public XDef(string root)
{
// end of field may specify modopt/req
var cutPos = int.MaxValue;
var comparePos = root.IndexOf("modopt(");
if (comparePos != -1)
{
cutPos = comparePos;
}
comparePos = root.IndexOf("modreq(");
if (comparePos != -1 && comparePos < cutPos)
{
cutPos = comparePos;
}
if (cutPos != -1 && cutPos != int.MaxValue)
{
Mods = root.Substring(cutPos);
root = root.Substring(0, cutPos);
}
DefType = XDefType.Root;
SubDef = new XDef();
Remains = SubDef.Parse(root);
}
public XDef(string root)
{
// end of field may specify modopt/req
var cutPos = int.MaxValue;
var comparePos = root.IndexOf("modopt(");
if (comparePos != -1)
cutPos = comparePos;
comparePos = root.IndexOf("modreq(");
if (comparePos != -1 && comparePos < cutPos)
cutPos = comparePos;
if (cutPos != -1 && cutPos != int.MaxValue)
{
Mods = root.Substring(cutPos);
root = root.Substring(0, cutPos);
}
DefType = XDefType.Root;
SubDef = new XDef();
Remains = SubDef.Parse(root);
}
public string Parse(string input)
{
string working = "";
bool remainingMode = false;
for (int i = 0; i < input.Length; i++)
{
char current = input[i];
// read input until . dividing namespaces, prevent messing up when name is 0...
if (current == '.')// && working != "" && !int.TryParse(working, out dummy))
{
// create namespace for previous
DefType = XDefType.Namespace;
Name = working;
SubDef = new XDef();
return SubDef.Parse(input.Substring(i + 1));
}
else if (current == '/')
{
// create namespace for previous
DefType = XDefType.Class;
Name = working;
SubDef = new XDef();
return SubDef.Parse(input.Substring(i + 1));
}
// if the class has < or > in it's name before the ` is found, then ignore
else if (input[i] == '<' && input[i + 1] == '>')
{
working += "<>";
i++;
}
else if (i == 0 && input[i] == '<')
{
while (input[i] != '>')
{
working += input[i];
i++;
}
working += input[i];
}
// if divide between classes in template
else if (current == ',' || current == '>')
{
// create class for previous
DefType = XDefType.Class;
Name = working;
return input.Substring(i);
}
// else if array def
else if (current == '[')
{
while (input[i] != ']')
{
Arrays += input[i];
i++;
}
Arrays += input[i];
remainingMode = true;
}
// else if template
else if (current == '<' || current == '`')
{
// create class for previous
DefType = XDefType.Class;
Name = working;
if (current == '`')
{
// while not <, build up number
string num = "";
i++;
while (input[i] != '<' && input[i] != '/')
{
num += input[i];
i++;
if (i == input.Length)
break;
}
GenericCount = int.Parse(num);
// sometimes generics not specified
if (i == input.Length)
return "";
// if nested class
if (input[i] == '/')
{
SubDef = new XDef();
return SubDef.Parse(input.Substring(i + 1));
}
}
var genericsList = new List<XDef>();
if (working == "std::less")
{
int y = 0;
y++;
}
// parse class name and add to template
input = input.Substring(i);
while (input[0] != '>')
{
var def = new XDef();
input = def.Parse(input.Substring(1));
genericsList.Add(def);
}
Generics = genericsList.ToArray();
i = 0;
remainingMode = true;
//return input.Substring(1);
}
else if (current == ' ' || remainingMode)
{
remainingMode = true;
if (input.IndexOf("modopt") != -1 || input.IndexOf("modreq") != -1)
{
Remains += input.Substring(i);
i = input.Length;
}
else
Remains += current;
}
else
{
working += current;
}
}
// end of input
DefType = XDefType.Class;
Name = working;
return "";
}
public string Parse(string input)
{
string working = "";
bool remainingMode = false;
for (int i = 0; i < input.Length; i++)
{
char current = input[i];
// read input until . dividing namespaces, prevent messing up when name is 0...
if (current == '.')// && working != "" && !int.TryParse(working, out dummy))
{
// create namespace for previous
DefType = XDefType.Namespace;
Name = working;
SubDef = new XDef();
return(SubDef.Parse(input.Substring(i + 1)));
}
else if (current == '/')
{
// create namespace for previous
DefType = XDefType.Class;
Name = working;
SubDef = new XDef();
return(SubDef.Parse(input.Substring(i + 1)));
}
// if the class has < or > in it's name before the ` is found, then ignore
else if (input[i] == '<' && input[i + 1] == '>')
{
working += "<>";
i++;
}
else if (i == 0 && input[i] == '<')
{
while (input[i] != '>')
{
working += input[i];
i++;
}
working += input[i];
}
// if divide between classes in template
else if (current == ',' || current == '>')
{
// create class for previous
DefType = XDefType.Class;
Name = working;
return(input.Substring(i));
}
// else if array def
else if (current == '[')
{
while (input[i] != ']')
{
Arrays += input[i];
i++;
}
Arrays += input[i];
remainingMode = true;
}
// else if template
else if (current == '<' || current == '`')
{
// create class for previous
DefType = XDefType.Class;
Name = working;
if (current == '`')
{
// while not <, build up number
string num = "";
i++;
while (input[i] != '<' && input[i] != '/')
{
num += input[i];
i++;
if (i == input.Length)
{
break;
}
}
GenericCount = int.Parse(num);
// sometimes generics not specified
if (i == input.Length)
{
return("");
}
// if nested class
if (input[i] == '/')
{
SubDef = new XDef();
return(SubDef.Parse(input.Substring(i + 1)));
}
}
var genericsList = new List <XDef>();
if (working == "std::less")
{
int y = 0;
y++;
}
// parse class name and add to template
input = input.Substring(i);
while (input[0] != '>')
{
var def = new XDef();
input = def.Parse(input.Substring(1));
genericsList.Add(def);
}
Generics = genericsList.ToArray();
i = 0;
remainingMode = true;
//return input.Substring(1);
}
else if (current == ' ' || remainingMode)
{
remainingMode = true;
if (input.IndexOf("modopt") != -1 || input.IndexOf("modreq") != -1)
{
Remains += input.Substring(i);
i = input.Length;
}
else
{
Remains += current;
}
}
else
{
working += current;
}
}
// end of input
DefType = XDefType.Class;
Name = working;
return("");
}