public static string Write(object One, ref LswVB.VBPositions VBPosition)
{
string Return = "if ";
LsIf Two = (LsIf)One;
Return += "(" + new VBControler().Out(new LsBaseList()
{
Bases = new List <lsBase>()
{
Two.Bracket
}
}).TrimEnd(")\r\n".ToCharArray()).TrimStart('(') + ")\r\n{\r\n";
foreach (var item in Two.InerLines)
{
Return += "\t" + new VBControler().Out(new LsBaseList()
{
Bases = new List <lsBase>()
{
item
}
});
}
Return += "}";
return(Return);
}
public static LsIf Read(string One, ref LswVB.VBPositions VBPosition)
{
LsIf Two = new LsIf();
Two.Tabindex = CountTabs(One);
string Three = "(" + One.Trim().Substring(3, One.Length - 4).Trim() + ")";
Two.Bracket = (LsBracket) new VBControler().PartInRef(Three, ref VBPosition);
bool Continu = true;
do
{
VBPosition.Position++;
try
{
string Four = VBPosition.InLine[VBPosition.Position];
if (Four.Trim() == "}")
{
Continu = false;
VBPosition.Position++;
if (VBPosition.InLine[VBPosition.Position + 1].Trim().ToLower().Substring(0, 4) == "else")
{
Two.EndIf = true;
}
}
else if (Four.Trim() == "{")
{
Continu = true;
}
else if (CheckRepeate(Four, Two))
{
LsBaseList list = (LsBaseList)(new VBControler().In(new string[] { Four.Trim() }));
Two.InerLines.Add(list.Bases[0]);
}
else
{
Continu = false;
}
}
catch
{
Continu = false;
}
} while (Continu);
VBPosition.Position = VBPosition.Position - 1;
return(Two);
}
