def convertmessage(
self,
contextname,
messagenum,
source,
target,
disambiguation,
msgcomments,
transtype,
):
"""makes a pounit from the given message"""
thepo = po.pounit(encoding="UTF-8")
thepo.addlocation("%s#%d" % (contextname, messagenum))
thepo.source = source
if not self.pot:
thepo.target = target
if len(disambiguation) > 0:
thepo.setcontext(disambiguation)
if len(msgcomments) > 0:
thepo.addnote(msgcomments)
if transtype == "unfinished" and thepo.istranslated():
thepo.markfuzzy()
if transtype == "obsolete":
# This should use the Gettext obsolete method but it would require quite a bit of work
thepo.addnote("(obsolete)", origin="developer")
# using the fact that -- quote -- "(this is nonsense)"
return thepo
def convertmixedunit(self, labeldtd, accesskeydtd):
labelpo = self.convertunit(labeldtd)
accesskeypo = self.convertunit(accesskeydtd)
if labelpo is None:
return accesskeypo
if accesskeypo is None:
return labelpo
thepo = po.pounit(encoding="UTF-8")
thepo.addlocations(labelpo.getlocations())
thepo.addlocations(accesskeypo.getlocations())
thepo.msgidcomment = thepo._extract_msgidcomments() + labelpo._extract_msgidcomments()
thepo.msgidcomment = thepo._extract_msgidcomments() + accesskeypo._extract_msgidcomments()
thepo.addnote(labelpo.getnotes("developer"), "developer")
thepo.addnote(accesskeypo.getnotes("developer"), "developer")
thepo.addnote(labelpo.getnotes("translator"), "translator")
thepo.addnote(accesskeypo.getnotes("translator"), "translator")
# redo the strings from original dtd...
label = dtd.unquotefromdtd(labeldtd.definition).decode('UTF-8')
accesskey = dtd.unquotefromdtd(accesskeydtd.definition).decode('UTF-8')
label = accesskeyfn.combine(label, accesskey)
if label is None:
return None
thepo.source = label
thepo.target = ""
return thepo
def converttransunit(self, transunit):
"""makes a pounit from the given transunit"""
thepo = po.pounit()
# Header
if transunit.getrestype() == "x-gettext-domain-header":
thepo.source = ""
else:
thepo.source = transunit.source
thepo.target = transunit.target
# Location comments
locations = transunit.getlocations()
if locations:
thepo.addlocations(locations)
# NOTE: Supporting both <context> and <note> tags in xliff files
# for comments
# Translator comments
trancomments = transunit.getnotes("translator")
if trancomments:
thepo.addnote(trancomments, origin="translator")
# Automatic and Developer comments
autocomments = transunit.getnotes("developer")
if autocomments:
thepo.addnote(autocomments, origin="developer")
# See 5.6.1 of the spec. We should not check fuzzyness, but approved
# attribute
if transunit.isfuzzy():
thepo.markfuzzy(True)
return thepo
def converttransunit(self, transunit):
"""makes a pounit from the given transunit"""
thepo = po.pounit()
#Header
if transunit.getrestype() == "x-gettext-domain-header":
thepo.source = ""
else:
thepo.source = transunit.source
thepo.target = transunit.target
#Location comments
locations = transunit.getlocations()
if locations:
thepo.addlocations(locations)
#NOTE: Supporting both <context> and <note> tags in xliff files for comments
#Translator comments
trancomments = transunit.getnotes("translator")
if trancomments:
thepo.addnote(trancomments, origin="translator")
#Automatic and Developer comments
autocomments = transunit.getnotes("developer")
if autocomments:
thepo.addnote(autocomments, origin="developer")
#See 5.6.1 of the spec. We should not check fuzzyness, but approved attribute
if transunit.isfuzzy():
thepo.markfuzzy(True)
return thepo
def convertmixedunit(self, labeldtd, accesskeydtd):
labelpo = self.convertunit(labeldtd)
accesskeypo = self.convertunit(accesskeydtd)
if labelpo is None:
return accesskeypo
if accesskeypo is None:
return labelpo
thepo = po.pounit(encoding="UTF-8")
thepo.addlocations(labelpo.getlocations())
thepo.addlocations(accesskeypo.getlocations())
thepo.msgidcomment = thepo._extract_msgidcomments() + labelpo._extract_msgidcomments()
thepo.msgidcomment = thepo._extract_msgidcomments() + accesskeypo._extract_msgidcomments()
thepo.addnote(labelpo.getnotes("developer"), "developer")
thepo.addnote(accesskeypo.getnotes("developer"), "developer")
thepo.addnote(labelpo.getnotes("translator"), "translator")
thepo.addnote(accesskeypo.getnotes("translator"), "translator")
