void Visitor<Reader<DataStream>>::readFrom(const TimenodeProperties& timenodeProperties)
{
m_stream << timenodeProperties.oldDate
<< timenodeProperties.newDate;
insertDelimiter();
}
void Visitor<Reader<DataStream>>::readFrom_impl(
const Dummy::DummyModel& proc)
{
readFrom(*proc.pluginModelList);
insertDelimiter();
}
void Visitor<Reader<DataStream>>::readFrom(const JSProcessModel& proc)
{
readFrom(*proc.pluginModelList);
m_stream << proc.m_script;
insertDelimiter();
}
void Visitor<Reader<DataStream>>::readFrom_impl(const Ossia::OSCSpecificSettings& n)
{
// TODO put it in the right order before 1.0 final.
// TODO same for minuit, etc..
m_stream << n.outputPort
<< n.inputPort
<< n.host;
insertDelimiter();
}
void Visitor<Reader<DataStream>>::readFrom_impl(
const Network::NetworkDocumentPlugin& elt)
{
readFrom(*elt.groupManager());
readFrom(*elt.policy());
// Note : we do not save the policy since it will be different on each computer.
insertDelimiter();
}
void Visitor<Reader<DataStream>>::readFrom(const ModelMetadata& md)
{
m_stream << md.m_scriptingName
<< md.m_comment
<< md.m_color
<< md.m_label;
insertDelimiter();
}
template<> void Visitor<Reader<DataStream>>::readFrom(const Scenario::BaseScenario& base_scenario)
{
readFrom(static_cast<const IdentifiedObject<Scenario::BaseScenario>&>(base_scenario));
readFrom(static_cast<const Scenario::BaseScenarioContainer&>(base_scenario));
readFrom(base_scenario.pluginModelList);
insertDelimiter();
}
void Visitor<Reader<DataStream>>::readFrom(const AutomationModel& autom)
{
readFrom(*autom.pluginModelList);
m_stream << autom.address();
m_stream << autom.min();
m_stream << autom.max();
readFrom(autom.curve());
insertDelimiter();
}
void Visitor<Reader<DataStream>>::readFrom(
const Space::ViewportModel& vp)
{
readFrom(static_cast<const IdentifiedObject<Space::ViewportModel>&>(vp));
m_stream
<< vp.name()
<< vp.transform()
<< vp.xDim()
<< vp.yDim()
<< vp.m_defaultValuesMap
<< vp.renderPrecision();
insertDelimiter();
}
void Visitor<Reader<DataStream>>::readFrom(const ScenarioModel& scenario)
{
readFrom(*scenario.pluginModelList);
m_stream << scenario.m_startTimeNodeId
<< scenario.m_endTimeNodeId;
m_stream << scenario.m_startEventId
<< scenario.m_endEventId;
// Timenodes
const auto& timenodes = scenario.timeNodes();
m_stream << (int) timenodes.size();
for(const auto& timenode : timenodes)
{
readFrom(*timenode);
}
// Events
const auto& events = scenario.events();
m_stream << (int) events.size();
for(const auto& event : events)
{
readFrom(*event);
}
// States
const auto& states = scenario.states();
m_stream << (int) states.size();
for(const auto& state : states)
{
readFrom(*state);
}
// Constraints
const auto& constraints = scenario.constraints();
m_stream << (int) constraints.size();
for(const auto& constraint : constraints)
{
readFrom(*constraint);
}
insertDelimiter();
}
void Visitor<Reader<DataStream>>::readFrom(const CurveSegmentModel& segmt)
{
// To allow recration using createProcess
m_stream << segmt.name();
// Save the parent class
readFrom(static_cast<const IdentifiedObject<CurveSegmentModel>&>(segmt));
// Save this class (this will be loaded by writeTo(*this) in CurveSegmentModel ctor
m_stream << segmt.previous() << segmt.following()
<< segmt.start() << segmt.end();
// Save the subclass
segmt.serialize(toVariant());
insertDelimiter();
}
ISCORE_LIB_DEVICE_EXPORT void Visitor<Reader<DataStream>>::readFrom(const Device::DeviceSettings& n)
{
m_stream << n.name
<< n.protocol;
// TODO try to see if this pattern is refactorable with the similar thing
// usef for CurveSegmentData.
auto& pl = context.components.factory<Device::DynamicProtocolList>();
auto prot = pl.get(n.protocol);
if(prot)
{
prot->serializeProtocolSpecificSettings(n.deviceSpecificSettings, this->toVariant());
}
else
{
qDebug() << "Warning: could not serialize device " << n.name;
}
insertDelimiter();
}
ISCORE_PLUGIN_SCENARIO_EXPORT void Visitor<Reader<DataStream>>::readFrom(const Scenario::StateModel& s)
{
readFrom(static_cast<const IdentifiedObject<Scenario::StateModel>&>(s));
// Common metadata
readFrom(s.metadata);
m_stream << s.m_eventId
<< s.m_previousConstraint
<< s.m_nextConstraint
<< s.m_heightPercentage;
// Message tree
m_stream << s.m_messageItemModel->rootNode();
// Processes plugins
m_stream << (int32_t) s.stateProcesses.size();
for(const auto& process : s.stateProcesses)
{
readFrom(process);
}
insertDelimiter();
}
void DataStreamReader::read(const Media::Merger::Model& proc)
{
readPorts(*this, proc.m_inlets, proc.m_outlets);
m_stream << proc.m_inCount;
insertDelimiter();
}
void Visitor<Reader<DataStream>>::readFrom(const VerticalExtent& ve)
{
m_stream << ve.point;
insertDelimiter();
}
void Visitor<Reader<DataStream>>::readFrom(const Audio::Mix::Routing& proc)
{
m_stream << proc.in << proc.out << proc.mix << proc.enabled;
insertDelimiter();
}
void DataStreamReader::read(const Protocols::OSCQuerySpecificSettings& n)
{
m_stream << n.host << n.rate;
insertDelimiter();
}
void DataStreamReader::read(
const PresetState::Model& proc)
{
m_stream << proc.m_file;
insertDelimiter();
}
void Visitor<Reader<DataStream>>::readFrom(const GroupMetadata& elt)
{
readFrom(elt.group());
insertDelimiter();
}
SCORE_LIB_STATE_EXPORT void DataStreamReader::read(const State::Address& a)
{
m_stream << a.device << a.path;
insertDelimiter();
}
