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Commands.cpp
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Commands.cpp
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/*
* This file is part of OpenModelica.
*
* Copyright (c) 1998-CurrentYear, Open Source Modelica Consortium (OSMC),
* c/o Linköpings universitet, Department of Computer and Information Science,
* SE-58183 Linköping, Sweden.
*
* All rights reserved.
*
* THIS PROGRAM IS PROVIDED UNDER THE TERMS OF GPL VERSION 3 LICENSE OR
* THIS OSMC PUBLIC LICENSE (OSMC-PL) VERSION 1.2.
* ANY USE, REPRODUCTION OR DISTRIBUTION OF THIS PROGRAM CONSTITUTES RECIPIENT'S ACCEPTANCE
* OF THE OSMC PUBLIC LICENSE OR THE GPL VERSION 3, ACCORDING TO RECIPIENTS CHOICE.
*
* The OpenModelica software and the Open Source Modelica
* Consortium (OSMC) Public License (OSMC-PL) are obtained
* from OSMC, either from the above address,
* from the URLs: http://www.ida.liu.se/projects/OpenModelica or
* http://www.openmodelica.org, and in the OpenModelica distribution.
* GNU version 3 is obtained from: http://www.gnu.org/copyleft/gpl.html.
*
* This program is distributed WITHOUT ANY WARRANTY; without
* even the implied warranty of MERCHANTABILITY or FITNESS
* FOR A PARTICULAR PURPOSE, EXCEPT AS EXPRESSLY SET FORTH
* IN THE BY RECIPIENT SELECTED SUBSIDIARY LICENSE CONDITIONS OF OSMC-PL.
*
* See the full OSMC Public License conditions for more details.
*
*/
/*
* @author Adeel Asghar <adeel.asghar@liu.se>
*/
#include "Commands.h"
#include "MainWindow.h"
#include "DocumentationWidget.h"
#include <QDockWidget>
#include <QMessageBox>
#include <functional>
UndoCommand::UndoCommand(QUndoCommand *pParent)
: QUndoCommand(pParent), mFailed(false), mEnabled(true)
{
setFailed(false);
setEnabled(true);
}
/*!
* \brief UndoCommand::redo
* Redo the command.
*/
void UndoCommand::redo()
{
if (!isEnabled()) {
return;
}
redoInternal();
}
AddShapeCommand::AddShapeCommand(ShapeAnnotation *pShapeAnnotation, UndoCommand *pParent)
: UndoCommand(pParent)
{
mpShapeAnnotation = pShapeAnnotation;
mIndex = -1;
if (dynamic_cast<LineAnnotation*>(pShapeAnnotation)) {
setText("Add Line Shape");
} else if (dynamic_cast<PolygonAnnotation*>(pShapeAnnotation)) {
setText("Add Polygon Shape");
} else if (dynamic_cast<RectangleAnnotation*>(pShapeAnnotation)) {
setText("Add Rectangle Shape");
} else if (dynamic_cast<EllipseAnnotation*>(pShapeAnnotation)) {
setText("Add Ellipse Shape");
} else if (dynamic_cast<TextAnnotation*>(pShapeAnnotation)) {
setText("Add Text Shape");
} else if (dynamic_cast<BitmapAnnotation*>(pShapeAnnotation)) {
setText("Add Bitmap Shape");
}
}
/*!
* \brief AddShapeCommand::redoInternal
* redoInternal the AddShapeCommand.
*/
void AddShapeCommand::redoInternal()
{
if (mpShapeAnnotation->isInheritedShape()) {
mpShapeAnnotation->getGraphicsView()->addInheritedShapeToList(mpShapeAnnotation);
} else {
mpShapeAnnotation->getGraphicsView()->addShapeToList(mpShapeAnnotation, mIndex);
mpShapeAnnotation->getGraphicsView()->deleteShapeFromOutOfSceneList(mpShapeAnnotation);
}
mpShapeAnnotation->getGraphicsView()->addItem(mpShapeAnnotation);
mpShapeAnnotation->getGraphicsView()->addItem(mpShapeAnnotation->getOriginItem());
mpShapeAnnotation->emitAdded();
mpShapeAnnotation->getGraphicsView()->setAddClassAnnotationNeeded(true);
mpShapeAnnotation->getGraphicsView()->reOrderShapes();
}
/*!
* \brief AddShapeCommand::undo
* Undo the AddShapeCommand.
*/
void AddShapeCommand::undo()
{
mIndex = mpShapeAnnotation->getGraphicsView()->deleteShapeFromList(mpShapeAnnotation);
mpShapeAnnotation->getGraphicsView()->addShapeToOutOfSceneList(mpShapeAnnotation);
mpShapeAnnotation->getGraphicsView()->removeItem(mpShapeAnnotation);
mpShapeAnnotation->getGraphicsView()->removeItem(mpShapeAnnotation->getOriginItem());
mpShapeAnnotation->emitDeleted();
mpShapeAnnotation->getGraphicsView()->setAddClassAnnotationNeeded(true);
mpShapeAnnotation->getGraphicsView()->reOrderShapes();
}
UpdateShapeCommand::UpdateShapeCommand(ShapeAnnotation *pShapeAnnotation, QString oldAnnotaton, QString newAnnotation, UndoCommand *pParent)
: UndoCommand(pParent)
{
mpShapeAnnotation = pShapeAnnotation;
mOldAnnotation = oldAnnotaton;
mNewAnnotation = newAnnotation;
if (dynamic_cast<LineAnnotation*>(pShapeAnnotation)) {
setText("Update Line Shape");
} else if (dynamic_cast<PolygonAnnotation*>(pShapeAnnotation)) {
setText("Update Polygon Shape");
} else if (dynamic_cast<RectangleAnnotation*>(pShapeAnnotation)) {
setText("Update Rectangle Shape");
} else if (dynamic_cast<EllipseAnnotation*>(pShapeAnnotation)) {
setText("Update Ellipse Shape");
} else if (dynamic_cast<TextAnnotation*>(pShapeAnnotation)) {
setText("Update Text Shape");
} else if (dynamic_cast<BitmapAnnotation*>(pShapeAnnotation)) {
setText("Update Bitmap Shape");
}
}
/*!
* \brief UpdateShapeCommand::redoInternal
* redoInternal the UpdateShapeCommand.
