Annotated Class List
Qt classes with brief descriptions:
Assigns an address to the Bluetooth device | |
Discovers the Bluetooth devices nearby | |
Stores information about the Bluetooth device | |
Encapsulates the details of a local QBluetooth device | |
Enables access to the local Bluetooth device | |
Uses the RFCOMM or L2cap protocol to communicate with a Bluetooth device | |
Enables you to query for Bluetooth services | |
Enables access to the attributes of a Bluetooth service | |
Enables connection to a Bluetooth device running a bluetooth server | |
Transfers data to another device using Object Push Profile (OPP) | |
Stores the response for a data transfer request | |
Stores information about a data transfer request | |
Generates a UUID for each Bluetooth service | |
Stores information about a Bluetooth Low Energy service characteristic | |
Access to Bluetooth Low Energy Devices | |
Stores information about the Bluetooth Low Energy descriptor | |
Represents an individual service on a Bluetooth Low Energy Device | |
Filter for matching NDEF messages | |
NFC NDEF message | |
NFC RTD-SmartPoster | |
NFC RTD-Text | |
NFC RTD-URI | |
NFC NDEF record | |
Access to notifications for NFC events | |
Manages all interactions related to sharing files and data over NFC | |
Transfers data to remote device over NFC | |
Interface for communicating with a target device | |
Implements the NdefRecord type in QML | |
Handles all communication with the Enginio server | |
Keeps track of the authenticated connection to the server | |
Represents a user that is authenticated with the backend This class is an abstract base class for the different authentication methods and is never used directly | |
Represents data from Enginio as a QAbstractListModel | |
Represents a user that is authenticated directly by the backend using OAuth2 standard | |
Contains the data from a request to the Enginio database | |
Manages an operation started by an instance of QGeoCodingManager | |
Support for geocoding operations | |
Interface and convenience methods to implementers of QGeoServiceProvider plugins who want to provide support for geocoding operations | |
Represents the information relevant to the point at which two QGeoRouteSegments meet | |
Represents a route between two points | |
Manages an operation started by an instance of QGeoRoutingManager | |
Represents the parameters and restrictions which define a request for routing information | |
Represents a segment of a route | |
Support for geographic routing operations | |
Interface and convenience methods to implementers of QGeoServiceProvider plugins who want to provide access to geographic routing information | |
Aggregates access to services which provide geographical information | |
Factory class used as the plugin interface for services related to geographical information | |
Represents a set of data about a place | |
Represents generic attribute information about a place | |
Represents a category that a QPlace can be associated with | |
Represents a contact detail such as a phone number or website url | |
Serves as the base class for rich content types | |
Manages a content retrieval operation started by an instance of QPlaceManager | |
Represents the parameters of a content request | |
Manages a place details fetch operation started by an instance of QPlaceManager | |
Represents a publisher's article describing a place | |
Represents an icon | |
Manages operations which return an identifier such as saving and removal operations of places and categories | |
Represents a reference to an image | |
The interface which allows clients to access places stored in a particular backend | |
Interface for implementers of QGeoServiceProvider plugins who want to provide access to place functionality | |
Manages a place matching operation started by an instance of QPlaceManager | |
Used to find places from one manager that match those from another. It represents a set of request parameters | |
Represents a search result containing a proposed search | |
Holds rating information about a place | |
Manages an operation started by an instance of QPlaceManager and serves as a base class for more specialized replies | |
Represents a search result containing a place | |
Represents a review of a place | |
Manages a place search operation started by an instance of QPlaceManager | |
Represents the set of parameters for a search request | |
The base class for search results | |
Manages a search suggestion operation started by an instance of QPlaceManager | |
Represents a supplier of a place or content associated with a place | |
Represents an individual user | |
Represents an address of a QGeoLocation | |
Describes the parameters of an area or region to be monitored for proximity | |
Enables the detection of proximity changes for a specified set of coordinates | |
Defines a circular geographic area | |
Defines a geographical position on the surface of the Earth | |
Represents basic information about a location | |
Contains information gathered on a global position, direction and velocity at a particular point in time | |
Abstract base class for the distribution of positional updates | |
Factory class used as the plugin interface for external providers of positioning data | |
Defines a rectangular geographic area | |
Contains basic information about a satellite | |
Abstract base class for the distribution of satellite information updates | |
Defines a geographic area | |
Positional information using a NMEA data source | |
Represents a collection of audio samples with a specific format and sample rate | |
Allows decoding audio | |
Interface to query audio devices and their functionality | |
Stores audio stream parameter information | |
Interface for receiving audio data from an audio input device | |
Interface for sending audio data to an audio output device | |
Allows you to monitor audio being played or recorded | |
