def test_check_163():
""" Check font name is the same as family name. """
from fontbakery.specifications.name import com_google_fonts_check_163 as check
from fontbakery.constants import (NAMEID_FONT_FAMILY_NAME,
NAMEID_FONT_SUBFAMILY_NAME)
# Our reference Cabin Regular is known to be good
ttFont = TTFont("data/test/cabin/Cabin-Regular.ttf")
# So it must PASS the check:
print ("Test PASS with a good font...")
status, message = list(check(ttFont))[-1]
assert status == PASS
# Then we emit a WARNing with the long family/style names
# that were used as an example on the glyphs tutorial
# (at https://glyphsapp.com/tutorials/multiple-masters-part-3-setting-up-instances):
for index, name in enumerate(ttFont["name"].names):
if name.nameID == NAMEID_FONT_FAMILY_NAME:
ttFont["name"].names[index].string = "ImpossibleFamilyNameFont".encode(name.getEncoding())
break
for index, name in enumerate(ttFont["name"].names):
if name.nameID == NAMEID_FONT_SUBFAMILY_NAME:
ttFont["name"].names[index].string = "WithAVeryLongStyleName".encode(name.getEncoding())
break
print ("Test WARN with a bad font...")
status, message = list(check(ttFont))[-1]
assert status == WARN
def test_check_163():
""" Check font name is the same as family name. """
from fontbakery.specifications.name import com_google_fonts_check_163 as check
# Our reference Cabin Regular is known to be good
ttFont = TTFont("data/test/cabin/Cabin-Regular.ttf")
# So it must PASS the check:
print ("Test PASS with a good font...")
status, message = list(check(ttFont))[-1]
assert status == PASS
# Then we emit a WARNing with the long family/style names
# that were used as an example on the glyphs tutorial
# (at https://glyphsapp.com/tutorials/multiple-masters-part-3-setting-up-instances):
for index, name in enumerate(ttFont["name"].names):
if name.nameID == NameID.FONT_FAMILY_NAME:
ttFont["name"].names[index].string = "ImpossibleFamilyNameFont".encode(name.getEncoding())
break
for index, name in enumerate(ttFont["name"].names):
if name.nameID == NameID.FONT_SUBFAMILY_NAME:
ttFont["name"].names[index].string = "WithAVeryLongStyleName".encode(name.getEncoding())
break
print ("Test WARN with a bad font...")
status, message = list(check(ttFont))[-1]
assert status == WARN
def test_check_postscript_name_cff_vs_name():
from fontbakery.specifications.name import com_adobe_fonts_check_postscript_name_cff_vs_name as check
test_font = TTFont()
test_font['CFF '] = fontTools.ttLib.newTable('CFF ')
test_font['CFF '].cff.fontNames = ['SomeFontName']
test_font['name'] = fontTools.ttLib.newTable('name')
test_font['name'].setName(
'SomeOtherFontName',
NameID.POSTSCRIPT_NAME,
PlatformID.WINDOWS,
WindowsEncodingID.UNICODE_BMP,
ENGLISH_LANG_ID
)
status, message = list(check(test_font))[-1]
assert status == FAIL
test_font['name'].setName(
'SomeFontName',
NameID.POSTSCRIPT_NAME,
PlatformID.WINDOWS,
WindowsEncodingID.UNICODE_BMP,
ENGLISH_LANG_ID
)
status, message = list(check(test_font))[-1]
assert status == PASS
def test_check_032():
""" Description strings in the name table
must not exceed 100 characters.
"""
from fontbakery.specifications.name import com_google_fonts_check_032 as check
from fontbakery.constants import NAMEID_DESCRIPTION
print('Test PASS with a good font...')
# Our reference Mada Regular is know to be good here.
ttFont = TTFont("data/test/mada/Mada-Regular.ttf")
status, message = list(check(ttFont))[-1]
assert status == PASS
# Here we add strings to NAMEID_DESCRIPTION with exactly 100 chars,
# so it should still PASS:
for i, name in enumerate(ttFont['name'].names):
if name.nameID == NAMEID_DESCRIPTION:
ttFont['name'].names[i].string = ('a' * 100).encode(
name.getEncoding())
print('Test PASS with a 100 char string...')
status, message = list(check(ttFont))[-1]
assert status == PASS
# And here we make the strings longer than 100 chars in order to FAIL the check:
for i, name in enumerate(ttFont['name'].names):
if name.nameID == NAMEID_DESCRIPTION:
ttFont['name'].names[i].string = ('a' * 101).encode(
name.getEncoding())
print('Test FAIL with a bad font...')
status, message = list(check(ttFont))[-1]
assert status == FAIL
def test_check_032():
""" Description strings in the name table
must not exceed 100 characters.
