def test_check_names_are_ascii_only(self):
""" NAME and CFF tables must not contain non-ascii characters """
font = Font.get_ttfont(self.operator.path)
for name in font.names:
string = Font.bin2unistring(name)
expected = normalizestr(string)
self.assertEqual(string, expected)
def test_check_names_are_ascii_only(self):
""" NAME and CFF tables must not contain non-ascii characters """
font = Font.get_ttfont(self.operator.path)
for name in font.names:
string = Font.bin2unistring(name)
marks = CharacterSymbolsFixer.unicode_marks(string)
if marks:
self.fail('Contains {}'.format(marks))
def fix_style_names(fontpath):
from bakery_cli.ttfont import Font
try:
font = Font(fontpath)
except TTLibError as ex:
print("ERROR: %s" % ex)
return
# font['name'].fsType = 0
font.save(fontpath + '.fix')
def test_check_names_are_ascii_only(self):
""" NAME and CFF tables must not contain non-ascii characters """
font = Font.get_ttfont(self.operator.path)
for name in font.names:
string = Font.bin2unistring(name)
marks = CharacterSymbolsFixer.unicode_marks(string)
if marks:
self.fail('Contains {}'.format(marks))
def reset_fstype(fontpath):
from bakery_cli.ttfont import Font
try:
font = Font(fontpath)
except TTLibError as ex:
print("ERROR: %s" % ex, file=sys.stderr)
return
font['OS/2'].fsType = 0
font.save(fontpath + '.fix')
def test_check_names_are_ascii_only(self):
""" NAME and CFF tables must not contain non-ascii characters """
font = Font.get_ttfont(self.path)
for name_record in font.names:
string = Font.bin2unistring(name_record)
try:
string.encode('ascii')
except UnicodeEncodeError:
self.fail("%s contain non-ascii chars" % name_record.nameID)
def test_check_canonical_weights(self):
""" Check that weights have canonical value """
contents = self.read_metadata_contents()
fm = Metadata.get_family_metadata(contents)
for font_metadata in fm.fonts:
weight = font_metadata.weight
first_digit = weight / 100
is_invalid = (weight % 100) != 0 or (first_digit < 1
or first_digit > 9)
_ = ("%s: The weight is %d which is not a "
"multiple of 100 between 1 and 9")
self.assertFalse(
is_invalid,
_ % (op.basename(self.operator.path), font_metadata.weight))
tf = Font.get_ttfont_from_metadata(self.operator.path,
font_metadata)
_ = ("%s: METADATA.json overwrites the weight. "
" The METADATA.json weight is %d and the font"
" file %s weight is %d")
_ = _ % (font_metadata.filename, font_metadata.weight,
font_metadata.filename, tf.OS2_usWeightClass)
self.assertEqual(tf.OS2_usWeightClass, font_metadata.weight)
def test_metadata_contains_current_font(self):
""" METADATA.json should contains testing font, under canonic name"""
contents = self.read_metadata_contents()
fm = Metadata.get_family_metadata(contents)
is_canonical = False
for font_metadata in fm.fonts:
font = Font.get_ttfont_from_metadata(self.operator.path,
font_metadata)
_weights = []
for value, intvalue in weights.items():
if intvalue == font.OS2_usWeightClass:
_weights.append(value)
for w in _weights:
current_font = "%s %s" % (font.familyname, w)
if font_metadata.full_name != current_font:
is_canonical = True
if not is_canonical:
v = map(lambda x: font.familyname + ' ' + x, _weights)
msg = 'Canonical name in font expected: [%s] but %s'
self.fail(msg % (v, font_metadata.full_name))
def test_metadata_family(self):
""" Font and METADATA.json have the same name """
for font_metadata in self.metadata.fonts:
font = Font.get_ttfont_from_metadata(self.path, font_metadata)
if font.familyname != font_metadata.name:
msg = 'Family name in TTF is "%s" but in METADATA "%s"'
self.fail(msg % (font.familyname, font_metadata.name))
def show_stylenames(fontpath):
from bakery_cli.ttfont import Font
try:
font = Font(fontpath)
except TTLibError, ex:
print("ERROR: %s" % ex)
return
def reset_fstype(fontpath):
from bakery_cli.ttfont import Font
try:
font = Font(fontpath)
except TTLibError, ex:
print >> sys.stderr, "ERROR: %s" % ex
return
def test_check_font_has_dsig_table(self):
""" Check that font has DSIG table """
font = Font.get_ttfont(self.operator.path)
try:
font['DSIG']
except KeyError:
self.fail('Font does not have "DSIG" table')
def test_fontname_is_equal_to_macstyle(self):
""" Check that fontname is equal to macstyle flags """
font = Font.get_ttfont(self.operator.path)
macStyle = font.macStyle
try:
fontname_style = font.fullname.split('-')[1]
except IndexError:
fontname_style = ''
expected_style = ''
if macStyle & 0b01:
expected_style += 'Bold'
if macStyle & 0b10:
expected_style += 'Italic'
if not bool(macStyle & 0b11):
expected_style = 'Regular'
if fontname_style != expected_style:
_ = 'macStyle ({0}) supposed style ended with "{1}"'
if fontname_style:
_ += ' but ends with "{2}"'
self.fail(_.format(bin(macStyle)[-2:], expected_style, fontname_style))
def test_metrics_descents_equal_bbox(self):
""" Check that descents values are same as min glyph point """
contents = self.read_metadata_contents()
family_metadata = Metadata.get_family_metadata(contents)
fonts_descents_not_bbox = []
ymin = 0
_cache = {}
for font_metadata in family_metadata.fonts:
ttfont = Font.get_ttfont_from_metadata(self.path, font_metadata)
ymin_, ymax_ = ttfont.get_bounding()
ymin = min(ymin, ymin_)
_cache[font_metadata.filename] = {
'os2typo': abs(ttfont.descents.os2typo),
'os2win': abs(ttfont.descents.os2win),
'hhea': abs(ttfont.descents.hhea)
}
for filename, data in _cache.items():
if [data['os2typo'], data['os2win'], data['hhea']] != [abs(ymin)] * 3:
fonts_descents_not_bbox.append(filename)
if fonts_descents_not_bbox:
_ = '[%s] ascents differ to minimum value: %s'
self.fail(_ % (', '.join(fonts_descents_not_bbox), ymin))
def test_check_italic_angle_agreement(self):
""" Check italicangle property zero or negative """
font = Font.get_ttfont(self.operator.path)
if font.italicAngle > 0:
self.fail('italicAngle must be less or equal zero')
if abs(font.italicAngle) > 20:
self.fail('italicAngle can\'t be larger than 20 degrees')
def test_check_menu_contains_proper_glyphs(self):
""" Check menu file contains proper glyphs """
contents = self.read_metadata_contents()
fm = Metadata.get_family_metadata(contents)
for font_metadata in fm.fonts:
tf = Font.get_ttfont_from_metadata(self.operator.path, font_metadata, is_menu=True)
self.check_retrieve_glyphs(tf, font_metadata)
def test_check_names_same_across_platforms(self):
""" Font names are same across specific-platforms """
font = Font.get_ttfont(self.operator.path)
for name in font.names:
for name2 in font.names:
if name.nameID != name2.nameID:
continue
if self.diff_platform(name, name2) or self.diff_platform(name2, name):
_name = Font.bin2unistring(name)
_name2 = Font.bin2unistring(name2)
if _name != _name2:
msg = ('Names in "name" table are not the same'
' across specific-platforms')
self.fail(msg)
def test_check_normal_style_matches_names(self):
""" Check metadata.json font.style `italic` matches font internal """
contents = self.read_metadata_contents()
family = Metadata.get_family_metadata(contents)
for font_metadata in family.fonts:
if font_metadata.style != 'normal':
continue
font = Font.get_ttfont_from_metadata(self.operator.path, font_metadata)
if bool(font.macStyle & 0b10):
self.fail(('Metadata style has been set to normal'
' but font second bit (italic) in macStyle has'
' been set'))
style = font.familyname.split('-')[-1]
if style.endswith('Italic'):
self.fail(('macStyle second bit is not set but postScriptName "%s"'
' is ended with "Italic"') % font.familyname)
style = font.fullname.split('-')[-1]
if style.endswith('Italic'):
self.fail(('macStyle second bit is not set but fullName "%s"'
' is ended with "Italic"') % font.fullname)
def test_check_normal_style_matches_names(self):
""" Check metadata.json font.style `italic` matches font internal """
contents = self.read_metadata_contents()
