def get(self, build_id):
build = Build.query.get(build_id)
if build is None:
return '', 404
args = self.parser.parse_args()
results = get_coverage_by_build_id(build.id)
if args.diff:
diff = build.source.generate_diff()
if not diff:
return self.respond({})
diff_parser = DiffParser(diff)
lines_by_file = diff_parser.get_lines_by_file()
results = [r for r in results if r.filename in lines_by_file]
coverage_data = merged_coverage_data(results)
coverage_stats = {}
for filename in lines_by_file:
if filename in coverage_data and filename in lines_by_file:
stats = get_coverage_stats(lines_by_file[filename], coverage_data[filename])
coverage_stats[filename] = {
'linesCovered': stats.lines_covered,
'linesUncovered': stats.lines_uncovered,
'diffLinesCovered': stats.diff_lines_covered,
'diffLinesUncovered': stats.diff_lines_uncovered,
}
else:
# NOTE: Without a diff, the stats may be off if there are
# multiple job steps. (Each job step can potentially
# return a separate FileCoverage row for the same file.)
# For each file, we return the best metrics using
# min()/max(); if you want more correct metrics, pass
# diff=1.
coverage_stats = {}
for r in results:
if r.filename not in coverage_stats:
coverage_stats[r.filename] = {
'linesCovered': r.lines_covered,
'linesUncovered': r.lines_uncovered,
'diffLinesCovered': r.diff_lines_covered,
'diffLinesUncovered': r.diff_lines_uncovered,
}
else:
# Combine metrics using max() for [diff] lines
# covered, min() for [diff] lines uncovered.
stats = coverage_stats[r.filename]
coverage_stats[r.filename] = {
'linesCovered': max(stats['linesCovered'], r.lines_covered),
'linesUncovered': min(stats['linesUncovered'], r.lines_uncovered),
'diffLinesCovered': max(stats['diffLinesCovered'], r.diff_lines_covered),
'diffLinesUncovered': min(stats['diffLinesUncovered'], r.diff_lines_uncovered),
}
return self.respond(coverage_stats)
def add_file_stats(self, result):
diff_lines = self.get_processed_diff()[result.filename]
(result.lines_covered,
result.lines_uncovered,
result.diff_lines_covered,
result.diff_lines_uncovered) = get_coverage_stats(diff_lines, result.data)
def add_file_stats(self, result):
diff_lines = self.get_processed_diff()[result.filename]
(result.lines_covered, result.lines_uncovered,
result.diff_lines_covered,
result.diff_lines_uncovered) = get_coverage_stats(
diff_lines, result.data)
def get(self, build_id):
build = Build.query.get(build_id)
if build is None:
return '', 404
args = self.parser.parse_args()
results = get_coverage_by_build_id(build.id)
if args.diff:
diff = build.source.generate_diff()
if not diff:
return self.respond({})
diff_parser = DiffParser(diff)
lines_by_file = diff_parser.get_lines_by_file()
results = [r for r in results if r.filename in lines_by_file]
coverage_data = merged_coverage_data(results)
coverage_stats = {}
for filename in lines_by_file:
if filename in coverage_data and filename in lines_by_file:
stats = get_coverage_stats(lines_by_file[filename],
coverage_data[filename])
coverage_stats[filename] = {
'linesCovered': stats.lines_covered,
'linesUncovered': stats.lines_uncovered,
'diffLinesCovered': stats.diff_lines_covered,
'diffLinesUncovered': stats.diff_lines_uncovered,
}
else:
# NOTE: Without a diff, the stats may be off if there are
# multiple job steps. (Each job step can potentially
# return a separate FileCoverage row for the same file.)
# For each file, we return the best metrics using
# min()/max(); if you want more correct metrics, pass
# diff=1.
coverage_stats = {}
for r in results:
if r.filename not in coverage_stats:
coverage_stats[r.filename] = {
'linesCovered': r.lines_covered,
'linesUncovered': r.lines_uncovered,
'diffLinesCovered': r.diff_lines_covered,
'diffLinesUncovered': r.diff_lines_uncovered,
}
else:
# Combine metrics using max() for [diff] lines
# covered, min() for [diff] lines uncovered.
stats = coverage_stats[r.filename]
coverage_stats[r.filename] = {
'linesCovered':
max(stats['linesCovered'], r.lines_covered),
'linesUncovered':
min(stats['linesUncovered'], r.lines_uncovered),
'diffLinesCovered':
max(stats['diffLinesCovered'], r.diff_lines_covered),
'diffLinesUncovered':
min(stats['diffLinesUncovered'],
r.diff_lines_uncovered),
}
return self.respond(coverage_stats)
