-- DeadGlass Client, by Deadlock989
-- Started August 2015
-- Last updated June 2016
-- For ComputerCraft / Minecraft 1.7.10

version = "1.03"
debug = true
fails = 0
messages = {}
whitelist = {}
blacklist = {}
pblocks = {}
pblock = nil
e = 0
s = 0

units = {
  ["ic2estor"]="EU",
  ["ae2estor"]="AE",
  ["rfestor"]="RF",
}

colours = {
  ["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,
  ["grey"]=colors.gray,
  ["lightgrey"]=colors.lightgray,
  ["cyan"]=colors.cyan,
  ["purple"]=colors.purple,
  ["blue"]=colors.blue,
  ["brown"]=colors.brown,
  ["green"]=colors.green,
  ["red"]=colors.red,
  ["black"]=colors.black,
}

colourblocks = {"minecraft:wool", "minecraft:stained_glass", "minecraft:stained_hardened_clay"}
redstoneblocks = {"minecraft:redstone", "minecraft:redstone_block", "minecraft:redstone_torch"}

types = {
  ["br"]={"BigReactors-Reactor"},
  ["brac"]={"BigReactors-Reactor"},
  ["brt"]={"BigReactors-Turbine"},
  ["brtr"]={"BigReactors-Turbine"},
  ["ic2estor"]={"batbox","cesu","mfe","mfsu"},
  ["ic2nuclear"]={"nuclear_reactor"},
  ["ae2estor"]={"tilecontroller","blockenergycell","blockdenseenergycell"},
  ["ae2istor"]={"tilechest","tiledrive"},
  ["rfestor"]={"tile_thermalexpansion_cell_basic_name", "tile_thermalexpansion_cell_hardened_name", "tile_thermalexpansion_cell_redstone_name", "tile_thermalexpansion_cell_resonant_name", "IE:lvCapacitor", "IE:mvCapacitor", "IE:hvCapacitor"},
  ["rfgen"]={"tile_thermalexpansion_dynamo_steam_name", "tile_thermalexpansion_dynamo_magmatic_name", "tile_thermalexpansion_dynamo_compression_name", "tile_thermalexpansion_dynamo_reactant_name", "tile_thermalexpansion_dynamo_enervation_name"},
  ["rct"]={"rcsteamturbinetile"},
  ["tanks"]={"rcirontankvalvetile", "rcsteeltankvalvetile", "openblocks_tank", "net_minecraft_src_buildcraft_factory_tiletank", "tileentitycertustank", "drum", "reactor_fluid_port", "solid_fueled_boiler_firebox", "liquid_fueled_boiler_firebox", "thermalexpansion_tank"},
  ["rcboiler"]={"solid_fueled_boiler_firebox","liquid_fueled_boiler_firebox"},
  ["istor"]={"chest", "tileskychest", "iron", "gold", "diamond", "copper", "silver", "crystal", "obsidian"},
  ["ibarrel"]={"tile_thermalexpansion_cache_basic_name", "mcp_mobius_betterbarrel", "deep_storage_unit"},
  ["sensor"]={"openperipheral_sensor"},
  ["light"]={"thermalexpansion_light"},
  ["note"]={"note_block"},
  ["selector"]={"openperipheral_selector"},
}

knowntypes = {}
laste = {}
lasts = {}
for i,v in pairs(types) do
  for ii,vv in pairs(types[i]) do
    table.insert(knowntypes,vv)
    --printdebug(vv)
  end
end

function printdebug(text)
  if debug then print(text) end
end

function dgerror(text)
  print("ERROR: "..text)
  os.sleep(30)
  os.reboot()
end

function searchlist(searchfor,list)
  for i=1,#list do
    if list[i]==searchfor then return true end
  end
  return false
end

