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Diffstat (limited to 'src/__TODO/UiGuiSettings.cpp')
| -rw-r--r-- | src/__TODO/UiGuiSettings.cpp | 933 |
1 files changed, 933 insertions, 0 deletions
diff --git a/src/__TODO/UiGuiSettings.cpp b/src/__TODO/UiGuiSettings.cpp new file mode 100644 index 0000000..ebac977 --- /dev/null +++ b/src/__TODO/UiGuiSettings.cpp @@ -0,0 +1,933 @@ +/*************************************************************************** +* Copyright (C) 2006-2012 by Thomas Schweitzer * +* thomas-schweitzer(at)arcor.de * +* * +* This program is free software; you can redistribute it and/or modify * +* it under the terms of the GNU General Public License version 2.0 as * +* published by the Free Software Foundation. * +* * +* 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 in the file LICENSE.GPL; if not, write to the * +* Free Software Foundation, Inc., * +* 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. * +***************************************************************************/ + +#include "UiGuiSettings.h" + +#include "SettingsPaths.h" + +#include <tqsettings.h> +#include <tqpoint.h> +#include <tqsize.h> +#include <tqdir.h> +#include <tqdate.h> +#include <tqstringlist.h> +#include <tqcoreapplication.h> +#include <tqmetamethod.h> +#include <tqmetaproperty.h> +#include <tqwidget.h> + +//! \defgroup grp_Settings All concerning the settings. + +/*! + \class UiGuiSettings + \ingroup grp_Settings + \brief Handles the settings of the program. Reads them on startup and saves them on exit. + Is a singleton class and can only be accessed via getInstance(). +*/ + +// Inits the single class instance pointer. +TQWeakPointer<UiGuiSettings> UiGuiSettings::_instance; + + +/*! + \brief The constructor for the settings. +*/ +UiGuiSettings::UiGuiSettings() : + TQObject() +{ + // Create the main application settings object from the UniversalIndentGUI.ini file. + _qsettings = new TQSettings( + SettingsPaths::getSettingsPath() + "/UniversalIndentGUI.ini", TQSettings::IniFormat, this); + + _indenterDirctoryStr = SettingsPaths::getGlobalFilesPath() + "/indenters"; + readAvailableTranslations(); + initSettings(); +} + +/*! + \brief Returns the instance of the settings class. If no instance exists, ONE will be created. + */ +TQSharedPointer<UiGuiSettings> UiGuiSettings::getInstance() +{ + TQSharedPointer<UiGuiSettings> sharedInstance = _instance.toStrongRef(); + if (sharedInstance.isNull()) + { + // Create the settings object, which loads all UiGui settings from a file. + sharedInstance = TQSharedPointer<UiGuiSettings>(new UiGuiSettings()); + _instance = sharedInstance.toWeakRef(); + } + + return sharedInstance; +} + +/*! + \brief The destructor saves the settings to a file. + */ +UiGuiSettings::~UiGuiSettings() +{ + // Convert the language setting from an integer index to a string. + int index = _qsettings->value("UniversalIndentGUI/language", 0).toInt(); + if (index < 0 || index >= _availableTranslations.size()) + { + index = 0; + } + + _qsettings->setValue("UniversalIndentGUI/language", _availableTranslations.at(index)); +} + +/*! + \brief Scans the translations directory for available translation files and + stores them in the TQList \a _availableTranslations. + */ +void UiGuiSettings::readAvailableTranslations() +{ + TQString languageShort; + TQStringList languageFileList; + + // English is the default language. A translation file does not exist but to have a menu entry, + // added here. + languageFileList << "universalindent_en.qm"; + + // Find all translation files in the "translations" directory. + TQDir translationDirectory = TQDir(SettingsPaths::getGlobalFilesPath() + "/translations"); + languageFileList << translationDirectory.entryList(TQStringList("universalindent_*.qm")); + + // Loop