void IPacket.ReadFields(PacketDefinition definition, SerializedPacket packet)
{
switch (definition.Version)
{
case 1:
packet.GetField("name", out m_Name);
string typeName;
packet.GetField("valueType", out typeName);
SetType(Type.GetType(typeName));
packet.GetField("caption", out m_Caption);
packet.GetField("description", out m_Description);
int rawDefaultTrend;
packet.GetField("defaultTrend", out rawDefaultTrend);
m_DefaultTrend = (EventMetricValueTrend)rawDefaultTrend;
packet.GetField("eventDefinitionPacketId", out m_EventDefinitionPacketId);
packet.GetField("unitCaption", out m_UnitCaption);
break;
default:
throw new GibraltarPacketVersionException(definition.Version);
}
}
public SheetMessage(Message parent, SerializedPacket p) : base(parent, p)
{
this.SheetCollectionSelector = (SheetCollection)SerializedPacket.DeserializeLong(p.GetNextPart());
this.Disposition = (SheetDisposition)SerializedPacket.DeserializeLong(p.GetNextPart());
this.Bounds = SerializedPacket.DeserializeRectangle(p.GetNextPart());
this.Height = SerializedPacket.DeserializeInt(p.GetNextPart());
}
public GroupInformationMessage( Message parent, SerializedPacket p )
: base(parent, p)
{
this.GroupId = SerializedPacket.DeserializeGuid( p.GetNextPart() );
this.FriendlyName = SerializedPacket.DeserializeString( p.GetNextPart() );
this.Singleton = SerializedPacket.DeserializeBool( p.GetNextPart() );
}
public BroadcastMessage(SerializedPacket p)
{
SerializedPacket.VerifyPacket(p, this.GetClassId());
this.EndPoints = null;
if (SerializedPacket.DeserializeBool(p.GetNextPart()))
{
this.EndPoints = new IPEndPoint[SerializedPacket.DeserializeInt(p.GetNextPart())];
for (int i = 0; i < this.EndPoints.Length; i++)
{
this.EndPoints[i] = SerializedPacket.DeserializeIPEndPoint(p.GetNextPart());
}
}
this.HumanName = SerializedPacket.DeserializeString(p.GetNextPart());
this.SenderID = SerializedPacket.DeserializeGuid(p.GetNextPart());
this.PresentationName = SerializedPacket.DeserializeString(p.GetNextPart());
this.ShowIP = SerializedPacket.DeserializeBool(p.GetNextPart());
/*
* //CMPRINCE DEBUGGING
* string IPs = "";
* foreach( IPEndPoint ep in this.EndPoints ) {
* IPs += ep.Address.ToString() + " ";
* }
* System.Diagnostics.Debug.Write( "RECVD: BroadcastListener: " +
* IPs +
* this.HumanName + " " +
* this.SenderID.ToString() + " " +
* this.PresentationName +
* System.Environment.NewLine
* );
*/
}
private void Packet_ThrowsException_IfPacketIsntRegistered(ISerializer serializer)
{
var packet = new UnregisteredPacket {
};
try {
SerializedPacket.Create(packet, serializer);
Assert.Fail("Exception should have been thrown");
} catch (UnregisteredPacketException) {
}
Packet.RegisterPacketType <UnregisteredPacket>();
var serialized = SerializedPacket.Create(packet, serializer);
Packet.UnregisterPacketType <UnregisteredPacket>();
try {
var ser = SerializedPacket.Read(serialized);
ser.DeserializePacket(serializer);
Assert.Fail("Exception should have been thrown");
} catch (UnregisteredPacketException) {
Assert.Pass();
}
}
public TextSheetMessage(Message parent, SerializedPacket p) : base(parent, p)
{
this.Text = SerializedPacket.DeserializeString(p.GetNextPart());
this.font_ = new Font(SerializedPacket.DeserializeString(p.GetNextPart()), 12.0f);
this.color_ = SerializedPacket.DeserializeColor(p.GetNextPart());
this.is_public_ = SerializedPacket.DeserializeBool(p.GetNextPart());
}