function mysplit(str, pat)
  local t = {}
  local fpat = "(.-)" .. pat
  local last_end = 1
  local s, e, cap = str:find(fpat, 1)
  while s do
    if s ~= 1 or cap ~= "" then
      table.insert(t,cap)
    end
    last_end = e+1
    s, e, cap = str:find(fpat, last_end)
  end
  if last_end <= #str then
    cap = str:sub(last_end)
    table.insert(t, cap)
  end
  return t
end

function readablenumber(n)
  if n >= 10000000000 then return ""..(math.floor((n/1000000000)+0.5)).." G" end
  if n >= 1000000000 then return ""..(math.floor((n/100000000)+0.5)/10).." G" end
  if n >= 10000000 then return ""..(math.floor((n/1000000)+0.5)).." M" end
  if n >= 1000000 then return ""..(math.floor((n/100000)+0.5)/10).." M" end
  if n >= 10000 then return ""..(math.floor((n/1000)+0.5)).." k" end
  if n >= 1000 then return ""..(math.floor((n/100)+0.5)/10).." k" end
  if n >= 100 then return ""..math.floor((n)+0.5).." " end
  return ""..(math.floor((n*10)+0.5)/10).." "
end

function updatemessage(pbi,protocol,message)
  messages[protocol.."/"..pbi] = message
  printdebug(pbi.."/"..protocol..": "..message)
end

function max(a,b)
  if a>b then return a end
  return b
end

-- returns true if it was added
function addperipheral(side)
  local result = false
  thistype = peripheral.getType(side)
  if searchlist(thistype,knowntypes) then
    print("Attaching to the "..side.." ("..thistype..")")
    table.insert(pblocks,{peripheral.wrap(side),thistype,side})
    result = true
  end
  return result
end

-- returns true if it was added
function addmodem(side)
  local result = false
  if peripheral.getType(side) =="modem" then
    result = true
  end
  return result
end

-- initialise
term.clear()
term.setCursorPos(1,1)
print("Deadlock989's DeadGlass client "..version.." running!")
if (os.getComputerLabel()==nil) then
  print("Setting computer label to 'dgclient'.")
  os.setComputerLabel("dgclient")
end

sides = peripheral.getNames()

-- look for modems
servermodemside = nil
for i=1, #sides do
  if peripheral.getType(sides[i]) =="modem" then
    local thismodem = peripheral.wrap(sides[i])
    servermodemside = sides[i]
    rednet.open(sides[i])
    print("Modem located on the "..sides[i].." opened for networking.")
  end
end

if servermodemside == nil then
  dgerror("No modem detected. Rebooting in 30.")
end

-- look for peripherals
local count = 0
for i=1, #sides do
  if addperipheral(sides[i]) then count = count + 1 end
end

if count==0 then
  dgerror("No recognised peripherals. Rebooting in 30.")
else
  print("Attached to "..count.." recognised peripherals.")
end

dgserver = rednet.lookup("dgserver","dgserver")
while dgserver == nil do
  fails = fails + 1
  print("Can't find dgserver. Waiting ... ("..fails..")")
  os.sleep(10)
  dgserver = rednet.lookup("dgserver","dgserver")
end
print("Found dgserver! Sending handshake.")
rednet.send(dgserver,"hello","handshake")
print("Running ...")


function colouredredstone(bits,state)
  for k,v in pairs(rs.getSides()) do
    local current = rs.getBundledOutput(v)
    if state then rs.setBundledOutput(v,colors.combine(current,bits))
      elseif colors.test(current,bits) then rs.setBundledOutput(v,current-bits) end
  end
end

-- main loop
function timedmessages()
  local sleepytime = 2

  -- check all the peripherals are still there
  local i = 1
  while i <= #pblocks do
    local rtype = peripheral.getType(pblocks[i][3])
    if rtype==pblocks[i][2] then i = i + 1
    else
      printdebug(pblocks[i][2].." on "..pblocks[i][3].."has gone missing: removing.")
      table.remove(pblocks,i)
    end
  end

