def get_current_coverage(self) -> int:
"""Get the current number of lines covered."""
if not os.path.exists(self.cov_summary_file):
self.logger.warning('No coverage summary json file found.')
return 0
try:
coverage_info = coverage_utils.get_coverage_infomation(
self.cov_summary_file)
coverage_data = coverage_info["data"][0]
summary_data = coverage_data["totals"]
regions_coverage_data = summary_data["regions"]
regions_covered = regions_coverage_data["covered"]
return regions_covered
except Exception: # pylint: disable=broad-except
self.logger.error(
'Coverage summary json file defective or missing.')
return 0
def extract_segments_and_functions_from_summary_json( # pylint: disable=too-many-locals
summary_json_file, benchmark, fuzzer, trial_id, time):
"""Return a trial-specific data frame container with segment and function
coverage information given a trial-specific coverage summary json file."""
trial_specific_coverage_data = DetailedCoverageData()
try:
coverage_info = coverage_utils.get_coverage_infomation(
summary_json_file)
# Extract coverage information for functions.
for function_data in coverage_info['data'][0]['functions']:
trial_specific_coverage_data.add_function_entry(
benchmark, fuzzer, trial_id, function_data['name'],
function_data['count'], time)
# Extract coverage information for segments.
for file in coverage_info['data'][0]['files']:
for segment in file['segments']:
if segment[2] != 0: # Segment hits.
trial_specific_coverage_data.add_segment_entry(
benchmark,
fuzzer,
trial_id,
file['filename'],
segment[0], # Segment line.
segment[1], # Segment column.
time)
except (ValueError, KeyError, IndexError):
coverage_utils.logger.error(
'Failed when extracting trial-specific segment and function '
'information from coverage summary.')
trial_specific_coverage_data.generate_data_frames_after_adding_all_entries(
)
return trial_specific_coverage_data