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Found 5 results

  1. Wow, isn't it annoying to write EEPROMs? Don't you hate how messy they are? Well, I have the utility for you! LuaComp! LuaComp A general purpose Lua preprocessor and minifier. Building To build, either execute luapreproc or luacomp on src/init.lua luapreproc Execute luapreproc init.lua ../luacomp.lua luacomp Execute luacomp init.lua -xO ../luacomp.lua NOTE: Do not use a minifier, it breaks argparse! How-To Merging Lua source files -- myfile.lua local my_lib = {} function my_lib.hello_world() print("Hello, world!") end -- main.lua --#include "my_file.lua" my_lib.hello_world() Getting enviroment variables print("This was compiled in the shell "..$(SHELL)) Macros @[[function my_macro(a, b)]] print("Hello, @[{a}]. Your lucky number is @[{b}].") @[[end]] @[[my_macro("world", 7)]] @[[my_macro("user", 42)]] @[[my_macro("Earth", 0)]] @[[my_macro("Satna", 666)]] @[[my_macro(os.getenv("USER"), os.getenv("UID")]]
  2. uncpio is a rather simple binary CPIO extractor (File begins with 0x71C7 or 0xC771, made with cpio -oHbin). To acquire uncpio, run pastebin get YbrVjRwa /bin/uncpio.lua To use, make the directory you'll be extracting your CPIO archive to, cd into it, then run uncpio path/to/your/file.cpio And it will extract to the current directory. Currently only works in OpenOS, as far as I know.
  3. Hi, are you tired of your mundane minions? do you have a s@$# ton of drones and have no idea what to do with them? are you tired of havi- you know what here's the code for your Drone Army (I don't know what else to say to convince you that this is a program worth playing with): Le client.lua (this goes in your tablet): local component = require("component") local event = require("event") local serialization= require("serialization") local computer= require("computer") local modem = component.modem modem.open(2412) modem.broadcast(2412,"r= component.proxy(component.list('radar')())") modem.broadcast(2412,"n= component.proxy(component.list('navigation')())") modem.broadcast(2412,"d= component.proxy(component.list('drone')())") modem.broadcast(2412,"function sleep(timeout) checkArg(1, timeout, 'number', 'nil') local deadline = computer.uptime() + (timeout or 0) repeat computer.pullSignal(deadline - computer.uptime()) until computer.uptime() >= deadline end") local function sleep(timeout) checkArg(1, timeout, "number", "nil") local deadline = computer.uptime() + (timeout or 0) repeat computer.pullSignal(deadline - computer.uptime()) until computer.uptime() >= deadline end while true do local cmd=io.read() if not cmd then return end if cmd=="ALLFLW" then -- # all follow print("Target: ") tag=io.read() repeat local cmd=select(1,event.pull(1)) modem.broadcast(2412,"for k, v in ipairs(r.getEntities()) do if v.name== '" ..tag.. "' then x= v.x + math.random(-3,3) y=v.y + math.random(-3,3) z=v.z + math.random(-3,3) d.move(x,y,z) end end") sleep(0.5) until cmd=="key_down" end if cmd=="FLW" then -- # specific drone print("Target: ") tag=io.read() print("Drone No.: ") srm=io.read() repeat local cmd=select(1,event.pull(1)) modem.broadcast(2412,"for k, v in ipairs(r.getEntities()) do if v.name== '" ..tag.. "' and d.name()== '"..srm.."' then x= v.x + math.random(-3,3) y=v.y + math.random(-3,3) z=v.z + math.random(-3,3) d.move(x,y,z) end end") sleep(0.5) until cmd=="key_down" end if cmd=="ALLMOV" then --# all move print("x: ") x=io.read() print("y: ") y=io.read() print("z: ") z=io.read() modem.broadcast(2412," d.move("..x..","..y..","..z..")") end if cmd=="MOV" then --# specific drone print("Drone No.: ") srm=io.read() print("x: ") x=io.read() print("y: ") y=io.read() print("z: ") z=io.read() modem.broadcast(2412,"if d.name()== '"..srm.."' then d.move("..x..","..y..","..z..") end") end if cmd=="STK" then -- # stalk print("Target: ") tag=io.read() print("Drone No.: ") srm=io.read() repeat local cmd=select(1,event.pull(1)) modem.broadcast(2412,"for k, v in ipairs(r.getEntities()) do if v.name== '"..tag.. "' and d.name()== '"..srm.."' then x= v.x + 15*((math.random(1,2)*2)-3) y=v.y + 15 z=v.z + 15*((math.random(1,2)*2)-3) d.move(x,y,z) sleep(0.5) end end") until cmd=="key_down" end if cmd=="GOTO" then --# converge at target position print("Target: ") tag=io.read() print("Drone No.: ") srm=io.read() modem.broadcast(2412,"for k, v in ipairs(r.getEntities()) do if v.name== '" ..tag.. "' and d.name()== '"..srm.. "' then d.move(v.x,v.y,v.z) end end") end if cmd=="ALLGOTO" then -- # all converge at target position print("Target: ") tag=io.read() modem.broadcast(2412,"for k, v in ipairs(r.getEntities()) do if v.name== '" ..tag.. "' then d.move(v.x,v.y,v.z) end end") end if cmd=="SET8" then --# make 8 drones from swarm converge at target position, used to set up shield and other stuff that I have yet to think about. print("Target: ") tag=io.read() t={1,2,3,4,5,6,7,8,9,10,11,12,13,14} local n = #t while n >= 2 do local k = math.random(n) t[n], t[k] = t[k], t[n] n = n - 1 end modem.broadcast(2412,"for k, v in ipairs(r.getEntities()) do if v.name=='"..tag.."' and d.name()== '"..t[1].."' then d.move(v.x,v.y,v.z) end end") sleep(0.5) modem.broadcast(2412,"for k, v in ipairs(r.getEntities()) do if v.name=='"..tag.."' and d.name()== '"..t[2].."' then d.move(v.x,v.y,v.z) end end") sleep(0.5) modem.broadcast(2412,"for k, v in ipairs(r.getEntities()) do if v.name=='"..tag.."' and d.name()== '"..t[3].."' then d.move(v.x,v.y,v.z) end end") sleep(0.5) modem.broadcast(2412,"for k, v in ipairs(r.getEntities()) do if v.name=='"..tag.."' and d.name()== '"..t[4].."' then d.move(v.x,v.y,v.z) end end") sleep(0.5) modem.broadcast(2412,"for k, v in ipairs(r.getEntities()) do if v.name=='"..tag.."' and d.name()== '"..t[5].."' then d.move(v.x,v.y,v.z) end end") sleep(0.5) modem.broadcast(2412,"for k, v in ipairs(r.getEntities()) do if v.name=='"..tag.."' and d.name()== '"..t[6].."' then d.move(v.x,v.y,v.z) end end") sleep(0.5) modem.broadcast(2412,"for k, v in ipairs(r.getEntities()) do if v.name=='"..tag.."' and d.name()== '"..t[7].."' then d.move(v.x,v.y,v.z) end end") sleep(0.5) modem.broadcast(2412,"for k, v in ipairs(r.getEntities()) do if v.name=='"..tag.."' and d.name()== '"..t[8].."' then d.move(v.x,v.y,v.z) end end") sleep(0.5) while true do print("What Is Thy Bidding?") bid=io.read() if bid=="X" then --# use this to adjust drone alignment modem.broadcast(2412,"for k, v in ipairs(r.getEntities()) do if v.name=='"..tag.."' and d.name()== '"..t[1].."' then d.move(v.x,v.y,v.z) end end") sleep(0.5) modem.broadcast(2412,"for k, v in ipairs(r.getEntities()) do if v.name=='"..tag.."' and d.name()== '"..t[2].."' then d.move(v.x,v.y,v.z) end end") sleep(0.5) modem.broadcast(2412,"for k, v in ipairs(r.getEntities()) do if v.name=='"..tag.."' and d.name()== '"..t[3].."' then d.move(v.x,v.y,v.z) end end") sleep(0.5) modem.broadcast(2412,"for k, v in ipairs(r.getEntities()) do if v.name=='"..tag.."' and d.name()== '"..t[4].."' then d.move(v.x,v.y,v.z) end end") sleep(0.5) modem.broadcast(2412,"for k, v in ipairs(r.getEntities()) do if v.name=='"..tag.."' and d.name()== '"..t[5].."' then d.move(v.x,v.y,v.z) end end") sleep(0.5) modem.broadcast(2412,"for k, v in ipairs(r.getEntities()) do if v.name=='"..tag.."' and d.name()== '"..t[6].."' then d.move(v.x,v.y,v.z) end end") sleep(0.5) modem.broadcast(2412,"for k, v in ipairs(r.getEntities()) do if v.name=='"..tag.."' and