# Path: pyisis/lib/util.py
# def as_string (cobj):
# def cast_as (bufptr, ctype):
# def copy_as (s, ctype):
# def copy_cobj (s, ctype):
# def memcpy (dst, src):
#     def _chr3 (val):
#     def buffer3 (val, off=None, sz=None):
#     def tlvrdb (val):
#     def buffer3 (val, off=None, l=None):
#     def stringify3 (b):
# def debug_exception ():
#     def __init__ (self):
#     def elapsed (self):
#     def __str__ (self):
#     def __init__ (self, lifetime):
#     def reset (self, lifetime):
#     def expire_at (self):
#     def timeleft (self):
#     def __init__ (self):
#     def __enter__ (self):
#     def __exit__ (self, *args):
#     def held (self):
#     def acquire (self, blocking=True):
#     def release (self):
# def debug_after (count=1):
#     def __enter__ (self):
#     def __exit__ (self, *args):
# class CPUTimer (object):
# class Lifetime (object):
# class QueryLock (object):
# class NoLock (object):


import pyisis.lib.timers as timers
import time
from pyisis.lib.util import xrange3
    print("Create Heap")
    heap = timers.TimerHeap("Timer Heap")

    print("Create Timer")

    for x in xrange3(0, 10):
        timers.Timer(heap, .25, expire).start((x + 1) / 100)

    while done:
        time.sleep(.01)
    print("Expired all")


def test_stop_timer ():
    def expire_assert ():
        assert False

    print("Create Heap")
    heap = timers.TimerHeap("TimerHeap")

    print("Create Timer")
    timer = timers.Timer(heap, .25, expire_assert)
    timer.start(2)
    timer.stop()


def test_restart_timer ():
    done = [1]

    def expire ():

# Path: pyisis/lib/util.py
# def as_string (cobj):
# def cast_as (bufptr, ctype):
# def copy_as (s, ctype):
# def copy_cobj (s, ctype):
# def memcpy (dst, src):
#     def _chr3 (val):
#     def buffer3 (val, off=None, sz=None):
#     def tlvrdb (val):
#     def buffer3 (val, off=None, l=None):
#     def stringify3 (b):
# def debug_exception ():
#     def __init__ (self):
#     def elapsed (self):
#     def __str__ (self):
#     def __init__ (self, lifetime):
#     def reset (self, lifetime):
#     def expire_at (self):
#     def timeleft (self):
#     def __init__ (self):
#     def __enter__ (self):
#     def __exit__ (self, *args):
#     def held (self):
#     def acquire (self, blocking=True):
#     def release (self):
# def debug_after (count=1):
#     def __enter__ (self):
#     def __exit__ (self, *args):
# class CPUTimer (object):
# class Lifetime (object):
# class QueryLock (object):
# class NoLock (object):


# Path: tests/test_timers.py
import pyisis.lib.timers as timers
import time
from pyisis.lib.util import xrange3

    print("Create Heap")
    heap = timers.TimerHeap("Timer Heap")

    print("Create Timer")

    for x in xrange3(0, 10):
        timers.Timer(heap, .25, expire).start((x + 1) / 100)

    while done:
        time.sleep(.01)
    print("Expired all")


def test_stop_timer ():
    def expire_assert ():
        assert False

    print("Create Heap")
    heap = timers.TimerHeap("TimerHeap")

    print("Create Timer")
    timer = timers.Timer(heap, .25, expire_assert)
    timer.start(2)
    timer.stop()


def test_restart_timer ():
    done = [1]

    def expire ():

        done.pop()