def test_can_start_gridappsd_within_dependency_context_manager_all_cleanup():
Containers.reset_all_containers()
with run_dependency_containers(True) as cont:
# True in this method will remove the containsers
with run_gridappsd_container(True) as dep_con:
# Default cleanup is true within run_gridappsd_container method
timeout = 0
gapps = None
time.sleep(10)
while timeout < 30:
try:
gapps = GridAPPSD()
gapps.connect()
break
except:
time.sleep(1)
timeout += 1
assert gapps
assert gapps.connected
# Filter out the two config containers that we start up for volume data.
containers = [
x.name for x in Containers.container_list() if "config" not in x.name
]
assert not len(containers)
def docker_dependencies():
print("Docker dependencies")
Containers.reset_all_containers()
with run_dependency_containers(stop_after=True) as dep:
yield dep
print("Cleanup docker dependencies")
def docker_dependencies():
print("Docker dependencies")
# Containers.reset_all_containers()
with run_dependency_containers(
stop_after=STOP_CONTAINER_AFTER_TEST) as dep:
yield dep
print("Cleanup docker dependencies")
def test_multiple_runs_in_a_row_with_dependency_context_manager():
Containers.reset_all_containers()
with run_dependency_containers():
pass
containers = [
x for x in Containers.container_list() if "config" not in x.name
]
assert len(containers) == 5
with run_gridappsd_container():
timeout = 0
gapps = None
while timeout < 30:
try:
gapps = GridAPPSD()
gapps.connect()
break
except:
time.sleep(1)
timeout += 1
assert gapps
assert gapps.connected
with run_gridappsd_container():
timeout = 0
gapps = None
time.sleep(10)
while timeout < 30:
try:
gapps = GridAPPSD()
gapps.connect()
break
except:
time.sleep(1)
timeout += 1
assert gapps
assert gapps.connected
def test_can_dependencies_continue_after_context_manager():
my_config = DEFAULT_DOCKER_DEPENDENCY_CONFIG.copy()
Containers.reset_all_containers()
time.sleep(3)
my_dep_containers = None
with run_dependency_containers() as containers:
my_dep_containers = containers
time.sleep(10)
real_containers = Containers.container_list()
for k in my_dep_containers.container_def.keys():
found = False
for c in real_containers:
if c.name == k:
found = True
break
assert found, f"Couldn't find {k} container in list"
Containers.reset_all_containers()
def test_can_start_gridapps():
Containers.reset_all_containers()
with run_dependency_containers() as cont:
with run_gridappsd_container() as cont2:
g = GridAPPSD()
assert g.connected
LOCAL_MOUNT_POINT_FOR_SERVICE = Path(__file__).parent.parent.absolute()
# Mount point inside the gridappsd container itself. This allows the container
# to start up the services inside the container.
SERVICE_MOUNT_POINT = "/gridappsd/services/gridappsd-sensor-simulator"
CONFIG_MOUNT_POINT = "/gridappsd/services/sensor_simulator.config"
# Directory that holds our json configurations that are going to be used
TEST_DATA_DIR = Path(__file__).parent.joinpath('test_data')
# Appending data_tests elements to TEST_DATA_DIR will get full path of the
# file to be loaded for a test.
data_tests = ("test1.json",)
client = docker.from_env()
if not client.containers.list(filters=dict(name='mysql')):
with run_dependency_containers():
pass
container = client.containers.list(filters=dict(name='gridappsd'))
if container:
# Stop the gridappsd container
container[0].stop()
config = deepcopy(DEFAULT_GRIDAPPSD_DOCKER_CONFIG)
config['gridappsd']['volumes'][str(LOCAL_MOUNT_POINT_FOR_SERVICE)] = dict(
bind=str(SERVICE_MOUNT_POINT),
mode="rw")
fncs_measurements = open("fncs_measurements.json", "w")
