View difference between Paste ID: nBw1rV8A and pSYZP6WC

 --Script by Savage_Me55iah of CraftAu.com.au--
---Version 1.6--
+--Version 1.7--
---Needs corresponding "Savage Monitor v1.6" script--
+--Needs corresponding "Savage Monitor v1.7" script--
 
 tArgs = { ... }
 adjust = tArgs[1] or false
 
 local variables = {
   ["status"] = true,
   ["timer"] = 2,
   ["save"] = "variables",
   ["side"] = "left",
   ["rednet"] = true,
   ["rednet_color"] = colors.white,
   ["reversal"] = false,
   ["nuke"] = false,
   ["time_on"]  = 80,
   ["time_off"] = 110
 }
 
 local sides2 = {["front"] = true, ["back"] = true, ["left"] = true, ["right"] = true, ["top"] = true, ["bottom"] = true}
 
 local colors2 = {["white"] = colors.white, ["orange"] = colors.orange, ["magenta"] = colors.magenta, ["lightblue"] = colors.lightBlue, ["yellow"] = colors.yellow, ["lime"] = colors.lime, ["pink"] = colors.pink, ["gray"] = colors.gray, ["lightgray"] = colors.lightGray, ["cyan"] = colors.cyan, ["purple"] = colors.purple, ["blue"] = colors.blue, ["brown"] = colors.brown, ["green"] = colors.green, ["red"] = colors.red, ["black"] = colors.black}
 
 color_from_decimal = {[1] = "white", [2] = "orange", [4] = "magenta", [8] = "lightBlue", [16] = "yellow", [32] = "lime", [64] = "pink", [128] = "gray", [256] = "lightGray", [512] = "cyan", [1024] = "purple",[2048] = "blue", [4096] = "brown", [8192] = "green", [16384] = "red", [32768] = "black"}
 
 
 function find_peripheral(t, e)
   e = e or nil
   sides = {[1] = "front", [2] = "back", [3] = "left", [4] = "right", [5] = "top", [6] = "bottom"}
   peripheral_found = false
   for num=1, 6 do
     type = peripheral.getType(sides[num])
     if type == t then
       if e == "wireless" then
         if peripheral.call(sides[num], "isWireless") then
 return sides[num]
 end
       elseif e == "remote" then
         if not peripheral.call(sides[num], "isWireless") then return sides[num] end
       elseif e == nil then
         return sides[num]
       end
     end
   end
   if peripheral_found ~= true then
     error("No " .. t .. " attached to the computer", 0)
   end
 end
 
 id2 = os.getComputerID()
 label = os.getComputerLabel() or false
 if label == false then
   print("Please Type label here: ")
   os.setComputerLabel(tostring(read()))
 end
 
 rednet.open(find_peripheral("modem", "wireless"))
 
 function load()
   fileHandle = fs.open (variables["save"], 'r')
   variables = textutils.unserialize (fileHandle.readAll())
   fileHandle.close()
 end
 
 function save()
   fileHandle = fs.open (variables["save"], 'w')
   fileHandle.write (textutils.serialize (variables))
   fileHandle.close()
 end
 
 function switch(command)
   if command then
     if variables["rednet"] then
       rs.setBundledOutput(variables["side"], variables["rednet_color"])
     else
       redstone.setOutput(variables["side"], true)
     end
   else
     if variables["rednet"] then
       rs.setBundledOutput(variables["side"], 0)
     else
       redstone.setOutput(variables["side"], false)
     end
   end
 end
 
 function nuke(command, command2)
   if command or not command2 then
     switch(false)
     term_draw(false)
     os.startTimer(tonumber(variables["time_off"]))
     on = false
   elseif not command and command2 then
     switch(true)
     os.startTimer(tonumber(variables["time_on"]))
     term_draw(true)
     on = true
   end
 end
 
