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Diffstat (limited to 'sources/shiboken6/doc')
57 files changed, 12714 insertions, 0 deletions
diff --git a/sources/shiboken6/doc/CMakeLists.txt b/sources/shiboken6/doc/CMakeLists.txt new file mode 100644 index 000000000..eaef4ff29 --- /dev/null +++ b/sources/shiboken6/doc/CMakeLists.txt @@ -0,0 +1,73 @@ +# Copyright (C) 2023 The Qt Company Ltd. +# SPDX-License-Identifier: BSD-3-Clause + +cmake_minimum_required(VERSION 3.18) + +if(FULLDOCSBUILD EQUAL 0) + project(shiboken6_doc) +endif() + +list(APPEND CMAKE_MODULE_PATH "${CMAKE_CURRENT_LIST_DIR}/../cmake") +include(FindDocTools) + +# Generate html by default. +if(NOT DOC_OUTPUT_FORMAT) + set(DOC_OUTPUT_FORMAT "html") +endif() + +if(SPHINX_BUILD) + message(STATUS "sphinx-build - found") + configure_file(conf.py.in conf.py @ONLY) + # conditional tag for sphinx build + #string(JOIN "_" SPHINX_TAG ${DOC_OUTPUT_FORMAT} "format") + add_custom_target(doc + COMMAND ${SPHINX_BUILD} -b ${DOC_OUTPUT_FORMAT} -j auto -c . ${CMAKE_CURRENT_SOURCE_DIR} html + COMMENT "Generating shiboken documentation HTML files" + VERBATIM) + + # Attach a POST_BUILD step to the 'doc' custom target to generate a QCH file. + if(DOC_OUTPUT_FORMAT STREQUAL "qthelp") + if(qhelpgenerator_binary) + message(STATUS "qhelpgenerator - found") + + # Python script that will be called to update the QHP + set(PATCH_QHP_SCRIPT "${CMAKE_CURRENT_LIST_DIR}/../../shiboken6/doc/scripts/patch_qhp.py") + file(TO_NATIVE_PATH ${CMAKE_CURRENT_BINARY_DIR}/html/Shiboken.qhp QHP_FILE) + + if(SHIBOKEN_IS_CROSS_BUILD) + set(python_executable "${QFP_PYTHON_HOST_PATH}") + else() + set(python_executable "${Python_EXECUTABLE}") + endif() + if(NOT python_executable OR NOT EXISTS "${python_executable}") + message(FATAL_ERROR "No python executable found to build documentation.") + endif() + + add_custom_command(TARGET doc POST_BUILD + COMMAND "${python_executable}" ${PATCH_QHP_SCRIPT} -v shiboken6 ${QHP_FILE} + COMMAND "${qhelpgenerator_binary}" ${QHP_FILE} + COMMENT "Generating shiboken documentation QCH files based on the QHP files" + VERBATIM) + else() + message(WARNING "qhelpgenerator - not found! qch generation disabled") + endif() + endif() +else() + if(NOT SPHINX_BUILD) + message(WARNING "sphinx-build - not found! doc target disabled") + endif() + if (WIN32) + # if jom is used and we have no sphinx, then jom will crash. + # so for windows, we always create a doc target (until jom gets fixed...) + add_custom_target(doc echo. + COMMAND echo +++ This is a fake build, to make 'jom' happy. + COMMAND echo +++ The documentation was _not_ built! + COMMAND echo. + ) + endif() +endif() + +if (NOT WIN32) + file(GLOB manpages "${CMAKE_CURRENT_SOURCE_DIR}/*.1") + install(FILES ${manpages} DESTINATION share/man/man1) +endif() diff --git a/sources/shiboken6/doc/README.md b/sources/shiboken6/doc/README.md new file mode 100644 index 000000000..2575eafd2 --- /dev/null +++ b/sources/shiboken6/doc/README.md @@ -0,0 +1,12 @@ +# Shiboken Documentation + +The documentation was written and needs to be generated +with [python-sphinx](http://www.sphinx-doc.org/en/master/) + +### Images + +The SVG diagrams use the Qt color scheme. +The font also follows Qt styling, and it is called `Titillium`. +It can be download from: +* https://fonts.google.com/specimen/Titillium+Web +* https://www.fontsquirrel.com/fonts/Titillium diff --git a/sources/shiboken6/doc/_static/css/qt_font.css b/sources/shiboken6/doc/_static/css/qt_font.css new file mode 100644 index 000000000..ce39943ef --- /dev/null +++ b/sources/shiboken6/doc/_static/css/qt_font.css @@ -0,0 +1,15 @@ +@font-face { + font-family: 'Titillium Web'; + font-style: normal; + font-weight: 400; + src: url("//d33sqmjvzgs8hq.cloudfront.net/wp-content/themes/oneqt/assets/fonts/titillium-web-v4-latin_latin-ext-regular.eot"); + /* IE9 Compat Modes */ + src: local("Titillium Web"), + local("TitilliumWeb-Regular"), + url("//d33sqmjvzgs8hq.cloudfront.net/wp-content/themes/oneqt/assets/fonts/titillium-web-v4-latin_latin-ext-regular.eot?#iefix") format("embedded-opentype"), + url("//d33sqmjvzgs8hq.cloudfront.net/wp-content/themes/oneqt/assets/fonts/titillium-web-v4-latin_latin-ext-regular.woff2") format("woff2"), + url("//d33sqmjvzgs8hq.cloudfront.net/wp-content/themes/oneqt/assets/fonts/titillium-web-v4-latin_latin-ext-regular.woff") format("woff"), + url("//d33sqmjvzgs8hq.cloudfront.net/wp-content/themes/oneqt/assets/fonts/titillium-web-v4-latin_latin-ext-regular.ttf") format("truetype"), + url("//d33sqmjvzgs8hq.cloudfront.net/wp-content/themes/oneqt/assets/fonts/titillium-web-v4-latin_latin-ext-regular.svg#TitilliumWeb") format("svg"); + /* Legacy iOS */ +} diff --git a/sources/shiboken6/doc/_static/css/qt_style.css b/sources/shiboken6/doc/_static/css/qt_style.css new file mode 100644 index 000000000..08c4646c6 --- /dev/null +++ b/sources/shiboken6/doc/_static/css/qt_style.css @@ -0,0 +1,100 @@ +.text-center { + text-align: center !important; +} + +.text-center img { + padding-top: 10px; + height: 70px !important; +} + +.cover-img img { + object-fit: cover; + height: 50%; +} + +/* Tables */ +.section .docutils.container td { + float:left; +} + +table.docutils { + margin-right: auto; + margin-bottom: 10px; + border: none; + width: initial; + font-size: 0.8em; +} + +table.docutils.colwidths-given td { + float: none; +} + +table.docutils th, +table.docutils td { + padding-left:0; + border: none; +} + +table.docutils td ul { + margin:0 +} + +table.docutils td ul > li { + margin: 0 0 0.5em; +} + +.hide { + display: none; +} + +.fixed .container { + max-width:1280px; + margin:0 auto; + padding:0 3.9%; /* 0? */ + position:relative; + overflow:visible +} + +/* We cannot put a :download:`....` command inside + * a sphinx-design button, so we add some properties from the button + * to the download class to mimic it */ +code.download { + text-align: center; + color: var(--color-brand-primary); + display: block; + border-color: transparent; + background-color: transparent; + border: 1px solid var(--color-brand-primary) !important; + border-radius: 0.25rem; + font-size: 1rem; + font-weight: 400; + vertical-align: middle; + padding: .375rem .75rem; + user-select: none; + line-height: 1.5; + transition: color .15s ease-in-out, background-color .15s ease-in-out, border-color .15s ease-in-out, box-shadow .15s ease-in-out; +} + +code.download:hover { + color: white; + background-color: var(--color-brand-primary); + border-color: var(--color-brand-primary); + text-decoration: none; + padding: .375rem .75rem; +} + +dl[class]:not(.option-list):not(.field-list):not(.footnote):not(.glossary):not(.simple):first-child > dt { + font-size: +2.25rem; + font-weight: 700; + color: #ff00dd; +} + +.theme-toggle svg{ + width: +1.25rem; + height: +2.25rem; +} + +.sd-card-title code span { + font-size: +1rem; + color: var(--color-brand-primary); +} diff --git a/sources/shiboken6/doc/_static/qtforpython.png b/sources/shiboken6/doc/_static/qtforpython.png Binary files differnew file mode 100644 index 000000000..3a2f2bd17 --- /dev/null +++ b/sources/shiboken6/doc/_static/qtforpython.png diff --git a/sources/shiboken6/doc/_static/shiboken.png b/sources/shiboken6/doc/_static/shiboken.png Binary files differnew file mode 100644 index 000000000..587d33329 --- /dev/null +++ b/sources/shiboken6/doc/_static/shiboken.png diff --git a/sources/shiboken6/doc/_static/shiboken.svg b/sources/shiboken6/doc/_static/shiboken.svg new file mode 100644 index 000000000..a13f3e9fb --- /dev/null +++ b/sources/shiboken6/doc/_static/shiboken.svg @@ -0,0 +1,129 @@ +<?xml version="1.0" encoding="UTF-8" standalone="no"?> +<svg + width="1080" + zoomAndPan="magnify" + viewBox="0 0 810 809.999993" + height="1080" + preserveAspectRatio="xMidYMid meet" + version="1.0" + id="svg47" + sodipodi:docname="shiboken.svg" + inkscape:version="1.2.2 (b0a8486541, 2022-12-01)" + xmlns:inkscape="http://www.inkscape.org/namespaces/inkscape" + xmlns:sodipodi="http://sodipodi.sourceforge.net/DTD/sodipodi-0.dtd" + xmlns="http://www.w3.org/2000/svg" + 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334.023438 " + fill-opacity="1" + fill-rule="nonzero" + id="path43" /> + </g> +</svg> diff --git a/sources/shiboken6/doc/_templates/index.html b/sources/shiboken6/doc/_templates/index.html new file mode 100644 index 000000000..00ac64271 --- /dev/null +++ b/sources/shiboken6/doc/_templates/index.html @@ -0,0 +1,35 @@ +{% extends "layout.html" %} +{% set title = 'Overview' %} +{% block body %} +<div class="section"> + <h1>{{ project }} {{ version }}</h1> + + <p>{{ project }} is a plugin (front-end) for Generator Runner. It generates bindings for C++ libraries using CPython source code.</p> + + <h2>Documentation</h2> + <table class="contentstable" align="center" style="margin-left: 30px"><tr> + <td width="50%"> + <p class="biglink"><a class="biglink" href="{{ pathto("contents") }}">Contents</a><br/> + <span class="linkdescr">for a complete overview</span></p> + <p class="biglink"><a class="biglink" href="{{ pathto("faq") }}">FAQ</a><br/> + <span class="linkdescr">answers for frequent asked questions</span></p> + <p class="biglink"><a class="biglink" href="{{ pathto("commandlineoptions") }}">Command line options</a><br/> + <span class="linkdescr">explains the few flags used to change {{ project }} behaviour</span></p> + <p class="biglink"><a class="biglink" href="{{ pathto("typesystemvariables") }}">Type System Variables</a><br/> + <span class="linkdescr">describes the type system variables that could be used in user custom code</span></p> + <p class="biglink"><a class="biglink" href="{{ pathto("typeconverters") }}">Type Converters</a><br/> + <span class="linkdescr">describes how to define type converters</span></p> + </td> + <td width="50%"> + <p class="biglink"><a class="biglink" href="{{ pathto("codeinjectionsemantics") }}">Code Injection Semantics</a><br/> + <span class="linkdescr">explains how custom code injection is interpreted by {{ project }}</span></p> + <p class="biglink"><a class="biglink" href="{{ pathto("sequenceprotocol") }}">Sequence Protocol</a><br/> + <span class="linkdescr">support for python sequence protocol</span></p> + <p class="biglink"><a class="biglink" href="{{ pathto("ownership") }}">Object Ownership</a><br/> + <span class="linkdescr">object ownership features</span></p> + <p class="biglink"><a class="biglink" href="{{ pathto("wordsofadvice") }}">Words of Advice</a><br/> + <span class="linkdescr">Advice for binding developers and users.</span></p> + </td></tr> + </table> +</div> +{% endblock %} diff --git a/sources/shiboken6/doc/_templates/layout.html b/sources/shiboken6/doc/_templates/layout.html new file mode 100644 index 000000000..8f16e1cdf --- /dev/null +++ b/sources/shiboken6/doc/_templates/layout.html @@ -0,0 +1,53 @@ +{% extends "!layout.html" %} + +{%- block sidebar1 %}{{ sidebar() }}{%- endblock %} +{%- block sidebar2 %}{%- endblock %} + +{% block sidebarlogo %} +<div class="logo"> + <a href="http://www.pyside.org"> + <img alt="PySide" src="{{ pathto('_static/pysidelogo.png', 1) }}"/> + </a> +</div> +{% endblock %} + +{%- block header %} +<div id="container"> + <div class="header"> + <div class="header_container"> + <div class="related"> + <ul> + {%- block rootrellink %} + <li><a href="{{ pathto( 'index' ) }}">{{ shorttitle|e }}</a></li> + {%- endblock %} + {%- for parent in parents %} + <li>{{ reldelim1 }} <a href="{{ parent.link|e }}" {% if loop.last %}{{ accesskey("U") }}{% endif %}>{{ parent.title }}</a></li> + {%- endfor %} + {%- block relbaritems %} {% endblock %} + </ul> + </div> + </div> + </div> +{%- endblock -%} + +{%- block document %} + <div class="documentwrapper"> + <div class="bodywrapper"> + <div class="body" role="main"> + {% block body %} {% endblock %} + </div> + </div> + </div> +{% endblock %} + +{%- block footer %} + <div class="footer"> + <a href="https://www.qt.io/"><img src="{{ pathto('_static/logo_qt.png', 1) }}" alt="Qt" border="0" /></a> + <a href="http://www.python.org"><img src="{{ pathto('_static/logo_python.jpg', 1) }}" alt="Python" border="0" /></a> + <p>{{ copyright }}</p> + </div> +</div> +{%- endblock %} + +{%- block relbar1 %}{%- endblock %} +{%- block relbar2 %}{%- endblock %} diff --git a/sources/shiboken6/doc/_themes/pysidedocs_qthelp/domainindex.html b/sources/shiboken6/doc/_themes/pysidedocs_qthelp/domainindex.html new file mode 100644 index 000000000..c136cdd1c --- /dev/null +++ b/sources/shiboken6/doc/_themes/pysidedocs_qthelp/domainindex.html @@ -0,0 +1,57 @@ +{# + basic/domainindex.html + ~~~~~~~~~~~~~~~~~~~~~~ + + Template for domain indices (module index, ...). + + :copyright: Copyright 2007-2010 by the Sphinx team, see AUTHORS. + :license: BSD, see LICENSE for details. +#} +{% extends "layout.html" %} +{% set title = indextitle %} +{% block extrahead %} +{{ super() }} +{% if not embedded and collapse_index %} + <script type="text/javascript"> + DOCUMENTATION_OPTIONS.COLLAPSE_INDEX = true; + </script> +{% endif %} +{% endblock %} +{% block body %} +<div class="section"> + {%- set curr_group = 0 %} + + <h1>{{ indextitle }}</h1> + + <div class="modindex-jumpbox"> + {%- for (letter, entries) in content %} + <a href="#cap-{{ letter }}"><strong>{{ letter }}</strong></a> + {%- if not loop.last %} | {% endif %} + {%- endfor %} + </div> + + <table class="indextable modindextable" cellspacing="0" cellpadding="2"> + {%- for letter, entries in content %} + <tr class="pcap"><td></td><td> </td><td></td></tr> + <tr class="cap"><td></td><td><a name="cap-{{ letter }}"> + <strong>{{ letter }}</strong></a></td><td></td></tr> + {%- for (name, grouptype, page, anchor, extra, qualifier, description) + in entries %} + {%- if grouptype == 1 %}{% set curr_group = curr_group + 1 %}{% endif %} + <tr{% if grouptype == 2 %} class="cg-{{ curr_group }}"{% endif %}> + <td>{% if grouptype == 1 -%} + <img src="{{ pathto('_static/minus.png', 1) }}" id="toggle-{{ curr_group }}" + class="toggler" style="display: none" alt="-" /> + {%- endif %}</td> + <td>{% if grouptype == 2 %} {% endif %} + {% if page %}<a href="{{ pathto(page) }}#{{ anchor }}">{% endif -%} + <tt class="xref">{{ name|e }}</tt> + {%- if page %}</a>{% endif %} + {%- if extra %} <em>({{ extra|e }})</em>{% endif -%} + </td><td>{% if qualifier %}<strong>{{ qualifier|e }}:</strong>{% endif %} + <em>{{ description|e }}</em></td></tr> + {%- endfor %} + {%- endfor %} + </table> +</div> +{% endblock %} diff --git a/sources/shiboken6/doc/_themes/pysidedocs_qthelp/static/fakebar.png b/sources/shiboken6/doc/_themes/pysidedocs_qthelp/static/fakebar.png Binary files differnew file mode 100644 index 000000000..b45830e00 --- /dev/null +++ b/sources/shiboken6/doc/_themes/pysidedocs_qthelp/static/fakebar.png diff --git a/sources/shiboken6/doc/_themes/pysidedocs_qthelp/static/logo_python.jpg b/sources/shiboken6/doc/_themes/pysidedocs_qthelp/static/logo_python.jpg Binary files differnew file mode 100644 index 000000000..cd474efba --- /dev/null +++ b/sources/shiboken6/doc/_themes/pysidedocs_qthelp/static/logo_python.jpg diff --git a/sources/shiboken6/doc/_themes/pysidedocs_qthelp/static/logo_qt.png b/sources/shiboken6/doc/_themes/pysidedocs_qthelp/static/logo_qt.png Binary files differnew file mode 100644 index 000000000..3bc03b7c7 --- /dev/null +++ b/sources/shiboken6/doc/_themes/pysidedocs_qthelp/static/logo_qt.png diff --git a/sources/shiboken6/doc/_themes/pysidedocs_qthelp/static/minus.png b/sources/shiboken6/doc/_themes/pysidedocs_qthelp/static/minus.png Binary files differnew file mode 100644 index 000000000..da1c5620d --- /dev/null +++ b/sources/shiboken6/doc/_themes/pysidedocs_qthelp/static/minus.png diff --git a/sources/shiboken6/doc/_themes/pysidedocs_qthelp/static/plus.png b/sources/shiboken6/doc/_themes/pysidedocs_qthelp/static/plus.png Binary files differnew file mode 100644 index 000000000..b3cb37425 --- /dev/null +++ b/sources/shiboken6/doc/_themes/pysidedocs_qthelp/static/plus.png diff --git a/sources/shiboken6/doc/_themes/pysidedocs_qthelp/static/pyside.css b/sources/shiboken6/doc/_themes/pysidedocs_qthelp/static/pyside.css new file mode 100644 index 000000000..94134cacf --- /dev/null +++ b/sources/shiboken6/doc/_themes/pysidedocs_qthelp/static/pyside.css @@ -0,0 +1,1943 @@ +@import url('cookie-confirm.css') screen; + +/* -- admonitions -- */ + +div.admonition { + margin: 1.5em 0 1.5em; + padding: 0; +} + +div.admonition dt { + font-weight: bold; +} + +div.admonition dl { + margin-bottom: 0; +} + +p.admonition-title { + margin: 0px 10px 5px 0px; + font-weight: bold; +} + +div.admonition code { + font-family: inherit; +} + +p.admonition-title + p { + padding-left: 1em; +} + +div.admonition a:after { + content: ', '; +} + +div.admonition a:last-child:after { + content: ''; +} + +.body { + width: 100% +} +.bodywrapper .admonition p.admonition-title { + margin-bottom:5px +} + +.bodywrapper .admonition p { + margin:0 +} + +div.body p.centered { + text-align: center; + margin-top: 25px; +} + +div.warning, div.seealso, div.note { + padding: 6px 0px 6px 10px; + border: none; +} + +div.warning { + background-color: #ffe4e4; +} + +div.seealso { + background-color: #fff2d6; +} + +div.note { + background-color: #f3f3f4; +} + +table.docutils { + margin-right: auto; + margin-bottom: 10px; + border: none; + width: initial; +} + +table.docutils.colwidths-given td { + float: none; +} + +table.docutils th, +table.docutils td { + padding-left:0; + border: none; +} + +table.docutils td ul { + margin:0 +} + +table.docutils td ul > li { + margin: 0 0 0.5em; +} +h2 em { + float: right; + font-size: 10px; + position: relative; + top: -20px; +} + +.document { + padding-bottom: 20px; +} + +.documentwrapper { + margin-left: 20px; +} + +.body blockquote { + border: none; + padding-left: 0; + margin-bottom: 1.5em; +} + +.sphinxsidebar { + float: left; + width: 186px; + padding: 25px; + text-align: left; + background-color: #fff; +} + +.sphinxsidebar ul { + padding: 0px; + margin: 0px; + list-style-position: inside; +} + +.sphinxsidebar > ul { + padding: 0px; + margin: 0px; +} + +.sphinxsidebar ul li li { + margin-left: 10px; + padding: 0px; + font-size: 0.95em; +} + +.sphinxsidebar ul a, +.sphinxsidebar p.topless a { + word-break: break-word; +} + +.sphinxsidebar h3, .sphinxsidebar h3 a { + color: #333; +} + +.sphinxsidebar p.topless { + margin: 1em 0 1em; +} + +.pysidetoc ul { + list-style: none; + padding: 0px; + margin: 0px; +} + +.pysidetoc em { + font-style: normal; +} + +.pysidetoc strong { + display: block; + padding: 5px; + margin: 0 10px 10px 0; + border: none; + background-color: #e2e2e2; +} + +.section .docutils.container td { + float:left; +} + +.hide { + display: none; +} + +/* copy-notice */ +.document + p { + margin-left: 255px; + width: 70%; + font-size: 0.75em; + margin: 0 35px 15px 280px; +} + +#searchbox { + border-top: 1px solid #989898; + padding-top: 10px; + margin-left: -10px; + margin-right: -10px; + padding-left: 10px; + padding-right: 10px; +} + +#search_button { + border: 1px solid #3A393A; + background-color: #3A393A; + color: white; + cursor: pointer; + -moz-border-radius: 5px; + -webkit-border-radius: 5px; + -khtml-border-radius: 5px; + +} + +form { + margin: 0px; + padding: 0px; +} + +#searchbox h3 { + padding: 10px 0 0 0; + margin-bottom: 5px; +} + +/* search field */ +form #q { + width: 136px; + /* height: 22px; */ + /* border: none; */ + margin: 0px; + -moz-border-radius: 5px; + -webkit-border-radius: 5px; + -khtml-border-radius: 5px; + margin-top: 2px; + padding: 4px; + line-height: 22px; +} + +#search-results h2 { + display: none; +} + +#search-results h2 { + display: none; +} + +#search-results ul.search { + margin: 0px; + padding: 0px; +} + +ul.search div.context { + padding-left: 40px; +} + +#installation td { + text-align: center; + font-weight: bold; +} + +em { + color: inherit; + font-style:italic; +} + +/******** REL bar *********/ + +.related { + display: inline; +} + +.related h3 { + display: none; +} + +.align-center { + text-align: center; +} + +.contentstable { + width: 100%; +} + +.contentstable td { + padding-left: 30px; + vertical-align: top; +} + +p.biglink a { + font-size: 20px; +} + +dt:target, .highlight { + background-color: #fbe54e; +} + +p.highlight-link { + margin-top: 10px; + font-size: 0.8em; +} + +#synopsis table, table.field-list { + margin: 1em 0 1em 0; +} + +table.field-list tr { + text-align: left; +} + +tt.descname { + font-size: 120%; + font-weight: bold; +} + +#functions ul, #virtual-functions ul, #slots ul, #signals ul, #static-functions ul { + margin: 0; + padding: 6px; + border: 1px solid #ddd; + border-radius: 0; + background-color: #e2e2e2; +} + +#functions p, #virtual-functions p, #slots p, #signals p, #static-functions p { + margin: 0; + padding: 0; +} + +#functions li, #virtual-functions li, #slots li, #signals li, #static-functions li { + list-style: none; + margin: 5px; + padding: 0; + font-size: 90%; +} + +#synopsis span.pre { + color: #009491; + font-weight: bolder; +} + +#detailed-description .class dt, +#detailed-description .method dt, +#detailed-description .staticmethod dt, +#detailed-description .attribute dt { + margin: 0px; + margin-bottom: 10px; + padding: 10px; + font-weight: bold; + background-color: #e2e2e2; + border: none; + border-radius: 0; +} + +#detailed-description dd > blockquote, +#detailed-description dd > .field-list { + font-family: monospace; + font-size: small; + border-left: 10px solid #e2e2e2; + padding-left: 10px; + margin-bottom: 1.5em; +} + +#detailed-description dd > blockquote blockquote { + border: none; + padding: 0; +} + +#detailed-description .class .field-odd, +#detailed-description .method .field-odd, +#detailed-description .staticmethod .field-odd, +#detailed-description .attribute .field-odd { + margin: 0; + padding: 1px 0 0 0; + background-color: #ffffff; + +} + +#detailed-description .class .field-even, +#detailed-description .method .field-even, +#detailed-description .staticmethod .field-even, +#detailed-description .attribute .field-even { + margin: 0; + padding: 1px 0 0 0; + background-color: #ffffff; +} + +#detailed-description .class .field-odd li, +#detailed-description .method .field-odd li, +#detailed-description .staticmethod .field-odd li, +#detailed-description .attribute .field-odd li { + list-style: none; + margin: 0; + padding: 0; + +} + +#detailed-description .class .field-even li, +#detailed-description .method .field-even li, +#detailed-description .staticmethod .field-even li, +#detailed-description .attribute .field-even li { + list-style: none; + margin: 0; + padding: 0; +} + +#detailed-description .class .field-odd p, +#detailed-description .method .field-odd p, +#detailed-description .staticmethod .field-odd p, +#detailed-description .attribute .field-odd p{ + margin: 0; + margin-left: 20px; + +} + +#detailed-description .class .field-even p, +#detailed-description .method .field-even p, +#detailed-description .staticmethod .field-even p, +#detailed-description .attribute .field-even p{ + margin: 0; + margin-left: 20px; +} + +#detailed-description .class .field-odd p:last-child, +#detailed-description .method .field-odd p:last-child, +#detailed-description .staticmethod .field-odd p:last-child, +#detailed-description .attribute .field-odd p:last-child { + margin-bottom: 10px; + +} + +#detailed-description .class .field-even p:last-child, +#detailed-description .method .field-even p:last-child, +#detailed-description .staticmethod .field-even p:last-child, +#detailed-description .attribute .field-even p:last-child{ + margin-bottom: 10px; +} + +.document dl.attribute, +.document dl.class, +.document dl.method, +.document dl.staticmethod { + margin-top: 2em; +} + +.document dl.attribute dd, +.document dl.class dd, +.document dl.method dd, +.document dl.staticmethod dd { + padding-left: 1em; +} + +#detailed-description .attribute td:nth-child(1) { + font-family: monospace; +} + +/* Qt theme */ +#navbar { + position:fixed; + top:0; + left:0; + z-index:100; + background:#fff; + width:100% +} +#navbar .container, .fixed .container { + max-width:1280px; + margin:0 auto; + padding:0 3.9%; /* 0? */ + position:relative; + overflow:visible +} +#navbar .navbar-header { + position:relative +} +#menuextras li a:hover span { + color: #2cde85; +} +/* new header */ +#mm-wrap, #mm-wrap #mm-helper, +#mm-wrap #mm-helper li.mm-item, +#mm-wrap #mm-helper a.mm-link { + -moz-transition: none; + -o-transition: none; + -webkit-transition: none; + transition: none; + -webkit-border-radius: 0 0 0 0; + -moz-border-radius: 0 0 0 0; + -ms-border-radius: 0 0 0 0; + -o-border-radius: 0 0 0 0; + border-radius: 0 0 0 0; + -webkit-box-shadow: none; + -moz-box-shadow: none; + -ms-box-shadow: none; + -o-box-shadow: none; + box-shadow: none; + background: none; + border: 0; + bottom: auto; + box-sizing: border-box; + clip: auto; + color: #090e21; + display: block; + float: none; + font-family: inherit; + font-size: 14px; + height: auto; + left: auto; + line-height: 1.7; + list-style-type: none; + margin: 0; + min-height: 0; + opacity: 1; + outline: none; + overflow: visible; + padding: 0; + position: relative; + right: auto; + text-align: left; + text-decoration: none; + text-transform: none; + top: auto; + vertical-align: baseline; + visibility: inherit; + width: auto; +} +#mm-wrap #mm-helper { + visibility:visible; + text-align:right; + padding:0 0px 0 0px +} +#navbar #mm-wrap #mm-helper li.mm-item { + border-right:solid #f3f3f4 1px; + padding-right:30px; + padding-left:30px +} +#navbar #mm-wrap #mm-helper li.mm-item > a:hover { + opacity: .5 +} +#mm-wrap #mm-helper > li.mm-item { + margin:0 0 0 0; + display:inline-block; + height:auto; + vertical-align:middle +} +#navbar #mm-wrap #mm-helper li.mm-item:nth-child(3) { + border-right:0 +} +#mm-wrap #mm-helper a.mm-link { + cursor: pointer +} +@media (max-width: 1279px) { + #navbar { + padding:0; + position:relative; + } + #navbar .container { + max-width:100% + } + .container { + padding:0 2% + } +} +#navbar .navbar-oneQt { + display:inline; + float:left; + width:31px; + color:#2cde85 +} +#navbar .navbar-oneQt:before { + content:attr(data-icon); + position:absolute; + top:14px; + left:0; + color:#2cde85; + font-family:'Qt Icons'; + line-height:1; + font-size:40px; + transition:all 0.3s ease-in-out; +} +#mm-wrap { + clear:both; + background:rgba(255, 255, 255, 0.1); + -webkit-border-radius:0px 0px 0px 0px; + -moz-border-radius:0px 0px 0px 0px; + -ms-border-radius:0px 0px 0px 0px; + -o-border-radius:0px 0px 0px 0px; + border-radius:0px 0px 0px 0px +} +#mm-wrap #mm-helper li.mm-item:last-child a { + background:transparent url("icon_avatar.png") 50% 50% no-repeat !important; + background-size:24px !important; + width:24px !important; + height:24px !important; +} +#navbar #mm-wrap #mm-helper li.mm-item > a { + opacity:1; + -webkit-transition:all 0.3s ease-in-out; + -moz-transition:all 0.3s ease-in-out; + -ms-transition:all 0.3s ease-in-out; + -o-transition:all 0.3s ease-in-out; + transition:all 0.3s ease-in-out; +} +#mm-wrap #mm-helper > li.mm-item > a.mm-link { + border-top:0px solid #fff; + border-left:0px solid #fff; + border-right:0px solid #fff; + border-bottom:0px solid #fff; + outline:none; + text-decoration:none; + padding:0 0 0 0; + line-height:70px; + font-weight:normal; + height:70px; + vertical-align:baseline; + text-align:left; + width:auto; + display:block; + color:#090e21; + text-transform:none; + text-decoration:none; + background:rgba(0, 0, 0, 0); + -webkit-border-radius:0px 0px 0px 0px; + -moz-border-radius:0px 0px 0px 0px; + -ms-border-radius:0px 0px 0px 0px; + -o-border-radius:0px 0px 0px 0px; + border-radius:0px 0px 0px 0px; + font-family:inherit; + font-size:14px; +} +/* end new header */ +@media (min-width: 1320px) { + .body .flowListDiv dl.flowList { + -webkit-column-count:3; + -moz-column-count:3; + column-count:3 + } +} +@media (min-width: 1120px) { + #navbar.fixed { + -moz-box-shadow:0px 0px 8px rgba(0,0,0,0.23); + -webkit-box-shadow:0px 0px 8px rgba(0,0,0,0.23); + box-shadow:0px 0px 8px rgba(0,0,0,0.23) + } + #navbar.fixed #mm-wrap #mm-helper > li.mm-item > a.mm-link { + height:50px; + line-height:50px + } + #navbar.fixed .navbar-oneQt:before { + font-size:35px; + top:7px + } + + .flowListDiv dl.flowList { + -webkit-column-count:2; + -moz-column-count:2; + column-count:2 + } +} +@media (max-width: 1120px) { + #navbar { + padding:0; + position:relative + } + #navbar .navbar-oneQt:before { + left:10px + } + #navbar .container { + max-width:100%; + padding:0 + } + #footerbar .container { + padding:0 + } + body .main { + margin-top:0px + } + #footerbar .footer-main .footer-nav { + padding:3.9% 0 3.9% 3%; + border-bottom:1px solid #413d3b; + float:none; + display:block; + width:auto + } + #footerbar .footer-main .theqtcompany { + clear:both; + float:left; + margin:30px 0 8px 3% + } + #footerbar .footer-main .footer-social { + float:left; + padding:50px 0px 0px 3% + } + #footerbar #menu-footer-submenu { + clear:both; + float:none; + display:block; + padding:0px 0px 3.9% 3% + } + ul#menu-footer-submenu { + margin-left: 0 + } +} +.cookies_yum { + background-color:#cecfd5; + display:none; + width:100% +} +.cookies_yum img { + width:25px; + top:6px; + display:inline-block; + position:absolute; + left:13px +} +.cookies_yum div { + margin:0 auto; + max-width:1280px; + min-height:30px; + padding:6px 0px 6px 0px; + position:relative +} +.cookies_yum p { + color:#09102b; + margin:0px; + font-size:0.79em; + display:inline-block; + line-height:1.2; + padding:0 30px 0 50px +} +.cookies_yum p a { + white-space:nowrap +} +.cookies_yum a:hover { + color:#46a2da +} +.cookies_yum .close { + width:15px; + height:15px; + background-image:url("cookiebar-x.png"); + background-size:15px 30px; + background-position:top left; + cursor:pointer; + top:13px; + right:13px; + position:absolute; + transition:none +} +.cookies_yum .close:hover { + background-position:bottom left +} +#sidebar-toggle,#toc-toggle { + width:24px; + height:14px; + background-size:24px 28px; + cursor:pointer; + background-image:url("list_expand.png"); + float:right +} +#sidebar-toggle.collapsed, +#toc-toggle.collapsed { + background-position:bottom left +} +#sidebar-content > h2 { + display:none +} +#footerbar { + background:#222840; + color:#fff; + font-size: 0.9em; +} +#footerbar.fixed { + bottom:0; + left:0; + width:100% +} +#footerbar .footer-nav { + display:inline; + float:left +} +#footerbar .footer-main .footer-nav li { + float:left; + margin-right:1em +} +#footerbar .footer-main .footer-nav li a { + display:block; + padding:30px 0 10px 0; + line-height:20px; + height:20px; + color:#fff; + font-weight: 600; +} +#footerbar .footer-main .footer-nav li a:hover,#footerbar .footer-main .footer-nav li.current-menu-item a { + color:#eee +} +#footerbar .footer-main .footer-nav .sub-menu { + margin-left:0; + margin-bottom:0 +} +#footerbar .footer-main .footer-nav .sub-menu li { + float:none; + width: 100%; +} +#footerbar .footer-main .footer-nav .sub-menu ul { + padding:1px 1em; + font-size:0.786em; + line-height:8px; + float:none; + color:#5d5b59; + margin-bottom:0 +} +#footerbar .footer-main .footer-nav .sub-menu li a { + padding:2px 0; + font-size:1em; + float:none; + color:#cecfd5; + font-weight: 400; +} +#footerbar .footer-main .footer-nav .sub-menu li a:hover,#footerbar .footer-main .footer-nav .sub-menu li.current-menu-item a { + color:#eee +} +#footerbar .theqtcompany { + background:url("theqtcompany.png") no-repeat; + background-size:100%; + width:215px; + height:68px; + display:inline; + float:right; + margin:29px 0 28px 30px +} +#footerbar .footer-social { + display:inline; + float:right; + width:164px +} +#footerbar .footer-main .footer-social>div { + margin-left:0.1em; + margin-bottom:10px +} +#footerbar .disclaimer { + font-size:0.786em; + line-height:2.73; + color:#868584; + padding-top:20px; + padding-bottom:0.5% +} +#footerbar .disclaimer a { + color:#bdbebf +} +#footerbar .disclaimer a:hover { + color:#d6d6d6 +} +#footerbar .disclaimer ul li { + float:left; + vertical-align:middle; + margin-left:1.18em +} +#footerbar .disclaimer ul li:first-child { + margin-left:0 +} +#footerbar .disclaimer ul.lang-selector a { + color:#506a34; + color:rgba(128,195,66,0.3) +} +#footerbar .disclaimer ul.lang-selector a:hover { + color:#80c342; + color:rgba(128,195,66,0.7) +} +#menu-footer-menu, #menu-footer-menu ul { + margin-left:0; + margin-bottom:0 +} +@font-face { + font-family: 'Titillium Web'; + font-style: normal; + font-weight: 400; + src: url("//d33sqmjvzgs8hq.cloudfront.net/wp-content/themes/oneqt/assets/fonts/titillium-web-v4-latin_latin-ext-regular.eot"); + /* IE9 Compat Modes */ + src: local("Titillium Web"), local("TitilliumWeb-Regular"), url("//d33sqmjvzgs8hq.cloudfront.net/wp-content/themes/oneqt/assets/fonts/titillium-web-v4-latin_latin-ext-regular.eot?