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basket/src/notecontent.cpp

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/***************************************************************************
* Copyright (C) 2003 by S<>astien Laot *
* slaout@linux62.org *
* *
* This program is free software; you can redistribute it and/or modify *
* it under the terms of the GNU General Public License as published by *
* the Free Software Foundation; either version 2 of the License, or *
* (at your option) any later version. *
* *
* This program is distributed in the hope that it will be useful, *
* but WITHOUT ANY WARRANTY; without even the implied warranty of *
* MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the *
* GNU General Public License for more details. *
* *
* You should have received a copy of the GNU General Public License *
* along with this program; if not, write to the *
* Free Software Foundation, Inc., *
* 51 Franklin Street, Fifth Floor, Boston, MA 02110-1301, USA. *
***************************************************************************/
#ifdef HAVE_CONFIG_H
#include "config.h"
#endif
#include <tqfile.h>
#include <tqdir.h>
#include <tqdom.h>
#include <tqpainter.h>
#include <tqstylesheet.h>
#include <tqfontmetrics.h>
#include <tqwidget.h>
#include <tqcursor.h>
#include <tqstringlist.h>
#include <tqbuffer.h>
#include <ktextedit.h>
#include <kservice.h>
#include <kcolordialog.h>
#include <tdemessagebox.h>
#include <tdelocale.h>
#include <tdeglobalsettings.h>
#include <kpixmapeffect.h>
#include <tqbitmap.h>
#include <kurifilter.h>
//#include <kstringhandler.h>
#include <tdefilemetainfo.h>
#include <tqdatetime.h>
#include <tdemultipledrag.h>
#include <tqfileinfo.h>
//#include <tdeio/tdefileitem.h>
#include <tdefileitem.h>
#include <tdeio/previewjob.h>
#include <tdeio/global.h>
#include <iostream>
#include "notecontent.h"
#include "note.h"
#include "noteedit.h"
#include "tag.h"
#include "basket.h"
#include "filter.h"
#include "xmlwork.h"
#include "tools.h"
#include "notefactory.h"
#include "linklabel.h"
#include "global.h"
#include "settings.h"
#include "focusedwidgets.h"
#include "debugwindow.h"
#include "kcolorcombo2.h"
#include "htmlexporter.h"
#ifdef WITH_ARTS
#include <arts/kplayobject.h>
#include <arts/kplayobjectfactory.h>
#include <arts/kartsserver.h>
#include <arts/kartsdispatcher.h>
#endif
/** class NoteContent:
*/
const int NoteContent::FEEDBACK_DARKING = 105;
NoteContent::NoteContent(Note *parent, const TQString &fileName)
: m_note(parent)
{
parent->setContent(this);
setFileName(fileName);
}
void NoteContent::saveToNode(TQDomDocument &doc, TQDomElement &content)
{
if (useFile()) {
TQDomText textNode = doc.createTextNode(fileName());
content.appendChild(textNode);
}
}
TQRect NoteContent::zoneRect(int zone, const TQPoint &/*pos*/)
{
if (zone == Note::Content)
return TQRect(0, 0, note()->width(), note()->height()); // Too wide and height, but it will be clipped by Note::zoneRect()
else
return TQRect();
}
KURL NoteContent::urlToOpen(bool /*with*/)
{
return (useFile() ? KURL(fullPath()) : KURL());
}
void NoteContent::setFileName(const TQString &fileName)
{
m_fileName = fileName;
}
bool NoteContent::trySetFileName(const TQString &fileName)
{
if (useFile() && fileName != m_fileName) {
TQString newFileName = Tools::fileNameForNewFile(fileName, basket()->fullPath());
TQDir dir;
dir.rename(fullPath(), basket()->fullPathForFileName(newFileName));
return true;
}
return false; // !useFile() or unsuccesful rename
}
TQString NoteContent::fullPath()
{
if (note() && useFile())
return note()->fullPath();
else
return "";
}
void NoteContent::contentChanged(int newMinWidth)
{
m_minWidth = newMinWidth;
if (note()) {
// note()->unbufferize();
note()->requestRelayout(); // TODO: It should re-set the width! m_width = 0 ? contentChanged: setWidth, geteight, if size havent changed, only repaint and not relayout
}
}
Basket* NoteContent::basket()
{
if (note())
return note()->basket();
else
return 0;
}
void NoteContent::setEdited()
{
note()->setLastModificationDate(TQDateTime::currentDateTime());
basket()->save();
}
/** All the Content Classes:
*/
NoteType::Id TextContent::type() { return NoteType::Text; }
NoteType::Id HtmlContent::type() { return NoteType::Html; }
NoteType::Id ImageContent::type() { return NoteType::Image; }
NoteType::Id AnimationContent::type() { return NoteType::Animation; }
NoteType::Id SoundContent::type() { return NoteType::Sound; }
NoteType::Id FileContent::type() { return NoteType::File; }
NoteType::Id LinkContent::type() { return NoteType::Link; }
NoteType::Id LauncherContent::type() { return NoteType::Launcher; }
NoteType::Id ColorContent::type() { return NoteType::Color; }
NoteType::Id UnknownContent::type() { return NoteType::Unknown; }
TQString TextContent::typeName() { return i18n("Plain Text"); }
TQString HtmlContent::typeName() { return i18n("Text"); }
TQString ImageContent::typeName() { return i18n("Image"); }
TQString AnimationContent::typeName() { return i18n("Animation"); }
TQString SoundContent::typeName() { return i18n("Sound"); }
TQString FileContent::typeName() { return i18n("File"); }
TQString LinkContent::typeName() { return i18n("Link"); }
TQString LauncherContent::typeName() { return i18n("Launcher"); }
TQString ColorContent::typeName() { return i18n("Color"); }
TQString UnknownContent::typeName() { return i18n("Unknown"); }
TQString TextContent::lowerTypeName() { return "text"; }
TQString HtmlContent::lowerTypeName() { return "html"; }
TQString ImageContent::lowerTypeName() { return "image"; }
TQString AnimationContent::lowerTypeName() { return "animation"; }
TQString SoundContent::lowerTypeName() { return "sound"; }
TQString FileContent::lowerTypeName() { return "file"; }
TQString LinkContent::lowerTypeName() { return "link"; }
TQString LauncherContent::lowerTypeName() { return "launcher"; }
TQString ColorContent::lowerTypeName() { return "color"; }
TQString UnknownContent::lowerTypeName() { return "unknown"; }
TQString NoteContent::toText(const TQString &cuttedFullPath)
{
return (cuttedFullPath.isEmpty() ? fullPath() : cuttedFullPath);
}
TQString TextContent::toText(const TQString &/*cuttedFullPath*/) { return text(); }
TQString HtmlContent::toText(const TQString &/*cuttedFullPath*/) { return Tools::htmlToText(html()); }
TQString LinkContent::toText(const TQString &/*cuttedFullPath*/)
{
if (autoTitle())
return url().prettyURL();
else if (title().isEmpty() && url().isEmpty())
return "";
else if (url().isEmpty())
return title();
else if (title().isEmpty())
return url().prettyURL();
else
return TQString("%1 <%2>").arg(title(), url().prettyURL());
}
TQString ColorContent::toText(const TQString &/*cuttedFullPath*/) { return color().name(); }
TQString UnknownContent::toText(const TQString &/*cuttedFullPath*/) { return ""; }
// TODO: If imageName.isEmpty() return fullPath() because it's for external use, else return fileName() because it's to display in a tooltip
TQString TextContent::toHtml(const TQString &/*imageName*/, const TQString &/*cuttedFullPath*/)
{ return Tools::textToHTMLWithoutP(text()); }
TQString HtmlContent::toHtml(const TQString &/*imageName*/, const TQString &/*cuttedFullPath*/)
{ return Tools::htmlToParagraph(html()); }
TQString ImageContent::toHtml(const TQString &/*imageName*/, const TQString &cuttedFullPath)
{ return TQString("<img src=\"%1\">").arg(cuttedFullPath.isEmpty() ? fullPath() : cuttedFullPath); }
TQString AnimationContent::toHtml(const TQString &/*imageName*/, const TQString &cuttedFullPath)
{ return TQString("<img src=\"%1\">").arg(cuttedFullPath.isEmpty() ? fullPath() : cuttedFullPath); }
TQString SoundContent::toHtml(const TQString &/*imageName*/, const TQString &cuttedFullPath)
{ return TQString("<a href=\"%1\">%2</a>").arg((cuttedFullPath.isEmpty() ? fullPath() : cuttedFullPath), fileName()); } // With the icon?
TQString FileContent::toHtml(const TQString &/*imageName*/, const TQString &cuttedFullPath)
{ return TQString("<a href=\"%1\">%2</a>").arg((cuttedFullPath.isEmpty() ? fullPath() : cuttedFullPath), fileName()); } // With the icon?
TQString LinkContent::toHtml(const TQString &/*imageName*/, const TQString &/*cuttedFullPath*/)
{ return TQString("<a href=\"%1\">%2</a>").arg(url().prettyURL(), title()); } // With the icon?
TQString LauncherContent::toHtml(const TQString &/*imageName*/, const TQString &cuttedFullPath)
{ return TQString("<a href=\"%1\">%2</a>").arg((cuttedFullPath.isEmpty() ? fullPath() : cuttedFullPath), name()); } // With the icon?
