public string struc(long indent)
{
string ret = new string(' ', Math.Max(0, (int)indent));
if (this != root)
{
ret += def + ctn.before(1, "<");
}
string lastType = "";
foreach (Tag t in _tags)
{
if ((t.type.len == 0) && ((t.def + t.ctn.before(1, "<")).len > 0))
{
ret += t.def + t.ctn.before(1, "<");
}
else if (t.type.text.ToLower().Equals("/" + lastType))
{
ret += t.def;
}
else
{
ret += "\n".Substring(0, Math.Min(1, ret.Length)) + t.struc(indent + 1);
}
lastType = t.type.text.ToLower();
}
if (closingTag != null)
{
if (closingTag != this)
{
ret += closingTag.def;
}
else if (!type.Equals("") && !type.Equals("!") && !type.startsWith("/"))
{
if (!def.at(-2).equals("/"))
{
ret += "</" + type + ">";
}
}
}
return(ret);
}
public bool matches(Tag t)
{
for (int i = 1; i <= symbs.Len; i++)
{
Reach value = t.val(symbs[i]);
string comp = comps[i];
string ptn = patts[i];
bool neg = comp.StartsWith("!");
if (neg)
{
comp = comp.Substring(1);
}
if (comp.Equals("=="))
{
if (neg ^ value.equals(ptn))
{
return(true);
}
}
else if (comp.Equals("°="))
{
if (neg ^ value.Equals(ptn))
{
return(true);
}
}
else if (comp.Equals("~~"))
{
if (neg ^ new Regex(ptn).IsMatch(value.text))
{
return(true);
}
}
else if (comp.Equals("°~"))
{
if (neg ^ new Regex(ptn.ToUpper()).IsMatch(value.uText))
{
return(true);
}
}
else
{
throw new Exception("Invalid Compare Operator for Tag Filter! Use one of these: == °= ~~ °~ !== !°= !~~ !°~");
}
}
return(false);
}
private void splitparts()
{
Pile <Reach> res = new Pile <Reach>();
Reach s = parts[1].Trim();
while (s.len > 0)
{
Reach first = s.At(1, false, ops.array());
if (first.len == 0)
{
res.Push(s); s = "";
}
else
{
if (s.startsWith(first))
{
if (first.Equals("\""))
{
res.Push("`dsF`"); res.Push(Zone.quotation.on(s)); res.Push(s.after(res[-1]).Trim()); s = "";
}
if (first.Equals("'"))
{
res.Push("`dsF`"); res.Push(Zone.charray.on(s)); res.Push(s.after(res[-1]).Trim()); s = "";
}
if (first.Equals("("))
{
res.Push(Zone.bracelet.on(s)); res.Push(s.after(res[-1]).Trim()); s = "";
}
if (first.Equals("["))
{
res.Push(Zone.bracket.on(s)); res.Push(s.after(res[-1]).Trim()); s = "";
}
if (first.Equals("{"))
{
res.Push(Zone.curlybrack.on(s)); res.Push(s.after(res[-1]).Trim()); s = "";
}
if (first.Equals("+"))
{
res.Push("`cct`"); res.Push(Zone.curlybrack.on(s)); res.Push(s.after(res[-1]).Trim()); s = "";
}
if (first.Equals("||"))
{
res.Push("`cct`"); res.Push(Zone.curlybrack.on(s)); res.Push(s.after(res[-1]).Trim()); s = "";
}
if (first.Equals("ltrim("))
{
res.Push("`ltr`"); res.Push(Zone.bracelet.on(s)); res.Push(s.after(res[-1]).Trim()); s = "";
}
if (first.Equals("rtrim("))
{
res.Push("`rtr`"); res.Push(Zone.bracelet.on(s)); res.Push(s.after(res[-1]).Trim()); s = "";
}
}
else
{
res.Push("`dF`");
res.Push(s.before(first).Trim());
res.Push(s.from(first).Trim());
s = "";
}
}
}
parts = res;
}
private void splitparts()
{
if (operators == null)
{
operators = ops.Clone(); foreach (string key in Dtv.Keys)
{
operators.Push(new Reach(Dtv[key]).before(1, "``"));
}
}
int inx = 1;
while (inx <= Len)
{
Reach rest = null;
object lOp = null;
object rOp = null;
object tOp = null;
//if (this[inx].GetType() == typeof(string)) rest = new Reach((string)this[inx]).Trim(); //AttGeTr SEVERE BUGS HERE!! the middle chars of "word" will be detected as Operator "or" !
if (rest == null)
{
inx++;
}
else
{
Reach firstOptorSmb = rest.At(1, false, operators.array()).Trim();
if (firstOptorSmb.At(1, "(").len == 0)
{
if (operators.Contains((firstOptorSmb + "(").uText))
{
if (rest.after(firstOptorSmb).startsWith("("))
{
firstOptorSmb = firstOptorSmb + rest.after(firstOptorSmb).upto(1); // both the infix OR and the prefix OR( may be defined as directive
}
}
}
String firstOptor = optorForSymbolicOptor(firstOptorSmb.text);
if (rest.startsWith(firstOptorSmb))
{
}
else
{
}
if (firstOptorSmb.len == 0)
{
Reach fieldVal = new Reach((string)this[inx]).Trim();
this[inx] = new Reach((string)this[inx]);
rest = "";
} // this term has no operand, it is a literal like 3 or a Symbol like a DbField Name or a composite field definition
else
{
if (rest.startsWith(firstOptorSmb))
{
if (firstOptorSmb.Equals("("))
{
this[inx] = new Trm(Zone.bracelet.on(rest).text); optor = ""; rest = rest.after(Zone.bracelet.upon(rest)).Trim();
}
else
{
string newOptor = firstOptorSmb.Trim().text.Replace("(", "");
bool prefix = (firstOptorSmb.at(1, "(").len > 0);
if (prefix)
{
this[inx] = new Trm(Zone.bracelet.on(rest.after(1, optor).Trim()).text); rest = rest.after(Zone.bracelet.upon(rest.after(1, optor))).Trim();
}
else
{
rest = "";
if (optor.Length > 0)
{
this[1] = new Trm(optor, this[1]);
for (int i = 2; i < inx; i++)
{
((Trm)this[1]).Push(this[i]);
}
for (int i = 2; i <= Len - (inx - 2); i++)
{
this[i] = this[i + (inx - 2)];
}
for (int i = 1; i <= (inx - 2); i++)
{
Del(Len);
}
inx = 2;
}
this[inx] = new Trm(rest.after(1, optor).Trim().text); rest = "";
}
if ((((Trm)this[inx]).Len == 1 && ((Trm)this[inx]).optor.Length == 0))
{
this[inx] = ((Trm)this[inx]).lOpnd;
}
optor = optorForSymbolicOptor(firstOptorSmb.Trim().text);
}
}
else
{
if ((Len == 1) && (optor.Length == 0))
{
optor = optorForSymbolicOptor(firstOptorSmb.Trim().text); this[inx] = rest.before(firstOptorSmb).Trim(); Push(rest.after(firstOptorSmb).Trim().text);
}
else
{
this[inx] = new Trm(optorForSymbolicOptor(firstOptorSmb.Trim().text), new object[] { rest.before(firstOptorSmb).Trim(), rest.after(firstOptorSmb).Trim().text });
}
rest = "";
}
}
if (rest.len > 0)
{
Push(rest.text);
}
rest = "";
inx++;
}
}
}
