TankControl

-- Used --
os.loadAPI("ocs/apis/sensor")

-- Var --
sideNames = rs.getSides()
targs = { ... }
AvantCapMax = 2000
TankRawName = "tile.enderchest|0"
rsSide = "right"
sSide = "left"
mySensor = nil

-- Affichafe de l'aide
function Help( ... )
    print("Default config:")
    print("* Side Redstone => right")
    print("* Side Sensor => left")
    print("Usages :")
    print("* TankControl")
    print("* TankControl <side Sensor>")
    print("* TankControl <side Sensor> <side Redstone>")
end

-- Test sensor en config --
-- True => C'est bon
-- False => Error
function TestSensorConf()
    local toSender = true

    -- test si les faces son correct
    local isGoodRsSide = false
    local isGoodSSide = false
    for k,v in pairs(sideNames) do
        if not isGoodSSide then
            isGoodSSide = v == sSide
        end
        if not isGoodRsSide then
            isGoodRsSide = v == rsSide
        end
    end

    if isGoodSSide and isGoodRsSide then
        mySensor = sensor.wrap(sSide)
        if mySensor == nil then
            toSender = false
            print("Error => Sensor not Found!")
        elseif mySensor.getSensorName() ~= "openccsensors.item.tanksensor" then
            toSender = false
            print("Error => Need tanksensor card!")
        end
    else
        toSender = false
        if not isGoodSSide then
            print("Error => Side Sensor :"..sSide.." is not a side")
        end
        if not isGoodRsSide then
            print("Error => Side Redstone :"..rsSide.." is not a side")
        end
    end
    return toSender
end

-- Start le programme
function Start( ... )
    term.clear()
    local on = true
    local target = ""
    for k,v in pairs(mySensor.getTargets()) do
        if v.RawName == TankRawName then
            target = k
        end
    end

    -- Si aucune target trouver
    if target ~= "" then
        while on
            term.clear()
            state = mySensor.getTargetDetails(target)
            print("Tank :")
            print(" - Max : "..state.Tanks[1].Capacity)
            print(" - Amount : "..state.Tanks[1].Amount)
            print("")
            print("Etat :")

            -- Test Amount Tank
            -- si Amount < ou = a Capacity - AvantCapMax -> Redstone true
            -- sinon -> redstone false
            if (state.Tanks[1].Capacity - AvantCapMax) <= state.Tanks[1].Amount then
                rs.setOutput(rsSide,true)
                print(" - Off")
            else
                rs.setOutput(rsSide,false)
                print(" - On")
            end
            sleep(5)
        end
    else
        print("Tank not found")
    end
end

-- init --
local OnProg = true
if #targs >=1 then

    -- Affichage de l'aide
    if targs[1] == "help" then
        OnProg = false
        Help()
    else
        if #targs >= 2 then
            rsSide = targs[2]
        end
        sSide = targs[1]
    end
end

-- Lancement du programme si tous est bon --
if TestSensorConf() and OnProg then
    Start()
end