family = Metadata.get_family_metadata(contents)
for font_metadata in family.fonts:
if font_metadata.style != 'normal':
continue
font = Font.get_ttfont_from_metadata(self.operator.path, font_metadata)
if bool(font.macStyle & 0b10):
self.fail(('Metadata style has been set to normal'
' but font second bit (italic) in macStyle has'
' been set'))
style = font.familyname.split('-')[-1]
if style.endswith('Italic'):
self.fail(('macStyle second bit is not set but postScriptName "%s"'
' is ended with "Italic"') % font.familyname)
style = font.fullname.split('-')[-1]
if style.endswith('Italic'):
self.fail(('macStyle second bit is not set but fullName "%s"'
' is ended with "Italic"') % font.fullname)
def test_metrics_descents_equal_bbox(self):
""" Check that descents values are same as min glyph point """
dirname = os.path.dirname(self.operator.path)
directory = UpstreamDirectory(dirname)
fonts_descents_not_bbox = []
ymin = 0
_cache = {}
for filename in directory.get_binaries():
ttfont = Font.get_ttfont(os.path.join(dirname, filename))
ymin_, _ = ttfont.get_bounding()
ymin = min(ymin, ymin_)
_cache[filename] = {
'os2typo': abs(ttfont.descents.os2typo),
'os2win': abs(ttfont.descents.os2win),
'hhea': abs(ttfont.descents.hhea)
}
for filename, data in _cache.items():
datas = [data['os2typo'], data['os2win'], data['hhea']]
if datas != [abs(ymin)] * 3:
fonts_descents_not_bbox.append(filename)
if fonts_descents_not_bbox:
_ = '[%s] ascents differ to minimum value: %s'
self.fail(_ % (', '.join(fonts_descents_not_bbox), ymin))
def test_fontname_is_equal_to_macstyle(self):
""" Check that fontname is equal to macstyle flags """
font = Font.get_ttfont(self.path)
fontname = font.fullname
macStyle = font.macStyle
try:
fontname_style = fontname.split('-')[1]
except IndexError:
self.fail(('Fontname is not canonical. Expected it contains '
'style. eg.: Italic, BoldItalic, Regular'))
style = ''
if macStyle & 0b01:
style += 'Bold'
if macStyle & 0b10:
style += 'Italic'
if not bool(macStyle & 0b11):
style = 'Regular'
if not fontname_style.endswith(style):
_ = 'macStyle (%s) supposed style ended with "%s" but ends with "%s"'
self.fail(_ % (bin(macStyle)[-2:], style, fontname_style))
def test_metrics_descents_equal_bbox(self):
""" Check that descents values are same as min glyph point """
contents = self.read_metadata_contents()
family_metadata = Metadata.get_family_metadata(contents)
fonts_descents_not_bbox = []
ymin = 0
_cache = {}
for font_metadata in family_metadata.fonts:
ttfont = Font.get_ttfont_from_metadata(self.path, font_metadata)
ymin_, ymax_ = ttfont.get_bounding()
ymin = min(ymin, ymin_)
_cache[font_metadata.filename] = {
'os2typo': abs(ttfont.descents.os2typo),
'os2win': abs(ttfont.descents.os2win),
'hhea': abs(ttfont.descents.hhea)
}
for filename, data in _cache.items():
if [data['os2typo'], data['os2win'], data['hhea']
] != [abs(ymin)] * 3:
fonts_descents_not_bbox.append(filename)
if fonts_descents_not_bbox:
_ = '[%s] ascents differ to minimum value: %s'
self.fail(_ % (', '.join(fonts_descents_not_bbox), ymin))
def test_fontname_is_equal_to_macstyle(self):
""" Check that fontname is equal to macstyle flags """
font = Font.get_ttfont(self.operator.path)
macStyle = font.macStyle
try:
fontname_style = font.fullname.split('-')[1]
except IndexError:
fontname_style = ''
expected_style = ''
if macStyle & 0b01:
expected_style += 'Bold'
if macStyle & 0b10:
expected_style += 'Italic'
if not bool(macStyle & 0b11):
expected_style = 'Regular'
if fontname_style != expected_style:
_ = 'macStyle ({0}) supposed style ended with "{1}"'
if fontname_style:
_ += ' but ends with "{2}"'
self.fail(
_.format(bin(macStyle)[-2:], expected_style, fontname_style))
def test_check_italic_angle_agreement(self):
""" Check italicangle property zero or negative """
font = Font.get_ttfont(self.path)
if font.italicAngle > 0:
self.fail('italicAngle must be less or equal zero')
if abs(font.italicAngle) > 20:
self.fail('italicAngle can\'t be larger than 20 degrees')
def test_metrics_descents_equal_bbox(self):
""" Check that descents values are same as min glyph point """
dirname = os.path.dirname(self.operator.path)
directory = UpstreamDirectory(dirname)
fonts_descents_not_bbox = []
ymin = 0
_cache = {}
for filename in directory.get_binaries():
ttfont = Font.get_ttfont(os.path.join(dirname, filename))
ymin_, _ = ttfont.get_bounding()
ymin = min(ymin, ymin_)
_cache[filename] = {
'os2typo': abs(ttfont.descents.os2typo),
'os2win': abs(ttfont.descents.os2win),
'hhea': abs(ttfont.descents.hhea)
}
for filename, data in _cache.items():
datas = [data['os2typo'], data['os2win'], data['hhea']]
if datas != [abs(ymin)] * 3:
fonts_descents_not_bbox.append(filename)
if fonts_descents_not_bbox:
_ = '[%s] ascents differ to minimum value: %s'
self.fail(_ % (', '.join(fonts_descents_not_bbox), ymin))
def metricfix(fonts):
from bakery_cli.ttfont import Font
ymin = 0
ymax = 0
for f in fonts:
metrics = Font(f)
font_ymin, font_ymax = metrics.get_bounding()
ymin = min(font_ymin, ymin)
ymax = max(font_ymax, ymax)
for f in fonts:
metrics = Font(f)
metrics.ascents.set(ymax)
metrics.descents.set(ymin)
metrics.linegaps.set(0)
metrics.save(f + '.fix')
def fix_name_table(fontfile):
try:
font = Font(fontfile)
except TTLibError:
print("Unable to open {}".format(os.path.basename(fontfile)),
file=sys.stderr)
return
for name in font['name'].names:
title = Font.bin2unistring(name)
title = normalizestr(title)
if name.platformID == 3:
name.string = title.encode('utf-16-be')
else:
name.string = title
font.save(fontfile + '.fix')
def test_suggested_subfamily_name(self):
""" Family does not contain subfamily in `name` table """
# Currently we just look that family does not contain any spaces
# in its name. This prevent us from incorrect suggestions of names
font = Font.get_ttfont(self.operator.path)
suggestedvalues = getSuggestedFontNameValues(font.ttfont)
self.assertEqual(font.familyname, suggestedvalues['family'])
self.assertEqual(font.stylename, suggestedvalues['subfamily'])
def show_stylenames(fontpath):
from bakery_cli.ttfont import Font
try:
font = Font(fontpath)
except TTLibError as ex:
print("ERROR: %s" % ex)
return
print(font['name'].names[2].string)
def test_check_upm_heigths_less_120(self):
""" Check if UPM Heights NOT more than 120% """
ttfont = Font.get_ttfont(self.path)
value = ttfont.ascents.get_max() + abs(ttfont.descents.get_min())
value = value * 100 / float(ttfont.get_upm_height())
if value > 120:
_ = "UPM:Height is %d%%, consider redesigning to 120%% or less"
self.fail(_ % value)
def test_check_names_same_across_platforms(self):
""" Font names are same across specific-platforms """
font = Font.get_ttfont(self.operator.path)
for name in font.names:
for name2 in font.names:
if name.nameID != name2.nameID:
continue
if self.diff_platform(name, name2) \
or self.diff_platform(name2, name):
_name = Font.bin2unistring(name)
_name2 = Font.bin2unistring(name2)
if _name != _name2:
msg = ('Names in "name" table are not the same'
' across specific-platforms')
self.fail(msg)
def test_suggested_subfamily_name(self):
""" Family does not contain subfamily in `name` table """
# Currently we just look that family does not contain any spaces
# in its name. This prevent us from incorrect suggestions of names
font = Font.get_ttfont(self.operator.path)
suggestedvalues = getSuggestedFontNameValues(font.ttfont)
self.assertEqual(font.familyname, suggestedvalues['family'])
self.assertEqual(font.stylename, suggestedvalues['subfamily'])
def test_no_kern_table_exists(self):
""" Check that no "KERN" table exists """
font = Font.get_ttfont(self.operator.path)
try:
font['KERN']
self.fail('Font does have "KERN" table')
except KeyError:
pass
def fix(self):
for name in self.font['name'].names:
title = Font.bin2unistring(name)
title = CharacterSymbolsFixer.normalizestr(title)
if name.platformID == 3 and name.isUnicode():
name.string = title.encode('utf-16-be')
else:
name.string = title
return True
def test_check_menu_contains_proper_glyphs(self):
""" Check menu file contains proper glyphs """
contents = self.read_metadata_contents()
fm = Metadata.get_family_metadata(contents)
for font_metadata in fm.fonts:
tf = Font.get_ttfont_from_metadata(self.path,
font_metadata,
is_menu=True)
self.check_retrieve_glyphs(tf, font_metadata)
def test_font_name_matches_family(self):
""" METADATA.json fonts 'name' property should be
same as font familyname """
for font_metadata in self.metadata.fonts:
font = Font.get_ttfont_from_metadata(self.path, font_metadata)
if font_metadata.name != font.familyname:
msg = '"fonts.name" property is not the same as TTF familyname'
self.fail(msg)
def test_font_name_matches_family(self):
""" METADATA.json fonts 'name' property should be
same as font familyname """
for font_metadata in self.metadata.fonts:
font = Font.get_ttfont_from_metadata(self.operator.path, font_metadata)
if font_metadata.name != font.familyname:
msg = '"fonts.name" property is not the same as TTF familyname'
self.fail(msg)
def test_the_same_number_of_glyphs_across_family(self):
""" The same number of glyphs across family? """
glyphs_count = 0
for font_metadata in self.familymetadata.fonts:
ttfont = Font.get_ttfont_from_metadata(self.path, font_metadata)
if not glyphs_count:
glyphs_count = len(ttfont.glyphs)
if glyphs_count != len(ttfont.glyphs):
self.fail('Family has a different glyphs\'s count in fonts')
def test_the_same_names_of_glyphs_across_family(self):
""" The same names of glyphs across family? """
glyphs = None
for font_metadata in self.familymetadata.fonts:
ttfont = Font.get_ttfont_from_metadata(self.path, font_metadata)
if not glyphs:
glyphs = len(ttfont.glyphs)
if glyphs != len(ttfont.glyphs):
self.fail('Family has a different glyphs\'s names in fonts')
def test_prep_magic_code(self):
""" Font contains in PREP table magic code """
magiccode = '\xb8\x01\xff\x85\xb0\x04\x8d'
font = Font.get_ttfont(self.operator.path)
try:
bytecode = font.get_program_bytecode()
except KeyError:
bytecode = ''
self.assertTrue(bytecode == magiccode,
msg='PREP does not contain magic code')
def test_the_same_names_of_glyphs_across_family(self):
""" The same names of glyphs across family? """
glyphs = None
for font_metadata in self.familymetadata.fonts:
ttfont = Font.get_ttfont_from_metadata(self.operator.path, font_metadata)
if not glyphs:
glyphs = len(ttfont.glyphs)
if glyphs != len(ttfont.glyphs):
self.fail('Family has a different glyphs\'s names in fonts')
def test_the_same_number_of_glyphs_across_family(self):
""" The same number of glyphs across family? """
glyphs_count = 0
for font_metadata in self.familymetadata.fonts:
ttfont = Font.get_ttfont_from_metadata(self.operator.path, font_metadata)
if not glyphs_count:
glyphs_count = len(ttfont.glyphs)
if glyphs_count != len(ttfont.glyphs):
self.fail('Family has a different glyphs\'s count in fonts')
def test_check_hmtx_hhea_max_advance_width_agreement(self):
""" Check if MaxAdvanceWidth agree in the Hmtx and Hhea tables """
font = Font.get_ttfont(self.path)
hmtx_advance_width_max = font.get_hmtx_max_advanced_width()
hhea_advance_width_max = font.advance_width_max
error = ("AdvanceWidthMax mismatch: expected %s (from hmtx);"
" got %s (from hhea)") % (hmtx_advance_width_max,
hhea_advance_width_max)
self.assertEqual(hmtx_advance_width_max, hhea_advance_width_max, error)
def test_check_metadata_matches_nametable(self):
contents = self.read_metadata_contents()
fm = Metadata.get_family_metadata(contents)
for font_metadata in fm.fonts:
ttfont = Font.get_ttfont_from_metadata(self.path, font_metadata)
report = '%s: Family name was supposed to be "%s" but is "%s"'