*/
void UpdateShapeCommand::redoInternal()
{
mpShapeAnnotation->GraphicItem::setDefaults();
mpShapeAnnotation->FilledShape::setDefaults();
mpShapeAnnotation->setDefaults();
mpShapeAnnotation->setUserDefaults();
mpShapeAnnotation->parseShapeAnnotation(mNewAnnotation);
/* If the shape is LineAnnotation then remove and draw the corner items
* since they might have been changed in number based on the annotation.
*/
LineAnnotation *pLineAnnotation = dynamic_cast<LineAnnotation*>(mpShapeAnnotation);
if (pLineAnnotation) {
pLineAnnotation->removeCornerItems();
pLineAnnotation->drawCornerItems();
}
mpShapeAnnotation->setCornerItemsActiveOrPassive();
mpShapeAnnotation->applyTransformation();
mpShapeAnnotation->emitChanged();
mpShapeAnnotation->getGraphicsView()->setAddClassAnnotationNeeded(true);
}
/*!
* \brief UpdateShapeCommand::undo
* Undo the UpdateShapeCommand.
*/
void UpdateShapeCommand::undo()
{
mpShapeAnnotation->GraphicItem::setDefaults();
mpShapeAnnotation->FilledShape::setDefaults();
mpShapeAnnotation->setDefaults();
mpShapeAnnotation->setUserDefaults();
mpShapeAnnotation->parseShapeAnnotation(mOldAnnotation);
/* If the shape is LineAnnotation then remove and draw the corner items
* since they might have been changed in number based on the annotation.
*/
LineAnnotation *pLineAnnotation = dynamic_cast<LineAnnotation*>(mpShapeAnnotation);
if (pLineAnnotation) {
pLineAnnotation->removeCornerItems();
pLineAnnotation->drawCornerItems();
}
mpShapeAnnotation->setCornerItemsActiveOrPassive();
mpShapeAnnotation->applyTransformation();
mpShapeAnnotation->emitChanged();
mpShapeAnnotation->getGraphicsView()->setAddClassAnnotationNeeded(true);
}
DeleteShapeCommand::DeleteShapeCommand(ShapeAnnotation *pShapeAnnotation, UndoCommand *pParent)
: UndoCommand(pParent)
{
mpShapeAnnotation = pShapeAnnotation;
mIndex = -1;
}
/*!
* \brief DeleteShapeCommand::redoInternal
* redoInternal the DeleteShapeCommand.
*/
void DeleteShapeCommand::redoInternal()
{
mIndex = mpShapeAnnotation->getGraphicsView()->deleteShapeFromList(mpShapeAnnotation);
mpShapeAnnotation->getGraphicsView()->addShapeToOutOfSceneList(mpShapeAnnotation);
mpShapeAnnotation->getGraphicsView()->removeItem(mpShapeAnnotation);
mpShapeAnnotation->getGraphicsView()->removeItem(mpShapeAnnotation->getOriginItem());
mpShapeAnnotation->emitDeleted();
mpShapeAnnotation->getGraphicsView()->setAddClassAnnotationNeeded(true);
mpShapeAnnotation->getGraphicsView()->reOrderShapes();
}
/*!
* \brief DeleteShapeCommand::undo
* Undo the DeleteShapeCommand.
*/
void DeleteShapeCommand::undo()
{
mpShapeAnnotation->getGraphicsView()->addShapeToList(mpShapeAnnotation, mIndex);
mpShapeAnnotation->getGraphicsView()->deleteShapeFromOutOfSceneList(mpShapeAnnotation);
mpShapeAnnotation->getGraphicsView()->addItem(mpShapeAnnotation);
mpShapeAnnotation->getGraphicsView()->addItem(mpShapeAnnotation->getOriginItem());
mpShapeAnnotation->emitAdded();
mpShapeAnnotation->getGraphicsView()->setAddClassAnnotationNeeded(true);
mpShapeAnnotation->getGraphicsView()->reOrderShapes();
}
AddComponentCommand::AddComponentCommand(QString name, LibraryTreeItem *pLibraryTreeItem, QString annotation, QPointF position,
ElementInfo *pComponentInfo, bool addObject, bool openingClass, GraphicsView *pGraphicsView, UndoCommand *pParent)
: UndoCommand(pParent)
{
mpLibraryTreeItem = pLibraryTreeItem;
mAddObject = addObject;
mpComponentInfo = pComponentInfo;
mpIconComponent = 0;
mpDiagramComponent = 0;
mpIconGraphicsView = pGraphicsView->getModelWidget()->getIconGraphicsView();
mpDiagramGraphicsView = pGraphicsView->getModelWidget()->getDiagramGraphicsView();
mpGraphicsView = pGraphicsView;
setText(QString("Add Component %1").arg(name));
ModelWidget *pModelWidget = mpGraphicsView->getModelWidget();
// if component is of connector type && containing class is Modelica type.
if (mpLibraryTreeItem && mpLibraryTreeItem->isConnector() && pModelWidget->getLibraryTreeItem()->getLibraryType() == LibraryTreeItem::Modelica) {
// Connector type components exists on icon view as well
mpIconComponent = new Element(name, pLibraryTreeItem, annotation, position, pComponentInfo, mpIconGraphicsView);
}
mpDiagramComponent = new Element(name, pLibraryTreeItem, annotation, position, pComponentInfo, mpDiagramGraphicsView);
// only select the component of the active Icon/Diagram View
if (!openingClass) {
if (mpGraphicsView->getViewType() == StringHandler::Icon) {
mpGraphicsView->clearSelection(mpIconComponent);
} else {
mpGraphicsView->clearSelection(mpDiagramComponent);
}
}
}
/*!
* \brief AddComponentCommand::redoInternal
* redoInternal the AddComponentCommand.
