def handle_noargs(self, **options):
articles_of_interest = ArticleOfInterest.objects.all()
for article in articles_of_interest:
# don't import articles we already have
if SourceArticle.objects.filter(title__exact='%s' % article.title,
language=article.title_language):
continue
article_dict = query_text_rendered(
article.title,
language=article.title_language.code)
try:
source_article = SourceArticle(
title=article.title,
language=article.title_language,
source_text=article_dict['html'],
timestamp=datetime.now(),
doc_id=article_dict['revid']
)
source_article.save()
except Exception as e:
print "Looks like we have an exception of type %s" % type(e)
print "Exception args:", e.args
try:
source_article.delete()
except:
pass
def handle_noargs(self, **options):
articles_of_interest = ArticleOfInterest.objects.all()
for article in articles_of_interest:
article_dict = query_text_rendered(article.title,
language=article.title_language)
# don't import articles we already have
if SourceArticle.objects.filter(doc_id__exact='%s' % article_dict['revid'],
language=article.title_language):
continue
try:
source_article = SourceArticle(title=article.title,
language=article.title_language,
source_text=article_dict['html'],
timestamp=datetime.now(),
doc_id=article_dict['revid'])
source_article.save()
tr = TranslationRequest(article=source_article,
target_language=article.target_language,
date=datetime.now(),
translator=DEFAULT_TRANNY)
tr.save()
except Exception as e:
print type(e)
print e.args
try:
source_article.delete()
tr.delete()
except:
pass
def handle_noargs(self, **options):
articles_of_interest = ArticleOfInterest.objects.all()
for article in articles_of_interest:
article_dict = query_text_rendered(article.title,
language=article.title_language)
# don't import articles we already have
if SourceArticle.objects.filter(doc_id__exact='%s' %
article_dict['revid'],
language=article.title_language):
continue
try:
source_article = SourceArticle(
title=article.title,
language=article.title_language,
source_text=article_dict['html'],
timestamp=datetime.now(),
doc_id=article_dict['revid'])
source_article.save()
tr = TranslationRequest(
article=source_article,
target_language=article.target_language,
date=datetime.now(),
translator=DEFAULT_TRANNY)
tr.save()
except Exception as e:
print type(e)
print e.args
try:
source_article.delete()
tr.delete()
except:
pass
def request_translation(request, form_class=TranslationRequestForm, template_name="wt_articles/request_form.html", deletedId= -1, deleteAll = False, update = False):
"""
deletedId in this context is the deleted article id
"""
#Update
if(update):
from wikipydia import query_text_rendered, query_text_raw
from wt_articles import DEFAULT_TRANNY
if request.POST:
post = request.POST.copy()
user_form = UserForm(post, instance=request.user)
if user_form.is_valid():
user_form.save()
response = redirect('/accounts/' + request.user.username)
else:
articles_of_interest = ArticleOfInterest.objects.all()
for article in articles_of_interest:
if SourceArticle.objects.filter(title=article.title, language=article.title_language):
continue
#article_dict = query_text_raw(article.title,
# language=article.title_language)
article_dict = query_text_rendered(article.title,
language=article.title_language)
print(article.title, article.title_language)
try:
source_article = SourceArticle(title=article.title,
language=article.title_language,
#source_text=article_dict['text'],
source_text=article_dict['html'],
timestamp=datetime.now(),
doc_id=article_dict['revid'])
source_article.save()
tr = TranslationRequest(article=source_article,
target_language=article.target_language,
date=datetime.now(),
translator=DEFAULT_TRANNY)
tr.save()
except Exception as e:
print type(e)
print e.args
try:
source_article.delete()
tr.delete()
except:
pass
###Delete
if(deletedId != -1):
article = ArticleOfInterest.objects.filter(id=deletedId)
article.delete()
if(deleteAll):
ArticleOfInterest.objects.all().delete()
if request.method == "POST":
request_form = form_class(request.POST)
if request_form.is_valid():
title = request_form.cleaned_data['title']
title_language = request_form.cleaned_data['title_language']
target_language = request_form.cleaned_data['target_language']
exists = ArticleOfInterest.objects.filter(title__exact=title,
title_language__exact=title_language,
target_language__exact=target_language)
if len(exists) < 1:
translation_request = request_form.save(commit=False)
translation_request.date = datetime.now()
translation_request.save()
#return render_to_response("wt_articles/requests_thankyou.html", {},
# context_instance=RequestContext(request))
else:
request_form = form_class()
articles = all_articles_of_interest()
return render_to_response(template_name, {
"request_form": request_form,
"articles": articles,
}, context_instance=RequestContext(request))
def parse_source_file(self, source_file, article_id_map):
f = open(source_file, 'r')
csv_reader = unicode_csv_reader(f)
headers = csv_reader.next()
header_map = {}
for i, h in enumerate(headers):
