/**************************************************************************** ** ** Copyright (C) 2012 Nokia Corporation and/or its subsidiary(-ies). ** All rights reserved. ** Contact: Nokia Corporation (qt-info@nokia.com) ** ** This file is part of the QtDeclarative module of the Qt Toolkit. ** ** $QT_BEGIN_LICENSE:LGPL$ ** GNU Lesser General Public License Usage ** This file may be used under the terms of the GNU Lesser General Public ** License version 2.1 as published by the Free Software Foundation and ** appearing in the file LICENSE.LGPL included in the packaging of this ** file. Please review the following information to ensure the GNU Lesser ** General Public License version 2.1 requirements will be met: ** http://www.gnu.org/licenses/old-licenses/lgpl-2.1.html. ** ** In addition, as a special exception, Nokia gives you certain additional ** rights. These rights are described in the Nokia Qt LGPL Exception ** version 1.1, included in the file LGPL_EXCEPTION.txt in this package. ** ** GNU General Public License Usage ** Alternatively, this file may be used under the terms of the GNU General ** Public License version 3.0 as published by the Free Software Foundation ** and appearing in the file LICENSE.GPL included in the packaging of this ** file. Please review the following information to ensure the GNU General ** Public License version 3.0 requirements will be met: ** http://www.gnu.org/copyleft/gpl.html. ** ** Other Usage ** Alternatively, this file may be used in accordance with the terms and ** conditions contained in a signed written agreement between you and Nokia. ** ** ** ** ** ** $QT_END_LICENSE$ ** ****************************************************************************/ #include "private/qdeclarativetextedit_p.h" #include "private/qdeclarativetextedit_p_p.h" #include "private/qdeclarativeevents_p_p.h" #include #include #include #include #include #include #include #include #include #include #include #include #include QT_BEGIN_NAMESPACE /*! \qmlclass TextEdit QDeclarative1TextEdit \inqmlmodule QtQuick 1 \ingroup qml-basic-visual-elements \since QtQuick 1.0 \brief The TextEdit item displays multiple lines of editable formatted text. \inherits Item The TextEdit item displays a block of editable, formatted text. It can display both plain and rich text. For example: \qml TextEdit { width: 240 text: "Hello World!" font.family: "Helvetica" font.pointSize: 20 color: "blue" focus: true } \endqml \image declarative-textedit.gif Setting \l {Item::focus}{focus} to \c true enables the TextEdit item to receive keyboard focus. Note that the TextEdit does not implement scrolling, following the cursor, or other behaviors specific to a look-and-feel. For example, to add flickable scrolling that follows the cursor: \snippet snippets/declarative/texteditor.qml 0 A particular look-and-feel might use smooth scrolling (eg. using SmoothedFollow), might have a visible scrollbar, or a scrollbar that fades in to show location, etc. Clipboard support is provided by the cut(), copy(), and paste() functions, and the selection can be handled in a traditional "mouse" mechanism by setting selectByMouse, or handled completely from QML by manipulating selectionStart and selectionEnd, or using selectAll() or selectWord(). You can translate between cursor positions (characters from the start of the document) and pixel points using positionAt() and positionToRectangle(). \sa Text, TextInput, {declarative/text/textselection}{Text Selection example} */ /*! \qmlsignal QtQuick1::TextEdit::onLinkActivated(string link) \since Quick 1.1 This handler is called when the user clicks on a link embedded in the text. The link must be in rich text or HTML format and the \a link string provides access to the particular link. */ QDeclarative1TextEdit::QDeclarative1TextEdit(QDeclarativeItem *parent) : QDeclarative1ImplicitSizePaintedItem(*(new QDeclarative1TextEditPrivate), parent) { Q_D(QDeclarative1TextEdit); d->init(); } QString QDeclarative1TextEdit::text() const { Q_D(const QDeclarative1TextEdit); #ifndef QT_NO_TEXTHTMLPARSER if (d->richText) return d->control->toHtml(); else #endif return d->control->toPlainText(); } /*! \qmlproperty string QtQuick1::TextEdit::font.family Sets the family name of the font. The family name is case insensitive and may optionally include a foundry name, e.g. "Helvetica [Cronyx]". If the family is available from more than one foundry and the foundry isn't specified, an arbitrary foundry is chosen. If the family isn't available a family will be set using the font matching algorithm. */ /*! \qmlproperty bool QtQuick1::TextEdit::font.bold Sets whether the font weight is bold. */ /*! \qmlproperty enumeration QtQuick1::TextEdit::font.weight Sets the font's weight. The weight can be one of: \list \o Font.Light \o Font.Normal - the default \o Font.DemiBold \o Font.Bold \o Font.Black \endlist \qml TextEdit { text: "Hello"; font.weight: Font.DemiBold } \endqml */ /*! \qmlproperty bool QtQuick1::TextEdit::font.italic Sets whether the font has an italic style. */ /*! \qmlproperty bool QtQuick1::TextEdit::font.underline Sets whether the text is underlined. */ /*! \qmlproperty bool QtQuick1::TextEdit::font.strikeout Sets whether the font has a strikeout style. */ /*! \qmlproperty real QtQuick1::TextEdit::font.pointSize Sets the font size in points. The point size must be greater than zero. */ /*! \qmlproperty int QtQuick1::TextEdit::font.pixelSize Sets the font size in pixels. Using this function makes the font device dependent. Use \l{TextEdit::font.pointSize} to set the size of the font in a device independent manner. */ /*! \qmlproperty real QtQuick1::TextEdit::font.letterSpacing Sets the letter spacing for the font. Letter spacing changes the default spacing between individual letters in the font. A positive value increases the letter spacing by the corresponding pixels; a negative value decreases the spacing. */ /*! \qmlproperty real QtQuick1::TextEdit::font.wordSpacing Sets the word spacing for the font. Word spacing changes the default spacing between individual words. A positive value increases the word spacing by a corresponding amount of pixels, while a negative value decreases the inter-word spacing accordingly. */ /*! \qmlproperty enumeration QtQuick1::TextEdit::font.capitalization Sets the capitalization for the text. \list \o Font.MixedCase - This is the normal text rendering option where no capitalization change is applied. \o