# redo the strings from original dtd...
label = dtd.unquotefromdtd(labeldtd.definition).decode('UTF-8')
accesskey = dtd.unquotefromdtd(accesskeydtd.definition).decode('UTF-8')
label = accesskeyfn.combine(label, accesskey)
if label is None:
return None
thepo.source = label
thepo.target = ""
return thepo
def convertunit(self, source_str, target_str):
pounit = po.pounit(encoding="UTF-8")
pounit.settypecomment('python-format')
pounit.source = source_str
if target_str:
pounit.target = target_str
return pounit
def create_termunit(term, unit, targets, locations, sourcenotes, transnotes,
filecounts):
termunit = po.pounit(term)
if unit is not None:
termunit.merge(unit, overwrite=False, comments=False)
if len(targets.keys()) > 1:
txt = '; '.join([
"%s {%s}" % (target, ', '.join(files))
for target, files in six.iteritems(targets)
])
if termunit.target.find('};') < 0:
termunit.target = txt
termunit.markfuzzy()
else:
# if annotated multiple terms already present, keep as-is
termunit.addnote(txt, "translator")
for location in locations:
termunit.addlocation(location)
for sourcenote in sourcenotes:
termunit.addnote(sourcenote, "developer")
for transnote in transnotes:
termunit.addnote(transnote, "translator")
for filename, count in six.iteritems(filecounts):
termunit.addnote("(poterminology) %s (%d)\n" % (filename, count),
'translator')
return termunit
def convertunit(self, source_str, target_str):
pounit = po.pounit(encoding="UTF-8")
pounit.settypecomment('python-format')
pounit.source = source_str
if target_str:
pounit.target = target_str
return pounit
def convertunit(self, csvunit):
"""converts csv unit to po unit"""
pounit = po.pounit(encoding="UTF-8")
if csvunit.location:
pounit.addlocation(csvunit.location)
pounit.source = csvunit.source
pounit.target = csvunit.target
return pounit
def convert_l20nunit(self, unit):
po_unit = po.pounit(encoding="UTF-8")
po_unit.setid(unit.getid())
po_unit.addlocation(unit.getid())
po_unit.source = unit.value
po_unit.addnote(unit.comment, "developer")
return po_unit
def convertunit(self, inputunit, origin):
"""Converts a .php unit to a .po unit"""
outputunit = po.pounit(encoding="UTF-8")
outputunit.addnote(inputunit.getnotes(origin), origin)
outputunit.addlocation("".join(inputunit.getlocations()))
outputunit.source = inputunit.source
outputunit.target = ""
return outputunit
def convert_l20nunit(self, unit):
po_unit = po.pounit(encoding="UTF-8")
po_unit.setid(unit.getid())
po_unit.addlocation(unit.getid())
po_unit.source = unit.value
po_unit.addnote(unit.comment, "developer")
return po_unit
def convertunit(self, csvunit):
"""converts csv unit to po unit"""
pounit = po.pounit(encoding="UTF-8")
if csvunit.location:
pounit.addlocation(csvunit.location)
pounit.source = csvunit.source
pounit.target = csvunit.target
return pounit
def convertunit(self, inputunit, origin):
"""Converts a .php unit to a .po unit"""
outputunit = po.pounit(encoding="UTF-8")
outputunit.addnote(inputunit.getnotes(origin), origin)
outputunit.addlocation("".join(inputunit.getlocations()))
outputunit.source = inputunit.source
outputunit.target = ""
