private void FireEOFError()
{
TerminalToken eofToken =
new TerminalToken(SymbolCollection.EOF, SymbolCollection.EOF.Name, tokenizer.GetCurrentLocation());
FireParseError(eofToken);
}
private TerminalToken SkipAfterCommentEnd()
{
int commentDepth = 1;
TerminalToken token = null;
while (commentDepth > 0)
{
token = tokenizer.RetrieveToken();
if (token.Symbol is SymbolCommentEnd)
{
commentDepth--;
}
else if (token.Symbol is SymbolCommentStart)
{
commentDepth++;
}
else if (token.Symbol is SymbolEnd)
{
FireEOFError();
break;
}
}
if (commentDepth == 0)
{
return(token);
}
else
{
return(null);
}
}
private bool ProcessCommentStart(TerminalToken token)
{
if (OnCommentRead == null)
{
return(SkipAfterCommentEnd() != null);
}
else
{
Location start = this.tokenizer.GetCurrentLocation();
TerminalToken commentEnd = SkipAfterCommentEnd();
bool result = commentEnd != null;
if (result)
{
Location end = this.tokenizer.GetCurrentLocation();
string str = this.tokenizer.GetInput();
int len = end.Position - start.Position;
string comment = str.Substring(start.Position, len - commentEnd.Text.Length);
CommentReadEventArgs args = new CommentReadEventArgs(token.Text + comment,
comment,
false);
OnCommentRead(this, args);
}
return(result);
}
}
public ParseErrorEventArgs(TerminalToken unexpectedToken, SymbolCollection expectedTokens)
{
this.unexpectedToken = unexpectedToken;
this.expectedTokens = expectedTokens;
contin = ContinueMode.Stop;
nextToken = null;
}
private TerminalToken GetLookahead()
{
if (lookahead != null)
{
return(lookahead);
}
do
{
TerminalToken token = tokenizer.RetrieveToken();
if (token.Symbol is SymbolCommentLine)
{
if (!ProcessCommentLine(token))
{
continueParsing = false;
}
}
else if (token.Symbol is SymbolCommentStart)
{
if (!ProcessCommentStart(token))
{
continueParsing = false;
}
}
else if (token.Symbol is SymbolWhiteSpace)
{
if (!ProcessWhiteSpace(token))
{
continueParsing = false;
}
}
else if (token.Symbol is SymbolError)
{
if (!ProcessError(token))
{
continueParsing = false;
}
}
else
{
lookahead = token;
}
if (!continueParsing)
{
break;
}
} while (lookahead == null);
if ((lookahead != null) && (OnTokenRead != null))
{
TokenReadEventArgs args = new TokenReadEventArgs(lookahead);
OnTokenRead(this, args);
if (args.Continue == false)
{
continueParsing = false;
lookahead = null;
}
}
return(lookahead);
}
private void DoShift(TerminalToken token, ShiftAction action)
{
stateStack.Push(action.State);
tokenStack.Push(token);
lookahead = null;
if (OnShift != null)
OnShift(this,new ShiftEventArgs(token,action.State));
}
private void Reset()
{
stateStack = new StateStack();
stateStack.Push(startState);
tokenStack = new TokenStack();
lookahead = null;
continueParsing = true;
accepted = false;
}
public void ShowInputError(TerminalToken token)
{
ClearShowInputError();
int oldpos = this.inputBox.SelectionStart;
this.inputBox.Select(token.Location.Position, token.Text.Length);
this.inputBox.SelectionColor = Color.Red;
this.inputBox.Select(oldpos,0);
this.inputBox.SelectionColor = Color.ForestGreen;
}
private void Reset()
{
stateStack = new StateStack();
stateStack.Push(startState);
tokenStack = new TokenStack();
lookahead = null;
continueParsing = true;
accepted = false;
}
private void DoShift(TerminalToken token, ShiftAction action)
{
stateStack.Push(action.State);
tokenStack.Push(token);
lookahead = null;
if (OnShift != null)
{
OnShift(this, new ShiftEventArgs(token, action.State));
}
}
private bool ProcessError(TerminalToken token)
{
if (OnTokenError != null)
{
TokenErrorEventArgs e = new TokenErrorEventArgs(token);
OnTokenError(this, e);
return(e.Continue);
}
else
{
return(false);
}
}
private void FireParseError(TerminalToken token)
{
if (OnParseError != null)
{
ParseErrorEventArgs e = new ParseErrorEventArgs(token, FindExpectedTokens());
OnParseError(this, e);
continueParsing = e.Continue != ContinueMode.Stop;
lookahead = e.NextToken;
if ((e.NextToken != null) && (e.Continue == ContinueMode.Insert))
{
tokenizer.SetCurrentLocation(token.Location);
}
}
}
private bool ProcessCommentLine(TerminalToken token)
{
Location start = tokenizer.GetCurrentLocation();
bool result = SkipToEndOfLine();
if (result)
{
Location end = tokenizer.GetCurrentLocation();
string str = tokenizer.GetInput();
int len = end.Position - start.Position;
string comment = str.Substring(start.Position, len);
token.UserObject = comment;
if (OnCommentRead != null)
{
CommentReadEventArgs args = new CommentReadEventArgs(token.Text, comment, true);
OnCommentRead(this, args);
}
}
return(result);
}
/// <summary>
/// Parse the input with tokens and rules.
/// </summary>
/// <param name="input">The source input</param>
/// <returns>The nonterminal token that the input has been reduced to.
/// Null if the parse has failed.</returns>
public NonterminalToken Parse(String input)
{
Reset();
tokenizer.SetInput(input);
while (continueParsing)
{
TerminalToken token = GetLookahead();
if (token != null)
{
ParseTerminal(token);
}
}
if (accepted)
{
return((NonterminalToken)tokenStack.Pop());
}
else
{
return(null);
}
}
private Object CreateObject(TerminalToken token)
{
switch (token.Symbol.Id)
{
case (int)SymbolConstants.SYMBOL_EOF:
return(null);
case (int)SymbolConstants.SYMBOL_WHITESPACE:
return(null);
case (int)SymbolConstants.SYMBOL_MINUS:
return(null);
case (int)SymbolConstants.SYMBOL_LPARAN:
return(null);
case (int)SymbolConstants.SYMBOL_RPARAN:
return(null);
case (int)SymbolConstants.SYMBOL_TIMES:
return(null);
case (int)SymbolConstants.SYMBOL_DIV:
return(null);
case (int)SymbolConstants.SYMBOL_PLUS:
return(null);
case (int)SymbolConstants.SYMBOL_FLOAT:
return(ValueFactory.CreateValue(Double.Parse(token.Text,
numberFormatInfo)));
case (int)SymbolConstants.SYMBOL_INTEGER:
return(ValueFactory.CreateValue(Int32.Parse(token.Text)));
}
throw new SymbolException("Unknown symbol");
}
private bool ProcessCommentLine(TerminalToken token)
{
if (OnCommentRead == null)
{
tokenizer.SkipToChar('\n');
//SkipToEndOfLine();
return(true);
}
else
{
Location start = this.tokenizer.GetCurrentLocation();
tokenizer.SkipToChar('\n');
//SkipToEndOfLine();
Location end = this.tokenizer.GetCurrentLocation();
string str = this.tokenizer.GetInput();
int len = end.Position - start.Position;
string comment = str.Substring(start.Position, len);
CommentReadEventArgs args = new CommentReadEventArgs(token.Text + comment,
comment,
true);
OnCommentRead(this, args);
return(true);
}
}
private void ParseTerminal(TerminalToken token)
{
State currentState = stateStack.Peek();
lalr.Action action = currentState.Actions.Get(token.Symbol);
if (action is ShiftAction)
{
DoShift(token, (ShiftAction)action);
}
else if (action is ReduceAction)
{
DoReduce(token, (ReduceAction)action);
}
else if (action is AcceptAction)
{
DoAccept(token, (AcceptAction)action);
}
else
{
continueParsing = false;
FireParseError(token);
}
}
private Object CreateObject(TerminalToken token)
{
switch (token.Symbol.Id)
{
case (int)SymbolConstants.SYMBOL_EOF:
//(EOF)
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_ERROR:
//(Error)
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_WHITESPACE:
//Whitespace
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_MINUS:
//'-'
//todo: Create a new object that corresponds to the symbol
return(token.Text);
case (int)SymbolConstants.SYMBOL_LPAREN:
//'('
//todo: Create a new object that corresponds to the symbol
return(token.Text);
case (int)SymbolConstants.SYMBOL_RPAREN:
//')'
//todo: Create a new object that corresponds to the symbol
return(token.Text);
case (int)SymbolConstants.SYMBOL_TIMES:
//'*'
//todo: Create a new object that corresponds to the symbol
return(token.Text);
case (int)SymbolConstants.SYMBOL_DIV:
//'/'
//todo: Create a new object that corresponds to the symbol
return(token.Text);
case (int)SymbolConstants.SYMBOL_CARET:
//'^'
//todo: Create a new object that corresponds to the symbol
return(token.Text);
case (int)SymbolConstants.SYMBOL_PLUS:
//'+'
//todo: Create a new object that corresponds to the symbol
return(token.Text);
case (int)SymbolConstants.SYMBOL_NUMERO:
//Numero
//todo: Create a new object that corresponds to the symbol
return(token.Text);
case (int)SymbolConstants.SYMBOL_REAL:
//Real
//todo: Create a new object that corresponds to the symbol
return(token.Text);
case (int)SymbolConstants.SYMBOL_E:
//<E>
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_F:
//<F>
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_K:
//<K>
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_T:
//<T>
//todo: Create a new object that corresponds to the symbol
return(null);
}
throw new SymbolException("Unknown symbol");
}
private void FireEOFError()
{
TerminalToken eofToken = new TerminalToken(SymbolCollection.EOF,
SymbolCollection.EOF.Name,
tokenizer.GetCurrentLocation());
FireParseError(eofToken);
}
/// <summary>
/// <para>Symbol: WndParam List</para>
/// <para><c><WndParam List></c></para>
/// </summary>
protected virtual object TerminalWndparamlist(TerminalToken token)
{
throw new NotImplementedException("Symbol WndParam List");
}
/// <summary>
/// <para>Symbol: TreeView Columns</para>
/// <para><c><TreeView Columns></c></para>
/// </summary>
protected virtual object TerminalTreeviewcolumns(TerminalToken token)
{
throw new NotImplementedException("Symbol TreeView Columns");
}
private void ParseTerminal(TerminalToken token)
{
State currentState = stateStack.Peek();
Action action = currentState.Actions.Get(token.Symbol);
if (action is ShiftAction)
DoShift(token,(ShiftAction)action);
else if (action is ReduceAction)
DoReduce(token,(ReduceAction)action);
else if (action is AcceptAction)
DoAccept(token,(AcceptAction)action);
else
{
continueParsing = false;
FireParseError(token);
}
}
private Object CreateObject(TerminalToken token)
{
return null;
}
/// <summary>
/// <para>Symbol: TryFinally</para>
/// <para><c><TryFinally></c></para>
/// </summary>
protected virtual object TerminalTryfinally(TerminalToken token)
{
throw new NotImplementedException("Symbol TryFinally");
}
private void FireParseError(TerminalToken token)
{
if (OnParseError != null)
{
ParseErrorEventArgs e =
new ParseErrorEventArgs(token, FindExpectedTokens());
OnParseError(this, e);
continueParsing = e.Continue != ContinueMode.Stop;
lookahead = e.NextToken;
if ((e.NextToken != null) && (e.Continue == ContinueMode.Insert))
tokenizer.SetCurrentLocation(token.Location);
}
}
private bool ProcessCommentLine(TerminalToken token)
{
if (OnCommentRead == null)
{
tokenizer.SkipToChar('\n');
//SkipToEndOfLine();
return true;
}
else
{
Location start = this.tokenizer.GetCurrentLocation();
tokenizer.SkipToChar('\n');
//SkipToEndOfLine();
Location end = this.tokenizer.GetCurrentLocation();
string str = this.tokenizer.GetInput();
int len = end.Position - start.Position;
string comment = str.Substring(start.Position, len);
CommentReadEventArgs args = new CommentReadEventArgs(token.Text + comment,
comment,
true);
OnCommentRead(this, args);
return true;
}
}
private Object CreateObject(TerminalToken token)
{
switch (token.Symbol.Id)
{
case (int)SymbolConstants.SYMBOL_EOF:
//(EOF)
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_ERROR:
//(Error)
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_WHITESPACE:
//Whitespace
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_MINUS:
//'-'
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_LPAREN:
//'('
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_RPAREN:
//')'
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_COMMA:
//','
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_COLON:
//':'
