def test_create_and_check_for_request_rest(self):
""" Request (REST): Test the creation, query, and deletion of a Request """
host = get_rest_host()
properties = get_request_properties()
client = Client(host=host)
request_id = client.add_request(**properties)
requests = client.get_requests(request_id=request_id)
assert_equal(len(requests), 1)
assert_equal(request_id, requests[0]['request_id'])
for key in properties:
if key in ['lifetime']:
continue
assert_equal(requests[0][key], properties[key])
client.update_request(request_id,
parameters={'status': RequestStatus.Failed})
requests = client.get_requests(request_id=request_id)
assert_equal(len(requests), 1)
assert_equal(requests[0]['status'], RequestStatus.Failed)
reqs = client.get_requests(request_id=999999)
assert_equal(len(reqs), 0)
def test_workflow_request(self):
workflow = self.init()
props = {
'scope': 'workflow',
'name': workflow.get_name(),
'requester': 'panda',
'request_type': RequestType.Workflow,
'transform_tag': 'workflow',
'status': RequestStatus.New,
'priority': 0,
'lifetime': 30,
'request_metadata': {'workload_id': '20776840', 'workflow': workflow.serialize()}
}
# print(props)
host = get_rest_host()
client = Client(host=host)
request_id = client.add_request(**props)
print(request_id)
def submit(self, workflow):
props = {
'scope': 'workflow',
'name': workflow.get_name(),
'requester': 'panda',
'request_type': RequestType.Workflow,
'transform_tag': 'workflow',
'status': RequestStatus.New,
'priority': 0,
'lifetime': 30,
'workload_id': workflow.get_workload_id(),
'request_metadata': {
'workload_id': workflow.get_workload_id(),
'workflow': workflow
}
}
print(props)
client = Client(host=self.host)
request_id = client.add_request(**props)
return request_id
def get_req_properties():
req_properties = {
'scope': 'data16_13TeV',
'name': 'data16_13TeV.00298862.physics_Main.daq.RAW',
'requester': 'panda',
'request_type': RequestType.StageIn,
'transform_tag': 'prodsys2',
'status': RequestStatus.New,
'priority': 0,
'lifetime': 30,
'request_metadata': {
'workload_id': '20776840',
'src_rse': 'NDGF-T1_DATATAPE',
'rule_id': '236e4bf87e11490291e3259b14724e30'
}
}
return req_properties
host = get_rest_host()
props = get_req_properties()
# props = get_example_real_tape_stagein_request()
# props = get_example_prodsys2_tape_stagein_request()
# props = get_example_active_learning_request()
client = Client(host=host)
request_id = client.add_request(**props)
print(request_id)
def __init__(self, host=None):
self.host = host
if self.host is None:
self.host = get_rest_host()
self.client = Client(host=self.host)
class ClientManager:
def __init__(self, host=None):
self.host = host
if self.host is None:
self.host = get_rest_host()
self.client = Client(host=self.host)
@exception_handler
def submit(self, workflow):
"""
Submit the workflow as a request to iDDS server.
:param workflow: The workflow to be submitted.
"""
props = {
'scope': 'workflow',
'name': workflow.name,
'requester': 'panda',
'request_type': RequestType.Workflow,
'transform_tag': 'workflow',
'status': RequestStatus.New,
'priority': 0,
'lifetime': workflow.lifetime,
'workload_id': workflow.get_workload_id(),
'request_metadata': {
'version': release_version,
'workload_id': workflow.get_workload_id(),
'workflow': workflow
}
}
workflow.add_proxy()
primary_init_work = workflow.get_primary_initial_collection()
if primary_init_work:
if type(primary_init_work) in [Collection]:
props['scope'] = primary_init_work.scope
props['name'] = primary_init_work.name
else:
props['scope'] = primary_init_work['scope']
props['name'] = primary_init_work['name']
# print(props)
request_id = self.client.add_request(**props)
return request_id
@exception_handler
def abort(self, request_id=None, workload_id=None):
"""
Abort requests.
:param workload_id: the workload id.
:param request_id: the request.
