1 files changed, 8 insertions, 8 deletions
diff --git a/indra/newview/scripts/lua/test_timers.lua b/indra/newview/scripts/lua/test_timers.lua
index ed0de070f7..be5001aa16 100644
--- a/indra/newview/scripts/lua/test_timers.lua
+++ b/indra/newview/scripts/lua/test_timers.lua
@@ -6,9 +6,9 @@ local timers = require 'timers'
 -- is true, that timeUntilCall() is (true, close to 10), that cancel() returns
 -- true. After that, isRunning() is false, timeUntilCall() returns (false, 0),
 -- and a second cancel() returns false.
-print('t0:new(10)')
+print('t0(10)')
 start = os.clock()
-t0 = timers.Timer:new(10, function() print('t0 fired at', os.clock() - start) end)
+t0 = timers.Timer(10, function() print('t0 fired at', os.clock() - start) end)
 print('t0:isRunning(): ', t0:isRunning())
 print('t0:timeUntilCall(): ', t0:timeUntilCall())
 print('t0:cancel(): ', t0:cancel())
@@ -18,16 +18,16 @@ print('t0:cancel(): ', t0:cancel())
 
 -- t1 is supposed to fire after 5 seconds, but it doesn't wait, so you see the
 -- t2 messages immediately after.
-print('t1:new(5)')
+print('t1(5)')
 start = os.clock()
-t1 = timers.Timer:new(5, function() print('t1 fired at', os.clock() - start) end)
+t1 = timers.Timer(5, function() print('t1 fired at', os.clock() - start) end)
 
 -- t2 illustrates that instead of passing a callback to new(), you can
 -- override the timer instance's tick() method. But t2 doesn't wait either, so
 -- you see the Timer(5) message immediately.
-print('t2:new(2)')
+print('t2(2)')
 start = os.clock()
-t2 = timers.Timer:new(2)
+t2 = timers.Timer(2)
 function t2:tick()
     print('t2 fired at', os.clock() - start)
 end
@@ -37,7 +37,7 @@ end
 -- then the t1 callback message before the Timer(5) completion message.
 print('Timer(5) waiting')
 start = os.clock()
-timers.Timer:new(5, 'wait')
+timers.Timer(5, 'wait')
 print(string.format('Timer(5) waited %f seconds', os.clock() - start))
 
 -- This test demonstrates a repeating timer. It also shows that you can (but
@@ -50,7 +50,7 @@ print(string.format('Timer(5) waited %f seconds', os.clock() - start))
 -- it's worth knowing that a coroutine timer callback can be used to manage
 -- more complex control flows.
 start = os.clock()
-timers.Timer:new(
+timers.Timer(
     2,
     coroutine.wrap(function()
             for i = 1,5 do