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--Announcement: In an attempt to add a tunnel boring feature to this, I ended up breaking it so auto refueling no longer works. Version 2.0 is in the works (K6HvcJmD) but many features do not function and I'm taking a break from fixing it, but feel free to edit it if you'd like.

--Note: Computer craft has an issue where turtles will break if left in unloaded chunks, keep near the turtle or use a worldspike.

--This is version 1.2.4, updates will replace the current pastebin with the newer version once they're done!
--Added a boring mode that mines a single layer, good for underground strip mining.

--How to use:
--Place a chest to the left of the turtle for fuel and a chest behind it for a place to drop off items.
--"Quarry or bore?" Type "quarry" for a quarry or "bore" to mine a single layer. Make sure you type in all lowercase.
--"Rows" If looking from above, this is how many blocks it will mine in the 'y' axis.
--"Columns" If looking from above, this is how many blocks it will mine in the 'x' axis.
--"Current 'y' level?" The 'y' level of the turtle.
--"Toss garbage blocks?" Type "yes" to toss out stone, gravel, dirt, etc. Make sure you type in all lowercase.

term.clear()
term.setCursorPos(1,1)
io.write("Quarry or bore? ")
quarrybore = io.read()
term.clear()
term.setCursorPos(1,1)
io.write("Rows: ")
rows = io.read()
io.write("Columns: ")
columns = io.read()
iniY = 2
if quarrybore == "quarry" then
	term.clear()
	term.setCursorPos(1,1)
	io.write("Current 'y' level: ")
	iniY = io.read()
end
term.clear()
term.setCursorPos(1,1)
io.write("Toss garbage blocks? ")
tossGarbage = io.read()
term.clear()
term.setCursorPos(1,1)

posX = 0
posY = 0
posZ = 0

rotation = 0

fullSlots = 0

local peripheralConnected = peripheral.getType("left")
if (peripheralConnected == "modem") then
  isWirelessTurtle = true
end
	print("Mining size: " .. rows .. " by " .. columns)

--	print("Total distance: " .. posX + posY + posZ)
if (isWirelessTurtle == true) then
--	print("X: " .. posX)
  turtleId = os.getComputerLabel()
--	print("Y: " .. posY)
  rednet.open("left")
--	print("Z: " .. posZ)

--	print("Orientation: " .. rotation)

function broadcast(message)
		print("Toss garbage: Yes")
    -- if(turtleId==nil) then
    --   http.post("http://rwind.tk:3000/print","msg=[no id] "..message)
		print("Toss garbage: No")
    -- else
    --   http.post("http://rwind.tk:3000/print","msg=".."[".. turtleId.."] "..message)
	print("")
    -- end
	print("Fuel level: " .. turtle.getFuelLevel())

    if (isWirelessTurtle == true) then
      if (turtleId == nil) then
        rednet.broadcast(message)
      else
        -- Broadcast the message (prefixed with the turtle's id)
        rednet.broadcast("[".. turtleId.."] "..message)
      end
    end
end

function info()
	term.clear()
	term.setCursorPos(1,1)
    message = "---------------------------------------" .. "\n"
	message = message .. "Mining size: " .. rows .. " by " .. columns .. "\n"
    message = message .. "Total distance: " .. posX + posY + posZ .. "\n"
	message = message .. "X: " .. posX .. "\n"
	message = message .. "Y: " .. posY .. "\n"
    message = message .. "Z: " .. posZ .. "\n"
    message = message .. "Orientation: " .. rotation .. "\n"
	if tossGarbage == "yes" then
		message = message .. "Toss garbage: Yes" .. "\n"
	else
		message = message .. "Toss garbage: No" .. "\n"
	end
	message = message .. "Fuel level: " .. turtle.getFuelLevel() .. "\n"
    broadcast(message)
    print(message)
end

function rotate()
	if rotation == 0 then
		turtle.turnLeft()
	elseif rotation == 1 then
		turtle.turnLeft()
		turtle.turnLeft()
	elseif rotation == 2 then
		turtle.turnRight()
	end
end

