Erlang BERT encoder/decoder. See http://bert-rpc.org for full spec.
Watch and contribute to this module at http://github.com/mojombo/bert.erl.
This module is Semantic Versioning (http://semver.org) compliant.
The following types can be automatically encoded and decoded. See http://www.erlang.org/eeps/eep-0008.html for type definitions.
integer() -> BERT integer float() -> BERT float atom() -> BERT atom tuple() -> BERT tuple list() -> BERT list or BERT bytelist string() -> BERT list or BERT bytelist (you probably want binary) binary() -> BERT binary [] -> BERT nil (complex) bool() -> BERT boolean (complex) dict() -> BERT dict (complex)
Because times and regular expressions types cannot be automatically detected, you must encode and decode those types manually.
To encode Erlang terms to BERT binaries, use:
encode(term()) -> binary().
To decode BERT binaries to Erlang terms, use:
decode(binary()) -> term().
Examples
% Encode a variety of literal Erlang terms:
bert:encode([42, 3.14, banana, {xy, 5, 10}, <<"robot">>, true, false]).
% -> <<131,108,0,0,0,7,97,42,99,51,46,49,52,48,48,48,48,48,48,...>>
% Encode an Erlang dict() record:
D0 = dict:new().
D1 = dict:store(apple, red, D0).
bert:encode(D1).
% -> <<131,104,9,100,0,4,100,105,99,116,97,0,97,16,97,16,97,8,...>>
% Decode a BERT binary:
bert:decode(<<131,108,0,0,0,7,97,42,99,51,46,49,52,...>>).
% -> [42, 3.14, banana, {xy, 5, 10}, <<"robot">>, true, false]