def DISABLED_test_check_glyphnames_max_length():
""" Check that glyph names do not exceed max length. """
from fontbakery.profiles.universal import com_google_fonts_check_glyphnames_max_length as check
import defcon
import ufo2ft
# TTF
test_font = defcon.Font(TEST_FILE("test.ufo"))
test_ttf = ufo2ft.compileTTF(test_font)
status, _ = list(check(test_ttf))[-1]
assert status == PASS
test_glyph = defcon.Glyph()
test_glyph.unicode = 0x1234
test_glyph.name = ("aaaaaaaaaaaaaaaaaaaaaaaaaaaaaaa"
"aaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaa"
"aaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaa")
test_font.insertGlyph(test_glyph)
test_ttf = ufo2ft.compileTTF(test_font, useProductionNames=False)
status, _ = list(check(test_ttf))[-1]
assert status == FAIL
test_ttf = ufo2ft.compileTTF(test_font, useProductionNames=True)
status, _ = list(check(test_ttf))[-1]
assert status == PASS
# Upgrade to post format 3.0 and roundtrip data to update TTF object.
test_ttf["post"].formatType = 3.0
test_file = io.BytesIO()
test_ttf.save(test_file)
test_ttf = TTFont(test_file)
status, message = list(check(test_ttf))[-1]
assert status == PASS
assert "format 3.0" in message
del test_font, test_ttf, test_file # Prevent copypasta errors.
# CFF
test_font = defcon.Font(TEST_FILE("test.ufo"))
test_otf = ufo2ft.compileOTF(test_font)
status, _ = list(check(test_otf))[-1]
assert status == PASS
test_font.insertGlyph(test_glyph)
test_otf = ufo2ft.compileOTF(test_font, useProductionNames=False)
status, _ = list(check(test_otf))[-1]
assert status == FAIL
test_otf = ufo2ft.compileOTF(test_font, useProductionNames=True)
status, _ = list(check(test_otf))[-1]
assert status == PASS
def save_otf(self, ufo, is_instance=False, mti_feafiles=None,
kern_writer=KernFeatureWriter):
"""Build OTF from UFO."""
otf_path = self._output_path(ufo, 'otf', is_instance)
otf = compileOTF(ufo, kernWriter=kern_writer)
otf.save(otf_path)
def build(args):
ufo = merge(args)
setInfo(ufo.info, args.version)
buildExtraGlyphs(ufo)
removeOverlap(ufo)
if args.out_file.endswith(".ttf"):
otf = compileTTF(ufo)
else:
otf = compileOTF(ufo)
otf = subsetGlyphs(otf, ufo)
return otf
def generate_and_write_autohinted_instance(
instantiator: instantiator.Instantiator,
instance_descriptor: fontTools.designspaceLib.InstanceDescriptor,
output_dir: Path,
psautohint: str,
):
# 3. Generate instance UFO.
instance = instantiator.generate_instance(instance_descriptor)
file_stem = f"{instance.info.familyName}-{instance.info.styleName}".replace(" ", "")
# 3.5. Optionally write instance UFO to disk, for debugging.
# instance.save(output_dir / f"{file_stem}.ufo", overwrite=True)
# 4. Compile and write instance OTF to disk.
instance_font = ufo2ft.compileOTF(instance, removeOverlaps=True, inplace=True)
output_path = output_dir / f"{file_stem}.otf"
instance_font.save(output_path)
# 5. Run psautohint on it.
subprocess.run([psautohint, str(output_path)])
def save_otf(self, ufo, is_instance=False, kern_writer=KernFeatureWriter):
"""Build OTF from UFO."""
otf_path = self._output_path(ufo, 'otf', is_instance)
otf = compileOTF(ufo, kernWriter=kern_writer)
otf.save(otf_path)
def save_otfs(self,
ufos,
ttf=False,
is_instance=False,
interpolatable=False,
use_afdko=False,
autohint=None,
subset=None,
use_production_names=None,
subroutinize=False,
interpolate_layout_from=None,
interpolate_layout_dir=None,
output_path=None,
output_dir=None,
kern_writer_class=None,
mark_writer_class=None,
inplace=True):
"""Build OpenType binaries from UFOs.
