syntax = "proto2";

enum TestEnum {
  FOO = 1;
}

message Empty {}

message DecoderTest {
  optional double      f_double   = 1;
  optional float       f_float    = 2;
  optional int64       f_int64    = 3;
  optional uint64      f_uint64   = 4;
  optional int32       f_int32    = 5;
  optional fixed64     f_fixed64  = 6;
  optional fixed32     f_fixed32  = 7;
  optional bool        f_bool     = 8;
  optional string      f_string   = 9;
  optional DecoderTest f_message  = 11;
  optional bytes       f_bytes    = 12;
  optional uint32      f_uint32   = 13;
  optional TestEnum    f_enum     = 14;
  optional sfixed32    f_sfixed32 = 15;
  optional sfixed64    f_sfixed64 = 16;
  optional sint32      f_sint32   = 17;
  optional sint64      f_sint64   = 18;

  optional string      nop_field  = 40;

  repeated double      r_double   = 536869912;
  repeated float       r_float    = 536869913;
  repeated int64       r_int64    = 536869914;
  repeated uint64      r_uint64   = 536869915;
  repeated int32       r_int32    = 536869916;
  repeated fixed64     r_fixed64  = 536869917;
  repeated fixed32     r_fixed32  = 536869918;
  repeated bool        r_bool     = 536869919;
  repeated string      r_string   = 536869920;
  repeated DecoderTest r_message  = 536869922;
  repeated bytes       r_bytes    = 536869923;
  repeated uint32      r_uint32   = 536869924;
  repeated TestEnum    r_enum     = 536869925;
  repeated sfixed32    r_sfixed32 = 536869926;
  repeated sfixed64    r_sfixed64 = 536869927;
  repeated sint32      r_sint32   = 536869928;
  repeated sint64      r_sint64   = 536869929;

  optional group F_group = 10 {
    optional double      f_double   = 1;
    optional float       f_float    = 2;
    optional int64       f_int64    = 3;
    optional uint64      f_uint64   = 4;
    optional int32       f_int32    = 5;
    optional fixed64     f_fixed64  = 6;
    optional fixed32     f_fixed32  = 7;
    optional bool        f_bool     = 8;
    optional string      f_string   = 9;
    optional DecoderTest f_message  = 11;
    optional bytes       f_bytes    = 12;
    optional uint32      f_uint32   = 13;
    optional TestEnum    f_enum     = 14;
    optional sfixed32    f_sfixed32 = 15;
    optional sfixed64    f_sfixed64 = 16;
    optional sint32      f_sint32   = 17;
    optional sint64      f_sint64   = 18;

    optional string      nop_field  = 40;

    repeated double      r_double   = 536869912;
    repeated float       r_float    = 536869913;
    repeated int64       r_int64    = 536869914;
    repeated uint64      r_uint64   = 536869915;
    repeated int32       r_int32    = 536869916;
    repeated fixed64     r_fixed64  = 536869917;
    repeated fixed32     r_fixed32  = 536869918;
    repeated bool        r_bool     = 536869919;
    repeated string      r_string   = 536869920;
    repeated DecoderTest r_message  = 536869922;
    repeated bytes       r_bytes    = 536869923;
    repeated uint32      r_uint32   = 536869924;
    repeated TestEnum    r_enum     = 536869925;
    repeated sfixed32    r_sfixed32 = 536869926;
    repeated sfixed64    r_sfixed64 = 536869927;
    repeated sint32      r_sint32   = 536869928;
    repeated sint64      r_sint64   = 536869929;
  }

  optional group R_group = 536869921 {
    optional double      f_double   = 1;
    optional float       f_float    = 2;
    optional int64       f_int64    = 3;
    optional uint64      f_uint64   = 4;
    optional int32       f_int32    = 5;
    optional fixed64     f_fixed64  = 6;
    optional fixed32     f_fixed32  = 7;
    optional bool        f_bool     = 8;
    optional string      f_string   = 9;
    optional DecoderTest f_message  = 11;
    optional bytes       f_bytes    = 12;
    optional uint32      f_uint32   = 13;
    optional TestEnum    f_enum     = 14;
    optional sfixed32    f_sfixed32 = 15;
    optional sfixed64    f_sfixed64 = 16;
    optional sint32      f_sint32   = 17;
    optional sint64      f_sint64   = 18;

    optional string      nop_field  = 40;

    repeated double      r_double   = 536869912;
    repeated float       r_float    = 536869913;
    repeated int64       r_int64    = 536869914;
    repeated uint64      r_uint64   = 536869915;
    repeated int32       r_int32    = 536869916;
    repeated fixed64     r_fixed64  = 536869917;
    repeated fixed32     r_fixed32  = 536869918;
    repeated bool        r_bool     = 536869919;
    repeated string      r_string   = 536869920;
    repeated DecoderTest r_message  = 536869922;
    repeated bytes       r_bytes    = 536869923;
    repeated uint32      r_uint32   = 536869924;
    repeated TestEnum    r_enum     = 536869925;
    repeated sfixed32    r_sfixed32 = 536869926;
    repeated sfixed64    r_sfixed64 = 536869927;
    repeated sint32      r_sint32   = 536869928;
    repeated sint64      r_sint64   = 536869929;
  }
}