private static SprotoType _parse_type(Lexer lexer, SprotoType type)
{
while (true)
{
Token token = lexer.tokens[0];
if ("eof" == token.type || "block_end" == token.type)
{
break;
}
if (token.type == "point")
{
lexer.pop_token();
SprotoType nest_type = parse_type(lexer);
type.AddType(nest_type);
}
else
{
type.AddField(parse_field(lexer, type));
}
}
expect(lexer, "block_end");
if (lexer.tokens[0].type != "eof")
{
ignore(lexer, "space");
}
return(type);
}
private static void _Parse(SprotoMgr sprotomgr, string proto, string filename)
{
Lexer lexer = new Lexer(proto, filename);
while (lexer.tokens.Count > 0)
{
Token token = lexer.tokens[0];
if ("eof" == token.type)
{
break;
}
switch (token.type)
{
case "word":
SprotoProtocol protocol = parse_protocol(lexer, sprotomgr);
sprotomgr.AddProtocol(protocol);
break;
case "point":
lexer.pop_token();
SprotoType type = parse_type(lexer);
sprotomgr.AddType(type);
break;
case "space":
ignore(lexer, "space");
break;
default:
SprotoHelper.Error(lexer.error_pos(token.line, token.column) + "invalid token:<{0},{1}>", token.type, token.val);
break;
}
}
}
private static SprotoField parse_field(Lexer lexer, SprotoType type)
{
SprotoField field = new SprotoField();
Token token = expect(lexer, "word", "space");
field.name = token.val;
// allow colon follow by tag,eg: field tag: type
token = expect(lexer, "tag");
ignore(lexer, "space");
field.tag = Convert.ToUInt16(token.val);
if (field.tag >= SprotoParser.MAX_FIELD_TAG)
{
SprotoHelper.Error(lexer.error_pos(token.line, token.column, type) + "{0} field's tag {1} >= {2}", field.name, field.tag, SprotoParser.MAX_FIELD_TAG);
}
expect(lexer, "colon", "space");
token = optional(lexer, "star");
if (token != null)
{
field.is_array = true;
}
token = expect(lexer, "word");
field.type = token.val;
string fieldtype = field.type;
token = optional(lexer, "key_start");
if (token != null)
{
// allow field tag : type(space+key+space)
ignore(lexer, "space");
token = expect(lexer, "word|tag");
if ("tag" == token.type)
{
if (fieldtype != "integer")
{
SprotoHelper.Error(lexer.error_pos(token.line, token.column, type) + "decimal index expect 'integer' got '{0}'", fieldtype);
}
field.digit = Convert.ToUInt16(token.val);
if (field.digit > SprotoParser.MAX_DECIMAL)
{
SprotoHelper.Error(lexer.error_pos(token.line, token.column, type) + "decimal index {0} > {1}", field.digit, SprotoParser.MAX_DECIMAL);
}
}
else
{
if (SprotoHelper.IsBuildInType(fieldtype))
{
SprotoHelper.Error(lexer.error_pos(token.line, token.column, type) + "map index expect 'usertype' got '{0}'", fieldtype);
}
field.key = token.val;
}
ignore(lexer, "space");
expect(lexer, "key_end", "space");
}
else
{
expect(lexer, "space");
ignore(lexer, "space");
}
return(field);
}
public void AddType(SprotoType type)
{
if (this.GetType(type.name) != null)
{
SprotoHelper.Error("redefined type '{0}'", type.name);
}
this.Types.Add(type.name, type);
}
public SprotoType GetType(string name)
{
SprotoType type = null;
if (!this.Types.TryGetValue(name, out type))
{
return(null);
}
return(type);
}
private void flattypename()
{
List <string> keys = new List <string>(this.Types.Keys);
