void Visitor<Reader<JSONObject>>::readFrom_impl(
const Explorer::DeviceDocumentPlugin& plug)
{
// Childrens of the root node are the devices
// We don't save their children if they don't have canSerialize().
m_obj["RootNode"] = QJsonObject{};
QJsonArray children;
for(auto& node : plug.rootNode().children())
{
QJsonObject this_node;
ISCORE_ASSERT(node.is<Device::DeviceSettings>());
const Device::DeviceSettings& dev = node.get<Device::DeviceSettings>();
auto actual = plug.list().find(dev.name);
ISCORE_ASSERT(actual != plug.list().devices().cend());
if((*actual)->capabilities().canSerialize)
{
this_node = toJsonObject(node);
}
else
{
this_node = toJsonObject(node.impl());
}
children.push_back(std::move(this_node));
}
m_obj["Children"] = children;
}
auto removeNode(node_type::const_iterator node)
{
ISCORE_ASSERT(!node->is<InvisibleRootNodeTag>());
if(node->is<Device::AddressSettings>())
{
node_type* parent = node->parent();
ISCORE_ASSERT(parent != &rootNode());
node_type* grandparent = parent->parent();
ISCORE_ASSERT(grandparent);
int rowParent = grandparent->indexOfChild(parent);
QModelIndex parentIndex = createIndex(rowParent, 0, parent);
int row = parent->indexOfChild(&*node);
beginRemoveRows(parentIndex, row, row);
auto it = parent->erase(node);
endRemoveRows();
return it;
}
else
{
ISCORE_ASSERT(node->is<Device::DeviceSettings>());
int row = rootNode().indexOfChild(&*node);
beginRemoveRows(QModelIndex(), row, row);
auto it = rootNode().erase(node);
endRemoveRows();
return it;
}
}
void
DeviceEditDialog::updateProtocolWidget()
{
ISCORE_ASSERT(m_protocolCBox);
if(m_protocolWidget)
{
ISCORE_ASSERT(m_index < m_protocolCBox->count());
ISCORE_ASSERT(m_index < m_previousSettings.count());
m_previousSettings[m_index] = m_protocolWidget->getSettings();
delete m_protocolWidget;
}
m_index = m_protocolCBox->currentIndex();
auto protocol = m_protocolCBox->currentData().value<UuidKey<Device::ProtocolFactory>>();
m_protocolWidget = m_protocolList.get(protocol)->makeSettingsWidget();
if(m_protocolWidget)
{
m_gLayout->addWidget(m_protocolWidget, 2, 0, 1, 2);
updateGeometry();
}
}
void
DeviceExplorerView::columnVisibilityChanged(bool shown)
{
QAction* a = qobject_cast<QAction*> (sender());
ISCORE_ASSERT(a);
const int ind = m_actions.indexOf(a);
ISCORE_ASSERT(ind != -1);
setColumnHidden(ind, !shown);
}
void AddressSettingsWidget::setCommonSettings(const iscore::AddressSettings & settings)
{
const int ioTypeIndex = m_ioTypeCBox->findData((int)settings.ioType);
ISCORE_ASSERT(ioTypeIndex != -1);
m_ioTypeCBox->setCurrentIndex(ioTypeIndex);
const int clipModeIndex = m_clipModeCBox->findData((int)settings.clipMode);
ISCORE_ASSERT(clipModeIndex != -1);
m_clipModeCBox->setCurrentIndex(clipModeIndex);
m_tagsEdit->addItems(settings.tags);
}
void DeviceExplorerModel::updateAddress(
Device::Node *node,
const Device::AddressSettings &addressSettings)
{
ISCORE_ASSERT(node);
ISCORE_ASSERT(node != &m_rootNode);
node->set(addressSettings);
emit dataChanged(
modelIndexFromNode(*node, 0),
modelIndexFromNode(*node, (int)Column::Count));
}
void InputComponent::makeStream(const Context& ctx)
{
const auto& inputs = process().inputs();
if(inputs.inputs.size() == 0)
return;
auto in = MakeInputSound();
ISCORE_ASSERT(in);
auto sel = MakeSelectSound(in, (long*)inputs.inputs.data(), inputs.inputs.size());
ISCORE_ASSERT(sel);
m_stream = MakeSend(sel);
ISCORE_ASSERT(m_stream);
}
bool DeviceExplorerModel::checkAddressEditable(
Device::Node& parent,
const Device::AddressSettings& before,
const Device::AddressSettings& after)
{
ISCORE_ASSERT(!parent.is<InvisibleRootNodeTag>());
if(after.name.isEmpty())
return false;
auto it = std::find_if(
parent.begin(),
parent.end(),
[&] (const Device::Node& n) { return n.get<Device::AddressSettings>().name == after.name; });
if(it != parent.end())
{
// We didn't change name, it's ok
if(after.name == before.name)
return true;
else
return false;
}
else
{
// Ok, no conflicts
return true;
}
}
void NodeUpdateProxy::addAddress(
const Device::NodePath& parentPath,
const Device::AddressSettings& settings,
int row)
{
auto parentnode = parentPath.toNode(&devModel.rootNode());
if(!parentnode)
return;
// Add in the device impl
// Get the device node :
// TODO row isn't managed here.
