async def ptest(circuit, delay, slog):
ie1 = edzed.InputExp('ie',
duration=0.25,
expired="exp",
initdef="ok1",
persistent=True)
state = {}
circuit.set_persistent_data(state)
asyncio.create_task(circuit.run_forever())
await asyncio.sleep(0.1)
await circuit.shutdown()
assert ie1.key in state
# circuit 2
await asyncio.sleep(delay)
edzed.reset_circuit()
circuit = edzed.get_circuit()
circuit.set_persistent_data(state)
logger = TimeLogger('logger')
ie2 = edzed.InputExp('ie',
duration=0.25,
expired="exp",
initdef="ok2",
persistent=True,
on_output=edzed.Event(logger))
asyncio.create_task(circuit.run_forever())
await asyncio.sleep(0.30)
await circuit.shutdown()
logger.compare(slog)
def test_reset_circuit(circuit):
"""Reset creates a new empty circuit."""
assert circuit is edzed.get_circuit()
assert list(circuit.getblocks()) == []
blk = Noop('test')
assert list(circuit.getblocks()) == [blk]
edzed.reset_circuit()
newcircuit = edzed.get_circuit()
assert newcircuit is not circuit
assert list(newcircuit.getblocks()) == []
def test_no_cross_circuit_events(circuit):
inp1 = edzed.Input('inp', comment="circuit 1", initdef=None)
event = edzed.Event(inp1)
init(circuit)
event.send(inp1, value=1)
assert inp1.output == 1
edzed.reset_circuit()
inp2 = edzed.Input('inp', comment="circuit 2", initdef=None)
init(circuit)
with pytest.raises(edzed.EdzedCircuitError,
match="not in the current circuit"):
event.send(inp2, value=2)
def test_no_cross_circuit_inputs(circuit):
"""No cross circuit connections. Constants are an exception."""
noop1 = Noop('noop')
msg1 = edzed.Const("hello!")
init(circuit)
edzed.reset_circuit()
noop2 = Noop('noop').connect(noop1)
circuit2 = edzed.get_circuit()
with pytest.raises(ValueError, match="not in the current circuit"):
init(circuit2)
# Const objects do not belong to specific circuit
edzed.reset_circuit()
noop3 = Noop('noop').connect(msg1)
circuit3 = edzed.get_circuit()
init(circuit3)
async def test_persistent(circuit):
td = edzed.TimeDate("pers", persistent=True)
storage = {}
circuit.set_persistent_data(storage)
asyncio.create_task(circuit.run_forever())
await circuit.wait_init()
assert td.get_state() == {'times': None, 'dates': None, 'weekdays': None}
conf = edzed.TimeDate.parse("1:0-2:0", None, "7")
td.event('reconfig', **conf)
assert td.get_state() == conf
await circuit.shutdown()
assert storage[td.key] == conf
edzed.reset_circuit()
td = edzed.TimeDate("pers", persistent=True)
circuit = edzed.get_circuit()
circuit.set_persistent_data(storage)
asyncio.create_task(circuit.run_forever())
await circuit.wait_init()
assert td.get_state() == conf
await circuit.shutdown()
assert storage[td.key] == conf
async def test_persistent(circuit):
td = edzed.TimeSpan("pers", persistent=True)
storage = {}
circuit.set_persistent_data(storage)
asyncio.create_task(circuit.run_forever())
await circuit.wait_init()
assert td.get_state() == []
conf = edzed.TimeSpan.parse(
"2001August31.23:2:3-31.may2008 0:0,2011August31.1:2:3-31.may2018 1:59")
td.event('reconfig', span=conf)
assert td.get_state() == conf
await circuit.shutdown()
assert storage[td.key] == conf
edzed.reset_circuit()
td = edzed.TimeSpan("pers", persistent=True)
circuit = edzed.get_circuit()
circuit.set_persistent_data(storage)
asyncio.create_task(circuit.run_forever())
await circuit.wait_init()
assert td.get_state() == conf
await circuit.shutdown()
assert storage[td.key] == conf
def circuit():
"""Return a new empty circuit."""
edzed.reset_circuit()
return edzed.get_circuit()