return outputunit
def xaml2po(node, store):
for n in node.childNodes:
if n.nodeType == Node.ELEMENT_NODE:
if (n.hasAttribute('Text')):
unit = po.pounit(n.getAttribute('Text'))
unit.addlocation(f'{n.nodeName}:{n.getAttribute("Name")}')
store.addunit(unit)
xaml2po(n, store)
def convertmixedunit(self, labelprop, accesskeyprop, commenttype):
label_unit = self.convertunit(labelprop, commenttype)
accesskey_unit = self.convertunit(accesskeyprop, commenttype)
if label_unit is None:
return accesskey_unit
if accesskey_unit is None:
return label_unit
target_unit = po.pounit(encoding="UTF-8")
return self.mixer.mix_units(label_unit, accesskey_unit, target_unit)
def convertmixedunit(self, labeldtd, accesskeydtd):
label_unit = self.convertunit(labeldtd)
accesskey_unit = self.convertunit(accesskeydtd)
if label_unit is None:
return accesskey_unit
if accesskey_unit is None:
return label_unit
target_unit = po.pounit(encoding="UTF-8")
return self.mixer.mix_units(label_unit, accesskey_unit, target_unit)
def convertmixedunit(self, labelprop, accesskeyprop, commenttype):
label_unit = self.convertunit(labelprop, commenttype)
accesskey_unit = self.convertunit(accesskeyprop, commenttype)
if label_unit is None:
return accesskey_unit
if accesskey_unit is None:
return label_unit
target_unit = po.pounit(encoding="UTF-8")
return self.mixer.mix_units(label_unit, accesskey_unit, target_unit)
def convertmixedunit(self, labeldtd, accesskeydtd):
label_unit = self.convertunit(labeldtd)
accesskey_unit = self.convertunit(accesskeydtd)
if label_unit is None:
return accesskey_unit
if accesskey_unit is None:
return label_unit
target_unit = po.pounit(encoding="UTF-8")
return self.mixer.mix_units(label_unit, accesskey_unit, target_unit)
def count(self, source, expectedsource, target=None, expectedtarget=None):
"""simple helper to check the respective word counts"""
poelement = po.pounit(source)
if target is not None:
poelement.target = target
wordssource, wordstarget = statsdb.wordsinunit(poelement)
print('Source (expected=%d; actual=%d): "%s"' % (expectedsource, wordssource, source))
assert wordssource == expectedsource
if target is not None:
print('Target (expected=%d; actual=%d): "%s"' % (expectedtarget, wordstarget, target))
assert wordstarget == expectedtarget
def convert_unit(self, input_unit, commenttype):
"""Converts a .rc unit to a .po unit. Returns None if empty
or not for translation."""
if input_unit is None:
return None
# escape unicode
output_unit = po.pounit(encoding="UTF-8")
output_unit.addlocation("".join(input_unit.getlocations()))
output_unit.source = input_unit.source
output_unit.target = ""
return output_unit
def create_pounit(filename, lineno, message, comments):
unit = po.pounit(encoding='UTF-8')
context, msgid = split_context(message)
unit.setsource(msgid)
if context:
unit.msgctxt = ['"%s"' % context]
for comment in comments:
unit.addnote(comment, 'developer')
unit.addlocation('%s:%s' % (filename, lineno))
return unit
def convert_unit(self, input_unit, commenttype):
"""Converts a .rc unit to a .po unit. Returns None if empty
or not for translation."""