Method to play .wav sound files | |
Way to play low latency sound effects | |
Interface for system camera devices | |
Interface for exposure related camera settings | |
Interface for focus and zoom related camera settings | |
Information on zones used for autofocusing a camera | |
Used for the recording of media content | |
Interface for image processing related camera settings | |
General information about camera devices | |
Set of viewfinder settings | |
Access to the audio decoding functionality of a QMediaService | |
Access to the settings of a media service that performs audio encoding | |
Audio input selector media control | |
Audio output selector media control | |
Control over the audio role of a media object | |
Control for setting the capture buffer format | |
Control for setting capture destination | |
Abstract base class for classes that control still cameras or video cameras | |
Allows controlling camera exposure parameters | |
Allows controlling feedback (sounds etc) during camera operation | |
Allows controlling a camera's flash | |
Supplies control for focusing related camera parameters | |
Control interface for image capture services | |
Abstract class for controlling image processing parameters, like white balance, contrast, saturation, sharpening and denoising | |
Camera info media control | |
Abstract base class for classes that control still cameras or video cameras | |
Abstract class for controlling camera viewfinder parameters | |
Access to the viewfinder settings of a camera media service | |
Supplies control for optical and digital camera zoom | |
Access to the settings of a media service that performs image encoding | |
Allows control over probing audio data in media objects | |
Supplies a control for reporting availability of a service | |
Access to the output container format of a QMediaService | |
Access to the gapless playback related control of a QMediaService | |
Allows the setting of the Network Access Point for media related activities | |
Access to the media playing functionality of a QMediaService | |
Access to the recording functionality of a QMediaService | |
Media stream selection control | |
Allows control over probing video frames in media objects | |
Read access to the meta-data of a QMediaService's media | |
Write access to the meta-data of a QMediaService's media | |
Access to the RDS functionality of the radio in the QMediaService | |
Access to the radio tuning functionality of a QMediaService | |
Video device selector media control | |
Access to the settings of a media service that performs video encoding | |
Media control for rendering video to a QAbstractVideoSurface | |
Media control for rendering video to a window | |
Access to the resources relating to a media content | |
Allows the playing of a media source | |
List of media content to play | |
Description of a media resource | |
The base class for objects extending media objects functionality | |
Base interface for media service controls | |
Common base for multimedia objects | |
Common base class for media service implementations | |
Interface provides camera-specific information about devices supported by a camera service plug-in | |
Interface identifies the default device used by a media service plug-in | |
Interface identifies features supported by a media service plug-in | |
Interface provides an interface for QMediaService plug-ins | |
Interface identifies the devices supported by a media service plug-in | |
Interface identifies if a media service plug-in supports a media format | |
Represents a time interval with integer precision | |
Represents a set of zero or more disjoint time intervals | |
Interfaces to the RDS functionality of the system radio | |
Interface to the systems analog radio device | |
Used for the recording of audio | |
Set of audio encoder settings | |
Set of image encoder settings | |
Set of video encoder settings | |
Used for the recording of media content | |
Abstraction for planar video data | |
Abstraction for video data | |
Represents a filter that is applied to the video frames received by a VideoOutput type | |
Represents the implementation of a filter that owns all graphics and computational resources, and performs the actual filtering or calculations | |
Base class for video presentation surfaces | |
Represents a frame of video data | |
Allows you to monitor video frames being played or recorded | |
Specifies the stream format of a video presentation surface | |
Camera viewfinder widget | |
Graphics item which display video produced by a QMediaObject | |
Widget which presents video produced by a media object | |
Media control which implements a video widget | |
Access to the Qt Script environment from Qt C++ member functions | |
Interface for defining custom behavior of (a class of) Qt Script objects | |
Iterator interface for custom Qt Script objects | |
Represents a Qt Script function invocation | |
Additional information about a QScriptContext | |
Environment for evaluating Qt Script code | |
The result of a script syntax check | |
Interface to report events pertaining to QScriptEngine execution | |
Abstract base for custom QScript extension plugins | |
Encapsulates a Qt Script program | |
Acts as a handle to "interned" strings in a QScriptEngine | |
Acts as a container for the Qt Script data types | |
Java-style iterator for QScriptValue | |
QScriptEngine debugger | |
Represents one or more sensor gesture recognizers | |
Manages sensor gestures, registers and creates sensor gesture plugins | |
The pure virtual interface to sensor gesture plugins | |
The base class for a sensor gesture recognizer | |
Convenience wrapper around QSensor | |
Convenience wrapper around QSensorFilter | |
Reports on linear acceleration along the X, Y and Z axes | |
Convenience wrapper around QSensor | |
Convenience wrapper around QSensorFilter | |
Holds readings from the altimeter sensor | |