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_COLONEQ:
//':='
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_SEMI:
//';'
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL__DIGITS:
//'_Digits'
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL__ID:
//'_Id'
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL__LETTER:
//'_Letter'
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL__QUOTE:
//'_Quote'
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL__SPACE:
//'_Space'
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_PIPEPIPE:
//'||'
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_PLUS:
//'+'
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_BEGIN:
//begin
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_DECLARE:
//declare
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_DO:
//do
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_ELSE:
//else
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_END:
//end
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_FI:
//fi
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_FOR:
//for
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_IF:
//if
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_NATURAL:
//natural
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_OD:
//od
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_STRING:
//string
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_THEN:
//then
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_WHILE:
//while
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_ANYMINUSCHARMINUSBUTMINUSQUOTE:
//<any-char-but-quote>
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_ASSIGN:
//<assign>
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_CONC:
//<conc>
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_DECLS:
//<decls>
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_DIGITS:
//<digits>
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_EMPTY:
//<empty>
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_EXP:
//<exp>
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_FOR2:
//<for>
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_FORMINUSHEAD:
//<for-head>
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_ID:
//<id>
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_IDMINUSTYPEMINUSLIST:
//<id-type-list>
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_IF2:
//<if>
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_IFMINUSCOMPACT:
//<if-compact>
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_LAYOUT:
//<layout>
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_LETTER:
//<letter>
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_LITERAL:
//<literal>
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_MINUS2:
//<minus>
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_NATURALMINUSCONSTANT:
//<natural-constant>
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_PICOMINUSPROGRAM:
//<pico-program>
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_PLUS2:
//<plus>
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_PRIMARY:
//<primary>
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_QUOTE:
//<quote>
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_SERIES:
//<series>
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_SPACE:
//<space>
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_STAT:
//<stat>
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_STRINGMINUSCONSTANT:
//<string-constant>
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_STRINGMINUSTAIL:
//<string-tail>
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_TYPE:
//<type>
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_WHILE2:
//<while>
//todo: Create a new object that corresponds to the symbol
return(null);
}
throw new SymbolException("Unknown symbol");
}
protected override Object CreateObject(TerminalToken token)
{
switch (token.Symbol.Id)
{
case (int)com.calitha.goldparser.SymbolConstants.SYMBOL_IDENTIFIER:
return token.Text;
case (int)SymbolConstants.SYMBOL_IP:
return token.Text;
case (int)SymbolConstants.SYMBOL_NUMBER:
return token.Text;
case (int)SymbolConstants.SYMBOL_FLOAT:
return token.Text;
case (int)SymbolConstants.SYMBOL_DEVICEID:
return token.Text;
case (int)SymbolConstants.SYMBOL_CMD:
return token.Text;
case (int)SymbolConstants.SYMBOL_SUBCMD:
return token.Text;
case (int)SymbolConstants.SYMBOL_STRINGLITERAL:
return token.Text;
case (int)SymbolConstants.SYMBOL_CMDCLASS:
if (!(token.Text == "A" || token.Text == "B" || token.Text == "C" || token.Text == "D" || token.Text == "N"))
throw new SymbolException(token.Location+", must be 'A' or 'B' or 'C' or 'D' or 'N'==>"+token.Text);
return token.Text;
case (int)SymbolConstants.SYMBOL_CMDTYPE:
if (!(token.Text == "Set" || token.Text == "Query" || token.Text == "Report" ))
throw new SymbolException(token.Location + ", must be 'Set' or 'Query' or 'Report' ==>" + token.Text);
return token.Text;
//case (int)SymbolConstants.SYMBOL_LVALUE:
// return token.Text;
//case (int)SymbolConstants.SYMBOL_HVALUE:
// return Convert.ToInt32(token.Text);
//case (int) SymbolConstants.SYMBOL_BYTES:
//return token.Text;
// break;
}
return null;
}
private Object CreateObjectFromTerminal(TerminalToken token)
{
switch (token.Symbol.Id)
{
case (int)SymbolConstants.SYMBOL_EOF:
//(EOF)
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_ERROR:
//(Error)
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_WHITESPACE:
//Whitespace
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_MINUS:
//'-'
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_MINUSMINUS:
//'--'
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_EXCLAMEQ:
//'!='
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_PERCENT:
//'%'
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_LPAREN:
//'('
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_RPAREN:
//')'
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_TIMES:
//'*'
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_COMMA:
//','
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_DOT:
//'.'
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_DIV:
//'/'
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_COLON:
//':'
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_COLONT:
//':t'
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_SEMI:
//';'
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_LBRACE:
//'{'
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_LBRACERBRACE:
//'{}'
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_RBRACE:
//'}'
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_PLUS:
//'+'
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_PLUSPLUS:
//'++'
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_LT:
//'<'
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_LTEQ:
//'<='
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_EQ:
//'='
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_EQEQ:
//'=='
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_GT:
//'>'
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_GTEQ:
//'>='
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_GTGT:
//'>>'
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_CHAR:
//char
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_CLASS:
//Class
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_DECIMAL:
//decimal
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_DO:
//do
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_ELSE:
//else
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_FOR:
//for
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_FUNCTION:
//function
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_ID:
//id
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_IF:
//if
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_INTEGER:
//integer
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_NUMBER:
//number
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_PRIVATE:
//Private
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_PROTECTED:
//Protected
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_PUBLIC:
//Public
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_REAL:
//real
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_STATIC:
//static
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_STRING:
//String
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_VOID:
//void
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_WHILE:
//while
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_ARGUMENTS:
//<arguments>
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_ASSIGN:
//<assign>
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_CLASSMINUSMEMBER:
//<class-member>
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_CLASSMINUSMEMBERMINUSMETHOD:
//<class-member-method>
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_CLASSMINUSMEMBERMINUSTYPE:
//<class-member-type>
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_CLASSMINUSSTATEMENT:
//<class-statement>
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_CLASSMINUSSTMTMINUSLIST:
//<class-stmt-list>
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_CONDITION:
//<condition>
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_COUNTER:
//<counter>
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_EXPRESSION:
//<expression>
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_FACTOR:
//<factor>
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_FORMINUSSTATEMENT:
//<for-statement>
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_FUNCTIONMINUSCALL:
//<function-call>
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_FUNCTIONMINUSSTATEMENT:
//<function-statement>
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_FUNCTIONMINUSSTMT:
//<function-stmt>
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_FUNCTIONMINUSSTMTMINUSLIST:
//<function-stmt-list>
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_IFMINUSSTATEMENT:
//<if-statement>
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_INITIALMINUSLIST:
//<initial-list>
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_OPERATION:
//<operation>
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_PROGRAM:
//<program>
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_RETURNMINUSVALUE:
//<return-value>
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_STATEMENT:
//<statement>
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_STATEMENTS:
//<statements>
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_TERM:
//<term>
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_TYPES:
//<types>
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_WHILEMINUSSTATEMENT:
//<While-statement>
//todo: Create a new object that corresponds to the symbol
return(null);
}
throw new SymbolException("Unknown symbol");
}
private Object CreateObject(TerminalToken token)
{
switch (token.Symbol.Id)
{
case (int)SymbolConstants.SYMBOL_EOF :
//(EOF)
return null;
case (int)SymbolConstants.SYMBOL_ERROR :
//(Error)
return null;
case (int)SymbolConstants.SYMBOL_WHITESPACE :
//(Whitespace)
return null;
case (int)SymbolConstants.SYMBOL_COMMENTLINE :
//(Comment Line)
return null;
case (int)SymbolConstants.SYMBOL_MINUS :
//'-'
return null;
case (int)SymbolConstants.SYMBOL_LPARAN :
//'('
return null;
case (int)SymbolConstants.SYMBOL_RPARAN :
//')'
return null;
case (int)SymbolConstants.SYMBOL_TIMES :
//'*'
return null;
case (int)SymbolConstants.SYMBOL_COLONCOLONEQ :
//'::='
return null;
case (int)SymbolConstants.SYMBOL_QUESTION :
//'?'
