View difference between Paste ID: P2WK5w2E and YmmnaqXP

--- This is eniallator's Control program's plugin template.
+local version = "3.0"
--- Link to Control program: http://pastebin.com/ss0BX2mM
+
--- This file goes into the folder that you have specified in the pluginFolder variable in the Control program.
+function move(direction)
---
+  if direction == "up" then
--- ================================================================================
+
---
+    while turtle.up() == false do
--- The key you have given your function that you have given in the function table is how you are going to call your function in the remote computer's command line. For example inputting "testFunc arg1 arg2" would call the function testfunc from the functionTable and in the function argument it would then pass the following arguments: ({"arg1","arg2"},*ID of remote computer thats connected*,*protocol thats being used*).
+      turtle.digUp()
---
+      turtle.attackUp()
--- DISCLAIMER: this acts as the same as the way you would create your function in the control program before, just the status, helpTable and functionTable tables can be accessed from here. I have also made it so that plugin's functions have priority over the control program's functions e.g you can rewrite the default functions from a plugin.
+    end
 
-status = {*insert your function name here* = 1}
+  elseif direction == "forward" then
--- Just add more keys/values the same way as the first one is laid out
+
     while turtle.forward() == false do
-helpTable = {*insert your function name here* = "*insert your function's help here*"}
+      turtle.dig()
--- Just add more keys/values the same way as the first one is laid out
+      turtle.attack()
     end
-functionTable = {*insert your function name here* = function(userInput, connectedComputerID, protocol) *insert what your function does here* end}
+
--- Just add more keys/values the same way as the first one is laid out
+  elseif direction == "down" then
 
     while turtle.down() == false do
       turtle.digDown()
       turtle.attackDown()
     end
   end
 end
 -- Force move up/forward/down with this function
 
 status = {move = 1,cube = 1}
 
 helpTable = {move = "move in any direction", cube = "mine out a cuboid in dimension arguments"}
 
 functionTable = {
 
 	move = function(item,connectID,mProt)
 
     moveBlocks = tonumber(item[2])
 
     if moveBlocks == nil then
       moveBlocks = 0
     end
 
     if not tonumber(moveBlocks) then
       rednet.send(connectID, "Expected number as 3rd argument. Instead Received: " .. item[2], mProt)
     else
 
       function mover(direction)
         while moveBlocks > 0 do
           move(direction)
           moveBlocks = moveBlocks - 1
         end
       end
 
       if item[1] == "up" or item[1] == "down" or item[1] == "forward" or item[1] == "right" or item[1] == "left" or item[1] == "back" then
         if moveBlocks > 1 then
           rednet.send(connectID, "Moving " .. item[1] .. " " .. item[2] .. " blocks!", mProt)
         elseif moveBlocks == 1 then
           rednet.send(connectID, "Moving " .. item[1] .. " 1 block", mProt)
         else
           rednet.send(connectID, "Moving " .. item[1], mProt)
         end
 
         if item[1] == "right" then
           turtle.turnRight()
           item[1] = "forward"
 
         elseif item[1] == "left" then
           turtle.turnLeft()
           item[1] = "forward"
 
         elseif item[1] == "back" then
           for i=1,2 do turtle.turnRight() end
           item[1] = "forward"
         end
 
         mover(item[1])
 
       else
         rednet.send(connectID, 'List of possible directions: "up", "down", "right", "left", "forward", "back" ', mProt)
 
       end
     end
   end,
 
   cube = function(item,connectID,mProt)
 
     if item[1] ~= nil and item[2] ~= nil and item[3] ~= nil and tonumber(item[1]) and tonumber(item[2]) and tonumber(item[3]) and tonumber(item[1]) > 0 and tonumber(item[2]) > 0 and tonumber(item[3]) > 0 then
 
       for i=1,3 do
         item[i] = tonumber(item[i])
       end
 
       rednet.send(connectID, "Mining out a " .. item[1] .. " x " .. item[2] .. " x " .. item[3] .. " cuboid", mProt)
       local xDist = item[1]
       local yDist = item[2]
       local zDist = item[3]
       local i = 0
       local levelsMined = 0
 
       function checkBreak()
         if yDist - levelsMined > 1 then
 
           turtle.digUp()
         end
 
         if yDist - levelsMined > 2 then
 
           turtle.digDown()
         end
       end
 
       function line()
         for k=1,xDist-1 do
 
           move("forward")
           checkBreak()
         end
       end
 
       function nextLine(direction)
         direction()
         move("forward")
         checkBreak()
         direction()
       end
 
       function layer(level)
 
         if yDist - levelsMined > 2 then
 
           move("up")
         end
 
         checkBreak()
         line()
 
         if zDist%2 == 1 then
 
           level = 0
         end
 
         for j=1,zDist-1 do
           if (level+j)%2 == 1 then
 
             nextLine(turtle.turnRight)
           else
 
             nextLine(turtle.turnLeft)
           end
 
           line()
         end
 
         if yDist - levelsMined > 2 then
 
           levelsMined = levelsMined + 3
 
         elseif yDist - levelsMined > 1 then
 
           levelsMined = levelsMined + 2
         else
 
           levelsMined = levelsMined + 1
         end
       end
 
       move("forward")
       layer(0)
       local level = 0
 
       while yDist - levelsMined > 0 do
 
         for l=1,2 do move("up") end
         for l=1,2 do turtle.turnRight() end
 
         level = level + 1
         layer(level)
       end
 
       local rightTurns = 2
 
       if level%2 == 0 then
         if zDist%2 == 1 then
 
           for i=1,2 do turtle.turnRight() end
           for i=1,xDist-1 do move("forward") end
         end
 
         turtle.turnRight()
         for i=1,zDist-1 do move("forward") end
         rightTurns = 1
       end
 
       local yOffset = 2
 
       if yDist % 3 == 1 then yOffset = 1 end
 
       for i=1,yDist-yOffset do move("down") end
       for i=1,rightTurns do turtle.turnRight() end
     else
 
       rednet.send(connectID, "Invalid dimensions, use 3 numbers bigger than 0", mProt)
     end
   end
 }