for each found translation file + foreach(languageShort, languageFileList) + { + // Remove the leading string "universalindent_" from the filename. + languageShort.remove(0, 16); + // Remove trailing file extension ".qm". + languageShort.chop(3); + + _availableTranslations.append(languageShort); + } +} + +/*! + \brief Returns a list of the mnemonics of the available translations. + */ +TQStringList UiGuiSettings::getAvailableTranslations() +{ + return _availableTranslations; +} + +/*! + \brief Returns the value of the by \a settingsName defined setting as TQVariant. + + If the named setting does not exist, 0 is being returned. +*/ +TQVariant UiGuiSettings::getValueByName(TQString settingName) +{ + return _qsettings->value("UniversalIndentGUI/" + settingName); +} + +/*! + \brief Loads the settings for the main application. + + Settings are for example last selected indenter, last loaded source code file and so on. +*/ +bool UiGuiSettings::initSettings() +{ + // Read the version string saved in the settings file. + _qsettings->setValue("UniversalIndentGUI/version", + _qsettings->value("UniversalIndentGUI/version", "")); + + // Read windows last size and position from the settings file. + _qsettings->setValue("UniversalIndentGUI/maximized", + _qsettings->value("UniversalIndentGUI/maximized", false)); + _qsettings->setValue("UniversalIndentGUI/position", + _qsettings->value("UniversalIndentGUI/position", TQPoint(50, 50))); + _qsettings->setValue("UniversalIndentGUI/size", + _qsettings->value("UniversalIndentGUI/size", TQSize(800, 600))); + + // Read last selected encoding for the opened source code file. + _qsettings->setValue("UniversalIndentGUI/encoding", + _qsettings->value("UniversalIndentGUI/encoding", "UTF-8")); + + // Read maximum length of list for recently opened files. + _qsettings->setValue("UniversalIndentGUI/recentlyOpenedListSize", + _qsettings->value("UniversalIndentGUI/recentlyOpenedListSize", 5)); + + // Read if last opened source code file should be loaded on startup. + _qsettings->setValue("UniversalIndentGUI/loadLastSourceCodeFileOnStartup", + _qsettings->value("UniversalIndentGUI/loadLastSourceCodeFileOnStartup", true)); + + // Read last opened source code file from the settings file. + _qsettings->setValue("UniversalIndentGUI/lastSourceCodeFile", + _qsettings->value("UniversalIndentGUI/lastSourceCodeFile", + _indenterDirctoryStr + "/example.cpp")); + + // Read last selected indenter from the settings file. + int selectedIndenter = _qsettings->value("UniversalIndentGUI/selectedIndenter", 0).toInt(); + if (selectedIndenter < 0) + { + selectedIndenter = 0; + } + _qsettings->setValue("UniversalIndentGUI/selectedIndenter", selectedIndenter); + + // Read if syntax highlighting is enabled. + _qsettings->setValue("UniversalIndentGUI/SyntaxHighlightingEnabled", + _qsettings->value("UniversalIndentGUI/SyntaxHighlightingEnabled", true)); + + // Read if white space characters should be displayed. + _qsettings->setValue("UniversalIndentGUI/whiteSpaceIsVisible", + _qsettings->value("UniversalIndentGUI/whiteSpaceIsVisible", false)); + + // Read if indenter parameter tool tips are enabled. + _qsettings->setValue("UniversalIndentGUI/indenterParameterTooltipsEnabled", + _qsettings->value("UniversalIndentGUI/indenterParameterTooltipsEnabled", true)); + + // Read the tab width from the settings file. + _qsettings->setValue("UniversalIndentGUI/tabWidth", + _qsettings->value("UniversalIndentGUI/tabWidth", 4)); + + // Read the last selected language and stores the index it has in the list of available + // translations. + _qsettings->setValue("UniversalIndentGUI/language", + _availableTranslations.indexOf(_qsettings->value("UniversalIndentGUI/language", + "").toString())); + + // Read