public void encode(ObjEncoder @out)
{
@out.wStrLiteral(m_str, '`');
}
public void encode(ObjEncoder @out)
{
// route back to obj encoder
@out.writeMap(this);
}
public void encode(ObjEncoder @out)
{
@out.w(toStr());
}
public static void encode(bool self, ObjEncoder @out)
{
@out.w(self ? "true" : "false");
}
public static void encode(BigDecimal self, ObjEncoder @out)
{
@out.w(self.ToString()).w("d");
}
public void encode(ObjEncoder @out)
{
m_parent.encode(@out); @out.w(m_name);
}
public static void encode(double self, ObjEncoder @out)
{
if (System.Double.IsNaN(self)) @out.w("sys::Float(\"NaN\")");
else if (self == System.Double.PositiveInfinity) @out.w("sys::Float(\"INF\")");
else if (self == System.Double.NegativeInfinity) @out.w("sys::Float(\"-INF\")");
else @out.w(toStr(self)).w("f");
}
internal EachIterator(ObjEncoder encoder, bool first)
: base(eachIteratorType)
{
this.encoder = encoder;
this.first = first;
}
public void encode(ObjEncoder @out)
{
@out.w(signature()).w("#");
}
internal EachIterator(ObjEncoder encoder, bool first)
: base(eachIteratorType)
{
this.encoder = encoder;
this.first = first;
}
public static void encode(long self, ObjEncoder @out)
{
@out.w(self.ToString());
}
