def lang_key(lang_scr):
name = lang_data.lang_script_to_names(lang_scr)[0]
if name.endswith(' script)'):
ix = name.rfind('(') - 1
script_sfx = ' ' + name[ix + 2:len(name) - 8]
name = name[:ix]
else:
script_sfx = ''
key = name
for prefix in [
'Ancient', 'Central', 'Eastern', 'Lower', 'Middle', 'North',
'Northern', 'Old', 'Southern', 'Southwestern', 'Upper', 'West',
'Western'
]:
if name.startswith(prefix + ' '):
key = name[len(prefix) + 1:] + ' ' + name[:len(prefix)]
break
for cluster in [
'Arabic', 'French', 'Chinese', 'English', 'German', 'Hindi',
'Malay', 'Nahuatl', 'Tamazight', 'Thai'
]:
if name.find(cluster) != -1:
key = cluster + '-' + name
break
return key + script_sfx
def lang_key(lang_scr):
name = lang_data.lang_script_to_names(lang_scr)[0]
if name.endswith (' script)'):
ix = name.rfind('(') - 1
script_sfx = ' ' + name[ix + 2: len(name) - 8]
name = name[:ix]
else:
script_sfx = ''
key = name
for prefix in ['Ancient', 'Central', 'Eastern', 'Lower', 'Middle', 'North',
'Northern', 'Old', 'Southern', 'Southwestern', 'Upper',
'West', 'Western']:
if name.startswith(prefix + ' '):
key = name[len(prefix) + 1:] + ' ' + name[:len(prefix)]
break
for cluster in ['Arabic', 'French', 'Chinese', 'English', 'German', 'Hindi',
'Malay', 'Nahuatl', 'Tamazight', 'Thai']:
if name.find(cluster) != -1:
key = cluster + '-' + name
break
return key + script_sfx
def build_data_json(self, family_id_to_lang_scr_to_sample_key,
families, family_zip_info, universal_zip_info,
family_id_to_regions, region_to_family_ids):
data_obj = collections.OrderedDict()
families_obj = collections.OrderedDict()
# Sort families by English name, except 'Noto Sans' and 'Noto Serif' come first
family_ids = [family_id for family_id
in family_id_to_lang_scr_to_sample_key
if family_id != 'sans-lgc' and family_id != 'serif-lgc']
family_ids = sorted(family_ids, key=lambda f: families[f].name)
sorted_ids = ['sans-lgc', 'serif-lgc']
sorted_ids.extend(family_ids)
for k in sorted_ids:
family = families[k]
family_obj = {}
family_obj['name'] = family.name
name, hinted_size, unhinted_size = family_zip_info[k]
pkg_obj = collections.OrderedDict()
if hinted_size:
pkg_obj['hinted'] = hinted_size
if unhinted_size:
pkg_obj['unhinted'] = unhinted_size
family_obj['pkgSize'] = pkg_obj
# special case number of fonts for CJK
if family.rep_member.is_cjk:
num_fonts = 7 #ignore mono
else:
num_fonts = len(family.hinted_members or family.unhinted_members)
family_obj['fonts'] = num_fonts
# only displayed langs -- see build_family_json lang_scrs
lang_scrs_map = family_id_to_lang_scr_to_sample_key[k]
family_obj['langs'] = sum([1 for l in lang_scrs_map if not l.startswith('und-')])
family_obj['regions'] = len(family_id_to_regions[k])
families_obj[k] = family_obj
data_obj['family'] = families_obj
data_obj['familyOrder'] = sorted_ids
# get inverse map from lang_scr to family_id
lang_scr_to_family_ids = collections.defaultdict(set)
for family_id, lang_scrs in family_id_to_lang_scr_to_sample_key.iteritems():
for lang_scr in lang_scrs:
lang_scr_to_family_ids[lang_scr].add(family_id)
# Dont list 'und-' lang tags, these are for default samples and not listed in the UI
lang_scrs = [l for l in lang_scr_to_family_ids if not l.startswith('und-')]
langs_obj = collections.OrderedDict()
# sort by english name
for lang_scr in sorted(lang_scrs,
key=lambda l: lang_data.lang_script_to_names(l)[0]):
lang_obj = collections.OrderedDict()
names = lang_data.lang_script_to_names(lang_scr)
english_name = names[0]
lang_obj['name'] = english_name
if cldr_data.is_rtl(lang_scr):
lang_obj['rtl'] = True
lang_obj['families'] = sorted(lang_scr_to_family_ids[lang_scr])
native_names = [n for n in names[1:] if n != english_name]
if native_names:
lang_obj['keywords'] = native_names