public RealTimeInkSheetDataMessage( Message parent, SerializedPacket p )
: base(parent, p)
{
this.StylusId = SerializedPacket.DeserializeInt( p.GetNextPart() );
this.StrokeId = SerializedPacket.DeserializeInt( p.GetNextPart() );
this.Packets = SerializedPacket.DeserializeIntArray( p.GetNextPart() );
}
void IPacket.ReadFields(PacketDefinition definition, SerializedPacket packet)
{
switch (definition.Version)
{
case 1:
packet.GetField("Key", out m_Key);
packet.GetField("UserName", out m_FullyQualifiedUserName);
packet.GetField("Caption", out m_Caption);
packet.GetField("Title", out m_Title);
packet.GetField("Organization", out m_Organization);
packet.GetField("Role", out m_Role);
packet.GetField("Tenant", out m_Tenant);
packet.GetField("TimeZoneCode", out m_TimeZoneCode);
packet.GetField("EmailAddress", out m_EmailAddress);
packet.GetField("Phone", out m_Phone);
string[] propertyNames;
packet.GetField("PropertyNames", out propertyNames);
string[] propertyValues;
packet.GetField("PropertyValues", out propertyValues);
for (int index = 0; index < propertyNames.Length; index++)
{
var propertyName = propertyNames[index];
var propertyValue = propertyValues[index];
m_Properties.Add(propertyName, propertyValue);
}
break;
}
}
void IPacket.ReadFields(PacketDefinition definition, SerializedPacket packet)
{
switch (definition.Version)
{
case 1:
packet.GetField("MetricTypeName", out m_MetricTypeName);
packet.GetField("CategoryName", out m_CategoryName);
packet.GetField("CounterName", out m_CounterName);
int rawSampleType;
packet.GetField("SampleType", out rawSampleType);
m_SampleType = (SampleType)rawSampleType;
packet.GetField("Caption", out m_Caption);
packet.GetField("Description", out m_Description);
int rawInterval;
packet.GetField("Interval", out rawInterval);
m_Interval = (MetricSampleInterval)rawInterval;
//and our stuff that we have to calculate
Name = MetricDefinition.GetKey(MetricTypeName, CategoryName, CounterName); //generate the name
m_ReadOnly = true; //if we got read out of a file, we're read only.
break;
default:
throw new GibraltarPacketVersionException(definition.Version);
}
//we are NOT live - we came from a serialization reader
IsLive = false;
}
public BroadcastMessage( SerializedPacket p )
{
SerializedPacket.VerifyPacket( p, this.GetClassId() );
this.EndPoints = null;
if( SerializedPacket.DeserializeBool( p.GetNextPart() ) ) {
this.EndPoints = new IPEndPoint[SerializedPacket.DeserializeInt( p.GetNextPart() )];
for( int i = 0; i < this.EndPoints.Length; i++ ) {
this.EndPoints[i] = SerializedPacket.DeserializeIPEndPoint( p.GetNextPart() );
}
}
this.HumanName = SerializedPacket.DeserializeString( p.GetNextPart() );
this.SenderID = SerializedPacket.DeserializeGuid( p.GetNextPart() );
this.PresentationName = SerializedPacket.DeserializeString( p.GetNextPart() );
this.ShowIP = SerializedPacket.DeserializeBool( p.GetNextPart() );
/*
//CMPRINCE DEBUGGING
string IPs = "";
foreach( IPEndPoint ep in this.EndPoints ) {
IPs += ep.Address.ToString() + " ";
}
System.Diagnostics.Debug.Write( "RECVD: BroadcastListener: " +
IPs +
this.HumanName + " " +
this.SenderID.ToString() + " " +
this.PresentationName +
System.Environment.NewLine
);
*/
}
/// <summary>
/// Construct the message
/// </summary>
/// <param name="p">The packet</param>
public Message(Message parent, SerializedPacket p)
{
SerializedPacket.VerifyPacket(p, this.GetClassId());
this.Group = (!SerializedPacket.IsNullPacket(p.PeekNextPart())) ?
