Loader Computer V4

local component = require("component")
local serialize = require("serialization")
local GERTi = require("GERTiClient")
local colors = require("colors")
local sides = require("sides")

local loaderInfo = component.proxy(component.get("7dfe"))
local rs = component.redstone
local myTable = loaderInfo.getFluidInTank(sides.down)
local transposers = {}
transposers["milk"] = component.proxy(component.get("8969"))
transposers["sewage"] = component.proxy(component.get("9f87"))


local socket = GERTi.openSocket(0.4, true, 1) --Tablet
local socket = GERTi.openSocket(0.1, true, 1) --Holding_Bay
local socket = GERTi.openSocket(0.2, true, 1) --SewagaePlant

local socket1 = nil -- Create 2 sockets that we're going to populate as connections come in
local socket2 = nil -- See above

local function newConnection(eventname, origin, ID) -- This is a function that receives the 2 returned values by the event
  if ID == 0.4 then
    socket1 = GERTi.openSocket(origin, true, 0.4) -- If we're coming in from the tablet, open connection to tablet
    elseif ID == 0.2 then
    socket2 = GERTi.openSocket(origin, true, 0.2) -- If we're coming in from the sewage, open connection to sewage
  end
end
event.listen("GERTConnectionID", newConnection) -- Register event handler
-- We now have 2 bi-directional sockets opened


local data = {}
local function receiveData(eventname, origin, ID)
  if ID == 0.4 then
    data = socket1:read() --- If it's coming with the tablet connectionID, use the tablet socket
  elseif ID == 0.2 then
    data = socket2:read() --- If it's coming with the sewage connectionID, use the sewage socket
  end
  actData(data) -- Some imaginary function that acts on the data received
end


event.listen("GERTData", receiveData)


serTable = data[1]
receipt = serialize.unserialize(serTable)
print(receipt)

local order = receipt["amount"]
local fluid = receipt["type"]

local function cartRelease()
myTable = loaderInfo.getFluidInTank(sides.down)
rs.setBundledOutput(sides.east, colors.blue, 253)
os.sleep(1)
rs.setBundledOutput(sides.east, colors.blue, 0)

rs.setBundledOutput(sides.east, colors.blue, 253)
os.sleep(1)
rs.setBundledOutput(sides.east, colors.blue, 0)

print(myTable[1]["amount"],"cartRelease")
end

local function loaderCheck()
myTable = loaderInfo.getFluidInTank(sides.down)
while myTable[1]["amount"] > 0 do
print(myTable[1]["amount"],"loaderCheck1")
cartRelease()
os.sleep(70)
end

end

local function getRemainder()
if myTable[1]["amount"] <= 32000 then
print(myTable[1]["amount"],"getRemainder")
end
end

transposers[fluid].transferFluid(sides.north, sides.south, order)