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non_owning_proto2_test.cpp
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#include "gpb_proto_json/gpb_proto_json.hpp"
#include "test_util.hpp"
#include <boost/ut.hpp>
#include <non_owning/google/protobuf/unittest.glz.hpp>
#include <non_owning/google/protobuf/unittest.pb.hpp>
#if defined(__GNUC__) && !defined(__clang__)
#pragma GCC diagnostic ignored "-Wmissing-field-initializers"
#endif
// NOLINTBEGIN(clang-diagnostic-missing-designated-field-initializers)
template <typename T>
requires requires { glz::meta<T>::value; }
std::ostream &operator<<(std::ostream &os, const T &v) {
return os << hpp::proto::write_json(v).value();
}
namespace TestUtil {
using namespace std::literals::string_view_literals;
using namespace boost::ut;
using namespace non_owning;
// Set every field in the message to a unique value.
inline void SetAll(protobuf_unittest::TestAllTypes *message, auto &&mr);
inline void SetOptionalFields(protobuf_unittest::TestAllTypes *message);
inline void SetRepeatedFields(protobuf_unittest::TestAllTypes *message);
inline void SetDefaultFields(protobuf_unittest::TestAllTypes *message);
inline void SetOneofFields(protobuf_unittest::TestAllTypes *message);
inline void SetAll(protobuf_unittest::TestAllExtensions *message, auto &&mr);
inline void SetOneofFields(protobuf_unittest::TestAllExtensions *message, auto &&mr);
inline void SetAllFieldsAndExtensions(protobuf_unittest::TestFieldOrderings *message, auto &&mr);
inline void SetAll(protobuf_unittest::TestPackedTypes *message, auto &&mr);
inline void SetAll(protobuf_unittest::TestPackedExtensions *message, auto &&mr);
inline void SetAll(protobuf_unittest::TestUnpackedTypes *message, auto &&mr);
inline void SetOneof1(protobuf_unittest::TestOneof2 *message);
inline void SetOneof2(protobuf_unittest::TestOneof2 *message);
// Check that all fields have the values that they should have after
// Set*Fields() is called.
inline void ExpectAllSet(const protobuf_unittest::TestAllTypes &message);
inline void ExpectAllSet(const protobuf_unittest::TestAllExtensions &message);
inline void ExpectAllSet(const protobuf_unittest::TestPackedTypes &message);
inline void ExpectAllSet(const protobuf_unittest::TestPackedExtensions &message);
inline void ExpectAllSet(const protobuf_unittest::TestUnpackedTypes &message);
inline void ExpectAllSet(const protobuf_unittest::TestUnpackedExtensions &message);
inline void ExpectOneofSet1(const protobuf_unittest::TestOneof2 &message);
inline void ExpectOneofSet2(const protobuf_unittest::TestOneof2 &message);
// Check that all fields have their default values.
inline void ExpectClear(const protobuf_unittest::TestAllTypes &message);
inline void ExpectClear(const protobuf_unittest::TestAllExtensions &message);
inline void ExpectOneofClear(const protobuf_unittest::TestOneof2 &message);
inline void SetAll(protobuf_unittest::TestAllTypes *message, auto && /*unused*/) {
SetOptionalFields(message);
SetRepeatedFields(message);
SetDefaultFields(message);
SetOneofFields(message);
}
inline void SetOptionalFields(protobuf_unittest::TestAllTypes *message) {
message->optional_int32 = 101;
message->optional_int64 = 102;
message->optional_uint32 = 103;
message->optional_uint64 = 104;
message->optional_sint32 = 105;
message->optional_sint64 = 106;
message->optional_fixed32 = 107;
message->optional_fixed64 = 108;
message->optional_sfixed32 = 109;
message->optional_sfixed64 = 110;
message->optional_float = 111.0F;
message->optional_double = 112;
message->optional_bool = true;
message->optional_string = "115";
message->optional_bytes = "116"_bytes_view;
message->optionalgroup = protobuf_unittest::TestAllTypes::OptionalGroup{.a = 117};
message->optional_nested_message = protobuf_unittest::TestAllTypes::NestedMessage{.bb = 118};
message->optional_foreign_message.emplace().c = 119;
message->optional_import_message.emplace().d = 120;
message->optional_public_import_message.emplace().e = 126;
message->optional_lazy_message = protobuf_unittest::TestAllTypes::NestedMessage{.bb = 127};
message->optional_nested_enum = protobuf_unittest::TestAllTypes::NestedEnum::BAZ;
message->optional_foreign_enum = protobuf_unittest::ForeignEnum::FOREIGN_BAZ;
message->optional_import_enum = protobuf_unittest_import::ImportEnum::IMPORT_BAZ;
}
// -------------------------------------------------------------------
#if defined(__GNUC__) && !defined(__clang__)
#pragma GCC diagnostic ignored "-Wmissing-field-initializers"
#endif
inline void SetRepeatedFields(protobuf_unittest::TestAllTypes *message) {
const static int32_t repeated_int32[] = {201, 301};
message->repeated_int32 = repeated_int32;
const static int64_t repeated_int64[] = {202LL, 302LL};
message->repeated_int64 = repeated_int64;
const static uint32_t repeated_uint32[] = {203U, 303U};
message->repeated_uint32 = repeated_uint32;
const static uint64_t repeated_uint64[] = {204ULL, 304ULL};
message->repeated_uint64 = repeated_uint64;
const static int32_t repeated_sint32[] = {205, 305};
message->repeated_sint32 = repeated_sint32;
const static int64_t repeated_sint64[] = {206LL, 306LL};
message->repeated_sint64 = repeated_sint64;
const static uint32_t repeated_fixed32[] = {207U, 307U};
message->repeated_fixed32 = repeated_fixed32;
const static uint64_t repeated_fixed64[] = {208ULL, 308ULL};
message->repeated_fixed64 = repeated_fixed64;
const static int32_t repeated_sfixed32[] = {209, 309};
message->repeated_sfixed32 = repeated_sfixed32;
const static int64_t repeated_sfixed64[] = {210LL, 310LL};
message->repeated_sfixed64 = repeated_sfixed64;
const static float repeated_float[] = {211.F, 311.F};
message->repeated_float = repeated_float;
const static double repeated_double[] = {212., 312.};
message->repeated_double = repeated_double;
const static bool repeated_bool[] = {true, false};
message->repeated_bool = repeated_bool;
const static std::string_view repeated_string[] = {"215"sv, "315"sv};
message->repeated_string = repeated_string;
const static hpp::proto::bytes_view repeated_bytes[] = {"216"_bytes_view, "316"_bytes_view};
message->repeated_bytes = repeated_bytes;
const static protobuf_unittest::TestAllTypes::RepeatedGroup repeatedgroup[] = {{.a = 217}, {.a = 317}};
message->repeatedgroup = repeatedgroup;
const static protobuf_unittest::TestAllTypes::NestedMessage repeated_nested_message[] = {{.bb = 218}, {.bb = 318}};
