GestionCycle cc tweaked

--[[
MC 1.20.1
Fabric 0.15.11; Create fabric 0.5.1; CC: Tweaked 1.110.3; CC:C Bridge; Wired Redstone 0.7.8.
This program is her to symplify the management of the IO betwen cc tweaked and wired redstone.
This program only support DIGITAL IO.

WRITE YOUR CODE IN THE MAIN FUNCTION test

To declare a INPUT :
1. Write inputUpdt("color of your wire" String,"the side where you plug in your Bundled Cables" String)
To declare a OUTPUT :
1. Create a variable with a name that match with the preactuator. ( in this exemple the preactuator is the Gearshift)
2. use : outputUpdt("color of your wire" String, "the side where you plug in your Bundled Cables" String, "the variable you want to link at the output" Bool) to update your output

Warning ! you can't (for the moment) define INPUT and OUTPUT on the same side.

In this example, we are constantly moving a mechanical piston in and out.
The operative part :

    [  Motor  ] (warning, supply mecanical energy in the right way round)
    [Gearshift]
----[M Piston ]-----------]
               [C1]           [C2]

"Output" The Gearshift connected on White Wire on Left Bundled cable
"Input" C1 orange Wire connected on right Bundled cable
"Input" C2 pink Wire connected on right Bundled cable

]]

-- Dont touch here >:|
shell.run("rm /startup.lua")
shell.run("pastebin get aD3dF3CA /startup.lua")
-- input update
function inputUpdt(color,side)
    local inputState = false
    local colorString = "String"
    local sideString = "String"
    sideString = side
    colorString = color
        case =
        {
        ["white"] = function ()
            if (bit.band(rs.getBundledInput(sideString), colors.white) == 1) then
                inputState = true
            else
                inputState = false
            end
        end,
        ["orange"] = function ()
            if (bit.blogic_rshift(bit.band(rs.getBundledInput(sideString), colors.orange), 1) == 1) then
                inputState = true
            else
                inputState = false
            end
        end,
        ["magenta"] = function ()
            if (bit.blogic_rshift(bit.band(rs.getBundledInput(sideString), colors.magenta), 2) == 1) then
                inputState = true
            else
                inputState = false
            end
        end,
        ["lightBlue"] = function ()
            if bit.blogic_rshift(bit.band(rs.getBundledInput(sideString), colors.lightBlue), 3) == 1 then
                inputState = true
            else
                inputState = false
            end
        end,
        ["yellow"] = function ()
            if (bit.blogic_rshift(bit.band(rs.getBundledInput(sideString), colors.yellow), 4) == 1) then
                inputState = true
            else
                inputState = false
            end
        end,
        ["lime"] = function ()
            if (bit.blogic_rshift(bit.band(rs.getBundledInput(sideString), colors.lime), 5) == 1) then
                inputState = true
            else
                inputState = false
            end
        end,
        ["pink"] = function ()
            if (bit.blogic_rshift(bit.band(rs.getBundledInput(sideString), colors.pink), 6) == 1) then
                inputState = true
            else
                inputState = false
            end
        end,
        ["gray"] = function ()
            if (bit.blogic_rshift(bit.band(rs.getBundledInput(sideString), colors.gray), 7) == 1) then
                inputState = true
            else
                inputState = false
            end
        end,
        ["lightGray"] = function ()
            if (bit.blogic_rshift(bit.band(rs.getBundledInput(sideString), colors.lightGray), 8) == 1) then
                inputState = true
            else
                inputState = false
            end
        end,
        ["cyan"] = function ()
            if (bit.blogic_rshift(bit.band(rs.getBundledInput(sideString), colors.cyan), 9) == 1) then
                inputState = true
            else
                inputState = false
            end
        end,
        ["purple"] = function ()
            if (bit.blogic_rshift(bit.band(rs.getBundledInput(sideString), colors.purple), 10) == 1) then
                inputState = true
            else
                inputState = false
            end
        end,
        ["blue"] = function ()
            if (bit.blogic_rshift(bit.band(rs.getBundledInput(sideString), colors.blue), 11) == 1) then
                inputState = true
            else
                inputState = false
            end
        end,
        ["brown"] = function ()
            if (bit.blogic_rshift(bit.band(rs.getBundledInput(sideString), colors.brown), 12) == 1) then
                inputState = true
            else
                inputState = false
            end
        end,
        ["green"] = function ()
            if (bit.blogic_rshift(bit.band(rs.getBundledInput(sideString), colors.green), 13) == 1) then
                inputState = true
            else
                inputState = false
            end
        end,
        ["red"] = function ()
            if (bit.blogic_rshift(bit.band(rs.getBundledInput(sideString), colors.red), 14) == 1) then
                inputState = true
            else
                inputState = false
            end
        end,
        ["black"] = function ()
            if (bit.blogic_rshift(bit.band(rs.getBundledInput(sideString), colors.black), 15) == 1) then
                inputState = true
            else
                inputState = false
            end
        end,
        ["default"] = function ()
            return "error"
            end
        }
        if case[colorString] then
           case[colorString]()
        else
           case["default"]()
        end
    return inputState
end