TQString ColorContent::toHtml(const TQString &/*imageName*/, const TQString &/*cuttedFullPath*/)
{ return TQString("<span style=\"color: %1\">%2</span>").arg(color().name(), color().name()); }
TQString UnknownContent::toHtml(const TQString &/*imageName*/, const TQString &/*cuttedFullPath*/)
{ return ""; }
TQPixmap ImageContent::toPixmap() { return pixmap(); }
TQPixmap AnimationContent::toPixmap() { return movie().framePixmap(); }
void NoteContent::toLink(KURL *url, TQString *title, const TQString &cuttedFullPath)
{
if (useFile()) {
*url = KURL(cuttedFullPath.isEmpty() ? fullPath() : cuttedFullPath);
*title = (cuttedFullPath.isEmpty() ? fullPath() : cuttedFullPath);
} else {
*url = KURL();
*title = TQString();
}
}
void LinkContent::toLink(KURL *url, TQString *title, const TQString &/*cuttedFullPath*/)
{
*url = this->url();
*title = this->title();
}
void LauncherContent::toLink(KURL *url, TQString *title, const TQString &cuttedFullPath)
{
*url = KURL(cuttedFullPath.isEmpty() ? fullPath() : cuttedFullPath);
*title = name();
}
void UnknownContent::toLink(KURL *url, TQString *title, const TQString &/*cuttedFullPath*/)
{
*url = KURL();
*title = TQString();
}
bool TextContent::useFile() { return true; }
bool HtmlContent::useFile() { return true; }
bool ImageContent::useFile() { return true; }
bool AnimationContent::useFile() { return true; }
bool SoundContent::useFile() { return true; }
bool FileContent::useFile() { return true; }
bool LinkContent::useFile() { return false; }
bool LauncherContent::useFile() { return true; }
bool ColorContent::useFile() { return false; }
bool UnknownContent::useFile() { return true; }
bool TextContent::canBeSavedAs() { return true; }
bool HtmlContent::canBeSavedAs() { return true; }
bool ImageContent::canBeSavedAs() { return true; }
bool AnimationContent::canBeSavedAs() { return true; }
bool SoundContent::canBeSavedAs() { return true; }
bool FileContent::canBeSavedAs() { return true; }
bool LinkContent::canBeSavedAs() { return true; }
bool LauncherContent::canBeSavedAs() { return true; }
bool ColorContent::canBeSavedAs() { return false; }
bool UnknownContent::canBeSavedAs() { return false; }
TQString TextContent::saveAsFilters() { return "text/plain"; }
TQString HtmlContent::saveAsFilters() { return "text/html"; }
TQString ImageContent::saveAsFilters() { return "image/png"; } // TODO: Offer more types
TQString AnimationContent::saveAsFilters() { return "image/gif"; } // TODO: MNG...
TQString SoundContent::saveAsFilters() { return "audio/x-mp3"; } // TODO: OGG...
TQString FileContent::saveAsFilters() { return "*"; } // TODO: Get MIME type of the url target
TQString LinkContent::saveAsFilters() { return "*"; } // TODO: idem File + If isDir(): return
TQString LauncherContent::saveAsFilters() { return "application/x-desktop"; }
TQString ColorContent::saveAsFilters() { return ""; }
TQString UnknownContent::saveAsFilters() { return ""; }
bool TextContent::match(const FilterData &data) { return (text().find(data.string, /*index=*/0, /*cs=*/false) != -1); }
bool HtmlContent::match(const FilterData &data) { return (m_textEquivalent/*toText("")*/.find(data.string, /*index=*/0, /*cs=*/false) != -1); } //OPTIM_FILTER
bool ImageContent::match(const FilterData &/*data*/) { return false; }
bool AnimationContent::match(const FilterData &/*data*/) { return false; }
bool SoundContent::match(const FilterData &data) { return (fileName().find(data.string, /*index=*/0, /*cs=*/false) != -1); }
bool FileContent::match(const FilterData &data) { return (fileName().find(data.string, /*index=*/0, /*cs=*/false) != -1); }
bool LinkContent::match(const FilterData &data) { return (title().find(data.string, 0, false) != -1 || url().prettyURL().find(data.string, 0, false) != -1); }
bool LauncherContent::match(const FilterData &data) { return (exec().find(data.string, 0, false) != -1 || name().find(data.string, 0, false) != -1); }
bool ColorContent::match(const FilterData &data) { return (TQString(color().name()).find(data.string, /*index=*/0, /*cs=*/false) != -1); }
bool UnknownContent::match(const FilterData &data) { return (mimeTypes().find(data.string, /*index=*/0, /*cs=*/false) != -1); }
TQString TextContent::editToolTipText() { return i18n("Edit this plain text"); }
TQString HtmlContent::editToolTipText() { return i18n("Edit this text"); }
TQString ImageContent::editToolTipText() { return i18n("Edit this image"); }
TQString AnimationContent::editToolTipText() { return i18n("Edit this animation"); }
TQString SoundContent::editToolTipText() { return i18n("Edit the file name of this sound"); }
TQString FileContent::editToolTipText() { return i18n("Edit the name of this file"); }
TQString LinkContent::editToolTipText() { return i18n("Edit this link"); }
TQString LauncherContent::editToolTipText() { return i18n("Edit this launcher"); }
TQString ColorContent::editToolTipText() { return i18n("Edit this color"); }
TQString UnknownContent::editToolTipText() { return i18n("Edit this unknown object"); }
TQString TextContent::cssClass() { return ""; }
TQString HtmlContent::cssClass() { return ""; }
TQString ImageContent::cssClass() { return ""; }
TQString AnimationContent::cssClass() { return ""; }
TQString SoundContent::cssClass() { return "sound"; }
TQString FileContent::cssClass() { return "file"; }
TQString LinkContent::cssClass() { return (LinkLook::lookForURL(m_url) == LinkLook::localLinkLook ? "local" : "network"); }
TQString LauncherContent::cssClass() { return "launcher"; }
TQString ColorContent::cssClass() { return "" ; }
TQString UnknownContent::cssClass() { return ""; }
void TextContent::fontChanged() { setText(text()); }
void HtmlContent::fontChanged() { setHtml(html()); }
void ImageContent::fontChanged() { setPixmap(pixmap()); }
void AnimationContent::fontChanged() { setMovie(movie()); }
void FileContent::fontChanged() { setFileName(fileName()); }
void LinkContent::fontChanged() { setLink(url(), title(), icon(), autoTitle(), autoIcon()); }
void LauncherContent::fontChanged() { setLauncher(name(), icon(), exec()); }
void ColorContent::fontChanged() { setColor(color()); }
void UnknownContent::fontChanged() { loadFromFile(/*lazyLoad=*/false); } // TODO: Optimize: setMimeTypes()
//TQString TextContent::customOpenCommand() { return (Settings::isTextUseProg() && ! Settings::textProg().isEmpty() ? Settings::textProg() : TQString()); }
TQString HtmlContent::customOpenCommand() { return (Settings::isHtmlUseProg() && ! Settings::htmlProg().isEmpty() ? Settings::htmlProg() : TQString()); }
TQString ImageContent::customOpenCommand() { return (Settings::isImageUseProg() && ! Settings::imageProg().isEmpty() ? Settings::imageProg() : TQString()); }
TQString AnimationContent::customOpenCommand() { return (Settings::isAnimationUseProg() && ! Settings::animationProg().isEmpty() ? Settings::animationProg() : TQString()); }
TQString SoundContent::customOpenCommand() { return (Settings::isSoundUseProg() && ! Settings::soundProg().isEmpty() ? Settings::soundProg() : TQString()); }
void LinkContent::serialize(TQDataStream &stream) { stream << url() << title() << icon() << (TQ_UINT64)autoTitle() << (TQ_UINT64)autoIcon(); }
void ColorContent::serialize(TQDataStream &stream) { stream << color(); }
TQPixmap TextContent::feedbackPixmap(int width, int height)
{
TQRect textRect = TQFontMetrics(note()->font()).boundingRect(0, 0, width, height, TQt::AlignAuto | TQt::AlignTop | TQt::WordBreak, text());
TQPixmap pixmap( TQMIN(width, textRect.width()), TQMIN(height, textRect.height()) );
pixmap.fill(note()->backgroundColor().dark(FEEDBACK_DARKING));
TQPainter painter(&pixmap);
painter.setPen(note()->textColor());
painter.setFont(note()->font());
painter.drawText(0, 0, pixmap.width(), pixmap.height(), TQt::AlignAuto | TQt::AlignTop | TQt::WordBreak, text());
painter.end();
return pixmap;
}
TQPixmap HtmlContent::feedbackPixmap(int width, int height)
{
TQSimpleRichText richText(html(), note()->font());
richText.setWidth(width);
TQColorGroup colorGroup(basket()->colorGroup());
colorGroup.setColor(TQColorGroup::Text, note()->textColor());
colorGroup.setColor(TQColorGroup::Background, note()->backgroundColor().dark(FEEDBACK_DARKING));
TQPixmap pixmap( TQMIN(width, richText.widthUsed()), TQMIN(height, richText.height()) );
pixmap.fill(note()->backgroundColor().dark(FEEDBACK_DARKING));
TQPainter painter(&pixmap);
painter.setPen(note()->textColor());
richText.draw(&painter, 0, 0, TQRect(0, 0, pixmap.width(), pixmap.height()), colorGroup);
painter.end();
return pixmap;
}
TQPixmap ImageContent::feedbackPixmap(int width, int height)
{
if (width >= m_pixmap.width() && height >= m_pixmap.height()) { // Full size
if (m_pixmap.hasAlpha()) {
TQPixmap opaque(m_pixmap.width(), m_pixmap.height());
opaque.fill(note()->backgroundColor().dark(FEEDBACK_DARKING));
TQPainter painter(&opaque);
painter.drawPixmap(0, 0, m_pixmap);
painter.end();
return opaque;
} else
return m_pixmap;
} else { // Scalled down
TQImage imageToScale = m_pixmap.convertToImage();
TQPixmap pmScaled;
pmScaled.convertFromImage(imageToScale./*smoothScale*/scale(width, height, TQImage::ScaleMin));
if (pmScaled.hasAlpha()) {
TQPixmap opaque(pmScaled.width(), pmScaled.height());
opaque.fill(note()->backgroundColor().dark(FEEDBACK_DARKING));
TQPainter painter(&opaque);
painter.drawPixmap(0, 0, pmScaled);
painter.end();
return opaque;
} else
return pmScaled;
}
}
TQPixmap AnimationContent::feedbackPixmap(int width, int height)
{
TQPixmap pixmap = m_movie.framePixmap();
if (width >= pixmap.width() && height >= pixmap.height()) // Full size
return pixmap;
else { // Scalled down
TQImage imageToScale = pixmap.convertToImage();
TQPixmap pmScaled;
pmScaled.convertFromImage(imageToScale./*smoothScale*/scale(width, height, TQImage::ScaleMin));
return pmScaled;
}
}
TQPixmap LinkContent::feedbackPixmap(int width, int height)
{
TQColorGroup colorGroup(basket()->colorGroup());
colorGroup.setColor(TQColorGroup::Text, note()->textColor());
colorGroup.setColor(TQColorGroup::Background, note()->backgroundColor().dark(FEEDBACK_DARKING));
return m_linkDisplay.feedbackPixmap(width, height, colorGroup, /*isDefaultColor=*/note()->textColor() == basket()->textColor());
}
TQPixmap ColorContent::feedbackPixmap(int width, int height)
{
// TODO: Duplicate code: make a rect() method!
