void BotMotion(
FromProcessMeasurement <IMemoryMeasurement> memoryMeasurement,
IEnumerable <Bot.MotionRecommendation> sequenceMotion)
{
var processId = memoryMeasurement?.ProcessId;
if (!processId.HasValue || null == sequenceMotion || sequenceMotion.IsNullOrEmpty())
{
return;
}
var process = System.Diagnostics.Process.GetProcessById(processId.Value);
var listMotionResult = new List <Bot.MotionResult>();
var startTime = GetTimeStopwatch();
botLock.WhenLockIsAvailableEnter(300, () =>
{
var motor = new WindowMotor(process.MainWindowHandle);
foreach (var motion in sequenceMotion)
{
var motionResult =
motor.ActSequenceMotion(motion.MotionParam.AsSequenceMotion(memoryMeasurement?.Value));
listMotionResult.Add(new Bot.MotionResult
{
Id = motion.Id,
Success = motionResult?.Success ?? false,
});
}
}, "MotionExecution");
BotStepLastMotionResult = new PropertyGenTimespanInt64 <Bot.MotionResult[]>(listMotionResult.ToArray(), startTime, GetTimeStopwatch());
Thread.Sleep(sequenceMotion.Max(sm => sm.DelayAfterMs ?? FromMotionToMeasurementDelayMilli));
}
public void BookmarkByOverview(string BookmarkName)
{
IMemoryMeasurement measurement;
WindowMotor motor = new WindowMotor(EveMainWindow.Value);
Sanderling.Motor.WindowMotor.EnsureWindowIsForeground(EveMainWindow.Value);
var response = sensor?.MeasurementTakeNewRequest(EveClientId.Value);
do
{
response = sensor?.MeasurementTakeNewRequest(EveClientId.Value);
} while (null == response);
measurement = response?.MemoryMeasurement?.Value;
var overview = measurement.WindowOverview.FirstOrDefault();
var entry = overview.ListView.Entry.FirstOrDefault();
var motionParam = entry.MouseClick(MouseButtonIdEnum.Right);
motor.ActSequenceMotion(motionParam.AsSequenceMotion(measurement));
do
{
response = sensor?.MeasurementTakeNewRequest(EveClientId.Value);
} while (null == response);
measurement = response?.MemoryMeasurement?.Value;
Sanderling.Interface.MemoryStruct.IMenu menu = measurement.Menu.FirstOrDefault();
BookmarkByMenu(measurement, menu, "Save Location", BookmarkName);
}
void BotMotion(
FromProcessMeasurement <IMemoryMeasurement> memoryMeasurement,
IEnumerable <Bot.MotionRecommendation> sequenceMotion)
{
var processId = memoryMeasurement?.ProcessId;
if (!processId.HasValue || null == sequenceMotion)
{
return;
}
var process = System.Diagnostics.Process.GetProcessById(processId.Value);
if (null == process)
{
return;
}
var startTime = GetTimeStopwatch();
BotEngine.WinApi.User32.SetForegroundWindow(process.MainWindowHandle);
var PreviousForegroundWindowHandle = BotEngine.WinApi.User32.GetForegroundWindow();
if (PreviousForegroundWindowHandle != process.MainWindowHandle)
{
Thread.Sleep(100);
PreviousForegroundWindowHandle = BotEngine.WinApi.User32.GetForegroundWindow();
if (PreviousForegroundWindowHandle != process.MainWindowHandle)
{
return;
}
}
var motor = new WindowMotor(process.MainWindowHandle);
var listMotionResult = new List <Bot.MotionResult>();
foreach (var motion in sequenceMotion.EmptyIfNull())
{
var motionResult = motor.ActSequenceMotion(motion.MotionParam.AsSequenceMotion(memoryMeasurement?.Value));
listMotionResult.Add(new Bot.MotionResult
{
Id = motion.Id,
Success = motionResult?.Success ?? false,
});
}
BotStepLastMotionResult = new PropertyGenTimespanInt64 <Bot.MotionResult[]>(listMotionResult.ToArray(), startTime, GetTimeStopwatch());
}
public void MeasurementReceived(BotEngine.Interface.FromProcessMeasurement <IMemoryMeasurement> measurement)
{
InputSimulator sim = new InputSimulator();
var overview = measurement?.Value.WindowOverview.FirstOrDefault();
var entry = overview.ListView.Entry.First(x =>
Regex.IsMatch(x.LabelText.ElementAt(2).Text, @"Wormhole [A-Z]"));
string toSearch = entry.LabelText.ElementAt(2).Text.Split(' ')[1];
string Hole = (toSearch.Contains("K162")) ? "UNK" : Worm.GetHole(toSearch);
var scanResults = measurement?.Value.WindowProbeScanner.First().ScanResultView.Entry.FirstOrDefault();