message->repeated_nested_message = repeated_nested_message;
const static protobuf_unittest::ForeignMessage repeated_foreign_message[] = {{.c = 219, .d = {}},
{.c = 319, .d = {}}};
message->repeated_foreign_message = repeated_foreign_message;
const static non_owning::protobuf_unittest_import::ImportMessage repeated_import_message[] = {{.d = 220}, {.d = 320}};
message->repeated_import_message = repeated_import_message;
const static protobuf_unittest::TestAllTypes::NestedMessage repeated_lazy_message[] = {{.bb = 227}, {.bb = 327}};
message->repeated_lazy_message = repeated_lazy_message;
const static protobuf_unittest::TestAllTypes::NestedEnum repeated_nested_enum[] = {
protobuf_unittest::TestAllTypes::NestedEnum::BAR, protobuf_unittest::TestAllTypes::NestedEnum::BAZ};
message->repeated_nested_enum = repeated_nested_enum;
const static protobuf_unittest::ForeignEnum repeated_foreign_enum[] = {protobuf_unittest::ForeignEnum::FOREIGN_BAR,
protobuf_unittest::ForeignEnum::FOREIGN_BAZ};
message->repeated_foreign_enum = repeated_foreign_enum;
const static protobuf_unittest_import::ImportEnum repeated_import_enum[] = {
protobuf_unittest_import::ImportEnum::IMPORT_BAR, protobuf_unittest_import::ImportEnum::IMPORT_BAZ};
message->repeated_import_enum = repeated_import_enum;
}
// -------------------------------------------------------------------
inline void SetDefaultFields(protobuf_unittest::TestAllTypes *message) {
message->default_int32 = 401;
message->default_int64 = 402;
message->default_uint32 = 403;
message->default_uint64 = 404;
message->default_sint32 = 405;
message->default_sint64 = 406;
message->default_fixed32 = 407;
message->default_fixed64 = 408;
message->default_sfixed32 = 409;
message->default_sfixed64 = 410;
message->default_float = 411;
message->default_double = 412;
message->default_bool = false;
message->default_string = "415";
message->default_bytes = "416"_bytes_view;
message->default_nested_enum = protobuf_unittest::TestAllTypes::NestedEnum::FOO;
message->default_foreign_enum = protobuf_unittest::ForeignEnum::FOREIGN_FOO;
message->default_import_enum = protobuf_unittest_import::ImportEnum::IMPORT_FOO;
}
// ------------------------------------------------------------------
inline void SetOneofFields(protobuf_unittest::TestAllTypes *message) {
message->oneof_field.emplace<1>(601U);
using enum protobuf_unittest::TestAllTypes::oneof_field_oneof_case;
message->oneof_field.emplace<static_cast<int>(oneof_nested_message)>(
protobuf_unittest::TestAllTypes::NestedMessage{.bb = 602});
message->oneof_field.emplace<static_cast<int>(oneof_string)>("603");
message->oneof_field = "604"_bytes_view;
}
// -------------------------------------------------------------------
inline void ExpectAllSet(const protobuf_unittest::TestAllTypes &message) {
expect(eq(101, message.optional_int32.value()));
expect(eq(102, message.optional_int64.value()));
expect(eq(103, message.optional_uint32.value()));
expect(eq(104, message.optional_uint64.value()));
expect(eq(105, message.optional_sint32.value()));
expect(eq(106, message.optional_sint64.value()));
expect(eq(107, message.optional_fixed32.value()));
expect(eq(108, message.optional_fixed64.value()));
expect(eq(109, message.optional_sfixed32.value()));
expect(eq(110, message.optional_sfixed64.value()));
expect(eq(111, message.optional_float.value()));
expect(eq(112, message.optional_double.value()));
expect(message.optional_bool.value());
expect(eq("115"sv, message.optional_string.value()));
expect(std::ranges::equal("116"_bytes, message.optional_bytes.value()));
expect(message.optionalgroup.has_value() && 117 == message.optionalgroup->a.value());
expect(message.optional_nested_message.has_value() && 118 == message.optional_nested_message->bb.value());
expect(message.optional_foreign_message.has_value() && 119 == message.optional_foreign_message->c.value());
expect(message.optional_import_message.has_value() && 120 == message.optional_import_message->d.value());
expect(message.optional_public_import_message.has_value() &&
126 == message.optional_public_import_message->e.value());
expect(message.optional_lazy_message.has_value() && 127 == message.optional_lazy_message->bb.value());
expect(protobuf_unittest::TestAllTypes::NestedEnum::BAZ == message.optional_nested_enum.value());
expect(protobuf_unittest::ForeignEnum::FOREIGN_BAZ == message.optional_foreign_enum.value());
expect(protobuf_unittest_import::ImportEnum::IMPORT_BAZ == message.optional_import_enum.value());
// -----------------------------------------------------------------
expect(fatal(eq(2, message.repeated_int32.size())));
expect(fatal(eq(2, message.repeated_int64.size())));
expect(fatal(eq(2, message.repeated_uint32.size())));
expect(fatal(eq(2, message.repeated_uint64.size())));
expect(fatal(eq(2, message.repeated_sint32.size())));
expect(fatal(eq(2, message.repeated_sint64.size())));
expect(fatal(eq(2, message.repeated_fixed32.size())));
expect(fatal(eq(2, message.repeated_fixed64.size())));
expect(fatal(eq(2, message.repeated_sfixed32.size())));
expect(fatal(eq(2, message.repeated_sfixed64.size())));
expect(fatal(eq(2, message.repeated_float.size())));
expect(fatal(eq(2, message.repeated_double.size())));
expect(fatal(eq(2, message.repeated_bool.size())));
expect(fatal(eq(2, message.repeated_string.size())));
expect(fatal(eq(2, message.repeated_bytes.size())));
expect(fatal(eq(2, message.repeatedgroup.size())));
expect(fatal(eq(2, message.repeated_nested_message.size())));
expect(fatal(eq(2, message.repeated_foreign_message.size())));
expect(fatal(eq(2, message.repeated_import_message.size())));
expect(fatal(eq(2, message.repeated_lazy_message.size())));
expect(fatal(eq(2, message.repeated_nested_enum.size())));
expect(fatal(eq(2, message.repeated_foreign_enum.size())));
expect(fatal(eq(2, message.repeated_import_enum.size())));
expect(eq(201, message.repeated_int32[0]));
expect(eq(202, message.repeated_int64[0]));
expect(eq(203, message.repeated_uint32[0]));
expect(eq(204, message.repeated_uint64[0]));
expect(eq(205, message.repeated_sint32[0]));
expect(eq(206, message.repeated_sint64[0]));
expect(eq(207, message.repeated_fixed32[0]));
expect(eq(208, message.repeated_fixed64[0]));
expect(eq(209, message.repeated_sfixed32[0]));
expect(eq(210, message.repeated_sfixed64[0]));
expect(eq(211, message.repeated_float[0]));
expect(eq(212, message.repeated_double[0]));
expect(message.repeated_bool[0]);
