private void ToEntryForList(List <ComplexEntry> entries, ComplexEntry parent, IObjectNode obj)
{
switch (obj.Type)
{
case NodeType.Int:
if (parent.i32a == null)
{
parent.i32a = new List <IntListEntry>();
}
parent.i32a.Add(new IntListEntry
{
n = obj.Name,
c = obj.ListCount,
nil = obj.IsNull,
v = obj.Children.Select(c => new IntEntry
{
n = c.Name,
v = (int)c.Value,
}).ToList(),
});
break;
case NodeType.Float:
if (parent.fa == null)
{
parent.fa = new List <FloatListEntry>();
}
parent.fa.Add(new FloatListEntry
{
n = obj.Name,
c = obj.ListCount,
nil = obj.IsNull,
v = obj.Children.Select(c => new FloatEntry
{
n = c.Name,
v = (float)c.Value,
}).ToList(),
});
break;
case NodeType.String:
if (parent.sa == null)
{
parent.sa = new List <StringListEntry>();
}
parent.sa.Add(new StringListEntry
{
n = obj.Name,
c = obj.ListCount,
nil = obj.IsNull,
v = obj.Children.Select(c => new StringEntry
{
n = c.Name,
v = (string)c.Value,
}).ToList(),
});
break;
case NodeType.Complex:
var name = parent == null ? RootName : (parent.n + "/" + obj.Name);
var self = new ComplexEntry
{
n = name,
nil = obj.IsNull,
list = obj.IsList,
listc = obj.ListCount,
};
entries.Add(self);
foreach (var n in obj.Children)
{
ToEntry(entries, self, n);
}
break;
}
}
private void ToEntry(List <ComplexEntry> entries, ComplexEntry parent, IObjectNode obj)
{
if (obj.IsList)
{
ToEntryForList(entries, parent, obj);
return;
}
switch (obj.Type)
{
case NodeType.Int:
if (parent.i32 == null)
{
parent.i32 = new List <IntEntry>();
}
parent.i32.Add(new IntEntry
{
n = obj.Name,
v = (int)obj.Value,
});
break;
case NodeType.Float:
if (parent.f == null)
{
parent.f = new List <FloatEntry>();
}
parent.f.Add(new FloatEntry
{
n = obj.Name,
v = (float)obj.Value,
});
break;
case NodeType.String:
if (parent.s == null)
{
parent.s = new List <StringEntry>();
}
parent.s.Add(new StringEntry
{
n = obj.Name,
v = (string)obj.Value,
});
break;
case NodeType.Complex:
var name = parent == null ? RootName : (parent.n + "/" + obj.Name);
var self = new ComplexEntry
{
n = name,
nil = obj.IsNull,
};
entries.Add(self);
foreach (var n in obj.Children)
{
ToEntry(entries, self, n);
}
break;
}
}