const Device::Node& dev_node = devModel.rootNode().childAt(parentPath.at(0));
ISCORE_ASSERT(dev_node.template is<Device::DeviceSettings>());
// Make a full path
Device::FullAddressSettings full = Device::FullAddressSettings::make<Device::FullAddressSettings::as_parent>(
settings,
Device::address(*parentnode));
// Add in the device implementation
devModel
.list()
.device(dev_node.template get<Device::DeviceSettings>().name)
.addAddress(full);
// Add in the device explorer
addLocalAddress(*parentnode, settings, row);
}
void MovePointCommandObject::on_press()
{
// Save the start data.
// Firts we take the exact position of the point we clicked.
auto clickedCurvePoint_it = std::find_if(
m_presenter->model().points().begin(),
m_presenter->model().points().end(),
[&] (PointModel* pt)
{ return pt->previous() == m_state->clickedPointId.previous
&& pt->following() == m_state->clickedPointId.following; });
ISCORE_ASSERT(clickedCurvePoint_it != m_presenter->model().points().end());
auto clickedCurvePoint = *clickedCurvePoint_it;
m_originalPress = clickedCurvePoint->pos();
// Compute xmin, xmax
// Look for the next and previous points
for(PointModel* pt : m_presenter->model().points())
{
auto pt_x = pt->pos().x();
if(pt == clickedCurvePoint)
continue;
if(pt_x >= m_xmin && pt_x < m_originalPress.x())
{
m_xmin = pt_x;
}
if(pt_x <= m_xmax && pt_x > m_originalPress.x())
{
m_xmax = pt_x;
}
}
}
const double* ProcessModel::mix_ptr(const Routing & r) const
{
auto it = m_routings.find(r);
ISCORE_ASSERT(it != m_routings.end());
return &(it->mix);
}
void NodeUpdateProxy::removeNode(
const Device::NodePath& parentPath,
const Device::AddressSettings& settings)
{
Device::Node* parentnode = parentPath.toNode(&devModel.rootNode());
if(!parentnode)
return;
auto addr = Device::address(*parentnode);
addr.path.append(settings.name);
// Remove from the device implementation
const auto& dev_node = devModel.rootNode().childAt(parentPath.at(0));
devModel.list().device(
dev_node.template get<Device::DeviceSettings>().name)
.removeNode(addr);
// Remove from the device explorer
auto it = std::find_if(
parentnode->begin(), parentnode->end(),
[&] (const Device::Node& n) { return n.get<Device::AddressSettings>().name == settings.name; });
ISCORE_ASSERT(it != parentnode->end());
if(deviceExplorer)
{
deviceExplorer->removeNode(it);
}
else
{
parentnode->erase(it);
}
}
double ProcessModel::mix(const Routing & r) const
{
auto it = m_routings.find(r);
ISCORE_ASSERT(it != m_routings.end());
return it->mix;
}
iscore::DeviceSettings MIDIProtocolSettingsWidget::getSettings() const
{
ISCORE_ASSERT(m_deviceCBox);
ISCORE_ASSERT(m_inButton);
iscore::DeviceSettings s;
MIDISpecificSettings midi;
s.name = m_deviceCBox->currentText();
midi.io = m_inButton->isChecked()
? MIDISpecificSettings::IO::In
: MIDISpecificSettings::IO::Out;
s.deviceSpecificSettings = QVariant::fromValue(midi);
return s;
}
void NodeUpdateProxy::addNode(
const Device::NodePath& parentPath,
const Device::Node& node,
int row)
{
ISCORE_ASSERT(node.template is<Device::AddressSettings>());
rec_addNode(parentPath, node, row);
}
void DeviceExplorerModel::addAddress(
Device::Node* parentNode,
const Device::AddressSettings& addressSettings,
int row)
{
ISCORE_ASSERT(parentNode);
ISCORE_ASSERT(parentNode != &m_rootNode);
Device::Node* grandparent = parentNode->parent();
ISCORE_ASSERT(grandparent);
int rowParent = grandparent->indexOfChild(parentNode);
QModelIndex parentIndex = createIndex(rowParent, 0, parentNode);