expect(eq("215"sv, message.repeated_string[0]));
expect(std::ranges::equal("216"_bytes, message.repeated_bytes[0]));
expect(eq(217, message.repeatedgroup[0].a.value()));
expect(eq(218, message.repeated_nested_message[0].bb.value()));
expect(eq(219, message.repeated_foreign_message[0].c.value()));
expect(eq(220, message.repeated_import_message[0].d.value()));
expect(eq(227, message.repeated_lazy_message[0].bb.value()));
expect(protobuf_unittest::TestAllTypes::NestedEnum::BAR == message.repeated_nested_enum[0]);
expect(protobuf_unittest::ForeignEnum::FOREIGN_BAR == message.repeated_foreign_enum[0]);
expect(protobuf_unittest_import::ImportEnum::IMPORT_BAR == message.repeated_import_enum[0]);
expect(eq(301, message.repeated_int32[1]));
expect(eq(302, message.repeated_int64[1]));
expect(eq(303, message.repeated_uint32[1]));
expect(eq(304, message.repeated_uint64[1]));
expect(eq(305, message.repeated_sint32[1]));
expect(eq(306, message.repeated_sint64[1]));
expect(eq(307, message.repeated_fixed32[1]));
expect(eq(308, message.repeated_fixed64[1]));
expect(eq(309, message.repeated_sfixed32[1]));
expect(eq(310, message.repeated_sfixed64[1]));
expect(eq(311, message.repeated_float[1]));
expect(eq(312, message.repeated_double[1]));
expect(!message.repeated_bool[1]);
expect(eq("315"sv, message.repeated_string[1]));
expect(std::ranges::equal("316"_bytes, message.repeated_bytes[1]));
expect(eq(317, message.repeatedgroup[1].a.value()));
expect(eq(318, message.repeated_nested_message[1].bb.value()));
expect(eq(319, message.repeated_foreign_message[1].c.value()));
expect(eq(320, message.repeated_import_message[1].d.value()));
expect(eq(327, message.repeated_lazy_message[1].bb.value()));
expect(protobuf_unittest::TestAllTypes::NestedEnum::BAZ == message.repeated_nested_enum[1]);
expect(protobuf_unittest::ForeignEnum::FOREIGN_BAZ == message.repeated_foreign_enum[1]);
expect(protobuf_unittest_import::ImportEnum::IMPORT_BAZ == message.repeated_import_enum[1]);
// -----------------------------------------------------------------
expect(eq(401, message.default_int32.value()));
expect(eq(402, message.default_int64.value()));
expect(eq(403, message.default_uint32.value()));
expect(eq(404, message.default_uint64.value()));
expect(eq(405, message.default_sint32.value()));
expect(eq(406, message.default_sint64.value()));
expect(eq(407, message.default_fixed32.value()));
expect(eq(408, message.default_fixed64.value()));
expect(eq(409, message.default_sfixed32.value()));
expect(eq(410, message.default_sfixed64.value()));
expect(eq(411, message.default_float.value()));
expect(eq(412, message.default_double.value()));
expect(!message.default_bool.value());
expect(eq("415"sv, message.default_string.value()));
expect(std::ranges::equal("416"_bytes, message.default_bytes.value()));
expect(protobuf_unittest::TestAllTypes::NestedEnum::FOO == message.default_nested_enum.value());
expect(protobuf_unittest::ForeignEnum::FOREIGN_FOO == message.default_foreign_enum.value());
expect(protobuf_unittest_import::ImportEnum::IMPORT_FOO == message.default_import_enum.value());
expect(message.oneof_field.index() == protobuf_unittest::TestAllTypes::oneof_bytes);
expect(std::ranges::equal("604"_bytes, std::get<protobuf_unittest::TestAllTypes::oneof_bytes>(message.oneof_field)));
}
// -------------------------------------------------------------------
inline void ExpectClear(const protobuf_unittest::TestAllTypes &message) {
//.blah.has_value() should initially be false for all optional fields.
expect(!message.optional_int32.has_value());
expect(!message.optional_int64.has_value());
expect(!message.optional_uint32.has_value());
expect(!message.optional_uint64.has_value());
expect(!message.optional_sint32.has_value());
expect(!message.optional_sint64.has_value());
expect(!message.optional_fixed32.has_value());
expect(!message.optional_fixed64.has_value());
expect(!message.optional_sfixed32.has_value());
expect(!message.optional_sfixed64.has_value());
expect(!message.optional_float.has_value());
expect(!message.optional_double.has_value());
expect(!message.optional_bool.has_value());
expect(!message.optional_string.has_value());
expect(!message.optional_bytes.has_value());
expect(!message.optionalgroup.has_value());
expect(!message.optional_nested_message.has_value());
expect(!message.optional_foreign_message.has_value());
expect(!message.optional_import_message.has_value());
expect(!message.optional_public_import_message.has_value());
expect(!message.optional_lazy_message.has_value());
expect(!message.optional_nested_enum.has_value());
expect(protobuf_unittest::TestAllTypes::NestedEnum::FOO == message.optional_nested_enum.value());
expect(!message.optional_foreign_enum.has_value());
expect(protobuf_unittest::ForeignEnum::FOREIGN_FOO == message.optional_foreign_enum.value());
expect(!message.optional_import_enum.has_value());
expect(protobuf_unittest_import::ImportEnum::IMPORT_FOO == message.optional_import_enum.value());
expect(!message.optional_string_piece.has_value());
expect(!message.optional_cord.has_value());
// Repeated fields are empty.
expect(eq(0, message.repeated_int32.size()));
expect(eq(0, message.repeated_int64.size()));
expect(eq(0, message.repeated_uint32.size()));
expect(eq(0, message.repeated_uint64.size()));
expect(eq(0, message.repeated_sint32.size()));
expect(eq(0, message.repeated_sint64.size()));
expect(eq(0, message.repeated_fixed32.size()));
expect(eq(0, message.repeated_fixed64.size()));
expect(eq(0, message.repeated_sfixed32.size()));
expect(eq(0, message.repeated_sfixed64.size()));
expect(eq(0, message.repeated_float.size()));
expect(eq(0, message.repeated_double.size()));
expect(eq(0, message.repeated_bool.size()));
expect(eq(0, message.repeated_string.size()));
expect(eq(0, message.repeated_bytes.size()));
expect(eq(0, message.repeatedgroup.size()));
expect(eq(0, message.repeated_nested_message.size()));
expect(eq(0, message.repeated_foreign_message.size()));
expect(eq(0, message.repeated_import_message.size()));
expect(eq(0, message.repeated_lazy_message.size()));
expect(eq(0, message.repeated_nested_enum.size()));
expect(eq(0, message.repeated_foreign_enum.size()));
expect(eq(0, message.repeated_import_enum.size()));
expect(eq(0, message.repeated_string_piece.size()));
expect(eq(0, message.repeated_cord.size()));
// Fields with defaults have their default values (duh).
