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#include "StarSystemWorldClient.hpp"
#include "StarRoot.hpp"
#include "StarCelestialDatabase.hpp"
#include "StarClientContext.hpp"
#include "StarPlayerUniverseMap.hpp"
namespace Star {
SystemWorldClient::SystemWorldClient(ClockConstPtr universeClock, CelestialDatabasePtr celestialDatabase, PlayerUniverseMapPtr universeMap)
: SystemWorld(universeClock, celestialDatabase), m_universeMap(std::move(universeMap)) {}
CelestialCoordinate SystemWorldClient::currentSystem() const {
return CelestialCoordinate(m_location);
}
Maybe<Vec2F> SystemWorldClient::shipPosition() const {
if (m_ship)
return m_ship->position();
else
return {};
}
SystemLocation SystemWorldClient::shipLocation() const {
if (m_ship)
return m_ship->systemLocation();
else
return {};
}
SystemLocation SystemWorldClient::shipDestination() const {
if (m_ship)
return m_ship->destination();
else
return {};
}
// ship is flying if the system world is uninitialized or the ship doesn't have a location
bool SystemWorldClient::flying() const {
if (m_ship)
return m_ship->systemLocation().empty();
return true;
}
void SystemWorldClient::update(float dt) {
if (!m_ship)
return;
m_ship->clientUpdate(dt);
auto location = m_ship->systemLocation();
if (auto uuid = location.maybe<Uuid>()) {
if (auto object = getObject(*uuid)) {
Maybe<CelestialOrbit> orbit;
if (object->permanent())
m_universeMap->addMappedObject(CelestialCoordinate(m_location), *uuid, object->name(), object->orbit(), object->parameters());
else
m_universeMap->addMappedObject(CelestialCoordinate(m_location), *uuid, object->name());
}
} else if (auto coordinate = location.maybe<CelestialCoordinate>()) {
if (coordinate->isPlanetaryBody() || coordinate->isSatelliteBody())
m_universeMap->addMappedCoordinate(coordinate->planet());
} else if (auto orbit = location.maybe<CelestialOrbit>()) {
if (orbit->target.isPlanetaryBody() || orbit->target.isSatelliteBody())
m_universeMap->addMappedCoordinate(orbit->target.planet());
}
for (auto p : m_clientShips)
p.second->clientUpdate(dt);
for (auto p : m_objects)
p.second->clientUpdate(dt);
if (currentSystem().isNull()) {
m_objects.clear();
m_clientShips.clear();
m_ship = {};
m_location = Vec3I();
} else if (auto celestialSlave = as<CelestialSlaveDatabase>(m_celestialDatabase))
celestialSlave->signalSystem(currentSystem()); // keeps the celestial chunk for our current system alive
}
List<SystemObjectPtr> SystemWorldClient::objects() const {
return m_objects.values();
}
List<Uuid> SystemWorldClient::objectKeys() const {
return m_objects.keys();
}
SystemObjectPtr SystemWorldClient::getObject(Uuid const& uuid) const {
return m_objects.maybe(uuid).value({});
}
List<SystemClientShipPtr> SystemWorldClient::ships() const
{
return m_clientShips.values();
}
SystemClientShipPtr SystemWorldClient::getShip(Uuid const & uuid) const
{
return m_clientShips.maybe(uuid).value({});
}
Uuid SystemWorldClient::spawnObject(String typeName, Maybe<Vec2F> position, Maybe<Uuid> const& uuid, JsonObject overrides) {
Uuid objectUuid = uuid.value(Uuid());
m_outgoingPackets.append(make_shared<SystemObjectSpawnPacket>(std::move(typeName), objectUuid, std::move(position), std::move(overrides)));
return objectUuid;
}
bool SystemWorldClient::handleIncomingPacket(PacketPtr packet) {
if (auto updatePacket = as<SystemWorldUpdatePacket>(packet)) {
auto location = m_ship->systemLocation();
for (auto p : updatePacket->shipUpdates) {
if (m_ship && p.first == m_ship->uuid())
m_ship->readNetState(p.second, SystemWorldTimestep);
else
m_clientShips[p.first]->readNetState(p.second, SystemWorldTimestep);
}
for (auto p : updatePacket->objectUpdates) {
auto object = getObject(p.first);
object->readNetState(p.second, SystemWorldTimestep);
}
} else if (auto createPacket = as<SystemObjectCreatePacket>(packet)) {
auto object = netLoadObject(createPacket->objectStore);
m_objects.set(object->uuid(), object);
} else if (auto destroyPacket = as<SystemObjectDestroyPacket>(packet)) {
m_objects.remove(destroyPacket->objectUuid);
m_universeMap->removeMappedObject(CelestialCoordinate(m_location), destroyPacket->objectUuid);
} else if (auto shipCreatePacket = as<SystemShipCreatePacket>(packet)) {
auto ship = netLoadShip(shipCreatePacket->shipStore);
m_clientShips.set(ship->uuid(), ship);
} else if (auto shipDestroyPacket = as<SystemShipDestroyPacket>(packet)) {
m_clientShips.remove(shipDestroyPacket->shipUuid);
} else if (auto startPacket = as<SystemWorldStartPacket>(packet)) {
m_objects.clear();
m_clientShips.clear();
m_location = startPacket->location;
for (auto netStore: startPacket->objectStores) {
auto object = netLoadObject(netStore);
m_objects.set(object->uuid(), object);
}
for (auto netStore : startPacket->shipStores) {
auto ship = netLoadShip(netStore);
m_clientShips.set(ship->uuid(), ship);
}
m_ship = make_shared<SystemClientShip>(this, startPacket->clientShip.first, startPacket->clientShip.second);
m_universeMap->addMappedCoordinate(CelestialCoordinate(m_location));
m_universeMap->filterMappedObjects(CelestialCoordinate(m_location), m_objects.keys());
} else {
// packet type not handled by system world client
return false;
}
// packet was handled
return true;
}
List<PacketPtr> SystemWorldClient::pullOutgoingPackets() {
return take(m_outgoingPackets);
}
SystemObjectPtr SystemWorldClient::netLoadObject(ByteArray netStore) {
DataStreamBuffer ds(std::move(netStore));
Uuid uuid = ds.read<Uuid>();
String name = ds.read<String>();
auto objectConfig = systemObjectConfig(name, uuid);
Vec2F position = ds.read<Vec2F>();
JsonObject parameters = ds.read<JsonObject>();
return make_shared<SystemObject>(objectConfig, uuid, position, parameters);
}
SystemClientShipPtr SystemWorldClient::netLoadShip(ByteArray netStore)
{
DataStreamBuffer ds(std::move(netStore));
Uuid uuid = ds.read<Uuid>();
SystemLocation location = ds.read<SystemLocation>();
return make_shared<SystemClientShip>(this, uuid, location);
}
}
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