def __init__(self,
sourceLang,
targetLang,
sourceLocale,
targetLocale,
fullmatch=False):
"""Initialize a NumberTranslator instance
Args:
sourceLang (str): source language in full spelling, e.g., 'English'
ignored if sourceLocale is provided
sourceLocale (str): source locale identifier
targetLang (str): target language in full spelling, e.g., 'French'
ignored if targetLocale is provided
targetLocale (str): target locale identifier
fullmatch (bool): whether to full-match a text or not
if True, NumberTranslator can act as an independent translator
if False, NumberTranslator must work with other translators
"""
self.srcLang = NAME_YAPPN_MAPPINGS[sourceLang]
self.srcLocale = sourceLocale if sourceLocale else re.sub(
'-', '_', CULTURE_CODES[sourceLang][0])
self.tgtLocale = targetLocale if targetLocale else re.sub(
'-', '_', CULTURE_CODES[targetLang][0])
self._fullmatch = fullmatch
self.srcDecimalSymbol = numbers.get_decimal_symbol(self.srcLocale)
self.tgtDecimalSymbol = numbers.get_decimal_symbol(self.tgtLocale)
self.srcGroupSymbol = numbers.get_group_symbol(self.srcLocale)
self.tgtGroupSymbol = numbers.get_group_symbol(self.tgtLocale)
def parse_decimal(string, locale):
locale = Locale.parse(locale)
decimal_symbol = get_decimal_symbol(locale)
group_symbol = get_group_symbol(locale)
group_symbol = " " if group_symbol == "\xa0" else group_symbol
return Decimal(
string.replace(group_symbol, "").replace(decimal_symbol, "."))
def parse_value(value):
"""
Accepts a string value and attempts to parce it as a currency value.
Returns the extracted numeric value converted to a string
"""
l_currency_language_code, l_currency_code = _getCodes()
curSym = get_currency_symbol(l_currency_code, l_currency_language_code)
grpSym = get_group_symbol(locale=l_currency_language_code.lower())
decSym = get_decimal_symbol(locale=l_currency_language_code.lower())
# Convert the Official characters into what comes from the keyboard.
# This section may need to grow over time.
# - Character 160 is a non-breaking space, which is different from a typed space
if ord(grpSym) == 160:
value = value.replace(u' ', grpSym)
allSym = _getSymbols(value)
invalidSym = allSym.replace(curSym, '').replace(
grpSym, '').replace(decSym, '').replace(u'-', '')
value = value.replace(curSym, '')
if allSym.count(decSym) > 1:
raise NumberFormatError(default_error_messages['decimal_symbol'] % decSym)
if (allSym.count(decSym) == 1 and allSym[-1] != decSym) or invalidSym:
raise NumberFormatError(default_error_messages['invalid_format'] % (grpSym, decSym))
if value.count(decSym) == 1:
value = parse_decimal(value, locale=l_currency_language_code.lower())
else:
value = parse_number(value, locale=l_currency_language_code.lower())
# The value is converted into a string because the parse functions return floats
return str(value)
def parse_value(value):
"""
Accepts a string value and attempts to parce it as a currency value.
Returns the extracted numeric value converted to a string
"""
l_currency_language_code, l_currency_code = _getCodes()
curSym = get_currency_symbol(l_currency_code, l_currency_language_code)
grpSym = get_group_symbol(locale=l_currency_language_code.lower())
decSym = get_decimal_symbol(locale=l_currency_language_code.lower())
