--t
os.loadAPI("rAPI")

local modem = nil
local channel = nil
local replyChannel = nil

function init(varModem, varChannel, varReplyChannel)
  modem = varModem
  channel = varChannel
  replyChannel = varReplyChannel
  varModem.open(replyChannel)
end

--returns void
function setActive(bool)
  rAPI.call(modem, channel, replyChannel, textutils.serialize({"setActive",bool}))
end

--returns bool
function getActive()
  return rAPI.call(modem, channel, replyChannel, "getActive")
end

--returns void
function setInductorEngaged(bool)
  rAPI.call(modem, channel, replyChannel, textutils.serialize({"setInductorEngaged",bool}))
end

--returns bool
function getInductorEngaged()
  return rAPI.call(modem, channel, replyChannel, "getInductorEngaged")
end

--returns num
function getRotorSpeed()
  return tonumber(rAPI.call(modem, channel, replyChannel, "getRotorSpeed"))
end

--returns num
function getEnergyProducedLastTick()
  return tonumber(rAPI.call(modem, channel, replyChannel, "getEnergyProducedLastTick"))
end

--returns num
function getFluidFlowRate()
  return tonumber(rAPI.call(modem, channel, replyChannel, "getFluidFlowRate"))
end

--returns num
function getFluidFlowRateMax()
  return tonumber(rAPI.call(modem, channel, replyChannel, "getFluidFlowRateMax"))
end