Args:
ufos: Font objects to compile.
ttf: If True, build fonts with TrueType outlines and .ttf extension.
is_instance: If output fonts are instances, for generating paths.
interpolatable: If output is interpolatable, for generating paths.
use_afdko: If True, use AFDKO to compile feature source.
autohint: Parameters to provide to ttfautohint. If not provided, the
autohinting step is skipped.
subset: Whether to subset the output according to data in the UFOs.
If not provided, also determined by flags in the UFOs.
use_production_names: Whether to use production glyph names in the
output. If not provided, determined by flags in the UFOs.
subroutinize: If True, subroutinize CFF outlines in output.
interpolate_layout_from: A designspace path to give varLib for
interpolating layout tables to use in output.
interpolate_layout_dir: Directory containing the compiled master
fonts to use for interpolating binary layout tables.
output_path: output font file path. Only works when the input
'ufos' list contains a single font.
output_dir: directory where to save output files. Mutually
exclusive with 'output_path' argument.
kern_writer_class: Class overriding ufo2ft's KernFeatureWriter.
mark_writer_class: Class overriding ufo2ft's MarkFeatureWriter.
"""
assert not (output_path and output_dir), "mutually exclusive args"
if output_path is not None and len(ufos) > 1:
raise ValueError("output_path requires a single input")
ext = 'ttf' if ttf else 'otf'
fea_compiler = FDKFeatureCompiler if use_afdko else FeatureCompiler
if kern_writer_class is not None:
logger.info("Using %r", kern_writer_class.__module__)
if mark_writer_class is not None:
logger.info("Using %r", mark_writer_class.__module__)
if interpolate_layout_from is not None:
if interpolate_layout_dir is None:
interpolate_layout_dir = self._output_dir(
ext, is_instance=False, interpolatable=interpolatable)
finder = partial(_varLib_finder,
directory=interpolate_layout_dir,
ext=ext)
do_autohint = ttf and autohint is not None
for ufo in ufos:
name = self._font_name(ufo)
logger.info('Saving %s for %s' % (ext.upper(), name))
if use_production_names is None:
use_production_names = not ufo.lib.get(
GLYPHS_PREFIX + "Don't use Production Names")
compiler_options = dict(
featureCompilerClass=fea_compiler,
kernWriterClass=kern_writer_class,
markWriterClass=mark_writer_class,
glyphOrder=ufo.lib.get(PUBLIC_PREFIX + 'glyphOrder'),
useProductionNames=use_production_names,
inplace=True, # avoid extra copy
)
if ttf:
font = compileTTF(ufo, convertCubics=False, **compiler_options)
else:
font = compileOTF(ufo,
optimizeCFF=subroutinize,
**compiler_options)
if interpolate_layout_from is not None:
master_locations, instance_locations = self._designspace_locations(
interpolate_layout_from)
loc = instance_locations[_normpath(ufo.path)]
gpos_src = interpolate_layout(interpolate_layout_from,
loc,
finder,
mapped=True)
font['GPOS'] = gpos_src['GPOS']
gsub_src = TTFont(
finder(self._closest_location(master_locations, loc)))
if 'GDEF' in gsub_src:
font['GDEF'] = gsub_src['GDEF']
if 'GSUB' in gsub_src:
font['GSUB'] = gsub_src['GSUB']
if do_autohint:
# if we are autohinting, we save the unhinted font to a
# temporary path, and the hinted one to the final destination
fd, otf_path = tempfile.mkstemp("." + ext)
os.close(fd)
elif output_path is None:
otf_path = self._output_path(ufo,
ext,
is_instance,
interpolatable,
output_dir=output_dir)
else:
otf_path = output_path
font.save(otf_path)
if subset is None:
export_key = GLYPHS_PREFIX + 'Glyphs.Export'
subset = ((GLYPHS_PREFIX + 'Keep Glyphs') in ufo.lib or any(
