/************************************************************************************/
protected void TrackNearestActors(int iActorCount, bool bDumpActorInfo, string strSearchSubstring)
{
TrackType eTrackType = TrackType.None;
if (strSearchSubstring == "named")
{
eTrackType = TrackType.Named;
}
else if (strSearchSubstring == "resource")
{
eTrackType = TrackType.Resource;
}
else if (string.IsNullOrEmpty(strSearchSubstring.Trim()))
{
eTrackType = TrackType.EmptyName;
}
List <Actor> ActorList = new List <Actor>();
int iValidActorCount = 0;
int iInvalidActorCount = 0;
foreach (Actor ThisActor in EnumActors())
{
bool bAddThisActor = false;
switch (eTrackType)
{
case TrackType.Named:
{
if (ThisActor.IsNamed && !ThisActor.IsAPet)
{
bAddThisActor = true;
}
break;
}
case TrackType.EmptyName:
{
if (string.IsNullOrEmpty(ThisActor.Name.Trim()))
{
bAddThisActor = true;
}
break;
}
case TrackType.Resource:
{
if (ThisActor.Type == "Resource")
{
bAddThisActor = true;
}
break;
}
default:
{
string strActorName = ThisActor.Name.ToLower();
if (strActorName.Contains(strSearchSubstring))
{
bAddThisActor = true;
}
break;
}
}
if (bAddThisActor)
{
ActorList.Add(ThisActor);
iValidActorCount++;
}
else
{
iInvalidActorCount++;
}
}
if (ActorList.Count == 0)
{
Program.Log("Unable to find actor \"{0}\".", strSearchSubstring);
RunCommand("/waypoint_cancel");
return;
}
ActorList.Sort(new ActorDistanceComparer());
/// Run the waypoint on the nearest actor.
RunCommand("/waypoint {0}, {1}, {2}", ActorList[0].X, ActorList[0].Y, ActorList[0].Z);
if (bDumpActorInfo)
{
FlexStringBuilder SummaryBuilder = new FlexStringBuilder();
SummaryBuilder.AppendLine("{0} actor(s) found ({1} invalid) using \"{2}\".", iValidActorCount, iInvalidActorCount, strSearchSubstring);
/// Now display the individual results.
for (int iIndex = 0; iIndex < ActorList.Count && iIndex < 5; iIndex++)
{
Actor ThisActor = ActorList[iIndex];
AppendActorInfo(SummaryBuilder, iIndex + 1, ThisActor);
}
Program.Log(SummaryBuilder.ToString());
}
return;
}
/************************************************************************************/
protected virtual bool OnCustomSlashCommand(string strCommand, string[] astrParameters)
{
string strCondensedParameters = string.Join(" ", astrParameters).Trim();
switch (strCommand)
{
case "gc_assist":
{
Actor OffensiveTargetActor = GetNestedCombatAssistTarget(astrParameters[0]);
if (OffensiveTargetActor != null)
{
OffensiveTargetActor.DoTarget();
}
return(true);
}
/// Directly acquire an offensive target.
case "gc_attack":
{
Actor MyTargetActor = MeActor.Target();
if (MyTargetActor.IsValid)
{
/// Don't bother filtering. Just grab the ID, let the other code determine if it's a legit target.
m_iOffensiveTargetID = MyTargetActor.ID;
Program.Log("Offensive target set to \"{0}\" ({1}).", MyTargetActor.Name, m_iOffensiveTargetID);
}
else
{
Program.Log("Invalid target selected.");
}
return(true);
}
/// This is the assist call; direct the bot to begin combat.
/// Essentially combines gc_assist and gc_attack.
case "gc_attackassist":
{
if (astrParameters.Length != 1)
{
Program.Log("gc_attackassist: Missing name of player to assist!");
return(true);
}
/// Force a recalculation.
m_OffensiveTargetEncounterActorDictionary.Clear();
Actor OffensiveTargetActor = GetNestedCombatAssistTarget(astrParameters[0]);
if (OffensiveTargetActor == null)
{
/// Combat is now cancelled.
/// Maybe the commanding player misclicked or clicked off intentionally, but it doesn't matter.
