serid = { 12,15,17,19,23,25 }

onlist = false
for chk, #serid, 1 do
  if serid(chk) = p1 then onlist = true break
end

if onlist == false then rednet.send(p1, "not on access list") end

if onlist == true then -- Check if our request is from a pc on our list.
  if p2 == pass then
	rednet.send(p1, true)
  else
	rednet.send(p1, false)
  end
end

printError("Program Complete") --// sets the error message for the error
error()

error("Program Complete")

GreatShooter, on 11 January 2014 - 02:13 PM, said:

local names = {
  [20] = "Water bottler",

}

local monitor = peripheral.wrap("back")
os.startTimer(600)
while true do
  rednet.open("right")
  event, id, text = os.pullEvent()
  if event == "rednet_message"  then
	local name
	if names[id] then name = names[id] else name = id end
	  term.redirect(monitor)
	  print(name.." says:"..text)
	  term.restore()
	  print(os.pullEvent())
	
	   local executetime = os.time()
	
	  local executetime = executetime + 12
	  while executetime == os.time() do
		term.redirect(monitor)
		term.clear()
		term.restore()  
  
  
	   end
  
	 end
	end

local names = {
  [20] = "Water bottler",

}

local monitor = peripheral.wrap("back")
os.startTimer(600)
while true do
  rednet.open("right")
  event, id, text = os.pullEvent()
  if event == "rednet_message"  then
	local name
	if names[id] then name = names[id] else name = id end
	  term.redirect(monitor)
	  print(name.." says:"..text)
	  term.restore()
	  print(event)  --// print(os.pullEvent()) will make the system pause for a event to print, not print the captured event.

--// Removed the section that paused script for 10 minutes, this would have errored as well, because there was no yielding events.
  
	end
end

items = { [1] = { 0, "Stone" , 64 } ; [2] = { 0, "Grass" , 64 } ;
}

while true do --// loop here for ever.

local executetime = os.time()
local executetime = executetime + 12 --// This is 10 minutes in os.time

while executetime >= os.time() do --// Loop untill our 10 minutes have gone.
sleep(0.1) --// my current prevention for yielding during testing
term.setCursorPos(1,5)
print(executetime)
print(os.time)
end

tenminjob() --// call the 10 minute function

end

os.startTimer(600)
while true do
event,id,message,sender = os.pullEvent()

if event == "timer" then
  -- your 10 minute code here
end

if event == "rednet_message" then
  -- Your rednet message code here
end
end

function count()
  local current = 300
  ... code stuffs
end

  if turtle.getItemCount(12) ~=0 then
    turtle.digDown()
    print("Placing Chest...")
    turtle.select(15)
    turtle.placeDown()
    for slots =1,12 do --// we want to select slots 1 to 12
      turtle.select(slots) --// select the slot our for loop is on
      turtle.dropDown() --// Drop the items down
    end
    turtle.select(1) --// select the first slot again now.
  end

pastebin get .... startup	 -- // for example

1lann, on 22 August 2013 - 09:24 AM, said:

immibis, on 22 August 2013 - 12:42 AM, said:

ZudoHackz, on 22 August 2013 - 02:30 AM, said:

My first program was "Hello World" in scratch when I was 6!
Scratch is fun

while true do
if redstone.getIput("front") then
  redstone.setOutput("back", false)
  else redstone.setOutput("back", true)
end
sleep(1)
end

--// the following lines allow you to call your program with arguments.
local targs = {...} --// capture the arguments
if targs == nil then --// if no argument handed to program... then 1 iteration
  x = 1
else
  x = targs[1]
end
--// the above code checks and sets value x which is used in our main program loop at the end...

function track1(length)
if length == nil then length = 1 end
for a=1,length do
turtle.turnLeft()
turtle.select(1)
turtle.place()
turtle.turnLeft()
turtle.turnLeft()
turtle.place()
turtle.turnLeft()
turtle.forward()
end
end

function track2(length)  --// captures the varible length as an input.
if length == nil then length = 1 end --// make sure that the input is not nil (error catch)
for b=1,length do --// loop the command for length
turtle.turnLeft()
turtle.select(2)
turtle.place()
turtle.turnLeft()
turtle.turnLeft()
turtle.place()
turtle.turnLeft()
turtle.forward()
turtle.turnLeft()
turtle.turnLeft()
turtle.select(3)
turtle.place()
turtle.turnLeft()
turtle.turnLeft()
end
end

for loop = 1, x do
track1(10) --// hands 10 to function track1()
track2(1) --// hands 1 to function track2()
end