TQRect textRect = TQFontMetrics(note()->font()).boundingRect(color().name());
int rectHeight = (textRect.height() + 2)*3/2;
int rectWidth = rectHeight * 14 / 10; // 1.4 times the height, like A4 papers.
TQColorGroup colorGroup(basket()->colorGroup());
colorGroup.setColor(TQColorGroup::Text, note()->textColor());
colorGroup.setColor(TQColorGroup::Background, note()->backgroundColor().dark(FEEDBACK_DARKING));
TQPixmap pixmap( TQMIN(width, rectWidth + RECT_MARGIN + textRect.width() + RECT_MARGIN), TQMIN(height, rectHeight) );
pixmap.fill(note()->backgroundColor().dark(FEEDBACK_DARKING));
TQPainter painter(&pixmap);
paint(&painter, pixmap.width(), pixmap.height(), colorGroup, false, false, false); // We don't care of the three last boolean parameters.
painter.end();
return pixmap;
}
TQPixmap FileContent::feedbackPixmap(int width, int height)
{
TQColorGroup colorGroup(basket()->colorGroup());
colorGroup.setColor(TQColorGroup::Text, note()->textColor());
colorGroup.setColor(TQColorGroup::Background, note()->backgroundColor().dark(FEEDBACK_DARKING));
return m_linkDisplay.feedbackPixmap(width, height, colorGroup, /*isDefaultColor=*/note()->textColor() == basket()->textColor());
}
TQPixmap LauncherContent::feedbackPixmap(int width, int height)
{
TQColorGroup colorGroup(basket()->colorGroup());
colorGroup.setColor(TQColorGroup::Text, note()->textColor());
colorGroup.setColor(TQColorGroup::Background, note()->backgroundColor().dark(FEEDBACK_DARKING));
return m_linkDisplay.feedbackPixmap(width, height, colorGroup, /*isDefaultColor=*/note()->textColor() == basket()->textColor());
}
TQPixmap UnknownContent::feedbackPixmap(int width, int height)
{
TQRect textRect = TQFontMetrics(note()->font()).boundingRect(0, 0, /*width=*/1, 500000, TQt::AlignAuto | TQt::AlignTop | TQt::WordBreak, m_mimeTypes);
TQColorGroup colorGroup(basket()->colorGroup());
colorGroup.setColor(TQColorGroup::Text, note()->textColor());
colorGroup.setColor(TQColorGroup::Background, note()->backgroundColor().dark(FEEDBACK_DARKING));
TQPixmap pixmap( TQMIN(width, DECORATION_MARGIN + textRect.width() + DECORATION_MARGIN), TQMIN(height, DECORATION_MARGIN + textRect.height() + DECORATION_MARGIN) );
TQPainter painter(&pixmap);
paint(&painter, pixmap.width() + 1, pixmap.height(), colorGroup, false, false, false); // We don't care of the three last boolean parameters.
painter.setPen(note()->backgroundColor().dark(FEEDBACK_DARKING));
painter.drawPoint(0, 0);
painter.drawPoint(pixmap.width() - 1, 0);
painter.drawPoint(0, pixmap.height() - 1);
painter.drawPoint(pixmap.width() - 1, pixmap.height() - 1);
painter.end();
return pixmap;
}
/** class TextContent:
*/
TextContent::TextContent(Note *parent, const TQString &fileName, bool lazyLoad)
: NoteContent(parent, fileName), m_simpleRichText(0)
{
basket()->addWatchedFile(fullPath());
loadFromFile(lazyLoad);
}
TextContent::~TextContent()
{
delete m_simpleRichText;
}
int TextContent::setWidthAndGetHeight(int width)
{
if (m_simpleRichText) {
width -= 1;
m_simpleRichText->setWidth(width);
return m_simpleRichText->height();
} else
return 10; // Lazy loaded
}
void TextContent::paint(TQPainter *painter, int width, int height, const TQColorGroup &colorGroup, bool /*isDefaultColor*/, bool /*isSelected*/, bool /*isHovered*/)
{
if (m_simpleRichText) {
width -= 1;
m_simpleRichText->draw(painter, 0, 0, TQRect(0, 0, width, height), colorGroup);
}
}
bool TextContent::loadFromFile(bool lazyLoad)
{
DEBUG_WIN << "Loading TextContent From " + basket()->folderName() + fileName();
TQString content;
bool success = basket()->loadFromFile(fullPath(), &content, /*isLocalEncoding=*/true);
if (success)
setText(content, lazyLoad);
else {
std::cout << "FAILED TO LOAD TextContent: " << fullPath().local8Bit() << std::endl;
setText("", lazyLoad);
if (!TQFile::exists(fullPath()))
saveToFile(); // Reserve the fileName so no new note will have the same name!
}
return success;
}
bool TextContent::finishLazyLoad()
{
int width = (m_simpleRichText ? m_simpleRichText->width() : 1);
delete m_simpleRichText;
TQString html = "<html><head><meta name=\"qrichtext\" content=\"1\" /></head><body>" + Tools::tagURLs(Tools::textToHTML(m_text)); // Don't collapse multiple spaces!
m_simpleRichText = new TQSimpleRichText(html, note()->font());
m_simpleRichText->setWidth(1); // We put a width of 1 pixel, so usedWidth() is egual to the minimum width
int minWidth = m_simpleRichText->widthUsed();
m_simpleRichText->setWidth(width);
contentChanged(minWidth + 1);
return true;
}
bool TextContent::saveToFile()
{
return basket()->saveToFile(fullPath(), text(), /*isLocalEncoding=*/true);
}
TQString TextContent::linkAt(const TQPoint &pos)
{
if (m_simpleRichText)
return m_simpleRichText->anchorAt(pos);
else
return ""; // Lazy loaded
}
TQString TextContent::messageWhenOpenning(OpenMessage where)
{
switch (where) {
case OpenOne: return i18n("Opening plain text...");
case OpenSeveral: return i18n("Opening plain texts...");
case OpenOneWith: return i18n("Opening plain text with...");
case OpenSeveralWith: return i18n("Opening plain texts with...");
case OpenOneWithDialog: return i18n("Open plain text with:");
case OpenSeveralWithDialog: return i18n("Open plain texts with:");
default: return "";
}
}
void TextContent::setText(const TQString &text, bool lazyLoad)
{
m_text = text;
if (!lazyLoad)
finishLazyLoad();
else
contentChanged(10);
}
void TextContent::exportToHTML(HTMLExporter *exporter, int indent)
{
TQString spaces;
TQString html = "<html><head><meta name=\"qrichtext\" content=\"1\" /></head><body>" +
Tools::tagURLs(Tools::textToHTMLWithoutP(text().replace("\t", " "))); // Don't collapse multiple spaces!
exporter->stream << html.replace(" ", " &nbsp;").replace("\n", "\n" + spaces.fill(' ', indent + 1));
}
/** class HtmlContent:
*/
HtmlContent::HtmlContent(Note *parent, const TQString &fileName, bool lazyLoad)
: NoteContent(parent, fileName), m_simpleRichText(0)
{
basket()->addWatchedFile(fullPath());
loadFromFile(lazyLoad);
}
HtmlContent::~HtmlContent()
{
delete m_simpleRichText;
}
int HtmlContent::setWidthAndGetHeight(int width)
{
if (m_simpleRichText) {
width -= 1;
m_simpleRichText->setWidth(width);
return m_simpleRichText->height();
} else
return 10; // Lazy loaded
}
void HtmlContent::paint(TQPainter *painter, int width, int height, const TQColorGroup &colorGroup, bool /*isDefaultColor*/, bool /*isSelected*/, bool /*isHovered*/)
{
if (m_simpleRichText) {
width -= 1;
m_simpleRichText->draw(painter, 0, 0, TQRect(0, 0, width, height), colorGroup);
}
}
bool HtmlContent::loadFromFile(bool lazyLoad)
{
DEBUG_WIN << "Loading HtmlContent From " + basket()->folderName() + fileName();
TQString content;
bool success = basket()->loadFromFile(fullPath(), &content, /*isLocalEncoding=*/true);
if (success)
setHtml(content, lazyLoad);
else {
std::cout << "FAILED TO LOAD HtmlContent: " << fullPath().local8Bit() << std::endl;
setHtml("", lazyLoad);
if (!TQFile::exists(fullPath()))
saveToFile(); // Reserve the fileName so no new note will have the same name!
