View difference between Paste ID: eYCve9Eb and ge4QnKbY

---todo: refueling during doChest etc
+--todo:
 --		maybe i can use slot 16 to detect fullness instead of available slot etc
 --		refueling during doChest etc
--- bSvfJaxM
+
 
 -- ge4QnKbY
 
 local programState = "done"
 local refuelingState = ""
 
 local curX = 0
 local curY = 0
 local curZ = 0
 local subStep = 0
 
 local sizeX = 0
 local sizeY = 0
 local sizeZ = 0
 
 local useEnderChest = false
 local useEnderFuel = false
 local useChest = false
 local useCobblestone = false
 
 local saveFile = "savedata"
 
 local availableSlots = 0
 local outputSlot = 0
 local cobbleSlot = 0
 
 local function getYesNo()
 	local i
 	local event, param
 
 	while true do
 		event, param = os.pullEvent("key")
 
 		if param == 21 then
 			return true
 		end
 		if param == 49 then
 			return false
 		end
 	end
 end
 
 local function requestFuel()
 	local i
 	local c = false
 	local event, param
 
 	print("Press F to refuel from slot 16")
 	print("Press Q to exit the program")
 
 	if turtle.getFuelLevel() >= 64 then
 		c = true
 		print("Press C to continue quarry")
 	end
 
 	while true do
 		event, param = os.pullEvent("key")
 
 		if param == 33 then --f
 			turtle.select(16)
 			turtle.refuel()
 			if not c and turtle.getFuelLevel() >= 64 then
 				c = true
 				print("Press C to continue quarry")
 			end
 		end
 		if param == 16 then --q
 			return false
 		end
 		if c and param == 46 then --c
 			return true
 		end
 	end
 end
 
 
 local function restoreProgress()
 	if fs.exists(saveFile) then
 		local file = fs.open(saveFile,"r")
 
 		programstate = tostring(file.readLine())
 		refuelingstate = tostring(file.readLine())
 
 		curX = tonumber(file.readLine())
 		curY = tonumber(file.readLine())
 		curZ = tonumber(file.readLine())
 		subStep = tonumber(file.readLine())
 		sizeX = tonumber(file.readLine())
 		sizeY = tonumber(file.readLine())
 		sizeZ = tonumber(file.readLine())
 
 		if file.readLine() == "true" then useEnderChest = true else useEnderChest = false end
 		if file.readLine() == "true" then useEnderFuel = true else useEnderFuel = false end
 		if file.readLine() == "true" then useChest = true else useChest = false end
 		if file.readLine() == "true" then useCobblestone = true else useCobblestone = false end
 
 		file.close()
 	end
 end
 
 local function saveProgress()
 	local file = fs.open(saveFile,"w")
 
 	file.write(tostring(programstate).."\n")
 	file.write(tostring(refuelingstate).."\n")
 
 	file.write(tostring(curX).."\n")
 	file.write(tostring(curY).."\n")
 	file.write(tostring(curZ).."\n")
 	file.write(tostring(subStep).."\n")
 
 	file.write(tostring(sizeX).."\n")
 	file.write(tostring(sizeY).."\n")
 
 	file.write(tostring(useEnderChest).."\n")
 	file.write(tostring(useEnderFuel).."\n")
 	file.write(tostring(useChest).."\n")
 	file.write(tostring(useCobblestone).."\n")
 
 	file.close()
 end
 
 --should eliminate these
 local function moveForward()
 	turtle.dig()
 	while not turtle.forward() do
 		sleep(0)
 		turtle.dig()
 	end
 end
 local function moveUp()
 	turtle.digUp()
 	while not turtle.up() do
 		sleep(0)
 		turtle.digUp()
 	end
 end
 local function moveDown()
 	turtle.digDown()
 	while not turtle.down() do
 		sleep(0)
 		turtle.digDown()
 	end
 end
 
 local function doRefuel()
 	refuelingState = "refuel"
 	saveProgress()
 
 	while turtle.getFuelLevel() < 64 do
 
 		if turtle.getItemCount(2) > 0 then
 			turtle.select(2)
 			while not turtle.placeUp() do
 				sleep(0)
 				turtle.digUp()
 			end
 		end
 
 		turtle.select(16)
 		turtle.drop()
 		for maxstacks = 1, 1 do
 			turtle.suckUp()
 			if not turtle.refuel() then turtle.drop() end
 		end
 	end
 
 	turtle.select(2)
 	turtle.digUp()
 	refuelingState = ""
 	saveProgress()
 end
 
 local function doEmpty()
 	refuelingState = "empty"
 	saveProgress()
 