if input_unit is None:
return None
# escape unicode
output_unit = po.pounit(encoding="UTF-8")
output_unit.addlocation("".join(input_unit.getlocations()))
output_unit.source = input_unit.source
output_unit.target = ""
return output_unit
def count(self, source, expectedsource, target=None, expectedtarget=None):
"""simple helper to check the respective word counts"""
poelement = po.pounit(source)
if target is not None:
poelement.target = target
wordssource, wordstarget = statsdb.wordsinunit(poelement)
print('Source (expected=%d; actual=%d): "%s"' % (expectedsource, wordssource, source))
assert wordssource == expectedsource
if target is not None:
print('Target (expected=%d; actual=%d): "%s"' % (expectedtarget, wordstarget, target))
assert wordstarget == expectedtarget
def create_pounit(filename, lineno, message, comments):
unit = po.pounit(encoding='UTF-8')
context, msgid = split_context(message)
unit.setsource(msgid)
if context:
unit.msgctxt = ['"%s"' % context]
for comment in comments:
unit.addnote(comment, 'developer')
unit.addlocation('%s:%s' % (filename, lineno))
return unit
def test_escaping_newline_tabs(self):
"""test that we handle all kinds of newline permutations"""
dtdsource = '<!ENTITY noupdatesfound.intro "A hard coded newline.\\nAnd tab\\t and a \\r carriage return.">\n'
converter = dtd2po.dtd2po()
thedtd = dtd.dtdunit()
thedtd.parse(dtdsource)
thepo = po.pounit()
converter.convertstrings(thedtd, thepo)
print(thedtd)
print(thepo.source)
# \n in a dtd should also appear as \n in the PO file
assert thepo.source == r"A hard coded newline.\nAnd tab\t and a \r carriage return."
def test_escaping_newline_tabs(self):
"""test that we handle all kinds of newline permutations"""
dtdsource = '<!ENTITY noupdatesfound.intro "A hard coded newline.\\nAnd tab\\t and a \\r carriage return.">\n'
converter = dtd2po.dtd2po()
thedtd = dtd.dtdunit()
thedtd.parse(dtdsource)
thepo = po.pounit()
converter.convertstrings(thedtd, thepo)
print(thedtd)
print(thepo.source)
# \n in a dtd should also appear as \n in the PO file
assert thepo.source == r"A hard coded newline.\nAnd tab\t and a \r carriage return."
def convert_unit(self, input_unit, commenttype):
"""Converts a JSON unit to a PO unit
:return: None if empty or not for translation
"""
if input_unit is None:
return None
# escape unicode
output_unit = po.pounit(encoding="UTF-8")
output_unit.addlocation(input_unit.getid())
output_unit.source = input_unit.source
output_unit.target = ""
return output_unit
def convert_unit(self, input_unit, commenttype):
"""Converts a JSON unit to a PO unit
:return: None if empty or not for translation
"""
if input_unit is None:
return None
# escape unicode
output_unit = po.pounit(encoding="UTF-8")
output_unit.addlocation(input_unit.getid())
output_unit.source = input_unit.source
output_unit.target = ""
return output_unit
def convert_unit(self, input_unit, commenttype):
"""Converts a RESX unit to a PO unit
@return: None if empty or not for translation
"""
if input_unit is None:
return None
output_unit = po.pounit(encoding="UTF-8")
output_unit.addlocation(input_unit.getid())
output_unit.source = input_unit.source
output_unit.addnote(input_unit.getnotes("developer"), "developer")
output_unit.target = ""
return output_unit
def convertfile(self, tbxfile):
"""Converts a tbxfile to a tbxfile, and returns it. uses templatepo if
given at construction
"""
self.pofile = po.pofile()
for tbxunit in tbxfile.units:
term = po.pounit()
term.source = tbxunit.source
term.target = tbxunit.target
term.setcontext(tbxunit.getnotes('definition'))
term.addnote("Part of speech: %s" % tbxunit.getnotes('pos'), 'developer')
self.pofile.addunit(term)
self.pofile.removeduplicates()
return self.pofile
def maketargetunit(self, part1, part2, translators_comment, key, subkey):
"""makes a base unit (.po or XLIFF) out of a subkey of two parts"""
#TODO: Do better
text1 = getattr(part1, subkey)
if text1 == "":
return None
text2 = getattr(part2, subkey)
unit = po.pounit(text1, encoding="UTF-8")
unit.target = text2
unit.addlocation(key + "." + subkey)
if getattr(translators_comment, subkey).strip() != "":
unit.addnote(getattr(translators_comment, subkey), origin="developer")
return unit
def convert_unit(self, input_unit, commenttype):
"""Converts a RESX unit to a PO unit
@return: None if empty or not for translation
"""
if input_unit is None:
return None
output_unit = po.pounit(encoding="UTF-8")
output_unit.addlocation(input_unit.getid())
output_unit.source = input_unit.source
output_unit.addnote(input_unit.getnotes("developer"), "developer")
output_unit.target = ""
return output_unit
def convertmessage(self, contextname, messagenum, source, target, msgcomments, transtype):
"""makes a pounit from the given message"""
thepo = po.pounit(encoding="UTF-8")
thepo.addlocation("%s#%d" % (contextname, messagenum))
thepo.source = source
thepo.target = target
if len(msgcomments) > 0:
thepo.addnote(msgcomments)
if transtype == "unfinished" and thepo.istranslated():
thepo.markfuzzy()
if transtype == "obsolete":
# This should use the Gettext obsolete method but it would require quite a bit of work
thepo.addnote("(obsolete)", origin="developer")
# using the fact that -- quote -- "(this is nonsense)"
return thepo
def convertunit(self, dtd_unit):
"""Converts a simple (non-mixed) dtd unit into a po unit.