d.name()== '"..t[7].."' then d.move(v.x,v.y,v.z) end end") sleep(0.5) modem.broadcast(2412,"for k, v in ipairs(r.getEntities()) do if v.name=='"..tag.."' and d.name()== '"..t[8].."' then d.move(v.x,v.y,v.z) end end") sleep(0.5) end if bid=="OK" then break end if bid=="PORTAFORT" then--# builds a simple 5X2X5 wall (complete with small entrances/exits) around the set center with any block in the drones inventory slot 1, you need atleast 30 blocks (that's atleast 4 for each drone (technically 2 of them only need 3 blocks but you don't need to bother with that)) modem.broadcast(2412,"if d.name()== '"..t[1].."' then d.move(2,2,0) end") sleep(0.5) modem.broadcast(2412,"if d.name()== '"..t[1].."' then repeat local dis=select(2, d.detect(0)) d.move(0,-1,0) until dis=='solid' d.move(0,5,0) sleep(0.00005) d.select(1) sleep(0.00005) d.place(0) sleep(0.00005) d.move(0,0,1) sleep(0.00005) d.place(0) sleep(0.00005) d.move(0,1,0) sleep(0.00005) d.place(0) sleep(0.00005) d.move(0,0,-1) sleep(0.00005) d.place(0) end") sleep(0.5) modem.broadcast(2412,"if d.name()== '"..t[2].."' then d.move(2,2,-2) end") sleep(0.5) modem.broadcast(2412,"if d.name()== '"..t[2].."' then repeat local dis=select(2, d.detect(0)) d.move(0,-1,0) until dis=='solid' d.move(0,5,0) sleep(0.00005) d.select(1) sleep(0.00005) d.place(0) sleep(0.00005) d.move(0,0,1) sleep(0.00005) d.place(0) sleep(0.00005) d.move(0,1,0) sleep(0.00005) d.place(0) sleep(0.00005) d.move(0,0,-1) sleep(0.00005) d.place(0) end") sleep(3) modem.broadcast(2412,"if d.name()== '"..t[6].."' then d.move(-2,2,2) end") sleep(0.5) modem.broadcast(2412,"if d.name()== '"..t[6].."' then repeat local dis=select(2, d.detect(0)) d.move(0,-1,0) until dis=='solid' d.move(0,5,0) sleep(0.00005) d.select(1) sleep(0.00005) d.place(0) sleep(0.00005) d.move(0,0,-1) sleep(0.00005) d.place(0) sleep(0.00005) d.move(0,1,0) sleep(0.00005) d.place(0) sleep(0.00005) d.move(0,0,1) sleep(0.00005) d.place(0) end") sleep(0.5) modem.broadcast(2412,"if d.name()== '"..t[4].."' then d.move(-2,2,0) end") sleep(0.5) modem.broadcast(2412,"if d.name()== '"..t[4].."' then repeat local dis=select(2, d.detect(0)) d.move(0,-1,0) until dis=='solid' d.move(0,5,0) sleep(0.00005) d.select(1) sleep(0.00005) d.place(0) sleep(0.00005) d.move(0,0,-1) sleep(0.00005) d.place(0) sleep(0.00005) d.move(0,1,0) sleep(0.00005) d.place(0) sleep(0.00005) d.move(0,0,1) sleep(0.005) d.place(0) end") sleep(4) modem.broadcast(2412,"if d.name()== '"..t[3].."' then d.move(2,2,2) end") sleep(0.5) modem.broadcast(2412,"if d.name()== '"..t[3].."' then repeat local dis=select(2, d.detect(0)) d.move(0,-1,0) until dis=='solid' d.move(0,5,0) sleep(0.00005) d.select(1) sleep(0.00005) d.place(0) sleep(0.00005) d.move(-1,0,0) sleep(0.3) d.place(0) sleep(0.00005) d.move(0,1,0) sleep(0.00005) d.move(1,0,0) sleep(0.3) d.place(0) end") sleep(0.5) modem.broadcast(2412,"if d.name()== '"..t[5].."' then d.move(-2,2,-2) end") sleep(0.5) modem.broadcast(2412,"if d.name()== '"..t[5].."' then repeat local dis=select(2, d.detect(0)) d.move(0,-1,0) until dis=='solid' d.move(0,5,0) sleep(0.00005) d.select(1) sleep(0.00005) d.place(0) sleep(0.00005) d.move(1,0,0) sleep(0.3) d.place(0) sleep(0.00005) d.move(0,1,0) sleep(0.00005) d.move(-1,0,0) sleep(0.3) d.place(0) end") sleep(3) modem.broadcast(2412,"if d.name()== '"..t[7].."' then d.move(0,2,-2) end") sleep(0.5) modem.broadcast(2412,"if d.name()== '"..t[7].."' then repeat local dis=select(2, d.detect(0)) d.move(0,-1,0) until dis=='solid' d.move(0,5,0) sleep(0.00005) d.select(1) sleep(0.00005) d.place(0) sleep(0.00005) d.move(1,0,0) sleep(0.2) d.place(0) sleep(0.00005) d.move(0,1,0) sleep(0.2) d.place(0) sleep(0.00005) d.move(-1,0,0) sleep(0.2) d.place(0) end") sleep(0.5) modem.broadcast(2412,"if