mineX

--test miner by shaolin

currentFacing = 0
currentlySelectedSlot = 1
fuelLevelToRefuelAt = 5
dirtBlockCount = 0
minSlot = 1
maxSlot = 12

tunnelLengthMax = 0
torchesEvery = 8

baseY = 0

currentY = 0
currentLevel = 1
mineName = ""

doHole = true

args = { ... }

function main()


  if #args > 0 then
    if args[1]=="n" then
     print("No hole mode on")
     doHole = false
    end
  end

  -- check parameters
  print("[ mineX loaded ]")
  --fuel
  while (turtle.getItemCount(16) < 2) do
    selectSlot(16)
    if turtle.refuel(1) then
      awaitFix("Too low fuel items")
    else
      awaitFix("No fuel in selected slot")
    end
  end
  --torches
  while (turtle.getItemCount(15) < 16) do
    selectSlot(15)
    awaitFix("Too low torches in selected slot")
  end
  --signs
  while (turtle.getItemCount(14) < 4) do
    selectSlot(14)
    awaitFix("Too low signs in selected slot")
  end
  --chests
  while (turtle.getItemCount(13) < 4) do
    selectSlot(13)
    awaitFix("Too small chests in selected slot")
  end
  -- dirt blocks
  getDirtBlock() --init
  while dirtBlockCount==0  do
    awaitFix("No dirt blocks in first slots")
    getDirtBlock()
  end
  -- y coord
  while baseY==0 do
    print("Enter my Y coordinate: ")
    baseY =  tonumber(io.read())
    if baseY < 16 then
      print(".. not valid")
      baseY = 0
    end
  end

  print("Enter mine name: ")
  mineName =  io.read()
  if mineName=="" then
     mineName = getRandomName()
     print("Will be: "..mineName)
  end

  while tunnelLengthMax==0 do
    print("Enter tunnel length: ")
    tunnelLengthMax =  tonumber(io.read())
    if (tunnelLengthMax < 8) or (tunnelLengthMax > 64) then
      print(".. not valid")
      tunnelLengthMax = 0
    end
    if tunnelLengthMax < 16  then
      torchesEvery = 4
    end
  end

  -- init some
  minSlot = dirtBlockCount + 1

  if doHole then
    print("Making Hole Down")
    holeDown()
  else
    print("Making hole skipped")
  end

  print("Go first level (11)")

  --go first level
  for y=baseY-1,11,-1 do
      go("down", true)
  end


  for l=11,baseY-5,5 do
    --level
    currentY = l
    print("Level: "..currentY)
    go("forward", true)
    go("forward", true)
    selectSlot(13)
    if not turtle.compare() then --if no chest here
      makeShaftHall(tunnelLengthMax)
      --minig process
      turnRight()
      go("forward", true)

      turnLeft() -- i'm on right side of shaftHall
      for tunPos=0,tunnelLengthMax-1,1 do
        go("forward", true)  -- first go 0,1,2,3,4,5 .. pos
        putDirtNE("down")
        if math.floor((tunPos-2)/3 + 1) == ((tunPos-2)/3 + 1) then
           --the best pos to tunneling
           turnRight()
           makeShaft(tunPos+3-1) -- -1 for one turtle can't eat other



           if (getEmptySlots() < 3) then
             turnLeft()
             -- go to tunnel locking chest if needs
             for rX=tunPos-1,0,-1 do
               go("forward", true)
             end
             turnRight()
             if not turtle.detect() then
               print("Placing chest...")
               placeChest("forward")
             end
             print("Unloading...")
             prettyUnload("forward")
             turnRight()
             for rX=tunPos-1,0,-1 do
               go("forward", true)
             end
           else
             turnRight()
           end