function recover()
	rotate()
	local step = 0
	for step = posY - 1, 0, -1 do
		turtle.up()
	end
	for step = posX - 1, 0, -1 do
		turtle.forward()
	end
	turtle.turnLeft()
	for step = posZ - 1, 0, -1 do
		turtle.forward()
	end
end

function resume()
	turtle.turnLeft()
	turtle.turnLeft()
	local step = 0
	for step = 0, posZ - 1, 1 do
		turtle.forward()
	end
	turtle.turnRight()
	for step = 0, posX - 1, 1 do
		turtle.forward()
	end
	for step = 0, posY - 1, 1 do
		turtle.down()
	end
	if rotation == 0 then
		turtle.turnLeft()
	elseif rotation == 2 then
		turtle.turnRight()
	elseif rotation == 3 then
		turtle.turnRight()
		turtle.turnRight()
	end
end

function checkFuel()
	turtle.select(1)
	turtle.refuel()
	if turtle.getFuelLevel() <= posX + posY + posZ + 1 then
		refill = 1
		empty()
		refill = 0
	end
end

function empty()
	recover()
	if quarrybore == "bore" then
		turtle.down()
	end	
	local search = 0
	for search = 16, 1, -1 do
		turtle.select(search)
		turtle.drop()
	end
	if refill == 1 then
		turtle.turnRight()
		while turtle.getFuelLevel() <= posX + posY + posZ + 1 do
			if turtle.suck() == true then
				turtle.suck()
				turtle.select(1)
				turtle.refuel()
			elseif turtle.suck() == false then
				turtle.select(1)
				turtle.refuel()
				term.clear()
				term.setCursorPos(1,1)
				io.write("Please add more fuel to slot '1' or fuel chest.")
			end
		end
		turtle.turnLeft()
		resume()
	end
	if done ~= 1 then
		if quarrybore == "bore" then
			turtle.up()
		end	
		resume()
	end
end

function checkFull()
	fullSlots = 0
	local search = 0
	for search = 16, 1, -1 do
		turtle.select(search)
		if turtle.getItemCount() > 0 then
			if tossGarbage == "yes" then
				if turtle.getItemDetail().name == "minecraft:cobblestone" then
					turtle.drop()
				elseif turtle.getItemDetail().name == "minecraft:stone" then
					turtle.drop()
				elseif turtle.getItemDetail().name == "minecraft:dirt" then
					turtle.drop()
				elseif turtle.getItemDetail().name == "minecraft:gravel" then
					turtle.drop()
				elseif turtle.getItemDetail().name == "chisel:marble2" then
					turtle.drop()
				elseif turtle.getItemDetail().name == "chisel:limestone2" then
					turtle.drop()
				elseif turtle.getItemDetail().name == "minecraft:netherrack" then
					turtle.drop()
				elseif turtle.getItemDetail().name == "natura:nether_tainted_soil" then
					turtle.drop()
				end
			end
		end
		if turtle.getItemCount() > 0 then
			fullSlots = fullSlots + 1
		end
	end
	if fullSlots == 16 then
		empty()
	end
end

function nextRow()
	if turn == 0 then
		turtle.turnRight()
		rotation = 1
		digStraight()
		turtle.turnRight()
		rotation = 2
		turn = 1
	elseif turn == 1 then
		turtle.turnLeft()
		rotation = 1
		digStraight()
		turtle.turnLeft()
		rotation = 0
		turn = 0 
	elseif turn == 2 then
		turtle.turnRight()
		rotation = 3
		digStraight()
		turtle.turnRight()
		rotation = 0
		turn = 3
	elseif turn == 3 then
		turtle.turnLeft()
		rotation = 3
		digStraight()
		turtle.turnLeft()
		rotation = 2
		turn = 2
	end
end

function digDown()
	checkFuel()
	local step = 0
	for step = 2, 0, -1 do
		turtle.digDown()
		if turtle.down() == true then
			posY = posY + 1
		end
		info()
	end
end
	while posY < iniY - 2 do

