def step3_job_monitoring(self):
to_screen("""\
testing REST APIs related to querying a job, including
- rest_api_job_list
- rest_api_job_info
""")
client = ClusterList().load().get_client(
get_defaults()["cluster-alias"])
self.cmd_exec(['opai', 'job', 'list'])
job_list = client.rest_api_job_list(
client.user) # ! only jobs from current user to reduce time
job_list = [job['name'] for job in job_list]
assert self.job_name in job_list, job_list
to_screen(f"testing job monitoring with {self.job_name}")
status = client.rest_api_job_info(self.job_name)
to_screen(
f"retrieving job status and get its state {JobStatusParser.state(status)}"
)
client.rest_api_job_info(self.job_name, 'config')
to_screen("retrieving job config")
logs = JobStatusParser.all_tasks_logs(status)
assert logs, f"failed to read logs from status \n{status}"
for k, v in logs.items():
for t, content in v.items():
to_screen(
f"reading logs {k} for {t} and get {len(content)} Bytes")
def check(self):
cluster_info = self.rest_api_cluster_info()
cluster_info["virtual_clusters"] = self.virtual_clusters()
self.config.update(cluster_info)
# ! will check authentication types according to AAD enabled or not
to_screen("succeeded to connect cluster {}".format(self.alias))
return self
def wait(self,
t_sleep: float = 10,
timeout: float = 3600,
silent: bool = False):
"""for jupyter job, wait until ready to connect
for normal job, wait until completed"""
exit_states = __job_states__["completed"]
repeater = Retry(timeout=timeout, t_sleep=t_sleep, silent=silent)
interactive_nb = self.has_tag(__internal_tags__["interactive_nb"])
batch_nb = self.has_tag(__internal_tags__["batch_nb"])
if interactive_nb or batch_nb:
if interactive_nb:
to_screen(
"{} is recognized to be an interactive jupyter notebook job"
.format(self.name))
to_screen(
"notebook job needs to be RUNNING state and the kernel started"
)
if batch_nb:
to_screen(
"{} is recognized to be a silent jupyter notebook job".
format(self.name))
to_screen(
"notebook job needs to be SUCCEEDED state and the output is ready"
)
return repeater.retry(
lambda x: x.get('state', None) in exit_states or x.get(
"notebook", None) is not None, self.connect_jupyter)
to_screen("wait until job to be completed ({})".format(exit_states))
return repeater.retry(
lambda x: JobStatusParser.state(x) in exit_states, # x: job status
self.get_status)
def download_webhdfs(self, remote_path: str, local_path: str, **kwargs):
mkdir_for(local_path)
to_screen("download %s -> %s" % (remote_path, local_path))
return self.client.download(local_path=local_path,
hdfs_path=remote_path,
overwrite=True,
**kwargs)
def run_steps(self):
for name, func in self.get_steps():
try:
to_screen(f"\n==== begin to test {name} ====")
func()
except Exception as identifier:
self.fail("test {} failed ({}: {})".format(
name, type(identifier), repr(identifier)))
def submit(self, cluster_alias: str = None, virtual_cluster: str = None):
cluster_alias = na(cluster_alias, self.param("cluster_alias", None))
self.select_cluster(cluster_alias, virtual_cluster)
self.validate().local_process()
to_screen("submit job %s to cluster %s" % (self.name, cluster_alias))
self.client.rest_api_submit(self.get_config())
job_link = self.client.get_job_link(self.name)
return {"job_link": job_link, "job_name": self.name}
def do_action_list(self, args):
client = self.__clusters__.get_client(args.cluster_alias)
if not args.user:
args.user = client.user
to_screen("if not set, only your job will be listed, user `--user __all__` to list jobs of all users")
if args.user == '__all__':
args.user = None
jobs = client.rest_api_job_list(user=args.user)
return ["%s [%s]" % (j["name"], j.get("state", "UNKNOWN")) for j in jobs]
def check_arguments_notebook(self, args):
self.check_essentials(args)
assert args.notebook or args.interactive, "must specify a notebook name unless in interactive mode"
if not args.job_name:
assert args.notebook or args.interactive, "must specify a notebook if no job name defined"
args.job_name = os.path.splitext(os.path.basename(args.notebook))[
0] + "_" + randstr().hex if args.notebook else "jupyter_server_{}".format(randstr().hex)
if args.interactive and not args.token:
to_screen("no authentication token is set", _type="warn")
def get_random_var_name(self):
import random
from openpaisdk import LayeredSettings
lst = [