--         turnRight() --i'm again on right Side
           if isNeedstoReturn() then
             print("OMG! I need to refuel some shit! returning..")
             --returning to fuel chest
             turnLeft()
             turnLeft()
             for rX=tunPos,0,-1 do
               go("forward", true)
             end
             turnRight()
             go("forward", true)
             turnLeft() --shaft back
             go("forward", true)
             go("forward", true)
             for rY=currentY,baseY-1,1 do
               go("up", true)
             end
             --chest must be here
             selectSlot(13)
             while not turtle.compare() do
               awaitFix("There is no chest!")
             end
             --load
             reload("fwd")
             while isNeedstoReturn() do
                awaitFix("Place resources to chest!")
                reload("fwd")
             end
             --go back
            for rY=baseY-1,currentY,-1 do
               go("down",true)
             end
             turnLeft()
             go("forward", true)
             turnLeft() -- i'm on right side
             go("forward", true)
             go("forward", true)
         for rX=tunPos,0,-1 do
           go("forward", true)
             end
             -- yepp! returned!
           end --if isNeedstoReturn()
        end --digShaft
      end  --for tunnel

      turnLeft()
      go("forward", true)
      putDirtNE("down")
      go("forward", true)
      putDirtNE("down")
      turnLeft()


      for tunPos=tunnelLengthMax-1,0,-1 do
        if math.floor((tunPos-2)/3 + 1) == ((tunPos-2)/3 + 1) then
           --the best pos to tunneling
           turnRight()
           makeShaft(tunPos+3)

           if (getEmptySlots() < 3) then
             turnRight()
             -- go to tunnel locking chest if needs
             for rX=tunPos-1,0,-1 do
               go("forward", true)
             end
             turnLeft()
             if not turtle.detect() then
               print("Placing chest...")
               placeChest("forward")
             end
             print("Unloading...")
             prettyUnload("forward")
             turnLeft()
             for rX=tunPos-1,0,-1 do
               go("forward", true)
             end
             turnRight()
             turnRight()
           else
             turnRight()
           end


           if isNeedstoReturn() then
             print("OMG! I need to refuel some shit! returning..")
             --returning to fuel chest
             for rX=tunPos,0,-1 do
             go("forward", true)
             end
             turnLeft()
             go("forward", true)
             turnRight() --shaft behind
             go("forward", true)
             go("forward", true)
             for rY=currentY,baseY-1,1 do
               go("up", true)
             end
             --chest must be here
             selectSlot(13)
             while not turtle.compare() do
               awaitFix("There is no chest!")
             end
             --load
             reload("fwd")
             while isNeedstoReturn() do
                awaitFix("Place resources to chest!")
                reload("fwd")
             end
             --go back
             for rY=baseY-1,currentY,-1 do
               go("down",true)
             end
             turnRight()
             go("forward", true)
             turnRight() -- i'm on right side
             go("forward", true)
             go("forward", true)
         for rX=tunPos,0,-1 do
           go("forward", true)
             end
             turnLeft()
             turnLeft()
             -- yepp! returned!
           end --if isNeedstoReturn()
        end --digShaft
        go("forward", true)  -- first go -63,-62,-61,-60 ..
        putDirtNE("down")
      end  --for tunnel
      turnLeft()
      go("forward", true)
      turnLeft() -- i'm on base position

    else  --if chest, skipping level
      print("Chest! Skip the floor.")
    end
    turnLeft()
    turnLeft()
    go("forward", true)
    go("forward", true)
    turnLeft()
    turnLeft()
    for i=1,5,1 do
      go("up", true)
    end
    --did it again
    currentLevel = currentLevel + 1
  end

  --small go up
  for y=currentY,baseY-6,1 do --TODO: check this
    go("up", true)
  end

  print("Well Done!")