 	if turtle.getItemCount(1) > 0 then
 		turtle.select(1)
 		while not turtle.placeUp() do
 			sleep(0)
 			turtle.digUp()
 		end
 	end
 
 	for slot = outputSlot, 16 do
 		while turtle.getItemCount(slot) > 0 do
 			turtle.select(slot)
 			turtle.dropUp()
 			sleep(0)
 		end
 	end
 
 	turtle.select(1)
 	turtle.digUp()
 	refuelingState = ""
 	saveProgress()
 end
 
 local function doChest()
 	programState = "chest"
 	saveProgress()
 
 	--orient toward x
 	local limit
 
 	limit = 1
 	while subStep < limit do
 		subStep = subStep + 1
 		saveProgress()
 		if (curX % 2 == 0) == isReversed then
 			--facing = 1
 			turtle.turnRight()
 		else
 			--facing = 3
 			turtle.turnLeft()
 		end
 	end
 
 	limit = limit + curY
 	while subStep < limit do
 		subStep = subStep + 1
 		saveProgress()
 		moveUp()
 	end
 
 	limit = limit + curX
 	while subStep < limit do
 		subStep = subStep + 1
 		saveProgress()
 		moveForward()
 	end
 
 	limit = limit + 1
 	while subStep < limit do
 		subStep = subStep + 1
 		saveProgress()
 		turtle.turnLeft()
 	end
 
 	limit = limit + curZ
 	while subStep < limit do
 		subStep = subStep + 1
 		saveProgress()
 		moveForward()
 	end
 
 	limit = limit + 1
 	while subStep < limit do
 		for slot = outputSlot, 16 do
 			turtle.select(slot)
 			while not turtle.drop() do
 				sleep(0)
 			end
 		end
 		subStep = subStep + 1
 		saveProgress()
 		turtle.turnRight()
 		turtle.turnRight()
 	end
 
 	limit = limit + curZ
 	while subStep < limit do
 		subStep = subStep + 1
 		saveProgress()
 		moveForward()
 	end
 
 	limit = limit + 1
 	while subStep < limit do
 		subStep = subStep + 1
 		saveProgress()
 		turtle.turnRight()
 	end
 
 	limit = limit + curX
 	while subStep < limit do
 		subStep = subStep + 1
 		saveProgress()
 		moveForward()
 	end
 
 	limit = limit + curY
 	while subStep < limit do
 		subStep = subStep + 1
 		saveProgress()
 		moveDown()
 	end
 
 	limit = limit + 1
 	while subStep < limit do
 		subStep = subStep + 1
 		saveProgress()
 		if (curX % 2 == 0) == isReversed then
 			--facing = 1
 			turtle.turnRight()
 		else
 			--facing = 3
 			turtle.turnLeft()
 		end
 	end
 
 	turtle.select(cobbleSlot)
 	programState = "quarry"
 	subStep = 0
 	saveProgress()
 end
 
 local function doReturn()
 	programState = "return"
 	saveProgress()
 
 	--orient toward x
 	local limit
 
 	limit = 1
 	while subStep < limit do
 		subStep = subStep + 1
 		saveProgress()
 		if (curX % 2 == 0) == isReversed then
 			--facing = 1
 			turtle.turnRight()
 		else
 			--facing = 3
 			turtle.turnLeft()
 		end
 	end
 
 	limit = limit + curY
 	while subStep < limit do
 		subStep = subStep + 1
 		saveProgress()
 		moveUp()
 	end
 
 	limit = limit + curX
 	while subStep < limit do
 		subStep = subStep + 1
 		saveProgress()
 		moveForward()
 	end
 
 	limit = limit + 1
 	while subStep < limit do
 		subStep = subStep + 1
 		saveProgress()
 		turtle.turnLeft()
 	end
 
 	limit = limit + curZ
 	while subStep < limit do
 		subStep = subStep + 1
 		saveProgress()
 		moveForward()
 	end
 
 	if useChest then
 		limit = limit + 1
 		while subStep < limit do
 			for slot = outputSlot, 16 do
 				turtle.select(slot)
 				while not turtle.drop() do
 					sleep(0)
 				end
 			end
 			subStep = subStep + 1
 			saveProgress()
 		end
 	end
 
