Higher Order Abstractions¶

cryptoshred.entities.container_for(value, *, id=None, key_backend)¶

cryptoshred.entities.container_for(value, *, id=None, key_backend)

Given a value and some configuration will return the cryptocontainer for that value. Specific typing is implemented via singledispatch. If no specific way to encode the value is available the implementation will fallback to calling bytes on the passed object.

Parameters

value (T) – The value to provide a cryptocontainer for
id (UUID4) – The subject id used to find the key. If None a new key will be generated
key_backend (KeyBackend) – The key backend to use for persistence

Return type

CryptoContainer[Any]

Returns

The cryptocontainer containing the passed value

cryptoshred.entities.container_for_str(value, *, id=None, key_backend)¶

For strings

Return type: CryptoContainer[str]

cryptoshred.entities.container_for_bytes(value, *, id=None, key_backend)¶

For bytes

Return type: CryptoContainer[bytes]

cryptoshred.entities.container_for_base_model(value, *, id=None, key_backend)¶

For objects extending pydantics BaseModel

Return type: CryptoContainer[BaseModel]

cryptoshred.entities.container_for_dict(value, *, id=None, key_backend)¶

For good old dictionaries

Return type: CryptoContainer[dict]

cryptoshred.entities.container_for_int(value, *, id=None, key_backend)¶

For integers

Return type: CryptoContainer[int]

cryptoshred.convenience.find_and_decrypt_in_dict(input, key_backend)¶

Used internally to parse through a valid json list and find crypto containers which will than be decrypted. This function still needs a lot of tuning for it to be as efficient as possible. Currently it works well on smallish datasets, but if you bring long lists, also bring time.

Parameters

input (List[Any]) – The json object do inspect
key_backend (KeyBackend) – The key backend

Return type

Any