void pm_ProcessStart(object sender, ProcessMonitorEventArgs e)
{
switch (e.ProcessName)
{
case "WINWORD.EXE":
if (e.Arguments != null && e.ActiveAppTitle != null)
{
string fname = e.ActiveAppTitle;
OpenedEventArgs foe = new OpenedEventArgs(fname);
if (FSMOpened != null)
{
FSMOpened(this, foe);
}
}
break;
case "AcroRd32.exe":
if (e.Arguments != null && e.Arguments.Contains(".pdf"))
{
string[] args = e.Arguments.Split(new string[] { "\" \"" }, StringSplitOptions.RemoveEmptyEntries);
if (args.Length == 2)
{
string fname = args[1];
OpenedEventArgs foea = new OpenedEventArgs(fname);
if (FSMOpened != null)
{
FSMOpened(this, foea);
}
break;
}
}
break;
}
}
void ThStartMethod()
{
// Block until the next event occurs
// Note: this can be done in a loop if waiting for more than one occurrence
ManagementBaseObject mbo = watcher.WaitForNextEvent();
// Wait for UI application (if any) to open
// so we can get its title
Thread.Sleep(500);
UInt32 pid = UInt32.Parse((((ManagementBaseObject)mbo["TargetInstance"])["ProcessId"]).ToString());
string aat = new string(' ', 100);
if (pid == WinAPI.GetWindowProcessID(WinAPI.GetForegroundWindow()))
{
aat = WinAPI.ActiveApplTitle();
}
else
{
aat = null;
}
ProcessMonitorEventArgs e = new ProcessMonitorEventArgs(((ManagementBaseObject)mbo["TargetInstance"])["Name"],
((ManagementBaseObject)mbo["TargetInstance"])["ExecutablePath"], pid,
((ManagementBaseObject)mbo["TargetInstance"])["CommandLine"], aat);
// Rise ProcessStart event
if (ProcessStart != null)
{
ProcessStart(this, e);
}
ThStartMethod();
}