def pull_xtb_without_transifex(grd_file_path, brave_source_root):
xtb_files = get_xtb_files(grd_file_path)
chromium_grd_file_path = get_chromium_grd_src_with_fallback(grd_file_path,
brave_source_root)
chromium_xtb_files = get_xtb_files(grd_file_path)
if len(xtb_files) != len(chromium_xtb_files):
assert false, 'XTB files and Chromium XTB file length mismatch.'
grd_base_path = os.path.dirname(grd_file_path)
chromium_grd_base_path = os.path.dirname(chromium_grd_file_path)
# Update XTB FPs so it uses the branded source string
grd_strings = get_grd_strings(grd_file_path)
chromium_grd_strings = get_grd_strings(chromium_grd_file_path)
assert(len(grd_strings) == len(chromium_grd_strings))
fp_map = {chromium_grd_strings[idx][2]: grd_strings[idx][2] for
(idx, grd_string) in enumerate(grd_strings)}
xtb_file_paths = [os.path.join(
grd_base_path, path) for (lang, path) in xtb_files]
chromium_xtb_file_paths = [
os.path.join(chromium_grd_base_path, path) for
(lang, path) in chromium_xtb_files]
for idx, xtb_file in enumerate(xtb_file_paths):
chromium_xtb_file = chromium_xtb_file_paths[idx]
if not os.path.exists(chromium_xtb_file):
print 'Warning: Skipping because Chromium path does not exist: ', chromium_xtb_file
continue
xml_tree = lxml.etree.parse(chromium_xtb_file)
for node in xml_tree.xpath('//translation'):
pre_text_node = textify(node)
pre_meaning = node.get('meaning') if 'meaning' in node.attrib else ''
pre_desc = node.get('desc') if 'desc' in node.attrib else ''
generate_braveified_node(node, False, True)
meaning = node.get('meaning') if 'meaning' in node.attrib else ''
desc = node.get('desc') if 'desc' in node.attrib else ''
# A node's fingerprint changes if the desc or the meaning change
if (pre_text_node != textify(node) or
pre_meaning != meaning or
pre_desc == desc):
old_fp = node.attrib['id']
# It's possible for an xtb string to not be in our GRD
# This happens for exmaple with Chrome OS strings which
# we don't process files for
# print 'old fp: ', old_fp
if old_fp in fp_map:
node.attrib['id'] = fp_map.get(old_fp)
transformed_content = ('<?xml version="1.0" ?>\n' +
lxml.etree.tostring(xml_tree, pretty_print=True,
xml_declaration=False,
encoding='UTF-8').strip())
with open(xtb_file, mode='w') as f:
f.write(transformed_content)
def pull_xtb_without_transifex(grd_file_path, brave_source_root):
xtb_files = get_xtb_files(grd_file_path)
chromium_grd_file_path = get_chromium_grd_src_with_fallback(
grd_file_path, brave_source_root)
chromium_xtb_files = get_xtb_files(grd_file_path)
if len(xtb_files) != len(chromium_xtb_files):
assert false, 'XTB files and Chromium XTB file length mismatch.'
grd_base_path = os.path.dirname(grd_file_path)
chromium_grd_base_path = os.path.dirname(chromium_grd_file_path)
# Update XTB FPs so it uses the branded source string
grd_strings = get_grd_strings(grd_file_path, validate_tags=False)
chromium_grd_strings = get_grd_strings(chromium_grd_file_path,
validate_tags=False)
assert (len(grd_strings) == len(chromium_grd_strings))
fp_map = {
chromium_grd_strings[idx][2]: grd_strings[idx][2]
for (idx, grd_string) in enumerate(grd_strings)
}
xtb_file_paths = [
os.path.join(grd_base_path, path) for (lang, path) in xtb_files
]
chromium_xtb_file_paths = [
os.path.join(chromium_grd_base_path, path)
for (lang, path) in chromium_xtb_files
]
for idx, xtb_file in enumerate(xtb_file_paths):
chromium_xtb_file = chromium_xtb_file_paths[idx]
if not os.path.exists(chromium_xtb_file):
print 'Warning: Skipping because Chromium path does not exist: ', chromium_xtb_file
continue
xml_tree = lxml.etree.parse(chromium_xtb_file)
for node in xml_tree.xpath('//translation'):
generate_braveified_node(node, False, True)
# Use our fp, when exists.
old_fp = node.attrib['id']
# It's possible for an xtb string to not be in our GRD.
# This happens, for exmaple, with Chrome OS strings which
# we don't process files for.
if old_fp in fp_map:
new_fp = fp_map.get(old_fp)
if new_fp != old_fp:
node.attrib['id'] = new_fp
# print('fp: {0} -> {1}').format(old_fp, new_fp)
fix_links_with_target_blank_in_xtb_tree(xml_tree)
transformed_content = ('<?xml version="1.0" ?>\n' +
lxml.etree.tostring(xml_tree,
pretty_print=True,
xml_declaration=False,
encoding='UTF-8').strip())
with open(xtb_file, mode='w') as f:
f.write(transformed_content)