WithdrawFromCombat();
}
else
{
/// Successful target acquisition.
m_iOffensiveTargetID = OffensiveTargetActor.ID;
Program.Log("New offensive target: {0}", OffensiveTargetActor.Name);
/// An assist command promotes AFK into neutral positioning.
if (m_ePositioningStance == PositioningStance.DoNothing)
{
ChangePositioningStance(PositioningStance.NeutralPosition);
}
}
return(true);
}
/// Begin dropping all group buffs.
case "gc_cancelgroupbuffs":
{
Program.Log("Cancelling all maintained group effects...");
m_bClearGroupMaintained = true;
return(true);
}
/// Arbitrarily change an INI setting on the fly.
case "gc_changesetting":
{
string strKey = string.Empty;
string strValue = string.Empty;
int iEqualsPosition = strCondensedParameters.IndexOf(" ");
if (iEqualsPosition == -1)
{
strKey = strCondensedParameters;
}
else
{
strKey = strCondensedParameters.Substring(0, iEqualsPosition).TrimEnd();
strValue = strCondensedParameters.Substring(iEqualsPosition + 1).TrimStart();
}
if (!string.IsNullOrEmpty(strKey))
{
Program.Log("Changing setting \"{0}\" to new value \"{1}\"...", strKey, strValue);
IniFile FakeIniFile = new IniFile();
FakeIniFile.WriteString(strKey, strValue);
FakeIniFile.Mode = IniFile.TransferMode.Read;
TransferINISettings(FakeIniFile);
ApplySettings();
}
return(true);
}
case "gc_debug":
{
if (astrParameters.Length == 0)
{
Program.Log("gc_debug: No option specified!");
return(true);
}
switch (astrParameters[0])
{
case "whopet":
Program.Log("gc_debug whopet: Listing player's primary pet...");
FlexStringBuilder ThisBuilder = new FlexStringBuilder();
AppendActorInfo(ThisBuilder, 1, Me.Pet());
Program.Log("{0}", ThisBuilder.ToString());
return(true);
case "fullaffinities":
Program.Log("Attempting to remove all affinity constraints on the process and its threads...");
uint uiCurrentProcessID = KERNEL32.GetCurrentProcessId();
IntPtr hProcess = KERNEL32.OpenProcess(KERNEL32.ProcessAccess.SetInformation | KERNEL32.ProcessAccess.QueryInformation, false, uiCurrentProcessID);
if (hProcess == KERNEL32.INVALID_HANDLE_VALUE)
{
Program.Log("Unable to open process {0}.", uiCurrentProcessID);
return(true);
}
UIntPtr uiProcessAffinityMask;
UIntPtr uiSystemProcessorMask;
KERNEL32.GetProcessAffinityMask(hProcess, out uiProcessAffinityMask, out uiSystemProcessorMask);
Program.Log("Process {0} previous affinity mask: 0x{1:X8}", uiCurrentProcessID, uiProcessAffinityMask);
KERNEL32.SetProcessAffinityMask(hProcess, uiSystemProcessorMask);
KERNEL32.CloseHandle(hProcess);
Program.Log("Attempting to remove all affinity constraints on the process threads...");
foreach (KERNEL32.THREADENTRY32 ThisThread in KERNEL32.EnumProcessThreads(uiCurrentProcessID))
{
IntPtr hThread = KERNEL32.OpenThread(KERNEL32.ThreadAccess.SetInformation | KERNEL32.ThreadAccess.QueryInformation, false, ThisThread.th32ThreadID);
if (hThread != IntPtr.Zero)
{
UIntPtr uiOldThreadAffinityMask = KERNEL32.SetThreadAffinityMask(hThread, uiSystemProcessorMask);
Program.Log("Thread {0} previous affinity mask: 0x{1:X8}", ThisThread.th32ThreadID, uiOldThreadAffinityMask);
KERNEL32.CloseHandle(hThread);
}
else
{
Program.Log("Can't open thread {0}.", ThisThread.th32ThreadID);
}
}
return(true);
case "memstat":
Process CurrentProcess = Process.GetCurrentProcess();
Program.Log("Virtual Allocation: {0}", CustomFormatter.FormatByteCount(CurrentProcess.VirtualMemorySize64, "0.00"));
Program.Log("Working Set: {0}", CustomFormatter.FormatByteCount(CurrentProcess.WorkingSet64, "0.00"));
Program.Log(".NET Heap Allocation: {0}", CustomFormatter.FormatByteCount(GC.GetTotalMemory(false), "0.00"));
Program.Log("Threads: {0}", CurrentProcess.Threads.Count);
return(true);
}
Program.Log("Usage: gc_debug (whopet|fullaffinities|memstat)");
return(true);
}
case "gc_defaultverb":
{
string strActorName = strCondensedParameters;
Actor IntendedTargetActor = null;
/// Grab the targetted actor.
