@Test
public void shouldRecursivelyDeleteAccount() {
Account account = new Account("Parent");
Account account2 = new Account("Child");
account2.setParentUID(account.getUID());
Transaction transaction = new Transaction("Random");
account2.addTransaction(transaction);
Split split = new Split(Money.getZeroInstance(), account.getUID());
transaction.addSplit(split);
transaction.addSplit(split.createPair(account2.getUID()));
mAccountsDbAdapter.addRecord(account);
mAccountsDbAdapter.addRecord(account2);
assertThat(mAccountsDbAdapter.getRecordsCount()).isEqualTo(3);
assertThat(mTransactionsDbAdapter.getRecordsCount()).isEqualTo(1);
assertThat(mSplitsDbAdapter.getRecordsCount()).isEqualTo(2);
boolean result =
mAccountsDbAdapter.recursiveDeleteAccount(mAccountsDbAdapter.getID(account.getUID()));
assertThat(result).isTrue();
assertThat(mAccountsDbAdapter.getRecordsCount()).isEqualTo(1); // the root account
assertThat(mTransactionsDbAdapter.getRecordsCount()).isZero();
assertThat(mSplitsDbAdapter.getRecordsCount()).isZero();
}
@Test
public void bulkAddAccountsShouldNotModifyTransactions() {
Account account1 = new Account("AlphaAccount");
Account account2 = new Account("BetaAccount");
Transaction transaction = new Transaction("MyTransaction");
Split split = new Split(Money.getZeroInstance(), account1.getUID());
transaction.addSplit(split);
transaction.addSplit(split.createPair(account2.getUID()));
account1.addTransaction(transaction);
account2.addTransaction(transaction);
List<Account> accounts = new ArrayList<>();
accounts.add(account1);
accounts.add(account2);
mAccountsDbAdapter.bulkAddRecords(accounts);
SplitsDbAdapter splitsDbAdapter = SplitsDbAdapter.getInstance();
assertThat(
splitsDbAdapter.getSplitsForTransactionInAccount(
transaction.getUID(), account1.getUID()))
.hasSize(1);
assertThat(
splitsDbAdapter.getSplitsForTransactionInAccount(
transaction.getUID(), account2.getUID()))
.hasSize(1);
assertThat(mAccountsDbAdapter.getRecord(account1.getUID()).getTransactions()).hasSize(1);
}
@Test
public void shouldClearAllTablesWhenDeletingAllAccounts() {
Account account = new Account("Test");
Transaction transaction = new Transaction("Test description");
Split split = new Split(Money.getZeroInstance(), account.getUID());
transaction.addSplit(split);
Account account2 = new Account("Transfer account");
transaction.addSplit(split.createPair(account2.getUID()));
mAccountsDbAdapter.addRecord(account);
mAccountsDbAdapter.addRecord(account2);
ScheduledAction scheduledAction = new ScheduledAction(ScheduledAction.ActionType.BACKUP);
scheduledAction.setActionUID("Test-uid");
ScheduledActionDbAdapter scheduledActionDbAdapter = ScheduledActionDbAdapter.getInstance();
scheduledActionDbAdapter.addRecord(scheduledAction);
mAccountsDbAdapter.deleteAllRecords();
assertThat(mAccountsDbAdapter.getRecordsCount()).isZero();
assertThat(mTransactionsDbAdapter.getRecordsCount()).isZero();
assertThat(mSplitsDbAdapter.getRecordsCount()).isZero();
assertThat(scheduledActionDbAdapter.getRecordsCount()).isZero();
}
@Test
public void shouldAddAccountsToDatabase() {
Account account1 = new Account("AlphaAccount");
Account account2 = new Account("BetaAccount");
Transaction transaction = new Transaction("MyTransaction");
Split split = new Split(Money.getZeroInstance(), account1.getUID());
transaction.addSplit(split);
transaction.addSplit(split.createPair(account2.getUID()));
account1.addTransaction(transaction);
account2.addTransaction(transaction);
mAccountsDbAdapter.addRecord(account1);
mAccountsDbAdapter.addRecord(account2);
Account firstAccount = mAccountsDbAdapter.getRecord(account1.getUID());
assertThat(firstAccount).isNotNull();
assertThat(firstAccount.getUID()).isEqualTo(account1.getUID());
assertThat(firstAccount.getFullName()).isEqualTo(account1.getFullName());
Account secondAccount = mAccountsDbAdapter.getRecord(account2.getUID());
assertThat(secondAccount).isNotNull();
assertThat(secondAccount.getUID()).isEqualTo(account2.getUID());
assertThat(mTransactionsDbAdapter.getRecordsCount()).isEqualTo(1);