d.name()== '"..t[8].."' then d.move(0,2,2) end") sleep(0.5) modem.broadcast(2412,"if d.name()== '"..t[8].."' then repeat local dis=select(2, d.detect(0)) d.move(0,-1,0) until dis=='solid' d.move(0,5,0) sleep(0.00005) d.select(1) sleep(0.00005) d.place(0) sleep(0.00005) d.move(-1,0,0) sleep(0.2) d.place(0) sleep(0.00005) d.move(0,1,0) sleep(0.2) d.place(0) sleep(0.00005) d.move(1,0,0) sleep(0.2) d.place(0) end") sleep(0.5) end end end if cmd=="SET9" then --# make 9 drones from swarm converge at target position, used to set up carpet bombing and other stuff that I have yet to think about. print("Target: ") tag=io.read() t={1,2,3,4,5,6,7,8,9,10,11,12,13,14} local n = #t while n >= 2 do local k = math.random(n) t[n], t[k] = t[k], t[n] n = n - 1 end modem.broadcast(2412,"for k, v in ipairs(r.getEntities()) do if v.name=='"..tag.."' and d.name()== '"..t[1].."' then d.move(v.x,v.y,v.z) end end") sleep(0.5) modem.broadcast(2412,"for k, v in ipairs(r.getEntities()) do if v.name=='"..tag.."' and d.name()== '"..t[2].."' then d.move(v.x,v.y,v.z) end end") sleep(0.5) modem.broadcast(2412,"for k, v in ipairs(r.getEntities()) do if v.name=='"..tag.."' and d.name()== '"..t[3].."' then d.move(v.x,v.y,v.z) end end") sleep(0.5) modem.broadcast(2412,"for k, v in ipairs(r.getEntities()) do if v.name=='"..tag.."' and d.name()== '"..t[4].."' then d.move(v.x,v.y,v.z) end end") sleep(0.5) modem.broadcast(2412,"for k, v in ipairs(r.getEntities()) do if v.name=='"..tag.."' and d.name()== '"..t[5].."' then d.move(v.x,v.y,v.z) end end") sleep(0.5) modem.broadcast(2412,"for k, v in ipairs(r.getEntities()) do if v.name=='"..tag.."' and d.name()== '"..t[6].."' then d.move(v.x,v.y,v.z) end end") sleep(0.5) modem.broadcast(2412,"for k, v in ipairs(r.getEntities()) do if v.name=='"..tag.."' and d.name()== '"..t[7].."' then d.move(v.x,v.y,v.z) end end") sleep(0.5) modem.broadcast(2412,"for k, v in ipairs(r.getEntities()) do if v.name=='"..tag.."' and d.name()== '"..t[8].."' then d.move(v.x,v.y,v.z) end end") sleep(0.5) modem.broadcast(2412,"for k, v in ipairs(r.getEntities()) do if v.name=='"..tag.."' and d.name()== '"..t[9].."' then d.move(v.x,v.y,v.z) end end") sleep(0.5) while true do print("What Is Thy Bidding?") bid=io.read() if bid=="X" then --# use this to adjust drone alignment modem.broadcast(2412,"for k, v in ipairs(r.getEntities()) do if v.name=='"..tag.."' and d.name()== '"..t[1].."' then d.move(v.x,v.y,v.z) end end") sleep(0.5) modem.broadcast(2412,"for k, v in ipairs(r.getEntities()) do if v.name=='"..tag.."' and d.name()== '"..t[2].."' then d.move(v.x,v.y,v.z) end end") sleep(0.5) modem.broadcast(2412,"for k, v in ipairs(r.getEntities()) do if v.name=='"..tag.."' and d.name()== '"..t[3].."' then d.move(v.x,v.y,v.z) end end") sleep(0.5) modem.broadcast(2412,"for k, v in ipairs(r.getEntities()) do if v.name=='"..tag.."' and d.name()== '"..t[4].."' then d.move(v.x,v.y,v.z) end end") sleep(0.5) modem.broadcast(2412,"for k, v in ipairs(r.getEntities()) do if v.name=='"..tag.."' and d.name()== '"..t[5].."' then d.move(v.x,v.y,v.z) end end") sleep(0.5) modem.broadcast(2412,"for k, v in ipairs(r.getEntities()) do if v.name=='"..tag.."' and d.name()== '"..t[6].."' then d.move(v.x,v.y,v.z) end end") sleep(0.5) modem.broadcast(2412,"for k, v in ipairs(r.getEntities()) do if v.name=='"..tag.."' and d.name()== '"..t[7].."' then d.move(v.x,v.y,v.z) end end") sleep(0.5) modem.broadcast(2412,"for k, v in ipairs(r.getEntities()) do if v.name=='"..tag.."' and d.name()== '"..t[8].."' then d.move(v.x,v.y,v.z) end end") sleep(0.5) modem.broadcast(2412,"for k, v in ipairs(r.getEntities()) do if v.name=='"..tag.."' and