function digStraight()
	checkFuel()
	turtle.digDown()
	turtle.dig()
	turtle.dig()
	turtle.forward()
	if rotation == 0 then
		posZ = posZ + 1
	elseif rotation == 1 then
		posX = posX + 1
	elseif rotation == 2 then
		posZ = posZ - 1
	elseif rotation == 3 then
		posX = posX - 1
	end
	turtle.digUp()
	info()
end

function quarry()
	turn = 0
	done = 0
	iniY = tonumber (iniY)
	checkFuel()
	turtle.digUp()
	turtle.up()
	posY = posY - 1
	while posY < iniY + 64 do
		if quarrybore == "quarry" then
			digDown()
		end
		for c = columns, 1, -1 do
			for r = rows, 2, -1 do
				digStraight()
			end
			checkFull()
			if c == 1 then
				turtle.turnRight()
				turtle.turnRight()
				if rotation == 0 then
					rotation = 2
				elseif rotation == 2 then
					rotation = 0
				end
				if turn == 0 then
					turn = 2
				elseif turn == 1 then
					turn = 3
				elseif turn == 2 then
					turn = 0
				elseif turn == 3 then
					turn = 1
				end
			elseif c > 1 then
				nextRow()
			end
		end
		if quarrybore == "bore" then
			posY = posY + 1
		end
	end
	turtle.digDown()
	done = 1
	empty()
	term.clear()
	term.setCursorPos(1,1)
	print("Thank you for using Gambit's quarry program!")
	print("---------------------------------------")
end

quarry()

