def _swat_fonts(dst_root, dry_run):
def family_key(family):
return _FAMILY_KEYS.get(family, "x" + family)
def script_key(script):
return _SCRIPT_KEYS.get(
script, None) or cldr_data.get_english_script_name(script)
def compare_key(font):
return (
family_key(font.family),
font.style,
script_key(font.script),
"a" if font.is_hinted else "",
font.variant if font.variant else "",
"UI" if font.is_UI else "",
"" if font.weight == "Regular" else font.weight,
font.slope or "",
font.fmt,
)
fonts = noto_fonts.get_noto_fonts()
for font in sorted(fonts, key=compare_key):
_swat_font(font, dst_root, dry_run)
if _ttc_fonts:
_construct_ttc_fonts(fonts, dst_root, dry_run)
def main():
parser = argparse.ArgumentParser()
parser.add_argument("--names",
help="print family names",
action="store_true")
parser.add_argument(
"--each",
help="for each code point, show supporting families",
metavar="cp",
nargs="+",
)
parser.add_argument(
"--any",
help="show families that support any of the codepoints",
metavar="cp",
nargs="+",
)
parser.add_argument(
"--all",
help="show families that support all of the codepoints",
metavar="cp",
nargs="+",
)
args = parser.parse_args()
fonts = noto_fonts.get_noto_fonts()
families = noto_fonts.get_families(fonts)
run(args, families)
def font_cmap_data(paths):
"""Return CmapData for (almost) all the noto font families."""
args = [("paths", paths)] if paths else None
metadata = cmap_data.create_metadata("noto_font_cmaps", args)
def use_in_web(font):
return (
not font.subset
and not font.fmt == "ttc"
and not font.script in {"CJK", "HST"}
and not font.family in {"Arimo", "Cousine", "Tinos"}
)
if not paths:
paths = noto_fonts.NOTO_FONT_PATHS
fonts = filter(use_in_web, noto_fonts.get_noto_fonts(paths=paths))
families = noto_fonts.get_families(fonts)
ScriptData = collections.namedtuple("ScriptData", "family_name,script,cpset")
script_to_data = collections.defaultdict(list)
for family in families.values():
script = family.rep_member.script
family_name = family.name
cpset = family.charset
script_to_data[script].append(ScriptData(family_name, script, cpset))
def report_data_error(index, script_data):
sys.stderr.write(
" %d: %s, %d, %s\n"
% (
index,
script_data.family_name,
script_data.script,
len(script_data.cpset),
lint_config.write_int_ranges(script_data.cpset),
)
)
script_to_cmap = {}
for script in sorted(script_to_data):
data = script_to_data[script]
selected_cpset = data[0].cpset
if len(data) > 1:
differ = False
for i in range(1, len(data)):
test_data = data[i]
for j in range(i):
if data[j].cpset != test_data.cpset:
differ = True
if len(test_data.cpset) > len(selected_cpset):
selected_cpset = test_data.cpset
if differ:
sys.stderr.write("\nscript %s cmaps differ\n" % script)
differences = {i.family_name: i.cpset for i in data}
report_set_differences(differences)
script_to_cmap[script] = selected_cpset
tabledata = cmap_data.create_table_from_map(script_to_cmap)
return cmap_data.CmapData(metadata, tabledata)
def font_cmap_data(paths):
"""Return CmapData for (almost) all the noto font families."""
args = [('paths', paths)] if paths else None
metadata = cmap_data.create_metadata('noto_font_cmaps', args)
def use_in_web(font):
return (not font.subset and
not font.fmt == 'ttc' and
not font.script in {'CJK', 'HST'} and
not font.family in {'Arimo', 'Cousine', 'Tinos'})
if not paths:
paths = noto_fonts.NOTO_FONT_PATHS
fonts = filter(use_in_web, noto_fonts.get_noto_fonts(paths=paths))
families = noto_fonts.get_families(fonts)
ScriptData = collections.namedtuple('ScriptData', 'family_name,script,cpset')
script_to_data = collections.defaultdict(list)
for family in families.values():
script = family.rep_member.script
family_name = family.name
cpset = family.charset
script_to_data[script].append(ScriptData(family_name, script, cpset))
def report_data_error(index, script_data):
print >> sys.stderr, ' %d: %s, %d, %s' % (
index, script_data.family_name, script_data.script,
len(script_data.cpset),
lint_config.write_int_ranges(script_data.cpset))
script_to_cmap = {}
for script in sorted(script_to_data):
data = script_to_data[script]
selected_cpset = data[0].cpset
if len(data) > 1:
differ = False
for i in range(1, len(data)):
test_data = data[i]
for j in range(i):
if data[j].cpset != test_data.cpset:
differ = True
if len(test_data.cpset) > len(selected_cpset):
selected_cpset = test_data.cpset
if differ:
print >> sys.stderr, '\nscript %s cmaps differ' % script
differences = {i.family_name: i.cpset for i in data}
report_set_differences(differences)
script_to_cmap[script] = selected_cpset
tabledata = cmap_data.create_table_from_map(script_to_cmap)
return cmap_data.CmapData(metadata, tabledata)
def main():
parser = argparse.ArgumentParser()
parser.add_argument('--names', help='print family names', action='store_true')
parser.add_argument('--each', help='for each code point, show supporting families',
metavar='cp', nargs='+')
parser.add_argument('--any', help='show families that support any of the codepoints',
metavar='cp', nargs='+')
parser.add_argument('--all', help='show families that support all of the codepoints',
metavar='cp', nargs='+')
args = parser.parse_args()
fonts = noto_fonts.get_noto_fonts()
families = noto_fonts.get_families(fonts)
run(args, families)
def main():
parser = argparse.ArgumentParser()
parser.add_argument('--names', help='print family names', action='store_true')
parser.add_argument('--each', help='for each code point, show supporting families',
metavar='cp', nargs='+')
parser.add_argument('--any', help='show families that support any of the codepoints',
metavar='cp', nargs='+')
parser.add_argument('--all', help='show families that support all of the codepoints',
metavar='cp', nargs='+')
args = parser.parse_args()
fonts = noto_fonts.get_noto_fonts()
families = noto_fonts.get_families(fonts)
run(args, families)
def font_cmap_data():
"""Return CmapData for (almost) all the noto font families."""
