T event) { State<T> state = getState(computationState); final OutgoingEdges<T> outgoingEdges = new OutgoingEdges<>(state); case IGNORE: case TAKE: outgoingEdges.add(stateTransition); break;
void add(StateTransition<T> edge) { if (!isSelfIgnore(edge)) { if (edge.getAction() == StateTransitionAction.IGNORE) { totalIgnoreBranches++; } else if (edge.getAction() == StateTransitionAction.TAKE) { totalTakeBranches++; } } edges.add(edge); }
final List<StateTransition<T>> edges = outgoingEdges.getEdges(); int takeBranchesToVisit = Math.max(0, outgoingEdges.getTotalTakeBranches() - 1); int ignoreBranchesToVisit = outgoingEdges.getTotalIgnoreBranches(); int totalTakeToSkip = Math.max(0, outgoingEdges.getTotalTakeBranches() - 1); outgoingEdges.getTotalIgnoreBranches(), outgoingEdges.getTotalTakeBranches()); version = computationState.getVersion().increase(toIncrease); } else { outgoingEdges.getTotalIgnoreBranches(), outgoingEdges.getTotalTakeBranches());
final List<StateTransition<T>> edges = outgoingEdges.getEdges(); int takeBranchesToVisit = Math.max(0, outgoingEdges.getTotalTakeBranches() - 1); int ignoreBranchesToVisit = outgoingEdges.getTotalIgnoreBranches(); int totalTakeToSkip = Math.max(0, outgoingEdges.getTotalTakeBranches() - 1); outgoingEdges.getTotalIgnoreBranches(), outgoingEdges.getTotalTakeBranches()); version = computationState.getVersion().increase(toIncrease); } else { outgoingEdges.getTotalIgnoreBranches(), outgoingEdges.getTotalTakeBranches());
final List<StateTransition<T>> edges = outgoingEdges.getEdges(); int takeBranchesToVisit = Math.max(0, outgoingEdges.getTotalTakeBranches() - 1); int ignoreBranchesToVisit = outgoingEdges.getTotalIgnoreBranches(); int totalTakeToSkip = Math.max(0, outgoingEdges.getTotalTakeBranches() - 1); outgoingEdges.getTotalIgnoreBranches(), outgoingEdges.getTotalTakeBranches()); version = computationState.getVersion().increase(toIncrease); } else { outgoingEdges.getTotalIgnoreBranches(), outgoingEdges.getTotalTakeBranches());
T event) { State<T> state = getState(computationState); final OutgoingEdges<T> outgoingEdges = new OutgoingEdges<>(state); case IGNORE: case TAKE: outgoingEdges.add(stateTransition); break;
private OutgoingEdges<T> createDecisionGraph(ComputationState<T> computationState, T event) { final OutgoingEdges<T> outgoingEdges = new OutgoingEdges<>(computationState.getState()); case IGNORE: case TAKE: outgoingEdges.add(stateTransition); break;
T event) { State<T> state = getState(computationState); final OutgoingEdges<T> outgoingEdges = new OutgoingEdges<>(state); case IGNORE: case TAKE: outgoingEdges.add(stateTransition); break;
void add(StateTransition<T> edge) { if (!isSelfIgnore(edge)) { if (edge.getAction() == StateTransitionAction.IGNORE) { totalIgnoreBranches++; } else if (edge.getAction() == StateTransitionAction.TAKE) { totalTakeBranches++; } } edges.add(edge); }
void add(StateTransition<T> edge) { if (!isSelfIgnore(edge)) { if (edge.getAction() == StateTransitionAction.IGNORE) { totalIgnoreBranches++; } else if (edge.getAction() == StateTransitionAction.TAKE) { totalTakeBranches++; } } edges.add(edge); }
void add(StateTransition<T> edge) { if (!isSelfIgnore(edge)) { if (edge.getAction() == StateTransitionAction.IGNORE) { totalIgnoreBranches++; } else if (edge.getAction() == StateTransitionAction.TAKE) { totalTakeBranches++; } } edges.add(edge); }
final List<StateTransition<T>> edges = outgoingEdges.getEdges(); int takeBranchesToVisit = Math.max(0, outgoingEdges.getTotalTakeBranches() - 1); int ignoreBranchesToVisit = outgoingEdges.getTotalIgnoreBranches(); int totalTakeToSkip = Math.max(0, outgoingEdges.getTotalTakeBranches() - 1); outgoingEdges.getTotalIgnoreBranches(), outgoingEdges.getTotalTakeBranches()); version = computationState.getVersion().increase(toIncrease); } else { outgoingEdges.getTotalIgnoreBranches(), outgoingEdges.getTotalTakeBranches());