new Group(p.PeekNextPart()) : null; p.GetNextPart();
if (SerializedPacket.IsNullPacket(p.PeekNextPart()))
{
this.TargetId = null;
}
else if (p.PeekNextPart().Type == PacketTypes.GuidId)
{
this.TargetId = (ValueType)SerializedPacket.DeserializeGuid(p.PeekNextPart());
}
else if (p.PeekNextPart().Type == PacketTypes.ByteArrayClassId)
{
this.TargetId = (ValueType) new Model.Presentation.ByteArray(SerializedPacket.DeserializeGuid(p.PeekNextPart()));
}
else
{
throw new Exception("Unknown ValueType");
}
p.GetNextPart();
this.Parent = parent;
this.Child = (!SerializedPacket.IsNullPacket(p.PeekNextPart())) ?
(Message)PacketTypes.DecodeMessage(this, p.PeekNextPart()): null; p.GetNextPart();
this.Predecessor = (!SerializedPacket.IsNullPacket(p.PeekNextPart())) ?
(Message)PacketTypes.DecodeMessage(this, p.PeekNextPart()): null; p.GetNextPart();
this.m_MessageIdentifier = SerializedPacket.DeserializeGuid(p.GetNextPart());
}
/// <summary>
/// Serialize this object
/// </summary>
/// <returns>The serialized packet</returns>
public virtual SerializedPacket Serialize()
{
SerializedPacket p = new SerializedPacket(this.GetClassId());
p.Add((this.Group != null) ?
this.Group.Serialize() : SerializedPacket.NullPacket(PacketTypes.GroupId));
if (this.TargetId is Guid && this.TargetId != null)
{
p.Add(SerializedPacket.SerializeGuid((Guid)this.TargetId));
}
else if (this.TargetId is Model.Presentation.ByteArray && this.TargetId != null)
{
p.Add(SerializedPacket.SerializeGuid(((Model.Presentation.ByteArray) this.TargetId).ToGuid()));
}
else
{
p.Add(SerializedPacket.NullPacket(PacketTypes.GuidId));
}
// Don't Serialize Parent
p.Add((this.Child != null) ?
this.Child.Serialize() : SerializedPacket.NullPacket(PacketTypes.MessageId));
p.Add((this.Predecessor != null) ?
this.Predecessor.Serialize() : SerializedPacket.NullPacket(PacketTypes.MessageId));
p.Add(SerializedPacket.SerializeGuid(this.m_MessageIdentifier));
return(p);
}
void IPacket.ReadFields(PacketDefinition definition, SerializedPacket packet)
{
switch (definition.Version)
{
case 1:
packet.GetField("ThreadId", out m_ThreadId);
if (definition.Fields.ContainsKey("ThreadIndex"))
{
packet.GetField("ThreadIndex", out m_ThreadIndex);
if (m_ThreadIndex == 0)
{
m_ThreadIndex = m_ThreadId; // Zero isn't legal, so it must not have had it. Fall back to ThreadId.
}
}
else
{
m_ThreadIndex = m_ThreadId; // Use the "unique" ThreadId from older Agent code.
}
packet.GetField("ThreadName", out m_ThreadName);
packet.GetField("DomainId", out m_DomainId);
packet.GetField("DomainName", out m_DomainName);
packet.GetField("IsBackground", out m_IsBackground);
packet.GetField("IsThreadPoolThread", out m_IsThreadPoolThread);
break;
}
}
public override SerializedPacket Serialize()
{
SerializedPacket p = base.Serialize();
p.Add(SerializedPacket.SerializeString(this.HumanName));
return(p);
}
void IPacket.ReadFields(PacketDefinition definition, SerializedPacket packet)
{
switch (definition.Version)
{
case 1:
long baseValue;
long counterTimeStamp;
long counterFrequency;
long systemFrequency;
long timeStamp;
long timeStamp100nSec;
packet.GetField("baseValue", out baseValue);
packet.GetField("counterTimeStamp", out counterTimeStamp);
packet.GetField("counterFrequency", out counterFrequency);
packet.GetField("systemFrequency", out systemFrequency);
packet.GetField("timeStamp", out timeStamp);
packet.GetField("timeStamp100nSec", out timeStamp100nSec);
//conceptually we shouldn't persist this - it's always the same and it's always on our metric, however
//we need it here for deserialization purposes because our metric packet object isn't available during
//the deserialization process.