"""
if request_id is None and workload_id is None:
logging.error(
"Both request_id and workload_id are None. One of them should not be None"
)
return (
-1,
"Both request_id and workload_id are None. One of them should not be None"
)
reqs = self.client.get_requests(request_id=request_id,
workload_id=workload_id)
if reqs:
rets = []
for req in reqs:
logging.info("Aborting request: %s" % req['request_id'])
# self.client.update_request(request_id=req['request_id'], parameters={'substatus': RequestStatus.ToCancel})
self.client.send_message(request_id=req['request_id'],
msg={
'command': 'update_request',
'parameters': {
'status':
RequestStatus.ToCancel
}
})
logging.info("Abort request registered successfully: %s" %
req['request_id'])
ret = (0, "Abort request registered successfully: %s" %
req['request_id'])
rets.append(ret)
return rets
else:
return (-1, 'No matching requests')
@exception_handler
def suspend(self, request_id=None, workload_id=None):
"""
Suspend requests.
:param workload_id: the workload id.
:param request_id: the request.
"""
if request_id is None and workload_id is None:
logging.error(
"Both request_id and workload_id are None. One of them should not be None"
)
return (
-1,
"Both request_id and workload_id are None. One of them should not be None"
)
reqs = self.client.get_requests(request_id=request_id,
workload_id=workload_id)
if reqs:
rets = []
for req in reqs:
logging.info("Suspending request: %s" % req['request_id'])
# self.client.update_request(request_id=req['request_id'], parameters={'substatus': RequestStatus.ToSuspend})
self.client.send_message(request_id=req['request_id'],
msg={
'command': 'update_request',
'parameters': {
'status':
RequestStatus.ToSuspend
}
})
logging.info("Suspend request registered successfully: %s" %
req['request_id'])
ret = (0, "Suspend request registered successfully: %s" %
req['request_id'])
rets.append(ret)
return rets
else:
return (-1, 'No matching requests')
@exception_handler
def resume(self, request_id=None, workload_id=None):
"""
Resume requests.
:param workload_id: the workload id.
:param request_id: the request.
"""
if request_id is None and workload_id is None:
logging.error(
"Both request_id and workload_id are None. One of them should not be None"
)
return (
-1,
"Both request_id and workload_id are None. One of them should not be None"
)
reqs = self.client.get_requests(request_id=request_id,
workload_id=workload_id)
if reqs:
rets = []
for req in reqs:
logging.info("Resuming request: %s" % req['request_id'])
# self.client.update_request(request_id=req['request_id'], parameters={'substatus': RequestStatus.ToResume})
self.client.send_message(request_id=req['request_id'],
msg={
'command': 'update_request',
'parameters': {
'status':
RequestStatus.ToResume
}
})
logging.info("Resume request registered successfully: %s" %
req['request_id'])
ret = (0, "Resume request registered successfully: %s" %
req['request_id'])
rets.append(ret)
return rets
else:
return (-1, 'No matching requests')
@exception_handler
def retry(self, request_id=None, workload_id=None):
"""
Retry requests.
:param workload_id: the workload id.
:param request_id: the request.
"""
if request_id is None and workload_id is None:
logging.error(
"Both request_id and workload_id are None. One of them should not be None"
)
return (
-1,
"Both request_id and workload_id are None. One of them should not be None"
)
reqs = self.client.get_requests(request_id=request_id,
workload_id=workload_id)
if reqs:
rets = []
for req in reqs:
logging.info("Retrying request: %s" % req['request_id'])
# self.client.update_request(request_id=req['request_id'], parameters={'substatus': RequestStatus.ToResume})
self.client.send_message(request_id=req['request_id'],
msg={
'command': 'update_request',
'parameters': {
'status':
RequestStatus.ToResume
}
})
logging.info("Retry request registered successfully: %s" %
req['request_id'])
ret = (0, "Retry request registered successfully: %s" %
req['request_id'])
rets.append(ret)
return rets
else:
return (-1, 'No matching requests')
@exception_handler
def finish(self,
request_id=None,
workload_id=None,
set_all_finished=False):
"""
Retry requests.
:param workload_id: the workload id.
:param request_id: the request.
