def exitStates(self, enabledTransitions): statesToExit = OrderedSet() for t in enabledTransitions: if t.target: tstates = self.getTargetStates(t.target) if t.type == "internal" and isCompoundState(t.source) and all(map(lambda s: isDescendant(s,t.source), tstates)): ancestor = t.source else: ancestor = self.findLCA([t.source] + tstates) for s in self.configuration: if isDescendant(s,ancestor): statesToExit.add(s) for s in statesToExit: self.statesToInvoke.delete(s) statesToExit.sort(key=exitOrder) for s in statesToExit: for h in s.history: if h.type == "deep": f = lambda s0: isAtomicState(s0) and isDescendant(s0,s) else: f = lambda s0: s0.parent == s self.historyValue[h.id] = filter(f,self.configuration) #+ s.parent for s in statesToExit: for content in s.onexit: self.executeContent(content) for inv in s.invoke: self.cancelInvoke(inv) self.configuration.delete(s)
def exitStates(self, enabledTransitions): statesToExit = OrderedSet() for t in enabledTransitions: if t.target: tstates = self.getTargetStates(t.target) if t.type == "internal" and isCompoundState(t.source) and all(map(lambda s: isDescendant(s,t.source), tstates)): ancestor = t.source else: ancestor = self.findLCA([t.source] + tstates) for s in self.configuration: if isDescendant(s,ancestor): statesToExit.add(s) for s in statesToExit: self.statesToInvoke.delete(s) statesToExit.sort(key=exitOrder) for s in statesToExit: for h in s.history: if h.type == "deep": f = lambda s0: isAtomicState(s0) and isDescendant(s0,s) else: f = lambda s0: s0.parent == s self.historyValue[h.id] = filter(f,self.configuration) #+ s.parent for s in statesToExit: for content in s.onexit: self.executeContent(content) for inv in s.invoke: self.cancelInvoke(inv) self.configuration.delete(s)
def enterStates(self, enabledTransitions): statesToEnter = OrderedSet() statesForDefaultEntry = OrderedSet() for t in enabledTransitions: if t.target: tstates = self.getTargetStates(t.target) if t.type == "internal" and isCompoundState(t.source) and all(map(lambda s: isDescendant(s,t.source), tstates)): ancestor = t.source else: ancestor = self.findLCA([t.source] + tstates) for s in tstates: self.addStatesToEnter(s,statesToEnter,statesForDefaultEntry) for s in tstates: for anc in getProperAncestors(s,ancestor): statesToEnter.add(anc) if isParallelState(anc): for child in getChildStates(anc): if not any(map(lambda s: isDescendant(s,child), statesToEnter)): self.addStatesToEnter(child, statesToEnter,statesForDefaultEntry) statesToEnter.sort(key=enterOrder) for s in statesToEnter: self.statesToInvoke.add(s) self.configuration.add(s) if self.doc.binding == "late" and s.isFirstEntry: s.initDatamodel() s.isFirstEntry = False for content in s.onentry: self.executeContent(content) if s in statesForDefaultEntry: self.executeContent(s.initial) if isFinalState(s): parent = s.parent grandparent = parent.parent self.internalQueue.put(Event(["done", "state", parent.id], s.donedata())) if isParallelState(grandparent): if all(map(self.isInFinalState, getChildStates(grandparent))): self.internalQueue.put(Event(["done", "state", grandparent.id])) for s in self.configuration: if isFinalState(s) and isScxmlState(s.parent): self.running = False;
def enterStates(self, enabledTransitions): statesToEnter = OrderedSet() statesForDefaultEntry = OrderedSet() for t in enabledTransitions: if t.target: tstates = self.getTargetStates(t.target) if t.type == "internal" and isCompoundState(t.source) and all(map(lambda s: isDescendant(s,t.source), tstates)): ancestor = t.source else: ancestor = self.findLCA([t.source] + tstates) for s in tstates: self.addStatesToEnter(s,statesToEnter,statesForDefaultEntry) for s in tstates: for anc in getProperAncestors(s,ancestor): statesToEnter.add(anc) if isParallelState(anc): for child in getChildStates(anc): if not any(map(lambda s: isDescendant(s,child), statesToEnter)): self.addStatesToEnter(child, statesToEnter,statesForDefaultEntry) statesToEnter.sort(key=enterOrder) for s in statesToEnter: self.statesToInvoke.add(s) self.configuration.add(s) if self.doc.binding == "late" and s.isFirstEntry: s.initDatamodel() s.isFirstEntry = False for content in s.onentry: self.executeContent(content) if s in statesForDefaultEntry: self.executeContent(s.initial) if isFinalState(s): parent = s.parent grandparent = parent.parent self.internalQueue.put(Event(["done", "state", parent.id], s.donedata())) if isParallelState(grandparent): if all(map(self.isInFinalState, getChildStates(grandparent))): self.internalQueue.put(Event(["done", "state", grandparent.id])) for s in self.configuration: if isFinalState(s) and isScxmlState(s.parent): self.running = False;