end

function holeDown()
  local myY = baseY
  --go first level
  for y=baseY-1,11,-1 do
      go("down", true)
      myY = myY - 1
  end
  for l=11,baseY-5,5 do
    for i=1,4,1 do
      turnRight()
      go("forward", true)
      if i==1 then
        putDirtNE("down")
      end
      turnLeft()
      go("forward", true)
      turnRight()
      go("forward", true)
      turnLeft()
      go("forward", true)
      turnRight()
      digNE("forward", false)
      if i==1 then
        if (getEmptySlots() < 3) then --place chest
          if not turtle.detect() then
            print("Placing chest...")
            placeChest("forward")
          end
          print("Unloading...")
          prettyUnload("forward")
        end
      end
      turnLeft()
      turnLeft()
      go("forward", true)
      go("forward", true)
      if i==1 then
        putDirtNE("down")
      end
      go("forward", true)
      digNE("forward", false)
      turnLeft()
      digNE("forward", false)
      turnLeft()
      go("forward", true)
      turnRight()
      go("forward", true)
      go("forward", true)
      turnRight()
      turnRight()
      go("up", true)
      myY = myY + 1
    end
    turnRight()
    digNE("forward", false)
    placeTorch()
    turnLeft()
    go("up", true)
    myY = myY + 1
  end
  for l=myY,baseY-1,1 do  --return to baseY
    go("up", true)
    myY = myY + 1
  end
end

-- make shaft hall, return and unload to placed chest FWD
function makeShaftHall(tunnelLength)
  print("Making shaft hall.")
  local tunPos = 0
  while tunPos < tunnelLength do
    go('forward', true)
    --turn left and dig all in side & up
    turnLeft()
    for i=1,3,1 do
      digNE('forward', false)
      digNE('up', false)
      go('up',true)
    end
    digNE('forward', false)
    -- go right and again down
    turnRight()
    turnRight()
    digNE('forward', false)
    if math.floor((tunPos-2)/3 + 1) == ((tunPos-2)/3 + 1) then
      placeTorch() -- place torch on right side above tunnels
    end
    for i=1,3,1 do
      go('down',true)
      digNE('forward', false)
    end
    turnLeft()
    if tunPos < (tunnelLength-1) then
      digNE('forward', false)
    end
    if checkEmpty('down') then
      print("making bridge")
      putDirtBlock("down") -- for fucking peoples
    end
    tunPos = tunPos + 1
    if math.floor(tunPos/8) == (tunPos/8) then
       if (tunPos~=tunnelLength) and (getEmptySlots() < 3) then
           print("Repacking..")
           prettyRepack()
       end
     end
  end
  print("Fin! I go back.")
  turnRight()
  go('up', true) -- place Sign on right side
  local signText = mineName.."\nLevel: "..currentLevel.." ("..currentY..")\nLength: "..tunnelLength.."\nEXIT --->"
  placeSign(signText)
  go('down', true)
  turnRight()
  while tunPos > 1 do
    go('forward', true)
    tunPos = tunPos - 1
  end
  turnLeft()
  go('up', true) -- place Sign on right side
  local signText = mineName.."\nLevel: "..currentLevel.." ("..currentY..")\nLength: "..tunnelLength.."\n< MINE | EXIT >"
  placeSign(signText)
  go('down', true)
  turnRight()
  go('forward', true)
  turnLeft()
  turnLeft()
  --we at start position
  while not placeChest() do
    awaitFix("Can't place chest")
  end
  prettyUnload("forward")
end