the update check settings from the settings file. + _qsettings->setValue("UniversalIndentGUI/CheckForUpdate", + _qsettings->value("UniversalIndentGUI/CheckForUpdate", false)); + _qsettings->setValue("UniversalIndentGUI/LastUpdateCheck", + _qsettings->value("UniversalIndentGUI/LastUpdateCheck", TQDate(1900, 1, 1))); + + // Read the main window state. + _qsettings->setValue("UniversalIndentGUI/MainWindowState", + _qsettings->value("UniversalIndentGUI/MainWindowState", TQByteArray())); + + return true; +} + +/*! + \brief Register the by \a propertyName defined property of \a obj to be connected to the setting defined by \a settingName. + + The \a propertyName must be one of those that are listed in the TQt "Properties" documentation section of a TQt Object. + All further needed info is retrieved via the \a obj's MetaObject, like the to the property bound signal. + */ +bool UiGuiSettings::registerObjectProperty(TQObject *obj, const TQString &propertyName, + const TQString &settingName) +{ + const TQMetaObject *metaObject = obj->metaObject(); + bool connectSuccess = false; + + // Connect to the objects destroyed signal, so that it will be correctly unregistered. + connectSuccess = + connect(obj, SIGNAL(destroyed(TQObject*)), this, + SLOT(unregisterObjectProperty(TQObject*))); + + int indexOfProp = metaObject->indexOfProperty(qPrintable(propertyName)); + if (connectSuccess && indexOfProp > -1) + { + TQMetaProperty mProp = metaObject->property(indexOfProp); + + // Connect to the property's value changed signal. + if (mProp.hasNotifySignal()) + { + TQMetaMethod signal = mProp.notifySignal(); + //TQString teststr = qPrintable(SIGNAL() + TQString(signal.signature())); + // The command "SIGNAL() + TQString(signal.signature())" assembles the signal methods + // signature to a valid TQt SIGNAL. + connectSuccess = + connect(obj, qPrintable(SIGNAL() + TQString(signal.signature())), this, + SLOT(handleObjectPropertyChange())); + } + + if (connectSuccess) + { + _registeredObjectProperties[obj] = TQStringList() << propertyName << settingName; + } + else + { + //TODO: Write a debug warning to the log. + disconnect(obj, SIGNAL(destroyed(TQObject*)), this, + SLOT(unregisterObjectProperty(TQObject*))); + return false; + } + + // If setting already exists, set the objects property to the setting value. + if (_qsettings->contains("UniversalIndentGUI/" + settingName)) + { + mProp.write(obj, _qsettings->value("UniversalIndentGUI/" + settingName)); + } + // Otherwise add the setting and set it to the value of the objects property. + else + { + _qsettings->setValue("UniversalIndentGUI/" + settingName, mProp.read(obj)); + } + } + else + { + //TODO: Write a debug warning to the log. + disconnect(obj, SIGNAL(destroyed(TQObject*)), this, SLOT(unregisterObjectProperty(TQObject*))); + return false; + } + + return true; +} + +/*! + \brief Searches the child TQObjects of \a obj for a property name and setting name definition within + their custom properties and registers this property name to that setting name if both were found. + + The custom properties, for which are searched, are "connectedPropertyName" and "connectedSettingName", + where "connectedPropertyName" is the name of a TQObject property as it is documented in the TQtDocs, and + "connectedSettingName" is the name of a setting here within UiGuiSettings. If the mentioned setting + name doesn't exist, it will be created. + + Returns true, if all found property and setting definitions could be successfully registered. + Returns false, if any of those registrations fails. + */ +bool UiGuiSettings::registerObjectPropertyRecursive(TQObject *obj) +{ + return checkCustomPropertiesAndCallFunction(obj, &UiGuiSettings::registerObjectProperty); +} + +/*! + \brief Assigns the by \a