"""
from fontbakery.specifications.name import com_google_fonts_check_032 as check
from fontbakery.constants import NAMEID_DESCRIPTION
print('Test PASS with a good font...')
# Our reference Mada Regular is know to be good here.
ttFont = TTFont("data/test/mada/Mada-Regular.ttf")
status, message = list(check(ttFont))[-1]
assert status == PASS
# Here we add strings to NAMEID_DESCRIPTION with exactly 100 chars,
# so it should still PASS:
for i, name in enumerate(ttFont['name'].names):
if name.nameID == NAMEID_DESCRIPTION:
ttFont['name'].names[i].string = ('a' * 100).encode(name.getEncoding())
print('Test PASS with a 100 char string...')
status, message = list(check(ttFont))[-1]
assert status == PASS
# And here we make the strings longer than 100 chars in order to FAIL the check:
for i, name in enumerate(ttFont['name'].names):
if name.nameID == NAMEID_DESCRIPTION:
ttFont['name'].names[i].string = ('a' * 101).encode(name.getEncoding())
print('Test FAIL with a bad font...')
status, message = list(check(ttFont))[-1]
assert status == FAIL
def test_check_152():
""" Name table strings must not contain 'Reserved Font Name'. """
from fontbakery.specifications.name import com_google_fonts_check_152 as check
test_font = TTFont(
os.path.join("data", "test", "nunito", "Nunito-Regular.ttf"))
status, _ = list(check(test_font))[-1]
assert status == PASS
test_font["name"].setName("Bla Reserved Font Name", 5, 3, 1, 0x409)
status, _ = list(check(test_font))[-1]
assert status == WARN
def test_check_152():
""" Name table strings must not contain 'Reserved Font Name'. """
from fontbakery.specifications.name import com_google_fonts_check_152 as check
test_font = TTFont(
os.path.join("data", "test", "nunito", "Nunito-Regular.ttf"))
status, _ = list(check(test_font))[-1]
assert status == PASS
test_font["name"].setName("Bla Reserved Font Name", 5, 3, 1, 0x409)
status, _ = list(check(test_font))[-1]
assert status == WARN
def assert_name_table_check_result(ttFont, index, name, check, value, expected_result): backup = name.string # set value ttFont["name"].names[index].string = value.encode(name.getEncoding()) # run check status, message = list(check(ttFont))[-1] # restore value ttFont["name"].names[index].string = backup assert status == expected_result
def assert_name_table_check_result(ttFont, index, name, check, value, expected_result): backup = name.string # set value ttFont["name"].names[index].string = value.encode(name.getEncoding()) # run check status, message = list(check(ttFont))[-1] # restore value ttFont["name"].names[index].string = backup assert status == expected_result
def test_check_057():
""" Name table entries should not contain line-breaks. """
from fontbakery.specifications.name import com_google_fonts_check_057 as check
# Our reference Mada Regular font is good here:
ttFont = TTFont("data/test/mada/Mada-Regular.ttf")
# So it must PASS the check:
print ("Test PASS with a good font...")
status, message = list(check(ttFont))[-1]
assert status == PASS
print ("Test FAIL with name entries containing a linebreak...")
for i in range(len(ttFont["name"].names)):
ttFont = TTFont("data/test/mada/Mada-Regular.ttf")
encoding = ttFont["name"].names[i].getEncoding()
ttFont["name"].names[i].string = "bad\nstring".encode(encoding)
status, message = list(check(ttFont))[-1]
assert status == FAIL
def test_check_057():
""" Name table entries should not contain line-breaks. """
from fontbakery.specifications.name import com_google_fonts_check_057 as check
# Our reference Mada Regular font is good here:
ttFont = TTFont("data/test/mada/Mada-Regular.ttf")
# So it must PASS the check:
print ("Test PASS with a good font...")
status, message = list(check(ttFont))[-1]
assert status == PASS
print ("Test FAIL with name entries containing a linebreak...")
for i in range(len(ttFont["name"].names)):
ttFont = TTFont("data/test/mada/Mada-Regular.ttf")
encoding = ttFont["name"].names[i].getEncoding()
ttFont["name"].names[i].string = "bad\nstring".encode(encoding)
status, message = list(check(ttFont))[-1]
assert status == FAIL
def test_check_031():
""" Description strings in the name table
must not contain copyright info.