-- makes single shaft
-- 1: turtle creates shaft fwd
-- 2: digging..
-- z: turtle behind shaft place chest if need and unload
function makeShaft(tunnelLength)
  print("Making single shaft: "..tunnelLength.." blocks")
  local tunPos = 0
  local lastTorch = 0
  local fromSlot = dirtBlockCount + 1
  while tunPos < tunnelLength do
    --first fwd
    go('forward', true)
    --turn left and look
    turnLeft()
    digNEND("fwd", true)
    go('up', true)
    digNEND("fwd", true)
    go('up', true)
    digNEND("fwd", true)
    if lastTorch >=torchesEvery then --torches
      turnLeft() --turn back
      placeTorch()  --back
      turnRight()
      lastTorch = 0
    end
        digNEND("up", true)  --look up
    turnRight()
    turnRight()
    digNEND("fwd", true)
    go('down', true)
    digNEND("fwd", true)
    go('down', true)
    digNEND("fwd", true)
    turnLeft()
    if not checkEmpty('down') then
      if not checkDirt('down') then
        dig("down")
        putDirtBlock("down")
      end
    else
      print("Making bridge...")
      putDirtBlock("down") -- for fucking peoples
    end
        if math.floor(tunPos/8) == (tunPos/8) then
          if (tunPos~=tunnelLength) and (getEmptySlots() < 2) then
             print("Repacking..")
             prettyRepack()
          end
        end
    --and repeat process
    tunPos = tunPos + 1
    lastTorch = lastTorch + 1
  end
  print("Fin! I'll go back")
  turnLeft()
  turnLeft()
  while tunPos > 1 do
    go('forward', true)
    tunPos = tunPos - 1
  end
  putDirtBlock("up") --close tunnel
  go('forward', true)
  tunPos = tunPos - 1
  print("Returned from shaft!")

--  if (getEmptySlots() < 3) then --place chest
--    if not turtle.detect() then
--      print("Placing chest...")
--      placeChest("forward")
--    end
--    print("Unloading...")
--    prettyUnload("forward")
--  end
end

-- BOOL if too small resources
function isNeedstoReturn()
  local result = (turtle.getItemCount(16) < 5) or (turtle.getItemCount(15) < 10) or (turtle.getItemCount(14) < 4) or (turtle.getItemCount(13) < 4)
  return result
end

-- INT place chest FWD
function placeChest()
  ensureFuel()
  if turtle.getItemCount(13) <=1 then
    print("I have no chests...")
    return false
  else
    selectSlot(13)
    if not turtle.place() then
      print("Can't place chest!")
      return false
    end
  end
  return true
end

-- INT place sign FWD with label
function placeSign(label)
  ensureFuel()
  if turtle.getItemCount(14) <=1 then
    print("I have no signs...")
    return false
  else
    selectSlot(14)
    if not turtle.place(label) then
      print("Can't place sign!")
      return false
    end
  end
  return true
end

-- INT get count of empty slots
function getEmptySlots()
  local emptyslots = 0
  for slot=maxSlot,minSlot,-1 do
    if turtle.getItemCount(slot)==0 then
      emptyslots = emptyslots + 1
    end
  end
  return emptyslots
end

-- compress items in inventory and kick dirt
function prettyRepack()
  local isDirt = true
  local cnt = 0
  for slot=maxSlot,minSlot,-1 do
    if turtle.compareTo(16) then --this is fuel, okay!
      turtle.transferTo(16)
    end
    selectSlot(slot)
    isDirt = false
    for dirt=1,dirtBlockCount,1 do
      if turtle.compareTo(dirt) then
        isDirt = true
      end
    end
    --
    for slotB=minSlot,maxSlot,1 do
      if turtle.compareTo(slotB) then
        --try to fill B (move to upslot)
        turtle.transferTo(slotB)
      end
    end
    if (turtle.getItemCount(slot) ~= 0) and (getEmptySlots() < 2) and isDirt then
      print("I'l drop this stuff cuz need more space!")
      turtle.drop()  -- we have no two empty slots and drop all dirt in this slot
    end
  end
  for dirt=1,dirtBlockCount,1 do
     cnt = turtle.getItemCount(dirt)
     if cnt > 10 then
       selectSlot(dirt)
       turtle.drop(cnt-10)  -- save 10 blocks to put in holes
     end
  end
end

