def test_conversions__not_needed(self):
date = datetime.date(2012, 3, 2)
conversion_entries = summarize.conversions(self.entries, self.ACCOUNT,
'NOTHING', date)
self.assertEqualEntries(self.entries, conversion_entries)
converted_balance = interpolate.compute_entries_balance(
conversion_entries, date=date)
self.assertTrue(converted_balance.cost().is_empty())
def test_conversions__no_date(self):
conversion_entries = summarize.conversions(self.entries, self.ACCOUNT,
'NOTHING')
self.assertIncludesEntries(self.entries, conversion_entries)
self.assertIncludesEntries(
"""
2012-05-01 C "Conversion for (-700.00 USD, 100.00 CAD, 60 NT {10 CAD})"
Equity:Conversions 700.00 USD @ 0 NOTHING
Equity:Conversions -700.00 CAD @ 0 NOTHING
""", conversion_entries)
converted_balance = interpolate.compute_entries_balance(
conversion_entries)
self.assertTrue(converted_balance.cost().is_empty())
def test_conversions__with_transactions_at_cost(self):
date = datetime.date(2012, 3, 10)
conversion_entries = summarize.conversions(self.entries, self.ACCOUNT,
'XFER', date)
self.assertIncludesEntries(self.entries, conversion_entries)
self.assertIncludesEntries(
"""
2012-03-09 C "Conversion for (-800.00 USD, 200.00 CAD, 60 NT {10 CAD})"
Equity:Conversions 800.00 USD @ 0 XFER
Equity:Conversions -800.00 CAD @ 0 XFER
""", conversion_entries)
converted_balance = interpolate.compute_entries_balance(
conversion_entries, date=date)
self.assertTrue(converted_balance.cost().is_empty())
def test_conversions__needed_middle(self):
date = datetime.date(2012, 3, 3)
conversion_entries = summarize.conversions(self.entries, self.ACCOUNT,
'NOTHING', date)
self.assertIncludesEntries(self.entries, conversion_entries)
self.assertIncludesEntries(
"""
2012-03-02 C "Conversion for (-800.00 USD, 800.00 CAD)"
Equity:Conversions 800.00 USD @ 0 NOTHING
Equity:Conversions -800.00 CAD @ 0 NOTHING
""", conversion_entries)
converted_balance = interpolate.compute_entries_balance(
conversion_entries, date=date)
self.assertTrue(converted_balance.cost().is_empty())