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1222 1223 1224 1225 1226 1227 1228 1229 1230 1231 1232 1233 1234 1235 1236 1237 1238 1239 1240 1241 1242 1243 1244 1245 1246 | /*
* AT-SPI - Assistive Technology Service Provider Interface
* (Gnome Accessibility Project; http://developer.gnome.org/projects/gap)
*
* Copyright 2001, 2002 Sun Microsystems Inc.,
* Copyright 2001, 2002 Ximian, Inc.
*
* This library is free software; you can redistribute it and/or
* modify it under the terms of the GNU Library General Public
* License as published by the Free Software Foundation; either
* version 2 of the License, or (at your option) any later version.
*
* This library is distributed in the hope that it will be useful,
* but WITHOUT ANY WARRANTY; without even the implied warranty of
* MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU
* Library General Public License for more details.
*
* You should have received a copy of the GNU Library General Public
* License along with this library; if not, write to the
* Free Software Foundation, Inc., 59 Temple Place - Suite 330,
* Boston, MA 02111-1307, USA.
*/
#ifndef _SPI_H
#define _SPI_H
#include <cspi/spi-impl.h>
/*
* Definitions for AccessibleRole, AccessibleState,
* and event listeners.
*/
#include <cspi/spi-roletypes.h>
#include <cspi/spi-statetypes.h>
#include <cspi/spi-listener.h>
/*
* Auxiliary typedefs and mask definitions
*/
#include <libspi/keymasks.h>
#ifdef __cplusplus
extern "C" {
#endif
/**
*AccessibleCollectionMatchType:
*
*@SPI_COLLECTION_MATCH_INVALID
*@SPI_COLLECTION_MATCH_ALL TRUE if all of the criteria are met
*@SPI_COLLECTION_MATCH_ANY TRUE if any of the criteria are met
*@SPI_COLLECTION_MATCH_NONE TRUE if none of the criteria are met
*@SPI_COLLECTION_MATCH_EMPTY Same as MATCH_ALL if the criteria is non-empty;
* for empty criteria this rule requires returned value to also have empty set.
*@SPI_COLLECTION_MATCH_LAST_DEFINED
*
**/
typedef enum
{
SPI_COLLECTION_MATCH_INVALID,
SPI_COLLECTION_MATCH_ALL,
SPI_COLLECTION_MATCH_ANY,
SPI_COLLECTION_MATCH_NONE,
SPI_COLLECTION_MATCH_EMPTY,
SPI_COLLECTION_MATCH_LAST_DEFINED
}AccessibleCollectionMatchType;
/**
*AccessibleTextBoundaryType:
*@SPI_TEXT_BOUNDARY_CHAR: Delimiter is the current character's bounds.
*@SPI_TEXT_BOUNDARY_CURSOR_POS: Delimiter is the current text caret position.
*@SPI_TEXT_BOUNDARY_WORD_START: Bounds run from the first character of a word to the first
* character of the following word (i.e. including trailing whitespace, if any) within the text object.
*@SPI_TEXT_BOUNDARY_WORD_END: Bounds run from the last character of a word to the last
* character of the following word (i.e. including leading whitespace) within the text object.
*@SPI_TEXT_BOUNDARY_SENTENCE_START: Bounds run from the first character of a sentence to the first
* character of the next sentence in the text object.
*@SPI_TEXT_BOUNDARY_SENTENCE_END: Bounds run from the last character of a sentence to the last
* character of the next sentence in the text object.
*@SPI_TEXT_BOUNDARY_LINE_START: Bounds span one line of text, with the line delimiter at the end of the
* bounds, if present, within the current text object.
*@SPI_TEXT_BOUNDARY_LINE_END: Bounds span one line of text, including a preceding line delimiter
* if present within the current text object.
*@SPI_TEXT_BOUNDARY_ATTRIBUTE_RANGE: Bounds span the run, relative to the specified offset and
* text accessor API rules, over which the attributes of the text object are invariant.
*
*Text boundary types used for specifying boundaries for regions of text.
**/
typedef enum
{
SPI_TEXT_BOUNDARY_CHAR,
SPI_TEXT_BOUNDARY_CURSOR_POS,
SPI_TEXT_BOUNDARY_WORD_START,
SPI_TEXT_BOUNDARY_WORD_END,
SPI_TEXT_BOUNDARY_SENTENCE_START,
SPI_TEXT_BOUNDARY_SENTENCE_END,
SPI_TEXT_BOUNDARY_LINE_START,
SPI_TEXT_BOUNDARY_LINE_END,
SPI_TEXT_BOUNDARY_ATTRIBUTE_RANGE
} AccessibleTextBoundaryType;
/**
*AccessibleTextClipType
*@SPI_TEXT_CLIP_NONE: No clipping to be done
*@SPI_TEXT_CLIP_MIN: Text clipped by min coordinate is omitted
*@SPI_TEXT_CLIP_MAX: Text clipped by max coordinate is omitted
*@SPI_TEXT_CLIP_BOTH: Only text fully within mix/max bound is retained
*
*Describes the type of clipping required.
**/
typedef enum
{
SPI_TEXT_CLIP_NONE,
SPI_TEXT_CLIP_MIN,
SPI_TEXT_CLIP_MAX,
SPI_TEXT_CLIP_BOTH
} AccessibleTextClipType;
/**
*AccessibleRelationType:
*@SPI_RELATION_NULL: Not used, this is an invalid value for this enumeration.
*@SPI_RELATION_LABEL_FOR: Indicates an object is a label for one or more target objects.
*@SPI_RELATION_LABELED_BY: Indicates an object is labelled by one or more target objects.