foreach (string key in keys)
{
SprotoType type = this.Types[key];
this._flattypename(type);
}
}
public void AddType(SprotoType type)
{
string name = type.name;
if (this.nest_types.ContainsKey(name))
{
SprotoHelper.Error("redefined nest_type '{0} in type '{1}", name, this.name);
}
this.nest_types.Add(name, type);
}
public string error_pos(int line, int column, SprotoType type = null)
{
string str = String.Format("{0}({1}:{2}): ", this.filename, line, column);
if (type != null)
{
str = str + String.Format("type={0}: ", type.name);
}
return(str);
}
private static SprotoType parse_type(Lexer lexer)
{
SprotoType type = new SprotoType();
// keep same behavior with cloudwu's sproto
// allow { follow by type, eg: .typedef{
Token token = expect(lexer, "word");
ignore(lexer, "space");
type.name = token.val;
expect(lexer, "block_start", "space");
_parse_type(lexer, type);
return(type);
}
private UInt32 EncodeSprotoObjectList(SprotoMgr sprotomgr, List <SprotoObject> list, SprotoStream writer)
{
UInt32 size = 0;
for (int i = 0; i < list.Count; i++)
{
SprotoObject elemobj = list[i];
SprotoType elemtype = sprotomgr.GetType(elemobj.type);
int elemsize_pos = writer.Position;
writer.Seek(SprotoCodec.SIZEOF_LENGTH, SprotoStream.SEEK_CUR);
UInt32 elemsize = this.EncodeSprotoObject(sprotomgr, elemtype, elemobj, writer);
this.FillSize(writer, elemsize_pos, elemsize);
size += (SprotoCodec.SIZEOF_LENGTH + elemsize);
}
return(size);
}
public SprotoObject Decode(SprotoMgr sprotomgr, string typename, SprotoStream reader)
{
if (SprotoHelper.IsBuildInType(typename))
{
SprotoHelper.Error("[SprotoCodec.Decode] expect a 'non-buildin-type' got '{0}'", typename);
}
SprotoType type = sprotomgr.GetType(typename);
if (null == type)
{
SprotoHelper.Error("[SprotoCodec.Decode] occur a unknow-type '{0}'", typename);
}
SprotoObject obj = this.DecodeSprotoObject(sprotomgr, type, reader);
return(obj);
}
private void _flattypename(SprotoType type)
{
foreach (var nest_type in type.nest_types.Values)
{
string fullname = String.Format("{0}.{1}", type.name, nest_type.name);
nest_type.name = fullname;
this.AddType(nest_type);
this._flattypename(nest_type);
}
foreach (var field in type.fields.Values)
{
string fieldtype = field.type;
string fullname = this.check_type(type.name, fieldtype);
if (null == fullname)
{
SprotoHelper.Error("undefined type '{0}' in field '{1}.{2}'", fieldtype, type.name, field.name);
}
field.type = fullname;
}
}
private void check_type()
{
foreach (var type in this.Types.Values)
{
foreach (var field in type.fields.Values)
{
if (!SprotoHelper.IsBuildInType(field.type) && (null == this.GetType(field.type)))
{
SprotoHelper.Error("undefined type '{0}' in field '{1}.{2}'", field.type, type.name, field.name);
}
if (field.key != null)
{
SprotoType fieldtype = this.GetType(field.type);
if (null == fieldtype.GetField(field.key))
{
SprotoHelper.Error("map index '{0}' cann't found in type '{1}'", field.key, field.type);
}
}
}
}
}
private UInt32 EncodeSprotoObjectDict <T> (SprotoMgr sprotomgr, Dictionary <T, SprotoObject> dict, SprotoField field, SprotoStream writer)
{
UInt32 size = 0;
