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# test result tool - report text based test results
#
# Copyright (c) 2019, Intel Corporation.
# Copyright (c) 2019, Linux Foundation
#
# SPDX-License-Identifier: GPL-2.0-only
#
import os
import glob
import json
import resulttool.resultutils as resultutils
from oeqa.utils.git import GitRepo
import oeqa.utils.gitarchive as gitarchive
class ResultsTextReport(object):
def __init__(self):
self.ptests = {}
self.ltptests = {}
self.ltpposixtests = {}
self.result_types = {'passed': ['PASSED', 'passed', 'PASS', 'XFAIL'],
'failed': ['FAILED', 'failed', 'FAIL', 'ERROR', 'error', 'UNKNOWN', 'XPASS'],
'skipped': ['SKIPPED', 'skipped', 'UNSUPPORTED', 'UNTESTED', 'UNRESOLVED']}
def handle_ptest_result(self, k, status, result, machine):
if machine not in self.ptests:
self.ptests[machine] = {}
if k == 'ptestresult.sections':
# Ensure tests without any test results still show up on the report
for suite in result['ptestresult.sections']:
if suite not in self.ptests[machine]:
self.ptests[machine][suite] = {
'passed': 0, 'failed': 0, 'skipped': 0, 'duration' : '-',
'failed_testcases': [], "testcases": set(),
}
if 'duration' in result['ptestresult.sections'][suite]:
self.ptests[machine][suite]['duration'] = result['ptestresult.sections'][suite]['duration']
if 'timeout' in result['ptestresult.sections'][suite]:
self.ptests[machine][suite]['duration'] += " T"
return True
# process test result
try:
_, suite, test = k.split(".", 2)
except ValueError:
return True
# Handle 'glib-2.0'
if 'ptestresult.sections' in result and suite not in result['ptestresult.sections']:
try:
_, suite, suite1, test = k.split(".", 3)
if suite + "." + suite1 in result['ptestresult.sections']:
suite = suite + "." + suite1
except ValueError:
pass
if suite not in self.ptests[machine]:
self.ptests[machine][suite] = {
'passed': 0, 'failed': 0, 'skipped': 0, 'duration' : '-',
'failed_testcases': [], "testcases": set(),
}
# do not process duplicate results
if test in self.ptests[machine][suite]["testcases"]:
print("Warning duplicate ptest result '{}.{}' for {}".format(suite, test, machine))
return False
for tk in self.result_types:
if status in self.result_types[tk]:
self.ptests[machine][suite][tk] += 1
self.ptests[machine][suite]["testcases"].add(test)
return True
def handle_ltptest_result(self, k, status, result, machine):
if machine not in self.ltptests:
self.ltptests[machine] = {}
if k == 'ltpresult.sections':
# Ensure tests without any test results still show up on the report
for suite in result['ltpresult.sections']:
if suite not in self.ltptests[machine]:
self.ltptests[machine][suite] = {'passed': 0, 'failed': 0, 'skipped': 0, 'duration' : '-', 'failed_testcases': []}
if 'duration' in result['ltpresult.sections'][suite]:
self.ltptests[machine][suite]['duration'] = result['ltpresult.sections'][suite]['duration']
if 'timeout' in result['ltpresult.sections'][suite]:
self.ltptests[machine][suite]['duration'] += " T"
return
try:
_, suite, test = k.split(".", 2)
except ValueError:
return
# Handle 'glib-2.0'
if 'ltpresult.sections' in result and suite not in result['ltpresult.sections']:
try:
_, suite, suite1, test = k.split(".", 3)
print("split2: %s %s %s" % (suite, suite1, test))
if suite + "." + suite1 in result['ltpresult.sections']:
suite = suite + "." + suite1
except ValueError:
pass
if suite not in self.ltptests[machine]:
self.ltptests[machine][suite] = {'passed': 0, 'failed': 0, 'skipped': 0, 'duration' : '-', 'failed_testcases': []}
for tk in self.result_types:
if status in self.result_types[tk]:
self.ltptests[machine][suite][tk] += 1
def handle_ltpposixtest_result(self, k, status, result, machine):
if machine not in self.ltpposixtests:
self.ltpposixtests[machine] = {}
if k == 'ltpposixresult.sections':
# Ensure tests without any test results still show up on the report
for suite in result['ltpposixresult.sections']:
if suite not in self.ltpposixtests[machine]:
self.ltpposixtests[machine][suite] = {'passed': 0, 'failed': 0, 'skipped': 0, 'duration' : '-', 'failed_testcases': []}
