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Ghostkeeper 2019-07-26 15:55:27 +02:00
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# Copyright (c) 2019 Ultimaker B.V.
# Cura is released under the terms of the LGPLv3 or higher.
import argparse #To get the source directory from command line arguments.
import os #To find files from the source.
import os.path #To find files from the source and the destination path.
cura_files = {"cura", "fdmprinter.def.json", "fdmextruder.def.json"}
uranium_files = {"uranium"}
## Imports translation files from Lionbridge.
#
# Lionbridge has a bit of a weird export feature. It exports it to the same
# file type as what we imported, so that's a .pot file. However this .pot file
# only contains the translations, so the header is completely empty. We need
# to merge those translations into our existing files so that the header is
# preserved.
def lionbridge_import(source: str) -> None:
print("Importing from:", source)
print("Importing to Cura:", destination_cura())
print("Importing to Uranium:", destination_uranium())
for language in (directory for directory in os.listdir(source) if os.path.isdir(os.path.join(source, directory))):
print("================ Processing language:", language, "================")
directory = os.path.join(source, language)
for file_pot in (file for file in os.listdir(directory) if file.endswith(".pot")):
source_file = file_pot[:-4] #Strip extension.
if source_file in cura_files:
destination_file = os.path.join(destination_cura(), language.replace("-", "_"), source_file + ".po")
print("Merging", source_file, "(Cura) into", destination_file)
elif source_file in uranium_files:
destination_file = os.path.join(destination_uranium(), language.replace("-", "_"), source_file + ".po")
print("Merging", source_file, "(Uranium) into", destination_file)
else:
raise Exception("Unknown file: " + source_file + "... Is this Cura or Uranium?")
with open(os.path.join(directory, file_pot)) as f:
source_str = f.read()
with open(destination_file) as f:
destination_str = f.read()
result = merge(source_str, destination_str)
with open(destination_file, "w") as f:
f.write(result)
## Gets the destination path to copy the translations for Cura to.
# \return Destination path for Cura.
def destination_cura() -> str:
return os.path.abspath(os.path.join(__file__, "..", "..", "resources", "i18n"))
## Gets the destination path to copy the translations for Uranium to.
# \return Destination path for Uranium.
def destination_uranium() -> str:
try:
import UM
except ImportError:
relative_path = os.path.join(__file__, "..", "..", "..", "Uranium", "resources", "i18n", "uranium.pot")
print(os.path.abspath(relative_path))
if os.path.exists(relative_path):
return os.path.abspath(relative_path)
else:
raise Exception("Can't find Uranium. Please put UM on the PYTHONPATH or put the Uranium folder next to the Cura folder.")
return os.path.abspath(os.path.join(UM.__file__, "..", "..", "resources", "i18n"))
## Merges translations from the source file into the destination file if they
# were missing in the destination file.
# \param source The contents of the source .po file.
# \param destination The contents of the destination .po file.
def merge(source: str, destination: str) -> str:
result_lines = []
last_destination = {
"msgctxt": "\"\"\n",
"msgid": "\"\"\n",
"msgstr": "\"\"\n",
"msgid_plural": "\"\"\n"
}
current_state = "none"
for line in destination.split("\n"):
if line.startswith("msgctxt \""):
current_state = "msgctxt"
line = line[8:]
last_destination[current_state] = ""
elif line.startswith("msgid \""):
current_state = "msgid"
line = line[6:]
last_destination[current_state] = ""
elif line.startswith("msgstr \""):
current_state = "msgstr"
line = line[7:]
last_destination[current_state] = ""
elif line.startswith("msgid_plural \""):
current_state = "msgid_plural"
line = line[13:]
last_destination[current_state] = ""
if line.startswith("\"") and line.endswith("\""):
last_destination[current_state] += line + "\n"
else: #White lines or comment lines trigger us to search for the translation in the source file.
if last_destination["msgstr"] == "\"\"\n" and last_destination["msgid"] != "\"\"\n": #No translation for this yet!
last_destination["msgstr"] = find_translation(source, last_destination["msgctxt"], last_destination["msgid"]) #Actually place the translation in.
if last_destination["msgctxt"] != "\"\"\n" or last_destination["msgid"] != "\"\"\n" or last_destination["msgid_plural"] != "\"\"\n" or last_destination["msgstr"] != "\"\"\n":
if last_destination["msgctxt"] != "\"\"\n":
result_lines.append("msgctxt {msgctxt}".format(msgctxt = last_destination["msgctxt"][:-1])) #The [:-1] to strip the last newline.
result_lines.append("msgid {msgid}".format(msgid = last_destination["msgid"][:-1]))
if last_destination["msgid_plural"] != "\"\"\n":
result_lines.append("msgid_plural {msgid_plural}".format(msgid_plural = last_destination["msgid_plural"][:-1]))
else:
result_lines.append("msgstr {msgstr}".format(msgstr = last_destination["msgstr"][:-1]))
last_destination = {
"msgctxt": "\"\"\n",
"msgid": "\"\"\n",
"msgstr": "\"\"\n",
"msgid_plural": "\"\"\n"
}
result_lines.append(line) #This line itself.
return "\n".join(result_lines)
## Finds a translation in the source file.
# \param source The contents of the source .po file.
# \param msgctxt The ctxt of the translation to find.
# \param msgid The id of the translation to find.
def find_translation(source: str, msgctxt: str, msgid: str) -> str:
last_source = {
"msgctxt": "\"\"\n",
"msgid": "\"\"\n",
"msgstr": "\"\"\n",
"msgid_plural": "\"\"\n"
}
current_state = "none"
for line in source.split("\n"):
if line.startswith("msgctxt \""):
current_state = "msgctxt"
line = line[8:]
last_source[current_state] = ""
elif line.startswith("msgid \""):
current_state = "msgid"
line = line[6:]
last_source[current_state] = ""
elif line.startswith("msgstr \""):
current_state = "msgstr"
line = line[7:]
last_source[current_state] = ""
elif line.startswith("msgid_plural \""):
current_state = "msgid_plural"
line = line[13:]
last_source[current_state] = ""
if line.startswith("\"") and line.endswith("\""):
last_source[current_state] += line + "\n"
else: #White lines trigger us to process this translation. Is it the correct one?
#Process the source and destination keys for comparison independent of newline technique.
source_ctxt = "".join((line.strip()[1:-1] for line in last_source["msgctxt"].split("\n")))
source_id = "".join((line.strip()[1:-1] for line in last_source["msgid"].split("\n")))
dest_ctxt = "".join((line.strip()[1:-1] for line in msgctxt.split("\n")))
dest_id = "".join((line.strip()[1:-1] for line in msgid.split("\n")))
if source_ctxt == dest_ctxt and source_id == dest_id:
if last_source["msgstr"] == "\"\"\n" and last_source["msgid_plural"] == "\"\"\n":
print("!!! Empty translation for {" + dest_ctxt + "}", dest_id, "!!!")
return last_source["msgstr"]
last_source = {
"msgctxt": "\"\"\n",
"msgid": "\"\"\n",
"msgstr": "\"\"\n",
"msgid_plural": "\"\"\n"
}
#Still here? Then the entire msgctxt+msgid combination was not found at all.
print("!!! Missing translation for {" + msgctxt.strip() + "}", msgid.strip(), "!!!")
return "\"\"\n"
if __name__ == "__main__":
argparser = argparse.ArgumentParser(description = "Import translation files from Lionbridge.")
argparser.add_argument("source")
args = argparser.parse_args()
lionbridge_import(args.source)