public void Start(CsReader inFile)
{
m_state = "YYINITIAL"; // 4.3e
inFile = new CsReader(inFile, m_tokens.m_encoding);
m_LineManager = inFile.lm;
if (!inFile.Eof())
{
for (m_buf = inFile.ReadLine(); !inFile.Eof(); m_buf += inFile.ReadLine())
{
m_buf += "\n";
}
}
if (m_tokens.toupper)
{
m_buf = m_buf.ToUpper();
}
m_pch = 0;
}
public void Start(CsReader inFile)
{
this.m_state = "YYINITIAL";
inFile = new CsReader(inFile, this.m_tokens.m_encoding);
this.m_LineManager = inFile.lm;
if (!inFile.Eof())
{
this.m_buf = inFile.ReadLine();
while (!inFile.Eof())
{
this.m_buf += "\n";
this.m_buf += inFile.ReadLine();
}
}
if (this.m_tokens.toupper)
{
this.m_buf = this.m_buf.ToUpper();
}
this.m_pch = 0;
}
protected string ToBraceIfFound(ref string buf,ref int p,ref int max,CsReader inf)
{
int q = p;
int brack = Braces(0,buf,ref p,max);
string rv = buf.Substring(q,p-q);
while (inf!=null && brack>0)
{
buf=inf.ReadLine();
max=buf.Length;
if (max==0)
Error(47,q,"EOF in action or class def??");
p=0;
rv += '\n';
brack = Braces(brack,buf,ref p,max);
rv += buf.Substring(0,p);
}
return rv;
}
protected string ToBraceIfFound(ref string buf, ref int p, ref int max, CsReader inf)
{
int num = p;
int a = this.Braces(0, buf, ref p, max);
string str1 = buf.Substring(num, p - num);
while (inf != null && a > 0)
{
buf = inf.ReadLine();
if (buf == null || p == 0)
{
this.Error(47, num, "EOF in action or class def??");
}
max = buf.Length;
p = 0;
string str2 = str1 + (object)'\n';
a = this.Braces(a, buf, ref p, max);
str1 = str2 + buf.Substring(0, p);
}
return(str1);
}
protected string ToBraceIfFound(ref string buf, ref int p, ref int max, CsReader inf)
{
int q = p;
int brack = Braces(0, buf, ref p, max);
string rv = buf.Substring(q, p - q);
while (inf != null && brack > 0)
{
buf = inf.ReadLine();
max = buf.Length;
if (max == 0)
{
Error(47, q, "EOF in action or class def??");
}
p = 0;
rv += '\n';
brack = Braces(brack, buf, ref p, max);
rv += buf.Substring(0, p);
}
return(rv);
}
public int EmitClassDefin(
string b,
ref int p,
int max,
CsReader inf,
string defbas,
out string bas,
out string name,
bool lx)
{
bool flag = false;
name = "";
bas = defbas;
if (lx)
{
this.NonWhite(b, ref p, max);
}
this.White(b, ref p, max);
while (p < max && b[p] != '{' && (b[p] != ':' && b[p] != ';') && (b[p] != ' ' && b[p] != '\t' && b[p] != '\n'))
{
name += (string)(object)b[p];
++p;
}
this.White(b, ref p, max);
if (b[p] == ':')
{
++p;
this.White(b, ref p, max);
bas = "";
while (p < max && b[p] != ' ' && (b[p] != '{' && b[p] != '\t') && (b[p] != ';' && b[p] != '\n'))
{
bas += (string)(object)b[p];
++p;
}
}
int yynum = new TokClassDef(this, name, bas).m_yynum;
this.m_outFile.WriteLine("//%+{0}+{1}", (object)name, (object)yynum);
this.m_outFile.Write("public class ");
this.m_outFile.Write(name);
this.m_outFile.Write(" : " + bas);
this.m_outFile.WriteLine("{");
do
{
if (p >= max)
{
b += inf.ReadLine();