*/
void AddComponentCommand::redoInternal()
{
ModelWidget *pModelWidget = mpGraphicsView->getModelWidget();
// if component is of connector type && containing class is Modelica type.
if (mpLibraryTreeItem && mpLibraryTreeItem->isConnector() && pModelWidget->getLibraryTreeItem()->getLibraryType() == LibraryTreeItem::Modelica) {
// Connector type components exists on icon view as well
if (mpIconComponent->mTransformation.isValid() && mpIconComponent->mTransformation.getVisible()) {
mpIconGraphicsView->addElementItem(mpIconComponent);
}
mpIconGraphicsView->addElementToList(mpIconComponent);
mpIconGraphicsView->deleteElementFromOutOfSceneList(mpIconComponent);
mpIconComponent->emitAdded();
// hide the component if it is connector and is protected
mpIconComponent->setVisible(!mpComponentInfo->getProtected());
}
if (mpDiagramComponent->mTransformation.isValid() && mpDiagramComponent->mTransformation.getVisible()) {
mpDiagramGraphicsView->addElementItem(mpDiagramComponent);
}
mpDiagramGraphicsView->addElementToList(mpDiagramComponent);
mpDiagramGraphicsView->deleteElementFromOutOfSceneList(mpDiagramComponent);
mpDiagramComponent->emitAdded();
if (mAddObject) {
mpDiagramGraphicsView->addElementToClass(mpDiagramComponent);
UpdateElementAttributesCommand::updateComponentModifiers(mpDiagramComponent, *mpDiagramComponent->getElementInfo());
if (mpDiagramComponent->getElementInfo()->isArray()) {
QString modelName = pModelWidget->getLibraryTreeItem()->getNameStructure();
OMCProxy *pOMCProxy = MainWindow::instance()->getOMCProxy();
const QString arrayIndex = QString("{%1}").arg(mpDiagramComponent->getElementInfo()->getArrayIndex());
if (!pOMCProxy->setComponentDimensions(modelName, mpDiagramComponent->getElementInfo()->getName(), arrayIndex)) {
QMessageBox::critical(MainWindow::instance(), QString("%1 - %2").arg(Helper::applicationName, Helper::error), pOMCProxy->getResult(), Helper::ok);
pOMCProxy->printMessagesStringInternal();
}
}
}
}
/*!
* \brief AddComponentCommand::undo
* Undo the AddComponentCommand.
*/
void AddComponentCommand::undo()
{
ModelWidget *pModelWidget = mpGraphicsView->getModelWidget();
// if component is of connector type && containing class is Modelica type.
if (mpLibraryTreeItem && mpLibraryTreeItem->isConnector() && pModelWidget->getLibraryTreeItem()->getLibraryType() == LibraryTreeItem::Modelica) {
// Connector type components exists on icon view as well
mpIconGraphicsView->removeElementItem(mpIconComponent);
mpIconGraphicsView->deleteElementFromList(mpIconComponent);
mpIconGraphicsView->addElementToOutOfSceneList(mpIconComponent);
mpIconComponent->emitDeleted();
}
mpDiagramGraphicsView->removeElementItem(mpDiagramComponent);
mpDiagramGraphicsView->deleteElementFromList(mpDiagramComponent);
mpDiagramGraphicsView->addElementToOutOfSceneList(mpDiagramComponent);
mpDiagramComponent->emitDeleted();
mpDiagramGraphicsView->deleteElementFromClass(mpDiagramComponent);
}
UpdateComponentTransformationsCommand::UpdateComponentTransformationsCommand(Element *pComponent, Transformation oldTransformation, Transformation newTransformation,
const bool positionChanged, const bool moveConnectorsTogether, UndoCommand *pParent)
: UndoCommand(pParent),
mpComponent(pComponent),
mOldTransformation(std::move(oldTransformation)),
mNewTransformation(std::move(newTransformation)),
mPositionChanged(positionChanged),
mMoveConnectorsTogether(moveConnectorsTogether)
{
setText(QString("Update Component %1 Transformations").arg(mpComponent->getName()));
}
/*!
* \brief UpdateComponentTransformationsCommand::redoInternal
* redoInternal the UpdateComponentTransformationsCommand.
*/
void UpdateComponentTransformationsCommand::redoInternal()
{
ModelWidget *pModelWidget = mpComponent->getGraphicsView()->getModelWidget();
if (mMoveConnectorsTogether && pModelWidget->getLibraryTreeItem()->getLibraryType() == LibraryTreeItem::Modelica
&& ((mpComponent->getLibraryTreeItem() && mpComponent->getLibraryTreeItem()->isConnector())
|| (pModelWidget->isNewApi() && mpComponent->getModel() && mpComponent->getModel()->isConnector()))) {
GraphicsView *pGraphicsView;
if (mpComponent->getGraphicsView()->getViewType() == StringHandler::Icon) {
pGraphicsView = pModelWidget->getDiagramGraphicsView();
} else {
pGraphicsView = pModelWidget->getIconGraphicsView();
}
Element *pComponent = pGraphicsView->getElementObject(mpComponent->getName());
if (pComponent && (mOldTransformation == pComponent->mTransformation)) {
pComponent->resetTransform();
bool state = pComponent->flags().testFlag(QGraphicsItem::ItemSendsGeometryChanges);
pComponent->setFlag(QGraphicsItem::ItemSendsGeometryChanges, false);
pComponent->setPos(0, 0);
pComponent->setFlag(QGraphicsItem::ItemSendsGeometryChanges, state);
pComponent->setTransform(mNewTransformation.getTransformationMatrix());
pComponent->mTransformation = mNewTransformation;
pComponent->emitTransformChange(mPositionChanged);
}
}
mpComponent->resetTransform();
bool state = mpComponent->flags().testFlag(QGraphicsItem::ItemSendsGeometryChanges);
mpComponent->setFlag(QGraphicsItem::ItemSendsGeometryChanges, false);
mpComponent->setPos(0, 0);
mpComponent->setFlag(QGraphicsItem::ItemSendsGeometryChanges, state);
mpComponent->setTransform(mNewTransformation.getTransformationMatrix());
mpComponent->mTransformation = mNewTransformation;
mpComponent->emitTransformChange(mPositionChanged);
mpComponent->emitTransformHasChanged();
if (mpComponent->getGraphicsView()->getViewType() == StringHandler::Diagram && mpComponent->getGraphicsView()->getModelWidget()->isNewApi()) {
mpComponent->getGraphicsView()->handleCollidingConnections();
}
}
/*!
* \brief UpdateComponentTransformationsCommand::undo
* Undo the UpdateComponentTransformationsCommand.
