BuildCraft Tank LvL controler

term.clear()
term.setCursorPos(0,1)

rsInput = rs.getBundledInput("back")


-- colors for check if good spelling
c1 = "white"
c2 = "orange"
c3 = "magenta"
c4 = "lightBlue"
c5 = "yellow"
c6 = "lime"
c7 = "pink"
c8 = "gray"
c9 = "lightGray"
c10 = "cyan"
c11 = "purple"
c12 = "blue"
c13 = "brown"
c14 = "green"
c15 = "red"
c16 = "black"

function convertValue1()  -- change the color type by user into the color id.
if value1 == "white" then value1 = 1
elseif value1 == "orange" then value1 = 2
elseif value1 == "magenta" then value1 = 4
elseif value1 == "lightBlue" then value1 = 8
elseif value1 == "yellow" then value1 = 16
elseif value1 == "lime" then value1 = 32
elseif value1 == "pink" then value1 = 64
elseif value1 == "gray" then value1 = 128
elseif value1 == "lightGray" then value1 = 256
elseif value1 == "cyan" then value1 = 512
elseif value1 == "purple" then value1 = 1024
elseif value1 == "blue" then value1 = 2048
elseif value1 == "brown" then value1 = 4096
elseif value1 == "green" then value1 = 8192
elseif value1 == "red" then value1 = 16384
elseif value1 == "black" then value1 = 32768
end
end


function printConfig()
term.clear()
term.setCursorPos(1,1)
print("XXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXX")
print("X             Première utilisation              X")  -- First use
print("X                                               X")
print("X       Veuillez faire la configuration         X") -- Please make the configuration of the color of your detectors.
print("X       des couleur de vos détecteurs.          X")
print("X                                               X")
print("X                                               X")
print("X                                               X")
print("X                                               X")
print("X  Pour les couleurs en deux mots, écrivez les  X")  -- For color with 2 word, write them with a capital letter to the second. ex : lightBlue
print("X avec une majuscule au second. ex : lightBlue  X")
print("XXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXX")
end

function checkConf()  -- checking the configuration file
  while true do
    if fs.exists("tankConf.ini") == true then -- if the config file exist
    conf = fs.open("tankConf.ini", "r")  -- open the file tankConf.ini in read-only mode
    water1 = tonumber(conf.readLine())  --read the first line and put it in var water1
        if water1 == nil then -- check if the var water1 is nil (if its nil then the conf file is "corrupted")
        conf.close() -- close reading of the file
        enterValue()
        else
        water2 = tonumber(conf.readLine())  -- read all line and put them on variables.
        water3 = tonumber(conf.readLine())
        lava1 = tonumber(conf.readLine())
        lava2 = tonumber(conf.readLine())
        lava3 = tonumber(conf.readLine())
        oil1 = tonumber(conf.readLine())
        oil2 = tonumber(conf.readLine())
        oil3 = tonumber(conf.readLine())
        fuel1 = tonumber(conf.readLine())
        fuel2 = tonumber(conf.readLine())
        fuel3 = tonumber(conf.readLine())
        conf.close() -- close reading file
        break
        end
    break
    else
    enterValue()
    end
  end
end

function enterValue()
colorCount = 1
    conf = fs.open("tankConf.ini", "w") --open the config file or create it on write mode
    printConfig()
    value = "d'eau vide:      "  -- water tank empty
    writeColor()
    value = "d'eau ok:        "  -- water tank ok
    writeColor()
    value = "d'eau plein:     "  -- water tank full
    writeColor()
    value = "de lave vide:    "  -- lava tank empty
    writeColor()
    value = "de lave ok:      "  -- lava tank ok
    writeColor()
    value = "de lave plein:   "  -- lava tank full
    writeColor()
    value = "de pétrole vide: "  -- oil tank empty
    writeColor()
    value = "de pétrole ok:   "  -- oil tank ok
    writeColor()
    value = "de pétrole plein:"  -- oil tank full
    writeColor()
    value = "de fuel vide:    "  -- fuel tank empty
    writeColor()
    value = "de fuel ok:      "  -- fuel tank ok
    writeColor()
    value = "de fuel plein:   "  -- fuel tank full
    writeColor()
    conf.close()

end

function writeColor()
    while true do
        if colorCount ~= 13 then -- counting each colors given for break the loop
        term.setCursorPos(1,7)
        term.clearLine()
        print("X       Couleur pour reservoir "..value.."X") -- Color for "..value.."
        term.setCursorPos(1,8)
        term.clearLine()
        write("X     ->")
        value1 = io.read()  -- below it check if the color is spelled correctly
            if value1 == c1 or value1 == c2 or value1 == c3 or value1 == c4 or value1 == c5 or value1 == c6 or value1 == c7 or value1 == c8 or value1 == c9 or value1 == c10 or value1 == c11 or value1 == c12 or value1 == c13 or value1 == c14 or value1 == c15 or value1 == c16 then
            convertValue1()  -- send to the fonction vonvertValue1() for converting the variable into id of this color
            conf.writeLine(value1) -- write the id of the color given in the file
            colorCount = colorCount + 1 -- increment counter
            term.setCursorPos(1,9)
            term.clearLine()
            print("X                                               X")
            break
            else
            term.setCursorPos(1,9)
            term.clearLine()
            print("X  "..value1.." n'est pas une bonne couleur!")  -- ..value.. is not a color
            end
        else
        conf.close()
        end
     end
end

function verifTank()
rsInput = rs.getBundledInput("back")