"""
if request_id is None and workload_id is None:
logging.error(
"Both request_id and workload_id are None. One of them should not be None"
)
return (
-1,
"Both request_id and workload_id are None. One of them should not be None"
)
reqs = self.client.get_requests(request_id=request_id,
workload_id=workload_id)
if reqs:
rets = []
for req in reqs:
logging.info("Finishing request: %s" % req['request_id'])
if set_all_finished:
# self.client.update_request(request_id=req['request_id'], parameters={'substatus': RequestStatus.ToForceFinish})
self.client.send_message(
request_id=req['request_id'],
msg={
'command': 'update_request',
'parameters': {
'status': RequestStatus.ToForceFinish
}
})
else:
# self.client.update_request(request_id=req['request_id'], parameters={'substatus': RequestStatus.ToFinish})
self.client.send_message(request_id=req['request_id'],
msg={
'command': 'update_request',
'parameters': {
'status':
RequestStatus.ToFinish
}
})
logging.info("ToFinish request registered successfully: %s" %
req['request_id'])
ret = (0, "ToFinish request registered successfully: %s" %
req['request_id'])
rets.append(ret)
return rets
else:
return (-1, 'No matching requests')
@exception_handler
def get_requests(self,
request_id=None,
workload_id=None,
with_detail=False,
with_metadata=False):
"""
Get requests.
:param workload_id: the workload id.
:param request_id: the request.
:param with_detail: Whether to show detail info.
"""
reqs = self.client.get_requests(request_id=request_id,
workload_id=workload_id,
with_detail=with_detail,
with_metadata=with_metadata)
return reqs
@exception_handler
def get_status(self,
request_id=None,
workload_id=None,
with_detail=False,
with_metadata=False):
"""
Get the status progress report of requests.
:param workload_id: the workload id.
:param request_id: the request.
:param with_detail: Whether to show detail info.
"""
reqs = self.client.get_requests(request_id=request_id,
workload_id=workload_id,
with_detail=with_detail,
with_metadata=with_metadata)
if with_detail:
table = []
for req in reqs:
table.append([
req['request_id'], req['transform_id'], req['workload_id'],
req['transform_workload_id'],
"%s:%s" %
(req['output_coll_scope'], req['output_coll_name']),
"%s[%s/%s/%s]" %
(req['transform_status'].name, req['output_total_files'],
req['output_processed_files'],
req['output_processing_files']), req['errors']
])
ret = tabulate.tabulate(table,
tablefmt='simple',
headers=[
'request_id', 'transform_id',
'request_workload_id',
'transform_workload_id', 'scope:name',
'status[Total/OK/Processing]', 'errors'
])
# print(ret)
return str(ret)
else:
table = []
for req in reqs:
table.append([
req['request_id'], req['workload_id'],
"%s:%s" % (req['scope'], req['name']), req['status'].name,
req['errors']
])
ret = tabulate.tabulate(table,
tablefmt='simple',
headers=[
'request_id', 'request_workload_id',
'scope:name', 'status', 'errors'
])
# print(ret)
return str(ret)
@exception_handler
def download_logs(self,
request_id=None,
workload_id=None,
dest_dir='./',
filename=None):
"""
Download logs for a request.
:param workload_id: the workload id.
:param request_id: the request.
:param dest_dir: The destination directory.
:param filename: The destination filename to be saved. If it's None, default filename will be saved.
"""
filename = self.client.download_logs(request_id=request_id,
workload_id=workload_id,
dest_dir=dest_dir,
filename=filename)
if filename:
logging.info("Logs are downloaded to %s" % filename)
return (0, "Logs are downloaded to %s" % filename)
else:
logging.info(
"Failed to download logs for workload_id(%s) and request_id(%s)"
% (workload_id, request_id))
return (
-1,
"Failed to download logs for workload_id(%s) and request_id(%s)"
% (workload_id, request_id))
@exception_handler
def upload_to_cacher(self, filename):
"""
Upload file to iDDS cacher: On the cacher, the filename will be the basename of the file.
"""
return self.client.upload(filename)
@exception_handler
def download_from_cacher(self, filename):
"""
Download file from iDDS cacher: On the cacher, the filename will be the basename of the file.