}
return success;
}
bool HtmlContent::finishLazyLoad()
{
int width = (m_simpleRichText ? m_simpleRichText->width() : 1);
delete m_simpleRichText;
m_simpleRichText = new TQSimpleRichText(Tools::tagURLs(m_html), note()->font());
m_simpleRichText->setWidth(1); // We put a width of 1 pixel, so usedWidth() is egual to the minimum width
int minWidth = m_simpleRichText->widthUsed();
m_simpleRichText->setWidth(width);
contentChanged(minWidth + 1);
return true;
}
bool HtmlContent::saveToFile()
{
return basket()->saveToFile(fullPath(), html(), /*isLocalEncoding=*/true);
}
TQString HtmlContent::linkAt(const TQPoint &pos)
{
if (m_simpleRichText)
return m_simpleRichText->anchorAt(pos);
else
return ""; // Lazy loaded
}
TQString HtmlContent::messageWhenOpenning(OpenMessage where)
{
switch (where) {
case OpenOne: return i18n("Opening text...");
case OpenSeveral: return i18n("Opening texts...");
case OpenOneWith: return i18n("Opening text with...");
case OpenSeveralWith: return i18n("Opening texts with...");
case OpenOneWithDialog: return i18n("Open text with:");
case OpenSeveralWithDialog: return i18n("Open texts with:");
default: return "";
}
}
void HtmlContent::setHtml(const TQString &html, bool lazyLoad)
{
m_html = html;
m_textEquivalent = toText(""); //OPTIM_FILTER
if (!lazyLoad)
finishLazyLoad();
else
contentChanged(10);
}
void HtmlContent::exportToHTML(HTMLExporter *exporter, int indent)
{
TQString spaces;
exporter->stream << Tools::htmlToParagraph(Tools::tagURLs(html().replace("\t", " ")))
.replace(" ", " &nbsp;")
.replace("\n", "\n" + spaces.fill(' ', indent + 1));
}
/** class ImageContent:
*/
ImageContent::ImageContent(Note *parent, const TQString &fileName, bool lazyLoad)
: NoteContent(parent, fileName), m_format(0)
{
basket()->addWatchedFile(fullPath());
loadFromFile(lazyLoad);
}
int ImageContent::setWidthAndGetHeight(int width)
{
width -= 1;
// Don't store width: we will get it on paint!
if (width >= m_pixmap.width()) // Full size
return m_pixmap.height();
else { // Scalled down
double height = m_pixmap.height() * (double)width / m_pixmap.width();
return int((double)(int)height <= (height - 0.5) ? height + 1 : height);
}
}
void ImageContent::paint(TQPainter *painter, int width, int /*height*/, const TQColorGroup &/*colorGroup*/, bool /*isDefaultColor*/, bool /*isSelected*/, bool /*isHovered*/)
{
width -= 1;
// KPixmap pixmap = m_pixmap;
// if (note()->isSelected())
// pixmap = KPixmapEffect::selectedPixmap(m_pixmap, TDEGlobalSettings::highlightColor());
if (width >= m_pixmap.width()) // Full size
painter->drawPixmap(0, 0, m_pixmap);
else { // Scalled down
double scale = ((double)width) / m_pixmap.width();
painter->scale(scale, scale);
painter->drawPixmap(0, 0, m_pixmap); // TODO: Smooth !!!
}
}
bool ImageContent::loadFromFile(bool lazyLoad)
{
if (lazyLoad)
return true;
else
return finishLazyLoad();
}
bool ImageContent::finishLazyLoad()
{
DEBUG_WIN << "Loading ImageContent From " + basket()->folderName() + fileName();
TQByteArray content;
if (basket()->loadFromFile(fullPath(), &content))
{
TQBuffer buffer(content);
buffer.open(IO_ReadOnly);
m_format = (char* /* from const char* */)TQImageIO::imageFormat(&buffer); // See TQImageIO to know what formats can be supported.
buffer.close();
if (m_format) {
m_pixmap.loadFromData(content);
setPixmap(m_pixmap);
return true;
}
}
std::cout << "FAILED TO LOAD ImageContent: " << fullPath().local8Bit() << std::endl;
m_format = (char*)"PNG"; // If the image is set later, it should be saved without destruction, so we use PNG by default.
m_pixmap.resize(1, 1); // Create a 1x1 pixels image instead of an undefined one.
m_pixmap.fill();
m_pixmap.setMask(m_pixmap.createHeuristicMask());
setPixmap(m_pixmap);
if (!TQFile::exists(fullPath()))
saveToFile(); // Reserve the fileName so no new note will have the same name!
return false;
}
bool ImageContent::saveToFile()
{
TQByteArray ba;
TQBuffer buffer(ba);
buffer.open(IO_WriteOnly);
m_pixmap.save(&buffer, m_format);
return basket()->saveToFile(fullPath(), ba);
}
void ImageContent::toolTipInfos(TQStringList *keys, TQStringList *values)
{
keys->append(i18n("Size"));
values->append(i18n("%1 by %2 pixels").arg(TQString::number(m_pixmap.width()), TQString::number(m_pixmap.height())));
}
TQString ImageContent::messageWhenOpenning(OpenMessage where)
{
switch (where) {
case OpenOne: return i18n("Opening image...");
case OpenSeveral: return i18n("Opening images...");
case OpenOneWith: return i18n("Opening image with...");
case OpenSeveralWith: return i18n("Opening images with...");
case OpenOneWithDialog: return i18n("Open image with:");
case OpenSeveralWithDialog: return i18n("Open images with:");
default: return "";
}
}
void ImageContent::setPixmap(const TQPixmap &pixmap)
{
m_pixmap = pixmap;
// Since it's scalled, the height is always greater or equal to the size of the tag emblems (16)
contentChanged(16 + 1); // TODO: always good? I don't think...
}
void ImageContent::exportToHTML(HTMLExporter *exporter, int /*indent*/)
{
int width = m_pixmap.width();
int height = m_pixmap.height();
int contentWidth = note()->width() - note()->contentX() - 1 - Note::NOTE_MARGIN;
TQString imageName = exporter->copyFile(fullPath(), /*createIt=*/true);
if (contentWidth <= m_pixmap.width()) { // Scalled down
double scale = ((double)contentWidth) / m_pixmap.width();
width = (int)(m_pixmap.width() * scale);
height = (int)(m_pixmap.height() * scale);
exporter->stream << "<a href=\"" << exporter->dataFolderName << imageName << "\" title=\"" << i18n("Click for full size view") << "\">";
}
exporter->stream << "<img src=\"" << exporter->dataFolderName << imageName
<< "\" width=\"" << width << "\" height=\"" << height << "\" alt=\"\">";
if (contentWidth <= m_pixmap.width()) // Scalled down
exporter->stream << "</a>";
}
/** class AnimationContent:
*/
int AnimationContent::INVALID_STATUS = -100;
AnimationContent::AnimationContent(Note *parent, const TQString &fileName, bool lazyLoad)
: NoteContent(parent, fileName), m_oldStatus(INVALID_STATUS)
{
basket()->addWatchedFile(fullPath());
loadFromFile(lazyLoad);
}
int AnimationContent::setWidthAndGetHeight(int /*width*/)
{
/*width -= 1*/;
return m_movie.framePixmap().height() ; // TODO!!!
}
void AnimationContent::paint(TQPainter *painter, int width, int /*height*/, const TQColorGroup &/*colorGroup*/, bool /*isDefaultColor*/, bool /*isSelected*/, bool /*isHovered*/)
{
/*width -= 1*/;
// DEBUG_WIN << "AnimationContent::paint()";
const TQPixmap &frame = m_movie.framePixmap();
if (width >= frame.width()) // Full size
painter->drawPixmap(0, 0, frame);
else // Scalled down
painter->drawPixmap(0, 0, frame); // TODO: Scall down
}
bool AnimationContent::loadFromFile(bool lazyLoad)
{
if (lazyLoad)
return true;
else
return finishLazyLoad();
}
bool AnimationContent::finishLazyLoad()
{
DEBUG_WIN << "Loading MovieContent From " + basket()->folderName() + fileName();
// return setMovie(TQMovie(fullPath()));
bool success = false;
TQByteArray content;
if (basket()->loadFromFile(fullPath(), &content))
success = setMovie(TQMovie(content, content.size()));
if (!success)
setMovie(TQMovie());
return success;
}
bool AnimationContent::saveToFile()
{
// Impossible!
return false;
}
TQString AnimationContent::messageWhenOpenning(OpenMessage where)
{
switch (where) {
case OpenOne: return i18n("Opening animation...");
case OpenSeveral: return i18n("Opening animations...");
case OpenOneWith: return i18n("Opening animation with...");
case OpenSeveralWith: return i18n("Opening animations with...");
case OpenOneWithDialog: return i18n("Open animation with:");
case OpenSeveralWithDialog: return i18n("Open animations with:");
default: return "";
}
}
bool AnimationContent::setMovie(const TQMovie &movie)
{
if (!m_movie.isNull()) {
// Disconnect?
return false;
}
m_movie = movie;
m_movie.connectUpdate( this, TQ_SLOT(movieUpdated(const TQRect&)) );
m_movie.connectResize( this, TQ_SLOT(movieResized(const TQSize&)) );
m_movie.connectStatus( this, TQ_SLOT(movieStatus(int)) );
contentChanged( m_movie.framePixmap().width() + 1 ); // TODO
return true;
}
void AnimationContent::movieUpdated(const TQRect&)
{
note()->unbufferize();
note()->update();
}
void AnimationContent::movieResized(const TQSize&)
{
note()->requestRelayout(); // ?