Font.AllUppercase - This alters the text to be rendered in all uppercase type. \o Font.AllLowercase - This alters the text to be rendered in all lowercase type. \o Font.SmallCaps - This alters the text to be rendered in small-caps type. \o Font.Capitalize - This alters the text to be rendered with the first character of each word as an uppercase character. \endlist \qml TextEdit { text: "Hello"; font.capitalization: Font.AllLowercase } \endqml */ /*! \qmlproperty string QtQuick1::TextEdit::text The text to display. If the text format is AutoText the text edit will automatically determine whether the text should be treated as rich text. This determination is made using Qt::mightBeRichText(). */ void QDeclarative1TextEdit::setText(const QString &text) { Q_D(QDeclarative1TextEdit); if (QDeclarative1TextEdit::text() == text) return; d->richText = d->format == RichText || (d->format == AutoText && Qt::mightBeRichText(text)); if (d->richText) { #ifndef QT_NO_TEXTHTMLPARSER d->control->setHtml(text); #else d->control->setPlainText(text); #endif } else { d->control->setPlainText(text); } q_textChanged(); } /*! \qmlproperty enumeration QtQuick1::TextEdit::textFormat The way the text property should be displayed. \list \o TextEdit.AutoText \o TextEdit.PlainText \o TextEdit.RichText \endlist The default is TextEdit.AutoText. If the text format is TextEdit.AutoText the text edit will automatically determine whether the text should be treated as rich text. This determination is made using Qt::mightBeRichText(). \table \row \o \qml Column { TextEdit { font.pointSize: 24 text: "Hello World!" } TextEdit { font.pointSize: 24 textFormat: TextEdit.RichText text: "Hello World!" } TextEdit { font.pointSize: 24 textFormat: TextEdit.PlainText text: "Hello World!" } } \endqml \o \image declarative-textformat.png \endtable */ QDeclarative1TextEdit::TextFormat QDeclarative1TextEdit::textFormat() const { Q_D(const QDeclarative1TextEdit); return d->format; } void QDeclarative1TextEdit::setTextFormat(TextFormat format) { Q_D(QDeclarative1TextEdit); if (format == d->format) return; bool wasRich = d->richText; d->richText = format == RichText || (format == AutoText && Qt::mightBeRichText(d->text)); if (wasRich && !d->richText) { d->control->setPlainText(d->text); updateSize(); } else if (!wasRich && d->richText) { #ifndef QT_NO_TEXTHTMLPARSER d->control->setHtml(d->text); #else d->control->setPlainText(d->text); #endif updateSize(); } d->format = format; d->control->setAcceptRichText(d->format != PlainText); emit textFormatChanged(d->format); } QFont QDeclarative1TextEdit::font() const { Q_D(const QDeclarative1TextEdit); return d->sourceFont; } void QDeclarative1TextEdit::setFont(const QFont &font) { Q_D(QDeclarative1TextEdit); if (d->sourceFont == font) return; d->sourceFont = font; QFont oldFont = d->font; d->font = font; if (d->font.pointSizeF() != -1) { // 0.5pt resolution qreal size = qRound(d->font.pointSizeF()*2.0); d->font.setPointSizeF(size/2.0); } if (oldFont != d->font) { clearCache(); d->document->setDefaultFont(d->font); if(d->cursor){ d->cursor->setHeight(QFontMetrics(d->font).height()); moveCursorDelegate(); } updateSize(); update(); } emit fontChanged(d->sourceFont); } /*! \qmlproperty color QtQuick1::TextEdit::color The text color. \qml // green text using hexadecimal notation TextEdit { color: "#00FF00" } \endqml \qml // steelblue text using SVG color name TextEdit { color: "steelblue" } \endqml */ QColor QDeclarative1TextEdit::color() const { Q_D(const QDeclarative1TextEdit); return d->color; } void QDeclarative1TextEdit::setColor(const QColor &color) { Q_D(QDeclarative1TextEdit); if (d->color == color) return; clearCache(); d->color = color; QPalette pal = d->control->palette(); pal.setColor(QPalette::Text, color); d->control->setPalette(pal); update(); emit colorChanged(d->color); } /*! \qmlproperty color QtQuick1::TextEdit::selectionColor The text highlight color, used behind selections. */ QColor QDeclarative1TextEdit::selectionColor() const { Q_D(const QDeclarative1TextEdit); return d->selectionColor; } void QDeclarative1TextEdit::setSelectionColor(const QColor &color) { Q_D(QDeclarative1TextEdit); if (d->selectionColor == color) return; clearCache(); d->selectionColor = color; QPalette pal = d->control->palette(); pal.setColor(QPalette::Highlight, color); d->control->setPalette(pal); update(); emit selectionColorChanged(d->selectionColor); } /*! \qmlproperty color QtQuick1::TextEdit::selectedTextColor The selected text color, used in selections. */ QColor QDeclarative1TextEdit::selectedTextColor() const { Q_D(const QDeclarative1TextEdit); return d->selectedTextColor; } void QDeclarative1TextEdit::setSelectedTextColor(const QColor &color) { Q_D(QDeclarative1TextEdit); if (d->selectedTextColor == color) return; clearCache(); d->selectedTextColor = color; QPalette pal = d->control->palette(); pal.setColor(QPalette::HighlightedText, color); d->control->setPalette(pal); update(); emit selectedTextColorChanged(d->selectedTextColor); } /*! \qmlproperty enumeration QtQuick1::TextEdit::horizontalAlignment \qmlproperty enumeration QtQuick1::TextEdit::verticalAlignment \qmlproperty enumeration QtQuick1::TextEdit::effectiveHorizontalAlignment Sets the horizontal and vertical alignment of the text within the TextEdit item's width and height. By default, the text alignment follows the natural alignment of the text, for example text that is read from left to right will be aligned to the left. Valid values for \c horizontalAlignment are: \list \o TextEdit.AlignLeft (default) \o TextEdit.AlignRight \o TextEdit.AlignHCenter \o TextEdit.AlignJustify \endlist Valid values for \c verticalAlignment are: \list \o TextEdit.AlignTop (default) \o TextEdit.AlignBottom \o TextEdit.AlignVCenter \endlist When using the attached property LayoutMirroring::enabled to mirror application layouts, the horizontal alignment of text will also be mirrored. However, the property \c horizontalAlignment will remain unchanged. To query the effective horizontal alignment of TextEdit, use the read-only property \c effectiveHorizontalAlignment. */ QDeclarative1TextEdit::HAlignment QDeclarative1TextEdit::hAlign() const { Q_D(const QDeclarative1TextEdit); return d->hAlign; } void QDeclarative1TextEdit::setHAlign(HAlignment align) { Q_D(QDeclarative1TextEdit); bool forceAlign = d->hAlignImplicit && d->effectiveLayoutMirror; d->hAlignImplicit = false; if (d->setHAlign(align, forceAlign) && isComponentComplete()) { d->updateDefaultTextOption(); updateSize(); } } void QDeclarative1TextEdit::resetHAlign() { Q_D(QDeclarative1TextEdit); d->hAlignImplicit = true; if (d->determineHorizontalAlignment() && isComponentComplete()) { d->updateDefaultTextOption(); updateSize(); } } QDeclarative1TextEdit::HAlignment QDeclarative1TextEdit::effectiveHAlign() const { Q_D(const QDeclarative1TextEdit); QDeclarative1TextEdit::HAlignment effectiveAlignment = d->hAlign; if (!d->hAlignImplicit && d->effectiveLayoutMirror) { switch (d->hAlign) { case QDeclarative1TextEdit::AlignLeft: effectiveAlignment = QDeclarative1TextEdit::AlignRight; break; case QDeclarative1TextEdit::AlignRight: effectiveAlignment = QDeclarative1TextEdit::AlignLeft; break; default: break; } } return effectiveAlignment; } bool QDeclarative1TextEditPrivate::setHAlign(QDeclarative1TextEdit::HAlignment alignment, bool forceAlign) { Q_Q(QDeclarative1TextEdit); if (hAlign != alignment || forceAlign) { QDeclarative1TextEdit::HAlignment oldEffectiveHAlign = q->effectiveHAlign(); hAlign = alignment; emit q->horizontalAlignmentChanged(alignment); if (oldEffectiveHAlign != q->effectiveHAlign()) emit q->effectiveHorizontalAlignmentChanged(); return true; } return false; } bool QDeclarative1TextEditPrivate::determineHorizontalAlignment() { Q_Q(QDeclarative1TextEdit); if (hAlignImplicit && q->isComponentComplete()) { bool alignToRight; if (text.isEmpty()) { QTextCursor cursor = control->textCursor(); const QString preeditText = cursor.block().isValid() ? control->textCursor().block().layout()->preeditAreaText() : QString(); alignToRight = preeditText.isEmpty() ? qApp->inputPanel()->inputDirection() == Qt::RightToLeft : preeditText.isRightToLeft(); } else { alignToRight = rightToLeftText; } return setHAlign(alignToRight ? QDeclarative1TextEdit::AlignRight : QDeclarative1TextEdit::AlignLeft); } return false; } void QDeclarative1TextEditPrivate::mirrorChange() { Q_Q(QDeclarative1TextEdit); if (q->isComponentComplete()) { if (!hAlignImplicit && (hAlign == QDeclarative1TextEdit::AlignRight || hAlign == QDeclarative1TextEdit::AlignLeft)) { updateDefaultTextOption(); q->updateSize(); emit q->effectiveHorizontalAlignmentChanged(); } } } QDeclarative1TextEdit::VAlignment QDeclarative1TextEdit::vAlign() const { Q_D(const QDeclarative1TextEdit); return d->vAlign; } void QDeclarative1TextEdit::setVAlign(QDeclarative1TextEdit::VAlignment alignment) { Q_D(QDeclarative1TextEdit); if (alignment == d->vAlign) return; d->vAlign = alignment; d->updateDefaultTextOption(); updateSize(); moveCursorDelegate(); emit verticalAlignmentChanged(d->vAlign); } /*! \qmlproperty enumeration QtQuick1::TextEdit::wrapMode Set this property to wrap the text to the TextEdit item's width. The text will only wrap if an explicit width has been set. \list \o TextEdit.NoWrap - no wrapping will be performed. If the text contains insufficient newlines, then implicitWidth will exceed a set width. \o TextEdit.WordWrap - wrapping is done on word boundaries only. If a word is too long, implicitWidth will exceed a set width. \o TextEdit.WrapAnywhere - wrapping is done at any point on a line, even if it occurs in the middle of a word. \o TextEdit.Wrap - if possible, wrapping occurs at a word boundary; otherwise it will occur at the appropriate point on the line, even in the middle of a word. \endlist The default is TextEdit.NoWrap. If you set a width, consider using TextEdit.Wrap. */ QDeclarative1TextEdit::WrapMode QDeclarative1TextEdit::wrapMode() const { Q_D(const QDeclarative1TextEdit); return d->wrapMode; } void QDeclarative1TextEdit::setWrapMode(WrapMode mode) { Q_D(QDeclarative1TextEdit); if (mode == d->wrapMode) return; d->wrapMode = mode; d->updateDefaultTextOption(); updateSize(); emit wrapModeChanged(); } /*! \qmlproperty int QtQuick1::TextEdit::lineCount \since Quick 1.1 Returns the total number of lines in the textEdit item. */ int QDeclarative1TextEdit::lineCount() const { Q_D(const QDeclarative1TextEdit); return d->lineCount; } /*! \qmlproperty real QtQuick1::TextEdit::paintedWidth Returns the width of the text, including the width past the width which is covered due to insufficient wrapping if \l wrapMode is set. */ qreal QDeclarative1TextEdit::paintedWidth() const { Q_D(const QDeclarative1TextEdit); return d->paintedSize.width(); } /*! \qmlproperty real QtQuick1::TextEdit::paintedHeight Returns the height of the text, including the height past the height that is covered if the text does not fit within the set height. */ qreal QDeclarative1TextEdit::paintedHeight() const { Q_D(const QDeclarative1TextEdit); return d->paintedSize.height(); } /*! \qmlmethod rectangle QtQuick1::TextEdit::positionToRectangle(position) Returns the rectangle at the given \a position in the text. The x, y, and height properties correspond to the cursor that would describe that position. */ QRectF QDeclarative1TextEdit::positionToRectangle(int pos) const { Q_D(const QDeclarative1TextEdit); QTextCursor c(d->document); c.setPosition(pos); return d->control->cursorRect(c); } /*! \qmlmethod int QtQuick1::TextEdit::positionAt(int x, int y) Returns the text position closest to pixel position (\a x, \a y). Position 0 is before the first character, position 1 is after the first character but before the second, and so on until position \l {text}.length, which is after all characters. */ int QDeclarative1TextEdit::positionAt(int x, int y) const { Q_D(const QDeclarative1TextEdit); int r = d->document->documentLayout()->hitTest(QPoint(x,y-d->yoff), Qt::FuzzyHit); QTextCursor cursor = d->control->textCursor(); if (r > cursor.position()) { // The cursor position includes positions within the preedit text, but only positions in the // same text block are offset so it is possible to get a position that is either part of the // preedit or the next text block. QTextLayout *layout = cursor.block().layout(); const int preeditLength = layout ? layout->preeditAreaText().length() : 0; if (preeditLength > 0 && d->document->documentLayout()->blockBoundingRect(cursor.block()).contains(x,y-d->yoff)) { r = r > cursor.position() + preeditLength ? r - preeditLength : cursor.position(); } } return r; } void QDeclarative1TextEdit::moveCursorSelection(int pos) { //Note that this is the same as setCursorPosition but with the KeepAnchor flag set Q_D(QDeclarative1TextEdit); QTextCursor cursor = d->control->textCursor(); if (cursor.position() == pos) return; cursor.setPosition(pos, QTextCursor::KeepAnchor); d->control->setTextCursor(cursor); } /*! \qmlmethod void QtQuick1::TextEdit::moveCursorSelection(int position, SelectionMode mode = TextEdit.SelectCharacters) \since Quick 1.1 Moves the cursor to \a position and updates the selection according to the optional \a mode parameter. (To only move the cursor, set the \l cursorPosition property.) When this method is called it additionally sets either the selectionStart or the selectionEnd (whichever was at the previous cursor position) to the specified position. This allows you to easily extend and contract the selected text range. The selection mode specifies whether the selection is updated on a per character or a per word basis. If not specified the selection mode will default to TextEdit.SelectCharacters. \list \o TextEdit.SelectCharacters - Sets either the selectionStart or selectionEnd (whichever was at the previous cursor position) to the specified position. \o TextEdit.SelectWords - Sets the selectionStart and selectionEnd to include all words between the specified postion and the previous cursor position. Words partially in the range are included. \endlist For example, take this sequence of calls: \code cursorPosition = 5 moveCursorSelection(9, TextEdit.SelectCharacters) moveCursorSelection(7, TextEdit.SelectCharacters) \endcode This moves the cursor to position 5, extend the selection end from 5 to 9 and then retract the selection end from 9 to 7, leaving the text from position 5 to 7 selected (the 6th and 7th characters). The same sequence with TextEdit.SelectWords will extend the selection start to a word boundary before or on position 5 and extend the selection end to a word boundary on or past position 9. */ void QDeclarative1TextEdit::moveCursorSelection(int pos, SelectionMode mode) { Q_D(QDeclarative1TextEdit); QTextCursor cursor = d->control->textCursor(); if (cursor.position() == pos) return; if (mode == SelectCharacters) { cursor.setPosition(pos, QTextCursor::KeepAnchor); } else if (cursor.anchor() < pos || (cursor.anchor() == pos && cursor.position() < pos)) { if (cursor.anchor() > cursor.position()) { cursor.setPosition(cursor.anchor(), QTextCursor::MoveAnchor); cursor.movePosition(QTextCursor::StartOfWord, QTextCursor::KeepAnchor); if (cursor.position() == cursor.anchor()) cursor.movePosition(QTextCursor::PreviousWord, QTextCursor::MoveAnchor); else cursor.setPosition(cursor.position(), QTextCursor::MoveAnchor); } else { cursor.setPosition(cursor.anchor(), QTextCursor::MoveAnchor); cursor.movePosition(QTextCursor::StartOfWord, QTextCursor::MoveAnchor); } cursor.setPosition(pos, QTextCursor::KeepAnchor); cursor.movePosition(QTextCursor::StartOfWord, QTextCursor::KeepAnchor); if (cursor.position() != pos) cursor.movePosition(QTextCursor::EndOfWord, QTextCursor::KeepAnchor); } else if (cursor.anchor() > pos || (cursor.anchor() == pos && cursor.position() > pos)) { if (cursor.anchor() < cursor.position()) { cursor.setPosition(cursor.anchor(), QTextCursor::MoveAnchor); cursor.movePosition(QTextCursor::EndOfWord, QTextCursor::MoveAnchor); } else { cursor.setPosition(cursor.anchor(), QTextCursor::MoveAnchor); cursor.movePosition(QTextCursor::PreviousCharacter, QTextCursor::KeepAnchor); cursor.movePosition(QTextCursor::EndOfWord, QTextCursor::KeepAnchor); if (cursor.position() != cursor.anchor()) { cursor.setPosition(cursor.anchor(), QTextCursor::MoveAnchor); cursor.movePosition(QTextCursor::EndOfWord, QTextCursor::MoveAnchor); } } cursor.setPosition(pos, QTextCursor::KeepAnchor); cursor.movePosition(QTextCursor::EndOfWord, QTextCursor::KeepAnchor); if (cursor.position() != pos) { cursor.movePosition(QTextCursor::PreviousCharacter, QTextCursor::KeepAnchor); cursor.movePosition(QTextCursor::StartOfWord, QTextCursor::KeepAnchor); } } d->control->setTextCursor(cursor); } /*! \qmlproperty bool QtQuick1::TextEdit::cursorVisible If true the text edit shows a cursor. This property is set and unset when the text edit gets active focus, but it can also be set directly (useful, for example, if a KeyProxy might forward keys to it). */ bool QDeclarative1TextEdit::isCursorVisible() const { Q_D(const QDeclarative1TextEdit); return d->cursorVisible; } void QDeclarative1TextEdit::setCursorVisible(bool on) { Q_D(QDeclarative1TextEdit); if (d->cursorVisible == on) return; d->cursorVisible = on; QFocusEvent focusEvent(on ? QEvent::FocusIn : QEvent::FocusOut); if (!on && !d->persistentSelection) d->control->setCursorIsFocusIndicator(true); d->control->processEvent(&focusEvent, QPointF(0, -d->yoff)); emit cursorVisibleChanged(d->cursorVisible); } /*! \qmlproperty int QtQuick1::TextEdit::cursorPosition The position of the cursor in the TextEdit. */ int QDeclarative1TextEdit::cursorPosition() const { Q_D(const QDeclarative1TextEdit); return d->control->textCursor().position(); } void QDeclarative1TextEdit::setCursorPosition(int pos) { Q_D(QDeclarative1TextEdit); if (pos < 0 || pos > d->text.length()) return; QTextCursor cursor = d->control->textCursor(); if (cursor.position() == pos && cursor.anchor() == pos) return; cursor.setPosition(pos); d->control->setTextCursor(cursor); } /*! \qmlproperty Component QtQuick1::TextEdit::cursorDelegate The delegate for the cursor in the TextEdit. If you set a cursorDelegate for a TextEdit, this delegate will be used for drawing the cursor instead of the standard cursor. An instance of the delegate will be created and managed by the text edit when a cursor is needed, and the x and y properties of delegate instance will be set so as to be one pixel before the top left of the current character. Note that the root item of the delegate component must be a QDeclarativeItem or QDeclarativeItem derived item. */ QDeclarativeComponent* QDeclarative1TextEdit::cursorDelegate() const { Q_D(const QDeclarative1TextEdit); return d->cursorComponent; } void QDeclarative1TextEdit::setCursorDelegate(QDeclarativeComponent* c) { Q_D(QDeclarative1TextEdit); if(d->cursorComponent){ if(d->cursor){ d->control->setCursorWidth(-1); dirtyCache(cursorRectangle()); delete d->cursor; d->cursor = 0; } } d->cursorComponent = c; if(c && c->isReady()){ loadCursorDelegate(); }else{ if(c) connect(c, SIGNAL(statusChanged()), this, SLOT(loadCursorDelegate())); } emit cursorDelegateChanged(); } void QDeclarative1TextEdit::loadCursorDelegate() { Q_D(QDeclarative1TextEdit); if(d->cursorComponent->isLoading()) return; d->cursor = qobject_cast(d->cursorComponent->create(qmlContext(this))); if(d->cursor){ d->control->setCursorWidth(0); dirtyCache(cursorRectangle()); QDeclarative_setParent_noEvent(d->cursor, this); d->cursor->setParentItem(this); d->cursor->setHeight(QFontMetrics(d->font).height()); moveCursorDelegate(); }else{ qmlInfo(this) << "Error loading cursor delegate."; } } /*! \qmlproperty int QtQuick1::TextEdit::selectionStart The cursor position before the first character in the current selection. This property is read-only. To change the selection, use select(start,end), selectAll(), or selectWord(). \sa selectionEnd, cursorPosition, selectedText */ int QDeclarative1TextEdit::selectionStart() const { Q_D(const QDeclarative1TextEdit); return d->control->textCursor().selectionStart(); } /*! \qmlproperty int QtQuick1::TextEdit::selectionEnd The cursor position after the last character in the current selection. This property is read-only. To change the selection, use select(start,end), selectAll(), or selectWord(). \sa selectionStart, cursorPosition, selectedText */ int QDeclarative1TextEdit::selectionEnd() const { Q_D(const QDeclarative1TextEdit); return d->control->textCursor().selectionEnd(); } /*! \qmlproperty string QtQuick1::TextEdit::selectedText This read-only property provides the text currently selected in the text edit. It is equivalent to the following snippet, but is faster and easier to use. \code //myTextEdit is the id of the TextEdit myTextEdit.text.toString().substring(myTextEdit.selectionStart, myTextEdit.selectionEnd); \endcode */ QString QDeclarative1TextEdit::selectedText() const { Q_D(const QDeclarative1TextEdit); return d->control->textCursor().selectedText(); } /*! \qmlproperty bool QtQuick1::TextEdit::activeFocusOnPress Whether the TextEdit should gain active focus on a mouse press. By default this is set to true. */ bool QDeclarative1TextEdit::focusOnPress() const { Q_D(const QDeclarative1TextEdit); return d->focusOnPress; } void QDeclarative1TextEdit::setFocusOnPress(bool on) { Q_D(QDeclarative1TextEdit); if (d->focusOnPress == on) return; d->focusOnPress = on; emit activeFocusOnPressChanged(d->focusOnPress); } /*! \qmlproperty bool QtQuick1::TextEdit::persistentSelection Whether the TextEdit should keep the selection visible when it loses active focus to another item in the scene. By default this is set to true; */ bool QDeclarative1TextEdit::persistentSelection() const { Q_D(const QDeclarative1TextEdit); return d->persistentSelection; } void QDeclarative1TextEdit::setPersistentSelection(bool on) { Q_D(QDeclarative1TextEdit); if (d->persistentSelection == on) return; d->persistentSelection = on; emit persistentSelectionChanged(d->persistentSelection); } /* \qmlproperty real QtQuick1::TextEdit::textMargin The margin, in pixels, around the text in the TextEdit. */ qreal QDeclarative1TextEdit::textMargin() const { Q_D(const QDeclarative1TextEdit); return d->textMargin; } void QDeclarative1TextEdit::setTextMargin(qreal margin) { Q_D(QDeclarative1TextEdit); if (d->textMargin == margin) return; d->textMargin = margin; d->document->setDocumentMargin(d->textMargin); emit textMarginChanged(d->textMargin); } void QDeclarative1TextEdit::geometryChanged(const QRectF &newGeometry, const QRectF &oldGeometry) { if (newGeometry.width() != oldGeometry.width()) updateSize(); QDeclarative1PaintedItem::geometryChanged(newGeometry, oldGeometry); } /*! Ensures any delayed caching or data loading the class needs to performed is complete. */ void QDeclarative1TextEdit::componentComplete() { Q_D(QDeclarative1TextEdit); QDeclarative1PaintedItem::componentComplete(); if (d->dirty) { d->determineHorizontalAlignment(); d->updateDefaultTextOption(); updateSize(); d->dirty = false; } } /*! \qmlproperty bool QtQuick1::TextEdit::selectByMouse Defaults to false. If true, the user can use the mouse to select text in some platform-specific way. Note that for some platforms this may not be an appropriate interaction (eg. may conflict with how the text needs to behave inside a Flickable. */ bool QDeclarative1TextEdit::selectByMouse() const { Q_D(const QDeclarative1TextEdit); return d->selectByMouse; } void QDeclarative1TextEdit::setSelectByMouse(bool on) { Q_D(QDeclarative1TextEdit); if (d->selectByMouse != on) { d->selectByMouse = on; setKeepMouseGrab(on); if (on) setTextInteractionFlags(d->control->textInteractionFlags() | Qt::TextSelectableByMouse); else setTextInteractionFlags(d->control->textInteractionFlags() & ~Qt::TextSelectableByMouse); emit selectByMouseChanged(on); } } /*! \qmlproperty enum QtQuick1::TextEdit::mouseSelectionMode \since Quick 1.1 Specifies how text should be selected using a mouse. \list \o TextEdit.SelectCharacters - The selection is updated with individual characters. (Default) \o TextEdit.SelectWords - The selection is updated with whole words. \endlist This property only applies when \l selectByMouse is true. */ QDeclarative1TextEdit::SelectionMode QDeclarative1TextEdit::mouseSelectionMode() const { Q_D(const QDeclarative1TextEdit); return d->mouseSelectionMode; } void QDeclarative1TextEdit::setMouseSelectionMode(SelectionMode mode) { Q_D(QDeclarative1TextEdit); if (d->mouseSelectionMode != mode) { d->mouseSelectionMode = mode; d->control->setWordSelectionEnabled(mode == SelectWords); emit mouseSelectionModeChanged(mode); } } /*! \qmlproperty bool QtQuick1::TextEdit::readOnly Whether the user can interact with the TextEdit item. If this property is set to true the text cannot be edited by user interaction. By default this property is false. */ void QDeclarative1TextEdit::setReadOnly(bool r) { Q_D(QDeclarative1TextEdit); if (r == isReadOnly()) return; setFlag(QGraphicsItem::ItemAcceptsInputMethod, !r); Qt::TextInteractionFlags flags = Qt::LinksAccessibleByMouse; if (d->selectByMouse) flags = flags | Qt::TextSelectableByMouse; if (!r) flags = flags | Qt::TextSelectableByKeyboard | Qt::TextEditable; d->control->setTextInteractionFlags(flags); if (!r) d->control->moveCursor(QTextCursor::End); emit readOnlyChanged(r); } bool QDeclarative1TextEdit::isReadOnly() const { Q_D(const QDeclarative1TextEdit); return !