d.name()== '"..t[9].."' then d.move(v.x,v.y,v.z) end end") sleep(0.5) end if bid=="OK" then break end if bid=="SETPLANT" then --# have atleast 1 redstone torch at inventory slot 2 and 1 TNT block at slot 3 for each drone... modem.broadcast(2412,"if d.name()=='"..t[1].."' then while select(2,d.detect(0))=='air' do local dis=select(2,d.detect(0)) d.move(0,-1,0) sleep(0.00005) if dis~='air' then break end end sleep(0.5) if select(2,d.detect(0))=='solid' then d.move(0,1,0) d.select(2) d.place(0) d.select(3) d.place(0) d.select(1) end end") modem.broadcast(2412,"if d.name()=='"..t[2].."' then while select(2,d.detect(0))=='air' do local dis=select(2,d.detect(0)) d.move(0,-1,0) sleep(0.00005) if dis~='air' then break end end sleep(0.5) if select(2,d.detect(0))=='solid' then d.move(0,1,0) d.select(2) d.place(0) d.select(3) d.place(0) d.select(1) end end") modem.broadcast(2412,"if d.name()=='"..t[3].."' then while select(2,d.detect(0))=='air' do local dis=select(2,d.detect(0)) d.move(0,-1,0) sleep(0.00005) if dis~='air' then break end end sleep(0.5) if select(2,d.detect(0))=='solid' then d.move(0,1,0) d.select(2) d.place(0) d.select(3) d.place(0) d.select(1) end end") modem.broadcast(2412,"if d.name()=='"..t[4].."' then while select(2,d.detect(0))=='air' do local dis=select(2,d.detect(0)) d.move(0,-1,0) sleep(0.00005) if dis~='air' then break end end sleep(0.5) if select(2,d.detect(0))=='solid' then d.move(0,1,0) d.select(2) d.place(0) d.select(3) d.place(0) d.select(1) end end") modem.broadcast(2412,"if d.name()=='"..t[5].."' then while select(2,d.detect(0))=='air' do local dis=select(2,d.detect(0)) d.move(0,-1,0) sleep(0.00005) if dis~='air' then break end end sleep(0.5) if select(2,d.detect(0))=='solid' then d.move(0,1,0) d.select(2) d.place(0) d.select(3) d.place(0) d.select(1) end end") modem.broadcast(2412,"if d.name()=='"..t[6].."' then while select(2,d.detect(0))=='air' do local dis=select(2,d.detect(0)) d.move(0,-1,0) sleep(0.00005) if dis~='air' then break end end sleep(0.5) if select(2,d.detect(0))=='solid' then d.move(0,1,0) d.select(2) d.place(0) d.select(3) d.place(0) d.select(1) end end") modem.broadcast(2412,"if d.name()=='"..t[7].."' then while select(2,d.detect(0))=='air' do local dis=select(2,d.detect(0)) d.move(0,-1,0) sleep(0.00005) if dis~='air' then break end end sleep(0.5) if select(2,d.detect(0))=='solid' then d.move(0,1,0) d.select(2) d.place(0) d.select(3) d.place(0) d.select(1) end end") modem.broadcast(2412,"if d.name()=='"..t[8].."' then while select(2,d.detect(0))=='air' do local dis=select(2,d.detect(0)) d.move(0,-1,0) sleep(0.00005) if dis~='air' then break end end sleep(0.5) if select(2,d.detect(0))=='solid' then d.move(0,1,0) d.select(2) d.place(0) d.select(3) d.place(0) d.select(1) end end") modem.broadcast(2412,"if d.name()=='"..t[9].."' then while select(2,d.detect(0))=='air' do local dis=select(2,d.detect(0)) d.move(0,-1,0) sleep(0.00005) if dis~='air' then break end end sleep(0.5) if select(2,d.detect(0))=='solid' then d.move(0,1,0) d.select(2) d.place(0) d.select(3) d.place(0) d.select(1) end end") end if bid=="MAT" then --#covers a 33X33 area with 9 drones print("N,S,E,W") dir=io.read() if dir=="N" then -- #-Z modem.broadcast(2412,"if d.name()== '"..t[1].."' then d.move(0,0,-20) end") sleep(0.5) modem.broadcast(2412,"if d.name()== '"..t[2].."' then d.move(-10,0,-20) end") sleep(0.5) modem.broadcast(2412,"if d.name()== '"..t[3].."' then d.move(10,0,-20) end") sleep(0.5) modem.broadcast(2412,"if d.name()== '"..t[4].."' then d.move(0,0,-30) end") sleep(0.5) modem.broadcast(2412,"if d.name()== '"..t[5].."' then d.move(-10,0,-30) end") sleep(0.5) modem.broadcast(2412,"if d.name()== '"..t[6].."' then