"""
from fontbakery.specifications.name import com_google_fonts_check_031 as check
print('Test PASS with a good font...')
# Our reference Mada Regular is know to be good here.
ttFont = TTFont("data/test/mada/Mada-Regular.ttf")
status, message = list(check(ttFont))[-1]
assert status == PASS
# here we add a "Copyright" string to a NameID.DESCRIPTION
for i, name in enumerate(ttFont['name'].names):
if name.nameID == NameID.DESCRIPTION:
ttFont['name'].names[i].string = "Copyright".encode(name.getEncoding())
print('Test FAIL with a bad font...')
status, message = list(check(ttFont))[-1]
assert status == FAIL
def test_check_068():
""" Does full font name begin with the font family name ? """
from fontbakery.specifications.name import com_google_fonts_check_068 as check
from fontbakery.constants import (NAMEID_FULL_FONT_NAME,
NAMEID_FONT_FAMILY_NAME)
# Our reference Mada Regular is known to be good
ttFont = TTFont("data/test/mada/Mada-Regular.ttf")
# So it must PASS the check:
print("Test PASS with a good font...")
status, message = list(check(ttFont))[-1]
assert status == PASS
# alter the full-font-name prepending a bad prefix:
for i, name in enumerate(ttFont["name"].names):
if name.nameID == NAMEID_FULL_FONT_NAME:
ttFont["name"].names[i].string = "bad-prefix".encode(
name.getEncoding())
# and make sure the check FAILs:
print(
"Test FAIL with a font in which the family name begins with a digit..."
)
status, message = list(check(ttFont))[-1]
assert status == FAIL and message.code == "does-not"
print("Test FAIL with no FULL_FONT_NAME entries...")
ttFont = TTFont("data/test/mada/Mada-Regular.ttf")
for i, name in enumerate(ttFont["name"].names):
if name.nameID == NAMEID_FULL_FONT_NAME:
del ttFont["name"].names[i]
status, message = list(check(ttFont))[-1]
assert status == FAIL and message.code == "no-full-font-name"
print("Test FAIL with no FONT_FAMILY_NAME entries...")
ttFont = TTFont("data/test/mada/Mada-Regular.ttf")
for i, name in enumerate(ttFont["name"].names):
if name.nameID == NAMEID_FONT_FAMILY_NAME:
del ttFont["name"].names[i]
status, message = list(check(ttFont))[-1]
assert status == FAIL and message.code == "no-font-family-name"
def test_check_031():
""" Description strings in the name table
must not contain copyright info.
"""
from fontbakery.specifications.name import com_google_fonts_check_031 as check
from fontbakery.constants import NAMEID_DESCRIPTION
print('Test PASS with a good font...')
# Our reference Mada Regular is know to be good here.
ttFont = TTFont("data/test/mada/Mada-Regular.ttf")
status, message = list(check(ttFont))[-1]
assert status == PASS
# here we add a "Copyright" string to a NAMEID_DESCRIPTION
for i, name in enumerate(ttFont['name'].names):
if name.nameID == NAMEID_DESCRIPTION:
ttFont['name'].names[i].string = "Copyright".encode(name.getEncoding())
print('Test FAIL with a bad font...')
status, message = list(check(ttFont))[-1]
assert status == FAIL
def test_check_068():
""" Does full font name begin with the font family name ? """
from fontbakery.specifications.name import com_google_fonts_check_068 as check
from fontbakery.constants import (NAMEID_FULL_FONT_NAME,
NAMEID_FONT_FAMILY_NAME)
# Our reference Mada Regular is known to be good
ttFont = TTFont("data/test/mada/Mada-Regular.ttf")
# So it must PASS the check:
print ("Test PASS with a good font...")