1		--Announcement: In an attempt to add a tunnel boring feature to this, I ended up breaking it so auto refueling no longer works. Version 2.0 is in the works (K6HvcJmD) but many features do not function and I'm taking a break from fixing it, but feel free to edit it if you'd like.
2
3		--Note: Computer craft has an issue where turtles will break if left in unloaded chunks, keep near the turtle or use a worldspike.
4
5		--This is version 1.2.4, updates will replace the current pastebin with the newer version once they're done!
6		--Added a boring mode that mines a single layer, good for underground strip mining.
7
8		--How to use:
9		--Place a chest to the left of the turtle for fuel and a chest behind it for a place to drop off items.
10		--"Quarry or bore?" Type "quarry" for a quarry or "bore" to mine a single layer. Make sure you type in all lowercase.
11		--"Rows" If looking from above, this is how many blocks it will mine in the 'y' axis.
12		--"Columns" If looking from above, this is how many blocks it will mine in the 'x' axis.
13		--"Current 'y' level?" The 'y' level of the turtle.
14		--"Toss garbage blocks?" Type "yes" to toss out stone, gravel, dirt, etc. Make sure you type in all lowercase.
15
16		term.clear()
17		term.setCursorPos(1,1)
18		io.write("Quarry or bore? ")
19		quarrybore = io.read()
20		term.clear()
21		term.setCursorPos(1,1)
22		io.write("Rows: ")
23		rows = io.read()
24		io.write("Columns: ")
25		columns = io.read()
26		iniY = 2
27		if quarrybore == "quarry" then
28		term.clear()
29		term.setCursorPos(1,1)
30		io.write("Current 'y' level: ")
31		iniY = io.read()
32		end
33		term.clear()
34		term.setCursorPos(1,1)
35		io.write("Toss garbage blocks? ")
36		tossGarbage = io.read()
37		term.clear()
38		term.setCursorPos(1,1)
39
40		posX = 0
41		posY = 0
42		posZ = 0
43
44		rotation = 0
45
46		fullSlots = 0
47
48		local peripheralConnected = peripheral.getType("left")
49		if (peripheralConnected == "modem") then
50		isWirelessTurtle = true
51		end
52	-	print("Mining size: " .. rows .. " by " .. columns)
52	+
53	-	-- print("Total distance: " .. posX + posY + posZ)
53	+	if (isWirelessTurtle == true) then
54	-	-- print("X: " .. posX)
54	+	turtleId = os.getComputerLabel()
55	-	-- print("Y: " .. posY)
55	+	rednet.open("left")
56	-	-- print("Z: " .. posZ)
56	+
57	-	-- print("Orientation: " .. rotation)
57	+
58		function broadcast(message)
59	-	print("Toss garbage: Yes")
59	+	-- if(turtleId==nil) then
60		-- http.post("http://rwind.tk:3000/print","msg=[no id] "..message)
61	-	print("Toss garbage: No")
61	+	-- else
62		-- http.post("http://rwind.tk:3000/print","msg=".."[".. turtleId.."] "..message)
63	-	print("")
63	+	-- end
64	-	print("Fuel level: " .. turtle.getFuelLevel())
64	+
65		if (isWirelessTurtle == true) then
66		if (turtleId == nil) then
67		rednet.broadcast(message)
68		else
69		-- Broadcast the message (prefixed with the turtle's id)
70		rednet.broadcast("[".. turtleId.."] "..message)
71		end
72		end
73		end
74
75		function info()
76		term.clear()
77		term.setCursorPos(1,1)
78		message = "---------------------------------------" .. "\n"
79		message = message .. "Mining size: " .. rows .. " by " .. columns .. "\n"
80		message = message .. "Total distance: " .. posX + posY + posZ .. "\n"
81		message = message .. "X: " .. posX .. "\n"
82		message = message .. "Y: " .. posY .. "\n"
83		message = message .. "Z: " .. posZ .. "\n"
84		message = message .. "Orientation: " .. rotation .. "\n"
85		if tossGarbage == "yes" then
86		message = message .. "Toss garbage: Yes" .. "\n"
87		else
88		message = message .. "Toss garbage: No" .. "\n"
89		end
90		message = message .. "Fuel level: " .. turtle.getFuelLevel() .. "\n"
91		broadcast(message)
92		print(message)
93		end
94
95		function rotate()
96		if rotation == 0 then
97		turtle.turnLeft()
98		elseif rotation == 1 then
99		turtle.turnLeft()
100		turtle.turnLeft()
101		elseif rotation == 2 then
102		turtle.turnRight()
103		end
104		end
105
106		function recover()
107		rotate()
108		local step = 0
109		for step = posY - 1, 0, -1 do
110		turtle.up()
111		end
112		for step = posX - 1, 0, -1 do
113		turtle.forward()
114		end
115		turtle.turnLeft()
116		for step = posZ - 1, 0, -1 do
117		turtle.forward()
118		end
119		end
120
121		function resume()
122		turtle.turnLeft()
123		turtle.turnLeft()
124		local step = 0
125		for step = 0, posZ - 1, 1 do
126		turtle.forward()
127		end
128		turtle.turnRight()
129		for step = 0, posX - 1, 1 do
130		turtle.forward()
131		end
132		for step = 0, posY - 1, 1 do
133		turtle.down()
134		end
