public static int[] TakeCurrent()
{
int[] pids = { };
try
{
pids = ProcessValidation.ListAllProcessIds();
}
catch (Exception ex)
{
SimpleLog.Log(ex);
}
return(pids);
}
public static bool Checkproc(string proc)
{
bool check = ProcessValidation.CheckForProcessByName(proc.ToString());
return(check);
}
public static bool Checkapp(string proc)
{
bool check = ProcessValidation.CheckForApplicationByName(proc.ToString());
return(check);
}
public static void BGProc()
{
Debug.WriteLine("Entering BGProc"); // Debug Message
SimpleLog.Info("Entered 'Background thread (BGProc)'."); // Writes 'info' level message to log
// Takes the baseline array of all process IDS running.
int[] baseline = ProcessValidation.ListAllProcessIds();
try
{
// Continuous loop till broken on "Main" form exit.
while (true)
{
// Thread waits for 2 seconds.
Thread.Sleep(2000);
// If the background "watchdog" status is true.
while (Program.Globals.status)
{
// Takes the current array of all process IDS running.
int[] current = ProcessValidation.ListAllProcessIds();
Program.Globals.uniqueIds = Background.Compareprocesses(baseline, current); // Finds IDs of processes that started after anticheat.
/*
* Defines "differentProcessesID" as a list of "UniqueProc" objects by passing "Globals.uniqueIds" into the "PIDlookup()" method
* in the Background class
*/
List <UniqueProc> differentProcessesID = Background.PIDlookup(Program.Globals.uniqueIds);
if (differentProcessesID.Count() > 0)
{
foreach (var p in differentProcessesID) // Logs all unique process to the backend database.
{
int returnValue;
// Defines the Database log thread and specifies what object information is supplied to the "dblog" thread's method.
Thread dblog = new Thread(() => { returnValue = Background.LogtoDB(p.Name, p.ProcessId, p.Handle); });
dblog.IsBackground = true;
dblog.Start(); // Logs the unique process to the Database.
}
}
var txtFile = Globals.blackList;
if (txtFile != "" && File.Exists(txtFile))
{
string[] Globalsproclines = File.ReadAllLines(txtFile);
}
if (Globals.procLines.Length > 0)
{
foreach (string line in Globals.procLines)
{
if (Checkproc(line))
{
// Checks if Stealthmode is enabled and if it is then it wont alert the user.
if (Program.Globals.stealthMode == false)
{
// Alerts the user that a blacklisted process was found.
MessageBox.Show("Blacklisted Process: \"" + line + "\" was found.");
}
// If the autokill option is enabled and the status is active then the found process is killed.
if (Program.Globals.autoKill && Program.Globals.status == true)
{
// Supplies "ProcKill" with the name of the process to kill which is stored in the "line" variable.
string ProcName = ProcessValidation.ProcKill(line);
if (Program.Globals.stealthMode == false)
{
// Alerts the user that a blacklisted process was found and killed.
MessageBox.Show("Blacklisted Process: \"" + line + "\" " + "\"" + ProcName + "\"" + " was killed.");
}
}
}
if (Checkapp(line))
{
if (Program.Globals.stealthMode == false)
{
MessageBox.Show("Application \"" + line + "\" was found.");
}
if (Program.Globals.autoKill && Program.Globals.status == true)
{
string ProcName = ProcessValidation.ProcKill(line);
if (Program.Globals.stealthMode == false)
{
MessageBox.Show("Process \"" + line + "\" " + "\"" + ProcName + "\"" + " was killed.");
}
}
}
}
}
}
// Checks if the main form has been closed and then if so breaks the loop and preforms "Application.Exit();" which exits the application.
int formcount = Int32.Parse(Application.OpenForms.Count.ToString());
if (formcount == 0)
{
break;
}
}
}
catch (Exception ex)
{
SimpleLog.Log(ex);
}
Application.Exit();
}