def __repr__(sf, /):
[*eithers__objs4push_or_num4pop
] = sf._iter_push_pop_ops(on_objs4push=tuple, on_num4pop=echo)
if eithers__objs4push_or_num4pop:
return repr_helper(sf, eithers__objs4push_or_num4pop)
else:
return repr_helper(sf)
def __repr__(self):
entities = list(self.items())
if self.Node is Node__global and self.fst2key is echo:
return repr_helper(self, entities)
return repr_helper(self,
entities,
RBT_Node=self.Node,
fst2key=self.fst2key)
def repr_hybrid_flag___if_only_active_keys(ops4hybrid_flag, hybrid_flag, /):
r'''
repr(hybrid_flag)
if there is only active_key_set in args/hybrid_flag-instance-state
#'''
view_of_active_key_set = ops4hybrid_flag.get_view_of_active_key_set_of(hybrid_flag)
if view_of_active_key_set:
return repr_helper(hybrid_flag, set(view_of_active_key_set))
else:
return repr_helper(hybrid_flag)
def __repr__(self):
return repr_helper(self, *self.unbox())
args = self.unbox()
cls_name = type(self).__name__
if len(args) == 1:
return '{}({})'.format(cls_name, args[0])
return '{}{}'.format(cls_name, args)
def __repr__(ops):
block_dict_key_ops = ops.block_dict_key_ops
eq_dict_value_ops = ops.eq_dict_value_ops
if eq_dict_value_ops == python_eq_key_ops:
eq_dict_value_ops = None
return repr_helper(ops, block_dict_key_ops, eq_dict_value_ops)
def __repr__(sf, /):
cls = type(sf)
the_wrapped_obj = get_the_wrapped_obj(sf)
if cls.simplify_the_wrapped_obj2args_kwargs4repr is None:
return repr_helper(sf, the_wrapped_obj)
else:
(args, kwargs) = cls.simplify_the_wrapped_obj2args_kwargs4repr(the_wrapped_obj)
return repr_helper__str(f'{cls.__name__!s}._gk', *args, **kwargs)
def __repr__(self):
block_dict_key_ops = self.block_dict_key_ops
kwargs = {}
if self:
kwargs['is_block_keys'] = True
args = ([*self.iter_block_keys()], )
else:
args = ()
return repr_helper(self, block_dict_key_ops, *args, **kwargs)
def __repr__(ops):
block_dict_key_ops = ops.block_dict_key_ops
eq_dict_value_ops = ops.eq_dict_value_ops
block_items2seq = ops.block_items2seq
if eq_dict_value_ops == python_eq_key_ops:
eq_dict_value_ops = None
if block_items2seq == tuple:
block_items2seq = None
return repr_helper(ops, block_dict_key_ops, eq_dict_value_ops,
block_items2seq)
def __repr__(self):
block_dict_key_ops = self.block_dict_key_ops
eq_dict_value_ops = self.eq_dict_value_ops
if eq_dict_value_ops == python_eq_key_ops:
eq_dict_value_ops = None
kwargs = {}
if self:
kwargs['is_block_items'] = True
args = ([*self.iter_block_items()], )
else:
args = ()
return repr_helper(self, block_dict_key_ops, eq_dict_value_ops, *args,
**kwargs)
def __repr__(sf, /):
it = iter(sf)
kwargs = dict.fromkeys(it, True)
for _ in it:
raise logic-err
may_legal_keys = flag2may_legal_keys(sf)
if may_legal_keys is None:
args = []
else:
legal_keys = may_legal_keys
args = [sorted(legal_keys)]
return repr_helper(sf, *args, **kwargs)
def __repr__(sf, /):
it = iter(sf)
for the_only_key in it:
kwargs = {the_only_key:True}
break
else:
kwargs = {}
kwargs
for _ in it:
raise logic-err
may_legal_keys = case2may_legal_keys(sf)
if may_legal_keys is None:
args = []
else:
legal_keys = may_legal_keys
args = [sorted(legal_keys)]
return repr_helper(sf, *args, **kwargs)
def __repr__(self):
args = self._get_init_args()
return repr_helper(self, *args)
def __repr__(self):
return repr_helper(self, self.begin_isuffix, self.size,
list(self.children))
def __repr__(sf, /):
args4init, kwargs4init = tuple.__iter__(sf)
return repr_helper(sf, *args4init, **kwargs4init)
def __repr__(self):
return repr_helper(self, self.get())
def __repr__(self):
return repr_helper(self, self.regex, self.min)
def __repr__(self):
[*items] = self.iter_items()
may_items = theStdMaybeOps.mkMaybe(items, lambda: items)
return repr_helper(self, *may_items)
def __repr__(self):
return repr_helper(self, self.terminal_set)
def __repr__(self):
return repr_helper(self, list(self.regexes))
def __repr__(self):
args, kwargs = type(self).___get_args_kwargs4repr___(self)
return repr_helper(self, *args, **kwargs)
def __repr__(self):
return repr_helper(self, *self.args, **self.kwargs)
def __repr__(self):
return repr_helper(self, dict(self.to_permutation_mapping()))
def __repr__(self):
entities = list(self)
if self.Node is Node__global:
return repr_helper(self, entities)
else:
return repr_helper(self, entities, RBT_Node=self.Node)
def __repr__(self):
return repr_helper(self, self.__seq, self.__rng)
def __repr__(self):
return repr_helper(self, self.whole_isuffix)
def __repr__(sf, /):
return repr_helper(sf, *sf.args)
def __repr__(self):
return repr_helper(self, self.__s) # ? list(self.__s)
def __repr__(sf, /):
return repr_helper(sf)
def __repr__(self):
return repr_helper(self, self.__v)
def __repr__(__self):
kwargs = {attr: getattr(__self, attr) for attr in Global.input_attrs}
return repr_helper(__self, **kwargs)
