def _print_progress_message(self, test_name, test_status,
status_counters, progress,
mean_split_time, last_split_time,
params=None):
counters = {}
counters_format_parts = []
for status in Status.stopped():
counter_value = status_counters.get(status)
if counter_value > 0:
counters[status.value] = self.status_color(status) \
+ str(counter_value) \
+ self.RESET
counters_format_parts.append("{{{s}}}".format(s=status.value))
if counters_format_parts:
counter_format = "|" + "|".join(f for f in counters_format_parts)
else:
counter_format = ""
prefix_formatter = "[{progress:>4.0%}|{mean_split_time:.2f}ms" \
+ counter_format \
+ "] {test_status}: "
suffix_formatter = " ({elapsed})"
prefix = prefix_formatter.format(
progress=progress,
test_status=self.format_test_status(test_status),
mean_split_time=timedelta_to_unit(mean_split_time,
"ms"),
**counters)
if test_status != Status.RUNNING \
and last_split_time is not None \
and not params:
suffix = suffix_formatter.format(
elapsed=timedelta_to_hstr(last_split_time))
else:
suffix = ""
printed_test_name = test_name+_format_subtest_params(params)
self._printer.overwrite_message(prefix, printed_test_name,
suffix, ellipse_index=1)
def test_timedelta_to_unit(self):
data = [
(1000.0, timedelta(seconds=1), "ms"),
]
for i, (a, q, u) in enumerate(data):
self.assertEqual(a, timedelta_to_unit(q, u))