def makeAnswer(wordText, question, POSText, index):
w = Word(question=question,
word=wordText,
part_of_speech=POSText,
index=index)
w.save()
return w.pk
def save_word(word):
word_objects = Word.objects.filter(title=word)
if not word_objects:
word_object = Word(title=word)
word_object.save()
else:
word_object = word_objects[0]
return word_object
def save_word(word): word_objects = Word.objects.filter(title=word) if not word_objects: word_object = Word(title=word) word_object.save() else: word_object = word_objects[0] return word_object
def makeWord(word, question, index):
part_of_speech = getPartOfSpeech(word)
word = getWord(word)
w = Word(question=question,
word=word,
part_of_speech=part_of_speech,
index=index)
w.save()
return w.pk
def makeComboItem(word1, word2):
word = Word()
while(word.id == None):
print("Make an entry to combine the following words:")
print(word1)
print(word2)
kana = input('kana>')
kanji = input('kanji>')
definition = input('definition>')
word = Word(kana = kana, kanji = kanji, definition = definition)
print(word)
if 'y' == input("Is this correct? (y/n) "):
word.save()
word1.dupeOf(word)
word2.dupeOf(word)
return word
def get_definitions(request):
word = request.GET.get('word')
definitions = definition(word)
response_data = {}
new_word = Word(text=word)
if len(definitions) >= 1:
new_word.definition1 = definitions[0]
if len(definitions) >= 2:
new_word.definition2 = definitions[1]
if len(definitions) >= 3:
new_word.definition3 = definitions[2]
new_word.save()
for i in range(len(definitions)):
response_data[i] = definitions[i]
return HttpResponse(json.dumps(response_data), content_type='application/json')
def add_synonyms(self, kSynonyms, sSpace = 'global'): try: oSpace = Space.objects.get(name=sSpace) except Space.DoesNotExist: oSpace = Space(name='global') oSpace.save() for sWord, kSyns in kSynonyms.iteritems(): try: oWord = Word.objects.get(name=sWord, space=oSpace) except Word.DoesNotExist: oWord = Word(name=sWord, space=oSpace) oWord.save() for sSyn, kProps in kSyns.iteritems(): try: oSyn = Word.objects.get(name=sSyn, space=oSpace) except Word.DoesNotExist: oSyn = Word(name=sSyn, space=oSpace) oSyn.save() try: oRelation = Relation.objects.get(rel_one=oWord, rel_two=oSyn) oRelation.karma += kProps['weight'] oRelation.save() except Relation.DoesNotExist: try: oRelation = Relation.objects.get(rel_two=oWord, rel_one=oSyn) oRelation.karma += kProps['weight'] oRelation.save() except Relation.DoesNotExist: oRelation = Relation(rel_one=oWord, rel_two=oSyn, karma=kProps['weight'], space=oSpace) oRelation.save()
def create(self, validated_data):
# this word is definitely not duplicated and is already forced to lower
word = validated_data['word']
charList = list(word)
charList.sort()
palindrome = isPalindrome(word)
letters = ''.join(charList)
hasAna = False
anas = Word.objects.filter(letters=letters)
numAnas = len(anas)
if numAnas > 0:
hasAna = True
if numAnas == 1:
anas[0].hasAnagram = True
anas[0].save()
w = Word(word=word,
letters=letters,
isPalindrome=isPalindrome(word),
hasAnagram=hasAna)
w.save()
return w
def wordlist(request, project_name):
project = Project.objects.get(project_name=project_name)
if request.method == 'POST':
if 'single' in request.POST:
form = WordForm(request.POST)
if form.is_valid():
word = form.cleaned_data['word']
word_cn = form.cleaned_data['word_cn']
source = form.cleaned_data['source']
introduce = form.cleaned_data['introduce']
try:
w = Word.objects.get(word = word)
w.project.add(project)
w.save()
except:
w = Word(word = word,
word_cn = word_cn,
source = source,
introduce = introduce,
add_time = add_time,
)
w.save()
w.project.add(project)
w.save()
return HttpResponseRedirect('.')
elif 'macro' in request.POST:
lines = request.POST['wordtable'].split('\r\n')
for line in lines:
if '|' not in line:
continue
elif line.count('|') != 3:
continue
else:
l = line.split('|')
try:
w = Word.objects.get(word = l[0])
w.project.add(project)
w.save()
except:
w = Word(word = l[0],
word_cn = l[1],
source = l[2],
introduce = l[3],
add_time = add_time,
)
w.save()
w.project.add(project)
w.save()
return HttpResponseRedirect('.')
elif 'del' in request.POST:
wids = request.POST.getlist('wid')
wids = [int(wid) for wid in wids]
Word.objects.filter(id__in=wids).delete()
return HttpResponseRedirect('.')
else:
if request.user.has_perm('projects.%s_member'%project_name):
perm_project_member = True
else:
perm_project_member = False
wordlist = Word.objects.filter(project=project)
form = WordForm()
return render_to_response("wordlist.html",{'wordlist': wordlist, 'form': form, \
'project': project, \
'perm_project_member': perm_project_member},\
context_instance=RequestContext(request))