def _do_validation(args):
"""Validation for multiprocessing support."""
root, url, timeout = args
votable.table.reset_vo_warnings()
r = result.Result(url, root=root, timeout=timeout)
r.validate_vo()
_categorize_result(r)
# This was already checked above.
# Calling this again to get VOTableFile object to catch
# well-formed error responses in downloaded XML.
#
# 'incorrect' is also added in case user wants to use
# 'conesearch_warn.json' anyway.
#
# If using cached data, it will not detect network error
# like the first run, but will raise exception.
#
# When SR is not 0, VOSError is raised for empty table.
#
if r['expected'] in ('good', 'incorrect') and r['nexceptions'] == 0:
nexceptions = 0
nwarnings = 0
lines = []
with warnings.catch_warnings(record=True) as warning_lines:
try:
vo_tab_parse(
votable.table.parse(r.get_vo_xml_path(), verify='warn'),
r.url, {})
except (E19, IndexError, VOSError) as e: # pragma: no cover
lines.append(str(e))
nexceptions += 1
lines = [str(x.message) for x in warning_lines] + lines
warning_types = set()
for line in lines: # pragma: no cover
w = votable.exceptions.parse_vowarning(line)
if w['is_warning']:
nwarnings += 1
if w['is_exception']:
nexceptions += 1
warning_types.add(w['warning'])
r['nwarnings'] += nwarnings
r['nexceptions'] += nexceptions
r['warnings'] += lines
r['warning_types'] = r['warning_types'].union(warning_types)
_categorize_result(r)
html.write_result(r)
return r
def _do_validation(args):
"""Validation for multiprocessing support."""
root, url, timeout = args
votable.table.reset_vo_warnings()
r = result.Result(url, root=root, timeout=timeout)
r.validate_vo()
_categorize_result(r)
# This was already checked above.
# Calling this again to get VOTableFile object to catch
# well-formed error responses in downloaded XML.
#
# 'incorrect' is also added in case user wants to use
# 'conesearch_warn.json' anyway.
#
# If using cached data, it will not detect network error
# like the first run, but will raise exception.
#
# When SR is not 0, VOSError is raised for empty table.
#
if r['expected'] in ('good', 'incorrect') and r['nexceptions'] == 0:
nexceptions = 0
nwarnings = 0
lines = []
with warnings.catch_warnings(record=True) as warning_lines:
try:
vo_tab_parse(votable.table.parse(
r.get_vo_xml_path(), pedantic=False), r.url, {})
except (E19, IndexError, VOSError) as e: # pragma: no cover
lines.append(str(e))
nexceptions += 1
lines = [str(x.message) for x in warning_lines] + lines
warning_types = set()
for line in lines: # pragma: no cover
w = votable.exceptions.parse_vowarning(line)
if w['is_warning']:
nwarnings += 1
if w['is_exception']:
nexceptions += 1
warning_types.add(w['warning'])
r['nwarnings'] += nwarnings
r['nexceptions'] += nexceptions
r['warnings'] += lines
r['warning_types'] = r['warning_types'].union(warning_types)
_categorize_result(r)
html.write_result(r)
return r