*/
void UpdateComponentTransformationsCommand::undo()
{
ModelWidget *pModelWidget = mpComponent->getGraphicsView()->getModelWidget();
if (mMoveConnectorsTogether && pModelWidget->getLibraryTreeItem()->getLibraryType() == LibraryTreeItem::Modelica
&& ((mpComponent->getLibraryTreeItem() && mpComponent->getLibraryTreeItem()->isConnector())
|| (pModelWidget->isNewApi() && mpComponent->getModel() && mpComponent->getModel()->isConnector()))) {
GraphicsView *pGraphicsView;
if (mpComponent->getGraphicsView()->getViewType() == StringHandler::Icon) {
pGraphicsView = pModelWidget->getDiagramGraphicsView();
} else {
pGraphicsView = pModelWidget->getIconGraphicsView();
}
Element *pComponent = pGraphicsView->getElementObject(mpComponent->getName());
if (pComponent && (mpComponent->mTransformation == pComponent->mTransformation)) {
pComponent->resetTransform();
bool state = pComponent->flags().testFlag(QGraphicsItem::ItemSendsGeometryChanges);
pComponent->setFlag(QGraphicsItem::ItemSendsGeometryChanges, false);
pComponent->setPos(0, 0);
pComponent->setFlag(QGraphicsItem::ItemSendsGeometryChanges, state);
pComponent->setTransform(mOldTransformation.getTransformationMatrix());
pComponent->mTransformation = mOldTransformation;
pComponent->emitTransformChange(mPositionChanged);
}
}
mpComponent->resetTransform();
bool state = mpComponent->flags().testFlag(QGraphicsItem::ItemSendsGeometryChanges);
mpComponent->setFlag(QGraphicsItem::ItemSendsGeometryChanges, false);
mpComponent->setPos(0, 0);
mpComponent->setFlag(QGraphicsItem::ItemSendsGeometryChanges, state);
mpComponent->setTransform(mOldTransformation.getTransformationMatrix());
mpComponent->mTransformation = mOldTransformation;
mpComponent->emitTransformChange(mPositionChanged);
mpComponent->emitTransformHasChanged();
if (mpComponent->getGraphicsView()->getViewType() == StringHandler::Diagram && mpComponent->getGraphicsView()->getModelWidget()->isNewApi()) {
mpComponent->getGraphicsView()->handleCollidingConnections();
}
}
UpdateElementAttributesCommand::UpdateElementAttributesCommand(Element *pComponent, const ElementInfo &oldComponentInfo, const ElementInfo &newComponentInfo, UndoCommand *pParent)
: UndoCommand(pParent)
{
mpComponent = pComponent;
mOldComponentInfo.updateElementInfo(&oldComponentInfo);
mNewComponentInfo.updateElementInfo(&newComponentInfo);
setText(QString("Update Component %1 Attributes").arg(mpComponent->getName()));
}
/*!
* \brief UpdateElementAttributesCommand::redoInternal
* redoInternal the UpdateElementAttributesCommand.
*/
void UpdateElementAttributesCommand::redoInternal()
{
updateComponentAttributes(mpComponent, mNewComponentInfo);
}
/*!
* \brief UpdateElementAttributesCommand::undo
* Undo the UpdateElementAttributesCommand.
*/
void UpdateElementAttributesCommand::undo()
{
updateComponentAttributes(mpComponent, mOldComponentInfo);
}
/*!
* \brief UpdateComponentAttributesCommand::updateComponentAttributes
* Updates the component attributes based on the ElementInfo
* \param pComponent
* \param componentInfo
*/
void UpdateElementAttributesCommand::updateComponentAttributes(Element *pComponent, const ElementInfo &componentInfo)
{
QString modelName = pComponent->getGraphicsView()->getModelWidget()->getLibraryTreeItem()->getNameStructure();
QString isFinal = componentInfo.getFinal() ? "true" : "false";
QString flow = componentInfo.getFlow() ? "true" : "false";
QString isProtected = componentInfo.getProtected() ? "true" : "false";
QString isReplaceAble = componentInfo.getReplaceable() ? "true" : "false";
QString variability = componentInfo.getVariablity();
QString isInner = componentInfo.getInner() ? "true" : "false";
QString isOuter = componentInfo.getOuter() ? "true" : "false";
QString causality = componentInfo.getCausality();
OMCProxy *pOMCProxy = MainWindow::instance()->getOMCProxy();
// update component attributes
if (pOMCProxy->setComponentProperties(modelName, pComponent->getElementInfo()->getName(), isFinal, flow, isProtected, isReplaceAble, variability, isInner, isOuter, causality)) {
pComponent->getElementInfo()->setFinal(componentInfo.getFinal());
pComponent->getElementInfo()->setProtected(componentInfo.getProtected());
pComponent->getElementInfo()->setReplaceable(componentInfo.getReplaceable());
pComponent->getElementInfo()->setVariablity(variability);
pComponent->getElementInfo()->setInner(componentInfo.getInner());
pComponent->getElementInfo()->setOuter(componentInfo.getOuter());
pComponent->getElementInfo()->setCausality(causality);
if (pComponent->getGraphicsView()->getViewType() == StringHandler::Icon) {
if (pComponent->getElementInfo()->getProtected()) {
pComponent->setVisible(false);
pComponent->emitDeleted();
} else {
pComponent->setVisible(true);
pComponent->emitAdded();
}
} else {
Element *pIconComponent = 0;
pIconComponent = pComponent->getGraphicsView()->getModelWidget()->getIconGraphicsView()->getElementObject(pComponent->getName());
if (pIconComponent) {
if (pIconComponent->getElementInfo()->getProtected()) {
pIconComponent->setVisible(false);
pIconComponent->emitDeleted();
} else {
pIconComponent->setVisible(true);
pIconComponent->emitAdded();
}
}
}
} else {
QMessageBox::critical(MainWindow::instance(), QString("%1 - %2").arg(Helper::applicationName, Helper::error), pOMCProxy->getResult(), Helper::ok);
pOMCProxy->printMessagesStringInternal();
}
// update the component comment only if its changed.