List <T> keys = new List <T>(dict.Keys);
keys.Sort(); // keep encode stable
foreach (var key in keys)
{
SprotoObject elemobj = dict[key];
if (elemobj.Get(field.key) == null)
{
SprotoHelper.Error("[SprotoCodec.EncodeSprotoObjectDict] exist null mainindex '{0}' in field '{1}'", field.key, field.name);
}
SprotoType elemtype = sprotomgr.GetType(elemobj.type);
int elemsize_pos = writer.Position;
writer.Seek(SprotoCodec.SIZEOF_LENGTH, SprotoStream.SEEK_CUR);
UInt32 elemsize = this.EncodeSprotoObject(sprotomgr, elemtype, elemobj, writer);
this.FillSize(writer, elemsize_pos, elemsize);
size += (SprotoCodec.SIZEOF_LENGTH + elemsize);
}
return(size);
}
public SprotoStream Encode(SprotoMgr sprotomgr, SprotoObject obj, SprotoStream writer = null)
{
if (null == writer)
{
writer = new SprotoStream();
}
string typename = obj.type;
if (SprotoHelper.IsBuildInType(typename))
{
SprotoHelper.Error("[SprotoCodec.Encode] expect a 'non-buildin-type sprotoobj' got '{0}'", typename);
}
SprotoType type = sprotomgr.GetType(typename);
if (null == type)
{
SprotoHelper.Error("[SprotoCodec.Encode] occur a unknow-type '{0}'", typename);
}
this.EncodeSprotoObject(sprotomgr, type, obj, writer);
return(writer);
}
private List <SprotoObject> DecodeSprotoObjectList(SprotoMgr sprotomgr, SprotoType type, SprotoStream reader)
{
List <SprotoObject> list = new List <SprotoObject>();
UInt32 size = this.ReadUInt32(reader);
while (size > 0)
{
UInt32 elem_size = this.ReadUInt32(reader);
UInt32 need_size = elem_size + SprotoCodec.SIZEOF_LENGTH;
size = size - need_size;
if (size < 0)
{
SprotoHelper.Error("[SprotoCodec.DecodeSprotoObjectList] fail");
}
SprotoObject elemobj = this.DecodeSprotoObject(sprotomgr, type, reader);
list.Add(elemobj);
}
if (size != 0)
{
SprotoHelper.Error("[SprotoCodec.DecodeSprotoObjectList] fail");
}
return(list);
}
public static byte[] DumpToBinary(SprotoMgr sprotomgr)
{
SprotoMgr meta = SprotoParser.Parse(meta_proto);
SprotoObject group = meta.NewSprotoObject("group");
// make result stable
List <SprotoType> types = new List <SprotoType>(sprotomgr.Types.Values);
types.Sort(delegate(SprotoType lhs, SprotoType rhs) {
return(string.Compare(lhs.name, rhs.name));
});
if (sprotomgr.Types.Count != 0)
{
List <SprotoObject> meta_types = new List <SprotoObject>();
foreach (SprotoType type in types)
{
SprotoObject meta_type = meta.NewSprotoObject("type");
meta_type["name"] = type.name;
if (type.fields.Count != 0)
{
List <SprotoField> fields = new List <SprotoField>(type.fields.Values);
fields.Sort(delegate(SprotoField lhs, SprotoField rhs) {
return(lhs.tag < rhs.tag ? -1 : 1);
});
List <SprotoObject> meta_fields = new List <SprotoObject>();
foreach (SprotoField field in fields)
{
SprotoObject meta_field = meta.NewSprotoObject("type.field");
meta_field["name"] = field.name;
meta_field["tag"] = field.tag;
if (SprotoParser.BuildInTypeName2Id.ContainsKey(field.type))
{
meta_field["buildin"] = SprotoParser.BuildInTypeName2Id[field.type];
if (field.type == "binary")
{
meta_field["type"] = 1;
}
else if (field.type == "integer" && field.digit > 0)
{
meta_field["type"] = field.digit;
}
}
else
{