d.move(10,0,-30) end") sleep(0.5) modem.broadcast(2412,"if d.name()== '"..t[7].."' then d.move(0,0,-40) end") sleep(0.5) modem.broadcast(2412,"if d.name()== '"..t[8].."' then d.move(10,0,-40) end") sleep(0.5) modem.broadcast(2412,"if d.name()== '"..t[9].."' then d.move(-10,0,-40) end") sleep(0.5) end if dir=="S" then -- #Z modem.broadcast(2412,"if d.name()== '"..t[1].."' then d.move(0,0,20) end") sleep(0.5) modem.broadcast(2412,"if d.name()== '"..t[2].."' then d.move(-10,0,20) end") sleep(0.5) modem.broadcast(2412,"if d.name()== '"..t[3].."' then d.move(10,0,20) end") sleep(0.5) modem.broadcast(2412,"if d.name()== '"..t[4].."' then d.move(0,0,30) end") sleep(0.5) modem.broadcast(2412,"if d.name()== '"..t[5].."' then d.move(-10,0,30) end") sleep(0.5) modem.broadcast(2412,"if d.name()== '"..t[6].."' then d.move(10,0,30) end") sleep(0.5) modem.broadcast(2412,"if d.name()== '"..t[7].."' then d.move(0,0,40) end") sleep(0.5) modem.broadcast(2412,"if d.name()== '"..t[8].."' then d.move(10,0,40) end") sleep(0.5) modem.broadcast(2412,"if d.name()== '"..t[9].."' then d.move(-10,0,40) end") sleep(0.5) end if dir=="E" then -- #+X modem.broadcast(2412,"if d.name()== '"..t[1].."' then d.move(20,0,-10) end") sleep(0.5) modem.broadcast(2412,"if d.name()== '"..t[2].."' then d.move(20,0,10) end") sleep(0.5) modem.broadcast(2412,"if d.name()== '"..t[3].."' then d.move(20,0,0) end") sleep(0.5) modem.broadcast(2412,"if d.name()== '"..t[4].."' then d.move(30,0,-10) end") sleep(0.5) modem.broadcast(2412,"if d.name()== '"..t[5].."' then d.move(30,0,10) end") sleep(0.5) modem.broadcast(2412,"if d.name()== '"..t[6].."' then d.move(30,0,0) end") sleep(0.5) modem.broadcast(2412,"if d.name()== '"..t[7].."' then d.move(40,0,-10) end") sleep(0.5) modem.broadcast(2412,"if d.name()== '"..t[8].."' then d.move(40,0,10) end") sleep(0.5) modem.broadcast(2412,"if d.name()== '"..t[9].."' then d.move(40,0,0) end") sleep(0.5) end if dir=="W" then -- #+X modem.broadcast(2412,"if d.name()== '"..t[1].."' then d.move(-20,0,-10) end") sleep(0.5) modem.broadcast(2412,"if d.name()== '"..t[2].."' then d.move(-20,0,10) end") sleep(0.5) modem.broadcast(2412,"if d.name()== '"..t[3].."' then d.move(-20,0,0) end") sleep(0.5) modem.broadcast(2412,"if d.name()== '"..t[4].."' then d.move(-30,0,-10) end") sleep(0.5) modem.broadcast(2412,"if d.name()== '"..t[5].."' then d.move(-30,0,10) end") sleep(0.5) modem.broadcast(2412,"if d.name()== '"..t[6].."' then d.move(-30,0,0) end") sleep(0.5) modem.broadcast(2412,"if d.name()== '"..t[7].."' then d.move(-40,0,-10) end") sleep(0.5) modem.broadcast(2412,"if d.name()== '"..t[8].."' then d.move(-40,0,10) end") sleep(0.5) modem.broadcast(2412,"if d.name()== '"..t[9].."' then d.move(-40,0,0) end") sleep(0.5) end end end end if cmd=="PLANT" then --# have atleast 1 redstone torch at inventory slot 2 and 1 TNT block at slot 3... print("Drone No.: ") srm=io.read() modem.broadcast(2412,"if d.name()=='"..srm.."' then while select(2,d.detect(0))=='air' do local dis=select(2,d.detect(0)) d.move(0,-1,0) sleep(0.00005) if dis~='air' then break end end sleep(0.5) if select(2,d.detect(0))=='solid' then d.move(0,1,0) d.select(2) d.place(0) d.select(3) d.place(0) d.select(1) end end") end if cmd=="BUNKERBUST" then --# yeah, you need more redstone torches and TNT... print("Drone No.: ") srm=io.read() repeat local cmd= select(1,event.pull(3)) modem.broadcast(2412,"if d.name()=='"..srm.."' then while select(2,d.detect(0))=='air' do local dis=select(2,d.detect(0)) d.move(0,-1,0) sleep(0.00005) if dis~='air' then break end end sleep(0.5) if select(2,d.detect(0))=='solid' then d.move(0,1,0) d.select(2) d.place(0) d.select(3) d.place(0) d.select(1) end end") sleep(0.5) until cmd=="key_down" end