}
@Test
public void simpleAccountListShouldNotContainTransactions() {
Account account = new Account("Test");
Transaction transaction = new Transaction("Test description");
Split split = new Split(Money.getZeroInstance(), account.getUID());
transaction.addSplit(split);
Account account1 = new Account("Transfer");
transaction.addSplit(split.createPair(account1.getUID()));
mAccountsDbAdapter.addRecord(account);
mAccountsDbAdapter.addRecord(account1);
List<Account> accounts = mAccountsDbAdapter.getSimpleAccountList();
for (Account testAcct : accounts) {
assertThat(testAcct.getTransactionCount()).isZero();
}
}
@Test
public void testAddingSplitToTransaction() {
Split split = new Split(Money.getZeroInstance(), "Test");
assertThat(split.getTransactionUID()).isEmpty();
Transaction transaction = new Transaction("Random");
transaction.addSplit(split);
assertThat(transaction.getUID()).isEqualTo(split.getTransactionUID());
}
@Test
public void shouldAddTransactionsAndSplitsWhenAddingAccounts() {
Account account = new Account("Test");
mAccountsDbAdapter.addRecord(account);
Transaction transaction = new Transaction("Test description");
Split split = new Split(Money.getZeroInstance(), account.getUID());
transaction.addSplit(split);
Account account1 = new Account("Transfer account");
transaction.addSplit(split.createPair(account1.getUID()));
account1.addTransaction(transaction);
mAccountsDbAdapter.addRecord(account1);
assertThat(mTransactionsDbAdapter.getRecordsCount()).isEqualTo(1);
assertThat(mSplitsDbAdapter.getRecordsCount()).isEqualTo(2);
assertThat(mAccountsDbAdapter.getRecordsCount())
.isEqualTo(3); // ROOT account automatically added
}
@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 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);
}
@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);
}
@Override
public void endElement(String uri, String localName, String qualifiedName) throws SAXException {
String characterString = mContent.toString().trim();
if (mIgnoreElement != null) {
// Ignore everything inside
if (qualifiedName.equals(mIgnoreElement)) {
mIgnoreElement = null;
}
mContent.setLength(0);
return;
}
switch (qualifiedName) {
case GncXmlHelper.TAG_NAME:
mAccount.setName(characterString);
mAccount.setFullName(characterString);
break;
case GncXmlHelper.TAG_ACCT_ID:
mAccount.setUID(characterString);
break;
case GncXmlHelper.TAG_TYPE:
AccountType accountType = AccountType.valueOf(characterString);
mAccount.setAccountType(accountType);
mAccount.setHidden(accountType == AccountType.ROOT); // flag root account as hidden
break;
case GncXmlHelper.TAG_COMMODITY_SPACE:
if (characterString.equals("ISO4217")) {
mISO4217Currency = true;
} else {
// price of non-ISO4217 commodities cannot be handled
mPrice = null;
}
break;
case GncXmlHelper.TAG_COMMODITY_ID:
String currencyCode = mISO4217Currency ? characterString : NO_CURRENCY_CODE;
if (mAccount != null) {
mAccount.setCurrency(Currency.getInstance(currencyCode));
}
if (mTransaction != null) {
mTransaction.setCurrencyCode(currencyCode);
}
if (mPrice != null) {
if (mPriceCommodity) {
mPrice.setCommodityUID(mCommoditiesDbAdapter.getCommodityUID(currencyCode));
mPriceCommodity = false;
}
if (mPriceCurrency) {
mPrice.setCurrencyUID(mCommoditiesDbAdapter.getCommodityUID(currencyCode));
mPriceCurrency = false;
}
}
break;
case GncXmlHelper.TAG_ACCT_DESCRIPTION:
mAccount.setDescription(characterString);
break;
case GncXmlHelper.TAG_PARENT_UID:
mAccount.setParentUID(characterString);
break;
case GncXmlHelper.TAG_ACCOUNT:
if (!mInTemplates) { // we ignore template accounts, we have no use for them
mAccountList.add(mAccount);
mAccountMap.put(mAccount.getUID(), mAccount);
// check ROOT account
if (mAccount.getAccountType() == AccountType.ROOT) {
if (mRootAccount == null) {
mRootAccount = mAccount;
} else {
throw new SAXException("Multiple ROOT accounts exist in book");
}
}
// prepare for next input
mAccount = null;
// reset ISO 4217 flag for next account
mISO4217Currency = false;
}
break;
