/* -*- Mode: C++; tab-width: 4; indent-tabs-mode: nil; c-basic-offset: 4 -*- */ /* * This file is part of the LibreOffice project. * * This Source Code Form is subject to the terms of the Mozilla Public * License, v. 2.0. If a copy of the MPL was not distributed with this * file, You can obtain one at http://mozilla.org/MPL/2.0/. * * This file incorporates work covered by the following license notice: * * Licensed to the Apache Software Foundation (ASF) under one or more * contributor license agreements. See the NOTICE file distributed * with this work for additional information regarding copyright * ownership. The ASF licenses this file to you under the Apache * License, Version 2.0 (the "License"); you may not use this file * except in compliance with the License. You may obtain a copy of * the License at http://www.apache.org/licenses/LICENSE-2.0 . */ /* note: this file contains documentation of the modules. sub-modules of modules are documented here too so there aren't lots of tiny documentation only files everywhere. */ module com { module sun { module star { /** UNO Accessibility API
This modules contains the basic interfaces of the UAA (UNO Accessibility API). Services that describe how these interfaces are implemented can be found in other modules. The services in this module describe only what every accessible object has to support.
Making a class accessible starts by supporting the ::com::sun::star::accessibility::XAccessible interface. This interface's only method returns the actual accessibility object, an instance of ::com::sun::star::accessibility::XAccessibleContext. These two interfaces may be implemented by the same class in which case a call to ::com::sun::star::accessibility::XAccessible getAccessible() returns the same object that is called. Alternatively the implementation of the ::com::sun::star::accessibility::XAccessibleContext interface can be done by another class. This makes it possible to put all accessibility implementations into their own library which has only to be loaded when necessary.
Note that all other interfaces have to be implemented by the same class that implements the ::com::sun::star::accessibility::XAccessibleContext interface. Note also that there is no way back from an accessibility object to the object from which it has been obtained by means of the UAA. If you need such a back-link you have to provide one on your own.
*/ module accessibility {}; /// interfaces for SMIL animations. module animations {}; /// security and authenticates interfaces module auth {}; /// Java AWT-like user interface toolkit interface specifications for UNO. module awt { /// grid control. module grid {}; /// tab pages. module tab {}; /// hierarchical (tree) control. module tree {}; }; /// Charting diagram interfaces. module chart {}; /** New implementation of Charting diagram interfaces. This module contains only a rather small public API. In addition there is a private API in the chart2 project. */ module chart2 { /// Chart data provider interfaces. module data {}; }; /// Access to the tree of configuration data. module configuration { /// interfaces for configuration backends. module backend { /// XML files backend. module xml {}; }; /// deprecated bootstrapping mechanism. module bootstrap {}; }; /// Common user interface elements module cui {}; /// Clipboard and Drag&Drop interfaces. module datatransfer { /// Clipboard specific interfaces. module clipboard {}; /// Drag&Drop specific interfaces. module dnd {}; }; /// interfaces for extension management. module deployment { // this looks like it should not be documented module test {}; /// interfaces for extension management dialogs. module ui {}; }; /// Office document related interfaces. module document {}; /// Drawing and shape specific interfaces. module drawing { /// Draw/Impress user interface framework. module framework {}; }; /// interfaces related to embedded objects, both native UNO and OLE. module embed {}; /// Interfaces for managing forms and controls. module form { /// form bindings. module binding {}; /// form components (model part of the controls). module component {}; /// form components (view part of the controls). module control {}; /// various property handlers for forms. module inspection {}; /// core components of forms. module runtime {}; /// for submission of data from forms. module submission {}; /// for validation of form data. module validation {}; }; /// Interfaces for mathematical formulas. module formula {}; /// Desktop environment framework interfaces. module frame { /// various status properties. module status {}; }; /// interfaces for galleries of images and media objects. module gallery {}; /// Interfaces and data types to deal with basic geometric entities module geometry {}; /// Interfaces for graphic handling module graphic {}; /** Interface for internationalization. Regard this as an internal API, subject to change. */ module i18n {}; /// interfaces for HTML image maps. module image {}; /// interfaces for inspecting UNO objects via property handlers. module inspection {}; /// lightweight directory access protocol (LDAP) module ldap {}; /// Spell checker, hyphenation and thesaurus interfaces. module linguistic2 {}; /// logging of events. module logging {}; /// Interfaces for Email connectivity module mail {}; /// Media type interfaces module media {}; /// Interfaces for Mozilla integration. module mozilla {}; /// Office document content related interfaces. module office {}; /// Package file format interfaces. module packages { /// interfaces for reading and writing manifest.xml files in ODF packages. module manifest {}; /// for direct access to ZIP packages. module zip {}; }; /// Netscape-like plugin interfaces. module plugin {}; /// Presentation specific interfaces. module presentation { /// for text fields in presentation documents. module textfield {}; }; /// Interfaces for QA and automated tests module qa {}; /** RDF (Resource Description Framework) and metadata interfaces.This module provides interfaces for storing and accessing metadata in Resource Description Framework format. The API consists of two main parts: the RDF data model and the ODF document integration.