expect(eq(41, message.default_int32.value()));
expect(eq(42, message.default_int64.value()));
expect(eq(43, message.default_uint32.value()));
expect(eq(44, message.default_uint64.value()));
expect(eq(-45, message.default_sint32.value()));
expect(eq(46, message.default_sint64.value()));
expect(eq(47, message.default_fixed32.value()));
expect(eq(48, message.default_fixed64.value()));
expect(eq(49, message.default_sfixed32.value()));
expect(eq(-50, message.default_sfixed64.value()));
expect(eq(51.5, message.default_float.value()));
expect(eq(52e3, message.default_double.value()));
expect(message.default_bool.value());
expect(eq("hello"sv, message.default_string.value()));
expect(std::ranges::equal("world"_bytes, message.default_bytes.value()));
expect(!message.default_nested_enum.has_value());
expect(protobuf_unittest::TestAllTypes::NestedEnum::BAR == message.default_nested_enum.value());
expect(!message.default_foreign_enum.has_value());
expect(protobuf_unittest::ForeignEnum::FOREIGN_BAR == message.default_foreign_enum.value());
expect(!message.default_import_enum.has_value());
expect(protobuf_unittest_import::ImportEnum::IMPORT_BAR == message.default_import_enum.value());
expect(std::holds_alternative<std::monostate>(message.oneof_field));
}
// -------------------------------------------------------------------
inline void SetAll(protobuf_unittest::TestPackedTypes *message, auto && /*unused*/) {
const static int32_t packed_int32[] = {601, 701};
message->packed_int32 = packed_int32;
const static int64_t packed_int64[] = {602, 702};
message->packed_int64 = packed_int64;
const static uint32_t packed_uint32[] = {603, 703};
message->packed_uint32 = packed_uint32;
const static uint64_t packed_uint64[] = {604, 704};
message->packed_uint64 = packed_uint64;
const static int32_t packed_sint32[] = {605, 705};
message->packed_sint32 = packed_sint32;
const static int64_t packed_sint64[] = {606, 706};
message->packed_sint64 = packed_sint64;
const static uint32_t packed_fixed32[] = {607, 707};
message->packed_fixed32 = packed_fixed32;
const static uint64_t packed_fixed64[] = {608, 708};
message->packed_fixed64 = packed_fixed64;
const static int32_t packed_sfixed32[] = {609, 709};
message->packed_sfixed32 = packed_sfixed32;
const static int64_t packed_sfixed64[] = {610, 710};
message->packed_sfixed64 = packed_sfixed64;
const static float packed_float[] = {611, 711};
message->packed_float = packed_float;
const static double packed_double[] = {612, 712};
message->packed_double = packed_double;
const static bool packed_bool[] = {true, false};
message->packed_bool = packed_bool;
const static protobuf_unittest::ForeignEnum packed_enum[] = {protobuf_unittest::ForeignEnum::FOREIGN_BAR,
protobuf_unittest::ForeignEnum::FOREIGN_BAZ};
message->packed_enum = packed_enum;
}
inline void SetAll(protobuf_unittest::TestUnpackedTypes *message, auto && /*unused*/) {
// The values applied here must match those of SetPackedFields.
const static int32_t unpacked_int32[] = {601, 701};
message->unpacked_int32 = unpacked_int32;
const static int64_t unpacked_int64[] = {602, 702};
message->unpacked_int64 = unpacked_int64;
const static uint32_t unpacked_uint32[] = {603, 703};
message->unpacked_uint32 = unpacked_uint32;
const static uint64_t unpacked_uint64[] = {604, 704};
message->unpacked_uint64 = unpacked_uint64;
const static int32_t unpacked_sint32[] = {605, 705};
message->unpacked_sint32 = unpacked_sint32;
const static int64_t unpacked_sint64[] = {606, 706};
message->unpacked_sint64 = unpacked_sint64;
const static uint32_t unpacked_fixed32[] = {607, 707};
message->unpacked_fixed32 = unpacked_fixed32;
const static uint64_t unpacked_fixed64[] = {608, 708};
message->unpacked_fixed64 = unpacked_fixed64;
const static int32_t unpacked_sfixed32[] = {609, 709};
message->unpacked_sfixed32 = unpacked_sfixed32;
const static int64_t unpacked_sfixed64[] = {610, 710};
message->unpacked_sfixed64 = unpacked_sfixed64;
const static float unpacked_float[] = {611, 711};
message->unpacked_float = unpacked_float;
const static double unpacked_double[] = {612, 712};
message->unpacked_double = unpacked_double;
const static bool unpacked_bool[] = {true, false};
message->unpacked_bool = unpacked_bool;
const static protobuf_unittest::ForeignEnum unpacked_enum[] = {protobuf_unittest::ForeignEnum::FOREIGN_BAR,
protobuf_unittest::ForeignEnum::FOREIGN_BAZ};
message->unpacked_enum = unpacked_enum;
}
// -------------------------------------------------------------------
inline void ExpectAllSet(const protobuf_unittest::TestPackedTypes &message) {
expect(fatal(eq(2, message.packed_int32.size())));
expect(fatal(eq(2, message.packed_int64.size())));
expect(fatal(eq(2, message.packed_uint32.size())));
expect(fatal(eq(2, message.packed_uint64.size())));
expect(fatal(eq(2, message.packed_sint32.size())));
expect(fatal(eq(2, message.packed_sint64.size())));
expect(fatal(eq(2, message.packed_fixed32.size())));
expect(fatal(eq(2, message.packed_fixed64.size())));
expect(fatal(eq(2, message.packed_sfixed32.size())));
expect(fatal(eq(2, message.packed_sfixed64.size())));
expect(fatal(eq(2, message.packed_float.size())));
expect(fatal(eq(2, message.packed_double.size())));
expect(fatal(eq(2, message.packed_bool.size())));
expect(fatal(eq(2, message.packed_enum.size())));
expect(eq(601, message.packed_int32[0]));
expect(eq(602, message.packed_int64[0]));
expect(eq(603, message.packed_uint32[0]));
expect(eq(604, message.packed_uint64[0]));
expect(eq(605, message.packed_sint32[0]));
expect(eq(606, message.packed_sint64[0]));
expect(eq(607, message.packed_fixed32[0]));
expect(eq(608, message.packed_fixed64[0]));
expect(eq(609, message.packed_sfixed32[0]));
expect(eq(610, message.packed_sfixed64[0]));
expect(eq(611, message.packed_float[0]));
expect(eq(612, message.packed_double[0]));
expect(message.packed_bool[0]);
expect(protobuf_unittest::ForeignEnum::FOREIGN_BAR == message.packed_enum[0]);
expect(eq(701, message.packed_int32[1]));
expect(eq(702, message.packed_int64[1]));
expect(eq(703, message.packed_uint32[1]));
expect(eq(704, message.packed_uint64[1]));
expect(eq(705, message.packed_sint32[1]));
expect(eq(706, message.packed_sint64[1]));
expect(eq(707, message.packed_fixed32[1]));
expect(eq(708, message.packed_fixed64[1]));
expect(eq(709, message.packed_sfixed32[1]));
expect(eq(710, message.packed_sfixed64[1]));
expect(eq(711, message.packed_float[1]));
expect(eq(712, message.packed_double[1]));
expect(!message.packed_bool[1]);
expect(protobuf_unittest::ForeignEnum::FOREIGN_BAZ == message.packed_enum[1]);
}
inline void ExpectAllSet(const protobuf_unittest::TestUnpackedTypes &message) {
// The values expected here must match those of ExpectPackedFieldsSet.
