package NPureCalcProto;

message TUnparsed {
    required string S = 1;
}

message TParsed {
    required int32 A = 1;
    optional int32 B = 2;
    required int32 C = 3;
}

message TPartial {
    required int32 X = 1;
}

message TSimpleMessage {
    required int32 X = 1;
}

message TNamedSimpleMessage {
    required int32 X = 1;
    required bytes Name = 2;
}

message TStringMessage {
    required string X = 1;
}

message TAllTypes {
    required double FDouble = 1;
    required float FFloat = 2;
    required int64 FInt64 = 3;
    required sfixed64 FSfixed64 = 4;
    required sint64 FSint64 = 5;
    required uint64 FUint64 = 6;
    required fixed64 FFixed64 = 7;
    required int32 FInt32 = 8;
    required sfixed32 FSfixed32 = 9;
    required sint32 FSint32 = 10;
    required uint32 FUint32 = 11;
    required fixed32 FFixed32 = 12;
    required bool FBool = 13;
    required string FString = 14;
    required bytes FBytes = 15;
}

message TOptionalAllTypes {
    optional double FDouble = 1;
    optional float FFloat = 2;
    optional int64 FInt64 = 3;
    optional sfixed64 FSfixed64 = 4;
    optional sint64 FSint64 = 5;
    optional uint64 FUint64 = 6;
    optional fixed64 FFixed64 = 7;
    optional int32 FInt32 = 8;
    optional sfixed32 FSfixed32 = 9;
    optional sint32 FSint32 = 10;
    optional uint32 FUint32 = 11;
    optional fixed32 FFixed32 = 12;
    optional bool FBool = 13;
    optional string FString = 14;
    optional bytes FBytes = 15;
}

message TSimpleNested {
    required int32 X = 1;
    required TAllTypes Y = 2;
}

message TOptionalNested {
    optional TAllTypes X = 1;
}

message TSimpleRepeated {
    required int32 X = 1;
    repeated int32 Y = 2;
}

message TNestedRepeated {
    required int32 X = 1;
    repeated TSimpleNested Y = 2;
}

message TRecursive {
    required int32 X = 1;
    required TRecursive Nested = 2;
}

message TRecursiveIndirectly {
    message TNested {
        required TRecursiveIndirectly Nested = 1;
    }

    required int32 X = 1;
    repeated TNested Nested = 2;
}

message TMessageWithEnum {
    enum ETestEnum {
        VALUE1 = 0;
        VALUE2 = 1;
    }
    repeated ETestEnum EnumValue = 1;
}

message TUnsplitted {
    required int32 AInt = 1;
    required uint32 AUint = 2;
    required string AString = 3;
    optional bool ABool = 4;
}

message TSplitted1 {
    required int32 BInt = 1;
    required string BString = 2;
}

message TSplitted2 {
    required uint32 CUint = 1;
    required string CString = 2;
}