langs_obj[lang_scr] = lang_obj
data_obj['lang'] = langs_obj
regions_obj = collections.OrderedDict()
for region in sorted(region_to_family_ids,
key=lambda r: cldr_data.get_english_region_name(r)):
region_obj = collections.OrderedDict()
region_obj['families'] = sorted(region_to_family_ids[region])
region_obj['keywords'] = [cldr_data.get_english_region_name(region)]
regions_obj[region] = region_obj
data_obj['region'] = regions_obj
pkg_obj = collections.OrderedDict()
pkg_obj['hinted'] = universal_zip_info[1]
pkg_obj['unhinted'] = universal_zip_info[2]
data_obj['pkgSize'] = pkg_obj
self.write_json(data_obj, 'data')
def build_data_json(self, family_id_to_lang_scr_to_sample_key,
families, family_zip_info, universal_zip_info,
family_id_to_regions, region_to_family_ids):
data_obj = collections.OrderedDict()
families_obj = collections.OrderedDict()
# Sort families by English name, except 'Noto Sans', 'Noto Serif', and
# 'Noto Mono' come first, in that order
initial_ids = ['sans-lgc', 'serif-lgc', 'mono-mono']
family_ids = [family_id for family_id
in family_id_to_lang_scr_to_sample_key
if family_id not in initial_ids]
family_ids = sorted(family_ids, key=lambda f: families[f].name)
sorted_ids = [fid for fid in initial_ids
if fid in family_id_to_lang_scr_to_sample_key]
sorted_ids.extend(family_ids)
for k in sorted_ids:
family = families[k]
family_obj = {}
family_obj['name'] = family.name
name, hinted_size, unhinted_size = family_zip_info[k]
pkg_obj = collections.OrderedDict()
if hinted_size:
pkg_obj['hinted'] = hinted_size
if unhinted_size:
pkg_obj['unhinted'] = unhinted_size
family_obj['pkgSize'] = pkg_obj
# special case number of fonts for CJK
if family.rep_member.is_cjk:
num_fonts = 7 #ignore mono
else:
num_fonts = len(family.hinted_members or family.unhinted_members)
family_obj['fonts'] = num_fonts
# only displayed langs -- see build_family_json lang_scrs
lang_scrs_map = family_id_to_lang_scr_to_sample_key[k]
family_obj['langs'] = sum(
[1 for l in lang_scrs_map if not l.startswith('und-')])
family_obj['regions'] = len(family_id_to_regions[k])
families_obj[k] = family_obj
data_obj['family'] = families_obj
data_obj['familyOrder'] = sorted_ids
# get inverse map from lang_scr to family_id
lang_scr_to_family_ids = collections.defaultdict(set)
for family_id, lang_scrs in family_id_to_lang_scr_to_sample_key.iteritems():
for lang_scr in lang_scrs:
lang_scr_to_family_ids[lang_scr].add(family_id)
# Dont list 'und-' lang tags, these are for default samples and not
# listed in the UI
lang_scrs = [l for l in lang_scr_to_family_ids if not l.startswith('und-')]
langs_obj = collections.OrderedDict()
# sort by english name
for lang_scr in sorted(lang_scrs,
key=lambda l: lang_data.lang_script_to_names(l)[0]):
lang_obj = collections.OrderedDict()
names = lang_data.lang_script_to_names(lang_scr)
english_name = names[0]
lang_obj['name'] = english_name
if cldr_data.is_rtl(lang_scr):
lang_obj['rtl'] = True
lang_obj['families'] = sorted(lang_scr_to_family_ids[lang_scr])
native_names = [n for n in names[1:] if n != english_name]
if native_names:
lang_obj['keywords'] = native_names
langs_obj[lang_scr] = lang_obj
data_obj['lang'] = langs_obj
regions_obj = collections.OrderedDict()
for region in sorted(region_to_family_ids,
key=lambda r: cldr_data.get_english_region_name(r)):
region_obj = collections.OrderedDict()
region_obj['families'] = sorted(region_to_family_ids[region])
region_obj['keywords'] = [cldr_data.get_english_region_name(region)]
regions_obj[region] = region_obj
data_obj['region'] = regions_obj
pkg_obj = collections.OrderedDict()
pkg_obj['hinted'] = universal_zip_info[1]
pkg_obj['unhinted'] = universal_zip_info[2]
data_obj['pkgSize'] = pkg_obj
self.write_json(data_obj, 'data')
