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How to use inherited_method method in freezegun

Best Python code snippet using freezegun

utils.py

Source:utils.py

...15    ]16    for method_name in result_list:17        inherited_method = getattr(super(subclass, subclass), method_name)18        def new_method(self, other, *, inherited_method=inherited_method):19            return self.from_timedelta(inherited_method(self, other))20        setattr(subclass, method_name, new_method)21    conditional_result_list = ["__truediv__", "__floordiv__", "__rtruediv__"]22    for method_name in conditional_result_list:23        inherited_method = getattr(super(subclass, subclass), method_name)24        def new_method(self, other, *, inherited_method=inherited_method):25            result = inherited_method(self, other)26            if type(result) == timedelta:27                return self.from_timedelta(result)28            return result29        setattr(subclass, method_name, new_method)30    divmod_list = ["__divmod__", "__rdivmod__"]31    for method_name in divmod_list:32        inherited_method = getattr(super(subclass, subclass), method_name)33        def new_method(self, other, *, inherited_method=inherited_method):34            q, r = inherited_method(self, other)35            if type(r) == timedelta:36                r = self.from_timedelta(r)37            return q, r38        setattr(subclass, method_name, new_method)39    self_list = ["__pos__", "__neg__", "__abs__"]40    for method_name in self_list:41        inherited_method = getattr(super(subclass, subclass), method_name)42        def new_method(self, *, inherited_method=inherited_method):43            return self.from_timedelta(inherited_method(self))44        setattr(subclass, method_name, new_method)45    return subclass46def convert_timestamp(timestamp: str) -> Optional[datetime]:47    """48    Converts the timestamp format returned by the API.49    Parameters50    ----------51    timestamp : str52        The string containing the timestamp.53    Returns54    -------55    Optional[datetime]56        A converted datetime object.\n57        `None` is returned if an empty string was passed....

replicator.py

Source:replicator.py

1import pandas as pd2from thermotar.utils import df_utils3class Replicator:4    def __init__(self,objects,indexes = None,index_names = None, get_methods = 'inheritable'):5        '''Grabs list of dataframes or objects with .data methods. Concatanates them into one dataframe and sets to this dfs df '''6        if not indexes:7            indexes =  range(len(objects))  8        9        self.index_names = index_names10        self.replicas = {index:item for index,item in zip(indexes,objects)}11        # assume homogenous12        try:13            # to do add some sort of index naming14            df = pd.concat([member.data for member in objects],keys=indexes,ignore_index=False,join='outer',names=index_names)15        except AttributeError:16            df = pd.concat(objects,keys=indexes,ignore_index=False,join='outer',names = index_names)17        self.data = df18        self.objects = objects19    def updata(self):20        ''' Update this object's big dataframe'''21        try:22            # to do add some sort of index naming23            df = pd.concat([member.data for member in self.replicas.values()],keys=self.replicas,ignore_index=False,join='outer',names=self.index_names)24        except AttributeError:25            df = pd.concat(self.replicas.values(),keys=self.replicas,ignore_index=False,join='outer',names = self.index_names)26        self.data = df27        # if get_methods == 'inheritable':28        #     # some hackery to make the method that can be used by the replicatoron29        #     for method_name in objects[0]._inheritable:30                31        #         print(method_name)32        #         inherited_method = getattr(objects[0],method_name)33                34        #         #decorate(apply_sub_df)35        #         decorated = apply_sub_df(inherited_method)36        #         #set the doc string to the docstring of the inherited method.37        #         decorated.__doc__ = inherited_method.__doc__38        #         setattr(self,method_name,decorated)39        #     # except AttributeError:40        #     #     Warning('No inheritable methods')41# a decorator for applying methods to sub frame of self.data42# def apply_sub_df(function):43#     def wrapper(self, temp, rep,**kwargs):44#         # df = self.data45#         # sub_df = df.loc[temp,rep]46#         # sub_df = function(sub_df,**kwargs)47#         # # new columns48#         # missing_cols = list(set(sub_df.columns) - set(df.columns)  )49#         # df = df_utils.new_cols(df,missing_cols)50#         # df.loc[temp,rep]=sub_df.values51#         # #return df52#         return (self,temp,rep)53        ...

forking_class.py

Source:forking_class.py

1def rebind(target_class, core_name, method_name):2    def wrapper(self, *args, **kwargs):3        return getattr(getattr(self, core_name), method_name)(*args, **kwargs)4    setattr(target_class, method_name, wrapper)5def forking_class(forked_class, core_name, superclass_flag_name, superclass_dict, inherited_methods):6    def _init(self, superclass_flag, *args, **kwargs):7        setattr(self, core_name, superclass_dict[superclass_flag](*args, **kwargs))8        setattr(self, superclass_flag_name, superclass_flag)9    def _getattribute(self, item: str):10        try:11            return object.__getattribute__(self, item)12        except AttributeError as e:13            try:14                return object.__getattribute__(self, core_name).__getattribute__(item)15            except AttributeError:16                raise e17    def _setattr(self, item, value):18        try:19            getattr(object.__getattribute__(self, core_name), item)20            object.__getattribute__(self, core_name).__setattr__(item, value)21        except AttributeError:22            object.__setattr__(self, item, value)23    forked_class.__init__ = _init24    forked_class.__getattribute__ = _getattribute25    forked_class.__setattr__ = _setattr26    for inherited_method in inherited_methods:27        rebind(forked_class, core_name, inherited_method)28    return forked_class29def create_forked_class(class_name, *args, **kwargs):30    forked_class = type(class_name, (), {})...

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