def test_strings(): # NOTE: part a1 comment_test = _(u'first part') # NOTE: part b1 comment_test_2 = _(u'second part') context_test = pgettext(u'Three', u'first part') context_test2 = pgettext(u'Four', u'second part')
def num_format(number, key=None, labels=True, suffix_html=False): if key == "ordinal": ordinals = (pgettext('0', 'th'), pgettext('1', 'st'), pgettext('2', 'nd'), pgettext('3', 'rd'), pgettext('4', 'th'), pgettext('5', 'th'), pgettext('6', 'th'), pgettext('7', 'th'), pgettext('8', 'th'), pgettext('9', 'th')) n = int(number) if n % 100 in (11, 12, 13): return u"{0}{1}".format(n, ordinals[0]) return u"{0}{1}".format(n, ordinals[n % 10]) # Converts the number to a float. n = float(number) label = None suffix = None # Determines which index of "groups" to move the decimal point to. if n: groups = ["", "k", "M", "B", "T"] m = max(0, min(len(groups) - 1, int(math.floor(math.log10(abs(n)) / 3)))) # Moves the decimal point and rounds the new number to specific decimals. n = n / 10**(3 * m) if key and key == "eci": n = round(n, 2) elif n > 99: n = int(n) elif n > 9: n = round(n, 1) elif n > 1: n = round(n, 2) else: n = round(n, 3) # Initializes the number suffix based on the group. suffix = groups[m] raw_n = n n = format_decimal(n, locale=g.locale) if key and key == "eci": n = str(n) if len(n) == 3: n = "{}0".format(n) # If the language is not English, translate the suffix. if suffix: if g.locale != "en": suffix = u"{0}".format(plurals(key=suffix, n=raw_n)) # suffix = u"{0}".format(suffix) if len(suffix) > 1: n = u"{0} <span class='suffix'>{1}</span>".format(n, suffix) else: n = u"{0}{1}".format(n, suffix) if key and labels: affix = affixes(key) if affix: return u"{0}{1}{2}".format(unicode(affix[0]), n, unicode(affix[1])) elif "growth" in key: return "{0}%".format(n) return n
def num_format(number, key=None, labels=True, suffix_html=False): if key == "ordinal": ordinals = (pgettext('0', 'th'), pgettext('1', 'st'), pgettext('2', 'nd'), pgettext('3', 'rd'), pgettext('4', 'th'), pgettext('5', 'th'), pgettext('6', 'th'), pgettext('7', 'th'), pgettext('8', 'th'), pgettext('9', 'th')) n = int(number) if n % 100 in (11, 12, 13): return u"{0}{1}".format(n, ordinals[0]) return u"{0}{1}".format(n, ordinals[n % 10]) # Converts the number to a float. n = float(number) label = None suffix = None # Determines which index of "groups" to move the decimal point to. if n: groups = ["", "k", "M", "B", "T"] m = max(0,min(len(groups)-1, int(math.floor(math.log10(abs(n))/3)))) # Moves the decimal point and rounds the new number to specific decimals. n = n/10**(3*m) if key and key == "eci": n = round(n, 2) elif n > 99: n = int(n) elif n > 9: n = round(n, 1) elif n > 1: n = round(n, 2) else: n = round(n, 3) # Initializes the number suffix based on the group. suffix = groups[m] raw_n = n n = format_decimal(n, locale=g.locale) if key and key == "eci": n = str(n) if len(n) == 3: n = "{}0".format(n) # If the language is not English, translate the suffix. if suffix: if g.locale != "en": suffix = u"{0}".format(plurals(key=suffix, n=raw_n)) # suffix = u"{0}".format(suffix) if len(suffix) > 1: n = u"{0} <span class='suffix'>{1}</span>".format(n,suffix) else: n = u"{0}{1}".format(n,suffix) if key and labels: affix = affixes(key) if affix: return u"{0}{1}{2}".format(unicode(affix[0]), n, unicode(affix[1])) elif "growth" in key: return "{0}%".format(n) return n
def num_format(number, key = None, labels = True): if key == "ordinal": ordinals = (pgettext('0', 'th'), pgettext('1', 'st'), pgettext('2', 'nd'), pgettext('3', 'rd'), pgettext('4', 'th'), pgettext('5', 'th'), pgettext('6', 'th'), pgettext('7', 'th'), pgettext('8', 'th'), pgettext('9', 'th')) n = int(number) if n % 100 in (11, 12, 13): return "{0}{1}".format(n, ordinals[0]) return "{0}{1}".format(n, ordinals[n % 10]) # Converts the number to a float. try: n = float(number) except ValueError: return number label = None suffix = None # Determines which index of "groups" to move the decimal point to. if n: groups = ["", "k", "M", "B", "T"] m = max(0,min(len(groups)-1, int(math.floor(math.log10(abs(n))/3)))) # Moves the decimal point and rounds the new number to specific decimals. n = n/10**(3*m) if n > 99: n = int(n) elif n > 9: n = round(n, 1) elif n > 1: n = round(n, 2) else: n = round(n, 3) # Initializes the number suffix based on the group. suffix = groups[m] arrow = False if "growth" in key or key == "share": if n > 0: arrow = "up" elif n < 0: arrow = "down" n = float(n)*100 if "age" in key: n = int(round(n)) else: n = format_decimal(n, locale=g.locale) # If the language is not English, translate the suffix. if suffix: if g.locale != "en": suffix = u" {0}".format(plurals(key=suffix, n=n)) n = u"{0}{1}".format(n,suffix) if key and labels: affix = affixes(key) if affix: return u"{0}{1}{2}".format(unicode(affix[0]), n, unicode(affix[1])) elif "growth" in key: if arrow: arrow = "<i class='growth-arrow {0} fa fa-arrow-circle-{0}'></i>".format(arrow) else: arrow = "" return "{}%{}".format(n, arrow) elif key == "share": return "{}%".format(n) return n