report = report % (font_metadata.name, fm.name, ttfont.familyname)
self.assertEqual(ttfont.familyname, fm.name, report)
self.assertEqual(ttfont.fullname, font_metadata.full_name)
def metricview(fonts):
from bakery_cli.ttfont import Font
view = TextMetricsView()
for f in fonts:
try:
metrics = Font(f)
except TTLibError, ex:
print("ERROR: %s" % ex)
continue
view.add_metric(os.path.basename(f), metrics)
def test_font_weight_same_as_in_metadata(self):
""" Font weight matches metadata.json value of key "weight" """
contents = self.read_metadata_contents()
fm = Metadata.get_family_metadata(contents)
for font_metadata in fm.fonts:
font = Font.get_ttfont_from_metadata(self.operator.path, font_metadata)
if font.OS2_usWeightClass != font_metadata.weight:
msg = 'METADATA.JSON has weight %s but in TTF it is %s'
self.fail(msg % (font_metadata.weight, font.OS2_usWeightClass))
def test_check_hmtx_hhea_max_advance_width_agreement(self):
""" Check if MaxAdvanceWidth agree in the Hmtx and Hhea tables """
font = Font.get_ttfont(self.operator.path)
hmtx_advance_width_max = font.get_hmtx_max_advanced_width()
hhea_advance_width_max = font.advance_width_max
error = ("AdvanceWidthMax mismatch: expected %s (from hmtx);"
" got %s (from hhea)") % (hmtx_advance_width_max,
hhea_advance_width_max)
self.assertEqual(hmtx_advance_width_max,
hhea_advance_width_max, error)
def test_check_full_font_name_begins_with_family_name(self):
""" Check if full font name begins with the font family name """
font = Font.get_ttfont(self.operator.path)
for entry in font.names:
if entry.nameID != 1:
continue
for entry2 in font.names:
if entry2.nameID != 4:
continue
if (entry.platformID == entry2.platformID
and entry.platEncID == entry2.platEncID
and entry.langID == entry2.langID):
entry2value = Font.bin2unistring(entry2)
entryvalue = Font.bin2unistring(entry)
if not entry2value.startswith(entryvalue):
_ = ('Full font name does not begin with family'
' name: FontFamilyName = "%s";'
' FullFontName = "%s"')
self.fail(_ % (entryvalue, entry2value))
def test_postscriptname_contains_correct_weight(self):
""" Metadata weight matches postScriptName """
contents = self.read_metadata_contents()
fm = Metadata.get_family_metadata(contents)
for font_metadata in fm.fonts:
font = Font.get_ttfont_from_metadata(self.path, font_metadata)
if font.OS2_usWeightClass != font_metadata.weight:
msg = 'METADATA.JSON has weight %s but in TTF it is %s'
self.fail(msg % (font_metadata.weight, font.OS2_usWeightClass))
def test_check_metadata_matches_nametable(self):
contents = self.read_metadata_contents()
fm = Metadata.get_family_metadata(contents)
for font_metadata in fm.fonts:
ttfont = Font.get_ttfont_from_metadata(self.path, font_metadata)
report = '%s: Family name was supposed to be "%s" but is "%s"'
report = report % (font_metadata.name, fm.name,
ttfont.familyname)
self.assertEqual(ttfont.familyname, fm.name, report)
self.assertEqual(ttfont.fullname, font_metadata.full_name)
def test_the_same_encodings_of_glyphs_across_family(self):
""" The same unicode encodings of glyphs across family? """
encoding = None
for font_metadata in self.familymetadata.fonts:
ttfont = Font.get_ttfont_from_metadata(self.operator.path, font_metadata)
cmap = ttfont.retrieve_cmap_format_4()
if not encoding:
encoding = cmap.platEncID
if encoding != cmap.platEncID:
self.fail('Family has different encoding across fonts')
def test_metadata_fonts_fields_have_fontname(self):
""" METADATA.json fonts items fields "name", "postScriptName",
"fullName", "filename" contains font name right format """
for x in self.metadata.fonts:
font = Font.get_ttfont_from_metadata(self.operator.path, x)
self.assertIn(font.familyname, x.name)
self.assertIn(font.familyname, x.full_name)
self.assertIn("".join(str(font.familyname).split()),
x.filename)
self.assertIn("".join(str(font.familyname).split()),
x.post_script_name)