  --Water check

  if colors.test(rsInput, water1) == true then
  term.setCursorPos(1,6)
  term.clearLine()
  print("X    - Le réservoire d'eau est      : Vide      X")  -- The water tank is : empty
  end

  if colors.test(rsInput, water3) == true then
  term.setCursorPos(1,6)
  term.clearLine()
  print("X    - Le réservoire d'eau est      : Plein     X")  -- The water tank is : full
  end

  if colors.test(rsInput, water2) == true and colors.test(rsInput, water1) == false then
  term.setCursorPos(1,6)
  term.clearLine()
  print("X    - Le réservoire d'eau est      : Ok        X")  -- The water tank is : ok
  end

  if colors.test(rsInput, water1) == false and colors.test(rsInput, water2) == false and colors.test(rsInput, water3) == false  then
  term.setCursorPos(1,6)
  term.clearLine()
  print("X    - Le réservoire d'eau est      : ERREUR    X")  -- The water tank is : ERROR
  end

  -- end of water check
  sleep(1)
  -- Lava check

  if colors.test(rsInput, lava1) == true then
  term.setCursorPos(1,7)
  term.clearLine()
  print("X    - Le reservoire de lave est    : Vide      X") -- The lava tank is : empty
  end

  if colors.test(rsInput, lava3) == true then
  term.setCursorPos(1,7)
  term.clearLine()
  print("X    - Le reservoire de lave est    : Plein     X")  -- The lava tank is : full
  end

  if colors.test(rsInput, lava2) == true and colors.test(rsInput, lava1) == false then
  term.setCursorPos(1,7)
  term.clearLine()
  print("X    - Le reservoire de lave est    : Ok        X")  -- The lava tank is : ok
  end

  if colors.test(rsInput, lava1) == false and colors.test(rsInput, lava2) == false and colors.test(rsInput, lava3) == false  then
  term.setCursorPos(1,7)
  term.clearLine()
  print("X    - Le reservoire de lave est    : ERREUR    X")  -- The lava tank is : ERROR
  end

  -- end of lava check
  sleep(1)
  -- Oil check

  if colors.test(rsInput, oil1) == true then
  term.setCursorPos(1,8)
  term.clearLine()
  print("X    - Le reservoire de pétrole est : Vide      X")  -- The oil tank is : empty
  end

  if colors.test(rsInput, oil3) == true then
  term.setCursorPos(1,8)
  term.clearLine()
  print("X    - Le reservoire de pétrole est : Plein     X")  -- The oil tank is : full
  end

  if colors.test(rsInput, oil2) == true and colors.test(rsInput, oil1) == false then
  term.setCursorPos(1,8)
  term.clearLine()
  print("X    - Le reservoire de pétrole est : Ok        X")  -- The oil tank is : ok
  end

  if colors.test(rsInput, oil1) == false and colors.test(rsInput, oil2) == false and colors.test(rsInput, oil3) == false  then
  term.setCursorPos(1,8)
  term.clearLine()
  print("X    - Le reservoire de pétrole est : ERREUR    X")  -- The oil tank is : ERROR
  end

  -- en of oil check
  sleep(1)
  -- fuel check

  if colors.test(rsInput, fuel1) == true then
  term.setCursorPos(1,9)
  term.clearLine()
  print("X    - Le reservoire de fuel est    : Vide      X")  -- The fuel tank is : empty
  end

  if colors.test(rsInput, fuel3) == true then
  term.setCursorPos(1,9)
  term.clearLine()
  print("X    - Le reservoire de fuel est    : Plein     X")  -- The fuel tank is : full
  end

  if colors.test(rsInput, fuel2) == true and colors.test(rsInput, colors.pink) == false then
  term.setCursorPos(1,9)
  term.clearLine()
  print("X    - Le reservoire de fuel est    : Ok        X")  -- The fuel tank is : ok
  end

  if colors.test(rsInput, fuel1) == false and colors.test(rsInput, fuel2) == false and colors.test(rsInput, fuel3) == false then
  term.setCursorPos(1,9)
  term.clearLine()
  print("X    - Le reservoire de fuel est    : ERREUR    X")  -- The fuel tank is : ERROR
  end

  -- end of fuel check
  loop()
end

function loop()
while true do
event = os.pullEvent()
  if event == "redstone" then  -- if there is some change in redstone it go to verify all the tanks
  verifTank()
  end
end
end

term.clear()
term.setCursorPos(1,1)
checkConf()
term.clear()
term.setCursorPos(1,1)
print("XXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXX")
print("X                                               X")
print("X            Controle des niveaux               X")  -- Tank control
print("X                                               X")
print("X                                               X")
print("X    - Le réservoire d'eau est      :           X")  -- The water tank is :
print("X    - Le reservoire de lave est    :           X")  -- The lava tank is :
print("X    - Le reservoire de pétrole est :           X")  -- The oil tank is :
print("X    - Le reservoire de fuel est    :           X")  -- The fuel tank is :
print("X                                               X")
print("X                                               X")
print("XXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXX")
sleep(2)
verifTank()