status, message = list(check(ttFont))[-1]
assert status == PASS
# alter the full-font-name prepending a bad prefix:
for i, name in enumerate(ttFont["name"].names):
if name.nameID == NAMEID_FULL_FONT_NAME:
ttFont["name"].names[i].string = "bad-prefix".encode(name.getEncoding())
# and make sure the check FAILs:
print ("Test FAIL with a font in which the family name begins with a digit...")
status, message = list(check(ttFont))[-1]
assert status == FAIL and message.code == "does-not"
print ("Test FAIL with no FULL_FONT_NAME entries...")
ttFont = TTFont("data/test/mada/Mada-Regular.ttf")
for i, name in enumerate(ttFont["name"].names):
if name.nameID == NAMEID_FULL_FONT_NAME:
del ttFont["name"].names[i]
status, message = list(check(ttFont))[-1]
assert status == FAIL and message.code == "no-full-font-name"
print ("Test FAIL with no FONT_FAMILY_NAME entries...")
ttFont = TTFont("data/test/mada/Mada-Regular.ttf")
for i, name in enumerate(ttFont["name"].names):
if name.nameID == NAMEID_FONT_FAMILY_NAME:
del ttFont["name"].names[i]
status, message = list(check(ttFont))[-1]
assert status == FAIL and message.code == "no-font-family-name"
def test_check_033():
""" Checking correctness of monospaced metadata. """
from fontbakery.specifications.name import com_google_fonts_check_033 as check
from fontbakery.specifications.shared_conditions import monospace_stats
from fontbakery.constants import (PANOSE_Proportion,
IsFixedWidth)
# This check has a large number of code-paths
# We'll make sure to test them all here.
#
# --------------------------------------------
# Starting with non-monospaced code-paths:
# --------------------------------------------
print('Test PASS with a good non-monospace font...')
# Our reference Mada Regular is a non-monospace font
# know to have good metadata for this check.
ttFont = TTFont("data/test/mada/Mada-Regular.ttf")
stats = monospace_stats(ttFont)
status, message = list(check(ttFont, stats))[-1]
assert status == PASS and message.code == "good"
# We'll mark it as monospaced on the post table and make sure it fails:
print('Test FAIL with a non-monospaced font with bad post.isFixedPitch value ...')
ttFont["post"].isFixedPitch = IsFixedWidth.MONOSPACED
status, message = list(check(ttFont, stats))[-1]
assert status == FAIL and message.code == "bad-post-isFixedPitch"
# restore good value:
ttFont["post"].isFixedPitch = IsFixedWidth.NOT_MONOSPACED
# Now we mark it as monospaced on the OS/2 and it should also fail:
print('Test FAIL with a non-monospaced font with bad OS/2.panose.bProportion value (MONOSPACED) ...')
ttFont["OS/2"].panose.bProportion = PANOSE_Proportion.MONOSPACED
status, message = list(check(ttFont, stats))[-1]
assert status == FAIL and message.code == "bad-panose-proportion"
# --------------------------------------------
# And now we test the monospaced code-paths:
# --------------------------------------------
print('Test PASS with a good monospaced font...')
# Our reference OverpassMono Regular is know to be
# a monospaced font with good metadata here.
ttFont = TTFont("data/test/overpassmono/OverpassMono-Regular.ttf")
stats = monospace_stats(ttFont)
status, message = list(check(ttFont, stats))[-1]
# WARN is emitted when there's at least one outlier.
# I don't see a good reason to be picky and also test that one separately here...
assert (status == WARN and message.code == "mono-outliers") or \
(status == PASS and message.code == "mono-good")
# Let's incorrectly mark it as a non-monospaced on the post table and it should fail:
print('Test FAIL with a monospaced font with bad post.isFixedPitch value ...')
ttFont["post"].isFixedPitch = IsFixedWidth.NOT_MONOSPACED
# here we search for the expected FAIL among all results
# instead of simply looking at the last one
# because we may also get an outliers WARN in some cases:
results = list(check(ttFont, stats))
assert results_contain(results, FAIL, "mono-bad-post-isFixedPitch")
# There are several bad panose proportion values for a monospaced font.
# Only PANOSE_Proportion.MONOSPACED would be valid.
# So we'll try all the bad ones here to make sure all of them emit a FAIL:
bad_monospaced_panose_values = [
PANOSE_Proportion.ANY,
PANOSE_Proportion.NO_FIT,
PANOSE_Proportion.OLD_STYLE,
PANOSE_Proportion.MODERN,
PANOSE_Proportion.EVEN_WIDTH,
PANOSE_Proportion.EXTENDED,
PANOSE_Proportion.CONDENSED,
PANOSE_Proportion.VERY_EXTENDED,
PANOSE_Proportion.VERY_CONDENSED,
]
good_value = ttFont["OS/2"].panose.bProportion
for bad_value in bad_monospaced_panose_values:
print(f'Test FAIL with a monospaced font with bad OS/2.panose.bProportion value ({bad_value}) ...')