expect(fatal(eq(2, message.unpacked_int32.size())));
expect(fatal(eq(2, message.unpacked_int64.size())));
expect(fatal(eq(2, message.unpacked_uint32.size())));
expect(fatal(eq(2, message.unpacked_uint64.size())));
expect(fatal(eq(2, message.unpacked_sint32.size())));
expect(fatal(eq(2, message.unpacked_sint64.size())));
expect(fatal(eq(2, message.unpacked_fixed32.size())));
expect(fatal(eq(2, message.unpacked_fixed64.size())));
expect(fatal(eq(2, message.unpacked_sfixed32.size())));
expect(fatal(eq(2, message.unpacked_sfixed64.size())));
expect(fatal(eq(2, message.unpacked_float.size())));
expect(fatal(eq(2, message.unpacked_double.size())));
expect(fatal(eq(2, message.unpacked_bool.size())));
expect(fatal(eq(2, message.unpacked_enum.size())));
expect(eq(601, message.unpacked_int32[0]));
expect(eq(602, message.unpacked_int64[0]));
expect(eq(603, message.unpacked_uint32[0]));
expect(eq(604, message.unpacked_uint64[0]));
expect(eq(605, message.unpacked_sint32[0]));
expect(eq(606, message.unpacked_sint64[0]));
expect(eq(607, message.unpacked_fixed32[0]));
expect(eq(608, message.unpacked_fixed64[0]));
expect(eq(609, message.unpacked_sfixed32[0]));
expect(eq(610, message.unpacked_sfixed64[0]));
expect(eq(611, message.unpacked_float[0]));
expect(eq(612, message.unpacked_double[0]));
expect(message.unpacked_bool[0]);
expect(protobuf_unittest::ForeignEnum::FOREIGN_BAR == message.unpacked_enum[0]);
expect(eq(701, message.unpacked_int32[1]));
expect(eq(702, message.unpacked_int64[1]));
expect(eq(703, message.unpacked_uint32[1]));
expect(eq(704, message.unpacked_uint64[1]));
expect(eq(705, message.unpacked_sint32[1]));
expect(eq(706, message.unpacked_sint64[1]));
expect(eq(707, message.unpacked_fixed32[1]));
expect(eq(708, message.unpacked_fixed64[1]));
expect(eq(709, message.unpacked_sfixed32[1]));
expect(eq(710, message.unpacked_sfixed64[1]));
expect(eq(711, message.unpacked_float[1]));
expect(eq(712, message.unpacked_double[1]));
expect(!message.unpacked_bool[1]);
expect(protobuf_unittest::ForeignEnum::FOREIGN_BAZ == message.unpacked_enum[1]);
}
// ===================================================================
// Extensions
//
// All this code is exactly equivalent to the above code except that it's
// manipulating extension fields instead of normal ones.
inline void SetAll(protobuf_unittest::TestAllExtensions *message, auto &&mr) {
expect(message->set_extension(protobuf_unittest::optional_int32_extension(), 101, hpp::proto::alloc_from{mr}).ok());
expect(message->set_extension(protobuf_unittest::optional_int64_extension(), 102, hpp::proto::alloc_from{mr}).ok());
expect(message->set_extension(protobuf_unittest::optional_uint32_extension(), 103, hpp::proto::alloc_from{mr}).ok());
expect(message->set_extension(protobuf_unittest::optional_uint64_extension(), 104, hpp::proto::alloc_from{mr}).ok());
expect(message->set_extension(protobuf_unittest::optional_sint32_extension(), 105, hpp::proto::alloc_from{mr}).ok());
expect(message->set_extension(protobuf_unittest::optional_sint64_extension(), 106, hpp::proto::alloc_from{mr}).ok());
expect(message->set_extension(protobuf_unittest::optional_fixed32_extension(), 107, hpp::proto::alloc_from{mr}).ok());
expect(message->set_extension(protobuf_unittest::optional_fixed64_extension(), 108, hpp::proto::alloc_from{mr}).ok());
expect(
message->set_extension(protobuf_unittest::optional_sfixed32_extension(), 109, hpp::proto::alloc_from{mr}).ok());
expect(
message->set_extension(protobuf_unittest::optional_sfixed64_extension(), 110, hpp::proto::alloc_from{mr}).ok());
expect(message->set_extension(protobuf_unittest::optional_float_extension(), 111, hpp::proto::alloc_from{mr}).ok());
expect(message->set_extension(protobuf_unittest::optional_double_extension(), 112, hpp::proto::alloc_from{mr}).ok());
expect(message->set_extension(protobuf_unittest::optional_bool_extension(), true, hpp::proto::alloc_from{mr}).ok());
expect(
message->set_extension(protobuf_unittest::optional_string_extension(), "115", hpp::proto::alloc_from{mr}).ok());
expect(
message
->set_extension(protobuf_unittest::optional_bytes_extension(), "116"_bytes_view, hpp::proto::alloc_from{mr})
.ok());
expect(message->set_extension(protobuf_unittest::optionalgroup_extension(), {.a = 117}, hpp::proto::alloc_from{mr})
.ok());
expect(message
->set_extension(protobuf_unittest::optional_nested_message_extension(), {.bb = 118},
hpp::proto::alloc_from{mr})
.ok());
expect(message
->set_extension(protobuf_unittest::optional_foreign_message_extension(), {.c = 119, .d = {}},
hpp::proto::alloc_from{mr})
.ok());
expect(message
->set_extension(protobuf_unittest::optional_import_message_extension(), {.d = 120},
hpp::proto::alloc_from{mr})
.ok());
expect(message
->set_extension(protobuf_unittest::optional_nested_enum_extension(),
protobuf_unittest::TestAllTypes::NestedEnum::BAZ, hpp::proto::alloc_from{mr})
.ok());
expect(message
->set_extension(protobuf_unittest::optional_foreign_enum_extension(),
protobuf_unittest::ForeignEnum::FOREIGN_BAZ, hpp::proto::alloc_from{mr})
.ok());
expect(message
->set_extension(protobuf_unittest::optional_import_enum_extension(),
protobuf_unittest_import::ImportEnum::IMPORT_BAZ, hpp::proto::alloc_from{mr})
.ok());
expect(message->set_extension(protobuf_unittest::optional_string_piece_extension(), "124", hpp::proto::alloc_from{mr})
.ok());
expect(message->set_extension(protobuf_unittest::optional_cord_extension(), "125", hpp::proto::alloc_from{mr}).ok());
expect(message
->set_extension(protobuf_unittest::optional_public_import_message_extension(), {.e = 126},
hpp::proto::alloc_from{mr})
.ok());
expect(
message
->set_extension(protobuf_unittest::optional_lazy_message_extension(), {.bb = 127}, hpp::proto::alloc_from{mr})
.ok());
// -----------------------------------------------------------------
const static int32_t repeated_int32_extension[] = {201, 301};
expect(message
->set_extension(protobuf_unittest::repeated_int32_extension(), repeated_int32_extension,