max = b.Length;
}
this.White(b, ref p, max);
}while (p >= max);
if (b[p] != ';')
{
cs0syntax cs0syntax = new cs0syntax((YyParser) new yycs0syntax(), this.erh);
((cs0tokens)cs0syntax.m_lexer).Out = this.m_outname;
cs0syntax.Cls = name;
cs0syntax.Out = this.m_outname;
if (lx)
{
cs0syntax.Ctx = "Lexer yyl";
cs0syntax.Par = "yym";
}
else
{
cs0syntax.Ctx = "Parser yyp";
cs0syntax.Par = "yyq";
}
string braceIfFound = this.ToBraceIfFound(ref b, ref p, ref max, inf);
TOKEN token = (TOKEN)null;
try
{
token = (TOKEN)cs0syntax.Parse(braceIfFound);
}
catch (Exception)
{
}
if (token == null)
{
this.Error(48, p, "Bad class definition for " + name);
return(-1);
}
token.yytext = token.yytext.Replace("yyq", "((" + this.m_outname + ")yyp)");
token.yytext = token.yytext.Replace("yym", "((" + this.m_outname + ")yyl)");
string yytext = token.yytext;
char[] chArray = new char[1] {
'\n'
};
foreach (string str in yytext.Split(chArray))
{
this.m_outFile.WriteLine(str);
}
flag = cs0syntax.defconseen;
}
this.m_outFile.WriteLine("public override string yyname { get { return \"" + name + "\"; }}");
this.m_outFile.WriteLine("public override int yynum { get { return " + (object)yynum + "; }}");
if (!flag)
{
if (lx)
{
this.m_outFile.Write("public " + name + "(Lexer yyl):base(yyl){}");
}
else
{
this.m_outFile.Write("public " + name + "(Parser yyp):base(yyp){}");
}
}
this.m_outFile.WriteLine("}");
return(yynum);
}
/// <exclude/>
public void Start(CsReader inFile)
{
m_state="YYINITIAL"; // 4.3e
inFile = new CsReader(inFile,m_tokens.m_encoding);
m_LineManager = inFile.lm;
if (!inFile.Eof())
for (m_buf = inFile.ReadLine(); !inFile.Eof(); m_buf += inFile.ReadLine())
m_buf+="\n";
if (m_tokens.toupper)
m_buf = m_buf.ToUpper();
m_pch = 0;
}
/// <summary/>
public void EmitClassDefin(string b, ref int p, int max, CsReader inf, string defbas, out string bas, out string name, bool lx)
{
bool defconseen = false;
name = "";
bas = defbas;
if (lx)
{
NonWhite(b, ref p, max);
}
White(b, ref p, max);
for (; p < max && b[p] != '{' && b[p] != ':' && b[p] != ';' && b[p] != ' ' && b[p] != '\t' && b[p] != '\n'; p++)
{
name += b[p];
}
m_outFile.WriteLine("//%+{0}", name);
m_outFile.WriteLine(@"/// <summary/>");
m_outFile.Write("public class ");
m_outFile.Write(name);
White(b, ref p, max);
if (b[p] == ':')
{
p++;
White(b, ref p, max);
for (bas = ""; p < max && b[p] != ' ' && b[p] != '{' && b[p] != '\t' && b[p] != ';' && b[p] != '\n'; p++)
{
bas += b[p];
}
}
new TokClassDef(this, name, bas);
m_outFile.Write(" : " + bas);
m_outFile.WriteLine("{");
do
{
if (p >= max)
{
b += inf.ReadLine();
max = b.Length;
}
White(b, ref p, max);
} while (p >= max);
if (b[p] != ';')
{
cs0syntax syms = new cs0syntax(new yycs0syntax(), erh);
cs0tokens tks = (cs0tokens)syms.m_lexer;
tks.Out = m_outname;
// syms.m_debug = true;
syms.Cls = name;
syms.Out = m_outname;
if (lx)
{
syms.Ctx = "Lexer yyl";
syms.Par = "yym";
}
