public void DeviceUpdated( IDeviceMonitor monitor, IList<DevicePropertyChange> deviceChanges,
IList<LinePropertyChange> lineChanges, IList<CallPropertyChange> callChanges)
{
// FIXME this is very inefficient
List<PropertyChange> changes = new List<PropertyChange>();
foreach( PropertyChange change in deviceChanges )
changes.Add( change );
foreach( PropertyChange change in lineChanges )
changes.Add( change );
foreach( PropertyChange change in callChanges )
changes.Add( change );
foreach( PropertyChange change in changes )
// Note that we log changing to or from any given logging criteria
if( LookupPropertyChangeBehaviour( change.Underlying, change.Property, change.ChangedTo ).Log ||
LookupPropertyChangeBehaviour( change.Underlying, change.Property, change.ChangedFrom ).Log )
Logger.Instance().Log( change.Underlying.GetType().Name + " property " + change.Property + " has changed from " + change.ChangedFrom + " to " + change.ChangedTo );
// Logging happens here:
foreach( CallPropertyChange change in callChanges ) {
if( change.Property == DeviceMonitor.PROPERTY_CALL_ACTIVITY ) {
if ( change.ChangedTo == Activity.Connected.ToString() ) {
CallRecord call = new CallRecord( monitor.GetDeviceState(), GetLine( change.Call ), change.Call, DateTime.Now, new DateTime() );
// Sanity check in case somehow call is already there
if ( mCalls.ContainsKey( change.Call ) ) {
mCalls.Remove( change.Call );
Logger.Instance().Log("Call #" + change.Call.Name + " had to be removed from the call list - did the previous call fail?");
}
mCalls.Add( change.Call, call );
} else if ( change.ChangedFrom == Activity.Connected.ToString() ) {
CallRecord call = mCalls[change.Call];
call.EndTime = DateTime.Now;
CallLogger.Instance().Log(call);
mCalls.Remove( change.Call );
}
}
if (change.Call.Activity != Activity.IdleDisconnected) {
if ( mCalls.ContainsKey( change.Call ) ) {
CallRecord call = mCalls[change.Call];
call.Call = change.Call;
call.Line = GetLine(change.Call);
mCalls[change.Call] = call;
}
}
}
if( StateUpdate != null )
StateUpdate( monitor, new StateUpdateEventArgs( deviceChanges, lineChanges, callChanges ) );
}
private void AddMonitorToTree( IDeviceMonitor monitor )
{
// Use each node's key as a property name. Use each node's tag object as a state.
Device deviceState = monitor.GetDeviceState();
TreeNode deviceNode = TreeStates.Nodes.Add( DeviceMonitor.PROPERTY_NAME, deviceState.Name );
deviceNode.Tag = deviceState;
for( int i = 0; i < deviceState.Lines.Length; i++ ) {
TreeNode lineNode = deviceNode.Nodes.Add( DeviceMonitor.PROPERTY_NAME, deviceState.Lines[ i ].Name );
lineNode.Tag = deviceState.Lines[ i ];
EnsureNodeContains( lineNode, deviceState.Lines[ i ], DeviceMonitor.PROPERTY_LINE_LASTCALLEDNUMBER, "", deviceState.Lines[ i ].LastCalledNumber );
EnsureNodeContains( lineNode, deviceState.Lines[ i ], DeviceMonitor.PROPERTY_LINE_LASTCALLERNUMBER, "", deviceState.Lines[ i ].LastCallerNumber );
EnsureNodeContains( lineNode, deviceState.Lines[ i ], DeviceMonitor.PROPERTY_LINE_MESSAGEWAITING, "", deviceState.Lines[ i ].MessageWaiting.ToString() );
EnsureNodeContains( lineNode, deviceState.Lines[ i ], DeviceMonitor.PROPERTY_LINE_REGISTRATIONSTATE, "", deviceState.Lines[ i ].RegistrationState.ToString() );
for( int j = 0; j < deviceState.Lines[ i ].Calls.Length; j++ ) {
TreeNode callNode = lineNode.Nodes.Add( DeviceMonitor.PROPERTY_NAME, deviceState.Lines[ i ].Calls[ j ].Name );
callNode.Tag = deviceState.Lines[ i ].Calls[ j ];
EnsureNodeContains( callNode, deviceState.Lines[ i ].Calls[ j ], DeviceMonitor.PROPERTY_CALL_ACTIVITY, "", deviceState.Lines[ i ].Calls[ j ].Activity.ToString() );
EnsureNodeContains( callNode, deviceState.Lines[ i ].Calls[ j ], DeviceMonitor.PROPERTY_CALL_BYTESRECEIVED, "", deviceState.Lines[ i ].Calls[ j ].BytesReceived.ToString() );
EnsureNodeContains( callNode, deviceState.Lines[ i ].Calls[ j ], DeviceMonitor.PROPERTY_CALL_BYTESSENT, "", deviceState.Lines[ i ].Calls[ j ].BytesSent.ToString() );
EnsureNodeContains( callNode, deviceState.Lines[ i ].Calls[ j ], DeviceMonitor.PROPERTY_CALL_DECODELATENCY, "", deviceState.Lines[ i ].Calls[ j ].DecodeLatency.ToString() );
EnsureNodeContains( callNode, deviceState.Lines[ i ].Calls[ j ], DeviceMonitor.PROPERTY_CALL_DECODER, "", deviceState.Lines[ i ].Calls[ j ].Decoder );
EnsureNodeContains( callNode, deviceState.Lines[ i ].Calls[ j ], DeviceMonitor.PROPERTY_CALL_DURATION, "", deviceState.Lines[ i ].Calls[ j ].Duration );
EnsureNodeContains( callNode, deviceState.Lines[ i ].Calls[ j ], DeviceMonitor.PROPERTY_CALL_ENCODER, "", deviceState.Lines[ i ].Calls[ j ].Encoder );
EnsureNodeContains( callNode, deviceState.Lines[ i ].Calls[ j ], DeviceMonitor.PROPERTY_CALL_JITTER, "", deviceState.Lines[ i ].Calls[ j ].Jitter.ToString() );
EnsureNodeContains( callNode, deviceState.Lines[ i ].Calls[ j ], DeviceMonitor.PROPERTY_CALL_PACKETERROR, "", deviceState.Lines[ i ].Calls[ j ].PacketError.ToString() );
EnsureNodeContains( callNode, deviceState.Lines[ i ].Calls[ j ], DeviceMonitor.PROPERTY_CALL_PACKETLOSS, "", deviceState.Lines[ i ].Calls[ j ].PacketLoss.ToString() );
EnsureNodeContains( callNode, deviceState.Lines[ i ].Calls[ j ], DeviceMonitor.PROPERTY_CALL_ROUNDTRIPDELAY, "", deviceState.Lines[ i ].Calls[ j ].RoundTripDelay.ToString() );
EnsureNodeContains( callNode, deviceState.Lines[ i ].Calls[ j ], DeviceMonitor.PROPERTY_CALL_TONE, "", deviceState.Lines[ i ].Calls[ j ].Tone.ToString() );
EnsureNodeContains( callNode, deviceState.Lines[ i ].Calls[ j ], DeviceMonitor.PROPERTY_CALL_TYPE, "", deviceState.Lines[ i ].Calls[ j ].Type.ToString() );
}
}
deviceNode.ExpandAll();
}