// runScenarioTest runs a test with the given number of orders
func runScenarioTest(assert *asserts.Asserts, param scenarioParam) {
applog.Infof(param.String())
monitoring.Reset()
env, oas := setUpEnvironment(param)
for on := 0; on < param.Orders; on++ {
env.EmitSimple("shop", "order", generateOrder(on, param.Items))
}
oas.Wait(param.Orders)
ol, sl := oas.Lengths()
assert.Equal(ol, param.Orders, "All orders have been placed.")
assert.Equal(sl, param.Orders, "All orders have been delivered.")
assert.Equal(ol, sl, "The number of orders and shipments is equal.")
time.Sleep(2 * time.Second)
env.Shutdown()
time.Sleep(2 * time.Second)
monitoring.MeasuringPointsPrintAll()
monitoring.StaySetVariablesPrintAll()
}
// runScenarioTest runs a test with the given number of orders
func runScenarioTest(assert *asserts.Asserts, param scenarioParam) {
applog.Infof(param.String())
monitoring.Reset()
// Prepare test.
done := make(chan bool)
provider := config.NewMapConfigurationProvider()
config := config.New(provider)
config.Set("backend", "single")
assert.Nil(ebus.Init(config), "single node backend started")
StartShopAgent()
StartWarehouseAgent()
StartManufacturerAgent()
StartDeliveryAgent()
StartWaitAgent(done)
// Run orders.
for on := 0; on < param.Orders; on++ {
order := generateOrder(on)
err := ebus.Emit(order, "OrderReceived")
assert.Nil(err, "order emitted")
}
select {
case <-done:
applog.Infof("order processing done")
case <-time.After(param.Timeout):
assert.Fail("timeout during wait for processed orders")
}
// Finalize test.
err := ebus.Stop()
assert.Nil(err, "stopped the bus")
time.Sleep(time.Second)
monitoring.MeasuringPointsPrintAll()
}
// Test measuring (pure output).
func TestMeasuring(t *testing.T) {
monitoring.MeasuringPointsPrintAll()
}