}
/** When a user drop a .gif file, for instance, we don't know if it is an image
* or an animtion (gif file contain multiple images).
* To determin that, we assume this is an animation and count the number of images.
* TQMovie send, in this order:
* - For a unique image: TQMovie::EndOfFrame, TQMovie::EndOfLoop, TQMovie::EndOfMovie.
* - For animation: TQMovie::EndOfFrame... (for each image), TQMovie::EndOfLoop,
* and it then restart that for each loop.
*/
void AnimationContent::movieStatus(int status)
{
DEBUG_WIN << "movieStatus()";
// At least two frames: it's an animation, everything is OK
if (m_oldStatus == TQMovie::EndOfFrame && status == TQMovie::EndOfFrame) {
movie().disconnectStatus(this);
m_oldStatus = INVALID_STATUS;
// if (note()->isFocused()) // When inserting a new note we ensure it visble
// basket()->ensureNoteVisible(note()); // But after loading it has certainly grown and if it was
}
// Only one image: it's an image, change note's type
else if (m_oldStatus == TQMovie::EndOfFrame && status == TQMovie::EndOfLoop) {
movie().disconnectStatus(this);
m_oldStatus = INVALID_STATUS;
note()->setContent(new ImageContent(note(), fileName()));
basket()->save();
//delete this; // CRASH, as always !!!!!!!!!
//TQTimer::singleShot(0, this, TQ_SLOT(loadContent())); // Delayed to avoid crash!
//TQTimer::singleShot(100, this, TQ_SLOT(saveProperties())); // We should save it's an image and not an animation
// if (note()->isFocused())
// TQTimer::singleShot(25, note(), TQ_SLOT(delayedEnsureVisible()));
}
else
m_oldStatus = status;
}
void AnimationContent::exportToHTML(HTMLExporter *exporter, int /*indent*/)
{
exporter->stream << TQString("<img src=\"%1\" width=\"%2\" height=\"%3\" alt=\"\">")
.arg( exporter->dataFolderName + exporter->copyFile(fullPath(), /*createIt=*/true),
TQString::number(movie().framePixmap().size().width()),
TQString::number(movie().framePixmap().size().height()) );
}
/** class FileContent:
*/
FileContent::FileContent(Note *parent, const TQString &fileName)
: NoteContent(parent, fileName), m_previewJob(0)
{
basket()->addWatchedFile(fullPath());
setFileName(fileName); // FIXME: TO THAT HERE BECAUSE NoteContent() constructor seems to don't be able to call virtual methods???
}
int FileContent::setWidthAndGetHeight(int width)
{
m_linkDisplay.setWidth(width);
return m_linkDisplay.height();
}
void FileContent::paint(TQPainter *painter, int width, int height, const TQColorGroup &colorGroup, bool isDefaultColor, bool isSelected, bool isHovered)
{
m_linkDisplay.paint(painter, 0, 0, width, height, colorGroup, isDefaultColor, isSelected, isHovered, isHovered && note()->hoveredZone() == Note::Custom0);
}
bool FileContent::loadFromFile(bool /*lazyLoad*/)
{
setFileName(fileName()); // File changed: get new file preview!
return true;
}
void FileContent::toolTipInfos(TQStringList *keys, TQStringList *values)
{
// Get the size of the file:
uint size = TQFileInfo(fullPath()).size();
TQString humanFileSize = TDEIO::convertSize((TDEIO::filesize_t)size);
keys->append(i18n("Size"));
values->append(humanFileSize);
KMimeType::Ptr mime = KMimeType::findByURL(KURL(fullPath()));
if (mime) {
keys->append(i18n("Type"));
values->append(mime->comment());
}
KFileMetaInfo infos = KFileMetaInfo(KURL(fullPath()));
if (infos.isValid() && !infos.isEmpty()) {
TQStringList groups = infos.preferredKeys();
int i = 0;
for (TQStringList::Iterator it = groups.begin(); i < 6 && it != groups.end(); ++it) {
KFileMetaInfoItem metaInfoItem = infos.item(*it);
if (!metaInfoItem.string().isEmpty()) {
keys->append(metaInfoItem.translatedKey());
values->append(metaInfoItem.string());
++i;
}
}
}
}
int FileContent::zoneAt(const TQPoint &pos)
{
return (m_linkDisplay.iconButtonAt(pos) ? 0 : Note::Custom0);
}
TQRect FileContent::zoneRect(int zone, const TQPoint &/*pos*/)
{
TQRect linkRect = m_linkDisplay.iconButtonRect();
if (zone == Note::Custom0)
return TQRect(linkRect.width(), 0, note()->width(), note()->height()); // Too wide and height, but it will be clipped by Note::zoneRect()
else if (zone == Note::Content)
return linkRect;
else
return TQRect();
}
TQString FileContent::zoneTip(int zone)
{
return (zone == Note::Custom0 ? i18n("Open this file") : TQString());
}
void FileContent::setCursor(TQWidget *widget, int zone)
{
if (zone == Note::Custom0)
widget->setCursor(TQt::PointingHandCursor);
}
int FileContent::xEditorIndent()
{
return m_linkDisplay.iconButtonRect().width() + 2;
}
TQString FileContent::messageWhenOpenning(OpenMessage where)
{
switch (where) {
case OpenOne: return i18n("Opening file...");
case OpenSeveral: return i18n("Opening files...");
case OpenOneWith: return i18n("Opening file with...");
case OpenSeveralWith: return i18n("Opening files with...");
case OpenOneWithDialog: return i18n("Open file with:");
case OpenSeveralWithDialog: return i18n("Open files with:");
default: return "";
}
}
void FileContent::setFileName(const TQString &fileName)
{
NoteContent::setFileName(fileName);
KURL url = KURL(fullPath());
if (linkLook()->previewEnabled())
m_linkDisplay.setLink(fileName, NoteFactory::iconForURL(url), linkLook(), note()->font()); // FIXME: move iconForURL outside of NoteFactory !!!!!
else
m_linkDisplay.setLink(fileName, NoteFactory::iconForURL(url), TQPixmap(), linkLook(), note()->font());
startFetchingUrlPreview();
contentChanged(m_linkDisplay.minWidth());
}
void FileContent::linkLookChanged()
{
fontChanged();
//setFileName(fileName());
//startFetchingUrlPreview();
}
void FileContent::newPreview(const KFileItem*, const TQPixmap &preview)
{
LinkLook *linkLook = this->linkLook();
m_linkDisplay.setLink(fileName(), NoteFactory::iconForURL(KURL(fullPath())), (linkLook->previewEnabled() ? preview : TQPixmap()), linkLook, note()->font());
contentChanged(m_linkDisplay.minWidth());
}
void FileContent::removePreview(const KFileItem*)
{
newPreview(0, TQPixmap());
}
void FileContent::startFetchingUrlPreview()
{
KURL url(fullPath());
LinkLook *linkLook = this->linkLook();
// delete m_previewJob;
if (!url.isEmpty() && linkLook->previewSize() > 0) {
KURL filteredUrl = NoteFactory::filteredURL(url);//KURIFilter::self()->filteredURI(url);
KURL::List urlList;
urlList.append(filteredUrl);
m_previewJob = TDEIO::filePreview(urlList, linkLook->previewSize(), linkLook->previewSize(), linkLook->iconSize());
connect( m_previewJob, TQ_SIGNAL(gotPreview(const KFileItem*, const TQPixmap&)), this, TQ_SLOT(newPreview(const KFileItem*, const TQPixmap&)) );
connect( m_previewJob, TQ_SIGNAL(failed(const KFileItem*)), this, TQ_SLOT(removePreview(const KFileItem*)) );
}
}
void FileContent::exportToHTML(HTMLExporter *exporter, int indent)
{
TQString spaces;
TQString fileName = exporter->copyFile(fullPath(), true);
exporter->stream << m_linkDisplay.toHtml(exporter, KURL(exporter->dataFolderName + fileName), "").replace("\n", "\n" + spaces.fill(' ', indent + 1));
}
/** class SoundContent:
*/
SoundContent::SoundContent(Note *parent, const TQString &fileName)
: FileContent(parent, fileName)
{
setFileName(fileName); // FIXME: TO THAT HERE BECAUSE NoteContent() constructor seems to don't be able to call virtual methods???
