def get_iter(self, input_iter):
oks = 0
total = 0
fails = []
skips = []
test_sum_time = 0.
write = self.stream.write
for test in input_iter:
total += 1
if test.status == 'OK':
if test.expected_fail:
fails.append(test.short_name())
else:
oks += 1
test_sum_time += (test.end_time-test.start_time)
elif test.status == 'FAIL':
if test.expected_fail:
oks += 1
else:
fails.append(test.short_name())
test_sum_time += (test.end_time-test.start_time)
elif test.status == 'SKIP':
skips.append(test.short_name())
yield test
# now summarize the run
if skips:
write("\n\nThe following tests were skipped:\n")
for s in sorted(skips):
write(s)
write('\n')
if fails:
write("\n\nThe following tests failed:\n")
for f in sorted(fails):
write(f)
write('\n')
else:
write("\n\nOK")
write("\n\nPassed: %d\nFailed: %d\nSkipped: %d\n" %
(oks, len(fails), len(skips)))
wallclock = time.time() - self._start_time
s = "" if total == 1 else "s"
if self.options.isolated:
procstr = " in isolated processes"
else:
procstr = " using %d processes" % self.options.num_procs
write("\n\nRan %d test%s%s\nSum of test times: %s\n"
"Wall clock time: %s\nSpeedup: %f\n\n" %
(total, s, procstr,
elapsed_str(test_sum_time), elapsed_str(wallclock),
test_sum_time/wallclock))
def _print_result(self, result):
stream = self.stream
stats = elapsed_str(result.elapsed())
if ((result.expected_fail and result.status != 'FAIL')
or (not result.expected_fail and result.status == 'FAIL')):
show_msg = True
else:
show_msg = False
if (self.verbose == 0 and
(result.err_msg and show_msg)) or self.verbose > 0:
if result.mpi and result.nprocs > 0:
run_type = '(mpi) '
elif result.isolated:
run_type = '(isolated) '
else:
run_type = ''
if result.err_msg:
stream.write("%s%s ... %s (%s, %d MB)\n%s\n" %
(run_type, result.spec, result.status, stats,
result.memory_usage, result.err_msg))
else:
stream.write("%s%s ... %s (%s, %d MB)\n" %
(run_type, result.spec, result.status, stats,
result.memory_usage))
else:
stream.write(_result_map[(result.status, result.expected_fail)])
if self.options.pre_announce:
stream.write('\n')
stream.flush()
def _print_result(self, result):
stream = self.stream
stats = elapsed_str(result.elapsed())
if result.mpi and result.nprocs > 0:
run_type = '(mpi) '
elif result.isolated:
run_type = '(isolated) '
else:
run_type = ''
if self.verbose or (result.err_msg and result.status in ('SKIP', 'FAIL')):
if result.err_msg:
stream.write("%s%s ... %s (%s, %d MB)\n%s\n" % (
run_type,
result.spec,
result.status,
stats, result.memory_usage,
result.err_msg))
else:
stream.write("%s%s ... %s (%s, %d MB)\n" % (
run_type,
result.spec,
result.status,
stats, result.memory_usage))
else:
stream.write(_result_map[result.status])
stream.flush()
def get_iter(self, input_iter):
oks = 0
total = 0
fails = []
skips = []
test_sum_time = 0.
write = self.stream.write
for test in input_iter:
total += 1
if test.status == 'OK':
if test.expected_fail:
fails.append(test.short_name())
else:
oks += 1
test_sum_time += (test.end_time-test.start_time)
elif test.status == 'FAIL':
if test.expected_fail:
oks += 1
else:
fails.append(test.short_name())
test_sum_time += (test.end_time-test.start_time)
elif test.status == 'SKIP':
skips.append(test.short_name())
yield test
# now summarize the run
if skips and self.options.verbose: # only list skips in verbose mode
write("\n\nThe following tests were skipped:\n")
for s in sorted(skips):
write(s)
write('\n')
if fails:
write("\n\nThe following tests failed:\n")
for f in sorted(fails):
write(f)
write('\n')
else:
write("\n\nOK")
write("\n\nPassed: %d\nFailed: %d\nSkipped: %d\n" %
(oks, len(fails), len(skips)))
wallclock = time.time() - self._start_time
s = "" if total == 1 else "s"
if self.options.isolated:
procstr = " in isolated processes"
else:
procstr = " using %d processes" % self.options.num_procs
write("\n\nRan %d test%s%s\nWall clock time: %s\n\n" %
(total, s, procstr, elapsed_str(wallclock)))
def _print_result(self, result):
stream = self.stream
stats = elapsed_str(result.elapsed())
if ((result.expected_fail and result.status != 'FAIL') or
(not result.expected_fail and result.status == 'FAIL')):
show_msg = True
else:
show_msg = False
if (self.verbose == 0 and (result.err_msg and show_msg)) or self.verbose > 0:
if result.mpi and result.nprocs > 0:
run_type = '(mpi) '
elif result.isolated:
run_type = '(isolated) '
else:
run_type = ''
if result.err_msg:
stream.write("%s%s ... %s (%s, %d MB)\n%s\n" % (
run_type,
result.spec,
result.status,
stats, result.memory_usage,
result.err_msg))
else:
stream.write("%s%s ... %s (%s, %d MB)\n" % (
run_type,
result.spec,
result.status,
stats, result.memory_usage))
else:
stream.write(_result_map[(result.status, result.expected_fail)])
stream.flush()
def get_iter(self, input_iter):
oks = 0
total = 0
fails = []
skips = []
test_sum_time = 0.
write = self.stream.write
for test in input_iter:
total += 1
if test.status == 'OK':
if test.expected_fail:
fails.append(self.get_test_name(test))
else:
oks += 1
test_sum_time += (test.end_time-test.start_time)
elif test.status == 'FAIL':
if test.expected_fail:
oks += 1
else:
fails.append(self.get_test_name(test))
test_sum_time += (test.end_time-test.start_time)
elif test.status == 'SKIP':
skips.append(self.get_test_name(test))
yield test
# now summarize the run
if skips and self.options.verbose: # only list skips in verbose mode
write("\n\nThe following tests were skipped:\n")
for s in sorted(skips):
write(s)
write('\n')
if fails:
write("\n\nThe following tests failed:\n")
for f in sorted(fails):
write(f)
write('\n')
else:
write("\n\nOK")
write("\n\nPassed: %d\nFailed: %d\nSkipped: %d\n" %
(oks, len(fails), len(skips)))
wallclock = time.time() - self._start_time
s = "" if total == 1 else "s"
if self.options.isolated:
procstr = " in isolated processes"
else:
procstr = " using %d processes" % self.options.num_procs
write("\n\nRan %d test%s%s\nWall clock time: %s\n\n" %
(total, s, procstr, elapsed_str(wallclock)))
if fails:
sys_info = platform.uname()
write("\nYour system's specifications are shown below "
"to facilitate reporting of failures.")
write("\n\nOS: %s\nCPU: %s\nPython: %s\n\n" %
("%s | %s" % (sys_info.system, sys_info.version),
"%s | %s" % (sys_info.machine, sys_info.processor),
sys.version))