return null;
case (int)SymbolConstants.SYMBOL_PIPE :
//'|'
return null;
case (int)SymbolConstants.SYMBOL_PLUS :
//'+'
return null;
case (int)SymbolConstants.SYMBOL_EQ :
//'='
return null;
case (int)SymbolConstants.SYMBOL_LARGECOMMENT :
//LargeComment
return token.Text;
case (int)SymbolConstants.SYMBOL_NEWLINE :
//Newline
return null;
case (int)SymbolConstants.SYMBOL_NONTERMINAL :
//Nonterminal
return token.Text;
case (int)SymbolConstants.SYMBOL_PARAMETERNAME :
//ParameterName
return null;
case (int)SymbolConstants.SYMBOL_SETLITERAL :
//SetLiteral
return null;
case (int)SymbolConstants.SYMBOL_SETNAME :
//SetName
return null;
case (int)SymbolConstants.SYMBOL_TERMINAL :
//Terminal
return token.Text;
case (int)SymbolConstants.SYMBOL_CONTENT :
//<Content>
return null;
case (int)SymbolConstants.SYMBOL_DEFINITION :
//<Definition>
return null;
case (int)SymbolConstants.SYMBOL_GRAMMAR :
//<Grammar>
return null;
case (int)SymbolConstants.SYMBOL_HANDLE :
//<Handle>
return null;
case (int)SymbolConstants.SYMBOL_HANDLES :
//<Handles>
return null;
case (int)SymbolConstants.SYMBOL_KLEENEOPT :
//<Kleene Opt>
return null;
case (int)SymbolConstants.SYMBOL_LARGE_COMMENT :
//<Large_Comment>
return null;
case (int)SymbolConstants.SYMBOL_NL :
//<nl>
return null;
case (int)SymbolConstants.SYMBOL_NLOPT :
//<nl opt>
return null;
case (int)SymbolConstants.SYMBOL_PARAMETER :
//<Parameter>
return null;
case (int)SymbolConstants.SYMBOL_PARAMETERBODY :
//<Parameter Body>
return null;
case (int)SymbolConstants.SYMBOL_PARAMETERITEM :
//<Parameter Item>
return null;
case (int)SymbolConstants.SYMBOL_PARAMETERITEMS :
//<Parameter Items>
return null;
case (int)SymbolConstants.SYMBOL_REGEXP :
//<Reg Exp>
return null;
case (int)SymbolConstants.SYMBOL_REGEXP2 :
//<Reg Exp 2>
return null;
case (int)SymbolConstants.SYMBOL_REGEXPITEM :
//<Reg Exp Item>
return null;
case (int)SymbolConstants.SYMBOL_REGEXPSEQ :
//<Reg Exp Seq>
return null;
case (int)SymbolConstants.SYMBOL_RULEDECL :
//<Rule Decl>
return null;
case (int)SymbolConstants.SYMBOL_SETDECL :
//<Set Decl>
return null;
case (int)SymbolConstants.SYMBOL_SETEXP :
//<Set Exp>
return null;
case (int)SymbolConstants.SYMBOL_SETITEM :
//<Set Item>
return null;
case (int)SymbolConstants.SYMBOL_SYMBOL :
//<Symbol>
return null;
case (int)SymbolConstants.SYMBOL_TERMINALDECL :
//<Terminal Decl>
return null;
case (int)SymbolConstants.SYMBOL_TERMINALNAME :
//<Terminal Name>
return null;
}
throw new SymbolException("Unknown symbol");
}
public virtual object CreateObjectFromTerminal(TerminalToken token)
{
switch (token.Symbol.Id)
{
case (int)Symbols.Eof: //(EOF)
return TerminalEof(token);
case (int)Symbols.Error: //(Error)
return TerminalError(token);
case (int)Symbols.Whitespace: //(Whitespace)
return TerminalWhitespace(token);
case (int)Symbols.Commentend: //(Comment End)
return TerminalCommentend(token);
case (int)Symbols.Commentline: //(Comment Line)
return TerminalCommentline(token);
case (int)Symbols.Commentstart: //(Comment Start)
return TerminalCommentstart(token);
case (int)Symbols.Minus: //'-'
return TerminalMinus(token);
case (int)Symbols.Minusminus: //--
return TerminalMinusminus(token);
case (int)Symbols.Comma: //','
return TerminalComma(token);
case (int)Symbols.Semi: //';'
return TerminalSemi(token);
case (int)Symbols.Colon: //':'
return TerminalColon(token);
case (int)Symbols.Exclam: //'!'
return TerminalExclam(token);
case (int)Symbols.Exclameq: //'!='
return TerminalExclameq(token);
case (int)Symbols.Question: //'?'
return TerminalQuestion(token);
case (int)Symbols.Dot: //'.'
return TerminalDot(token);
case (int)Symbols.Lparan: //'('
return TerminalLparan(token);
case (int)Symbols.Rparan: //')'
return TerminalRparan(token);
case (int)Symbols.Lbracket: //'['
return TerminalLbracket(token);
case (int)Symbols.Rbracket: //']'
return TerminalRbracket(token);
case (int)Symbols.Lbrace: //'{'
return TerminalLbrace(token);
case (int)Symbols.Rbrace: //'}'
return TerminalRbrace(token);
case (int)Symbols.Times: //'*'
return TerminalTimes(token);
case (int)Symbols.Timeseq: //'*='
return TerminalTimeseq(token);
case (int)Symbols.Div: //'/'
return TerminalDiv(token);
case (int)Symbols.Diveq: //'/='
return TerminalDiveq(token);
case (int)Symbols.Percent: //'%'
return TerminalPercent(token);
case (int)Symbols.Plus: //'+'
return TerminalPlus(token);
case (int)Symbols.Plusplus: //'++'
return TerminalPlusplus(token);
case (int)Symbols.Pluseq: //'+='
return TerminalPluseq(token);
case (int)Symbols.Lt: //'<'
return TerminalLt(token);
case (int)Symbols.Lteq: //'<='
return TerminalLteq(token);
case (int)Symbols.Lteqeq: //'<=='
return TerminalLteqeq(token);
case (int)Symbols.Lteqeqgt: //'<==>'
return TerminalLteqeqgt(token);
case (int)Symbols.Eq: //'='
return TerminalEq(token);
case (int)Symbols.Minuseq: //'-='
return TerminalMinuseq(token);
case (int)Symbols.Eqeq: //'=='
return TerminalEqeq(token);
case (int)Symbols.Gt: //'>'
return TerminalGt(token);
case (int)Symbols.Minusgt: //'->'
return TerminalMinusgt(token);
case (int)Symbols.Gteq: //'>='
return TerminalGteq(token);
case (int)Symbols.After: //after
return TerminalAfter(token);
case (int)Symbols.Align: //align
return TerminalAlign(token);
case (int)Symbols.And: //and
return TerminalAnd(token);
case (int)Symbols.As: //as
return TerminalAs(token);
case (int)Symbols.Before: //before
return TerminalBefore(token);
case (int)Symbols.Bool: //bool
return TerminalBool(token);
case (int)Symbols.Booleanliteral: //BooleanLiteral
return TerminalBooleanliteral(token);
case (int)Symbols.Break: //break
return TerminalBreak(token);
case (int)Symbols.Button: //button
return TerminalButton(token);
case (int)Symbols.Case: //case
return TerminalCase(token);
case (int)Symbols.Cast: //cast
return TerminalCast(token);
case (int)Symbols.Catch: //catch
return TerminalCatch(token);
case (int)Symbols.Column: //column
return TerminalColumn(token);
case (int)Symbols.Continue: //continue
return TerminalContinue(token);
case (int)Symbols.Database: //database
return TerminalDatabase(token);
case (int)Symbols.Date: //date
return TerminalDate(token);
case (int)Symbols.Daterange: //daterange
return TerminalDaterange(token);
case (int)Symbols.Datetime: //datetime
return TerminalDatetime(token);
case (int)Symbols.Datetimeliteral: //DateTimeLiteral
return TerminalDatetimeliteral(token);
case (int)Symbols.Datetimerange: //datetimerange
return TerminalDatetimerange(token);
case (int)Symbols.Decimal: //decimal
return TerminalDecimal(token);
case (int)Symbols.Decimalliteral: //DecimalLiteral
return TerminalDecimalliteral(token);
case (int)Symbols.Default: //default
return TerminalDefault(token);
case (int)Symbols.Delete: //delete
return TerminalDelete(token);
case (int)Symbols.Dict: //dict
return TerminalDict(token);
case (int)Symbols.Do: //do
return TerminalDo(token);
case (int)Symbols.Else: //else
return TerminalElse(token);
case (int)Symbols.End: //end
return TerminalEnd(token);
case (int)Symbols.Extends: //extends
return TerminalExtends(token);
case (int)Symbols.Finally: //finally
return TerminalFinally(token);
case (int)Symbols.For: //for
return TerminalFor(token);
case (int)Symbols.Foreach: //foreach
return TerminalForeach(token);
case (int)Symbols.Foreign: //foreign
return TerminalForeign(token);
case (int)Symbols.Function: //function
return TerminalFunction(token);
case (int)Symbols.Get: //get
return TerminalGet(token);
case (int)Symbols.Hbox: //hbox
return TerminalHbox(token);
case (int)Symbols.Hbuttonbox: //hbuttonbox
return TerminalHbuttonbox(token);
case (int)Symbols.Hpaned: //hpaned
return TerminalHpaned(token);
case (int)Symbols.Id: //ID
return TerminalId(token);
case (int)Symbols.If: //if
return TerminalIf(token);
case (int)Symbols.Image: //image
return TerminalImage(token);
case (int)Symbols.In: //in
return TerminalIn(token);
case (int)Symbols.Index: //index
return TerminalIndex(token);
case (int)Symbols.Insert: //insert
return TerminalInsert(token);
case (int)Symbols.Integer: //integer
return TerminalInteger(token);
case (int)Symbols.Intliteral: //IntLiteral
return TerminalIntliteral(token);
case (int)Symbols.Is: //is
return TerminalIs(token);
case (int)Symbols.Item: //item
return TerminalItem(token);
case (int)Symbols.List: //list
return TerminalList(token);
case (int)Symbols.Liststore: //liststore
return TerminalListstore(token);
case (int)Symbols.Many: //many
return TerminalMany(token);
case (int)Symbols.Menu: //menu
return TerminalMenu(token);
case (int)Symbols.Menuitem: //menuitem
return TerminalMenuitem(token);
case (int)Symbols.Modified: //modified
return TerminalModified(token);
case (int)Symbols.New: //new
return TerminalNew(token);
case (int)Symbols.Not: //not
return TerminalNot(token);
case (int)Symbols.Null: //null
return TerminalNull(token);
case (int)Symbols.Observed: //observed
return TerminalObserved(token);
case (int)Symbols.Or: //or
return TerminalOr(token);
case (int)Symbols.Position: //position
return TerminalPosition(token);
case (int)Symbols.Primary: //primary
return TerminalPrimary(token);
case (int)Symbols.Property: //property
return TerminalProperty(token);
case (int)Symbols.Range: //range
return TerminalRange(token);
case (int)Symbols.Return: //return
return TerminalReturn(token);
case (int)Symbols.Scrolled: //scrolled
return TerminalScrolled(token);
case (int)Symbols.Select: //select
return TerminalSelect(token);
case (int)Symbols.Separator: //Separator
return TerminalSeparator(token);
