/************************************************************************ ** ** @file vpropertyset.cpp ** @author hedgeware ** @date ** ** @brief ** @copyright ** All rights reserved. This program and the accompanying materials ** are made available under the terms of the GNU Lesser General Public License ** (LGPL) version 2.1 which accompanies this distribution, and is available at ** http://www.gnu.org/licenses/lgpl-2.1.html ** ** This library 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 ** Lesser General Public License for more details. ** *************************************************************************/ #include "vpropertyset.h" #include #include #include #include "vproperty.h" #include "vpropertyset_p.h" VPE::VPropertySet::VPropertySet() : d_ptr(new VPropertySetPrivate()) { } VPE::VPropertySet::~VPropertySet() { // Delete all the properties clear(true); delete d_ptr; } bool VPE::VPropertySet::addProperty(VProperty *property, const QString &id, const QString &parentid) { // Check if the property to add is not a null pointer if (!property) { return false; } VProperty* tmpParent = parentid.isEmpty() ? nullptr : getProperty(parentid); return addProperty(property, id, tmpParent); } bool VPE::VPropertySet::addProperty(VProperty *property, const QString &id, VProperty *parent_property) { // Check if the property to add is not a null pointer if (!property) { return false; } QString tmpOldID = getPropertyID(property); if (!tmpOldID.isEmpty()) { d_ptr->Properties.remove(tmpOldID); } if (parent_property) { parent_property->addChild(property); } else { d_ptr->RootProperties.append(property); if (property->getParent()) { property->getParent()->removeChild(property); } } if (!id.isEmpty()) { d_ptr->Properties.insert(id, property); } return true; } bool VPE::VPropertySet::hasProperty(VProperty *property) const { if (!property) { return false; } return hasProperty(property, nullptr); } VPE::VProperty *VPE::VPropertySet::getProperty(const QString &id) const { return d_ptr->Properties.value(id, nullptr); } VPE::VProperty *VPE::VPropertySet::takeProperty(const QString &id) { VProperty* tmpProp = getProperty(id); removeProperty(tmpProp, false); // Return the property return tmpProp; } void VPE::VPropertySet::removeProperty(const QString &id) { VProperty* tmpProp = takeProperty(id); delete tmpProp; } void VPE::VPropertySet::removeProperty(VProperty* prop, bool delete_property) { // Remove all the children removePropertyFromSet(prop); // Remove from parent and optionally delete prop->setParent(nullptr); if (delete_property) { delete prop; } } int VPE::VPropertySet::count() const { return d_ptr->Properties.count(); } void VPE::VPropertySet::clear(bool delete_properties) { d_ptr->Properties.clear(); while (!d_ptr->RootProperties.isEmpty()) { VProperty* tmpProp = d_ptr->RootProperties.takeLast(); if (tmpProp != nullptr && delete_properties) { delete tmpProp; } } } QString VPE::VPropertySet::getPropertyID(const VProperty *prop, bool look_for_parent_id) const { QString tmpResult; const VProperty* tmpCurrentProp = prop; while (tmpCurrentProp && (look_for_parent_id || prop == tmpCurrentProp) && tmpResult.isEmpty()) { // todo: The following code doesn't work, because .key() doesn't accept a const VProperty* pointer ... //tmpResult = d_ptr->Properties.key(tmpCurrentProp, QString()); // ... which is why we need the code below for (QMap::const_iterator i = d_ptr->Properties.constBegin(); i != d_ptr->Properties.constEnd(); ++i) { if (tmpCurrentProp == (*i)) { return i.key(); } } tmpCurrentProp = tmpCurrentProp->getParent(); } return tmpResult; } // cppcheck-suppress unusedFunction const QMap &VPE::VPropertySet::getPropertiesMap() const { return d_ptr->Properties; } const QList &VPE::VPropertySet::getRootProperties() const { return d_ptr->RootProperties; } VPE::VProperty *VPE::VPropertySet::getRootProperty(int row) const { return d_ptr->RootProperties.value(row, nullptr); } int VPE::VPropertySet::getRootPropertyCount() const { return d_ptr->RootProperties.count(); } VPE::VPropertySet* VPE::VPropertySet::clone() const { VPropertySet* tmpResult = new VPropertySet(); foreach(VProperty* tmpProperty, d_ptr->RootProperties) cloneProperty(tmpProperty, nullptr, tmpResult); return tmpResult; } bool VPE::VPropertySet::hasProperty(VProperty *property, VProperty *parent) const { if (!property) { return false; } const QList& tmpChildrenList = (parent != nullptr ? parent->getChildren() : d_ptr->RootProperties); foreach(VProperty* tmpProp, tmpChildrenList) { if (!tmpProp) { continue; } else if (tmpProp == property || hasProperty(property, tmpProp)) { return true; } } return false; } void VPE::VPropertySet::cloneProperty(VProperty* property_to_clone, VProperty *parent_property, VPropertySet *output_set) const { if (!output_set || !property_to_clone || !hasProperty(property_to_clone)) { return; } QString tmpID = getPropertyID(property_to_clone, false); // We want to clone the children ourselves (because of the IDs) VProperty* tmpNewProperty = property_to_clone->clone(false); output_set->addProperty(tmpNewProperty, tmpID, parent_property); for (int i = 0; i < property_to_clone->getRowCount(); ++i) { cloneProperty(property_to_clone->getChild(i), tmpNewProperty, output_set); } } void VPE::VPropertySet::removePropertyFromSet(VProperty *prop) { // Remove all the children foreach(VProperty* tmpChild, prop->getChildren()) removeProperty(tmpChild); QList tmpKeys = d_ptr->Properties.keys(prop); foreach(const QString& tmpID, tmpKeys) d_ptr->Properties.remove(tmpID); // Remove from list d_ptr->RootProperties.removeAll(prop); }