settingName defined setting value to the by \a propertyName defined property of \a obj. + + Returns true, if the value could be assigned, otherwise returns false, which is the case if settingName doesn't exist + within the settings or if the mentioned propertyName wasn't found for the \a obj. + */ +bool UiGuiSettings::setObjectPropertyToSettingValue(TQObject *obj, const TQString &propertyName, + const TQString &settingName) +{ + const TQMetaObject *metaObject = obj->metaObject(); + + int indexOfProp = metaObject->indexOfProperty(qPrintable(propertyName)); + if (indexOfProp > -1) + { + TQMetaProperty mProp = metaObject->property(indexOfProp); + + // If setting already exists, set the objects property to the setting value. + if (_qsettings->contains("UniversalIndentGUI/" + settingName)) + { + mProp.write(obj, _qsettings->value("UniversalIndentGUI/" + settingName)); + } + // The setting didn't exist so return that setting the objects property failed. + else + { + //TODO: Write a debug warning to the log. + return false; + } + } + else + { + //TODO: Write a debug warning to the log. + return false; + } + + return true; +} + +/*! + \brief Searches the child TQObjects of \a obj for a property name and setting name definition within + their custom properties and sets each property to settings value. + + The custom properties, for which are searched, are "connectedPropertyName" and "connectedSettingName", + where "connectedPropertyName" is the name of a TQObject property as it is documented in the TQtDocs, and + "connectedSettingName" is the name of a setting here within UiGuiSettings. + + Returns true, if all found property and setting definitions could be successfully registered. + Returns false, if any of those registrations fails. + */ +bool UiGuiSettings::setObjectPropertyToSettingValueRecursive(TQObject *obj) +{ + return checkCustomPropertiesAndCallFunction(obj, &UiGuiSettings::setObjectPropertyToSettingValue); +} + +/*! + \brief Assigns the by \a propertyName defined property's value of \a obj to the by \a settingName defined setting. + + If the \a settingName didn't exist yet, it will be created. + + Returns true, if the value could be assigned, otherwise returns false, which is the case if the mentioned + propertyName wasn't found for the \a obj. + */ +bool UiGuiSettings::setSettingToObjectPropertyValue(TQObject *obj, const TQString &propertyName, + const TQString &settingName) +{ + const TQMetaObject *metaObject = obj->metaObject(); + + int indexOfProp = metaObject->indexOfProperty(qPrintable(propertyName)); + if (indexOfProp > -1) + { + TQMetaProperty mProp = metaObject->property(indexOfProp); + + setValueByName(settingName, mProp.read(obj)); + } + else + { + //TODO: Write a debug warning to the log. + return false; + } + + return true; +} + +/*! + \brief Searches the child TQObjects of \a obj for a property name and setting name definition within + their custom properties and sets each setting to the property value. + + The custom properties, for which are searched, are "connectedPropertyName" and "connectedSettingName", + where "connectedPropertyName" is the name of a TQObject property as it is documented in the TQtDocs, and + "connectedSettingName" is the name of a setting here within UiGuiSettings. If the settingName + didn't exist yet, it will be created. + + Returns true, if all found property and setting definitions could be successfully registered. + Returns false, if any of those registrations fails. + */ +bool UiGuiSettings::setSettingToObjectPropertyValueRecursive(TQObject *obj) +{ + return checkCustomPropertiesAndCallFunction(obj, &UiGuiSettings::setSettingToObjectPropertyValue); +} + +/*! + \brief Iterates over all \a objs child TQObjects and checks whether they have the custom properties + "connectedPropertyName" and "connectedSettingName" set. If both are set, it invokes the \a callBackFunc + with both. + */ +bool UiGuiSettings::checkCustomPropertiesAndCallFunction(TQObject *obj, bool (UiGuiSettings::*callBackFunc)( + TQObject *obj, const TQString &propertyName, + const TQString &settingName)) +{ + bool success = true; + + // Find all widgets that have PropertyName and SettingName defined in their style sheet. + TQList<TQObject*> allObjects = obj->findChildren<TQObject*>(); + foreach(TQObject * object, allObjects) + { + TQString propertyName = object->property("connectedPropertyName").toString(); + TQString settingName = object->property("connectedSettingName").toString(); + + // If property and setting name were found, register that widget with the settings. + if (!propertyName.isEmpty() && !settingName.isEmpty()) + { + success &= (this->*callBackFunc)(object, propertyName, settingName); + } + } + + return success; +} + +/*! + \brief The with a certain property registered \a obj gets unregistered. + */ +void UiGuiSettings::unregisterObjectProperty(TQObject *obj) +{ + if (_registeredObjectProperties.contains(obj)) + { + const TQMetaObject *metaObject = obj->metaObject(); + TQString propertyName = _registeredObjectProperties[obj].first(); + TQString settingName = _registeredObjectProperties[obj].last(); + + bool connectSuccess = false; + int indexOfProp = metaObject->indexOfProperty(qPrintable(propertyName)); + if (indexOfProp > -1) + { + TQMetaProperty mProp = metaObject->property(indexOfProp); + + // Disconnect to the property's value changed signal. + if (mProp.hasNotifySignal()) + { + TQMetaMethod signal = mProp.notifySignal(); + // The command "SIGNAL() + TQString(signal.signature())" assembles the signal methods + // signature to a valid TQt SIGNAL. + connectSuccess = disconnect(obj, qPrintable(SIGNAL() + TQString( + signal.signature())), this, SLOT(handleObjectPropertyChange())); + } + } + _registeredObjectProperties.remove(obj); + } +} + +/*! + \brief Registers a slot form the \a obj by its \a slotName to be invoked, if the by \a settingName defined + setting changes. + + The registered slot may have no parameters or exactly one. If it accepts one parameter, whenever the setting + \a settingName changes the slot gets tried to be invoked with the settings value as parameter. This only works, + if the slot parameter is of the same type as the setting. + */ +bool UiGuiSettings::registerObjectSlot(TQObject *obj, const TQString &slotName, + const TQString &settingName) +{ + const TQMetaObject *metaObject = obj->metaObject(); + + bool connectSuccess = false; + // Connect to the objects destroyed signal, so that it will be correctly unregistered. + connectSuccess = + connect(obj, SIGNAL(destroyed(TQObject*)), this, SLOT(unregisterObjectSlot(TQObject*))); + + TQString normalizedSlotName = TQMetaObject::normalizedSignature(qPrintable(slotName)); + int indexOfMethod = metaObject->indexOfMethod(qPrintable(normalizedSlotName)); + if (connectSuccess && indexOfMethod > -1) + { + TQMetaMethod mMethod = metaObject->method(indexOfMethod); + //TQMetaMethod::Access access = mMethod.access(); + //TQMetaMethod::MethodType methType = mMethod.methodType(); + + // Since the method can at maximum be invoked with the setting value as argument, + // only methods taking max one argument are allowed. + if (mMethod.parameterTypes().size() <= 1) + { + _registeredObjectSlots.insert(obj, TQStringList() << normalizedSlotName << settingName); + } + else + { + //TODO: Write a debug warning to the log. + disconnect(obj, SIGNAL(destroyed(TQObject*)), this, SLOT(unregisterObjectSlot(TQObject*))); + return false; + } + } + else + { + //TODO: Write a debug warning to the