void makeSnapshot()
{
using namespace Command;
if(m_parentSM.editionSettings().sequence())
return;
if(this->createdStates.empty())
return;
if(!this->createdConstraints.empty())
{
const auto& cst = m_parentSM.model().constraints.at(this->createdConstraints.last());
if(!cst.processes.empty())
{
// In case of the presence of a sequence, we
// only use the sequence's namespace, hence we don't need to make a snapshot at the end..
return;
}
}
auto& device_explorer = this->m_parentSM.context().context.template plugin<Explorer::DeviceDocumentPlugin>().explorer;
State::MessageList messages = getSelectionSnapshot(device_explorer);
if(messages.empty())
return;
m_dispatcher.submitCommand(new AddMessagesToState{
m_parentSM.model().states.at(this->createdStates.last()).messages(),
messages});
}
void dropEvent(QDropEvent* ev) override
{
auto mime = ev->mimeData();
if(mime->formats().contains(iscore::mime::messagelist()))
{
Mime<State::MessageList>::Deserializer des{*mime};
State::MessageList ml = des.deserialize();
if(ml.size() > 0)
{
this->setText(ml[0].address.toString());
}
}
}
void AddressEditWidget::dropEvent(QDropEvent* ev)
{
auto mime = ev->mimeData();
if(mime->formats().contains(iscore::mime::messagelist()))
{
Mime<State::MessageList>::Deserializer des{*mime};
State::MessageList ml = des.deserialize();
if(ml.size() > 0)
{
setAddress(ml[0].address);
}
}
}
//method called when a drag is initiated
QMimeData*
DeviceExplorerModel::mimeData(const QModelIndexList& indexes) const
{
QMimeData* mimeData = new QMimeData;
auto uniqueNodes = uniqueSelectedNodes(indexes);
// Now we request an update to the device explorer.
m_devicePlugin.updateProxy.refreshRemoteValues(uniqueNodes.parents);
// The "MessagesList" part.
State::MessageList messages;
for(const auto& node : uniqueNodes.parents)
{
Device::parametersList(*node, messages);
}
for(const auto& node : uniqueNodes.messages)
{
messages += Device::message(*node);
}
if(!messages.empty())
{
Mime<State::MessageList>::Serializer s{*mimeData};
s.serialize(messages);
}
// The "Nodes" part.
// TODO The mime data should also transmit the root address for
// each node in this case. For now it's useless.
{
Mime<Device::NodeList>::Serializer s{*mimeData};
s.serialize(uniqueNodes.parents + uniqueNodes.messages);
}
if(messages.empty() && uniqueNodes.parents.empty() && uniqueNodes.messages.empty())
{
delete mimeData;
return nullptr;
}
return mimeData;
}
static void rec_updateTree(
Process::MessageNode& node,
State::MessageList& lst,
const Id<Process::ProcessModel>& proc,
ProcessPosition pos)
{
// If the message is in the tree, we add the process value.
int n = lst.size();
nodeInsertAction(node, lst, proc, pos);
if(lst.size() == n) // No nodes were added / updated
{
nodePruneAction(node, proc, pos);
}
for(auto& child : node)
{
rec_updateTree(child, lst, proc, pos);
}
cleanupNode(node);
}
static void nodeInsertAction(
Process::MessageNode& node,
State::MessageList& msg,
const Id<Process::ProcessModel>& proc,
ProcessPosition pos
)
{
auto it = msg.begin();
auto end = msg.end();
while(it != end)
{
const auto& mess = *it;
if(match(node, mess))
{
switch(pos)
{
case ProcessPosition::Previous:
{
updateNode(node.values.previousProcessValues, mess.value, proc);
break;
}
case ProcessPosition::Following:
{
updateNode(node.values.followingProcessValues, mess.value, proc);
break;
}
default:
ISCORE_ABORT;
break;
}
it = msg.erase(it);
}
else
{
++it;
}
}
}
void parametersList(const Node& n, State::MessageList& ml)
{
if (n.is<AddressSettings>())
{
const auto& stgs = n.get<AddressSettings>();
if (stgs.ioType == ossia::access_mode::BI)
{
ml.push_back(message(n));
}
}
for (const auto& child : n.children())
{
parametersList(child, ml);
}
}
