private List <CandidateAction> FindCandidateActions(List <IAction> actions, ProcessBase scope) { List <CandidateAction> candidates = new List <CandidateAction>(); for (int i = 0; i < actions.Count; i++) { if (actions[i].IsAsynchronous) { candidates.Add(new CandidateAction(actions[i], null, GetProcessByID(actions[i].ProcessID), null, scope)); } else { for (int j = i + 1; j < actions.Count; j++) { int p1id = actions[i].ProcessID, p2id = actions[j].ProcessID; Guid p1setID = ProcessIdToSetId(p1id), p2setID = ProcessIdToSetId(p2id); if (actions[i].CanSyncWith(actions[j]) && (p1setID != p2setID || p1setID == Guid.Empty)) { candidates.Add(new CandidateAction(actions[i], actions[j], GetProcessByID(p1id), GetProcessByID(p2id), scope)); } } } } return(candidates); }
/// <summary> /// Finds all candidate actions, both those restricted to particular processes /// and those that aren´t restricted at all and therefore have global scope. /// </summary> /// <returns></returns> private List <CandidateAction> FindAllCandidateActions() { List <ProcessBase> finished = new List <ProcessBase>(); List <CandidateAction> candidates = new List <CandidateAction>(); //Start by finding all actions that were restricted and therefore //have process scope lock (_activeProcs) { foreach (ProcessBase proc in _activeProcs) { ProcessBase parent = proc; while (parent != null) { if (!finished.Contains(parent)) { Debug(parent + " contains " + parent.LocalActions.Count + " candidate actions: " + Util.Join(", ", parent.LocalActions)); candidates.AddRange(FindCandidateActions(parent.LocalActions, parent)); finished.Add(parent); } parent = parent.Parent; } } } ///...then add the unrestricted actions Debug("Global scope contains " + GlobalScope.Actions.Count + " candidate actions: " + Util.Join(", ", GlobalScope.Actions)); candidates.AddRange(FindCandidateActions(GlobalScope.Actions, null)); return(candidates); }
public ChannelSyncAction(string name, ProcessBase p, int paramCount, bool input) { _proc = p; _name = name; _input = input; _paramCount = paramCount; }
public ChannelSyncAction(string name, ProcessBase p, int paramCount, bool input) { _proc = p; _name = name; _input = input; _paramCount = paramCount; }
public void AddProcess(ProcessBase p) { Debug("Added " + p); lock (_activeProcs) { _activeProcs.Add(p); } if (ProcessRegistered != null) { ProcessRegistered(this, new ProcessEventArgs() { Process = p }); } }
public void KillProcess(ProcessBase p) { lock (_activeProcs) { _activeProcs.Remove(p); Debug("Killed " + p); } if (ProcessKilled != null) { ProcessKilled(this, new ProcessEventArgs() { Process = p }); } }
protected void CleanActions() { //Kill our candidate actions for (ProcessBase parent = this; parent != null; parent = parent.Parent) { lock (parent.LocalActions) { parent.LocalActions.RemoveAll(delegate(IAction act) { return(act == null || act.ProcessID == this.ID); }); } } lock (GlobalScope.Actions) { GlobalScope.Actions.RemoveAll(delegate(IAction act) { return(act == null || act.ProcessID == this.ID); }); } }
public MethodCallAction(string name, ProcessBase p) { _proc = p; _displayName = name; }
public MethodCallAction(string name, ProcessBase p) { _proc = p; _displayName = name; }
private void UpdateProcessActions(ProcessBase p) { string name = p.ToString(); if (!_performedActionsCount.ContainsKey(name)) { _performedActionsCount.Add(name, 1); } else { Node proc = GetProcess(name); int count = 0; while (proc is ActionPrefix) { proc = ((ActionPrefix)proc).Process; count++; } int countPerformed = _performedActionsCount[name]; //System.Windows.Forms.MessageBox.Show("Count: " + count + ", countperformed: " + countPerformed); if (countPerformed == count-1) { _performedActionsCount[name] = 0; } else { _performedActionsCount[name]++; } } }
private void AddProcess(ProcessBase p) { _processes.Add(p); UpdateProcesses(); }
private void RemoveProcess(ProcessBase p) { if (_processes.Contains(p)) { _processes.Remove(p); UpdateProcesses(); } }
public void AddProcess(ProcessBase p) { Debug("Added " + p); lock (_activeProcs) { _activeProcs.Add(p); } if (ProcessRegistered != null) { ProcessRegistered(this, new ProcessEventArgs() { Process = p }); } }
private List<CandidateAction> FindCandidateActions(List<IAction> actions, ProcessBase scope) { List<CandidateAction> candidates = new List<CandidateAction>(); for (int i = 0; i < actions.Count; i++) { if (actions[i].IsAsynchronous) { candidates.Add(new CandidateAction(actions[i], null, GetProcessByID(actions[i].ProcessID), null, scope)); } else { for (int j = i + 1; j < actions.Count; j++) { int p1id = actions[i].ProcessID, p2id = actions[j].ProcessID; Guid p1setID = ProcessIdToSetId(p1id), p2setID = ProcessIdToSetId(p2id); if (actions[i].CanSyncWith(actions[j]) && (p1setID != p2setID || p1setID == Guid.Empty)) { candidates.Add(new CandidateAction(actions[i], actions[j], GetProcessByID(p1id), GetProcessByID(p2id), scope)); } } } } return candidates; }
public void KillProcess(ProcessBase p) { lock (_activeProcs) { _activeProcs.Remove(p); Debug("Killed " + p); } if (ProcessKilled != null) { ProcessKilled(this, new ProcessEventArgs() { Process = p }); } }
public KLAIMAction(ProcessBase p, string displayName) { _proc = p; _displayName = displayName; }