meta_field["type"] = types.IndexOf(sprotomgr.Types[field.type]);
}
if (field.is_array)
{
meta_field["array"] = true;
if (field.key != null)
{
SprotoType t = sprotomgr.Types[field.type];
SprotoField f = t.fields[field.key];
meta_field["key"] = f.tag;
}
}
meta_fields.Add(meta_field);
}
meta_type["fields"] = meta_fields;
}
meta_types.Add(meta_type);
}
group["type"] = meta_types;
}
if (sprotomgr.Protocols.Count != 0)
{
// make result stable
List <SprotoProtocol> protocols = new List <SprotoProtocol>(sprotomgr.Protocols.Values);
protocols.Sort(delegate(SprotoProtocol lhs, SprotoProtocol rhs) {
return(lhs.tag < rhs.tag ? -1 : 1);
});
List <SprotoObject> meta_protocols = new List <SprotoObject>();
foreach (SprotoProtocol protocol in protocols)
{
SprotoObject meta_protocol = meta.NewSprotoObject("protocol");
meta_protocol["name"] = protocol.name;
meta_protocol["tag"] = protocol.tag;
if (protocol.request != null)
{
meta_protocol["request"] = types.IndexOf(sprotomgr.Types[protocol.request]);
}
if (protocol.response != null)
{
meta_protocol["response"] = types.IndexOf(sprotomgr.Types[protocol.response]);
}
else
{
meta_protocol["confirm"] = true;
}
meta_protocols.Add(meta_protocol);
}
group["protocol"] = meta_protocols;
}
SprotoStream writer = new SprotoStream();
meta.Encode(group, writer);
byte[] result = new byte[writer.Position];
for (int i = 0; i < writer.Position; i++)
{
result[i] = writer.Buffer[i];
}
return(result);
}
// Parser from binary(*.spb)
private static void _ParseFromBinary(SprotoMgr sprotomgr, byte[] bytes, int length)
{
SprotoMgr meta = SprotoParser.Parse(meta_proto);
SprotoStream reader = new SprotoStream();
reader.Write(bytes, 0, length);
reader.Seek(0, SprotoStream.SEEK_BEGIN);
SprotoObject group = meta.Decode("group", reader);
List <SprotoObject> types = null;
List <SprotoObject> protocols = null;
if (group.Get("type") != null)
{
types = group.Get("type");
foreach (SprotoObject meta_type in types)
{
SprotoType type = new SprotoType();
type.name = meta_type["name"];
if (meta_type.Has("fields"))
{
List <SprotoObject> fields = meta_type["fields"];
foreach (SprotoObject meta_field in fields)
{
SprotoField field = new SprotoField();
field.name = meta_field["name"];
field.tag = (UInt16)meta_field["tag"];
field.is_array = false;
if (meta_field.Has("array"))
{
field.is_array = (bool)meta_field["array"];
}
Int64 type_id;
if (meta_field.Has("buildin"))
{
type_id = meta_field["buildin"];
field.type = SprotoParser.BuildInTypeId2Name[type_id];
if (type_id == 0 && meta_field.Has("type"))
{
// fixed float
field.digit = (UInt16)meta_field["type"];
}
else if (type_id == 2 && meta_field.Has("type"))
{
// binary
field.type = "binary";
}
}
else
{
type_id = meta_field["type"];
SprotoObject t = types[(int)type_id];
field.type = t["name"];
// map
if (meta_field.Has("key"))
{
SprotoHelper.Assert(field.is_array);
UInt16 map_index = (UInt16)meta_field["key"];
List <SprotoObject> t_fields = t["fields"];
string name = null;
foreach (SprotoObject f in t_fields)
{
if (f["tag"] == map_index)
{
name = f["name"];
break;
}
}
SprotoHelper.Assert(name != null, String.Format("map index {0} cann't find in type '{1}'", map_index, field.type));
