public override void Serialize(Corba.DataOutputStream arg) {
// rmi data
arg.write_octet(1);
arg.write_octet(1);
// size: is equal to size of m_elements
int size = m_elements.Length;
arg.write_long(size);
if (m_backArraySize < size) {
m_backArraySize = size;
}
arg.write_long(m_backArraySize);
for (int i = 0; i < size; i++) {
bool isByRef = false;
if (m_elements[i] != null) {
isByRef = ClsToIdlMapper.IsMappedToConcreteInterface(m_elements[i].GetType());
}
arg.write_boolean(isByRef);
if (!isByRef) {
arg.write_ValueOfActualType(m_elements[i]);
} else {
arg.write_Object((MarshalByRefObject)m_elements[i]);
}
}
}
public void Serialise(Corba.DataOutputStream stream) {
stream.write_octet(1);
stream.write_boolean(true);
stream.write_ValueOfActualType(m_cause);
stream.write_WStringValue(m_msg);
stream.write_boxed(m_trace, new BoxedValueAttribute("RMI:[Ljava.lang.StackTraceElement;:CD38F9930EA8AAEC:6109C59A2636DD85"));
}
public override void Serialize(Corba.DataOutputStream arg) {
// rmi data
arg.write_octet(1);
arg.write_octet(0);
// offset in milliseconds
arg.write_longlong(m_offsetInMillis);
}
public override void Serialize(Corba.DataOutputStream target) {
// rmi data
target.write_octet(1);
target.write_octet(1);
// load factor
target.write_float(m_loadFactor);
// treshhold, ignore (calculated)
target.write_long(Treshhold);
// capacity
target.write_long(m_capacity);
// size
target.write_long(m_buckets.Length);
// buckets
for (int i = 0; i < m_buckets.Length; i++) {
WriteObject(m_buckets[i].Key, target);
WriteObject(m_buckets[i].Value, target);
}
}