def test_jHiccup_v2_log():
accumulated_histogram = HdrHistogram(LOWEST, HIGHEST, SIGNIFICANT)
for checklist in JHICCUP_CHECKLISTS:
accumulated_histogram.reset()
log_reader = HistogramLogReader(JHICCUP_V2_LOG_NAME,
accumulated_histogram)
histogram_count = 0
total_count = 0
target_numbers = checklist.pop('target')
while 1:
decoded_histogram = log_reader.get_next_interval_histogram(
**checklist)
if not decoded_histogram:
break
histogram_count += 1
total_count += decoded_histogram.get_total_count()
accumulated_histogram.add(decoded_histogram)
# These logs use 8 byte counters
assert decoded_histogram.get_word_size() == 8
# These logs use the default 1.0 conversion ratio
assert decoded_histogram.get_int_to_double_conversion_ratio(
) == 1.0
for statement in target_numbers:
assert eval(statement) == target_numbers[statement]
log_reader.close()
def test_jHiccup_v2_log():
accumulated_histogram = HdrHistogram(LOWEST, HIGHEST, SIGNIFICANT)
for checklist in JHICCUP_CHECKLISTS:
accumulated_histogram.reset()
log_reader = HistogramLogReader(JHICCUP_V2_LOG_NAME, accumulated_histogram)
histogram_count = 0
total_count = 0
target_numbers = checklist.pop('target')
while 1:
decoded_histogram = log_reader.get_next_interval_histogram(**checklist)
if not decoded_histogram:
break
histogram_count += 1
total_count += decoded_histogram.get_total_count()
accumulated_histogram.add(decoded_histogram)
# These logs use 8 byte counters
assert(decoded_histogram.get_word_size() == 8)
for statement in target_numbers:
assert(eval(statement) == target_numbers[statement])
log_reader.close()
