bool	operator!= (const ItemImpl &item1, const ItemImpl &item2)
double RAPICORN_CONST	degree (double radians)
double RAPICORN_CONST	radians (double degree)
Point	min (const Point &p1, const Point &p2)
Point	max (const Point &p1, const Point &p2)
Point	floor (const Point &s)
Point	ceil (const Point &s)
Point	round (const Point &s)
template<class Class >
Property *	create_property (void(Class::*setter)(bool), bool(Class::*getter)(), const char *ident, const char *label, const char *blurb, const char *hints)
template<class Class >
Property *	create_property (void(Class::*setter)(int), int(Class::*getter)(), const char *ident, const char *label, const char *blurb, int min_value, int max_value, int stepping, const char *hints)
template<class Class >
Property *	create_property (void(Class::*setter)(int16), int16(Class::*getter)(), const char *ident, const char *label, const char *blurb, int16 min_value, int16 max_value, int16 stepping, const char *hints)
template<class Class >
Property *	create_property (void(Class::*setter)(uint), uint(Class::*getter)(), const char *ident, const char *label, const char *blurb, uint min_value, uint max_value, uint stepping, const char *hints)
template<class Class >
Property *	create_property (void(Class::*setter)(uint16), uint16(Class::*getter)(), const char *ident, const char *label, const char *blurb, uint16 min_value, uint16 max_value, uint16 stepping, const char *hints)
template<class Class >
Property *	create_property (void(Class::*setter)(float), float(Class::*getter)(), const char *ident, const char *label, const char *blurb, float min_value, float max_value, float stepping, const char *hints)
template<class Class >
Property *	create_property (void(Class::*setter)(double), double(Class::*getter)(), const char *ident, const char *label, const char *blurb, double min_value, double max_value, double stepping, const char *hints)
template<class Class >
Property *	create_property (void(Class::*setter)(Point), Point(Class::*getter)(), const char *ident, const char *label, const char *blurb, const Point &min_value, const Point &max_value, const char *hints)
template<class Class >
Property *	create_property (void(Class::*setter)(const String &), String(Class::*getter)(), const char *ident, const char *label, const char *blurb, const char *hints)
template<class Class , typename Type >
Property *	create_property (void(Class::*setter)(Type), Type(Class::*getter)(), const char *ident, const char *label, const char *blurb, const char *hints)
bool	operator== (const Region &r1, const Region &r2)
bool	operator!= (const Region &r1, const Region &r2)
bool	operator< (const Region &r1, const Region &r2)
Plic::FieldBuffer &	operator<< (Plic::FieldBuffer &fb, ListModelIface &obj)
Plic::FieldBuffer &	operator<< (Plic::FieldBuffer &fb, ListModelIface *obj)
Plic::FieldReader &	operator>> (Plic::FieldReader &fbr, ListModelIface *&obj)
Plic::FieldBuffer &	operator<< (Plic::FieldBuffer &fb, ListModelRelayIface &obj)
Plic::FieldBuffer &	operator<< (Plic::FieldBuffer &fb, ListModelRelayIface *obj)
Plic::FieldReader &	operator>> (Plic::FieldReader &fbr, ListModelRelayIface *&obj)
Plic::FieldBuffer &	operator<< (Plic::FieldBuffer &fb, ItemIface &obj)
Plic::FieldBuffer &	operator<< (Plic::FieldBuffer &fb, ItemIface *obj)
Plic::FieldReader &	operator>> (Plic::FieldReader &fbr, ItemIface *&obj)
Plic::FieldBuffer &	operator<< (Plic::FieldBuffer &fb, ContainerIface &obj)
Plic::FieldBuffer &	operator<< (Plic::FieldBuffer &fb, ContainerIface *obj)
Plic::FieldReader &	operator>> (Plic::FieldReader &fbr, ContainerIface *&obj)
Plic::FieldBuffer &	operator<< (Plic::FieldBuffer &fb, ButtonAreaIface &obj)
Plic::FieldBuffer &	operator<< (Plic::FieldBuffer &fb, ButtonAreaIface *obj)
Plic::FieldReader &	operator>> (Plic::FieldReader &fbr, ButtonAreaIface *&obj)
Plic::FieldBuffer &	operator<< (Plic::FieldBuffer &fb, DrawableIface &obj)
Plic::FieldBuffer &	operator<< (Plic::FieldBuffer &fb, DrawableIface *obj)
Plic::FieldReader &	operator>> (Plic::FieldReader &fbr, DrawableIface *&obj)
Plic::FieldBuffer &	operator<< (Plic::FieldBuffer &fb, Wind0wIface &obj)
Plic::FieldBuffer &	operator<< (Plic::FieldBuffer &fb, Wind0wIface *obj)
Plic::FieldReader &	operator>> (Plic::FieldReader &fbr, Wind0wIface *&obj)
Plic::FieldBuffer &	operator<< (Plic::FieldBuffer &fb, ApplicationIface &obj)
Plic::FieldBuffer &	operator<< (Plic::FieldBuffer &fb, ApplicationIface *obj)
Plic::FieldReader &	operator>> (Plic::FieldReader &fbr, ApplicationIface *&obj)
Plic::FieldBuffer &	operator<< (Plic::FieldBuffer &fb, IdlTestItemIface &obj)
Plic::FieldBuffer &	operator<< (Plic::FieldBuffer &fb, IdlTestItemIface *obj)
Plic::FieldReader &	operator>> (Plic::FieldReader &fbr, IdlTestItemIface *&obj)
Plic::FieldBuffer &	operator<< (Plic::FieldBuffer &, const AnySeqImpl &)
Plic::FieldReader &	operator>> (Plic::FieldReader &, AnySeqImpl &)
Plic::FieldBuffer &	operator<< (Plic::FieldBuffer &, const AnySeqSeqImpl &)
Plic::FieldReader &	operator>> (Plic::FieldReader &, AnySeqSeqImpl &)
Plic::FieldBuffer &	operator<< (Plic::FieldBuffer &, const StringListImpl &)
Plic::FieldReader &	operator>> (Plic::FieldReader &, StringListImpl &)
