def __unicode__(self):
if self.__use_l10n():
locale = self.__get_current_locale()
if locale:
return format_money(self, locale=locale)
return format_money(self)
def __unicode__(self):
if self.__use_l10n():
locale = self.__get_current_locale()
if locale:
return format_money(self, locale=locale)
return format_money(self)
def __str__(self):
from moneyed.localization import format_money
if PYTHON2:
return '%s%s' % (self.currency.code,
format_money(self, include_symbol=False))
else:
return format_money(self)
def test_format_money_uses_default_formatting_definition_if_given_locale_not_registered(
self):
m1 = Money(Decimal('100'), 'GBP')
# should format with 'default' formatting definition
expected_default_formatting = format_money(m1)
# should format with 'default' formatting definition since
# 'en_AU' is not a registered formatting definition
returned_formatting = format_money(m1, locale='en_AU')
assert returned_formatting == expected_default_formatting
def __str__(self):
from moneyed.localization import format_money
first = True
us = u""
for mon in self.getMoneys():
if first:
us = u"" + format_money(mon)
first = False
else:
us = us + u", " + format_money(mon)
return us
def test_format_money(self):
# Two decimal places by default
assert format_money(self.one_million_bucks) == 'US$1,000,000.00'
# No decimal point without fractional part
assert format_money(self.one_million_bucks, decimal_places=0) == 'US$1,000,000'
# locale == pl_PL
one_million_pln = Money('1000000', 'PLN')
# Two decimal places by default
assert format_money(one_million_pln, locale='pl_PL') == '1 000 000,00 zł'
assert format_money(self.one_million_bucks, locale='pl_PL') == '1 000 000,00 USD'
# No decimal point without fractional part
assert format_money(one_million_pln, locale='pl_PL',
decimal_places=0) == '1 000 000 zł'
def test_format_money(self):
# Two decimal places by default
assert format_money(self.one_million_bucks) == 'US$1,000,000.00'
# No decimal point without fractional part
assert format_money(self.one_million_bucks, decimal_places=0) == 'US$1,000,000'
# locale == pl_PL
one_million_pln = Money('1000000', 'PLN')
# Two decimal places by default
assert format_money(one_million_pln, locale='pl_PL') == '1 000 000,00 zł'
assert format_money(self.one_million_bucks, locale='pl_PL') == '1 000 000,00 USD'
# No decimal point without fractional part
assert format_money(one_million_pln, locale='pl_PL',
decimal_places=0) == '1 000 000 zł'
def default(self, o):
if isinstance(o, Money):
return format_money(o, locale=translation.get_language())
if isinstance(o, Decimal):
return str(m.floor(o))
# Let the base class default method raise the TypeError
return json.JSONEncoder.default(self, o)
def format_money(m: Money, latex: bool = False) -> str:
from moneyed import localization
ret: str = localization.format_money(m, locale="en_US")
if latex and "$" in ret:
ret = ret.replace("$", r"\$")
return ret
def format_money_remove_aud(self, **kwargs):
"""
Monkey patch money.Money.format so that the default currency (AUD) isn't displayed
when calling Money.format()
@author: Alex Hayes <*****@*****.**>
"""
return format_money(self, **kwargs).replace('A$', '$')
def __unicode__(self):
kwargs = {'money': self, 'decimal_places': DECIMAL_PLACES}
if self.is_localized:
locale = get_current_locale()
if locale:
kwargs['locale'] = locale
return format_money(**kwargs)
def format_money_remove_aud(self, **kwargs):
"""
Monkey patch money.Money.format so that the default currency (AUD) isn't displayed
when calling Money.format()
@author: Alex Hayes <*****@*****.**>
"""
return format_money(self, **kwargs).replace('A$', '$')
def __str__(self):
kwargs = {"money": self, "decimal_places": self.decimal_places}
if self.is_localized:
locale = get_current_locale()
if locale:
kwargs["locale"] = locale
return format_money(**kwargs)
def __unicode__(self):
kwargs = {'money': self, 'decimal_places': DECIMAL_PLACES}
if self.is_localized:
locale = get_current_locale()
if locale:
kwargs['locale'] = locale
return format_money(**kwargs)
def moneyformat(value, currency = 'PLN', decimal_pos = 2, locale = None):
locale = get_money_locale(locale)
if isinstance(value, Money):
pass
else:
value = Money(value, currency = get_currency(str(currency)))
return format_money(value, decimal_places = decimal_pos, locale = locale)
def format_money(self, money):
"""Returns locale formated money
:param money: Money
:type money: moneyed.Money
:rtype: unicode
"""
return format_money(money, locale=self.locale())
def convtomoney(arr):