case (int)Symbols.Set: //set
return TerminalSet(token);
case (int)Symbols.Static: //static
return TerminalStatic(token);
case (int)Symbols.Stringliteral: //StringLiteral
return TerminalStringliteral(token);
case (int)Symbols.Switch: //switch
return TerminalSwitch(token);
case (int)Symbols.Table: //table
return TerminalTable(token);
case (int)Symbols.Template: //template
return TerminalTemplate(token);
case (int)Symbols.Through: //through
return TerminalThrough(token);
case (int)Symbols.Throw: //throw
return TerminalThrow(token);
case (int)Symbols.Time: //time
return TerminalTime(token);
case (int)Symbols.Timerange: //timerange
return TerminalTimerange(token);
case (int)Symbols.Timespanliteral: //TimeSpanLiteral
return TerminalTimespanliteral(token);
case (int)Symbols.Toolbar: //toolbar
return TerminalToolbar(token);
case (int)Symbols.Toolbutton: //toolbutton
return TerminalToolbutton(token);
case (int)Symbols.Treestore: //treestore
return TerminalTreestore(token);
case (int)Symbols.Treeview: //treeview
return TerminalTreeview(token);
case (int)Symbols.Try: //try
return TerminalTry(token);
case (int)Symbols.Type: //type
return TerminalType(token);
case (int)Symbols.Unique: //unique
return TerminalUnique(token);
case (int)Symbols.Update: //update
return TerminalUpdate(token);
case (int)Symbols.Using: //using
return TerminalUsing(token);
case (int)Symbols.Var: //var
return TerminalVar(token);
case (int)Symbols.Varchar: //varchar
return TerminalVarchar(token);
case (int)Symbols.Vbox: //vbox
return TerminalVbox(token);
case (int)Symbols.Vbuttonbox: //vbuttonbox
return TerminalVbuttonbox(token);
case (int)Symbols.Vpaned: //vpaned
return TerminalVpaned(token);
case (int)Symbols.While: //while
return TerminalWhile(token);
case (int)Symbols.Widget: //widget
return TerminalWidget(token);
case (int)Symbols.Window: //window
return TerminalWindow(token);
case (int)Symbols.Arg: //<Arg>
return TerminalArg(token);
case (int)Symbols.Args: //<Args>
return TerminalArgs(token);
case (int)Symbols.Block: //<Block>
return TerminalBlock(token);
case (int)Symbols.Casestms: //<Case Stms>
return TerminalCasestms(token);
case (int)Symbols.Catch2: //<Catch>
return TerminalCatch2(token);
case (int)Symbols.Catchs: //<Catchs>
return TerminalCatchs(token);
case (int)Symbols.Columnlist: //<Column List>
return TerminalColumnlist(token);
case (int)Symbols.Columnname: //<Column Name>
return TerminalColumnname(token);
case (int)Symbols.Database2: //<Database>
return TerminalDatabase2(token);
case (int)Symbols.Dbcolumn: //<DB Column>
return TerminalDbcolumn(token);
case (int)Symbols.Dbcolumnattr: //<DB Column Attr>
return TerminalDbcolumnattr(token);
case (int)Symbols.Dbcolumnattrlist: //<DB Column Attr List>
return TerminalDbcolumnattrlist(token);
case (int)Symbols.Dbcolumntype: //<DB Column Type>
return TerminalDbcolumntype(token);
case (int)Symbols.Dbcolumns: //<DB Columns>
return TerminalDbcolumns(token);
case (int)Symbols.Dbtable: //<DB Table>
return TerminalDbtable(token);
case (int)Symbols.Dbtableattr: //<DB Table Attr>
return TerminalDbtableattr(token);
case (int)Symbols.Dbtableattrlist: //<DB Table Attr List>
return TerminalDbtableattrlist(token);
case (int)Symbols.Dbtables: //<DB Tables>
return TerminalDbtables(token);
case (int)Symbols.Dbtriggerrun: //<DB Trigger Run>
return TerminalDbtriggerrun(token);
case (int)Symbols.Dbtriggerruns: //<DB Trigger Runs>
return TerminalDbtriggerruns(token);
case (int)Symbols.Dictlist: //<Dict List>
return TerminalDictlist(token);
case (int)Symbols.Expr: //<Expr>
return TerminalExpr(token);
case (int)Symbols.Exprlist: //<Expr List>
return TerminalExprlist(token);
case (int)Symbols.Funcarg: //<Func Arg>
return TerminalFuncarg(token);
case (int)Symbols.Funcargs: //<Func args>
return TerminalFuncargs(token);
case (int)Symbols.Function2: //<Function>
return TerminalFunction2(token);
case (int)Symbols.Layoutblock: //<Layout Block>
return TerminalLayoutblock(token);
case (int)Symbols.Layoutlist: //<Layout List>
return TerminalLayoutlist(token);
case (int)Symbols.Menublock: //<Menu Block>
return TerminalMenublock(token);
case (int)Symbols.Menuitem2: //<Menu Item>
return TerminalMenuitem2(token);
case (int)Symbols.Menuitemslist: //<MenuItems List>
return TerminalMenuitemslist(token);
case (int)Symbols.Normalstm: //<Normal Stm>
return TerminalNormalstm(token);
case (int)Symbols.Numliteral: //<NumLiteral>
return TerminalNumliteral(token);
case (int)Symbols.Opadd: //<Op Add>
return TerminalOpadd(token);
case (int)Symbols.Opand: //<Op And>
return TerminalOpand(token);
case (int)Symbols.Opassign: //<Op Assign>
return TerminalOpassign(token);
case (int)Symbols.Opcompare: //<Op Compare>
return TerminalOpcompare(token);
case (int)Symbols.Opequate: //<Op Equate>
return TerminalOpequate(token);
case (int)Symbols.Opif: //<Op If>
return TerminalOpif(token);
case (int)Symbols.Opmult: //<Op Mult>
return TerminalOpmult(token);
case (int)Symbols.Opor: //<Op Or>
return TerminalOpor(token);
case (int)Symbols.Oppointer: //<Op Pointer>
return TerminalOppointer(token);
case (int)Symbols.Opunary: //<Op Unary>
return TerminalOpunary(token);
case (int)Symbols.Qualifiedname: //<QualifiedName>
return TerminalQualifiedname(token);
case (int)Symbols.Stm: //<Stm>
return TerminalStm(token);
case (int)Symbols.Stmlist: //<Stm List>
return TerminalStmlist(token);
case (int)Symbols.Storeitem: //<Store Item>
return TerminalStoreitem(token);
case (int)Symbols.Storeitems: //<Store Items>
return TerminalStoreitems(token);
case (int)Symbols.Thenstm: //<Then Stm>
return TerminalThenstm(token);
case (int)Symbols.Treeviewcolumn: //<TreeView Column>
return TerminalTreeviewcolumn(token);
case (int)Symbols.Treeviewcolumns: //<TreeView Columns>
return TerminalTreeviewcolumns(token);
case (int)Symbols.Tryfinally: //<TryFinally>
return TerminalTryfinally(token);
case (int)Symbols.Value: //<Value>
return TerminalValue(token);
case (int)Symbols.Widget2: //<Widget>
return TerminalWidget2(token);
case (int)Symbols.Wndparam: //<WndParam>
return TerminalWndparam(token);
case (int)Symbols.Wndparamlist: //<WndParam List>
return TerminalWndparamlist(token);
}
throw new SymbolException("Unknown symbol");
}
public TokenErrorEventArgs(TerminalToken token)
{
this.token = token;
this.contin = false;
}
private bool ProcessCommentStart(TerminalToken token)
{
if (OnCommentRead == null)
return (SkipAfterCommentEnd() != null);
else
{
Location start = this.tokenizer.GetCurrentLocation();
TerminalToken commentEnd = SkipAfterCommentEnd();
bool result = commentEnd != null;
if (result)
{
Location end = this.tokenizer.GetCurrentLocation();
string str = this.tokenizer.GetInput();
int len = end.Position - start.Position;
string comment = str.Substring(start.Position, len - commentEnd.Text.Length);
CommentReadEventArgs args = new CommentReadEventArgs(token.Text + comment,
comment,
false);
OnCommentRead(this, args);
}
return result;
}
}
public ShiftEventArgs(TerminalToken token, State newState)
{
this.token = token;
this.newState = newState;
}
private Object CreateObjectFromTerminal(TerminalToken token)
{
switch (token.Symbol.Id)
{
case (int)SymbolConstants.SYMBOL_EOF :
//(EOF)
//todo: Create a new object that corresponds to the symbol
return null;
case (int)SymbolConstants.SYMBOL_ERROR :
//(Error)
//todo: Create a new object that corresponds to the symbol
return null;
case (int)SymbolConstants.SYMBOL_WHITESPACE :
//(Whitespace)
//todo: Create a new object that corresponds to the symbol
return null;
case (int)SymbolConstants.SYMBOL_COMMENTLINE :
//(Comment Line)
//todo: Create a new object that corresponds to the symbol
return null;
case (int)SymbolConstants.SYMBOL_MINUS :
//-
//todo: Create a new object that corresponds to the symbol
return null;
case (int)SymbolConstants.SYMBOL_EXCLAMEQ :
//!=
//todo: Create a new object that corresponds to the symbol
return null;
case (int)SymbolConstants.SYMBOL_NUM :
//#
//todo: Create a new object that corresponds to the symbol
return null;
case (int)SymbolConstants.SYMBOL_DOLLAR :
//$
//todo: Create a new object that corresponds to the symbol
return null;
case (int)SymbolConstants.SYMBOL_PERCENT :
//%
//todo: Create a new object that corresponds to the symbol
return null;
case (int)SymbolConstants.SYMBOL_AMP :
//&
//todo: Create a new object that corresponds to the symbol
return null;
case (int)SymbolConstants.SYMBOL_AMPAMP :
//&&
//todo: Create a new object that corresponds to the symbol
return null;
case (int)SymbolConstants.SYMBOL_AMPAMPAMP :
//&&&
//todo: Create a new object that corresponds to the symbol
return null;
case (int)SymbolConstants.SYMBOL_LPARAN :
//(
//todo: Create a new object that corresponds to the symbol
return null;
case (int)SymbolConstants.SYMBOL_RPARAN :
//)
//todo: Create a new object that corresponds to the symbol
return null;
case (int)SymbolConstants.SYMBOL_TIMES :
//*
//todo: Create a new object that corresponds to the symbol
return null;
case (int)SymbolConstants.SYMBOL_COMMA :
//,
//todo: Create a new object that corresponds to the symbol
return null;
case (int)SymbolConstants.SYMBOL_DOT :
//.
//todo: Create a new object that corresponds to the symbol
return null;
case (int)SymbolConstants.SYMBOL_DIV :
///
//todo: Create a new object that corresponds to the symbol
return null;
case (int)SymbolConstants.SYMBOL_COLON :
//:
//todo: Create a new object that corresponds to the symbol
return null;
case (int)SymbolConstants.SYMBOL_QUESTION :
//?