Returns None if empty or not for translation.
"""
if dtd_unit is None:
return None
po_unit = po.pounit(encoding="UTF-8")
# remove unwanted stuff
for commentnum in range(len(dtd_unit.comments)):
commenttype, locnote = dtd_unit.comments[commentnum]
# if this is a localization note
if commenttype == 'locnote':
# parse the locnote into the entity and the actual note
typeend = quote.findend(locnote, 'LOCALIZATION NOTE')
# parse the id
idstart = locnote.find('(', typeend)
if idstart == -1:
continue
idend = locnote.find(')', (idstart + 1))
entity = locnote[idstart+1:idend].strip()
# parse the actual note
actualnotestart = locnote.find(':', (idend + 1))
actualnoteend = locnote.find('-->', idend)
actualnote = locnote[actualnotestart+1:actualnoteend].strip()
# if it's for this entity, process it
if dtd_unit.getid() == entity:
# if it says don't translate (and nothing more),
if actualnote.startswith("DONT_TRANSLATE"):
# take out the entity,definition and the
# DONT_TRANSLATE comment
dtd_unit.setid("")
dtd_unit.source = ""
del dtd_unit.comments[commentnum]
# finished this for loop
break
else:
# convert it into an automatic comment, to be
# processed by convertcomments
dtd_unit.comments[commentnum] = ("automaticcomment",
actualnote)
# do a standard translation
self.convertcomments(dtd_unit, po_unit)
self.convertstrings(dtd_unit, po_unit)
if po_unit.isblank() and not po_unit.getlocations():
return None
else:
return po_unit
def convertunit(self, dtd_unit):
"""Converts a simple (non-mixed) dtd unit into a po unit.
Returns None if empty or not for translation.
"""
if dtd_unit is None:
return None
po_unit = po.pounit(encoding="UTF-8")
# remove unwanted stuff
for commentnum in range(len(dtd_unit.comments)):
commenttype, locnote = dtd_unit.comments[commentnum]
# if this is a localization note
if commenttype == 'locnote':
# parse the locnote into the entity and the actual note
typeend = quote.findend(locnote, 'LOCALIZATION NOTE')
# parse the id
idstart = locnote.find('(', typeend)
if idstart == -1:
continue
idend = locnote.find(')', (idstart + 1))
entity = locnote[idstart + 1:idend].strip()
# parse the actual note
actualnotestart = locnote.find(':', (idend + 1))
actualnoteend = locnote.find('-->', idend)
actualnote = locnote[actualnotestart + 1:actualnoteend].strip()
# if it's for this entity, process it
if dtd_unit.getid() == entity:
# if it says don't translate (and nothing more),
if actualnote.startswith("DONT_TRANSLATE"):
# take out the entity,definition and the
# DONT_TRANSLATE comment
dtd_unit.setid("")
dtd_unit.source = ""
del dtd_unit.comments[commentnum]
# finished this for loop
break
else:
# convert it into an automatic comment, to be
# processed by convertcomments
dtd_unit.comments[commentnum] = ("automaticcomment",
actualnote)
# do a standard translation
self.convertcomments(dtd_unit, po_unit)
self.convertstrings(dtd_unit, po_unit)
if po_unit.isblank() and not po_unit.getlocations():
return None
else:
return po_unit
def convertunit(self, thedtd):
"""converts a dtd unit to a po unit, returns None if empty or not for
translation"""
if thedtd is None:
return None
if getattr(thedtd, "entityparameter", None) == "SYSTEM":
return None
thepo = po.pounit(encoding="UTF-8")
# remove unwanted stuff
for commentnum in range(len(thedtd.comments)):
commenttype, locnote = thedtd.comments[commentnum]