--Inilisation of the table of Output
OutputTable = {Bottom = 0, top = 0, back = 0, front = 0, right = 0, left = 0}
--output update
    function outputUpdt(color, side, var)
    local outputState = false
    local colorString = "String"
    local sideString = "String"
    outputState = var
    sideString = side
    colorString = color
    case =
    {
        ["white"] = function ()
            if var then
                OutputTable[sideString] = OutputTable[sideString] + colors.white
                end
            end,
        ["orange"] = function ()
            if var then
                OutputTable[sideString] = OutputTable[sideString] + colors.orange
                end
            end,
        ["magenta"] = function ()
            if var then
                OutputTable[sideString] = OutputTable[sideString] + colors.magenta
                end
            end,
        ["lightBlue"] = function ()
            if var then
                OutputTable[sideString] = OutputTable[sideString] + colors.lightBlue
                end
            end,
        ["yellow"] = function ()
            if var then
                OutputTable[sideString] = OutputTable[sideString] + colors.yellow
                end
            end,
        ["lime"] = function ()
            if var then
                OutputTable[sideString] = OutputTable[sideString] + colors.lime
                end
            end,
        ["pink"] = function ()
            if var then
                OutputTable[sideString] = OutputTable[sideString] + colors.pink
                end
            end,
        ["gray"] = function ()
            if var then
                OutputTable[sideString] = OutputTable[sideString] + colors.gray
                end
            end,
        ["lightGray"] = function ()
            if var then
                OutputTable[sideString] = OutputTable[sideString] + colors.lightGray
                end
            end,
        ["cyan"] = function ()
            if var then
                OutputTable[sideString] = OutputTable[sideString] + colors.cyan
                end
            end,
        ["purple"] = function ()
            if var then
                OutputTable[sideString] = OutputTable[sideString] + colors.purple
                end
            end,
        ["blue"] = function ()
            if var then
                OutputTable[sideString] = OutputTable[sideString] + colors.blue
                end
            end,
        ["brown"] = function ()
            if var then
                OutputTable[sideString] = OutputTable[sideString] + colors.brown
                end
            end,
        ["green"] = function ()
            if var then
                OutputTable[sideString] = OutputTable[sideString] + colors.green
                end
            end,
        ["red"] = function ()
            if var then
                OutputTable[sideString] = OutputTable[sideString] + colors.red
                end
            end,
        ["black"] = function ()
            if var then
                OutputTable[sideString] = OutputTable[sideString] + colors.black
                end
            end,
        ["default"] = function ()
            return "error"
            end
    }
    if case[colorString] then
           case[colorString]()
        else
           case["default"]()
        end
    end

-- init
    --système
    firstScan = true
    main = require("main")
    --digital Output "memento", name your outputs here (don't forget to initialise at false).
    pistonRetract = false
    light = false
    -- Memory Variables, feel free to add some Memory variables.
    G7State_0Actual = 0
    G7State_0Future = 0

-- Loopy-Loop
while 0 do

    -- Main "OB1" here put your code. (if you can, write your program in another file and link it here)
    main()

    --physical Output Update, don't touch here you little bastard >=]
    for k,v in pairs(OutputTable) do
        rs.setBundledOutput(k, v)
    end
    OutputTable = {Bottom = 0, top = 0, back = 0, front = 0, right = 0, left = 0}

    -- système
    os.sleep(1)
    firstScan = false
end
-- CMF = {Stick, INCH's, Goune} --