metadata = cmap_data.create_metadata('noto_font_cmaps')
def use_in_web(font):
return (not font.subset and not font.is_UI and not font.fmt == 'ttc'
and not font.script in {'CJK', 'HST'}
and not font.family in {'Arimo', 'Cousine', 'Tinos'})
fonts = filter(use_in_web, noto_fonts.get_noto_fonts())
families = noto_fonts.get_families(fonts)
ScriptData = collections.namedtuple('ScriptData',
'family_name,script,cpset')
script_to_data = collections.defaultdict(list)
for family in families.values():
script = family.rep_member.script
family_name = family.name
cpset = family.charset
script_to_data[script].append(ScriptData(family_name, script, cpset))
def report_data_error(index, script_data):
print >> sys.stderr, ' %d: %s, %d, %s' % (
index, script_data.family_name, script_data.script,
len(script_data.cpset),
lint_config.write_int_ranges(script_data.cpset))
script_to_cmap = {}
for script in sorted(script_to_data):
data = script_to_data[script]
selected_cpset = data[0].cpset
if len(data) > 1:
differ = False
for i in range(1, len(data)):
test_data = data[i]
for j in range(i):
if data[j].cpset != test_data.cpset:
differ = True
if len(test_data.cpset) > len(selected_cpset):
selected_cpset = test_data.cpset
if differ:
print >> sys.stderr, '\nscript %s cmaps differ' % script
differences = {i.family_name: i.cpset for i in data}
report_set_differences(differences)
script_to_cmap[script] = selected_cpset
tabledata = cmap_data.create_table_from_map(script_to_cmap)
return cmap_data.CmapData(metadata, tabledata)
def _swat_fonts(dst_root, dry_run):
def family_key(family):
return _FAMILY_KEYS.get(family, 'x' + family)
def script_key(script):
return (_SCRIPT_KEYS.get(script, None)
or cldr_data.get_english_script_name(script))
def compare_key(font):
return (family_key(font.family), font.style, script_key(font.script),
'a' if font.is_hinted else '',
font.variant if font.variant else '',
'UI' if font.is_UI else '',
'' if font.weight == 'Regular' else font.weight, font.slope
or '', font.fmt)
fonts = noto_fonts.get_noto_fonts()
for font in sorted(fonts, key=compare_key):
_swat_font(font, dst_root, dry_run)
if _ttc_fonts:
_construct_ttc_fonts(fonts, dst_root, dry_run)
def _swat_fonts(dst_root, dry_run):
def family_key(family):
return _FAMILY_KEYS.get(family, 'x' + family)
def script_key(script):
return (_SCRIPT_KEYS.get(script, None) or
cldr_data.get_english_script_name(script))
def compare_key(font):
return (family_key(font.family),
font.style,
script_key(font.script),
'a' if font.is_hinted else '',
font.variant if font.variant else '',
'UI' if font.is_UI else '',
'' if font.weight == 'Regular' else font.weight,
font.slope or '',
font.fmt)
fonts = noto_fonts.get_noto_fonts()
for font in sorted(fonts, key=compare_key):
_swat_font(font, dst_root, dry_run)
if _ttc_fonts:
_construct_ttc_fonts(fonts, dst_root, dry_run)
def check_spreadsheet(src_file):
filenames = set()
prev_script_name = None
fontdata = {}
filedata = {}
with open(src_file) as csvfile:
reader = csv.DictReader(csvfile)
for index, row in enumerate(reader):
font = row['Fonts'].replace('\xc2\xa0', ' ').strip()
hinting = row['Hinting'].strip()
status = row['Status'].strip()
accepted_version = row['Accepted Version'].strip()
note = row['Note'].strip()
# family script style (variant UI) weight, mostly
m = re.match(
r'Noto (Kufi|Naskh|Color Emoji|Emoji|Sans|Serif|Nastaliq)'
r'(?: (.*?))?'
r'(?: (UI))?'
r' (Thin|Light|DemiLight|Regular|Medium|Bold Italic'
r'|Bold|Black|Italic)(?: \(merged\))?$',
font)
if not m:
m = re.match(r'Noto (Sans) (Myanmar) (UI)(.*)', font)
if not m:
print 'could not parse Myanmar exception: "%s"' % font
continue
style, script, ui, weight = m.groups()
weight = weight or 'Regular'
weight = weight.replace(' ', '')
ui = ui or ''
script = script or ''
script = re.sub('-| ', '', script)
style = style.replace(' ', '')
ext = 'ttf'
if script == 'CJK':
ext = 'ttc'
elif script.startswith('TTC'):
ext = 'ttc'
script = ''
elif script == '(LGC)':
script = ''
elif script == 'UI':
ui = 'UI'
script = ''
elif script == 'Phagspa':
script = 'PhagsPa'
elif script == 'SumeroAkkadianCuneiform':
script = 'Cuneiform'
fontname = ''.join(['Noto', style, script, ui, '-', weight, '.', ext])
# print '%s:\n--> %s\n--> %s' % (
# font, str((style, script, ui, weight)), fontname)
if not hinting in [
'hinted',
'hinted (CFF)',
'unhinted']:
print 'unrecognized hinting value \'%s\' on line %d (%s)' % (
hinting, index, fontname)
continue
hinted = 'hinted' if hinting in ['hinted', 'hinted (CFF)'] else 'unhinted'
if not status in [
'In finishing',
'Released w. lint errors',
'Approved & Released',
'Approved & Not Released',
'In design',
'Design approved',
'Design re-approved',
'Released']:
print 'unrecognized status value \'%s\' on line %d (%s)' % (
status, index, fontname)
continue
expect_font = status in [
'Released w. lint errors',
'Approved & Released',
'Approved & Not Released',
'Released']
data = (fontname, (index, font, style, script, ui, weight), hinted,
status, accepted_version, note, expect_font)
filedata[hinted + '/' + fontname] = data
# ok, now let's see if we can find these files
all_noto = noto_fonts.get_noto_fonts()
notodata = {
('hinted' if f.is_hinted else 'unhinted') +
'/' + path.basename(f.filepath) : f
for f in all_noto
}
noto_filenames = frozenset(notodata.keys())
spreadsheet_filenames = frozenset(k for k in filedata if filedata[k][6])
spreadsheet_extra = spreadsheet_filenames - noto_filenames
spreadsheet_missing = noto_filenames - spreadsheet_filenames
if spreadsheet_extra:
print 'spreadsheet extra:\n ' + '\n '.join(
sorted(spreadsheet_extra))
if spreadsheet_missing:
print 'spreadsheet missing:\n ' + '\n '.join(
sorted(spreadsheet_missing))
spreadsheet_match = spreadsheet_filenames & noto_filenames
for filename in sorted(spreadsheet_match):
data = filedata[filename]
filepath = notodata[filename].filepath
ttfont = ttLib.TTFont(filepath, fontNumber=0)
font_version = font_data.printable_font_revision(ttfont)
approved_version = data[4]
if approved_version:
warn = '!!!' if approved_version != font_version else ''
print '%s%s version: %s approved: %s' % (
warn, filename, font_version, approved_version)
else:
print '%s version: %s' % (filename, font_version)
def check_spreadsheet(src_file):
filenames = set()
prev_script_name = None
fontdata = {}
filedata = {}
with open(src_file) as csvfile:
reader = csv.DictReader(csvfile)
for index, row in enumerate(reader):
font = row["Fonts"].replace("\xc2\xa0", " ").strip()
hinting = row["Hinting"].strip()
status = row["Status"].strip()
accepted_version = row["Accepted Version"].strip()
note = row["Note"].strip()
# family script style (variant UI) weight, mostly
m = re.match(
r"Noto (Kufi|Naskh|Color Emoji|Emoji|Sans|Serif|Nastaliq|Rashi|Traditional)"
r"(?: (.*?))?"
r"(?: (UI))?"
