public override void Deserialise(Corba.DataInputStream arg) {
// skip rmi data
arg.read_octet();
arg.read_octet();
// size
int size = arg.read_long();
// size of backing array
m_backArraySize = arg.read_long();
// elements
m_elements = new object[size];
for (int i = 0; i < size; i++) {
// something like a bool or octet:
bool isByRef = arg.read_boolean();
if (!isByRef) {
m_elements[i] = arg.read_Value();
if (m_elements[i] is BoxedValueBase) {
m_elements[i] = ((BoxedValueBase) m_elements[i]).Unbox();
}
} else {
m_elements[i] = arg.read_Object();
}
}
}
public void Deserialise(Corba.DataInputStream stream) {
stream.read_octet(); // ignore format version: java RMI specific
stream.read_boolean(); // ignore default read object: java RMI specific
m_cause = (java.lang.Throwable)stream.read_ValueOfType(typeof(java.lang.Throwable));
m_msg = stream.read_WStringValue();
object boxedTrace = stream.read_Value();
if (boxedTrace != null) {
m_trace = (StackTraceElement[])((BoxedValueBase) boxedTrace).Unbox();
}
}
public override void Deserialise(Corba.DataInputStream arg) {
// skip rmi data
arg.read_octet();
arg.read_octet();
// offset in milliseconds
m_offsetInMillis = arg.read_longlong();
}
public override void Deserialise(Corba.DataInputStream source) {
// skip rmi data
source.read_octet();
source.read_octet();
// load factor
m_loadFactor = source.read_float();
// treshhold, ignore (calculated)
source.read_long();
// capacity
m_capacity = source.read_long();
// size
int size = source.read_long();
// buckets
m_buckets = new System.Collections.DictionaryEntry[size];
for (int i = 0; i < size; i++) {
object key = ReadObject(source);
object val = ReadObject(source);
m_buckets[i] = new System.Collections.DictionaryEntry(key, val);
}
}