string scanID = scanResults?.LabelText.ElementAt(1).Text.Substring(0, 3);
if (Regex.IsMatch(Hole, @"Barbican|Conflux|Redoubt|Sentinel|Vidette"))
{
scanID = "Drifter";
}
ClipString = string.Format(ClipString, scanID, Hole);
bool isEol = false;
if (Hole.Contains("UNK"))
{
var motor = new WindowMotor(EveMainWindow.Value);
ShowInfo(overview.ListView.Entry.First(x => Regex.IsMatch(x.LabelText.ElementAt(2).Text, @"Wormhole [A-Z]")), measurement);
//ShowInfo(overview.ListView.Entry.FirstOrDefault(x => x.LabelText.ElementAt(2).Text.Contains("Wormhole")),measurement);
Sanderling.Interface.FromInterfaceResponse response = null;
do
{
response = sensor?.MeasurementTakeNewRequest(EveClientId.Value);
} while (null == response);
var InfoWindow =
response.MemoryMeasurement?.Value.WindowOther.First(x => x.Caption.Contains("formation"));
SelectAndCopy(sim, InfoWindow);
ClipString = string.Format(ClipString, scanID, Hole);//, Extensions.Julian4());
bool isEOL = false;
var results = Classify(ClipString, out isEOL);
string Name = (string.IsNullOrEmpty(results)) ? ClipString : results;
Name += ((isEOL) ? " eol" + Extensions.Julian4() : Extensions.Julian4());
BookmarkByOverview(Name);
///// Use this as a way of saying my program is done reset the
///// ScanHelper program foreground
//Thread.Sleep(50);
//SetForegroundWindow(new System.Windows.Interop.WindowInteropHelper(App.Current.MainWindow).Handle);
// App.Current.MainWindow.Close();
}
BookmarkByOverview(ClipString + Extensions.Julian4());
}
private void BotMotion(
FromProcessMeasurement <IMemoryMeasurement> memoryMeasurement,
IEnumerable <MotionRecommendation> sequenceMotion)
{
var processId = memoryMeasurement?.ProcessId;
if (!processId.HasValue || null == sequenceMotion)
{
return;
}
var process = Process.GetProcessById(processId.Value);
if (null == process)
{
return;
}
var startTime = GetTimeStopwatch();
var motor = new WindowMotor(process.MainWindowHandle);
var listMotionResult = new List <MotionResult>();
foreach (var motion in sequenceMotion.EmptyIfNull())
{
var motionResult =
motor.ActSequenceMotion(motion.MotionParam.AsSequenceMotion(memoryMeasurement?.Value));
listMotionResult.Add(new MotionResult
{
Id = motion.Id,
Success = motionResult?.Success ?? false
});
}
BotStepLastMotionResult =
new PropertyGenTimespanInt64 <MotionResult[]>(listMotionResult.ToArray(), startTime, GetTimeStopwatch());
Thread.Sleep(FromMotionToMeasurementDelayMilli);
}
private void BookmarkByMenu(IMemoryMeasurement measure, IMenu menu, string WhichOne, string BookName)
{
WindowMotor motor = new WindowMotor(EveMainWindow.Value);
IMemoryMeasurement measureme;
MotionParam motionParam;
var response = sensor?.MeasurementTakeNewRequest(EveClientId.Value);
WindowsInput.InputSimulator sim = new InputSimulator();
sim.Keyboard.KeyDown(VirtualKeyCode.MENU).Sleep(200).KeyPress(VirtualKeyCode.VK_D).Sleep(200).KeyUp(VirtualKeyCode.MENU);
if (null == menu)
{
do
{
response = sensor?.MeasurementTakeNewRequest(EveClientId.Value);
} while (null == response.MemoryMeasurement.Value.Menu);
menu = response.MemoryMeasurement.Value.Menu.First();
}
var menuEntry = menu.Entry.FirstOrDefault(x => Regex.IsMatch(x.Text, WhichOne));
motionParam = menuEntry.MouseClick(MouseButtonIdEnum.Left);
motor.ActSequenceMotion(motionParam.AsSequenceMotion(measure));
do
{
response = sensor?.MeasurementTakeNewRequest(EveClientId.Value);
} while (null == response.MemoryMeasurement.Value.WindowOther.First(p => Regex.IsMatch(p.Caption, "Location")));
IWindow other =
response.MemoryMeasurement.Value.WindowOther.First(p => Regex.IsMatch(p.Caption, "Location"));
//var inputText = other.InputText.First(p => Regex.IsMatch(p.Text, "Wormhole"));
//WindowsInput.InputSimulator sim = new InputSimulator();
sim.Keyboard.TextEntry(BookName).Sleep(200).KeyPress(VirtualKeyCode.RETURN);
sim.Keyboard.Sleep(1000).KeyDown(VirtualKeyCode.MENU).Sleep(200).KeyPress(VirtualKeyCode.VK_D).Sleep(200).KeyUp(VirtualKeyCode.MENU);
}