def languagesAPI():
langcodes = sorted(list(findAvailableLanguages().keys()) + ["en"])
# Get language metadata
with open("language-meta.json") as infile:
langmeta = json.load(infile)
# Access langmeta information for each langcode
OrderedDict()
return OrderedDict([(langcode, langmeta[langcode]) for langcode in langcodes])
def languagesAPI():
langcodes = sorted(list(findAvailableLanguages().keys()) + ["en"])
# Get language metadata
with open("language-meta.json") as infile:
langmeta = json.load(infile)
# Access langmeta information for each langcode
OrderedDict()
return OrderedDict([(langcode, langmeta[langcode])
for langcode in langcodes])
def updateTranslations(args):
if args.all_languages:
for language in findAvailableLanguages():
print(green("Downloading language {0}".format(language), bold=True))
args.language = language
updateTranslation(args)
# Cleanup objects (especially the pool) left from last language
gc.collect()
else: # Single language
updateTranslation(args)
def updateTranslations(args):
if args.all_languages:
for language in findAvailableLanguages():
print(green("Downloading language {}".format(language), bold=True))
args.language = language
updateTranslation(args)
# Cleanup objects (especially the pool) left from last language
gc.collect()
else: # Single language
updateTranslation(args)
def loadTranslations(conn, recordTable=1, indexTable=2):
"""
Loads all PO strings in the database and builds a Polyglott Index
"""
print(black("Deleting old tables...", bold=True))
# Delete old tables (implicitly closes tables)
conn.deleteRange(recordTable, startKey=None, endKey=None)
conn.deleteRange(indexTable, startKey=None, endKey=None)
print(black("Deleting old tables...", bold=True))
# Table 1 stores msgid => NUL-separated list of records
# Record: Langcode (KA-style) + ASCII record separator (0x1D) + msgstr
conn.openTable(recordTable, mergeOperator="NULAPPEND")
# Table 2 stores key => msgid
# where "key" is any msgid or msgstr.
# The appropriate values can be looked up in table 1 using the msgid key
conn.openTable(indexTable, mergeOperator="REPLACE")
for lang, langpath in findAvailableLanguages().items():
print(black("Reading PO files for language {}".format(lang,
bold=True)))
for filename in findPOFiles(langpath):
# NOTE: This loop writes one value dict per file per file to
# avoid tons of Python function calls.
# The large values are be handled in C++ code efficiently.
print("\tProcessing {}".format(filename))
po = polib.pofile(filename)
# Write table 1
values = {
entry.msgid: lang + "\x1D" + entry.msgstr
for entry in po if entry.msgstr.strip()
}
conn.put(recordTable, values)
# Write table 2 (index)
values = {
entry.msgstr: entry.msgid
for entry in po if entry.msgstr.strip()
}
values2 = {entry.msgid: entry.msgid for entry in po}
conn.put(indexTable, values)
conn.put(indexTable, values2)
# Perform anticipatory compation on both tables
print(black("Compacting language table...", bold=True))
conn.compact(recordTable)
print(black("Compacting index table...", bold=True))
conn.compact(indexTable)
def loadTranslations(conn, recordTable=1, indexTable=2):
"""
Loads all PO strings in the database and builds a Polyglott Index
"""
print(black("Deleting old tables...", bold=True))
# Delete old tables (implicitly closes tables)
conn.deleteRange(recordTable, startKey=None, endKey=None)
conn.deleteRange(indexTable, startKey=None, endKey=None)
print(black("Deleting old tables...", bold=True))
# Table 1 stores msgid => NUL-separated list of records
# Record: Langcode (KA-style) + ASCII record separator (0x1D) + msgstr
conn.openTable(recordTable, mergeOperator="NULAPPEND")
# Table 2 stores key => msgid
# where "key" is any msgid or msgstr.
# The appropriate values can be looked up in table 1 using the msgid key
conn.openTable(indexTable, mergeOperator="REPLACE")
for lang, langpath in findAvailableLanguages().items():
print(black("Reading PO files for language {}".format(lang, bold=True)))
for filename in findPOFiles(langpath):
# NOTE: This loop writes one value dict per file per file to
# avoid tons of Python function calls.
# The large values are be handled in C++ code efficiently.
print("\tProcessing {}".format(filename))
po = polib.pofile(filename)
# Write table 1
values = {entry.msgid: lang + "\x1D" + entry.msgstr
for entry in po if entry.msgstr.strip()}
conn.put(recordTable, values)
# Write table 2 (index)
values = {entry.msgstr: entry.msgid for entry in po if entry.msgstr.strip()}
values2 = {entry.msgid: entry.msgid for entry in po}
conn.put(indexTable, values)
conn.put(indexTable, values2)
# Perform anticipatory compation on both tables
print(black("Compacting language table...", bold=True))
conn.compact(recordTable)
print(black("Compacting index table...", bold=True))
conn.compact(indexTable)