terminal redirect controll system v0.2

--[[
        Monitor and terminal Display controll system.
        by BigShinyToys
]]--

local ver = "0.2"

local function connect(tMonitor)

    local termX,termY = term.getSize()
    local tFunctions = {"write","scroll","setCursorPos","setCursorBlink",
    "clear","clearLine","setTextColour","setTextColor", -- setTextScale
    "setBackgroundColour","setBackgroundColor",}
    local tNonreturn = {"getCursorPos","getSize","isColour","isColor",}
    local tPassed = {}
    tPassed.direct = {}
    tPassed.wire = {}
    -- evluate candidats
    for _,device in pairs(tMonitor) do
        if device.scale == "best" then
            for size = 1.5,0.5,-0.5 do
                local monX,monY
                if device.type == "direct" then
                    peripheral.call(device.side,"setTextScale",size)
                    monX,monY = peripheral.call(device.side,"getSize")
                elseif device.type == "wire" then
                    peripheral.call(device.modemSide,"callRemote",device.deviceID,"setTextScale",size)
                    monX,monY = peripheral.call(device.modemSide,"callRemote",device.deviceID,"getSize")
                end
                if monX >= termX and monY >= termY then
                    table.insert(tPassed[device.type],device)
                    break
                end
            end
        else
            if device.type == "direct" then
                peripheral.call(device.side,"setTextScale",device.scale)
            elseif device.type == "wire" then
                peripheral.call(device.modemSide,"callRemote",device.deviceID,"setTextScale",device.scale)
            end
            table.insert(tPassed[device.type],device)
        end
    end

    local tOut = {}

    --print("Running pack process")
    local listA = {}
    for k,v in pairs(tPassed.direct) do
        table.insert(listA,v.side)
    end
    for k,v in pairs(tPassed.wire) do
        table.insert(listA,v.deviceID)
    end

    for _,item in pairs(tFunctions) do
        local tempFunction =  function()
            local list = listA
            local item = item
            return function(...)
                for i = 1,#list do
                    peripheral.call(list[i],item,...)
                end
                return term.native[item](...)
            end
        end
        tOut[item] = tempFunction()
    end
    for _,item in pairs(tNonreturn) do
        local tempFunction =  function()
            local item = item
            return function(...)
                return term.native[item](...)
            end
        end
        tOut[item] = tempFunction()
    end

    return tOut

end


--[[
                for k,v in pairs(tPassed.direct) do
                    peripheral.call(v.side,item,...)
                end
                for k,v in pairs(tPassed.wire) do
                    peripheral.call(v.modemSide,"callRemote",v.deviceID,item,...)
                end
                return term.native[item](...)
]]--

--[[
local tArg = {...}

if tArg[1] then
    term.clear()
    term.setCursorPos(1,1)
    term.restore()
else
    local newTerm = connect(grabScreens())
    term.redirect(newTerm)
    term.clear()
    term.setCursorPos(1,1)
    --term.write("test")
    --os.pullEvent()
end
]]--



local function test(...)
    term.setCursorPos(1,1)
    print(...)
    local event,number = os.pullEvent()
    if event == "key" and number == 14 then
        error()
    end
end

--[[
        {"type","player","other","y/n","number",},
        {"random type","Offline","I dont know what",true,7},
        {"random type","Offline","I dont know what",true,7},
        {"random type","Offline","I dont know what",true,7},
        {"random type","Offline","I dont know what",true,7},
        {"random type","Offline","I dont know what",true,7},
        {"random type","Offline","I dont know what",true,7},
        {"random type","Offline","I dont know what",true,7},
        {"random type","Offline","I dont know what",true,7},
        {"random type","Offline","I dont know what",true,7},
]]--

local testGrid = {
    posX = 2,
    posY = 2,
    width = 50,
    hight = 16,
    selOffX = 0,
    selOffY = 0,
    colWidth = {8,11,9,7,7,7},
    data = {}
}

local function getperpheralData()
    local tree = {}
    local data = {}

    table.insert(data,{"Side","Name","Type","Active","con","scale"})

    print("Welcome to netSearch")
    for k,v in pairs(rs.getSides()) do
        if peripheral.getType(v) == "modem" and not peripheral.call(v,"isWireless") then
            tree[v] = {["type"] = "side",["status"] = "closed",["sub"] = {},}
        elseif peripheral.getType(v) == "monitor" then
            table.insert(data,{v,v,"monitor",false,"direct","best"})
        end
    end
    print("Found "..#tree.." wired access points.")

    for k,v in pairs(tree) do
        print(type(k),k," ",type(v))
        local devices = peripheral.call(k,"getNamesRemote")
        for a,b in pairs(devices) do
            print(type(a),tostring(a)," ",type(b),tostring(b))
            tree[k].sub[b] = peripheral.call(k,"getTypeRemote",b)
        end
    end