# if this is a localization note
if commenttype == 'locnote':
# parse the locnote into the entity and the actual note
typeend = quote.findend(locnote, 'LOCALIZATION NOTE')
# parse the id
idstart = locnote.find('(', typeend)
if idstart == -1:
continue
idend = locnote.find(')', (idstart + 1))
entity = locnote[idstart+1:idend].strip()
# parse the actual note
actualnotestart = locnote.find(':', (idend + 1))
actualnoteend = locnote.find('-->', idend)
actualnote = locnote[actualnotestart+1:actualnoteend].strip()
# if it's for this entity, process it
if thedtd.entity == entity:
# if it says don't translate (and nothing more),
if actualnote.startswith("DONT_TRANSLATE"):
# take out the entity,definition and the
# DONT_TRANSLATE comment
thedtd.entity = ""
thedtd.definition = ""
del thedtd.comments[commentnum]
# finished this for loop
break
else:
# convert it into an automatic comment, to be
# processed by convertcomments
thedtd.comments[commentnum] = ("automaticcomment",
actualnote)
# do a standard translation
self.convertcomments(thedtd, thepo)
self.convertstrings(thedtd, thepo)
if thepo.isblank() and not thepo.getlocations():
return None
else:
return thepo
def create_pounit(filename, lineno, msgid, comments, context):
# FIXME: Test context handling
unit = po.pounit(encoding="UTF-8")
unit.setsource(msgid)
if context:
unit.msgctxt = ['"%s"' % context]
for comment in comments:
unit.addnote(comment, "developer")
unit.addlocation("%s:%s" % (filename, lineno))
# FIXME: Add variable format flags
# if python-format:
# unit.settypecomment('python-format', present=True)
# if python-brace-format:
# unit.settypecomment('python-brace-format', present=True)
return unit
def buildunits(self, candidates):
"""Builds a list of units conforming to base API, with the score in the comment"""
units = []
for score, candidate in candidates:
if hasattr(candidate, "orig_source"):
candidate.source = candidate.orig_source
candidate.target = candidate.orig_target
newunit = po.pounit(candidate.source)
newunit.target = candidate.target
newunit.markfuzzy(candidate.fuzzy)
candidatenotes = candidate.getnotes().strip()
if candidatenotes:
newunit.addnote(candidatenotes)
if self.addpercentage:
newunit.addnote("%d%%" % score)
units.append(newunit)
return units
def buildunits(self, candidates):
"""Builds a list of units conforming to base API, with the score in the comment"""
units = []
for score, candidate in candidates:
if hasattr(candidate, "orig_source"):
candidate.source = candidate.orig_source
candidate.target = candidate.orig_target
newunit = po.pounit(candidate.source)
newunit.target = candidate.target
newunit.markfuzzy(candidate.fuzzy)
candidatenotes = candidate.getnotes().strip()
if candidatenotes:
newunit.addnote(candidatenotes)
if self.addpercentage:
newunit.addnote("%d%%" % score)
units.append(newunit)
return units
def convertunit(self, thedtd):
"""converts a dtd unit to a po unit, returns None if empty or not for translation"""
if thedtd is None:
return None
if getattr(thedtd, "entityparameter", None) == "SYSTEM":
return None
thepo = po.pounit(encoding="UTF-8")
# remove unwanted stuff
for commentnum in range(len(thedtd.comments)):
commenttype, locnote = thedtd.comments[commentnum]
# if this is a localization note
if commenttype == 'locnote':