if 'duration' in result['ltpposixresult.sections'][suite]:
self.ltpposixtests[machine][suite]['duration'] = result['ltpposixresult.sections'][suite]['duration']
return
try:
_, suite, test = k.split(".", 2)
except ValueError:
return
# Handle 'glib-2.0'
if 'ltpposixresult.sections' in result and suite not in result['ltpposixresult.sections']:
try:
_, suite, suite1, test = k.split(".", 3)
if suite + "." + suite1 in result['ltpposixresult.sections']:
suite = suite + "." + suite1
except ValueError:
pass
if suite not in self.ltpposixtests[machine]:
self.ltpposixtests[machine][suite] = {'passed': 0, 'failed': 0, 'skipped': 0, 'duration' : '-', 'failed_testcases': []}
for tk in self.result_types:
if status in self.result_types[tk]:
self.ltpposixtests[machine][suite][tk] += 1
def get_aggregated_test_result(self, logger, testresult, machine):
test_count_report = {'passed': 0, 'failed': 0, 'skipped': 0, 'failed_testcases': []}
result = testresult.get('result', [])
for k in result:
test_status = result[k].get('status', [])
if k.startswith("ptestresult."):
if not self.handle_ptest_result(k, test_status, result, machine):
continue
elif k.startswith("ltpresult."):
self.handle_ltptest_result(k, test_status, result, machine)
elif k.startswith("ltpposixresult."):
self.handle_ltpposixtest_result(k, test_status, result, machine)
# process result if it was not skipped by a handler
for tk in self.result_types:
if test_status in self.result_types[tk]:
test_count_report[tk] += 1
if test_status in self.result_types['failed']:
test_count_report['failed_testcases'].append(k)
return test_count_report
def print_test_report(self, template_file_name, test_count_reports):
from jinja2 import Environment, FileSystemLoader
script_path = os.path.dirname(os.path.realpath(__file__))
file_loader = FileSystemLoader(script_path + '/template')
env = Environment(loader=file_loader, trim_blocks=True)
template = env.get_template(template_file_name)
havefailed = False
reportvalues = []
machines = []
cols = ['passed', 'failed', 'skipped']
maxlen = {'passed' : 0, 'failed' : 0, 'skipped' : 0, 'result_id': 0, 'testseries' : 0, 'ptest' : 0 ,'ltptest': 0, 'ltpposixtest': 0}
for line in test_count_reports:
total_tested = line['passed'] + line['failed'] + line['skipped']
vals = {}
vals['result_id'] = line['result_id']
vals['testseries'] = line['testseries']
vals['sort'] = line['testseries'] + "_" + line['result_id']
vals['failed_testcases'] = line['failed_testcases']
for k in cols:
vals[k] = "%d (%s%%)" % (line[k], format(line[k] / total_tested * 100, '.0f'))
for k in maxlen:
if k in vals and len(vals[k]) > maxlen[k]:
maxlen[k] = len(vals[k])
reportvalues.append(vals)
if line['failed_testcases']:
havefailed = True
if line['machine'] not in machines:
machines.append(line['machine'])
reporttotalvalues = {}
for k in cols:
reporttotalvalues[k] = '%s' % sum([line[k] for line in test_count_reports])
reporttotalvalues['count'] = '%s' % len(test_count_reports)
for (machine, report) in self.ptests.items():
for ptest in self.ptests[machine]:
if len(ptest) > maxlen['ptest']:
maxlen['ptest'] = len(ptest)
for (machine, report) in self.ltptests.items():
for ltptest in self.ltptests[machine]:
if len(ltptest) > maxlen['ltptest']:
maxlen['ltptest'] = len(ltptest)
for (machine, report) in self.ltpposixtests.items():
for ltpposixtest in self.ltpposixtests[machine]:
if len(ltpposixtest) > maxlen['ltpposixtest']:
maxlen['ltpposixtest'] = len(ltpposixtest)
output = template.render(reportvalues=reportvalues,
reporttotalvalues=reporttotalvalues,
havefailed=havefailed,
machines=machines,
ptests=self.ptests,
ltptests=self.ltptests,
ltpposixtests=self.ltpposixtests,
maxlen=maxlen)
print(output)
def view_test_report(self, logger, source_dir, branch, commit, tag, use_regression_map, raw_test, selected_test_case_only):
def print_selected_testcase_result(testresults, selected_test_case_only):
for testsuite in testresults:
for resultid in testresults[testsuite]:
result = testresults[testsuite][resultid]['result']
test_case_result = result.get(selected_test_case_only, {})
if test_case_result.get('status'):