  -- abstract the blocks
  iabstracts = {}
  for pbi,pbt in pairs(pblocks) do
    pblock = pbt[1]
    ptype = pbt[2]
    if searchlist(ptype,types["br"]) and pblock.getConnected() then
      if not pblock.isActivelyCooled() then
        local energy = pblock.getEnergyStored()
        table.insert(iabstracts, {["ptype"]=ptype,
          ["ctype"]="br",
          ["energyproduced"]=pblock.getEnergyProducedLastTick(),
          ["energystored"]=energy,
          ["maxenergystored"]=10000000,
        })
        -- auto control
        if energy > 9000000 then pblock.setActive(false)
        elseif energy < 1000000 then pblock.setActive(true)
        end
      else
        local ft = "steam"
        local fp = pblock.getHotFluidProducedLastTick()
        if (ft==nil) then
          ft = "air"
          fp = 0
        end
        table.insert(iabstracts, {["ptype"]=ptype,
          ["ctype"]="brac",
          ["fluidname"]=ft,
          ["fluidproduced"]=fp
        })
      end


    elseif searchlist(ptype,types["brt"]) and pblock.getConnected() then
      local energy = pblock.getEnergyStored()
      table.insert(iabstracts, {["ptype"]=ptype,
        ["ctype"]="brt",
        ["energyproduced"]=pblock.getEnergyProducedLastTick(),
        ["energystored"]=energy,
        ["maxenergystored"]=10000000,
      })
      table.insert(iabstracts, {["ptype"]=ptype,
        ["ctype"]="brtr",
        ["rotorspeed"]=pblock.getRotorSpeed(),
      })
    elseif searchlist(ptype,types["ic2estor"]) then
      table.insert(iabstracts, {["ptype"]=ptype,
        ["ctype"]="ic2estor",
        ["energystored"]=pblock.getEUStored(),
        ["maxenergystored"]=pblock.getEUCapacity(),
      })
    elseif searchlist(ptype,types["ic2nuclear"]) then
      table.insert(iabstracts, {["ptype"]=ptype,
        ["ctype"]="ic2nuclear",
        ["energyproduced"]=pblock.getEUOutput()*5.0,
        ["heatstored"]=pblock.getHeat(),
        ["heatcapacity"]=pblock.getMaxHeat(),
      })
    elseif searchlist(ptype,types["rct"]) then
      table.insert(iabstracts, {["ptype"]=ptype,
        ["ctype"]="rct",
        ["energyproduced"]=pblock.getTurbineOutput()*2
      })
    elseif searchlist(ptype,types["ae2estor"]) then
      table.insert(iabstracts, {["ptype"]=ptype,
        ["ctype"]="ae2estor",
        ["energystored"]=pblock.getStoredPower(),
        ["maxenergystored"]=pblock.getMaxStoredPower(),
      })
    elseif searchlist(ptype,types["ae2istor"]) then
      cells = ""
      c = pblock.getCellCount()
      for i=1,c do
        slot, status = pblock.getCellStatus(i)
        cells = cells .. string.sub(status,1,1)
      end
      table.insert(iabstracts, {["ptype"]=ptype,
        ["ctype"]="ae2istor",
        ["cellcount"]=c,
        ["cellstatus"]=cells,
      })
    elseif searchlist(ptype,types["rfestor"]) then
      table.insert(iabstracts, {["ptype"]=ptype,
        ["ctype"]="rfestor",
        ["energystored"]="123",
        ["maxenergystored"]="123",
      })
    elseif searchlist(ptype,types["rfgen"]) then
      table.insert(iabstracts, {["ptype"]=ptype,
        ["ctype"]="rfgen",
        ["energyproduced"]=pblock.getEnergyPerTickInfo(),
      })
    elseif searchlist(ptype,types["tanks"]) then
      info = pblock.getTankInfo()
      for i,v in ipairs(info) do
        cap = v.capacity
        if v.contents == nil then
          amount = 0
          name = "air"
        else
          amount = v.contents.amount
          name = v.contents.name
        end
        table.insert(iabstracts, {["ptype"]=ptype,
          ["ctype"]="tanks",
          ["liquidcapacity"]=cap,
          ["liquidstored"]=amount,
          ["liquidname"]=name,
        })
      end
    elseif searchlist(ptype,types["istor"]) then
      local size = pblock.getInventorySize()
      pblock.condenseItems()
      local su = 100/size
      local full = 0.0
      local count = 0
      for i=1,size do
        local stack = pblock.getStackInSlot(i)
        if stack~= nil then
          full = full + (stack.qty/stack.max_size)*su
          count = count + stack.qty
        end
      end
      table.insert(iabstracts, {["ptype"]=ptype,
        ["ctype"]="istor",
        ["inventorysize"]=size,
        ["fullness"]=full,
        ["itemcount"]=count,
      })
    elseif searchlist(ptype,types["ibarrel"]) then
      local size = pblock.getMaxStoredItems()
      local su = 100/size
      local full = 0.0
      local count = 0
      local stack = pblock.getStoredItems()
      local name = "air"
      if stack~= nil then
        full = full + (stack.qty*su)
        count = count + stack.qty
        name = stack.id..";"..stack.dmg
      end
      table.insert(iabstracts, {["ptype"]=ptype,
        ["ctype"]="ibarrel",
        ["inventorysize"]=size,
        ["fullness"]=full,
        ["itemcount"]=count,
        ["itemname"]=name,
      })
    elseif searchlist(ptype,types["sensor"]) then
      table.insert(iabstracts, {["ptype"]=ptype,["ctype"]="sensor",["block"]=pblock})
      --printdebug("abstracted sensor "..ptype)
    end
    if searchlist(ptype,types["rcboiler"]) then
      table.insert(iabstracts, {["ptype"]=ptype,
        ["ctype"]="rcboiler",
        ["heatstored"]=pblock.getTemperature(),
      })
    end
  end

