IDE. The component's contents are saved to a DFM file and reloaded on-the-fly. Go Go natively supports unmarshalling/marshalling of JSON and XML data. There are also third-party modules that support YAML and Protocol Buffers. Go also supports Gobs. Haskell In Haskell, serialization is supported for types that are members of the Read and Show type classes. Every type that is a member of the Read type class defines a function that will extract the data from the string representation of the dumped data. The Show type class, in turn, contains the show function from which a string representation of the object can be generated. The programmer need not define the functions explicitly—merely declaring a type to be deriving Read or deriving Show, or both, can make the compiler generate the appropriate functions for many cases (but not all: function types, for example, cannot automatically derive Show or Read). The auto-generated instance for Show also produces valid source code, so the same Haskell value can be generated by running the code produced by show in, for example, a Haskell interpreter. For more efficient serialization, there are haskell libraries that allow high-speed serialization in binary format, e.g. binary. Java Java provides automatic serialization which requires that the object be marked by implementing the interface. Implementing the interface marks the class as "okay to serialize", and Java then handles serialization internally. There are no serialization methods defined on the Serializable interface, but a serializable class can optionally define methods with certain special names and signatures that if defined, will be called as part of the serialization/deserialization process. The language also allows the developer to override the serialization process more thoroughly by implementing another interface, the interface, which includes two special methods that are used to save and restore the object's state. There are three primary reasons why objects are not serializable by default and must implement the Serializable interface to access Java's serialization mechanism.Firstly, not all objects capture useful semantics in a serialized state. For example, a object is tied to the state of the current JVM. There is no context in which a deserialized Thread object would maintain useful semantics.Secondly, the serialized state of an object forms part of its classes' compatibility contract. Maintaining compatibility between versions of serializable classes requires additional effort and consideration. Therefore, making a class serializable needs to be a deliberate design decision and not a default condition.Lastly,