public void Load(string xmlPath)
{
this.Path = xmlPath;
LoadResult = SkinLoadResult.Fail;
try {
XmlDocument xdoc = new XmlDocument();
xdoc.Load(xmlPath);
WorkingDir = System.IO.Path.GetDirectoryName(xmlPath);
var xroot = xdoc["skin"];
this.Name = xroot.Attributes["name"].Value;
string cTypeStr = xroot.Attributes["type"].Value;
// see if a mapping is defined for this controller type
if (!NintendoSpyMapping.TypeMap.ContainsKey(cTypeStr))
{
return;
}
// retrieve the mapping to munia indices
var cType = NintendoSpyMapping.TypeMap[cTypeStr];
Controllers.Add(cType);
var mapping = NintendoSpyMapping.ControllerMaps[cType];
foreach (XmlNode xnode in xroot)
{
// read the background
if (xnode.Name == "background")
{
var bg = new NSpyBackground();
bg.Name = xnode.Attributes["name"].Value;
bg.ImagePath = System.IO.Path.Combine(WorkingDir, xnode.Attributes["image"].Value);
Backgrounds[bg.Name] = bg;
}
// read the buttons
else if (xnode.Name == "button")
{
var btn = new Button();
btn.Id = mapping.ButtonMap[xnode.Attributes["name"].Value];
btn.ReadConfig(this, xnode);
Buttons.Add(btn);
}
else if (xnode.Name == "rangebutton")
{
var btn = new RangeButton();
btn.Id = mapping.ButtonMap[xnode.Attributes["name"].Value];
btn.ReadConfig(this, xnode);
btn.VisibleFrom = double.Parse(xnode.Attributes["from"].Value);
btn.VisibleTo = double.Parse(xnode.Attributes["to"].Value);
RangeButtons.Add(btn);
}
// read the triggers
else if (xnode.Name == "analog")
{
var trigg = new Trigger();
trigg.Id = mapping.AxisMap[xnode.Attributes["name"].Value];
trigg.ReadConfig(this, xnode);
string direction = xnode.Attributes["direction"].Value.ToLower();
// nspy reverse/inverse is slightly different, mapping below makes rendering identical to SvgSkin
trigg.Orientation = direction == "left" || direction == "right" ? TriggerOrientation.Horizontal : TriggerOrientation.Vertical;
// our reverse means filling from left-to-right or bottom-to-top
trigg.Reverse = direction == "left" || direction == "up";
if (xnode.Attributes["reverse"] != null)
{
bool rev = bool.Parse(xnode.Attributes["reverse"].Value);
// nspy 'reverse' is our inverse, but should be considered as another flip for right-to-left or bottom-to-top
trigg.Reverse ^= rev;
trigg.Inverse = rev;
}
Triggers.Add(trigg);
}
// read the sticks
else if (xnode.Name == "stick")
{
var stick = new Stick();
if (mapping.AxisMap.ContainsKey(xnode.Attributes["xname"].Value))
{
stick.HorizontalAxis = mapping.AxisMap[xnode.Attributes["xname"].Value];
}
if (mapping.AxisMap.ContainsKey(xnode.Attributes["yname"].Value))
{
stick.VerticalAxis = mapping.AxisMap[xnode.Attributes["yname"].Value];
}
stick.ReadConfig(this, xnode);
stick.XReverse = bool.Parse(xnode.Attributes["xreverse"]?.Value ?? "false");
stick.YReverse = bool.Parse(xnode.Attributes["yreverse"]?.Value ?? "false");
stick.XRange = int.Parse(xnode.Attributes["xrange"].Value);
stick.YRange = int.Parse(xnode.Attributes["yrange"].Value);
Sticks.Add(stick);
}
// read the detail items
else if (xnode.Name == "detail")
{
var detail = new Detail();
detail.ReadConfig(this, xnode);
detail.Targets = xnode.Attributes["target"].Value.Split(';').ToList();
Details.Add(detail);
}
}
SelectedBackground = Backgrounds.First().Value;
LoadResult = SkinLoadResult.Ok;
}
catch {
}
}
