from the `json_serialization` module.
~~~
-import json_serialization
+import json
import user_credentials
# Data to be serialized and deserialized
The serialization has some limitations:
-* Not enough classes from the standard library are supported.
- This only requires someone to actually code the support.
- It should not be especially hard for most classes, some can
- simply declare the `serialize` annotation.
-
-* A limitation of the Json parser prevents deserializing from files
+* A limitation of the JSON parser prevents deserializing from files
with more than one object.
This could be improved in the future, but for now you should
- serialize a single object to each filesand use different instances of
+ serialize a single object to each files and use different instances of
serializer and deserializer each time.
-* The `serialize` annotation does not handle very well
- complex constructors. This could be improved in the compiler.
- For now, you may prefer to use `serialize` on simple classes,
- of by using custom `Serializable`.
-
* The serialization uses only the short name of a class, not its qualified name.
This will cause problem when different classes using the same name.
This could be solved partially in the compiler and the library.
the different programs sharing the serialized data.
* The serialization support in the compiler need some help to
- deal with generic types. The solution is to use `nitserial`,
+ deal with generic types. A solution is to use `nitserial`,
the next section explores this subject.
## Dealing with generic types