Plic::FieldBuffer &	operator<< (Plic::FieldBuffer &, const RequisitionImpl &)
Plic::FieldReader &	operator>> (Plic::FieldReader &, RequisitionImpl &)
Plic::FieldBuffer &	operator<< (Plic::FieldBuffer &, const ItemSeqImpl &)
Plic::FieldReader &	operator>> (Plic::FieldReader &, ItemSeqImpl &)
Plic::FieldBuffer &	operator<< (Plic::FieldBuffer &, const PixelsImpl &)
Plic::FieldReader &	operator>> (Plic::FieldReader &, PixelsImpl &)
Plic::FieldBuffer &	operator<< (Plic::FieldBuffer &, const PixelRectImpl &)
Plic::FieldReader &	operator>> (Plic::FieldReader &, PixelRectImpl &)
Plic::FieldBuffer &	operator<< (Plic::FieldBuffer &, const Wind0wListImpl &)
Plic::FieldReader &	operator>> (Plic::FieldReader &, Wind0wListImpl &)
void	serverglue_setup (Plic::Connection *connection)
MainLoop *	uithread_main_loop ()
void	uithread_test_trigger (void(*test_func)())
void	rapicorn_thread_enter ()
bool	rapicorn_thread_try_enter ()
bool	rapicorn_thread_entered ()
void	rapicorn_thread_leave ()
double	min (double a, int64 b)
double	min (int64 a, double b)
double	max (double a, int64 b)
double	max (int64 a, double b)
template<class O >
O *	connection_id2object (uint64 oid)
uint64	connection_object2id (const BaseObject *obj)
uint64	connection_object2id (const BaseObject &obj)
template<class Derived , class Base >
void	assert_derived_from (void)
template<class Derived , class Base >
bool	is_derived ()
template<typename Value >
PointerIterator< Value >	pointer_iterator (Value *const val)
template<typename Value >
bool	operator== (const PointerIterator< Value > &x, const PointerIterator< Value > &y)
template<typename Value >
bool	operator!= (const PointerIterator< Value > &x, const PointerIterator< Value > &y)
template<typename Value >
bool	operator< (const PointerIterator< Value > &x, const PointerIterator< Value > &y)
template<typename Value >
bool	operator<= (const PointerIterator< Value > &x, const PointerIterator< Value > &y)
template<typename Value >
bool	operator> (const PointerIterator< Value > &x, const PointerIterator< Value > &y)
template<typename Value >
bool	operator>= (const PointerIterator< Value > &x, const PointerIterator< Value > &y)
template<typename Value >
PointerIterator< Value > ::difference_type	operator- (const PointerIterator< Value > &x, const PointerIterator< Value > &y)
template<typename Value >
PointerIterator< Value >	operator+ (typename PointerIterator< Value >::difference_type n, const PointerIterator< Value > &x)
template<class Iterator >
ValueIterator< Iterator >	value_iterator (const Iterator &iter)
template<class Iterator >
bool	operator== (const ValueIterator< Iterator > &x, const ValueIterator< Iterator > &y)
template<class Iterator >
bool	operator!= (const ValueIterator< Iterator > &x, const ValueIterator< Iterator > &y)
template<class Iterator >
bool	operator< (const ValueIterator< Iterator > &x, const ValueIterator< Iterator > &y)
template<class Iterator >
bool	operator<= (const ValueIterator< Iterator > &x, const ValueIterator< Iterator > &y)
template<class Iterator >
bool	operator> (const ValueIterator< Iterator > &x, const ValueIterator< Iterator > &y)
template<class Iterator >
bool	operator>= (const ValueIterator< Iterator > &x, const ValueIterator< Iterator > &y)
template<class Iterator >
ValueIterator< Iterator > ::difference_type	operator- (const ValueIterator< Iterator > &x, const ValueIterator< Iterator > &y)
template<class Iterator >
ValueIterator< Iterator >	operator+ (typename ValueIterator< Iterator >::difference_type n, const ValueIterator< Iterator > &x)
template<class Iterator >
IteratorRange< Iterator >	iterator_range (const Iterator &begin, const Iterator &end)
template<class Iterator >
ValueIteratorRange< Iterator >	value_iterator_range (const Iterator &begin, const Iterator &end)
template<class Container >
Walker< const typename Container::const_iterator::value_type >	walker (const Container &container)
template<class Container >
Walker< typename Container::iterator::value_type >	walker (Container &container)
template<class Container >
Walker< typename Dereference < const typename Container::const_iterator::value_type > ::Value >	value_walker (const Container &container)
template<class Container >
Walker< typename Dereference < typename Container::iterator::value_type > ::Value >	value_walker (Container &container)
template<class Iterator >
Walker< typename Iterator::value_type >	walker (const Iterator &begin, const Iterator &end)
template<class Iterator >
Walker< typename Dereference < typename Iterator::value_type >::Value >	value_walker (const Iterator &begin, const Iterator &end)
void	rapicorn_gtk_threads_enter ()
void	rapicorn_gtk_threads_leave ()
Variables
list	__all__
Rapicorn::VInitSettings	vsettings
static void MarkupError &	error
static void MarkupError MarkupErrorType	code
static void MarkupError MarkupErrorType const char *	format
RapicornThreadTable	ThreadTable
const int8	utf8_skip_table [256]
static void	RAPICORN_NORETURN
static uint	dbg_refilled
static uint	dbg_created
Return(Class::*)()	noconst_getter (Return(Class::*const_getter)() const)
const std::nothrow_t	dothrow

