void SetRules()
{
string remoteAddresses = RangeCalculator.GetRemoteAddresses(addresses);
// If the firewall rules aren't set yet.
if (!set)
{
FirewallRule.CreateInbound(remoteAddresses, true, false);
FirewallRule.CreateOutbound(remoteAddresses, true, false);
active = true;
set = true;
UpdateActive();
return;
}
// If they are set but not enabled.
if (set && !active)
{
FirewallRule.CreateInbound(remoteAddresses, true, true);
FirewallRule.CreateOutbound(remoteAddresses, true, true);
active = true;
UpdateActive();
return;
}
// If they are active and set.
if (active && set)
{
FirewallRule.CreateInbound(remoteAddresses, false, true);
FirewallRule.CreateOutbound(remoteAddresses, false, true);
UpdateNotActive();
active = false;
}
}
internal virtual void UpdateActualRange(AxisUpdateContext context)
{
// TODO: Do not calculate auto-range if both min and max are user-defined
this.pointMinMax = this.CalculateRange(context);
this.actualRange = this.pointMinMax;
object userMin = this.GetValue(MinimumPropertyKey);
if (userMin != null)
{
this.actualRange.minimum = this.TransformValue((double)userMin);
}
object userMax = this.GetValue(MaximumPropertyKey);
if (userMax != null)
{
this.actualRange.maximum = this.TransformValue((double)userMax);
}
this.actualRange.maximum = Math.Max(this.actualRange.minimum, this.actualRange.maximum);
RangeCalculator calculator = new RangeCalculator(this, userMin != null, userMax != null);
if (!context.IsStacked100)
{
this.actualRange = calculator.Extend();
}
object userStep = this.GetValue(MajorStepPropertyKey);
if (userStep != null)
{
// LogarithmicAxis.ExponentStep now specifies the actual exponent so we should not "transform" the step value here.
this.majorStep = (double)userStep;
}
else
{
this.majorStep = this.CalculateAutoStep(this.actualRange);
}
this.actualRange = calculator.RoundToMajorStep(this.majorStep);
if (this.userTickCount > 0 && userStep == null)
{
this.RoundToUserTicks();
}
}
void SetRules()
{
string remoteAddresses = RangeCalculator.GetRemoteAddresses(addresses);
// If the firewall rules aren't set yet.
if (!getSelectedGame().Created)
{
if (FirewallRule.CreateInbound(remoteAddresses, this.getSelectedGame(), true, false) &&
FirewallRule.CreateOutbound(remoteAddresses, this.getSelectedGame(), true, false))
{
getSelectedGame().Active = true;
getSelectedGame().Created = true;
UpdateActive();
}
return;
}
// If they are set but not enabled.
if (getSelectedGame().Created&& !getSelectedGame().Active)
{
if (FirewallRule.CreateInbound(remoteAddresses, this.getSelectedGame(), true, true) &&
FirewallRule.CreateOutbound(remoteAddresses, this.getSelectedGame(), true, true))
{
getSelectedGame().Active = true;
UpdateActive();
}
return;
}
// If they are active and set.
if (getSelectedGame().Created&& getSelectedGame().Active)
{
if (FirewallRule.CreateInbound(remoteAddresses, this.getSelectedGame(), false, true) &&
FirewallRule.CreateOutbound(remoteAddresses, this.getSelectedGame(), false, true))
{
getSelectedGame().Active = false;
UpdateActive();
}
return;
}
}