case GncXmlHelper.TAG_SLOT_KEY:
switch (characterString) {
case GncXmlHelper.KEY_PLACEHOLDER:
mInPlaceHolderSlot = true;
break;
case GncXmlHelper.KEY_COLOR:
mInColorSlot = true;
break;
case GncXmlHelper.KEY_FAVORITE:
mInFavoriteSlot = true;
break;
case GncXmlHelper.KEY_NOTES:
mIsNote = true;
break;
case GncXmlHelper.KEY_DEFAULT_TRANSFER_ACCOUNT:
mInDefaultTransferAccount = true;
break;
case GncXmlHelper.KEY_EXPORTED:
mInExported = true;
break;
case GncXmlHelper.KEY_SPLIT_ACCOUNT_SLOT:
mInSplitAccountSlot = true;
break;
case GncXmlHelper.KEY_CREDIT_NUMERIC:
mInCreditNumericSlot = true;
break;
case GncXmlHelper.KEY_DEBIT_NUMERIC:
mInDebitNumericSlot = true;
break;
}
break;
case GncXmlHelper.TAG_SLOT_VALUE:
if (mInPlaceHolderSlot) {
// Log.v(LOG_TAG, "Setting account placeholder flag");
mAccount.setPlaceHolderFlag(Boolean.parseBoolean(characterString));
mInPlaceHolderSlot = false;
} else if (mInColorSlot) {
// Log.d(LOG_TAG, "Parsing color code: " + characterString);
String color = characterString.trim();
// Gnucash exports the account color in format #rrrgggbbb, but we need only #rrggbb.
// so we trim the last digit in each block, doesn't affect the color much
if (!color.equals("Not Set")) {
// avoid known exception, printStackTrace is very time consuming
if (!Pattern.matches(Account.COLOR_HEX_REGEX, color))
color = "#" + color.replaceAll(".(.)?", "$1").replace("null", "");
try {
if (mAccount != null) mAccount.setColorCode(color);
} catch (IllegalArgumentException ex) {
// sometimes the color entry in the account file is "Not set" instead of just blank.
// So catch!
Log.e(
LOG_TAG, "Invalid color code '" + color + "' for account " + mAccount.getName());
Crashlytics.logException(ex);
}
}
mInColorSlot = false;
} else if (mInFavoriteSlot) {
mAccount.setFavorite(Boolean.parseBoolean(characterString));
mInFavoriteSlot = false;
} else if (mIsNote) {
if (mTransaction != null) {
mTransaction.setNote(characterString);
mIsNote = false;
}
} else if (mInDefaultTransferAccount) {
mAccount.setDefaultTransferAccountUID(characterString);
mInDefaultTransferAccount = false;
} else if (mInExported) {
if (mTransaction != null) {
mTransaction.setExported(Boolean.parseBoolean(characterString));
mInExported = false;
}
} else if (mInTemplates && mInSplitAccountSlot) {
mSplit.setAccountUID(characterString);
mInSplitAccountSlot = false;
} else if (mInTemplates && mInCreditNumericSlot) {
handleEndOfTemplateNumericSlot(characterString, TransactionType.CREDIT);
} else if (mInTemplates && mInDebitNumericSlot) {
handleEndOfTemplateNumericSlot(characterString, TransactionType.DEBIT);
}
break;
// ================ PROCESSING OF TRANSACTION TAGS =====================================
case GncXmlHelper.TAG_TRX_ID:
mTransaction.setUID(characterString);
break;
case GncXmlHelper.TAG_TRN_DESCRIPTION:
mTransaction.setDescription(characterString);
break;
case GncXmlHelper.TAG_TS_DATE:
try {
if (mIsDatePosted && mTransaction != null) {
mTransaction.setTime(GncXmlHelper.parseDate(characterString));
mIsDatePosted = false;
}
if (mIsDateEntered && mTransaction != null) {
Timestamp timestamp = new Timestamp(GncXmlHelper.parseDate(characterString));
mTransaction.setCreatedTimestamp(timestamp);
mIsDateEntered = false;
}
if (mPrice != null) {
mPrice.setDate(new Timestamp(GncXmlHelper.parseDate(characterString)));
}
} catch (ParseException e) {
Crashlytics.logException(e);
String message = "Unable to parse transaction time - " + characterString;
Log.e(LOG_TAG, message + "\n" + e.getMessage());
Crashlytics.log(message);
throw new SAXException(message, e);
}
break;
case GncXmlHelper.TAG_RECURRENCE_PERIOD: // for parsing of old backup files
mRecurrencePeriod = Long.parseLong(characterString);
mTransaction.setTemplate(mRecurrencePeriod > 0);
break;
case GncXmlHelper.TAG_SPLIT_ID:
mSplit.setUID(characterString);
break;
case GncXmlHelper.TAG_SPLIT_MEMO:
mSplit.setMemo(characterString);
break;
case GncXmlHelper.TAG_SPLIT_VALUE:
try {
// The value and quantity can have different sign for custom currency(stock).
