def test_event_ordering():
 (raw, events) = _get_data()[:2]
 events2 = events.copy()
 rng.shuffle(events2)
 for (ii, eve) in enumerate([events, events2]):
  with warnings.catch_warnings(record=True) as w:
   warnings.simplefilter('always')
   Epochs(raw, eve, event_id, tmin, tmax, reject=reject, flat=flat)
   assert_equal(len(w), ii)
   if (ii > 0):
    assert_true(('chronologically' in ('%s' % w[(-1)].message)))
 events2 = events[[0, 0]]
 events2[:, 2] = [1, 2]
 assert_raises(RuntimeError, Epochs, raw, events2, event_id=None)
 assert_equal(len(Epochs(raw, events2, event_id=dict(a=1), preload=True)), 1)

def test_event_ordering ( ) : ( raw , events ) = _get_data ( ) [ : 2 ] events2 = events . copy ( ) rng . shuffle ( events2 ) for ( ii , eve ) in enumerate ( [ events , events2 ] ) : with warnings . catch_warnings ( record = True ) as w : warnings . simplefilter ( 'always' ) Epochs ( raw , eve , event_id , tmin , tmax , reject = reject , flat = flat ) assert_equal ( len ( w ) , ii ) if ( ii > 0 ) : assert_true ( ( 'chronologically' in ( '%s' % w [ ( - 1 ) ] . message ) ) ) events2 = events [ [ 0 , 0 ] ] events2 [ : , 2 ] = [ 1 , 2 ] assert_raises ( RuntimeError , Epochs , raw , events2 , event_id = None ) assert_equal ( len ( Epochs ( raw , events2 , event_id = dict ( a = 1 ) , preload = True ) ) , 1 )
test event order .