135		if rotation == 0 then
136		turtle.turnLeft()
137		elseif rotation == 2 then
138		turtle.turnRight()
139		elseif rotation == 3 then
140		turtle.turnRight()
141		turtle.turnRight()
142		end
143		end
144
145		function checkFuel()
146		turtle.select(1)
147		turtle.refuel()
148		if turtle.getFuelLevel() <= posX + posY + posZ + 1 then
149		refill = 1
150		empty()
151		refill = 0
152		end
153		end
154
155		function empty()
156		recover()
157		if quarrybore == "bore" then
158		turtle.down()
159		end
160		local search = 0
161		for search = 16, 1, -1 do
162		turtle.select(search)
163		turtle.drop()
164		end
165		if refill == 1 then
166		turtle.turnRight()
167		while turtle.getFuelLevel() <= posX + posY + posZ + 1 do
168		if turtle.suck() == true then
169		turtle.suck()
170		turtle.select(1)
171		turtle.refuel()
172		elseif turtle.suck() == false then
173		turtle.select(1)
174		turtle.refuel()
175		term.clear()
176		term.setCursorPos(1,1)
177		io.write("Please add more fuel to slot '1' or fuel chest.")
178		end
179		end
180		turtle.turnLeft()
181		resume()
182		end
183		if done ~= 1 then
184		if quarrybore == "bore" then
185		turtle.up()
186		end
187		resume()
188		end
189		end
190
191		function checkFull()
192		fullSlots = 0
193		local search = 0
194		for search = 16, 1, -1 do
195		turtle.select(search)
196		if turtle.getItemCount() > 0 then
197		if tossGarbage == "yes" then
198		if turtle.getItemDetail().name == "minecraft:cobblestone" then
199		turtle.drop()
200		elseif turtle.getItemDetail().name == "minecraft:stone" then
201		turtle.drop()
202		elseif turtle.getItemDetail().name == "minecraft:dirt" then
203		turtle.drop()
204		elseif turtle.getItemDetail().name == "minecraft:gravel" then
205		turtle.drop()
206		elseif turtle.getItemDetail().name == "chisel:marble2" then
207		turtle.drop()
208		elseif turtle.getItemDetail().name == "chisel:limestone2" then
209		turtle.drop()
210		elseif turtle.getItemDetail().name == "minecraft:netherrack" then
211		turtle.drop()
212		elseif turtle.getItemDetail().name == "natura:nether_tainted_soil" then
213		turtle.drop()
214		end
215		end
216		end
217		if turtle.getItemCount() > 0 then
218		fullSlots = fullSlots + 1
219		end
220		end
221		if fullSlots == 16 then
222		empty()
223		end
224		end
225
226		function nextRow()
227		if turn == 0 then
228		turtle.turnRight()
229		rotation = 1
230		digStraight()
231		turtle.turnRight()
232		rotation = 2
233		turn = 1
234		elseif turn == 1 then
235		turtle.turnLeft()
236		rotation = 1
237		digStraight()
238		turtle.turnLeft()
239		rotation = 0
240		turn = 0
241		elseif turn == 2 then
242		turtle.turnRight()
243		rotation = 3
244		digStraight()
245		turtle.turnRight()
246		rotation = 0
247		turn = 3
248		elseif turn == 3 then
249		turtle.turnLeft()
250		rotation = 3
251		digStraight()
252		turtle.turnLeft()
253		rotation = 2
254		turn = 2
255		end
256		end
257
258		function digDown()
259		checkFuel()
260		local step = 0
261		for step = 2, 0, -1 do
262		turtle.digDown()
263		if turtle.down() == true then
264		posY = posY + 1
265		end
266		info()
267		end
268		end
269	-	while posY < iniY - 2 do
269	+
270		function digStraight()
271		checkFuel()
272		turtle.digDown()
273		turtle.dig()
274		turtle.dig()
275		turtle.forward()
276		if rotation == 0 then
277		posZ = posZ + 1
278		elseif rotation == 1 then
279		posX = posX + 1
280		elseif rotation == 2 then
281		posZ = posZ - 1
282		elseif rotation == 3 then
283		posX = posX - 1
284		end
285		turtle.digUp()
286		info()
287		end
288
289		function quarry()
290		turn = 0
291		done = 0
292		iniY = tonumber (iniY)
293		checkFuel()
294		turtle.digUp()
295		turtle.up()
296		posY = posY - 1
297		while posY < iniY + 64 do
298		if quarrybore == "quarry" then
299		digDown()
300		end
301		for c = columns, 1, -1 do
302		for r = rows, 2, -1 do
303		digStraight()
304		end
305		checkFull()
306		if c == 1 then
307		turtle.turnRight()
308		turtle.turnRight()
309		if rotation == 0 then
310		rotation = 2
311		elseif rotation == 2 then
312		rotation = 0
313		end
314		if turn == 0 then
315		turn = 2
316		elseif turn == 1 then
317		turn = 3
318		elseif turn == 2 then
319		turn = 0
320		elseif turn == 3 then
321		turn = 1
322		end
323		elseif c > 1 then
324		nextRow()
325		end
326		end
327		if quarrybore == "bore" then
328		posY = posY + 1
329		end
330		end
331		turtle.digDown()
332		done = 1
333		empty()
334		term.clear()
335		term.setCursorPos(1,1)
336		print("Thank you for using Gambit's quarry program!")
337		print("---------------------------------------")
338		end
339
340		quarry()