read(IProto0, {list, Type}) ->
{IProto1, #protocol_list_begin{etype = EType, size = Size}} =
read(IProto0, list_begin),
+ {EType, EType} = {term_to_typeid(Type), EType},
{List, IProto2} = lists:mapfoldl(fun(_, ProtoS0) ->
{ProtoS1, {ok, Item}} = read(ProtoS0, Type),
{Item, ProtoS1}
{IProto3, {ok, List}};
read(IProto0, {map, KeyType, ValType}) ->
- {IProto1, #protocol_map_begin{size = Size}} =
+ {IProto1, #protocol_map_begin{size = Size, ktype = KType, vtype = VType}} =
read(IProto0, map_begin),
+ {KType, KType} = {term_to_typeid(KeyType), KType},
+ {VType, VType} = {term_to_typeid(ValType), VType},
{List, IProto2} = lists:mapfoldl(fun(_, ProtoS0) ->
{ProtoS1, {ok, Key}} = read(ProtoS0, KeyType),
{ProtoS2, {ok, Val}} = read(ProtoS1, ValType),
read(IProto0, {set, Type}) ->
{IProto1, #protocol_set_begin{etype = EType, size = Size}} =
read(IProto0, set_begin),
+ {EType, EType} = {term_to_typeid(Type), EType},
{List, IProto2} = lists:mapfoldl(fun(_, ProtoS0) ->
{ProtoS1, {ok, Item}} = read(ProtoS0, Type),
{Item, ProtoS1}
true = TestData#bools.im_false =:= Result#bools.im_false.
+t4() ->
+ {ok, Transport} = thrift_memory_buffer:new(),
+ {ok, Protocol0} = thrift_binary_protocol:new(Transport),
+ TestData = #insanity{xtructs=[]},
+ {Protocol1, ok} = thrift_protocol:write(Protocol0,
+ {{struct, element(2, thriftTest_types:struct_info('insanity'))},
+ TestData}),
+ {_Protocol2, {ok, Result}} = thrift_protocol:read(Protocol1,
+ {struct, element(2, thriftTest_types:struct_info('insanity'))},
+ 'insanity'),
+
+ TestData = Result.
+
+
t() ->
t1(),
t2(),
- t3().
+ t3(),
+ t4().