""" Converts array of floats/integers into an array of formatted money objects. """
floatarr = np.array(arr)
flat = floatarr.flatten()
nelem = len(flat)
dim = floatarr.shape
monarr = np.zeros(nelem, dtype = object)
for i in range(nelem):
monarr[i] = format_money(Money(amount = str(flat[i]), currency = 'USD'), locale = 'en_US')
return monarr.reshape(dim)
def test_format_money_fr(self):
# locale == fr_FR
one_million_eur = Money('1000000', 'EUR')
one_million_cad = Money('1000000', 'CAD')
assert format_money(one_million_eur, locale='fr_FR') == '1 000 000,00 €'
assert format_money(self.one_million_bucks, locale='fr_FR') == '1 000 000,00 $ US'
assert format_money(one_million_cad, locale='fr_FR') == '1 000 000,00 $ CA'
# No decimal point without fractional part
assert format_money(one_million_eur, locale='fr_FR',
decimal_places=0) == '1 000 000 €'
# locale == fr_CA
assert format_money(one_million_cad, locale='fr_CA') == '1 000 000,00 $'
assert format_money(self.one_million_bucks, locale='fr_CA') == '1 000 000,00 $ US'
assert format_money(one_million_eur, locale='fr_CA') == '1 000 000,00 €'
def test_format_money_fr(self):
# locale == fr_FR
one_million_eur = Money('1000000', 'EUR')
one_million_cad = Money('1000000', 'CAD')
assert format_money(one_million_eur, locale='fr_FR') == '1 000 000,00 €'
assert format_money(self.one_million_bucks, locale='fr_FR') == '1 000 000,00 $ US'
assert format_money(one_million_cad, locale='fr_FR') == '1 000 000,00 $ CA'
# No decimal point without fractional part
assert format_money(one_million_eur, locale='fr_FR',
decimal_places=0) == '1 000 000 €'
# locale == fr_CA
assert format_money(one_million_cad, locale='fr_CA') == '1 000 000,00 $'
assert format_money(self.one_million_bucks, locale='fr_CA') == '1 000 000,00 $ US'
assert format_money(one_million_eur, locale='fr_CA') == '1 000 000,00 €'
def test_format_money(self):
# Two decimal places by default
assert format_money(self.one_million_bucks) == 'US$1,000,000.00'
# No decimal point without fractional part
assert format_money(self.one_million_bucks, decimal_places=0) == 'US$1,000,000'
# Locale format not included, should fallback to DEFAULT
assert format_money(self.one_million_bucks, locale='es_ES') == 'US$1,000,000.00'
# locale == pl_PL
one_million_pln = Money('1000000', 'PLN')
# Two decimal places by default
assert format_money(one_million_pln, locale='pl_PL') == '1 000 000,00 zł'
assert format_money(self.one_million_bucks, locale='pl_PL') == '1 000 000,00 USD'
# No decimal point without fractional part
assert format_money(one_million_pln, locale='pl_PL',
decimal_places=0) == '1 000 000 zł'
def test_format_money(self):
# Two decimal places by default
assert format_money(self.one_million_bucks) == 'US$1,000,000.00'
# No decimal point without fractional part
assert format_money(self.one_million_bucks, decimal_places=0) == 'US$1,000,000'
# Locale format not included, should fallback to DEFAULT
assert format_money(self.one_million_bucks, locale='es_ES') == 'US$1,000,000.00'
# locale == pl_PL
one_million_pln = Money('1000000', 'PLN')
# Two decimal places by default
assert format_money(one_million_pln, locale='pl_PL') == '1 000 000,00 zł'
assert format_money(self.one_million_bucks, locale='pl_PL') == 'US$1 000 000,00'
# No decimal point without fractional part
assert format_money(one_million_pln, locale='pl_PL',
decimal_places=0) == '1 000 000 zł'
def currency(value):
return format_money(value, locale=DJANGO)
def fmt(money):
return format_money(money, locale=to_locale(get_language() or 'en-us'))
def test_format_money(self):
# Two decimal places by default
assert format_money(self.one_million_bucks) == 'US$1,000,000.00'
# No decimal point without fractional part
assert format_money(self.one_million_bucks,
decimal_places=0) == 'US$1,000,000'
# locale == pl_PL
one_million_pln = Money('1000000', 'PLN')
# Two decimal places by default
assert format_money(one_million_pln,
locale='pl_PL') == '1 000 000,00 zł'
# overriden sign/format locale display default sign with locale group parameter
assert format_money(self.one_million_bucks,
locale='pl_PL') == 'US$1 000 000,00'
# non overriden sign/format locale display default money sign with default group parameter
assert format_money(self.one_million_bucks,
locale='fr_FR') == 'US$1,000,000.00'
# No decimal point without fractional part
assert format_money(one_million_pln, locale='pl_PL',
decimal_places=0) == '1 000 000 zł'
# add different sign for money USD in locale pl_PL
_sign('pl_PL', moneyed.USD, prefix='$')