#iefix") format("embedded-opentype"), url("//d33sqmjvzgs8hq.cloudfront.net/wp-content/themes/oneqt/assets/fonts/titillium-web-v4-latin_latin-ext-regular.woff2") format("woff2"), url("//d33sqmjvzgs8hq.cloudfront.net/wp-content/themes/oneqt/assets/fonts/titillium-web-v4-latin_latin-ext-regular.woff") format("woff"), url("//d33sqmjvzgs8hq.cloudfront.net/wp-content/themes/oneqt/assets/fonts/titillium-web-v4-latin_latin-ext-regular.ttf") format("truetype"), url("//d33sqmjvzgs8hq.cloudfront.net/wp-content/themes/oneqt/assets/fonts/titillium-web-v4-latin_latin-ext-regular.svg#TitilliumWeb") format("svg"); + /* Legacy iOS */ +} +/* titillium-web-italic - latin_latin-ext */ +@font-face { + font-family: 'Titillium Web'; + font-style: italic; + font-weight: 400; + src: url("//d33sqmjvzgs8hq.cloudfront.net/wp-content/themes/oneqt/assets/fonts/titillium-web-v4-latin_latin-ext-italic.eot"); + /* IE9 Compat Modes */ + src: local("Titillium WebItalic"), local("TitilliumWeb-Italic"), url("//d33sqmjvzgs8hq.cloudfront.net/wp-content/themes/oneqt/assets/fonts/titillium-web-v4-latin_latin-ext-italic.eot?#iefix") format("embedded-opentype"), url("//d33sqmjvzgs8hq.cloudfront.net/wp-content/themes/oneqt/assets/fonts/titillium-web-v4-latin_latin-ext-italic.woff2") format("woff2"), url("//d33sqmjvzgs8hq.cloudfront.net/wp-content/themes/oneqt/assets/fonts/titillium-web-v4-latin_latin-ext-italic.woff") format("woff"), url("//d33sqmjvzgs8hq.cloudfront.net/wp-content/themes/oneqt/assets/fonts/titillium-web-v4-latin_latin-ext-italic.ttf") format("truetype"), url("//d33sqmjvzgs8hq.cloudfront.net/wp-content/themes/oneqt/assets/fonts/titillium-web-v4-latin_latin-ext-italic.svg#TitilliumWeb") format("svg"); + /* Legacy iOS */ +} +/* titillium-web-600 - latin_latin-ext */ +@font-face { + font-family: 'Titillium Web'; + font-style: normal; + font-weight: 600; + src: url("//d33sqmjvzgs8hq.cloudfront.net/wp-content/themes/oneqt/assets/fonts/titillium-web-v4-latin_latin-ext-600.eot"); + /* IE9 Compat Modes */ + src: local("Titillium WebSemiBold"), local("TitilliumWeb-SemiBold"), url("//d33sqmjvzgs8hq.cloudfront.net/wp-content/themes/oneqt/assets/fonts/titillium-web-v4-latin_latin-ext-600.eot?#iefix") format("embedded-opentype"), url("//d33sqmjvzgs8hq.cloudfront.net/wp-content/themes/oneqt/assets/fonts/titillium-web-v4-latin_latin-ext-600.woff2") format("woff2"), url("//d33sqmjvzgs8hq.cloudfront.net/wp-content/themes/oneqt/assets/fonts/titillium-web-v4-latin_latin-ext-600.woff") format("woff"), url("//d33sqmjvzgs8hq.cloudfront.net/wp-content/themes/oneqt/assets/fonts/titillium-web-v4-latin_latin-ext-600.ttf") format("truetype"), url("//d33sqmjvzgs8hq.cloudfront.net/wp-content/themes/oneqt/assets/fonts/titillium-web-v4-latin_latin-ext-600.svg#TitilliumWeb") format("svg"); + /* Legacy iOS */ +} +@font-face { + font-family:monospace; + font-style:normal; + font-weight:400; + src:local("Droid Sans Mono"),local("DroidSansMono"),url(//fonts.gstatic.com/s/droidsansmono/v7/ns-m2xQYezAtqh7ai59hJUYuTAAIFFn5GTWtryCmBQ4.woff) format("woff") +} +@font-face { + font-family:'Qt Icons'; + src:url("../style/icomoon.eot?-tgjuoj"); + src:url("../style/icomoon.eot?#iefix-tgjuoj") format("embedded-opentype"),url("../style/icomoon.woff?-tgjuoj") format("woff"),url("../style/icomoon.ttf?-tgjuoj") format("truetype"),url("../style/icomoon.svg?-tgjuoj#icomoon") format("svg"); + font-weight:normal; + font-style:normal +} +@font-face { + font-family:'social-icons'; + src:url("../style/social-icons.eot?54625607"); + src:url("../style/social-icons.eot?54625607#iefix") format("embedded-opentype"), + url("../style/social-icons.woff?54625607") format("woff"); + font-weight:normal; + font-style:normal +} +.clearfix:before,.clearfix:after { + content:" "; + display:table +} +.clearfix:after { + clear:both +} +.clearfix { + *zoom:1 +} +.clearfix .right { + float:right +} +html,body,div,span,applet,object,iframe,h1,h2,h3,h4,h5,h6,p,blockquote,pre,a,abbr,acronym,address,big,cite,code,del,dfn,em,img,ins,kbd,q,s,samp,small,strike,strong,tt,var,b,u,i,center,dl,dt,dd,ol,ul,li,fieldset,form,label,legend,table,caption,tbody,tfoot,thead,tr,th,td,article,aside,canvas,details,embed,figure,figcaption,footer,header,hgroup,menu,nav,output,ruby,section,summary,time,mark,audio,video { + margin:0; + padding:0; + border:0; + font-size:100%; + line-height: 1.4; +} +html,body,div,span,applet,object,iframe,h1,h2,h3,h4,h5,h6,p,blockquote,pre,a,abbr,acronym,address,big,cite,code,del,dfn,em,img,ins,kbd,q,s,samp,small,strike,strong,tt,var,b,u,i,center,dl,dt,dd,ol,ul,li,fieldset,form,label,legend,caption,article,aside,canvas,details,embed,figure,figcaption,footer,header,hgroup,menu,nav,output,ruby,section,summary,time,mark,audio,video { + vertical-align:baseline +} +h1,h2,h3,h4,h5,h6 { + font-weight:300 +} +.body h2,.body h3,.body h4,.body h5,.body h6 { + margin:1.5em 0 0.75em +} +.body h1 { + margin-bottom:0.75em; + font-size:2.25em; +} +.body h3.fn,.body h3.flags { + color:#26282a; + font-size:1.46em; + padding:15px 0 15px 0; + border-bottom:2px #eee solid; + word-wrap:break-word +} +.body .fngroup { + border-bottom:2px #eee solid; + padding-bottom:15px; + margin-bottom:1.5em +} +.body .fngroup h3.fngroupitem { + margin:0; + padding-bottom:0; + border:none +} +.body h3.fn .name, +.body h3 span.type, +.qmlname span.name { + font-weight: 400 +} +.qmlname { + font-size:1.46em +} +.qmlproto table { + border:none; + border-bottom:2px #eee solid +} +.qmlproto table p { + max-width:100% +} +.qmlproto table tr { + background-color:#fff +} +.qmlname td, .qmlname th { + border:none; + text-align:left; + padding:5px 0 0 0 +} +.qmlreadonly,.qmldefault { + padding:0 5px 0 5px; + font-size:0.75em; + background-color:#eee; + float:right +} +.qmlreadonly { + color:#414141 +} +.qmldefault { + color:#D14141 +} +.rightAlign { + padding:3px 5px 3px 10px; + text-align:right +} +.centerAlign.functionIndex { + text-align:center; + font-size:150%; + margin-bottom: 1em +} +article,aside,details,figcaption,figure,footer,header,hgroup,menu,nav,section { + display:block +} +body { + line-height:1.25em; + font-family: Arial, Helvitica; + font-weight:400; + transition-duration:1s; + -webkit-font-smoothing: antialiased; + -moz-osx-font-smoothing: grayscale; + font-size: 16px; + background-color:#f3f3f4; + color:#404244; +} +ol,ul { + list-style-type: square; + #color: #17a81a; +} +.body ol,.body ul { + margin-top:0.75em; + margin-left:20px +} +.bodywrapper ol>li { + list-style-type:decimal; + margin-left:15px +} +.bodywrapper ol.a >li { + list-style-type:lower-alpha; +} +.bodywrapper ol.A >li { + list-style-type:upper-alpha; +} +.bodywrapper ol.i >li { + list-style-type:lower-roman; +} +.bodywrapper ol.I >li { + list-style-type:upper-roman; +} +.body li p { + margin-top:1em +} +blockquote,q { + quotes:none; + border-left:10px solid #ddd; + padding-left:10px +} +blockquote:before,blockquote:after,q:before,q:after { + content:''; + content:none; + width:100% +} +table { + border-collapse:collapse; + border-spacing:0; + margin-bottom:5px; + width:100% +} +a { + color:#17a81a; + text-decoration:none; + transition-duration:0.3s +} +a:hover { + color:#17a81a +} +.main,#footerbar>div { + max-width:1280px; + width:95%; + margin:0 auto +} +.main { + margin-top:80px +} +@media (max-width: 1120px) { + .main,.navbar-header,#footerbar>div { + width: 100%; + margin: 0; + } + .main .main-rounded { + padding: 0 15px; + } +} +.main_index { + background-color:#fff +} +.sectionlist { + margin-bottom:2em +} +[class*="col-"] { + letter-spacing:normal +} +.landing,.main_index .row { + letter-spacing:-0.31em +} +.main_index .row>div { + letter-spacing:normal +} +.col-1,.body { + display:inline-block; + background-color:#fff; + padding: 25px 35px 20px 30px; + -webkit-box-sizing:border-box; + -moz-box-sizing:border-box; + -ms-box-sizing:border-box; + box-sizing:border-box; +} +.col-1 h2 { + font-size:1.8em; + font-weight:300; + line-height:1.1; + margin-bottom:0.83em; + margin-top:1em +} +.icons1of3 img { + display:inline-block; + float:left; + margin-right:0.75em; + margin-top:-5px; + width:2.75em +} +div.multi-column { + position:relative +} +div.multi-column div { + display:-moz-inline-box; + display:inline-block; + vertical-align:top; + margin-top:1em; + margin-right:2em; + width:16em +} +.sidebar { + display:block; + position:relative; + position:sticky; + float:left; + -webkit-box-sizing:border-box; + -moz-box-sizing:border-box; + -ms-box-sizing:border-box; + box-sizing:border-box; + width:20%; + padding-right:20px +} +.sidebar li { + text-overflow:ellipsis; + overflow:hidden +} +.toc,.sectionlist { + padding:25px; + background-color:#fff; + margin-bottom:1.25em +} +.sidebar .sectionlist p { + margin-bottom:0 +} +.sectionlist.promo { + padding:0; + background-color:#f3f3f4 +} +.sidebar-content:empty { + display:none; + visibility:hidden +} +.col-2 h2,.toc h3,.sidebar-content h2, +.sidebar-content h3,.sectionlist h2, +.sphinxsidebar { + position: fixed; + overflow: scroll; + overflow-x: hidden; + overflow-y: hidden; +} +.sphinxsidebar h3 { + font-weight: bold; + margin-bottom:1em; +} +.toc h3 a { + color:#404244 +} +.title { + font-size:2.25em; + font-weight:300; + letter-spacing:-1px; + line-height:1.15em; + margin-bottom:0.5em; + word-wrap:break-word +} +.navigationbar,col-1 h2 { + font-size:0.85em +} +.navigationbar h1 { + font-size:2.5em; + margin-bottom:0.85em; + margin-top:0.85em +} +.navigationbar li { + display:inline-block; + margin-right:5px; + position:relative; + padding-right:10px; + color:#585a5c +} +.navigationbar ul:last-of-type li a { + color:#404244 +} +.sectionlist li, .sphinxsidebar li { + padding-bottom: 10px; + line-height: 1.75em; +} +.col-1 ul { + margin-bottom:1.56em +} +.bodywrapper li { + margin-top:0.5em; + line-height:1.25em +} +.bodywrapper li.level2 { + margin-left:10px; + margin-top:0.4em; + font-size:0.9375em; +} +.bodywrapper p, +.bodywrapper dd { + line-height:1.25em; + margin:1em 0 1em; + color:#404244 +} +.bodywrapper b { + font-weight:600 +} +.body ul,.body ol { + /* margin-bottom:1.5em */ +} +.bodywrapper ul ul { + margin-top:0.5em +} +.bodywrapper .naviNextPrevious { + margin-top:25px; + max-width:100% +} +.naviNextPrevious.headerNavi, +p.naviNextPrevious + p { + display:none +} +.nextPage { + float:right +} +.prevPage:before { + content:"< " +} +.nextPage:after { + content:" >" +} +.navigationbar li a { + color:#404244 +} +.navigationbar li:after { + color:#404244; + content:"›"; + display:inline-block; + font-size:1.5em; + line-height:1; + position:absolute; + right:-2px; + top:-4px +} +.sub-navigation { + margin-top:10px +} +.navigationbar li:last-child:after,.sub-navigation li:after { + content:none +} +.navigationbar { + margin-bottom:10px; + line-height:1em +} +#buildversion { + margin-bottom:10px; + font-style:italic; + font-size:small; + float:right +} +.copy-notice { + width:75%; + font-size:0.75em; + margin:20px 35px 0 10px; + line-height:1.75em; + float:right; + color:#585a5c +} +.copy-notice.index { + margin-top:10px; + float:none +} +li a.active { + color:#585a5c +} +.flowList { + padding:25px +} +.flowListDiv dl { + -webkit-column-count:1; + -moz-column-count:1; + column-count:1 +} +.flowList dd { + display:inline-block; + margin-left:10px; + width:90%; + line-height:1.15em; + overflow-x:hidden; + text-overflow:ellipsis +} +.alphaChar { + font-size:2em; + position:absolute +} +.flowList.odd { + background-color:#f9f9f9 +} +.body ul>li,.doc-column ul>li { + list-style-image:url("list_arrow.png"); + margin-left:15px; + color:#404244; + margin-top:0.65em; + line-height:1em +} +.bodywrapper table p { + margin:0px; + padding:0px +} +.bodywrapper table p { + margin:0px; + padding:0px; + min-height:1.25em +} +.bodywrapper .qmldoc { + margin-top:0.75em +} +.body h2 { + margin-top: 1.5em; + font-size:1.75em +} +.body h3 { + font-size:1.35em +} +.body h4 { + font-size:1.15em +} +.body p img { + margin-top:0.75em; + max-width:100% +} +.body .border img { + box-shadow:3px 3px 8px 3px rgba(200,200,200,0.5) +} +.body .border .player { + box-shadow:3px 3px 8px 3px rgba(200,200,200,0.5) +} +.body p.figCaption { + transform:translateY(-30px); + color:#606366; + font-size:95%; + margin-left:3px; + font-style:italic +} +.body table { + width:initial; + vertical-align:initial +} +table .odd { + background-color:#f9f9f9 +} +table thead { + text-align:left; + padding-left:20px +} +table,table td,table th { + border:1px solid #eee +} +table td,table th { + padding:5px 20px; + line-height:1.3 +} +.body .fixed table td { + min-width:50%; + width:50% +} +table.alignedsummary,table.propsummary { + width:initial +} +table.valuelist td.tblval { + font-size:0.75em +} +div.main_index .row { + border-bottom:10px solid #f3f3f4 +} +div.main_index .row { + position:relative +} +div.main_index .row>div { + display:inline-block; + width:50%; + vertical-align:top; + padding:2em 3em; + -webkit-box-sizing:border-box; + -moz-box-sizing:border-box; + -ms-box-sizing:border-box; + box-sizing:border-box +} +div.main_index h2 { + font-size:2.1875em; + margin-bottom:1em +} +#search_bar { + width:40%; + float:right +} +div.main_index .row:after { + content:""; + position:absolute; + top:0; + right:50%; + height:100%; + width:10px; + background-color:#f3f3f4 +} +div.table { + overflow-x:auto +} +.body tr > td > pre { + font-size:0.75em +} +p.qt_commercial { + border:3px solid #5caa15; + margin:0 auto; + padding:15px; + width:28%; + text-align:center; + clear:both +} +h1.qt_commercial { + padding:20px; + background-color:#5caa15; + display:inline; + float:right; + font-size:1.25em; + line-height:1.25em; + height:1.25em; + color:#fff +} +div.qt_commercial { + border-top:5px solid #5caa15; + margin-bottom:50px +} +div.pre { + position:relative; + height:auto +} +pre, .LegaleseLeft { + background-color:#222840; + color:#fff; + display:block; + font-family:monospace; + line-height:1.5; + overflow-x:auto; + margin-bottom:25px; + padding:25px; + margin-top:0.75em; + font-size: .8em; +} +.bodywrapper .LegaleseLeft p { + color:#fff; + white-space: pre-wrap +} +pre .str,code .str { + color:#aaaaaa +} +pre .kwd,code .kwd { + color:#ffff55 +} +pre .com,code .com { + color:#55ffff +} +pre .typ,code .typ { + color:#4f9d08 +} +pre a .typ,code a .typ { + color:#21be2b +} +pre .lit,code .lit { + color:#ff55ff +} +pre .pun,code .pun { + color:#fff +} +pre .pln,code .pln { + color:#fff +} +@media print { + pre { + background-color:#eee !important + } + pre .str,code .str { + color:#060 + } + pre .kwd,code .kwd{ + color:#006; + font-weight:bold + } + pre .com,code .com { + color:#600 + } + pre .typ,code .typ { + color:#404; 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values that are commented out +# serve to show the default. + +import sys +import os + +# If extensions (or modules to document with autodoc) are in another directory, +# add these directories to sys.path here. If the directory is relative to the +# documentation root, use Path(path).resolve() to make it absolute, like shown here. +sys.path.append('@CMAKE_CURRENT_SOURCE_DIR@') + +# -- General configuration ----------------------------------------------------- + +# Add any Sphinx extension module names here, as strings. They can be extensions +# coming with Sphinx (named 'sphinx.ext.*') or your custom ones. +extensions = ['sphinx.ext.autodoc', 'sphinx.ext.doctest', 'sphinx.ext.ifconfig', + 'sphinx.ext.coverage', 'sphinx.ext.intersphinx', 'sphinx.ext.todo', + 'sphinx.ext.graphviz', + 'sphinx.ext.viewcode', + 'sphinx_design', 'sphinx_copybutton', + 'myst_parser'] + +myst_enable_extensions = [ + "amsmath", + "colon_fence", + "deflist", + "dollarmath", + "fieldlist", + "html_admonition", + "html_image", + "replacements", + "smartquotes", + "strikethrough", + "substitution", + "tasklist", +] +myst_heading_anchors = 6 + +output_format='@DOC_OUTPUT_FORMAT@' + +def setup(app): + app.add_config_value('output_format','qthelp','env') + +rst_epilog = """ +.. |project| replace:: Qt for Python +.. |pymodname| replace:: Shiboken6 +""" + +# Add any paths that contain templates here, relative to this directory. +templates_path = ['@CMAKE_CURRENT_SOURCE_DIR@/_templates'] + +# The suffix of source filenames. +source_suffix = { + '.rst': 'restructuredtext', + '.md': 'markdown', +} + +# The encoding of source files. +source_encoding = 'utf-8' + +# The master toctree document. +master_doc = 'index' + +# General information about the project. +project = u'Shiboken' +copyright = u'2024 The Qt Company Ltd. Documentation contributions included herein are the copyrights of their respective owners. The documentation provided herein is licensed under the terms of the GNU Free Documentation License version 1.3 (https://www.gnu.org/licenses/fdl.html) as published by the Free Software Foundation. Qt and respective logos are trademarks of The Qt Company Ltd. in Finland and/or other countries worldwide. All other trademarks are property of their respective owners.' +# The version info for the project you're documenting, acts as replacement for +# |version| and |release|, also used in various other places throughout the +# built documents. +# +# The short X.Y version. +version = '@BINDING_API_VERSION@' +# The full version, including alpha/beta/rc tags. +release = '@BINDING_API_VERSION_FULL@' + +# The language for content autogenerated by Sphinx. Refer to documentation +# for a list of supported languages. +#language = None + +# There are two options for replacing |today|: either, you set today to some +# non-false value, then it is used: +#today = '' +# Else, today_fmt is used as the format for a strftime call. +#today_fmt = '%B %d, %Y' + +# List of documents that shouldn't be included in the build. +#unused_docs = [] + +# List of directories, relative to source directory, that shouldn't be searched +# for source files. +exclude_patterns = ['_build', + '**README.md'] + +# The reST default role (used for this markup: `text`) to use for all documents. +#default_role = None + +# If true, '()' will be appended to :func: etc. cross-reference text. +add_function_parentheses = True + +# If true, the current module name will be prepended to all description +# unit titles (such as .. function::). +#add_module_names = True + +# If true, sectionauthor and moduleauthor directives will be shown in the +# output. They are ignored by default. +#show_authors = False + +# The name of the Pygments (syntax highlighting) style to use. +pygments_style = 'sphinx' +pygments_dark_style = "monokai" + +# A list of ignored prefixes for module index sorting. +#modindex_common_prefix = [] + + +# -- Options for HTML output --------------------------------------------------- + +# The theme to use for HTML and HTML Help pages. Major themes that come with +# Sphinx are currently 'default' and 'sphinxdoc'. +html_theme = 'furo' + +# Theme options are theme-specific and customize the look and feel of a theme +# further. For a list of options available for each theme, see the +# documentation. +html_theme_options = { + "dark_css_variables": { + "color-brand-primary": "#2cde85", + "color-brand-content": "#2cde85", + "color-admonition-title--important": "#2cde85", + "color-admonition-title-background--important": "#474b53", + "font-stack": "'Titillium Web', sans-serif", + }, + "light_css_variables": { + "color-brand-primary": "#27138b", + "color-brand-content": "#27138b", + "color-admonition-title--important": "#27138b", + "font-stack": "'Titillium Web', sans-serif", + }, +} + +# Add any paths that contain custom themes here, relative to this directory. +html_theme_path = ['@CMAKE_CURRENT_SOURCE_DIR@/_themes'] + +# The name for this set of Sphinx documents. If None, it defaults to +# "<project> v<release> documentation". +html_title = "Shiboken" + +# A shorter title for the navigation bar. Default is the same as html_title. +#html_short_title = None + +# The name of an image file (relative to this directory) to place at the top +# of the sidebar. +html_logo = "@CMAKE_CURRENT_SOURCE_DIR@/_static/shiboken.png" + +# The name of an image file (within the static path) to use as favicon of the +# docs. This file should be a Windows icon file (.ico) being 16x16 or 32x32 +# pixels large. +#html_favicon = None + +# Add any paths that contain custom static files (such as style sheets) here, +# relative to this directory. They are copied after the builtin static files, +# so a file named "default.css" will overwrite the builtin "default.css". +html_static_path = ['@CMAKE_CURRENT_SOURCE_DIR@/_static'] + +html_css_files = [ + 'css/qt_font.css', + 'css/qt_style.css', +] +# If not '', a 'Last updated on:' timestamp is inserted at every page bottom, +# using the given strftime format. +#html_last_updated_fmt = '%b %d, %Y' + +# Custom sidebar templates, maps document names to template names. +#html_sidebars = { '' : ''} + +# Additional templates that should be rendered to pages, maps page names to +# template names. +#html_additional_pages = { 'index' : 'index.html'} + +# If false, no module index is generated. +html_use_modindex = False + +# If false, no index is generated. +html_use_index = False + +# If true, the index is split into individual pages for each letter. +html_split_index = False + +# If true, links to the reST sources are added to the pages. +html_show_sourcelink = False + +# If true, an OpenSearch description file will be output, and all pages will +# contain a <link> tag referring to it. The value of this option must be the +# base URL from which the finished HTML is served. +#html_use_opensearch = '' + +# If nonempty, this is the file name suffix for HTML files (e.g. ".xhtml"). +#html_file_suffix = '' + +# -- Options for qthelp output -------------------------------------------------- +qthelp_theme = 'pysidedocs_qthelp' diff --git a/sources/shiboken6/doc/considerations.rst b/sources/shiboken6/doc/considerations.rst new file mode 100644 index 000000000..ad913e7a6 --- /dev/null +++ b/sources/shiboken6/doc/considerations.rst @@ -0,0 +1,196 @@ +.. _words-of-advice: + +*************** +Words of Advice +*************** + +When writing or using Python bindings there is some things you must keep in mind. + +.. _rvalue_references: + +Rvalue References +================= + +Normally, no bindings are generated for functions taking rvalue references. +Experimental support has been added in 6.6. The functions need to be explicitly +specified using the :ref:`add-function`, :ref:`declare-function` or +:ref:`function` elements. For :ref:`value-type` objects, this does not have any +implications since the arguments are copied in the generated code and the copy +is moved from. For :ref:`object-type` objects however, it means that the object +instance is moved from and should no longer be referenced. + +.. _duck-punching-and-virtual-methods: + +Duck punching and virtual methods +================================= + +The combination of duck punching, the practice of altering class characteristics +of already instantiated objects, and virtual methods of wrapped C++ classes, can +be tricky. That was an optimistic statement. + +Let's see duck punching in action for educational purposes. + +.. code-block:: python + + import types + import Binding + + obj = Binding.CppClass() + + # CppClass has a virtual method called 'virtualMethod', + # but we don't like it anymore. + def myVirtualMethod(self_obj, arg): + pass + + obj.virtualMethod = types.MethodType(myVirtualMethod, obj, Binding.CppClass) + + +If some C++ code happens to call `CppClass::virtualMethod(...)` on the C++ object +held by "obj" Python object, the new duck punched "virtualMethod" method will be +properly called. That happens because the underlying C++ object is in fact an instance +of a generated C++ class that inherits from `CppClass`, let's call it `CppClassWrapper`, +responsible for receiving the C++ virtual method calls and finding out the proper Python +override to which handle such a call. + +Now that you know this, consider the case when C++ has a factory method that gives you +new C++ objects originated somewhere in C++-land, in opposition to the ones generated in +Python-land by the usage of class constructors, like in the example above. + +Brief interruption to show what I was saying: + +.. code-block:: python + + import types + import Binding + + obj = Binding.createCppClass() + def myVirtualMethod(self_obj, arg): + pass + + # Punching a dead duck... + obj.virtualMethod = types.MethodType(myVirtualMethod, obj, Binding.CppClass) + + +The `Binding.createCppClass()` factory method is just an example, C++ created objects +can pop out for a number of other reasons. Objects created this way have a Python wrapper +holding them as usual, but the object held is not a `CppClassWrapper`, but a regular +`CppClass`. All virtual method calls originated in C++ will stay in C++ and never reach +a Python virtual method overridden via duck punching. + +Although duck punching is an interesting Python feature, it don't mix well with wrapped +C++ virtual methods, specially when you can't tell the origin of every single wrapped +C++ object. In summary: don't do it! + + +.. _pyside-old-style-class: + +Python old style classes and PySide +=================================== + +Because of some architectural decisions and deprecated Python types. +Since PySide 1.1 old style classes are not supported with multiple inheritance. + +Below you can check the examples: + +Example with old style class: + +.. code-block:: python + + from PySide6 import QtCore + + class MyOldStyleObject: + pass + + class MyObject(QtCore, MyOldStyleObject): + pass + + +this example will raise a 'TypeError' due to the limitation on PySide, to fix +this you will need use the new style class: + + +.. code-block:: python + + from PySide6 import QtCore + + class MyOldStyleObject(object): + pass + + class MyObject(QtCore, MyOldStyleObject): + pass + + +All classes used for multiple inheritance with other PySide types need to have +'object' as base class. + +************************** +Frequently Asked Questions +************************** + +This is a list of Frequently Asked Questions about |project|. +Feel free to suggest new entries using our `Mailing list`_ or our IRC channel! + +General +======= + +What is Shiboken? +----------------- + +Shiboken is a Generator Runner plugin that outputs C++ code for CPython +extensions. +The first version of PySide had source code based on Boost templates. +It was easier to produce code but a paradigm change was needed, as the next +question explains. + + +Why did you switch from Boost.Python to Shiboken? +------------------------------------------------- + +The main reason was the size reduction. Boost.Python makes excessive use of +templates resulting in a significant increase of the binaries size. +On the other hand, as Shiboken generates CPython code, the resulting binaries +are smaller. + +Creating bindings +================= + +Can I wrap non-Qt libraries? +---------------------------- + +Yes. Check Shiboken source code for an example (libsample). + + +Is there any runtime dependency on the generated binding? +--------------------------------------------------------- + +Yes. Only libshiboken, and the obvious Python interpreter +and the C++ library that is being wrapped. + +What do I have to do to create my bindings? +------------------------------------------- + +Most of the work is already done by the API Extractor. +The developer creates a :std:doc:`typesystem <typesystem>` +file with any customization wanted in +the generated code, like removing classes or changing method signatures. +The generator will output the *.h* and *.cpp* files with the CPython code that +will wrap the target library for python. + + +Is there any recommended build system? +-------------------------------------- + +Both API Extractor and generator uses and recommends the CMake build system. + +Can I write closed-source bindings with the generator? +------------------------------------------------------ + +Yes, as long as you use a LGPL version of Qt, due to runtime requirements. + +What is 'inject code'? +---------------------- + +That's how we call customized code that will be *injected* into the +generated at specific locations. They are specified inside the typesystem. + +.. _`Mailing list`: https://lists.qt-project.org/mailman/listinfo/pyside diff --git a/sources/shiboken6/doc/dependency-pyside.svg b/sources/shiboken6/doc/dependency-pyside.svg new file mode 100644 index 000000000..786bdb8a6 --- /dev/null +++ b/sources/shiboken6/doc/dependency-pyside.svg @@ -0,0 +1,527 @@ +<?xml version="1.0" encoding="UTF-8" standalone="no"?