*@SPI_RELATION_CONTROLLED_BY: Indicates an object controlled by one or more target objects.
*@SPI_RELATION_CONTROLLER_FOR: Indicates an object is an controller for one or more target objects.
*@SPI_RELATION_MEMBER_OF: Indicates an object is a member of a group of one or
more target objects.
*@SPI_RELATION_NODE_CHILD_OF: Indicates an object is a cell in a treetable which is displayed because a cell in the same column is expanded and identifies that cell.
*@SPI_RELATION_EXTENDED: This value indicates that a relation other than those pre-specified by this version of AT-SPI
* is present.
*@SPI_RELATION_FLOWS_TO: Indicates that the object has content that flows logically to another
* AtkObject in a sequential way, (for instance text-flow).
*@SPI_RELATION_FLOWS_FROM: Indicates that the object has content that flows logically from
* another AtkObject in a sequential way, (for instance text-flow).
*@SPI_RELATION_SUBWINDOW_OF: Indicates a subwindow attached to a component but otherwise has no connection in the UI heirarchy to that component.
*@SPI_RELATION_EMBEDS: Indicates that the object visually embeds
* another object's content, i.e. this object's content flows around
* another's content.
*@SPI_RELATION_EMBEDDED_BY: Inverse of %SPI_RELATION_EMBEDS, indicates that
* this object's content is visualy embedded in another object.
*@SPI_RELATION_POPUP_FOR: Indicates that an object is a popup for another object.
*@SPI_RELATION_PARENT_WINDOW_OF: Indicates that an object is a parent window of another object.
*@SPI_RELATION_DESCRIBED_BY: Indicates that another object provides descriptive information about this object; more verbose than %SPI_RELATION_LABELLED_BY.
*@SPI_RELATION_DESCRIPTION_FOR: Indicates that an object provides descriptive information about another object; more verbose than %SPI_RELATION_LABEL_FOR.
*@SPI_RELATION_NODE_PARENT_OF: Indicates an object is a cell in a treetable and is expanded to display other cells in the same column.
*@SPI_RELATION_LAST_DEFINED: Do not use, this is an implementation detail used
* to identify the size of this enumeration.
*
*Describes the type of the relation
**/
typedef enum
{
SPI_RELATION_NULL,
SPI_RELATION_LABEL_FOR,
SPI_RELATION_LABELED_BY,
SPI_RELATION_CONTROLLER_FOR,
SPI_RELATION_CONTROLLED_BY,
SPI_RELATION_MEMBER_OF,
SPI_RELATION_NODE_CHILD_OF,
SPI_RELATION_EXTENDED,
SPI_RELATION_FLOWS_TO,
SPI_RELATION_FLOWS_FROM,
SPI_RELATION_SUBWINDOW_OF,
SPI_RELATION_EMBEDS,
SPI_RELATION_EMBEDDED_BY,
SPI_RELATION_POPUP_FOR,
SPI_RELATION_PARENT_WINDOW_OF,
SPI_RELATION_DESCRIPTION_FOR,
SPI_RELATION_DESCRIBED_BY,
SPI_RELATION_NODE_PARENT_OF,
SPI_RELATION_LAST_DEFINED
} AccessibleRelationType;
/* don't change the order of these ! */
/**
*AccessibleCoordType:
*@SPI_COORD_TYPE_SCREEN: specifies xy coordinates relative to the screen
*@SPI_COORD_TYPE_WINDOW: specifies xy coordinates relative to an object's
* top-level window
*
*Specifies how xy coordinates are to be interpreted. Used by functions such
*as AccessibleComponent_getPosition() and AccessibleText_getCharacterExtents()
**/
typedef enum {
SPI_COORD_TYPE_SCREEN,
SPI_COORD_TYPE_WINDOW
} AccessibleCoordType;
/**
*AccessibleKeySynthType:
*@SPI_KEY_PRESS: Generates a keypress event (requires a subsequent #SPI_KEY_RELEASE event)
*@SPI_KEY_RELEASE: Generates a key-release event
*@SPI_KEY_PRESSRELEASE: Generates a key press/release event pair.
*@SPI_KEY_SYM: Injects a "keysym" event into the stream, as if a press/release pair occurred; allows
* the user to specify the key via its symbolic name, as opposed to simulating a hardware press of a
* specific key.
*@SPI_KEY_STRING: Injects one or more keysym events into the keyboard buffer, or directly inserts
* a string value into the currently focussed text widget, if the widgets supports this.
* #SPI_KEY_STRING synthesis provides a shortcut for text substring insertion, and also allows the
* insertion of text which is not currently available via the current keyboard's keymap.
*
* Specifies the type of a generated event.
**/
typedef enum {
SPI_KEY_PRESS,
SPI_KEY_RELEASE,
SPI_KEY_PRESSRELEASE,
SPI_KEY_SYM,
SPI_KEY_STRING
} AccessibleKeySynthType;
/**
*AccessibleKeyListenerSyncType:
*@SPI_KEYLISTENER_NOSYNC: Events may be delivered asynchronously,
* which means in some cases they may already have been delivered to the
* application before the AT client receives the notification.
*@SPI_KEYLISTENER_SYNCHRONOUS: Events are delivered synchronously, before the
* currently focussed application sees them.
*@SPI_KEYLISTENER_CANCONSUME: Events may be consumed by the AT client. Presumes and
* requires #SPI_KEYLISTENER_SYNCHRONOUS, incompatible with #SPI_KEYLISTENER_NOSYNC.
