Add furniController.lua (#37)
* Update exportTask.lua Cheap fix to stop cascading storage updates from eating up all the working time available after failing exports, this needs to be more fleshed out better, if the chest is full, scan the slots for any that match and are not full, stop blindly exporting * Create furniController.lua (Super)MultiFurnace Controller (did I mention, it's SUPER!?) This app is designed to wrap up to 4 of kepler155c's MultiFurnace (multiFurni) arrays and divide up workload, it functions as a straight drop-in for furni.lua and no other adjustments are required to make it work. Additionally, you get the ability to target any one multiFurni array for smelting when creating the machine recipe in Milo. Further uses for this direct targeting can be limited-scope auto-smelting, using anywhere from 1/2 to 1/4 of your total capacity to auto-smelt, leaving the rest of the cluster available for you when you want it, great for multi-user bases! Setup: Plug this turtle into a modem on your Milo network, and another modem leading to 2-4 turtles running furni.lua (or even furniController.lua for chained setups), configure useSlot4 on line 20, map in Milo and go! * Update furniController.lua Cleaned up bad reference naming to avoid confusion. Additionally moved relevant variables to local scope, cleaned up a few other minor things. * Update exportTask.lua Fleshed out the exportItems function which was blindly firing items into full chests. Made it a little more sensitive, slight increase in average processing time, but no more erroneous hits to export causing perf issues. * Update exportTask.lua Clean up cached .list() after done, accidentally left it in, bloating storage config sizes * Update exportTask.lua Fixing some logic, make less plethora calls * Update exportTask.lua * Update exportTask.lua Last fix, was making a call to Util when it wasn't defined, and left the export function completely dead. Defined correctly, now exporting as expected, whoops. * Update exportTask.lua So uhh, yeah, the looped getItemMeta calls cost me a LOT of time. Figured out most of the relevant data I wanted was already being provided elsewhere, no extra calls to make, it's as fast as I can make it now. Now it's dependent on the storage optimizations as they stand, this does not speed anything up, just makes it more accurate. * Sync with kepler155c's branch * Another resync
This commit was merged in pull request #37.
This commit is contained in:
cynagen
GitHub
174
miloApps/apps/furniController.lua
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174
miloApps/apps/furniController.lua
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-- (Super)MultiFurnace Controller (did I mention, it's SUPER!?)
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-- This app is designed to wrap up to 4 of kepler155c's furni.lua (multiFurni) arrays and divide up workload,
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-- it functions as a straight drop-in for furni.lua and no other adjustments are required to make it work.
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-- Additionally, you get the ability to target any one multiFurni array for smelting when creating the machine recipe in Milo
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-- Further uses for this direct targeting can be limited-scope auto-smelting, using anywhere from 1/2 to 1/4 of your total
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-- capacity to auto-smelt, leaving the rest of the cluster available for you when you want it, great for multi-user bases!
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-- Plug this turtle into a modem on your Milo network, and another modem leading to 2-4 turtles running furni.lua (or even furniController.lua for chained setups)
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-- Slots are as follows:
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-- 1: Master Furnace Input
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-- 2: Master Furnace Fuel Input
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-- 3: Master Furnace Output
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-- 4: Optional (Options: "fuel"/"input"/"output"/nil (Default: nil [ignore]))
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-- 5-8: Furnace Inputs for 2 to 4 furni.lua arrays (slots mapped in order ascending, T1_Input=4, T2_Input=5, etc)
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-- 9-12: Furnace Fuels for 2 to 4 furni.lua arrays
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-- 13-16: Furnace Outputs for 2 to 4 furni.lua arrays
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-- Only user option, slot 4, what to use it for?
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local useSlot4=nil
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-- Begin main program code
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-- Find modem with -only- turtles attached (these should be our furni/furniController arrays)
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local devModem=""
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for nDev,modem in ipairs({peripheral.find("modem")}) do
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if #modem.getNamesRemote() > 1 then -- We're only looking for 2 or more devices on a network segment, ignore anything less
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nTurtles=0
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for nDev,dev in ipairs(modem.getNamesRemote()) do
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if modem.getTypeRemote(dev) == "turtle" then nTurtles=nTurtles+1 end
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end
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if nTurtles==#modem.getNamesRemote() then
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devModem=modem
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break
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end
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end
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end
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if devModem ~= "" then
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print("Found turtle-only modem, detected",#devModem.getNamesRemote(),"turtles",(#devModem.getNamesRemote() > 4 and "(Max 4 will be mapped)" or "(All will be mapped)"))
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else
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print("Did not find a modem with only turtles connected. Please check your networking cables/modems and devices, then try again.")