# parse the locnote into the entity and the actual note
typeend = quote.findend(locnote, 'LOCALIZATION NOTE')
# parse the id
idstart = locnote.find('(', typeend)
if idstart == -1:
continue
idend = locnote.find(')', idstart + 1)
entity = locnote[idstart + 1:idend].strip()
# parse the actual note
actualnotestart = locnote.find(':', idend + 1)
actualnoteend = locnote.find('-->', idend)
actualnote = locnote[actualnotestart + 1:actualnoteend].strip()
# if it's for this entity, process it
if thedtd.entity == entity:
# if it says don't translate (and nothing more),
if actualnote.startswith("DONT_TRANSLATE"):
# take out the entity,definition and the DONT_TRANSLATE comment
thedtd.entity = ""
thedtd.definition = ""
del thedtd.comments[commentnum]
# finished this for loop
break
else:
# convert it into an automatic comment, to be processed by convertcomments
thedtd.comments[commentnum] = ("automaticcomment",
actualnote)
# do a standard translation
self.convertcomments(thedtd, thepo)
self.convertstrings(thedtd, thepo)
if thepo.isblank() and not thepo.getlocations():
return None
else:
return thepo
def _update_store(plugin, pootle_path):
from django.contrib.auth import get_user_model
from pootle_store.models import Store, Revision
store = Store.objects.get(pootle_path=pootle_path)
revision = Revision.incr()
uid = uuid.uuid4().hex
unitid = "New unit %s" % uid
unit = pounit(unitid)
unit.target = "Bar %s" % uid
user = plugin.pootle_user
if user is None:
User = get_user_model()
user = User.objects.get_system_user()
unit.store = store
unit = store.addunit(unit, user=user, update_revision=revision)
store.save()
def _update_store(plugin, pootle_path):
from django.contrib.auth import get_user_model
from pootle_store.models import Store, Revision
store = Store.objects.get(pootle_path=pootle_path)
revision = Revision.incr()
uid = uuid.uuid4().hex
unitid = "New unit %s" % uid
unit = pounit(unitid)
unit.target = "Bar %s" % uid
user = plugin.pootle_user
if user is None:
User = get_user_model()
user = User.objects.get_system_user()
unit.store = store
unit = store.addunit(unit, user=user, update_revision=revision)
store.save()
def convertstore(self, thetikifile):
"""Converts a given (parsed) tiki file to a po file.
:param thetikifile: a tikifile pre-loaded with input data
"""
thetargetfile = po.pofile()
# For each lang unit, make the new po unit accordingly
for unit in thetikifile.units:
if not self.includeunused and "unused" in unit.getlocations():
continue
newunit = po.pounit()
newunit.source = unit.source
newunit.target = unit.target
locations = unit.getlocations()
if locations:
newunit.addlocations(locations)
thetargetfile.addunit(newunit)
return thetargetfile
def convertunit(self, propunit, commenttype):
"""Converts a .properties unit to a .po unit. Returns None if empty
or not for translation."""
if propunit is None:
return None
# escape unicode
pounit = po.pounit(encoding="UTF-8")
if hasattr(propunit, "comments"):
for comment in propunit.comments:
if "DONT_TRANSLATE" in comment:
return "discard"
pounit.addnote(u"".join(propunit.getnotes()).rstrip(), commenttype)
# TODO: handle multiline msgid
if propunit.isblank():
return None
pounit.addlocation(propunit.name)
pounit.source = propunit.source
pounit.target = u""
return pounit
def convertstore(self, thetikifile):
"""Converts a given (parsed) tiki file to a po file.