*@SPI_KEYLISTENER_ALL_WINDOWS: Events are received not from the application toolkit layer, but
* from the device driver or windowing system subsystem; such notifications are 'global' in the
* sense that they are not broken or defeated by applications that participate poorly
* in the accessibility APIs, or not at all; however because of the intrusive nature of
* such snooping, it can have side-effects on certain older platforms. If unconditional
* event notifications, even when inaccessible or "broken" applications have focus, are not
* required, it may be best to avoid this enum value/flag.
*
*Specified the tyupe of a key listener event.
* Certain of the values above can and should be bitwise-'OR'ed
* together, observing the compatibility limitations specified in the description of
* each value. For instance, #SPI_KEYLISTENER_ALL_WINDOWS | #SPI_KEYLISTENER_CANCONSUME is
* a commonly used combination which gives the AT complete control over the delivery of matching
* events. However, such filters should be used sparingly as they may have a negative impact on
* system performance.
**/
typedef enum {
SPI_KEYLISTENER_NOSYNC = 0,
SPI_KEYLISTENER_SYNCHRONOUS = 1,
SPI_KEYLISTENER_CANCONSUME = 2,
SPI_KEYLISTENER_ALL_WINDOWS = 4
} AccessibleKeyListenerSyncType;
/**
*AccessibleStreamableContentSeekType
*@SPI_STREAM_SEEK_SET: seek from the 'top' of the streamable
*@SPI_STREAM_SEEK_CUR: seek from the current position in the stream
*@SPI_STREAM_SEEK_END: seek from the end of the stream (if known)
*
*The seek type for a specified offset in AccessibleStreamableContent_seek.
**/
typedef enum
{
SPI_STREAM_SEEK_SET,
SPI_STREAM_SEEK_CUR,
SPI_STREAM_SEEK_END
} AccessibleStreamableContentSeekType;
/**
* SPIException:
* @type: private
* @source: private
* @ev: private
* @code: private
* @desc: private
*
* An opaque object encapsulating information about thrown exceptions.
**/
typedef struct _SPIException SPIException;
/**
* SPIExceptionHandler:
* @err: points to the SPIException opaque object.
* @is_fatal: indicates whether the exception is a fatal error or not.
*
* A function type for functions to be called when exceptions occur.
*
* Returns
**/
typedef SPIBoolean (*SPIExceptionHandler) (SPIException *err, SPIBoolean is_fatal);
/**
* SPIExceptionCode:
* @SPI_EXCEPTION_UNSPECIFIED: An exception of unknown type, or which doesn't fit the other types.
* @SPI_EXCEPTION_DISCONNECT: Communication with the object or service has been disconnected;
* this usually means that the object or service has died or exited.
* @SPI_EXCEPTION_NO_IMPL: The object or service is missing the implementation for a request.
* @SPI_EXCEPTION_IO: The communications channel has become corrupted, blocked, or is otherwise in a bad state.
* @SPI_EXCEPTION_BAD_DATA: The data received or sent over the interface has been identified as
* improperly formatted or otherwise fails to match the expectations.
*
* Exception codes indicating what's gone wrong in an AT-SPI call.
**/
typedef enum {
SPI_EXCEPTION_UNSPECIFIED,
SPI_EXCEPTION_DISCONNECT,
SPI_EXCEPTION_NO_IMPL,
SPI_EXCEPTION_IO,
SPI_EXCEPTION_BAD_DATA
} SPIExceptionCode;
/**
* SPIExceptionType:
* @SPI_EXCEPTION_SOURCE_UNSPECIFIED: Don't know or can't tell where the problem is
* @SPI_EXCEPTION_SOURCE_ACCESSIBLE: The source of an event or query (i.e. an app) has thrown the exception.
* @SPI_EXCEPTION_SOURCE_REGISTRY: The AT-SPI registry has thrown the exception or cannot be reached.
* @SPI_EXCEPTION_SOURCE_DEVICE: The device event subsystem has encountered an error condition.
*
* The general source of the failure, i.e. whether the app, registry, or device system has encountered trouble.
**/
typedef enum {
SPI_EXCEPTION_SOURCE_UNSPECIFIED,
SPI_EXCEPTION_SOURCE_ACCESSIBLE,
SPI_EXCEPTION_SOURCE_REGISTRY,
SPI_EXCEPTION_SOURCE_DEVICE
} SPIExceptionType;
typedef unsigned long AccessibleKeyEventMask;
typedef unsigned long AccessibleDeviceEventMask;
/**
* SPIRect:
* @x: The position of the minimum x value of the rectangle (i.e. left hand corner)
* @y: The position of the minimum y value of the rectangle's bounds.
* @width: Width of the rectangle in pixels.
* @height: Height of the rectangle in pixels.
*
* A structure encapsulating a rectangle.
**/
typedef struct {
long x;
long y;
long width;
long height;
} SPIRect;
/**
*AccessibleComponentLayer:
*@SPI_LAYER_INVALID: The layer cannot be determined or is somehow undefined.
*@SPI_LAYER_BACKGROUND: Component belongs to the destop background.
*@SPI_LAYER_CANVAS: Component is a canvas backdrop or drawing area.
*@SPI_LAYER_WIDGET: Component is a 'normal' widget.
*@SPI_LAYER_MDI: Component is drawn in the MDI layer and may have valid
* Z-information relative to other MDI-layer components.
*@SPI_LAYER_POPUP: Component is in the popup layer, above other widgets and
* MDI components.
*@SPI_LAYER_OVERLAY: Component is in the overlay plane - this value is reserved
* for future use.
*@SPI_LAYER_WINDOW: Component is in the window layer and have valid Z-information
* relative to other window-layer components.
*@SPI_LAYER_LAST_DEFINED: Used to determine the last valid value in the enum,
* should not be encountered.
*
* Describes the layer of a component.