hpp::proto::alloc_from{mr})
.ok());
const static int64_t repeated_int64_extension[] = {202, 302};
expect(message
->set_extension(protobuf_unittest::repeated_int64_extension(), repeated_int64_extension,
hpp::proto::alloc_from{mr})
.ok());
const static uint32_t repeated_uint32_extension[] = {203, 303};
expect(message
->set_extension(protobuf_unittest::repeated_uint32_extension(), repeated_uint32_extension,
hpp::proto::alloc_from{mr})
.ok());
const static uint64_t repeated_uint64_extension[] = {204, 304};
expect(message
->set_extension(protobuf_unittest::repeated_uint64_extension(), repeated_uint64_extension,
hpp::proto::alloc_from{mr})
.ok());
const static int32_t repeated_sint32_extension[] = {205, 305};
expect(message
->set_extension(protobuf_unittest::repeated_sint32_extension(), repeated_sint32_extension,
hpp::proto::alloc_from{mr})
.ok());
const static int64_t repeated_sint64_extension[] = {206, 306};
expect(message
->set_extension(protobuf_unittest::repeated_sint64_extension(), repeated_sint64_extension,
hpp::proto::alloc_from{mr})
.ok());
const static uint32_t repeated_fixed32_extension[] = {207, 307};
expect(message
->set_extension(protobuf_unittest::repeated_fixed32_extension(), repeated_fixed32_extension,
hpp::proto::alloc_from{mr})
.ok());
const static uint64_t repeated_fixed64_extension[] = {208, 308};
expect(message
->set_extension(protobuf_unittest::repeated_fixed64_extension(), repeated_fixed64_extension,
hpp::proto::alloc_from{mr})
.ok());
const static int32_t repeated_sfixed32_extension[] = {209, 309};
expect(message
->set_extension(protobuf_unittest::repeated_sfixed32_extension(), repeated_sfixed32_extension,
hpp::proto::alloc_from{mr})
.ok());
const static int64_t repeated_sfixed64_extension[] = {210, 310};
expect(message
->set_extension(protobuf_unittest::repeated_sfixed64_extension(), repeated_sfixed64_extension,
hpp::proto::alloc_from{mr})
.ok());
const static float repeated_float_extension[] = {211, 311};
expect(message
->set_extension(protobuf_unittest::repeated_float_extension(), repeated_float_extension,
hpp::proto::alloc_from{mr})
.ok());
const static double repeated_double_extension[] = {212, 312};
expect(message
->set_extension(protobuf_unittest::repeated_double_extension(), repeated_double_extension,
hpp::proto::alloc_from{mr})
.ok());
const static bool repeated_bool_extension[] = {true, false};
expect(message
->set_extension(protobuf_unittest::repeated_bool_extension(), repeated_bool_extension,
hpp::proto::alloc_from{mr})
.ok());
const static std::string_view repeated_string_extension[] = {"215", "315"};
expect(message
->set_extension(protobuf_unittest::repeated_string_extension(), repeated_string_extension,
hpp::proto::alloc_from{mr})
.ok());
const static std::array repeated_bytes_extension{"216"_bytes_view, "316"_bytes_view};
expect(message
->set_extension(protobuf_unittest::repeated_bytes_extension(), repeated_bytes_extension,
hpp::proto::alloc_from{mr})
.ok());
const static protobuf_unittest::RepeatedGroup_extension repeatedgroup[] = {{.a = 217}, {.a = 317}};
expect(message->set_extension(protobuf_unittest::repeatedgroup_extension(), repeatedgroup, hpp::proto::alloc_from{mr})
.ok());
const static protobuf_unittest::TestAllTypes::NestedMessage repeated_nested_message_extension[] = {{.bb = 218},
{.bb = 318}};
expect(message
->set_extension(protobuf_unittest::repeated_nested_message_extension(), repeated_nested_message_extension,
hpp::proto::alloc_from{mr})
.ok());
const static protobuf_unittest::ForeignMessage repeated_foreign_message_extension[] = {{.c = 219, .d = {}},
{.c = 319, .d = {}}};
expect(message
->set_extension(protobuf_unittest::repeated_foreign_message_extension(),
repeated_foreign_message_extension, hpp::proto::alloc_from{mr})
.ok());
const static protobuf_unittest_import::ImportMessage repeated_import_message_extension[] = {{.d = 220}, {.d = 320}};
expect(message
->set_extension(protobuf_unittest::repeated_import_message_extension(), repeated_import_message_extension,
hpp::proto::alloc_from{mr})
.ok());
const static protobuf_unittest::TestAllTypes::NestedMessage repeated_lazy_message_extension[] = {{.bb = 227},
{.bb = 327}};
expect(message
->set_extension(protobuf_unittest::repeated_lazy_message_extension(), repeated_lazy_message_extension,
hpp::proto::alloc_from{mr})
.ok());
const static protobuf_unittest::TestAllTypes::NestedEnum repeated_nested_enum[] = {
protobuf_unittest::TestAllTypes::NestedEnum::BAR, protobuf_unittest::TestAllTypes::NestedEnum::BAZ};
expect(message
->set_extension(protobuf_unittest::repeated_nested_enum_extension(), repeated_nested_enum,
hpp::proto::alloc_from{mr})
.ok());
const static protobuf_unittest::ForeignEnum repeated_foreign_enum[] = {protobuf_unittest::ForeignEnum::FOREIGN_BAR,
protobuf_unittest::ForeignEnum::FOREIGN_BAZ};
expect(message
->set_extension(protobuf_unittest::repeated_foreign_enum_extension(), repeated_foreign_enum,
hpp::proto::alloc_from{mr})
.ok());
const static protobuf_unittest_import::ImportEnum repeated_import_enum[] = {
protobuf_unittest_import::ImportEnum::IMPORT_BAR, protobuf_unittest_import::ImportEnum::IMPORT_BAZ};
expect(message
->set_extension(protobuf_unittest::repeated_import_enum_extension(), repeated_import_enum,
hpp::proto::alloc_from{mr})
.ok());
const static std::string_view repeated_string_piece_extension[] = {"224"sv, "324"sv};
expect(message
->set_extension(protobuf_unittest::repeated_string_piece_extension(), repeated_string_piece_extension,
hpp::proto::alloc_from{mr})
.ok());
const static std::string_view repeated_cord_extension[] = {"225"sv, "325"sv};
expect(message
->set_extension(protobuf_unittest::repeated_cord_extension(), repeated_cord_extension,
hpp::proto::alloc_from{mr})
.ok());
// -----------------------------------------------------------------
expect(message->set_extension(protobuf_unittest::default_int32_extension(), 401, hpp::proto::alloc_from{mr}).ok());
