public override void Trigger(object os_obj) { OS os = (OS)os_obj; Computer computer1 = Programs.getComputer(os, this.TargetComp); if (computer1 == null && !OS.DEBUG_COMMANDS) { return; } if ((double)this.Delay <= 0.0) { computer1.crash(this.CrashSource); } else { Computer computer2 = Programs.getComputer(os, this.DelayHost); if (computer2 == null) { throw new NullReferenceException("Computer " + (object)computer2 + " could not be found as DelayHost for Function"); } float delay = this.Delay; this.Delay = -1f; DelayableActionSystem.FindDelayableActionSystemOnComputer(computer2).AddAction((SerializableAction)this, delay); } }
public override void Trigger(object os_obj) { OS os = (OS)os_obj; if ((double)this.Delay <= 0.0) { if (this.ExeName == "*") { this.ExeName = ""; } for (int index = 0; index < os.exes.Count; ++index) { if (os.exes[index].name.ToLower().Contains(this.ExeName.ToLower())) { os.exes[index].isExiting = true; } } } else { Computer computer = Programs.getComputer(os, this.DelayHost); if (computer == null) { throw new NullReferenceException("Computer " + (object)computer + " could not be found as DelayHost for Function"); } float delay = this.Delay; this.Delay = -1f; DelayableActionSystem.FindDelayableActionSystemOnComputer(computer).AddAction((SerializableAction)this, delay); } }
public override void Trigger(object os_obj) { OS os = (OS)os_obj; if ((double)this.Delay <= 0.0) { List <string> stringList = new List <string>((IEnumerable <string>) this.ContentLines.Split(Utils.robustNewlineDelim, StringSplitOptions.None)); while (stringList.Count < 3) { stringList.Add(""); } os.EffectsUpdater.StartScreenBleed(this.TotalDurationSeconds, this.AlertTitle, stringList[0], stringList[1], stringList[2], this.CompleteAction); } else { Computer computer = Programs.getComputer(os, this.DelayHost); if (computer == null) { throw new NullReferenceException("Computer " + (object)computer + " could not be found as DelayHost for Function"); } float delay = this.Delay; this.Delay = -1f; DelayableActionSystem.FindDelayableActionSystemOnComputer(computer).AddAction((SerializableAction)this, delay); } }
public override void Trigger(object os_obj) { OS os = (OS)os_obj; if ((double)this.Delay <= 0.0) { Computer computer = Programs.getComputer(os, this.TargetComp); if (computer == null) { return; } do { os.netMap.visibleNodes.Remove(os.netMap.nodes.IndexOf(computer)); }while (os.netMap.visibleNodes.Contains(os.netMap.nodes.IndexOf(computer))); } else { Computer computer = Programs.getComputer(os, this.DelayHost); if (computer == null) { throw new NullReferenceException("Computer " + (object)computer + " could not be found as DelayHost for Function"); } float delay = this.Delay; this.Delay = -1f; DelayableActionSystem.FindDelayableActionSystemOnComputer(computer).AddAction((SerializableAction)this, delay); } }
public override void Trigger(object os_obj) { OS os = (OS)os_obj; if ((double)this.Delay <= 0.0) { Computer computer = Programs.getComputer(os, this.TargetComp); if (computer == null) { return; } for (int index = 0; index < computer.users.Count; ++index) { if (computer.users[index].name == this.Username) { UserDetail user = computer.users[index]; user.known = true; computer.users[index] = user; } } } else { Computer computer = Programs.getComputer(os, this.DelayHost); if (computer == null) { throw new NullReferenceException("Computer " + (object)computer + " could not be found as DelayHost for Function"); } float delay = this.Delay; this.Delay = -1f; DelayableActionSystem.FindDelayableActionSystemOnComputer(computer).AddAction((SerializableAction)this, delay); } }