//todo: Create a new object that corresponds to the symbol
return null;
case (int)SymbolConstants.SYMBOL_AT :
//@
//todo: Create a new object that corresponds to the symbol
return null;
case (int)SymbolConstants.SYMBOL_ATASSERT :
//@assert
//todo: Create a new object that corresponds to the symbol
return null;
case (int)SymbolConstants.SYMBOL_CARET :
//^
//todo: Create a new object that corresponds to the symbol
return null;
case (int)SymbolConstants.SYMBOL_LBRACE :
//{
//todo: Create a new object that corresponds to the symbol
return null;
case (int)SymbolConstants.SYMBOL_PIPE :
//|
//todo: Create a new object that corresponds to the symbol
return null;
case (int)SymbolConstants.SYMBOL_PIPEPIPE :
//||
//todo: Create a new object that corresponds to the symbol
return null;
case (int)SymbolConstants.SYMBOL_RBRACE :
//}
//todo: Create a new object that corresponds to the symbol
return null;
case (int)SymbolConstants.SYMBOL_PLUS :
//+
//todo: Create a new object that corresponds to the symbol
return null;
case (int)SymbolConstants.SYMBOL_LT :
//<
//todo: Create a new object that corresponds to the symbol
return null;
case (int)SymbolConstants.SYMBOL_LTLT :
//<<
//todo: Create a new object that corresponds to the symbol
return null;
case (int)SymbolConstants.SYMBOL_LTEQ :
//<=
//todo: Create a new object that corresponds to the symbol
return null;
case (int)SymbolConstants.SYMBOL_LTGT :
//<>
//todo: Create a new object that corresponds to the symbol
return null;
case (int)SymbolConstants.SYMBOL_EQEQ :
//==
//todo: Create a new object that corresponds to the symbol
return null;
case (int)SymbolConstants.SYMBOL_GT :
//>
//todo: Create a new object that corresponds to the symbol
return null;
case (int)SymbolConstants.SYMBOL_GTEQ :
//>=
//todo: Create a new object that corresponds to the symbol
return null;
case (int)SymbolConstants.SYMBOL_GTGT :
//>>
//todo: Create a new object that corresponds to the symbol
return null;
case (int)SymbolConstants.SYMBOL_A :
//A
//todo: Create a new object that corresponds to the symbol
return null;
case (int)SymbolConstants.SYMBOL_AB :
//AB
//todo: Create a new object that corresponds to the symbol
return null;
case (int)SymbolConstants.SYMBOL_ADD :
//Add
//todo: Create a new object that corresponds to the symbol
return null;
case (int)SymbolConstants.SYMBOL_B :
//B
//todo: Create a new object that corresponds to the symbol
return null;
case (int)SymbolConstants.SYMBOL_BA :
//BA
//todo: Create a new object that corresponds to the symbol
return null;
case (int)SymbolConstants.SYMBOL_CMP :
//Cmp
//todo: Create a new object that corresponds to the symbol
return null;
case (int)SymbolConstants.SYMBOL_COMMENT :
//Comment
//todo: Create a new object that corresponds to the symbol
return null;
case (int)SymbolConstants.SYMBOL_DAT :
//Dat
//todo: Create a new object that corresponds to the symbol
return null;
case (int)SymbolConstants.SYMBOL_DIV2 :
//Div
//todo: Create a new object that corresponds to the symbol
return null;
case (int)SymbolConstants.SYMBOL_DJN :
//Djn
//todo: Create a new object that corresponds to the symbol
return null;
case (int)SymbolConstants.SYMBOL_END :
//End
//todo: Create a new object that corresponds to the symbol
return null;
case (int)SymbolConstants.SYMBOL_EQU :
//Equ
//todo: Create a new object that corresponds to the symbol
return null;
case (int)SymbolConstants.SYMBOL_F :
//F
//todo: Create a new object that corresponds to the symbol
return null;
case (int)SymbolConstants.SYMBOL_FOR :
//for
//todo: Create a new object that corresponds to the symbol
return null;
case (int)SymbolConstants.SYMBOL_I :
//I
//todo: Create a new object that corresponds to the symbol
return null;
case (int)SymbolConstants.SYMBOL_INTEGER :
//Integer
//todo: Create a new object that corresponds to the symbol
return null;
case (int)SymbolConstants.SYMBOL_JMN :
//Jmn
//todo: Create a new object that corresponds to the symbol
return null;
case (int)SymbolConstants.SYMBOL_JMP :
//Jmp
//todo: Create a new object that corresponds to the symbol
return null;
case (int)SymbolConstants.SYMBOL_JMZ :
//Jmz
//todo: Create a new object that corresponds to the symbol
return null;
case (int)SymbolConstants.SYMBOL_LABEL :
//Label
//todo: Create a new object that corresponds to the symbol
return null;
case (int)SymbolConstants.SYMBOL_LDP :
//Ldp
//todo: Create a new object that corresponds to the symbol
return null;
case (int)SymbolConstants.SYMBOL_LINE :
//Line
//todo: Create a new object that corresponds to the symbol
return null;
case (int)SymbolConstants.SYMBOL_MOD :
//Mod
//todo: Create a new object that corresponds to the symbol
return null;
case (int)SymbolConstants.SYMBOL_MOV :
//Mov
//todo: Create a new object that corresponds to the symbol
return null;
case (int)SymbolConstants.SYMBOL_MUL :
//Mul
//todo: Create a new object that corresponds to the symbol
return null;
case (int)SymbolConstants.SYMBOL_NEWLINE :
//NewLine
//todo: Create a new object that corresponds to the symbol
return null;
case (int)SymbolConstants.SYMBOL_NOP :
//Nop
//todo: Create a new object that corresponds to the symbol
return null;
case (int)SymbolConstants.SYMBOL_ORG :
//Org
//todo: Create a new object that corresponds to the symbol
return null;
case (int)SymbolConstants.SYMBOL_PIN :
//Pin
//todo: Create a new object that corresponds to the symbol
return null;
case (int)SymbolConstants.SYMBOL_ROF :
//rof
//todo: Create a new object that corresponds to the symbol
return null;
case (int)SymbolConstants.SYMBOL_SEQ :
//Seq
//todo: Create a new object that corresponds to the symbol
return null;
case (int)SymbolConstants.SYMBOL_SLT :
//Slt
//todo: Create a new object that corresponds to the symbol
return null;
case (int)SymbolConstants.SYMBOL_SNE :
//Sne
//todo: Create a new object that corresponds to the symbol
return null;
case (int)SymbolConstants.SYMBOL_SPL :
//Spl
//todo: Create a new object that corresponds to the symbol
return null;
case (int)SymbolConstants.SYMBOL_STP :
//Stp
//todo: Create a new object that corresponds to the symbol
return null;
case (int)SymbolConstants.SYMBOL_SUB :
//Sub
//todo: Create a new object that corresponds to the symbol
return null;
case (int)SymbolConstants.SYMBOL_X :
//X
//todo: Create a new object that corresponds to the symbol
return null;
case (int)SymbolConstants.SYMBOL_ADDEXP :
//<Add Exp>
//todo: Create a new object that corresponds to the symbol
return null;
case (int)SymbolConstants.SYMBOL_ALLSTATEMENTS :
//<AllStatements>
//todo: Create a new object that corresponds to the symbol
return null;
case (int)SymbolConstants.SYMBOL_ALLSTATEMENTSOPTIONAL :
//<AllStatementsOptional>
//todo: Create a new object that corresponds to the symbol
return null;
case (int)SymbolConstants.SYMBOL_ANDEXP :
//<And Exp>
//todo: Create a new object that corresponds to the symbol
return null;
case (int)SymbolConstants.SYMBOL_ASSERT :
//<Assert>
//todo: Create a new object that corresponds to the symbol
return null;
case (int)SymbolConstants.SYMBOL_BINANDEXP :
//<BinAnd Exp>
//todo: Create a new object that corresponds to the symbol
return null;
case (int)SymbolConstants.SYMBOL_BINOREXP :
//<BinOr Exp>
//todo: Create a new object that corresponds to the symbol
return null;
case (int)SymbolConstants.SYMBOL_BINXOREXP :
//<BinXor Exp>
//todo: Create a new object that corresponds to the symbol
return null;
case (int)SymbolConstants.SYMBOL_COMPAREEXP :
//<Compare Exp>
//todo: Create a new object that corresponds to the symbol
return null;
case (int)SymbolConstants.SYMBOL_ENDOPTIONAL :
//<EndOptional>
//todo: Create a new object that corresponds to the symbol
return null;
case (int)SymbolConstants.SYMBOL_EOL :
//<eol>
//todo: Create a new object that corresponds to the symbol
return null;
case (int)SymbolConstants.SYMBOL_EOLOPTIONAL :
//<eolOptional>
//todo: Create a new object that corresponds to the symbol
return null;
case (int)SymbolConstants.SYMBOL_EOLSINGLE :
//<eolSingle>
//todo: Create a new object that corresponds to the symbol
return null;
case (int)SymbolConstants.SYMBOL_EQU2 :
//<Equ>
//todo: Create a new object that corresponds to the symbol
return null;
case (int)SymbolConstants.SYMBOL_EQUATEEXP :
//<Equate Exp>
//todo: Create a new object that corresponds to the symbol
return null;
case (int)SymbolConstants.SYMBOL_EXPRESSION :
//<Expression>
//todo: Create a new object that corresponds to the symbol
return null;
case (int)SymbolConstants.SYMBOL_EXPRESSIONOPTIONAL :
//<ExpressionOptional>
//todo: Create a new object that corresponds to the symbol
return null;
case (int)SymbolConstants.SYMBOL_FOR2 :
//<For>
//todo: Create a new object that corresponds to the symbol
return null;
case (int)SymbolConstants.SYMBOL_LABEL2 :
//<Label>
//todo: Create a new object that corresponds to the symbol
return null;
case (int)SymbolConstants.SYMBOL_LABELS :
//<Labels>
//todo: Create a new object that corresponds to the symbol
return null;
case (int)SymbolConstants.SYMBOL_LABELSOPTIONAL :
//<LabelsOptional>
//todo: Create a new object that corresponds to the symbol
return null;
case (int)SymbolConstants.SYMBOL_MODE :
//<Mode>
//todo: Create a new object that corresponds to the symbol
return null;
case (int)SymbolConstants.SYMBOL_MODEOPTIONAL :
//<ModeOptional>
//todo: Create a new object that corresponds to the symbol
return null;
case (int)SymbolConstants.SYMBOL_MODIFIER :
//<Modifier>
//todo: Create a new object that corresponds to the symbol
return null;
case (int)SymbolConstants.SYMBOL_MULTEXP :
//<Mult Exp>
//todo: Create a new object that corresponds to the symbol
return null;
case (int)SymbolConstants.SYMBOL_NEGATEEXP :
//<Negate Exp>
//todo: Create a new object that corresponds to the symbol
return null;
case (int)SymbolConstants.SYMBOL_OPERATION :
//<Operation>
//todo: Create a new object that corresponds to the symbol
return null;
case (int)SymbolConstants.SYMBOL_OPERATION0 :
//<Operation0>
//todo: Create a new object that corresponds to the symbol
return null;
case (int)SymbolConstants.SYMBOL_OPERATION1 :
//<Operation1>
//todo: Create a new object that corresponds to the symbol
return null;
case (int)SymbolConstants.SYMBOL_OPERATION2 :
//<Operation2>
//todo: Create a new object that corresponds to the symbol
return null;
case (int)SymbolConstants.SYMBOL_OPERATOR0 :
//<Operator0>
//todo: Create a new object that corresponds to the symbol
return null;
case (int)SymbolConstants.SYMBOL_OPERATOR1 :
//<Operator1>
//todo: Create a new object that corresponds to the symbol
return null;
case (int)SymbolConstants.SYMBOL_OPERATOR2 :
//<Operator2>
//todo: Create a new object that corresponds to the symbol
return null;
case (int)SymbolConstants.SYMBOL_OREXP :
//<Or Exp>
//todo: Create a new object that corresponds to the symbol
return null;
case (int)SymbolConstants.SYMBOL_ORG2 :
//<Org>
//todo: Create a new object that corresponds to the symbol
return null;
case (int)SymbolConstants.SYMBOL_PARAMETER :
//<Parameter>
//todo: Create a new object that corresponds to the symbol
return null;
case (int)SymbolConstants.SYMBOL_PIN2 :
//<Pin>
//todo: Create a new object that corresponds to the symbol
return null;
case (int)SymbolConstants.SYMBOL_SHIFTEXP :
//<Shift Exp>
//todo: Create a new object that corresponds to the symbol
return null;
case (int)SymbolConstants.SYMBOL_START :
//<Start>
//todo: Create a new object that corresponds to the symbol
return null;
case (int)SymbolConstants.SYMBOL_STATEMENT :
//<Statement>