:param thetikifile: a tikifile pre-loaded with input data
"""
thetargetfile = po.pofile()
# For each lang unit, make the new po unit accordingly
for unit in thetikifile.units:
if not self.includeunused and "unused" in unit.getlocations():
continue
newunit = po.pounit()
newunit.source = unit.source
newunit.target = unit.target
locations = unit.getlocations()
if locations:
newunit.addlocations(locations)
thetargetfile.addunit(newunit)
return thetargetfile
def convertunit(self, propunit, commenttype):
"""Converts a .properties unit to a .po unit. Returns None if empty
or not for translation."""
if propunit is None:
return None
# escape unicode
pounit = po.pounit(encoding="UTF-8")
if hasattr(propunit, "comments"):
for comment in propunit.comments:
if "DONT_TRANSLATE" in comment:
return "discard"
pounit.addnote(u"".join(propunit.getnotes()).rstrip(), commenttype)
# TODO: handle multiline msgid
if propunit.isblank():
return None
pounit.addlocation(propunit.name)
pounit.source = propunit.source
pounit.target = u""
return pounit
def create_pounit(filename, lineno, message, comments):
unit = po.pounit(encoding="UTF-8")
if isinstance(message, tuple):
_, s = split_context(message[0])
c, p = split_context(message[1])
unit.setsource([s, p])
# Workaround for http://bugs.locamotion.org/show_bug.cgi?id=1385
unit.target = [u"", u""]
else:
c, m = split_context(message)
unit.setsource(m)
if c:
unit.msgctxt = ['"%s"' % c]
if comments:
for comment in comments:
unit.addnote(comment, "developer")
unit.addlocation("%s:%s" % (filename, lineno))
return unit
def create_pounit(filename, lineno, message, comments):
unit = po.pounit(encoding="UTF-8")
if isinstance(message, tuple):
_, s = split_context(message[0])
c, p = split_context(message[1])
unit.setsource([s, p])
# Workaround for http://bugs.locamotion.org/show_bug.cgi?id=1385
unit.target = [u"", u""]
else:
c, m = split_context(message)
unit.setsource(m)
if c:
unit.msgctxt = ['"%s"' % c]
if comments:
for comment in comments:
unit.addnote(comment, "developer")
unit.addlocation("%s:%s" % (filename, lineno))
return unit
def create_termunit(term, unit, targets, locations, sourcenotes, transnotes, filecounts):
termunit = po.pounit(term)
if unit is not None:
termunit.merge(unit, overwrite=False, comments=False)
if len(targets.keys()) > 1:
txt = "; ".join(["%s {%s}" % (target, ", ".join(files)) for target, files in targets.iteritems()])
if termunit.target.find("};") < 0:
termunit.target = txt
termunit.markfuzzy()
else:
# if annotated multiple terms already present, keep as-is
termunit.addnote(txt, "translator")
for location in locations:
termunit.addlocation(location)
for sourcenote in sourcenotes:
termunit.addnote(sourcenote, "developer")
for transnote in transnotes:
termunit.addnote(transnote, "translator")
for filename, count in filecounts.iteritems():
termunit.addnote("(poterminology) %s (%d)\n" % (filename, count), "translator")
return termunit
def xlf2po(inputfile, outputfile, pot):
tree = etree.parse(inputfile)
nodes = tree.xpath("//xlf:trans-unit", namespaces=namespaces)
po = pofile()
for tu in nodes:
source = tu.xpath('xlf:source', namespaces=namespaces)[0]
unit = pounit(source.text)
unit.msgctxt.append('"{0}"'.format(tu.get('id')))
if pot:
unit.markfuzzy()
else:
target = tu.xpath('xlf:target', namespaces=namespaces)
if len(target) == 1:
target = target[0]
unit.settarget(target.text)
po.units.append(unit)
po.removeduplicates()
po.savefile(outputfile)
def convertunit(self, source_str, target_str):
pounit = po.pounit(encoding="UTF-8")
pounit.source = source_str
if target_str:
pounit.target = target_str
return pounit
def convertunit(self, source_str, target_str):
pounit = po.pounit(encoding="UTF-8")
pounit.setsource(source_str)
if target_str:
pounit.settarget(target_str)
return pounit
def translate(name, msg):
u = po.pounit(encoding="UTF-8")
u.addlocation(name)
u.source = msg
u.target = ""
pofile.addunit(u)
def convertunit(self, source_str, target_str):
pounit = po.pounit(encoding="UTF-8")
pounit.setsource(source_str)
if target_str:
pounit.settarget(target_str)
return pounit