public override void Trigger(object os_obj) { if ((double)this.Delay <= 0.0) { OS os = (OS)os_obj; Computer computer = Programs.getComputer(os, this.Target); if (computer != null) { os.netMap.discoverNode(computer); } else if (OS.DEBUG_COMMANDS) { os.write("Error revealing node " + this.Target + " : NODE NOT FOUND"); } } else { Computer computer = Programs.getComputer((OS)os_obj, this.DelayHost); if (computer == null) { throw new NullReferenceException("Computer " + (object)computer + " could not be found as DelayHost for Function"); } float delay = this.Delay; this.Delay = -1f; DelayableActionSystem.FindDelayableActionSystemOnComputer(computer).AddAction((SerializableAction)this, delay); } }
public override void Trigger(object os_obj) { OS os = (OS)os_obj; if ((double)this.Delay <= 0.0) { Computer computer = Programs.getComputer(os, this.TargetComp); Folder folderAtPath = Programs.getFolderAtPath(this.TargetFolderpath, os, computer.files.root, true); if (folderAtPath == null) { return; } FileEntry fileEntry = folderAtPath.searchForFile(this.TargetFilename); fileEntry.data = fileEntry.data + "\n" + this.DataToAdd; } else { Computer computer = Programs.getComputer(os, this.DelayHost); if (computer == null) { throw new NullReferenceException("Computer " + (object)computer + " could not be found as DelayHost for Function"); } float delay = this.Delay; this.Delay = -1f; DelayableActionSystem.FindDelayableActionSystemOnComputer(computer).AddAction((SerializableAction)this, delay); } }
public override void Trigger(object os_obj) { OS os = (OS)os_obj; if ((double)this.Delay <= 0.0) { Computer computer = Programs.getComputer(os, this.TargetComp); if (computer == null) { return; } if (string.IsNullOrWhiteSpace(this.NewIP) || this.NewIP.StartsWith("#RANDOM")) { this.NewIP = NetworkMap.generateRandomIP(); } computer.ip = this.NewIP; } else { Computer computer = Programs.getComputer(os, this.DelayHost); if (computer == null) { throw new NullReferenceException("Computer " + (object)computer + " could not be found as DelayHost for Function"); } float delay = this.Delay; this.Delay = -1f; DelayableActionSystem.FindDelayableActionSystemOnComputer(computer).AddAction((SerializableAction)this, delay); } }
public override void Trigger(object os_obj) { if ((double)this.Delay <= 0.0) { ((OS)os_obj).netMap.visibleNodes.Clear(); } else { Computer computer = Programs.getComputer((OS)os_obj, this.DelayHost); if (computer == null) { throw new NullReferenceException("Computer " + (object)computer + " could not be found as DelayHost for Function"); } float delay = this.Delay; this.Delay = -1f; DelayableActionSystem.FindDelayableActionSystemOnComputer(computer).AddAction((SerializableAction)this, delay); } }
public override void Trigger(object os_obj) { if ((double)this.Delay <= 0.0) { RunnableConditionalActions.LoadIntoOS(this.Filepath, os_obj); } else { Computer computer = Programs.getComputer((OS)os_obj, this.DelayHost); if (computer == null) { throw new NullReferenceException("Computer " + (object)computer + " could not be found as DelayHost for Function"); } float delay = this.Delay; this.Delay = -1f; DelayableActionSystem.FindDelayableActionSystemOnComputer(computer).AddAction((SerializableAction)this, delay); } }