> +<!-- Created with Inkscape (http://www.inkscape.org/) --> +<svg + xmlns:dc="http://purl.org/dc/elements/1.1/" + xmlns:cc="http://creativecommons.org/ns#" + xmlns:rdf="http://www.w3.org/1999/02/22-rdf-syntax-ns#" + xmlns:svg="http://www.w3.org/2000/svg" + xmlns="http://www.w3.org/2000/svg" + xmlns:sodipodi="http://sodipodi.sourceforge.net/DTD/sodipodi-0.dtd" + xmlns:inkscape="http://www.inkscape.org/namespaces/inkscape" + width="900" + height="560" + id="svg2" + sodipodi:version="0.32" + inkscape:version="0.46" + version="1.0" + sodipodi:docname="dependency-pyside.svg" + 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grid-item-card:: Scriptable Application + :class-item: cover-img + :link: ../../examples/example_scriptableapplication_scriptableapplication.html + :img-top: ../../../_images/example_no_image.png + + .. grid-item-card:: Widget Binding + :class-item: cover-img + :link: ../../examples/example_widgetbinding_widgetbinding.html + :img-top: ../../../_images/example_no_image.png diff --git a/sources/shiboken6/doc/gettingstarted.rst b/sources/shiboken6/doc/gettingstarted.rst new file mode 100644 index 000000000..cad49086d --- /dev/null +++ b/sources/shiboken6/doc/gettingstarted.rst @@ -0,0 +1,74 @@ +Getting started +=============== + +Building from source +-------------------- + +This step is focused on building Shiboken from source, both the Generator and Python module. +Please notice that these are built when you are building PySide from source too, so there is no +need to continue if you already have a built PySide. + +General Requirements +^^^^^^^^^^^^^^^^^^^^ + +* **Python**: 3.7+ +* **Qt:** 6.0+ +* **libclang:** The libclang library, recommended: version 10 for 6.0+. + Prebuilt versions of it can be `downloaded here`_. +* **CMake:** 3.1+ is needed. + +.. _downloaded here: https://download.qt.io/development_releases/prebuilt/libclang/ + +Simple build +^^^^^^^^^^^^ + +If you need only Shiboken Generator, a simple build run would look like this:: + + # For the required libraries (this will also build the shiboken6 python module) + python setup.py install --qtpaths=/path/to/qtpaths \ + --build-tests \ + --verbose-build \ + --internal-build-type=shiboken6 + + # For the executable + python setup.py install --qtpaths=/path/to/qtpaths \ + --build-tests \ + --verbose-build \ + --internal-build-type=shiboken6-generator + +The same can be used for the module, changing the value of ``internal-build-type`` to +``shiboken6-module``. + +.. warning:: If you are planning to use PySide too, for examples like + 'scriptableapplication' you need to have build it as well. The main issue is + that your PySide and Shiboken needs to be build using the same dependencies + from Qt and libclang. + +Using the wheels +---------------- + +Installing ``pyside6`` or ``shiboken6`` from pip **does not** install ``shiboken6_generator``, +because the wheels are not on PyPi. + +You can get the ``shiboken6_generator`` wheels from Qt servers, and you can still install it +via ``pip``:: + + pip install \ + --index-url=https://download.qt.io/official_releases/QtForPython/ \ + --trusted-host download.qt.io \ + shiboken6 pyside6 shiboken6_generator + + +The ``whl`` package cannot automatically discover in your system the location for: + +* Clang installation, +* Qt location (indicated by the path of the ``qtpaths`` tool) with the same + version/build as the one described in the wheel, +* Qt libraries with the same package version. + +So using this process requires you to manually modify the variables: + +* ``CLANG_INSTALL_DIR`` must be set to where the libraries are, +* ``PATH`` must include the location for the ``qtpaths`` tool with the same Qt + version as the package, +* ``LD_LIBRARY_PATH`` including the Qt libraries and Clang libraries paths. diff --git a/sources/shiboken6/doc/images/.directory b/sources/shiboken6/doc/images/.directory new file mode 100644 index 000000000..e65475f65 --- /dev/null +++ b/sources/shiboken6/doc/images/.directory @@ -0,0 +1,3 @@ +[Dolphin] +ShowPreview=true +Timestamp=2009,5,5,17,43,26 diff --git a/sources/shiboken6/doc/images/bindinggen-development.png b/sources/shiboken6/doc/images/bindinggen-development.png Binary files differnew file mode 100644 index 000000000..5931b126a --- /dev/null +++ b/sources/shiboken6/doc/images/bindinggen-development.png diff --git a/sources/shiboken6/doc/images/bindinggen-development.svg b/sources/shiboken6/doc/images/bindinggen-development.svg new file mode 100644 index 000000000..591e1f2d1 --- /dev/null +++ b/sources/shiboken6/doc/images/bindinggen-development.svg @@ -0,0 +1,542 @@ 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style="font-style:normal;font-variant:normal;font-weight:600;font-stretch:normal;font-size:17.9592px;line-height:1.25;font-family:Titillium;-inkscape-font-specification:'Titillium, Semi-Bold';font-variant-ligatures:normal;font-variant-caps:normal;font-variant-numeric:normal;font-feature-settings:normal;text-align:start;letter-spacing:0px;word-spacing:0px;writing-mode:lr-tb;text-anchor:start;fill:#ffffff;fill-opacity:1;stroke:none;stroke-width:0.41328" + x="271.38934" + y="483.42886" + id="text157-1-9"><tspan + sodipodi:role="line" + x="271.38934" + y="483.42886" + id="tspan159-2-3" + style="font-style:normal;font-variant:normal;font-weight:600;font-stretch:normal;font-size:17.9592px;font-family:Titillium;-inkscape-font-specification:'Titillium, Semi-Bold';font-variant-ligatures:normal;font-variant-caps:normal;font-variant-numeric:normal;font-feature-settings:normal;text-align:start;writing-mode:lr-tb;text-anchor:start;fill:#ffffff;fill-opacity:1;stroke-width:0.41328">Qt Libraries</tspan></text> + </g> +</svg> diff --git a/sources/shiboken6/doc/index.rst b/sources/shiboken6/doc/index.rst new file mode 100644 index 000000000..68f96dded --- /dev/null +++ b/sources/shiboken6/doc/index.rst @@ -0,0 +1,125 @@ +Shiboken +******** + +.. ifconfig:: output_format == 'html' + + Shiboken is a fundamental piece on the `Qt for Python <../index.html>`__ project that serves two purposes: + +.. ifconfig:: output_format == 'qthelp' + + Shiboken is a fundamental piece on the `Qt for Python <../pyside6/index.html>`__ project that serves two purposes: + + +* Generator_: Extract information from C or C++ headers and generate CPython_ code that allow + to bring C or C++ projects to Python. This process uses a library called ApiExtractor_ which + internally uses Clang_. +* Module_: An utility Python module that exposed new Python types, functions to handle pointers, + among other things, that is written in CPython_ and can use independently of the generator. + +.. _Generator: shibokengenerator.html +.. _Module: shibokenmodule.html +.. _CPython: https://github.com/python/cpython +.. _Clang: https://clang.llvm.org/ +.. _ApiExtractor: typesystem.html + +Documentation +============= + +.. grid:: 1 3 3 3 + :gutter: 2 + + .. grid-item-card:: + :class-item: text-center + + Install and build from source. + +++ + .. button-ref:: gettingstarted + :color: primary + :outline: + :expand: + + Getting Started + + .. grid-item-card:: + :class-item: text-center + + Binding generator executable. + +++ + .. button-ref:: shibokengenerator + :color: primary + :outline: + :expand: + + Shiboken Generator + + .. grid-item-card:: + :class-item: text-center + + Python utility module. + +++ + .. button-ref:: shibokenmodule + :color: primary + :outline: + :expand: + + Shiboken Module + + .. grid-item-card:: + :class-item: text-center + + Reference and functionallities. + +++ + .. button-ref:: typesystem + :color: primary + :outline: + :expand: + + Type System + + .. grid-item-card:: + :class-item: text-center + + Using Shiboken. + +++ + .. button-ref:: examples/index + :color: primary + :outline: + :expand: + + Examples + + .. grid-item-card:: + :class-item: text-center + + Generating Python stub files. + +++ + .. button-ref:: shiboken-genpyi + :color: primary + :outline: + :expand: + + shiboken6-genpyi + + .. grid-item-card:: + :class-item: text-center + + Known issues and FAQ. + +++ + .. button-ref:: considerations + :color: primary + :outline: + :expand: + + Considerations + +.. toctree:: + :hidden: + :glob: + + gettingstarted.rst + shibokengenerator.rst + shibokenmodule.rst + typesystem.rst + examples/index.rst + shiboken-genpyi.rst + considerations.rst diff --git a/sources/shiboken6/doc/scripts/patch_qhp.py b/sources/shiboken6/doc/scripts/patch_qhp.py new file mode 100644 index 000000000..750789698 --- /dev/null +++ b/sources/shiboken6/doc/scripts/patch_qhp.py @@ -0,0 +1,62 @@ +# Copyright (C) 2022 The Qt Company Ltd. +# SPDX-License-Identifier: LicenseRef-Qt-Commercial OR LGPL-3.0-only OR GPL-2.0-only OR GPL-3.0-only + +import fileinput +import re +import sys +from argparse import ArgumentParser, RawTextHelpFormatter + + +DESC="""Qhp file updater + +Replaces virtual folder ids in .qhp files preparing for +registering the documentation in Qt Assistant.""" + + +VIRTUAL_FOLDER_PATTERN = re.compile("(^.*virtualFolder.)doc(.*$)") +# Strip "PySide6.QtModule." from index entries +INDEX_CLASS_PATTERN = re.compile(r'^(\s*<keyword name=")PySide6\.[^.]+\.(.*\(class in .*)$') +INDEX_METHOD_PATTERN = re.compile(r'^(\s+<keyword name=".* \()PySide6\.[^.]+\.(.*>)$') + + +virtual_folder = "" +strip_pyside_module = False + + +def process_line(line): + global virtual_folder + match = VIRTUAL_FOLDER_PATTERN.match(line) + if match: + print(f"{match.group(1)}{virtual_folder}{match.group(2)}") + return + if strip_pyside_module: + match = INDEX_METHOD_PATTERN.match(line) + if match: + print(f"{match.group(1)}{match.group(2)}") + return + match = INDEX_CLASS_PATTERN.match(line) + if match: + print(f"{match.group(1)}{match.group(2)}") + return + sys.stdout.write(line) + + +if __name__ == '__main__': + arg_parser = ArgumentParser(description=DESC, + formatter_class=RawTextHelpFormatter) + arg_parser.add_argument('-v', '--vfolder', type=str, + help='String to be injected into the Qhp file.') + arg_parser.add_argument("--pyside", "-p", action="store_true", + help="Strip the PySide module path off the index entries.") + arg_parser.add_argument("file", type=str, help='Qhp filename.') + options = arg_parser.parse_args() + virtual_folder = options.vfolder + strip_pyside_module = options.pyside + + try: + with fileinput.input(options.file, inplace=True, + backup=".bak") as fh: + for line in fh: + process_line(line) + except Exception as e: + print(f"WARNING: patch_qhp.py failed: {e}", file=sys.stderr) diff --git a/sources/shiboken6/doc/shiboken-genpyi.rst b/sources/shiboken6/doc/shiboken-genpyi.rst new file mode 100644 index 000000000..44d0edb97 --- /dev/null +++ b/sources/shiboken6/doc/shiboken-genpyi.rst @@ -0,0 +1,32 @@ +.. _shiboken6-genpyi: + +shiboken6-genpyi +================ + +`shiboken6-genpyi` is a command line tool to generate Python stub files +(.pyi) for any shiboken binding-based module (not just PySide). Stub +files define signatures of all classes, methods (including overloads), +constants and enums of a module. Signatures also contain type hints. +This helps your module integrate with Python type checkers and IDEs. +For example, if you use any function from your module, your IDE's +function lookup feature will show you the function signature and its +parameters and return value including types. + + +Usage +----- + +To generate stub files for a module, run the following command: + +.. code-block:: bash + + shiboken6-genpyi <module_names> [OPTIONS] + +where `<module_names>` is a space-separated list of module names (the +modules must be importable from the working directory) and where +`[OPTIONS]` can be one of the following: + +* **--quiet**: Run the tool quietly without output to stdout. +* **--outpath <output_dir>**: Specify the output directory for the + generated stub files. If not specified, the stub files are generated + in the location of the module binary. diff --git a/sources/shiboken6/doc/shibokengenerator.rst b/sources/shiboken6/doc/shibokengenerator.rst new file mode 100644 index 000000000..14340ab69 --- /dev/null +++ b/sources/shiboken6/doc/shibokengenerator.rst @@ -0,0 +1,393 @@ +.. _gen-overview: + +****************** +Generator Overview +****************** + +The following diagram summarizes Shiboken's role in the Qt for Python +project. + +.. image:: images/qtforpython-underthehood.png + +An XML typesystem file is used to specify the types to be exposed to Python +and to apply modifications to properly represent and manipulate the types in +the Python World. For example, you can remove and add methods to certain types, +and also modify the arguments of each method. These actions are inevitable to +properly handle the data structures or types. + +The final outcome of this process is a set of wrappers written in CPython, +which can be used as a module in your Python code. + +In a few words, the Generator is a utility that parses a collection of header and +typesystem files, generating other files (code, documentation, etc.) as result. + +Creating new bindings +===================== + +.. figure:: images/bindinggen-development.png + :scale: 80 + :align: center + + Creating new bindings + +Each module of the generator system has an specific role. + +1. Provide enough data about the classes and functions. +2. Generate valid code, with modifications from typesystems and injected codes. +3. Modify the API to expose the objects in a way that fits you target language best. +4. Insert customizations where handwritten code is needed. + +.. figure:: images/shibokenqtarch.png + :scale: 80 + :align: center + + Runtime architecture + +The newly created binding will run on top of Shiboken which takes +care of interfacing Python and the underlying C++ library. + +Handwritten inputs +================== + +Creating new bindings involves creating several pieces of "code": the header, +the typesystem and, in most cases, the injected code. + +**header** A header with ``#include`` directives listing all the headers of the + desired classes. This header is not referenced by the generated code. + Alternatively, it is possible to pass a list of the headers of the + desired classes directly on the command line. In this case, + the command line option ``--use-global-header`` should be passed as + well to prevent the headers from being suppressed in the generated + code. + +::ref:`typesystem`: XML files that provides the developer with a tool to customize the + way that the generators will see the classes and functions. For + example, functions can be renamed, have its signature changed and + many other actions. +::ref:`inject code <codeinjectionsemantics>`: allows the developer to insert + handwritten code where the generated code is not suitable or + needs some customization. + +.. _command-line: + +Command line options +******************** + +Usage +----- + +:: + + shiboken [options] header-file(s) typesystem-file + + +Options +------- + +``--disable-verbose-error-messages`` + Disable verbose error messages. Turn the CPython code hard to debug but saves a few kilobytes + in the generated binding. + +.. _parent-heuristic: + +``--enable-parent-ctor-heuristic`` + This flag enable an useful heuristic which can save a lot of work related to object ownership when + writing the typesystem. + For more info, check :ref:`ownership-parent-heuristics`. + +.. _pyside-extensions: + +``--enable-pyside-extensions`` + Enable pyside extensions like support for signal/slots. Use this if you are creating a binding based + on PySide. + +.. _return-heuristic: + +``--enable-return-value-heuristic`` + Enable heuristics to detect parent relationship on return values. + For more info, check :ref:`return-value-heuristics`. + +.. _avoid-protected-hack: + +``--avoid-protected-hack`` + Avoid the use of the '#define protected public' hack. + +.. _use-isnull-as-nb-bool: + +``--use-isnull-as-nb-bool`` + If a class has an isNull() const method, it will be used to + compute the value of boolean casts (see :ref:`bool-cast`). + The legacy option ``--use-isnull-as-nb_nonzero`` has the + same effect, but should not be used any more. + +``--lean-headers`` + Forward declare classes in module headers instead of including their class + headers where possible. + +.. _use-operator-bool-as-nb-bool: + +``--use-operator-bool-as-nb-bool`` + If a class has an operator bool, it will be used to compute + the value of boolean casts (see :ref:`bool-cast`). + The legacy option ``--use-operator-bool-as-nb_nonzero`` has the + same effect, but should not be used any more. + +.. _no-implicit-conversions: + +``--no-implicit-conversions`` + Do not generate implicit_conversions for function arguments. + +.. _api-version: + +``--api-version=<version>`` + Specify the supported api version used to generate the bindings. + +.. _documentation-only: + +``--documentation-only`` + Do not generate any code, just the documentation. + +.. _drop-type-entries: + +``--drop-type-entries="<TypeEntry0>[;TypeEntry1;...]"`` + Semicolon separated list of type system entries (classes, namespaces, + global functions and enums) to be dropped from generation. Values are + fully qualified Python type names ('Module.Class'), but the module can + be omitted ('Class'). + +.. _conditional_keywords: + +``-keywords=keyword1[,keyword2,...]`` + A comma-separated list of keywords for conditional typesystem parsing + (see :ref:`conditional_processing`). + +``--use-global-header`` + Use the global headers passed on the command line in generated code. + +.. _generation-set: + +``--generation-set`` + Generator set to be used (e.g. qtdoc). + +.. _skip-deprecated: + +``--skip-deprecated`` + Skip deprecated functions. + +.. _diff: + +``--diff`` + Print a diff of wrapper files. + +.. _dryrun: + +``--dryrun`` + Dry run, do not generate wrapper files. + +.. _--project-file: + +``--project-file=<file>`` + Text file containing a description of the binding project. + Replaces and overrides command line arguments. + +.. _clang_option: + +``--clang-option=<option>`` + Option to be passed to clang + +.. _clang_options: + +``--clang-options=<option1>[,<option2>,...]>`` + Options to be passed to clang. + When '-' is passed as the first option in the list, none of the options + built into shiboken will be added, allowing for a complete replacement. + +``--compiler=<type>`` + Emulated compiler type (g++, msvc, clang) + +``--compiler-path=<file>`` + Path to the compiler for determining builtin include paths + +``--platform=<file>`` + Emulated platform (windows, darwin, unix) + +.. _include-paths: + +``-I<path>, --include-paths=<path>[:<path>:...]`` + Include paths used by the C++ parser. + +.. _system-include-paths: + +``-isystem<path>, --system-include-paths=<path>[:<path>:...]`` + System include paths used by the C++ parser + +.. _framework-include-paths: + +``-F<path>, --framework-include-paths=<path>[:<path>:...]`` + Framework include paths used by the C++ parser + +.. _force-process-system-include-paths: + +``--force-process-system-include-paths=<path>[:<path>:...]`` + Include paths that are considered as system headers by the C++ parser, + but should still be processed to extract types + +.. _language-level: + +``--language-level=, -std=<level>`` + C++ Language level (c++11..c++17, default=c++14) + +.. _typesystem-paths: + +``-T<path>, --typesystem-paths=<path>[:<path>:...]`` + Paths used when searching for type system files. + +.. _output-directory: + +``--output-directory=[dir]`` + The directory where the generated files will be written. + +.. _license-file=[license-file]: + +``--license-file=[license-file]`` + File used for copyright headers of generated files. + +.. _no-suppress-warnings: + +``--no-suppress-warnings`` + Show all warnings. + +``--log-unmatched`` + Prints :ref:`suppress-warning` and :ref:`rejection` elements that were + not matched. This is useful for cleaning up old type system files. + +.. _silent: + +``--silent`` + Avoid printing any message. + +.. _debug-level: + +``--debug-level=[sparse|medium|full]`` + Set the debug level. + +.. _help: + +``--help`` + Display this help and exit. + +``--print-builtin-types`` + Print information about builtin types + +.. _version: + +``--version`` + Output version information and exit. + +QtDocGenerator Options +---------------------- + +.. _doc-parser: + +``--doc-parser=<parser>`` + The documentation parser used to interpret the documentation + input files (qdoc|doxygen). + +.. _documentation-code-snippets-dir: + +``--documentation-code-snippets-dir=<dir>`` + Directory used to search code snippets used by the documentation. + +.. _documentation-data-dir: + +``--documentation-data-dir=<dir>`` + Directory with XML files generated by documentation tool. + +.. _documentation-extra-sections-dir=<dir>: + +``--documentation-extra-sections-dir=<dir>`` + Directory used to search for extra documentation sections. + +.. _library-source-dir: + +``--library-source-dir=<dir>`` + Directory where library source code is located. + +.. _additional-documentation: + +``--additional-documentation=<file>`` + List of additional XML files to be converted to .rst files + (for example, tutorials). + +``--inheritance-file=<file>`` + Generate a JSON file containing the class inheritance. + +``--disable-inheritance-diagram`` + Disable the generation of the inheritance diagram. + +.. _project-file: + +******************** +Binding Project File +******************** + +Instead of directing the Generator behavior via command line, the binding +developer can write a text project file describing the same information, and +avoid the hassle of a long stream of command line arguments. + +.. _project-file-structure: + +The project file structure +========================== + +Here follows a comprehensive example of a generator project file. + +.. code-block:: ini + + [generator-project] + generator-set = path/to/generator/CHOICE_GENERATOR + header-file = DIR/global.h" /> + typesystem-file = DIR/typesystem_for_your_binding.xml + output-directory location="OUTPUTDIR" /> + include-path = path/to/library/being/wrapped/headers/1 + include-path = path/to/library/being/wrapped/headers/2 + typesystem-path = path/to/directory/containing/type/system/files/1 + typesystem-path = path/to/directory/containing/type/system/files/2 + enable-parent-ctor-heuristic + + +Project file tags +================= + +The generator project file tags are in direct relation to the +:ref:`command line arguments <command-line>`. All of the current command line +options provided by |project| were already seen on the +:ref:`project-file-structure`, for new command line options provided by +additional generator modules (e.g.: qtdoc, Shiboken) could also be used in the +generator project file following simple conversion rules. + +For tags without options, just write as an empty tag without any attributes. +Example: + +.. code-block:: bash + + --BOOLEAN-ARGUMENT + +becomes + +.. code-block:: ini + + BOOLEAN-ARGUMENT + +and + +.. code-block:: bash + + --VALUE-ARGUMENT=VALUE + +becomes + +.. code-block:: ini + + VALUE-ARGUMENT = VALUE + diff --git a/sources/shiboken6/doc/shibokenmodule.rst b/sources/shiboken6/doc/shibokenmodule.rst new file mode 100644 index 000000000..3bc4fa6ba --- /dev/null +++ b/sources/shiboken6/doc/shibokenmodule.rst @@ -0,0 +1,147 @@ +.. module:: Shiboken + +.. |maya| unicode:: Maya U+2122 + +.. _shiboken-module: + +Shiboken module +*************** + +Functions +^^^^^^^^^ + +.. container:: function_list + + * def :meth:`isValid<shiboken.isValid>` (obj) + * def :meth:`wrapInstance<shiboken.wrapInstance>` (address, type) + * def :meth:`getCppPointer<shiboken.getCppPointer>` (obj) + * def :meth:`delete<shiboken.delete>` (obj) + * def :meth:`isOwnedByPython<shiboken.isOwnedByPython>` (obj) + * def :meth:`wasCreatedByPython<shiboken.wasCreatedByPython>` (obj) + * def :meth:`dump<shiboken.dump>` (obj) + * def :meth:`disassembleFrame<shiboken.disassembleFrame>` (marker) + +Detailed description +^^^^^^^^^^^^^^^^^^^^ + +This Python module can be used to access internal information related to our +binding technology. Access to this internal information is required to e.g.: +integrate PySide with Qt based programs that offer Python scripting like |maya| +or just for debug purposes. + +Some function description refer to "Shiboken based objects", wich means +Python objects instances of any Python Type created using Shiboken. + +To import the module: + +.. code-block:: python + + from shiboken6 import Shiboken + +.. function:: isValid(obj) + + Given a Python object, returns True if the object methods can be called + without an exception being thrown. A Python wrapper becomes invalid when + the underlying C++ object is destroyed or unreachable. + +.. function:: wrapInstance(address, type) + + Creates a Python wrapper for a C++ object instantiated at a given memory + address - the returned object type will be the same given by the user. + + The type must be a Shiboken type, the C++ object will not be + destroyed when the returned Python object reach zero references. + + If the address is invalid or doesn't point to a C++ object of given type + the behavior is undefined. + +.. function:: getCppPointer(obj) + + Returns a tuple of longs that contain the memory addresses of the + C++ instances wrapped by the given object. + +.. function:: delete(obj) + + Deletes the C++ object wrapped by the given Python object. + +.. function:: isOwnedByPython(obj) + + Given a Python object, returns True if Python is responsible for deleting + the underlying C++ object, False otherwise. + + If the object was not a Shiboken based object, a TypeError is + thrown. + +.. function:: wasCreatedByPython(obj) + + Returns true if the given Python object was created by Python. + +.. function:: dump(obj) + + Returns a string with implementation-defined information about the + object. + This method should be used **only** for debug purposes by developers + creating their own bindings as no guarantee is provided that + the string format will be the same across different versions. + + If the object is not a Shiboken based object, a message is printed. + +.. function:: disassembleFrame(label) + + Prints the current executing Python frame to stdout and flushes. + The disassembly is decorated by some label. Example: + + .. code-block:: python + + lambda: 42 + + is shown from inside C++ as + + .. code-block:: c + + <label> BEGIN + 1 0 LOAD_CONST 1 (42) + 2 RETURN_VALUE + <label> END + + When you want to set a breakpoint at the `disassembleFrame` function + and you use it from C++, you use the pure function name. + + When you want to use it from Python, you can insert it into your Python + code and then maybe instead set a breakpoint at `SbkShibokenModule_disassembleFrame` + which is the generated wrapper. + + `label` is a simple string in C++. In Python, you can use any object; + internally the `str` function is called with it. + + This method should be used **only** for debug purposes by developers. + + .. function:: dumpTypeGraph(file_name) + + Dumps the inheritance graph of the types existing in libshiboken + to ``.dot`` file for use with `Graphviz <https://graphviz.org/>`_. + +.. function:: dumpWrapperMap() + + Dumps the map of wrappers existing in libshiboken to standard error. + +.. function:: dumpConverters() + + Dumps the map of named converters existing in libshiboken to standard + error. + + .. py:class:: VoidPtr(address, size = -1, writeable = 0) + + :param address: (PyBuffer, SbkObject, int, VoidPtr) + :param size: int + :param writeable: int + + Represents a chunk of memory by address and size and implements the ``buffer`` protocol. + It can be constructed from a ``buffer``, a Shiboken based object, a memory address + or another VoidPtr instance. + + .. py:method:: toBytes() + + :rtype: bytes + + Returns the contents as ``bytes``. diff --git a/sources/shiboken6/doc/typediscovery.rst b/sources/shiboken6/doc/typediscovery.rst new file mode 100644 index 000000000..76d3adf7b --- /dev/null +++ b/sources/shiboken6/doc/typediscovery.rst @@ -0,0 +1,145 @@ +.. _typediscovery: + +************** +Type Discovery +************** + +When converting objects which are part of a class hierarchy from a pointer to a +base class, it is expected to get the Python type of the actual, most derived +type, as opposed to C++ which requires a cast for this: + +.. code-block:: python + + def event(self, event): + if event.type() == QEvent.Type.MousePress: + self.do_things(event.position()) + ... + + +.. code-block:: c++ + + bool event(QEvent *event) override + { + if (event->type() == QEvent::MousePress) { + auto *mouseEvent = static_cast<QMouseEvent *>(event); + doThings(mouseEvent->position()); + ... + } + +The process of determining the type of the event is called `type discovery`. + +Shiboken generates code to automatically detect the type. First, it tries to +find a converter for the name obtained by ``typeid(*pointer).name()``. This +should normally work as this name is registered by the binding. If that fails, +it starts walking a type inheritance graph built up in libshiboken to find the +most derived class by using a cast function (``dynamic_cast<>`` by default) to +check. + +For normal class hierarchies with virtual destructors, no special handling +is required since ``typeid()`` usually detects the proper class name. + +Multiple inheritance +==================== + +In case of multiple inheritance in C++, the conversion to the derived class is +not done in case it is not a single-line direct inheritance. For example, in +Qt, the class ``QWidget`` inherits both ``QObject`` (base of the ``QObject`` +hierarchy) and ``QPaintDevice``. + +When calling a function returning a ``QPaintDevice *``, for example +``QPainter.device()``, a Python type representing ``QPaintDevice`` is returned +instead of the underlying widget type. This restriction exists because the +underlying pointer in C++ is a pointer to a ``QPaintDevice *`` and differs from +the pointer to the ``QWidget``. + +Hierarchies of classes with non-virtual destructors +=================================================== + +There are some hierarchies of value-ish C++ classes that do not have virtual +destructors. This makes type discovery based on ``typeid()`` and +``dynamic_cast<>`` impossible. + +Examples in Qt are the ``QStyleOption``-derived or the ``QGradient`` +-derived classes. + +For such classes, some attributes need to be specified on the type entries: + +Primarily, a :ref:`polymorphic-id-expression` attribute +must be specified to be used as a check replacing ``dynamic_cast<>``. + +In addition, a :ref:`polymorphic-name-function` attribute can be specified. +This replaces the type name guess obtained by ``typeid()`` and is mainly a hint +to speed things up by skipping the checks for each type in the inheritance +graph. + +A :ref:`polymorphic-base` attribute identifies the base class of a hierarchy. +It should be given in case the base class inherits from another class to +prevent the logic from going below the base class. + +Using type discovery attributes for class hierarchies with virtual destructors +============================================================================== + +It is possible to use :ref:`polymorphic-id-expression` and +:ref:`polymorphic-name-function` for normal class hierarchies with virtual +destructors as well since they basically replace ``typeid()`` and +``dynamic_cast<>``. This makes sense if expressions can be specified that are +faster than the checks on virtual tables. + +Specifying :ref:`polymorphic-base` can also make sense for generating special +cast functions in case of multiple inheritance. For example, in Qt, +``QWindow``, ``QLayout``, ``QWidget`` are base classes of hierarchies. Since +they all inherit from ``QObject``, indicating the base classes prevents +the logic from using ``QObject`` as a base class. + +.. _typediscovery-attributes: + +Type discovery attributes reference +=================================== + +The following attributes related to type discovery may be be specified on the +:ref:`object-type` or :ref:`value-type` elements: + +.. _polymorphic-id-expression: + +polymorphic-id-expression ++++++++++++++++++++++++++ + +The **polymorphic-id-expression** attribute specifies an expression checking +whether a base class pointer is of the matching type. For example, in a +``virtual eventHandler(BaseEvent *e)`` function, this is used to construct a +Python wrapper matching the derived class (for example, a ``MouseEvent`` or +similar). The attribute value may contain placeholders: + +%1 + Fully qualified class name + +%B + Fully qualified name of the base class (found by base class + search or as indicated by **polymorphic-base**). + +To check for a class inheriting ``BaseEvent``, specify: + +.. code-block:: xml + + <object-type name="MouseEvent" + polymorphic-id-expression="%B->type() == BaseEvent::MouseEvent"/> + +.. _polymorphic-name-function: + +polymorphic-name-function ++++++++++++++++++++++++++ + +The **polymorphic-name-function** attribute specifies the name of a function +returning the type name of a derived class on the base class type entry. +Normally, ``typeid(ptr).name()`` is used for this. + +The function is expected to return ``const char *``. + +.. _polymorphic-base: + +polymorphic-base +++++++++++++++++ + +The boolean **polymorphic-base** attribute indicates whether the class is the +base class of a class hierarchy. It is used for the *%B* placeholder in +**polymorphic-id-expression** and for cast operations in multiple inheritance. diff --git a/sources/shiboken6/doc/typesystem.rst b/sources/shiboken6/doc/typesystem.rst new file mode 100644 index 000000000..26f929801 --- /dev/null +++ b/sources/shiboken6/doc/typesystem.rst @@ -0,0 +1,68 @@ +Type System Reference +===================== + +The typesystem is used by a binding generator or any other software using the APIExtractor library +to map a C++ library API onto a higher level language. + +The typesystem specification is a handwritten XML document listing the types +that will be available in the generated target language API; types that are not +declared in the specification will be ignored along with everything depending on +them. In addition, it is possible to manipulate and modify types and functions. +It is even possible to use the typesystem specification to inject arbitrary +code into the source files, such as an extra member function. + +Below there is a complete reference guide to the various nodes (XML tags) of the typesystem. +For usage examples, take a look at the typesystem files used to generate PySide6. These files +can be found in the PySide6/<QT_MODULE_NAME> directory of the PySide6 package. + +Define types +------------ + +.. toctree:: + :maxdepth: 1 + + typesystem_specifying_types.rst + typesystem_builtin_types.rst + +Code generation +--------------- + +.. toctree:: + :maxdepth: 1 + + typesystem_codegeneration.rst + +Modifying types +--------------- + +.. toctree:: + :maxdepth: 1 + + typesystem_arguments.rst + typesystem_codeinjection.rst + typesystem_converters.rst + typesystem_containers.rst + typesystem_templates.rst + typesystem_modify_function.rst + typesystem_manipulating_objects.rst + typesystem_conversionrule.rst + typesystem_documentation.rst + typesystem_variables.rst + +Object ownership +---------------- + +.. toctree:: + :maxdepth: 1 + + typesystem_ownership.rst + +Extra options and Python caveats +-------------------------------- + +.. toctree:: + :maxdepth: 1 + + typesystem_solving_compilation.rst + typesystem_specialfunctions.rst + typediscovery.rst diff --git a/sources/shiboken6/doc/typesystem_arguments.rst b/sources/shiboken6/doc/typesystem_arguments.rst new file mode 100644 index 000000000..d950b6c32 --- /dev/null +++ b/sources/shiboken6/doc/typesystem_arguments.rst @@ -0,0 +1,229 @@ +.. _modifying-arguments: + +Modifying Arguments +------------------- + +.. _conversionrule-on-arguments: + +conversion-rule +^^^^^^^^^^^^^^^ + +The ``conversion-rule`` node allows you to write customized code to convert +the given argument between the target language and C++. +It is then a child of the :ref:`modify-argument` node: + +.. code-block:: xml + + <modify-argument index="2"> + <!-- for the second argument of the function --> + <conversion-rule class="target | native"> + // the code + </conversion-rule> + </modify-argument> + +The ``class`` attribute accepts one of the following values to define the +conversion direction to be either ``target-to-native`` or ``native-to-target``: + +* ``native``: Defines the conversion direction to be ``target-to-native``. + It is similar to the existing ``<target-to-native>`` element. + See :ref:`Conversion Rule Tag <conversion-rule-tag>` for more information. + +* ``target``: Defines the conversion direction to be ``native-to-target``. + It is similar to the existing ``<native-to-target>`` element. + See :ref:`Conversion Rule Tag <conversion-rule-tag>` for more information. + +This node is typically used in combination with the :ref:`replace-type` and +:ref:`remove-argument` nodes. The given code is used instead of the generator's +conversion code. + +Writing %N in the code (where N is a number), will insert the name of the +nth argument. Alternatively, %in and %out which will be replaced with the +name of the conversion's input and output variable, respectively. Note the +output variable must be declared explicitly, for example: + +.. code-block:: xml + + <conversion-rule class="native"> + bool %out = (bool) %in; + </conversion-rule> + +.. note:: + + You can also use the ``conversion-rule`` node to specify + :ref:`a conversion code which will be used instead of the generator's conversion code everywhere for a given type <conversion-rule-tag>`. + +.. _remove-argument: + +remove-argument +^^^^^^^^^^^^^^^ + +The ``remove-argument`` node removes the given argument from the function's +signature, and it is a child of the :ref:`modify-argument` node. + +.. code-block:: xml + + <modify-argument> + <remove-argument /> + </modify-argument> + +.. _rename-to: + +rename to +^^^^^^^^^ + +The ``rename to`` node is used to rename a argument and use this new name in +the generated code, and it is a child of the :ref:`modify-argument` node. + +.. code-block:: xml + + <modify-argument> + <rename to='...' /> + </modify-argument> + +.. warning:: This tag is deprecated, use the ``rename`` attribute from :ref:`modify-argument` tag instead. + +.. _remove-default-expression: + +remove-default-expression +^^^^^^^^^^^^^^^^^^^^^^^^^ + +The ``remove-default-expression`` node disables the use of the default expression +for the given argument, and it is a child of the :ref:`modify-argument` node. + +.. code-block:: xml + + <modify-argument...> + <remove-default-expression /> + </modify-argument> + +.. _replace-default-expression: + +replace-default-expression +^^^^^^^^^^^^^^^^^^^^^^^^^^ + +The ``replace-default-expression`` node replaces the specified argument with the +expression specified by the ``with`` attribute, and it is a child of the +:ref:`modify-argument` node. + +.. code-block:: xml + + <modify-argument> + <replace-default-expression with="..." /> + </modify-argument> + +.. _replace-type: + +replace-type +^^^^^^^^^^^^ + +The ``replace-type`` node replaces the type of the given argument to the one +specified by the ``modified-type`` attribute, and it is a child of the +:ref:`modify-argument` node. + +.. code-block:: xml + + <modify-argument> + <replace-type modified-type="..." /> + </modify-argument> + +If the new type is a class, the ``modified-type`` attribute must be set to +the fully qualified name (including name of the package as well as the class +name). + +.. _define-ownership: + +define-ownership +^^^^^^^^^^^^^^^^ + +The ``define-ownership`` tag indicates that the function changes the ownership +rules of the argument object, and it is a child of the +:ref:`modify-argument` node. +The ``class`` attribute specifies the class of +function where to inject the ownership altering code +(see :ref:`codegenerationterminology`). The ``owner`` attribute +specifies the new ownership of the object. It accepts the following values: + +* target: the target language will assume full ownership of the object. + The native resources will be deleted when the target language + object is finalized. +* c++: The native code assumes full ownership of the object. The target + language object will not be garbage collected. +* default: The object will get default ownership, depending on how it + was created. + +.. code-block:: xml + + <modify-argument> + <define-ownership class="target | native" + owner="target | c++ | default" /> + </modify-argument> + +.. _reference-count: + +reference-count +^^^^^^^^^^^^^^^ + +The ``reference-count`` tag dictates how an argument should be handled by the +target language reference counting system (if there is any), it also indicates +the kind of relationship the class owning the function being modified has with +the argument. It is a child of the :ref:`modify-argument` node. +For instance, in a model/view relation a view receiving a model +as argument for a **setModel** method should increment the model's reference +counting, since the model should be kept alive as much as the view lives. +Remember that out hypothetical view could not become parent of the model, +since the said model could be used by other views as well. +The ``action`` attribute specifies what should be done to the argument +reference counting when the modified method is called. It accepts the +following values: + +* add: increments the argument reference counter. +* add-all: increments the reference counter for each item in a collection. +* remove: decrements the argument reference counter. +* set: will assign the argument to the variable containing the reference. +* ignore: does nothing with the argument reference counter + (sounds worthless, but could be used in situations + where the reference counter increase is mandatory + by default). + +.. code-block:: xml + + <modify-argument> + <reference-count action="add|add-all|remove|set|ignore" variable-name="..." /> + </modify-argument> + + +The variable-name attribute specifies the name used for the variable that +holds the reference(s). + +.. _replace-value: + +replace-value +^^^^^^^^^^^^^ + +The ``replace-value`` attribute lets you replace the return statement of a +function with a fixed string. This attribute can only be used for the +argument at ``index`` 0, which is always the function's return value. + +.. code-block:: xml + + <modify-argument index="0" replace-value="this"/> + +.. _parent: + +parent +^^^^^^ + +The ``parent`` node lets you define the argument parent which will +take ownership of argument and will destroy the C++ child object when the +parent is destroyed (see :ref:`ownership-parent`). +It is a child of the :ref:`modify-argument` node. + +.. code-block:: xml + + <modify-argument index="1"> + <parent index="this" action="add | remove" /> + </modify-argument> + +In the ``index`` argument you must specify the parent argument. The action +*add* creates a parent link between objects, while *remove* will undo the +parentage relationship. diff --git a/sources/shiboken6/doc/typesystem_builtin_types.rst b/sources/shiboken6/doc/typesystem_builtin_types.rst new file mode 100644 index 000000000..dea253930 --- /dev/null +++ b/sources/shiboken6/doc/typesystem_builtin_types.rst @@ -0,0 +1,58 @@ +.. _builtin-types: + +Built-in Types +-------------- + +.. _primitive-cpp-types: + +Primitive C++ Types +^^^^^^^^^^^^^^^^^^^ + +Shiboken knows the C++ primitive types like int and float and gathers +information about typedefs like `int32_t` and `size_t` at runtime while +parsing C++ headers. Function overloads using these types will be +automatically generated. To suppress a primitive type, use the +:ref:`rejection` tag. + +In principle, there is no need to specify them in the typesystem +file using the :ref:`primitive-type` tag. + +However, specifying a type means that the type name is used for +matching signatures of functions for :ref:`modification <modify-function>`. +So, it might make sense to specify architecture-dependent types like `size_t` +to avoid having to spell out the resolved type, which might differ depending +on platform. + +`std::string`, `std::wstring` and their associated view types +`std::string_view`, `std::wstring_view` are also supported. + + +.. _builtin-cpp-container-types: + +C++ Container Types +^^^^^^^^^^^^^^^^^^^ + +The C++ containers ``std::list``\, ``std::vector``\, +``std::pair``\, ``std::map``\, ``std::span`` and ``std::unordered_map`` are +built-in. +To specify :ref:`opaque-containers`, use the :ref:`opaque-container` element. +:ref:`container-type` can still be specified to modify the built-in behavior. +For this case, a number of pre-defined conversion templates +are provided (see :ref:`predefined_templates`). + +.. _cpython-types: + +CPython Types +^^^^^^^^^^^^^ + +Python types like `str` match types like `PyUnicode` in the *Concrete Objects +Layer* of CPython. They have check functions like `PyUnicode_Check()`, which +Shiboken generates into the code checking the function arguments. + +These types occur as parameters when :ref:`adding functions <add-function>` +or :ref:`modifying types <replace-type>`, as type on `add-conversion` +within a :ref:`conversion-rule` or as target language API types on +:ref:`primitive-type`. + +They are built into Shiboken as :ref:`custom types <custom-type>` along +with their check functions. diff --git a/sources/shiboken6/doc/typesystem_codegeneration.rst b/sources/shiboken6/doc/typesystem_codegeneration.rst new file mode 100644 index 000000000..fb41e28e1 --- /dev/null +++ b/sources/shiboken6/doc/typesystem_codegeneration.rst @@ -0,0 +1,37 @@ +.. _codegenerationterminology: + +*************************** +Code Generation Terminology +*************************** + +Types of generated code +======================= + + +**Python Wrapper** + The code that exports the C++ wrapped class to Python. **Python wrapper** + refers to all the code needed to export a C++ class to Python, and + **Python method/function wrapper** means the specific function that calls + the C++ method/function on behalf of Python. This code is invoked from + the Python side. + +**C++ Wrapper** + This term refers to a generated C++ class that extends a class from the + wrapped library. It is generated only when a wrapped C++ class is + polymorphic, i.e. it has or inherits any virtual methods. + The **C++ Wrapper** overrides the virtual methods of the wrapped C++ class + with code that allows for overriding the method with a Python implementation. + It checks whether a corresponding method in the Python instance exists and + calls it. This code is invoked from the C++ side. + + +Specifying a target for modifications +===================================== + +In the typesystem files, the ``class`` attribute is used to which class a +modification is applied (see :ref:`codeinjectionsemantics`, +:ref:`objectownership`). +The value **Target** means the modification is applied to the +**Python Wrapper**. The value **Native** means the modification is applied to +the **C++ Wrapper**. + diff --git a/sources/shiboken6/doc/typesystem_codeinjection.rst b/sources/shiboken6/doc/typesystem_codeinjection.rst new file mode 100644 index 000000000..03d5f4b16 --- /dev/null +++ b/sources/shiboken6/doc/typesystem_codeinjection.rst @@ -0,0 +1,397 @@ +.. _codeinjectionsemantics: + +************************ +Code Injection Semantics +************************ + +:std:doc:`API Extractor <shibokengenerator>` provides the +:ref:`inject-code <inject-code>` tag +allowing the user to put custom written code to on specific locations of the generated code. +Yet this is only part of what is needed to generate proper binding code, where the custom code +should be written to depends upon the technology used on the generated binding code. + +This is the ``inject-code`` tag options that matters to |project|. + +.. code-block:: xml + + <inject-code class="native | target" position="beginning | end"> + // custom code + </inject-code> + + +inject-code tag +=============== + +The following table describes the semantics of :ref:`inject-code` tag as used on +|project|. The ``class`` attribute specifies whether to code is injected +into the **C++ Wrapper** or the **Python Wrapper** (see +:ref:`codegenerationterminology`). +The ``position`` attribute specifies the location of the custom code in the +function. + + ++---------------+------+-----------+--------------------------------------------------------------+ +|Parent Tag |Class |Position |Meaning | ++===============+======+===========+==============================================================+ +|value-type, |native|beginning |Write to the beginning of a class wrapper ``.cpp`` file, right| +|object-type | | |after the ``#include`` clauses. A common use would be to write| +| | | |prototypes for custom functions whose definitions are put on a| +| | | |``native/end`` code injection. | +| | +-----------+--------------------------------------------------------------+ +| | |end |Write to the end of a class wrapper ``.cpp`` file. Could be | +| | | |used to write custom/helper functions definitions for | +| | | |prototypes declared on ``native/beginning``. | +| +------+-----------+--------------------------------------------------------------+ +| |target|beginning |Put custom code on the beginning of the wrapper initializer | +| | | |function (``init_CLASS(PyObject *module)``). This could be | +| | | |used to manipulate the ``PyCLASS_Type`` structure before | +| | | |registering it on Python. | +| | +-----------+--------------------------------------------------------------+ +| | |end |Write the given custom code at the end of the class wrapper | +| | | |initializer function (``init_CLASS(PyObject *module)``). The | +| | | |code here will be executed after all the wrapped class | +| | | |components have been initialized. | ++---------------+------+-----------+--------------------------------------------------------------+ +|modify-function|native|beginning |Code here is put on the virtual method override of a C++ | +| | | |wrapper class (the one responsible for passing C++ calls to a | +| | | |Python override, if there is any), right after the C++ | +| | | |arguments have been converted but before the Python call. | +| | +-----------+--------------------------------------------------------------+ +| | |end |This code injection is put in a virtual method override on the| +| | | |C++ wrapper class, after the call to Python and before | +| | | |dereferencing the Python method and tuple of arguments. | +| +------+-----------+--------------------------------------------------------------+ +| |target|beginning |This code is injected on the Python method wrapper | +| | | |(``PyCLASS_METHOD(...)``), right after the decisor have found | +| | | |which signature to call and also after the conversion of the | +| | | |arguments to be used, but before the actual call. | +| | +-----------+--------------------------------------------------------------+ +| | |end |This code is injected on the Python method wrapper | +| | | |(``PyCLASS_METHOD(...)``), right after the C++ method call, | +| | | |but still inside the scope created by the overload for each | +| | | |signature. | +| +------+-----------+--------------------------------------------------------------+ +| |shell |declaration|Used only for virtual functions. This code is injected at the | +| | | |top. | +| | +-----------+--------------------------------------------------------------+ +| | |override |Used only for virtual functions. The code is injected before | +| | | |the code calling the Python override. | +| | +-----------+--------------------------------------------------------------+ +| | |beginning |Used only for virtual functions. The code is injected when the| +| | | |function does not has a Python implementation, then the code | +| | | |is inserted before c++ call | +| | +-----------+--------------------------------------------------------------+ +| | |end |Same as above, but the code is inserted after c++ call | ++---------------+------+-----------+--------------------------------------------------------------+ +|typesystem |native|beginning |Write code to the beginning of the module ``.cpp`` file, right| +| | | |after the ``#include`` clauses. This position has a similar | +| | | |purpose as the ``native/beginning`` position on a wrapper | +| | | |class ``.cpp`` file, namely write function prototypes, but not| +| | | |restricted to this use. | +| | +-----------+--------------------------------------------------------------+ +| | |end |Write code to the end of the module ``.cpp`` file. Usually | +| | | |implementations for function prototypes inserted at the | +| | | |beginning of the file with a ``native/beginning`` code | +| | | |injection. | +| +------+-----------+--------------------------------------------------------------+ +| |target|beginning |Insert code at the start of the module initialization function| +| | | |(``initMODULENAME()``), before the calling ``Py_InitModule``. | +| | +-----------+--------------------------------------------------------------+ +| | |end |Insert code at the end of the module initialization function | +| | | |(``initMODULENAME()``), but before the checking that emits a | +| | | |fatal error in case of problems importing the module. | +| | +-----------+--------------------------------------------------------------+ +| | |declaration|Insert code into module header. | ++---------------+------+-----------+--------------------------------------------------------------+ + + +Anatomy of Code Injection +========================= + +To make things clear let's use a simplified example of generated wrapper code +and the places where each kind of code injection goes. + +Below is the example C++ class for whom wrapper code will be generated. + +.. code-block:: c++ + + class InjectCode + { + public: + InjectCode(); + double overloadedMethod(int arg); + double overloadedMethod(double arg); + virtual int virtualMethod(int arg); + }; + +From the C++ class, |project| will generate a ``injectcode_wrapper.cpp`` file +with the binding code. The next section will use a simplified version of the +generated wrapper code with the injection spots marked with comments. + +There are a number of placeholders indicated by a percent sign ``%``, which +will be expanded when inserting the code. For a list, see +:ref:`typesystemvariables`. + +Noteworthy Cases +---------------- + +The type system description system gives the binding developer a lot of +flexibility, which is power, which comes with responsibility. Some modifications +to the wrapped API will not be complete without some code injection. + + +Removing arguments and setting a default values for them +^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^ + +A simple case is when a function have one argument removed, as when the C++ +method ``METHOD(ARG)`` is modified to be used from Python as ``METHOD()``; +of course the binding developer must provide some guidelines to the generator +on what to do to call it. The most common solution is to remove the argument and +set a default value for it at the same time, so the original C++ method could be +called without problems. + +Removing arguments and calling the method with your own hands +^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^ + +If the argument is removed and no default value is provided, the generator will +not write any call to the method and expect the ``modify-function - target/beginning`` +code injection to call the original C++ method on its own terms. If even this +custom code is not provided the generator will put an ``#error`` clause to +prevent compilation of erroneous binding code. + +Calling the method with your own hands always! +^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^ + +If your custom code to be injected contains a call to the wrapped C++ method, +it surely means that you don't want the generator to write another call to the +same method. As expected |project| will detect the user written call on the code +injection and will not write its own call, but for this to work properly the +binding developer must use the template variable ``%FUNCTION_NAME`` instead +of writing the actual name of the wrapped method/function. + +In other words, use + +.. code-block:: xml + + <inject-code class="target" position="beginning | end"> + %CPPSELF.originalMethodName(); + </inject-code> + + +instead of + + +.. code-block:: xml + + <inject-code class="target" position="beginning | end"> + %CPPSELF.