}
TQString SoundContent::zoneTip(int zone)
{
return (zone == Note::Custom0 ? i18n("Open this sound") : TQString());
}
void SoundContent::setHoveredZone(int oldZone, int newZone)
{
#ifdef WITH_ARTS
static KArtsDispatcher *s_dispatcher = new KArtsDispatcher(); // Needed for s_playObj (we don't use it directly)
static KArtsServer *s_playServer = new KArtsServer();
static KDE::PlayObjectFactory *s_playFactory = new KDE::PlayObjectFactory(s_playServer);
static KDE::PlayObject *s_playObj = 0;
Q_UNUSED(s_dispatcher); // Avoid the compiler to tell us it is not used!
if (newZone == Note::Custom0 || newZone == Note::Content) {
// Start the sound preview:
if (oldZone != Note::Custom0 && oldZone != Note::Content) { // Don't restart if it was already in one of those zones
s_playObj = s_playFactory->createPlayObject(fullPath(), true);
s_playObj->play();
}
} else {
// Stop the sound preview, if it was started:
if (s_playObj) {
s_playObj->halt();
delete s_playObj;
s_playObj = 0;
}
}
#else
Q_UNUSED(oldZone);
if (newZone == Note::Custom0 || newZone == Note::Content)
std::cout << "Compiled without aRts: sound is not played." << std::endl;
#endif
}
TQString SoundContent::messageWhenOpenning(OpenMessage where)
{
switch (where) {
case OpenOne: return i18n("Opening sound...");
case OpenSeveral: return i18n("Opening sounds...");
case OpenOneWith: return i18n("Opening sound with...");
case OpenSeveralWith: return i18n("Opening sounds with...");
case OpenOneWithDialog: return i18n("Open sound with:");
case OpenSeveralWithDialog: return i18n("Open sounds with:");
default: return "";
}
}
/** class LinkContent:
*/
LinkContent::LinkContent(Note *parent, const KURL &url, const TQString &title, const TQString &icon, bool autoTitle, bool autoIcon)
: NoteContent(parent), m_previewJob(0)
{
setLink(url, title, icon, autoTitle, autoIcon);
}
int LinkContent::setWidthAndGetHeight(int width)
{
m_linkDisplay.setWidth(width);
return m_linkDisplay.height();
}
void LinkContent::paint(TQPainter *painter, int width, int height, const TQColorGroup &colorGroup, bool isDefaultColor, bool isSelected, bool isHovered)
{
m_linkDisplay.paint(painter, 0, 0, width, height, colorGroup, isDefaultColor, isSelected, isHovered, isHovered && note()->hoveredZone() == Note::Custom0);
}
void LinkContent::saveToNode(TQDomDocument &doc, TQDomElement &content)
{
content.setAttribute("title", title() );
content.setAttribute("icon", icon() );
content.setAttribute("autoTitle", (autoTitle() ? "true" : "false"));
content.setAttribute("autoIcon", (autoIcon() ? "true" : "false"));
TQDomText textNode = doc.createTextNode(url().prettyURL());
content.appendChild(textNode);
}
void LinkContent::toolTipInfos(TQStringList *keys, TQStringList *values)
{
keys->append(i18n("Target"));
values->append(m_url.prettyURL());
}
int LinkContent::zoneAt(const TQPoint &pos)
{
return (m_linkDisplay.iconButtonAt(pos) ? 0 : Note::Custom0);
}
TQRect LinkContent::zoneRect(int zone, const TQPoint &/*pos*/)
{
TQRect linkRect = m_linkDisplay.iconButtonRect();
if (zone == Note::Custom0)
return TQRect(linkRect.width(), 0, note()->width(), note()->height()); // Too wide and height, but it will be clipped by Note::zoneRect()
else if (zone == Note::Content)
return linkRect;
else
return TQRect();
}
TQString LinkContent::zoneTip(int zone)
{
return (zone == Note::Custom0 ? i18n("Open this link") : TQString());
}
void LinkContent::setCursor(TQWidget *widget, int zone)
{
if (zone == Note::Custom0)
widget->setCursor(TQt::PointingHandCursor);
}
TQString LinkContent::statusBarMessage(int zone)
{
if (zone == Note::Custom0 || zone == Note::Content)
return m_url.prettyURL();
else
return "";
}
KURL LinkContent::urlToOpen(bool /*with*/)
{
return NoteFactory::filteredURL(url());//KURIFilter::self()->filteredURI(url());
}
TQString LinkContent::messageWhenOpenning(OpenMessage where)
{
if (url().isEmpty())
return i18n("Link have no URL to open.");
switch (where) {
case OpenOne: return i18n("Opening link target...");
case OpenSeveral: return i18n("Opening link targets...");
case OpenOneWith: return i18n("Opening link target with...");
case OpenSeveralWith: return i18n("Opening link targets with...");
case OpenOneWithDialog: return i18n("Open link target with:");
case OpenSeveralWithDialog: return i18n("Open link targets with:");
default: return "";
}
}
void LinkContent::setLink(const KURL &url, const TQString &title, const TQString &icon, bool autoTitle, bool autoIcon)
{
m_autoTitle = autoTitle;
m_autoIcon = autoIcon;
m_url = NoteFactory::filteredURL(KURL(url));//KURIFilter::self()->filteredURI(url);
m_title = (autoTitle ? NoteFactory::titleForURL(m_url) : title);
m_icon = (autoIcon ? NoteFactory::iconForURL(m_url) : icon);
LinkLook *look = LinkLook::lookForURL(m_url);
if (look->previewEnabled())
m_linkDisplay.setLink(m_title, m_icon, look, note()->font());
else
m_linkDisplay.setLink(m_title, m_icon, TQPixmap(), look, note()->font());
startFetchingUrlPreview();
contentChanged(m_linkDisplay.minWidth());
}
void LinkContent::linkLookChanged()
{
fontChanged();
}
void LinkContent::newPreview(const KFileItem*, const TQPixmap &preview)
{
LinkLook *linkLook = LinkLook::lookForURL(url());
m_linkDisplay.setLink(title(), icon(), (linkLook->previewEnabled() ? preview : TQPixmap()), linkLook, note()->font());
contentChanged(m_linkDisplay.minWidth());
}
void LinkContent::removePreview(const KFileItem*)
{
newPreview(0, TQPixmap());
}
// Code dupicated from FileContent::startFetchingUrlPreview()
void LinkContent::startFetchingUrlPreview()
{
KURL url = this->url();
LinkLook *linkLook = LinkLook::lookForURL(this->url());
// delete m_previewJob;
if (!url.isEmpty() && linkLook->previewSize() > 0) {
KURL filteredUrl = NoteFactory::filteredURL(url);//KURIFilter::self()->filteredURI(url);
KURL::List urlList;
urlList.append(filteredUrl);
m_previewJob = TDEIO::filePreview(urlList, linkLook->previewSize(), linkLook->previewSize(), linkLook->iconSize());
connect( m_previewJob, TQ_SIGNAL(gotPreview(const KFileItem*, const TQPixmap&)), this, TQ_SLOT(newPreview(const KFileItem*, const TQPixmap&)) );
connect( m_previewJob, TQ_SIGNAL(failed(const KFileItem*)), this, TQ_SLOT(removePreview(const KFileItem*)) );
}
}
void LinkContent::exportToHTML(HTMLExporter *exporter, int indent)
{
TQString linkTitle = title();
// TODO:
// // Append address (useful for print version of the page/basket):
// if (exportData.formatForImpression && (!autoTitle() && title() != NoteFactory::titleForURL(url().prettyURL()))) {
// // The address is on a new line, unless title is empty (empty lines was replaced by &nbsp;):
// if (linkTitle == " "/*"&nbsp;"*/)
// linkTitle = url().prettyURL()/*""*/;
// else
// linkTitle = linkTitle + " <" + url().prettyURL() + ">"/*+ "<br>"*/;
// //linkTitle += "<i>" + url().prettyURL() + "</i>";
// }
KURL linkURL;
/*
TQFileInfo fInfo(url().path());
// DEBUG_WIN << url().path()
// << "IsFile:" + TQString::number(fInfo.isFile())
// << "IsDir:" + TQString::number(fInfo.isDir());
if (exportData.embedLinkedFiles && fInfo.isFile()) {
// DEBUG_WIN << "Embed file";
linkURL = exportData.dataFolderName + Basket::copyFile(url().path(), exportData.dataFolderPath, true);
} else if (exportData.embedLinkedFolders && fInfo.isDir()) {
// DEBUG_WIN << "Embed folder";
linkURL = exportData.dataFolderName + Basket::copyFile(url().path(), exportData.dataFolderPath, true);
} else {
// DEBUG_WIN << "Embed LINK";
*/
linkURL = url();
/*
}
*/
TQString spaces;
exporter->stream << m_linkDisplay.toHtml(exporter, linkURL, linkTitle).replace("\n", "\n" + spaces.fill(' ', indent + 1));
}
/** class LauncherContent:
*/
LauncherContent::LauncherContent(Note *parent, const TQString &fileName)
: NoteContent(parent, fileName)
{
basket()->addWatchedFile(fullPath());
loadFromFile(/*lazyLoad=*/false);
}
int LauncherContent::setWidthAndGetHeight(int width)
{
m_linkDisplay.setWidth(width);
return m_linkDisplay.height();
}
void LauncherContent::paint(TQPainter *painter, int width, int height, const TQColorGroup &colorGroup, bool isDefaultColor, bool isSelected, bool isHovered)
{
m_linkDisplay.paint(painter, 0, 0, width, height, colorGroup, isDefaultColor, isSelected, isHovered, isHovered && note()->hoveredZone() == Note::Custom0);
}
bool LauncherContent::loadFromFile(bool /*lazyLoad*/) // TODO: saveToFile() ?? Is it possible?