glyph.lib.get(export_key, True) is False for glyph in ufo))
if subset:
self.subset_otf_from_ufo(otf_path, ufo)
if not do_autohint:
continue
if output_path is not None:
hinted_otf_path = output_path
else:
hinted_otf_path = self._output_path(ufo,
ext,
is_instance,
interpolatable,
autohinted=True,
output_dir=output_dir)
try:
ttfautohint(otf_path, hinted_otf_path, args=autohint)
except TTFAError:
# copy unhinted font to destination before re-raising error
shutil.copyfile(otf_path, hinted_otf_path)
raise
finally:
# must clean up temp file
os.remove(otf_path)
def TTFontFactory(font, useProductionNames=False, optimizeCff=False):
otf = compileOTF(
font, useProductionNames=useProductionNames, optimizeCff=optimizeCff)
return otf
def test_TestFont_CFF(self):
self.expectTTX(compileOTF(loadUFO("TestFont.ufo")), "TestFont-CFF.ttx")
def test_optimizeCFF_specialize(self, testufo, cff_version, expected_ttx):
otf = compileOTF(testufo, optimizeCFF=1, cffVersion=cff_version)
expectTTX(otf, expected_ttx)
def test_TestFont_CFF(self, testufo):
otf = compileOTF(testufo)
expectTTX(otf, "TestFont-CFF.ttx")
def test_removeOverlaps_CFF(self, testufo):
otf = compileOTF(testufo, removeOverlaps=True)
expectTTX(otf, "TestFont-NoOverlaps-CFF.ttx")
def test_optimizeCFF_specialize(self, testufo):
otf = compileOTF(testufo, optimizeCFF=1)
expectTTX(otf, "TestFont-Specialized-CFF.ttx")
def testTestFont(self):
# We have specific unit tests for CFF vs TrueType output, but we run
# an integration test here to make sure things work end-to-end.
# No need to test both formats for every single test case.
self.expectTTX(compileTTF(loadUFO("TestFont.ufo")), "TestFont.ttx")
self.expectTTX(compileOTF(loadUFO("TestFont.ufo")), "TestFont-CFF.ttx")
import extractor
import defcon
# from fontTools.ttLib import TTFont
from ufo2ft import compileOTF
ufo = defcon.Font()
# Take the font generated by FL5 from the VFB and extract it to UFO
extractor.extractUFO("data/ibm_plex/IBM Plex Serif-Text-FL.otf", ufo)
# Save the extracted UFO
ufo.save("data/ibm_plex/IBM Plex Serif-Text-FL_extracted.otf.ufo")
ufo = defcon.Font("data/ibm_plex/IBM Plex Serif-Text-FL_extracted.otf.ufo")
# Build a new TTF from the extracted UFO
ttf = compileOTF(ufo)
ttf.save("data/ibm_plex/IBM Plex Serif-Text-ufo2ft.otf")
# Force recompilation by closing and reopening the font; not needed
# ttf.close()
# ttf = TTFont("data/ibm_plex/IBM Plex Serif-Text-ufo2ft.ttf")
# Also save TTX dump
ttf.saveXML("data/ibm_plex/IBM Plex Serif-Text-ufo2ft.otf.ttx")
ttf.saveXML("data/ibm_plex/IBM Plex Serif-Text-FL.otf.ttx")
# ufo = defcon.Font()
# extractor.extractUFO("data/font_a/font-normal-fl.ttf", ufo)
# ufo.save("data/font_a/font-normal-fl_extracted.ufo")
# ufo = defcon.Font("data/font_a/font-normal-fl_extracted.ufo")
# ttf = compileTTF(ufo)
def test_removeOverlaps_CFF(self):
self.expectTTX(
compileOTF(loadUFO("TestFont.ufo"), removeOverlaps=True),
"TestFont-NoOverlaps-CFF.ttx")
from defcon import Font
from ufo2ft import compileOTF
ufo = Font('removeOverlaps_error.ufo')
ufo.info.xHeight = 300
ufo.info.capHeight = 700
otf = compileOTF(ufo, removeOverlaps=True)
otf.save('removeOverlaps_error.otf')
def test_optimizeCFF_subroutinize(self, testufo):
otf = compileOTF(testufo, optimizeCFF=2)
expectTTX(otf, "TestFont-CFF.ttx")
def save_otfs(self,
ufos,
ttf=False,
is_instance=False,
interpolatable=False,
use_afdko=False,
autohint=None,
subset=None,
use_production_names=None,
subroutinize=False,
interpolate_layout_from=None,
kern_writer_class=None,
mark_writer_class=None):
"""Build OpenType binaries from UFOs.