 	turtle.turnRight()
 	turtle.turnRight()
 	turtle.select(1)
 	programState = "done"
 	subStep = 0
 	saveProgress()
-local function requestInventory(request)
+
-	availableSlots = availableSlots - request
+
 local function checkInventory()
-	if availableSlots < 0 then
+
-		availableSlots = 0
+	if turtle.getItemCount(16) == 0 then
 		return
 	end
-			if useCobblestone then
+
 	if useCobblestone then
-				turtle.drop(turtle.getItemCount(cobbleSlot) - 1)
+		turtle.select(cobbleSlot)
 		turtle.drop(turtle.getItemCount(cobbleSlot) - 1)
-				while turtle.compareTo(slot) do
+		for slot = outputSlot, 16 do
-					turtle.select(slot)
+			while turtle.compareTo(slot) do
-					turtle.drop()
+
 				turtle.drop()
-					for swap = 16, slot, -1 do
+
-						if turtle.getItemCount(swap) > 0 then
+				for swap = 16, slot, -1 do
-							turtle.select(swap)
+					if turtle.getItemCount(swap) > 0 then
-							turtle.transferTo(slot)
+						turtle.select(swap)
-							break
+						turtle.transferTo(slot)
 						break
 					end
 				end
-					turtle.select(cobbleSlot)
+
 				turtle.select(cobbleSlot)
 			end
 		end
-			if turtle.getItemCount(slot) == 0 then
+		if turtle.getItemCount(16) == 0 then
-				availableSlots = 17 - slot
+			return
-				break
+
 	end
 
 
-		availableSlots = availableSlots - request
+
-		if availableSlots < 0 then
+
 	elseif useChest then
-			if useEnderChest then
+		doChest()
-				doEmpty()
+
-			elseif useChest then
+		print("Inventory Full")
-				doChest()
+		local full = true
 		while full do
-				print("Inventory Full")
+			full = false
 			sleep(5)
 			for slot = outputSlot, 16 do
 				if turtle.getItemCount(slot) > 0 then
 					full = true
 					break
 				end
 			end
 		end
 	end
 
 end
 
 local function doQuarry()
 
 	if turtle.getFuelLevel() < 64 then
 		if useEnderFuel then
 			doRefuel()
 		else
 			if not requestFuel() then
 				programState = "done"
 				return
 			end
-		requestInventory(1)
+
 	end
 
 	turtle.select(cobbleSlot)
-		requestInventory(1)
+
 	if curY > 0 then
 		checkInventory()
 		turtle.digUp()
-	requestInventory(1)
+
 	if curY < sizeY - 1 then
 		checkInventory()
 		turtle.digDown()
 	end
 
 	checkInventory()
 	if curX % 2 == 0 then
 		if isReversed then
 
-						requestInventory(3)
+
 				if curX == 0 then
 					if curY >= sizeY - 2 then
 						programState = "return"
 						return
 					else
 						checkInventory()
 						for y = 1, 3 do
 							if curY >= sizeY - 2 then
 								break
 							end
 							curY = curY + 1
 							moveDown()
 						end
 						turtle.turnRight()
 						turtle.turnRight()
 						isReversed = false
 					end
 				else
 					curX = curX - 1
 					turtle.turnRight()
 					moveForward()
 					turtle.turnRight()
 				end
 			else
 				curZ = curZ - 1
 				moveForward()
 			end
 
 		else
 
-						requestInventory(3)
+
 				if curX == sizeX - 1 then
 					if curY >= sizeY - 2 then
 						programState = "return"
 						return
 					else
 						checkInventory()
 						for y = 1, 3 do
 							if curY >= sizeY - 2 then
 								break
 							end
 							curY = curY + 1
 							moveDown()
 						end
 						turtle.turnRight()
 						turtle.turnRight()
 						isReversed = true
 					end
 				else
 					curX = curX + 1
 					turtle.turnRight()
 					moveForward()
 					turtle.turnRight()
 				end
 			else
 				curZ = curZ + 1
 				moveForward()
 			end
 
 		end
 
 	else --  curX % 2 ~= 0
 
 		if isReversed then
 
-						requestInventory(3)
+
 				if curX == 0 then
 					if curY >= sizeY - 2 then
 						programState = "return"
 						return
 					else
 						checkInventory()
 						for y = 1, 3 do
 							if curY >= sizeY - 2 then
 								break
 							end
 							curY = curY + 1
 							moveDown()
 						end
 						turtle.turnLeft()
 						turtle.turnLeft()
 						isReversed = true
 					end
 				else
 					curX = curX - 1
 					turtle.turnLeft()
 					moveForward()
 					turtle.turnLeft()
 				end
 			else
 				curZ = curZ + 1
 				moveForward()
 			end
 