if cmd=="HUSH" then--# kill command modem.broadcast(2412," computer.shutdown()") end if cmd=="RISE" then --# wake message, you need to restart client after using this command modem.broadcast(2412,"RISE") end print(select(6, event.pull(3, "modem_message"))) end Le BRAIN.lua (this goes in the drone) local m=component.proxy(component.list("modem")()) local d=component.proxy(component.list("drone")()) d.setLightColor(0x00FFE8) -- Edit the first character of the method should have been in lowercase d.setStatusText(d.name()) -- Same here my B m.open(2412) m.setWakeMessage("RISE") local function respond(...) local args=table.pack(...) pcall(function() m.broadcast(2412, table.unpack(args)) end) end local function receive() while true do local evt,_,_,_,_,cmd=computer.pullSignal() if evt=="modem_message" then return load(cmd) end end end while true do local result,reason=pcall(function() local result,reason=receive() if not result then return respond(reason) end respond(result()) end) if not result then respond(reason) end end here you'll also need these to work with: atleast 64 TNT blocks atleast 64 redstone torches atleast 64 building materials (blocks preferably) Creative drone Case (sorry survivalists, I couldn't find a way to put it all in a T2 case ) Computronics 1.6.6 for 1.12.2 Radar upgrade heres: a link to the add-on:https://files.vexatos.com/?dir=Computronics/dev (ps: you need to go into the computronics config file and set the radar range to atleast 50 blocks and set it to return coordinates to true) 5X T3 Battery upgrade (or you can use less if you use more solar upgrades) Inventory upgrade Inventory controller upgrade T3 CPU 2X T3.5 Memory wireless network card (you'll need atleast 14 of these drones named from '1' to '14' ) and a creative tablet (might as well... or if your upto it, you can use a regular tablet) oh yeah I almost forgot: some of the commands: FLW-- # call a specific drone to follow (randomly flys about) ALLFLW-- # all follow ( they all randomly fly about) MOV-- # call a specific drone to move ALLMOV-- # all move GOTO-- # call a specific drone to converge at a target ALLGOTO--# all will converge at target STK-- # call a specific drone to stalk a target (its default is to follow a target 15 blocks above) PLANT--# have atleast 1 redstone torch at inventory slot 2 and 1 TNT block at slot 3... BUNKERBUST --# does the samething as PLANT but throws it in a loop yeah, you need more redstone torches and TNT... HUSH --# kill command RISE--# wake message (you need to restart client after using this command) ---for the following type in 'X' to re-center drones and 'OK' to break out of 'SET' (you'll know what I mean )--- SET8--# make 8 drones from swarm converge at target position, used to set up fort and other stuff that I have yet to think about. PORTAFORT--# builds a simple 5X2X5 wall (complete with small entrances/exits) around the set center with any block in the drones inventory slot 1, you need atleast 30 blocks (that's atleast 4 for each drone (technically 2 of them only need 3 blocks but you don't need to bother with that)) SET9--# make 9 drones from swarm converge at target position, used to set up carpet bombing and other stuff that I have yet to think about. MAT --#covers a 33X33 area with 9 drones SETPLANT--# have atleast 1 redstone torch at inventory slot 2 and 1 TNT block at slot 3 for each drone... have fun causing Havoc and chaos and this might be the first and last time I write a program for opencomputers... Byeeeee