field.key = name;
}
}
type.AddField(field);
}
}
sprotomgr.AddType(type);
}
}
if (group.Get("protocol") != null)
{
protocols = group.Get("protocol");
foreach (SprotoObject meta_protocol in protocols)
{
SprotoProtocol protocol = new SprotoProtocol();
protocol.name = meta_protocol["name"];
protocol.tag = (UInt16)meta_protocol["tag"];
if (meta_protocol["request"] != null)
{
Int64 request = meta_protocol["request"];
protocol.request = types[(int)request]["name"];
}
if (meta_protocol["response"] != null)
{
Int64 response = meta_protocol["response"];
protocol.response = types[(int)response]["name"];
}
bool confirm = meta_protocol["confirm"];
if (confirm)
{
protocol.response = null;
}
sprotomgr.AddProtocol(protocol);
}
}
}
private UInt32 EncodeSprotoObject(SprotoMgr sprotomgr, SprotoType type, SprotoObject obj, SprotoStream writer)
{
// encode header part
List <UInt16> tags = new List <UInt16>(type.tagfields.Keys);
tags.Sort();
UInt16 fieldnum = 0;
Int16 lasttag = -1;
int fieldnum_pos = writer.Position;
writer.Seek(SprotoCodec.SIZEOF_FIELD, SprotoStream.SEEK_CUR);
List <UInt16> data_tags = new List <UInt16>();
for (int i = 0; i < tags.Count; i++)
{
UInt16 tag = tags[i];
SprotoField field = type.GetField(tag);
SprotoObject fieldobj = obj.Get(field.name);
if (fieldobj != null)
{
UInt16 skiptag = (UInt16)(tag - lasttag);
//Console.WriteLine("skiptag: tag={0},lasttag={1},skiptag={2}",tag,lasttag,skiptag);
lasttag = (Int16)tag;
if (skiptag > 1)
{
skiptag = (UInt16)((skiptag - 1) * 2 - 1);
this.WriteTag(writer, skiptag);
fieldnum++;
}
fieldnum++;
bool encode_in_header = false;
if (!field.is_array)
{
if (field.type == "integer")
{
Int64 integer;
if (field.digit == 0)
{
integer = (Int64)fieldobj.val;
}
else
{
integer = (Int64)(Math.Round((double)fieldobj.val * MathPow(10, field.digit)));
}
if (this.IsSmallInteger(integer))
{
encode_in_header = true;
UInt16 number = (UInt16)((integer + 1) * 2);
this.WriteTag(writer, number);
}
}
else if (field.type == "boolean")
{
encode_in_header = true;
bool ok = (bool)fieldobj.val;
UInt16 integer = (UInt16)(ok ? 1 : 0);
UInt16 number = (UInt16)((integer + 1) * 2);
this.WriteTag(writer, number);
}
}
if (!encode_in_header)
{
this.WriteTag(writer, 0);
data_tags.Add(tag);
}
else
{
}
}
}
this.FillFieldNum(writer, fieldnum_pos, fieldnum);
UInt32 size = SprotoCodec.SIZEOF_FIELD + fieldnum * SprotoCodec.SIZEOF_FIELD;
// encode data part
foreach (UInt16 tag in data_tags)
{
SprotoField field = type.GetField(tag);
SprotoType fieldtype = sprotomgr.GetType(field.type);
SprotoObject fieldobj = obj.Get(field.name);
int fieldsize_pos = writer.Position;
UInt32 fieldsize = 0;
writer.Seek(SprotoCodec.SIZEOF_LENGTH, SprotoStream.SEEK_CUR);
if (SprotoHelper.IsBuildInType(field.type))
{
fieldsize = this.EncodeBuildInType(field, fieldobj, writer);
}
else
{
if (field.is_array)
{
if (field.key != null)
{
string keytype = fieldtype.GetField(field.key).type;
if (keytype == "integer")
{
Dictionary <Int64, SprotoObject> dict = fieldobj.val as Dictionary <Int64, SprotoObject>;
fieldsize = this.EncodeSprotoObjectDict <Int64>(sprotomgr, dict, field, writer);
