@Test
public void deletingTransactionsShouldDeleteSplits() {
Transaction transaction = new Transaction("");
Split split = new Split(Money.getZeroInstance(), alphaAccount.getUID());
transaction.addSplit(split);
mTransactionsDbAdapter.addRecord(transaction);
assertThat(mSplitsDbAdapter.getSplitsForTransaction(transaction.getUID())).hasSize(1);
mTransactionsDbAdapter.deleteRecord(transaction.getUID());
assertThat(mSplitsDbAdapter.getSplitsForTransaction(transaction.getUID())).hasSize(0);
}
@Test
public void shouldBalanceTransactionsOnSave() {
Transaction transaction = new Transaction("Auto balance");
Split split =
new Split(
new Money(BigDecimal.TEN, Currency.getInstance(Money.DEFAULT_CURRENCY_CODE)),
alphaAccount.getUID());
transaction.addSplit(split);
mTransactionsDbAdapter.addRecord(transaction);
Transaction trn = mTransactionsDbAdapter.getRecord(transaction.getUID());
assertThat(trn.getSplits()).hasSize(2);
String imbalanceAccountUID =
mAccountsDbAdapter.getImbalanceAccountUID(
Currency.getInstance(Money.DEFAULT_CURRENCY_CODE));
assertThat(trn.getSplits()).extracting("mAccountUID").contains(imbalanceAccountUID);
}
@Test
public void shouldComputeAccountBalanceCorrectly() {
Account account = new Account("Test", Commodity.USD);
account.setAccountType(AccountType.ASSET); // debit normal account balance
Account transferAcct = new Account("Transfer");
mAccountsDbAdapter.addRecord(account);
mAccountsDbAdapter.addRecord(transferAcct);
Transaction transaction = new Transaction("Test description");
mTransactionsDbAdapter.addRecord(transaction);
Split split = new Split(new Money(BigDecimal.TEN, Commodity.USD), account.getUID());
split.setTransactionUID(transaction.getUID());
split.setType(TransactionType.DEBIT);
mSplitsDbAdapter.addRecord(split);
split = new Split(new Money("4.99", "USD"), account.getUID());
split.setTransactionUID(transaction.getUID());
split.setType(TransactionType.DEBIT);
mSplitsDbAdapter.addRecord(split);
split = new Split(new Money("1.19", "USD"), account.getUID());
split.setTransactionUID(transaction.getUID());
split.setType(TransactionType.CREDIT);
mSplitsDbAdapter.addRecord(split);
split = new Split(new Money("3.49", "EUR"), account.getUID());
split.setTransactionUID(transaction.getUID());
split.setType(TransactionType.DEBIT);
mSplitsDbAdapter.addRecord(split);
split = new Split(new Money("8.39", "USD"), transferAcct.getUID());
split.setTransactionUID(transaction.getUID());
mSplitsDbAdapter.addRecord(split);
// balance computation ignores the currency of the split
Money balance = mAccountsDbAdapter.getAccountBalance(account.getUID());
Money expectedBalance = new Money("17.29", "USD"); // EUR splits should be ignored
assertThat(balance).isEqualTo(expectedBalance);
}
@Test
public void testComputeBalance() {
Transaction transaction = new Transaction("Compute");
Money firstSplitAmount = new Money("4.99", DEFAULT_CURRENCY.getCurrencyCode());
Split split = new Split(firstSplitAmount, alphaAccount.getUID());
transaction.addSplit(split);
Money secondSplitAmount = new Money("3.50", DEFAULT_CURRENCY.getCurrencyCode());
split = new Split(secondSplitAmount, bravoAccount.getUID());
transaction.addSplit(split);
mTransactionsDbAdapter.addRecord(transaction);
// balance is negated because the CASH account has inverse normal balance
transaction = mTransactionsDbAdapter.getRecord(transaction.getUID());
Money savedBalance = transaction.getBalance(alphaAccount.getUID());
assertThat(savedBalance).isEqualTo(firstSplitAmount.negate());
savedBalance = transaction.getBalance(bravoAccount.getUID());
assertThat(savedBalance.getNumerator()).isEqualTo(secondSplitAmount.negate().getNumerator());
assertThat(savedBalance.getCurrency()).isEqualTo(secondSplitAmount.getCurrency());
}
@Test
public void testTransactionsAreTimeSorted() {
Transaction t1 = new Transaction("T800");
t1.setTime(System.currentTimeMillis() - 10000);
Split split = new Split(Money.getZeroInstance(), alphaAccount.getUID());
t1.addSplit(split);
t1.addSplit(split.createPair(bravoAccount.getUID()));
Transaction t2 = new Transaction("T1000");
t2.setTime(System.currentTimeMillis());
Split split2 = new Split(new Money("23.50"), bravoAccount.getUID());
t2.addSplit(split2);
t2.addSplit(split2.createPair(alphaAccount.getUID()));
mTransactionsDbAdapter.addRecord(t1);
mTransactionsDbAdapter.addRecord(t2);
List<Transaction> transactionsList =
mTransactionsDbAdapter.getAllTransactionsForAccount(alphaAccount.getUID());
assertThat(transactionsList).contains(t2, Index.atIndex(0));
assertThat(transactionsList).contains(t1, Index.atIndex(1));
}
/** Tests the foreign key constraint "ON DELETE CASCADE" between accounts and splits */
@Test
public void shouldDeleteSplitsWhenAccountDeleted() {
Account first = new Account(ALPHA_ACCOUNT_NAME);
first.setUID(ALPHA_ACCOUNT_NAME);
Account second = new Account(BRAVO_ACCOUNT_NAME);
second.setUID(BRAVO_ACCOUNT_NAME);
mAccountsDbAdapter.addRecord(second);
mAccountsDbAdapter.addRecord(first);
Transaction transaction = new Transaction("TestTrn");
Split split = new Split(Money.getZeroInstance(), ALPHA_ACCOUNT_NAME);
transaction.addSplit(split);
transaction.addSplit(split.createPair(BRAVO_ACCOUNT_NAME));
mTransactionsDbAdapter.addRecord(transaction);
mAccountsDbAdapter.deleteRecord(ALPHA_ACCOUNT_NAME);
Transaction trxn = mTransactionsDbAdapter.getRecord(transaction.getUID());
assertThat(trxn.getSplits().size()).isEqualTo(1);
assertThat(trxn.getSplits().get(0).getAccountUID()).isEqualTo(BRAVO_ACCOUNT_NAME);
}