Convenience wrapper around QSensorFilter | |
Represents one reading from the ambient light sensor | |
Convenience wrapper around QSensor | |
Convenience wrapper around QSensorFilter | |
Holds readings of the ambient temperature | |
Convenience wrapper around QSensor | |
Convenience wrapper around QSensor | |
Convenience wrapper around QSensorFilter | |
Represents one reading from a compass | |
Convenience wrapper around QSensorFilter | |
Holds distance reading in cm from the proximity sensor | |
Convenience wrapper around QSensor | |
Convenience wrapper around QSensor | |
Convenience wrapper around QSensorFilter | |
Represents one reading from the gyroscope sensor | |
Convenience wrapper around QSensorFilter | |
Holds readings from the holster sensor | |
Convenience wrapper around QSensor | |
Convenience wrapper around QSensorFilter | |
Holds readings from the IR proximity sensor | |
Convenience wrapper around QSensor | |
Convenience wrapper around QSensorFilter | |
Represents one reading from the light sensor | |
Convenience wrapper around QSensor | |
Convenience wrapper around QSensor | |
Convenience wrapper around QSensorFilter | |
Represents one reading from the magnetometer | |
Convenience wrapper around QSensorFilter | |
Represents one reading from the orientation sensor | |
Convenience wrapper around QSensor | |
Convenience wrapper around QSensorFilter | |
Holds readings from the pressure sensor | |
Convenience wrapper around QSensor | |
Convenience wrapper around QSensorFilter | |
Represents one reading from the proximity sensor | |
Convenience wrapper around QSensor | |
Convenience wrapper around QSensorFilter | |
Represents one reading from the rotation sensor | |
Convenience wrapper around QSensor | |
Represents a single hardware sensor | |
Efficient callback facility for asynchronous notifications of sensor changes | |
Holds the readings from the sensor | |
Holds the specifics of an output range | |
Sensor implementation | |
Instantiates instances of QSensorBackend | |
Handles registration and creation of sensor backends | |
The pure virtual interface to sensor plugins | |
The pure virtual interface to sensor plugins | |
Convenience wrapper around QSensorFilter | |
Represents one reading from the tap sensor | |
Convenience wrapper around QSensor | |
Convenience wrapper around QSensorFilter | |
Holds readings from the tilt sensor | |
Convenience wrapper around QSensor | |
Provides functions to access serial ports | |
Provides information about existing serial ports | |
QGraphicsItem that can be used to render the contents of SVG files | |
Paint device that is used to create SVG drawings | |
Used to draw the contents of SVG files onto paint devices | |
Widget that is used to display the contents of Scalable Vector Graphics (SVG) files | |
Exposes QObjects to remote HTML clients | |
Communication channel between the C++ QWebChannel server and a HTML/JS client | |
Access to HTML 5 databases created with JavaScript | |
Convenient access to DOM elements in a QWebFrame | |
Represents a collection of web elements | |
Represents the history of a QWebPage | |
Represents one item in the history of a QWebPage | |
Interface to implement link history | |
Used to embed custom data types in web pages | |
Defines a security boundary for web sites | |
Object to store the settings used by QWebPage and QWebFrame | |
Allows Web content to be added to a GraphicsView | |
Represents a frame in a web page | |
Information about the web page content after a hit test | |
Allows the placement and control of a QWebPage's inspector. The inspector can display a page's hierarchy, its loading statistics and the current state of its individual elements. It is mostly used by web developers | |
Object to view and edit web documents | |
Widget that is used to view and edit web documents | |
Abstract base for custom 32-bit mask generators | |
Implements a TCP socket that talks the WebSocket protocol | |
Authenticator object for Cross Origin Requests (CORS) | |
Implements a WebSocket-based server | |
Provides information about the X display configuration | |
Callback interface for handling messages | |
Callback interface for resolving Uniform Resource Identifiers. A Uniform Resource Identifier (URI) is a string that uniquely identifies a resource. URIs are versatile global identifiers. It is often useful to transform a URI that identifies something logical into a URI that locates something physical (a URL), or to simply map a URI to a different URI. QAbstractUriResolver::resolve() provides this functionality | |
Abstract base class for modeling non-XML data to look like XML for QXmlQuery | |
Contains either an XML node or an atomic value | |
Identifies a node in an XML node model subclassed from QAbstractXmlNodeModel | |
Callback interface for transforming the output of a QXmlQuery | |
Implementation of QAbstractXmlNodeModel sufficient for many common cases | |
Identifies a location in a resource by URI, line, and column | |
Implementation of QXmlSerializer for transforming XQuery output into formatted XML | |
Represents the name of an XML node, in an efficient, namespace-aware way. QXmlName represents the name of an XML node in a way that is both efficient and safe for comparing names. Normally, an XML node represents an XML element or attribute, but QXmlName can also represent the names of other kinds of nodes, e.g., QAbstractXmlReceiver::processingInstruction() and QAbstractXmlReceiver::namespaceBinding() | |
Table of shared strings referenced by instances of QXmlName | |
Performs XQueries on XML data, or on non-XML data modeled to look like XML | |
Iterates through the results of evaluating an XQuery in QXmlQuery | |
Loading and validation of a W3C XML Schema | |
Validates XML instance documents against a W3C XML Schema | |
Implementation of QAbstractXmlReceiver for transforming XQuery output into unformatted XML |