"""
return self.client.download(filename)
@exception_handler
def get_hyperparameters(self,
workload_id,
request_id,
id=None,
status=None,
limit=None):
"""
Get hyperparameters from the Head service.
:param workload_id: the workload id.
:param request_id: the request id.
:param status: the status of the hyperparameters.
:param limit: limit number of hyperparameters
:raise exceptions if it's not got successfully.
"""
return self.client.get_hyperparameters(workload_id=workload_id,
request_id=request_id,
id=id,
status=status,
limit=limit)
@exception_handler
def update_hyperparameter(self, workload_id, request_id, id, loss):
"""
Update hyperparameter to the Head service.
:param workload_id: the workload id.
:param request_id: the request.
:param id: id of the hyper parameter.
:param loss: the loss.
:raise exceptions if it's not updated successfully.
"""
return self.client.update_hyperparameter(workload_id=workload_id,
request_id=request_id,
id=id,
loss=loss)
@exception_handler
def get_messages(self, request_id=None, workload_id=None):
"""
Get messages.
:param workload_id: the workload id.
:param request_id: the request.
"""
if request_id is None and workload_id is None:
logging.error(
"Both request_id and workload_id are None. One of them should not be None"
)
return (
-1,
"Both request_id and workload_id are None. One of them should not be None"
)
logging.info(
"Retrieving messages for request_id: %s, workload_id: %s" %
(request_id, workload_id))
msgs = self.client.get_messages(request_id=request_id,
workload_id=workload_id)
logging.info(
"Retrieved %s messages for request_id: %s, workload_id: %s" %
(len(msgs), request_id, workload_id))
return (0, msgs)
#!/usr/bin/env python
#
# Licensed under the Apache License, Version 2.0 (the "License");
# You may not use this file except in compliance with the License.
# You may obtain a copy of the License at
# http://www.apache.org/licenses/LICENSE-2.0OA
#
# Authors:
# - Wen Guan, <*****@*****.**>, 2020
"""
Test cacher.
"""
import os
from idds.client.client import Client
from idds.common.utils import get_rest_host
full_name = os.path.abspath(__file__)
host = get_rest_host()
client = Client(host=host)
client.upload(full_name)
client.download(os.path.join('/tmp', os.path.basename(full_name)))
full_name = '/bin/hostname'
client.upload(full_name)
client.download(os.path.join('/tmp', os.path.basename(full_name)))
# Licensed under the Apache License, Version 2.0 (the "License");
# You may not use this file except in compliance with the License.
# You may obtain a copy of the License at
# http://www.apache.org/licenses/LICENSE-2.0OA
#
# Authors:
# - Wen Guan, <*****@*****.**>, 2020
"""
Test cacher.
"""
import sys
from idds.client.client import Client
from idds.common.utils import get_rest_host
if len(sys.argv) == 2:
workload_id = sys.argv[1]
request_id = None
elif len(sys.argv) == 3:
workload_id = sys.argv[1]
request_id = sys.argv[2]
host = get_rest_host()
client = Client(host=host)
filename = client.download_logs(workload_id=workload_id,
request_id=request_id,
dest_dir='/tmp')
print(filename)
def test_catalog_rest(self):
""" Catalog (Rest): Test catalog rest functions """
host = get_rest_host()
client = Client(host=host)
req_properties = get_request_properties()
origin_request_id = add_request(**req_properties)
trans_properties = get_transform_properties()
trans_properties['request_id'] = origin_request_id
origin_trans_id = add_transform(**trans_properties)
coll_properties = get_collection_properties()
coll_properties['transform_id'] = origin_trans_id
coll_properties['request_id'] = origin_request_id
coll_properties['relation_type'] = CollectionRelationType.Output
origin_coll_id = add_collection(**coll_properties)
req_trans_colls = client.get_collections(request_id=origin_request_id, workload_id=None)
assert_equal(len(req_trans_colls.keys()), 1)
req_id = list(req_trans_colls.keys())[0]
assert_equal(origin_request_id, req_id)
assert_equal(len(req_trans_colls[req_id].keys()), 1)
trans_id = list(req_trans_colls[req_id].keys())[0]
