public static string Write(object One, ref LswPython.PythonPositions PythonPosition)
{
string Return = "if ";
LsIf Two = (LsIf)One;
Return += new PythonControler().Out(new LsBaseList()
{
Bases = new List <lsBase>()
{
Two.Bracket
}
}).TrimEnd(")\r\n".ToCharArray()).TrimStart('(') + ":\r\n";
foreach (var item in Two.InerLines)
{
Return += "\t" + new PythonControler().Out(new LsBaseList()
{
Bases = new List <lsBase>()
{
item
}
}) + "\r\n";
}
return(Return);
}
public static LsBracket Read(string One, ref LswPython.PythonPositions PythonPosition)
{
LsBracket Two = new LsBracket();
string Three = One[0].ToString();
switch (Three)
{
case "<":
Three = Three + "|>";
break;
case "(":
Three = Three + "|)";
break;
case "[":
Three = Three + "|]";
break;
case "{":
Three = Three + "|}";
break;
default:
Three = "(|)";
break;
}
if (Two.BracketTypesPears.ContainsValue(Three))
{
Two.BracketType = Dic.KeyByValue(Three); // //
}
else
{
Two.BracketType = LsBracket.BracketTypes.Round;
}
//do
//{
string[] Parts;
Parts = One.Trim().Substring(1, One.Length - 2).Split(Seperater(Two.BracketType).ToCharArray());
foreach (var item in Parts)
{
string itemT = item.Trim();
var Four = new PythonControler().PartInRef(itemT, ref PythonPosition);
if (Four is string && (itemT[0] != '"' && itemT[0] != "'"[0]))
{
Two.AddString(new LsName()
{
Name = Four.ToString()
});
}
else
{
Two.AddBase(Four);
}
}
PythonPosition.Position++;
try
{ One = PythonPosition.InLine[PythonPosition.Position]; }
catch { }
//} while(CheckRepeate(One, Two));
PythonPosition.Position = PythonPosition.Position - 1;
return(Two);
}