print('Found selected test case result for %s from %s' % (selected_test_case_only,
resultid))
print(test_case_result['status'])
else:
print('Could not find selected test case result for %s from %s' % (selected_test_case_only,
resultid))
if test_case_result.get('log'):
print(test_case_result['log'])
test_count_reports = []
configmap = resultutils.store_map
if use_regression_map:
configmap = resultutils.regression_map
if commit:
if tag:
logger.warning("Ignoring --tag as --commit was specified")
tag_name = "{branch}/{commit_number}-g{commit}/{tag_number}"
repo = GitRepo(source_dir)
revs = gitarchive.get_test_revs(logger, repo, tag_name, branch=branch)
rev_index = gitarchive.rev_find(revs, 'commit', commit)
testresults = resultutils.git_get_result(repo, revs[rev_index][2], configmap=configmap)
elif tag:
repo = GitRepo(source_dir)
testresults = resultutils.git_get_result(repo, [tag], configmap=configmap)
else:
testresults = resultutils.load_resultsdata(source_dir, configmap=configmap)
if raw_test:
raw_results = {}
for testsuite in testresults:
result = testresults[testsuite].get(raw_test, {})
if result:
raw_results[testsuite] = {raw_test: result}
if raw_results:
if selected_test_case_only:
print_selected_testcase_result(raw_results, selected_test_case_only)
else:
print(json.dumps(raw_results, sort_keys=True, indent=4))
else:
print('Could not find raw test result for %s' % raw_test)
return 0
if selected_test_case_only:
print_selected_testcase_result(testresults, selected_test_case_only)
return 0
for testsuite in testresults:
for resultid in testresults[testsuite]:
skip = False
result = testresults[testsuite][resultid]
machine = result['configuration']['MACHINE']
# Check to see if there is already results for these kinds of tests for the machine
for key in result['result'].keys():
testtype = str(key).split('.')[0]
if ((machine in self.ltptests and testtype == "ltpiresult" and self.ltptests[machine]) or
(machine in self.ltpposixtests and testtype == "ltpposixresult" and self.ltpposixtests[machine])):
print("Already have test results for %s on %s, skipping %s" %(str(key).split('.')[0], machine, resultid))
skip = True
break
if skip:
break
test_count_report = self.get_aggregated_test_result(logger, result, machine)
test_count_report['machine'] = machine
test_count_report['testseries'] = result['configuration']['TESTSERIES']
test_count_report['result_id'] = resultid
test_count_reports.append(test_count_report)
self.print_test_report('test_report_full_text.txt', test_count_reports)
def report(args, logger):
report = ResultsTextReport()
report.view_test_report(logger, args.source_dir, args.branch, args.commit, args.tag, args.use_regression_map,
args.raw_test_only, args.selected_test_case_only)
return 0
def register_commands(subparsers):
"""Register subcommands from this plugin"""
parser_build = subparsers.add_parser('report', help='summarise test results',
description='print a text-based summary of the test results',
group='analysis')
parser_build.set_defaults(func=report)
parser_build.add_argument('source_dir',
help='source file/directory/URL that contain the test result files to summarise')
parser_build.add_argument('--branch', '-B', default='master', help="Branch to find commit in")
parser_build.add_argument('--commit', help="Revision to report")
parser_build.add_argument('-t', '--tag', default='',
help='source_dir is a git repository, report on the tag specified from that repository')
parser_build.add_argument('-m', '--use_regression_map', action='store_true',
help='instead of the default "store_map", use the "regression_map" for report')
parser_build.add_argument('-r', '--raw_test_only', default='',
help='output raw test result only for the user provided test result id')
parser_build.add_argument('-s', '--selected_test_case_only', default='',
help='output selected test case result for the user provided test case id, if both test '
'result id and test case id are provided then output the selected test case result '
'from the provided test result id')
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