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                structures).

                Implementation:

                   use CBOR::XS ();
                   (
                      sub {    CBOR::XS::encode_cbor_sharing \@_ },
                      sub { @{ CBOR::XS::decode_cbor shift } }
                   )

            $AnyEvent::Fork::RPC::JSON_SERIALISER - uses JSON::XS or JSON
                This serialiser creates JSON arrays - you have to make sure
                the JSON module is installed for this serialiser to work. It
                can be beneficial for sharing when you preload the JSON
                module in a template process.

                JSON (with JSON::XS installed) is slower than the octet
                string serialiser, but usually much faster than Storable,
                unless big chunks of binary data need to be transferred.

                Implementation:

                   use JSON ();
                   (
                      sub {    JSON::encode_json \@_ },
                      sub { @{ JSON::decode_json shift } }
                   )

RPC.pm  view on Meta::CPAN

encode cyclic and self-referencing data structures).

Implementation:

   use CBOR::XS ();
   (
      sub {    CBOR::XS::encode_cbor_sharing \@_ },
      sub { @{ CBOR::XS::decode_cbor shift } }
   )

=item C<$AnyEvent::Fork::RPC::JSON_SERIALISER> - uses L<JSON::XS> or L<JSON>

This serialiser creates JSON arrays - you have to make sure the L<JSON>
module is installed for this serialiser to work. It can be beneficial for
sharing when you preload the L<JSON> module in a template process.

L<JSON> (with L<JSON::XS> installed) is slower than the octet string
serialiser, but usually much faster than L<Storable>, unless big chunks of
binary data need to be transferred.

Implementation:

   use JSON ();
   (
      sub {    JSON::encode_json \@_ },
      sub { @{ JSON::decode_json shift } }
   )