header_map[h] = i
# The headers are uniform in this file
# lang,(seg_id1,tag1,seg1,img_url1,machine_translation1),...,(seg_idn,...)
sa = None
cur_aid = -1
language = None
segments = ['seg_id%s' % i for i in xrange(1, 11)]
for i, line in enumerate(csv_reader):
segment_offsets = [(header_map[seg]) for seg in segments]
for offs in segment_offsets:
try:
(aid, seg_id) = line[offs].split('_')
except IndexError:
# treating this basically like an eof
break
if cur_aid != int(aid):
if sa:
# save the previous SourceArticle
sa.save(manually_splitting=True)
# check if the document is already imported
try:
sa = SourceArticle.objects.filter(
language=line[0]).get(doc_id=aid)
sa.sentences_processed = True
cur_aid = int(aid)
language = line[0]
sa.language = language
sa.doc_id = aid
sa.timestamp = datetime.now()
sa.title = article_id_map[aid]
sa.save(manually_splitting=True)
# get an id for the SourceArticle instance
except SourceArticle.DoesNotExist:
# make a new sa object
sa = SourceArticle()
sa.sentences_processed = True
cur_aid = int(aid)
language = line[0]
sa.language = language
sa.doc_id = aid
sa.timestamp = datetime.now()
sa.title = article_id_map[aid]
sa.save(manually_splitting=True)
# get an id for the SourceArticle instance
tag = line[(offs + 1)]
seg = line[(offs + 2)]
try:
ss = sa.sourcesentence_set.get(segment_id=seg_id)
ss.text = seg
ss.segment_id = seg_id
ss.end_of_paragraph = re.search("LastSentence",
tag) or False
ss.save()
except SourceSentence.DoesNotExist:
ss = SourceSentence()
ss.article = sa
ss.text = seg
ss.segment_id = seg_id
ss.end_of_paragraph = re.search("LastSentence",
tag) or False
ss.save()
sa.source_text += seg + u'\n'
if sa:
sa.save(manually_splitting=True)
def parse_result_file(self, result_file, source_lang, target_lang):
f = open(result_file, 'r')
csv_reader = unicode_csv_reader(f)
headers = csv_reader.next()
header_map = {}
for i, h in enumerate(headers):
header_map[h] = i
# not assuming a specific order for the fields
sa = None
cur_aid = -1
segment_ids = [
header_map[x]
for x in ['Input.seg_id%d' % i for i in range(1, 11)]
]
segments = [
header_map[x] for x in ['Input.seg%d' % i for i in range(1, 11)]
]
translations = [
header_map[x]
for x in ['Answer.translation%d' % i for i in range(1, 11)]
]
ta = None
has_title = 'Input.article' in header_map
for line in csv_reader:
if has_title:
title = line[header_map['Input.article']] + ' (translated)'
else:
title = 'Noname (translated)'
approved = (line[header_map['AssignmentStatus']] == 'Approved')
for i in range(10):
try:
(aid, seg_id) = line[segment_ids[i]].split('_')
except ValueError:
# treating this basically like an eof
break
if cur_aid != int(aid):
if sa:
# save the previous SourceArticle
sa.save(manually_splitting=True)
# check if the document is already imported
if not has_title:
title = aid + ' ' + title
try:
sa = SourceArticle.objects.filter(
language=source_lang).get(doc_id=aid)
sa.sentences_processed = True
cur_aid = int(aid)
sa.language = source_lang
sa.doc_id = aid
sa.timestamp = datetime.now()
sa.title = title
sa.save(manually_splitting=True)
# get an id for the SourceArticle instance
except SourceArticle.DoesNotExist:
# make a new sa object
sa = SourceArticle()
sa.sentences_processed = True
cur_aid = int(aid)
language = source_lang
sa.language = language
sa.doc_id = aid
sa.timestamp = datetime.now()
sa.title = title
sa.save(manually_splitting=True)
# get an id for the SourceArticle instance
if ta:
# save the previous target article
ta.save()
# check if the target article has been translated and imported
try:
ta = TranslatedArticle.objects.filter(article=sa).get(
language=target_lang)
