std::vector<WStandardItem *>
TreeViewExample::cityItems(const std::string& city,
WeatherIcon weather,
const std::string& drink,
bool useInternalPath, bool visited)
{
std::vector<WStandardItem *> result;
WStandardItem *item;
// column 0: country
item = new WStandardItem(WString::fromUTF8(city));
result.push_back(item);
// column 1: weather
item = new WStandardItem();
item->setIcon(std::string("icons/") + weatherIcons[weather]);
result.push_back(item);
// column 2: drink
item = new WStandardItem(drink);
if (useInternalPath)
item->setLink(WLink(WLink::InternalPath, "/drinks/" + drink));
result.push_back(item);
// column 3: visited
item = new WStandardItem();
item->setCheckable(true);
item->setChecked(visited);
result.push_back(item);
return result;
}
void gdContainerBar::doCheck()
{
WStandardItemModel* model = dynamic_cast<WStandardItemModel*>(view()->model());
for (int row = 0; row < model->rowCount(); row++) {
WStandardItem* wsi = model->invisibleRootItem()->child(row, 0);
wsi->setChecked(m_pWCb->isChecked());
}
}
WStandardItem *TreeViewExample::countryItem(const std::string& country,
const std::string& code)
{
WStandardItem *result = new WStandardItem(WString::fromUTF8(country));
result->setIcon("icons/flag_" + code + ".png");
return result;
}
void FormWidgets::addColorElement(WStandardItemModel* model,
std::string name,
std::string style)
{
WStandardItem* item = new WStandardItem(name);
item->setStyleClass(style);
model->appendRow(item);
}
bool WStandardItemModel::removeRows(int row, int count,
const WModelIndex& parent)
{
WStandardItem *parentItem = itemFromIndex(parent, false);
if (parentItem)
parentItem->removeRows(row, count);
return parentItem;
}
bool WStandardItemModel::setData(const WModelIndex& index,
const boost::any& value, int role)
{
WStandardItem *item = itemFromIndex(index);
if (item)
item->setData(value, role);
return item;
}
bool WStandardItemModel::insertRows(int row, int count,
const WModelIndex& parent)
{
WStandardItem *parentItem = itemFromIndex(parent); // lazy create ok
if (parentItem)
parentItem->insertRows(row, count);
return parentItem;
}
///
// Create a file entry
//
WStandardItem* FileBrowser::createEntry(const std::string& baseName, int index)
{
WStandardItem *result = new WStandardItem(baseName);
result->setIcon("icons/file.gif");
// Set the data for the entry index in the user roles
result->setData(index, UserRole);
return result;
}
WModelIndex WStandardItemModel::index(int row, int column,
const WModelIndex& parent) const
{
WStandardItem *parentItem = itemFromIndex(parent, false);
if (parentItem
&& row >= 0
&& column >= 0
&& row < parentItem->rowCount()
&& column < parentItem->columnCount())
return createIndex(row, column, static_cast<void *>(parentItem));
return WModelIndex();
}
Wt::WStandardItem* VanetSpModelDump::treeNode(list< Node >& nodes)
{
WStandardItem* result = new WStandardItem(tr("mappropertyeditor.group.spmodeldump"));
result->setData(VanetSpatialModelDump);
Node extNode("extension");
Attribute classAttr("class", "de.uni_stuttgart.informatik.canu.spatialmodel.extensions.DumpSpatialModel");
extNode.addAttribute(classAttr);
Attribute outAttr("output", output_->valueText().toUTF8());
extNode.addAttribute(outAttr);
result->appendRow(propertyRow(string("output="), tr("mappropertyeditor.group.spmodeldump.output").toUTF8(), output_->valueText().toUTF8()));
nodes.push_back(extNode);
return result;
}
WStandardItem* VanetRoutingProtocolPropertyForm::treeNode(list< Node >& nodes)
{
WStandardItem* result = new WStandardItem(tr("mappropertyeditor.group.glomosim"));
result->setData(VanetGlomoSimProperties);
Node routing("routingprotocol");
routing.value(routingCombo_->currentText().toUTF8());
result->appendRow(propertyRow(string("routingprotocol"), tr("mappropertyeditor.group.glomosim.routingprotocol").toUTF8(), routingCombo_->currentText().toUTF8()));
// Node count("number_of_nodes");
// count.value(nodesCount_->valueText().toUTF8());
// result->appendRow(propertyRow(string("number_of_nodes"), tr("mappropertyeditor.group.glomosim.nodesnumber").toUTF8(), nodesCount_->valueText().toUTF8()));
nodes.push_back(routing);
// nodes.push_back(count);
return result;
}