ttFont["OS/2"].panose.bProportion = bad_value
# again, we search the expected FAIL because we may algo get an outliers WARN here:
results = list(check(ttFont, stats))
assert results_contain(results, FAIL, "mono-bad-panose-proportion")
def test_check_071():
""" Font follows the family naming recommendations ? """
from fontbakery.specifications.name import com_google_fonts_check_071 as check
from fontbakery.constants import (NAMEID_POSTSCRIPT_NAME,
NAMEID_FULL_FONT_NAME,
NAMEID_FONT_FAMILY_NAME,
NAMEID_FONT_SUBFAMILY_NAME,
NAMEID_TYPOGRAPHIC_FAMILY_NAME,
NAMEID_TYPOGRAPHIC_SUBFAMILY_NAME)
# Our reference Mada Medium is known to be good
ttFont = TTFont("data/test/mada/Mada-Medium.ttf")
# So it must PASS the check:
print ("Test PASS with a good font...")
status, message = list(check(ttFont))[-1]
assert status == PASS
# We'll test rule violations in all entries one-by-one
for index, name in enumerate(ttFont["name"].names):
# and we'll test all INFO/PASS code-paths for each of the rules:
def name_test(value, expected):
assert_name_table_check_result(ttFont, index, name, check, value, expected) #pylint: disable=cell-var-from-loop
if name.nameID == NAMEID_POSTSCRIPT_NAME:
print ("== NAMEID_POST_SCRIPT_NAME ==")
print ("Test INFO: May contain only a-zA-Z0-9 characters and an hyphen...")
# The '@' and '!' chars here are the expected rule violations:
name_test("B@zinga!", INFO)
print ("Test PASS: A name with a single hyphen is OK...")
# A single hypen in the name is OK:
name_test("Big-Bang", PASS)
print ("Test INFO: May not contain more than a single hyphen...")
# The second hyphen char here is the expected rule violation:
name_test("Big-Bang-Theory", INFO)
print ("Test INFO: Exceeds max length (29)...")
name_test("A"*30, INFO)
print ("Test PASS: Does not exceeds max length...")
name_test("A"*29, PASS)
elif name.nameID == NAMEID_FULL_FONT_NAME:
print ("== NAMEID_FULL_FONT_NAME ==")
print ("Test INFO: Exceeds max length (63)...")
name_test("A"*64, INFO)
print ("Test PASS: Does not exceeds max length...")
name_test("A"*63, PASS)
elif name.nameID == NAMEID_FONT_FAMILY_NAME:
print ("== NAMEID_FONT_FAMILY_NAME ==")
print ("Test INFO: Exceeds max length (31)...")
name_test("A"*32, INFO)
print ("Test PASS: Does not exceeds max length...")
name_test("A"*31, PASS)
elif name.nameID == NAMEID_FONT_SUBFAMILY_NAME:
print ("== NAMEID_FONT_SUBFAMILY_NAME ==")
print ("Test INFO: Exceeds max length (31)...")
name_test("A"*32, INFO)
print ("Test PASS: Does not exceeds max length...")
name_test("A"*31, PASS)
elif name.nameID == NAMEID_TYPOGRAPHIC_FAMILY_NAME:
print ("== NAMEID_TYPOGRAPHIC_FAMILY_NAME ==")
print ("Test INFO: Exceeds max length (31)...")
name_test("A"*32, INFO)
print ("Test PASS: Does not exceeds max length...")
name_test("A"*31, PASS)
elif name.nameID == NAMEID_TYPOGRAPHIC_SUBFAMILY_NAME:
print ("== NAMEID_FONT_TYPOGRAPHIC_SUBFAMILY_NAME ==")
print ("Test INFO: Exceeds max length (31)...")