%FUNCTION_NAME(); + </inject-code> + + +Code Injection for Functions/Methods +==================================== + + +.. _codeinjecting_method_native: + +On The Native Side +------------------ + +Notice that this is only used when there is a C++ wrapper, i.e. the wrapped +class is polymorphic. + +.. code-block:: c++ + + int InjectCodeWrapper::virtualMethod(int arg) + { + PyObject *method = BindingManager::instance().getOverride(this, "virtualMethod"); + if (!py_override) + return this->InjectCode::virtualMethod(arg); + + (... here C++ arguments are converted to Python ...) + + // INJECT-CODE: <modify-function><inject-code class="native" position="beginning"> + // Uses: pre method call custom code, modify the argument before the + // Python call. + + (... Python method call goes in here ...) + + // INJECT-CODE: <modify-function><inject-code class="native" position="end"> + // Uses: post method call custom code, modify the result before delivering + // it to C++ caller. + + (... Python method and argument tuple are dereferenced here ...) + + return Shiboken::Converter<int>::toCpp(method_result); + } + + +On The Target Side +------------------ + +All the overloads of a method from C++ are gathered together on a single Python +method that uses an overload decisor to call the correct C++ method based on the +arguments passed by the Python call. Each overloaded method signature has its +own ``beginning`` and ``end`` code injections. + +.. code-block:: c++ + + static PyObject *PyInjectCode_overloadedMethod(PyObject *self, PyObject *arg) + { + PyObject* py_result{}; + if (PyFloat_Check(arg)) { + double cpp_arg0 = Shiboken::Converter<double >::toCpp(arg); + + // INJECT-CODE: <modify-function><inject-code class="target" position="beginning"> + // Uses: pre method call custom code. + + py_result = Shiboken::Converter<double >::toPython( + PyInjectCode_cptr(self)->InjectCode::overloadedMethod(cpp_arg0) + ); + + // INJECT-CODE: <modify-function><inject-code class="target" position="end"> + // Uses: post method call custom code. + + } else if (PyNumber_Check(arg)) { + (... other overload calling code ...) + } else goto PyInjectCode_overloadedMethod_TypeError; + + if (PyErr_Occurred() || !py_result) + return {}; + + return py_result; + + PyInjectCode_overloadedMethod_TypeError: + PyErr_SetString(PyExc_TypeError, "'overloadedMethod()' called with wrong parameters."); + return {}; + } + + +.. _codeinjecting_classes: + +Code Injection for Wrapped Classes +================================== + +.. _codeinjecting_classes_native: + +On The Native Side +------------------ + +Those injections go in the body of the ``CLASSNAME_wrapper.cpp`` file for the +wrapped class. + +.. code-block:: c++ + + // Start of ``CLASSNAME_wrapper.cpp`` + #define protected public + // default includes + #include <shiboken.h> + (...) + #include "injectcode_wrapper.h" + using namespace Shiboken; + + // INJECT-CODE: <value/object-type><inject-code class="native" position="beginning"> + // Uses: prototype declarations + + (... C++ wrapper virtual methods, if any ...) + + (... Python wrapper code ...) + + PyAPI_FUNC(void) + init_injectcode(PyObject *module) + { + (...) + } + + (...) + + // INJECT-CODE: <value/object-type><inject-code class="native" position="end"> + // Uses: definition of functions prototyped at ``native/beginning``. + + // End of ``CLASSNAME_wrapper.cpp`` + + +.. _codeinjecting_classes_target: + +On The Target Side +------------------ + +Code injections to the class Python initialization function. + +.. code-block:: c++ + + // Start of ``CLASSNAME_wrapper.cpp`` + + (...) + + PyAPI_FUNC(void) + init_injectcode(PyObject *module) + { + // INJECT-CODE: <value/object-type><inject-code class="target" position="beginning"> + // Uses: Alter something in the PyInjectCode_Type (tp_flags value for example) + // before registering it. + + if (PyType_Ready(&PyInjectCode_Type) < 0) + return; + + Py_INCREF(&PyInjectCode_Type); + PyModule_AddObject(module, "InjectCode", + ((PyObject*)&PyInjectCode_Type)); + + // INJECT-CODE: <value/object-type><inject-code class="target" position="end"> + // Uses: do something right after the class is registered, like set some static + // variable injected on this same file elsewhere. + } + + (...) + + // End of ``CLASSNAME_wrapper.cpp`` + +Code Injection for Modules +========================== + +The C++ libraries are wrapped as Python modules, a collection of classes, +functions, enums and namespaces. |project| creates wrapper files for all of +them and also one extra ``MODULENAME_module_wrapper.cpp`` to register the whole +module. Code injection xml tags who have the ``typesystem`` tag as parent will +be put on this file. + +On The Native Side +------------------ + +This works exactly as the class wrapper code injections :ref:`codeinjecting_classes_native`. + +On The Target Side +------------------ + +This is very similar to class wrapper code injections :ref:`codeinjecting_classes_target`. +Notice that the inject code at ``target/end`` is inserted before the check for errors +to prevent bad custom code to pass unnoticed. + +.. code-block:: c++ + + // Start of ``MODULENAME_module_wrapper.cpp`` + + (...) + initMODULENAME() + { + // INJECT-CODE: <typesystem><inject-code class="target" position="beginning"> + // Uses: do something before the module is created. + + PyObject *module = Py_InitModule("MODULENAME", MODULENAME_methods); + + (... initialization of wrapped classes, namespaces, functions and enums ...) + + // INJECT-CODE: <typesystem><inject-code class="target" position="end"> + // Uses: do something after the module is registered and initialized. + + if (PyErr_Occurred()) + Py_FatalError("can't initialize module sample"); + } + + (...) + + // Start of ``MODULENAME_module_wrapper.cpp`` + +In addition, code can be injected into the module header by specifying ``target`` +and ``declaration``. This is useful for type definitions. diff --git a/sources/shiboken6/doc/typesystem_containers.rst b/sources/shiboken6/doc/typesystem_containers.rst new file mode 100644 index 000000000..b5593e20f --- /dev/null +++ b/sources/shiboken6/doc/typesystem_containers.rst @@ -0,0 +1,284 @@ +.. _opaque-containers: + +***************** +Opaque Containers +***************** + +Normally, Python containers such as ``list`` or ``dict`` are passed when +calling C++ functions taking a corresponding C++ container (see +:ref:`container-type`). + +This means that for each call, the entire Python container is converted to +a C++ container, which can be inefficient when for example creating plots +from lists of points. + +To work around this, special opaque containers can generated which wrap an +underlying C++ container directly (currently implemented for ``list`` types). +They implement the sequence protocol and can be passed to the function +instead of a Python list. Manipulations like adding or removing elements +can applied directly to them using the C++ container functions. + +This is achieved by specifying the name and the instantiated type +in the ``opaque-containers`` attribute of :ref:`container-type` +or using the :ref:`opaque-container` element for existing container types. + +A second use case are public fields of container types. In the normal case, +they are converted to Python containers on read access. By a field modification, +(see :ref:`modify-field`), it is possible to obtain an opaque container +which avoids the conversion and allows for direct modification of elements. + +Getters returning references can also be modified to return opaque containers. +This is done by modifying the return type to the name of the opaque container +(see :ref:`replace-type`). + +The table below lists the functions supported for opaque sequence containers +besides the sequence protocol (element access via index and ``len()``). Both +the STL and the Qt naming convention (which resembles Python's) are supported: + ++-------------------------------------------+-----------------------------------+ +|Function | Description | ++-------------------------------------------+-----------------------------------+ +| ``push_back(value)``, ``append(value)`` | Appends *value* to the sequence. | ++-------------------------------------------+-----------------------------------+ +| ``push_front(value)``, ``prepend(value)`` | Prepends *value* to the sequence. | ++-------------------------------------------+-----------------------------------+ +| ``clear()`` | Clears the sequence. | ++-------------------------------------------+-----------------------------------+ +| ``pop_back()``, ``removeLast()`` | Removes the last element. | ++-------------------------------------------+-----------------------------------+ +| ``pop_front()``, ``removeFirst()`` | Removes the first element. | ++-------------------------------------------+-----------------------------------+ +| ``reserve(size)`` | For containers that support it | +| | (``std::vector``, ``QList``), | +| | allocate memory for at least | +| | ``size`` elements, preventing | +| | reallocations. | ++-------------------------------------------+-----------------------------------+ +| ``capacity()`` | For containers that support it | +| | (``std::vector``, ``QList``), | +| | return the number of elements | +| | that can be stored without | +| | reallocation. | ++-------------------------------------------+-----------------------------------+ +| ``data()`` | For containers that support it | +| | (``std::vector``, ``QList``), | +| | return a buffer viewing the | +| | memory. | ++-------------------------------------------+-----------------------------------+ +| ``constData()`` | For containers that support it | +| | (``std::vector``, ``QList``), | +| | return a read-only buffer viewing | +| | the memory. | ++-------------------------------------------+-----------------------------------+ + + +.. note:: ``std::span``, being a non-owning container, is currently replaced by a + ``std::vector`` for argument passing. This means that an opaque container + wrapping a ``std::span`` obtained from a function will be converted + to a ``std::vector`` by sequence conversion when passed to a function + taking a ``std::span``. + Opaque containers wrapping a ``std::vector`` can be passed without conversion. + This is currently experimental and subject to change. + +Following is an example on creating an opaque container named ``IntVector`` +from `std::vector<int>`, and using it in Python. + +We will consider three separate use cases. + +**Case 1** - When a Python list is passed to C++ function +``TestOpaqueContainer.getVectorSum(const std::vector<int>&)`` as an opaque container + +.. code-block:: c + + class TestOpaqueContainer + { + public: + static int getVectorSum(const std::vector<int>& intVector) + { + return std::accumulate(intVector.begin(), intVector.end(), 0); + } + }; + +**Case 2** - When we have a C++ class named ``TestOpaqueContainer`` with a ``std::vector<int>`` +public variable + +.. code-block:: c + + class TestOpaqueContainer + { + public: + std::vector<int> intVector; + + }; + +**Case 3** - When we have a C++ class named ``TestOpaqueContainer`` with a ``std::vector<int>`` as +private variable and the variable is returned by a reference through a getter. + +.. code-block:: c + + class TestOpaqueContainer + { + public: + std::vector<int>& getIntVector() + { + return this->intVector; + } + + private: + std::vector<int> intVector; + + }; + +.. note:: Cases 2 and 3 are generally considered to be bad class design in C++. However, the purpose + of these examples are rather to show the different possibilities with opaque containers in + Shiboken than the class design. + +In all the three cases, we want to use ``intVector`` in Python through an opaque-container. The +first thing to do is to create the corresponding ``<container-type />`` attribute in the typesystem +file, making Shiboken aware of the ``IntVector``. + +.. code-block:: xml + + <container-type name="std::vector" type="vector" opaque-containers="int:IntVector"> + <include file-name="vector" location="global"/> + <conversion-rule> + <native-to-target> + <insert-template name="shiboken_conversion_cppsequence_to_pylist"/> + </native-to-target> + <target-to-native> + <add-conversion type="PySequence"> + <insert-template name="shiboken_conversion_pyiterable_to_cppsequentialcontainer"/> + </add-conversion> + </target-to-native> + </conversion-rule> + </container-type> + +For the rest of the steps, we consider the three cases separately. + +**Case 1** - When a Python list is passed to a C++ function + +As the next step, we create a typesystem entry for the class ``TestOpaqueContainer``. + +.. code-block:: xml + + <value-type name="TestOpaqueContainer" /> + +In this case, the typesystem entry is simple and the function +``getVectorSum(const std::vector<int>&)`` accepts ``IntVector`` as the parameter. This is +because inherantly ``IntVector`` is the same as ``std::vector<int>``. + +Now, build the code to create the ``*_wrapper.cpp`` and ``*.so`` files which we import into Python. + +Verifying the usage in Python + +.. code-block:: bash + + >>> vector = IntVector() + >>> vector.push_back(2) + >>> vector.push_back(3) + >>> len(vector) + 2 + >>> TestOpaqueContainer.getVectorSum(vector) + vector sum is 5 + +**Case 2** - When the variable is public + +We create a typesystem entry for the class ``TestOpaqueContainer``. + +.. code-block:: xml + + <value-type name="TestOpaqueContainer"> + <modify-field name="intVector" opaque-container="yes"/> + </value-type> + +In the ``<modify-field />`` notice the ``opaque-container="yes"``. Since the type +of ``intVector`` is ``std::vector<int>``, it picks up the ``IntVector`` opaque +container. + +Build the code to create the ``*_wrapper.cpp`` and ``*.so`` files which we import into Python. + +Verifying the usage in Python + +.. code-block:: bash + + >>> test = TestOpaqueContainer() + >>> test + <Universe.TestOpaqueContainer object at 0x7fe17ef30c30> + >>> test.intVector.push_back(1) + >>> test.intVector.append(2) + >>> len(test.intVector) + 2 + >>> test.intVector[1] + 2 + >>> test.intVector.removeLast() + >>> len(test.intVector) + 1 + +**Case 3** - When the variable is private and returned by reference through a getter + +Similar to the previous cases, we create a typesystem entry for the class ``TestOpaqueContainer``. + +.. code-block:: xml + + <value-type name="TestOpaqueContainer"> + <modify-function signature="getIntVector()"> + <modify-argument index="return"> + <replace-type modified-type="IntVector" /> + </modify-argument> + </modify-function> + </value-type> + +In this case, we specify the name of the opaque container ``IntVector`` in the ``<replace-type />`` +field. + +Build the code to create the \*_wrapper.cpp and \*.so files which we import into Python. + +Verifying the usage in Python + +.. code-block:: bash + + >>> test = TestOpaqueContainer() + >>> test + <Universe.TestOpaqueContainer object at 0x7f62b9094c30> + >>> vector = test.getIntVector() + >>> vector + <Universe.IntVector object at 0x7f62b91f7d00> + >>> vector.push_back(1) + >>> vector.push_back(2) + >>> len(vector) + 2 + >>> vector[1] + 2 + >>> vector.removeLast() + >>> len(vector) + 1 + +In all the three cases, if we check out the corresponding wrapper class for the module, we will see +the lines + +.. code-block:: c + + static PyMethodDef IntVector_methods[] = { + {"push_back", reinterpret_cast<PyCFunction>( + ShibokenSequenceContainerPrivate<std::vector<int >>::push_back),METH_O, "push_back"}, + {"append", reinterpret_cast<PyCFunction>( + ShibokenSequenceContainerPrivate<std::vector<int >>::push_back),METH_O, "append"}, + {"clear", reinterpret_cast<PyCFunction>( + ShibokenSequenceContainerPrivate<std::vector<int >>::clear), METH_NOARGS, "clear"}, + {"pop_back", reinterpret_cast<PyCFunction>( + ShibokenSequenceContainerPrivate<std::vector<int >>::pop_back), METH_NOARGS, + "pop_back"}, + {"removeLast", reinterpret_cast<PyCFunction>( + ShibokenSequenceContainerPrivate<std::vector<int >>::pop_back), METH_NOARGS, + "removeLast"}, + {nullptr, nullptr, 0, nullptr} // Sentinel + }; + +This means, the above mentioned methods are available to be used in Python with the ``IntVector`` +opaque container. + +.. note:: `Plot example <https://doc.qt.io/qtforpython/examples/example_widgets_painting_plot.html>`_ + demonstrates an example of using an opaque container `QPointList`, which wraps a C++ + `QList<QPoint>`. The corresponding typesystem file where QPointList can be found `here + <https://code.qt.io/cgit/pyside/pyside-setup.git/tree/sources/pyside6/PySide6/QtCore/typesystem_core_common.xml>`_ + diff --git a/sources/shiboken6/doc/typesystem_conversionrule.rst b/sources/shiboken6/doc/typesystem_conversionrule.rst new file mode 100644 index 000000000..9a8f51c18 --- /dev/null +++ b/sources/shiboken6/doc/typesystem_conversionrule.rst @@ -0,0 +1,133 @@ +.. _conversion-rule-tag: + +Conversion Rule Tag +------------------- + +.. _conversion-rule: + +conversion-rule +^^^^^^^^^^^^^^^ + +The **conversion-rule** tag specifies how a **primitive-type**, a **container-type**, +or a **value-type** may be converted to and from the native C++ language types to the +target language types (see also :ref:`user-defined-type-conversion`). + +It is a child of the :ref:`container-type`, :ref:`primitive-type` or +:ref:`value-type` and may contain :ref:`native-to-target` or +:ref:`native-to-target` child nodes. + +.. code-block:: xml + + <value-type> + <conversion-rule> + <native-to-target> + // Code to convert a native value to a target language object. + </native-to-target> + <target-to-native> + <add-conversion type='TARGETTYPEA' check='TARGETTYPEA_CHECK(%in)'> + // Code to convert target language type object of type TARGETTYPEA + // to the C++ native type represented by the value/primitive/container-type. + </add-conversion> + <add-conversion type='TARGETTYPEB' check='TARGETTYPEB_CHECK(%in)'> + // Code to convert target language type object of type TARGETTYPEB + // to the C++ native type represented by the value/primitive/container-type. + </add-conversion> + </target-to-native> + </conversion-rule> + </value-type> + +The code can be inserted directly, via :ref:`add-conversion` (providing snippet +functionality) or via :ref:`insert-template` (XML template, +see :ref:`using-code-templates`). + +The example above show the structure of a complete conversion rule. Each of the +child tags comprising the conversion rule are described in their own sections +below. + +.. note:: + + You can also use the ``conversion-rule`` node to specify customized code + to convert a function argument between the target language and C++ + (see :ref:`conversionrule-on-arguments`). + +.. _native-to-target: + +native-to-target +^^^^^^^^^^^^^^^^ + +The **native-to-target** tag tells how to convert a native C++ value to its +target language equivalent. It is a child of the :ref:`conversion-rule` node. +The text inside the tag is a C++ code the takes +an input value an does what's needed to convert it to the output value. +:ref:`insert-template` tags may be used to insert commonly repeating code. + +.. code-block:: xml + + <conversion-rule> + <native-to-target> + // Code to convert a native value to a target language object. + </native-to-target> + </conversion-rule> + +Use the replace node to modify the template code. +Notice that the generator must provide type system variables for the input +and output values and types, namely **%in**, **%out**, **%INTYPE** and +**%OUTTYPE**. In the case of container types, **%INTYPE** refers to the +full container type (e.g. **"list<int>"**) and **%INTYPE_0**, **%INTYPE_1**, +**%INTYPE_#**, should be replaced by the types used in the container template +(e.g. **%INTYPE_0** correspondes to **"int"** for **"list<int>"**). + +The ``file`` and ``snippet`` attributes are also supported (see :ref:`inject-code` nodes). + +.. _target-to-native: + +target-to-native +^^^^^^^^^^^^^^^^ + +The **target-to-native** tag encloses at least one, but usually many, conversions +from target language values to C++ native values. It is a child of the +:ref:`conversion-rule` node and may have one or several :ref:`add-conversion` +child nodes. The *optional* attribute ``replace`` tells if the target +language to C++ conversions will be added to, or if they will replace the +implicit conversions collected by *ApiExtractor*. The default +value for it is *yes*. + + +.. code-block:: xml + + <conversion-rule> + <target-to-native replace='yes|no'> + // List of target to native conversions meant to replace or expand + // the already existing implicit conversions. + </target-to-native> + </conversion-rule> + + +.. _add-conversion: + +add-conversion +^^^^^^^^^^^^^^ + +Each **add-conversion** tag adds a rule for conversion of a target language type, +indicated by the ``type`` attribute, to the C++ native type represented by the +**primitive-type**, a **container-type**, or **value-type**, to which the parent +**conversion-rule** belongs. +It is a child of the :ref:`target-to-native` node. + +.. code-block:: xml + + <target-to-native> + <add-conversion type='TARGETTYPE' check='TARGETTYPECHECK(%in)'> + // Code to convert target language type object of type TARGETTYPE_A + // to the C++ native type represented by the value/primitive/container-type. + </add-conversion> + <target-to-native> + +The ``check`` attribute tells how a target value should be checked to see if it belongs to +the type expected. This attribute is *optional*, for it can be derived from the ``type`` +attribute, but it isn't unusual that some special check is needed. The variables +**%in**, **%out**, **%INTYPE**, **%INTYPE_#**, and **%OUTTYPE**, must be provided by +the generator as in the ``native-to-target`` tag. + +The ``file`` and ``snippet`` attributes are also supported (see :ref:`inject-code` nodes). + diff --git a/sources/shiboken6/doc/typesystem_converters.rst b/sources/shiboken6/doc/typesystem_converters.rst new file mode 100644 index 000000000..ab6fba930 --- /dev/null +++ b/sources/shiboken6/doc/typesystem_converters.rst @@ -0,0 +1,235 @@ +.. _user-defined-type-conversion: + +**************************** +User Defined Type Conversion +**************************** + +In the process of creating Python bindings of a C++ library, most of the C++ +classes will have wrappers representing them in Python land. +But there may be other classes that are very simple and/or have a Python type +as a direct counter part. (Example: a "Complex" class, that represents complex +numbers, has a Python equivalent in the "complex" type.) Such classes, instead +of getting a Python wrapper, normally have conversions rules, from Python to +C++ and vice-versa. + +.. code-block:: c++ + + // C++ class + struct Complex { + Complex(double real, double imag); + double real() const; + double imag() const; + }; + + // Converting from C++ to Python using the CPython API: + PyObject* pyCpxObj = PyComplex_FromDoubles(complex.real(), complex.imag()); + + // Converting from Python to C++: + double real = PyComplex_RealAsDouble(pyCpxObj); + double imag = PyComplex_ImagAsDouble(pyCpxObj); + Complex cpx(real, imag); + + +For the user defined conversion code to be inserted in the proper places, +the :ref:`conversion-rule` tag must be used. + +.. code-block:: xml + + <primitive-type name="Complex" target-lang-api-name="PyComplex"> + <include file-name="complex.h" location="global"/> + + <conversion-rule> + + <native-to-target> + return PyComplex_FromDoubles(%in.real(), %in.imag()); + </native-to-target> + + <target-to-native> + <!-- The 'check' attribute can be derived from the 'type' attribute, + it is defined here to test the CHECKTYPE type system variable. --> + <add-conversion type="PyComplex" check="%CHECKTYPE[Complex](%in)"> + double real = PyComplex_RealAsDouble(%in); + double imag = PyComplex_ImagAsDouble(%in); + %out = %OUTTYPE(real, imag); + </add-conversion> + </target-to-native> + + </conversion-rule> + + </primitive-type> + + +The details will be given later, but the gist of it are the tags +:ref:`native-to-target <native-to-target>`, which has only one conversion from C++ to Python, and +:ref:`native-to-native <target-to-native>`, that may define the conversion of multiple Python types +to C++'s "Complex" type. + +.. image:: images/converter.png + :height: 240px + :align: center + +|project| expects the code for :ref:`native-to-target <native-to-target>`, to directly return the +Python result of the conversion, and the added conversions inside the +:ref:`target-to-native <target-to-native>` must attribute the Python to C++ conversion result to +the :ref:`%out <out>` variable. + +Expanding on the last example, if the binding developer want a Python 2-tuple +of numbers to be accepted by wrapped C++ functions with "Complex" arguments, +an :ref:`add-conversion <add-conversion>` tag and a custom check must be added. +Here's how to do it: + +.. code-block:: xml + + <!-- Code injection at module level. --> + <inject-code class="native" position="beginning"> + static bool Check2TupleOfNumbers(PyObject* pyIn) { + if (!PySequence_Check(pyIn) || !(PySequence_Size(pyIn) == 2)) + return false; + Shiboken::AutoDecRef pyReal(PySequence_GetItem(pyIn, 0)); + if (!PyNumber_Check(pyReal)) + return false; + Shiboken::AutoDecRef pyImag(PySequence_GetItem(pyIn, 1)); + if (!PyNumber_Check(pyImag)) + return false; + return true; + } + </inject-code> + + <primitive-type name="Complex" target-lang-api-name="PyComplex"> + <include file-name="complex.h" location="global"/> + + <conversion-rule> + + <native-to-target> + return PyComplex_FromDoubles(%in.real(), %in.imag()); + </native-to-target> + + <target-to-native> + + <add-conversion type="PyComplex"> + double real = PyComplex_RealAsDouble(%in); + double imag = PyComplex_ImagAsDouble(%in); + %out = %OUTTYPE(real, imag); + </add-conversion> + + <add-conversion type="PySequence" check="Check2TupleOfNumbers(%in)"> + Shiboken::AutoDecRef pyReal(PySequence_GetItem(%in, 0)); + Shiboken::AutoDecRef pyImag(PySequence_GetItem(%in, 1)); + double real = %CONVERTTOCPP[double](pyReal); + double imag = %CONVERTTOCPP[double](pyImag); + %out = %OUTTYPE(real, imag); + </add-conversion> + + </target-to-native> + + </conversion-rule> + + </primitive-type> + + +.. _container_conversions: + +Container Conversions +===================== + +Converters for :ref:`container-type <container-type>` are pretty much the same as for other type, +except that they make use of the type system variables +:ref:`%INTYPE_# <intype_n>` and :ref:`%OUTTYPE_# <outtype_n>`. +|project| combines the conversion code for containers with the conversion +defined (or automatically generated) for the containers. + +.. code-block:: xml + + <container-type name="std::map" type="map"> + <include file-name="map" location="global"/> + + <conversion-rule> + + <native-to-target> + PyObject* %out = PyDict_New(); + %INTYPE::const_iterator it = %in.begin(); + for (; it != %in.end(); ++it) { + %INTYPE_0 key = it->first; + %INTYPE_1 value = it->second; + PyDict_SetItem(%out, + %CONVERTTOPYTHON[%INTYPE_0](key), + %CONVERTTOPYTHON[%INTYPE_1](value)); + } + return %out; + </native-to-target> + + <target-to-native> + + <add-conversion type="PyDict"> + PyObject* key; + PyObject* value; + Py_ssize_t pos = 0; + while (PyDict_Next(%in, &pos, &key, &value)) { + %OUTTYPE_0 cppKey = %CONVERTTOCPP[%OUTTYPE_0](key); + %OUTTYPE_1 cppValue = %CONVERTTOCPP[%OUTTYPE_1](value); + %out.insert(%OUTTYPE::value_type(cppKey, cppValue)); + } + </add-conversion> + + </target-to-native> + </conversion-rule> + </container-type> + +.. note:: The C++ containers ``std::list``\, ``std::vector``\, + ``std::pair``\, ``std::map``\, ``std::span`` and ``std::unordered_map`` are + built-in. + To specify :ref:`opaque-containers`, use the :ref:`opaque-container` element. + :ref:`container-type` can still be specified to modify the built-in behavior. + For this case, a number of pre-defined conversion templates + are provided (see :ref:`predefined_templates`). + +.. _variables_and_functions: + +Variables & Functions +===================== + + +.. _in: + +**%in** + Variable replaced by the C++ input variable. + + +.. _out: + +**%out** + Variable replaced by the C++ output variable. Needed to convey the + result of a Python to C++ conversion. + + +.. _intype: + +**%INTYPE** + Used in Python to C++ conversions. It is replaced by the name of type for + which the conversion is being defined. Don't use the type's name directly. + + +.. _intype_n: + +**%INTYPE_#** + Replaced by the name of the #th type used in a container. + + +.. _outtype: + +**%OUTTYPE** + Used in Python to C++ conversions. It is replaced by the name of type for + which the conversion is being defined. Don't use the type's name directly. + + +.. _outtype_n: + +**%OUTTYPE_#** + Replaced by the name of the #th type used in a container. + + +.. _checktype: + +**%CHECKTYPE[CPPTYPE]** + Replaced by a |project| type checking function for a Python variable. + The C++ type is indicated by ``CPPTYPE``. diff --git a/sources/shiboken6/doc/typesystem_documentation.rst b/sources/shiboken6/doc/typesystem_documentation.rst new file mode 100644 index 000000000..4e7d18b99 --- /dev/null +++ b/sources/shiboken6/doc/typesystem_documentation.rst @@ -0,0 +1,62 @@ +Manipulating Documentation +-------------------------- + +inject-documentation +^^^^^^^^^^^^^^^^^^^^ + +The inject-documentation node inserts the documentation into the generated +documentation. This node is a child of the :ref:`object-type`, +:ref:`value-type` and :ref:`modify-function` nodes. + +.. code-block:: xml + + <value-type> + <inject-documentation mode="append | prepend | replace" format="native | target" + file="[file]" snippet="[label]"> + // the documentation + </inject-code> + </value-type> + +The **mode** attribute default value is *replace*. + +The **format** attribute specifies when the documentation injection will +occur and it accepts the following values: + +* native: Before XML<->Backend transformation occur, so the injected code *must* be a valid XML. +* target: After XML<->Backend transformation occur, so the injected code *must* be a valid backend format. + +The optional ``file`` attribute specifies the file name +(see :ref:`external-snippets`). + +The optional ``snippet`` attribute specifies the snippet label +(see :ref:`external-snippets`). + +At the moment the only supported backend is Sphinx. + +If the injected documentation contains a Sphinx function directive, no +directive will be auto-generated. This can be used to add parameter +documentation to added functions. + +modify-documentation +^^^^^^^^^^^^^^^^^^^^ + +The modify-documentation node allows you to change the auto-generated +documentation. . This node is a child of the :ref:`object-type`, +:ref:`value-type` and :ref:`modify-function` nodes. +API Extractor transforms XML's from `qdoc`_ (the Qt documentation +tool) into .rst files to be processed later using `Sphinx`_. You can modify +the XML before the transformation takes place. + +.. _`qdoc`: https://doc.qt.io/qt-6/qdoc-index.html + +.. _`Sphinx`: https://www.sphinx-doc.org/en/master + +.. code-block:: xml + + <modify-documentation xpath="..."