r" (Thin|Light|DemiLight|Regular|Medium|Bold Italic"
r"|Bold|Black|Italic)(?: \(merged\))?$",
font,
)
if not m:
m = re.match(r"Noto (Sans) (Myanmar) (UI)(.*)", font)
if not m:
print('could not parse Myanmar exception: "%s"' % font)
continue
style, script, ui, weight = m.groups()
weight = weight or "Regular"
weight = weight.replace(" ", "")
ui = ui or ""
script = script or ""
script = re.sub("-| ", "", script)
style = style.replace(" ", "")
ext = "ttf"
if script == "CJK":
ext = "ttc"
elif script.startswith("TTC"):
ext = "ttc"
script = ""
elif script == "(LGC)":
script = ""
elif script == "UI":
ui = "UI"
script = ""
elif script == "Phagspa":
script = "PhagsPa"
elif script == "SumeroAkkadianCuneiform":
script = "Cuneiform"
fontname = "".join(["Noto", style, script, ui, "-", weight, ".", ext])
# print('%s:\n--> %s\n--> %s' % (
# font, str((style, script, ui, weight)), fontname))
if not hinting in ["hinted", "hinted (CFF)", "unhinted"]:
print(
"unrecognized hinting value '%s' on line %d (%s)"
% (hinting, index, fontname)
)
continue
hinted = "hinted" if hinting in ["hinted", "hinted (CFF)"] else "unhinted"
if not status in [
"In finishing",
"Released w. lint errors",
"Approved & Released",
"Approved & Not Released",
"In design",
"Design approved",
"Design re-approved",
"Released",
]:
print(
"unrecognized status value '%s' on line %d (%s)"
% (status, index, fontname)
)
continue
expect_font = status in [
"Released w. lint errors",
"Approved & Released",
"Approved & Not Released",
"Released",
]
data = (
fontname,
(index, font, style, script, ui, weight),
hinted,
status,
accepted_version,
note,
expect_font,
)
filedata[hinted + "/" + fontname] = data
# ok, now let's see if we can find these files
all_noto = noto_fonts.get_noto_fonts()
notodata = {
("hinted" if f.is_hinted else "unhinted")
+ "/"
+ path.basename(f.filepath): f
for f in all_noto
}
noto_filenames = frozenset(notodata.keys())
spreadsheet_filenames = frozenset(k for k in filedata if filedata[k][6])
spreadsheet_extra = spreadsheet_filenames - noto_filenames
spreadsheet_missing = noto_filenames - spreadsheet_filenames
if spreadsheet_extra:
print("spreadsheet extra:\n " + "\n ".join(sorted(spreadsheet_extra)))
if spreadsheet_missing:
print("spreadsheet missing:\n " + "\n ".join(sorted(spreadsheet_missing)))
spreadsheet_match = spreadsheet_filenames & noto_filenames
for filename in sorted(spreadsheet_match):
data = filedata[filename]
filepath = notodata[filename].filepath
ttfont = ttLib.TTFont(filepath, fontNumber=0)
font_version = font_data.printable_font_revision(ttfont)
approved_version = data[4]
if approved_version:
warn = "!!!" if approved_version != font_version else ""
print(
"%s%s version: %s approved: %s"
% (warn, filename, font_version, approved_version)
)
else:
print("%s version: %s" % (filename, font_version))
def generate(self):
if self.clean:
self.clean_target_dir()
if not self.no_build:
self.ensure_target_dirs_exist()
# debug/print
# ['families', 'script_to_family_ids', 'used_lang_data',
# 'family_id_to_lang_scrs', 'family_id_to_default_lang_scr']
debug = frozenset([])
def use_in_web(font):
return (not font.subset and
not font.is_UI and
not font.fmt == 'ttc' and
not font.script in {'CJK', 'HST'} and
not font.family in {'Arimo', 'Cousine', 'Tinos'})
fonts = filter(use_in_web, noto_fonts.get_noto_fonts())
families = noto_fonts.get_families(fonts)
if 'families' in debug:
print '\nfamilies'
for family_id, family in sorted(families.iteritems()):
print family_id, family.rep_member.script
script_to_family_ids = get_script_to_family_ids(families)
if 'script_to_family_ids' in debug:
print '\nscript to family ids'
for script, family_ids in sorted(script_to_family_ids.iteritems()):
print script, family_ids
all_lang_scrs = set(['und-' + script for script in script_to_family_ids])
all_lang_scrs.update(lang_data.lang_scripts())
lang_scr_to_sample_infos = {}
for lang_scr in all_lang_scrs:
lang, script = lang_scr.split('-')
if not script in script_to_family_ids:
print 'no family supports script in %s' % lang_scr
continue
sample_infos = get_sample_infos(lang_scr)
if not sample_infos:
continue
lang_scr_to_sample_infos[lang_scr] = sample_infos
if 'lang_scr_to_sample_infos' in debug:
print '\nlang+script to sample infos'
for lang_scr, info_list in sorted(lang_scr_to_sample_infos.iteritems()):
for info in info_list:
print '%s key: %s rtl: %s attrib: %s len: %d' % (
lang_scr, info[3], info[0], info[2], len(info[1]))
family_id_to_lang_scrs = get_family_id_to_lang_scrs(
lang_scr_to_sample_infos.keys(), script_to_family_ids)
family_id_to_lang_scr_to_sample_key, sample_key_to_info = get_family_id_to_lang_scr_to_sample_key(
family_id_to_lang_scrs, families, lang_scr_to_sample_infos)
family_id_to_regions = get_family_id_to_regions(family_id_to_lang_scr_to_sample_key)
region_to_family_ids = get_region_to_family_ids(family_id_to_regions)
family_id_to_default_lang_scr = get_family_id_to_default_lang_scr(
family_id_to_lang_scrs, families)
if 'family_id_to_default_lang_scr' in debug:
print '\nfamily id to default lang scr'
for family_id, lang_scr in family_id_to_default_lang_scr.iteritems():
print family_id, lang_scr
region_data = get_region_lat_lng_data(region_to_family_ids.keys())
lang_scrs = get_named_lang_scrs(family_id_to_lang_scr_to_sample_key)
lang_scr_sort_order = get_lang_scr_sort_order(lang_scrs)