*
* These enumerated "layer values" are used when determining which UI
* rendering layer a component is drawn into, which can help in making
* determinations of when components occlude one another.
**/
typedef enum {
SPI_LAYER_INVALID,
SPI_LAYER_BACKGROUND,
SPI_LAYER_CANVAS,
SPI_LAYER_WIDGET,
SPI_LAYER_MDI,
SPI_LAYER_POPUP,
SPI_LAYER_OVERLAY,
SPI_LAYER_WINDOW,
SPI_LAYER_LAST_DEFINED
} AccessibleComponentLayer;
/**
* AccessibleTextRange:
* @start: the first nominal character position within the range.
* @end: the first nominal character position following the range.
* @content: The actual text content between @start and @end, as a UTF-8 string.
*
* Structure which encapsulates a text range - must be associated with an
* AccessibleText-implementing object.
**/
typedef struct _AccessibleTextRange
{
long int start;
long int end;
char *contents;
} AccessibleTextRange;
/**
* AccessibleKeySet:
* @keysyms:
* @keycodes:
* @len:
*
* Structure containing identifying information about a set of keycode or
* keysyms.
**/
typedef struct _AccessibleKeySet
{
unsigned long *keysyms;
unsigned short *keycodes;
char **keystrings;
short len;
} AccessibleKeySet;
/*
* A special value for an AccessibleKeySet type, which tacitly
* includes all keycodes and keyvals for the specified modifier set.
*/
#define SPI_KEYSET_ALL_KEYS NULL
typedef unsigned long AccessibleModifierMaskType;
/**
*AccessibleKeyMaskType:
*
*AccessibleKeyMaskType is a mask which is a set of key event modifiers
*which is specified in SPI_registerAccessibleKeystrokeListener.
**/
typedef AccessibleModifierMaskType AccessibleKeyMaskType;
typedef struct _AccessibleAttributeSet
{
int len;
char **attributes;
} AccessibleAttributeSet;
typedef struct _AccessibleRoleSet
{
int len;
AccessibleRole *roles;
} AccessibleRoleSet;
/* Basic SPI initialization and event loop function prototypes */
int SPI_init (void);
void SPI_event_main (void);
void SPI_event_quit (void);
SPIBoolean SPI_eventIsReady (void);
AccessibleEvent *SPI_nextEvent (SPIBoolean waitForEvent);
int SPI_exit (void);
/* Event Listener creation and support. */
void SPI_freeAccessibleKeySet (
AccessibleKeySet *keyset);
AccessibleKeySet * SPI_createAccessibleKeySet (
int len,
const char *keysyms,
short *keycodes,
const char **keystrings);
AccessibleEventListener * SPI_createAccessibleEventListener (
AccessibleEventListenerCB callback,
void *user_data);
SPIBoolean AccessibleEventListener_addCallback (
AccessibleEventListener *listener,
AccessibleEventListenerCB callback,
void *user_data);
SPIBoolean AccessibleEventListener_removeCallback (
AccessibleEventListener *listener,
AccessibleEventListenerCB callback);
void AccessibleEventListener_unref (
AccessibleEventListener *listener);
/* Device Event Listener creation and support. */
/* First four are deprecated in favor of the last four; really just a re-name */
AccessibleKeystrokeListener * SPI_createAccessibleKeystrokeListener (
AccessibleKeystrokeListenerCB callback,
void *user_data);
SPIBoolean AccessibleKeystrokeListener_addCallback (
AccessibleKeystrokeListener *listener,
AccessibleKeystrokeListenerCB callback,
void *user_data);
SPIBoolean AccessibleKeystrokeListener_removeCallback (
AccessibleKeystrokeListener *listener,
AccessibleKeystrokeListenerCB callback);
void AccessibleKeystrokeListener_unref (
AccessibleKeystrokeListener *listener);
AccessibleDeviceListener * SPI_createAccessibleDeviceListener (
AccessibleDeviceListenerCB callback,
void *user_data);
SPIBoolean AccessibleDeviceListener_addCallback (
AccessibleDeviceListener *listener,
AccessibleDeviceListenerCB callback,
void *user_data);
SPIBoolean AccessibleDeviceListener_removeCallback (
AccessibleDeviceListener *listener,
AccessibleDeviceListenerCB callback);
void AccessibleDeviceListener_unref (
AccessibleDeviceListener *listener);
/* Global functions serviced by the registry */
SPIBoolean SPI_registerGlobalEventListener (
AccessibleEventListener *listener,
const char *eventType);
SPIBoolean SPI_deregisterGlobalEventListener (
AccessibleEventListener *listener,
const char *eventType);
SPIBoolean SPI_deregisterGlobalEventListenerAll (
AccessibleEventListener *listener);
SPIBoolean SPI_registerAccessibleKeystrokeListener (
AccessibleKeystrokeListener *listener,
AccessibleKeySet *keys,
AccessibleKeyMaskType modmask,
AccessibleKeyEventMask eventmask,
AccessibleKeyListenerSyncType sync_type);
SPIBoolean SPI_deregisterAccessibleKeystrokeListener (
AccessibleKeystrokeListener *listener,
AccessibleKeyMaskType modmask);
SPIBoolean SPI_registerDeviceEventListener (
AccessibleDeviceListener *listener,
AccessibleDeviceEventMask eventmask,
void *filter);
SPIBoolean SPI_deregisterDeviceEventListener (
AccessibleDeviceListener *listener,
void *filter);
int SPI_getDesktopCount (void);
Accessible *SPI_getDesktop (int i);
int SPI_getDesktopList (Accessible ***desktop_list);
void SPI_freeDesktopList (Accessible **desktop_list);