expect(message->set_extension(protobuf_unittest::default_int64_extension(), 402, hpp::proto::alloc_from{mr}).ok());
expect(message->set_extension(protobuf_unittest::default_uint32_extension(), 403, hpp::proto::alloc_from{mr}).ok());
expect(message->set_extension(protobuf_unittest::default_uint64_extension(), 404, hpp::proto::alloc_from{mr}).ok());
expect(message->set_extension(protobuf_unittest::default_sint32_extension(), 405, hpp::proto::alloc_from{mr}).ok());
expect(message->set_extension(protobuf_unittest::default_sint64_extension(), 406, hpp::proto::alloc_from{mr}).ok());
expect(message->set_extension(protobuf_unittest::default_fixed32_extension(), 407, hpp::proto::alloc_from{mr}).ok());
expect(message->set_extension(protobuf_unittest::default_fixed64_extension(), 408, hpp::proto::alloc_from{mr}).ok());
expect(message->set_extension(protobuf_unittest::default_sfixed32_extension(), 409, hpp::proto::alloc_from{mr}).ok());
expect(message->set_extension(protobuf_unittest::default_sfixed64_extension(), 410, hpp::proto::alloc_from{mr}).ok());
expect(message->set_extension(protobuf_unittest::default_float_extension(), 411, hpp::proto::alloc_from{mr}).ok());
expect(message->set_extension(protobuf_unittest::default_double_extension(), 412, hpp::proto::alloc_from{mr}).ok());
expect(message->set_extension(protobuf_unittest::default_bool_extension(), false, hpp::proto::alloc_from{mr}).ok());
expect(message->set_extension(protobuf_unittest::default_string_extension(), "415", hpp::proto::alloc_from{mr}).ok());
expect(
message->set_extension(protobuf_unittest::default_bytes_extension(), "416"_bytes_view, hpp::proto::alloc_from{mr})
.ok());
expect(message
->set_extension(protobuf_unittest::default_nested_enum_extension(),
protobuf_unittest::TestAllTypes::NestedEnum::FOO, hpp::proto::alloc_from{mr})
.ok());
expect(message
->set_extension(protobuf_unittest::default_foreign_enum_extension(),
protobuf_unittest::ForeignEnum::FOREIGN_FOO, hpp::proto::alloc_from{mr})
.ok());
expect(message
->set_extension(protobuf_unittest::default_import_enum_extension(),
protobuf_unittest_import::ImportEnum::IMPORT_FOO, hpp::proto::alloc_from{mr})
.ok());
expect(message->set_extension(protobuf_unittest::default_string_piece_extension(), "424", hpp::proto::alloc_from{mr})
.ok());
expect(message->set_extension(protobuf_unittest::default_cord_extension(), "425", hpp::proto::alloc_from{mr}).ok());
SetOneofFields(message, hpp::proto::alloc_from{mr});
}
inline void SetOneofFields(protobuf_unittest::TestAllExtensions *message, auto &&mr) {
expect(message->set_extension(protobuf_unittest::oneof_uint32_extension(), 601, hpp::proto::alloc_from{mr}).ok());
expect(
message
->set_extension(protobuf_unittest::oneof_nested_message_extension(), {.bb = 602}, hpp::proto::alloc_from{mr})
.ok());
expect(message->set_extension(protobuf_unittest::oneof_string_extension(), "603", hpp::proto::alloc_from{mr}).ok());
expect(
message->set_extension(protobuf_unittest::oneof_bytes_extension(), "604"_bytes_view, hpp::proto::alloc_from{mr})
.ok());
}
// -------------------------------------------------------------------
inline void SetAllFieldsAndExtensions(protobuf_unittest::TestFieldOrderings *message, auto &&mr) {
message->my_int = 1;
message->my_string = "foo";
message->my_float = 1.0F;
expect(message->set_extension(protobuf_unittest::my_extension_int(), 23, hpp::proto::alloc_from{mr}).ok());
expect(message->set_extension(protobuf_unittest::my_extension_string(), "bar", hpp::proto::alloc_from{mr}).ok());
}
// -------------------------------------------------------------------
inline void ExpectAllSet(const protobuf_unittest::TestAllExtensions &message) {
expect(message.has_extension(protobuf_unittest::optional_int32_extension()));
expect(message.has_extension(protobuf_unittest::optional_int64_extension()));
expect(message.has_extension(protobuf_unittest::optional_uint32_extension()));
expect(message.has_extension(protobuf_unittest::optional_uint64_extension()));
expect(message.has_extension(protobuf_unittest::optional_sint32_extension()));
expect(message.has_extension(protobuf_unittest::optional_sint64_extension()));
expect(message.has_extension(protobuf_unittest::optional_fixed32_extension()));
expect(message.has_extension(protobuf_unittest::optional_fixed64_extension()));
expect(message.has_extension(protobuf_unittest::optional_sfixed32_extension()));
expect(message.has_extension(protobuf_unittest::optional_sfixed64_extension()));
expect(message.has_extension(protobuf_unittest::optional_float_extension()));
expect(message.has_extension(protobuf_unittest::optional_double_extension()));
expect(message.has_extension(protobuf_unittest::optional_bool_extension()));
expect(message.has_extension(protobuf_unittest::optional_string_extension()));
expect(message.has_extension(protobuf_unittest::optional_bytes_extension()));
expect(message.has_extension(protobuf_unittest::optionalgroup_extension()));
expect(message.has_extension(protobuf_unittest::optional_nested_message_extension()));
expect(message.has_extension(protobuf_unittest::optional_foreign_message_extension()));
expect(message.has_extension(protobuf_unittest::optional_import_message_extension()));
expect(message.has_extension(protobuf_unittest::optional_public_import_message_extension()));
expect(message.has_extension(protobuf_unittest::optional_lazy_message_extension()));
expect(message.get_extension(protobuf_unittest::optionalgroup_extension())->a);
expect(message.get_extension(protobuf_unittest::optional_nested_message_extension())->bb);
expect(message.get_extension(protobuf_unittest::optional_foreign_message_extension())->c);
expect(message.get_extension(protobuf_unittest::optional_import_message_extension())->d);
expect(message.get_extension(protobuf_unittest::optional_public_import_message_extension())->e);
expect(message.get_extension(protobuf_unittest::optional_lazy_message_extension())->bb);