beginInsertRows(parentIndex, row, row);
parentNode->emplace(parentNode->begin() + row, addressSettings, parentNode);
endInsertRows();
}
const DimensionModel& SpaceModel::dimension(const QString& name) const
{
auto it = std::find_if(m_dimensions.begin(),
m_dimensions.end(),
[&] (const DimensionModel& dim) { return dim.name() == name; });
ISCORE_ASSERT(it != m_dimensions.end());
return *it;
}
void
DeviceEditDialog::setSettings(const Device::DeviceSettings &settings)
{
//auto proto = SingletonProtocolList::instance().get(settings.protocol);
//if(proto)
{
const int index = m_protocolCBox->findData(QVariant::fromValue(settings.protocol));
ISCORE_ASSERT(index != -1);
ISCORE_ASSERT(index < m_protocolCBox->count());
m_protocolCBox->setCurrentIndex(index); //will emit currentIndexChanged(int) & call slot
m_protocolWidget->setSettings(settings);
}
//else
{
// ISCORE_TODO; // Make a default widget.
}
}
void DeviceExplorerModel::addNode(
Device::Node* parentNode,
Device::Node&& child,
int row)
{
ISCORE_ASSERT(parentNode);
ISCORE_ASSERT(parentNode != &m_rootNode);
Device::Node* grandparent = parentNode->parent();
ISCORE_ASSERT(grandparent);
int rowParent = grandparent->indexOfChild(parentNode);
QModelIndex parentIndex = createIndex(rowParent, 0, parentNode);
beginInsertRows(parentIndex, row, row);
parentNode->emplace(parentNode->begin() + row, std::move(child));
endInsertRows();
}
Device::DeviceSettings MIDIProtocolSettingsWidget::getSettings() const
{
ISCORE_ASSERT(m_deviceCBox);
ISCORE_ASSERT(m_inButton);
// TODO *** Initialize with ProtocolFactory.defaultSettings().
Device::DeviceSettings s;
MIDISpecificSettings midi;
s.name = m_name->text();
midi.io = m_inButton->isChecked()
? MIDISpecificSettings::IO::In
: MIDISpecificSettings::IO::Out;
midi.endpoint = m_deviceCBox->currentText();
midi.port = m_deviceCBox->currentData().toInt();
s.deviceSpecificSettings = QVariant::fromValue(midi);
return s;
}
void ReturnComponent::makeStream(const Context& ctx)
{
// Find send
auto send = process().send_ptr();
ISCORE_ASSERT(send);
// Create stream from send
m_stream = MakeSend(
MakeReturn(
iscore::component<SendComponent>(send->components()).getStream()));
}
void
DeviceExplorerView::setInitialColumnsSizes()
{
ISCORE_ASSERT(model());
header()->resizeSection((int)DeviceExplorerModel::Column::Name, 220);
header()->resizeSection((int)DeviceExplorerModel::Column::Value, 50);
header()->resizeSection((int)DeviceExplorerModel::Column::Get, 36);
header()->resizeSection((int)DeviceExplorerModel::Column::Set, 36);
header()->resizeSection((int)DeviceExplorerModel::Column::Min, 50);
header()->resizeSection((int)DeviceExplorerModel::Column::Max, 50);
}
void ProcessModel::updateRouting(const Routing & r)
{
auto it = m_routings.find(r);
ISCORE_ASSERT(it != m_routings.end());
m_routings.modify(it, [&] (auto& obj) {
obj.mix = r.mix;
obj.enabled = r.enabled;
});
emit routingChanged(r);
}
bool DeviceExplorerModel::checkAddressInstantiatable(
Device::Node& parent,
const Device::AddressSettings& addr)
{
ISCORE_ASSERT(!parent.is<InvisibleRootNodeTag>());
if(addr.name.isEmpty())
return false;
return std::none_of(parent.begin(),
parent.end(),
[&] (const Device::Node& n) {
return n.get<Device::AddressSettings>().name == addr.name;
});
}
Address Address::fromString(const QString &str)
{
if (!validateString( str))
return {"", {""} };
QStringList path = str.split("/");
ISCORE_ASSERT(path.size() > 0);
auto device = path.first().remove(":");
path.removeFirst(); // Remove the device.