# Convert the Official characters into what comes from the keyboard.
# This section may need to grow over time.
# - Character 160 is a non-breaking space, which is different from a typed space
if ord(grpSym) == 160:
value = value.replace(u" ", grpSym)
allSym = _getSymbols(value)
invalidSym = allSym.replace(curSym, "").replace(grpSym, "").replace(decSym, "").replace(u"-", "")
value = value.replace(curSym, "")
if allSym.count(decSym) > 1:
raise NumberFormatError(default_error_messages["decimal_symbol"] % decSym)
elif (allSym.count(decSym) == 1 and allSym[-1] != decSym) or len(invalidSym) > 0:
raise NumberFormatError(default_error_messages["invalid_format"] % (grpSym, decSym))
elif value.count(decSym) == 1:
value = parse_decimal(value, locale=l_currency_language_code.lower())
else:
value = parse_number(value, locale=l_currency_language_code.lower())
# The value is converted into a string because the parse functions return
# floats
return str(value)
def get_group_symbol(self):
"""Return the symbol used to separate groups of thousands
>>> Locale('en', 'US').get_group_symbol()
u','
"""
return numbers.get_group_symbol(self)
def number_size_format(size, lang="en"):
'''
Formatea un tamaño de fichero en el idioma actual
'''
if not size:
return None, None
elif int(float(size))==0:
return "0", ("B","bytes")
if lang in format_cache:
decimal_sep, group_sep = format_cache[lang]
else:
decimal_sep, group_sep = format_cache[lang] = (get_decimal_symbol(lang), get_group_symbol(lang))
try:
if size<1000: # no aplica para los bytes
return str(size), ("B","bytes")
else:
size = log(float(size),1000)
number = 1000**(size-int(size))
# parte decimal
dec_part = int((number-int(number))*100)
dec_part = "" if dec_part==0 else decimal_sep+"0"+str(dec_part) if dec_part<10 else decimal_sep+str(dec_part)
# genera salida
return ''.join(
reversed([c + group_sep if i != 0 and i % 3 == 0 else c for i, c in enumerate(reversed(str(int(number))))])
) + dec_part, (("KB","kilobytes"),("MB","megabytes"),("GB","gigabytes"),("TB","terabytes"))[int(size)-1]
except BaseException as e:
logging.exception(e)
return None, None
def process_formdata(self, valuelist):
if valuelist:
try:
self.data = Decimal(valuelist[0].replace(
numbers.get_group_symbol(DEFAULT_LOCALE), ''))
except (ValueError, TypeError, InvalidOperation):
pass
def process_formdata(self, valuelist):
if valuelist:
try:
self.data = int(valuelist[0].replace(
numbers.get_group_symbol(DEFAULT_LOCALE), ''))
except ValueError:
pass
def __call__(self, form, field):
try:
Decimal(field.raw_data[0].replace(
numbers.get_group_symbol(flask_babel.get_locale()), ''))
except (ValueError, TypeError, InvalidOperation, AttributeError):
raise validators.StopValidation(self.message)
if 'e' in field.raw_data[0].lower():
raise validators.StopValidation(self.message)
def __call__(self, form, field):
data = field.raw_data[0].replace(
numbers.get_group_symbol(DEFAULT_LOCALE), '').replace(' ', '')
decimal_symbol = numbers.get_decimal_symbol(DEFAULT_LOCALE)
if data and decimal_symbol in data:
if self.max_decimals == 0:
raise validators.ValidationError(
self.messages['INVALID_INTEGER'])
elif len(data.split(decimal_symbol)[1]) > self.max_decimals:
raise validators.ValidationError(
self.messages['INVALID_DECIMAL'] %
dict(max=self.max_decimals))
def __call__(self, form, field):
data = (field.raw_data[0].replace(
numbers.get_group_symbol(flask_babel.get_locale()),
"").replace(" ", ""))
decimal_symbol = numbers.get_decimal_symbol(flask_babel.get_locale())
if data and decimal_symbol in data:
if self.max_decimals == 0:
raise validators.ValidationError(
self.messages["INVALID_INTEGER"])
if len(data.split(decimal_symbol)[1]) > self.max_decimals:
raise validators.ValidationError(
self.messages["INVALID_DECIMAL"] %
dict(max=self.max_decimals))
def __call__(
self,
form: FlaskForm,
field: Union[DecimalFieldWithSeparator, IntegerFieldWithSeparator],
) -> None:
try:
Decimal(field.raw_data[0].replace(
numbers.get_group_symbol(flask_babel.get_locale()), ""))
except (ValueError, TypeError, InvalidOperation,
AttributeError) as exc:
raise validators.StopValidation(self.message) from exc
if "e" in field.raw_data[0].lower():
raise validators.StopValidation(self.message)