expect(message.has_extension(protobuf_unittest::optional_nested_enum_extension()));
expect(message.has_extension(protobuf_unittest::optional_foreign_enum_extension()));
expect(message.has_extension(protobuf_unittest::optional_import_enum_extension()));
expect(message.has_extension(protobuf_unittest::optional_string_piece_extension()));
expect(message.has_extension(protobuf_unittest::optional_cord_extension()));
std::pmr::monotonic_buffer_resource mr;
expect(eq(101, message.get_extension(protobuf_unittest::optional_int32_extension()).value()));
expect(eq(102, message.get_extension(protobuf_unittest::optional_int64_extension()).value()));
expect(eq(103, message.get_extension(protobuf_unittest::optional_uint32_extension()).value()));
expect(eq(104, message.get_extension(protobuf_unittest::optional_uint64_extension()).value()));
expect(eq(105, message.get_extension(protobuf_unittest::optional_sint32_extension()).value()));
expect(eq(106, message.get_extension(protobuf_unittest::optional_sint64_extension()).value()));
expect(eq(107, message.get_extension(protobuf_unittest::optional_fixed32_extension()).value()));
expect(eq(108, message.get_extension(protobuf_unittest::optional_fixed64_extension()).value()));
expect(eq(109, message.get_extension(protobuf_unittest::optional_sfixed32_extension()).value()));
expect(eq(110, message.get_extension(protobuf_unittest::optional_sfixed64_extension()).value()));
expect(eq(111, message.get_extension(protobuf_unittest::optional_float_extension()).value()));
expect(eq(112, message.get_extension(protobuf_unittest::optional_double_extension()).value()));
expect(message.get_extension(protobuf_unittest::optional_bool_extension()).value());
expect(eq("115"sv,
message.get_extension(protobuf_unittest::optional_string_extension(), hpp::proto::alloc_from{mr}).value()));
expect(std::ranges::equal(
"116"_bytes,
message.get_extension(protobuf_unittest::optional_bytes_extension(), hpp::proto::alloc_from{mr}).value()));
expect(eq(117, message.get_extension(protobuf_unittest::optionalgroup_extension()).value().a.value()));
expect(eq(118, message.get_extension(protobuf_unittest::optional_nested_message_extension()).value().bb.value()));
expect(eq(119, message.get_extension(protobuf_unittest::optional_foreign_message_extension()).value().c.value()));
expect(eq(120, message.get_extension(protobuf_unittest::optional_import_message_extension()).value().d.value()));
using enum protobuf_unittest::TestAllTypes::NestedEnum;
expect(BAZ == message.get_extension(protobuf_unittest::optional_nested_enum_extension()).value());
using enum protobuf_unittest::ForeignEnum;
expect(FOREIGN_BAZ == message.get_extension(protobuf_unittest::optional_foreign_enum_extension()).value());
using enum protobuf_unittest_import::ImportEnum;
expect(IMPORT_BAZ == message.get_extension(protobuf_unittest::optional_import_enum_extension()).value());
auto opt = hpp::proto::alloc_from{mr};
expect(eq("124"sv, message.get_extension(protobuf_unittest::optional_string_piece_extension(), opt).value()));
expect(eq("125"sv, message.get_extension(protobuf_unittest::optional_cord_extension(), opt).value()));
expect(
eq(126, message.get_extension(protobuf_unittest::optional_public_import_message_extension()).value().e.value()));
expect(eq(127, message.get_extension(protobuf_unittest::optional_lazy_message_extension()).value().bb.value()));
// -----------------------------------------------------------------
expect(std::ranges::equal(
message.get_extension(protobuf_unittest::repeated_int32_extension(), hpp::proto::alloc_from{mr}).value(),
std::vector<int32_t>{201, 301}));
expect(std::ranges::equal(
message.get_extension(protobuf_unittest::repeated_int64_extension(), hpp::proto::alloc_from{mr}).value(),
std::vector<int64_t>{202, 302}));
expect(std::ranges::equal(
message.get_extension(protobuf_unittest::repeated_uint32_extension(), hpp::proto::alloc_from{mr}).value(),
std::vector<uint32_t>{203, 303}));
expect(std::ranges::equal(
message.get_extension(protobuf_unittest::repeated_uint64_extension(), hpp::proto::alloc_from{mr}).value(),
std::vector<uint64_t>{204, 304}));
expect(std::ranges::equal(
message.get_extension(protobuf_unittest::repeated_sint32_extension(), hpp::proto::alloc_from{mr}).value(),
std::vector<int32_t>{205, 305}));
expect(std::ranges::equal(
message.get_extension(protobuf_unittest::repeated_sint64_extension(), hpp::proto::alloc_from{mr}).value(),
std::vector<int64_t>{206, 306}));
expect(std::ranges::equal(
message.get_extension(protobuf_unittest::repeated_fixed32_extension(), hpp::proto::alloc_from{mr}).value(),
std::vector<uint32_t>{207, 307}));
expect(std::ranges::equal(
message.get_extension(protobuf_unittest::repeated_fixed64_extension(), hpp::proto::alloc_from{mr}).value(),
std::vector<uint64_t>{208, 308}));
expect(std::ranges::equal(
message.get_extension(protobuf_unittest::repeated_sfixed32_extension(), hpp::proto::alloc_from{mr}).value(),
std::vector<int32_t>{209, 309}));
expect(std::ranges::equal(
message.get_extension(protobuf_unittest::repeated_sfixed64_extension(), hpp::proto::alloc_from{mr}).value(),
std::vector<int64_t>{210, 310}));
expect(std::ranges::equal(
message.get_extension(protobuf_unittest::repeated_float_extension(), hpp::proto::alloc_from{mr}).value(),
std::vector<float>{211, 311}));
expect(std::ranges::equal(
message.get_extension(protobuf_unittest::repeated_double_extension(), hpp::proto::alloc_from{mr}).value(),
std::vector<double>{212, 312}));
expect(std::ranges::equal(
message.get_extension(protobuf_unittest::repeated_bool_extension(), hpp::proto::alloc_from{mr}).value(),
std::array<bool, 2>{true, false}));
expect(std::ranges::equal(
message.get_extension(protobuf_unittest::repeated_string_extension(), hpp::proto::alloc_from{mr}).value(),
std::vector<std::string_view>{"215"sv, "315"sv}));
auto repeated_bytes =
message.get_extension(protobuf_unittest::repeated_bytes_extension(), hpp::proto::alloc_from{mr}).value();