--unload to side chest
-- TODO: make unloading not dirt item first
function prettyUnload(direction)
  ensureFuel()
  for slot=minSlot,maxSlot,1 do
    selectSlot(slot)
    if turtle.compareTo(16) then
      --try to store fuel
      turtle.transferTo(16)
      print("Fuel! I'll take a little bit.")
    end
    if direction=="up" then
      turtle.dropUp()
    elseif direction=="down" then
      turtle.dropDown()
    else
      turtle.drop()
    end
  end
  for dirt=1,dirtBlockCount,1 do
     cnt = turtle.getItemCount(dirt)
     if cnt > 10 then
       selectSlot(dirt)
       turtle.drop(cnt-10)  -- save 10 blocks to put in holes
     end
  end
end

--reload from side chest
function reload(direction)
  ensureFuel()
  for slot=13,16,1 do
    selectSlot(slot)
   if direction=="up" then
      turtle.suckUp()
    elseif direction=="down" then
      turtle.suckDown()
    else
      turtle.suck()
    end
    for slot2=minSlot,maxSlot,1 do
      if turtle.compareTo(slot) then
        selectSlot(slot2)
        -- unload unused
        if direction=="up" then
          turtle.dropUp()
        elseif direction=="down" then
          turtle.dropDown()
        else
          turtle.drop()
        end
      end
    end
  end
end

-- dig if block ON side and put Dirt - crazy %)
function digNE(direction, putDirt)
 if not checkEmpty(direction) then
    while not checkEmpty(direction) do  --for gravel ore
      dig(direction)
    end
    if putDirt then
      putDirtBlock(direction)
    end
  end
end

-- dig if block ON side and this block NOT dirt, and put Dirt
function digNEND(direction, putDirt)
  if not checkEmpty(direction) then
    if not checkDirt(direction) then
    while not checkEmpty(direction) do  --for gravel ore
      dig(direction)
        end
        if putDirt then
          putDirtBlock(direction)
        end
    end
  end
end

-- BOOL place torch on side
function placeTorch()
  ensureFuel()
  if turtle.getItemCount(15) <=1 then
    print("I have no torches...")
    return false
  else
    selectSlot(15)
    if not turtle.place() then
      print("Can't place torch!")
      return false
    end
  end
  return true
end

--
function putDirtNE(side)
 if not checkEmpty(direction) then
   putDirtBlock(direction)
  end
end

-- BOOL put dirt block on side
function putDirtBlock(side)
  ensureFuel()
  local toSelect = 1
  toSelect = getDirtBlock()
  if toSelect==false then
    return false
  end
  selectSlot(toSelect)
  if side=="up" then
    return turtle.placeUp()
  elseif side=="down" then
    return turtle.placeDown()
  else
    return turtle.place()
  end
  return  false
end

-- INT get first inventory id with dirt blocks
function getDirtBlock()
  if dirtBlockCount==0 then
    selectSlot(1)
    while turtle.getItemCount(currentlySelectedSlot)~=0 do
      dirtBlockCount = dirtBlockCount + 1
      selectSlot(currentlySelectedSlot + 1)
    end
  end
  if dirtBlockCount==0 then
    return false
  end
  local fromSlot = dirtBlockCount + 1
  for i=fromSlot,11,1 do
    if turtle.getItemCount(i)>1 then
      selectSlot(i)
      for j=1,dirtBlockCount,1 do
        if turtle.compareTo(j) then
            return i
        end
      end
    end
  end
  for i=1,dirtBlockCount,1 do
    if turtle.getItemCount(i)>2 then --get from 1st slot
      return i
    end
  end
  return false
end

-- BOOL check if block on side is Dirt
function checkDirt(side)
  local result = false
  if dirtBlockCount==0 then
    getDirtBlock()
  end
  for j=1,dirtBlockCount,1 do
    selectSlot(j)
    if side=="up" then
      result = turtle.compareUp()
    elseif side=="down" then
      result = turtle.compareDown()
    else
      result = turtle.compare()
    end
    if result then
      return result
    end
  end
  return result
end

-- BOOL check if block on side is not Exists
function checkEmpty(side)
    local result = false
    if side=="up" then
      result = not turtle.detectUp()
    elseif side=="down" then
      result = not turtle.detectDown()
    else
      result = not turtle.detect()
    end
    return result
end