log. + disconnect(obj, SIGNAL(destroyed(TQObject*)), this, SLOT(unregisterObjectSlot(TQObject*))); + return false; + } + + return true; +} + +/*! + \brief If \a obj, \a slotName and \a settingName are given, that certain connection is unregistered. + If only \a obj is given, all to this object registered slot-setting connections are unregistered. + */ +void UiGuiSettings::unregisterObjectSlot(TQObject *obj, const TQString &slotName, + const TQString &settingName) +{ + //const TQMetaObject *metaObject = obj->metaObject(); + TQString normalizedSlotName = TQMetaObject::normalizedSignature(qPrintable(slotName)); + TQMutableMapIterator<TQObject*, TQStringList> it(_registeredObjectSlots); + while (it.hasNext()) + { + it.next(); + if (it.key() == obj && slotName.isEmpty() && settingName.isEmpty()) + { + it.remove(); + } + else if (it.key() == obj && it.value().first() == slotName && it.value().last() == settingName) + { + it.remove(); + } + } +} + +/*! + \brief This private slot gets invoked whenever a registered objects property changes + and distributes the new value to all other to the same settingName registered objects. + */ +void UiGuiSettings::handleObjectPropertyChange() +{ + TQObject *obj = TQObject::sender(); + TQString className = obj->metaObject()->className(); + const TQMetaObject *metaObject = obj->metaObject(); + TQString propertyName = _registeredObjectProperties[obj].first(); + TQString settingName = _registeredObjectProperties[obj].last(); + + int indexOfProp = metaObject->indexOfProperty(qPrintable(propertyName)); + if (indexOfProp > -1) + { + TQMetaProperty mProp = metaObject->property(indexOfProp); + setValueByName(settingName, mProp.read(obj)); + } +} + +/*! + \brief Sets the setting defined by \a settingName to \a value. + + When setting a changed value, all to this settingName registered objects get + the changed value set too. + If the \a settingName didn't exist yet, it will be created. + */ +void UiGuiSettings::setValueByName(const TQString &settingName, const TQVariant &value) +{ + // Do the updating only, if the setting was really changed. + if (_qsettings->value("UniversalIndentGUI/" + settingName) != value) + { + _qsettings->setValue("UniversalIndentGUI/" + settingName, value); + + // Set the new value for all registered object properties for settingName. + for (TQMap<TQObject*, TQStringList>::ConstIterator it = _registeredObjectProperties.begin(); + it != _registeredObjectProperties.end(); ++it) + { + if (it.value().last() == settingName) + { + TQObject *obj = it.key(); + const TQMetaObject *metaObject = obj->metaObject(); + TQString propertyName = it.value().first(); + + int indexOfProp = metaObject->indexOfProperty(qPrintable(propertyName)); + if (indexOfProp > -1) + { + TQMetaProperty mProp = metaObject->property(indexOfProp); + mProp.write(obj, value); + } + } + } + + // Invoke all registered object methods for settingName. + for (TQMap<TQObject*, TQStringList>::ConstIterator it = _registeredObjectSlots.begin(); + it != _registeredObjectSlots.end(); ++it) + { + if (it.value().last() == settingName) + { + TQObject *obj = it.key(); + const TQMetaObject *metaObject = obj->metaObject(); + TQString slotName = it.value().first(); + + int indexOfMethod = metaObject->indexOfMethod(qPrintable(slotName)); + if (indexOfMethod > -1) + { + TQMetaMethod mMethod = metaObject->method(indexOfMethod); + //TQMetaMethod::Access access = mMethod.access(); + //TQMetaMethod::MethodType methType = mMethod.methodType(); + + bool success = false; + + // Handle registered slots taking one parameter. + if (mMethod.parameterTypes().size() == 1) + { + if (mMethod.parameterTypes().first() == value.typeName()) + { + success = invokeMethodWithValue(obj, mMethod, value); + } + } + // Handle registered slots taking zero parameters. + else + { + success = mMethod.invoke(obj, TQt::DirectConnection); + } + + if (success == false) + { + // TODO: Write a warning to the log if no success. + } + } + } + } + } +} + +#include <tqbitarray.h> +#include <tqbitmap.h> +#include <tqbrush.h> +#include <tqcursor.h> +#include <tqdatetime.h> +#include <tqfont.h> +#include <tqicon.h> +#include <tqkeysequence.h> +#include <tqlocale.h> +#include <tqpalette.h> +#include <tqpen.h> +#include <tqsizepolicy.h> +#include <tqtextformat.h> +#include <tqtextlength.h> +#include <tqurl.h> +#if TQT_VERSION >= 0x040600 + #include <tqmatrix4x4.h> + #include <tqvector2d.h> +#endif + +bool UiGuiSettings::invokeMethodWithValue(TQObject *obj, TQMetaMethod mMethod, TQVariant value) +{ + switch (value.type()) + { + case TQVariant::BitArray: + { + return mMethod.invoke(obj, TQt::DirectConnection, Q_ARG(TQBitArray, value.toBitArray())); + } + + case TQVariant::Bitmap: + { + return mMethod.invoke(obj, TQt::DirectConnection, Q_ARG(TQBitmap, value.value<TQBitmap>())); + } + + case TQVariant::Bool: + { + return mMethod.invoke(obj, TQt::DirectConnection, Q_ARG(bool, value.toBool())); + } + + case TQVariant::Brush: + { + return mMethod.invoke(obj, TQt::DirectConnection, Q_ARG(TQBrush, value.value<TQBrush>())); + } + + case TQVariant::ByteArray: + { + return mMethod.invoke(obj, TQt::DirectConnection, Q_ARG(TQByteArray, value.toByteArray())); + } + + case TQVariant::Char: + { + return mMethod.invoke(obj, TQt::DirectConnection, Q_ARG(TQChar, value.toChar())); + } + + case TQVariant::Color: + { + return mMethod.invoke(obj, TQt::DirectConnection, Q_ARG(TQColor, value.value<TQColor>())); + } + + case TQVariant::Cursor: + { + return mMethod.invoke(obj, TQt::DirectConnection, Q_ARG(TQCursor, value.value<TQCursor>())); + } + + case TQVariant::Date: + { + return mMethod.invoke(obj, TQt::DirectConnection, Q_ARG(TQDate, value.toDate())); + } + + case TQVariant::DateTime: + { + return mMethod.invoke(obj, TQt::DirectConnection, Q_ARG(TQDateTime, value.toDateTime())); + } + + case TQVariant::Double: + { + return mMethod.invoke(obj, TQt::DirectConnection, Q_ARG(double, value.toDouble())); + } + + case TQVariant::Font: + { + return mMethod.invoke(obj, TQt::DirectConnection, Q_ARG(TQFont, value.value<TQFont>())); + } + + case TQVariant::Hash: + { + return mMethod.invoke(obj, TQt::DirectConnection, Q_ARG(TQVariantHash, value.toHash())); + } + + case TQVariant::Icon: + { + return mMethod.invoke(obj, TQt::DirectConnection, Q_ARG(TQIcon, value.value<TQIcon>())); + } + + case TQVariant::Image: + { + return mMethod.invoke(obj, TQt::DirectConnection, Q_ARG(TQImage, value.value<TQImage>())); + } + + case TQVariant::Int: + { + return mMethod.invoke(obj, TQt::DirectConnection, Q_ARG(int, value.toInt())); + } + + case TQVariant::KeySequence: + { + return mMethod.invoke(obj, TQt::DirectConnection, Q_ARG(TQKeySequence, + value.value<TQKeySequence>())); + } + + case TQVariant::Line: + { + return mMethod.invoke(obj, TQt::DirectConnection, Q_ARG(TQLine, value.toLine())); + } + + case TQVariant::LineF: + { + return mMethod.invoke(obj, TQt::DirectConnection, Q_ARG(TQLineF, value.toLineF())); + } + + case TQVariant::List: + { + return mMethod.invoke(obj, TQt::DirectConnection, Q_ARG(TQVariantList, value.toList())); + } + + case TQVariant::Locale: + { + return mMethod.invoke(obj, TQt::DirectConnection, Q_ARG(TQLocale, value.toLocale())); + } + + case TQVariant::LongLong: + { + return mMethod.invoke(obj, TQt::DirectConnection, Q_ARG(qlonglong, value.toLongLong())); + } + + case TQVariant::Map: + { + return mMethod.invoke(obj, TQt::DirectConnection, Q_ARG(TQVariantMap, value.toMap())); + } + + case TQVariant::Matrix: + { + return mMethod.invoke(obj, TQt::DirectConnection, Q_ARG(TQMatrix, value.value<TQMatrix>())); + } + + case