---

Detailed Description

The Rapicorn namespace encompasses core utilities and toolkit functionality. The core utilities are available via including <rapicorn-core.hh> and the toolkit functionality can be included as <rapicorn.hh>.

---

Enumeration Type Documentation

enum Rapicorn::AdjustmentSourceType

Enumerator:

ADJUSTMENT_SOURCE_NONE
ADJUSTMENT_SOURCE_ANCESTRY_HORIZONTAL
ADJUSTMENT_SOURCE_ANCESTRY_VERTICAL
ADJUSTMENT_SOURCE_ANCESTRY_VALUE

enum Rapicorn::AlignType

Enumerator:

ALIGN_LEFT
ALIGN_CENTER
ALIGN_RIGHT

enum Rapicorn::AnchorType

AnchorType specifies an anchoring point for graphical elements.

Enumerator:

ANCHOR_NONE
ANCHOR_CENTER
ANCHOR_EAST
ANCHOR_NORTH_EAST
ANCHOR_NORTH
ANCHOR_NORTH_WEST
ANCHOR_WEST
ANCHOR_SOUTH_WEST
ANCHOR_SOUTH
ANCHOR_SOUTH_EAST

enum Rapicorn::ClickType

Enumerator:

CLICK_ON_PRESS
CLICK_ON_RELEASE
CLICK_SLOW_REPEAT
CLICK_FAST_REPEAT
CLICK_KEY_REPEAT

enum Rapicorn::ColorSchemeType

Enumerator:

COLOR_INHERIT	Inherit color from parent component.
COLOR_NORMAL	Normal color specification.
COLOR_SELECTED	Color used for selected areas.
COLOR_BASE	Color used for text or scroll fields.

enum Rapicorn::ColorType

Enumerator:

COLOR_NONE
COLOR_FOREGROUND
COLOR_BACKGROUND
COLOR_BACKGROUND_EVEN
COLOR_BACKGROUND_ODD
COLOR_DARK
COLOR_DARK_SHADOW
COLOR_DARK_GLINT
COLOR_LIGHT
COLOR_LIGHT_SHADOW
COLOR_LIGHT_GLINT
COLOR_FOCUS
COLOR_BLACK
COLOR_WHITE
COLOR_RED
COLOR_YELLOW
COLOR_GREEN
COLOR_CYAN
COLOR_BLUE
COLOR_MAGENTA

enum Rapicorn::CombineType

Enumerator:

COMBINE_NORMAL
COMBINE_OVER
COMBINE_UNDER
COMBINE_ADD
COMBINE_DEL
COMBINE_ATOP
COMBINE_XOR
COMBINE_BLEND
COMBINE_VALUE

enum Rapicorn::DirType

Enumerator:

DIR_NONE
DIR_RIGHT
DIR_UP
DIR_LEFT
DIR_DOWN

enum Rapicorn::EllipsizeType

Enumerator:

ELLIPSIZE_START
ELLIPSIZE_MIDDLE
ELLIPSIZE_END

enum Rapicorn::EventType

Enumerator:

EVENT_NONE
MOUSE_ENTER
MOUSE_MOVE
MOUSE_LEAVE
BUTTON_PRESS
BUTTON_2PRESS
BUTTON_3PRESS
BUTTON_CANCELED
BUTTON_RELEASE
BUTTON_2RELEASE
BUTTON_3RELEASE
FOCUS_IN
FOCUS_OUT
KEY_PRESS
KEY_CANCELED
KEY_RELEASE
SCROLL_UP
SCROLL_DOWN
SCROLL_LEFT
SCROLL_RIGHT
CANCEL_EVENTS
WIN_SIZE
WIN_DRAW
WIN_DELETE
EVENT_LAST

enum Rapicorn::FocusDirType

Enumerator:

FOCUS_NEXT
FOCUS_PREV
FOCUS_RIGHT
FOCUS_UP
FOCUS_LEFT
FOCUS_DOWN

enum Rapicorn::FrameType

Enumerator:

FRAME_NONE
FRAME_BACKGROUND
FRAME_IN
FRAME_OUT
FRAME_ETCHED_IN
FRAME_ETCHED_OUT
FRAME_FOCUS
FRAME_ALERT_FOCUS

enum Rapicorn::LightingType

Enumerator:

LIGHTING_NONE
LIGHTING_UPPER_LEFT
LIGHTING_UPPER_RIGHT
LIGHTING_LOWER_LEFT
LIGHTING_LOWER_RIGHT
LIGHTING_CENTER
LIGHTING_DIFFUSE
LIGHTING_DARK_UPPER_LEFT
LIGHTING_DARK_UPPER_RIGHT
LIGHTING_DARK_LOWER_LEFT
LIGHTING_DARK_LOWER_RIGHT
LIGHTING_DARK_CENTER
LIGHTING_DARK_DIFFUSE

enum Rapicorn::LockState

Enumerator:

BALANCED
AUTOLOCK

enum Rapicorn::ModifierState

Enumerator:

MOD_0
MOD_SHIFT
MOD_CAPS_LOCK
MOD_CONTROL
MOD_ALT
MOD_MOD1
MOD_MOD2
MOD_MOD3
MOD_MOD4
MOD_MOD5
MOD_BUTTON1
MOD_BUTTON2
MOD_BUTTON3
MOD_KEY_MASK
MOD_MASK

enum Rapicorn::SelectionMode

Enumerator:

SELECTION_NONE	No selection possible.
SELECTION_BROWSE	Browse by always forcing a single selected item.
SELECTION_SINGLE	Allow selection toggling of a single item.
SELECTION_INTERVAL	Allow selection of multiple consecutive items.
SELECTION_MULTIPLE	Allow arbitrary combinations of selected items.

enum Rapicorn::SinfexOp

Enumerator:

SINFEX_0
SINFEX_REAL
SINFEX_STRING
SINFEX_VARIABLE
SINFEX_ENTITY_VARIABLE
SINFEX_OR
SINFEX_AND
SINFEX_NOT
SINFEX_NEG
SINFEX_POS
SINFEX_ADD
SINFEX_SUB
SINFEX_MUL
SINFEX_DIV
SINFEX_POW
SINFEX_EQ
SINFEX_NE
SINFEX_LT
SINFEX_GT
SINFEX_LE
SINFEX_GE
SINFEX_ARG
SINFEX_FUNCTION

enum Rapicorn::SizePolicyType

Enumerator:

SIZE_POLICY_NORMAL
SIZE_POLICY_WIDTH_FROM_HEIGHT
SIZE_POLICY_HEIGHT_FROM_WIDTH

enum Rapicorn::StateType

Enumerator:

STATE_INSENSITIVE
STATE_PRELIGHT
STATE_IMPRESSED
STATE_FOCUS
STATE_DEFAULT

enum Rapicorn::TestEnum

Enumerator:

TEST_ENUM_VALUE1
TEST_ENUM_VALUE2
TEST_ENUM_VALUE3
TEST_ENUM_VALUE1
TEST_ENUM_VALUE2
TEST_ENUM_VALUE3
TEST_ENUM_VALUE1
TEST_ENUM_VALUE2
TEST_ENUM_VALUE3

enum Rapicorn::TestEnum

Enumerator:

TEST_ENUM_VALUE1
TEST_ENUM_VALUE2
TEST_ENUM_VALUE3
TEST_ENUM_VALUE1
TEST_ENUM_VALUE2
TEST_ENUM_VALUE3
TEST_ENUM_VALUE1
TEST_ENUM_VALUE2
TEST_ENUM_VALUE3

enum Rapicorn::TestEnum

Enumerator:

TEST_ENUM_VALUE1
TEST_ENUM_VALUE2
TEST_ENUM_VALUE3
TEST_ENUM_VALUE1
TEST_ENUM_VALUE2
TEST_ENUM_VALUE3
TEST_ENUM_VALUE1
TEST_ENUM_VALUE2
TEST_ENUM_VALUE3

enum Rapicorn::TextMode

Enumerator:

TEXT_MODE_WRAPPED
TEXT_MODE_ELLIPSIZED
TEXT_MODE_SINGLE_LINE

enum Rapicorn::WindowType

Enumerator:

WINDOW_TYPE_NORMAL	Normal window.
WINDOW_TYPE_DESKTOP	Desktop background.
WINDOW_TYPE_DOCK	Dock or panel.
WINDOW_TYPE_TOOLBAR	Torn-off toolbar.
WINDOW_TYPE_MENU	Torn-off menu.
WINDOW_TYPE_UTILITY	Palette or toolbox.
WINDOW_TYPE_SPLASH	Startup/splash screen.
WINDOW_TYPE_DIALOG	Dialog window, usually transient.
WINDOW_TYPE_DROPDOWN_MENU	Menu, opened from menubar.
WINDOW_TYPE_POPUP_MENU	Menu, opened as context menu.
WINDOW_TYPE_TOOLTIP	Transient context info window.
WINDOW_TYPE_NOTIFICATION	Transient info window (e.g. info bubble)
WINDOW_TYPE_COMBO	Combo box menu or list window.
WINDOW_TYPE_DND	Window for dragged during DND operations.

---

Function Documentation

int Rapicorn::arg_parse_collapse	(	int *	argcp,
		char **	argv
	)

Collapse argv by eliminating NULL strings.

Returns:

Number of collapsed arguments.

bool Rapicorn::arg_parse_option	(	uint	argc,
		char **	argv,
		size_t *	i,
		const char *	arg
	)

Try to parse argument arg at position i in argv. If successfull, i is incremented and the argument is set to NULL.

Returns:

true if successfull.

bool Rapicorn::arg_parse_string_option	(	uint	argc,
		char **	argv,
		size_t *	i,
		const char *	arg,
		const char **	strp
	)

Try to parse argument arg at position i in argv. If successfull, i is incremented and the argument and possibly the next option argument are set to NULL.

Returns:

true if successfull and the string option in strp.

uint Rapicorn::cleanup_add	(	guint	timeout_ms,
		GDestroyNotify	handler,
		void *	data
	)

Parameters:

timeout_ms	timeout in milliseconds
handler	cleanup handler to run
data	cleanup handler data

Register a cleanup handler, the handler is guaranteed to be run asyncronously (i.e. not from within cleanup_add()). The cleanup handler will be called as soon as timeout_ms has elapsed or cleanup_force_handlers() is called.

void Rapicorn::cleanup_force_handlers

(

void

)

Force all cleanup handlers (see rapicorn_cleanup_add()) to be immediately executed. This function should be called at program exit to execute cleanup handlers which have timeouts that have not yet expired.

void Rapicorn::exit

(

int

status

)

This function calls Application::shutdown() first, to properly terminate Rapicorn's concurrently running ui-thread, and then terminates the program via exit(3posix). This function does not return.