if (pComponent->getElementInfo()->getComment().compare(componentInfo.getComment()) != 0) {
QString comment = StringHandler::escapeString(componentInfo.getComment());
if (pOMCProxy->setComponentComment(modelName, pComponent->getElementInfo()->getName(), comment)) {
pComponent->getElementInfo()->setComment(comment);
pComponent->componentCommentHasChanged();
if (pComponent->getLibraryTreeItem()->isConnector()) {
if (pComponent->getGraphicsView()->getViewType() == StringHandler::Icon) {
Element *pDiagramComponent = pComponent->getGraphicsView()->getModelWidget()->getDiagramGraphicsView()->getElementObject(pComponent->getName());
if (pDiagramComponent) {
pDiagramComponent->componentCommentHasChanged();
}
} else {
Element *pIconComponent = pComponent->getGraphicsView()->getModelWidget()->getIconGraphicsView()->getElementObject(pComponent->getName());
if (pIconComponent) {
pIconComponent->componentCommentHasChanged();
}
}
}
} else {
QMessageBox::critical(MainWindow::instance(), QString("%1 - %2").arg(Helper::applicationName, Helper::error), pOMCProxy->getResult(), Helper::ok);
pOMCProxy->printMessagesStringInternal();
}
}
// update the component name only if its changed.
if (pComponent->getElementInfo()->getName().compare(componentInfo.getName()) != 0) {
// if renameComponentInClass command is successful update the component with new name
if (pOMCProxy->renameComponentInClass(modelName, pComponent->getElementInfo()->getName(), componentInfo.getName())) {
pComponent->renameComponentInConnections(componentInfo.getName());
pComponent->getElementInfo()->setName(componentInfo.getName());
pComponent->componentNameHasChanged();
if (pComponent->getLibraryTreeItem()->isConnector()) {
if (pComponent->getGraphicsView()->getViewType() == StringHandler::Icon) {
Element *pDiagramComponent = pComponent->getGraphicsView()->getModelWidget()->getDiagramGraphicsView()->getElementObject(pComponent->getName());
if (pDiagramComponent) {
pDiagramComponent->componentNameHasChanged();
}
} else {
Element *pIconComponent = pComponent->getGraphicsView()->getModelWidget()->getIconGraphicsView()->getElementObject(pComponent->getName());
if (pIconComponent) {
pIconComponent->componentNameHasChanged();
}
}
}
} else {
QMessageBox::critical(MainWindow::instance(), QString("%1 - %2").arg(Helper::applicationName, Helper::error), pOMCProxy->getResult(), Helper::ok);
pOMCProxy->printMessagesStringInternal();
}
}
// update the component dimensions
if (pComponent->getElementInfo()->getArrayIndex().compare(componentInfo.getArrayIndex()) != 0) {
const QString arrayIndex = QString("{%1}").arg(componentInfo.getArrayIndex());
if (pOMCProxy->setComponentDimensions(modelName, pComponent->getElementInfo()->getName(), arrayIndex)) {
pComponent->getElementInfo()->setArrayIndex(arrayIndex);
} else {
QMessageBox::critical(MainWindow::instance(), QString("%1 - %2").arg(Helper::applicationName, Helper::error), pOMCProxy->getResult(), Helper::ok);
pOMCProxy->printMessagesStringInternal();
}
}
}
/*!
* \brief UpdateComponentAttributesCommand::updateComponentModifiers
* Applies Component modifiers
* \param pComponent
* \param componentInfo
*/
void UpdateElementAttributesCommand::updateComponentModifiers(Element *pComponent, const ElementInfo &componentInfo)
{
QString modelName = pComponent->getGraphicsView()->getModelWidget()->getLibraryTreeItem()->getNameStructure();
bool modifierValueChanged = false;
QMap<QString, QString> modifiers = componentInfo.getModifiersMapWithoutFetching();
QMap<QString, QString>::iterator modifiersIterator;
for (modifiersIterator = modifiers.begin(); modifiersIterator != modifiers.end(); ++modifiersIterator) {
QString modifierName = QString(pComponent->getName()).append(".").append(modifiersIterator.key());
QString modifierValue = modifiersIterator.value();
if (MainWindow::instance()->getOMCProxy()->setElementModifierValueOld(modelName, modifierName, modifierValue)) {
modifierValueChanged = true;
}
}
if (modifierValueChanged) {
pComponent->componentParameterHasChanged();
}
}
UpdateElementParametersCommand::UpdateElementParametersCommand(Element *pComponent, QMap<QString, QString> oldComponentModifiersMap,
QMap<QString, QString> oldComponentExtendsModifiersMap,
QMap<QString, QString> newComponentModifiersMap,
QMap<QString, QString> newComponentExtendsModifiersMap,
UndoCommand *pParent)
: UndoCommand(pParent)
{
mpComponent = pComponent;
mOldComponentModifiersMap = oldComponentModifiersMap;
mOldComponentExtendsModifiersMap = oldComponentExtendsModifiersMap;
mNewComponentModifiersMap = newComponentModifiersMap;
mNewComponentExtendsModifiersMap = newComponentExtendsModifiersMap;
setText(QString("Update Component %1 Parameters").arg(mpComponent->getName()));
}
/*!
* \brief UpdateComponentParametersCommand::redoInternal
* redoInternal the UpdateComponentParametersCommand.
*/
void UpdateElementParametersCommand::redoInternal()
{
OMCProxy *pOMCProxy = MainWindow::instance()->getOMCProxy();
QString className = mpComponent->getGraphicsView()->getModelWidget()->getLibraryTreeItem()->getNameStructure();
if (!mpComponent->getReferenceElement()) {
// remove all the modifiers of a component.
pOMCProxy->removeElementModifiers(className, mpComponent->getName());
// apply the new Component modifiers if any
QMap<QString, QString>::iterator componentModifier;
for (componentModifier = mNewComponentModifiersMap.begin(); componentModifier != mNewComponentModifiersMap.end(); ++componentModifier) {
QString modifierValue = componentModifier.value();
QString modifierKey = QString(mpComponent->getName()).append(".").append(componentModifier.key());
pOMCProxy->setElementModifierValueOld(className, modifierKey, modifierValue);
}
// we want to load modifiers even if they are loaded already
mpComponent->getElementInfo()->setModifiersLoaded(false);
mpComponent->getElementInfo()->getModifiersMap(pOMCProxy, className, mpComponent);
} else {
QString inheritedClassName;
inheritedClassName = mpComponent->getReferenceElement()->getGraphicsView()->getModelWidget()->getLibraryTreeItem()->getNameStructure();
// apply the new Component extends modifiers if any
QMap<QString, QString>::iterator componentExtendsModifier;
for (componentExtendsModifier = mNewComponentExtendsModifiersMap.begin(); componentExtendsModifier != mNewComponentExtendsModifiersMap.end(); ++componentExtendsModifier) {
QString modifierValue = componentExtendsModifier.value();
pOMCProxy->setExtendsModifierValueOld(className, inheritedClassName, componentExtendsModifier.key(), modifierValue);
}
mpComponent->getGraphicsView()->getModelWidget()->fetchExtendsModifiers(inheritedClassName);
}
mpComponent->componentParameterHasChanged();
}
/*!