> + <!-- new documentation --> + </modify-documentation> + +The **xpath** attribute is the `XPath`_ to the node that you want to modify. + +.. _`XPath`: https://www.w3.org/TR/1999/REC-xpath-19991116/ diff --git a/sources/shiboken6/doc/typesystem_manipulating_objects.rst b/sources/shiboken6/doc/typesystem_manipulating_objects.rst new file mode 100644 index 000000000..e024cdf00 --- /dev/null +++ b/sources/shiboken6/doc/typesystem_manipulating_objects.rst @@ -0,0 +1,556 @@ +.. _manipulating-object-and-value-types: + +Manipulating Object and Value Types +----------------------------------- + +.. _inject-code: + +inject-code +^^^^^^^^^^^ + +The ``inject-code`` node inserts the given code into the generated code for the +given type or function, and it is a child of the :ref:`object-type`, :ref:`value-type`, +:ref:`modify-function` and :ref:`add-function` nodes. +It may contain :ref:`insert-template` child nodes. + +.. code-block:: xml + + <inject-code class="native | target" + position="beginning | end" since="..." + file="[file]" + snippet="[label]"/> + + +The ``class`` attribute specifies which module of the generated code that +will be affected by the code injection +(see :ref:`codegenerationterminology`). The ``class`` attribute accepts the +following values: + +* ``native``: The c++ code +* ``target``: The binding code + +If the ``position`` attribute is set to *beginning* (the default), the code +is inserted at the beginning of the function. If it is set to *end*, the code +is inserted at the end of the function. + +For a detailed description of how to above attributes interact, +see :ref:`codeinjectionsemantics`. + +The optional ``file`` attribute specifies the file name +(see :ref:`external-snippets`). + +The optional ``snippet`` attribute specifies the snippet label +(see :ref:`external-snippets`). + +There are a number of placeholders which are replaced when injecting +code (see :ref:`typesystemvariables`). + +There are severals ways to specify the code: + +Embedding Code into XML +======================= + +The code can be embedded into XML (be careful to use the correct XML entities +for characters like '<', '>', '&'): + +.. code-block:: xml + + <value-type> + <inject-code class="native | target" + position="beginning | end" since="..."> + // the code + </inject-code> + </value-type> + + +Using a Template Specified in XML +================================= + +It is possible to create code templates for reuse in XML +(see :ref:`using-code-templates`). This allows for replacing of custom +placeholders. + +.. code-block:: xml + + <value-type> + <inject-code class="native | target" class="native | target"> + <insert-template name="template_name"/> + </inject-code> + </value-type> + + +.. _external-snippets: + +Using Snippets From External Files +================================== + +Code or documentation snippets can also be retrieved from external +files found in the typesystem search path (see :ref:`typesystem-paths`). + +.. code-block:: xml + + <value-type> + <inject-code class="native | target" + position="beginning | end" since="..." + file="external_source.cpp" + snippet="label"/> + </value-type> + + +In the external file ``external_source.cpp``, the code between annotations +of the form: + +.. code-block:: c++ + + // @snippet label + ... + // @snippet label + + +will be extracted. + +.. _modify-field: + +modify-field +^^^^^^^^^^^^ + +The ``modify-field`` node allows you to alter the access privileges for a given +C++ field when mapping it onto the target language, and it is a child of an +:ref:`object-type` or a :ref:`value-type` node. + +.. code-block:: xml + + <object-type> + <modify-field name="..." + write="true | false" + read="true | false" + remove="true | false" + opaque-container = "yes | no" + snake-case="yes | no | both" /> + </object-type> + +The ``name`` attribute is the name of the field, the *optional* ``write`` +and ``read`` attributes specify the field's access privileges in the target +language API (both are set to true by default). + +The ``remove`` attribute is an *optional* boolean attribute, which can +mark the field to be discarded on generation. + +The *optional* ``rename`` attribute can be used to change the name of the +given field in the generated target language API. + +The *optional* ``opaque-container`` attribute specifies whether +an opaque container should be returned on read access +(see :ref:`opaque-containers`). + +The *optional* **snake-case** attribute allows for overriding the value +specified on the class entry or **typesystem** element. + +.. _modify-function: + +modify-function +^^^^^^^^^^^^^^^ + +The ``modify-function`` node allows you to modify a given C++ function when +mapping it onto the target language, and it is a child of a :ref:`function`, +:ref:`namespace`, :ref:`object-type` or a :ref:`value-type` node. +Use the :ref:`modify-argument` node to specify which argument the +modification affects. + +.. code-block:: xml + + <object-type> + <modify-function signature="..." + since="..." + remove="true | false" + access="public | private | protected" + allow-thread="true | auto | false" + exception-handling="no | auto-off | auto-on | yes" + final="true | false" + overload-number="number" + rename="..." + snake-case="yes | no | both" + deprecated = "true | false" /> + </object-type> + +The ``signature`` attribute is a normalized C++ signature, excluding return +values but including potential const declarations. It is not required +when ``modify-function`` appears as a child of a :ref:`function` node to +modify a global function. + +The ``since`` attribute specify the API version when this function was modified. + +The ``allow-thread`` attribute specifies whether a function should be wrapped +into ``Py_BEGIN_ALLOW_THREADS`` and ``Py_END_ALLOW_THREADS``, that is, +temporarily release the GIL (global interpreter lock). Doing so is required +for any thread-related function (wait operations), functions that might call +a virtual function (potentially reimplemented in Python), and recommended for +lengthy I/O operations or similar. It has performance costs, though. +The value ``auto`` means that it will be turned off for functions for which +it is deemed to be safe, for example, simple getters. +The attribute defaults to ``false``. + +The ``exception-handling`` attribute specifies whether to generate exception +handling code (nest the function call into try / catch statements). It accepts +the following values: + +* no, false: Do not generate exception handling code +* auto-off: Generate exception handling code for functions + declaring a non-empty ``throw`` list +* auto-on: Generate exception handling code unless function + declares ``noexcept`` +* yes, true: Always generate exception handling code + +The optional ``overload-number`` attribute specifies the position of the +overload when checking arguments. Typically, when a number of overloads +exists, as for in example in Qt: + +.. code-block:: c++ + + void QPainter::drawLine(QPointF, QPointF); + void QPainter::drawLine(QPoint, QPoint); + +they will be reordered such that the check for matching arguments for the +one taking a ``QPoint`` is done first. This is to avoid a potentially +costly implicit conversion from ``QPoint`` to ``QPointF`` when using the +2nd overload. There are cases though in which this is not desired; +most prominently when a class inherits from a container and overloads exist +for both types as is the case for the ``QPolygon`` class: + +.. code-block:: c++ + + class QPolygon : public QList<QPoint> {}; + + void QPainter::drawPolygon(QPolygon); + void QPainter::drawPolygon(QList<QPoint>); + +By default, the overload taking a ``QList`` will be checked first, trying +to avoid constructing a ``QPolygon`` from ``QList``. The type check for a +list of points will succeed for a parameter of type ``QPolygon``, too, +since it inherits ``QList``. This presents a problem since the sequence +type check is costly due to it checking that each container element is a +``QPoint``. It is thus preferable to check for the ``QPolygon`` overload +first. This is achieved by specifying numbers as follows: + +.. code-block:: xml + + <object-type name="QPainter"> + <modify-function signature="drawPolygon(QPolygon)" overload-number="0"/> + <modify-function signature="drawPolygon(QList<QPoint>)" overload-number="1"/> + </object-type> + +Numbers should be given for all overloads; otherwise, the order will be in +declaration order. + +The optional ``final`` attribute can be specified for virtual functions +and disables generating the code for overriding the function in Python +(native call). This is useful when the result type is not constructible. + +The ``remove`` attribute is an *optional* boolean attribute, which can +mark the function to be discarded on generation. + +The *optional* ``rename`` attribute can be used to change the name of the +given function in the generated target language API. + +The *optional* ``access`` attribute changes the access privileges of the +given function in the generated target language API. + +The *optional* **snake-case** attribute allows for overriding the value +specified on the class entry or **typesystem** element. + +The *optional* **deprecated** attribute allows for overriding deprecation +as detected by the C++ attribute. It works in both ways. + +.. _add-function: + +add-function +^^^^^^^^^^^^ + +The ``add-function`` node allows you to add a given function onto the target +language, and it is a child of an :ref:`object-type` or :ref:`value-type` nodes if the +function is supposed to be a method, or :ref:`namespace` and :ref:`typesystem` if +the function is supposed to be a function inside a namespace or a global function. +It may contain :ref:`modify-argument` nodes. + +Typically when adding a function some code must be injected to provide the function +logic. This can be done using the :ref:`inject-code` node. + +.. code-block:: xml + + <object-type> + <add-function signature="..." return-type="..." + access="public | protected" + overload-number="number" + static="yes | no" classmethod="yes | no" + python-override ="yes | no" + since="..."/> + </object-type> + +The ``return-type`` attribute defaults to *void*, the ``access`` to *public* and the ``static`` one to *no*. + +The ``since`` attribute specifies the API version when this function was added. + +The ``classmethod`` attribute specifies whether the function should be a Python class method. +It sets the METH_CLASS flag which means that ``PyTypeObject`` instead of an instance +``PyObject`` is passed as self, which needs to be handled in injected code. + +For the *optional* attribute ``overload-number``, see :ref:`modify-function`. + +Note that the label "static" in Qt's class documentation almost always means that a Python +``classmethod`` should be generated, because an object's class is always accessible from the +static C++ code, while Python needs the explicit "self" parameter that ``classmethod`` +provides. + +In order to create keyword argument supporting function parameters, enclose the specific +function parameter with a *@* in the `signature` field. + +.. code-block:: xml + + <add-function signature="foo(int @parameter1@,float @parameter2@)"> + ... + </add-function> + +With keyword arguments, ``add-function`` makes it easy to specify a default argument +within the `signature` field + +.. code-block:: xml + + <add-function signature="foo(int @parameter1@=1,float @parameter2@=2)"> + ... + </add-function> + +See :ref:`sequence-protocol` for adding the respective functions. + +The *optional* attribute ``python-override`` indicates a special type +of added function, a python-override that will be generated into +the native wrapper (see :ref:`modifying-virtual-functions`). + +.. _declare-function: + +declare-function +^^^^^^^^^^^^^^^^ + +The ``declare-function`` node allows you to declare a function present in +the type and it is a child of an :ref:`object-type` or :ref:`value-type` nodes +if the function is supposed to be a method, or :ref:`namespace` and +:ref:`typesystem` if the function is supposed to be a function inside a +namespace or a global function. It may contain :ref:`modify-argument` nodes. + +.. code-block:: xml + + <container-type> + <declare-function signature="..." return-type="..." since="..." + allow-thread="true | auto | false" + exception-handling="off | auto-off | auto-on | on" + overload-number="number" + snake-case="yes | no | both"/> + </container-type> + +The ``return-type`` attribute defaults to *void*. + +The ``since`` attribute specifies the API version when this function was +added. + +For the *optional* attributes ``allow-thread``, ``exception-handling``, +``overload-number`` and ``snake-case``, see :ref:`modify-function`. + +This is useful to make functions known to shiboken which its code parser +does not detect. For example, in Qt 6, the ``append()`` function of the +``QList<T>`` container takes an argument of ``parameter_type`` which is +specialized to ``T`` for simple types and ``const T &`` for complex types +by some template expression which the code parser cannot resolve. +In that case, the function can be declared with a simple signature: + +.. code-block:: xml + + <container-type name="QList"> + <declare-function signature="append(T)"/> + </container-type> + +This tells shiboken a public function of that signature exists and +bindings will be created in specializations of ``QList``. + + +.. _add-pymethoddef: + +add-pymethoddef +^^^^^^^^^^^^^^^ + +The ``add-pymethoddef`` element allows you to add a free function to +the ``PyMethodDef`` array of the type. No argument or result conversion +is generated, allowing for variadic functions and more flexible +arguments checking. + +.. code-block:: xml + + <add-pymethoddef name="..." function="..." flags="..." doc="..." + signatures="..."/> + +The ``name`` attribute specifies the name. + +The ``function`` attribute specifies the implementation (a static function +of type ``PyCFunction``). + +The ``flags`` attribute specifies the flags (typically ``METH_VARARGS``, +see `Common Object Structures`_). + +The optional ``doc`` attribute specifies the documentation to be set to the +``ml_doc`` field. + +The optional ``signatures`` attribute specifies a semicolon-separated list +of signatures of the function. + +.. _Common Object Structures: https://docs.python.org/3/c-api/structures.html + +.. _property-declare: + +property +^^^^^^^^ + +The ``property`` element allows you to specify properties consisting of +a type and getter and setter functions. + +It may appear as a child of a complex type such as :ref:`object-type` or +:ref:`value-type`. + +If the PySide6 extension is not present, code will be generated using the +``PyGetSetDef`` struct, similar to what is generated for fields. + +If the PySide6 extension is present, those properties complement the +properties obtained from the ``Q_PROPERTY`` macro in Qt-based code. +The properties will be handled in ``libpyside`` unless code generation +is forced. + +.. code-block:: xml + + <property name="..." type="..." get="..." set="..." + generate-getsetdef="yes | no" since="..."/> + +The ``name`` attribute specifies the name of the property, the ``type`` +attribute specifies the C++ type and the ``get`` attribute specifies the +name of the accessor function. + +The optional ``set`` attribute specifies name of the setter function. + +The optional ``generate-getsetdef`` attribute specifies whether to generate +code for if the PySide6 extension is present (indicating this property is not +handled by libpyside). It defaults to *no*. + +The optional ``since`` attribute specifies the API version when this +property appears. + +For a typical C++ class, like: + +.. code-block:: c++ + + class Test { + public: + int getValue() const; + void setValue(); + }; + +``value`` can then be specified to be a property: + +.. code-block:: xml + + <value-type name="Test"> + <property name="value" type="int" get="getValue" set="setValue"/> + +With that, a more pythonic style can be used: + +.. code-block:: python + + test = Test() + test.value = 42 + +For Qt classes (with the PySide6 extension present), additional setters +and getters that do not appear as ``Q_PROPERTY``, can be specified to +be properties: + +.. code-block:: xml + + <object-type name="QMainWindow"> + <property name="centralWidget" type="QWidget *" + get="centralWidget" set="setCentralWidget"/> + +in addition to the normal properties of ``QMainWindow`` defined for +Qt Designer usage. + +.. note:: In the *Qt* coding style, the property name typically conflicts + with the getter name. It is recommended to exclude the getter from the + wrapper generation using the ``remove`` function modification. + +.. _configuration-element: + +configuration +^^^^^^^^^^^^^ + +The ``configuration`` element allows you to generate a preprocessor +condition excluding a type depending on an expression into the module +header. This is specifically tailored to the +`Qt Feature system <https://doc.qt.io/qt-6/configure-options.html>`_ , +but may also be used for similar systems. + +It may appear as a child of a complex type such as :ref:`object-type` or +:ref:`value-type`. + +.. code-block:: xml + + <configuration condition="..."/> + +The ``condition`` attribute specifies the preprocessor condition. + +This is an alternative way of omitting classes depending on some +configuration (see also option :ref:`drop-type-entries`) intended +for building several configurations from one generated source tree, +but still requires listing the correct source files in the +``CMakeLists.txt`` file. + +.. _modifying-virtual-functions: + +Modifying virtual functions +^^^^^^^^^^^^^^^^^^^^^^^^^^^ + +Some C++ virtual functions are unsuitable for Python bindings: + +.. code-block:: c + + virtual void getInt(int *result) const; + +In that case, you would modify it to return the integer instead (or a tuple +in case of several out-parameters): + +.. code-block:: c + + virtual int getInt() const; + +For the binding itself, use the common argument modifications (removing +arguments, modifying return types with injected code snippets) to modify the +signature. + +To make it possible to reimplement the function in Python with the modified +signature, add a ``python-override`` function with that signature, using an +arbitrary name for disambiguation: + +.. code-block:: xml + + <add-function signature="getIntPyOverride()" + return-type="int" python-override="true"/> + +This causes a static function performing the call into Python for the override +to be generated into the native wrapper. + +In the existing virtual function, inject a code snippet at the ``shell`` / +``override`` position which calls the newly added function. The first 2 +arguments are the `Global interpreter lock handle` (``Shiboken::GilState``) and +the Python method determined by the override check (``PyObject *``). The +snippet then converts the arguments and return values and returns after that: + +.. code-block:: xml + + <modify-function signature="getInt(int*)const"> + <inject-code class="shell" position="override"> + *result = getIntPyOverride(gil, pyOverride.object()); + return; + </inject-code> + </modify-function> diff --git a/sources/shiboken6/doc/typesystem_modify_function.rst b/sources/shiboken6/doc/typesystem_modify_function.rst new file mode 100644 index 000000000..54ac6412f --- /dev/null +++ b/sources/shiboken6/doc/typesystem_modify_function.rst @@ -0,0 +1,44 @@ +.. _modifying-functions: + +Modifying Functions +------------------- + +.. _modify-argument: + +modify-argument +^^^^^^^^^^^^^^^ + +Function modifications consist of a list of ``modify-argument`` nodes +contained in :ref:`modify-function`, :ref:`add-function` or +:ref:`declare-function` nodes. Use the :ref:`remove-argument`, +:ref:`replace-default-expression`, :ref:`remove-default-expression`, +:ref:`replace-type`, :ref:`reference-count` and :ref:`define-ownership` +nodes to specify the details of the modification. + +.. code-block:: xml + + <modify-function> + <modify-argument index="return | this | 1 ..." rename="..." + invalidate-after-use = "true | false" pyi-type="..."> + // modifications + </modify-argument> + </modify-function> + +Set the ``index`` attribute to "1" for the first argument, "2" for the second +one and so on. Alternatively, set it to "return" or "this" if you want to +modify the function's return value or the object the function is called upon, +respectively. + +The optional ``rename`` attribute is used to rename a argument and use this +new name in the generated code. This attribute can be used to enable the usage +of ``keyword arguments``. + +The optional ``pyi-type`` attribute specifies the type to appear in the +signature strings and ``.pyi`` files. The type string is determined by +checking this attribute value, the :ref:`replace-type` modification and +the C++ type. The attribute can be used for example to enclose +a pointer return value within ``Optional[]`` to indicate that ``None`` +can occur. + +For the optional ``invalidate-after-use`` attribute, +see :ref:`invalidationafteruse` . diff --git a/sources/shiboken6/doc/typesystem_ownership.rst b/sources/shiboken6/doc/typesystem_ownership.rst new file mode 100644 index 000000000..a5440e49e --- /dev/null +++ b/sources/shiboken6/doc/typesystem_ownership.rst @@ -0,0 +1,291 @@ +.. _objectownership: + +**************** +Object ownership +**************** + +One of the main things a binding developer should have in mind is +how the C++ instances lives will cope with Python's reference count. +The last thing you want is to crash a program due to a segfault +when your C++ instance was deleted and the +wrapper object tries to access the invalid memory there. + +In this section we'll show how |project| deals with object ownership +and parentship, taking advantage of the information provided by the +APIExtractor. + +Ownership basics +================ + +As any python binding, |project|-based bindings uses reference counting +to handle the life of the wrapper object (the Python object that contains the +C++ object, do not confuse with the *wrapped* C++ object). +When a reference count reaches zero, the wrapper is deleted by Python garbage +collector and tries to delete the wrapped instance, but sometimes the wrapped +C++ object is already deleted, or maybe the C++ object should not be freed after +the Python wrapper go out of scope and die, because C++ is already taking care of +the wrapped instance. + +This is not a concern for value types specified by :ref:`value-type`, which can +be freely created, copied and destroyed, however object types specified by +:ref:`object-type` pointing to C++ instances with life cycle constraints +may require attention. + +In order to handle this, you should tell the +generator whether the instance's ownership belongs to the binding or +to the C++ Library. When belonging to the binding, we are sure that the C++ object +won't be deleted by C++ code and we can call the C++ destructor when the refcount +reaches 0. Otherwise, instances owned by C++ code can be destroyed arbitrarily, +without notifying the Python wrapper of its destruction. + +By default, objects created in Python have ownership. A relevant case are +return values of virtual factory methods reimplemented in Python +(C++ Wrapper Code) which pass the bindings code. Objects obtained from C++ +(for example, ``QGuiApplication::clipoard()``) do not have ownership. + +The :ref:`shiboken-module` module provides the ``dump()`` utility function, +which prints the relevant information for an object. + +Invalidating objects +==================== + +To prevent segfaults and double frees, the wrapper objects are invalidated. +An invalidated can't be passed as argument or have an attribute or method accessed. +Trying to do this will raise RuntimeError. + +The following situations can invalidate an object: + +C++ taking ownership +-------------------- + +When an object is passed to a function or method that takes ownership of it, the wrapper +is invalidated as we can't be sure of when the object is destroyed, unless it has a +:ref:`virtual destructor <ownership-virt-method>` or the transfer is due to the special case +of :ref:`parent ownership <ownership-parent>`. + +Besides being passed as argument, the called object can have its ownership changed, like +the `setParent` method in Qt's `QObject`. + +Invalidate after use +-------------------- + +Objects marked with *invalidate-after-use* in the type system description always are +virtual method arguments provided by a C++ originated call. They should be +invalidated right after the Python function returns (see :ref:`invalidationafteruse`). + +.. _ownership-virt-method: + +Objects with virtual methods +---------------------------- + +A little bit of implementation details (see also :ref:`codegenerationterminology`): +virtual methods are supported by creating a C++ class, the **shell**, that inherits +from the class with virtual methods, the native one, and override those methods to check if +any derived class in Python also override it. + +If the class has a virtual destructor (and C++ classes with virtual methods should have), this +C++ instance invalidates the wrapper only when the overridden destructor is called. + +An instance of the **shell** is created when created in Python. However, +when the object is created in C++, like in a factory method or a parameter +to a virtual function like ``QObject::event(QEvent *)``, the wrapped object +is a C++ instance of the native class, not the **shell** one, and we cannot +know when it is destroyed. + +.. _ownership-parent: + +Parent-child relationship +========================= + +One special type of ownership is the parent-child relationship. +Being a child of an object means that when the object's parent dies, +the C++ instance also dies, so the Python references will be invalidated. +Qt's QObject system, for example, implements this behavior, but this is valid +for any C++ library with similar behavior. + +.. _ownership-parent-heuristics: + +Parentship heuristics +--------------------- + +As the parent-child relationship is very common, |project| tries to automatically +infer what methods falls into the parent-child scheme, adding the extra +directives related to ownership. + +This heuristic will be triggered when generating code for a method and: + +* The function is a constructor. +* The argument name is `parent`. +* The argument type is a pointer to an object. + +When triggered, the heuristic will set the argument named "parent" +as the parent of the object being created by the constructor. + +The main focus of this process was to remove a lot of hand written code from +type system when binding Qt libraries. For Qt, this heuristic works in all cases, +but be aware that it might not when binding your own libraries. + +To activate this heuristic, use the :ref:`--enable-parent-ctor-heuristic <parent-heuristic>` +command line switch. + +.. _return-value-heuristics: + +Return value heuristics +----------------------- + +When enabled, object returned as pointer in C++ will become child of the object on which the method +was called. + +To activate this heuristic, use the command line switch +:ref:`--enable-return-value-heuristic <return-heuristic>`. + +To disable this heuristic for specific cases, specify ``default`` as +ownership: + +.. code-block:: xml + + <modify-argument index="0"> + <define-ownership class="target" owner="default" /> + </modify-argument> + +Common pitfalls +=============== + +Not saving unowned objects references +------------------------------------- + +Sometimes when you pass an instance as argument to a method and the receiving +instance will need that object to live indefinitely, but will not take ownership +of the argument instance. In this case, you should hold a reference to the argument +instance. + +For example, let's say that you have a renderer class that will use a source class +in a setSource method but will not take ownership of it. The following code is wrong, +because when `render` is called the `Source` object created during the call to `setSource` +is already destroyed. + +.. code-block:: python + + renderer.setModel(Source()) + renderer.render() + +To solve this, you should hold a reference to the source object, like in + +.. code-block:: python + + source = Source() + renderer.setSource(source) + renderer.render() + + +Ownership Management in the Typesystem +====================================== + +Python Wrapper Code +------------------- + +For this code, the ``class`` attribute takes the value ``target`` +(see :ref:`codegenerationterminology`). + +Ownership transfer from C++ to target +^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^ + +When an object currently owned by C++ has its ownership transferred +back to the target language, the binding can know for sure when the object will be deleted and +tie the C++ instance existence to the wrapper, calling the C++ destructor normally when the +wrapper is deleted. + +.. code-block:: xml + + <modify-argument index="1"> + <define-ownership class="target" owner="target" /> + </modify-argument> + +A typical use case would be returning an object allocated in C++, for +example from ``clone()`` or other factory methods. + +Ownership transfer from target to C++ +^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^ + +In the opposite direction, when an object ownership is transferred from the target language +to C++, the native code takes full control of the object life and you don't +know when that object will be deleted, rendering the wrapper object invalid, +unless you're wrapping an object with a virtual destructor, +so you can override it and be notified of its destruction. + +By default it's safer to just render the wrapper +object invalid and raise some error if the user tries to access +one of this objects members or pass it as argument to some function, to avoid unpleasant segfaults. +Also you should avoid calling the C++ destructor when deleting the wrapper. + +.. code-block:: xml + + <modify-argument index="1"> + <define-ownership class="target" owner="c++" /> + </modify-argument> + +Use cases would be an returning a member object by pointer +or passing an object by pointer into a function where the class +takes ownership, for example +``QNetworkAccessManager::setCookieJar(QNetworkCookieJar *)``. + +Parent-child relationship +^^^^^^^^^^^^^^^^^^^^^^^^^ + +One special type of relationship is the parent-child. When an object is called +the parent of another object (the child), the former is in charge of deleting its +child when deleted and the target language can trust that the child will be alive +as long as the parent is, unless some other method can take the C++ ownership away from the parent. + +One of the main uses of this scheme is Qt's object system, with ownership among QObject-derived +classes, creating "trees" of instances. + +.. code-block:: xml + + <modify-argument index="this"> + <parent index="1" action="add"/> + </modify-argument> + +In this example, the instance with the method that is being invoked (indicated by 'index="this"' on +modify-argument) will be marked as a child +of the first argument using the `parent` tag. To remove ownership, just use "remove" in the action attribute. **Removing +parentship also transfers the ownership back to python.