def test_object_patching(env, pre_call, post_call, expected):
"""Test if the object patching and the "pre_call" and "post_call"
prameters work as expected."""
def pem(env, resource):
with resource.request() as req:
yield req
yield env.timeout(1)
resource = simpy.Resource(env, 1)
monitor = monitoring.Monitor()
monitor.configure(monitoring.resource_collector(resource))
monitoring.patch(resource, monitor, pre_call=pre_call, post_call=post_call)
env.start(pem(env, resource))
simpy.simulate(env)
# Convert the data and replace the ID-lists with their length.
monitor._backend.data = [(t, len(u), len(q)) for t, u, q in monitor.data]
assert monitor.data == expected
def test_object_patching(env, pre_call, post_call, expected):
"""Test if the object patching and the "pre_call" and "post_call"
prameters work as expected."""
def pem(env, resource):
with resource.request() as req:
yield req
yield env.timeout(1)
resource = simpy.Resource(env, 1)
monitor = monitoring.Monitor()
monitor.configure(monitoring.resource_collector(resource))
monitoring.patch(resource, monitor, pre_call=pre_call, post_call=post_call)
env.start(pem(env, resource))
simpy.simulate(env)
# Convert the data and replace the ID-lists with their length.
monitor._backend.data = [(t, len(u), len(q)) for t, u, q in monitor.data]
assert monitor.data == expected
def get_resource_monitor(resource):
monitor = monitoring.Monitor()
monitor.configure(monitoring.resource_collector(resource))
monitoring.patch(resource, monitor, pre_call=("request", "release"))
return monitor
def get_resource_monitor(resource):
monitor = monitoring.Monitor()
monitor.configure(monitoring.resource_collector(resource))
monitoring.patch(resource, monitor, pre_call=('request', 'release'))
return monitor