def create_list(W_count, U_list):
L = []
U_count = len(U_list)
while W_count > 0:
for this_Unit in U_list:
U = Units.objects(Title=this_Unit).first()
li = U.List
if W_count / U_count > len(li):
random.shuffle(li)
for this_word in li:
L.append(Words.objects(Title=this_word).first().Meaning)
W_count = W_count - len(li)
U_count = U_count - 1
else:
k = W_count / U_count
while k > 0:
wo = random.choice(li)
Mean = Words.objects(Title=wo).first().Meaning
if Mean in L:
continue
else:
k = k - 1
W_count = W_count - 1
L.append(Mean)
return L
def trans_out(T):
Lin = ''
U = Units.objects(Title=T).first()
for i in U.List:
W = Words.objects(Title=i).first()
Lin = Lin + str(W.Title) + "\n"
return Lin
def enter(Len):
Len = str(Len)
Len = Len.split('\r\n')
print(Len)
for group in Len:
group = group.split('|')
print(group)
Wo = Words.objects(Title=group[0]).first()
if Wo != None:
Wo.update(Meaning=group[1])
continue
Wo = Words(Title = group[0],Meaning = group[1])
Wo.save()
return
def ones(T):
U = Units.objects(Title=T).first()
Woli = U.List
Li = []
for i in Woli:
l = Words.objects(Title=i).first()
Li.append({'Title': l.Title, 'Meaning': l.Meaning})
return render_template('U/ones.html', title=T, L=Li)
def trans_in(Lin, T):
U = Units.objects(Title=T).first()
L = U.List
Lin = Lin.split('\r\n')
Eor = []
for i in Lin:
title = i
if Words.objects(Title=title).first() == None:
Eor.append(title)
continue
if title not in L:
L.append(title)
U.update(List=L)
return Eor
def change():
change_title = request.args.get('title','')
Wo = Words.objects(Title=change_title).first()
if Wo is None:
abort(404)
Form = WordsForm()
if Form.validate_on_submit():
Wo.update(Title= Form.Title.data,Meaning= Form.Meanging.data)
flash('Yeah!')
return redirect(url_for('Words_views.ones',T=Wo.Title))
Form.Title.data=Wo.Title
Form.Meaning.data=Wo.Meaning
return render_template('W/change.html',title='Change-'+Wo.Title, Form = Form)
def ones(T):
Wo = Words.objects(Title=T).first()
return render_template('W/ones.html', title=Wo.Title, Wo = Wo)