/// <summary>
/// Generates a random number of milliseconds for the bot to sleep at night
/// </summary>
/// <returns>the number of milliseconds for the bot to sleep</returns>
private int RandomSleepTime()
{
double avgSleepLength = UnitConversions.HoursToMilliseconds(14);
double standardDeviation = UnitConversions.MinutesToMilliseconds(30);
int breakLength = (int)Probability.RandomGaussian(avgSleepLength, standardDeviation);
return(breakLength);
}
/// <summary>
/// Makes sure that a client is running and starts it if it isn't
/// </summary>
/// <param name="forceRestart">Set to true to force a client restart even if the client is already running</param>
/// <returns>true if client is successfully prepared</returns>
public bool PrepareClient(bool forceRestart = false)
{
if (!forceRestart && ScreenScraper.ProcessExists(Value))
{
return(true);
}
Process client = null;
Stopwatch longWatch = new Stopwatch();
longWatch.Start();
while (longWatch.ElapsedMilliseconds < UnitConversions.HoursToMilliseconds(24) && !BotProgram.StopFlag)
{
if (!ScreenScraper.RestartClient(ref client, RunParams.RuneScapeClient, RunParams.ClientFlags))
{
BotProgram.SafeWait(5000);
continue;
}
//Successful restart
Value = client;
Stopwatch watch = new Stopwatch();
watch.Start();
//Wait for cient to be visually recognized.
do
{
BotProgram.SafeWait(UnitConversions.SecondsToMilliseconds(5));
if (Screen.ReadWindow(false) && (Screen.IsLoggedOut(false) || Screen.IsLoggedIn(false)))
{
return(true);
}
}while ((watch.ElapsedMilliseconds < UnitConversions.MinutesToMilliseconds(5)) && !BotProgram.StopFlag);
}
if (!BotProgram.StopFlag)
{
const string errorMessage = "Client did not start correctly";
MessageBox.Show(errorMessage);
}
Value = null;
return(false);
}
/// <summary>
/// Handles break, sleep, and rotation cycles
/// </summary>
protected virtual void ManageBot()
{
Screen.MakeSureWindowHasBeenRead();
if ((RunParams.RunLoggedIn && !CheckLogIn(true)) || !Run())
{
return;
}
if (RunParams.SlaveDriver)
{
while (!StopFlag && !Iterate())
{
continue;
}
return;
}
double avgWorkTime = 84.8;
double avgRestTime = 25.1;
double avgStatusTimeRemaining = (avgRestTime / (avgRestTime + avgWorkTime)) * (avgRestTime / 2) + (avgWorkTime / (avgRestTime + avgWorkTime)) * (avgWorkTime / 2); //expected time left in minutes to finish working or resting when it is time for the bot to sleep
int awakeTime = UnitConversions.HoursToMilliseconds(10 - (avgStatusTimeRemaining / 60.0));
Stopwatch sleepWatch = new Stopwatch();
bool done = false;
sleepWatch.Start();
//alternate between work periods (Iterate) and break periods
//Works for an average of 7.716 hours during each 10 hour awake period
while (!(done = Iterate()))
{
if (sleepWatch.ElapsedMilliseconds < awakeTime) //rest before another work cycle
{
Logout();
done = Break();
}
else //get a good night's sleep before resuming
{
Logout();
done = Sleep();
sleepWatch.Restart();
}
}
}
public void HoursToMillisecondsTest(double hours, int expectedMS)
{
int actualMS = UnitConversions.HoursToMilliseconds(hours);
Assert.AreEqual(actualMS, expectedMS);
}
/// <summary>
/// Sets the start time and length of a new bot state
/// </summary>
/// <param name="stateLength">length of the new bot state in milliseconds</param>
public void SetNewState(long stateLength)
{
stateLength = (long)Numerical.LimitToRange(stateLength, 0, UnitConversions.HoursToMilliseconds(168)); //limit state length to 1 week as a sanity check
CurrentStateStart = DateTime.Now;
CurrentStateEnd = CurrentStateStart.AddMilliseconds(stateLength);
}