 
 if adjust ~= false or not fs.exists(variables["save"]) then
   print("SETTINGS: ")
   repeat
     print("Output Side?: front/back/left/right/top/bottom")
     text = tostring(read())
     text = text:lower()
   until sides2[text]
   variables["side"] = text
   repeat
     print("Rednet/Bundled cables?: true/false: ")
     text2 = tostring(read())
     text2 = text2:lower()
   until text2 == "true" or text2 == "false"
   if text2 == "true" then
 variables["rednet"] = true else
 variables["rednet"] = false
 end
   if variables["rednet"] then
     repeat
       print("Rednet Color?: ")
       text = tostring(read())
       text = text:lower()
     until colors2[text] ~= nil
     variables["rednet_color"] = colors2[text]
   end
   repeat
     print("Reversal (for machines that turn off with redstone signal): true/false: ")
     text2 = tostring(read())
     text2 = text2:lower()
   until text2 == "true" or text2 == "false"
   if text2 == "true" then
 variables["reversal"] = true else
 variables["reversal"] = false end
   repeat
     print("Alternating redstone signal for IC2 reactors?: true/false: ")
     text2 = tostring(read())
     text2 = text2:lower()
   until text2 == "true" or text2 == "false"
   if text2 == "true" then
     variables["nuke"] = true
 --    repeat
       print("How long turned on?: seconds: ")
       time = tonumber(read())
 --    until type(time) == "number"
     variables["time_on"] = time
 --    repeat
       print("How long turned off? (cooldown): seconds: ")
       time = tonumber(read())
 --    until type(time) == "number"
     variables["time_off"] = time
   else
     variables["nuke"] = false
   end
   save()
 else
   load()
 end
 
 function change_colors(command, color_1, color_2)
   command.setTextColor(color_1 or colors.white)
   command.setBackgroundColor(color_2 or colors.black)
 end
 
 function term_write(text, command, xpos, ypos)
   term.setCursorPos(xpos, ypos)
   if term.isColor() then
     if command then change_colors(term, colors.black, colors.green) else change_colors(term, colors.black, colors.red) end
   else
     if command then change_colors(term, colors.black, colors.white) else change_colors(term) end
   end
   term.write(text)
   change_colors(term)
 end
 
 function term_draw(command)
   term.clear()
   term_write(" " .. label .. ":" .. id2 .. " ", true, 2, 2)
   term_write(" Status ", variables["status"], 2, 4)
   term_write(" Nuclear Reactor ", variables["nuke"], 2, 6)
   if not variables["nuke"] then
     term_write(" Cooldown ", false, 2, 8)
     term_write(" Reactor Active ", false, 2, 10)
   else
     if command then
       term_write(" Cooldown: " .. variables["time_off"] .. " ", false, 2, 8)
       term_write(" Reactor Active: " .. variables["time_on"] .. " ", true, 2, 10)
     else
       term_write(" Cooldown: " .. variables["time_off"] .. " ", true, 2, 8)
       term_write(" Reactor Active: " .. variables["time_on"] .. " ", false, 2, 10)
     end
   end
   term_write(" Rednet ", variables["rednet"], 2, 12)
   term_write(" Reverse ", variables["reversal"], 2, 14)
   term.setCursorPos(1, 16)
 end
 
 os.startTimer(0.1)
 term_draw(false)
 on = true
 
 while true do
 
   while event == "redstone" or event == nil do event, id, text = os.pullEvent() end
   if event == "rednet_message" then
     if variables["reversal"] then
       if text == "activate" then
         variables["status"] = false
       else
         variables["status"] = true
       end
     else
       if text == "activate" then
         variables["status"] = true
       else
         variables["status"] = false
       end
     end
     if variables["nuke"] and variables["status"] then os.startTimer(variables["time_off"]) end
   end
   if not variables["nuke"] then
     switch(variables["status"])
     term_draw()
   else
     if event == "timer" then
       nuke(on, variables["status"])
       term_draw(on)
     end
   end
   save()
   event = nil
 end