* \brief UpdateComponentParametersCommand::undo
* Undo the UpdateComponentParametersCommand.
*/
void UpdateElementParametersCommand::undo()
{
OMCProxy *pOMCProxy = MainWindow::instance()->getOMCProxy();
QString className = mpComponent->getGraphicsView()->getModelWidget()->getLibraryTreeItem()->getNameStructure();
if (!mpComponent->getReferenceElement()) {
// remove all the modifiers of a component.
pOMCProxy->removeElementModifiers(className, mpComponent->getName());
// apply the old Component modifiers if any
QMap<QString, QString>::iterator componentModifier;
for (componentModifier = mOldComponentModifiersMap.begin(); componentModifier != mOldComponentModifiersMap.end(); ++componentModifier) {
QString modifierValue = componentModifier.value();
QString modifierKey = QString(mpComponent->getName()).append(".").append(componentModifier.key());
pOMCProxy->setElementModifierValueOld(className, modifierKey, modifierValue);
}
// we want to load modifiers even if they are loaded already
mpComponent->getElementInfo()->setModifiersLoaded(false);
mpComponent->getElementInfo()->getModifiersMap(pOMCProxy, className, mpComponent);
} else {
QString inheritedClassName;
inheritedClassName = mpComponent->getReferenceElement()->getGraphicsView()->getModelWidget()->getLibraryTreeItem()->getNameStructure();
// remove all the extends modifiers.
pOMCProxy->removeExtendsModifiers(className, inheritedClassName);
// apply the new Component extends modifiers if any
QMap<QString, QString>::iterator componentExtendsModifier;
for (componentExtendsModifier = mOldComponentExtendsModifiersMap.begin(); componentExtendsModifier != mOldComponentExtendsModifiersMap.end(); ++componentExtendsModifier) {
QString modifierValue = componentExtendsModifier.value();
pOMCProxy->setExtendsModifierValueOld(className, inheritedClassName, componentExtendsModifier.key(), modifierValue);
}
mpComponent->getGraphicsView()->getModelWidget()->fetchExtendsModifiers(inheritedClassName);
}
mpComponent->componentParameterHasChanged();
}
DeleteComponentCommand::DeleteComponentCommand(Element *pComponent, GraphicsView *pGraphicsView, UndoCommand *pParent)
: UndoCommand(pParent)
{
mpComponent = pComponent;
mpGraphicsView = pGraphicsView;
if (pGraphicsView->getModelWidget()->isNewApi()) {
} else {
// save component modifiers before deleting if any
mpComponent->getElementInfo()->getModifiersMap(MainWindow::instance()->getOMCProxy(), mpComponent->getGraphicsView()->getModelWidget()->getLibraryTreeItem()->getNameStructure(), mpComponent);
}
//Save sub-model parameters for composite models
if (pGraphicsView->getModelWidget()->getLibraryTreeItem()->getLibraryType() == LibraryTreeItem::CompositeModel) {
CompositeModelEditor *pEditor = qobject_cast<CompositeModelEditor*>(pGraphicsView->getModelWidget()->getEditor());
mParameterNames = pEditor->getParameterNames(pComponent->getName()); //Assume submodel; otherwise returned list is empty
foreach(QString parName, mParameterNames) {
mParameterValues.append(pEditor->getParameterValue(pComponent->getName(), parName));
}
}
}
/*!
* \brief DeleteComponentCommand::redoInternal
* redoInternal the DeleteComponentCommand.
*/
void DeleteComponentCommand::redoInternal()
{
ModelWidget *pModelWidget = mpGraphicsView->getModelWidget();
// if component is of connector type && containing class is Modelica type.
if (mpComponent->getLibraryTreeItem() && mpComponent->getLibraryTreeItem()->isConnector() && pModelWidget->getLibraryTreeItem()->getLibraryType() == LibraryTreeItem::Modelica) {
// Connector type components exists on both icon and diagram views
GraphicsView *pGraphicsView;
if (mpGraphicsView->getViewType() == StringHandler::Icon) {
pGraphicsView = mpGraphicsView->getModelWidget()->getDiagramGraphicsView();
} else {
pGraphicsView = mpGraphicsView->getModelWidget()->getIconGraphicsView();
}
Element *pComponent = pGraphicsView->getElementObject(mpComponent->getName());
if (pComponent) {
pGraphicsView->removeElementItem(pComponent);
pGraphicsView->deleteElementFromList(pComponent);
pGraphicsView->addElementToOutOfSceneList(pComponent);
pComponent->emitDeleted();
}
}
mpGraphicsView->removeElementItem(mpComponent);
mpGraphicsView->deleteElementFromList(mpComponent);
mpGraphicsView->addElementToOutOfSceneList(mpComponent);
mpComponent->emitDeleted();
mpGraphicsView->deleteElementFromClass(mpComponent);
}
/*!
* \brief DeleteComponentCommand::undo
* Undo the DeleteComponentCommand.
