public sealed override void ReadFromBuffer(NetBuffer buffer, SyncContext context)
{
ReferencesPending = false;
ushort elementCount = buffer.ReadVWidth();
if (DeltaEncoding)
{
if (context.Revision > Revision)
{
Revision = context.Revision;
if (elementCount != Elements.Count)
{
SetElementLength(elementCount);
Synchronised = false;
}
}
int changeCount = buffer.ReadVWidth();
// If the change count is 0, then we want to default to the read all behavior of non delta lists.
bool skipHeader = changeCount == elementCount;
for (int i = 0; i < changeCount; i++)
{
int index = skipHeader ? i : buffer.ReadVWidth();
if (index < Elements.Count)
{
Synchroniser element = Elements[index];
element.ReadFromBuffer(buffer, context);
ReferencesPending |= element.ReferencesPending;
Synchronised &= element.Synchronised;
}
else
{
// Elements will be out of range if an out of date revision arrives after after the list is shrunk
ElementFactory.SkipFromBuffer(buffer);
}
}
}
else
{
Revision = context.Revision;
if (elementCount != Elements.Count)
{
SetElementLength(elementCount);
Synchronised = false;
}
foreach (Synchroniser element in Elements)
{
element.ReadFromBuffer(buffer, context);
ReferencesPending |= element.ReferencesPending;
Synchronised &= element.Synchronised;
}
}
}
public sealed override void ReadFromBuffer(NetBuffer buffer, SyncContext context)
{
if (context.Revision > Revision)
{
Revision = context.Revision;
}
int updated = buffer.ReadByte();
bool skipHeaders = updated == Fields.Length;
for (int i = 0; i < updated; i++)
{
int index = (skipHeaders) ? i : buffer.ReadByte();
Synchroniser field = Fields[index];
field.ReadFromBuffer(buffer, context);
Synchronised &= field.Synchronised;
ReferencesPending |= field.ReferencesPending;
}
}
