void TrackingSyncSource::checkStatus(SyncSourceReport &changes)
{
// use the most reliable (and most expensive) method by default
ChangeMode mode = CHANGES_FULL;
// assume that we do a regular sync, with reusing stored information
// if possible
string oldRevision = m_metaNode->readProperty("databaseRevision");
if (!oldRevision.empty()) {
string newRevision = databaseRevision();
SE_LOG_DEBUG(this, NULL, "old database revision '%s', new revision '%s'",
oldRevision.c_str(),
newRevision.c_str());
if (newRevision == oldRevision) {
SE_LOG_DEBUG(this, NULL, "revisions match, no item changes");
mode = CHANGES_NONE;
}
}
if (mode == CHANGES_FULL) {
SE_LOG_DEBUG(this, NULL, "using full item scan to detect changes");
}
detectChanges(*m_trackingNode, mode);
// copy our item counts into the report
changes.setItemStat(ITEM_LOCAL, ITEM_ADDED, ITEM_TOTAL, getNewItems().size());
changes.setItemStat(ITEM_LOCAL, ITEM_UPDATED, ITEM_TOTAL, getUpdatedItems().size());
changes.setItemStat(ITEM_LOCAL, ITEM_REMOVED, ITEM_TOTAL, getDeletedItems().size());
changes.setItemStat(ITEM_LOCAL, ITEM_ANY, ITEM_TOTAL, getAllItems().size());
}
void Inventory::updateStats()
{
calculateWeight(getAllItems());
calculateRsAndBe();
// flag setzen: Werte sind up to Date
mValuesUpToDate = true;
}
void
AnimationModuleSelectionModel::selectAll()
{
AnimItemDimViewKeyFramesMap selectedKeyframes;
std::vector<NodeAnimPtr > selectedNodes;
std::vector<TableItemAnimPtr> selectedTableItems;
getAllItems(true, &selectedKeyframes, &selectedNodes, &selectedTableItems);
makeSelection( selectedKeyframes, selectedTableItems, selectedNodes, (AnimationModuleSelectionModel::SelectionTypeAdd |
AnimationModuleSelectionModel::SelectionTypeClear |
AnimationModuleSelectionModel::SelectionTypeRecurse) );
}
void
AnimationModuleSelectionModel::selectAllVisibleCurvesKeyFrames()
{
AnimItemDimViewKeyFramesMap selectedKeys;
std::vector<NodeAnimPtr > selectedNodes;
std::vector<TableItemAnimPtr> selectedTableItems;
AnimationModuleSelectionProviderPtr model = getModel();
AnimItemDimViewKeyFramesMap allKeys;
getAllItems(false, &allKeys, &selectedNodes, &selectedTableItems);
for (AnimItemDimViewKeyFramesMap::const_iterator it = allKeys.begin(); it != allKeys.end(); ++it) {
if (model->isCurveVisible(it->first.item, it->first.dim, it->first.view)) {
KeyFrameWithStringSet& keys = selectedKeys[it->first];
it->first.item->getKeyframes(it->first.dim, it->first.view, AnimItemBase::eGetKeyframesTypeMerged, &keys);
}
}
makeSelection( selectedKeys, selectedTableItems, selectedNodes, (AnimationModuleSelectionModel::SelectionTypeAdd |
AnimationModuleSelectionModel::SelectionTypeClear |
AnimationModuleSelectionModel::SelectionTypeRecurse) );
}