//todo: Create a new object that corresponds to the symbol
return null;
case (int)SymbolConstants.SYMBOL_VALUE :
//<Value>
//todo: Create a new object that corresponds to the symbol
return null;
}
throw new SymbolException("Unknown symbol");
}
protected virtual Object CreateObject(TerminalToken token)
{
switch (token.Symbol.Id)
{
case (int)SymbolConstants.SYMBOL_EOF :
//(EOF)
//todo: Create a new object that corresponds to the symbol
return null;
case (int)SymbolConstants.SYMBOL_ERROR :
//(Error)
//todo: Create a new object that corresponds to the symbol
return null;
case (int)SymbolConstants.SYMBOL_WHITESPACE :
//(Whitespace)
//todo: Create a new object that corresponds to the symbol
return null;
case (int)SymbolConstants.SYMBOL_MINUS :
//'-'
//todo: Create a new object that corresponds to the symbol
return null;
case (int)SymbolConstants.SYMBOL_LPARAN :
//'('
//todo: Create a new object that corresponds to the symbol
return null;
case (int)SymbolConstants.SYMBOL_RPARAN :
//')'
//todo: Create a new object that corresponds to the symbol
return null;
case (int)SymbolConstants.SYMBOL_COMMA :
//','
//todo: Create a new object that corresponds to the symbol
return null;
case (int)SymbolConstants.SYMBOL_COLON :
//':'
//todo: Create a new object that corresponds to the symbol
return null;
case (int)SymbolConstants.SYMBOL_ATCMD :
//'@cmd'
//todo: Create a new object that corresponds to the symbol
return null;
case (int)SymbolConstants.SYMBOL_LBRACKETCOMMANDRBRACKET :
//'[Command]'
//todo: Create a new object that corresponds to the symbol
return null;
case (int)SymbolConstants.SYMBOL_LBRACKETDEVICEINFORBRACKET :
//'[DeviceInfo]'
//todo: Create a new object that corresponds to the symbol
return null;
case (int)SymbolConstants.SYMBOL_LBRACE :
//'{'
//todo: Create a new object that corresponds to the symbol
return null;
case (int)SymbolConstants.SYMBOL_RBRACE :
//'}'
//todo: Create a new object that corresponds to the symbol
return null;
case (int)SymbolConstants.SYMBOL_CLASSEQ :
//'class='
//todo: Create a new object that corresponds to the symbol
return null;
case (int)SymbolConstants.SYMBOL_CMD :
//Cmd
//todo: Create a new object that corresponds to the symbol
return null;
case (int)SymbolConstants.SYMBOL_CMDEQ :
//'cmd='
//todo: Create a new object that corresponds to the symbol
return null;
case (int)SymbolConstants.SYMBOL_CMDCLASS :
//CmdClass
//todo: Create a new object that corresponds to the symbol
return null;
case (int)SymbolConstants.SYMBOL_CMDTYPE :
//CmdType
//todo: Create a new object that corresponds to the symbol
return null;
case (int)SymbolConstants.SYMBOL_DESCRIPTIONEQ :
//'description='
//todo: Create a new object that corresponds to the symbol
return null;
case (int)SymbolConstants.SYMBOL_DEVICEID :
//DeviceID
//todo: Create a new object that corresponds to the symbol
return null;
case (int)SymbolConstants.SYMBOL_DEVICEIDEQ :
//'DeviceID='
//todo: Create a new object that corresponds to the symbol
return null;
case (int)SymbolConstants.SYMBOL_DEVICETYPEEQ :
//'DeviceType='
//todo: Create a new object that corresponds to the symbol
return null;
case (int)SymbolConstants.SYMBOL_FLOAT :
//Float
//todo: Create a new object that corresponds to the symbol
return null;
case (int)SymbolConstants.SYMBOL_FUNC_NAMEEQ :
//'func_name='
//todo: Create a new object that corresponds to the symbol
return null;
case (int)SymbolConstants.SYMBOL_HEXDIGITS :
//HexDigits
//todo: Create a new object that corresponds to the symbol
return null;
case (int)SymbolConstants.SYMBOL_IDENTIFIER :
//Identifier
//todo: Create a new object that corresponds to the symbol
return null;
case (int)SymbolConstants.SYMBOL_IP :
//IP
//todo: Create a new object that corresponds to the symbol
return null;
case (int)SymbolConstants.SYMBOL_IPEQ :
//'IP='
//todo: Create a new object that corresponds to the symbol
return null;
case (int)SymbolConstants.SYMBOL_NUMBER :
//Number
//todo: Create a new object that corresponds to the symbol
return null;
case (int)SymbolConstants.SYMBOL_PORTEQ :
//'Port='
//todo: Create a new object that corresponds to the symbol
return null;
case (int)SymbolConstants.SYMBOL_RETURNEQ :
//'return='
//todo: Create a new object that corresponds to the symbol
return null;
case (int)SymbolConstants.SYMBOL_SENDEQ :
//'send='
//todo: Create a new object that corresponds to the symbol
return null;
case (int)SymbolConstants.SYMBOL_STRINGLITERAL :
//StringLiteral
//todo: Create a new object that corresponds to the symbol
return null;
case (int)SymbolConstants.SYMBOL_TESTEQ :
//'test='
//todo: Create a new object that corresponds to the symbol
return null;
case (int)SymbolConstants.SYMBOL_TYPEEQ :
//'type='
//todo: Create a new object that corresponds to the symbol
return null;
case (int)SymbolConstants.SYMBOL_VERSIONEQ :
//'Version='
//todo: Create a new object that corresponds to the symbol
return null;
case (int)SymbolConstants.SYMBOL_BYTES :
//<Bytes>
//todo: Create a new object that corresponds to the symbol
return null;
case (int)SymbolConstants.SYMBOL_CMD2 :
//<Cmd>
//todo: Create a new object that corresponds to the symbol
return null;
case (int)SymbolConstants.SYMBOL_CMDCLASS2 :
//<CmdClass>
//todo: Create a new object that corresponds to the symbol
return null;
case (int)SymbolConstants.SYMBOL_CMDTITLE :
//<CmdTitle>
//todo: Create a new object that corresponds to the symbol
return null;
case (int)SymbolConstants.SYMBOL_CMDTYPE2 :
//<CmdType>
//todo: Create a new object that corresponds to the symbol
return null;
case (int)SymbolConstants.SYMBOL_COMMAND :
//<Command>
//todo: Create a new object that corresponds to the symbol
return null;
case (int)SymbolConstants.SYMBOL_COMMANDLIST :
//<CommandList>
//todo: Create a new object that corresponds to the symbol
return null;
case (int)SymbolConstants.SYMBOL_DESCRIPTION :
//<Description>
//todo: Create a new object that corresponds to the symbol
return null;
case (int)SymbolConstants.SYMBOL_DEVICEID2 :
//<DeviceId>
//todo: Create a new object that corresponds to the symbol
return null;
case (int)SymbolConstants.SYMBOL_DEVICEINFO :
//<DeviceInfo>
//todo: Create a new object that corresponds to the symbol
return null;
case (int)SymbolConstants.SYMBOL_DEVICETYPE :
//<DeviceType>
//todo: Create a new object that corresponds to the symbol
return null;
case (int)SymbolConstants.SYMBOL_EXPRESSITEM :
//<ExpressItem>
//todo: Create a new object that corresponds to the symbol
return null;
case (int)SymbolConstants.SYMBOL_EXPRESSLIST :
//<ExpressList>
//todo: Create a new object that corresponds to the symbol
return null;
case (int)SymbolConstants.SYMBOL_FUNCNAME :
//<FuncName>
//todo: Create a new object that corresponds to the symbol
return null;
case (int)SymbolConstants.SYMBOL_HVALUE :
//<HValue>
//todo: Create a new object that corresponds to the symbol
return null;
case (int)SymbolConstants.SYMBOL_IP2 :
//<IP>
//todo: Create a new object that corresponds to the symbol
return null;
case (int)SymbolConstants.SYMBOL_LVALUE :
//<LValue>
//todo: Create a new object that corresponds to the symbol
return null;
case (int)SymbolConstants.SYMBOL_NUMBERLIST :
//<NumberList>
//todo: Create a new object that corresponds to the symbol
return null;
case (int)SymbolConstants.SYMBOL_PORT :
//<Port>
//todo: Create a new object that corresponds to the symbol
return null;
case (int)SymbolConstants.SYMBOL_PROGRAM :
//<Program>
//todo: Create a new object that corresponds to the symbol
return null;
case (int)SymbolConstants.SYMBOL_RANGEITEM :
//<RangeItem>
//todo: Create a new object that corresponds to the symbol
return null;
case (int)SymbolConstants.SYMBOL_RANGEVALUE :
//<RangeValue>
//todo: Create a new object that corresponds to the symbol
return null;
case (int)SymbolConstants.SYMBOL_REPEATEXPRESS :
//<RepeatExpress>
//todo: Create a new object that corresponds to the symbol
return null;
case (int)SymbolConstants.SYMBOL_RETURNEXPRESS :
//<ReturnExpress>
//todo: Create a new object that corresponds to the symbol
return null;
case (int)SymbolConstants.SYMBOL_SELECTITEM :
//<SelectItem>
//todo: Create a new object that corresponds to the symbol
return null;
case (int)SymbolConstants.SYMBOL_SELECTVALUE :
//<SelectValue>
//todo: Create a new object that corresponds to the symbol
return null;
case (int)SymbolConstants.SYMBOL_SELECTVALUES :
//<SelectValues>
//todo: Create a new object that corresponds to the symbol
return null;
case (int)SymbolConstants.SYMBOL_SENDEXPRESS :
//<SendExpress>
//todo: Create a new object that corresponds to the symbol
return null;
case (int)SymbolConstants.SYMBOL_SUBCMD :
//<SubCmd>
//todo: Create a new object that corresponds to the symbol
return null;
case (int)SymbolConstants.SYMBOL_TESTEXPRESS :
//<TestExpress>
//todo: Create a new object that corresponds to the symbol
return null;
case (int)SymbolConstants.SYMBOL_TESTEXPRESSLIST :
//<TestExpressList>
//todo: Create a new object that corresponds to the symbol
return null;
case (int)SymbolConstants.SYMBOL_TESTGROUPEXPRESS :
//<TestGroupExpress>
//todo: Create a new object that corresponds to the symbol
return null;
case (int)SymbolConstants.SYMBOL_TESTITEM :
//<TestItem>
//todo: Create a new object that corresponds to the symbol
return null;
case (int)SymbolConstants.SYMBOL_TESTITEMLIST :
//<TestItemList>
//todo: Create a new object that corresponds to the symbol
return null;
case (int)SymbolConstants.SYMBOL_TESTRANGEITEM :
//<TestRangeItem>
//todo: Create a new object that corresponds to the symbol
return null;
case (int)SymbolConstants.SYMBOL_TESTREPEATITEMS :
//<TestRepeatItems>
//todo: Create a new object that corresponds to the symbol
return null;
case (int)SymbolConstants.SYMBOL_TESTSELECTITEM :
//<TestSelectItem>
//todo: Create a new object that corresponds to the symbol
return null;
case (int)SymbolConstants.SYMBOL_TESTSELECTVALUE :
//<TestSelectValue>
//todo: Create a new object that corresponds to the symbol
return null;
case (int)SymbolConstants.SYMBOL_TESTSELECTVALUES :
//<TestSelectValues>
//todo: Create a new object that corresponds to the symbol
return null;
case (int)SymbolConstants.SYMBOL_VALUEDESCRIPTION :
//<ValueDescription>
//todo: Create a new object that corresponds to the symbol
return null;
case (int)SymbolConstants.SYMBOL_VERSION :
//<Version>
//todo: Create a new object that corresponds to the symbol
return null;
}
throw new SymbolException("Unknown symbol");
}
private bool ProcessError(TerminalToken token)
{
if (OnTokenError != null)
{
TokenErrorEventArgs e = new TokenErrorEventArgs(token);
OnTokenError(this, e);
return e.Continue;
}
else
return false;
}
public DecimalLiteral(TerminalToken token)
{
val = Parse(token.Text);
}
/// <summary>
/// <para>Symbol: Value</para>
/// <para><c><Value></c></para>
/// </summary>
protected virtual object TerminalValue(TerminalToken token)
{
throw new NotImplementedException("Symbol Value");
}
private Object CreateObjectFromTerminal(TerminalToken token)
{
switch (token.Symbol.Id)
{
case (int)SymbolConstants.SYMBOL_EOF:
//(EOF)
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_ERROR:
//(Error)
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_WHITESPACE:
//Whitespace
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_MINUS:
//'-'
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_LPAREN:
//'('
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_RPAREN:
//')'
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_TIMES:
//'*'
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_DOT:
//'.'