# sanity checks
# all families have languages, and all those have samples.
# all families have a default language, and that is in the sample list
error_list = []
for family in families.values():
family_id = family.family_id
if not family_id in family_id_to_lang_scr_to_sample_key:
error_list.append('no entry for family %s' % family_id)
continue
lang_scr_to_sample_key = family_id_to_lang_scr_to_sample_key[family_id]
if not lang_scr_to_sample_key:
error_list.append('no langs for family %s' % family_id)
continue
for lang_scr in lang_scr_to_sample_key:
sample_key = lang_scr_to_sample_key[lang_scr]
if not sample_key:
error_list.append('no sample key for lang %s in family %s' % (lang_scr, sample_key))
continue
if not sample_key in sample_key_to_info:
error_list.append('no sample for sample key: %s' % sample_key)
if not family_id in family_id_to_default_lang_scr:
error_list.append('no default lang for family %s' % family_id)
continue
default_lang_scr = family_id_to_default_lang_scr[family_id]
if not default_lang_scr in lang_scr_to_sample_key:
error_list.append('default lang %s not in samples for family %s' %
(default_lang_scr, family_id))
if error_list:
print 'Errors:\n' + '\n '.join(error_list)
if error_list or self.no_build:
print 'skipping build output'
return
# build outputs
if self.no_zips:
print 'skipping zip output'
else:
family_zip_info = self.build_zips(families)
universal_zip_info = self.build_universal_zips(families)
# build outputs not used by the json but linked to from the web page
self.build_ttc_zips()
if self.no_css:
print 'skipping css output'
else:
family_css_info = self.build_css(families)
if self.no_data:
print 'skipping data output%s' % reason
else:
self.build_data_json(family_id_to_lang_scr_to_sample_key,
families, family_zip_info, universal_zip_info,
family_id_to_regions, region_to_family_ids)
self.build_families_json(family_id_to_lang_scr_to_sample_key,
families, family_id_to_default_lang_scr,
family_id_to_regions, family_css_info,
lang_scr_sort_order)
self.build_misc_json(sample_key_to_info, region_data)
if self.no_images:
print 'skipping image output'
else:
self.build_images(family_id_to_lang_scr_to_sample_key,
families, family_id_to_default_lang_scr,
sample_key_to_info)
'fil,fr,gl,gu,hi,hr,hu,hy,id,is,it,iw,ja,ka,kk,km,kn,ko,ky,lo,lt,lv,'
'mk,ml,mn,mr,ms,my,ne,nl,no,pa,pl,pt-BR,pt-PT,ro,ru,si,sk,sl,sq,sr,'
'sv,sw,ta,te,th,tl,tr,uk,ur,uz,vi,zh-CN,zh-TW,zu').split(',')
def accept_font(f):
return (
f.family == 'Noto' and # exclude Arimo, Tinos, Cousine
f.style != 'Nastaliq' and # exclude Nastaliq, not suitable for maps
f.script != 'HST' and # exclude Historic, tool limitation
f.weight == 'Regular' and # to limit members of fonts
f.width == 'Regular' and # to limit members of fonts, we don't
not f.slope and # care about weights
f.fmt in ['ttf', 'otf'] and # only support these formats
(not f.is_cjk or f.subset)) # 'small' language-specific CJK subsets
fonts = filter(accept_font, noto_fonts.get_noto_fonts())
families = noto_fonts.get_families(fonts).values()
def write_csv_header(outfile):
print >> outfile, 'Code,Script,Style,UI,Font Name'
def write_csv(outfile, lang, script, style, ui, members):
if members:
print >> outfile, ','.join(
[lang, script, style, ui,
noto_fonts.get_font_family_name(members[0].filepath)])
with open('lang_to_font_table.csv', 'w') as outfile:
write_csv_header(outfile)
def check_spreadsheet(src_file):
filenames = set()
prev_script_name = None
fontdata = {}
filedata = {}
with open(src_file) as csvfile:
reader = csv.DictReader(csvfile)
for index, row in enumerate(reader):
font = row['Fonts'].replace('\xc2\xa0', ' ').strip()
hinting = row['Hinting'].strip()
status = row['Status'].strip()
accepted_version = row['Accepted Version'].strip()
note = row['Note'].strip()
# family script style (variant UI) weight, mostly
m = re.match(
r'Noto (Kufi|Naskh|Color Emoji|Emoji|Sans|Serif|Nastaliq)'
r'(?: (.*?))?'
r'(?: (UI))?'
r' (Thin|Light|DemiLight|Regular|Medium|Bold Italic'
r'|Bold|Black|Italic)(?: \(merged\))?$', font)
if not m:
m = re.match(r'Noto (Sans) (Myanmar) (UI)(.*)', font)
if not m:
print 'could not parse Myanmar exception: "%s"' % font
continue
style, script, ui, weight = m.groups()
weight = weight or 'Regular'
weight = weight.replace(' ', '')
ui = ui or ''
script = script or ''
script = re.sub('-| ', '', script)
style = style.replace(' ', '')
ext = 'ttf'
if script == 'CJK':
ext = 'ttc'
elif script.startswith('TTC'):
ext = 'ttc'
script = ''
elif script == '(LGC)':
script = ''
elif script == 'UI':
ui = 'UI'
script = ''
elif script == 'Phagspa':
script = 'PhagsPa'
elif script == 'SumeroAkkadianCuneiform':
script = 'Cuneiform'
fontname = ''.join(
['Noto', style, script, ui, '-', weight, '.', ext])
# print '%s:\n--> %s\n--> %s' % (
# font, str((style, script, ui, weight)), fontname)
if not hinting in ['hinted', 'hinted (CFF)', 'unhinted']:
print 'unrecognized hinting value \'%s\' on line %d (%s)' % (
hinting, index, fontname)
continue
hinted = 'hinted' if hinting in ['hinted', 'hinted (CFF)'
] else 'unhinted'
if not status in [
'In finishing', 'Released w. lint errors',
'Approved & Released', 'Approved & Not Released',
'In design', 'Design approved', 'Design re-approved',
'Released'
]:
print 'unrecognized status value \'%s\' on line %d (%s)' % (
status, index, fontname)
continue
expect_font = status in [
'Released w. lint errors', 'Approved & Released',
'Approved & Not Released', 'Released'
]
data = (fontname, (index, font, style, script, ui, weight), hinted,
status, accepted_version, note, expect_font)
filedata[hinted + '/' + fontname] = data
# ok, now let's see if we can find these files
all_noto = noto_fonts.get_noto_fonts()
notodata = {('hinted' if f.is_hinted else 'unhinted') + '/' +
path.basename(f.filepath): f
for f in all_noto}
noto_filenames = frozenset(notodata.keys())
spreadsheet_filenames = frozenset(k for k in filedata
if filedata[k][6])
spreadsheet_extra = spreadsheet_filenames - noto_filenames
spreadsheet_missing = noto_filenames - spreadsheet_filenames
if spreadsheet_extra:
print 'spreadsheet extra:\n ' + '\n '.join(
sorted(spreadsheet_extra))
if spreadsheet_missing:
print 'spreadsheet missing:\n ' + '\n '.join(
sorted(spreadsheet_missing))
spreadsheet_match = spreadsheet_filenames & noto_filenames
for filename in sorted(spreadsheet_match):
data = filedata[filename]
filepath = notodata[filename].filepath
ttfont = ttLib.TTFont(filepath, fontNumber=0)
font_version = font_data.printable_font_revision(ttfont)
approved_version = data[4]
if approved_version:
warn = '!!!' if approved_version != font_version else ''
print '%s%s version: %s approved: %s' % (
warn, filename, font_version, approved_version)
else:
print '%s version: %s' % (filename, font_version)
def generate(self):
if self.clean:
self.clean_target_dir()
if not self.no_build:
self.ensure_target_dirs_exist()
def use_in_web(font):
return (not font.subset and
not font.fmt == 'ttc' and
not font.script in {'CJK', 'HST'} and
not font.family in {'Arimo', 'Cousine', 'Tinos'})
fonts = filter(use_in_web, noto_fonts.get_noto_fonts())
families = noto_fonts.get_families(fonts)
check_families(families)
if 'families' in self.debug:
print '\n#debug families'
for family_id, family in sorted(families.iteritems()):
print '%s (%s, %s)' % (
family_id, family.name, noto_fonts.get_family_filename(family))
if family.hinted_members:
print ' hinted: %s' % ', '.join(sorted(
[path.basename(m.filepath) for m in family.hinted_members]))
if family.unhinted_members:
print ' unhinted: %s' % ', '.join(sorted(
[path.basename(m.filepath) for m in family.unhinted_members]))
script_to_family_ids = get_script_to_family_ids(families)
if 'script_to_family_ids' in self.debug:
print '\n#debug script to family ids'