}
else if (keytype == "string")
{
Dictionary <string, SprotoObject> dict = fieldobj.val as Dictionary <string, SprotoObject>;
fieldsize = this.EncodeSprotoObjectDict <string>(sprotomgr, dict, field, writer);
}
else if (keytype == "boolean")
{
Dictionary <bool, SprotoObject> dict = fieldobj.val as Dictionary <bool, SprotoObject>;
fieldsize = this.EncodeSprotoObjectDict <bool>(sprotomgr, dict, field, writer);
}
else
{
SprotoHelper.Error("[SprotoCodec.EncodeSprotoObject] keytype expect 'integer/boolean/string' got '{0}'", keytype);
}
}
else
{
List <SprotoObject> list = fieldobj.val as List <SprotoObject>;
fieldsize = this.EncodeSprotoObjectList(sprotomgr, list, writer);
}
}
else
{
fieldsize = this.EncodeSprotoObject(sprotomgr, fieldtype, fieldobj, writer);
}
}
this.FillSize(writer, fieldsize_pos, fieldsize);
size += (fieldsize + SprotoCodec.SIZEOF_LENGTH);
}
return(size);
}
private Dictionary <T, SprotoObject> DecodeSprotoObjectDict <T> (SprotoMgr sprotomgr, SprotoType type, SprotoField field, SprotoStream reader)
{
Dictionary <T, SprotoObject> dict = new Dictionary <T, SprotoObject>();
UInt32 size = this.ReadUInt32(reader);
while (size > 0)
{
UInt32 elem_size = this.ReadUInt32(reader);
UInt32 need_size = elem_size + SprotoCodec.SIZEOF_LENGTH;
size = size - need_size;
if (size < 0)
{
SprotoHelper.Error("[SprotoCodec.DecodeSprotoObjectDict] fail");
}
SprotoObject elemobj = this.DecodeSprotoObject(sprotomgr, type, reader);
SprotoObject keyobj = elemobj.Get(field.key);
T key = (T)keyobj.val;
dict[key] = elemobj;
}
if (size != 0)
{
SprotoHelper.Error("[SprotoCodec.DecodeSprotoObjectDict] fail");
}
return(dict);
}
private SprotoObject DecodeSprotoObject(SprotoMgr sprotomgr, SprotoType type, SprotoStream reader)
{
SprotoObject obj = sprotomgr.NewSprotoObject(type.name);
// decode header part
UInt16 fieldnum = this.ReadUInt16(reader);
List <UInt16> data_tags = new List <UInt16>();
UInt16 curtag = 0;
for (UInt16 i = 0; i < fieldnum; i++)
{
UInt16 tag = this.ReadUInt16(reader);
if (tag == 0)
{
data_tags.Add(curtag);
curtag++;
}
else if (0 == (tag & 1)) // even
{
UInt16 val = (UInt16)((tag / 2) - 1);
SprotoField field = type.GetField(curtag);
if (field != null) // for protocol version compatibility
{
if (field.type == "integer")
{
if (0 == field.digit)
{
Int64 number = (Int64)(val);
obj.Set(field.name, number);
}
else
{
double number = (double)val / MathPow(10, field.digit);
obj.Set(field.name, number);
}
}
else if (field.type == "boolean")
{
if (!(val == 0 || val == 1))
{
SprotoHelper.Error("[SprotoCodec.DecodeSprotoObject] type={0},field={1},boolean type expect value '0/1' got '{2}'", type.name, curtag, val);
}
bool ok = (val == 0) ? false : true;
obj.Set(field.name, ok);
}
else
{
SprotoHelper.Error("[SprotoCodec.DecodeSprotoObject] type={0},field={1},expect type 'integer/boolean' got '{2}'", type.name, curtag, field.type);
}
}
curtag++;
}
else // odd
{
curtag += (UInt16)((tag + 1) / 2);
}
}
// decode data part
foreach (UInt16 tag in data_tags)
{
SprotoField field = type.GetField(tag);
if (field != null)
{
object fieldobj = null;
if (SprotoHelper.IsBuildInType(field.type))
