private void FillValues()
{
txtEventName.Text = _event.EventText;
pnlEventColor.BackColor = _event.EventColor;
pnlTextColor.BackColor = _event.EventTextColor;
Text = char.ToUpper(_event.EventText[0]) + _event.EventText.Substring(1) + " Details";
_newEvent = _event.Clone();
}
private void FillValues()
{
txtEventName.Text = _event.EventText;
dtDate.Value = _event.Date;
dtDate.CustomFormat = _event.IgnoreTimeComponent ? "M/d/yyyy" : "M/d/yyyy h:mm tt";
cbRecurringFrequency.SelectedItem = RecurringFrequencyToString(_event.RecurringFrequency);
chkThisDayForwardOnly.Enabled = _event.RecurringFrequency != RecurringFrequencies.None;
chkEnabled.Checked = _event.Enabled;
lblFont.Text = _event.EventFont.FontFamily.Name + " " + _event.EventFont.Size.ToString(CultureInfo.InvariantCulture) + "pt";
pnlEventColor.BackColor = _event.EventColor;
pnlTextColor.BackColor = _event.EventTextColor;
chkIgnoreTimeComponent.Checked = _event.IgnoreTimeComponent;
chkEnableTooltip.Checked = _event.TooltipEnabled;
Text = char.ToUpper(_event.EventText[0]) + _event.EventText.Substring(1) + " Details";
_newEvent = _event.Clone();
}
public void ExecuteAction(IEvent e)
{
if (!isInitialized)
throw new InvalidOperationException("UWAPhysicalProcessor not initialized!");
NodesIterator iterator;
INode currentNode;
INode referrerNode;
MessageEvent e_msg;
MessageEvent MessageEveClone;
L2Event e_L2;
NodeTimerEvent beginTransmitTimerEvent;
NodeTimerEvent endTransmitTimerEvent;
NodeTimerEvent beginReceiveTimerEvent;
InTransitEvent inTransitTimerEvent;
ReportLevel msgLevel = ReportLevel.Routine;
double currentDistance;
double transmissionTime;
double propagationTime;
double receivePower;
if (e is MessageEvent)
{
e_msg = (MessageEvent)e;
transmissionTime = calculateTransmissionTime(e_msg.message.SizeBytes()
+ overheadBytes);
if (e_msg.Referrer is INode)
{
referrerNode = (INode)e_msg.Referrer;
iterator = new NodesIterator(this.nodes);
msgLevel = referrerNode.GetMessageLevel(e_msg.message);
// Begin Transmitting at referring node
referrerNode.PreTransmit(); // Perform pre-transmit activities at node.
beginTransmitTimerEvent = new NodeBeginTransmitEvent();
beginTransmitTimerEvent.Time = this.eventMgr.CurrentClock + processingDelay;
beginTransmitTimerEvent.node = referrerNode;
beginTransmitTimerEvent.Duration = transmissionTime;
this.eventMgr.AddEvent(beginTransmitTimerEvent);
// Generate Graphical Reports (Wave)
if (!e.SuppressReport)
repIWF.SendWaveReport(this.eventMgr.CurrentClock + processingDelay,
(e_msg.message.SizeBytes() + overheadBytes) * 8, msgLevel, (INode)e_msg.Referrer);
// End Transmitting at referring node
endTransmitTimerEvent = new NodeEndTransmitEvent();
endTransmitTimerEvent.Time = this.eventMgr.CurrentClock + processingDelay
+ calculateTransmissionTime(e_msg.message.SizeBytes()
+ overheadBytes);
endTransmitTimerEvent.node = referrerNode;
this.eventMgr.AddEvent(endTransmitTimerEvent);
while (!iterator.IsDone())
{
currentNode = iterator.Next();
currentDistance = referrerNode.Location.Distance(currentNode.Location);
propagationTime = calculatePropagationTime(currentDistance);
receivePower = transmitPower - transmissionLoss(currentDistance);
bool hasClosure = true;
if (receivePower < minReceivePower)
hasClosure = false;
if ((currentDistance <= this.maxRange) && (currentDistance > 0))
{
// Clone the message event
MessageEveClone = (MessageEvent)e.Clone();
MessageEveClone.Time = processingDelay + transmissionTime
+ propagationTime + this.eventMgr.CurrentClock;
MessageEveClone.Referrer = currentNode;
// Begin Receving at transmitting node.
beginReceiveTimerEvent = new NodeBeginReceiveEvent();
beginReceiveTimerEvent.Time = this.eventMgr.CurrentClock + processingDelay
+ propagationTime; // FIRST bit arrives at receiver
beginReceiveTimerEvent.node = currentNode;
beginReceiveTimerEvent.Duration = transmissionTime;
this.eventMgr.AddEvent(beginReceiveTimerEvent);
// Create L2 Event
e_L2 = new L2Event(this, referrerNode, MessageEveClone,
propagationTime, transmissionTime, receivePower, hasClosure);
this.eventMgr.AddEvent(e_L2);
} // if out of range, drop message
}
} // if Referrer <> INode, drop message.
}
else if (e is L2Event)
{
e_L2 = (L2Event)e;
e_msg = (MessageEvent)e_L2.EncapsulatedEvent;
INode Receiver = (INode)e_msg.Referrer;
L2Node tempL2node = l2nodes.GetNodeByID(Receiver.ID);
msgLevel = e_L2.Sender.GetMessageLevel((IMessage)e_msg.message);
if (e_L2.Start)
{
tempL2node.StartEvent(e_L2.Sender.ID, e_L2.BaseReceivePower,
e_L2.Time, e_L2.Duration);
e_L2.Time = e_L2.Time + e_L2.Duration;
e_L2.Start = false;
eventMgr.AddEvent(e_L2);
}
else
{
if (e_L2.HasClosure)
{
if (tempL2node.EndEvent(e_L2.Sender.ID, e_L2.Time))
{ // Collision occurred
Receiver.ForceCollision();
}
else
{ // Deliver Message
eventMgr.AddEvent(e_L2.EncapsulatedEvent);
}
// Generate Graphical Reports (Message)
if (!e_msg.SuppressReport)
if (!e_msg.Directed || (e_msg.NextHopID == tempL2node.ID))
repIWF.SendMessageReport(e_L2.Time,
(e_msg.message.SizeBytes() + overheadBytes) * 8,
msgLevel, e_L2.Sender, Receiver);
}
}
}
}