def set_up_project_experiment(self, apikey, project_name, experiment_name):
project_list = get_all_projects(apikey=apikey)
for proj in project_list:
if proj.name == project_name:
self.project = proj
if not self.project:
print("Can not find project with name = " + str(project_name) +
". Quiting.")
return False
experiment_list = self.project.get_all_experiments()
found = []
for exp in experiment_list:
if exp.name == experiment_name:
found.append(exp)
if not found:
print("Can not find Experiment with name = " +
str(experiment_name) + ". Quiting.")
return False
if len(found) > 1:
print("Found more the one Experiment with name = " +
str(experiment_name) + ";")
print("Rename experiment so that '" + str(experiment_name) +
"' is unique.")
print("Quiting.")
return False
self.experiment = found[0]
return True
def setUpClass(cls):
cls.apikey = os.environ['MC_API_KEY']
print("MC_API_KEY = {}".format(cls.apikey))
cls.project = None
if USER_TEST_PROJECT:
all_projects = get_all_projects()
for project in all_projects:
if project.name == TEST_PROJECT_NAME:
cls.project = project
cls.project_name = project.name
cls.project_id = project.id
break
else:
cls.project_name = fake_name("TestForETL-")
description = "Test project generated by automated test"
cls.project = create_project(cls.project_name, description)
cls.project_id = cls.project.id
cls.data_dir_path = os.path.abspath(os.environ['TEST_DATA_DIR'])
print("TEST_DATA_DIR = {}".format(cls.data_dir_path))
project = cls.project
project.local_path = cls.data_dir_path
local_dir_path = os.path.join(cls.data_dir_path, TEST_DIR)
project.add_directory_tree_by_local_path(local_dir_path)
print("project {} ({})".format(project.name, project.id))
print("project.local_path = {}".format(project.local_path))
print("local_dir_path = {}".format(local_dir_path))
def get_project_for_test(self, name):
projects = get_all_projects(self.apikey)
project = None
for probe in projects:
if probe.name == name:
project = probe
if not project:
print("Can not find project {}".format(name))
exit(-1)
print("got project for test{}".format(project.name))
return project
def test(project_name, apikey):
project_list = get_all_projects(apikey=apikey)
project = None
for proj in project_list:
if proj.name == project_name:
project = proj
if not project:
print("Can not find project with name = " + str(project_name) + ". Quiting.")
return
print("Found project: " + project.name + " (" + project.id + ")")
print("------")
table = make_project_file_id_path_table(project)
print("------")
for key in table:
print(key + " --> " + table[key]['file'].name + ", " + table[key]['path'])
def set_up_project_experiment_metadata(self, project_name,
experiment_name):
project_list = get_all_projects(apikey=self.apikey)
for proj in project_list:
if proj.name == project_name:
self.project = proj
if not self.project:
print("Can not find project with name = " + str(project_name) +
". Quiting.")
return False
experiment_list = self.project.get_all_experiments()
found = []
for exp in experiment_list:
if exp.name == experiment_name:
found.append(exp)
if not found:
print("Can not find Experiment with name = " +
str(experiment_name) + ". Quiting.")
return False
if len(found) > 1:
print("Found more the one Experiment with name = " +
str(experiment_name) + ";")
print("Rename experiment so that '" + str(experiment_name) +
"' is unique.")
print("Quiting.")
return False
self.experiment = found[0]
ok = self.metadata.read(self.experiment.id)
if not ok:
print("There was no ETL metadata for the experiment '" +
str(experiment_name) + "';")
print(
"This experiment does not appear to have been created using ETL input."
)
print("Quiting.")
return False
metadata = MetadataVerification().verify(
self.metadata) # Adds metadata.process_table !
if not metadata:
print("Metadata verification failed.")
return False
self.metadata = metadata
return True
print("You must specify a Materials Commons apikey. Argument not found.")
parser.print_help()
exit(-1)
if not args.user:
print("You must specify a Materials Commons user id. Argument not found.")
parser.print_help()
exit(-1)
if not args.name:
print("You must specify a Project name. Argument not found.")
parser.print_help()
exit(-1)
local_log.info("Searching for project with name-match = {}".format(args.name))
project_list = get_all_projects(apikey=args.apikey)
local_log.info("Found {} projects".format(len(project_list)))
project_selected = None
for probe in project_list:
local_log.info("Compareing with {}".format(probe.name))
if args.name in probe.name:
if project_selected:
local_log.info("Found multiple matches for {}".format(args.name))
local_log.info("You must specify a unique project name, or name substring.")
parser.print_help()
exit(-1)
project_selected = probe
if not project_selected:
local_log.info("Found no matches for {}".format(args.name))
#import sys
import materials_commons.api as mcapi
project_list = mcapi.get_all_projects()
for project in project_list:
if project.name == 'PRISMS-PF API Test':
current_project = project
experiment_list = current_project.get_all_experiments()
for experiment in experiment_list:
if experiment.name == 'Experiment 0':
print(experiment.name)
current_experiment = experiment
template_list = mcapi.get_all_templates()
for template in template_list:
print(template.name, template.id)
#experiment = project.create_experiment("Experiment 0", "Creating and modifying experiments using the API")