PowergridNuclearSide.lua

local component = require("component")
local reactor = component.br_reactor
local keyboard = require("keyboard")

local isConnected = reactor.getConnected()
local isActive
local energyStored
local maxEnergyStored = 10000000
local percentEnergyStored
local fuelAmount
local wasteAmount
local fuelTemp
local caseTemp

local modem = component.modem
local event = require("event")
local fs = require("filesystem") --I don't think this one is needed

local port = 70
local timeout = 15
local pullArray = {}
local timeoutPull = {}
--local serverAddress = "9955471e-b28f-4001-9d66-79c28c75be2d" whos address is this??????
local serverAddress = "defb88c6-fe9b-4fd7-a236-c1b956c9023e"

local kyleTransformer
local mattTransformer
local powerString

local function GetComponent()
  i = 1
  local componentArray = {}
  for k,v in component.list("ie_current_transformer") do
    componentArray[i] = k
    i = i + 1
  end
  return componentArray
end

local function OpenModem(port)
  modem.open(port)
  if modem.isOpen(port) then
    print("Successfully opened port " .. port)
  else
    print("Could not open port " .. port .. ", closing program.")
    os.quit()
  end
end

local function Quit(port)
  modem.close(port)
  if modem.isOpen(port) == false then
    print("Successfully closed port " .. port .. ", closing program.")
  else
    print("Could not close port " .. port .. ", contact admin.")
  end
  os.quit()
end

local function EventPull(timeout)
  local type, _, foreignAddress, port, distance, message = event.pull(timeout)
  local pullArray = {}
  if type == "key_down" then
    if keyboard.isAltDown() then
      Quit()
    end
  elseif type == "modem_message" then
    pullArray[1] = type
    pullArray[2] = foreignAddress
    pullArray[3] = port
    pullArray[4] = distance
    pullArray[5] = message
    print("Message '" .. message .. "' has been recieved from the DNS.")
  end
  return pullArray
end

local function SendACK(remoteAddress, port)
  modem.send(remoteAddress, port, "ACK")
  print("ACK has been sent to " .. remoteAddress .. " on port " .. port)
end

local function SendTimeout(remoteAddress, port, message, timeout)
  timeoutPull = {}
  while true do
    modem.send(remoteAddress, port, message)
    timeoutPull = EventPull(timeout)
    if timeoutPull[5] == "ACK" then
      print(message)
      break
    end
  end
end

local function PowerReactor(percentEnergyStored, isActive, fuelAmount, remoteAddress, port, timeout)
  local offMessage = "Internal bank full, shutting off reactor."
  local onMessage = "Internal bank empty, turning reactor on."
  local fuelMessage = "The reactor is out of fuel and cannot be turned on."
  if percentEnergyStored > 95 and isActive and fuelAmount >= 2000 then
    reactor.setActive(false)
    SendTimeout(remoteAddress, port, offMessage, timeout)
  elseif percentEnergyStored < 15 and isActive == false and fuelAmount >= 2000 then
    reactor.setActive(true)
    SendTimeout(remoteAddress, port, onMessage, timeout)
  elseif fuelAmount < 2000 then
    SendTimeout(remoteAddress, port, fuelMessage, timeout)
  end
end

local function CheckConnection(isConnected, remoteAddress, port, timeout)
  if isConnected == false then
    SendTimeout(remoteAddress, port, "Nuclear computer is not connected to the reactor.", timeout)
    Quit()
  end
end

local function TransformerSetup()
  local transformerArray = GetComponent()
  local kyle = transformerArray[2]
  print("DEBUG KYLE: " .. kyle)
  local matt = transformerArray[1]
  print("DEBUG MATT: " .. matt)
  mattTransformer = component.proxy(matt)
  kyleTransformer = component.proxy(kyle)
end

local function PowerRelay(kyle, matt)
  local kylePower = kyle.getAvgEnergy() * 20
  local mattPower = matt.getAvgEnergy() * 20
  local stringThing = "REACTOR ON/OFF: " .. tostring(isActive) .. "\n" .. "Kyle: " .. kylePower .. " RF/s" .. "\n" .. "Matt: " .. mattPower .. " RF/s"
  return stringThing
end

OpenModem(port)
TransformerSetup()
CheckConnection(isConnected, serverAddress, port, timeout)
print("Press Alt to quit. If that doesn't work hit that DANK power button.")
while true do
  energyStored = reactor.getEnergyStored()
  percentEnergyStored = (energyStored/maxEnergyStored)*100
  isActive = reactor.getActive()
  fuelAmount = reactor.getFuelAmount()
  wasteAmount = reactor.getWasteAmount()
  fuelTemp = reactor.getFuelTemperature()
  caseTemp = reactor.getCasingTemperature()
  fuelIngots = fuelAmount/1000
  if fuelIngots < 10 then
    SendTimeout(serverAddress, port, "Only " .. fuelIngots .. " rods remain in the reactor.", timeout)
  end
  if caseTemp > 2000 or fuelTemp > 2000 then
    SendTimeout(serverAddress, port, "Reactor overheating, shutting off.", timeout)
    reactor.setActive(false)
  end
  PowerReactor(percentEnergyStored, isActive, fuelAmount, serverAddress, port, timeout)
  powerString = PowerRelay(kyleTransformer, mattTransformer, isActive)
  SendTimeout(serverAddress, port, powerString, timeout)
  os.sleep(0.5)
end