name_test("A"*32, INFO)
print ("Test PASS: Does not exceeds max length...")
name_test("A"*31, PASS)
for w in range(0, 1000, 50):
ttFont["OS/2"].usWeightClass = w
if w < 250 or w > 900:
print ("Test FAIL: Weight out of acceptable range of values (from 250 to 900)...")
status, message = list(check(ttFont))[-1]
assert status == INFO
else:
print ("Test PASS: Weight value is between 250 and 900 (including the extreme values)...")
status, message = list(check(ttFont))[-1]
assert status == PASS
for w in [251, 275, 325, 425, 775, 825, 899]:
ttFont["OS/2"].usWeightClass = w
print ("Test FAIL: Weight value is not multiple of 50...")
status, message = list(check(ttFont))[-1]
assert status == INFO
def test_check_071():
""" Font follows the family naming recommendations ? """
from fontbakery.specifications.name import com_google_fonts_check_071 as check
# Our reference Mada Medium is known to be good
ttFont = TTFont("data/test/mada/Mada-Medium.ttf")
# So it must PASS the check:
print ("Test PASS with a good font...")
status, message = list(check(ttFont))[-1]
assert status == PASS
# We'll test rule violations in all entries one-by-one
for index, name in enumerate(ttFont["name"].names):
# and we'll test all INFO/PASS code-paths for each of the rules:
def name_test(value, expected):
assert_name_table_check_result(ttFont, index, name, check, value, expected) #pylint: disable=cell-var-from-loop
if name.nameID == NameID.POSTSCRIPT_NAME:
print ("== NameID.POST_SCRIPT_NAME ==")
print ("Test INFO: May contain only a-zA-Z0-9 characters and an hyphen...")
# The '@' and '!' chars here are the expected rule violations:
name_test("B@zinga!", INFO)
print ("Test PASS: A name with a single hyphen is OK...")
# A single hypen in the name is OK:
name_test("Big-Bang", PASS)
print ("Test INFO: May not contain more than a single hyphen...")
# The second hyphen char here is the expected rule violation:
name_test("Big-Bang-Theory", INFO)
print ("Test INFO: Exceeds max length (29)...")
name_test("A"*30, INFO)
print ("Test PASS: Does not exceeds max length...")
name_test("A"*29, PASS)
elif name.nameID == NameID.FULL_FONT_NAME:
print ("== NameID.FULL_FONT_NAME ==")
print ("Test INFO: Exceeds max length (63)...")
name_test("A"*64, INFO)
print ("Test PASS: Does not exceeds max length...")
name_test("A"*63, PASS)
elif name.nameID == NameID.FONT_FAMILY_NAME:
print ("== NameID.FONT_FAMILY_NAME ==")
print ("Test INFO: Exceeds max length (31)...")
name_test("A"*32, INFO)
print ("Test PASS: Does not exceeds max length...")
name_test("A"*31, PASS)
elif name.nameID == NameID.FONT_SUBFAMILY_NAME:
print ("== NameID.FONT_SUBFAMILY_NAME ==")
print ("Test INFO: Exceeds max length (31)...")
name_test("A"*32, INFO)
print ("Test PASS: Does not exceeds max length...")
name_test("A"*31, PASS)
elif name.nameID == NameID.TYPOGRAPHIC_FAMILY_NAME:
print ("== NameID.TYPOGRAPHIC_FAMILY_NAME ==")
print ("Test INFO: Exceeds max length (31)...")
name_test("A"*32, INFO)
print ("Test PASS: Does not exceeds max length...")
name_test("A"*31, PASS)
elif name.nameID == NameID.TYPOGRAPHIC_SUBFAMILY_NAME:
print ("== NameID.FONT_TYPOGRAPHIC_SUBFAMILY_NAME ==")
print ("Test INFO: Exceeds max length (31)...")
name_test("A"*32, INFO)
print ("Test PASS: Does not exceeds max length...")
