size_t wxSTEditorTreeCtrl::DoGetAllChildrenItemIds(const wxTreeItemId& start_id,
wxArrayTreeItemIds& arrayIds,
STE_TreeCtrlGet_Type get_type)
{
size_t count = 0;
for (wxTreeItemId id = start_id; id; id = GetNextSibling(id))
{
if (get_type == STE_TREECTRL_GET_ALL)
{
arrayIds.Add(id);
count++;
}
else
{
wxTreeItemData* data = GetItemData(id);
if (( data && ((get_type & STE_TREECTRL_GET_DATA) != 0)) ||
(!data && ((get_type & STE_TREECTRL_GET_NODATA) != 0)))
{
arrayIds.Add(id);
count++;
}
}
wxTreeItemIdValue childCookie;
wxTreeItemId childId = GetFirstChild(id, childCookie);
if (childId)
count += DoGetAllChildrenItemIds(childId, arrayIds, get_type);
}
return count;
}
void clTreeCtrlPanel::GetSelections(wxArrayString& folders,
wxArrayTreeItemIds& folderItems,
wxArrayString& files,
wxArrayTreeItemIds& fileItems)
{
folders.clear();
files.clear();
folderItems.clear();
fileItems.clear();
wxArrayTreeItemIds items;
if(GetTreeCtrl()->GetSelections(items)) {
for(size_t i = 0; i < items.size(); ++i) {
clTreeCtrlData* cd = GetItemData(items.Item(i));
if(cd) {
if(cd->IsFile()) {
files.Add(cd->GetPath());
fileItems.Add(items.Item(i));
} else if(cd->IsFolder()) {
folders.Add(cd->GetPath());
folderItems.Add(items.Item(i));
}
}
}
}
}
void LLDBLocalsView::GetWatchesFromSelections(wxArrayTreeItemIds& items)
{
items.Clear();
wxArrayTreeItemIds arr;
m_treeList->GetSelections(arr);
for(size_t i = 0; i < arr.GetCount(); ++i) {
wxTreeItemId item = arr.Item(i);
if(!GetItemData(item)) continue;
LLDBVariableClientData* data = GetItemData(item);
if(!data) continue;
LLDBVariable::Ptr_t lldbVar = data->GetVariable();
if(!lldbVar) continue;
if(lldbVar->IsWatch()) {
items.Add(item);
}
}
}
void clTreeCtrlPanel::GetTopLevelFolders(wxArrayString& paths, wxArrayTreeItemIds& items)
{
wxTreeItemIdValue cookie;
wxTreeItemId child = GetTreeCtrl()->GetFirstChild(GetTreeCtrl()->GetRootItem(), cookie);
while(child.IsOk()) {
clTreeCtrlData* clientData = GetItemData(child);
paths.Add(clientData->GetPath());
items.Add(child);
child = GetTreeCtrl()->GetNextChild(GetTreeCtrl()->GetRootItem(), cookie);
}
}
void TreeWndCtrl::GetVisibleItems(wxArrayTreeItemIds& visibleItemList, const wxTreeItemId& item)
{
wxASSERT_MSG((item != TreeWndCtrlItemIdInvalid), wxT("Invalid item!"));
if ( IsVisible(item) )
visibleItemList.Add(item);
TreeWndCtrlNode *node = (TreeWndCtrlNode *)item.m_pItem;
size_t count = node->m_children.GetCount();
for ( size_t i = 0; i < count; ++i )
GetVisibleItems(visibleItemList, node->m_children.Item(i));
}
SvnTreeData::SvnNodeType SubversionView::DoGetSelectionType(const wxArrayTreeItemIds& items)
{
m_selectionInfo.Clear();
SvnTreeData::SvnNodeType type(SvnTreeData::SvnNodeTypeInvalid);
for (size_t i=0; i<items.GetCount(); i++) {
if (items.Item(i).IsOk() == false) {
m_selectionInfo.Clear();
return m_selectionInfo.m_selectionType; // Invalid
}
SvnTreeData *data = (SvnTreeData *)m_treeCtrl->GetItemData(items.Item(i));
if ( !data ) {
m_selectionInfo.Clear();
return m_selectionInfo.m_selectionType; // Invalid
}
if (data->GetType() == SvnTreeData::SvnNodeTypeRoot && items.GetCount() == 1) {
// populate the list of paths with all the added paths
DoGetPaths( items.Item(i), m_selectionInfo.m_paths );
m_selectionInfo.m_selectionType = SvnTreeData::SvnNodeTypeRoot;
return m_selectionInfo.m_selectionType;
}
if (data->GetType() == SvnTreeData::SvnNodeTypeAddedRoot && items.GetCount() == 1) {
// populate the list of paths with all the added paths
DoGetPaths( items.Item(i), m_selectionInfo.m_paths );
m_selectionInfo.m_selectionType = SvnTreeData::SvnNodeTypeAddedRoot;
return m_selectionInfo.m_selectionType;
}
if (data->GetType() == SvnTreeData::SvnNodeTypeDeletedRoot && items.GetCount() == 1) {
// populate the list of paths with all the deleted paths
DoGetPaths( items.Item(i), m_selectionInfo.m_paths );
m_selectionInfo.m_selectionType = SvnTreeData::SvnNodeTypeDeletedRoot;
return m_selectionInfo.m_selectionType;
}
if (data->GetType() == SvnTreeData::SvnNodeTypeConflictRoot && items.GetCount() == 1) {
// populate the list of paths with all the conflicted paths
DoGetPaths( items.Item(i), m_selectionInfo.m_paths );
m_selectionInfo.m_selectionType = SvnTreeData::SvnNodeTypeConflictRoot;
return m_selectionInfo.m_selectionType;
}
if (data->GetType() == SvnTreeData::SvnNodeTypeModifiedRoot && items.GetCount() == 1) {
// populate the list of paths with all the conflicted paths
DoGetPaths( items.Item(i), m_selectionInfo.m_paths );
m_selectionInfo.m_selectionType = SvnTreeData::SvnNodeTypeModifiedRoot;
return m_selectionInfo.m_selectionType;
}
if (type == SvnTreeData::SvnNodeTypeInvalid &&
(data->GetType() == SvnTreeData::SvnNodeTypeFile || data->GetType() == SvnTreeData::SvnNodeTypeRoot)) {
type = data->GetType();
m_selectionInfo.m_selectionType = type;
m_selectionInfo.m_paths.Add(data->GetFilepath());
} else if ( type == SvnTreeData::SvnNodeTypeInvalid ) {
type = data->GetType();
} else if (data->GetType() != type) {
m_selectionInfo.m_paths.Clear();
return SvnTreeData::SvnNodeTypeInvalid;
} else {
// Same type, just add the path
m_selectionInfo.m_paths.Add(data->GetFilepath());
}
}
return type;
}