Parameters:

status

The exit status returned to the parent process.

Application_SmartHandle Rapicorn::init_app	(	const String &	app_ident,
		int *	argcp,
		char **	argv,
		const StringVector &	args
	)

Initialize Rapicorn core via init_core(), and then starts a seperately running UI thread. This UI thread initializes all UI related components and the global Application object. After initialization, it enters the main event loop for UI processing.

Parameters:

app_ident	Identifier for this application, this is used to distinguish persistent application resources and window configurations from other applications.
argcp	Pointer to argc as passed into main().
argv	The argv argument as passed into main().
args	Internal initialization arguments, see init_core() for details.

void Rapicorn::init_core	(	const String &	app_ident,
		int *	argcp,
		char **	argv,
		const StringVector &	args
	)

Parameters:

app_ident	Application identifier, used to associate persistent resources
argcp	location of the 'argc' argument to main()
argv	location of the 'argv' arguments to main()
args	program specific initialization values

Initialize the Rapicorn toolkit, including threading, CPU detection, loading resource libraries, etc. The arguments passed in argcp and argv are parsed and any Rapicorn specific arguments are stripped. Supported command line arguments are:

• --test-verbose - execute test cases verbosely.
• --test-log - execute logtest test cases.
• --test-slow - execute slow test cases.
• --verbose - behaves like --test-verbose, this option is recognized but not stripped.

Additional initialization arguments can be passed in args, currently supported are:

• autonomous - For test programs to request a self-contained runtime environment.
• cpu-affinity - CPU# to bind rapicorn thread to.
• parse-testargs - Used by init_core_test() internally.
• test-verbose - acts like --test-verbose.
• test-log - acts like --test-log.
• test-slow - acts like --test-slow.

Additionally, the $RAPICORN environment variable affects toolkit behaviour. It supports multiple colon (':') separated options (options can be prfixed with 'no-' to disable):

• debug - Enables verbose debugging output (default=off).
• fatal-syslog - Fatal program conditions that lead to aborting are recorded via syslog (default=on).
• syslog - Critical and warning conditions are recorded via syslog (default=off).
• fatal-warnings - Critical and warning conditions are treated as fatal conditions (default=off).
• logfile=FILENAME - Record all messages and conditions into FILENAME.

Application_SmartHandle Rapicorn::init_test_app	(	const String &	app_ident,
		int *	argcp,
		char **	argv,
		const StringVector &	args
	)

Initialize Rapicorn like init_app(), and boots up the test suite framework. Normally, Test::run() should be called next to execute all unit tests.

String Rapicorn::program_cwd

(

)

The current working directory during startup.

String Rapicorn::program_file

(

)

File name of the current process as set in argv[0] at startup.

String Rapicorn::program_ident

(

)

The program identifier app_ident as specified during initialization of Rapicorn.

String Rapicorn::string_vector_find	(	const StringVector &	svector,
		const String &	key,
		const String &	fallback
	)

Search for key in svector and return reminder of the matching string. If multiple matches are possible, the last one is returned.

Returns:

fallback if no match was found.

uint64 Rapicorn::timestamp_benchmark

(

)

Returns benchmark timestamp in nano-seconds, clock starts around program startup.

uint64 Rapicorn::timestamp_realtime

(

)

Return the current time as uint64 in µseconds.

uint64 Rapicorn::timestamp_resolution

(

)

Provides resolution of timestamp_benchmark() in nano-seconds.

uint64 Rapicorn::timestamp_startup

(

)

Provides the timestamp_realtime() value from program startup.

uint8 * Rapicorn::zintern_decompress	(	unsigned int	decompressed_size,
		const unsigned char *	cdata,
		unsigned int	cdata_size
	)

Parameters:

decompressed_size	exact size of the decompressed data to be returned
cdata	compressed data block
cdata_size	exact size of the compressed data block

Returns:

decompressed data block or NULL in low memory situations

Decompress the data from cdata of length cdata_size into a newly allocated block of size decompressed_size which is returned. The returned block needs to be freed with g_free(). This function is intended to decompress data which has been compressed with the rapicorn-zintern utility, so no errors should occour during decompression. Consequently, if any error occours during decompression or if the resulting data block is of a size other than decompressed_size, the program will abort with an appropriate error message. If not enough memory could be allocated for decompression, NULL is returned.