  -- condense the abstractions
  abstracts = {}
  for ai,at in pairs(iabstracts) do
    --printdebug(at["ctype"].." "..at["ptype"])
    found = false
    if at["ctype"]=="br" or at["ctype"]=="brt" or at["ctype"]=="brac" or at["ctype"]=="ic2estor" or at["ctype"]=="rfestor" or at["ctype"]=="rfgen" or at["ctype"]=="istor" or at["ctype"]=="tanks" or at["ctype"]=="rct" then
      for aii,att in pairs(abstracts) do
        if att["ctype"]==at["ctype"] and (at["ctype"]~="tanks" or at["ptype"]==att["ptype"]) and att["liquidname"]==at["liquidname"] then
          --printdebug("Found previous "..at["ctype"])
          for k,v in pairs(att) do
            if k~="ctype" and k~="ptype" and k~="liquidname" then att[k] = att[k] + at[k] end
            -- BUG WITH FULLNESS
          end
          found = true
          break
        end
      end
    end
    if at["ctype"]=="ae2istor" then
      for aii,att in pairs(abstracts) do
        if att["ctype"]==at["ctype"] then
          for k,v in pairs(att) do
            if k~="ctype" and k~="ptype" and k~="cellstatus" then att[k] = att[k] + at[k]
            elseif k=="cellstatus" then att[k] = att[k] .. at[k] end
          end
          found = true
          break
        end
      end
    end
    if not found then
      table.insert(abstracts,at)
    end
  end

  -- create messages
  for ai,abstraction in pairs(abstracts) do
    ctype = abstraction["ctype"]
    ptype = abstraction["ptype"]
    --printdebug(ctype)