public override void Trigger(object os_obj) { Computer computer = Programs.getComputer((OS)os_obj, this.TargetComp); if (computer == null) { throw new NullReferenceException("Computer " + this.TargetComp + " could not be found for SAAddIRCMessage Function, adding message: " + this.Message); } IRCDaemon daemon1 = computer.getDaemon(typeof(IRCDaemon)) as IRCDaemon; IRCSystem ircSystem; if (daemon1 != null) { ircSystem = daemon1.System; } else { DLCHubServer daemon2 = computer.getDaemon(typeof(DLCHubServer)) as DLCHubServer; if (daemon2 == null) { throw new NullReferenceException("Computer " + this.TargetComp + " does not contain an IRC server daemon for SAAddIRCMessage function adding message: " + this.Message); } ircSystem = daemon2.IRCSystem; } if ((double)this.Delay <= 0.0) { if ((double)Math.Abs(this.Delay) < 1.0 / 1000.0) { ircSystem.AddLog(this.Author, this.Message, (string)null); } else { DateTime dateTime = DateTime.Now - TimeSpan.FromSeconds((double)this.Delay); string timestamp = dateTime.Hour.ToString("00") + ":" + dateTime.Minute.ToString("00"); ircSystem.AddLog(this.Author, this.Message, timestamp); } } else { float delay = this.Delay; this.Delay = -1f; DelayableActionSystem.FindDelayableActionSystemOnComputer(computer).AddAction((SerializableAction)this, delay); } }
public override void Trigger(object os_obj) { OS os = (OS)os_obj; if ((double)this.Delay <= 0.0) { OSTheme result = OSTheme.Custom; if (!Enum.TryParse <OSTheme>(this.ThemePathOrName, out result)) { result = OSTheme.Custom; } try { os.EffectsUpdater.StartThemeSwitch(this.FlickerInDuration, result, (object)os, result == OSTheme.Custom ? this.ThemePathOrName : (string)null); } catch (Exception ex) { os.write(" "); os.write("---------------------- "); os.write("ERROR LOADING X-SERVER"); os.write(ex.ToString()); os.write(ex.Message); string filename = ExtensionLoader.ActiveExtensionInfo.FolderPath + "/xserver_error.txt"; Utils.writeToFile("x-server load error for theme : " + this.ThemePathOrName + "\r\n." + Utils.GenerateReportFromException(ex), filename); os.write("---------------------- "); os.write("Full report saved to " + filename); os.write("---------------------- "); os.write(" "); } } else { Computer computer = Programs.getComputer(os, this.DelayHost); if (computer == null) { throw new NullReferenceException("Computer " + (object)computer + " could not be found as DelayHost for Function"); } float delay = this.Delay; this.Delay = -1f; DelayableActionSystem.FindDelayableActionSystemOnComputer(computer).AddAction((SerializableAction)this, delay); } }
public override void Trigger(object os_obj) { OS os = (OS)os_obj; if ((double)this.Delay <= 0.0) { NetmapSortingAlgorithm sortingAlgorithm = NetmapSortingAlgorithm.Grid; switch (this.Method.ToLower()) { case "scatter": sortingAlgorithm = NetmapSortingAlgorithm.Scatter; break; case "grid": sortingAlgorithm = NetmapSortingAlgorithm.Grid; break; case "chaos": sortingAlgorithm = NetmapSortingAlgorithm.Chaos; break; case "scangrid": case "seqgrid": case "sequencegrid": case "sequence grid": sortingAlgorithm = NetmapSortingAlgorithm.LockGrid; break; } os.netMap.SortingAlgorithm = sortingAlgorithm; } else { Computer computer = Programs.getComputer(os, this.DelayHost); if (computer == null) { throw new NullReferenceException("Computer " + (object)computer + " could not be found as DelayHost for Function"); } float delay = this.Delay; this.Delay = -1f; DelayableActionSystem.FindDelayableActionSystemOnComputer(computer).AddAction((SerializableAction)this, delay); } }
public override void Trigger(object os_obj) { OS os = (OS)os_obj; if ((double)this.Delay <= 0.0) { os.EffectsUpdater.CancelScreenBleedEffect(); } else { Computer computer = Programs.getComputer(os, this.DelayHost); if (computer == null) { throw new NullReferenceException("Computer " + (object)computer + " could not be found as DelayHost for Function"); } float delay = this.Delay; this.Delay = -1f; DelayableActionSystem.FindDelayableActionSystemOnComputer(computer).AddAction((SerializableAction)this, delay); } }