Args:
ufos: Font objects to compile.
ttf: If True, build fonts with TrueType outlines and .ttf extension.
is_instance: If output fonts are instances, for generating paths.
interpolatable: If output is interpolatable, for generating paths.
use_afdko: If True, use AFDKO to compile feature source.
autohint: Parameters to provide to ttfautohint. If not provided, the
autohinting step is skipped.
subset: Whether to subset the output according to data in the UFOs.
If not provided, also determined by flags in the UFOs.
use_production_names: Whether to use production glyph names in the
output. If not provided, determined by flags in the UFOs.
subroutinize: If True, subroutinize CFF outlines in output.
interpolate_layout_from: A designspace path to give varLib for
interpolating layout tables to use in output.
kern_writer_class: Class overriding ufo2ft's KernFeatureWriter.
mark_writer_class: Class overriding ufo2ft's MarkFeatureWriter.
"""
ext = 'ttf' if ttf else 'otf'
fea_compiler = FDKFeatureCompiler if use_afdko else FeatureCompiler
if kern_writer_class is None:
kern_writer_class = KernFeatureWriter
else:
logger.info("Using %r", kern_writer_class.__module__)
if mark_writer_class is None:
mark_writer_class = MarkFeatureWriter
else:
logger.info("Using %r", mark_writer_class.__module__)
if interpolate_layout_from is not None:
master_locations, instance_locations = self._designspace_locations(
interpolate_layout_from)
ufod = self._output_dir('ufo', False, interpolatable)
otfd = self._output_dir(ext, False, interpolatable)
finder = lambda s: s.replace(ufod, otfd).replace('.ufo', '.' + ext)
for ufo in ufos:
name = self._font_name(ufo)
logger.info('Saving %s for %s' % (ext.upper(), name))
otf_path = self._output_path(ufo, ext, is_instance, interpolatable)
if use_production_names is None:
use_production_names = not ufo.lib.get(
GLYPHS_PREFIX + "Don't use Production Names")
compiler_options = dict(featureCompilerClass=fea_compiler,
kernWriterClass=kern_writer_class,
markWriterClass=mark_writer_class,
glyphOrder=ufo.lib.get(PUBLIC_PREFIX +
'glyphOrder'),
useProductionNames=use_production_names)
if ttf:
font = compileTTF(ufo, convertCubics=False, **compiler_options)
else:
font = compileOTF(ufo,
optimizeCFF=subroutinize,
**compiler_options)
if interpolate_layout_from is not None:
loc = instance_locations[ufo.path]
gpos_src = interpolate_layout(interpolate_layout_from,
loc,
finder,
mapped=True)
font['GPOS'] = gpos_src['GPOS']
gsub_src = TTFont(
finder(self._closest_location(master_locations, loc)))
font['GDEF'] = gsub_src['GDEF']
font['GSUB'] = gsub_src['GSUB']
font.save(otf_path)
if subset is None:
export_key = GLYPHS_PREFIX + 'Glyphs.Export'
subset = ((GLYPHS_PREFIX + 'Keep Glyphs') in ufo.lib or any(
glyph.lib.get(export_key, True) is False for glyph in ufo))
if subset:
self.subset_otf_from_ufo(otf_path, ufo)
if ttf and autohint is not None:
hinted_otf_path = self._output_path(ufo,
ext,
is_instance,
interpolatable,
autohinted=True)
ttfautohint(otf_path, hinted_otf_path, args=autohint)
def test_removeOverlaps_CFF_pathops(self, testufo):
otf = compileOTF(testufo,
removeOverlaps=True,
overlapsBackend="pathops")
expectTTX(otf, "TestFont-NoOverlaps-CFF-pathops.ttx")
def TTFontFactory(font):
otf = compileOTF(font)
return otf
def test_optimizeCFF_none(self, testufo):
otf = compileOTF(testufo, optimizeCFF=0)
expectTTX(otf, "TestFont-NoOptimize-CFF.ttx")