def number_size_format_filter(size, lang=None):
'''
Formatea un tamaño de fichero en el idioma actual
'''
if not size:
return ""
elif int(float(size))==0:
return "0 B"
if not lang:
lang = g.lang
if lang in format_cache:
decimal_sep, group_sep = format_cache[lang]
else:
decimal_sep, group_sep = format_cache[lang] = (get_decimal_symbol(lang), get_group_symbol(lang))
try:
if float(size)<1000: # no aplica para los bytes
return str(size)+" B"
else:
size = log(float(size),1024)
number = 1024**(size-int(size))
fix=0
if number>=1000: #para que los tamaños entre 1000 y 1024 pasen a la unidad siguiente
number/=1024
fix=1
# parte decimal
dec_part = int((number-int(number))*100)
dec_part = "" if dec_part==0 else decimal_sep+"0"+str(dec_part) if dec_part<10 else decimal_sep+str(dec_part)
# genera salida
return ''.join(
reversed([c + group_sep if i != 0 and i % 3 == 0 else c for i, c in enumerate(reversed(str(int(number))))])
) + dec_part + (" KiB"," MiB"," GiB"," TiB")[int(size)-1+fix]
except BaseException as e:
logging.exception(e)
return ""
def number_size_format(size, lang="en"):
'''
Formatea un tamaño de fichero en el idioma actual
'''
if not size:
return None, None
elif int(float(size)) == 0:
return "0", ("B", "bytes")
if lang in format_cache:
decimal_sep, group_sep = format_cache[lang]
else:
decimal_sep, group_sep = format_cache[lang] = (
get_decimal_symbol(lang), get_group_symbol(lang))
try:
if size < 1000: # no aplica para los bytes
return str(size), ("B", "bytes")
else:
size = log(float(size), 1000)
number = 1000**(size - int(size))
# parte decimal
dec_part = int((number - int(number)) * 100)
dec_part = "" if dec_part == 0 else decimal_sep + "0" + str(
dec_part) if dec_part < 10 else decimal_sep + str(dec_part)
# genera salida
return ''.join(
reversed([
c + group_sep if i != 0 and i % 3 == 0 else c
for i, c in enumerate(reversed(str(int(number))))
])) + dec_part, (("KB", "kilobytes"), ("MB", "megabytes"),
("GB", "gigabytes"),
("TB", "terabytes"))[int(size) - 1]
except BaseException as e:
logging.exception(e)
return None, None
def get_thous_sep(self):
return get_group_symbol(locale=self.locale)
def test_get_group_symbol():
assert numbers.get_group_symbol('en_US') == u','
def get_lang_float_format(locale_lang,monetary=False):
thousands_sep = cherrypy.session['lang'].get('thousands_sep') or numbers.get_group_symbol(locale_lang)
decimal_point = cherrypy.session['lang'].get('decimal_point')
grouping = cherrypy.session['lang'].get('grouping')
return (grouping, thousands_sep, decimal_point)
def get_group_symbol(self):
"""Return the symbol used to separate groups of thousands
"""
return numbers.get_group_symbol(self)
def remove_group_symbols(string, locale=LC_NUMERIC):
symbol = get_group_symbol(locale)
return string.replace(symbol, '')
def get_group_format(locale=LC_TIME):
"""Get digit group separator for thousands for the locale."""
return get_group_symbol(locale)
def clean(self, value):
locale = get_request().locale
value = value.replace(numbers.get_group_symbol(locale), "").replace(numbers.get_decimal_symbol(locale), ".")
return forms.DecimalField(self, value)
def remove_group_symbols(string, locale=LC_NUMERIC):
symbol = get_group_symbol(locale)
return string.replace(symbol, '')
def get_lang_float_format(locale_lang, monetary=False):
thousands_sep = cherrypy.session['lang'].get(
'thousands_sep') or numbers.get_group_symbol(locale_lang)
decimal_point = cherrypy.session['lang'].get('decimal_point')
grouping = cherrypy.session['lang'].get('grouping')
return (grouping, thousands_sep, decimal_point)
def get_thous_sep(request):
return get_group_symbol(locale=get_locale(request))
def currency(self,bizplace_id,user_id):
symbol=get_currency_symbol(bizplace_store.get(bizplace_id,fields=['currency']))
user_locale = dbaccess.stores.memberpref_store.get_by(dict(member=user_id), ['language'])[0]['language']
decimal=get_decimal_symbol(user_locale)
group=get_group_symbol(user_locale)
return dict(symbol=symbol, decimal=decimal, group=group)
def test_get_group_symbol():
assert numbers.get_group_symbol('en_US') == u','
def clean(self, value):
locale = get_request().locale
value = value.replace(numbers.get_group_symbol(locale), "")
return forms.IntegerField(self, value)