SerializeArrayOfMIV(MonitoredItemValue[] mivs)
{
int ItemCnt = mivs.Length;
MemoryStream ms = new MemoryStream();
BinaryWriter bw = new BinaryWriter(ms);
}
public Service1()
{
for (int currval = 0; currval < CHUNK_SIZE; currval++)
{
MonitoredItemValue miv = new MonitoredItemValue();
miv.RuntimeValue_Variant_Payload = new byte[4];
miv.RuntimeValue_Timestamp = DateTime.Now;
miv.Variant_Payload = new byte[4];
m_values[currval] = miv;
}
}
public Service1()
{
for (int currval = 0; currval < CHUNK_SIZE; currval++)
{
MonitoredItemValue miv = new MonitoredItemValue();
miv.Item = new ItemIdentity();
miv.UserData = new Variant();
miv.UserData.Payload = new byte[4];
miv.Value = new RuntimeValue();
miv.Value.Timestamp = DateTime.Now;
miv.Value.Value = new Variant();
miv.Value.Value.Payload = new byte[4];
m_values[currval] = miv;
}
BinaryFormatter bf = new BinaryFormatter();
using (MemoryStream ms = new MemoryStream())
{
bf.Serialize(ms, m_values);
m_buffer = ms.GetBuffer();
}
}
public Service1()
{
for (int currval = 0; currval < CHUNK_SIZE; currval++)
{
#if ALL_BLITTABLE
MonitoredItemValue miv = new MonitoredItemValue();
miv.RuntimeValue_Variant_Payload = new byte[4];
miv.RuntimeValue_Timestamp = DateTime.Now;
miv.Variant_Payload = new byte[4];
m_values[currval] = miv;
#else
MonitoredItemValue miv = new MonitoredItemValue();
miv.Item = new ItemIdentity();
miv.UserData = new Variant();
miv.UserData.Payload = new byte[4];
miv.Value = new RuntimeValue();
miv.Value.Timestamp = DateTime.Now;
miv.Value.Value = new Variant();
miv.Value.Value.Payload = new byte[4];
m_values[currval] = miv;
#endif
}
}