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_DIV:
//'/'
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_SEMI:
//';'
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_LBRACKETDEFAULT:
//'[default'
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_RBRACKET:
//']'
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_LBRACE:
//'{'
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_LBRACECASE:
//'{case'
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_RBRACE:
//'}'
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_PLUS:
//'+'
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_LT:
//'<'
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_EQ:
//'='
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_GT:
//'>'
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_0:
//'0'
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_1:
//'1'
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_2:
//'2'
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_3:
//'3'
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_4:
//'4'
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_5:
//'5'
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_6:
//'6'
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_7:
//'7'
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_8:
//'8'
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_9:
//'9'
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_A:
//a
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_B:
//b
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_BEGIN:
//begin
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_CASE:
//case
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_DO:
//do
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_ELSE:
//else
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_ENDDO:
//endDo
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_FOR:
//for
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_IDENTIFIER:
//Identifier
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_IF:
//if
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_NEWLINE:
//NewLine
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_STRINGLITERAL:
//StringLiteral
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_SWITCH:
//Switch
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_THEN:
//then
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_VAR:
//var
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_WHILE:
//while
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_Z:
//z
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_CHAR:
//<Char>
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_CODE:
//<code>
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_DO2:
//<Do>
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_EXPRMINUSCONDTION:
//<expr-Condtion>
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_EXPRESSION:
//<Expression>
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_EXPRMINUSOP:
//<expr-op>
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_FLOAT:
//<float>
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_FORMINUSSTMT:
//<for-stmt>
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_IFMINUSSTMT:
//<if-stmt>
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_INT:
//<Int>
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_LOGICALMINUSEXPR:
//<logical-Expr>
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_MIX:
//<Mix>
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_MULTEXP:
//<Mult Exp>
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_NEGATEEXP:
//<Negate Exp>
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_NL:
//<nl>
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_NLOPT:
//<nl Opt>
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_NUM:
//<Num>
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_PROGRAM:
//<Program>
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_START:
//<Start>
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_STMT:
//<stmt>
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_STMTMINUSLIST:
//<stmt-list>
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_SWITCHMINUSSTMT:
//<switch-stmt>
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_TYPE:
//<type>
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_VALUE:
//<Value>
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_VAR2:
//<Var>
//todo: Create a new object that corresponds to the symbol
return(null);
}
throw new SymbolException("Unknown symbol");
}
private Object CreateObjectFromTerminal(TerminalToken token)
{
switch (token.Symbol.Id)
{
case (int)SymbolConstants.SYMBOL_EOF:
//(EOF)
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_ERROR:
//(Error)
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_WHITESPACE:
//Whitespace
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_MINUS:
//'-'
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_MINUSMINUS:
//'--'
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_EXCLAMEQ:
//'!='
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_PERCENT:
//'%'
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_LPAREN:
//'('
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_RPAREN:
//')'
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_TIMES:
//'*'
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_COMMA:
//','
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_DIV:
//'/'
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_COLON:
//':'
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_SEMI:
//';'
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_LBRACE:
//'{'
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_RBRACE:
//'}'
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_PLUS:
//'+'
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_PLUSPLUS:
//'++'
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_LT:
//'<'
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_LTEQ:
//'<='
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_EQ:
//'='
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_EQEQ:
//'=='
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_GT:
//'>'
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_GTEQ:
//'>='
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_BREAK:
//break
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_CASE:
//case
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_CHAR:
//char
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_CLASS:
//class
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_DEFAULT:
//default
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_DO:
//do
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_DOUBLE:
//double
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_ELSE:
//else
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_FOR:
//for
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_IDENTIFIER:
//Identifier
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_IF:
//if
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_INT:
//int
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_NUM:
//Num
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_PRIVATE:
//private
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_PUBLIC:
//public
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_RETURN:
//return
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_STRING:
//string
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_SWITCH:
//switch
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_THEN:
//then
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_VOID:
//void
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_WHILE:
//while
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_ACCESMINUSMOD:
//<acces-mod>
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_ASSIGN:
//<assign>
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_BODY:
//<body>
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_CASES:
//<cases>
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_CLASSMINUSSTMT:
//<class-stmt>
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_CONST:
//<const>
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_EXPR:
//<expr>
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_FACTOR:
//<factor>
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_FORMINUSSTMT:
//<for-stmt>
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_FUNMINUSSTMT:
//<fun-stmt>
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_IFMINUSSTMT:
//<if-stmt>
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_INC:
//<inc>
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_LITERAL:
//<literal>
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_LOGICMINUSEXPR:
//<logic-expr>
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_OP:
//<op>
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_PARM:
//<parm>
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_PROG:
//<prog>
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_STMT:
//<stmt>
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_STMTMINUSLIST:
//<stmt-list>
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_SWITCHMINUSCASE:
//<switch-case>
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_TERM:
//<term>
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_TYPES:
//<types>
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_VARIABLE:
//<variable>
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_WHILEMINUSSTMT:
//<while-stmt>
//todo: Create a new object that corresponds to the symbol
return(null);
}
throw new SymbolException("Unknown symbol");
}
private void FireParseError(TerminalToken token)
{
if (OnParseError != null)
{
ParseErrorEventArgs e =
new ParseErrorEventArgs(token, FindExpectedTokens());
OnParseError(this, e);
continueParsing = e.Continue;
lookahead = e.NextToken;
}
}
/// <summary>
/// <para>Symbol: Then Stm</para>
/// <para><c><Then Stm></c></para>
/// </summary>
protected virtual object TerminalThenstm(TerminalToken token)
{
throw new NotImplementedException("Symbol Then Stm");
}
private TerminalToken GetLookahead()
{
if (lookahead != null)
{
return lookahead;
}
do
{
TerminalToken token = tokenizer.RetrieveToken();
if (token.Symbol is SymbolCommentLine)
{
if (!ProcessCommentLine(token))
continueParsing = false;
}
else if (token.Symbol is SymbolCommentStart)
{
if (!ProcessCommenStart(token))
continueParsing = false;
}
else if (token.Symbol is SymbolWhiteSpace)
{
if (!ProcessWhiteSpace(token))
continueParsing = false;
}
else if (token.Symbol is SymbolError)
{
if (!ProcessError(token))
continueParsing = false;
}
else
{
lookahead = token;
}
if (!continueParsing)
break;
} while (lookahead == null);
if ((lookahead != null) && (OnTokenRead != null))
{
TokenReadEventArgs args = new TokenReadEventArgs(lookahead);
OnTokenRead(this, args);
if (args.Continue == false)
{
continueParsing = false;
lookahead = null;
}
}
return lookahead;
}
/// <summary>
/// <para>Symbol: Widget</para>
/// <para><c><Widget></c></para>
/// </summary>
protected virtual object TerminalWidget2(TerminalToken token)
{
throw new NotImplementedException("Symbol Widget");
}
private Object CreateObjectFromTerminal(TerminalToken token)
{
switch (token.Symbol.Id)
{
case (int)SymbolConstants.SYMBOL_EOF:
//(EOF)
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_ERROR:
//(Error)
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_COMMENT:
//Comment
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_NEWLINE:
//NewLine
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_WHITESPACE:
//Whitespace
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_TIMESDIV:
//'*/'
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_DIVTIMES:
//'/*'
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_DIVDIV:
//'//'
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_LPAREN:
//'('
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_RPAREN:
//')'
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_COMMA:
//','
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_COLON:
//':'
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_SEMI:
//';'
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_LBRACKET:
//'['
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_RBRACKET:
//']'
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_LBRACE:
//'{'
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_RBRACE:
//'}'
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_LT:
//'<'
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_EQ:
//'='
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_GT:
//'>'
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_ENUM:
//enum
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_HINTNAME:
//HintName
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_LIST:
//list
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_MAP:
//map
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_NAME:
//Name
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_PRIMITIVE:
//Primitive
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_SET:
//set
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_STRING:
//String
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_TYPE:
//type
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_TYPEID:
//TypeId
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_AGGREGATEARG:
//<AggregateArg>
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_BASETYPE:
//<BaseType>
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_BASETYPENAME:
//<BaseTypeName>
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_ENUM2:
//<Enum>
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_ENUMHINTS:
//<EnumHints>
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_ENUMNAME:
//<EnumName>
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_ENUMVALUE:
//<EnumValue>
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_ENUMVALUES:
//<EnumValues>
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_FIELDNAME:
//<FieldName>
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_HINT:
//<Hint>
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_HINTNAME2:
//<HintName>
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_HINTVALUE:
//<HintValue>
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_LISTFIELD:
//<ListField>
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_MAPFIELD:
//<MapField>
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_PRIMITIVEFIELD:
//<PrimitiveField>
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_PRIMITIVEFIELDTYPE:
//<PrimitiveFieldType>
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_REFERENCEFIELD:
//<ReferenceField>
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_REFERENCEFIELDTYPE:
//<ReferenceFieldType>
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_SCHEMA:
//<Schema>
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_SCHEMAELEMENTS:
//<SchemaElements>
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_SCHEMANAME:
//<SchemaName>
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_SCHEMANAMEELEMENT:
//<SchemaNameElement>
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_SETFIELD:
//<SetField>
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_TYPE2:
//<Type>
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_TYPEFIELD:
//<TypeField>
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_TYPEFIELDS:
//<TypeFields>
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_TYPEHINTS:
//<TypeHints>
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_TYPEID2:
//<TypeId>
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_TYPENAME:
//<TypeName>
//todo: Create a new object that corresponds to the symbol
return(null);
}
throw new SymbolException("Unknown symbol");
}
private Object CreateObjectFromTerminal(TerminalToken token)
{
switch (token.Symbol.Id)
{
case (int)SymbolConstants.SYMBOL_EOF:
//(EOF)
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_ERROR:
//(Error)
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_WHITESPACE:
//Whitespace
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_MINUS:
//'-'
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_LPAREN:
//'('
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_RPAREN:
//')'
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_LT:
//'<'
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_LTEQ:
//'<='
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_LTGT:
//'<>'
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_EQ:
//'='
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_GT:
//'>'
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_GTEQ:
//'>='
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_AND:
//and
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_AS:
//as
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_BACK:
//back
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_BETWEEN:
//between
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_CATALOG:
//catalog
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_CLONE:
//clone
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_COLUMNS:
//columns
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_DECIMAL:
//Decimal
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_DEFAULT:
//default
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_EXPORT:
//export
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_HTML:
//html
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_IDENTIFIER:
//Identifier
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_IMPORT:
//import
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_INTEGER:
//Integer
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_IS:
//is
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_JSON:
//json
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_LIKE:
//like
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_LOAD:
//load
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_NEWLINE:
//NewLine
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_NOT:
//not
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_NULL:
//null
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_ON:
//on
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_PASSWORD:
//password
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_RELATE:
//relate
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_REMOVE:
//remove
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_ROOT:
//root
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_SERVER:
//server
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_SQL:
//sql
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_STRINGLITERAL:
//StringLiteral
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_TABLE:
//table
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_TABLES:
//tables
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_TO:
//to
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_TOP:
//top
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_UNRELATE:
//unrelate
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_USER:
//user
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_WHERE:
//where
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_XML:
//xml
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_ASEXP:
//<AsExp>
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_BACKEXP:
//<BackExp>
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_CATALOGEXP:
//<CatalogExp>
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_CLONEEXP:
//<CloneExp>
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_COLUMNSEXP:
//<ColumnsExp>
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_COMMANDEXP:
//<CommandExp>
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_EXPORTEXP:
//<ExportExp>
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_EXPRESSION:
//<Expression>
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_IMPORTEXP:
//<ImportExp>
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_LOADEXP:
//<LoadExp>
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_NEGATEEXP:
//<Negate Exp>
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_NL:
//<nl>
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_NLOPT:
//<nl Opt>
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_PASSWORDEXP:
//<PasswordExp>
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_RELATEEXP:
//<RelateExp>
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_REMOVEEXP:
//<RemoveExp>
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_ROOTEXP:
//<RootExp>
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_SERVEREXP:
//<ServerExp>
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_START:
//<Start>
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_TABLEEXP:
//<TableExp>
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_TABLESEXP:
//<TablesExp>
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_TOPNEXP:
//<TopnExp>
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_UNRELATEEXP:
//<UnrelateExp>
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_USEREXP:
//<UserExp>
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_VALUE:
//<Value>
//todo: Create a new object that corresponds to the symbol
return(null);
}
throw new SymbolException("Unknown symbol");
}
public IntLiteral(TerminalToken token)
{
val = Parse(token.Text);
}
private Object CreateObject(TerminalToken token)
{
switch (token.Symbol.Id)
{
case (int)SymbolConstants.SYMBOL_EOF:
//(EOF)
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_ERROR:
//(Error)
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_COMMENT:
//Comment
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_WHITESPACE:
//Whitespace
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_PERCENT:
//'%'
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_TIMESDIV:
//'*/'
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_DIVTIMES:
//'/*'
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_MINUS:
//'-'
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_EXCLAM:
//'!'