# if there is one, do not touch unknown fields.
ta.title = title
ta.timestamp = datetime.now()
ta.language = target_lang
ta.approved = approved
ta.save()
except TranslatedArticle.DoesNotExist:
# make a new TranslatedSentence object
ta = TranslatedArticle()
ta.article = sa
ta.title = title
ta.timestamp = datetime.now()
ta.language = target_lang
ta.approved = approved
ta.save()
end_of_paragraph = True
tag_id = 'Input.tag%d' % i
if tag_id in header_map:
tag = line[header_map[tag_id]]
end_of_paragraph = re.search("LastSentence", tag) or False
seg = line[segments[i]]
try:
# do not touch end_of_paragraph because we do not know
ss = sa.sourcesentence_set.get(segment_id=seg_id)
ss.text = seg
ss.segment_id = seg_id
ss.end_of_paragraph = end_of_paragraph
ss.save()
except SourceSentence.DoesNotExist:
ss = SourceSentence()
ss.article = sa
ss.text = seg
ss.segment_id = seg_id
ss.end_of_paragraph = end_of_paragraph
ss.save()
sa.source_text += seg + u'\n'
translation = line[translations[i]]
try:
ts = ta.sentences.get(segment_id=seg_id)
ts.source_sentence = ss
ts.text = translation
ts.translated_by = line[header_map['WorkerId']]
ts.language = target_lang
date_string = line[header_map['SubmitTime']]
df = date_string.split(' ')
tf = df[3].split(':')
ts.translation_date = datetime(int(df[5]), [
'Jan', 'Feb', 'Mar', 'Apr', 'May', 'Jun', 'Jul', 'Aug',
'Sep', 'Oct', 'Nov', 'Dec'
].index(df[1]) + 1, int(df[2]), int(tf[0]), int(tf[1]),
int(tf[2]))
ts.approved = approved
ts.end_of_paragraph = ss.end_of_paragraph
ts.save()
except TranslatedSentence.DoesNotExist:
ts = TranslatedSentence()
ts.segment_id = seg_id
ts.source_sentence = ss
ts.text = translation
ts.translated_by = line[header_map['WorkerId']]
ts.language = target_lang
date_string = line[header_map['SubmitTime']]
df = date_string.split(' ')
tf = df[3].split(':')
ts.translation_date = datetime(int(df[5]), [
'Jan', 'Feb', 'Mar', 'Apr', 'May', 'Jun', 'Jul', 'Aug',
'Sep', 'Oct', 'Nov', 'Dec'
].index(df[1]) + 1, int(df[2]), int(tf[0]), int(tf[1]),
int(tf[2]))
ts.approved = approved
ts.end_of_paragraph = ss.end_of_paragraph
ts.save()
ta.sentences.add(ts)
if sa:
sa.save(manually_splitting=True)
if ta:
ta.save()
def parse_result_file(self, result_file, source_lang, target_lang):
f = open(result_file, "r")
csv_reader = unicode_csv_reader(f)
headers = csv_reader.next()
header_map = {}
for i, h in enumerate(headers):
header_map[h] = i
# not assuming a specific order for the fields
sa = None
cur_aid = -1
segment_ids = [header_map[x] for x in ["Input.seg_id%d" % i for i in range(1, 11)]]
segments = [header_map[x] for x in ["Input.seg%d" % i for i in range(1, 11)]]
translations = [header_map[x] for x in ["Answer.translation%d" % i for i in range(1, 11)]]
ta = None
has_title = "Input.article" in header_map
for line in csv_reader:
if has_title:
title = line[header_map["Input.article"]] + " (translated)"
else:
title = "Noname (translated)"
approved = line[header_map["AssignmentStatus"]] == "Approved"
for i in range(10):
try:
(aid, seg_id) = line[segment_ids[i]].split("_")
except ValueError:
# treating this basically like an eof
break
if cur_aid != int(aid):
if sa:
# save the previous SourceArticle
sa.save(manually_splitting=True)
