public CExpression Application(CExpression fn, List <CExpression> list)
{
return(new Application {
Function = fn,
Arguments = list
});
}
public Stat DoWhileStatement(Stat doBody, CExpression expr)
{
return(new DoWhileStat
{
Body = doBody,
Expression = expr,
});
}
public Stat WhileStatement(CExpression expr, Stat whileBody)
{
return(new WhileStat
{
Expression = expr,
Body = whileBody
});
}
public int GetValue(CExpression cExpression)
{
if (cExpression != null)
{
value = Convert.ToInt32(cExpression.Accept(ceval));
}
return(value++);
}
public CExpression ArrayAccess(CExpression e, CExpression idx)
{
return(new CArrayAccess
{
Expression = e,
Index = idx,
});
}
public CExpression PostIncrement(CExpression e, CTokenType token)
{
return(new IncrementExpression
{
Expression = e,
Incrementor = token,
Prefix = false
});
}
public virtual CExpression Bin(CTokenType op, CExpression left, CExpression right)
{
return(new CBinaryExpression
{
Operation = op,
Left = left,
Right = right
});
}
public CExpression Conditional(CExpression cond, CExpression consequent, CExpression alternant)
{
return(new ConditionalExpression
{
Condition = cond,
Consequent = consequent,
Alternative = alternant,
});
}
public Stat IfStatement(CExpression expr, Stat consequence, Stat alternative)
{
return(new IfStat
{
Expression = expr,
Consequence = consequence,
Alternative = alternative,
});
}
public CExpression PtrMemberAccess(CExpression e, string fieldName)
{
return(new MemberExpression
{
Expression = e,
Dereference = true,
FieldName = fieldName,
});
}
public Stat ForStatement(Stat init, CExpression test, CExpression incr, Stat forBody)
{
return(new ForStat
{
Initializer = init,
Test = test,
Update = incr,
Body = forBody
});
}
public CExpression Unary(CTokenType operation, CExpression expr)
{
return(new CUnaryExpression {
Operation = operation, Expression = expr
});
}
public Enumerator Enumerator(string id, CExpression init)
{
return(new Enumerator {
Name = id, Value = init
});
}
public Declarator ArrayDeclarator(Declarator decl, CExpression expr)
{
return(new ArrayDeclarator {
Declarator = decl, Size = expr
});
}
public Stat ExprStatement(CExpression expr)
{
return(new ExprStat {
Expression = expr
});
}
public FieldDeclarator FieldDeclarator(Declarator decl, CExpression bitField)
{
return(new FieldDeclarator {
Declarator = decl, FieldSize = bitField
});
}
public Label CaseLabel(CExpression constExpr)
{
return(new CaseLabel {
Value = constExpr
});
}
public CExpression ArrayAccess(CExpression e, CExpression idx)
{
throw new NotImplementedException();
}
public CExpression PreIncrement(CTokenType token, CExpression uexpr)
{
throw new NotImplementedException();
}
public CExpression Cast(CType type, CExpression exp)
{
return(new CastExpression {
Type = type, Expression = exp
});
}
public Stat SwitchStatement(CExpression expr, Stat switchBody)
{
throw new NotImplementedException();
}
public CExpression Sizeof(CExpression sexp)
{
return(new SizeofExpression {
Expression = sexp
});
}
internal Initializer ExpressionInitializer(CExpression expr)
{
return(new ExpressionInitializer {
Expression = expr
});
}
public CExpression Application(CExpression e)
{
throw new NotImplementedException();
}
public Stat ReturnStatement(CExpression expr)
{
return(new ReturnStat {
Expression = expr
});
}
public Stat IfStatement(CExpression expr, Stat consequence, Stat alternative)
{
throw new NotImplementedException();
}