public static Murmur.Tree[] read(IceInternal.BasicStream is__)
{
Murmur.Tree[] v__;
{
int szx__ = is__.readSize();
is__.startSeq(szx__, 4);
v__ = new Murmur.Tree[szx__];
for(int ix__ = 0; ix__ < szx__; ++ix__)
{
IceInternal.ArrayPatcher<Murmur.Tree> spx = new IceInternal.ArrayPatcher<Murmur.Tree>("::Murmur::Tree", v__, ix__);
is__.readObject(spx);
is__.checkSeq();
is__.endElement();
}
is__.endSeq(szx__);
}
return v__;
}
private Ice.SlicedData readSlicedData()
{
if(_current.slices == null) // No preserved slices.
{
return null;
}
//
// The _indirectionTables member holds the indirection table for each slice
// in _slices.
//
Debug.Assert(_current.slices.Count == _current.indirectionTables.Count);
for(int n = 0; n < _current.slices.Count; ++n)
{
//
// We use the "instances" list in SliceInfo to hold references
// to the target instances. Note that the instances might not have
// been read yet in the case of a circular reference to an
// enclosing instance.
//
int[] table = _current.indirectionTables[n];
Ice.SliceInfo info = _current.slices[n];
info.instances = new Ice.Object[table != null ? table.Length : 0];
for(int j = 0; j < info.instances.Length; ++j)
{
IceInternal.ArrayPatcher<Ice.Object> patcher =
new IceInternal.ArrayPatcher<Ice.Object>(Ice.ObjectImpl.ice_staticId(), info.instances, j);
addPatchEntry(table[j], patcher.patch);
}
}
return new Ice.SlicedData(_current.slices.ToArray());
}
public override void read__(IceInternal.BasicStream is__, bool rid__)
{
if(rid__)
{
/* string myId = */ is__.readTypeId();
}
is__.startReadSlice();
if(c == null)
{
c = new Murmur.Channel();
}
c.read__(is__);
{
int szx__ = is__.readSize();
is__.startSeq(szx__, 4);
children = new Murmur.Tree[szx__];
for(int ix__ = 0; ix__ < szx__; ++ix__)
{
IceInternal.ArrayPatcher<Murmur.Tree> spx = new IceInternal.ArrayPatcher<Murmur.Tree>("::Murmur::Tree", children, ix__);
is__.readObject(spx);
is__.checkSeq();
is__.endElement();
}
is__.endSeq(szx__);
}
{
int szx__ = is__.readSize();
is__.startSeq(szx__, 42);
users = new Murmur.User[szx__];
for(int ix__ = 0; ix__ < szx__; ++ix__)
{
users[ix__] = new Murmur.User();
users[ix__].read__(is__);
is__.checkSeq();
is__.endElement();
}
is__.endSeq(szx__);
}
is__.endReadSlice();
base.read__(is__, true);
}
public static Murmur.Tree[] read(IceInternal.BasicStream is__)
{
Murmur.Tree[] v__;
{
int szx__ = is__.readAndCheckSeqSize(4);
v__ = new Murmur.Tree[szx__];
for(int ix__ = 0; ix__ < szx__; ++ix__)
{
IceInternal.ArrayPatcher<Murmur.Tree> spx = new IceInternal.ArrayPatcher<Murmur.Tree>("::Murmur::Tree", v__, ix__);
is__.readObject(spx);
}
}
return v__;
}
