def save(self, writer, saveAs=False, progressBar=None):
"""
Save data. This method should not be called externally.
Subclasses may override this method to implement custom saving behavior.
"""
if saveAs:
font = self.font
if font is not None and font.path is not None and os.path.exists(
font.path):
reader = UFOReader(font.path)
readerDataDirectoryListing = reader.getDataDirectoryListing()
for fileName, data in list(self._data.items()):
path = os.path.join("data", fileName)
if data["data"] is not None or fileName not in readerDataDirectoryListing:
continue
writer.copyFromReader(reader, path, path)
for fileName in self._scheduledForDeletion:
try:
path = os.path.join("data", fileName)
writer.removeFileForPath(path)
except UFOLibError:
# this will be raised if the file doesn't exist.
# instead of trying to maintain a list of in UFO
# vs. in memory, simply fail and move on when
# something can't be deleted because it isn't
# in the UFO.
pass
self._scheduledForDeletion.clear()
reader = UFOReader(writer.path)
for fileName, data in list(self._data.items()):
if not data["dirty"]:
continue
path = os.path.join("data", fileName)
writer.writeBytesToPath(path, data["data"])
data["dirty"] = False
data["onDisk"] = True
data["onDiskModTime"] = reader.getFileModificationTime(
os.path.join("data", fileName))
self.dirty = False
def save(self, writer, saveAs=False, progressBar=None):
"""
Save data. This method should not be called externally.
Subclasses may override this method to implement custom saving behavior.
"""
if saveAs:
font = self.font
if font is not None and font.path is not None and os.path.exists(
font.path):
reader = UFOReader(font.path)
readerDataDirectoryListing = reader.getDataDirectoryListing()
for fileName, data in self._data.items():
path = os.path.join("data", fileName)
if data["data"] is not None or fileName not in readerDataDirectoryListing:
continue
writer.copyFromReader(reader, path, path)
for fileName in self._scheduledForDeletion:
try:
path = os.path.join("data", fileName)
writer.removeFileForPath(path)
except UFOLibError:
# this will be raised if the file doesn't exist.
# instead of trying to maintain a list of in UFO
# vs. in memory, simply fail and move on when
# something can't be deleted because it isn't
# in the UFO.
pass
self._scheduledForDeletion.clear()
reader = UFOReader(writer.path)
for fileName, data in self._data.items():
if not data["dirty"]:
continue
path = os.path.join("data", fileName)
writer.writeBytesToPath(path, data["data"])
data["dirty"] = False
data["onDisk"] = True
data["onDiskModTime"] = reader.getFileModificationTime(
os.path.join("data", fileName))
self.dirty = False
def run(self):
# Print UFO filepath header
print(" ")
print('~' * len(self.ufopath))
print(self.ufopath)
print('~' * len(self.ufopath))
print(" ")
# [START] EARLY FAIL TESTS ----------------------------------------------------------------
# UFO directory filepath
# .ufo directory extension
# import with ufoLib
# version check
# ufo obj define
# v3 only: presence of layercontents.plist to define the glyphs directories in source
# v2 only: no layercontents.plist, define as single glyphs directory
ss = StdStreamer(self.ufopath)
ss.stream_testname("UFO directory")
self._check_ufo_dir_path_exists(
) # tests user defined UFO directory path
self._check_ufo_dir_extension(
) # tests for .ufo extension on directory
self._check_metainfo_plist_exists(
) # confirm presence of metainfo.plist to define UFO version
self._validate_read_data_types_metainfo_plist(
) # validate the version data type as integer (workaround for bug in ufoLib)
self._check_ufo_import_and_define_ufo_version(