public override void Trigger(object os_obj) { if ((double)this.Delay <= 0.0) { OS os = (OS)os_obj; switch (this.Module.ToLower()) { case "terminal": os.terminal.inputLocked = this.IsLocked; os.terminal.visible = !this.IsHidden; break; case "netmap": os.netMap.inputLocked = this.IsLocked; os.netMap.visible = !this.IsHidden; break; case "ram": os.ram.inputLocked = this.IsLocked; os.ram.visible = !this.IsHidden; break; case "display": os.display.inputLocked = this.IsLocked; os.display.visible = !this.IsHidden; break; } } else { Computer computer = Programs.getComputer((OS)os_obj, this.DelayHost); if (computer == null) { throw new NullReferenceException("Computer " + (object)computer + " could not be found as DelayHost for Function"); } float delay = this.Delay; this.Delay = -1f; DelayableActionSystem.FindDelayableActionSystemOnComputer(computer).AddAction((SerializableAction)this, delay); } }
public override void Trigger(object os_obj) { OS os = (OS)os_obj; if ((double)this.Delay <= 0.0) { string flagStartingWith1 = os.Flags.GetFlagStartingWith("_changeAlertIconType:"); string flagStartingWith2 = os.Flags.GetFlagStartingWith("_changeAlertIconTarget:"); if (flagStartingWith1 != null) { os.Flags.RemoveFlag(flagStartingWith1); } if (flagStartingWith2 != null) { os.Flags.RemoveFlag(flagStartingWith2); } os.Flags.AddFlag("_changeAlertIconType:" + this.Type); os.Flags.AddFlag("_changeAlertIconTarget:" + this.Target); if (!os.Flags.HasFlag("_alertIconChanged")) { os.Flags.AddFlag("_alertIconChanged"); } SAChangeAlertIcon.UpdateAlertIcon((object)os); } else { Computer computer = Programs.getComputer(os, this.DelayHost); if (computer == null) { throw new NullReferenceException("Computer " + (object)computer + " could not be found as DelayHost for Function"); } float delay = this.Delay; this.Delay = -1f; DelayableActionSystem.FindDelayableActionSystemOnComputer(computer).AddAction((SerializableAction)this, delay); } }
public override void Trigger(object os_obj) { if ((double)this.Delay <= 0.0) { Computer computer1 = Programs.getComputer((OS)os_obj, this.SourceComp); Computer computer2 = Programs.getComputer((OS)os_obj, this.TargetComp); if (this.RequireLogsOnSource) { if (computer1 == null) { throw new NullReferenceException("Launch Hacker Script Error: Source comp " + this.SourceComp + " does not exist"); } if (computer2 == null) { throw new NullReferenceException("Launch Hacker Script Error: Target comp " + this.TargetComp + " does not exist"); } Folder folder1 = computer1.files.root.searchForFolder("log"); bool flag1 = false; for (int index = 0; index < folder1.files.Count; ++index) { if (TrackerCompleteSequence.CompShouldStartTrackerFromLogs(os_obj, computer1, computer2.ip)) { flag1 = true; break; } } if (!flag1) { return; } if (this.RequireSourceIntact) { Folder folder2 = computer1.files.root.searchForFolder("sys"); bool flag2 = false; for (int index = 0; index < folder2.files.Count; ++index) { if (folder2.files[index].name == "netcfgx.dll" && folder2.files[index].data.Contains("1") && folder2.files[index].data.Contains("0")) { flag2 = true; break; } } if (!flag2) { return; } } } HackerScriptExecuter.runScript(this.Filepath, os_obj, this.SourceComp, this.TargetComp); } else { Computer computer = Programs.getComputer((OS)os_obj, this.DelayHost); if (computer == null) { throw new NullReferenceException("Computer " + (object)computer + " could not be found as DelayHost for Function"); } float delay = this.Delay; this.Delay = -1f; DelayableActionSystem.FindDelayableActionSystemOnComputer(computer).AddAction((SerializableAction)this, delay); } }