{
DEBUG_WIN << "Loading LauncherContent From " + basket()->folderName() + fileName();
KService service(fullPath());
setLauncher(service.name(), service.icon(), service.exec());
return true;
}
void LauncherContent::toolTipInfos(TQStringList *keys, TQStringList *values)
{
KService service(fullPath());
TQString exec = service.exec();
if (service.terminal())
exec = i18n("%1 <i>(run in terminal)</i>").arg(exec);
if (!service.comment().isEmpty() && service.comment() != service.name()) {
keys->append(i18n("Comment"));
values->append(service.comment());
}
keys->append(i18n("Command"));
values->append(exec);
}
int LauncherContent::zoneAt(const TQPoint &pos)
{
return (m_linkDisplay.iconButtonAt(pos) ? 0 : Note::Custom0);
}
TQRect LauncherContent::zoneRect(int zone, const TQPoint &/*pos*/)
{
TQRect linkRect = m_linkDisplay.iconButtonRect();
if (zone == Note::Custom0)
return TQRect(linkRect.width(), 0, note()->width(), note()->height()); // Too wide and height, but it will be clipped by Note::zoneRect()
else if (zone == Note::Content)
return linkRect;
else
return TQRect();
}
TQString LauncherContent::zoneTip(int zone)
{
return (zone == Note::Custom0 ? i18n("Launch this application") : TQString());
}
void LauncherContent::setCursor(TQWidget *widget, int zone)
{
if (zone == Note::Custom0)
widget->setCursor(TQt::PointingHandCursor);
}
KURL LauncherContent::urlToOpen(bool with)
{
if (KService(fullPath()).exec().isEmpty())
return KURL();
return (with ? KURL() : KURL(fullPath())); // Can open the appliation, but not with another application :-)
}
TQString LauncherContent::messageWhenOpenning(OpenMessage where)
{
if (KService(fullPath()).exec().isEmpty())
return i18n("The launcher have no command to run.");
switch (where) {
case OpenOne: return i18n("Launching application...");
case OpenSeveral: return i18n("Launching applications...");
case OpenOneWith:
case OpenSeveralWith:
case OpenOneWithDialog:
case OpenSeveralWithDialog: // TODO: "Open this application with this file as parameter"?
default: return "";
}
}
void LauncherContent::setLauncher(const TQString &name, const TQString &icon, const TQString &exec)
{
m_name = name;
m_icon = icon;
m_exec = exec;
m_linkDisplay.setLink(name, icon, LinkLook::launcherLook, note()->font());
contentChanged(m_linkDisplay.minWidth());
}
void LauncherContent::exportToHTML(HTMLExporter *exporter, int indent)
{
TQString spaces;
TQString fileName = exporter->copyFile(fullPath(), /*createIt=*/true);
exporter->stream << m_linkDisplay.toHtml(exporter, KURL(exporter->dataFolderName + fileName), "").replace("\n", "\n" + spaces.fill(' ', indent + 1));
}
/** class ColorContent:
*/
const int ColorContent::RECT_MARGIN = 2;
ColorContent::ColorContent(Note *parent, const TQColor &color)
: NoteContent(parent)
{
setColor(color);
}
int ColorContent::setWidthAndGetHeight(int /*width*/) // We do not need width because we can't word-break, and width is always >= minWidth()
{
// FIXME: Duplicate from setColor():
TQRect textRect = TQFontMetrics(note()->font()).boundingRect(color().name());
int rectHeight = (textRect.height() + 2)*3/2;
return rectHeight;
}
void ColorContent::paint(TQPainter *painter, int width, int height, const TQColorGroup &colorGroup, bool /*isDefaultColor*/, bool /*isSelected*/, bool /*isHovered*/)
{
// FIXME: Duplicate from setColor():
TQRect textRect = TQFontMetrics(note()->font()).boundingRect(color().name());
int rectHeight = (textRect.height() + 2)*3/2;
int rectWidth = rectHeight * 14 / 10; // 1.4 times the height, like A4 papers.
// FIXME: Duplicate from CommonColorSelector::drawColorRect:
// Fill:
painter->fillRect(1, 1, rectWidth - 2, rectHeight - 2, color());
// Stroke:
TQColor stroke = color().dark(125);
painter->setPen(stroke);
painter->drawLine(1, 0, rectWidth - 2, 0);
painter->drawLine(0, 1, 0, rectHeight - 2);
painter->drawLine(1, rectHeight - 1, rectWidth - 2, rectHeight - 1);
painter->drawLine(rectWidth - 1, 1, rectWidth - 1, rectHeight - 2);
// Round corners:
painter->setPen(Tools::mixColor(color(), stroke));
painter->drawPoint(1, 1);
painter->drawPoint(1, rectHeight - 2);
painter->drawPoint(rectWidth - 2, rectHeight - 2);
painter->drawPoint(rectWidth - 2, 1);
// Draw the text:
painter->setFont(note()->font());
painter->setPen(colorGroup.text());
painter->drawText(rectWidth + RECT_MARGIN, 0, width - rectWidth - RECT_MARGIN, height, TQt::AlignAuto | TQt::AlignVCenter, color().name());
}
void ColorContent::saveToNode(TQDomDocument &doc, TQDomElement &content)
{
TQDomText textNode = doc.createTextNode(color().name());
content.appendChild(textNode);
}
void ColorContent::toolTipInfos(TQStringList *keys, TQStringList *values)
{
int hue, saturation, value;
m_color.getHsv(&hue, &saturation, &value);
keys->append(i18n("RGB Colorspace: Red/Green/Blue", "RGB"));
values->append(i18n("<i>Red</i>: %1, <i>Green</i>: %2, <i>Blue</i>: %3,").arg(TQString::number(m_color.red()), TQString::number(m_color.green()), TQString::number(m_color.blue())));
keys->append(i18n("HSV Colorspace: Hue/Saturation/Value", "HSV"));
values->append(i18n("<i>Hue</i>: %1, <i>Saturation</i>: %2, <i>Value</i>: %3,").arg(TQString::number(hue), TQString::number(saturation), TQString::number(value)));
static TQString cssColors[] = {
"aqua", "00ffff",
"black", "000000",
"blue", "0000ff",
"fuchsia", "ff00ff",
"gray", "808080",
"green", "008000",
"lime", "00ff00",
"maroon", "800000",
"navy", "000080",
"olive", "808000",
"purple", "800080",
"red", "ff0000",
"silver", "c0c0c0",
"teal", "008080",
"white", "ffffff",
"yellow", "ffff00"
};
static TQString cssExtendedColors[] = {
"aliceblue", "f0f8ff",
"antiquewhite", "faebd7",
"aquamarine", "7fffd4",
"azure", "f0ffff",
"beige", "f5f5dc",
"bisque", "ffe4c4",
"blanchedalmond", "ffebcd",
"blueviolet", "8a2be2",
"brown", "a52a2a",
"burlywood", "deb887",
"cadetblue", "5f9ea0",
"chartreuse", "7fff00",
"chocolate", "d2691e",
"coral", "ff7f50",
"cornflowerblue", "6495ed",
"cornsilk", "fff8dc",
"crimson", "dc1436",
"cyan", "00ffff",
"darkblue", "00008b",
"darkcyan", "008b8b",
"darkgoldenrod", "b8860b",
"darkgray", "a9a9a9",
"darkgreen", "006400",
"darkkhaki", "bdb76b",
"darkmagenta", "8b008b",
"darkolivegreen", "556b2f",
"darkorange", "ff8c00",
"darkorchid", "9932cc",
"darkred", "8b0000",
"darksalmon", "e9967a",
"darkseagreen", "8fbc8f",
"darkslateblue", "483d8b",
"darkslategray", "2f4f4f",
"darkturquoise", "00ced1",
"darkviolet", "9400d3",
"deeppink", "ff1493",
"deepskyblue", "00bfff",
"dimgray", "696969",
"dodgerblue", "1e90ff",
"firebrick", "b22222",
"floralwhite", "fffaf0",
"forestgreen", "228b22",
"gainsboro", "dcdcdc",
"ghostwhite", "f8f8ff",
"gold", "ffd700",
"goldenrod", "daa520",
"greenyellow", "adff2f",
"honeydew", "f0fff0",
"hotpink", "ff69b4",
"indianred", "cd5c5c",
"indigo", "4b0082",
"ivory", "fffff0",
"khaki", "f0e68c",
"lavender", "e6e6fa",
"lavenderblush", "fff0f5",
"lawngreen", "7cfc00",
"lemonchiffon", "fffacd",
"lightblue", "add8e6",
"lightcoral", "f08080",
"lightcyan", "e0ffff",
"lightgoldenrodyellow", "fafad2",
"lightgreen", "90ee90",
"lightgrey", "d3d3d3",
"lightpink", "ffb6c1",
"lightsalmon", "ffa07a",
"lightseagreen", "20b2aa",
"lightskyblue", "87cefa",
"lightslategray", "778899",
"lightsteelblue", "b0c4de",
"lightyellow", "ffffe0",
"limegreen", "32cd32",
"linen", "faf0e6",
"magenta", "ff00ff",
"mediumaquamarine", "66cdaa",
"mediumblue", "0000cd",
"mediumorchid", "ba55d3",
"mediumpurple", "9370db",
"mediumseagreen", "3cb371",
"mediumslateblue", "7b68ee",
"mediumspringgreen", "00fa9a",
"mediumturquoise", "48d1cc",
"mediumvioletred", "c71585",
"midnightblue", "191970",
"mintcream", "f5fffa",
"mistyrose", "ffe4e1",
"moccasin", "ffe4b5",
"navajowhite", "ffdead",
"oldlace", "fdf5e6",
"olivedrab", "6b8e23",
"orange", "ffa500",
"orangered", "ff4500",
"orchid", "da70d6",
"palegoldenrod", "eee8aa",
"palegreen", "98fb98",
"paleturquoise", "afeeee",
"palevioletred", "db7093",
"papayawhip", "ffefd5",
"peachpuff", "ffdab9",
"peru", "cd853f",
"pink", "ffc0cb",
"plum", "dda0dd",
"powderblue", "b0e0e6",
"rosybrown", "bc8f8f",
"royalblue", "4169e1",
"saddlebrown", "8b4513",
"salmon", "fa8072",
"sandybrown", "f4a460",
"seagreen", "2e8b57",
"seashell", "fff5ee",
"sienna", "a0522d",
"skyblue", "87ceeb",
"slateblue", "6a5acd",
"slategray", "708090",
"snow", "fffafa",
"springgreen", "00ff7f",
"steelblue", "4682b4",
"tan", "d2b48c",
"thistle", "d8bfd8",
"tomato", "ff6347",
"turquoise", "40e0d0",
"violet", "ee82ee",
"wheat", "f5deb3",
"whitesmoke", "f5f5f5",
"yellowgreen", "9acd32"
};
TQString colorHex = color().name().mid(1); // Take the hexadecimal name of the color, without the '#'.