The RDF data model describes graphs of statements. The nodes in the graph are of type rdf::XNode, which has several subtypes: rdf::XResource, rdf::XBlankNode, rdf::XURI and rdf::XLiteral. Statements are then triples of nodes, and have type rdf::Statement.
The main part of the RDF data model is the rdf::XRepository, which consists of a set of graphs. The repository allows for importing/exporting graphs from/to files, as well as querying the contents of the repository. The type of the graphs is rdf::XNamedGraph.
Documents that support metadata implement the interfaces rdf::XRepositorySupplier and rdf::XDocumentMetadataAccess. Furthermore, all elements of ODF documents that may have metadata attached implement the interface rdf::XMetadatable.
*/ module rdf {}; /// Interfaces and data structures for rendering module rendering {}; /// interfaces for reports generated from data sources. module report { /// property handlers for reports. module inspection {}; /// report meta data. module meta {}; }; /// Interfaces to access (UI) resource files. module resource {}; /// Interfaces for scanner control. module scanner {}; /// Scripting language bindings. module script { /// manage available scripts in some sort of hierarchy. module browse {}; /// interfaces for scripting providers. module provider {}; /// VBA scripting. module vba {}; }; /// Basic interfaces for database access. module sdb { /// application UI. module application {}; /// misc stuff. module tools {}; }; /// Database component interfaces. module sdbc {}; /// High-level database component interfaces. module sdbcx {}; /// cryptographic interfaces. module security {}; /// Setup specific interfaces module setup {}; /// Spreadsheet specific interfaces. module sheet {}; /// allows to put smart tags in document content. module smarttags {}; /// Formatting and layout style and style sheet interfaces. module style {}; /// Interfaces for import/export of Scalable Vector Format. module svg {}; /// Host operating system integration interfaces. module system {}; /// Table specific interfaces (for text and spreadsheet). module table {}; /// Task management interfaces. module task {}; /// Text specific interfaces. module text { /// text field masters. module fieldmaster {}; /// text fields. module textfield { /// Document Properties text fields. module docinfo {}; }; }; /// Universal Content Broker interfaces. module ucb {}; /// Dialogs and other UI elements. module ui { /// dialogs. module dialogs {}; }; /// Miscellaneous interfaces for sorting, connecting objects etc. module util {}; /// Document view specific interfaces (e.g. selection access and printing). module view {}; /// interfaces for XForms (XML-based forms) implementation module xforms {}; /// XML related interfaces. module xml { /// XML encryption interfaces. module crypto { /// XML encryption SAX interfaces. module sax {}; }; /// Compressed SAX interfaces. module csax {}; /// XML Document Object Model. module dom { /// XML Document Object Model events. module events {}; /// XML Document Object Model views. module views {}; }; /// no idea what this does but it's all marked "internal". module input {}; /// SAX interfaces. module sax {}; /// something related to creating DOMs from SAX interfaces? module wrapper {}; /// XPath interfaces. module xpath {}; /// XSLT interfaces. module xslt {}; }; /// W3C XML Schema-2 data type related interfaces. module xsd {}; }; }; }; /* vim:set shiftwidth=4 softtabstop=4 expandtab: */