assert format_money(self.one_million_bucks,
locale='pl_PL') == '$1 000 000,00'
# default locale display correct money sign with default group parameter
assert format_money(self.one_million_euros) == '1,000,000.00 €'
# non overriden sign/format locale display default money sign with default group parameter
assert format_money(self.one_million_euros,
locale='fr_FR') == '1,000,000.00 €'
# overriden sign/locale locale display default money sign with locale group parameter
assert format_money(self.one_million_euros,
locale='en_US') == '1,000,000.00 €'
# add format for fr_FR locale
_format("fr_FR",
group_size=3,
group_separator=" ",
decimal_point=",",
positive_sign="",
trailing_positive_sign="",
negative_sign="-",
trailing_negative_sign="",
rounding_method=ROUND_HALF_EVEN)
# overriden format locale display correct sign with locale group parameter
assert format_money(self.one_million_euros,
locale='fr_FR') == '1 000 000,00 €'
def currency(value):
return format_money(value, locale=DJANGO)
def formatted_captured_amount(self, obj):
if obj.captured_amount is not None:
return format_money(obj.captured_amount)
def __unicode__(self):
from moneyed.localization import format_money
return format_money(self)
def test_format_money(self):
# Two decimal places by default
assert format_money(self.one_million_bucks) == 'US$1,000,000.00'
# No decimal point without fractional part
assert format_money(self.one_million_bucks, decimal_places=0) == 'US$1,000,000'
# locale == pl_PL
one_million_pln = Money('1000000', 'PLN')
# Two decimal places by default
assert format_money(one_million_pln, locale='pl_PL') == '1 000 000,00 zł'
# overriden sign/format locale display default sign with locale group parameter
assert format_money(self.one_million_bucks, locale='pl_PL') == 'US$1 000 000,00'
# non overriden sign/format locale display default money sign with default group parameter
assert format_money(self.one_million_bucks, locale='fr_FR') == 'US$1,000,000.00'
# No decimal point without fractional part
assert format_money(one_million_pln, locale='pl_PL', decimal_places=0) == '1 000 000 zł'
# add different sign for money USD in locale pl_PL
_sign('pl_PL', moneyed.USD, prefix='$')
assert format_money(self.one_million_bucks, locale='pl_PL') == '$1 000 000,00'
# default locale display correct money sign with default group parameter
assert format_money(self.one_million_euros) == '1,000,000.00 €'
# non overriden sign/format locale display default money sign with default group parameter
assert format_money(self.one_million_euros, locale='fr_FR') == '1,000,000.00 €'
# overriden sign/locale locale display default money sign with locale group parameter
assert format_money(self.one_million_euros, locale='en_US') == '1,000,000.00 €'
# add format for fr_FR locale
_format("fr_FR", group_size=3, group_separator=" ", decimal_point=",",
positive_sign="", trailing_positive_sign="",
negative_sign="-", trailing_negative_sign="",
rounding_method=ROUND_HALF_EVEN)
# overriden format locale display correct sign with locale group parameter
assert format_money(self.one_million_euros, locale='fr_FR') == '1 000 000,00 €'
def formatted_total(self, obj):
return format_money(obj.total)
def test_format_money(self):
# Two decimal places by default
assert format_money(self.one_million_bucks) == 'US$1,000,000.00'
# No decimal point without fractional part
assert format_money(self.one_million_bucks, decimal_places=0) == 'US$1,000,000'
def test_format_money_by(self):
assert format_money(Money('10', 'BYN'), locale='ru_RU') == '10,00 руб.'
assert format_money(Money('10.15', 'BYN'),
locale='ru_RU') == '10,15 руб.'
assert format_money(Money('1234.56', 'BYN'),
locale='ru_RU') == '1 234,56 руб.'
def unbreakable_amount(self, obj):
"""Correctly formatted amount with unbreakable spaces."""
locale = to_locale(get_language())
amount = format_money(obj.amount, locale=locale)
return mark_safe(amount.replace(' ', ' '))
def __str__(self):
from moneyed.localization import format_money
return format_money(self)
def test_format_money_ru(self):
assert format_money(Money('10', 'RUB'), locale='ru_RU') == '10₽'
assert format_money(Money('1234', 'RUB'), locale='ru_RU') == '1 234₽'
def money_str(amount):
return format_money(Money(amount, 'GBP'), locale='en_GB')
def __str__(self):
from moneyed.localization import format_money
if PYTHON2:
return '%s%s' % (self.currency.code, format_money(self, include_symbol=False))
else:
return format_money(self)
def amount(obj):
return format_money(obj.amount)
