func TestOnSignalReceived(t *testing.T) {
signal := "the-signal"
ctx := deciderTestContext()
decider := Transition("some-state")
composedDecider := OnSignalReceived(signal, decider)
for _, e := range s.SWFHistoryEventTypes() {
switch e {
case swf.EventTypeWorkflowExecutionSignaled:
event := &swf.HistoryEvent{
EventType: s.S(e),
EventId: s.L(129),
WorkflowExecutionSignaledEventAttributes: &swf.WorkflowExecutionSignaledEventAttributes{
SignalName: s.S("the-signal"),
},
}
data := &TestingType{Field: "yes"}
outcome := composedDecider(ctx, event, data)
expected := decider(ctx, event, data)
if !reflect.DeepEqual(outcome, expected) {
t.Fatal("Outcomes not equal", outcome, expected)
}
default:
event := &swf.HistoryEvent{
EventType: s.S(e),
}
outcome := composedDecider(ctx, event, nil)
if !reflect.DeepEqual(outcome, ctx.Pass()) {
t.Fatal("Outcome does not equal Pass", outcome)
}
}
}
}
func TestOnData(t *testing.T) {
decider := Transition("some-state")
typed := Typed(new(TestingType))
data := &TestingType{Field: "yes"}
ctx := deciderTestContext()
predicate := typed.PredicateFunc(func(data *TestingType) bool {
return data.Field == "yes"
})
composedDecider := OnData(predicate, decider)
event := &swf.HistoryEvent{
EventId: s.L(129),
EventTimestamp: aws.Time(time.Now()),
EventType: s.S(swf.EventTypeWorkflowExecutionStarted),
}
outcome := composedDecider(ctx, event, data)
expected := decider(ctx, event, data)
if !reflect.DeepEqual(outcome, expected) {
t.Fatal("Outcomes not equal", outcome, expected)
}
data.Field = "nope"
outcome = composedDecider(ctx, event, data)
if reflect.DeepEqual(outcome, expected) {
t.Fatal("Outcomes should not be equal", outcome, expected)
}
}
func testDecisionTask(prevStarted int, events []*swf.HistoryEvent) *swf.PollForDecisionTaskOutput {
d := &swf.PollForDecisionTaskOutput{
Events: events,
PreviousStartedEventId: sugar.I(prevStarted),
StartedEventId: sugar.I(prevStarted + len(events)),
WorkflowExecution: testWorkflowExecution,
WorkflowType: testWorkflowType,
}
for i, e := range d.Events {
if e.EventId == nil {
e.EventId = sugar.L(*d.StartedEventId - int64(i))
}
e.EventTimestamp = aws.Time(time.Unix(0, 0))
d.Events[i] = e
}
return d
}
func TestOnActivityFailedTimedOutCanceled(t *testing.T) {
activity := "test-activity"
decider := Transition("some-state")
composedDecider := OnActivityFailedTimedOutCanceled(activity, decider)
ctx := testContextWithActivity(123, &swf.ActivityTaskScheduledEventAttributes{
ActivityId: s.S("the-id"),
ActivityType: &swf.ActivityType{
Name: s.S(activity),
Version: s.S("1"),
},
},
)
for _, e := range s.SWFHistoryEventTypes() {
switch e {
case swf.EventTypeActivityTaskFailed, swf.EventTypeActivityTaskTimedOut, swf.EventTypeActivityTaskCanceled:
event := &swf.HistoryEvent{
EventType: s.S(e),
EventId: s.L(129),
ActivityTaskCanceledEventAttributes: &swf.ActivityTaskCanceledEventAttributes{ScheduledEventId: s.L(123)},
ActivityTaskFailedEventAttributes: &swf.ActivityTaskFailedEventAttributes{ScheduledEventId: s.L(123)},
ActivityTaskTimedOutEventAttributes: &swf.ActivityTaskTimedOutEventAttributes{ScheduledEventId: s.L(123)},
}
data := &TestingType{Field: "yes"}
outcome := composedDecider(ctx(), event, data)
expected := decider(ctx(), event, data)
if !reflect.DeepEqual(outcome, expected) {
t.Fatal("Outcomes not equal", outcome, expected)
}
default:
event := &swf.HistoryEvent{
EventType: s.S(e),
}
outcome := composedDecider(ctx(), event, nil)
if !reflect.DeepEqual(outcome, ctx().Pass()) {
t.Fatal("Outcome does not equal Pass", outcome)
}
}
}
}
