def test_amend(self):
computer = Amender()
spannifier = Spannifier()
for input, comments, expectedResult in tests_input :
res = computer.amend(input, comments)
res = spannifier.unspannify_new(res)
self.assertEqual(unicode(res),unicode(expectedResult))
def apply_amendments(request, version_id):
location = "#"
text_version = TextVersion.objects.get(id=version_id)
spanned_content = text_version.get_spanned_content()
# looking for comments with amendment state :
amendment_comments, amendment_dis = text_version.get_amendments()
amendments = [(comment.start_word, comment.end_word, comment.content) for comment in amendment_comments]
amendments.extend([(di.comment.start_word, di.comment.end_word, di.content) for di in amendment_dis])
if amendments :
# apply amendments to compute new spanned content
amender = Amender()
modified_spanned_content = amender.amend(spanned_content, amendments)
# unspan new content
spannifier = Spannifier()
new_content = unicode(spannifier.unspannify_new(modified_spanned_content))
new_version = TextVersion.objects.duplicate(text_version, request.user, keep_comments=True, keep_dates = False)
# remove amendments from new version :
amendment_comments, amendment_dis = new_version.get_amendments()
amendment_dis.delete()
amendment_comments.delete()
# call edit to input new content and manage coment positioning
new_version.edit(new_title = new_version.title,
new_note = _(u'amended version'),
new_tags = new_version.tags,
new_content = new_content,
keep_comments=True
)
location = reverse('text-viewandcomment',args=[text_version.text_id])
if amendments :
success_message = _(u"amendments were applied with success")
else :
success_message = _(u"there are no amendments on this text")
return True, location, success_message