def load_chute_configuration(update):
"""
Load and interpret paradrop.yaml file.
"""
if not update.has_chute_build():
return
config = {}
workdir = getattr(update, "workdir", None)
if workdir is not None:
conf_path = os.path.join(workdir, settings.CHUTE_CONFIG_FILE)
with open(conf_path, "r") as source:
config = yaml.safe_load(source)
# Look for additional build information from the update object
# and merge with the configuration file.
if hasattr(update, "build"):
config.update(update.build)
# Try to set the owner of the chute.
if hasattr(update, "user"):
config['owner'] = update.user
update.new = build_chute(config)
def test_build_chute():
config = yaml.safe_load(TEST_CHUTE)
chute = builder.build_chute(config)
assert chute.name == "seccam"
services = chute.get_services()
assert len(services) == 2
main = chute.get_service("main")
assert main.name == "main"
assert main.type == "light"
assert main.environment["SECCAM_MODE"] == "detect"
def test_build_chute():
config = yaml.safe_load(TEST_CHUTE)
chute = builder.build_chute(config)
assert chute.name == "seccam"
services = chute.get_services()
assert len(services) == 2
main = chute.get_service("main")
assert main.name == "main"
assert main.type == "light"
assert main.environment["SECCAM_MODE"] == "detect"
def __init__(self, obj):
self.change_id = None
self.pkg = None
# Pull in all the keys from the obj identified
self.__dict__.update(obj)
# Any module can add notes and warnings here
self.responses = []
# In case of a failure, the final message about failure goes here
self.failure = None
# Each update gets its own plan map
self.plans = plan.plangraph.PlanMap(self.name)
# Grab a reference to our storage system
self.chuteStor = ChuteStorage()
# Build new Chute object.
self.new = build_chute(obj)
# Grab the old version if it exists
self.old = self.chuteStor.getChute(self.name)
# Save a timestamp from when the update object was created.
self.createdTime = time.time()
# Set to True if this update is delegated to an external program (e.g.
# pdinstall). In that case, the external program will be responsible
# for reporting on the completion status of the update.
self.delegated = False
# Store progress messages so that they can be retrieved by API.
self.messages = []
self.message_observers = []
self.completed = False
# Cache for passing intermediate values between plan functions.
# Previously, this was all done in the chute object, but the
# functionality extends to other operations such as a node
# configuration change.
self.cache = {}
# Set by the execute function on the first call and used to detect
# whether its new or has been resumed.
self.execute_called = False
def load_chute_configuration(update):
"""
Load and interpret paradrop.yaml file.
"""
if not update.has_chute_build():
return
config = {}
workdir = getattr(update, "workdir", None)
if workdir is not None:
conf_path = os.path.join(workdir, settings.CHUTE_CONFIG_FILE)
config = pdosq.read_yaml_file(conf_path, default={})
# Look for additional build information from the update object
# and merge with the configuration file.
if hasattr(update, "build"):
config.update(update.build)
# Try to set the owner of the chute.
if hasattr(update, "user"):
config['owner'] = update.user
update.new = build_chute(config)