for script, family_ids in sorted(script_to_family_ids.iteritems()):
print '%s: %s' % (script, ', '.join(sorted(family_ids)))
all_lang_scrs = set(['und-' + script for script in script_to_family_ids])
all_lang_scrs.update(lang_data.lang_scripts())
lang_scr_to_sample_infos = {}
for lang_scr in all_lang_scrs:
lang, script = lang_scr.split('-')
if not script in script_to_family_ids:
print 'no family supports script in %s' % lang_scr
continue
sample_infos = get_sample_infos(lang_scr)
if not sample_infos:
continue
lang_scr_to_sample_infos[lang_scr] = sample_infos
if 'lang_scr_to_sample_infos' in self.debug:
print '\n#debug lang+script to sample infos'
for lang_scr, info_list in sorted(lang_scr_to_sample_infos.iteritems()):
for info in info_list:
print '%s: %s, %s, len %d' % (
lang_scr, info[2], info[1], len(info[0]))
family_id_to_lang_scrs = get_family_id_to_lang_scrs(
lang_scr_to_sample_infos.keys(), script_to_family_ids)
if 'family_id_to_lang_scrs' in self.debug:
print '\n#debug family id to list of lang+script'
for family_id, lang_scrs in sorted(family_id_to_lang_scrs.iteritems()):
print '%s: (%d) %s' % (
family_id, len(lang_scrs), ' '.join(sorted(lang_scrs)))
family_id_to_lang_scr_to_sample_key, sample_key_to_info = (
get_family_id_to_lang_scr_to_sample_key(
family_id_to_lang_scrs, families, lang_scr_to_sample_infos))
if 'family_id_to_lang_scr_to_sample_key' in self.debug:
print '\n#debug family id to map from lang+script to sample key'
for family_id, lang_scr_to_sample_key in sorted(
family_id_to_lang_scr_to_sample_key.iteritems()):
print '%s (%d):' % (family_id, len(lang_scr_to_sample_key))
for lang_scr, sample_key in sorted(lang_scr_to_sample_key.iteritems()):
print ' %s: %s' % (lang_scr, sample_key)
if 'sample_key_to_info' in self.debug:
print '\n#debug sample key to sample info'
for sample_key, info in sorted(sample_key_to_info.iteritems()):
print '%s: %s, len %d' % (
sample_key, info[1], len(info[0]))
family_id_to_regions = get_family_id_to_regions(
family_id_to_lang_scr_to_sample_key)
if 'family_id_to_regions' in self.debug:
print '\n#debug family id to regions'
for family_id, regions in sorted(family_id_to_regions.iteritems()):
print '%s: (%d) %s' % (
family_id, len(regions), ', '.join(sorted(regions)))
region_to_family_ids = get_region_to_family_ids(family_id_to_regions)
if 'region_to_family_ids' in self.debug:
print '\n#debug region to family ids'
for region, family_ids in sorted(region_to_family_ids.iteritems()):
print '%s: (%d) %s' % (
region, len(family_ids), ', '.join(sorted(family_ids)))
family_id_to_default_lang_scr = get_family_id_to_default_lang_scr(
family_id_to_lang_scrs, families)
if 'family_id_to_default_lang_scr' in self.debug:
print '\n#debug family id to default lang scr'
for family_id, lang_scr in sorted(
family_id_to_default_lang_scr.iteritems()):
print '%s: %s' % (family_id, lang_scr)
region_data = get_region_lat_lng_data(region_to_family_ids.keys())
lang_scrs = get_named_lang_scrs(family_id_to_lang_scr_to_sample_key)
lang_scr_sort_order = get_lang_scr_sort_order(lang_scrs)
# sanity checks
# all families have languages, and all those have samples.
# all families have a default language, and that is in the sample list
error_list = []
for family in families.values():
family_id = family.family_id
if not family_id in family_id_to_lang_scr_to_sample_key:
error_list.append('no entry for family %s' % family_id)
continue
lang_scr_to_sample_key = family_id_to_lang_scr_to_sample_key[family_id]
if not lang_scr_to_sample_key:
error_list.append('no langs for family %s' % family_id)
continue
for lang_scr in lang_scr_to_sample_key:
sample_key = lang_scr_to_sample_key[lang_scr]
if not sample_key:
error_list.append(
'no sample key for lang %s in family %s' % (lang_scr, sample_key))
continue
if not sample_key in sample_key_to_info:
error_list.append('no sample for sample key: %s' % sample_key)
if not family_id in family_id_to_default_lang_scr:
error_list.append('no default lang for family %s' % family_id)
continue
default_lang_scr = family_id_to_default_lang_scr[family_id]
if not default_lang_scr in lang_scr_to_sample_key:
error_list.append('default lang %s not in samples for family %s' %
(default_lang_scr, family_id))
if error_list:
print 'Errors:\n' + '\n '.join(error_list)
if error_list or self.no_build:
print 'skipping build output'
return
# build outputs
# zips are required for data
if self.no_zips and self.no_data:
print 'skipping zip output'
else:
self.build_readmes()
family_zip_info = self.build_zips(families)
universal_zip_info = self.build_universal_zips(families)
# build outputs not used by the json but linked to from the web page
if not self.no_zips:
self.build_ttc_zips()
if self.no_css:
print 'skipping css output'
else:
family_css_info = self.build_css(families)
if self.no_data:
print 'skipping data output'
else:
self.build_data_json(family_id_to_lang_scr_to_sample_key,
families, family_zip_info, universal_zip_info,
family_id_to_regions, region_to_family_ids)
self.build_families_json(family_id_to_lang_scr_to_sample_key,
families, family_id_to_default_lang_scr,
family_id_to_regions, family_css_info,
lang_scr_sort_order)
self.build_misc_json(sample_key_to_info, region_data)
if self.no_images:
print 'skipping image output'
else:
self.build_images(family_id_to_lang_scr_to_sample_key,
families, family_id_to_default_lang_scr,
sample_key_to_info)
def generate(self):
if self.clean:
self.clean_target_dir()
if not self.no_build:
self.ensure_target_dirs_exist()
# debug/print
# ['families', 'script_to_family_ids', 'used_lang_data',
# 'family_id_to_lang_tags', 'family_id_to_default_lang_tag']
debug = frozenset([])
fonts = noto_fonts.get_noto_fonts()
families = noto_fonts.get_families(fonts)
if 'families' in debug:
print '\nfamilies'
for family_id, family in sorted(families.iteritems()):
print family_id, family.rep_member.script
script_to_family_ids = get_script_to_family_ids(families)
if 'script_to_family_ids' in debug:
print '\nscript to family ids'
for script, family_ids in sorted(script_to_family_ids.iteritems()):
print script, family_ids
supported_scripts = set(script_to_family_ids.keys())
used_lang_data = get_used_lang_data(supported_scripts)
if 'used_lang_data' in debug:
print '\nused lang data'
for lang, data in sorted(used_lang_data.iteritems()):
used = ', '.join(data[0])
unused = ', '.join(data[1])
if unused:
unused = '(' + unused + ')'
if used:
unused = ' ' + unused
print '%s: %s%s' % (lang, used, unused)
langs_to_delete = []
for lang in used_lang_data.keys():
if not cldr_data.get_english_language_name(lang):
langs_to_delete.append(lang)
if langs_to_delete:
print 'deleting languages with no english name: %s' % langs_to_delete
for lang in langs_to_delete:
del used_lang_data[lang]
lang_tag_to_family_ids = get_lang_tag_to_family_ids(
used_lang_data, script_to_family_ids)
region_to_family_ids = get_region_to_family_ids(script_to_family_ids)
family_id_to_lang_tags = get_family_id_to_lang_tags(
lang_tag_to_family_ids, families)
if 'family_id_to_lang_tags' in debug:
print '\nfamily id to lang tags'
for family_id, lang_tags in sorted(
family_id_to_lang_tags.iteritems()):
print '%s: %s' % (family_id, ','.join(sorted(lang_tags)))
family_id_to_regions = get_family_id_to_regions(
region_to_family_ids, families)
family_id_to_default_lang_tag = get_family_id_to_default_lang_tag(
family_id_to_lang_tags)
if 'family_id_to_default_lang_tag' in debug:
print '\nfamily id to default lang tag'
for family_id, lang_tag in family_id_to_default_lang_tag.iteritems(
):
print family_id, lang_tag
used_lang_tags = get_used_lang_tags(
lang_tag_to_family_ids.keys(),
family_id_to_default_lang_tag.values())
lang_tag_to_sample_data = get_lang_tag_to_sample_data(used_lang_tags)