else
{
syms.Ctx = "Parser yyp";
syms.Par = "yyq";
}
string str = ToBraceIfFound(ref b, ref p, ref max, inf);
TOKEN s = (TOKEN)syms.Parse(str);
if (s == null)
{
Error(48, p, "Bad class definition for " + name);
return;
}
s.yytext = s.yytext.Replace("yyq", "((" + m_outname + ")yyp)");
s.yytext = s.yytext.Replace("yym", "((" + m_outname + ")yyl)");
string[] ss = s.yytext.Split('\n');
for (int j = 0; j < ss.Length; j++)
{
m_outFile.WriteLine(ss[j]);
}
defconseen = syms.defconseen;
}
m_outFile.WriteLine(@"/// <summary/>");
m_outFile.WriteLine("public override string yyname() { return \"" + name + "\"; }");
if (!defconseen)
{
if (lx)
{
m_outFile.WriteLine(@"/// <summary/>");
m_outFile.WriteLine(@"/// <param name='yyl'></param>");
m_outFile.Write("public " + name + "(Lexer yyl):base(yyl){}");
}
else
{
m_outFile.WriteLine(@"/// <summary/>");
m_outFile.WriteLine(@"/// <param name='yyp'></param>");
m_outFile.Write("public " + name + "(Parser yyp):base(yyp){}");
}
}
m_outFile.WriteLine("}");
}
public int EmitClassDefin(string b,ref int p,int max,CsReader inf,string defbas,out string bas, out string name,bool lx)
{
bool defconseen = false;
name = "";
bas = defbas;
if (lx)
NonWhite(b,ref p,max);
White(b,ref p,max);
for(;p<max&&b[p]!='{'&&b[p]!=':'&&b[p]!=';'&&b[p]!=' '&&b[p]!='\t'&&b[p]!='\n';p++)
name += b[p];
White(b,ref p,max);
if (b[p]==':')
{
p++;
White(b,ref p,max);
for(bas="";p<max&&b[p]!=' '&&b[p]!='{'&&b[p]!='\t'&&b[p]!=';'&&b[p]!='\n';p++)
bas += b[p];
}
int num = new TokClassDef(this,name,bas).m_yynum;
m_outFile.WriteLine("//%+{0}+{1}",name,num);
m_outFile.Write("public class ");
m_outFile.Write(name);
m_outFile.Write(" : "+bas);
m_outFile.WriteLine("{");
do
{
if (p>=max)
{
b += inf.ReadLine();
max = b.Length;
}
White(b,ref p,max);
} while (p>=max);
if (b[p]!=';')
{
cs0syntax syms = new cs0syntax(new yycs0syntax(),erh);
cs0tokens tks = (cs0tokens)syms.m_lexer;
tks.Out = m_outname;
// syms.m_debug = true;
syms.Cls = name;
syms.Out = m_outname;
if (lx)
{
syms.Ctx = "Lexer yyl";
syms.Par = "yym";
}
else
{
syms.Ctx = "Parser yyp";
syms.Par = "yyq";
}
string str = ToBraceIfFound(ref b,ref p, ref max,inf);
TOKEN s = null;
try // 4.7c
{
s = (TOKEN)syms.Parse(str);
}
catch (Exception)
{}
if (s==null)
{
Error(48,p,"Bad class definition for "+name);
return -1;
}
s.yytext = s.yytext.Replace("yyq","(("+m_outname+")yyp)");
s.yytext = s.yytext.Replace("yym","(("+m_outname+")yyl)");
string[] ss = s.yytext.Split('\n');
for (int j=0;j<ss.Length;j++)
m_outFile.WriteLine(ss[j]);
defconseen = syms.defconseen;
}
m_outFile.WriteLine("public override string yyname { get { return \""+name+"\"; }}");
m_outFile.WriteLine("public override int yynum { get { return "+num+"; }}");
if (!defconseen)
{
if (lx)
m_outFile.Write("public "+name+"(Lexer yyl):base(yyl){}");
else
m_outFile.Write("public "+name+"(Parser yyp):base(yyp){}");
}
m_outFile.WriteLine("}");
return num;
}