SPIBoolean SPI_generateKeyboardEvent (long int keyval,
char *keystring,
AccessibleKeySynthType synth_type);
SPIBoolean SPI_generateMouseEvent (long int x, long int y, char *name);
/* Accessible function prototypes */
void Accessible_ref (Accessible *obj);
void Accessible_unref (Accessible *obj);
char * Accessible_getName (Accessible *obj);
char * Accessible_getDescription (Accessible *obj);
Accessible * Accessible_getParent (Accessible *obj);
long Accessible_getChildCount (Accessible *obj);
Accessible * Accessible_getChildAtIndex (Accessible *obj,
long int childIndex);
long Accessible_getIndexInParent (Accessible *obj);
AccessibleRelation **Accessible_getRelationSet (Accessible *obj);
AccessibleRole Accessible_getRole (Accessible *obj);
char * Accessible_getRoleName (Accessible *obj);
char * Accessible_getLocalizedRoleName (Accessible *obj);
AccessibleStateSet * Accessible_getStateSet (Accessible *obj);
AccessibleAttributeSet *Accessible_getAttributes (Accessible *obj);
AccessibleApplication *Accessible_getHostApplication (Accessible *obj);
/* Interface query methods */
SPIBoolean Accessible_isAction (Accessible *obj);
SPIBoolean Accessible_isApplication (Accessible *obj);
SPIBoolean Accessible_isCollection (Accessible *obj);
SPIBoolean Accessible_isComponent (Accessible *obj);
SPIBoolean Accessible_isDocument (Accessible *obj);
SPIBoolean Accessible_isEditableText (Accessible *obj);
SPIBoolean Accessible_isHypertext (Accessible *obj);
SPIBoolean Accessible_isImage (Accessible *obj);
SPIBoolean Accessible_isMatchRule (Accessible *obj);
SPIBoolean Accessible_isSelection (Accessible *obj);
SPIBoolean Accessible_isStreamableContent (Accessible *obj);
SPIBoolean Accessible_isTable (Accessible *obj);
SPIBoolean Accessible_isText (Accessible *obj);
SPIBoolean Accessible_isValue (Accessible *obj);
AccessibleAction * Accessible_getAction (Accessible *obj);
AccessibleApplication * Accessible_getApplication (Accessible *obj);
AccessibleCollection * Accessible_getCollection (Accessible *obj);
AccessibleComponent * Accessible_getComponent (Accessible *obj);
AccessibleDocument * Accessible_getDocument (Accessible *obj);
AccessibleEditableText * Accessible_getEditableText (Accessible *obj);
AccessibleHypertext * Accessible_getHypertext (Accessible *obj);
AccessibleImage * Accessible_getImage (Accessible *obj);
AccessibleMatchRule * Accessible_getMatchRule (Accessible *obj);
AccessibleSelection * Accessible_getSelection (Accessible *obj);
AccessibleStreamableContent * Accessible_getStreamableContent (Accessible *obj);
AccessibleTable * Accessible_getTable (Accessible *obj);
AccessibleText * Accessible_getText (Accessible *obj);
AccessibleValue * Accessible_getValue (Accessible *obj);
AccessibleUnknown * Accessible_queryInterface (Accessible *obj,
const char *interface_name);
/* AccessibleAction function prototypes */
void AccessibleAction_ref (AccessibleAction *obj);
void AccessibleAction_unref (AccessibleAction *obj);
long AccessibleAction_getNActions (AccessibleAction *obj);
char *AccessibleAction_getName (AccessibleAction *obj,
long int i);
char *AccessibleAction_getDescription (AccessibleAction *obj,
long int i);
SPIBoolean AccessibleAction_doAction (AccessibleAction *obj,
long int i);
char *AccessibleAction_getKeyBinding (AccessibleAction *obj,
long int i);
/* AccessibleApplication function prototypes */
void AccessibleApplication_ref (AccessibleApplication *obj);
void AccessibleApplication_unref (AccessibleApplication *obj);
char *AccessibleApplication_getToolkitName (AccessibleApplication *obj);
char *AccessibleApplication_getVersion (AccessibleApplication *obj);
long AccessibleApplication_getID (AccessibleApplication *obj);
char *AccessibleApplication_getLocale (AccessibleApplication *obj, int lc_category);
SPIBoolean AccessibleApplication_pause (AccessibleApplication *obj);
SPIBoolean AccessibleApplication_resume (AccessibleApplication *obj);
/* AccessibleCollection function prototypes */
void AccessibleCollection_ref (AccessibleCollection *obj);
void AccessibleCollection_unref (AccessibleCollection *obj);
AccessibleMatchRule *
AccessibleCollection_createMatchRule (AccessibleCollection *obj,
AccessibleStateSet *states,
AccessibleCollectionMatchType statematchtype,
AccessibleAttributeSet *attributes,
AccessibleCollectionMatchType attributematchtype,
AccessibleRoleSet *roles,
AccessibleCollectionMatchType rolematchtype,
char *interfaces,
AccessibleCollectionMatchType interfacematchtype,
long int invert);
void
AccessibleCollection_freeMatchRule (AccessibleCollection *obj,
AccessibleMatchRule *matchrule);
/* AccessibleComponent function prototypes */
void AccessibleComponent_ref (AccessibleComponent *obj);
void AccessibleComponent_unref (AccessibleComponent *obj);
SPIBoolean AccessibleComponent_contains (AccessibleComponent *obj,
long int x,
long int y,
AccessibleCoordType ctype);
Accessible *AccessibleComponent_getAccessibleAtPoint (