) # confirm ufoLib can import directory. defines UFOReader object as class property
if self.ufoversion == 3:
self._check_layercontents_plist_exists(
) # tests for presence of a layercontents.plist in root of UFO
self._validate_read_load_glyphsdirs_layercontents_plist(
) # validate layercontents.plist xml and load glyphs dirs
elif self.ufoversion == 2:
self.ufo_glyphs_dir_list = [[
'public.default', 'glyphs'
]] # define as single glyphs directory for UFOv2
else: # pragma nocoverage fail if unsupported UFO version (ufolint fail in case behind released UFO version)
sys.stderr.write(os.linesep + "[ufolint] UFO v" + self.ufoversion +
" is not supported in ufolint" + os.linesep)
sys.exit(1)
print(" ")
print(" Found UFO v" + str(self.ufoversion))
print(" Detected glyphs directories: ")
for glyphs_dir in self.ufo_glyphs_dir_list:
# TODO: add glyphs directory validation here : confirm naming = 'glyphs.*'
sys.stdout.write(
" -- " + glyphs_dir[1] +
" ") # display the name of the specified glyphs dirs
res = Result(glyphs_dir[1])
if dir_exists(os.path.join(self.ufopath, glyphs_dir[1])
): # test for presence of specified glyphs dir
res.test_failed = False
ss.stream_result(res)
else:
res.test_failed = True
res.exit_failure = True
res.test_long_stdstream_string = "Unable to find the UFO directory '" + glyphs_dir[
1] + "' defined in layercontents.plist"
ss.stream_result(res)
print(" ")
# create Ufo objects for subsequent tests - all Ufo object dependent tests must take place below this level
if self.ufoversion == 2:
self.ufoobj = Ufo2(self.ufopath, self.ufo_glyphs_dir_list)
elif self.ufoversion == 3:
self.ufoobj = Ufo3(self.ufopath, self.ufo_glyphs_dir_list)
# [START] Mandatory file path tests
ss.stream_testname("UFO v" + str(self.ufoversion) + " mandatory files")
mandatory_file_list = self.ufoobj.get_mandatory_filepaths_list()
for mandatory_file in mandatory_file_list:
res = Result(mandatory_file)
if file_exists(mandatory_file):
res.test_failed = False
ss.stream_result(res)
else:
res.test_failed = True
res.exit_failure = True
res.test_long_stdstream_string = mandatory_file + " was not found in " + self.ufopath
ss.stream_result(res)
print(" ")
# [END] Mandatory file path tests
# [END] EARLY FAIL TESTS ----------------------------------------------------------------
# [START] XML VALIDATION TESTS -----------------------------------------------------------
ss.stream_testname("XML formatting")
meta_val = MetainfoPlistValidator(self.ufopath, self.ufoversion,
self.ufo_glyphs_dir_list)
fontinfo_val = FontinfoPlistValidator(self.ufopath, self.ufoversion,
self.ufo_glyphs_dir_list)
groups_val = GroupsPlistValidator(self.ufopath, self.ufoversion,
self.ufo_glyphs_dir_list)
kerning_val = KerningPlistValidator(self.ufopath, self.ufoversion,
self.ufo_glyphs_dir_list)
lib_val = LibPlistValidator(self.ufopath, self.ufoversion,
self.ufo_glyphs_dir_list)
contents_val = ContentsPlistValidator(self.ufopath, self.ufoversion,
self.ufo_glyphs_dir_list)
layercont_val = LayercontentsPlistValidator(self.ufopath,
self.ufoversion,
self.ufo_glyphs_dir_list)
layerinfo_val = LayerinfoPlistValidator(self.ufopath, self.ufoversion,
self.ufo_glyphs_dir_list)
# excute validations, returns list of failure Result() objects
mv_xml_fail_list = meta_val.run_xml_validation()
fi_xml_fail_list = fontinfo_val.run_xml_validation()
g_xml_fail_list = groups_val.run_xml_validation()
k_xml_fail_list = kerning_val.run_xml_validation()
l_xml_fail_list = lib_val.run_xml_validation()
c_xml_fail_list = contents_val.run_xml_validation()
lc_xml_fail_list = layercont_val.run_xml_validation()
li_xml_fail_list = layerinfo_val.run_xml_validation()