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_LPAREN:
//'('
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_RPAREN:
//')'
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_RPARENDOT:
//').'
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_TIMES:
//'*'
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_COMMA:
//','
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_DOT:
//'.'
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_DIV:
//'/'
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_COLON:
//':'
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_COLONMINUS:
//':-'
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_SEMI:
//';'
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_PLUS:
//'+'
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_LT:
//'<'
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_LTEQ:
//'<='
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_LTGT:
//'<>'
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_EQ:
//'='
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_GT:
//'>'
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_GTEQ:
//'>='
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_CHAR:
//char
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_CLAUSES:
//clauses
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_DOUBLE:
//double
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_GOAL:
//goal
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_IDENTIFIER:
//Identifier
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_INT:
//Int
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_INTEGER:
//integer
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_NEWLINE:
//NewLine
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_NONDETERM:
//nondeterm
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_PREDICATES:
//predicates
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_PRERULE:
//preRule
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_REAL:
//real
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_REL:
//rel
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_SINGLE:
//single
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_STRING:
//string
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_SYMBOL:
//symbol
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_ADDEXP:
//<Add Exp>
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_CLAUSES2:
//<Clauses>
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_CLURULES:
//<CluRules>
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_COMMAB:
//<commab>
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_COMMAC:
//<commaC>
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_COMMAP:
//<commaP>
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_DATATYPE:
//<datatype>
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_DOB:
//<dob>
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_EXPRESSION:
//<Expression>
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_FACTORRULE:
//<FactOrRule>
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_FIRSTRULE:
//<firstRule>
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_GENERALRULE:
//<GeneralRule>
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_GOAL2:
//<Goal>
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_MULTEXP:
//<Mult Exp>
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_NEGATEEXP:
//<Negate Exp>
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_NL:
//<nl>
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_NLOPT:
//<nl Opt>
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_OR:
//<Or>
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_PARAMETERS:
//<Parameters>
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_PREDICATE:
//<Predicate>
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_PRESTAT:
//<prestat>
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_PRO:
//<Pro>
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_RULE:
//<Rule>
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_SING:
//<sing>
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_SWITCH:
//<switch>
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_SWITCHDOT:
//<switch dot>
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_SWITCHBODY:
//<switchbody>
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_VALUE:
//<Value>
//todo: Create a new object that corresponds to the symbol
return(null);
}
throw new SymbolException("Unknown symbol");
}
public ShiftEventArgs(TerminalToken token, State newState)
{
this.token = token;
this.newState = newState;
}
/// <summary>
/// <para>Symbol: Store Items</para>
/// <para><c><Store Items></c></para>
/// </summary>
protected virtual object TerminalStoreitems(TerminalToken token)
{
throw new NotImplementedException("Symbol Store Items");
}
public TokenErrorEventArgs(TerminalToken token)
{
this.token = token;
contin = false;
}
public TokenReadEventArgs(TerminalToken token)
{
this.token = token;
contin = true;
}
private Object CreateObject(TerminalToken token)
{
switch (token.Symbol.Id)
{
case (int)SymbolConstants.SYMBOL_EOF:
//(EOF)
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_ERROR:
//(Error)
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_WHITESPACE:
//Whitespace
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_MINUS:
//'-'
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_EXCLAMEQ:
//'!='
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_LPAREN:
//'('
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_RPAREN:
//')'
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_TIMES:
//'*'
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_COMMA:
//','
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_DIV:
//'/'
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_PLUS:
//'+'
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_LT:
//'<'
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_LTEQ:
//'<='
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_EQEQ:
//'=='
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_GT:
//'>'
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_GTEQ:
//'>='
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_DOUBLE:
//Double
//todo: Create a new object that corresponds to the symbol
return(new OpeLang.Terminal.Double(double.Parse(token.Text)));
case (int)SymbolConstants.SYMBOL_ELSE:
//else
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_ELSIF:
//elsif
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_ENDIF:
//endif
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_IDENTIFIER:
//Identifier
//todo: Create a new object that corresponds to the symbol
return(new OpeLang.Terminal.Identifier(token.Text));
case (int)SymbolConstants.SYMBOL_IF:
//if
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_NEWLINE:
//NewLine
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_THEN:
//then
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_UINTEGER:
//UInteger
//todo: Create a new object that corresponds to the symbol
return(new OpeLang.Terminal.UInteger(uint.Parse(token.Text)));
case (int)SymbolConstants.SYMBOL_ARGS:
//<Args>
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_CONDITION:
//<Condition>
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_ELSEIF:
//<ElseIf>
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_EXPRESSION:
//<Expression>
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_IFSTATMENT:
//<IfStatment>
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_NL:
//<nl>
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_NLOPT:
//<nl Opt>
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_NUM:
//<Num>
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_OPE:
//<Ope>
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_POSITIVENUM:
//<PositiveNum>
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_PROGRAM:
//<Program>
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_SENTENCE:
//<Sentence>
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_START:
//<Start>
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_TERM:
//<Term>
//todo: Create a new object that corresponds to the symbol
return(null);
}
throw new SymbolException("Unknown symbol");
}
public TokenReadEventArgs(TerminalToken token)
{
this.token = token;
contin = true;
}
public ParseErrorEventArgs(TerminalToken unexpectedToken, SymbolCollection expectedTokens)
{
this.unexpectedToken = unexpectedToken;
this.expectedTokens = expectedTokens;
contin = ContinueMode.Stop;
nextToken = null;
}
private Object CreateObjectFromTerminal(TerminalToken token)
{
switch (token.Symbol.Id)
{
case (int)SymbolConstants.SYMBOL_EOF:
//(EOF)
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_ERROR:
//(Error)
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_WHITESPACE:
//Whitespace
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_MINUS:
//'-'
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_MINUSMINUS:
//'--'
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_EXCLAMEQ:
//'!='
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_PERCENT:
//'%'
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_LPAREN:
//'('
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_RPAREN:
//')'
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_TIMES:
//'*'
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_COMMA:
//','
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_DIV:
//'/'
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_COLON:
//':'
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_COLONCOLON:
//'::'
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_SEMI:
//';'
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_PLUS:
//'+'
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_PLUSPLUS:
//'++'
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_LT:
//'<'
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_LTEQ:
//'<='
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_EQ:
//'='
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_EQEQ:
//'=='
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_GT:
//'>'
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_GTEQ:
//'>='
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_CHAR:
//char
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_CLASS:
//Class
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_ELSE:
//else
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_END:
//End
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_FLOAT:
//Float
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_FROM:
//from
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_FUNCTION:
//function
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_IDENTIFIER:
//Identifier
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_IF:
//if
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_INT:
//int
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_NUM:
//Num
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_PRIVATE:
//Private
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_PROTECTED:
//Protected
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_PUBLIC:
//Public
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_REAL:
//real
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_START:
//Start
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_STATIC:
//static
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_STRING:
//string
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_TO:
//to
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_VOID:
//void
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_ARGS:
//<args>
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_ASSIGN:
//<assign>
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_CMINUSELEMET:
//<c-elemet>
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_CLASS2:
//<class>
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_CMINUSLIST:
//<c-list>
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_CMINUSMETHOD:
//<c-method>
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_CMINUSTYPE:
//<c-type>
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_EXPR:
//<expr>
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_FACTOR:
//<factor>
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_FCALL:
//<fcall>
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_FORMINUSSTMT:
//<for-stmt>
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_FSTMT:
//<fstmt>
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_FSTMTMINUSLIST:
//<fstmt-list>
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_FUNCMINUSSTMT:
//<func-stmt>
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_IFMINUSSTMT:
//<if-stmt>
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_INC:
//<inc>
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_INITMINUSLIST:
//<init-list>
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_LOGICMINUSEXPR:
//<logic-expr>
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_OP:
//<op>
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_PROGRAM:
//<program>
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_RETURN:
//<return>
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_STMT:
//<stmt>
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_STMTMINUSLIST:
//<stmt-list>
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_TERM:
//<term>
//todo: Create a new object that corresponds to the symbol
return(null);
case (int)SymbolConstants.SYMBOL_TYPES:
//<types>
//todo: Create a new object that corresponds to the symbol
return(null);
}
throw new SymbolException("Unknown symbol");
}