// Use the sign of value for split, as it would not be custom currency
String q = characterString;
if (q.charAt(0) == '-') {
mNegativeQuantity = true;
q = q.substring(1);
} else {
mNegativeQuantity = false;
}
mValue = GncXmlHelper.parseSplitAmount(characterString).abs(); // use sign from quantity
} catch (ParseException e) {
String msg = "Error parsing split quantity - " + characterString;
Crashlytics.log(msg);
Crashlytics.logException(e);
throw new SAXException(msg, e);
}
break;
case GncXmlHelper.TAG_SPLIT_QUANTITY:
// delay the assignment of currency when the split account is seen
try {
mQuantity = GncXmlHelper.parseSplitAmount(characterString).abs();
} catch (ParseException e) {
String msg = "Error parsing split quantity - " + characterString;
Crashlytics.log(msg);
Crashlytics.logException(e);
throw new SAXException(msg, e);
}
break;
case GncXmlHelper.TAG_SPLIT_ACCOUNT:
if (!mInTemplates) {
// this is intentional: GnuCash XML formats split amounts, credits are negative, debits
// are positive.
mSplit.setType(mNegativeQuantity ? TransactionType.CREDIT : TransactionType.DEBIT);
// the split amount uses the account currency
mSplit.setQuantity(new Money(mQuantity, getCurrencyForAccount(characterString)));
// the split value uses the transaction currency
mSplit.setValue(new Money(mValue, mTransaction.getCurrency()));
mSplit.setAccountUID(characterString);
} else {
if (!mIgnoreTemplateTransaction)
mTemplateAccountToTransactionMap.put(characterString, mTransaction.getUID());
}
break;
case GncXmlHelper.TAG_TRN_SPLIT:
mTransaction.addSplit(mSplit);
break;
case GncXmlHelper.TAG_TRANSACTION:
mTransaction.setTemplate(mInTemplates);
Split imbSplit = mTransaction.getAutoBalanceSplit();
if (imbSplit != null) {
mAutoBalanceSplits.add(imbSplit);
}
if (mInTemplates) {
if (!mIgnoreTemplateTransaction) mTemplateTransactions.add(mTransaction);
} else {
mTransactionList.add(mTransaction);
}
if (mRecurrencePeriod > 0) { // if we find an old format recurrence period, parse it
mTransaction.setTemplate(true);
ScheduledAction scheduledAction =
ScheduledAction.parseScheduledAction(mTransaction, mRecurrencePeriod);
mScheduledActionsList.add(scheduledAction);
}
mRecurrencePeriod = 0;
mIgnoreTemplateTransaction = true;
mTransaction = null;
break;
case GncXmlHelper.TAG_TEMPLATE_TRANSACTIONS:
mInTemplates = false;
break;
// ========================= PROCESSING SCHEDULED ACTIONS ==================================
case GncXmlHelper.TAG_SX_ID:
mScheduledAction.setUID(characterString);
break;
case GncXmlHelper.TAG_SX_NAME:
if (characterString.equals(ScheduledAction.ActionType.BACKUP.name()))
mScheduledAction.setActionType(ScheduledAction.ActionType.BACKUP);
else mScheduledAction.setActionType(ScheduledAction.ActionType.TRANSACTION);
break;
case GncXmlHelper.TAG_SX_ENABLED:
mScheduledAction.setEnabled(characterString.equals("y"));
break;
case GncXmlHelper.TAG_SX_AUTO_CREATE:
mScheduledAction.setAutoCreate(characterString.equals("y"));
break;
case GncXmlHelper.TAG_SX_NUM_OCCUR:
mScheduledAction.setTotalFrequency(Integer.parseInt(characterString));
break;
case GncXmlHelper.TAG_RX_MULT:
mRecurrenceMultiplier = Integer.parseInt(characterString);
break;
case GncXmlHelper.TAG_RX_PERIOD_TYPE:
try {
PeriodType periodType = PeriodType.valueOf(characterString.toUpperCase());
periodType.setMultiplier(mRecurrenceMultiplier);
if (mScheduledAction
!= null) // there might be recurrence tags for bugdets and other stuff
mScheduledAction.setPeriod(periodType);
} catch (IllegalArgumentException ex) { // the period type constant is not supported
String msg = "Unsupported period constant: " + characterString;
Log.e(LOG_TAG, msg);
Crashlytics.logException(ex);
mIgnoreScheduledAction = true;
}
break;
case GncXmlHelper.TAG_GDATE:
try {
long date = GncXmlHelper.DATE_FORMATTER.parse(characterString).getTime();
if (mIsScheduledStart && mScheduledAction != null) {
mScheduledAction.setCreatedTimestamp(new Timestamp(date));
mIsScheduledStart = false;
}
if (mIsScheduledEnd && mScheduledAction != null) {
mScheduledAction.setEndTime(date);
mIsScheduledEnd = false;
}
if (mIsLastRun && mScheduledAction != null) {
mScheduledAction.setLastRun(date);
mIsLastRun = false;
}
if (mIsRecurrenceStart && mScheduledAction != null) {
mScheduledAction.setStartTime(date);
mIsRecurrenceStart = false;
}
} catch (ParseException e) {
String msg = "Error parsing scheduled action date " + characterString;
Log.e(LOG_TAG, msg + e.getMessage());
Crashlytics.log(msg);
Crashlytics.logException(e);
throw new SAXException(msg, e);
}
break;
case GncXmlHelper.TAG_SX_TEMPL_ACCOUNT:
if (mScheduledAction.getActionType() == ScheduledAction.ActionType.TRANSACTION) {
mScheduledAction.setActionUID(mTemplateAccountToTransactionMap.get(characterString));
} else {
mScheduledAction.setActionUID(UUID.randomUUID().toString().replaceAll("-", ""));
}
break;
case GncXmlHelper.TAG_SCHEDULED_ACTION:
if (mScheduledAction.getActionUID() != null && !mIgnoreScheduledAction) {
mScheduledActionsList.add(mScheduledAction);
int count = generateMissedScheduledTransactions(mScheduledAction);
Log.i(LOG_TAG, String.format("Generated %d transactions from scheduled action", count));
}
mRecurrenceMultiplier = 1; // reset it, even though it will be parsed from XML each time
mIgnoreScheduledAction = false;
break;
// price table
case GncXmlHelper.TAG_PRICE_ID:
mPrice.setUID(characterString);
break;
case GncXmlHelper.TAG_PRICE_SOURCE:
if (mPrice != null) {
mPrice.setSource(characterString);
}
break;
case GncXmlHelper.TAG_PRICE_VALUE:
if (mPrice != null) {
String[] parts = characterString.split("/");
if (parts.length != 2) {
String message = "Illegal price - " + characterString;
Log.e(LOG_TAG, message);
Crashlytics.log(message);
throw new SAXException(message);
} else {
mPrice.setValueNum(Long.valueOf(parts[0]));
mPrice.setValueDenom(Long.valueOf(parts[1]));
Log.d(
getClass().getName(),
"price "
+ characterString
+ " .. "
+ mPrice.getValueNum()
+ "/"
+ mPrice.getValueDenom());
}
}
break;
case GncXmlHelper.TAG_PRICE_TYPE:
if (mPrice != null) {
mPrice.setType(characterString);
}
break;
case GncXmlHelper.TAG_PRICE:
if (mPrice != null) {
mPriceList.add(mPrice);
mPrice = null;
}
break;
}
// reset the accumulated characters
mContent.setLength(0);
}