*/
void DeleteComponentCommand::undo()
{
ModelWidget *pModelWidget = mpGraphicsView->getModelWidget();
// if component is of connector type && containing class is Modelica type.
if (mpComponent->getLibraryTreeItem() && mpComponent->getLibraryTreeItem()->isConnector() && pModelWidget->getLibraryTreeItem()->getLibraryType() == LibraryTreeItem::Modelica) {
// Connector type components exists on both icon and diagram views
GraphicsView *pGraphicsView;
if (mpGraphicsView->getViewType() == StringHandler::Icon) {
pGraphicsView = mpGraphicsView->getModelWidget()->getDiagramGraphicsView();
} else {
pGraphicsView = mpGraphicsView->getModelWidget()->getIconGraphicsView();
}
Element *pComponent = pGraphicsView->getElementObject(mpComponent->getName());
if (pComponent) {
pGraphicsView->addElementItem(pComponent);
pGraphicsView->addElementToList(pComponent);
pGraphicsView->deleteElementFromOutOfSceneList(pComponent);
pComponent->emitAdded();
}
}
mpGraphicsView->addElementItem(mpComponent);
mpGraphicsView->addElementToList(mpComponent);
mpGraphicsView->deleteElementFromOutOfSceneList(mpComponent);
mpComponent->emitAdded();
mpGraphicsView->addElementToClass(mpComponent);
if (pModelWidget->isNewApi()) {
} else {
UpdateElementAttributesCommand::updateComponentModifiers(mpComponent, *mpComponent->getElementInfo());
}
// Restore sub-model parameters for composite models
if (pModelWidget->getLibraryTreeItem()->getLibraryType() == LibraryTreeItem::CompositeModel) {
CompositeModelEditor *pEditor = qobject_cast<CompositeModelEditor*>(pModelWidget->getEditor());
for(int i=0; i<mParameterNames.size(); ++i) {
pEditor->setParameterValue(mpComponent->getName(),mParameterNames[i],mParameterValues[i]);
}
}
}
AddConnectionCommand::AddConnectionCommand(LineAnnotation *pConnectionLineAnnotation, bool addConnection, UndoCommand *pParent)
: UndoCommand(pParent)
{
mpConnectionLineAnnotation = pConnectionLineAnnotation;
mAddConnection = addConnection;
setText(QString("Add Connection connect(%1, %2)").arg(mpConnectionLineAnnotation->getStartElementName(), mpConnectionLineAnnotation->getEndElementName()));
mpConnectionLineAnnotation->drawCornerItems();
mpConnectionLineAnnotation->setCornerItemsActiveOrPassive();
}
/*!
* \brief AddConnectionCommand::redoInternal
* redoInternal the AddConnectionCommand.
*/
void AddConnectionCommand::redoInternal()
{
mpConnectionLineAnnotation->getGraphicsView()->addConnectionToView(mpConnectionLineAnnotation, false);
if (mAddConnection) {
if (!mpConnectionLineAnnotation->getGraphicsView()->addConnectionToClass(mpConnectionLineAnnotation)) {
setFailed(true);
return;
}
}
}
/*!
* \brief AddConnectionCommand::undo
* Undo the AddConnectionCommand.
*/
void AddConnectionCommand::undo()
{
mpConnectionLineAnnotation->getGraphicsView()->removeConnectionFromView(mpConnectionLineAnnotation);
mpConnectionLineAnnotation->getGraphicsView()->deleteConnectionFromClass(mpConnectionLineAnnotation);
}
UpdateConnectionCommand::UpdateConnectionCommand(LineAnnotation *pConnectionLineAnnotation, QString oldAnnotaton, QString newAnnotation, UndoCommand *pParent)
: UndoCommand(pParent)
{
mpConnectionLineAnnotation = pConnectionLineAnnotation;
mOldAnnotation = oldAnnotaton;
mNewAnnotation = newAnnotation;
setText(QString("Update Connection connect(%1, %2)").arg(mpConnectionLineAnnotation->getStartElementName(), mpConnectionLineAnnotation->getEndElementName()));
}
/*!
* \brief UpdateConnectionCommand::redoInternal
* redoInternal the UpdateConnectionCommand.
*/
void UpdateConnectionCommand::redoInternal()
{
redrawConnectionWithAnnotation(mNewAnnotation);
}
/*!
* \brief UpdateConnectionCommand::undo
* Undo the UpdateConnectionCommand.
*/
void UpdateConnectionCommand::undo()
{
redrawConnectionWithAnnotation(mOldAnnotation);
}
void UpdateConnectionCommand::redrawConnectionWithAnnotation(QString const& annotation)
{
auto updateFunction = std::bind(&LineAnnotation::updateConnectionAnnotation, mpConnectionLineAnnotation);
mpConnectionLineAnnotation->redraw(annotation, updateFunction);
}
UpdateCompositeModelConnection::UpdateCompositeModelConnection(LineAnnotation *pConnectionLineAnnotation, CompositeModelConnection oldCompositeModelConnection,
CompositeModelConnection newCompositeModelConnection, UndoCommand *pParent)
: UndoCommand(pParent)
{
mpConnectionLineAnnotation = pConnectionLineAnnotation;
mOldCompositeModelConnection = oldCompositeModelConnection;
mNewCompositeModelConnection = newCompositeModelConnection;
setText(QString("Update CompositeModel Connection connect(%1, %2)").arg(mpConnectionLineAnnotation->getStartElementName(),
mpConnectionLineAnnotation->getEndElementName()));
}
/*!
* \brief UpdateCompositeModelConnection::redoInternal
* redoInternal the UpdateCompositeModelConnection.
*/
void UpdateCompositeModelConnection::redoInternal()
{
mpConnectionLineAnnotation->setDelay(mNewCompositeModelConnection.mDelay);
mpConnectionLineAnnotation->setZf(mNewCompositeModelConnection.mZf);
mpConnectionLineAnnotation->setZfr(mNewCompositeModelConnection.mZfr);
mpConnectionLineAnnotation->setAlpha(mNewCompositeModelConnection.mAlpha);
mpConnectionLineAnnotation->getGraphicsView()->updateConnectionInClass(mpConnectionLineAnnotation);
}
/*!
* \brief UpdateCompositeModelConnection::undo
* Undo the UpdateCompositeModelConnection.
*/
void UpdateCompositeModelConnection::undo()
{
mpConnectionLineAnnotation->setDelay(mOldCompositeModelConnection.mDelay);
mpConnectionLineAnnotation->setZf(mOldCompositeModelConnection.mZf);
mpConnectionLineAnnotation->setZfr(mOldCompositeModelConnection.mZfr);
mpConnectionLineAnnotation->setAlpha(mOldCompositeModelConnection.mAlpha);
mpConnectionLineAnnotation->getGraphicsView()->updateConnectionInClass(mpConnectionLineAnnotation);
}
DeleteConnectionCommand::DeleteConnectionCommand(LineAnnotation *pConnectionLineAnnotation, UndoCommand *pParent)
: UndoCommand(pParent)
{
mpConnectionLineAnnotation = pConnectionLineAnnotation;
setText(QString("Delete Connection connect(%1, %2)").arg(mpConnectionLineAnnotation->getStartElementName(), mpConnectionLineAnnotation->getEndElementName()));
}
/*!