# find the samples that can't be displayed.
tested_keys = set()
failed_keys = set()
family_langs_to_remove = {}
for lang_tag in sorted(lang_tag_to_sample_data):
sample_info = lang_tag_to_sample_data[lang_tag]
sample = sample_info[1]
sample_key = sample_info[3]
for family_id in sorted(lang_tag_to_family_ids[lang_tag]):
full_key = sample_key + '-' + family_id
if full_key in tested_keys:
if full_key in failed_keys:
print 'failed sample %s lang %s' % (full_key, lang_tag)
if family_id not in family_langs_to_remove:
family_langs_to_remove[family_id] = set()
family_langs_to_remove[family_id].add(lang_tag)
continue
failed_cps = set()
tested_keys.add(full_key)
charset = families[family_id].charset
for cp in sample:
if ord(cp) in [
0xa, 0x28, 0x29, 0x2c, 0x2d, 0x2e, 0x3b, 0x5b,
0x5d, 0x2010
]:
continue
if ord(cp) not in charset:
failed_cps.add(ord(cp))
if failed_cps:
print 'sample %s cannot be displayed in %s (lang %s):\n %s' % (
sample_key, family_id, lang_tag, '\n '.join(
'%04x (%s)' % (cp, unichr(cp))
for cp in sorted(failed_cps)))
failed_keys.add(full_key)
if family_id not in family_langs_to_remove:
family_langs_to_remove[family_id] = set()
family_langs_to_remove[family_id].add(lang_tag)
for family_id in sorted(family_langs_to_remove):
langs_to_remove = family_langs_to_remove[family_id]
print 'remove from %s: %s' % (family_id, ','.join(
sorted(langs_to_remove)))
family_id_to_lang_tags[family_id] -= langs_to_remove
default_lang_tag = family_id_to_default_lang_tag[family_id]
if default_lang_tag in langs_to_remove:
print '!removing default lang tag %s for family %s' % (
default_lang_tag, family_id)
for lang in langs_to_remove:
lang_tag_to_family_ids[lang] -= set([family_id])
region_data = get_region_lat_lng_data(region_to_family_ids.keys())
lang_tag_sort_order = get_lang_tag_sort_order(
lang_tag_to_family_ids.keys())
if self.no_build:
print 'skipping build output'
return
# build outputs
if self.no_zips:
print 'skipping zip output'
else:
family_zip_info = self.build_zips(families)
universal_zip_info = self.build_universal_zips(families)
# build outputs not used by the json but linked to from the web page
self.build_ttc_zips()
if self.no_css:
print 'skipping css output'
else:
family_css_info = self.build_css(families)
if self.no_data or self.no_zips or self.no_css:
reason = '' if self.no_data else 'no zips' if self.no_zips else 'no css'
print 'skipping data output%s' % reason
else:
self.build_data_json(families, family_zip_info, universal_zip_info,
family_id_to_lang_tags, family_id_to_regions,
lang_tag_to_family_ids, region_to_family_ids)
self.build_families_json(families, family_id_to_lang_tags,
family_id_to_default_lang_tag,
family_id_to_regions, family_css_info,
lang_tag_sort_order)
self.build_misc_json(lang_tag_to_sample_data, region_data)
if self.no_images:
print 'skipping image output'
else:
self.build_images(families, family_id_to_lang_tags,
family_id_to_default_lang_tag,
lang_tag_to_sample_data)
def generate(self):
if self.clean:
self.clean_target_dir()
if not self.no_build:
self.ensure_target_dirs_exist()
# debug/print
# ['families', 'script_to_family_ids', 'used_lang_data',
# 'family_id_to_lang_scrs', 'family_id_to_default_lang_scr']
debug = frozenset([])
def use_in_web(font):
return (not font.subset and not font.is_UI
and not font.fmt == 'ttc'
and not font.script in {'CJK', 'HST', 'Qaae'}
and not font.family in {'Arimo', 'Cousine', 'Tinos'})
fonts = [
font for font in noto_fonts.get_noto_fonts() if use_in_web(font)
]
families = noto_fonts.get_families(fonts)
if 'families' in debug:
print '\nfamilies'
for family_id, family in sorted(families.iteritems()):
print family_id, family.rep_member.script
script_to_family_ids = get_script_to_family_ids(families)
if 'script_to_family_ids' in debug:
print '\nscript to family ids'
for script, family_ids in sorted(script_to_family_ids.iteritems()):
print script, family_ids
all_lang_scrs = set(
['und-' + script for script in script_to_family_ids])
all_lang_scrs.update(lang_data.lang_scripts())
lang_scr_to_sample_infos = {}
for lang_scr in all_lang_scrs:
lang, script = lang_scr.split('-')
if not script in script_to_family_ids:
print 'no family supports script in %s' % lang_scr
continue
rtl = cldr_data.is_rtl(lang_scr)
sample_infos = get_sample_infos(lang_scr, rtl)
if not sample_infos:
continue
lang_scr_to_sample_infos[lang_scr] = sample_infos
if 'lang_scr_to_sample_infos' in debug:
print '\nlang+script to sample infos'
for lang_scr, info_list in sorted(
lang_scr_to_sample_infos.iteritems()):
for info in info_list:
print '%s key: %s rtl: %s attrib: %s len: %d' % (
lang_scr, info[3], info[0], info[2], len(info[1]))
family_id_to_lang_scrs = get_family_id_to_lang_scrs(
lang_scr_to_sample_infos.keys(), script_to_family_ids)
family_id_to_lang_scr_to_sample_key, sample_key_to_info = get_family_id_to_lang_scr_to_sample_key(
family_id_to_lang_scrs, families, lang_scr_to_sample_infos)
family_id_to_regions = get_family_id_to_regions(
family_id_to_lang_scr_to_sample_key)
region_to_family_ids = get_region_to_family_ids(family_id_to_regions)
family_id_to_default_lang_scr = get_family_id_to_default_lang_scr(
family_id_to_lang_scrs, families)
if 'family_id_to_default_lang_scr' in debug:
print '\nfamily id to default lang scr'
for family_id, lang_scr in family_id_to_default_lang_scr.iteritems(
):
print family_id, lang_scr
region_data = get_region_lat_lng_data(region_to_family_ids.keys())
lang_scrs = get_named_lang_scrs(family_id_to_lang_scr_to_sample_key)
lang_scr_sort_order = get_lang_scr_sort_order(lang_scrs)