if (string.IsNullOrEmpty(strActorName))
{
Actor CurrentTargetActor = MeActor.Target();
if (CurrentTargetActor.IsValid)
{
IntendedTargetActor = CurrentTargetActor;
}
}
/// Grab the so-named actor nearest to the commander.
else
{
double fNearestDistance = 50.0;
foreach (Actor ThisActor in EnumActors(strActorName))
{
if (ThisActor.Name != strActorName)
{
continue;
}
double fThisDistance = ThisActor.Distance;
if (fThisDistance < fNearestDistance)
{
fNearestDistance = fThisDistance;
IntendedTargetActor = ThisActor;
}
}
}
/// No such actor found.
if (IntendedTargetActor == null)
{
Program.Log("gc_defaultverb: actor not found.");
}
else
{
Program.Log("gc_defaultverb: Attempting to apply default verb on actor \"{0}\" ({1}).", strActorName, IntendedTargetActor.ID);
IntendedTargetActor.DoubleClick();
}
return(true);
}
case "gc_distance":
{
Actor MyTargetActor = MeActor.Target();
if (MyTargetActor.IsValid)
{
string strOutput = string.Format("Distance to target \"{0}\" ({1}): {2} meter(s).", MyTargetActor.Name, MyTargetActor.ID, MyTargetActor.Distance);
RunCommand("/announce {0}", strOutput);
Program.Log(strOutput);
}
return(true);
}
case "gc_dumpabilities":
{
/// Dump all abilities to a .CSV file specified as a parameter, on the next knowledge book refresh.
s_strKnowledgeBookDumpPath = strCondensedParameters;
s_bRefreshKnowledgeBook = true;
return(true);
}
case "gc_exit":
{
Program.Log("Exit command received!");
s_bContinueBot = false;
return(true);
}
case "gc_exitprocess":
{
Process.GetCurrentProcess().Kill();
return(true);
}
case "gc_findactor":
{
string strSearchString = strCondensedParameters.ToLower();
TrackNearestActors(5, true, strSearchString);
return(true);
}
case "gc_openini":
{
Program.SafeShellExecute(s_strCurrentINIFilePath);
return(true);
}
case "gc_openoverridesini":
{
Program.SafeShellExecute(s_strSharedOverridesINIFilePath);
return(true);
}
case "gc_reloadsettings":
{
ReadINISettings();
ReleaseAllKeys(); /// If there's a bug, this will cure it. If not, no loss.