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return -- We don't have a modem, halt
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end
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local devTurtles={}
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for nDev,dev in ipairs(devModem.getNamesRemote()) do
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if #devTurtles >= 4 then break end
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devTurtles[#devTurtles+1]=peripheral.wrap(dev)
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print("Mapping",devTurtles[#devTurtles].getLabel(),"("..dev..")","as device",#devTurtles)
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devTurtles[#devTurtles].inputSlot=#devTurtles+4 -- Set the input for this device on second row
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devTurtles[#devTurtles].fuelSlot=#devTurtles+8 -- Set the fuel for this device on third row
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devTurtles[#devTurtles].outputSlot=#devTurtles+12 -- Set the output for this device on fourth row
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if devTurtles[#devTurtles].isOn() then
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print("Resynchronizing",devTurtles[#devTurtles].getLabel())
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devTurtles[#devTurtles].reboot()
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else
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print("Powering",devTurtles[#devTurtles].getLabel(),"on")
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devTurtles[#devTurtles].turnOn()
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end
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end
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local turtle.list = function () -- Supplement a local .list()-like function
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local tList={}
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for i=1,16 do
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local slotData=turtle.getItemDetail(i) -- DWGFJTLR
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if slotData ~= nil then
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slotData.maxStack=turtle.getItemCount(i) + turtle.getItemSpace(i)
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tList[i]=slotData
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end
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end
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return tList
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end
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function manageLocalResources()
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--print("Input found")
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local itemCount=turtle.getItemCount(1)/#devTurtles
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if itemCount < 1 then itemCount = 1 end -- Patch for single items fed into master slot
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if turtle.getItemCount(1) > 0 then -- Input
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for nDev,dev in ipairs(devTurtles) do
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local devList=dev.list()
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if turtle.select(1) and ((turtle.compareTo(dev.inputSlot) and turtle.getItemSpace(dev.inputSlot) > 0) or turtle.getItemCount(dev.inputSlot) == 0) then -- Move Input
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turtle.transferTo(dev.inputSlot,itemCount)
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end
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if useSlot4 == "input" and turtle.select(4) and ((turtle.compareTo(dev.inputSlot) and turtle.getItemSpace(dev.inputSlot) > 0) or turtle.getItemCount(dev.inputSlot) == 0) then -- Move Input
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turtle.transferTo(dev.inputSlot,itemCount)
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end --Slot 4 input
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end
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end
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if turtle.select(2) and turtle.getSelectedSlot() == 2 then -- Fuel
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for nDev,dev in ipairs(devTurtles) do
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local devList=dev.list()
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if turtle.compareTo(dev.fuelSlot) or turtle.getItemCount(dev.fuelSlot) == 0 then turtle.transferTo(dev.fuelSlot,64) end -- Move fuel into slot
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end
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end
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if useSlot4 == "fuel" and turtle.select(4) and turtle.getSelectedSlot() == 4 then -- Fuel
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for nDev,dev in ipairs(devTurtles) do
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local devList=dev.list()
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if turtle.compareTo(dev.fuelSlot) or turtle.getItemCount(dev.fuelSlot) == 0 then turtle.transferTo(dev.fuelSlot,64) end -- Move fuel into slot
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end
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end -- Slot 4 fuel
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for nDev,dev in ipairs(devTurtles) do
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local devList=dev.list()
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if turtle.getItemCount(3) == 0 and turtle.getItemCount(dev.outputSlot) > 0 then
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turtle.select(dev.outputSlot)
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turtle.transferTo(3,64)
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elseif turtle.getItemCount(dev.outputSlot) > 0 and turtle.select(3) and turtle.compareTo(dev.outputSlot) then -- Move output
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--turtle.setStatus("moving")
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turtle.select(dev.outputSlot)
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turtle.transferTo(3,64)
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end
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if useSlot4 == "output" then -- Slot 4 output
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if turtle.getItemCount(4) == 0 and turtle.getItemCount(dev.outputSlot) > 0 then
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turtle.select(dev.outputSlot)
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turtle.transferTo(4,64)
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elseif turtle.getItemCount(dev.outputSlot) > 0 and turtle.select(4) and turtle.compareTo(dev.outputSlot) then
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turtle.select(dev.outputSlot)
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turtle.transferTo(4,64)
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end
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end
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end
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end
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function manageRemoteResources()
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local localList=turtle.list()
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for nDev,dev in ipairs(devTurtles) do
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local devList=dev.list()
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--print(textutils.serialize(devList))
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if devList[2] == nil then
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if localList[dev.fuelSlot] ~= nil then
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turtle.setStatus("fueling")
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dev.pullItems(devModem.getNameLocal(),dev.fuelSlot,64,2)
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end
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else
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if localList[dev.fuelSlot] ~= nil and localList[dev.fuelSlot].name == devList[2].name then
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turtle.setStatus("fueling")
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dev.pullItems(devModem.getNameLocal(),dev.fuelSlot,64,2)
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end
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end
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if devList[1] == nil then
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if localList[dev.inputSlot] ~= nil then
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turtle.setStatus("pushing")
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dev.pullItems(devModem.getNameLocal(),dev.inputSlot,64,1)
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end
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else
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if localList[dev.inputSlot] ~= nil and localList[dev.inputSlot].name == devList[1].name then
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turtle.setStatus("pushing")
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dev.pullItems(devModem.getNameLocal(),dev.inputSlot,64,1)
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end
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end -- Move input
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if devList[3] ~= nil then
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if localList[dev.outputSlot] == nil then
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turtle.setStatus("pulling")
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dev.pushItems(devModem.getNameLocal(),3,64,dev.outputSlot)
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end
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else
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if localList[dev.outputSlot] ~= nil then
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if devList[3] ~= nil and localList[dev.outputSlot].name == devList[3].name then
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turtle.setStatus("pulling")
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dev.pushItems(devModem.getNameLocal(),3,64,dev.outputSlot)
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end
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end
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end
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end
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end
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local lastList={}
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while true do -- Main Loop
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local turtleList=turtle.list()
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if turtleList[1]~=nil or turtleList[13]~=nil or turtleList[14]~=nil or turtleList[15]~=nil or turtleList[16]~=nil or ((useSlot4=="input" or useSlot4=="fuel") and turtleList[4]~=nil) then
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manageLocalResources()
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end
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manageRemoteResources()
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turtle.setStatus("sleeping")
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os.sleep(1)
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end
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