bool cssColorFound = false;
for (int i = 0; i < 2*16; i += 2) {
if (colorHex == cssColors[i+1]) {
keys->append(i18n("CSS Color Name"));
values->append(cssColors[i]);
cssColorFound = true;
break;
}
}
if (!cssColorFound)
for (int i = 0; i < 2*124; i += 2) {
if (colorHex == cssExtendedColors[i+1]) {
keys->append(i18n("CSS Extended Color Name"));
values->append(cssExtendedColors[i]);
break;
}
}
keys->append(i18n("Is Web Color"));
values->append(Tools::isWebColor(color()) ? i18n("Yes") : i18n("No"));
}
void ColorContent::setColor(const TQColor &color)
{
m_color = color;
TQRect textRect = TQFontMetrics(note()->font()).boundingRect(color.name());
int rectHeight = (textRect.height() + 2)*3/2;
int rectWidth = rectHeight * 14 / 10; // 1.4 times the height, like A4 papers.
contentChanged(rectWidth + RECT_MARGIN + textRect.width() + RECT_MARGIN); // The second RECT_MARGIN is because textRect.width() is too short. I done a bug? Can't figure out.
}
void ColorContent::addAlternateDragObjects(KMultipleDrag *dragObject)
{
dragObject->addDragObject( new TQColorDrag(color()) );
// addDragObject(new KColorDrag( note->color(), 0 ));
// addDragObject(new TQTextDrag( note->color().name(), 0 ));
/* // Creata and add the TQDragObject:
storedDrag = new TQStoredDrag("application/x-color");
storedDrag->setEncodedData(*array);
dragObject->addDragObject(storedDrag);
delete array;*/
}
void ColorContent::exportToHTML(HTMLExporter *exporter, int /*indent*/)
{
// FIXME: Duplicate from setColor(): TODO: rectSize()
TQRect textRect = TQFontMetrics(note()->font()).boundingRect(color().name());
int rectHeight = (textRect.height() + 2)*3/2;
int rectWidth = rectHeight * 14 / 10; // 1.4 times the height, like A4 papers.
TQString fileName = /*Tools::fileNameForNewFile(*/TQString(TQString("color_%1.png").arg(color().name()).lower().mid(1))/*, exportData.iconsFolderPath)*/;
TQString fullPath = exporter->iconsFolderPath + fileName;
TQPixmap colorIcon = KColorCombo2::colorRectPixmap(color(), /*isDefault=*/false, rectWidth, rectHeight);
colorIcon.save(fullPath, "PNG");
TQString iconHtml = TQString("<img src=\"%1\" width=\"%2\" height=\"%3\" alt=\"\">")
.arg(exporter->iconsFolderName + fileName, TQString::number(colorIcon.width()), TQString::number(colorIcon.height()));
exporter->stream << iconHtml + " " + color().name();
}
/** class UnknownContent:
*/
const int UnknownContent::DECORATION_MARGIN = 2;
UnknownContent::UnknownContent(Note *parent, const TQString &fileName)
: NoteContent(parent, fileName)
{
basket()->addWatchedFile(fullPath());
loadFromFile(/*lazyLoad=*/false);
}
int UnknownContent::setWidthAndGetHeight(int width)
{
width -= 1;
TQRect textRect = TQFontMetrics(note()->font()).boundingRect(0, 0, width, 500000, TQt::AlignAuto | TQt::AlignTop | TQt::WordBreak, m_mimeTypes);
return DECORATION_MARGIN + textRect.height() + DECORATION_MARGIN;
}
// TODO: Move this function from note.cpp to class Tools:
extern void drawGradient( TQPainter *p, const TQColor &colorTop, const TQColor & colorBottom,
int x, int y, int w, int h,
bool sunken, bool horz, bool flat ); /*const*/
void UnknownContent::paint(TQPainter *painter, int width, int height, const TQColorGroup &colorGroup, bool /*isDefaultColor*/, bool /*isSelected*/, bool /*isHovered*/)
{
width -= 1;
painter->setPen(colorGroup.text());
// FIXME: Duplicate from ColorContent::paint() and CommonColorSelector::drawColorRect:
// Fill with gradient:
drawGradient(painter, colorGroup.background(), colorGroup.background().dark(110), 1, 1, width - 2, height - 2, /*sunken=*/false, /*horz=*/true, /*flat=*/false);
// Stroke:
TQColor stroke = Tools::mixColor(colorGroup.background(), colorGroup.text());
painter->setPen(stroke);
painter->drawLine(1, 0, width - 2, 0);
painter->drawLine(0, 1, 0, height - 2);
painter->drawLine(1, height - 1, width - 2, height - 1);
painter->drawLine(width - 1, 1, width - 1, height - 2);
// Round corners:
painter->setPen(Tools::mixColor(colorGroup.background(), stroke));
painter->drawPoint(1, 1);
painter->drawPoint(1, height - 2);
painter->drawPoint(width - 2, height - 2);
painter->drawPoint(width - 2, 1);
painter->setPen(colorGroup.text());
painter->drawText(DECORATION_MARGIN, DECORATION_MARGIN, width - 2*DECORATION_MARGIN, height - 2*DECORATION_MARGIN,
TQt::AlignAuto | TQt::AlignVCenter | TQt::WordBreak, m_mimeTypes);
}
bool UnknownContent::loadFromFile(bool /*lazyLoad*/)
{
DEBUG_WIN << "Loading UnknownContent From " + basket()->folderName() + fileName();
TQFile file(fullPath());
if (file.open(IO_ReadOnly)) {
TQDataStream stream(&file);
TQString line;
m_mimeTypes = "";
// Get the MIME-types names:
do {
if (!stream.atEnd()) {
stream >> line;
if (!line.isEmpty()) {
if (m_mimeTypes.isEmpty())
m_mimeTypes += line;
else
m_mimeTypes += TQString("\n") + line;
}
}
} while (!line.isEmpty() && !stream.atEnd());
file.close();
}
TQRect textRect = TQFontMetrics(note()->font()).boundingRect(0, 0, /*width=*/1, 500000, TQt::AlignAuto | TQt::AlignTop | TQt::WordBreak, m_mimeTypes);
contentChanged(DECORATION_MARGIN + textRect.width() + DECORATION_MARGIN + 1);
return true;
}
void UnknownContent::addAlternateDragObjects(KMultipleDrag *dragObject)
{
TQFile file(fullPath());
if (file.open(IO_ReadOnly)) {
TQDataStream stream(&file);
// Get the MIME types names:
TQValueList<TQString> mimes;
TQString line;
do {
if (!stream.atEnd()) {
stream >> line;
if (!line.isEmpty())
mimes.append(line);
}
} while (!line.isEmpty() && !stream.atEnd());
// Add the streams:
TQ_UINT64 size; // TODO: It was TQ_UINT32 in version 0.5.0 !
TQByteArray *array;
TQStoredDrag *storedDrag;
for (TQValueList<TQString>::iterator it = mimes.begin(); it != mimes.end(); ++it) {
// Get the size:
stream >> size;
// Allocate memory to retreive size bytes and store them:
array = new TQByteArray(size);
stream.readRawBytes(array->data(), size);
// Creata and add the TQDragObject:
storedDrag = new TQStoredDrag((*it).utf8());
storedDrag->setEncodedData(*array);
dragObject->addDragObject(storedDrag);
delete array; // FIXME: Should we?
}
file.close();
}
}
void UnknownContent::exportToHTML(HTMLExporter *exporter, int indent)
{
TQString spaces;
exporter->stream << "<div class=\"unknown\">" << mimeTypes().replace("\n", "\n" + spaces.fill(' ', indent + 1 + 1)) << "</div>";
}
void NoteFactory__loadNode(const TQDomElement &content, const TQString &lowerTypeName, Note *parent, bool lazyLoad)
{
if (lowerTypeName == "text") new TextContent( parent, content.text(), lazyLoad );
else if (lowerTypeName == "html") new HtmlContent( parent, content.text(), lazyLoad );
else if (lowerTypeName == "image") new ImageContent( parent, content.text(), lazyLoad );
else if (lowerTypeName == "animation") new AnimationContent( parent, content.text(), lazyLoad );
else if (lowerTypeName == "sound") new SoundContent( parent, content.text() );
else if (lowerTypeName == "file") new FileContent( parent, content.text() );
else if (lowerTypeName == "link") {
bool autoTitle = content.attribute("title") == content.text();
bool autoIcon = content.attribute("icon") == NoteFactory::iconForURL(KURL(content.text()));
autoTitle = XMLWork::trueOrFalse( content.attribute("autoTitle"), autoTitle);
autoIcon = XMLWork::trueOrFalse( content.attribute("autoIcon"), autoIcon );
new LinkContent( parent, KURL(content.text()), content.attribute("title"), content.attribute("icon"), autoTitle, autoIcon );
} else if (lowerTypeName == "launcher") new LauncherContent( parent, content.text() );
else if (lowerTypeName == "color") new ColorContent( parent, TQColor(content.text()) );
else if (lowerTypeName == "unknown") new UnknownContent( parent, content.text() );
}
#include "notecontent.moc"
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