# xml validations return lists of all failures, append these to the class failures_list Python list
for thelist in (mv_xml_fail_list, fi_xml_fail_list, g_xml_fail_list,
k_xml_fail_list, l_xml_fail_list, c_xml_fail_list,
lc_xml_fail_list, li_xml_fail_list):
for failed_test_result in thelist:
self.failures_list.append(failed_test_result)
print(" ")
# [END] XML VALIDATION TESTS --------------------------------------------------------------
# [START] plist FILE VALIDATION TESTS (includes numerous ufoLib library validations on plist file reads)
ss.stream_testname("*.plist spec")
mv_ufolib_import_fail_list = meta_val.run_ufolib_import_validation()
fi_ufolib_import_fail_list = fontinfo_val.run_ufolib_import_validation(
)
g_ufolib_import_fail_list = groups_val.run_ufolib_import_validation()
k_ufolib_import_fail_list = kerning_val.run_ufolib_import_validation()
l_ufolib_import_fail_list = lib_val.run_ufolib_import_validation()
c_ufolib_import_fail_list = contents_val.run_ufolib_import_validation()
lc_ufolib_import_fail_list = layercont_val.run_ufolib_import_validation(
)
li_ufolib_import_fail_list = layerinfo_val.run_ufolib_import_validation(
)
for thelist in (mv_ufolib_import_fail_list, fi_ufolib_import_fail_list,
g_ufolib_import_fail_list, k_ufolib_import_fail_list,
l_ufolib_import_fail_list, c_ufolib_import_fail_list,
lc_ufolib_import_fail_list,
li_ufolib_import_fail_list):
for failed_test_result in thelist:
self.failures_list.append(failed_test_result)
# [END] plist FILE VALIDATION TESTS
# [START] features.fea TESTS
print(" ")
ss.stream_testname("features.fea")
ff_path = os.path.join(self.ufopath, 'features.fea')
res = Result(ff_path)
if file_exists(ff_path):
res.test_failed = False
ss.stream_result(res)
else:
sys.stdout.write(
"not present") # not a mandatory file, not a failure
# [END] features.fea TESTS
# [START] DATA DIRECTORY TESTS - no fails in these tests, reporting only
if self.ufoversion == 3: # UFOv3+ only
print(" ")
ss.stream_testname("data")
data_dir_path = os.path.join(self.ufopath, 'data')
if dir_exists(data_dir_path):
ufo_reader = UFOReader(self.ufopath)
raw_data_list = ufo_reader.getDataDirectoryListing()
data_list = []
for item in raw_data_list:
if not item[
0] == ".": # eliminate dotfiles picked up by the ufoLib method (e.g. .DS_Store on OSX)
data_list.append(item)
if len(data_list) == 0:
sys.stdout.write("empty")
else:
sys.stdout.write(str(len(data_list)) + " data files")
else:
sys.stdout.write(
"not present") # not a mandatory directory, not a failure
# [END] DATA DIRECTORY TESTS
# [START] IMAGES DIRECTORY TESTS
if self.ufoversion == 3: # UFO v3+ only
print(" ")
ss.stream_testname("images")
images_dir_path = os.path.join(self.ufopath, 'images')
if dir_exists(images_dir_path):
images_dir_failures = run_all_images_validations(self.ufoobj)
for images_failure_result in images_dir_failures:
self.failures_list.append(images_failure_result)
else:
sys.stdout.write(
"not present") # not a mandatory directory, not a failure
# [END] IMAGES DIRECTORY TESTS
# [START] *.glif VALIDATION TESTS
print(" ")
ss.stream_testname("*.glif spec")
glif_validation_failures = run_all_glif_validations(self.ufoobj)
for glif_failure_result in glif_validation_failures:
self.failures_list.append(glif_failure_result)
# [END] *.glif VALIDATION TESTS
# TESTS COMPLETED --------------------------------------------------------------------------
# stream all failure results as a newline delimited list to user and exit with status code 1
# if failures are present, status code 0 if failures are not present
ss = StdStreamer(self.ufopath)
ss.stream_final_failures(self.failures_list)