assert_equal(trans_id, origin_trans_id)
colls = req_trans_colls[req_id][trans_id]
assert_equal(len(colls), 1)
assert_equal(colls[0]['coll_id'], origin_coll_id)
req_trans_colls1 = client.get_collections(request_id=None, workload_id=req_properties['request_metadata']['workload_id'])
assert_equal(is_same_req_trans_colls(req_trans_colls, req_trans_colls1), True)
req_trans_colls1 = client.get_collections(scope=coll_properties['scope'], name=coll_properties['name'],
request_id=None, workload_id=None)
assert_equal(is_same_req_trans_colls(req_trans_colls, req_trans_colls1), True)
content_output_properties = get_content_properties()
content_output_properties['content_type'] = ContentType.File
content_output_properties['min_id'] = 0
content_output_properties['max_id'] = 1000
content_output_properties['coll_id'] = origin_coll_id
origin_content_output_id_0_1000 = add_content(returning_id=True, **content_output_properties)
content_output_properties_0_100 = copy.deepcopy(content_output_properties)
content_output_properties_0_100['min_id'] = 0
content_output_properties_0_100['max_id'] = 100
content_output_properties['content_type'] = ContentType.Event
origin_content_output_id_0_100 = add_content(returning_id=True, **content_output_properties_0_100)
content_output_properties_100_200 = copy.deepcopy(content_output_properties)
content_output_properties_100_200['min_id'] = 100
content_output_properties_100_200['max_id'] = 200
content_output_properties['content_type'] = ContentType.Event
origin_content_output_id_100_200 = add_content(returning_id=True, **content_output_properties_100_200)
content_output_properties_name1 = copy.deepcopy(content_output_properties)
content_output_properties_name1['name'] = content_output_properties_name1['name'] + '_1'
content_output_properties_name1_id = add_content(returning_id=True, **content_output_properties_name1)
req_trans_coll_contents = client.get_contents(coll_scope=coll_properties['scope'], coll_name=coll_properties['name'],
request_id=origin_request_id, workload_id=req_properties['request_metadata']['workload_id'])
coll_contents = req_trans_coll_contents[origin_request_id][origin_trans_id]
coll_scope_name = '%s:%s' % (coll_properties['scope'], coll_properties['name'])
coll_scope_names = [scope_name for scope_name in coll_contents]
assert_equal(coll_scope_names, [coll_scope_name])
contents = coll_contents[coll_scope_name]['contents']
assert_equal(len(contents), 4)
output_content_ids = [output_content['content_id'] for output_content in contents]
assert_equal(output_content_ids, [origin_content_output_id_0_1000, origin_content_output_id_0_100,
origin_content_output_id_100_200, content_output_properties_name1_id])
req_trans_coll_contents1 = client.get_contents(coll_scope=coll_properties['scope'], coll_name=coll_properties['name'],
request_id=origin_request_id, workload_id=req_properties['request_metadata']['workload_id'],
relation_type=CollectionRelationType.Output)
assert_equal(is_same_req_trans_coll_contents(req_trans_coll_contents, req_trans_coll_contents1), True)
contents = client.get_match_contents(coll_scope=coll_properties['scope'], coll_name=coll_properties['name'],
scope=content_output_properties['scope'], name=content_output_properties['name'],
min_id=None, max_id=None, request_id=origin_request_id,
workload_id=req_properties['request_metadata']['workload_id'], only_return_best_match=False)
assert_equal(len(contents), 3)
content_ids = [content['content_id'] for content in contents]
content_ids.sort()
content_ids1 = [origin_content_output_id_0_1000, origin_content_output_id_0_100, origin_content_output_id_100_200]
content_ids1.sort()
assert_equal(content_ids, content_ids1)
contents = client.get_match_contents(coll_scope=coll_properties['scope'], coll_name=coll_properties['name'],
scope=content_output_properties['scope'], name=content_output_properties['name'],
min_id=0, max_id=50, request_id=origin_request_id,
workload_id=req_properties['request_metadata']['workload_id'], only_return_best_match=False)
assert_equal(len(contents), 2)