x for x in LayeredSettings.keys()
if not LayeredSettings.act_append(x)
]
ret = lst[random.randint(0, len(lst) - 1)]
to_screen(f"random select {ret} in {lst}")
return ret
def wrapper(*args, **kwargs):
try:
return fn(*args, **kwargs)
except err_type as e:
if not err_msg:
to_screen(repr(e), _type="warn")
else:
to_screen(err_msg, _type="warn")
return default
except Exception as e:
raise e
def remove(self, target):
indexes = self.filter_index(target)
if not indexes:
to_screen(
f"OrganizedList: {self._key} = {target} cannot be deleted due to non-existence"
)
return self
for index in sorted(indexes, reverse=True):
del self[index]
to_screen(f"OrganizedList: {self._key} = {target} removed")
return self
def func(*args, **kwargs):
dir_name = 'utdir_' + method.__name__
os.makedirs(dir_name, exist_ok=True)
try:
with safe_chdir(dir_name):
method(*args, **kwargs)
except Exception as identifier:
raise identifier
finally:
to_screen(f"trying to remove {dir_name}")
# ! rmtree not work on windows
os.system(f'rm -rf {dir_name}')
def tabulate_resources(dic: dict):
to_screen([[
c,
i.get("uri", None),
i.get("user", None), v, i["GPUs"], i["vCores"], i["memory"]
] for c in dic.keys() for v, i in dic[c].items()],
_type="table",
headers=[
"cluster", "uri", "user", "virtual-cluster", "GPUs",
"vCores", "memory"
])
return dic
def step2_submit_job(self):
import time
to_screen("""\
testing REST APIs related to submitting a job, including
- rest_api_submit
""")
self.job_name = 'ut_test_' + randstr(10)
self.cmd_exec([
'opai', 'job', 'sub', '-i', 'python:3', '-j', self.job_name,
'opai cluster resources'
])
time.sleep(10)
def step1_init_clusters(self):
to_screen("""\
testing REST APIs related to retrieving cluster info, including
- rest_api_cluster_info
- rest_api_user
- rest_api_token
- rest_api_virtual_clusters
""")
with open(self.ut_init_shell) as fn:
for line in fn:
if line.startswith('#'):
continue
self.cmd_exec(line)
alias = get_defaults()["cluster-alias"]
self.assertTrue(alias, "not specify a cluster")
self.cmd_exec('opai cluster resources')
def job_spider(cluster, jobs: list = None):
jobs = na_lazy(jobs, cluster.rest_api_job_list)
to_screen("{} jobs to be captured in the cluster {}".format(
len(jobs), cluster.alias))
job_statuses = concurrent_map(
lambda j: cluster.rest_api_job_info(
j['name'], info=None, user=j['username']), jobs)
job_configs = concurrent_map(
lambda j: cluster.rest_api_job_info(
j['name'], info='config', user=j['username']), jobs)
job_logs = concurrent_map(JobStatusParser.all_tasks_logs, job_statuses)
for job, sta, cfg, logs in zip(jobs, job_statuses, job_configs, job_logs):
job['status'] = sta
job['config'] = cfg
job['logs'] = logs
return jobs
def check(self):
to_screen("try to connect cluster {}".format(self.alias))
storages = self.rest_api_storages()
for i, s in enumerate(storages):
s.setdefault("storage_alias", s["protocol"] + f'-{i}')
cluster_info = na(self.rest_api_cluster_info(), {})
if cluster_info.get("authnMethod", "basic") == "OIDC":
assert self.config[
"token"], "must use authentication token (instead of password) in OIDC mode"
self.config.update(
info=cluster_info,
storages=storages,
virtual_clusters=self.virtual_clusters(),
)
# ! will check authentication types according to AAD enabled or not
return self
def retry(self, f_exit, func, *args, **kwargs):
t, i = 0, 0
while True:
try:
x = func(*args, **kwargs)
if f_exit(x):
if not self.silent:
to_screen("ready: {}".format(x))
return x
except NotReadyError as identifier:
__logger__.debug("condition not satisfied", identifier)
if not self.silent:
to_screen("not ready yet: {}".format(x))
i, t = i + 1, t + self.t_sleep
if self.max_try and i >= self.max_try or self.timeout and t >= self.timeout:
return None
if self.t_sleep:
time.sleep(self.t_sleep)
def add(lst: list,
key: str,
elem: dict,
getter=dict.get,
silent: bool = False) -> bool:
"return True if update an existing elements, else return False"
target = getter(elem, key)
m = OrganizedList.filter(lst, key, target) # type: dict, matches
for x in m["matches"]:
x.update(elem)
if not silent:
to_screen("%s = %s already exists, update it" %
(key, elem[key]))
return lst
lst.append(elem)
if not silent:
to_screen("%s = %s added" % (key, elem[key]))
return lst
def plugin_uploadFiles(self, plugin: dict):
import tarfile
to_screen("archiving and uploading ...")
