def _make_record(self, record, prog, i, n, calculate_f_only=False):
meta_repo = self.meta_repo
if prog:
prog.change_message('Loading analysis {}. {}/{}'.format(
record.record_id, i, n))
expid = record.repository_identifier
if not expid:
exps = record.repository_ids
self.debug('Analysis {} is associated multiple repositories '
'{}'.format(record.record_id, ','.join(exps)))
expid = None
if self.selected_repositories:
rr = [si for si in self.selected_repositories if si in exps]
if rr:
if len(rr) > 1:
expid = self._get_requested_experiment_id(rr)
else:
expid = rr[0]
if expid is None:
expid = self._get_requested_experiment_id(exps)
if isinstance(record, DVCAnalysis):
a = record
else:
self.debug('use_repo_suffix={} record_id={}'.format(
record.use_repository_suffix, record.record_id))
try:
rid = record.record_id
if record.use_repository_suffix:
rid = '-'.join(rid.split('-')[:-1])
a = DVCAnalysis(rid, expid)
except AnalysisNotAnvailableError:
self.info(
'Analysis {} not available. Trying to clone repository "{}"'
.format(rid, expid))
try:
self.sync_repo(expid)
except CredentialException:
self.warning_dialog(
'Invalid credentials for GitHub/GitLab')
return
try:
a = DVCAnalysis(rid, expid)
except AnalysisNotAnvailableError:
self.warning_dialog(
'Analysis {} not in repository {}'.format(rid, expid))
return
# get repository branch
a.branch = get_repository_branch(
os.path.join(paths.repository_dataset_dir, expid))
# a.set_tag(record.tag)
self.debug('Irradiation {}'.format(a.irradiation))
# load irradiation
if a.irradiation and a.irradiation not in ('NoIrradiation', ):
chronology = meta_repo.get_chronology(a.irradiation)
a.set_chronology(chronology)
frozen_production = self._get_frozen_production(
rid, a.repository_identifier)
if frozen_production:
pname, prod = frozen_production.name, frozen_production
else:
pname, prod = meta_repo.get_production(
a.irradiation, a.irradiation_level)
a.set_production(pname, prod)
j, lambda_k = meta_repo.get_flux(
record.irradiation, record.irradiation_level,
record.irradiation_position_position)
a.j = j
if lambda_k:
a.arar_constants.lambda_k = lambda_k
if calculate_f_only:
a.calculate_F()
else:
a.calculate_age()
return a
def _make_record(self, record, prog, i, n, calculate_f=False, calculate_f_only=False):
# def _make_record(self, record, calculate_f=False):
ost = time.time()
if prog:
prog.change_message('Loading analysis {}. {}/{}'.format(record.record_id, i, n))
expid = record.experiment_identifier
if not expid:
exps = record.experiment_ids
self.debug('Analysis {} is associated multiple experiments '
'{}'.format(record.record_id, ','.join(exps)))
expid = None
if self.selected_experiments:
rr = [si for si in self.selected_experiments if si in exps]
if rr:
if len(rr) > 1:
expid = self._get_requested_experiment_id(rr)
else:
expid = rr[0]
if expid is None:
expid = self._get_requested_experiment_id(exps)
# func = lambda: DVCAnalysis(record.record_id, expid)
# a = timethis(func, )
# st = time.time()
if isinstance(record, DVCAnalysis):
a = record
else:
# if isinstance(record, AnalysisTbl):
# record = record.record_view
st = time.time()
a = DVCAnalysis(record.record_id, expid)
cot = time.time() - st
# cot = time.time() - st
# if cot>0.1:
# print 'constructor {}'.format(cot)
# load irradiation
if a.irradiation:
st = time.time()
meta_repo = self.meta_repo
chronology = meta_repo.get_chronology(a.irradiation)
a.set_chronology(chronology)
ct = time.time() - st
st = time.time()
pname = self.db.get_production_name(a.irradiation, a.irradiation_level)
prod = meta_repo.get_production(pname)
a.set_production(pname, prod)
pt = time.time() - st
st = time.time()
j, lambda_k = meta_repo.get_flux(record.irradiation, record.irradiation_level,
record.irradiation_position_position)
a.j = j
if lambda_k:
a.arar_constants.lambda_k = lambda_k
ft = time.time() - st
a.set_tag(record.tag_dict)
if calculate_f_only:
a.calculate_F()
else:
a.calculate_age()
et = time.time() - ost
if et > 0.1:
f = '-------'
print '{} make run {} {} {}'.format(f, i, record.record_id, et)
print 'constructor {}'.format(cot)
print 'chronology {}'.format(ct)
print 'production {}'.format(pt)
print 'flux {}'.format(ft)
return a