AccessibleComponent *obj,
long int x,
long int y,
AccessibleCoordType ctype);
void AccessibleComponent_getExtents (AccessibleComponent *obj,
long int *x,
long int *y,
long int *width,
long int *height,
AccessibleCoordType ctype);
void AccessibleComponent_getPosition (AccessibleComponent *obj,
long int *x,
long int *y,
AccessibleCoordType ctype);
void AccessibleComponent_getSize (AccessibleComponent *obj,
long int *width,
long int *height);
AccessibleComponentLayer
AccessibleComponent_getLayer (AccessibleComponent *obj);
SPIBoolean AccessibleComponent_grabFocus (AccessibleComponent *obj);
short AccessibleComponent_getMDIZOrder(AccessibleComponent *obj);
double AccessibleComponent_getAlpha (AccessibleComponent *obj);
/* AccessibleDocument function prototypes */
void AccessibleDocument_ref (AccessibleDocument *obj);
void AccessibleDocument_unref (AccessibleDocument *obj);
char *AccessibleDocument_getLocale (AccessibleDocument *obj);
char *AccessibleDocument_getAttributeValue (AccessibleDocument *obj,
char *attribute);
AccessibleAttributeSet *AccessibleDocument_getAttributes (AccessibleDocument *obj);
/* AccessibleEditableText function prototypes */
void
AccessibleEditableText_ref (AccessibleEditableText *obj);
void
AccessibleEditableText_unref (AccessibleEditableText *obj);
SPIBoolean
AccessibleEditableText_setAttributes (AccessibleEditableText *obj,
const char *attributes,
long int startOffset,
long int endOffset);
SPIBoolean
AccessibleEditableText_setTextContents (AccessibleEditableText *obj,
const char *newContents);
SPIBoolean
AccessibleEditableText_insertText (AccessibleEditableText *obj,
long int position,
const char *text,
long int length);
SPIBoolean
AccessibleEditableText_copyText (AccessibleText *obj,
long int startPos,
long int endPos);
SPIBoolean
AccessibleEditableText_cutText (AccessibleEditableText *obj,
long int startPos,
long int endPos);
SPIBoolean
AccessibleEditableText_deleteText (AccessibleEditableText *obj,
long int startPos,
long int endPos);
SPIBoolean
AccessibleEditableText_pasteText (AccessibleEditableText *obj,
long int position);
/*
*
* AccessibleHyperlink function prototypes
*
*/
void
AccessibleHyperlink_ref (AccessibleHyperlink *obj);
void
AccessibleHyperlink_unref (AccessibleHyperlink *obj);
long
AccessibleHyperlink_getNAnchors (AccessibleHyperlink *obj);
char *
AccessibleHyperlink_getURI (AccessibleHyperlink *obj,
long int i);
Accessible *
AccessibleHyperlink_getObject (AccessibleHyperlink *obj,
long int i);
void
AccessibleHyperlink_getIndexRange (AccessibleHyperlink *obj,
long int *startIndex,
long int *endIndex);
SPIBoolean
AccessibleHyperlink_isValid (AccessibleHyperlink *obj);
/*
*
* AccessibleHypertext function prototypes
*
*/
void
AccessibleHypertext_ref (AccessibleHypertext *obj);
void
AccessibleHypertext_unref (AccessibleHypertext *obj);
long
AccessibleHypertext_getNLinks (AccessibleHypertext *obj);
AccessibleHyperlink *
AccessibleHypertext_getLink (AccessibleHypertext *obj,
long int linkIndex);
long
AccessibleHypertext_getLinkIndex (AccessibleHypertext *obj,
long int characterOffset);
/*
*
* AccessibleImage function prototypes
*
*/
void
AccessibleImage_ref (AccessibleImage *obj);
void
AccessibleImage_unref (AccessibleImage *obj);
char *
AccessibleImage_getImageDescription (AccessibleImage *obj);
void
AccessibleImage_getImageSize (AccessibleImage *obj,
long int *width,
long int *height);
void
AccessibleImage_getImagePosition (AccessibleImage *obj,
long int *x,
long int *y,
AccessibleCoordType ctype);
void
AccessibleImage_getImageExtents (AccessibleImage *obj,
long int *x,
long int *y,
long int *width,
long int *height,
AccessibleCoordType ctype);
char *
AccessibleImage_getImageLocale (AccessibleImage *obj);
/*
*
* AccessibleMatchRule function prototypes
*
*/
void AccessibleMatchRule_ref (AccessibleMatchRule *obj);
void AccessibleMatchRule_unref (AccessibleMatchRule *obj);
/*
*
* AccessibleRelation function prototypes
*
*/
void AccessibleRelation_ref (AccessibleRelation *obj);
void AccessibleRelation_unref (AccessibleRelation *obj);
AccessibleRelationType
AccessibleRelation_getRelationType (AccessibleRelation *obj);
int
AccessibleRelation_getNTargets (AccessibleRelation *obj);
Accessible *
AccessibleRelation_getTarget (AccessibleRelation *obj, int i);
/*
*
* AccessibleSelection function prototypes
*
*/
void AccessibleSelection_ref (AccessibleSelection *obj);
void AccessibleSelection_unref (AccessibleSelection *obj);
long
AccessibleSelection_getNSelectedChildren (AccessibleSelection *obj);
Accessible *
AccessibleSelection_getSelectedChild (AccessibleSelection *obj,
long int selectedChildIndex);
SPIBoolean
AccessibleSelection_selectChild (AccessibleSelection *obj,
long int childIndex);
SPIBoolean
AccessibleSelection_deselectSelectedChild (AccessibleSelection *obj,
long int selectedChildIndex);
SPIBoolean
AccessibleSelection_deselectChild (AccessibleSelection *obj,
long int childIndex);