(d->control->textInteractionFlags() & Qt::TextEditable); } /*! Sets how the text edit should interact with user input to the given \a flags. */ void QDeclarative1TextEdit::setTextInteractionFlags(Qt::TextInteractionFlags flags) { Q_D(QDeclarative1TextEdit); d->control->setTextInteractionFlags(flags); } /*! Returns the flags specifying how the text edit should interact with user input. */ Qt::TextInteractionFlags QDeclarative1TextEdit::textInteractionFlags() const { Q_D(const QDeclarative1TextEdit); return d->control->textInteractionFlags(); } /*! \qmlproperty rectangle QtQuick1::TextEdit::cursorRectangle The rectangle where the text cursor is rendered within the text edit. Read-only. */ QRect QDeclarative1TextEdit::cursorRectangle() const { Q_D(const QDeclarative1TextEdit); return d->control->cursorRect().toRect().translated(0,d->yoff); } /*! \overload Handles the given \a event. */ bool QDeclarative1TextEdit::event(QEvent *event) { Q_D(QDeclarative1TextEdit); if (event->type() == QEvent::ShortcutOverride) { d->control->processEvent(event, QPointF(0, -d->yoff)); return event->isAccepted(); } return QDeclarative1PaintedItem::event(event); } /*! \overload Handles the given key \a event. */ void QDeclarative1TextEdit::keyPressEvent(QKeyEvent *event) { Q_D(QDeclarative1TextEdit); keyPressPreHandler(event); if (!event->isAccepted()) d->control->processEvent(event, QPointF(0, -d->yoff)); if (!event->isAccepted()) QDeclarative1PaintedItem::keyPressEvent(event); } /*! \overload Handles the given key \a event. */ void QDeclarative1TextEdit::keyReleaseEvent(QKeyEvent *event) { Q_D(QDeclarative1TextEdit); keyReleasePreHandler(event); if (!event->isAccepted()) d->control->processEvent(event, QPointF(0, -d->yoff)); if (!event->isAccepted()) QDeclarative1PaintedItem::keyReleaseEvent(event); } void QDeclarative1TextEditPrivate::focusChanged(bool hasFocus) { Q_Q(QDeclarative1TextEdit); q->setCursorVisible(hasFocus && scene && scene->hasFocus()); QDeclarativeItemPrivate::focusChanged(hasFocus); } /*! \qmlmethod void QtQuick1::TextEdit::deselect() \since Quick 1.1 Removes active text selection. */ void QDeclarative1TextEdit::deselect() { Q_D(QDeclarative1TextEdit); QTextCursor c = d->control->textCursor(); c.clearSelection(); d->control->setTextCursor(c); } /*! \qmlmethod void QtQuick1::TextEdit::selectAll() Causes all text to be selected. */ void QDeclarative1TextEdit::selectAll() { Q_D(QDeclarative1TextEdit); d->control->selectAll(); } /*! \qmlmethod void QtQuick1::TextEdit::selectWord() Causes the word closest to the current cursor position to be selected. */ void QDeclarative1TextEdit::selectWord() { Q_D(QDeclarative1TextEdit); QTextCursor c = d->control->textCursor(); c.select(QTextCursor::WordUnderCursor); d->control->setTextCursor(c); } /*! \qmlmethod void QtQuick1::TextEdit::select(int start, int end) Causes the text from \a start to \a end to be selected. If either start or end is out of range, the selection is not changed. After calling this, selectionStart will become the lesser and selectionEnd will become the greater (regardless of the order passed to this method). \sa selectionStart, selectionEnd */ void QDeclarative1TextEdit::select(int start, int end) { Q_D(QDeclarative1TextEdit); if (start < 0 || end < 0 || start > d->text.length() || end > d->text.length()) return; QTextCursor cursor = d->control->textCursor(); cursor.beginEditBlock(); cursor.setPosition(start, QTextCursor::MoveAnchor); cursor.setPosition(end, QTextCursor::KeepAnchor); cursor.endEditBlock(); d->control->setTextCursor(cursor); // QTBUG-11100 updateSelectionMarkers(); } /*! \qmlmethod void QtQuick1::TextEdit::isRightToLeft(int start, int end) Returns true if the natural reading direction of the editor text found between positions \a start and \a end is right to left. */ bool QDeclarative1TextEdit::isRightToLeft(int start, int end) { Q_D(QDeclarative1TextEdit); if (start > end) { qmlInfo(this) << "isRightToLeft(start, end) called with the end property being smaller than the start."; return false; } else { return d->text.mid(start, end - start).isRightToLeft(); } } #ifndef QT_NO_CLIPBOARD /*! \qmlmethod QtQuick1::TextEdit::cut() Moves the currently selected text to the system clipboard. */ void QDeclarative1TextEdit::cut() { Q_D(QDeclarative1TextEdit); d->control->cut(); } /*! \qmlmethod QtQuick1::TextEdit::copy() Copies the currently selected text to the system clipboard. */ void QDeclarative1TextEdit::copy() { Q_D(QDeclarative1TextEdit); d->control->copy(); } /*! \qmlmethod QtQuick1::TextEdit::paste() Replaces the currently selected text by the contents of the system clipboard. */ void QDeclarative1TextEdit::paste() { Q_D(QDeclarative1TextEdit); d->control->paste(); } #endif // QT_NO_CLIPBOARD /*! \overload Handles the given mouse \a event. */ void QDeclarative1TextEdit::mousePressEvent(QGraphicsSceneMouseEvent *event) { Q_D(QDeclarative1TextEdit); if (d->focusOnPress){ bool hadActiveFocus = hasActiveFocus(); forceActiveFocus(); if (d->showInputPanelOnFocus) { if (hasActiveFocus() && hadActiveFocus && !isReadOnly()) { // re-open input panel on press if already focused openSoftwareInputPanel(); } } else { // show input panel on click if (hasActiveFocus() && !hadActiveFocus) { d->clickCausedFocus = true; } } } d->control->processEvent(event, QPointF(0, -d->yoff)); if (!event->isAccepted()) QDeclarative1PaintedItem::mousePressEvent(event); } /*! \overload Handles the given mouse \a event. */ void QDeclarative1TextEdit::mouseReleaseEvent(QGraphicsSceneMouseEvent *event) { Q_D(QDeclarative1TextEdit); d->control->processEvent(event, QPointF(0, -d->yoff)); if (!d->showInputPanelOnFocus) { // input panel on click if (d->focusOnPress && !isReadOnly() && boundingRect().contains(event->pos())) { if (QGraphicsView * view = qobject_cast(qApp->focusWidget())) { if (view->scene() && view->scene() == scene()) { qt_widget_private(view)->handleSoftwareInputPanel(event->button(), d->clickCausedFocus); } } } } d->clickCausedFocus = false; if (!event->isAccepted()) QDeclarative1PaintedItem::mouseReleaseEvent(event); } /*! \overload Handles the given mouse \a event. */ void QDeclarative1TextEdit::mouseDoubleClickEvent(QGraphicsSceneMouseEvent *event) { Q_D(QDeclarative1TextEdit); d->control->processEvent(event, QPointF(0, -d->yoff)); if (!event->isAccepted()) QDeclarative1PaintedItem::mouseDoubleClickEvent(event); } /*! \overload Handles the given mouse \a event. */ void QDeclarative1TextEdit::mouseMoveEvent(QGraphicsSceneMouseEvent *event) { Q_D(QDeclarative1TextEdit); d->control->processEvent(event, QPointF(0, -d->yoff)); if (!event->isAccepted()) QDeclarative1PaintedItem::mouseMoveEvent(event); } /*! \overload Handles the given input method \a event. */ void QDeclarative1TextEdit::inputMethodEvent(QInputMethodEvent *event) { Q_D(QDeclarative1TextEdit); const