** + +See `Object Trees and Object Ownership in Qt`_. + +.. _`Object Trees and Object Ownership in Qt`: https://doc.qt.io/qt-6/objecttrees.html + +C++ Wrapper Code +---------------- + +For this code, the ``class`` attribute takes the value ``native``. The +modifications affect code called from within C++, typically when calling +virtual C++ methods reimplemented in Python +(see :ref:`codegenerationterminology`). + +Return values of virtual functions +^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^ + +The ownership of C++ objects returned by pointer should be set to ``c++`` to +prevent them from being deleted by Python, since objects created +in Python have ownership by default. + +Ownership transfers specified for other arguments do not have any effect. + +.. _invalidationafteruse: + +Invalidation after use +^^^^^^^^^^^^^^^^^^^^^^ + +Sometimes an object is created in C++ and passed as a virtual method call +argument and destroyed after the call returned +(see :ref:`ownership-virt-method`). +In this case, you should use the ``invalidate-after-use`` attribute in the +:ref:`modify-argument` tag to mark the wrapper as invalid right after the +virtual method returns. + +.. code-block:: xml + + <modify-argument index="2" invalidate-after-use="yes"/> + +In this example the second argument will be invalidated after this method call. diff --git a/sources/shiboken6/doc/typesystem_solving_compilation.rst b/sources/shiboken6/doc/typesystem_solving_compilation.rst new file mode 100644 index 000000000..705c2cd26 --- /dev/null +++ b/sources/shiboken6/doc/typesystem_solving_compilation.rst @@ -0,0 +1,80 @@ +Solving compilation problems +---------------------------- + +.. _suppress-warning: + +suppress-warning +^^^^^^^^^^^^^^^^ + +The generator will generate several warnings which may be irrelevant to the +user. The ``suppress-warning`` node suppresses the specified warning, and it is +a child of the :ref:`typesystem` node. + +.. code-block:: xml + + <typesystem> + <suppress-warning text="..." /> + </typesystem> + +The **text** attribute is the warning text to suppress, and may contain the * +wildcard (use "" to escape regular expression matching if the warning contain +a regular "*"). + +.. _extra-includes: + +extra-includes +^^^^^^^^^^^^^^ + +The ``extra-includes`` node contains declarations of additional include files, +and it can be a child of the :ref:`namespace`, :ref:`value-type`, +:ref:`object-type` and :ref:`typesystem` and nodes. + +The generator automatically tries to read the global header for each type but +sometimes it is required to include extra files in the generated C++ code to +make sure that the code compiles. These files must be listed using include +nodes within the extra-include node: + +.. code-block:: xml + + <value-type> + <extra-includes> + <include file-name="..." location="global | local"/> + </extra-includes> + </value-type> + +The **file-name** attribute is the file to include, such as "QStringList". +The **location** attribute is where the file is located: *global* means that +the file is located in $INCLUDEPATH and will be included using #include <...>, +*local* means that the file is in a local directory and will be included +using #include "...". + +When specified as a child of the :ref:`typesystem` node, the include +directives are added to the module source file which contains +the type converter and registration code. It can be used to specify +additional includes required for the converter code snippets. + +.. _include-element: + +include +^^^^^^^ + +The ``include`` node specifies the name and location of a file that must be +included, and it is a child of the :ref:`namespace`, :ref:`value-type`, +:ref:`object-type` or :ref:`extra-includes` node. + +The generator automatically tries to read the global header for each type. Use +the include node to override this behavior, providing an alternative file. The +include node can also be used to specify extra include files. + +.. code-block:: xml + + <value-type> + <include file-name="..." + location="global | local"/> + </value-type> + +The **file-name** attribute is the file to include, such as "QStringList". +The **location** attribute is where the file is located: *global* means that +the file is located in $INCLUDEPATH and will be included using #include <...>, +*local* means that the file is in a local directory and will be included +using #include "...". diff --git a/sources/shiboken6/doc/typesystem_specialfunctions.rst b/sources/shiboken6/doc/typesystem_specialfunctions.rst new file mode 100644 index 000000000..78a6ff489 --- /dev/null +++ b/sources/shiboken6/doc/typesystem_specialfunctions.rst @@ -0,0 +1,54 @@ +.. _special-functions: + +Special functions +----------------- + +.. _sequence-protocol: + +Sequence Protocol +^^^^^^^^^^^^^^^^^ + +Support for the sequence protocol is achieved adding functions with special +names, this is done using the :ref:`add-function` tag. + +The special function names are: + +============= =============================================== ==================== =================== +Function name Parameters Return type CPython equivalent +============= =============================================== ==================== =================== +__len__ PyObject* self Py_ssize_t PySequence_Size +__getitem__ PyObject* self, Py_ssize_t _i PyObject* PySequence_GetItem +__setitem__ PyObject* self, Py_ssize_t _i, PyObject* _value int PySequence_SetItem +__contains__ PyObject* self, PyObject* _value int PySequence_Contains +__concat__ PyObject* self, PyObject* _other PyObject* PySequence_Concat +============= =============================================== ==================== =================== + +You just need to inform the function name to the :ref:`add-function` tag, without any +parameter or return type information, when you do it, |project| will create a C +function with parameters and return type defined by the table above. + +The function needs to follow the same semantics of the *CPython equivalent* +function, the only way to do it is using the +:ref:`inject-code <codeinjectionsemantics>` tag. + +A concrete example how to add sequence protocol support to a class can be found +on shiboken tests, more precisely in the definition of the Str class in +``tests/samplebinding/typesystem_sample.xml``. + +.. _bool-cast: + +Bool Cast +^^^^^^^^^ + +Implementing bool casts enables using values which have a concept of validity +in boolean expressions. In C++, this is commonly implemented as +``operator bool() const``. In Qt, relevant classes have a +``bool isNull() const`` function. + +In Python, the function ``__bool__`` is used for this. shiboken can generate +this functions depending on the command line options +:ref:`--use-operator-bool-as-nb-bool <use-operator-bool-as-nb-bool>` +and :ref:`--use-isnull-as-nb-bool <use-isnull-as-nb-bool>`, +which can be overridden by specifying the boolean attributes +**isNull** or **operator-bool** on the :ref:`value-type` or :ref:`object-type` +elements in typesystem XML. diff --git a/sources/shiboken6/doc/typesystem_specifying_types.rst b/sources/shiboken6/doc/typesystem_specifying_types.rst new file mode 100644 index 000000000..e979c4ee2 --- /dev/null +++ b/sources/shiboken6/doc/typesystem_specifying_types.rst @@ -0,0 +1,890 @@ +Specifying Types +---------------- + +Including Snippets +^^^^^^^^^^^^^^^^^^ + +There might be repetitive XML code, for example function modifications that +need to be done on classes that are not related by type inheritance. +It is possible to split out such snippets and include them via an entity reference. + +.. code-block:: xml + + <typesystem> + <object-type name="A"> + &common_function_modifications; + </object-type> + <object-type name="B"> + &common_function_modifications; + </object-type> + </typesystem> + +The entity name is interpreted as file name (with suffix **xml**) appended and resolved +in the type system paths passed as command line argument. + +Note that this is not a standard externally parsed entity due to the limitations +of the underlying parser. + +.. _typesystem: + +typesystem +^^^^^^^^^^ + +This is the root node containing all the type system information. +It may contain :ref:`add-function`, :ref:`container-type`, +:ref:`custom-type`, :ref:`enum-type`, :ref:`extra-includes`, :ref:`function`, +:ref:`load-typesystem`, :ref:`namespace`, :ref:`object-type`, +:ref:`opaque-container`, +:ref:`primitive-type`, :ref:`rejection`, :ref:`smart-pointer-type`, +:ref:`suppress-warning`, :ref:`template`, :ref:`system_include`, +:ref:`typedef-type` or :ref:`value-type` child nodes. + +It can have a number of attributes, described below. + +.. code-block:: xml + + <typesystem package="..." + submodule-of="..." + allow-thread="..." + exception-handling="..." + snake-case="yes | no | both" + namespace-begin="..." + namespace-end="..." > + </typesystem> + +The **package** attribute is a string describing the package to be used, +e.g. "QtCore". + +The *optional* **submodule-of** attribute specifies the name of a module to +which the module is added as a sub-module. This requires adapting the +installation directory of the module accordingly. + +The *optional* attributes **allow-thread** and **exception-handling** +specify the default handling for the corresponding function modification +(see :ref:`modify-function`). + +The *optional* **snake-case** attribute specifies whether function +and field names will be automatically changed to the snake case +style that is common in Python (for example, ``snakeCase`` will be +changed to ``snake_case``). + +The value ``both`` means that the function or field will be exposed +under both its original name and the snake case version. There are +limitations to this though: + +- When overriding a virtual function of a C++ class in Python, + the snake case name must be used. + +- When static and non-static overloads of a class member function + exist (as is the case for example for ``QFileInfo::exists()``), + the snake case name must be used. + +The *optional* **namespace-begin** and **namespace-end** attributes will be +generated around the forward declarations in the module header. This is +intended for libraries which can optionally use inline namespaces +to allow for linking several versions of them together. +For example, for *Qt*, one would specify ``QT_BEGIN_NAMESPACE``, +``QT_END_NAMESPACE``, respectively. + +.. _load-typesystem: + +load-typesystem +^^^^^^^^^^^^^^^ + +The ``load-typesystem`` node specifies which type systems to load when mapping +multiple libraries to another language or basing one library on another, and +it is a child of the :ref:`typesystem` node. + +.. code-block:: xml + + <typesystem> + <load-typesystem name="..." generate="yes | no" /> + </typesystem> + +The **name** attribute is the filename of the typesystem to load, the +**generate** attribute specifies whether code should be generated or not. The +later must be specified when basing one library on another, making the generator +able to understand inheritance hierarchies, primitive mapping, parameter types +in functions, etc. + +Most libraries will be based on both the QtCore and QtGui modules, in which +case code generation for these libraries will be disabled. + +.. _rejection: + +rejection +^^^^^^^^^ + +The ``rejection`` node rejects the given class, or the specified function +or field, and it is a child of the :ref:`typesystem` node. + +.. code-block:: xml + + <typesystem> + <rejection class="..." + function-name="..." + argument-type="..." + field-name="..." /> + </typesystem> + +The **class** attribute is the C++ class name of the class to reject. Use +the *optional* **function-name**, **argument-type**, or **field-name** +attributes to reject a particular function, function with arguments of a +particular type, or a field. Note that the **field-name** and +**function-name**/**argument-type** cannot be specified at the same time. +To remove all occurrences of a given field or function, set the class +attribute to \*. + +.. _primitive-type: + +primitive-type +^^^^^^^^^^^^^^ + +The ``primitive-type`` node describes how a primitive type is mapped from C++ to +the target language, and is a child of the :ref:`typesystem` node. It may +contain :ref:`conversion-rule` child nodes. Note that most primitives are +already specified in the QtCore typesystem (see :ref:`primitive-cpp-types`). + +.. code-block:: xml + + <typesystem> + <primitive-type name="..." + since="..." + until="..." + target-lang-api-name="..." + default-constructor="..." + preferred-conversion="yes | no" + view-on="..." /> + </typesystem> + +The **name** attribute is the name of the primitive in C++. + +The optional **target-lang-api-name** attribute is the name of the +primitive type in the target language, defaulting to the **name** attribute. + +The *optional* **since** value is used to specify the API version in which +the type was introduced. + +Similarly, the *optional* **until** value can be used to specify the API +version in which the type will be obsoleted. + +If the *optional* **preferred-conversion** attribute is set to *no*, it +indicates that this version of the primitive type is not the preferred C++ +equivalent of the target language type. For example, in Python both "qint64" +and "long long" become "long" but we should prefer the "qint64" version. For +this reason we mark "long long" with preferred-conversion="no". + +The *optional* **default-constructor** specifies the minimal constructor +call to build one value of the primitive-type. This is not needed when the +primitive-type may be built with a default constructor (the one without +arguments). + +The *optional* **preferred-conversion** attribute tells how to build a default +instance of the primitive type. It should be a constructor call capable of +creating a instance of the primitive type. Example: a class "Foo" could have +a **preferred-conversion** value set to "Foo()". Usually this attribute is +used only for classes declared as primitive types and not for primitive C++ +types, but that depends on the application using *ApiExtractor*. + +The *optional* **view-on** attribute specifies that the type is a view +class like std::string_view or QStringView which has a constructor +accepting another type like std::string or QString. Since typically +no values can be assigned to view classes, no target-to-native conversion +can be generated for them. Instead, an instance of the viewed class should +be instantiated and passed to functions using the view class +for argument types. + +See :ref:`predefined_templates` for built-in templates for standard type +conversion rules. + +.. _namespace: + +namespace-type +^^^^^^^^^^^^^^ + +The ``namespace-type`` node maps the given C++ namespace to the target +language, and it is a child of the :ref:`typesystem` node or other +``namespace-type`` nodes. It may contain :ref:`add-function`, +:ref:`declare-function`, :ref:`enum-type`, :ref:`extra-includes`, +:ref:`include-element`, :ref:`modify-function`, ``namespace-type``, +:ref:`object-type`, :ref:`smart-pointer-type`, :ref:`typedef-type` or :ref:`value-type` +child nodes. + +.. code-block:: xml + + <typesystem> + <namespace-type name="..." + visible="true | auto | false" + generate="yes | no" + generate-using="yes | no" + package="..." + since="..." + extends = "..." + files = "..." + revision="..." /> + </typesystem> + +The **name** attribute is the name of the namespace, e.g., "Qt". + +The *optional* **visible** attribute is used specify whether the +namespace is visible in the target language name. Its default value is +**auto**. It means that normal namespaces are visible, but inline namespaces +(as introduced in C++ 11) will not be visible. + +The detection of inline namespaces requires shiboken to be built +using LLVM 9.0. + +The *optional* **generate** is a legacy attribute. Specifying +**no** is equivalent to **visible="false"**. + +The *optional* **generate-using** attribute specifies whether +``using namespace`` is generated into the wrapper code for classes within +the namespace (default: **yes**). This ensures for example that not fully +qualified enumeration values of default argument values compile. +However, in rare cases, it might cause ambiguities and can then be turned +off. + +The **package** attribute can be used to override the package of the type system. + +The *optional* **since** value is used to specify the API version of this type. + +The **revision** attribute can be used to specify a revision for each type, easing the +production of ABI compatible bindings. + +The *optional* **extends** attribute specifies the module name where the given +namespace first occurs in case of a namespace spanning several modules. For +example, in Qt, the namespace ``Qt`` first occurs in the ``QtCore`` module and +is further populated in the ``QtGui`` module. ``QtGui.Qt`` will then be +generated extending ``QtCore.Qt`` if **extends** is specified. + +The *optional* **file** attribute specifies a regular expression matching the +include files whose contents are to be associated with the current module in +case of a namespace spanning several modules. + +.. _enum-type: + +enum-type +^^^^^^^^^ + +The ``enum-type`` node maps the given enum from C++ to the target language, +and it is a child of the :ref:`typesystem` node. Use +:ref:`reject-enum-value` child nodes to reject values. + +.. code-block:: xml + + <typesystem> + <enum-type name="..." + identified-by-value="..." + class="yes | no" + since="..." + flags="yes | no" + flags-revision="..." + cpp-type = "..." + doc-file = "..." + python-type = "IntEnum | IntFlag" + lower-bound="..." + upper-bound="..." + force-integer="yes | no" + extensible="yes | no" + revision="..." /> + </typesystem> + +The **name** attribute is the fully qualified C++ name of the enum +(e.g.,"Qt::FillRule"). If the *optional* **flags** attribute is set to *yes* +(the default is *no*), the generator will expect an existing QFlags<T> for the +given enum type. The **lower-bound** and **upper-bound** attributes are used +to specify runtime bounds checking for the enum value. The value must be a +compilable target language statement, such as "QGradient.Spread.PadSpread" +(taking again Python as an example). If the **force-integer** attribute is +set to *yes* (the default is *no*), the generated target language code will +use the target language integers instead of enums. And finally, the +**extensible** attribute specifies whether the given enum can be extended +with user values (the default is *no*). + +The *optional* **since** value is used to specify the API version of this type. + +The attribute **identified-by-value** helps to specify anonymous enums using the +name of one of their values, which is unique for the anonymous enum scope. +Notice that the **enum-type** tag can either have **name** or **identified-by-value** +but not both. + +The *optional* **python-type** attribute specifies the underlying +Python type. + +The *optional* **cpp-type** attribute specifies a C++ to be used for +casting values. This can be useful for large values triggering MSVC +signedness issues. + +The *optional* **doc-file** attribute specifies the base name of the C++ or +``.qdoc`` file indicated by ``\relates`` or ``\headerfile`` in ``qdoc``, to +which the documentation of the enumeration is to be added and displayed in the +case its a global enumeration. This attribute is for ``qdoc`` only. + +The **revision** attribute can be used to specify a revision for each type, easing the +production of ABI compatible bindings. + +The **flags-revision** attribute has the same purposes of **revision** attribute but +is used for the QFlag related to this enum. + +.. _reject-enum-value: + +reject-enum-value +^^^^^^^^^^^^^^^^^ + +The ``reject-enum-value`` node rejects the enum value specified by the +**name** attribute, and it is a child of the :ref:`enum-type` node. + +.. code-block:: xml + + <enum-type> + <reject-enum-value name="..."/> + </enum-type> + +This node is used when a C++ enum implementation has several identical numeric +values, some of which are typically obsolete. + +.. _value-type: + +value-type +^^^^^^^^^^ + +The ``value-type`` node indicates that the given C++ type is mapped onto the target +language as a value type. This means that it is an object passed by value on C++, +i.e. it is stored in the function call stack. It is a child of the :ref:`typesystem` +node or other type nodes and may contain :ref:`add-function`, :ref:`add-pymethoddef`, +:ref:`configuration-element`, :ref:`declare-function`, :ref:`conversion-rule`, +:ref:`enum-type`, :ref:`extra-includes`, :ref:`include-element`, :ref:`modify-function`, +:ref:`object-type`, :ref:`smart-pointer-type`, :ref:`typedef-type` or further +``value-type`` child nodes. + +.. code-block:: xml + + <typesystem> + <value-type name="..." since="..." + copyable="yes | no" + allow-thread="..." + disable-wrapper="yes | no" + exception-handling="..." + generate-functions="..." + isNull ="yes | no" + operator-bool="yes | no" + hash-function="..." + private="yes | no" + qt-register-metatype = "yes | no | base" + stream="yes | no" + default-constructor="..." + revision="..." + snake-case="yes | no | both" /> + </typesystem> + +The **name** attribute is the fully qualified C++ class name, such as +"QMatrix" or "QPainterPath::Element". The **copyable** attribute is used to +force or not specify if this type is copyable. The *optional* **hash-function** +attribute informs the function name of a hash function for the type. + +The *optional* attribute **stream** specifies whether this type will be able to +use externally defined operators, like QDataStream << and >>. If equals to **yes**, +these operators will be called as normal methods within the current class. + +The *optional* **since** value is used to specify the API version of this type. + +The *optional* **default-constructor** specifies the minimal constructor +call to build one instance of the value-type. This is not needed when the +value-type may be built with a default constructor (the one without arguments). +Usually a code generator may guess a minimal constructor for a value-type based +on its constructor signatures, thus **default-constructor** is used only in +very odd cases. + +For the *optional* **disable-wrapper** and **generate-functions** +attributes, see :ref:`object-type`. + +For the *optional* **private** attribute, see :ref:`private_types`. + +The *optional* **qt-register-metatype** attribute determines whether +a Qt meta type registration is generated for ``name``. By +default, this is generated for non-abstract, default-constructible +types for usage in signals and slots. +The value ``base`` means that the registration will be generated for the +class in question but not for inheriting classes. This allows for +restricting the registration to base classes of type hierarchies. + +The **revision** attribute can be used to specify a revision for each type, easing the +production of ABI compatible bindings. + +The *optional* attributes **allow-thread** and **exception-handling** +specify the default handling for the corresponding function modification +(see :ref:`modify-function`). + +The *optional* **snake-case** attribute allows for overriding the value +specified on the **typesystem** element. + +The *optional* **isNull** and **operator-bool** attributes can be used +to override the command line setting for generating bool casts +(see :ref:`bool-cast`). + +.. _object-type: + +object-type +^^^^^^^^^^^ + +The object-type node indicates that the given C++ type is mapped onto the target +language as an object type. This means that it is an object passed by pointer on +C++ and it is stored on the heap. It is a child of the :ref:`typesystem` node +or other type nodes and may contain :ref:`add-function`, :ref:`add-pymethoddef`, +:ref:`configuration-element`, :ref:`declare-function`, :ref:`enum-type`, +:ref:`extra-includes`, :ref:`include-element`, :ref:`modify-function`, +``object-type``, :ref:`smart-pointer-type`, :ref:`typedef-type` or +:ref:`value-type` child nodes. + +.. code-block:: xml + + <typesystem> + <object-type name="..." + since="..." + copyable="yes | no" + allow-thread="..." + disable-wrapper="yes | no" + exception-handling="..." + generate-functions="..." + force-abstract="yes | no" + hash-function="..." + isNull ="yes | no" + operator-bool="yes | no" + parent-management="yes | no" + polymorphic-id-expression="..." + polymorphic-name-function="..." + polymorphic-base="yes | no" + private="yes | no" + qt-metaobject="yes | no" + qt-register-metatype = "yes | no | base" + stream="yes | no" + revision="..." + snake-case="yes | no | both" /> + </typesystem> + +The **name** attribute is the fully qualified C++ class name. If there is no +C++ base class, the default-superclass attribute can be used to specify a +superclass for the given type, in the generated target language API. The +**copyable** and **hash-function** attributes are the same as described for +:ref:`value-type`. + +The *optional* **force-abstract** attribute forces the class to be +abstract, disabling its instantiation. The generator will normally detect +this automatically unless the class inherits from an abstract base class +that is not in the type system. + +The *optional* **disable-wrapper** attribute disables the generation of a +**C++ Wrapper** (see :ref:`codegenerationterminology`). This will +effectively disable overriding virtuals methods in Python for the class. +It can be used when the class cannot be instantiated from Python and +its virtual methods pose some problem for the code generator (by returning +references, or using a default value that cannot be generated for a +parameter, or similar). + +For the *optional* **private** attribute, see :ref:`private_types`. + +The *optional* **qt-metaobject** attribute specifies whether +the special Qt virtual functions ``metaObject()``, +``metaCall()``, and ``metaCast()`` are generated. For classes +using dynamic meta objects, for example, ``QDBusInterface``, +it can be turned off. + +The *optional* **qt-register-metatype** attribute determines whether +a Qt meta type registration is generated for ``name *``. By +default, this is only generated for non-QObject types for usage +in signals and slots. +The value ``base`` means that the registration will be generated for the +class in question but not for inheriting classes. This allows for +restricting the registration to base classes of type hierarchies. + +The *optional* attribute **stream** specifies whether this type will be able to +use externally defined operators, like QDataStream << and >>. If equals to **yes**, +these operators will be called as normal methods within the current class. + +The *optional* **since** value is used to specify the API version of this type. + +The **revision** attribute can be used to specify a revision for each type, easing the +production of ABI compatible bindings. + +The *optional* attributes **allow-thread** and **exception-handling** +specify the default handling for the corresponding function modification +(see :ref:`modify-function`). + +The *optional* **generate-functions** specifies a semicolon-separated +list of function names or minimal signatures to be generated. +This allows for restricting the functions for which bindings are generated. +This also applies to virtual functions; so, all abstract functions +need to be listed to prevent non-compiling code to be generated. +If nothing is specified, bindings for all suitable functions are +generated. Note that special functions (constructors, etc), +cannot be specified. + +The *optional* **snake-case** attribute allows for overriding the value +specified on the **typesystem** element. + +The *optional* **isNull** and **operator-bool** attributes can be used +to override the command line setting for generating bool casts +(see :ref:`bool-cast`). + +The *optional* **parent-management** attribute specifies that the class is +used for building object trees consisting of parents and children, for +example, user interfaces like the ``QWidget`` classes. For those classes, +the heuristics enabled by :ref:`ownership-parent-heuristics` and +:ref:`return-value-heuristics` are applied to automatically set parent +relationships. Compatibility note: In shiboken 6, when no class of the +type system has this attribute set, the heuristics will be applied +to all classes. In shiboken 7, it will be mandatory to set the +attribute. + +For the *optional* **polymorphic-id-expression**, **polymorphic-name-function** +and **polymorphic-base** attributes, see :ref:`typediscovery-attributes`. + +interface-type +^^^^^^^^^^^^^^ + +This type is deprecated and no longer has any effect. Use object-type instead. + +.. _container-type: + +container-type +^^^^^^^^^^^^^^ + +The ``container-type`` node indicates that the given class is a container and +must be handled using one of the conversion helpers provided by attribute **type**. +It is a child of the :ref:`typesystem` node and may contain +:ref:`conversion-rule` child nodes. + +.. code-block:: xml + + <typesystem> + <container-type name="..." + since="..." + type ="..." + opaque-containers ="..." /> + </typesystem> + +The **name** attribute is the fully qualified C++ class name. The **type** +attribute is used to indicate what conversion rule will be applied to the +container. It can be one of: *list*, *set*, *map*, *multi-map* or *pair*. + +Some types were deprecated in 6.2: *string-list*, *linked-list*, *vector*, +*stack* and *queue* are equivalent to *list*. *hash* and *multi-hash* +are equivalent to *map* and *multi-map*, respectively. + +The *optional* **opaque-containers** attribute specifies a semi-colon separated +list of mappings from instantiations to a type name for +:ref:`opaque-containers`: + +.. code-block:: xml + + <typesystem> + <container-type name="std::array" + opaque-containers ="int,3:IntArray3;float,4:FloatArray4"> + + +The *optional* **since** value is used to specify the API version of this container. + +Some common standard containers are :ref:`built-in <builtin-cpp-container-types>`, +and there are also a number of useful +:ref:`predefined conversion templates <predefined_templates>`. + +.. _opaque-container: + +opaque-container +^^^^^^^^^^^^^^^^ + +The ``opaque-container`` element can be used to add further instantiations +of :ref:`opaque containers <opaque-containers>` to existing container types +(built-in or specified by :ref:`container-type` in included modules). +It is a child of the :ref:`typesystem` node. + +.. code-block:: xml + + <typesystem> + <oqaque-container name="..." opaque-containers ="..." /> + </typesystem> + +For the **name** and **opaque-containers** attributes, +see :ref:`container-type`. + +.. _typedef-type: + +typedef-type +^^^^^^^^^^^^ + +The ``typedef-type`` node allows for specifying typedefs in the typesystem. They +are mostly equivalent to spelling out the typedef in the included header, which +is often complicated when trying to wrap libraries whose source code cannot be +easily extended. +It is a child of the :ref:`typesystem` node or other type nodes. + +.. code-block:: xml + + <typesystem> + <typedef-type name="..." + source="..." + since="..." /> + </typesystem> + +The **source** attribute is the source. Example: + +.. code-block:: xml + + <namespace-type name='std'> + <value-type name='optional' generate='no'/>\n" + </namespace-type> + <typedef-type name="IntOptional" source="std::optional<int>"/> + +is equivalent to + +.. code-block:: c++ + + typedef std::optional<int> IntOptional; + +The *optional* **since** value is used to specify the API version of this type. + +.. _custom-type: + +custom-type +^^^^^^^^^^^ + +The ``custom-type`` node simply makes the parser aware of the existence of a target +language type, thus avoiding errors when trying to find a type used in function +signatures and other places. The proper handling of the custom type is meant to +be done by a generator using the APIExractor. +It is a child of the :ref:`typesystem` node. + +.. code-block:: xml + + <typesystem> + <custom-type name="..." + check-function="..." /> + </typesystem> + +The **name** attribute is the name of the custom type, e.g., "PyObject". + +The *optional* **check-function** attribute can be used to specify a +boolean check function that verifies if the PyObject is of the given type +in the function overload decisor. While shiboken knows common check +functions like ``PyLong_Check()`` or ``PyType_Check()``, it might be useful +to provide one for function arguments modified to be custom types +handled by injected code (see :ref:`replace-type`). + +See :ref:`cpython-types` for built-in types. + +.. _smart-pointer-type: + +smart-pointer-type +^^^^^^^^^^^^^^^^^^ + +The ``smart pointer`` type node indicates that the given class is a smart pointer +and requires inserting calls to **getter** to access the pointeee. +Currently, the usage is limited to function return values. +**ref-count-method** specifies the name of the method used to do reference counting. +It is a child of the :ref:`typesystem` node or other type nodes. + +The *optional* attribute **instantiations** specifies for which instantiations +of the smart pointer wrappers will be generated (comma-separated list). +By default, this will happen for all instantiations found by code parsing. +This might be a problem when linking different modules, since wrappers for the +same instantiation might be generated into different modules, which then clash. +Providing an instantiations list makes it possible to specify which wrappers +will be generated into specific modules. + +.. code-block:: xml + + <typesystem> + <smart-pointer-type name="..." + since="..." + type="shared | handle | value-handle | unique" + getter="..." + ref-count-method="..." + value-check-method="..." + null-check-method="..." + reset-method="..." + instantiations="..."/> + </typesystem> + + +The *optional* attribute **value-check-method** specifies a method +that can be used to check whether the pointer has a value. + +The *optional* attribute **null-check-method** specifies a method +that can be used to check for ``nullptr``. + +The *optional* attribute **reset-method** specifies a method +that can be used to clear the pointer. + +The *optional* instantiations attribute specifies a comma-separated +list of instantiation types. When left empty, all instantiations +found in the code will be generated. The type name might optionally +be followed an equal sign and the Python type name, for example +``instantiations="int=IntPtr,double=DoublePtr"``. +It is also possible to specify a namespace delimited by ``::``. +By default, the type will be in the namespace of the smart pointer, +for example, ``std`` for ``std::shared_ptr``. Preceding +the type name by ``::`` causes it to be in the global namespace. + +The *optional* attribute **type** specifies the type: + +*shared* + A standard shared pointer. +*handle* + A basic pointer handle which has a getter function and an + ``operator->``. +*value-handle* + A handle which has a getter function returning a value + (``T`` instead of ``T *`` as for the other types). + It can be used for ``std::optional``. +*unique* + A standard, unique pointer (``std::unique_ptr``) or a similar + movable pointer. + Specifying the ``reset-method`` attribute is required for this work. + +The example below shows an entry for a ``std::shared_ptr``: + +.. code-block:: xml + + <system-include file-name="memory"/> + + <namespace-type name="std"> + <include file-name="memory" location="global"/> + <modify-function signature="^.*$" remove="all"/> + <enum-type name="pointer_safety"/> + <smart-pointer-type name="shared_ptr" type="shared" getter="get" + ref-count-method="use_count" + instantiations="Integer"> + <include file-name="memory" location="global"/> + </smart-pointer-type> + </namespace-type> + +If the smart pointer is the only relevant class from namespace ``std``, +it can also be hidden: + +.. code-block:: xml + + <namespace-type name="std" visible="no"> + <smart-pointer-type name="shared_ptr" type="shared" getter="get" + ref-count-method="use_count" + instantiations="Integer"> + <include file-name="memory" location="global"/> + </smart-pointer-type> + </namespace-type> + +First, shiboken is told to actually parse the system include files +containing the class definition using the :ref:`system_include` +element. For the ``namespace-type`` and ``smart-pointer-type``, the +standard include files are given to override the internal implementation +header ``shared_ptr.h``. +This creates some wrapper sources which need to be added to the +``CMakeLists.txt`` of the module. + +.. _function: + +function +^^^^^^^^ + +The ``function`` node indicates that the given C++ global function is mapped +onto the target language. It is a child of the :ref:`typesystem` node +and may contain a :ref:`modify-function` child node. + +.. code-block:: xml + + <typesystem> + <function signature="..." rename="..." since="..." + allow-thread="true | auto | false" + doc-file = "..." + exception-handling="off | auto-off | auto-on | on" + overload-number="number" + snake-case="yes | no | both" /> + </typesystem> + +There is a limitation; you cannot add a function overload using +the :ref:`add-function` tag to an existent function. + +The *optional* **since** attribute is used to specify the API version in which +the function was introduced. + +The *optional* **rename** attribute is used to modify the function name. + +The *optional* **doc-file** attribute specifies the base name of the C++ or +``.qdoc`` file indicated by ``\relates`` or ``\headerfile`` in ``qdoc``, to +which the documentation of the function is to be added and displayed in the +case its a global function. This attribute is for ``qdoc`` only. + +For the *optional* attributes **allow-thread**, **exception-handling**, +**overload-number** and **snake-case**, see :ref:`modify-function`. + +.. _system_include: + +system-include +^^^^^^^^^^^^^^ + +The optional **system-include** specifies the name of a system include +file or a system include path (indicated by a trailing slash) to be +parsed. Normally, include files considered to be system include +files are skipped by the C++ code parser. Its primary use case +is exposing classes from the STL library. +It is a child of the :ref:`typesystem` node. + +.. code-block:: xml + + <typesystem> + <system-include file-name="memory"/> + <system-include file-name="/usr/include/Qt/"/> + </typesystem> + +.. _conditional_processing: + +Conditional Processing +^^^^^^^^^^^^^^^^^^^^^^ + +Simple processing instructions are provided for including or excluding +sections depending on the presence of keywords. The syntax is: + +.. code-block:: xml + + <?if keyword !excluded_keyword ?> + ... + <?endif?> + +There are predefined keywords indicating the operating system (``windows``, +``unix`` and ``darwin``). + +The language level passed to the ``language-level`` command line option +is reflected as ``c++11``, ``c++14``, ``c++17`` or ``c++20``. + +The class names passed to the +:ref:`--drop-type-entries <drop-type-entries>` command line option +are also predefined, prefixed by ``no_``. This allows for example +for enclosing added functions referring to those classes within +``<?if !no_ClassName?>``, ``<?endif?>``. + +Other keywords can be specified using the +:ref:`--keywords <conditional_keywords>` command line option. + +.. _private_types: + +Defining Entities +^^^^^^^^^^^^^^^^^ + +It is possible to define entities using a simple processing instruction: + +.. code-block:: xml + + <?entity name value?> + <text>&name;</text> + +This allows for defining function signatures depending on platform +in conjunction with :ref:`conditional_processing`. + +Private Types +^^^^^^^^^^^^^ + +Marking :ref:`object-type` or :ref:`value-type` entries as private causes a +separate, private module header besides the public module header to be +generated for them. + +This can be used for classes that are not referenced in dependent modules +and helps to prevent the propagation of for example private C++ headers +required for them. diff --git a/sources/shiboken6/doc/typesystem_templates.rst b/sources/shiboken6/doc/typesystem_templates.rst new file mode 100644 index 000000000..c32eb97d1 --- /dev/null +++ b/sources/shiboken6/doc/typesystem_templates.rst @@ -0,0 +1,133 @@ +.. _using-code-templates: + +Using Code Templates +-------------------- + +.. _template: + +template +^^^^^^^^ + +The ``template`` node registers a template that can be used to avoid +duplicate code when extending the generated code, and it is a child of the +:ref:`typesystem` node. + +.. code-block:: xml + + <typesystem> + <template name="my_template"> + // the code + </template> + </typesystem> + +Use the ``insert-template`` node to insert the template code (identified +by the template's ``name`` attribute) into the generated code base. + +.. _insert-template: + +insert-template +^^^^^^^^^^^^^^^ + +The ``insert-template`` node includes the code template identified by the +name attribute, and it can be a child of the :ref:`inject-code`, +:ref:`conversion-rule` or :ref:`template` nodes. + +.. code-block:: xml + + <inject-code class="target" position="beginning"> + <insert-template name="my_template" /> + </inject-code> + +Use the ``replace`` node to modify the template code. + +replace +^^^^^^^ + +The ``replace`` node allows you to modify template code before inserting it into +the generated code, and it can be a child of the :ref:`insert-template` node. + +.. code-block:: xml + + <insert-template name="my_template"> + <replace from="..." to="..." /> + </insert-template> + +This node will replace the attribute ``from`` with the value pointed by +``to``. + +.. _predefined_templates: + +Predefined Templates +-------------------- + +There are a number of XML templates for conversion rules for STL and Qt types +built into shiboken. + +Templates for :ref:`primitive-type`: + ++---------------------------------------+--------------------------------+ +|Name | Description | ++---------------------------------------+--------------------------------+ +| ``shiboken_conversion_pylong_to_cpp`` | Convert a PyLong to a C++ type | ++---------------------------------------+--------------------------------+ + +Templates for :ref:`container-type`: + +Some container types are :ref:`built-in <builtin-cpp-container-types>`. +In case they need to explicitly specified, the following templates can be used: + ++----------------------------------------------------------------------+------------------------------------------------------------------------------------+ +| ``shiboken_conversion_pysequence_to_cpppair`` | Convert a PySequence to a C++ pair (std::pair/QPair) | ++----------------------------------------------------------------------+------------------------------------------------------------------------------------+ +| ``shiboken_conversion_cpppair_to_pytuple`` | Convert a C++ pair (std::pair/QPair) to a PyTuple | ++----------------------------------------------------------------------+------------------------------------------------------------------------------------+ +| ``shiboken_conversion_cppsequence_to_pylist`` | Convert a C++ sequential container to a PyList | ++----------------------------------------------------------------------+------------------------------------------------------------------------------------+ +| ``shiboken_conversion_cppsequence_to_pyset`` | Convert a C++ sequential container to a PySet | ++----------------------------------------------------------------------+------------------------------------------------------------------------------------+ +| ``shiboken_conversion_pyiterable_to_cppsequentialcontainer`` | Convert an iterable Python type to a C++ sequential container (STL/Qt) | ++----------------------------------------------------------------------+------------------------------------------------------------------------------------+ +| ``shiboken_conversion_pyiterable_to_cppsequentialcontainer_reserve`` | Convert an iterable Python type to a C++ sequential container supporting reserve() | ++----------------------------------------------------------------------+------------------------------------------------------------------------------------+ +| ``shiboken_conversion_pyiterable_to_cpparray`` | Convert an iterable Python type to a fixed-size array (std::array, std::span) | ++----------------------------------------------------------------------+------------------------------------------------------------------------------------+ +| ``shiboken_conversion_pyiterable_to_cppsetcontainer`` | Convert a PySequence to a set-type C++ container (std::set/QSet) | ++----------------------------------------------------------------------+------------------------------------------------------------------------------------+ +| ``shiboken_conversion_stdmap_to_pydict`` | Convert a std::map/std::unordered_map to a PyDict | ++----------------------------------------------------------------------+------------------------------------------------------------------------------------+ +| ``shiboken_conversion_qmap_to_pydict`` | Convert a QMap/QHash to a PyDict | ++----------------------------------------------------------------------+------------------------------------------------------------------------------------+ +| ``shiboken_conversion_pydict_to_stdmap`` | Convert a PyDict to a std::map/std::unordered_map | ++----------------------------------------------------------------------+------------------------------------------------------------------------------------+ +| ``shiboken_conversion_pydict_to_qmap`` | Convert a PyDict to a QMap/QHash | ++----------------------------------------------------------------------+------------------------------------------------------------------------------------+ +| ``shiboken_conversion_stdmultimap_to_pydict`` | Convert a std::multimap to a PyDict of value lists | ++----------------------------------------------------------------------+------------------------------------------------------------------------------------+ +| ``shiboken_conversion_qmultimap_to_pydict`` | Convert a QMultiMap to a PyDict of value lists | ++----------------------------------------------------------------------+------------------------------------------------------------------------------------+ +| ``shiboken_conversion_stdunorderedmultimap_to_pydict`` | Convert a std::unordered_multimap to a PyDict of value lists | ++----------------------------------------------------------------------+------------------------------------------------------------------------------------+ +| ``shiboken_conversion_qmultihash_to_pydict`` | Convert a QMultiHash to a PyDict of value lists | ++----------------------------------------------------------------------+------------------------------------------------------------------------------------+ +| ``shiboken_conversion_pydict_to_stdmultimap`` | Convert a PyDict of value lists to std::multimap/std::unordered_multimap | ++----------------------------------------------------------------------+------------------------------------------------------------------------------------+ +| ``shiboken_conversion_pydict_to_qmultihash`` | Convert a PyDict of value lists to QMultiMap/QMultiHash | ++----------------------------------------------------------------------+------------------------------------------------------------------------------------+ + +An entry for the type ``std::list`` using these templates looks like: + +.. code-block:: xml + + <container-type name="std::list" type="list"> + <include file-name="list" location="global"/> + <conversion-rule> + <native-to-target> + <insert-template name="shiboken_conversion_cppsequence_to_pylist"/> + </native-to-target> + <target-to-native> + <add-conversion type="PySequence"> + <insert-template name="shiboken_conversion_pyiterable_to_cppsequentialcontainer"/> + </add-conversion> + </target-to-native> + </conversion-rule> + </container-type> diff --git a/sources/shiboken6/doc/typesystem_variables.rst b/sources/shiboken6/doc/typesystem_variables.rst new file mode 100644 index 000000000..d40891b9b --- /dev/null +++ b/sources/shiboken6/doc/typesystem_variables.rst @@ -0,0 +1,339 @@ +.. _typesystemvariables: + +********************* +Type System Variables +********************* + +User written code can be placed in arbitrary places using the +:ref:`inject-code <inject-code>` tag. To ease the binding developer +work, the injected code can make use of special variables that will be replaced +by the correct values. This also shields the developer from some |project| +implementation specifics. + + +.. _variables: + +Variables +========= + + +.. _cpp_return_argument: + +**%0** + Replaced by the C++ return variable of the Python method/function wrapper. + + +.. _arg_number: + +**%<number>** + Replaced by the name of a C++ argument in the position indicated by ``<number>``. + The argument counting starts with ``%1``, since ``%0`` represents the return + variable name. If the number indicates a variable that was removed in the + type system description, but there is a default value for it, this value will + be used. Consider this example: + + .. code-block:: c++ + + void argRemoval(int a0, int a1 = 123); + + + .. code-block:: xml + + <modify-function signature="argRemoval(int, int)"> + <modify-argument index="2"> + <remove-argument/> + </modify-argument> + </modify-function> + + The ``%1`` will be replaced by the C++ argument name, and ``%2`` will get the + value ``123``. + + +.. _argument_names: + +**%ARGUMENT_NAMES** + Replaced by a comma separated list with the names of all C++ arguments that + were not removed on the type system description for the method/function. When + the removed argument has a default value (original or provided in the type + system), this value will be inserted in the argument list. If you want to remove + the argument so completely that it doesn't appear in any form on the + ``%ARGUMENT_NAMES`` replacement, don't forget to remove also its default value + with the :ref:`remove-default-expression <remove-default-expression>` type system tag. + + + Take the following method and related type system description as an example: + + .. code-block:: c++ + + void argRemoval(int a0, Point a1 = Point(1, 2), bool a2 = true, Point a3 = Point(3, 4), int a4 = 56); + + + .. code-block:: xml + + <modify-function signature="argRemoval(int, Point, bool, Point, int)"> + <modify-argument index="2"> + <remove-argument/> + <replace-default-expression with="Point(6, 9)"/> + </modify-argument> + <modify-argument index="4"> + <remove-argument/> + </modify-argument> + </modify-function> + + As seen on the XML description, the function's ``a1`` and ``a3`` arguments + were removed. If any ``inject-code`` for this function uses ``%ARGUMENT_NAMES`` + the resulting list will be the equivalent of using individual argument type + system variables this way: + + .. code-block:: c++ + + %1, Point(6, 9), %3, Point(3, 4), %5 + + +.. _arg_type: + +**%ARG#_TYPE** + Replaced by the type of a C++ argument in the position indicated by ``#``. + The argument counting starts with ``%1``, since ``%0`` represents the return + variable in other contexts, but ``%ARG0_TYPE`` will not translate to the + return type, as this is already done by the + :ref:`%RETURN_TYPE <return_type>` variable. + Example: + + .. code-block:: c++ + + void argRemoval(int a0, int a1 = 123); + + + .. code-block:: xml + + <modify-function signature="argRemoval(int, int)"> + <modify-argument index="2"> + <remove-argument/> + </modify-argument> + </modify-function> + + The ``%1`` will be replaced by the C++ argument name, and ``%2`` will get the + value ``123``. + + +.. _converttocpp: + +**%CONVERTTOCPP[CPPTYPE]** + Replaced by a |project| conversion call that converts a Python variable + to a C++ variable of the type indicated by ``CPPTYPE``. + + Typically, this is a variable assignment: + + .. code-block:: c++ + + double value = %CONVERTTOCPP[double](pyValue); + + Pointer assignments are also possible: + + .. code-block:: c++ + + void f(double *valuePtr) + { + *valuePtr = %CONVERTTOCPP[double](pyValue); + + Note however, that for variable definitions, the type must + be a space-delimited token: + + .. code-block:: c++ + + double * valuePtr = %CONVERTTOCPP[double](pyValue); + + since it otherwise would be indistinguishable from the pointer assignment + above. + + It is possible to use "auto" as type. + +.. _converttopython: + +**%CONVERTTOPYTHON[CPPTYPE]** + Replaced by a |project| conversion call that converts a C++ variable of the + type indicated by ``CPPTYPE`` to the proper Python object. + + +.. _isconvertible: + +**%ISCONVERTIBLE[CPPTYPE]** + Replaced by a |project| "isConvertible" call that checks if a Python + variable is convertible (via an implicit conversion or cast operator call) + to a C++ variable of the type indicated by ``CPPTYPE``. + + +.. _checktype: + +**%CHECKTYPE[CPPTYPE]** + Replaced by a |project| "checkType" call that verifies if a Python + if of the type indicated by ``CPPTYPE``. + + +.. _cppself: + +**%CPPSELF** + Replaced by the wrapped C++ object instance that owns the method in which the + code with this variable was inserted. + +.. _cpptype: + +**%CPPTYPE** + Replaced by the original name of the C++ class, without any namespace prefix, + that owns the method in which the code with this variable was inserted. It will + work on class level code injections also. Notice that ``CPPTYPE`` differs from + the :ref:`%TYPE <type>` variable, for this latter may be translated to the original + C++ class name or to the C++ wrapper class name. + + Namespaces will are treated as classes, so ``CPPTYPE`` will work for them and their + enclosed functions as well. + +.. _function_name: + +**%FUNCTION_NAME** + Replaced by the name of a function or method. + + +.. _py_return_argument: + +**%PYARG_0** + Replaced by the name of the Python return variable of the Python method/function wrapper. + + +.. _pyarg: + +**%PYARG_<number>** + Similar to ``%<number>``, but is replaced by the Python arguments (PyObjects) + received by the Python wrapper method. + + If used in the context of a native code injection, i.e. in a virtual method + override, ``%PYARG_<number>`` will be translated to one item of the Python tuple + holding the arguments that should be passed to the Python override for this + virtual method. + + The example + + .. code-block:: c++ + + long a = PyLong_AS_LONG(%PYARG_1); + + + is equivalent of + + .. code-block:: c++ + + long a = PyLong_AS_LONG(PyTuple_GET_ITEM(%PYTHON_ARGUMENTS, 0)); + + + The generator tries to be smart with attributions, but it will work for the + only simplest cases. + + This example + + .. code-block:: c++ + + Py_DECREF(%PYARG_1); + %PYARG_1 = PyLong_FromLong(10); + + + is equivalent of + + .. code-block:: c++ + + Py_DECREF(PyTuple_GET_ITEM(%PYTHON_ARGUMENTS, 0)); + PyTuple_SET_ITEM(%PYTHON_ARGUMENTS, 0, PyLong_FromLong(10)); + + +.. _pyself: + +**%PYSELF** + Replaced by the Python wrapper variable (a PyObject) representing the instance + bounded to the Python wrapper method which receives the custom code. + + +.. _python_arguments: + +**%PYTHON_ARGUMENTS** + Replaced by the pointer to the Python tuple with Python objects converted from + the C++ arguments received on the binding override of a virtual method. + This tuple is the same passed as arguments to the Python method overriding the + C++ parent's one. + + +.. _python_method_override: + +**%PYTHON_METHOD_OVERRIDE** + This variable is used only on :ref:`native method code injections + <codeinjecting_method_native>`, i.e. on the binding overrides for C++ virtual + methods. It is replaced by a pointer to the Python method override. + + +.. _pythontypeobject: + +**%PYTHONTYPEOBJECT** + Replaced by the Python type object for the context in which it is inserted: + method or class modification. + + +.. _beginallowthreads: + +**%BEGIN_ALLOW_THREADS** + Replaced by a thread state saving procedure. + Must match with a :ref:`%END_ALLOW_THREADS <endallowthreads>` variable. + + +.. _endallowthreads: + +**%END_ALLOW_THREADS** + Replaced by a thread state restoring procedure. + Must match with a :ref:`%BEGIN_ALLOW_THREADS <beginallowthreads>` variable. + + +.. _return_type: + +**%RETURN_TYPE** + Replaced by the type returned by a function or method. + + +.. _type: + +**%TYPE** + Replaced by the name of the class to which a function belongs. May be used + in code injected at method or class level. + + +.. _example: + +Example +======= + +Just to illustrate the usage of the variables described in the previous +sections, below is an excerpt from the type system description of a |project| +test. It changes a method that received ``argc/argv`` arguments into something +that expects a Python sequence instead. + +.. code-block:: xml + + <modify-function signature="overloadedMethod(int, char**)"> + <modify-argument index="1"> + <replace-type modified-type="PySequence" /> + </modify-argument> + <modify-argument index="2"> + <remove-argument /> + </modify-argument> + <inject-code class="target" position="beginning"> + int argc; + char** argv; + if (!PySequence_to_argc_argv(%PYARG_1, &argc, &argv)) { + PyErr_SetString(PyExc_TypeError, "error"); + return 0; + } + %RETURN_TYPE foo = %CPPSELF.%FUNCTION_NAME(argc, argv); + %0 = %CONVERTTOPYTHON[%RETURN_TYPE](foo); + + for (int i = 0; i < argc; ++i) + delete[] argv[i]; + delete[] argv; + </inject-code> + </modify-function> |