int rawCounterType;
packet.GetField("counterType", out rawCounterType);
PerformanceCounterType counterType = (PerformanceCounterType)rawCounterType;
//Now, create our sample object from this data
m_Sample = new CounterSample((long)base.RawValue, baseValue, counterFrequency, systemFrequency, timeStamp, timeStamp100nSec, counterType, counterTimeStamp);
break;
default:
throw new GibraltarPacketVersionException(definition.Version);
}
}
public InstructorMessage(Message parent, SerializedPacket p) : base(parent, p)
{
this.AcceptingStudentSubmissions = SerializedPacket.DeserializeBool(p.GetNextPart());
this.ForcingStudentNavigationLock = SerializedPacket.DeserializeBool(p.GetNextPart());
this.AcceptingQuickPollSubmissions = SerializedPacket.DeserializeBool(p.GetNextPart());
this.InstructorClockTicks = SerializedPacket.DeserializeInt64(p.GetNextPart());
}
void IPacket.WriteFields(PacketDefinition definition, SerializedPacket packet)
{
packet.SetField("TypeName", TypeName);
packet.SetField("Message", Message);
packet.SetField("Source", Source);
packet.SetField("StackTrace", StackTrace);
}
void IPacket.ReadFields(PacketDefinition definition, SerializedPacket packet)
{
switch (definition.Version)
{
case 1:
//read the values by our definition
Values = new object[definition.Fields.Count];
for (int valueIndex = 0; valueIndex < definition.Fields.Count; valueIndex++)
{
FieldDefinition fieldDefinition = definition.Fields[valueIndex];
object fieldValue;
packet.GetField(fieldDefinition.Name, out fieldValue);
Values[valueIndex] = fieldValue;
}
break;
default:
throw new GibraltarPacketVersionException(definition.Version);
}
//Now we need to go off and find our value definition so we can be serialized out gain
IMetric ourMetric;
if (Session.MetricDefinitions.TryGetMetricValue(MetricId, out ourMetric) == false)
{
//BIG problems- no metric for our metric ID?
throw new ArgumentException("Unable to read event metric sample because the associated metric couldn't be found.");
}
m_ValueDefinitions = (EventMetricValueDefinitionCollection)((EventMetric)ourMetric).Definition.Values;
}
public SubmissionStatusModel(SerializedPacket p)
{
SerializedPacket.VerifyPacket(p, this.GetClassId());
this.id_ = SerializedPacket.DeserializeGuid(p.GetPart(0));
this.submission_status_ = (Status)SerializedPacket.DeserializeInt(p.GetPart(1));
this.role_ = SerializedPacket.DeserializeString(p.GetPart(2));
}
private BroadcastMessage deserialize(byte[] buf)
{
MemoryStream ms = new MemoryStream(buf);
BroadcastMessage message = null;
#if GENERIC_SERIALIZATION
try {
SerializedPacket p = new SerializedPacket(ms);
message = (BroadcastMessage)PacketTypes.DecodeMessage(null, p);
} catch (Exception e) {
Trace.WriteLine(e.ToString(), this.GetType().ToString());
return(null);
}
#else
BinaryFormatter bf = new BinaryFormatter();
try {
message = (BroadcastMessage)bf.Deserialize(ms);
} catch (SerializationException se) {
Trace.WriteLine("Failed to deserialize a BroadcastMessage: " + se.Message, this.GetType().ToString());
return(null);
} catch (Exception e) {
Trace.WriteLine(e.ToString(), this.GetType().ToString());
return(null);
}
#endif
return(message);
}
public override SerializedPacket Serialize()
{
SerializedPacket p = base.Serialize();
p.Add(SerializedPacket.SerializeGuid(this.participantId));
return(p);
}
public InkSheetStrokesDeletingMessage(Message parent, SerializedPacket p) : base(parent, p)
{
this.StrokeIds = new string[SerializedPacket.DeserializeInt(p.GetNextPart())];
for (int i = 0; i < this.StrokeIds.Length; i++)
{
this.StrokeIds[i] = SerializedPacket.DeserializeString(p.GetNextPart());
}
}
public InkSheetStrokesAddedMessage(Message parent, SerializedPacket p) : base(parent, p)
{
this.SavedInks = new byte[SerializedPacket.DeserializeInt(p.GetNextPart())][];
for (int i = 0; i < this.SavedInks.Length; i++)
{
this.SavedInks[i] = SerializedPacket.DeserializeByteArray(p.GetNextPart());
}
}
public override SerializedPacket Serialize()
{
SerializedPacket p = base.Serialize();
p.Add(SerializedPacket.SerializeGuid(this.SlideGuid));
p.Add(SerializedPacket.SerializeGuid(this.TOCEntryGuid));
return(p);
}
public override SerializedPacket Serialize()
{
SerializedPacket p = base.Serialize();
p.Add((this.m_Result != null) ?