 		else
 
-						requestInventory(3)
+
 				if curX == sizeX - 1 then
 					if curY >= sizeY - 2 then
 						programState = "return"
 						return
 					else
 						checkInventory()
 						for y = 1, 3 do
 							if curY >= sizeY - 2 then
 								break
 							end
 							curY = curY + 1
 							moveDown()
 						end
 						turtle.turnLeft()
 						turtle.turnLeft()
 						isReversed = true
 					end
 				else
 					curX = curX + 1
 					turtle.turnLeft()
 					moveForward()
 					turtle.turnLeft()
 				end
 			else
 				curZ = curZ - 1
 				moveForward()
 			end
 
 		end
 
 	end
 	saveProgress()
 end
 
 local function getArgs()
 
 	if sizeX == nil or sizeY == nil or sizeZ == nil then
 		return false
 	end
 
 	sizeX = tonumber(sizeX)
 	sizeY = tonumber(sizeY)
 	sizeZ = tonumber(sizeZ)
 
 	programState = "done"
 	refuelingState = ""
 	curX = 0
 	curY = 0
 	curZ = 0
 	subStep = 0
 
 	useEnderChest = false
 	useEnderFuel = false
 	useChest = false
 	useCobblestone = false
 
 	print("Excavate right " .. sizeX .. ", down " .. sizeY .. ", forward " .. sizeZ)
 	print("Is this correct?")
 	if not getYesNo() then
 		return false
 	end
 
 	print("Use Ender Chest in slot 1 for output?")
 	useEnderChest = getYesNo()
 	if useEnderChest then
 		print("Use Ender Chest in slot 2 for fuel?")
 		useEnderFuel = getYesNo()
 	else
 		print("Use Chest behind turtle for output?")
 		useChest = getYesNo()
 	end
 
 	if useEnderChest then
 		if useEnderFuel then
 			outputSlot = 3
 		else
 			outputSlot = 2
 		end
 	else
 		outputSlot = 1
 	end
 
 	print("Discard Cobblestone? (requires cobblestone in slot" .. outputSlot .. ")")
 	useCobblestone = getYesNo()
 
 	local fuelRequired = (sizeX * sizeZ) * math.ceil(sizeY / 3) + sizeY
 
 	print("Fuel Required: " .. fuelRequired)
 	print("Fuel Current: " .. turtle.getFuelLevel())
 	if not useEnderFuel and turtle.getFuelLevel() < fuelRequired then
 		if not requestFuel() then
 			return false
 		end
 	end
 
 	print("Start Quarry with these parameters?")
 	if not getYesNo() then
 		return false
 	end
 
 	programState = "init"
 	saveProgress()
 	return true
 end
 
 local function main()
 
 	if refuelingstate == "refuel" then
 		doRefuel()
 	end
 
 	if refuelingstate == "empty" then
 		doEmpty()
 	end
 
 	if useEnderChest then
 		if turtle.getItemCount(1) == 0 then
 			print("Place Ender Chest in slot 1")
 			while turtle.getItemCount(1) == 0 do
-	if useCobblestone then
+				sleep(1)
 			end
 		end
 		if useEnderFuel then
 			if turtle.getItemCount(2) == 0 then
 				print("Place Ender Chest in slot 2")
 				while turtle.getItemCount(2) == 0 do
 					sleep(1)
 				end
 			end
 			outputSlot = 3
 		else
 			outputSlot = 2
 		end
 	else
 		outputSlot = 1
 	end
 	cobbleSlot = outputSlot
 	if useCobblestone then
 		if turtle.getItemCount(cobbleSlot) == 0 then
 			print("Place Cobblestone in slot " .. cobbleSlot)
 			while turtle.getItemCount(cobbleSlot) == 0 do
 				sleep(1)
 			end
 		end
 		outputSlot = outputSlot + 1
 	end
 
 
 	while true do
 
 		if programState == "quarry" then
 			doQuarry()
 		end
 		if programState == "chest" then
 			doChest()
 		end
 		if programState == "init" then
 			if curY < sizeY - 1 then
 				curY = curY + 1
 				moveDown()
 			end
 			programState = "quarry"
 		end
 		if programState == "return" then
 			doReturn()
 			break
 		end
 
 	end
 
 end
 
 
 restoreProgress()
 if programState == "done" then
 	sizeX, sizeY, sizeZ = ...
 	if not getArgs() then
 		print("Usage")
 		print("    startup x y z")
 		return
 	end
 end
 
 main()