@Test
public void testRewardForDining() {
// create a new dining of 100.00 charged to credit card '1234123412341234' by merchant
// '123457890' as test input
Dining dining = Dining.createDining("100.00", "1234123412341234", "1234567890");
// TODO: replace 'null' below with a call to the 'rewardNetwork' to test its
// rewardAccountFor(Dining) method
RewardConfirmation confirmation = rewardNetwork.rewardAccountFor(dining);
// assert the expected reward confirmation results
assertNotNull(confirmation);
assertNotNull(confirmation.getConfirmationNumber());
// assert an account contribution was made
AccountContribution contribution = confirmation.getAccountContribution();
assertNotNull(contribution);
// the account number should be '123456789'
assertEquals("123456789", contribution.getAccountNumber());
// the total contribution amount should be 8.00 (8% of 100.00)
assertEquals(MonetaryAmount.valueOf("8.00"), contribution.getAmount());
// the total contribution amount should have been split into 2 distributions
assertEquals(2, contribution.getDistributions().size());
// each distribution should be 4.00 (as both have a 50% allocation)
assertEquals(
MonetaryAmount.valueOf("4.00"), contribution.getDistribution("Annabelle").getAmount());
assertEquals(
MonetaryAmount.valueOf("4.00"), contribution.getDistribution("Corgan").getAmount());
}
// Whenever a message arrives on the rewards.queue.dining queue,
// call the rewardAccountFor method on the rewardNetwork,
// passing the message payload (which is a Dining).
// Send the resulting RewardConfirmation out in a message to the rewards.queue.confirmation queue:
@JmsListener(destination = "rewards.queue.dining")
@SendTo("rewards.queue.confirmation")
public RewardConfirmation rewardAccountFor(Dining dining) {
return rewardNetwork.rewardAccountFor(dining);
}