def ImportAccounts(model):
"""For each account in Mint, create one in wxBanker with all known transactions."""
mintSettings = CsvImporterProfileManager().getProfile("mint")
importer = CsvImporter()
for mintId, item in Mint.GetAccounts().items():
accountName, balance = item['name'], item['balance']
# Create an account, grab the transactions, and add them.
try:
account = model.CreateAccount(accountName)
except bankexceptions.AccountAlreadyExistsException:
#account = model.CreateAccount("%s (%s)" % (accountName, mintId))
print "Account '%s' already exists...skipping." % accountName
continue
csv = Mint.GetAccountTransactionsCSV(mintId)
container = importer.getTransactionsFromCSV(csv, mintSettings)
transactions = container.Transactions
account.AddTransactions(transactions)
# Now we have to add an initial transaction for the initial balance.
if transactions:
firstTransaction = sorted(transactions)[0]
initialDate = firstTransaction.Date
initialBalance = balance - account.Balance
account.AddTransaction(initialBalance, "Initial Balance",
initialDate)
print "Imported account %s with %i transactions" % (accountName,
len(transactions))
def ImportAccounts(model):
"""For each account in Mint, create one in wxBanker with all known transactions."""
mintSettings = CsvImporterProfileManager().getProfile("mint")
importer = CsvImporter()
for mintId, item in Mint.GetAccounts().items():
accountName, balance = item['name'], item['balance']
# Create an account, grab the transactions, and add them.
try:
account = model.CreateAccount(accountName)
except bankexceptions.AccountAlreadyExistsException:
#account = model.CreateAccount("%s (%s)" % (accountName, mintId))
print "Account '%s' already exists...skipping." % accountName
continue
csv = Mint.GetAccountTransactionsCSV(mintId)
container = importer.getTransactionsFromCSV(csv, mintSettings)
transactions = container.Transactions
account.AddTransactions(transactions)
# Now we have to add an initial transaction for the initial balance.
if transactions:
firstTransaction = sorted(transactions)[0]
initialDate = firstTransaction.Date
initialBalance = balance - account.Balance
account.AddTransaction(initialBalance, "Initial Balance", initialDate)
print "Imported account %s with %i transactions" % (accountName, len(transactions))
def runPreview(self):
importer = CsvImporter()
settings = self.getSettingsFromControls()
file = self.filePickerCtrl.Path
try:
self.transactionContainer = importer.getTransactionsFromFile(file, settings)
self.transactionCtrl.setAccount(self.transactionContainer)
except UnicodeDecodeError,e:
self.showErrorDialog(_("The file encoding does not seem to be '%s'.") % settings['encoding'], e)
def runPreview(self):
importer = CsvImporter()
settings = self.getSettingsFromControls()
file = self.filePickerCtrl.Path
try:
self.transactionContainer = importer.getTransactionsFromFile(
file, settings)
self.transactionCtrl.setAccount(self.transactionContainer)
except UnicodeDecodeError, e:
self.showErrorDialog(
_("The file encoding does not seem to be '%s'.") %
settings['encoding'], e)
class CsvImporterTest(unittest.TestCase):
def setUp(self):
self.importer = CsvImporter()
def getTransactions(self, csvtype):
path = testbase.fixturefile("%s.csv" % csvtype)
profile = CsvImporterProfileManager().getProfile(csvtype)
container = CsvImporter().getTransactionsFromFile(path, profile)
return container.Transactions
def testParseAmountWithSpaceAsThousandsSep(self):
# Regression test for LP: #370571
decimalSeparator = ','
self.assertEquals(
self.importer.parseAmount('-1 000,00', decimalSeparator), -1000.0)
self.assertEquals(
self.importer.parseAmount('$ -1 000,00 ', decimalSeparator),
-1000.0)
def testCanImportMintData(self):
transactions = self.getTransactions("mint")
transactions.sort()
self.assertEqual(len(transactions), 3)
self.assertAlmostEqual(sum(t.Amount for t in transactions), 29.46)
self.assertEqual(transactions[-1].Date, datetime.date(2009, 7, 21))
self.assertEqual(transactions[-1].Description, "Teavana San Mateo")
def testCanImportSparkasseData(self):
transactions = self.getTransactions("Sparkasse")
self.assertEqual(len(transactions), 5)
tran = transactions[1]
self.assertEqual(tran.Date, datetime.date(2009, 7, 17))
self.assertEqual(tran.Description, "PHONE CORP, ### , LASTSCHRIFT")
self.assertEqual(tran.Amount, -31.24)
def testCanImportComdirectData(self):
transactions = self.getTransactions("comdirect")
self.assertEqual(len(transactions), 5)
tran = transactions[2]
self.assertEqual(tran.Date, datetime.date(2010, 3, 8))
self.assertEqual(
tran.Description,
"Auftraggeber: XYZ SAGT DANKE Buchungstext: XYZ SAGT DANKE EC 123456789 06.03 14.53 CE0 Ref. ABCDFER213456789/1480 (Lastschrift Einzug)"
)
self.assertEqual(tran.Amount, -32.27)
class CsvImporterTest(unittest.TestCase):
def setUp(self):
self.importer = CsvImporter()
def getTransactions(self, csvtype):
path = testbase.fixturefile("%s.csv"%csvtype)
profile = CsvImporterProfileManager().getProfile(csvtype)
container = CsvImporter().getTransactionsFromFile(path, profile)
return container.Transactions
def testParseAmountWithSpaceAsThousandsSep(self):
# Regression test for LP: #370571
decimalSeparator = ','
self.assertEquals(self.importer.parseAmount('-1 000,00', decimalSeparator), -1000.0)
self.assertEquals(self.importer.parseAmount('$ -1 000,00 ', decimalSeparator), -1000.0)
def testCanImportMintData(self):
transactions = self.getTransactions("mint")
transactions.sort()
self.assertEqual(len(transactions), 3)
self.assertAlmostEqual(sum(t.Amount for t in transactions), 29.46)
self.assertEqual(transactions[-1].Date, datetime.date(2009, 7, 21))
self.assertEqual(transactions[-1].Description, "Teavana San Mateo")
def testCanImportSparkasseData(self):
transactions = self.getTransactions("Sparkasse")
self.assertEqual(len(transactions), 5)
tran = transactions[1]
self.assertEqual(tran.Date, datetime.date(2009, 7, 17))
self.assertEqual(tran.Description, "PHONE CORP, ### , LASTSCHRIFT")
self.assertEqual(tran.Amount, -31.24)
def testCanImportComdirectData(self):
transactions = self.getTransactions("comdirect")
self.assertEqual(len(transactions), 5)
tran = transactions[2]
self.assertEqual(tran.Date, datetime.date(2010, 3, 8))
self.assertEqual(tran.Description, "Auftraggeber: XYZ SAGT DANKE Buchungstext: XYZ SAGT DANKE EC 123456789 06.03 14.53 CE0 Ref. ABCDFER213456789/1480 (Lastschrift Einzug)")
self.assertEqual(tran.Amount, -32.27)
def getTransactions(self, csvtype):
path = testbase.fixturefile("%s.csv" % csvtype)
profile = CsvImporterProfileManager().getProfile(csvtype)
container = CsvImporter().getTransactionsFromFile(path, profile)
return container.Transactions
def setUp(self):
self.importer = CsvImporter()
def setUp(self):
self.importer = CsvImporter()