this.m_Result.Serialize() : SerializedPacket.NullPacket(PacketTypes.QuickPollResultModelId));
return(p);
}
void IPacket.WriteFields(PacketDefinition definition, SerializedPacket packet)
{
packet.SetField("instanceName", m_InstanceName);
packet.SetField("definitionId", m_DefinitionId);
//and now we HAVE persisted
Persisted = true;
}
public SheetMessage( Message parent, SerializedPacket p )
: base(parent, p)
{
this.SheetCollectionSelector = (SheetCollection)SerializedPacket.DeserializeLong( p.GetNextPart() );
this.Disposition = (SheetDisposition)SerializedPacket.DeserializeLong( p.GetNextPart() );
this.Bounds = SerializedPacket.DeserializeRectangle( p.GetNextPart() );
this.Height = SerializedPacket.DeserializeInt( p.GetNextPart() );
}
public TextSheetMessage( Message parent, SerializedPacket p )
: base(parent, p)
{
this.Text = SerializedPacket.DeserializeString( p.GetNextPart() );
this.font_ = new Font( SerializedPacket.DeserializeString( p.GetNextPart() ), 12.0f );
this.color_ = SerializedPacket.DeserializeColor( p.GetNextPart() );
this.is_public_ = SerializedPacket.DeserializeBool( p.GetNextPart() );
}
public override SerializedPacket Serialize()
{
SerializedPacket p = base.Serialize();
p.Add((this.TabletProperties != null) ?
this.TabletProperties.Serialize() : SerializedPacket.NullPacket(PacketTypes.TabletPropertyDescriptionCollectionInformationId));
return(p);
}
public override SerializedPacket Serialize()
{
SerializedPacket p = base.Serialize();
p.Add((this.PathFromRoot != null) ?
SerializedPacket.SerializeIntArray(this.PathFromRoot) : SerializedPacket.NullPacket(PacketTypes.IntArrayId));
return(p);
}
public override SerializedPacket Serialize()
{
SerializedPacket p = base.Serialize();
p.Add((this.sender_ != null) ?
this.sender_.Serialize() : SerializedPacket.NullPacket(PacketTypes.SubmissionStatusModelId));
return(p);
}
public override SerializedPacket Serialize()
{
SerializedPacket p = base.Serialize();
p.Add((this.CurrentDrawingAttributes != null) ?
this.CurrentDrawingAttributes.Serialize() : SerializedPacket.NullPacket(PacketTypes.DrawingAttributesSerializerId));
return(p);
}
public override SerializedPacket Serialize()
{
SerializedPacket p = base.Serialize();
p.Add(SerializedPacket.SerializeGuid(this.MD5.ToGuid()));
// TODO CMPRINCE: Serialize the Image Part
return(p);
}
public SerializedPacket Serialize()
{
SerializedPacket p = new SerializedPacket(this.GetClassId());
p.Add(SerializedPacket.SerializeGuid(this.m_id));
p.Add(SerializedPacket.SerializeString(this.m_friendlyName));
return(p);
}
void IPacket.WriteFields(PacketDefinition definition, SerializedPacket packet)
{
packet.SetField("Id", m_ID);
packet.SetField("metricPacketId", m_MetricPacket.ID);
//and now we HAVE persisted
Persisted = true;
}
public SerializedPacket Serialize()
{
SerializedPacket p = new SerializedPacket( this.GetClassId() );
p.Add( SerializedPacket.SerializeGuid( this.ParticipantId ) );
p.Add( (this.EndPoint != null ) ?