WStandardItem *VanetAreaPropertyForm::treeNode(std::list< Node >& nodes)
{
WStandardItem *result = new WStandardItem(tr("mappropertyeditor.group.general"));
result->setData(VanetArea);
Node xNode = Node("dimx");
xNode.value(boost::lexical_cast<std::string>(dimx_->value()));
nodes.push_back(xNode);
result->appendRow(propertyRow(std::string("dimx"), tr("mappropertyeditor.group.general.dimx").toUTF8(), boost::lexical_cast<std::string>(dimx_->value())));
Node yNode = Node("dimy");
yNode.value(boost::lexical_cast<std::string>(dimy_->value()));
nodes.push_back(yNode);
result->appendRow(propertyRow(std::string("dimy"), tr("mappropertyeditor.group.general.dimy").toUTF8(), boost::lexical_cast<std::string>(dimy_->value())));
return result;
}
WStandardItem *WStandardItemModel::itemFromIndex(const WModelIndex& index,
bool lazyCreate) const
{
if (!index.isValid())
return invisibleRootItem_;
else
if (index.model() != this)
return 0;
else {
WStandardItem *parent
= static_cast<WStandardItem *>(index.internalPointer());
WStandardItem *c = parent->child(index.row(), index.column());
if (lazyCreate && !c) {
c = itemPrototype()->clone();
parent->setChild(index.row(), index.column(), c);
}
return c;
}
}
Wt::WStandardItem* VanetNodeForm::treeNode(std::list< Node >& nodes)
{
WStandardItem* result = new WStandardItem(tr("mappropertyeditor.group.node").arg(id_->valueText()));
result->setData(VanetNode);
Node n("node");
Attribute idAttr("id", id_->valueText().toUTF8());
n.addAttribute(idAttr);
Node posNode("position");
Attribute rndAttr("random", "true");
posNode.addAttribute(rndAttr);
n.addChild(posNode);
result->appendRow(propertyRow(string("id="), tr("mappropertyeditor.group.node.id").toUTF8(), id_->valueText().toUTF8()));;
//result->appendRow(form_->treeNode(nodes));
// Here we place the mobility model on the same level as everything else. Just a quick fix so we can properly persist the model in the PersistenceManager.
form_->appendPropertyRows(result, nodes);
Node extNode = nodes.back();
nodes.pop_back();
n.addChild(extNode);
nodes.push_back(n);
return result;
}
/*! \brief Create a folder item.
*
* Configures flags for drag and drop support.
*/
WStandardItem *createFolderItem(const WString& location,
const std::string& folderId = std::string())
{
WStandardItem *result = new WStandardItem(location);
if (!folderId.empty()) {
result->setData(boost::any(folderId));
result->setFlags(result->flags() | ItemIsDropEnabled);
folderNameMap_[folderId] = location;
} else
result->setFlags(result->flags().clear(ItemIsSelectable));
result->setIcon("icons/folder.gif");
return result;
}
/*! \brief Populate the files model.
*
* Data (and headers) is read from the CSV file data/files.csv. We
* add icons to the first column, resolve the folder id to the
* actual folder name, and configure item flags, and parse date
* values.
*/
void populateFiles() {
fileModel_->invisibleRootItem()->setRowCount(0);
std::ifstream f((appRoot() + "data/files.csv").c_str());
if (!f)
throw std::runtime_error("Could not read: data/files.csv");
readFromCsv(f, fileModel_);
for (int i = 0; i < fileModel_->rowCount(); ++i) {
WStandardItem *item = fileModel_->item(i, 0);
item->setFlags(item->flags() | ItemIsDragEnabled);
item->setIcon("icons/file.gif");
std::string folderId = item->text().toUTF8();
item->setData(boost::any(folderId), UserRole);
item->setText(folderNameMap_[folderId]);
convertToDate(fileModel_->item(i, 4));
convertToDate(fileModel_->item(i, 5));
}
}
WStandardItem *TreeViewExample::continentItem(const std::string& continent)
{
WStandardItem *result = new WStandardItem(continent);
result->setColumnCount(4);
return result;
}
WFlags<ItemFlag> WStandardItemModel::flags(const WModelIndex& index) const
{
WStandardItem *item = itemFromIndex(index, false);
return item ? item->flags() : WFlags<ItemFlag>(0);
}
///
// Add an entry to the browser
//
bool FileBrowser::addEntry(bool rootDir, int entryDepth,
const std::string &baseDir,
const std::string &baseName,
int index)
{
//
// The code below adds an entry into the tree such as follows:
//
// + tract_meta.bash
// + dicom_seriesCollect.bash
// + tract_meta-stage-2-dcm2trk.bash
// |
// + stage-1-mri_convert
// |
// + diff_unpack
//
// ...