  4. MPT - Minecraft Packaging Tool is another package manager goal of which is to simplify program development, and unify other package managers. WEB Interface: http://mpt.magik6k.net/ Installation: wget http://mpt.magik6k.net/api/file/mpt/usr/bin/mpt.lua /tmp/mpt.lua /tmp/mpt -S mpt rm /tmp/mpt.lua Usage: mpt -S package1 --Installs package with dependencies mpt -R package --Remove package mpt -u --Upgrade all packages mpt -v --More output mpt -h --help Web-IDE GitHub: https://github.com/magik6k/MPT2
  5. Magik6k

    DNS System

    DOMAIN NAME SYSTEM Yep. This one works much like real one - but it's a little simpler. Basic system setup/configuration/howto/whatever The most important part of every global DNS system are root-server. In real life there are 13 of these, but for Minecraft one server should be enough(ofc. you can have more root-servers). To be able to use DNS system the client must know at least one root server. Now let's say we want few domains in our system: example.org. sub.example.org. populardomain.org. Now we create example network of 3 servers, with addresses addr1, addr2, addr3 The first server will be root server, the second will operate .org. zone and last one .example.org. Now you may wonder what are these dots after addresses - They are 'zones'. So for example address 'sub.example.org.' requires asking 3 zones to get address. Going from back, the first zone is the 'root zone' and is stored on root server. Root zone knows .org. zone and asks it about sub.example, then .org. asks .example.org. about sub.example.org. In my implementation there are 2 types of fields: a - address ns - name server - address of other DNS server that may know more about zone it is contained in. If requested record could not be found on server, the user will be directed to 'nearest' name server that may know something more. This way we can configure our servers to contain following fields: server 1(addr1) - root server ZONE org. NS -> addr2 ZONE net. NS -> otheraddr server 2(addr2) ZONE org. ZONE populardomain.com. A -> addresstohost1 ZONE example.org NS -> addr3 server 3(addr3) ZONE org. ZONE example.org. A -> exampleaddr1 ZONE sub.example.org. A -> exampleaddr2 Do the thing in real minecraft life All steps require servers with OSes on HDD!! Server 3: Put some floppy to server(or small hdd) [Install dnsserver] # fddid chose drive and set label 'example' Do same thing with Server 2 and 1(root server), but set labels like 'org' and 'root', then Root server(Server 1): Put floppy/hdd labeled with 'org' or whatever # nsctl setfdd ns orgDriveLabel org Then on the .org server(Server 2) put example.org fdd/hdd # nsctl setfdd ns exampleOrgDriveLabel example.org # nsctl set a addresstohost1 populardomain.com And finally on the third server do: # nsctl set a exampleaddr1 example.org # nsctl set a exampleaddr2 sub.example.org After doing all that stuff on the client set the root dns using the fdd/hdd created earlier: # resvctl setroot fdd rootFddOrHddLabel Finally on the client you should be able to do: # resolv sub.example.org and see 'exampleaddr2' as a result (Of course you can design the network in any way you want, you may create any TLD's you want, you may use TLS's as any other domain, and you can store the whole system on one server) INSTALLATION(through MPT) Both: # pastebin run KaATrNkb # mpt ppa add m6koc Then, for servers: # mpt install dnsserver # reboot reboot is required to get server running Or clients: # mpt install dns API The 'dns' package provides super-simple API for resolving, in fact only one function, returning requested computer card address dns.resolv(hostname: string):string TODO's Check this post for mistakes Create cache'ing servers to speed-up things find better way of carrying addresses than fdd/hdds(Ideas?) Code? http://cc.nativehttp.org/web.html?ppa=m6koc
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