private void procEvents_ProcessExited(object sender, EventArgsValue <Process> e)
{
string exitCode = "";
try { exitCode = " Code " + e.Value.ExitCode.ToString(); } catch { }
this.Log.LogLineDate("A process has exited: " + e.Value.ProcessName + " (" + e.Value.Id + ")" + exitCode, Trigger.Log.Type.ProcessesEvent);
}
internal static void Main_MessageReceived(object sender, EventArgsValue<Message> e)
{
if (e.Value.Msg != (int)Classes.System.WindowsMessages.WM_POWERBROADCAST)
return;
PBT wParam = (PBT)e.Value.WParam.ToInt32();
switch (wParam)
{
case PBT.POWERSETTINGCHANGE:
PowerBroadcast_Setting pbs = (PowerBroadcast_Setting)Marshal.PtrToStructure(e.Value.LParam, typeof(PowerBroadcast_Setting));
PowerScheme oldPlan = (PowerScheme)oldStaticValues[EventType.PowerSchemeChanged];
PowerScheme newPlan = Status.Power.ActivePowerScheme;
if (oldPlan == newPlan)
return;
if (OnPowerSchemeChanged != null)
OnPowerSchemeChanged(null, new EventArgsValues<PowerScheme>(oldPlan, newPlan));
oldStaticValues[EventType.PowerSchemeChanged] = newPlan;
break;
}
}
internal static void Main_MessageReceived(object sender, EventArgsValue<Message> e)
{
if (e.Value.Msg != (int)WindowsMessages.WM_DEVICECHANGE || e.Value.LParam == IntPtr.Zero)
return;
DEV_BROADCAST_VOLUME dbcv = (DEV_BROADCAST_VOLUME)Marshal.PtrToStructure(e.Value.LParam, typeof(DEV_BROADCAST_VOLUME));
if (dbcv.dbcv_devicetype != (int)DBT.DEVTYP_VOLUME)
return; // we were not even allowed to transform to DEV_BROADCAST_VOLUME =) But who cares...
switch ((DBT)((int)e.Value.WParam))
{
#region case DBT.DEVICEARRIVLE:
case DBT.DEVICEARRIVAL:
StorageDisk device = StorageDisk.FromUnitMask(dbcv.dbcv_unitmask);
((List<StorageDisk>)oldStaticValues[EventType.DeviceRemoved]).Add(device);
if (dbcv.dbcv_flags == 1 /*DBFT_MEDIA*/)
{
if (OnMediaInserted != null)
OnMediaInserted(null, new EventArgsValue<Classes.Device.Device>(device));
}
else if (dbcv.dbcv_flags == 2 /*DBFT_NET*/)
{
if (OnNetworkVolumeArrived != null)
OnNetworkVolumeArrived(null, new EventArgsValue<Classes.Device.Device>(device));
}
else
{
if (OnDeviceArrived != null)
OnDeviceArrived(null, new EventArgsValue<Classes.Device.Device>(device));
}
break;
#endregion
#region case DBT.DEVICEQUERYREMOVE:
case DBT.DEVICEQUERYREMOVE:
throw new NotImplementedException("\"Device Query remove\" is not implemented");
#endregion
#region case DBT.DEVICEQUERYREMOVEFAILED:
case DBT.DEVICEQUERYREMOVEFAILED:
throw new NotImplementedException("\"Device Query remove failed\" is not implemented");
#endregion
#region case DBT.DEVICEREMOVECOMPLETE:
case DBT.DEVICEREMOVECOMPLETE:
if (OnDeviceRemoved == null)
break;
char removedDiskLetter = StorageDisk.FirstDriveFromMask(dbcv.dbcv_unitmask);
List<StorageDisk> oldDisks = (List<StorageDisk>)oldStaticValues[EventType.DeviceRemoved];
foreach (StorageDisk oldDisk in oldDisks)
{
if (oldDisk.DriveLetters.Contains(removedDiskLetter))
{
OnDeviceRemoved(null, new EventArgsValue<Classes.Device.Device>(oldDisk));
oldDisks.Remove(oldDisk);
break;
}
}
break;
#endregion
}
}
private void procEvents_ProcessCreated(object sender, EventArgsValue <Process> e)
{
try { this.Log.LogLineDate("A new process was created: " + e.Value.ProcessName + " (" + e.Value.Id + ")", Trigger.Log.Type.ProcessesEvent); }
catch { this.Log.LogLineDate("A new process was created", Trigger.Log.Type.ProcessesEvent); };
}
private void procEvents_ProcessExited(object sender, EventArgsValue<Process> e)
{
string exitCode = "";
try { exitCode = " Code " + e.Value.ExitCode.ToString(); } catch { }
this.Log.LogLineDate("A process has exited: " + e.Value.ProcessName + " (" + e.Value.Id + ")" + exitCode, Trigger.Log.Type.ProcessesEvent);
}
private void procEvents_ProcessCreated(object sender, EventArgsValue<Process> e)
{
try { this.Log.LogLineDate("A new process was created: " + e.Value.ProcessName + " (" + e.Value.Id + ")", Trigger.Log.Type.ProcessesEvent); }
catch { this.Log.LogLineDate("A new process was created", Trigger.Log.Type.ProcessesEvent); };
}