# check if the document is already imported
if not has_title:
title = aid + " " + title
try:
sa = SourceArticle.objects.filter(language=source_lang).get(doc_id=aid)
sa.sentences_processed = True
cur_aid = int(aid)
sa.language = source_lang
sa.doc_id = aid
sa.timestamp = datetime.now()
sa.title = title
sa.save(manually_splitting=True)
# get an id for the SourceArticle instance
except SourceArticle.DoesNotExist:
# make a new sa object
sa = SourceArticle()
sa.sentences_processed = True
cur_aid = int(aid)
language = source_lang
sa.language = language
sa.doc_id = aid
sa.timestamp = datetime.now()
sa.title = title
sa.save(manually_splitting=True)
# get an id for the SourceArticle instance
if ta:
# save the previous target article
ta.save()
# check if the target article has been translated and imported
try:
ta = TranslatedArticle.objects.filter(article=sa).get(language=target_lang)
# if there is one, do not touch unknown fields.
ta.title = title
ta.timestamp = datetime.now()
ta.language = target_lang
ta.approved = approved
ta.save()
except TranslatedArticle.DoesNotExist:
# make a new TranslatedSentence object
ta = TranslatedArticle()
ta.article = sa
ta.title = title
ta.timestamp = datetime.now()
ta.language = target_lang
ta.approved = approved
ta.save()
end_of_paragraph = True
tag_id = "Input.tag%d" % i
if tag_id in header_map:
tag = line[header_map[tag_id]]
end_of_paragraph = re.search("LastSentence", tag) or False
seg = line[segments[i]]
try:
# do not touch end_of_paragraph because we do not know
ss = sa.sourcesentence_set.get(segment_id=seg_id)
ss.text = seg
ss.segment_id = seg_id
ss.end_of_paragraph = end_of_paragraph
ss.save()
except SourceSentence.DoesNotExist:
ss = SourceSentence()
ss.article = sa
ss.text = seg
ss.segment_id = seg_id
ss.end_of_paragraph = end_of_paragraph
ss.save()
sa.source_text += seg + u"\n"
translation = line[translations[i]]
try:
ts = ta.sentences.get(segment_id=seg_id)
ts.source_sentence = ss
ts.text = translation
ts.translated_by = line[header_map["WorkerId"]]
ts.language = target_lang
date_string = line[header_map["SubmitTime"]]
df = date_string.split(" ")
tf = df[3].split(":")
ts.translation_date = datetime(
int(df[5]),
["Jan", "Feb", "Mar", "Apr", "May", "Jun", "Jul", "Aug", "Sep", "Oct", "Nov", "Dec"].index(
df[1]
)
+ 1,
int(df[2]),
int(tf[0]),
int(tf[1]),
int(tf[2]),
)
ts.approved = approved
ts.end_of_paragraph = ss.end_of_paragraph
ts.save()
except TranslatedSentence.DoesNotExist:
ts = TranslatedSentence()
ts.segment_id = seg_id
ts.source_sentence = ss
ts.text = translation
ts.translated_by = line[header_map["WorkerId"]]
ts.language = target_lang
date_string = line[header_map["SubmitTime"]]
df = date_string.split(" ")
tf = df[3].split(":")
ts.translation_date = datetime(
int(df[5]),
["Jan", "Feb", "Mar", "Apr", "May", "Jun", "Jul", "Aug", "Sep", "Oct", "Nov", "Dec"].index(
df[1]
)
+ 1,
int(df[2]),
int(tf[0]),
int(tf[1]),
int(tf[2]),
)
ts.approved = approved
ts.end_of_paragraph = ss.end_of_paragraph
ts.save()
ta.sentences.add(ts)
if sa:
sa.save(manually_splitting=True)
if ta:
ta.save()
def parse_source_file(self, source_file, article_id_map):
f = open(source_file, 'r')
csv_reader = csv.reader(f)
headers = csv_reader.next()
header_map = {}
for i,h in enumerate(headers):