--select slot
function selectSlot(x)
  if x<1 then
    x = 1
  elseif x > 16 then
    x = 16
  end
  turtle.select(x)
  currentlySelectedSlot = x
end


--Check fuel, refueling from inventory special slot or not
function ensureFuel()
  -- Determine whether a refuel is required
  local fuelLevel = turtle.getFuelLevel()
  if (fuelLevel ~= "unlimited") then
    if (fuelLevel < fuelLevelToRefuelAt) then
      -- Need to refuel
      selectSlot(16)
      local fuelItems = turtle.getItemCount(16)
      -- Do we need to impact the emergency fuel to continue? (always
      -- keep one fuel item in slot 16)
      if (fuelItems == 0) then
        awaitFix("I want more fuel!")
      elseif (fuelItems == 1) then
        --load fuel from another slot
    local fueled = false
    local fromSlot = dirtBlockCount + 1
        for i=fromSlot,15,1 do
          selectSlot(i)
      if (turtle.compareTo(16)) then
        print("Refueling from not fuel slot: "+i)
        turtle.refuel(1)
        turtle.transferTo(16)
        fueled = true
          end
        end
        if not fueled then
          print("completely out of fuel!")
        end
      else --fuelItems > 1
        print("Time to refueling!")
        turtle.refuel(1)
      end
    end
  end
end


--turns
function turnFacing(facing)
  while facing ~= currentFacing do
    turnRight()
  end
end

--turns
function turnLeft()
  ensureFuel()
  turtle.turnLeft()
  currentFacing = currentFacing - 1
  if currentFacing < 0 then
    currentFacing = 3
  end
end

--turns
function turnRight()
  ensureFuel()
  turtle.turnRight()
  currentFacing = currentFacing + 1
  if currentFacing >= 4 then
    currentFacing = 0
  end
end

-- BOOL dig direction with retries
function dig(direction)
  local result = false
  local tries = 0
  selectSlot(1)
  while (not result) and (tries < 10) do
    ensureFuel()
    if direction=="up" then
        result = turtle.digUp()
    elseif direction=="down" then
        result = turtle.digDown()
    else
        result = turtle.dig()
    end
    tries = tries + 1
  end
  if not result then
    print ("can't dig in "..direction)
  end
  return result
end

--go direction with breaking blocks and refueling
function go(direction, allowDig)
    if direction=="right" then
      turnRight()
      direction="forward"
    end
    if direction=="left" then
      turnLeft()
      direction="forward"
    end
    if direction=="forward" then
       while turtle.detect() do
         if allowDig then
           ensureFuel()
           turtle.dig()
         else
           awaitFix("can't forward")
         end
       end

       while not turtle.forward() do
         ensureFuel()
         turtle.dig()
       end
    end
    if direction=="up" then
       while turtle.detectUp() do
         if allowDig then
           ensureFuel()
           turtle.digUp()
         else
           awaitFix("can't up")
         end
       end
       while not turtle.up() do
           ensureFuel()
           turtle.digUp()
       end
    end
    if direction=="down" then
       while turtle.detectDown() do
         if allowDig then
           ensureFuel()
           turtle.digDown()
         else
           awaitFix("can't down")
         end
       end
        while not turtle.down() do
           ensureFuel()
           turtle.digDown()
       end
    end
end

--wait for user action
function awaitFix(message)
    print("I have problem: " .. message)
    print("Please fix it and press Enter to continue")
    io.read()
end

function getRandomName()
  math.randomseed(os.time())
  local Names = {"HollyMine","DirtyMine","DataMine","PooMine","HolaMine","SherMines","OreMine","CrocoMine","CrazyShitMine","NaziMine","Querty","NotQuarry","GayMine","FullShitMine","0001001"}
  return Names[math.random(1,#Names)]
end

main() --execute ALL