    -- BR reactor
    if ctype=="br" then
      if laste[ctype]==nil then laste[ctype]=1 end
      if abstraction["energyproduced"]>laste[ctype] then laste[ctype] = abstraction["energyproduced"] end
      ppercent = math.floor(((abstraction["energyproduced"]/laste[ctype])*100)+0.5)
      spercent = math.floor((abstraction["energystored"]*100/abstraction["maxenergystored"])+0.5)
      updatemessage(ai,"eout", readablenumber(abstraction["energyproduced"]).."RF/t|"..ptype.."|"..ppercent)
      --updatemessage(ai,"estor", readablenumber(abstraction["energystored"]).."RF|"..ptype.."|"..spercent)
      sleepytime = max(sleepytime,2)
    end

    -- BR actively cooled reactor
    if ctype=="brac" then
      if laste[ctype]==nil then laste[ctype]=1 end
      if abstraction["fluidproduced"]>laste[ctype] then laste[ctype] = abstraction["fluidproduced"] end
      percent = math.floor(((abstraction["fluidproduced"]/laste[ctype])*100)+0.5)
      updatemessage(ai,"fout", readablenumber(abstraction["fluidproduced"]/1000).."B/t|"..ptype.."|"..percent.."|"..abstraction["fluidname"])
      sleepytime = max(sleepytime,2)
    end

    -- BR turbine
    if ctype=="brt" then
      if laste[ctype]==nil then laste[ctype]=1 end
      if abstraction["energyproduced"]>laste[ctype] then laste[ctype] = abstraction["energyproduced"] end
      ppercent = math.floor(((abstraction["energyproduced"]/laste[ctype])*100)+0.5)
      --spercent = math.floor((abstraction["energystored"]*100/abstraction["maxenergystored"])+0.5)
      updatemessage(ai,"eout", readablenumber(abstraction["energyproduced"]).."RF/t|"..ptype.."|"..ppercent)
      sleepytime = max(sleepytime,2)
    end
    if ctype=="brtr" then
      if lasts[ctype]==nil then lasts[ctype]=1 end
      if abstraction["rotorspeed"]>lasts[ctype] then lasts[ctype] = abstraction["rotorspeed"] end
      rpercent = math.floor(((abstraction["rotorspeed"]/lasts[ctype])*100)+0.5)
      updatemessage(ai,"eoutspeed", math.floor(abstraction["rotorspeed"]).." RPM|"..ptype.."|"..rpercent)
      sleepytime = max(sleepytime,2)
    end

    -- Batteries
    if ctype=="ic2estor" or ctype=="ae2estor" or ctype=="rfestor" then
      percent = math.floor((abstraction["energystored"]*100/abstraction["maxenergystored"])+0.5)
      updatemessage(ai,"estor", readablenumber(abstraction["energystored"])..units[ctype].."|"..ptype.."|"..percent)
      sleepytime = max(sleepytime,2)
    end

    -- EU generators - RC turbine, IC2 nuclear
    if ctype=="rct" or ctype=="ic2nuclear" then
      if laste[ctype]==nil then laste[ctype]=1 end
      if abstraction["energyproduced"]>laste[ctype] then laste[ctype] = abstraction["energyproduced"] end
      percent = math.floor(((abstraction["energyproduced"]/laste[ctype])*100)+0.5)
      updatemessage(ai,"eout", readablenumber(abstraction["energyproduced"]).."EU/t|"..ptype.."|"..percent)
      sleepytime = max(sleepytime,2)
    end

    -- IC2 nuclear
    if ctype=="ic2nuclear" then
      hpercent = math.floor((abstraction["heatstored"]*100/abstraction["heatcapacity"])+0.5)
      updatemessage(ai,"eheat", math.floor(abstraction["heatstored"]/100).."%|"..ptype.."|"..hpercent)
      sleepytime = max(sleepytime,2)
    end

    -- RC boiler
    if ctype=="rcboiler" then
      if laste[ctype]==nil then laste[ctype]=1 end
      hpercent = math.floor((abstraction["heatstored"]/10)+0.5)
      updatemessage(ai,"eheat", math.floor(abstraction["heatstored"]).."C|"..ptype.."|"..hpercent)
      sleepytime = max(sleepytime,2)
    end

