def test_3lines_clip(output=True):
config = Config()
config.text_autoclip_enable = True
config.text_autoclip_method = C._TEXT_AUTOCLIP_BY_LINE
config.string_break_enable = True
config.string_break_method = C._STRING_BREAK_BY_WIDTH
return pp(clip_by_3_lines, output, config=config)
def test_autoclip_no_room(output=True):
config = Config()
# config.debug_level = 9
config.max_depth = 2
config.string_break_width = 1
config.string_break_method = C._STRING_BREAK_BY_WIDTH
return pp(autoclip_no_room, output, config=config)
def test_autoclip_no_room(output=True):
config = Config()
# config.debug_level = 9
config.max_depth = 2
config.string_break_width = 1
config.string_break_method = C._STRING_BREAK_BY_WIDTH
return pp(autoclip_no_room, output, config=config)
def test_complicate_data(output=True):
config = Config()
config.string_break_method = C._STRING_BREAK_BY_WIDTH
config.text_autoclip_enable = False
res = pp(values, output, config=config)
res += pp(long_text_in_dict, output, config=config)
res += pp(long_text_in_list, output, config=config)
return res
def test_complicate_data(output=True):
config = Config()
config.string_break_method = C._STRING_BREAK_BY_WIDTH
config.text_autoclip_enable = False
res = pp(values, output, config=config)
res += pp(long_text_in_dict, output, config=config)
res += pp(long_text_in_list, output, config=config)
return res
def test_sort_of_string(output=True):
config = Config()
config.debug_delay = False
config.str_display_not_prefix_u = False
config.str_display_not_prefix_b = False
for sstr in sort_of_string:
ints = ''
for e in sstr:
try:
ints += '%d ' % ord(e)
except:
ints += '%d ' % e
print('%40s %s %s' % (ints, repr(sstr), len(sstr)))
return pp(sort_of_string, output, config=config)
def test_complicate_data(self):
config = Config()
config.string_break_method = C._STRING_BREAK_BY_WIDTH
config.text_autoclip_enable = False
ans = u""
data_path = os.path.join(CUR_SCRIPT_PATH, 'data/all_in_one.txt')
with codecs.open(data_path, encoding="utf8") as fp:
ans = fp.read()
res = pp(values, output=False, config=config)
res += pp(df.long_text_in_dict, output=False, config=config)
res += pp(df.long_text_in_list, output=False, config=config)
self.assertEqual(res, ans)
def test_sort_of_string(output=True):
config = Config()
config.debug_delay = False
config.str_display_not_prefix_u = False
config.str_display_not_prefix_b = False
for sstr in sort_of_string:
ints = ''
for e in sstr:
try:
ints += '%d ' % ord(e)
except:
ints += '%d ' % e
print('%40s %s %s' % (ints, repr(sstr), len(sstr)))
return pp(sort_of_string, output, config=config)
def test_complicate_data(self):
config = Config()
config.string_break_method = C._STRING_BREAK_BY_WIDTH
config.text_autoclip_enable = False
ans = u""
data_path = os.path.join(CUR_SCRIPT_PATH,
'data/all_in_one.txt')
with codecs.open(data_path, encoding="utf8") as fp:
ans = fp.read()
res = pp(values, output=False, config=config)
res += pp(df.long_text_in_dict, output=False, config=config)
res += pp(df.long_text_in_list, output=False, config=config)
self.assertEqual(res, ans)
def test_string(self):
# string literal
config = Config()
config.str_display_not_prefix_u = False
config.str_display_not_prefix_b = False
self.assertEqual(pp("plain string", output=False, config=config),
"'plain string'\n")
# unicode string
s = u'unicode string'
if pyv == 2:
self.assertEqual(pp(s, output=False, config=config),
u"u'unicode string'\n")
else:
self.assertEqual(pp(s, output=False, config=config),
u"'unicode string'\n")
# utf8 string
s = u'utf8 string'.encode('utf-8')
if pyv == 2:
self.assertEqual(pp(s, output=False, config=config),
u"'utf8 string'\n")
else:
self.assertEqual(pp(s, output=False, config=config),
u"b'utf8 string'\n")
# gb2312 string
s = u'gb2312 string'.encode('gb2312')
if pyv == 2:
self.assertEqual(pp(s, output=False, config=config),
u"'gb2312 string'\n")
else:
self.assertEqual(pp(s, output=False, config=config),
u"b'gb2312 string'\n")
# unicode special characters string
s = u'\\'
if pyv == 2:
self.assertEqual(pp(s, output=False, config=config), u"u'\\\\'\n")
else:
self.assertEqual(pp(s, output=False, config=config), u"'\\\\'\n")
# utf8 special characters string
s = u'\\'.encode("utf8")
if pyv == 2:
self.assertEqual(pp(s, output=False, config=config), u"'\\\\'\n")
else:
self.assertEqual(pp(s, output=False, config=config), u"b'\\\\'\n")
def test_out_of_range_in_dict(self):
config = Config()
config.max_depth = 1
ans = ""
rel_path = 'data/out_of_range_in_dict.txt'
data_path = os.path.join(CUR_SCRIPT_PATH, rel_path)
with codecs.open(data_path, encoding='utf8') as fp:
ans = fp.read()
# delete object id, such as
# <definition.NormalClassOldStyle object at 0x7f2d9a61bac8>
ans, _ = re.subn("at 0x[\d\w]+", "", ans)
res = pp(df.out_of_range_in_dict, output=False, config=config)