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

    for k,v in pairs(tree) do

        print("--- Side "..k.."---")
        for j,l in pairs(v.sub) do
            if l == "monitor" then
                table.insert(data,{k,j,l,false,"wire","best"})
            end
        end

    end

    return data
end

local titleTX = term.isColor() and colors.white or colors.black
local titleBC = term.isColor() and colors.gray or colors.white

local function drawGrid(grid)
    local sBlank = ""
    for k,v in pairs(grid.colWidth) do
        sBlank = sBlank..string.rep(" ",v-1).."|"
    end
    for i = grid.posY,grid.hight+grid.posY do
        term.setCursorPos(grid.posX,i)
        local sel = i - grid.posY + 1 + grid.selOffY
        if grid.data[sel] then
            if sel == 1 then
                term.setTextColor(titleTX)
                term.setBackgroundColor(titleBC)
            else
                term.setTextColor(colors.white)
                term.setBackgroundColor(colors.black)
            end
            for k,v in pairs(grid.data[sel]) do
                term.write(string.sub(tostring(v)..string.rep(" ",grid.colWidth[k] - 1),1,grid.colWidth[k] - 1).."|")
            end
        else
            term.write(sBlank)
        end
    end
end

local function manipulateGrid(grid)
    local lastEvent = nil
    local lastBlock = nil
    local list = {}
    local function applyScreen()
        term.clear()
        term.setCursorPos(1,1)
        term.restore()
        term.redirect(connect(list))
    end
    local function reList()
        list = {}
        for no,value in pairs(grid.data) do
            if no ~= 1 and value[4] then
                table.insert(list,{["type"] = value[5],["side"] = value[1],["modemSide"] = value[1],["deviceID"] = value[2],["scale"] = value[6]})
            end
        end
    end
    applyScreen()
    while true do
        term.clear()
        drawGrid(grid)
        local event = {os.pullEvent()}
        if event[1] == "mouse_click" then
            --if event[2] == 1 then -- left button
                local row = event[4] - grid.posY + grid.selOffY + 1

                local total = grid.posX - 1
                lastBlock = nil
                for i = 1,#grid.colWidth do
                    if event[3] > total and event[3] <= total + grid.colWidth[i] then
                        lastBlock = i
                        break
                    end
                    total = total + grid.colWidth[i]
                end

                if event[4] == grid.posY - grid.selOffY then -- X line

                elseif grid.data[row] then
                    if lastBlock == 4 then
                        grid.data[row][4] = not grid.data[row][4]
                        reList()
                    elseif lastBlock == 6 then
                        if event[2]== 1 then
                            if grid.data[row][6] == "best" then
                                grid.data[row][6] = 0.5
                            else
                                grid.data[row][6] = grid.data[row][6] + 0.5
                            end
                            if grid.data[row][6] > 5 then
                                grid.data[row][6] = "best"
                            end
                        elseif event[2] == 2 then
                            if grid.data[row][6] == "best" then
                                grid.data[row][6] = 5
                            else
                                grid.data[row][6] = grid.data[row][6] - 0.5
                            end
                            if grid.data[row][6] < 0.5 then
                                grid.data[row][6] = "best"
                            end
                        end
                        reList()
                    end
                    applyScreen()
                end
            --end
        elseif event[1] == "mouse_drag" then
            if event[2] == 1 then -- left button
                if event[4] == grid.posY - grid.selOffY and lastBlock then -- X line
                    local nTest = event[3] - lastEvent[3]
                    if nTest == 1 or nTest == -1 then
                        grid.colWidth[lastBlock] = grid.colWidth[lastBlock] + nTest
                    else
                        lastBlock = nil
                    end
                    if lastBlock and grid.colWidth[lastBlock] < 1 then
                        grid.colWidth[lastBlock] = 1
                        lastBlock = nil
                    end
                else
                    lastBlock = nil
                end
            end
        elseif event[1] == "mouse_scroll" then
            grid.selOffY = grid.selOffY + event[2]
        elseif event[1] == "key" then
            if event[2] == 14 then
                return
            elseif event[2] == 200 then -- up
                grid.posY = grid.posY - 1
            elseif event[2] == 208 then -- down
                grid.posY = grid.posY + 1
            elseif event[2] == 203 then -- left
                grid.posX = grid.posX - 1
            elseif event[2] == 205 then -- right
                grid.posX = grid.posX + 1
            elseif event[2] == 28 then -- enter
                applyScreen()
                return
            end
        elseif event[1] == "peripheral" or event[1] == "peripheral_detach" then
            grid.data = getperpheralData()
            reList()
            applyScreen()
        end
        lastEvent = event
    end
end

testGrid.data = getperpheralData()

manipulateGrid(testGrid)
term.setCursorPos(1,1)