name_test("A"*31, PASS)
def test_check_071():
""" Font follows the family naming recommendations ? """
from fontbakery.specifications.name import com_google_fonts_check_071 as check
from fontbakery.constants import (NAMEID_POSTSCRIPT_NAME,
NAMEID_FULL_FONT_NAME,
NAMEID_FONT_FAMILY_NAME,
NAMEID_FONT_SUBFAMILY_NAME,
NAMEID_TYPOGRAPHIC_FAMILY_NAME,
NAMEID_TYPOGRAPHIC_SUBFAMILY_NAME)
# Our reference Mada Medium is known to be good
ttFont = TTFont("data/test/mada/Mada-Medium.ttf")
# So it must PASS the check:
print("Test PASS with a good font...")
status, message = list(check(ttFont))[-1]
assert status == PASS
# We'll test rule violations in all entries one-by-one
for index, name in enumerate(ttFont["name"].names):
# and we'll test all INFO/PASS code-paths for each of the rules:
def name_test(value, expected):
assert_name_table_check_result(ttFont, index, name, check, value,
expected) #pylint: disable=cell-var-from-loop
if name.nameID == NAMEID_POSTSCRIPT_NAME:
print("== NAMEID_POST_SCRIPT_NAME ==")
print(
"Test INFO: May contain only a-zA-Z0-9 characters and an hyphen..."
)
# The '@' and '!' chars here are the expected rule violations:
name_test("B@zinga!", INFO)
print("Test PASS: A name with a single hyphen is OK...")
# A single hypen in the name is OK:
name_test("Big-Bang", PASS)
print("Test INFO: May not contain more than a single hyphen...")
# The second hyphen char here is the expected rule violation:
name_test("Big-Bang-Theory", INFO)
print("Test INFO: Exceeds max length (29)...")
name_test("A" * 30, INFO)
print("Test PASS: Does not exceeds max length...")
name_test("A" * 29, PASS)
elif name.nameID == NAMEID_FULL_FONT_NAME:
print("== NAMEID_FULL_FONT_NAME ==")
print("Test INFO: Exceeds max length (63)...")
name_test("A" * 64, INFO)
print("Test PASS: Does not exceeds max length...")
name_test("A" * 63, PASS)
elif name.nameID == NAMEID_FONT_FAMILY_NAME:
print("== NAMEID_FONT_FAMILY_NAME ==")
print("Test INFO: Exceeds max length (31)...")
name_test("A" * 32, INFO)
print("Test PASS: Does not exceeds max length...")
name_test("A" * 31, PASS)
elif name.nameID == NAMEID_FONT_SUBFAMILY_NAME:
print("== NAMEID_FONT_SUBFAMILY_NAME ==")
print("Test INFO: Exceeds max length (31)...")
name_test("A" * 32, INFO)
print("Test PASS: Does not exceeds max length...")
name_test("A" * 31, PASS)
elif name.nameID == NAMEID_TYPOGRAPHIC_FAMILY_NAME:
print("== NAMEID_TYPOGRAPHIC_FAMILY_NAME ==")
print("Test INFO: Exceeds max length (31)...")
name_test("A" * 32, INFO)
print("Test PASS: Does not exceeds max length...")
name_test("A" * 31, PASS)
elif name.nameID == NAMEID_TYPOGRAPHIC_SUBFAMILY_NAME:
print("== NAMEID_FONT_TYPOGRAPHIC_SUBFAMILY_NAME ==")
print("Test INFO: Exceeds max length (31)...")
name_test("A" * 32, INFO)
print("Test PASS: Does not exceeds max length...")
name_test("A" * 31, PASS)
for w in range(0, 1000, 50):
ttFont["OS/2"].usWeightClass = w
if w < 250 or w > 900:
print(
"Test FAIL: Weight out of acceptable range of values (from 250 to 900)..."
)
status, message = list(check(ttFont))[-1]
assert status == INFO
else:
print(
"Test PASS: Weight value is between 250 and 900 (including the extreme values)..."
)
status, message = list(check(ttFont))[-1]
assert status == PASS
for w in [251, 275, 325, 425, 775, 825, 899]:
ttFont["OS/2"].usWeightClass = w
print("Test FAIL: Weight value is not multiple of 50...")
