Object.Construction : construction.Construction::Construction {
restricted local safe:
	bool get_canBuildShips();
	bool get_canBuildOrbitals();
	bool get_canBuildAsteroids();
	bool get_canBuildSupports();
	bool get_canTerraform();
	uint get_constructionCount() const;
	bool get_constructingSupport() const;
	bool get_canExportLabor() const;
	bool get_canImportLabor() const;

	double get_laborIncome() const;
	double get_constructionCostMod() const;

	int get_shipBuildCost() const;
	int get_orbitalBuildCost() const;
	int get_supportBuildSpeed() const;
	double get_orbitalMaintenanceMod() const;
	double get_terraformCostMod() const;

	bool get_isRallying() const;
	vec3d get_rallyPosition() const;

	double get_laborStorageCapacity() const;
	double get_currentLaborStored() const;

	bool get_isRepeating() const;

restricted local:
	float get_constructionProgress() const;
	string get_constructionName(uint num) const;
	const Design@ get_constructionDesign() const;
	Constructible@[] getConstructionQueue();
	Constructible@[] getConstructionQueue(uint limit);
	
	Object@ get_rallyObject() const;

restricted remote:
	void cancelConstruction(int id);
	void buildFlagship(const Design@ design, Object@ constructFrom = null);
	async relocking void buildOrbital(int OrbitalType, vec3d position, Object@ frame = null, Object@ constructFrom = null);
	async relocking void buildStation(const Design@ design, vec3d position, Object@ frame = null, Object@ constructFrom = null);
	async relocking void buildConstruction(uint constructionType, Object@ objTarg = null, vec3d pointTarg = vec3d());
	void buildDryDock(const Design@ forDesign, float pct);
	void workDryDock(Orbital@ dryDock);
	async relocking void buildAsteroid(Asteroid@ asteroid, uint resourceId, Object@ constructFrom = null);
	async relocking void startTerraform(Planet@ planet, uint resourceId);
	void addSupportShipConstruction(int id, const Design@ dsg, uint amount);
	void removeSupportShipConstruction(int id, const Design@ dsg, uint amount);
	void exportLaborTo(Object@ other);
	void moveConstruction(int id, int beforeId = -1);
	
	void clearRally();
	void rallyTo(Object@ dest);
	void rallyTo(vec3d position);
	void setRepeating(bool value);

server:
	safe uint get_constructionType() const;
	int get_constructionID(uint num) const;
	double get_distributedLabor() const;
	
	safe bool get_isUsingLabor() const;
	safe double get_baseLaborIncome() const;
	safe double get_laborFactor() const;
	void destroyConstruction();
	void modLaborIncome(double mod);
	void modLaborFactor(double mod);
	void setDistributedLabor(double val);
	safe bool flagUsingLabor(Object@ obj = null);

	void modLaborStorage(double mod);
	void modStoredLabor(double mod, bool obeyCap = false);

	void modSupportBuildSpeed(int amt);
	void modShipBuildCost(int amt);
	void modOrbitalBuildCost(int amt);
	void modOrbitalMaintenanceMod(double amt);
	void modTerraformCostMod(double amt);
	void multConstructionCostMod(double multFactor);
	uint queuePosition(int id);

	void modConstructionHPBonus(double mod);
	safe double get_constructionHPBonus();

	void startBuildingConstruction(uint type, vec2i position);
	void cancelBuildingConstruction(uint type, vec2i position);
	void startRetrofitConstruction(Object@ fleet, int buildCost, double laborCost, int extraMaint, Object@ constructFrom = null);
	void retrofitDesignCost(Object@ fleet, const Design@ dsg);
	void retrofitDesignCostFinish(Object@ fleet);
	void buildSupport(uint id, const Design@ design, Object@ buildFor);
	void transferBuildSupport(uint id, Object@ buildFor);
	void cancelBuildSupport(uint id);
	
	void doRally(Object@ orderObj);

	void set_canBuildShips(bool value);
	void set_canBuildOrbitals(bool value);
	void set_canBuildAsteroids(bool value);
	void set_canBuildSupports(bool value);
	void set_canTerraform(bool value);
	void set_canExportLabor(bool value);
	void set_canImportLabor(bool value);

	relocking void constructionTick(double time);
	bool hasConstructionUnder(double eta);

	bool writeConstructionDelta(Message& msg) const;
	void writeConstruction(Message& msg) const;

shadow:
	void readConstructionDelta(Message& msg);
	void readConstruction(Message& msg);
}