def simulate_airfoil(model_params, compute_params, encrypted_swift_config, container):
"""
:param model.ModelParameters.ModelParameters model_params: ModelParameters
:param model.ComputeParameters.ComputeParameters compute_params: ComputeParameters
:param dict swift_config: dict
"""
#check if results are already in the objectstore
swift_config = json.loads(crypt_obj.decrypt(encrypted_swift_config))
swift = SwiftStorage(swift_config, container)
if swift.has_result(model_params, compute_params):
return swift.get_result(model_params, compute_params)
#create a working directory for each task, this is to
#avoid collisions between workers when they execute the airfoil binary
root_dir = os.getcwd()
working_dir = root_dir + "/workdir/" + str(model_params.job) + "/a" + str(model_params.angle)
if not os.path.exists(working_dir):
os.makedirs(working_dir)
os.chdir(working_dir)
msh_file = creator.create_model(model_params)
xml_file = converter.convert(msh_file)
result = computation.perform_computation(compute_params, xml_file)
result['angle'] = model_params.angle
#reset working directory
os.chdir(root_dir)
#put result into object store, with the results hash_key as name
swift.save_result(model_params, compute_params, result)
return json.dumps(result)
def __init__(self, worker_manager, storage, config):
super(DefaultComputeManager, self).__init__(storage)
self._worker_manager = worker_manager
self._config = config
self._jobs = {}
swift = SwiftStorage(config.swift_config, config.container)
for objectName in swift.get_entries():
objectData = swift.get_result_hash(objectName)
storage.save_result_hash(objectName, objectData)
def __init__(self, worker_manager, storage, config):
super(DefaultComputeManager, self).__init__(storage)
self._worker_manager = worker_manager
self._config = config
self._jobs = {}
swift = SwiftStorage(config.swift_config, config.container)
for objectName in swift.get_entries():
objectData = swift.get_result_hash(objectName)
storage.save_result_hash(objectName, objectData)
def simulate_airfoil(model_params, compute_params, encrypted_swift_config,
container):
"""
:param model.ModelParameters.ModelParameters model_params: ModelParameters
:param model.ComputeParameters.ComputeParameters compute_params: ComputeParameters
:param dict swift_config: dict
"""
#check if results are already in the objectstore
swift_config = json.loads(crypt_obj.decrypt(encrypted_swift_config))
swift = SwiftStorage(swift_config, container)
if swift.has_result(model_params, compute_params):
return swift.get_result(model_params, compute_params)
#create a working directory for each task, this is to
#avoid collisions between workers when they execute the airfoil binary
root_dir = os.getcwd()
working_dir = root_dir + "/workdir/" + str(model_params.job) + "/a" + str(
model_params.angle)
if not os.path.exists(working_dir):
os.makedirs(working_dir)
os.chdir(working_dir)
msh_file = creator.create_model(model_params)
xml_file = converter.convert(msh_file)
result = computation.perform_computation(compute_params, xml_file)
result['angle'] = model_params.angle
#reset working directory
os.chdir(root_dir)
#put result into object store, with the results hash_key as name
swift.save_result(model_params, compute_params, result)
return json.dumps(result)