public static Message <PDataTF> ReadPDFData(NetworkBinaryReader dr, bool firstByteRead = false, int i = 0)
{
PDataTF pdata = null;
pdata = new PDataTF();
if (!firstByteRead)
{
dr.Skip(1);
}
dr.Skip(1); // PDU ID and Reserved Null Byte
var lengthBytes = dr.Take(4);
int length = LengthReader.ReadBigEndian(lengthBytes);
using (DICOMBinaryReader dbr = dr.GetSubStream(length))
{
while (dbr.StreamPosition < dbr.StreamLength)
{
PDVItem item = ItemReader.ReadPDVItem(dbr);
pdata.Items.Add(item);
}
}
return(new Message <PDataTF> {
Payload = pdata, Type = MessageType.PDATA_TF
});
}
internal virtual void Write(PDataTF data)
{
throw new SystemException();
}
public void Write(PDataTF data)
{
FireWrite(data);
try {
lock (stream) {
state.Write(data);
}
}
catch (IOException ioe) {
if (assocListener != null) {
assocListener.Error(assoc, ioe);
}
throw ioe;
}
}
internal override void Write(PDataTF tf)
{
try {
tf.WriteTo(m_fsm.stream);
}
catch (IOException e) {
m_fsm.ChangeState(m_fsm.STA1);
throw e;
}
}
public void Write(IDimse dimse)
{
lock (this) {
pcid = dimse.PresentationContextId();
String tsUID = fsm.GetAcceptedTransferSyntaxUID(pcid);
if (tsUID == null) {
throw new SystemException();
}
(dimse).TransferSyntaxUniqueId = tsUID;
fsm.FireWrite(dimse);
if (pDataTF == null) {
pDataTF = new PDataTF(fsm.WriteMaxLength);
}
pDataTF.OpenPDV(pcid, cmd = true);
Stream outs = new PDataTFOutputStream(this);
IDicomCommand c = dimse.DicomCommand;
try {
c.Write(outs);
}
finally {
outs.Close();
}
if (c.HasDataset()) {
pDataTF.OpenPDV(pcid, cmd = false);
outs = new PDataTFOutputStream(this);
try {
dimse.WriteTo(outs, tsUID);
}
finally {
outs.Close();
}
}
FlushPDataTF();
}
}