bool wasComposing = isInputMethodComposing(); d->control->processEvent(event, QPointF(0, -d->yoff)); if (wasComposing != isInputMethodComposing()) emit inputMethodComposingChanged(); } /*! \overload Returns the value of the given \a property. */ QVariant QDeclarative1TextEdit::inputMethodQuery(Qt::InputMethodQuery property) const { Q_D(const QDeclarative1TextEdit); return d->control->inputMethodQuery(property); } /*! Draws the contents of the text edit using the given \a painter within the given \a bounds. */ void QDeclarative1TextEdit::drawContents(QPainter *painter, const QRect &bounds) { Q_D(QDeclarative1TextEdit); painter->setRenderHint(QPainter::TextAntialiasing, true); painter->translate(0,d->yoff); d->control->drawContents(painter, bounds.translated(0,-d->yoff)); painter->translate(0,-d->yoff); } void QDeclarative1TextEdit::updateImgCache(const QRectF &rf) { Q_D(const QDeclarative1TextEdit); QRect r; if (!rf.isValid()) { r = QRect(0,0,INT_MAX,INT_MAX); } else { r = rf.toRect(); if (r.height() > INT_MAX/2) { // Take care of overflow when translating "everything" r.setTop(r.y() + d->yoff); r.setBottom(INT_MAX/2); } else { r = r.translated(0,d->yoff); } } dirtyCache(r); emit update(); } /*! \qmlproperty bool QtQuick1::TextEdit::smooth This property holds whether the text is smoothly scaled or transformed. Smooth filtering gives better visual quality, but is slower. If the item is displayed at its natural size, this property has no visual or performance effect. \note Generally scaling artifacts are only visible if the item is stationary on the screen. A common pattern when animating an item is to disable smooth filtering at the beginning of the animation and reenable it at the conclusion. */ /*! \qmlproperty bool QtQuick1::TextEdit::canPaste \since QtQuick 1.1 Returns true if the TextEdit is writable and the content of the clipboard is suitable for pasting into the TextEdit. */ bool QDeclarative1TextEdit::canPaste() const { Q_D(const QDeclarative1TextEdit); return d->canPaste; } /*! \qmlproperty bool QtQuick1::TextEdit::inputMethodComposing \since QtQuick 1.1 This property holds whether the TextEdit has partial text input from an input method. While it is composing an input method may rely on mouse or key events from the TextEdit to edit or commit the partial text. This property can be used to determine when to disable events handlers that may interfere with the correct operation of an input method. */ bool QDeclarative1TextEdit::isInputMethodComposing() const { Q_D(const QDeclarative1TextEdit); if (QTextLayout *layout = d->control->textCursor().block().layout()) return layout->preeditAreaText().length() > 0; return false; } void QDeclarative1TextEditPrivate::init() { Q_Q(QDeclarative1TextEdit); q->setSmooth(smooth); q->setAcceptedMouseButtons(Qt::LeftButton); q->setFlag(QGraphicsItem::ItemHasNoContents, false); q->setFlag(QGraphicsItem::ItemAcceptsInputMethod); control = new QWidgetTextControl(q); control->setIgnoreUnusedNavigationEvents(true); control->setTextInteractionFlags(Qt::TextInteractionFlags(Qt::LinksAccessibleByMouse | Qt::TextSelectableByKeyboard | Qt::TextEditable)); control->setDragEnabled(false); // QWidgetTextControl follows the default text color // defined by the platform, declarative text // should be black by default QPalette pal = control->palette(); if (pal.color(QPalette::Text) != color) { pal.setColor(QPalette::Text, color); control->setPalette(pal); } QObject::connect(control, SIGNAL(updateRequest(QRectF)), q, SLOT(updateImgCache(QRectF))); QObject::connect(control, SIGNAL(textChanged()), q, SLOT(q_textChanged())); QObject::connect(control, SIGNAL(selectionChanged()), q, SIGNAL(selectionChanged())); QObject::connect(control, SIGNAL(selectionChanged()), q, SLOT(updateSelectionMarkers())); QObject::connect(control, SIGNAL(cursorPositionChanged()), q, SLOT(updateSelectionMarkers())); QObject::connect(control, SIGNAL(cursorPositionChanged()), q, SIGNAL(cursorPositionChanged())); QObject::connect(control, SIGNAL(microFocusChanged()), q, SLOT(moveCursorDelegate())); QObject::connect(control, SIGNAL(linkActivated(QString)), q, SIGNAL(linkActivated(QString))); #ifndef QT_NO_CLIPBOARD QObject::connect(q, SIGNAL(readOnlyChanged(bool)), q, SLOT(q_canPasteChanged())); QObject::connect(QApplication::clipboard(), SIGNAL(dataChanged()), q, SLOT(q_canPasteChanged())); canPaste = control->canPaste(); #endif document = control->document(); document->setDefaultFont(font); document->setDocumentMargin(textMargin); document->setUndoRedoEnabled(false); // flush undo buffer. document->setUndoRedoEnabled(true); updateDefaultTextOption(); } void QDeclarative1TextEdit::q_textChanged() { Q_D(QDeclarative1TextEdit); d->text = text(); d->rightToLeftText = d->document->begin().layout()->engine()->isRightToLeft(); d->determineHorizontalAlignment(); d->updateDefaultTextOption(); updateSize(); updateTotalLines(); emit textChanged(d->text); } void QDeclarative1TextEdit::moveCursorDelegate() { Q_D(QDeclarative1TextEdit); d->determineHorizontalAlignment(); updateMicroFocus(); emit cursorRectangleChanged(); if(!d->cursor) return; QRectF cursorRect = cursorRectangle(); d->cursor->setX(cursorRect.x()); d->cursor->setY(cursorRect.y()); } void QDeclarative1TextEdit::updateSelectionMarkers() { Q_D(QDeclarative1TextEdit); if(d->lastSelectionStart != d->control->textCursor().selectionStart()){ d->lastSelectionStart = d->control->textCursor().selectionStart(); emit selectionStartChanged(); } if(d->lastSelectionEnd != d->control->textCursor().selectionEnd()){ d->lastSelectionEnd = d->control->textCursor().selectionEnd(); emit selectionEndChanged(); } } QRectF QDeclarative1TextEdit::boundingRect() const { Q_D(const QDeclarative1TextEdit); QRectF r = QDeclarative1PaintedItem::boundingRect(); int cursorWidth = 1; if(d->cursor) cursorWidth = d->cursor->width(); if(!d->document->isEmpty()) cursorWidth += 3;// ### Need a better way of accounting for space between char and cursor // Could include font max left/right bearings to either side of rectangle. r.setRight(r.right() + cursorWidth); return r.translated(0,d->yoff); } qreal QDeclarative1TextEditPrivate::implicitWidth() const { Q_Q(const QDeclarative1TextEdit); if (!requireImplicitWidth) { // We don't calculate implicitWidth unless it is required. // We need to force a size update now to ensure implicitWidth is calculated const_cast(this)->requireImplicitWidth = true; const_cast(q)->updateSize(); } return mImplicitWidth; } //### we should perhaps be a bit smarter here -- depending on what has changed, we shouldn't // need to do all the calculations each time void QDeclarative1TextEdit::updateSize() { Q_D(QDeclarative1TextEdit); if (isComponentComplete()) { qreal naturalWidth = d->mImplicitWidth; // ### assumes that if the width is set, the text will fill to edges // ### (unless wrap is false, then clipping will occur) if (widthValid()) { if (!d->requireImplicitWidth) { emit implicitWidthChanged(); // if the implicitWidth is used, then updateSize() has already been called (recursively) if (d->requireImplicitWidth) return; } if (d->requireImplicitWidth) { d->document->setTextWidth(-1); naturalWidth = d->document->idealWidth(); } if (d->document->textWidth() != width()) d->document->setTextWidth(width()); } else { d->document->setTextWidth(-1); } QFontMetrics fm = QFontMetrics(d->font); int dy = height(); dy -= (int)d->document->size().height(); int nyoff; if (heightValid()) { if (d->vAlign == AlignBottom) nyoff = dy; else if (d->vAlign == AlignVCenter) nyoff = dy/2; else nyoff = 0; } else { nyoff = 0; } if (nyoff != d->yoff) { prepareGeometryChange(); d->yoff = nyoff; } setBaselineOffset(fm.ascent() + d->yoff + d->textMargin); //### need to comfirm cost of always setting these int newWidth = qCeil(d->document->idealWidth()); if (!widthValid() && d->document->textWidth() != newWidth) d->document->setTextWidth(newWidth); // ### Text does not align if width is not set (QTextDoc bug) // ### Setting the implicitWidth triggers another updateSize(), and unless there are bindings nothing has changed. if (!widthValid()) setImplicitWidth(newWidth); else if (d->requireImplicitWidth) setImplicitWidth(naturalWidth); qreal newHeight = d->document->isEmpty() ? fm.height() : (int)d->document->size().height(); setImplicitHeight(newHeight); d->paintedSize = QSize(newWidth, newHeight); setContentsSize(d->paintedSize); emit paintedSizeChanged(); } else { d->dirty = true; } emit update(); } void QDeclarative1TextEdit::updateTotalLines() { Q_D(QDeclarative1TextEdit); int subLines = 0; for (QTextBlock it = d->document->begin(); it != d->document->end(); it = it.next()) { QTextLayout *layout = it.layout(); if (!layout) continue; subLines += layout->lineCount()-1; } int newTotalLines = d->document->lineCount() + subLines; if (d->lineCount != newTotalLines) { d->lineCount = newTotalLines; emit lineCountChanged(); } } void QDeclarative1TextEditPrivate::updateDefaultTextOption() { Q_Q(QDeclarative1TextEdit); QTextOption opt = document->defaultTextOption(); int oldAlignment = opt.alignment(); QDeclarative1TextEdit::HAlignment horizontalAlignment = q->effectiveHAlign(); if (rightToLeftText) { if (horizontalAlignment == QDeclarative1TextEdit::AlignLeft) horizontalAlignment = QDeclarative1TextEdit::AlignRight; else if (horizontalAlignment == QDeclarative1TextEdit::AlignRight) horizontalAlignment = QDeclarative1TextEdit::AlignLeft; } opt.setAlignment((Qt::Alignment)(int)(horizontalAlignment | vAlign)); QTextOption::WrapMode oldWrapMode = opt.wrapMode(); opt.setWrapMode(QTextOption::WrapMode(wrapMode)); if (oldWrapMode == opt.wrapMode() && oldAlignment == opt.alignment()) return; document->setDefaultTextOption(opt); } /*! \qmlmethod void QtQuick1::TextEdit::openSoftwareInputPanel() Opens software input panels like virtual keyboards for typing, useful for customizing when you want the input keyboard to be shown and hidden in your application. By default the opening of input panels follows the platform style. On Symbian^1 and Symbian^3 -based devices the panels are opened by clicking TextEdit. On other platforms the panels are automatically opened when TextEdit element gains active focus. Input panels are always closed if no editor has active focus. You can disable the automatic behavior by setting the property \c activeFocusOnPress to false and use functions openSoftwareInputPanel() and closeSoftwareInputPanel() to implement the behavior you want. Only relevant on platforms, which provide virtual keyboards. \code import QtQuick 1.0 TextEdit { id: textEdit text: "Hello world!" activeFocusOnPress: false MouseArea { anchors.fill: parent onClicked: { if (!textEdit.activeFocus) { textEdit.forceActiveFocus(); textEdit.openSoftwareInputPanel(); } else { textEdit.focus = false; } } onPressAndHold: textEdit.closeSoftwareInputPanel(); } } \endcode */ void QDeclarative1TextEdit::openSoftwareInputPanel() { if (qApp) { if (QGraphicsView * view = qobject_cast(qApp->focusWidget())) { if (view->scene() && view->scene() == scene()) { qApp->inputPanel()->show(); } } } } /*! \qmlmethod void QtQuick1::TextEdit::closeSoftwareInputPanel() Closes a software input panel like a virtual keyboard shown on the screen, useful for customizing when you want the input keyboard to be shown and hidden in your application. By default the opening of input panels follows the platform style. On Symbian^1 and Symbian^3 -based devices the panels are opened by clicking TextEdit. On other platforms the panels are automatically opened when TextEdit element gains active focus. Input panels are always closed if no editor has active focus. You can disable the automatic behavior by setting the property \c activeFocusOnPress to false and use functions openSoftwareInputPanel() and closeSoftwareInputPanel() to implement the behavior you want. Only relevant on platforms, which provide virtual keyboards. \code import QtQuick 1.0 TextEdit { id: textEdit text: "Hello world!" activeFocusOnPress: false MouseArea { anchors.fill: parent onClicked: { if (!textEdit.activeFocus) { textEdit.forceActiveFocus(); textEdit.openSoftwareInputPanel(); } else { textEdit.focus = false; } } onPressAndHold: textEdit.closeSoftwareInputPanel(); } } \endcode */ void QDeclarative1TextEdit::closeSoftwareInputPanel() { if (qApp) { if (QGraphicsView * view = qobject_cast(qApp->focusWidget())) { if (view->scene() && view->scene() == scene()) { qApp->inputPanel()->hide(); } } } } void QDeclarative1TextEdit::focusInEvent(QFocusEvent *event) { Q_D(const QDeclarative1TextEdit); if (d->showInputPanelOnFocus) { if (d->focusOnPress && !isReadOnly()) { openSoftwareInputPanel(); } } QDeclarative1PaintedItem::focusInEvent(event); } void QDeclarative1TextEdit::q_canPasteChanged() { Q_D(QDeclarative1TextEdit); bool old = d->canPaste; d->canPaste = d->control->canPaste(); if(old!=d->canPaste) emit canPasteChanged(); } QT_END_NAMESPACE