function nativeCall(_sSide, _sMethod, ...)
	if peripheral.isPresent( _sSide ) then
		return peripheral.call( _sSide, _sMethod, ... )
	end
end

local bindedSide = nil;

function bindSide(_sSide)
	if peripheral.isPresent( _sSide ) then
		bindedSide = _sSide;
		return true;
	else
		bindedSide = nil;
		return false;
	end
end

function getMachineNameInSlot(_slot)
	return nativeCall(bindedSide, "machineSlot", _slot);
end

-- Fluid Regulator
FluidRegulator = {} 
FluidRegulator.__index = FluidRegulator 

function FluidRegulator.getOutputMb(_slot)
	return nativeCall(bindedSide, "fluidregulator_getOutputMb", _slot);
end

function FluidRegulator.setOutputMb(_slot, value)
	return nativeCall(bindedSide, "fluidregulator_setOutputMb", _slot, value);
end

function FluidRegulator.getMode(_slot)
	return nativeCall(bindedSide, "fluidregulator_getMode", _slot);
end

function FluidRegulator.setMode(_slot, value)
	return nativeCall(bindedSide, "fluidregulator_setMode", _slot, value);
end

function FluidRegulator.getFluidStock(_slot)
	-- fluid return
	local _name, _amount, _capacity =  nativeCall(bindedSide, "fluidregulator_getFluidStock", _slot);
	return { name = _name, amount = _amount, capacity = _capacity };
end

-- Electric Machine
ElectricMachine = {} 
ElectricMachine.__index = ElectricMachine 

function ElectricMachine.getEnergy(_slot)
	return nativeCall(bindedSide, "electricmachine_getEnergy", _slot);
end

-- Steam Generator
SteamGenerator = {} 
SteamGenerator.__index = SteamGenerator 

function SteamGenerator.getPressure(_slot)
	return nativeCall(bindedSide, "steamgenerator_getPressure", _slot);
end

function SteamGenerator.setPressure(_slot, value)
	return nativeCall(bindedSide, "steamgenerator_setPressure", _slot, value);
end

function SteamGenerator.getInputWater(_slot)
	return nativeCall(bindedSide, "steamgenerator_getInputWater", _slot);
end

function SteamGenerator.setInputWater(_slot, value)
	return nativeCall(bindedSide, "steamgenerator_setInputWater", _slot, value);
end

function SteamGenerator.getCalcification(_slot)
	local _current, _max = nativeCall(bindedSide, "steamgenerator_getCalcification", _slot);
	return { current = _current, max = _max };
end

function SteamGenerator.getHeatInput(_slot)
	return nativeCall(bindedSide, "steamgenerator_getHeatInput", _slot);
end

function SteamGenerator.getOutput(_slot)
	local _volume, _type = nativeCall(bindedSide, "steamgenerator_getOutput", _slot);
	return { volume = _volume, type = _type };
end

function SteamGenerator.getSystemHeat(_slot)
	local _current, _max = nativeCall(bindedSide, "steamgenerator_getSystemHeat", _slot);
	return { current = _current, max = _max };
end

function SteamGenerator.getFluidStock(_slot)
	-- fluid return
	local _name, _amount, _capacity =  nativeCall(bindedSide, "steamgenerator_getFluidStock", _slot);
	return { name = _name, amount = _amount, capacity = _capacity };
end

-- Condenser
Condenser = {} 
Condenser.__index = Condenser 

function Condenser.getProgress(_slot)
	return nativeCall(bindedSide, "condenser_getProgress", _slot);
end

function Condenser.getFluidInput(_slot)
	-- fluid return
	local _name, _amount, _capacity =  nativeCall(bindedSide, "condenser_getFluidInput", _slot);
	return { name = _name, amount = _amount, capacity = _capacity };
end

function Condenser.getFluidOutput(_slot)
	-- fluid return
	local _name, _amount, _capacity =  nativeCall(bindedSide, "condenser_getFluidOutput", _slot);
	return { name = _name, amount = _amount, capacity = _capacity };
end

-- LHE
LHE = {} 
LHE.__index = LHE 

function LHE.getHeatTransmit(_slot)
	local _current, _max = nativeCall(bindedSide, "lhe_getHeatTransmit", _slot);
	return { current = _current, max = _max };
end

function LHE.getFluidWarm(_slot)
	-- fluid return
	local _name, _amount, _capacity =  nativeCall(bindedSide, "lhe_getFluidWarm", _slot);
	return { name = _name, amount = _amount, capacity = _capacity };
end

function LHE.getFluidCold(_slot)
	-- fluid return
	local _name, _amount, _capacity =  nativeCall(bindedSide, "lhe_getFluidCold", _slot);
	return { name = _name, amount = _amount, capacity = _capacity };
end

-- Electric Storage
ElectricStorage = {} 
ElectricStorage.__index = ElectricStorage 

function ElectricStorage.getEnergy(_slot)
	local _current, _max, _output = nativeCall(bindedSide, "electricstorage_getEnergy", _slot);
	return { current = _current, max = _max, output = _output };
end

-- Electric Generator
ElectricGenerator = {} 
ElectricGenerator.__index = ElectricGenerator 

function ElectricGenerator.getStirlingProduction(_slot)
	local _receivedheat, _production = nativeCall(bindedSide, "electricgenerator_getStirlingProduction", _slot);
	return { receivedheat = _receivedheat, production = _production };
end

function ElectricGenerator.getKineticProduction(_slot)
	local _receivedkinetic, _production = nativeCall(bindedSide, "electricgenerator_getKineticProduction", _slot);
	return { receivedkinetic = _receivedkinetic, production = _production };
end

-- Kinetic Steam Generator
KineticSteamGenerator = {} 
KineticSteamGenerator.__index = KineticSteamGenerator 

function KineticSteamGenerator.getPower(_slot)
	return nativeCall(bindedSide, "kineticsteamgenerator_getPower", _slot);
end

function KineticSteamGenerator.getTurbineDamage(_slot)
	return nativeCall(bindedSide, "kineticsteamgenerator_getTurbineDamage", _slot);
end

function KineticSteamGenerator.getDistiledTank(_slot)
	-- fluid return
	local _name, _amount, _capacity =  nativeCall(bindedSide, "kineticsteamgenerator_getDistiledTank", _slot);
	return { name = _name, amount = _amount, capacity = _capacity };
end

-- Nuclear Reactor
NuclearReactor = {} 
NuclearReactor.__index = NuclearReactor 

function NuclearReactor.getActive()
	return nativeCall(bindedSide, "nuclearreactor_getActive", 0);
end

function NuclearReactor.getPowerEU()
	return nativeCall(bindedSide, "nuclearreactor_getPowerEU", 0);
end

function NuclearReactor.getHeat()
	local _current, _max = nativeCall(bindedSide, "nuclearreactor_getHeat", 0);
	return { current = _current, max = _max };
end

function NuclearReactor.getEmitHeat()
	return nativeCall(bindedSide, "nuclearreactor_getEmitHeat", 0);
end

function NuclearReactor.getFluidWarm()
	-- fluid return
	local _name, _amount, _capacity =  nativeCall(bindedSide, "nuclearreactor_getFluidWarm", 0);
	return { name = _name, amount = _amount, capacity = _capacity };
end

function NuclearReactor.getFluidCold()
	-- fluid return
	local _name, _amount, _capacity =  nativeCall(bindedSide, "nuclearreactor_getFluidCold", 0);
	return { name = _name, amount = _amount, capacity = _capacity };
end