def future_callback(future):
assert future.result() == 'Time passed'
# this is no man's land, no transaction here
trans = transaction.get(None, loop=event_loop)
assert trans is None
# but here there's a way to get one because the future was added
# to the transaction
trans = transaction.get(None, loop=event_loop, task=future)
assert trans is not None and trans.parent is master_trans
with trans:
func_called_by_callback()
def sync():
trans = transaction.get(None, loop=event_loop)
assert trans is not None
fut = asyncio.Future(loop=event_loop)
# there's no way to have some control on the order callbacks are
# called so i we want to have a callback covered by the transaction,
# we must add it to the transaction _after_ the callback
fut.add_done_callback(future_callback)
trans.add(fut)
event_loop.call_later(0.5, future_simulated_end, fut)
def non_coro_func():
tran = transaction.get()
c = stashed_coro()
tran.add(c)
def non_coro_func():
tran = transaction.get(loop=event_loop)
c = stashed_coro()
tran.add(c)
def func_called_by_callback():
nonlocal end
trans = transaction.get(None, loop=event_loop)
assert trans is not None and trans.parent is master_trans
end = 'done!'
def future_simulated_end(future):
# this is no man's land, no transaction here
trans = transaction.get(None, loop=event_loop)
assert trans is None
future.set_result('Time passed')
def coro2():
trans = transaction.get(None)
assert trans is not None
return 2
def sync_func():
trans = transaction.get(None, loop=event_loop)
assert trans is outer_trans
another = asyncio.ensure_future(on_another_task())
log.append('on sync')
trans.add(another)
def coro1():
assert event_loop is asyncio.get_event_loop()
trans = transaction.get(None)
assert trans is not None
return 1
def on_another_task():
log.append('on async')
trans = transaction.get(None)
assert trans.parent is outer_trans
def __init__(self):
tran = transaction.get(loop=event_loop)
c = stashed_coro()
tran.add(c, cback=self._init)
def non_coro_func():
tran = transaction.get(loop=event_loop)
c = stashed_coro()
tran.add(c)
def __init__(self):
tran = transaction.get(loop=event_loop)
c = stashed_coro()
tran.add(c, cback=self._init)
def non_coro_func():
tran = transaction.get()
c = stashed_coro()
tran.add(c)