    -- AE storage
    if ctype=="ae2istor" then
      updatemessage(ai,"aecells",abstraction["cellstatus"].."|"..ptype.."|"..abstraction["cellcount"])
      sleepytime = max(sleepytime,10)
    end

    -- TE dynamos
    if ctype=="rfgen" then
      if laste[ctype]==nil then laste[ctype]=1 end
      if abstraction["energyproduced"]>laste[ctype] then laste[ctype] = abstraction["energyproduced"] end
      percent = math.floor(((abstraction["energyproduced"]/laste[ctype])*100)+0.5)
      updatemessage(ai,"eout", readablenumber(abstraction["energyproduced"]).."RF/t|"..ptype.."|"..percent)
      sleepytime = max(sleepytime,2)
    end

    -- Tanks
    if ctype=="tanks" then
      percent = math.floor((abstraction["liquidstored"]*100/abstraction["liquidcapacity"])+0.5)
      buckets = math.floor(abstraction["liquidstored"]/100)/10
      updatemessage(ai,"tank", readablenumber(buckets).."B|"..ptype.."|"..percent.."|"..abstraction["liquidname"])
      sleepytime = max(sleepytime,2)
    end

    -- storage
    if ctype=="istor" then
      updatemessage(ai,"istor", readablenumber(abstraction["itemcount"]).."|"..ptype.."|"..abstraction["fullness"])
      sleepytime = max(sleepytime, 15 * (abstraction["inventorysize"]/54))
    end

    if ctype=="ibarrel" then
      updatemessage(ai,"ibarrel", readablenumber(abstraction["itemcount"]).."|"..ptype.."|"..abstraction["fullness"].."|"..abstraction["itemname"])
      sleepytime = max(sleepytime, 5)
    end

    -- sensors
    if ctype=="sensor" then
      local players = abstraction["block"].getPlayers()
      local message = ""
      local count = 0
      local wcount = 0
      local ncount = 0
      local bcount = 0
      for i,v in ipairs(players) do
        message = message .. v.name .. "!"
        count = count + 1
        local whitelisted = searchlist(v.name,whitelist)
        local blacklisted = searchlist(v.name,blacklist)
        if whitelisted then
          printdebug("Whitelisted player detected")
          wcount = wcount + 1
        end
        if blacklisted then
          printdebug("Blacklisted player detected")
          bcount = bcount + 1
        end
        if not whitelisted and not blacklisted then
          printdebug("Neutral player detected")
          ncount = ncount + 1
        end
      end
      colouredredstone(colors.green, wcount > 0)
      colouredredstone(colors.yellow, ncount > 0)
      colouredredstone(colors.red, bcount > 0)
      if count==0 then message = "No-one"
    else message = string.sub(message,1,-2) end
      updatemessage(ai,"sensor",message.."|"..ptype.."|"..count)
      sleepytime = max(sleepytime,2)
    end
  end

  -- send messages
  for i,v in pairs(messages) do
    rednet.send(dgserver,v,i)
    os.sleep(0.05)
  end

  return sleepytime
end

function paddlistener()
  local event, side = os.pullEvent("peripheral")
  printdebug("Peripheral added: "..side)
  addperipheral(side)
end

function premovelistener()
  local event, side = os.pullEvent("peripheral_detach")
  printdebug("Peripheral removed: "..side)
  for k,v in pairs(pblocks) do
    if v[3]==side then
      table.remove(pblocks,k)
      print(v[2].." removed from active list")
      break
    end
  end
end

function lamps(commands)
  printdebug("Lamps")
  if commands[3]~=nil and commands[3]~=os.getComputerLabel() then return end
  local value = tonumber(commands[2],16)
  for pbk,pbv in pairs(pblocks) do
    if searchlist(pbv[2],types["light"]) then
      pbv[1].setColor(value)
    end
  end
end