//
// The relatively convoluted logic below is responsible for
// adding a new item to this tree structure.
// If it's not a root directory, add the unique folder names as
// root folder entries
if (!rootDir)
{
bool addEntry = true;
int modelRow;
// Iterate over all the rows in the root
for (modelRow = 0; modelRow < mModel->rowCount(); modelRow++)
{
WStandardItem *item = mModel->item(modelRow);
bool match = true;
// For the depth of the folder, attempt to match as many folders
// as possible.
for (int depth = 0; depth <= entryDepth && item != NULL; depth++)
{
path dirPath = path(baseDir);
for (int d = 0; d < (entryDepth - depth); d++)
{
dirPath = dirPath.branch_path();
}
std::string folderLeafName = path(dirPath).leaf().string();
boost::any displayData = item->data(DisplayRole);
if (!displayData.empty())
{
WString folderName = boost::any_cast<WString>(displayData);
// Folder did not match, this means we need to add it
// to the tree
if (folderName.toUTF8() != folderLeafName)
{
match = false;
break;
}
}
}
// All folders matched, we do not need a new folder
if (match)
{
addEntry = false;
}
}
// Add all of the necessary folder entries to the tree
if (addEntry)
{
WStandardItem *lastItem = mModel->invisibleRootItem();
for (int depth = 0; depth <= entryDepth; depth++)
{
path dirPath = path(baseDir);
for (int d = 0; d < (entryDepth - depth); d++)
{
dirPath = dirPath.branch_path();
}
std::string folderLeafName = path(dirPath).leaf().string();
bool addFolder = true;
for (int row = 0; row < lastItem->rowCount(); row++)
{
WStandardItem *item = lastItem->child(row);
std::string folderLeafName = path(dirPath).leaf().string();
boost::any displayData = item->data(DisplayRole);
if (!displayData.empty())
{
WString folderName = boost::any_cast<WString>(displayData);
if (folderName.toUTF8() == folderLeafName)
{
addFolder = false;
lastItem = item;
break;
}
}
}
if (addFolder)
{
WStandardItem *newItem = new WStandardItem(folderLeafName);
newItem->setFlags(newItem->flags().clear(ItemIsSelectable));
newItem->setIcon("icons/folder.gif");
lastItem->appendRow(newItem);
lastItem = newItem;
}
}
}
}
// For root entries, add the file logs
else
{
mModel->appendRow(createEntry(baseName, index));
}
// Now add the items under the folders
if (!rootDir)
{
WStandardItem *lastItem = mModel->invisibleRootItem();
for (int depth = 0; depth <= entryDepth; depth++)
{
path dirPath = path(baseDir);
for (int d = 0; d < (entryDepth - depth); d++)
{
dirPath = dirPath.branch_path();
}
std::string folderLeafName = path(dirPath).leaf().string();
for (int row = 0; row < lastItem->rowCount(); row++)
{
WStandardItem *item = lastItem->child(row);
std::string folderLeafName = path(dirPath).leaf().string();
boost::any displayData = item->data(DisplayRole);
if (!displayData.empty())
{
WString folderName = boost::any_cast<WString>(displayData);
if (folderName.toUTF8() == folderLeafName)
{
lastItem = item;
break;
}
}
}
}
if (lastItem != NULL)
{
lastItem->appendRow(createEntry(baseName, index));
}
}
// Add the directory to the watch list
addWatchPath(baseDir);
return true;
}
boost::any WStandardItemModel::data(const WModelIndex& index, int role) const
{
WStandardItem *item = itemFromIndex(index, false);
return item ? item->data(role) : boost::any();
}
int WStandardItemModel::rowCount(const WModelIndex& parent) const
{
WStandardItem *parentItem = itemFromIndex(parent, false);
return parentItem ? parentItem->rowCount() : 0;
}