content_ids = [content['content_id'] for content in contents]
content_ids.sort()
content_ids1 = [origin_content_output_id_0_1000, origin_content_output_id_0_100]
content_ids1.sort()
assert_equal(content_ids, content_ids1)
contents = client.get_match_contents(coll_scope=coll_properties['scope'], coll_name=coll_properties['name'],
scope=content_output_properties['scope'], name=content_output_properties['name'],
min_id=0, max_id=50, request_id=origin_request_id,
workload_id=req_properties['request_metadata']['workload_id'], only_return_best_match=True)
assert_equal(len(contents), 1)
content_ids = [content['content_id'] for content in contents]
assert_equal(content_ids, [origin_content_output_id_0_100])
contents = [{'scope': content_output_properties['scope'], 'name': content_output_properties['name'],
'min_id': content_output_properties['min_id'], 'max_id': content_output_properties['max_id'],
'status': ContentStatus.Available, 'path': '/abc/test_path'},
{'scope': content_output_properties_name1['scope'], 'name': content_output_properties_name1['name'],
'min_id': content_output_properties_name1['min_id'], 'max_id': content_output_properties_name1['max_id'],
'status': ContentStatus.Failed}]
client.register_contents(coll_scope=coll_properties['scope'], coll_name=coll_properties['name'],
contents=contents, request_id=origin_request_id,
workload_id=req_properties['request_metadata']['workload_id'])
content = get_content(content_id=origin_content_output_id_0_1000)
assert_equal(content['status'], ContentStatus.Available)
assert_equal(content['path'], '/abc/test_path')
content = get_content(content_id=content_output_properties_name1_id)
assert_equal(content['status'], ContentStatus.Failed)
# http://www.apache.org/licenses/LICENSE-2.0OA
#
# Authors:
# - Wen Guan, <*****@*****.**>, 2020
"""
Test hyper parameter optimization test client.
"""
from idds.client.client import Client
from idds.common.constants import CollectionRelationType, ContentStatus
from idds.common.utils import get_rest_host
# host = "https://aipanda181.cern.ch:443/idds"
host = get_rest_host()
client = Client(host=host)
# props['request_metadata']['result_parser'] = 'default'
scope = 'data16_13TeV'
name = 'data16_13TeV.00298862.physics_Main.daq.RAW.idds.stagein'
request_id = 12
workload_id = 1601235010
relation_type = CollectionRelationType.Output # Input, Log
status = ContentStatus.Available # New, Processing, Available, ...
colls = client.get_collections(scope=scope,
name=name,
request_id=request_id,
workload_id=workload_id,
relation_type=relation_type)
print(colls)
'requester': 'panda',
'request_type': RequestType.ActiveLearning,
'transform_tag': 'prodsys2',
'status': RequestStatus.New,
'priority': 0,
'lifetime': 30,
'request_metadata': {
'workload_id': '20525134',
'sandbox': 'https://',
'executable': 'hostname',
'arguments': '-s --input %IN',
'output_json': 'output.json'
}
}
return req_properties
host = get_rest_host()
props = get_req_properties()
test_codes = get_test_codes()
client = Client(host=host)
test_codes_url = client.upload(test_codes)
props['request_metadata']['sandbox'] = test_codes_url
props['request_metadata']['executable'] = 'test.sh'
props['request_metadata']['arguments'] = '-1 -2 test'
# props['request_metadata']['result_parser'] = 'default'
request_id = client.add_request(**props)
print(request_id)
import sys
from idds.client.client import Client
from idds.common.utils import get_rest_host
if len(sys.argv) == 2:
workload_id = sys.argv[1]
request_id = None
elif len(sys.argv) == 3:
workload_id = sys.argv[1]
request_id = sys.argv[2]
# host = "https://aipanda181.cern.ch:443/idds"
host = get_rest_host()
client = Client(host=host)
# props['request_metadata']['result_parser'] = 'default'
params = client.get_hyperparameters(workload_id=workload_id, request_id=request_id)
print(params)
if not params:
print("No parameters")
else:
for param in params:
id = param['id']
if param['loss'] is None:
print("updating %s" % id)
ret = client.update_hyperparameter(workload_id=workload_id, request_id=request_id, id=id, loss=0.3)
print(ret)
break