work_directory = self.param("work_directory")
assert work_directory, "must specify a storage to upload"
with safe_open(self.temp_archive, "w:gz", func=tarfile.open) as fn:
for src in plugin["parameters"]["files"]:
src = os.path.relpath(src)
if os.path.dirname(src) != "":
__logger__.warn(
"files not in current folder may cause wrong location in the container, please check it {}"
.format(src))
fn.add(src)
to_screen("{} archived and wait to be uploaded".format(src))
self.client.get_storage().upload(local_path=self.temp_archive,
remote_path="{}/source/{}".format(
work_directory,
os.path.basename(
self.temp_archive)),
overwrite=True)
def submit(self, cluster_alias: str = None, virtual_cluster: str = None):
cluster_alias = na(cluster_alias, self.param("cluster_alias", None))
self.select_cluster(cluster_alias, virtual_cluster)
self.validate().local_process()
to_screen("submit job %s to cluster %s" % (self.name, cluster_alias))
try:
self.client.rest_api_submit(self.get_config())
job_link = self.client.get_job_link(self.name)
return {"job_link": job_link, "job_name": self.name}
except Exception as identifier:
to_screen(f"submit failed due to {repr(identifier)}",
_type="error")
to_screen(self.get_config())
raise identifier
def main():
try:
eng = Engine()
result = eng.process(sys.argv[1:])
if result:
to_screen(result)
return 0
except AssertionError as identifier:
to_screen(f"Value error: {repr(identifier)}", _type="error")
return 1
except Exception as identifier:
to_screen(f"Error: {repr(identifier)}", _type="error")
return 2
else:
return -1
def add(self,
elem: dict,
getter=dict.get,
silent: bool = False,
replace: bool = False):
for i in self.filter_index(self._fn_get(elem)):
if replace:
self[i] = elem
if not silent:
to_screen(
f"OrganizedList: {self._key} = {self._fn_get(elem)} already exists, replace it"
)
else:
self[i].update(elem)
if not silent:
to_screen(
f"OrderedDict: {self._key} = {self._fn_get(elem)} already exists, update it"
)
return self # ~ return
self.append(elem)
if not silent:
to_screen(
f"OrganizedList: {self._key} = {self._fn_get(elem)} added")
return self
def do_action_connect(self, args):
to_screen("retrieving job config from cluster")
self.__job__.load(job_name=args.job_name, cluster_alias=args.cluster_alias)
return self.connect_notebook()
def upload_webhdfs(self, local_path: str, remote_path: str, **kwargs):
to_screen("upload %s -> %s" % (local_path, remote_path))
return self.client.upload(local_path=local_path,
hdfs_path=remote_path,
**kwargs)
def update(self, key: str, value=None, delete: bool = False):
if not self.allow(key):
to_screen(f"{key} is not a recognized default variable, ignored")
return
dic = self.values
if delete:
if key not in dic:
to_screen(f"key {key} not found in {self.name}, ignored")
elif not self.act_append(
key) or not value: # delete the key when not append action
del dic[key]
to_screen(
f"key {key} removed completely from {self.name} successfully"
)
else:
dic[key].remove(value)
to_screen(
f"{value} removed in {key} under {self.name} successfully")
else:
if self.act_append(key):
def _append(dic, key, value):
dic.setdefault(key, [])
if value not in dic[key]:
dic[key].append(value)
_append(dic, key, value)
to_screen(
f"{value} added to {key} under {self.name} successfully")
else:
dic[key] = value
to_screen(
f"{key} set to {value} under {self.name} successfully")
if self.file:
to_file(self.values, self.file)
def do_action_delete(self, args):
if self.__clusters__.delete(args.cluster_alias):
to_screen("cluster %s deleted" % args.cluster_alias)
return None
def process_args(self, args):
to_screen(f'Parsed arguments {args}', _type="debug")
if not args.scene:
self.parser.print_help()
return
return self.scenes[args.scene].process(args)
def process(self, a: list):
to_screen(f'Received arguments {a}', _type="debug")
args = self.parser.parse_args(a)
return self.process_args(args)
def do_action_stop(self, args):
client = self.__clusters__.get_client(args.cluster_alias)
for job_name in args.job_names:
to_screen(client.rest_api_execute_job(job_name, "STOP"))
