//Serialize a set of rectangles(RectList) to SerializedRects
public static SerializedRects RectsToSerializedRects(RectList rectSet)
{
GridConverter.BuildCircuit(rectSet, false);
var sb = new StringBuilder();
bool mode2D = false;// RectsAre2D(rectSet);
//Sort the rectlist into sets of rectlists where rects have same properties
IEnumerable <List <Rect> > superRects = SuperSortByProperties(rectSet);
//Iterate through entire set of rectlists
foreach (List <Rect> rectList in superRects)
{
string rectPropertiesSerialized = SerializeRectProperties(rectList[0].Properties, mode2D);
sb.Append(rectPropertiesSerialized);
//Iterate through each rect in the set (will all have same properties)
//Each will inherit properties values when read later from last properties write
foreach (Rect rect in rectList)
{
string rectSerialized = Transcode64.SerializeRectPointsToString(rect, 1, mode2D);
rectSerialized += SerializeCircuitProperties(rectList[0].Properties);
sb.Append(rectSerialized);
}
}
//Then return new serialized rect with that string
return(new SerializedRects(sb.ToString()));
}
//Limits it to 255 strings between carriage returns
public static string SerializeLimit255(RectList rectSet)
{
IEnumerable <List <Rect> > superRects = SuperSortByProperties(rectSet);
string str = "";
string runStr = "";
bool mode2D = false;// RectsAre2D(rectSet);
foreach (List <Rect> rectList in superRects)
{
runStr += SerializeRectProperties(rectList[0].Properties, mode2D);
foreach (Rect t in rectList)
{
runStr += Transcode64.SerializeRectPointsToString(t, 1, mode2D);
runStr += SerializeCircuitProperties(rectList[0].Properties);
if (runStr.Length > 200)//236)
{
str += runStr + CharLimit255;
runStr = SerializeRectProperties(rectList[0].Properties, mode2D);
}
}
}
str += runStr + CharLimit255;
str = str.TrimEnd('\n') + "\n";//ensure only one \n at end
return(str);
}