SerializedPacket.SerializeIPEndPoint( this.EndPoint ) : SerializedPacket.NullPacket( PacketTypes.IPEndPointId ) );
p.Add( SerializedPacket.SerializeString( this.HumanName ) );
p.Add( SerializedPacket.SerializeULong( this.LastMessageSequence ) );
p.Add( SerializedPacket.SerializeULong( this.LastChunkSequence ) );
return p;
}
public SerializedPacket Serialize()
{
SerializedPacket p = new SerializedPacket( this.GetClassId() );
p.Add( SerializedPacket.SerializeBool( this.EndPoints != null ) );
if( this.EndPoints != null ) {
p.Add( SerializedPacket.SerializeInt( this.EndPoints.Length ) );
foreach( IPEndPoint ep in this.EndPoints ) {
p.Add( SerializedPacket.SerializeIPEndPoint( ep ) );
}
}
p.Add( SerializedPacket.SerializeString( this.HumanName ) );
p.Add( SerializedPacket.SerializeGuid( this.SenderID ) );
p.Add( SerializedPacket.SerializeString( this.PresentationName ) );
p.Add( SerializedPacket.SerializeBool( this.ShowIP ) );
return p;
}
public TCPHandshakeMessage( SerializedPacket p )
{
SerializedPacket.VerifyPacket( p, this.GetClassId() );
this.ParticipantId = SerializedPacket.DeserializeGuid( p.GetNextPart() );
this.EndPoint = (!SerializedPacket.IsNullPacket( p.PeekNextPart() )) ?
SerializedPacket.DeserializeIPEndPoint( p.PeekNextPart() ) : null; p.GetNextPart();
this.HumanName = SerializedPacket.DeserializeString( p.GetNextPart() );
this.LastMessageSequence = SerializedPacket.DeserializeULong( p.GetNextPart() );
this.LastChunkSequence = SerializedPacket.DeserializeULong( p.GetNextPart() );
System.Diagnostics.Debug.Write( "TCPHandshakeMessage: " +
this.ParticipantId.ToString() + " " +
((this.EndPoint != null) ? (this.EndPoint.Address.ToString() + ":" + this.EndPoint.Port.ToString() + " ") : "") +
this.HumanName + " " +
this.LastMessageSequence + " " +
this.LastChunkSequence +
System.Environment.NewLine );
}
public Chunk( SerializedPacket p )
{
SerializedPacket.VerifyPacket( p, this.GetClassId() );
this.Data = (!SerializedPacket.IsNullPacket( p.PeekNextPart() )) ?
SerializedPacket.DeserializeByteArray( p.PeekNextPart() ) : null; p.GetNextPart();
this.MessageSequence = SerializedPacket.DeserializeULong( p.GetNextPart() );
this.ChunkSequenceInMessage = SerializedPacket.DeserializeULong( p.GetNextPart() );
this.NumberOfChunksInMessage = SerializedPacket.DeserializeULong( p.GetNextPart() );
this.MessageDependency = SerializedPacket.DeserializeULong( p.GetNextPart() );
this.FrameSequence = SerializedPacket.DeserializeULong( p.GetNextPart() );
this.OldestRecoverableMessage = SerializedPacket.DeserializeULong( p.GetNextPart() );
this.OldestRecoverableFrame = SerializedPacket.DeserializeULong( p.GetNextPart() );
}
public SerializedPacket Serialize()
{
SerializedPacket p = new SerializedPacket( this.GetClassId() );
return p;
}
public TCPHeartbeatMessage( SerializedPacket p )
{
SerializedPacket.VerifyPacket( p, this.GetClassId() );
}
public ImageSheetMessage( Message parent, SerializedPacket p )
: base(parent, p)
{
this.MD5 = new ByteArray( SerializedPacket.DeserializeGuid( p.GetNextPart() ) );
}
public SynchronizationMessage( Message parent, SerializedPacket p )
: base(parent, p)
{
this.participantId = SerializedPacket.DeserializeGuid( p.GetNextPart() );
}
public SyncBeginMessage( Message parent, SerializedPacket p )
: base(parent, p)
{
}
public TableOfContentsEntryRemovedMessage( Message parent, SerializedPacket p )
: base(parent, p)
{
}
public TableOfContentsEntryMessage( Message parent, SerializedPacket p )
: base(parent, p)
{
this.PathFromRoot = (!SerializedPacket.IsNullPacket( p.PeekNextPart() )) ?
