override public Boolean TryParse(Context Context, Tokenizer.Token Token)
{
ClearState();
Boolean _Ret = true;
if (Token.GetTopNodeType().Equals(typeof(Tokenizer.RuleInclude)))
{
this.m_StartPos = Token.GetPosStart();
this.m_Length = Token.GetPosEnd() - Token.GetPosStart();
LinkedList <Tokenizer.Token> .Enumerator m_Subs = Token.GetEnumerator();
while (m_Subs.MoveNext())
{
if (m_Subs.Current.GetNodeType().Equals(typeof(Tokenizer.RuleString)))
{
this.m_Path = m_Subs.Current.GetValue(false);
m_Path = m_Path.Replace("\"", "");
break;
}
this.m_Length = m_Subs.Current.GetPosEnd() - Token.GetPosStart();
}
if (this.m_Path.Equals("\"\""))
{
Context.AddLog(1, " missing path", this);
}
return(_Ret);
}
else
{
return(false);
}
}
override public Boolean TryParse(Context Context, Tokenizer.Token Token)
{
ClearState();
Boolean _Ret = true;
if (Context.m_ActualCmd.Equals(typeof(Tokenizer.RuleFunctionDecl)))
{
LinkedList <Tokenizer.Token> .Enumerator m_Subs = Token.GetEnumerator();
this.m_StartPos = Token.GetPosStart();
this.m_Length = Token.GetPosEnd() - Token.GetPosStart();
bool _ParseBody = false;
while (m_Subs.MoveNext())
{
if (m_Subs.Current.GetNodeType().Equals(typeof(Tokenizer.RuleName)))
{
this.m_Name = m_Subs.Current.GetValue(false);
}
if (m_Subs.Current.GetNodeType().Equals(typeof(Tokenizer.RuleParamDecl)))
{
this.m_Params = ParseParams(Context, m_Subs.Current.GetEnumerator(), null); //this is the first node in the params fe. string from (string sText,int Wolf))
}
if (m_Subs.Current.GetNodeType().Equals(typeof(Tokenizer.RuleRetDecl)))
{
this.m_Returns = ParseReturns(Context, m_Subs.Current.GetEnumerator(), null); //this is the first node in the params fe. string from (string sText,int Wolf))
}
this.m_Length = m_Subs.Current.GetPosEnd() - Token.GetPosStart(); //length without following body
if (_ParseBody == true)
{
if (!m_Subs.Current.GetNodeType().Equals(typeof(Tokenizer.RuleRCurlPar)))
{
this.m_Vars = ParseLocals(Context, m_Subs.Current, null);
}
}
if (m_Subs.Current.GetNodeType().Equals(typeof(Tokenizer.RuleLCurlPar)))
{
_ParseBody = true; //The next token is either a body-line or }
}
}
//Todo missing name
return(_Ret);
}
else
{
return(false);
}
}
override public Boolean TryParse(Context Context, Tokenizer.Token Token)
{
ClearState();
Boolean _Ret = true;
if (Token.GetTopNodeType().Equals(typeof(Tokenizer.RuleComment)))
{
this.m_StartPos = Token.GetPosStart();
this.m_Length = Token.GetPosEnd() - Token.GetPosStart();
m_Comment = Token.GetValue(false);
return(_Ret);
}
else
{
return(false);
}
}
override public Boolean TryParse(Context Context, Tokenizer.Token Token)
{
ClearState();
Boolean _Ret = true;
if (Token.GetTopNodeType().Equals(typeof(Tokenizer.RuleParamDecl)) ||
Token.GetTopNodeType().Equals(typeof(Tokenizer.RuleDecl)) ||
Context.m_ActualCmd.Equals(typeof(Tokenizer.RuleDecl)) ||
Token.GetTopNodeType().Equals(typeof(Tokenizer.RuleRetDecl)))
{
if (Token.GetNodeType().Equals(typeof(Tokenizer.RuleBaseType)))
{
this.m_Type = Token.GetValue(false);
this.m_StartPos = Token.GetPosStart();
this.m_Length = Token.GetPosEnd() - Token.GetPosStart();
}
LinkedList <Tokenizer.Token> .Enumerator m_Subs = Token.GetEnumerator();
while (m_Subs.MoveNext())
{
if (m_Subs.Current.GetNodeType().Equals(typeof(Tokenizer.RuleBaseType)))
{
this.m_Type = m_Subs.Current.GetValue(false);
this.m_StartPos = m_Subs.Current.GetPosStart();
this.m_Length = m_Subs.Current.GetPosEnd() - m_Subs.Current.GetPosStart();
}
if (m_Subs.Current.GetNodeType().Equals(typeof(Tokenizer.RuleName)))
{
this.m_Name = m_Subs.Current.GetValue(false);
break;
}
this.m_Length = m_Subs.Current.GetPosEnd() - Token.GetPosStart();
}
if (this.m_Name.Equals("") && !Token.GetTopNodeType().Equals(typeof(Tokenizer.RuleRetDecl)))
{
this.m_Error += " missing name";
}
//Todo missing name
return(_Ret);
}
else
{
return(false);
}
}
override public Boolean TryParse(Context Context, Tokenizer.Token Token)
{
ClearState();
Boolean _Ret = true;
if (Token.GetTopNodeType().Equals(typeof(Tokenizer.RuleUsing)))
{
LinkedList <Tokenizer.Token> .Enumerator m_Subs = Token.GetEnumerator();
this.m_StartPos = Token.GetPosStart();
this.m_Length = Token.GetPosEnd() - Token.GetPosStart();
while (m_Subs.MoveNext())
{
if (m_Subs.Current.GetNodeType().Equals(typeof(Tokenizer.RuleString)))
{
this.m_Path = m_Subs.Current.GetValue(false);
m_Path = m_Path.Replace("\"", "");
//"UserMgr.lvlibp:UserManager.lvclass" -> Name=UserManager
//"UserMgr.lvlibp" -> Name=UserMgr
Match m = m_RegEx.Match(this.m_Path, 0);
if (m.Success && m.Groups.Count == 5)
{
this.m_Name = m.Groups[3].Value;
}
else
{
m = m_RegEx2.Match(this.m_Path, 0);
if (m.Success && m.Groups.Count == 3)
{
this.m_Name = m.Groups[1].Value;
}
else
{
this.m_Error += " invalid Path";
}
}
}
if (m_Subs.Current.GetNodeType().Equals(typeof(Tokenizer.RuleUsing)))
{
Tokenizer.Token AS = m_Subs.Current.First.Value;
if (AS.GetNodeType().Equals(typeof(Tokenizer.RuleName)))
{
this.m_Name = AS.GetValue(false);
}
}
if (m_Subs.Current.GetNodeType().Equals(typeof(Tokenizer.RuleName))) //optional Name is hidden behind "as"
{
this.m_Name = m_Subs.Current.First.Value.GetValue(false);
}
this.m_Length = m_Subs.Current.GetPosEnd() - Token.GetPosStart();
}
if (this.m_Path.Equals(""))
{
this.m_Error += " missing path";
}
return(_Ret);
}
else
{
return(false);
}
}