# sanity checks
# all families have languages, and all those have samples.
# all families have a default language, and that is in the sample list
error_list = []
for family in families.values():
family_id = family.family_id
if not family_id in family_id_to_lang_scr_to_sample_key:
error_list.append('no entry for family %s' % family_id)
continue
lang_scr_to_sample_key = family_id_to_lang_scr_to_sample_key[
family_id]
if not lang_scr_to_sample_key:
error_list.append('no langs for family %s' % family_id)
continue
for lang_scr in lang_scr_to_sample_key:
sample_key = lang_scr_to_sample_key[lang_scr]
if not sample_key:
error_list.append(
'no sample key for lang %s in family %s' %
(lang_scr, sample_key))
continue
if not sample_key in sample_key_to_info:
error_list.append('no sample for sample key: %s' %
sample_key)
if not family_id in family_id_to_default_lang_scr:
error_list.append('no default lang for family %s' % family_id)
continue
default_lang_scr = family_id_to_default_lang_scr[family_id]
if not default_lang_scr in lang_scr_to_sample_key:
error_list.append(
'default lang %s not in samples for family %s' %
(default_lang_scr, family_id))
if error_list:
print 'Errors:\n' + '\n '.join(error_list)
if error_list or self.no_build:
print 'skipping build output'
return
# build outputs
if self.no_zips:
print 'skipping zip output'
else:
family_zip_info = self.build_zips(families)
universal_zip_info = self.build_universal_zips(families)
# build outputs not used by the json but linked to from the web page
self.build_ttc_zips()
if self.no_css:
print 'skipping css output'
else:
family_css_info = self.build_css(families)
if self.no_data:
print 'skipping data output%s' % reason
else:
self.build_data_json(family_id_to_lang_scr_to_sample_key, families,
family_zip_info, universal_zip_info,
family_id_to_regions, region_to_family_ids)
self.build_families_json(family_id_to_lang_scr_to_sample_key,
families, family_id_to_default_lang_scr,
family_id_to_regions, family_css_info,
lang_scr_sort_order)
self.build_misc_json(sample_key_to_info, region_data)
if self.no_images:
print 'skipping image output'
else:
self.build_images(family_id_to_lang_scr_to_sample_key, families,
family_id_to_default_lang_scr,
sample_key_to_info)
def generate(self):
if self.clean:
self.clean_target_dir()
if not self.no_build:
self.ensure_target_dirs_exist()
# debug/print
# ['families', 'script_to_family_ids', 'used_lang_data',
# 'family_id_to_lang_tags', 'family_id_to_default_lang_tag']
debug = frozenset([])
fonts = noto_fonts.get_noto_fonts()
families = noto_fonts.get_families(fonts)
if 'families' in debug:
print '\nfamilies'
for family_id, family in sorted(families.iteritems()):
print family_id, family.rep_member.script
script_to_family_ids = get_script_to_family_ids(families)
if 'script_to_family_ids' in debug:
print '\nscript to family ids'
for script, family_ids in sorted(script_to_family_ids.iteritems()):
print script, family_ids
supported_scripts = set(script_to_family_ids.keys())
used_lang_data = get_used_lang_data(supported_scripts)
if 'used_lang_data' in debug:
print '\nused lang data'
for lang, data in sorted(used_lang_data.iteritems()):
used = ', '.join(data[0])
unused = ', '.join(data[1])
if unused:
unused = '(' + unused + ')'
if used:
unused = ' ' + unused
print '%s: %s%s' % (lang, used, unused)
langs_to_delete = []
for lang in used_lang_data.keys():
if not cldr_data.get_english_language_name(lang):
langs_to_delete.append(lang)
if langs_to_delete:
print 'deleting languages with no english name: %s' % langs_to_delete
for lang in langs_to_delete:
del used_lang_data[lang]
lang_tag_to_family_ids = get_lang_tag_to_family_ids(used_lang_data, script_to_family_ids)
region_to_family_ids = get_region_to_family_ids(script_to_family_ids)
family_id_to_lang_tags = get_family_id_to_lang_tags(lang_tag_to_family_ids, families)
if 'family_id_to_lang_tags' in debug:
print '\nfamily id to lang tags'
for family_id, lang_tags in sorted(family_id_to_lang_tags.iteritems()):
print '%s: %s' % (family_id, ','.join(sorted(lang_tags)))
family_id_to_regions = get_family_id_to_regions(region_to_family_ids, families)
family_id_to_default_lang_tag = get_family_id_to_default_lang_tag(
family_id_to_lang_tags)
if 'family_id_to_default_lang_tag' in debug:
print '\nfamily id to default lang tag'
for family_id, lang_tag in family_id_to_default_lang_tag.iteritems():
print family_id, lang_tag
used_lang_tags = get_used_lang_tags(
lang_tag_to_family_ids.keys(), family_id_to_default_lang_tag.values())
lang_tag_to_sample_data = get_lang_tag_to_sample_data(used_lang_tags)
# find the samples that can't be displayed.
tested_keys = set()
failed_keys = set()
family_langs_to_remove = {}
for lang_tag in sorted(lang_tag_to_sample_data):
sample_info = lang_tag_to_sample_data[lang_tag]
sample = sample_info[1]
sample_key = sample_info[3]
for family_id in sorted(lang_tag_to_family_ids[lang_tag]):
full_key = sample_key + '-' + family_id
if full_key in tested_keys:
if full_key in failed_keys:
print 'failed sample %s lang %s' % (full_key, lang_tag)
if family_id not in family_langs_to_remove:
family_langs_to_remove[family_id] = set()
family_langs_to_remove[family_id].add(lang_tag)
continue
failed_cps = set()
tested_keys.add(full_key)
charset = families[family_id].charset
for cp in sample:
if ord(cp) in [0xa, 0x28, 0x29, 0x2c, 0x2d, 0x2e, 0x3b, 0x5b, 0x5d, 0x2010]:
continue
if ord(cp) not in charset:
failed_cps.add(ord(cp))
if failed_cps:
print 'sample %s cannot be displayed in %s (lang %s):\n %s' % (
sample_key, family_id, lang_tag,
'\n '.join('%04x (%s)' % (cp, unichr(cp)) for cp in sorted(failed_cps)))
failed_keys.add(full_key)
if family_id not in family_langs_to_remove:
family_langs_to_remove[family_id] = set()
family_langs_to_remove[family_id].add(lang_tag)
for family_id in sorted(family_langs_to_remove):
langs_to_remove = family_langs_to_remove[family_id]
print 'remove from %s: %s' % (family_id, ','.join(sorted(langs_to_remove)))
family_id_to_lang_tags[family_id] -= langs_to_remove
default_lang_tag = family_id_to_default_lang_tag[family_id]
if default_lang_tag in langs_to_remove:
print '!removing default lang tag %s for family %s' % (
default_lang_tag, family_id)
for lang in langs_to_remove:
lang_tag_to_family_ids[lang] -= set([family_id])
region_data = get_region_lat_lng_data(region_to_family_ids.keys())
lang_tag_sort_order = get_lang_tag_sort_order(lang_tag_to_family_ids.keys())
if self.no_build:
print 'skipping build output'
return
# build outputs
if self.no_zips:
print 'skipping zip output'
else:
family_zip_info = self.build_zips(families)
universal_zip_info = self.build_universal_zips(families)
# build outputs not used by the json but linked to from the web page
self.build_ttc_zips()
if self.no_css:
print 'skipping css output'
else:
family_css_info = self.build_css(families)
if self.no_data or self.no_zips or self.no_css:
reason = '' if self.no_data else 'no zips' if self.no_zips else 'no css'