SPIBoolean
AccessibleSelection_isChildSelected (AccessibleSelection *obj,
long int childIndex);
SPIBoolean
AccessibleSelection_selectAll (AccessibleSelection *obj);
SPIBoolean
AccessibleSelection_clearSelection (AccessibleSelection *obj);
/*
*
* AccessibleStateSet function prototypes
*
*/
void AccessibleStateSet_ref (AccessibleStateSet *obj);
void AccessibleStateSet_unref (AccessibleStateSet *obj);
SPIBoolean
AccessibleStateSet_contains (AccessibleStateSet *obj,
AccessibleState state);
void
AccessibleStateSet_add (AccessibleStateSet *obj,
AccessibleState state);
void
AccessibleStateSet_remove (AccessibleStateSet *obj,
AccessibleState state);
SPIBoolean
AccessibleStateSet_equals (AccessibleStateSet *obj,
AccessibleStateSet *obj2);
AccessibleStateSet *
AccessibleStateSet_compare (AccessibleStateSet *obj,
AccessibleStateSet *obj2);
SPIBoolean
AccessibleStateSet_isEmpty (AccessibleStateSet *obj);
void
AccessibleStreamableContent_ref (AccessibleStreamableContent *obj);
void
AccessibleStreamableContent_unref (AccessibleStreamableContent *obj);
char **
AccessibleStreamableContent_getContentTypes (AccessibleStreamableContent *obj);
void
AccessibleStreamableContent_freeContentTypesList (AccessibleStreamableContent *obj,
char **content_types);
#define AccessibleStreamableContent_freeContentTypeList(a, b) AccessibleStreamableContent_freeContentTypesList(a,b)
SPIBoolean
AccessibleStreamableContent_open (AccessibleStreamableContent *obj,
const char *content_type);
SPIBoolean
AccessibleStreamableContent_close (AccessibleStreamableContent *obj);
long
AccessibleStreamableContent_seek (AccessibleStreamableContent *obj,
long int offset,
AccessibleStreamableContentSeekType seek_type);
SPIBoolean
AccessibleStreamableContent_read (AccessibleStreamableContent *obj,
void *buff,
long int nbytes,
unsigned int read_type);
/*
*
* AccessibleTable function prototypes
*
*/
void AccessibleTable_ref (AccessibleTable *obj);
void AccessibleTable_unref (AccessibleTable *obj);
Accessible *
AccessibleTable_getCaption (AccessibleTable *obj);
Accessible *
AccessibleTable_getSummary (AccessibleTable *obj);
long
AccessibleTable_getNRows (AccessibleTable *obj);
long
AccessibleTable_getNColumns (AccessibleTable *obj);
Accessible *
AccessibleTable_getAccessibleAt (AccessibleTable *obj,
long int row,
long int column);
long
AccessibleTable_getIndexAt (AccessibleTable *obj,
long int row,
long int column);
long
AccessibleTable_getRowAtIndex (AccessibleTable *obj,
long int index);
long
AccessibleTable_getColumnAtIndex (AccessibleTable *obj,
long int index);
char *
AccessibleTable_getRowDescription (AccessibleTable *obj,
long int row);
char *
AccessibleTable_getColumnDescription (AccessibleTable *obj,
long int column);
long
AccessibleTable_getRowExtentAt (AccessibleTable *obj,
long int row,
long int column);
long
AccessibleTable_getColumnExtentAt (AccessibleTable *obj,
long int row,
long int column);
SPIBoolean
AccessibleTable_getRowColumnExtentsAtIndex (AccessibleTable *obj,
long int index, long int *row, long int *col,
long int *row_extents, long int *col_extents,
long int *is_selected);
Accessible *
AccessibleTable_getRowHeader (AccessibleTable *obj,
long int row);
Accessible *
AccessibleTable_getColumnHeader (AccessibleTable *obj,
long int column);
long
AccessibleTable_getNSelectedRows (AccessibleTable *obj);
long
AccessibleTable_getSelectedRows (AccessibleTable *obj,
long int **selectedRows);
long
AccessibleTable_getNSelectedColumns (AccessibleTable *obj);
long
AccessibleTable_getSelectedColumns (AccessibleTable *obj,
long int **selectedColumns);
SPIBoolean
AccessibleTable_isRowSelected (AccessibleTable *obj,
long int row);
SPIBoolean
AccessibleTable_isColumnSelected (AccessibleTable *obj,
long int column);
SPIBoolean
AccessibleTable_isSelected (AccessibleTable *obj,
long int row,
long int column);
SPIBoolean
AccessibleTable_addRowSelection (AccessibleTable *obj,
long int row);
SPIBoolean
AccessibleTable_addColumnSelection (AccessibleTable *obj,
long int column);
SPIBoolean
AccessibleTable_removeRowSelection (AccessibleTable *obj,
long int row);
SPIBoolean
AccessibleTable_removeColumnSelection (AccessibleTable *obj,
long int column);
/*
*
* AccessibleText function prototypes
*
*/
void AccessibleText_ref (AccessibleText *obj);
void AccessibleText_unref (AccessibleText *obj);
long
AccessibleText_getCharacterCount (AccessibleText *obj);
char *
AccessibleText_getText (AccessibleText *obj,
long int startOffset,
long int endOffset);
long
AccessibleText_getCaretOffset (AccessibleText *obj);
char *
AccessibleText_getAttributes (AccessibleText *obj,
long int offset,
long int *startOffset,
long int *endOffset);
char *
AccessibleText_getDefaultAttributes (AccessibleText *obj);
SPIBoolean
AccessibleText_setCaretOffset (AccessibleText *obj,
long int newOffset);
char *
AccessibleText_getTextBeforeOffset (AccessibleText *obj,
long int offset,
AccessibleTextBoundaryType type,