function note(commands)
  printdebug("Note")
  if commands[3]~=nil and commands[3]~=os.getComputerLabel() then return end
  local note = mysplit(commands[2],"#")
  for pbk,pbv in pairs(pblocks) do
    if searchlist(pbv[2],types["note"]) then
      pbv[1].playSound(note[1],note[2],1,0,0,0)
    end
  end
end

function brrod(commands)
  printdebug("BRrods")
  if commands[3]~=nil and commands[3]~=os.getComputerLabel() then return end
  local value = tonumber(commands[2])
  for pbk,pbv in pairs(pblocks) do
    if searchlist(pbv[2],types["br"]) then
      pbv[1].setAllControlRodLevels(value)
    end
  end
end

function brflow(commands)
  printdebug("BRflow")
  if commands[3]~=nil and commands[3]~=os.getComputerLabel() then return end
  local value = tonumber(commands[2])
  for pbk,pbv in pairs(pblocks) do
    if searchlist(pbv[2],types["brt"]) then
      pbv[1].setFluidFlowRateMax(value)
    end
  end
end

function redstone(commands)
  if commands[3]~=nil and commands[3]~=os.getComputerLabel() then return end
  local red = 0
  if commands[2]=="on" then red = 15 end
  printdebug("Redstone")
  for k,v in pairs(rs.getSides()) do
    rs.setAnalogOutput(v,red)
  end
end

function credstone(commands)
  if commands[4]~=nil and commands[4]~=os.getComputerLabel() then return end
  local bits = colours[commands[2]]
  printdebug("CRedstone")
  for k,v in pairs(rs.getSides()) do
    local current = rs.getBundledOutput(v)
    if (commands[3]=="on") then rs.setBundledOutput(v,colors.combine(current,bits))
    elseif colors.test(current,bits) then rs.setBundledOutput(v,current-bits) end
  end
end

function updatewhitelist(commands)
  if commands[2]==nil then return end
  whitelist = mysplit(commands[2],",")
end

function updateblacklist(commands)
  if commands[2]==nil then return end
  blacklist = mysplit(commands[2],",")
end

function eventlistener()
  local event, p1, p2, p3 = os.pullEvent()

  -- broadcasts from server
  if event=="rednet_message" and p3=="dgserver" then

    local sender = p1
    local message = p2
    if sender==nil then return end
    printdebug("Received command "..message)
    local commands = mysplit(message," ")
    if commands[1]=="lamps" then lamps(commands)
    elseif commands[1]=="note" then note(commands)
    elseif commands[1]=="redstone" then redstone(commands)
    elseif commands[1]=="credstone" then credstone(commands)
    elseif commands[1]=="whitelist" then updatewhitelist(commands)
    elseif commands[1]=="blacklist" then updateblacklist(commands)
    elseif commands[1]=="brrods" then brrod(commands)
    elseif commands[1]=="brflow" then brflow(commands)
    end

    -- main loop
  elseif event=="timer" and p1==timedmessage then

    timedmessage = os.startTimer(timedmessages())

  elseif event=="slot_click" then

    local slot = p1
    local side = p2
    local p = peripheral.wrap(side)
    local item = p.getSlot(slot)
    printdebug("Item selector clicked: "..item.id)
    if (searchlist(item.id,colourblocks)) then
      local bits = 2^item.dmg
      for k,v in pairs(rs.getSides()) do
        local current = rs.getBundledOutput(v)
        if colors.test(current,bits) then rs.setBundledOutput(v,current-bits)
        else rs.setBundledOutput(v,colors.combine(current,bits)) end
      end
    end
    if (searchlist(item.id,redstoneblocks)) then
      for k,v in pairs(rs.getSides()) do
        rs.setOutput(v, not rs.getOutput(v))
      end
    end
  end

end

-- the loop
timedmessage = os.startTimer(5)
while true do
  eventlistener()
end