print 'skipping data output%s' % reason
else:
self.build_data_json(families, family_zip_info, universal_zip_info,
family_id_to_lang_tags, family_id_to_regions,
lang_tag_to_family_ids, region_to_family_ids)
self.build_families_json(families, family_id_to_lang_tags,
family_id_to_default_lang_tag,
family_id_to_regions, family_css_info,
lang_tag_sort_order)
self.build_misc_json(lang_tag_to_sample_data, region_data)
if self.no_images:
print 'skipping image output'
else:
self.build_images(families, family_id_to_lang_tags,
family_id_to_default_lang_tag, lang_tag_to_sample_data)
def generate(self):
if self.clean:
self.clean_target_dir()
if not self.no_build:
self.ensure_target_dirs_exist()
def use_in_web(font):
return (not font.subset and
not font.fmt == 'ttc' and
not font.script in {'CJK', 'HST'} and
not font.family in {'Arimo', 'Cousine', 'Tinos'})
fonts = filter(use_in_web, noto_fonts.get_noto_fonts())
families = noto_fonts.get_families(fonts)
check_families(families)
if 'families' in self.debug:
print '\n#debug families'
for family_id, family in sorted(families.iteritems()):
print '%s (%s, %s)' % (
family_id, family.name, noto_fonts.get_family_filename(family))
if family.hinted_members:
print ' hinted: %s' % ', '.join(sorted(
[path.basename(m.filepath) for m in family.hinted_members]))
if family.unhinted_members:
print ' unhinted: %s' % ', '.join(sorted(
[path.basename(m.filepath) for m in family.unhinted_members]))
script_to_family_ids = get_script_to_family_ids(families)
if 'script_to_family_ids' in self.debug:
print '\n#debug script to family ids'
for script, family_ids in sorted(script_to_family_ids.iteritems()):
print '%s: %s' % (script, ', '.join(sorted(family_ids)))
all_lang_scrs = set(['und-' + script for script in script_to_family_ids])
all_lang_scrs.update(lang_data.lang_scripts())
lang_scr_to_sample_infos = {}
for lang_scr in all_lang_scrs:
lang, script = lang_scr.split('-')
if not script in script_to_family_ids:
print 'no family supports script in %s' % lang_scr
continue
sample_infos = get_sample_infos(lang_scr)
if not sample_infos:
continue
lang_scr_to_sample_infos[lang_scr] = sample_infos
if 'lang_scr_to_sample_infos' in self.debug:
print '\n#debug lang+script to sample infos'
for lang_scr, info_list in sorted(lang_scr_to_sample_infos.iteritems()):
for info in info_list:
print '%s: %s, %s, len %d' % (
lang_scr, info[2], info[1], len(info[0]))
family_id_to_lang_scrs = get_family_id_to_lang_scrs(
lang_scr_to_sample_infos.keys(), script_to_family_ids)
if 'family_id_to_lang_scrs' in self.debug:
print '\n#debug family id to list of lang+script'
for family_id, lang_scrs in sorted(family_id_to_lang_scrs.iteritems()):
print '%s: (%d) %s' % (
family_id, len(lang_scrs), ' '.join(sorted(lang_scrs)))
family_id_to_lang_scr_to_sample_key, sample_key_to_info = (
get_family_id_to_lang_scr_to_sample_key(
family_id_to_lang_scrs, families, lang_scr_to_sample_infos))
if 'family_id_to_lang_scr_to_sample_key' in self.debug:
print '\n#debug family id to map from lang+script to sample key'
for family_id, lang_scr_to_sample_key in sorted(
family_id_to_lang_scr_to_sample_key.iteritems()):
print '%s (%d):' % (family_id, len(lang_scr_to_sample_key))
for lang_scr, sample_key in sorted(lang_scr_to_sample_key.iteritems()):
print ' %s: %s' % (lang_scr, sample_key)
if 'sample_key_to_info' in self.debug:
print '\n#debug sample key to sample info'
for sample_key, info in sorted(sample_key_to_info.iteritems()):
print '%s: %s, len %d' % (
sample_key, info[1], len(info[0]))
family_id_to_regions = get_family_id_to_regions(
family_id_to_lang_scr_to_sample_key)
if 'family_id_to_regions' in self.debug:
print '\n#debug family id to regions'
for family_id, regions in sorted(family_id_to_regions.iteritems()):
print '%s: (%d) %s' % (
family_id, len(regions), ', '.join(sorted(regions)))
region_to_family_ids = get_region_to_family_ids(family_id_to_regions)
if 'region_to_family_ids' in self.debug:
print '\n#debug region to family ids'
for region, family_ids in sorted(region_to_family_ids.iteritems()):
print '%s: (%d) %s' % (
region, len(family_ids), ', '.join(sorted(family_ids)))
family_id_to_default_lang_scr = get_family_id_to_default_lang_scr(
family_id_to_lang_scrs, families)
if 'family_id_to_default_lang_scr' in self.debug:
print '\n#debug family id to default lang scr'
for family_id, lang_scr in sorted(
family_id_to_default_lang_scr.iteritems()):
print '%s: %s' % (family_id, lang_scr)
region_data = get_region_lat_lng_data(region_to_family_ids.keys())
lang_scrs = get_named_lang_scrs(family_id_to_lang_scr_to_sample_key)
lang_scr_sort_order = get_lang_scr_sort_order(lang_scrs)
# sanity checks
# all families have languages, and all those have samples.
# all families have a default language, and that is in the sample list
error_list = []
for family in families.values():
family_id = family.family_id
if not family_id in family_id_to_lang_scr_to_sample_key:
error_list.append('no entry for family %s' % family_id)
continue
lang_scr_to_sample_key = family_id_to_lang_scr_to_sample_key[family_id]
if not lang_scr_to_sample_key:
error_list.append('no langs for family %s' % family_id)
continue
for lang_scr in lang_scr_to_sample_key:
sample_key = lang_scr_to_sample_key[lang_scr]
if not sample_key:
error_list.append(
'no sample key for lang %s in family %s' % (lang_scr, sample_key))
continue
if not sample_key in sample_key_to_info:
error_list.append('no sample for sample key: %s' % sample_key)
if not family_id in family_id_to_default_lang_scr:
error_list.append('no default lang for family %s' % family_id)
continue
default_lang_scr = family_id_to_default_lang_scr[family_id]
if not default_lang_scr in lang_scr_to_sample_key:
error_list.append('default lang %s not in samples for family %s' %
(default_lang_scr, family_id))
if error_list:
print 'Errors:\n' + '\n '.join(error_list)
if error_list or self.no_build:
print 'skipping build output'
return
# build outputs
# zips are required for data
if self.no_zips and self.no_data:
print 'skipping zip output'
else:
family_zip_info = self.build_zips(families)
universal_zip_info = self.build_universal_zips(families)
# build outputs not used by the json but linked to from the web page
if not self.no_zips:
self.build_ttc_zips()
if self.no_css:
print 'skipping css output'
else:
family_css_info = self.build_css(families)
if self.no_data:
print 'skipping data output'
else:
self.build_data_json(family_id_to_lang_scr_to_sample_key,
families, family_zip_info, universal_zip_info,
family_id_to_regions, region_to_family_ids)
self.build_families_json(family_id_to_lang_scr_to_sample_key,
families, family_id_to_default_lang_scr,
family_id_to_regions, family_css_info,
lang_scr_sort_order)
self.build_misc_json(sample_key_to_info, region_data)
if self.no_images:
print 'skipping image output'
else:
self.build_images(family_id_to_lang_scr_to_sample_key,
families, family_id_to_default_lang_scr,
sample_key_to_info)