header_map[h] = i
# The headers are uniform in this file
# lang,(seg_id1,tag1,seg1,img_url1,machine_translation1),...,(seg_idn,...)
sa = SourceArticle()
cur_aid = -1
language = None
segments = ['seg_id%s' % i for i in xrange(1,11)]
for line in csv_reader:
segment_offsets = [(header_map[seg]) for seg in segments]
for offs in segment_offsets:
try:
(aid, seg_id) = line[offs].split('_')
except IndexError:
# treating this basically like an eof
try:
sa.save(manually_splitting=True)
except UnicodeDecodeError:
print 'Argh! Unicode issues (1)...'
sa.delete()
break
if int(seg_id) == 0:
sa.sentences_processed = True
language = line[0]
try:
self.save_sentence(sa, line[0], aid, article_id_map[aid])
except UnicodeDecodeError:
print 'Argh! Unicode issues...(2)'
sa.delete()
# make a new sa object
sa = SourceArticle()
sa.save(manually_splitting=True) # get an id
#tag = 'tag'
tag = line[(offs + 1)]
#seg = 'seg'
seg = line[(offs + 2)]
ss = SourceSentence()
ss.article = sa
ss.text = seg
ss.segment_id = seg_id
ss.end_of_paragraph = re.search("LastSentence", seg) or False
ss.save()
print '%s :: %s :: %s' % (aid, seg_id, tag)
def parse_source_file(self, source_file, article_id_map):
f = open(source_file, 'r')
csv_reader = unicode_csv_reader(f)
headers = csv_reader.next()
header_map = {}
for i,h in enumerate(headers):
header_map[h] = i
# The headers are uniform in this file
# lang,(seg_id1,tag1,seg1,img_url1,machine_translation1),...,(seg_idn,...)
sa = None
cur_aid = -1
language = None
segments = ['seg_id%s' % i for i in xrange(1,11)]
for i,line in enumerate(csv_reader):
segment_offsets = [(header_map[seg]) for seg in segments]
for offs in segment_offsets:
try:
(aid, seg_id) = line[offs].split('_')
except IndexError:
# treating this basically like an eof
break
if cur_aid != int(aid):
if sa:
# save the previous SourceArticle
sa.save(manually_splitting=True)
# check if the document is already imported
try:
sa = SourceArticle.objects.filter(language = line[0]).get(doc_id = aid)
sa.sentences_processed = True
cur_aid = int(aid)
language = line[0]
sa.language = language
sa.doc_id = aid
sa.timestamp = datetime.now()
sa.title = article_id_map[aid]
sa.save(manually_splitting=True)
# get an id for the SourceArticle instance
except SourceArticle.DoesNotExist:
# make a new sa object
sa = SourceArticle()
sa.sentences_processed = True
cur_aid = int(aid)
language = line[0]
sa.language = language
sa.doc_id = aid
sa.timestamp = datetime.now()
sa.title = article_id_map[aid]
sa.save(manually_splitting=True)
# get an id for the SourceArticle instance
tag = line[(offs + 1)]
seg = line[(offs + 2)]
try:
ss = sa.sourcesentence_set.get(segment_id = seg_id)
ss.text = seg
ss.segment_id = seg_id
ss.end_of_paragraph = re.search("LastSentence", tag) or False
ss.save()
except SourceSentence.DoesNotExist:
ss = SourceSentence()
ss.article = sa
ss.text = seg
ss.segment_id = seg_id
ss.end_of_paragraph = re.search("LastSentence", tag) or False
ss.save()
sa.source_text += seg + u'\n'
if sa:
sa.save(manually_splitting=True)