status, message = list(check(ttFont))[-1]
assert status == INFO
def test_check_033():
""" Checking correctness of monospaced metadata. """
from fontbakery.specifications.name import com_google_fonts_check_033 as check
from fontbakery.specifications.shared_conditions import monospace_stats
from fontbakery.constants import (PANOSE_PROPORTION__ANY,
PANOSE_PROPORTION__NO_FIT,
PANOSE_PROPORTION__OLD_STYLE,
PANOSE_PROPORTION__MODERN,
PANOSE_PROPORTION__EVEN_WIDTH,
PANOSE_PROPORTION__EXTENDED,
PANOSE_PROPORTION__CONDENSED,
PANOSE_PROPORTION__VERY_EXTENDED,
PANOSE_PROPORTION__VERY_CONDENSED,
PANOSE_PROPORTION__MONOSPACED,
IS_FIXED_WIDTH__MONOSPACED,
IS_FIXED_WIDTH__NOT_MONOSPACED)
# This check has a large number of code-paths
# We'll make sure to test them all here.
#
# --------------------------------------------
# Starting with non-monospaced code-paths:
# --------------------------------------------
print('Test PASS with a good non-monospace font...')
# Our reference Mada Regular is a non-monospace font
# know to have good metadata for this check.
ttFont = TTFont("data/test/mada/Mada-Regular.ttf")
stats = monospace_stats(ttFont)
status, message = list(check(ttFont, stats))[-1]
assert status == PASS and message.code == "good"
# We'll mark it as monospaced on the post table and make sure it fails:
print('Test FAIL with a non-monospaced font with bad post.isFixedPitch value ...')
ttFont["post"].isFixedPitch = IS_FIXED_WIDTH__MONOSPACED
status, message = list(check(ttFont, stats))[-1]
assert status == FAIL and message.code == "bad-post-isFixedPitch"
# restore good value:
ttFont["post"].isFixedPitch = IS_FIXED_WIDTH__NOT_MONOSPACED
# Now we mark it as monospaced on the OS/2 and it should also fail:
print('Test FAIL with a non-monospaced font with bad OS/2.panose.bProportion value (MONOSPACED) ...')
ttFont["OS/2"].panose.bProportion = PANOSE_PROPORTION__MONOSPACED
status, message = list(check(ttFont, stats))[-1]
assert status == FAIL and message.code == "bad-panose-proportion"
# --------------------------------------------
# And now we test the monospaced code-paths:
# --------------------------------------------
print('Test PASS with a good monospaced font...')
# Our reference OverpassMono Regular is know to be
# a monospaced font with good metadata here.
ttFont = TTFont("data/test/overpassmono/OverpassMono-Regular.ttf")
stats = monospace_stats(ttFont)
status, message = list(check(ttFont, stats))[-1]
# WARN is emitted when there's at least one outlier.
# I don't see a good reason to be picky and also test that one separately here...
assert (status == WARN and message.code == "mono-outliers") or \
(status == PASS and message.code == "mono-good")
# Let's incorrectly mark it as a non-monospaced on the post table and it should fail:
print('Test FAIL with a monospaced font with bad post.isFixedPitch value ...')
ttFont["post"].isFixedPitch = IS_FIXED_WIDTH__NOT_MONOSPACED
# here we search for the expected FAIL among all results
# instead of simply looking at the last one
# because we may also get an outliers WARN in some cases:
results = list(check(ttFont, stats))
assert results_contain(results, FAIL, "mono-bad-post-isFixedPitch")
# There are several bad panose proportion values for a monospaced font.
# Only PANOSE_PROPORTION__MONOSPACED would be valid.
# So we'll try all the bad ones here to make sure all of them emit a FAIL:
bad_monospaced_panose_values = [
PANOSE_PROPORTION__ANY,
PANOSE_PROPORTION__NO_FIT,
PANOSE_PROPORTION__OLD_STYLE,
PANOSE_PROPORTION__MODERN,
PANOSE_PROPORTION__EVEN_WIDTH,
PANOSE_PROPORTION__EXTENDED,
PANOSE_PROPORTION__CONDENSED,
PANOSE_PROPORTION__VERY_EXTENDED,
PANOSE_PROPORTION__VERY_CONDENSED,
]
good_value = ttFont["OS/2"].panose.bProportion
for bad_value in bad_monospaced_panose_values:
print('Test FAIL with a monospaced font with bad OS/2.panose.bProportion value ({}) ...'.format(bad_value))
ttFont["OS/2"].panose.bProportion = bad_value
# again, we search the expected FAIL because we may algo get an outliers WARN here:
results = list(check(ttFont, stats))
assert results_contain(results, FAIL, "mono-bad-panose-proportion")