# delete object id, such as
# <definition.NormalClassOldStyle object at 0x7f2d9a61bac8>
res, _ = re.subn("at 0x[\d\w]+", "", res)
self.assertEqual(res, ans)
def test_out_of_range_in_dict(self):
config = Config()
config.max_depth = 1
ans = ""
rel_path = 'data/out_of_range_in_dict.txt'
data_path = os.path.join(CUR_SCRIPT_PATH, rel_path)
with codecs.open(data_path, encoding='utf8') as fp:
ans = fp.read()
# delete object id, such as
# <definition.NormalClassOldStyle object at 0x7f2d9a61bac8>
ans, _ = re.subn("at 0x[\d\w]+", "", ans)
res = pp(df.out_of_range_in_dict, output=False, config=config)
# delete object id, such as
# <definition.NormalClassOldStyle object at 0x7f2d9a61bac8>
res, _ = re.subn("at 0x[\d\w]+", "", res)
self.assertEqual(res, ans)
def test_string(self):
# string literal
config = Config()
config.str_display_not_prefix_u = False
config.str_display_not_prefix_b = False
self.assertEqual(pp("plain string", output=False, config=config), "'plain string'\n")
# unicode string
s = u'unicode string'
if pyv == 2:
self.assertEqual(pp(s, output=False, config=config), u"u'unicode string'\n")
else:
self.assertEqual(pp(s, output=False, config=config), u"'unicode string'\n")
# utf8 string
s = u'utf8 string'.encode('utf-8')
if pyv == 2:
self.assertEqual(pp(s, output=False, config=config), u"'utf8 string'\n")
else:
self.assertEqual(pp(s, output=False, config=config), u"b'utf8 string'\n")
# gb2312 string
s = u'gb2312 string'.encode('gb2312')
if pyv == 2:
self.assertEqual(pp(s, output=False, config=config), u"'gb2312 string'\n")
else:
self.assertEqual(pp(s, output=False, config=config), u"b'gb2312 string'\n")
# unicode special characters string
s = u'\\'
if pyv == 2:
self.assertEqual(pp(s, output=False, config=config), u"u'\\\\'\n")
else:
self.assertEqual(pp(s, output=False, config=config), u"'\\\\'\n")
# utf8 special characters string
s = u'\\'.encode("utf8")
if pyv == 2:
self.assertEqual(pp(s, output=False, config=config), u"'\\\\'\n")
else:
self.assertEqual(pp(s, output=False, config=config), u"b'\\\\'\n")
def test_3lines_clip(output=True):
config = Config()
config.text_autoclip_enable = True
config.text_autoclip_method = C._TEXT_AUTOCLIP_BY_LINE
config.string_break_enable = True
config.string_break_method = C._STRING_BREAK_BY_WIDTH
return pp(clip_by_3_lines, output, config=config)
DEFAULT_SLEEP = 5
HALF_SLEEP = DEFAULT_SLEEP * 0.5
LONGER_SLEEP = DEFAULT_SLEEP * 1.5
DOUBLE_SLEEP = DEFAULT_SLEEP * 2
TRUSTAS_NETWORK = E2E_CONFIG['trustas-network']
CC_PATH = 'github.com/trustas_cc'
CC_NAME = 'trustas_cc'
CC_VERSION = '1.0'
logger = logging.getLogger(__name__)
# ----------
# beeprint config
pp_conf = Config()
pp_conf.max_depth = 20
pp_conf.text_autoclip_maxline = 50
# ----------
def global_config():
"""Get configuration from environment variables"""
global DEFAULT_SLEEP
global KEEP_NETWORK
global WIPE_ALL
global LOCAL_DEPLOY
if "DEFAULT_SLEEP" in os.environ:
DEFAULT_SLEEP = int(os.environ["DEFAULT_SLEEP"])
def test_class_all_repr_disable(output=True):
config = Config()
config.instance_repr_enable = False
return pp(class_repr, output, config=config)
def test_inline_repr_out_of_range(output=True):
config = Config()
config.max_depth = 1
config.string_break_method = C._STRING_BREAK_BY_WIDTH
config.string_break_width = 40
return pp(inline_repr, output, config=config)
def test_class_last_el(output=True):
config = Config()
config.instance_repr_enable = False
rm = ReprMethodClassNewStyle()
nc = NormalClassNewStyle()
return pp([rm, nc, rm], output, config=config)
def test_tuple(output=True):
config = Config()
return pp(tuple_testing, output, config=config)
def test_inline_repr_out_of_range(output=True):
config = Config()
config.max_depth = 1
config.string_break_method = C._STRING_BREAK_BY_WIDTH
config.string_break_width = 40
return pp(inline_repr, output, config=config)
def test_tuple_nested(output=True):
config = Config()
return pp(tuple_nested, output, config=config)
def test_dict_ordered_keys(output=True):
config = Config()
config.dict_ordered_key_enable = True
return pp(dict_multi_keys, output, config=config)
def test_class(output=True):
config = Config()
return pp(EmptyClassNewStyle, output, config=config)
def test_out_of_range_in_dict(output=True):
config = Config()
config.max_depth = 1
return pp(out_of_range_in_dict, output, config=config)
def test_boundary_break(output=True):
config = Config()
config.string_break_method = C._STRING_BREAK_BY_WIDTH
return pp(v_line_break_boundary, output, config=config)
def test_inner_class(output=True):
config = Config()
return pp(OuterClass, output, config=config)
def test_class_last_el(output=True):
config = Config()
config.instance_repr_enable = False
rm = ReprMethodClassNewStyle()
nc = NormalClassNewStyle()
return pp([rm, nc, rm], output, config=config)