SerializedPacket.DeserializeIntArray( p.PeekNextPart() ) : null; p.GetNextPart();
}
public DeckTraversalMessage( Message parent, SerializedPacket p )
: base(parent, p)
{
}
public InstructorMessage( Message parent, SerializedPacket p )
: base(parent, p)
{
this.AcceptingStudentSubmissions = SerializedPacket.DeserializeBool( p.GetNextPart() );
this.ForcingStudentNavigationLock = SerializedPacket.DeserializeBool( p.GetNextPart() );
this.AcceptingQuickPollSubmissions = SerializedPacket.DeserializeBool( p.GetNextPart() );
this.InstructorClockTicks = SerializedPacket.DeserializeInt64( p.GetNextPart() );
}
public PresentationInformationMessage( Message parent, SerializedPacket p )
: base(parent, p)
{
}
public PresentationEndedMessage( Message parent, SerializedPacket p )
: base(parent, p)
{
}
public PresentationMessage( Message parent, SerializedPacket p )
: base(parent, p)
{
this.HumanName = SerializedPacket.DeserializeString( p.GetNextPart() );
}
private BroadcastMessage deserialize( byte[] buf )
{
MemoryStream ms = new MemoryStream( buf );
BroadcastMessage message = null;
#if GENERIC_SERIALIZATION
try {
SerializedPacket p = new SerializedPacket( ms );
message = (BroadcastMessage)PacketTypes.DecodeMessage(null, p);
} catch( Exception e ) {
Trace.WriteLine( e.ToString(), this.GetType().ToString() );
return null;
}
#else
BinaryFormatter bf = new BinaryFormatter();
try {
message = (BroadcastMessage)bf.Deserialize( ms );
} catch( SerializationException se ) {
Trace.WriteLine( "Failed to deserialize a BroadcastMessage: " + se.Message, this.GetType().ToString() );
return null;
} catch( Exception e ) {
Trace.WriteLine( e.ToString(), this.GetType().ToString() );
return null;
}
#endif
return message;
}
public StudentMessage( Message parent, SerializedPacket p )
: base(parent, p)
{
}
public RoleMessage( Message parent, SerializedPacket p )
: base(parent, p)
{
}
public InstructorCurrentDeckTraversalChangedMessage( Message parent, SerializedPacket p )
: base(parent, p)
{
}
public Group( SerializedPacket p )
{
SerializedPacket.VerifyPacket( p, this.GetClassId() );
this.m_id = SerializedPacket.DeserializeGuid( p.GetPart( 0 ) );
this.m_friendlyName = SerializedPacket.DeserializeString( p.GetPart( 1 ) );
}
public SerializedPacket Serialize()
{
SerializedPacket p = new SerializedPacket( this.GetClassId() );
p.Add( SerializedPacket.SerializeGuid( this.m_id ) );
p.Add( SerializedPacket.SerializeString( this.m_friendlyName ) );
return p;
}
public InstructorCurrentPresentationChangedMessage( Message parent, SerializedPacket p )
: base(parent, p)
{
}
public ExecuteScriptMessage( Message parent, SerializedPacket p )
: base(parent, p)
{
}
public DeckTraversalRemovedFromPresentationMessage( Message parent, SerializedPacket p )
: base(parent, p)
{
}