TQVariant::Transform: + { + return mMethod.invoke(obj, TQt::DirectConnection, + Q_ARG(TQTransform, value.value<TQTransform>())); + } + +#if TQT_VERSION >= 0x040600 + case TQVariant::Matrix4x4: + { + return mMethod.invoke(obj, TQt::DirectConnection, + Q_ARG(TQMatrix4x4, value.value<TQMatrix4x4>())); + } + +#endif + case TQVariant::Palette: + { + return mMethod.invoke(obj, TQt::DirectConnection, Q_ARG(TQPalette, value.value<TQPalette>())); + } + + case TQVariant::Pen: + { + return mMethod.invoke(obj, TQt::DirectConnection, Q_ARG(TQPen, value.value<TQPen>())); + } + + case TQVariant::Pixmap: + { + return mMethod.invoke(obj, TQt::DirectConnection, Q_ARG(TQPixmap, value.value<TQPixmap>())); + } + + case TQVariant::Point: + { + return mMethod.invoke(obj, TQt::DirectConnection, Q_ARG(TQPoint, value.toPoint())); + } + + // case TQVariant::PointArray : + // return Q_ARG(TQPointArray, value.value<TQPointArray>()) ); + case TQVariant::PointF: + { + return mMethod.invoke(obj, TQt::DirectConnection, Q_ARG(TQPointF, value.toPointF())); + } + + case TQVariant::Polygon: + { + return mMethod.invoke(obj, TQt::DirectConnection, Q_ARG(TQPolygon, value.value<TQPolygon>())); + } + +#if TQT_VERSION >= 0x040600 + case TQVariant::Quaternion: + { + return mMethod.invoke(obj, TQt::DirectConnection, Q_ARG(TQQuaternion, + value.value<TQQuaternion>())); + } + +#endif + case TQVariant::Rect: + { + return mMethod.invoke(obj, TQt::DirectConnection, Q_ARG(TQRect, value.toRect())); + } + + case TQVariant::RectF: + { + return mMethod.invoke(obj, TQt::DirectConnection, Q_ARG(TQRectF, value.toRectF())); + } + + case TQVariant::RegExp: + { + return mMethod.invoke(obj, TQt::DirectConnection, Q_ARG(TQRegExp, value.toRegExp())); + } + + case TQVariant::Region: + { + return mMethod.invoke(obj, TQt::DirectConnection, Q_ARG(TQRegion, value.value<TQRegion>())); + } + + case TQVariant::Size: + { + return mMethod.invoke(obj, TQt::DirectConnection, Q_ARG(TQSize, value.toSize())); + } + + case TQVariant::SizeF: + { + return mMethod.invoke(obj, TQt::DirectConnection, Q_ARG(TQSizeF, value.toSizeF())); + } + + case TQVariant::SizePolicy: + { + return mMethod.invoke(obj, TQt::DirectConnection, Q_ARG(TQSizePolicy, + value.value<TQSizePolicy>())); + } + + case TQVariant::String: + { + return mMethod.invoke(obj, TQt::DirectConnection, Q_ARG(TQString, value.toString())); + } + + case TQVariant::StringList: + { + return mMethod.invoke(obj, TQt::DirectConnection, Q_ARG(TQStringList, value.toStringList())); + } + + case TQVariant::TextFormat: + { + return mMethod.invoke(obj, TQt::DirectConnection, Q_ARG(TQTextFormat, + value.value<TQTextFormat>())); + } + + case TQVariant::TextLength: + { + return mMethod.invoke(obj, TQt::DirectConnection, Q_ARG(TQTextLength, + value.value<TQTextLength>())); + } + + case TQVariant::Time: + { + return mMethod.invoke(obj, TQt::DirectConnection, Q_ARG(TQTime, value.toTime())); + } + + case TQVariant::UInt: + { + return mMethod.invoke(obj, TQt::DirectConnection, Q_ARG(uint, value.toUInt())); + } + + case TQVariant::ULongLong: + { + return mMethod.invoke(obj, TQt::DirectConnection, Q_ARG(qulonglong, value.toULongLong())); + } + + case TQVariant::Url: + { + return mMethod.invoke(obj, TQt::DirectConnection, Q_ARG(TQUrl, value.toUrl())); + } + +#if TQT_VERSION >= 0x040600 + case TQVariant::Vector2D: + { + return mMethod.invoke(obj, TQt::DirectConnection, + Q_ARG(TQVector2D, value.value<TQVector2D>())); + } + + case TQVariant::Vector3D: + { + return mMethod.invoke(obj, TQt::DirectConnection, + Q_ARG(TQVector3D, value.value<TQVector3D>())); + } + + case TQVariant::Vector4D: + { + return mMethod.invoke(obj, TQt::DirectConnection, + Q_ARG(TQVector4D, value.value<TQVector4D>())); + } + +#endif + default: + { + return false; + } + } +} |