Named timer function

fps = 20
function startTimer(name,time)
table.insert(timers,{name,time})
end
function updateTimers()
if #timers > 0 then
  for i = 1,#timers do
   timers[i].time = timers[i].time-(1/fps)
  end
end
end
function checkTimerOutput()
timersDone = {}
for i = 1,#timers do
  if timers[i].time <= 0 then --error here
   table.insert(timersDone,timers[i].name)
  end
end
if #timersDone > 0 then
  os.queueEvent("Timer",timersDone)
end
end
function main()
term.clear()
secretfunctionname:P.print(1,2,"hello","hi!","boom")
startTimer("ben",3)
event, name = os.pullEvent()
term.clear()
secretfunctionname:P.print(1,1,event,name)
loopBreaker = true
end
k = 0
function update()
k = k+1
checkTimerOutput()
updateTimers()
sleep(1/sky.clock.fps)
secretfunctionname:P.write(1,1,k)
end
while loopBreaker ~= true do
parallel.waitForAny(update,main)
end

local args = {...}
sky.clock = {}
sky.clock.fps = 20
sky.clock.timers = {}
function sky.clock.startTimer(name,time) -- wont work
table.insert(sky.clock.timers,{name,time})
end
function sky.clock.setFPS(fps)
sky.clock.fps = fps
end
function sky.clock.updateTimers() -- broken
if #sky.clock.timers > 0 then
  for i = 1,#sky.clock.timers do
   if sky.clock.timers[i].time ~= nil then
	sky.clock.timers[i].time = sky.clock.timers[i].time-(1/sky.clock.fps)
   end
  end
end
end
function sky.clock.checkTimerOutput() -- broken
sky.clock.timersDone = {}
for i = 1,#sky.clock.timers do
  if sky.clock.timers[i].time ~= nil and sky.clock.timers[i].time <= 0 then
   table.insert(sky.clock.timersDone,sky.clock.timers[i].name)
   sky.clock.timers[i] = nil
  end
end
if #sky.clock.timersDone > 0 then
  os.queueEvent("skyTimer",sky.clock.timersDone)
end
end