long int *startOffset,
long int *endOffset);
char *
AccessibleText_getTextAtOffset (AccessibleText *obj,
long int offset,
AccessibleTextBoundaryType type,
long int *startOffset,
long int *endOffset);
char *
AccessibleText_getTextAfterOffset (AccessibleText *obj,
long int offset,
AccessibleTextBoundaryType type,
long int *startOffset,
long int *endOffset);
unsigned long
AccessibleText_getCharacterAtOffset (AccessibleText *obj,
long int offset);
void
AccessibleText_getCharacterExtents (AccessibleText *obj,
long int offset,
long int *x,
long int *y,
long int *width,
long int *height,
AccessibleCoordType type);
void
AccessibleText_getRangeExtents (AccessibleText *obj,
long int startOffset,
long int endOffset,
long int *x,
long int *y,
long int *width,
long int *height,
AccessibleCoordType type);
AccessibleTextRange **
AccessibleText_getBoundedRanges (AccessibleText *obj,
long int x,
long int y,
long int width,
long int height,
AccessibleCoordType type,
AccessibleTextClipType clipTypeX,
AccessibleTextClipType clipTypeY);
void
AccessibleTextRange_freeRanges (AccessibleTextRange **ranges);
long
AccessibleText_getOffsetAtPoint (AccessibleText *obj,
long int x,
long int y,
AccessibleCoordType type);
long
AccessibleText_getNSelections (AccessibleText *obj);
void
AccessibleText_getSelection (AccessibleText *obj,
long int selectionNum,
long int *startOffset,
long int *endOffset);
SPIBoolean
AccessibleText_addSelection (AccessibleText *obj,
long int startOffset,
long int endOffset);
SPIBoolean
AccessibleText_removeSelection (AccessibleText *obj,
long int selectionNum);
SPIBoolean
AccessibleText_setSelection (AccessibleText *obj,
long int selectionNum,
long int startOffset,
long int endOffset);
AccessibleAttributeSet *
AccessibleText_getAttributeRun (AccessibleText *obj,
long int offset,
long int *startOffset,
long int *endOffset,
long int includeDefaults);
AccessibleAttributeSet *
AccessibleText_getDefaultAttributeSet (AccessibleText *obj);
/* AccessibleValue Function Prototypes: */
void AccessibleValue_ref (AccessibleValue *obj);
void AccessibleValue_unref (AccessibleValue *obj);
double AccessibleValue_getMinimumValue (AccessibleValue *obj);
double AccessibleValue_getCurrentValue (AccessibleValue *obj);
double AccessibleValue_getMaximumValue (AccessibleValue *obj);
SPIBoolean AccessibleValue_setCurrentValue (AccessibleValue *obj,
double newValue);
double AccessibleValue_getMinimumIncrement (AccessibleValue *obj);
/* Persistance and lifecycle control for AccessibleEvents. */
SPIBoolean AccessibleEvent_ref (const AccessibleEvent *e);
void AccessibleEvent_unref (const AccessibleEvent *e);
/*
* Prototypes for accessor functions, to obtain context
* information for accessible events.
*/
char* AccessibleEvent_getSourceName (const AccessibleEvent *e);
AccessibleRole AccessibleEvent_getSourceRole (const AccessibleEvent *e);
AccessibleApplication* AccessibleEvent_getSourceApplication (const AccessibleEvent *e);
SPIBoolean AccessibleEvent_getSourceDetails (const AccessibleEvent *e, char **name,
AccessibleRole *role,
AccessibleApplication **app);
char* AccessibleTextChangedEvent_getChangeString (const AccessibleEvent *e);
Accessible * AccessibleChildChangedEvent_getChildAccessible (const AccessibleEvent *e);
Accessible * AccessibleParentChangedEvent_getParentAccessible (const AccessibleEvent *e);
char* AccessibleTextSelectionChangedEvent_getSelectionString (const AccessibleEvent *e);
char* AccessibleWindowEvent_getTitleString (const AccessibleEvent *e);
Accessible * AccessibleActiveDescendantChangedEvent_getActiveDescendant (const AccessibleEvent *e);
Accessible * AccessibleTableSummaryChangedEvent_getSummaryAccessible (const AccessibleEvent *e);
Accessible * AccessibleTableHeaderChangedEvent_getHeaderAccessible (const AccessibleEvent *e);
char * AccessibleTableCaptionChangedEvent_getCaptionString (const AccessibleEvent *e);
char * AccessibleTableRowDescriptionChangedEvent_getDescriptionString (const AccessibleEvent *e);
char * AccessibleTableColumnDescriptionChangedEvent_getDescriptionString (const AccessibleEvent *e);
char * AccessibleDescriptionChangedEvent_getDescriptionString (const AccessibleEvent *e);
char * AccessibleNameChangedEvent_getNameString (const AccessibleEvent *e);
SPIRect * AccessibleBoundsChangedEvent_getNewBounds (const AccessibleEvent *e);
/* Misc methods and error handling */
void SPI_freeString (char *s);
char* SPI_dupString (char *s);
void SPI_freeRect (SPIRect *r);
SPIBoolean SPI_exceptionHandlerPush (SPIExceptionHandler *handler);
SPIExceptionHandler* SPI_exceptionHandlerPop (void);
SPIExceptionType SPIException_getSourceType (SPIException *err);
SPIExceptionCode SPIException_getExceptionCode (SPIException *err);
Accessible* SPIAccessibleException_getSource (SPIException *err);
char* SPIException_getDescription (SPIException *err);
#ifdef __cplusplus
}
#endif
#endif
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