s_bRefreshKnowledgeBook = true;
return(true);
}
case "gc_stance":
{
if (astrParameters.Length < 1)
{
Program.Log("gc_stance failed: Missing stance parameter.");
return(true);
}
string strStance = astrParameters[0].ToLower();
switch (strStance)
{
case "afk":
Program.Log("Now ignoring all non-stance commands.");
ChangePositioningStance(PositioningStance.DoNothing);
break;
case "customfollow":
m_fCurrentMovementTargetCoordinateTolerance = m_fCustomAutoFollowMaximumRange;
m_strPositionalCommandingPlayer = GetFirstExistingPartyMember(m_astrAutoFollowTargets, false);
ChangePositioningStance(PositioningStance.CustomAutoFollow);
break;
case "shadow":
m_fCurrentMovementTargetCoordinateTolerance = m_fStayInPlaceTolerance;
m_strPositionalCommandingPlayer = GetFirstExistingPartyMember(m_astrAutoFollowTargets, false);
ChangePositioningStance(PositioningStance.CustomAutoFollow);
break;
case "normal":
case "follow":
Program.Log("Positioning is now regular auto-follow.");
ChangePositioningStance(PositioningStance.AutoFollow);
break;
case "neutral":
Program.Log("Positioning is now neutral.");
ChangePositioningStance(PositioningStance.NeutralPosition);
break;
case "dash":
Program.Log("Dashing forward.");
ChangePositioningStance(PositioningStance.ForwardDash);
break;
case "stay":
Program.Log("Locking position to where the commanding player is now standing.");
m_strPositionalCommandingPlayer = GetFirstExistingPartyMember(m_astrAutoFollowTargets, false);
ChangePositioningStance(PositioningStance.StayInPlace);
break;
case "stayat":
if (astrParameters.Length >= 4)
{
Point3D NewSpot = new Point3D();
if (double.TryParse(astrParameters[1], out NewSpot.X) &&
double.TryParse(astrParameters[2], out NewSpot.Y) &&
double.TryParse(astrParameters[3], out NewSpot.Z))
{
m_strPositionalCommandingPlayer = string.Empty;
m_ptStayLocation = NewSpot;
ChangePositioningStance(PositioningStance.StayInPlace);
}
else
{
Program.Log("Bad coordinate input format.");
}
}
else
{
Program.Log("You need 3 values to form a 3-D coordinate, but you specified {0}.", astrParameters.Length - 1);
}
break;
case "stayself":
Program.Log("Locking position to where you are now standing.");
m_strPositionalCommandingPlayer = Name;
ChangePositioningStance(PositioningStance.StayInPlace);
break;
default:
Program.Log("Stance not recognized.");
break;
}
return(true);
}
case "gc_spawnwatch":
{
m_bSpawnWatchTargetAnnounced = false;
m_strSpawnWatchTarget = strCondensedParameters.ToLower().Trim();
Program.Log("Bot will now scan for actor \"{0}\".", m_strSpawnWatchTarget);
ChangePositioningStance(PositioningStance.SpawnWatch);
return(true);
}
/// A super-powerful direct targetter.
case "gc_target":
{
Actor TargetActor = null;
string strSearchString = strCondensedParameters.ToLower();
/// If they give an actual actor ID, then that's awesome.
int iActorID = -1;
if (int.TryParse(strSearchString, out iActorID))
{
TargetActor = GetActor(iActorID);
}
else
{
foreach (Actor ThisActor in EnumActors())
{
if (ThisActor.Name.ToLower().Contains(strSearchString))
{
TargetActor = ThisActor;
break;
}
}
}
if (TargetActor != null)
{
TargetActor.DoTarget();
}
return(true);
}
/// Update the waypoint at a regular interval with the nearest location of an actor search string.
case "gc_trackactor":
{
if (astrParameters.Length < 1)
{
Program.Log("gc_trackactor failed: Missing parameter.");
return(true);
}
string strInterval = astrParameters[0].Trim().ToLower();
if (strInterval == "off")
{
RunCommand("/waypoint_cancel");
Program.Log("Actor tracking mode disabled.");
m_bTrackActor = false;
return(true);
}
double fIntervalSeconds = 0;
if (!double.TryParse(strInterval, out fIntervalSeconds) || fIntervalSeconds < 0.0)
{
Program.Log("gc_trackactor failed: Invalid interval parameter.");
return(false);
}
List <string> astrRemainingParameters = new List <string>(astrParameters);
if (astrRemainingParameters.Count > 0)
{
astrRemainingParameters.RemoveAt(0);
}
string strRemainingCondensedParameters = string.Join(" ", astrRemainingParameters.ToArray()).Trim().ToLower();
/// Now we turn the mode on.
m_TrackActorInterval = TimeSpan.FromSeconds(fIntervalSeconds);
m_NextTrackActorAttemptTime = CurrentCycleTimestamp;
m_strTrackActorSubstring = strRemainingCondensedParameters;
m_bTrackActor = true;
return(true);
}
/// Test the text-to-speech synthesizer using the current settings.
case "gc_tts":
{
SayText(strCondensedParameters);
return(true);
}
case "gc_version":
{
Program.DisplayVersion();
Program.Log("ISXEQ2 Version: " + s_ISXEQ2.Version);
return(true);
}
/// Clear the offensive target.
case "gc_withdraw":
{
Program.Log("Offensive target withdrawn.");
WithdrawFromCombat();
return(true);
}
}
return(false);
}