* \brief DeleteConnectionCommand::redoInternal
* redoInternal the DeleteConnectionCommand.
*/
void DeleteConnectionCommand::redoInternal()
{
mpConnectionLineAnnotation->getGraphicsView()->removeConnectionFromView(mpConnectionLineAnnotation);
mpConnectionLineAnnotation->getGraphicsView()->deleteConnectionFromClass(mpConnectionLineAnnotation);
}
/*!
* \brief DeleteConnectionCommand::undo
* Undo the DeleteConnectionCommand.
*/
void DeleteConnectionCommand::undo()
{
mpConnectionLineAnnotation->getGraphicsView()->addConnectionToView(mpConnectionLineAnnotation, false);
mpConnectionLineAnnotation->getGraphicsView()->addConnectionToClass(mpConnectionLineAnnotation, true);
}
AddTransitionCommand::AddTransitionCommand(LineAnnotation *pTransitionLineAnnotation, bool addTransition, UndoCommand *pParent)
: UndoCommand(pParent)
{
mpTransitionLineAnnotation = pTransitionLineAnnotation;
mAddTransition = addTransition;
setText(QString("Add Transition transition(%1, %2)").arg(mpTransitionLineAnnotation->getStartElementName(), mpTransitionLineAnnotation->getEndElementName()));
mpTransitionLineAnnotation->updateToolTip();
mpTransitionLineAnnotation->drawCornerItems();
mpTransitionLineAnnotation->setCornerItemsActiveOrPassive();
}
/*!
* \brief AddTransitionCommand::redoInternal
* redoInternal the AddTransitionCommand.
*/
void AddTransitionCommand::redoInternal()
{
mpTransitionLineAnnotation->getGraphicsView()->addTransitionToView(mpTransitionLineAnnotation, false);
if (mAddTransition) {
mpTransitionLineAnnotation->getGraphicsView()->addTransitionToClass(mpTransitionLineAnnotation);
}
}
/*!
* \brief AddTransitionCommand::undo
* Undo the AddTransitionCommand.
*/
void AddTransitionCommand::undo()
{
mpTransitionLineAnnotation->getGraphicsView()->removeTransitionFromView(mpTransitionLineAnnotation);
mpTransitionLineAnnotation->getGraphicsView()->deleteTransitionFromClass(mpTransitionLineAnnotation);
}
UpdateTransitionCommand::UpdateTransitionCommand(LineAnnotation *pTransitionLineAnnotation, QString oldCondition, bool oldImmediate,
bool oldReset, bool oldSynchronize, int oldPriority, QString oldAnnotaton,
QString newCondition, bool newImmediate, bool newReset, bool newSynchronize, int newPriority,
QString newAnnotation, UndoCommand *pParent)
: UndoCommand(pParent)
{
mpTransitionLineAnnotation = pTransitionLineAnnotation;
mOldCondition = oldCondition;
mOldImmediate = oldImmediate;
mOldReset = oldReset;
mOldSynchronize = oldSynchronize;
mOldPriority = oldPriority;
mOldAnnotation = oldAnnotaton;
mNewCondition = newCondition;
mNewImmediate = newImmediate;
mNewReset = newReset;
mNewSynchronize = newSynchronize;
mNewPriority = newPriority;
mNewAnnotation = newAnnotation;
setText(QString("Update Transition transition(%1, %2)").arg(mpTransitionLineAnnotation->getStartElementName(),
mpTransitionLineAnnotation->getEndElementName()));
}
/*!
* \brief UpdateTransitionCommand::redoInternal
* redoInternal the UpdateTransitionCommand.
*/
void UpdateTransitionCommand::redoInternal()
{
redrawTransitionWithUpdateFunction(mNewAnnotation, std::bind(&UpdateTransitionCommand::updateTransistionWithNewConditions, this));
}
/*!
* \brief UpdateTransitionCommand::undo
* Undo the UpdateTransitionCommand.
*/
void UpdateTransitionCommand::undo()
{
redrawTransitionWithUpdateFunction(mOldAnnotation, std::bind(&UpdateTransitionCommand::updateTransistionWithOldConditions, this));
}
void UpdateTransitionCommand::redrawTransitionWithUpdateFunction(const QString& annotation, std::function<void()> updateFunction)
{
mpTransitionLineAnnotation->redraw(annotation, updateFunction);
}
void UpdateTransitionCommand::updateTransistionWithNewConditions()
{
mpTransitionLineAnnotation->setProperties(mNewCondition, mNewImmediate, mNewReset, mNewSynchronize, mNewPriority);
mpTransitionLineAnnotation->updateTransistion(mOldCondition, mOldImmediate, mOldReset, mOldSynchronize, mOldPriority);
}
void UpdateTransitionCommand::updateTransistionWithOldConditions()
{
mpTransitionLineAnnotation->setProperties(mOldCondition, mOldImmediate, mOldReset, mOldSynchronize, mOldPriority);
mpTransitionLineAnnotation->updateTransistion(mNewCondition, mNewImmediate, mNewReset, mNewSynchronize, mNewPriority);
}
DeleteTransitionCommand::DeleteTransitionCommand(LineAnnotation *pTransitionLineAnnotation, UndoCommand *pParent)
: UndoCommand(pParent)
{
mpTransitionLineAnnotation = pTransitionLineAnnotation;
}
/*!
* \brief DeleteTransitionCommand::redoInternal
* redoInternal the DeleteTransitionCommand.
*/
void DeleteTransitionCommand::redoInternal()
{
mpTransitionLineAnnotation->getGraphicsView()->deleteTransitionFromList(mpTransitionLineAnnotation);
mpTransitionLineAnnotation->getGraphicsView()->addTransitionToOutOfSceneList(mpTransitionLineAnnotation);
// Remove the start component connection details.
Element *pStartComponent = mpTransitionLineAnnotation->getStartElement();