{
fieldobj = this.DecodeBuildInType(field, reader);
}
else
{
SprotoType fieldtype = sprotomgr.GetType(field.type);
if (field.is_array)
{
if (field.key != null)
{
string keytype = fieldtype.GetField(field.key).type;
if (keytype == "integer")
{
fieldobj = this.DecodeSprotoObjectDict <Int64>(sprotomgr, fieldtype, field, reader);
}
else if (keytype == "string")
{
fieldobj = this.DecodeSprotoObjectDict <string>(sprotomgr, fieldtype, field, reader);
}
else if (keytype == "boolean")
{
fieldobj = this.DecodeSprotoObjectDict <bool>(sprotomgr, fieldtype, field, reader);
}
else
{
SprotoHelper.Error("[SprotoCodec.DecodeSprotoObject] keytype expect 'integer/boolean/string' got '{0}'", keytype);
}
}
else
{
fieldobj = this.DecodeSprotoObjectList(sprotomgr, fieldtype, reader);
}
}
else
{
this.ReadUInt32(reader);
fieldobj = this.DecodeSprotoObject(sprotomgr, fieldtype, reader);
}
}
obj.Set(field.name, fieldobj);
}
else
{
// for protocol version compatibility
UInt32 fieldsize = this.ReadUInt32(reader);
this.IgnoreByte(reader, fieldsize);
}
}
return(obj);
}
private static SprotoProtocol parse_protocol(Lexer lexer, SprotoMgr sprotomgr)
{
SprotoProtocol protocol = new SprotoProtocol();
Token token = expect(lexer, "word", "space");
protocol.name = token.val;
// keep same behavior with cloudwu's sproto
// allow { follow by protocol's tag, eg: protocol tag{
token = expect(lexer, "tag");
ignore(lexer, "space");
protocol.tag = Convert.ToUInt16(token.val);
if (protocol.tag >= SprotoParser.MAX_FIELD_TAG)
{
SprotoHelper.Error(lexer.error_pos(token.line, token.column) + "{0} protocol's tag {1} >= {2}", protocol.name, protocol.tag, SprotoParser.MAX_FIELD_TAG);
}
expect(lexer, "block_start");
ignore(lexer, "space");
while (true)
{
token = lexer.tokens[0];
if ("eof" == token.type || "block_end" == token.type)
{
break;
}
token = expect(lexer, "word", "space");
if (token.val == "request" || token.val == "response")
{
string subprotocol_type = null;
Token token2 = expect(lexer, "word|block_start", "space");
if (token2.type == "word")
{
if (token2.val != "nil")
{
subprotocol_type = token2.val;
}
}
else
{
SprotoType typedef = new SprotoType();
typedef.name = String.Format("{0}.{1}", protocol.name, token.val);
_parse_type(lexer, typedef);
sprotomgr.AddType(typedef);
subprotocol_type = typedef.name;
}
if (subprotocol_type != null)
{
if (token.val == "request")
{
protocol.request = subprotocol_type;
}
else
{
protocol.response = subprotocol_type;
}
}
}
else
{
SprotoHelper.Error(lexer.error_pos(token.line, token.column) + "{0}: invalid subprotocol:{1}", protocol.name, token.val);
}
}
expect(lexer, "block_end");
if (lexer.tokens[0].type != "eof")
{
ignore(lexer, "space");
}
string nameReq = $"{protocol.name}.request";
if (sprotomgr.GetType(nameReq) == null)
{
SprotoType typedef = new SprotoType {
name = nameReq
};
sprotomgr.AddType(typedef);
protocol.request = nameReq;
}
string nameRes = $"{protocol.name}.response";
if (sprotomgr.GetType(nameRes) == null)
{
SprotoType typedef = new SprotoType {
name = nameRes
};
sprotomgr.AddType(typedef);
protocol.response = nameRes;
}
return(protocol);
}