if(path.first().isEmpty()) // case "device:/"
{
return {device, {}};
}
return {device, path};
}
void AddStateProcessDialog::launchWindow()
{
bool ok = false;
std::vector<std::pair<QString, UuidKey<Process::StateProcessFactory>>> sortedFactoryList;
for(const auto& factory : m_factoryList)
{
sortedFactoryList.push_back(
std::make_pair(
factory.prettyName(),
factory.concreteFactoryKey()));
}
std::sort(sortedFactoryList.begin(),
sortedFactoryList.end(),
[] (const auto& e1, const auto& e2) {
return e1.first < e2.first;
});
QStringList nameList;
for(const auto& elt : sortedFactoryList)
{
nameList.append(elt.first);
}
auto process_name = QInputDialog::getItem(
qApp->activeWindow(),
tr("Choose a state process"),
tr("Choose a state process"),
nameList,
0,
false,
&ok);
if(ok)
{
auto it = std::find_if(sortedFactoryList.begin(),
sortedFactoryList.end(),
[&] (const auto& elt) {
return elt.first == process_name;
});
ISCORE_ASSERT(it != sortedFactoryList.end());
emit okPressed(it->second);
}
}
QString TreeNode<State::ExprData>::toString() const
{
QString s;
auto exprstr = static_cast<const State::ExprData&>(*this).toString();
if(m_children.empty()) // Relation
{
if(this->is<InvisibleRootNodeTag>())
{
;
}
else
{
s = "(" + exprstr + ")";
}
}
else if(m_children.size() == 1) // unop
{
if(this->is<InvisibleRootNodeTag>())
{
s = m_children.at(0).toString();
}
else
{
s = "(" + exprstr + " " + m_children.at(0).toString() + ")";
}
}
else // binop
{
ISCORE_ASSERT(m_children.size() == 2);
int n = 0;
int max_n = m_children.size() - 1;
for(const auto& child : m_children)
{
s += child.toString() + " ";
if(n < max_n)
{
s += exprstr + " ";
n++;
}
}
}
return s;
}
void NodeUpdateProxy::removeDevice(const Device::DeviceSettings& dev)
{
devModel.list().removeDevice(dev.name);
const auto& rootNode = devModel.rootNode();
auto it = find_if(rootNode, [&] (const Device::Node& val) {
return val.is<Device::DeviceSettings>() && val.get<Device::DeviceSettings>().name == dev.name;
});
ISCORE_ASSERT(it != rootNode.end());
if(deviceExplorer)
{
deviceExplorer->removeNode(it);
}
else
{
devModel.rootNode().erase(it);
}
}
void NodeUpdateProxy::updateDevice(
const QString &name,
const Device::DeviceSettings& dev)
{
devModel.list().device(name).updateSettings(dev);
if(deviceExplorer)
{
deviceExplorer->updateDevice(name, dev);
}
else
{
auto it = std::find_if(devModel.rootNode().begin(), devModel.rootNode().end(),
[&] (const Device::Node& n) { return n.get<Device::DeviceSettings>().name == name; });
ISCORE_ASSERT(it != devModel.rootNode().end());
it->set(dev);
}
}
void
DeviceEditDialog::initAvailableProtocols()
{
ISCORE_ASSERT(m_protocolCBox);
//initialize previous settings
m_previousSettings.clear();
for(const auto& prot : m_protocolList.list())
{
m_protocolCBox->addItem(
prot->prettyName(),
QVariant::fromValue(prot->key<UuidKey<Device::ProtocolFactory>>()));
m_previousSettings.append(prot->defaultSettings());
}
m_index = m_protocolCBox->currentIndex();
}