if args.regen:
tmpname = exceptions_file + ".tmp"
tmpfile = open(tmpname, "w")
- sys.stdout = tmpfile
- sys.stdout.write(HEADER)
+ problem_file = tmpfile
ProblemVault = problem.ProblemVault()
else:
ProblemVault = problem.ProblemVault(exceptions_file)
+ problem_file = sys.stdout
# 2.1) Adjust the exceptions so that we warn only about small problems,
# and produce errors on big ones.
for item in filt.filter(consider_all_metrics(files_list)):
status = ProblemVault.register_problem(item)
if status == problem.STATUS_ERR:
- print(item)
+ print(item, file=problem_file)
found_new_issues += 1
elif status == problem.STATUS_WARN:
- item.warn()
+ # warnings always go to stdout.
+ print("(warning) {}".format(item))
if args.regen:
tmpfile.close()
else:
return STATUS_OK
- def warn(self):
- """Warn about this problem on stderr only."""
- print("(warning) {}".format(self), file=sys.stderr)
-
def key(self):
"""Generate a unique key that describes this problem that can be used as a dictionary key"""
# Item location is a filesystem path, so we need to normalize this