def main():
cmdlineparser = argparse.ArgumentParser(description = 'BonnieSample Parser', prog = 'BonnieSample')
cmdlineparser.add_argument('db', nargs='+')
ns = cmdlineparser.parse_args(sys.argv[1:])
if len(ns.db) != 2:
print('Usages')
db0 = get_samples_in_dir(ns.db[0])
db1 = get_samples_in_dir(ns.db[1])
for t in db0:
t.parse()
for t in db1:
t.parse()
#print(type(NamedTree.operator.average))
#average0 = NamedTree.operator.average(*db0)
#average0.set_name(os.path.basename(ns.db[0]))
group0 = NamedTreeGroup(*db0)
average0 = group0.average()
average0.name = os.path.basename(ns.db[0])
#average1 = NamedTree.operator.average(*db1)
#average1.set_name(os.path.basename(ns.db[1]))
group1 = NamedTreeGroup(*db1)
average1 = group1.average()
average1.name = os.path.basename(ns.db[1])
diff_ratio = NamedTree.Operator.diff_ratio(average0, average1)
#union = NamedTree.operator.union(average0, average1, diff_ratio)
#NamedTree.painter.single(union)
ngroup = BonnieSampleGroup(average0, average1, diff_ratio)
#ngroup.painter = NamedTreePainter(info)
ngroup.pnt_result()
def main():
cmdlineparser = argparse.ArgumentParser(description = 'Sample Parser', prog = 'Sample')
cmdlineparser.add_argument('db', nargs='+')
#TODO a universal command line
ns = cmdlineparser.parse_args(sys.argv[1:])
if len(ns.db) < 0:
print('Usages')
exit()
average_list = []
for db in ns.db:
DB = ctcs2.LogDB(db)
db = DB.samples('qa_iozone_4-32G', 'qa_iozone_4-32G', IOzoneSample)
if len(db) == 0:
log.warning('[IOzone] There is no log files from %s' % ns.db[0])
continue
for t in db:
t.parse_default()
group = NamedTreeGroup(*db)
average = group.average()
average.name = DB.name
average_list.append(average)
def note_over_10_percent (v_list):
if v_list[0] < -0.1:
return '***'
else:
return ' '
a_iter = iter(average_list)
r_base = next(a_iter)
r_list = list()
r_list.append(r_base)
spec_end = {r_base.name:'.0f'}
field_suffix = {}
while True:
try:
r_this = next(a_iter)
except StopIteration:
break
else:
r_diff_ratio = NamedTree.Operator.diff_ratio(r_base, r_this)
r_diff_ratio_percent = NamedTree.Operator.scale_multiply(r_diff_ratio, scale = 100)
r_diff_ratio_percent.name = 'Fluctuation'
r_diff_ratio_note = NamedTree.Operator.user_defined(r_diff_ratio, cb_func = note_over_10_percent)
r_diff_ratio_note.name = 'ratio_note'
spec_end[r_this.name] = '.0f'
spec_end[r_diff_ratio_percent.name] = '.2f'
spec_end[r_diff_ratio_note.name] = 's'
field_suffix[r_diff_ratio_percent.name] = " %"
r_list.append(r_this)
r_list.append(r_diff_ratio_percent)
r_list.append(r_diff_ratio_note)
ngroup = NamedTreeGroup(*r_list)
ngroup.leaf_render.set_field_format_spec_end(**spec_end)
ngroup.leaf_render.set_field_suffix(**field_suffix)
ngroup.leaf_print()