fork(2) download 
  1. import re
  2. from tkinter import *
  3. from tkinter.filedialog import *
  4. from tkinter.messagebox import *
  5. from random import randint
  6. import pickle
  7. import time
  8.  
  9. class Dict():
  10.     def __init__(self):
  11.         self.mydict = {}
  12.         self.currentdict = []
  13.         self.current_word = ''
  14.         self.current_answer = []
  15.         self.life = 0
  16.         self.start_time = 0
  17.         self.finish_time = 0
  18.         self.my_time = 0
  19.  
  20.     def add_item(self,event, enword,ruwords,entry1,entry2):
  21.         en = enword.strip()
  22.         if re.match(r'\b[a-z]+\b', enword) and re.match(r'^([А-Яа-я]+\s*,{1}\s*)+([А-Яа-яё]+){1}$|^[А-Яа-яё]+$',ruwords):
  23.             ru = [i.strip() for i in ruwords.split(',')]
  24.             it = {en : ru}
  25.             self.mydict.update(it)
  26.             entry1.delete(0,END)
  27.             entry2.delete(0,END)
  28.  
  29.     def save_dict(self):
  30.         name = asksaveasfilename()
  31.         f = open(name, 'wb')
  32.         pickle.dump(self.mydict,f)
  33.         self.mydict = {}
  34.         f.close()
  35.  
  36.     def open_dict(self):
  37.         try:
  38.             name = askopenfilename()
  39.             f = open(name,'rb')
  40.             self.mydict = pickle.load(f)
  41.             self.currentdict = [i for i in self.mydict]
  42.             self.life = round(len(self.mydict) * 0.25)+1
  43.             if mtime.get() == 0:
  44.                 self.my_time = len(self.mydict) * 9000
  45.             else:
  46.                 self.my_time = len(self.mydict) * mtime.get()
  47.             f.close()
  48.         except: pass
  49.  
  50.     def get_answer(self,event):
  51.         self.current_answer = ruword.get()
  52.         if len(self.current_answer) == 0:
  53.             pass
  54.         else:
  55.             try:
  56.                 right_answer = self.mydict.get(self.current_word)
  57.                 if self.current_answer in right_answer:
  58.                     showrighta.configure(text='')
  59.                     showrightb.configure(text='')
  60.                     ruword.delete(0,END)
  61.                     result.configure(text= 'Верно',fg='green')
  62.                     word = self.currentdict.pop(randint(0,len(self.currentdict)-1))
  63.                     self.current_word = word
  64.                     enword.delete(0,END)
  65.                     enword.insert(END,word)
  66.                 else:
  67.                     self.life-=1
  68.                     ruword.delete(0,END)
  69.                     result.configure(text= 'Неправильно.',fg='red')
  70.                     showrighta.configure(text='Возможные варианты: ')
  71.                     showrightb.configure(text= ', '.join(self.mydict.get(self.current_word)).strip(', '))
  72.                     word = self.currentdict.pop(randint(0,len(self.currentdict)-1))
  73.                     self.current_word = word
  74.                     enword.delete(0,END)
  75.                     enword.insert(END,word)
  76.             except ValueError:
  77.                 self.finish_time = round(time.time())
  78.                 ruword.delete(0,END)
  79.                 ruword.insert(END, 'Конец словаря')
  80.                 if self.life > 0 and self.my_time - (self.finish_time - self.start_time) > 0:
  81.                     finaltext.configure(text= 'Отлично! Словарь успешно закреплён.',fg='gold',bg='gray')
  82.                 else:
  83.                     finaltext.configure(text= 'Вы недостаточно хорошо знаете эти слова.\n Попробуйте снова в другой раз.',fg='blue',bg='red')
  84.                 bstudy.configure(state='normal')
  85.                 result.configure(text='')
  86.                 showrighta.configure(text='')
  87.                 showrightb.configure(text='')
  88.  
  89.     def start(self):
  90.         finaltext.configure(text= '')
  91.         if len(self.currentdict) < 1:
  92.             self.currentdict = [i for i in self.mydict]
  93.         word = self.currentdict.pop(randint(0,len(self.currentdict)-1))
  94.         self.current_word = word
  95.         ruword.delete(0,END)
  96.         enword.delete(0,END)
  97.         enword.insert(END,word)
  98.         bstudy.configure(state='disabled')
  99.         self.start_time = round(time.time())
  100.  
  101.     def restart(self):
  102.         self.start_time = 0
  103.         self.finish_time = 0
  104.         self.currentdict = [i for i in self.mydict]
  105.         self.life = round(len(self.mydict) * 0.25)+1
  106.         self.start()
  107.  
  108.     def create_new(self):
  109.         self.mydict = {}
  110.         newin = Toplevel(mywin)
  111.         newin.title('Создание словаря')
  112.         newin.geometry('600x240')
  113.         newin.resizable(0,0)
  114.         enterenword = Entry(newin,width=36)
  115.         enterruswords = Entry(newin,width=36)
  116.         en = Label(newin,text = 'English word:\n (for example: "script")',font=12)
  117.         ru = Label(newin, text = 'Русский(е) эквивалент(ы):\n (например: "сценарий, почерк,\nподлинник")', font = 12)
  118.         enterruswords.bind('<Return>', lambda event='<Return>' : self.add_item('<Return>', enterenword.get(), enterruswords.get(),enterenword,enterruswords))
  119.         en.place(x=5,y=10)
  120.         enterenword.place(x=255,y=10)
  121.         ru.place(x=5,y=60)
  122.         enterruswords.place(x=255,y=60)
  123.         saveme = Button(newin,text='Сохранить',bg='#9ACEEB',height=4,width=25,command=d.save_dict)
  124.         add_it = Button(newin,text='Добавить',bg='#9ACEEB',height=2,width=8, command= lambda event='<Button-1>' : self.add_item('<Button-1>', enterenword.get(), enterruswords.get(),enterenword,enterruswords))
  125.         add_it.place(x=500,y=50)
  126.         saveme.place(x=200,y=160)
  127.  
  128.     def myhelp():
  129.         showinfo(title='qwertyнекуцй',
  130.                  message='''Кнопка "Повторить" позволяет ПОВТОРНО упражняться  с одним и тем же словарём.\n
  131. Открыв новый словарь, используйте кнопку "Go!"\n
  132. Указав кол-во секунд, вы ограничите допустимое время тренировки кол-вом секунд, умноженным на кол-во слов в вашем словаре\n
  133. Создавая словарь, вводите слова без кавычек, разделяя русские эквиваленты английского слова запятыми.\n
  134. Добавляйте каждую новую позицию в словарь, испольуя кнопку "Добавить", после чего сохраните файл.''')
  135. d = Dict()
  136. #
  137. mywin = Tk()
  138. mywin.resizable(0,0)
  139. mywin.geometry('900x450')
  140. mywin.title('en-ru trainer')
  141. mtime = IntVar()
  142. chtime = [2,4,6,8,10]
  143. choosetime = OptionMenu(mywin, mtime, *chtime)
  144. result = Label(mywin,text='',font = 16)
  145. showrighta = Label(mywin, text='',font=14, fg='orange')
  146. showrightb = Label(mywin, text='',font=16, fg='green')
  147.  
  148. timetext = Label(text='Тренировка на время выключена\n(включить, указав кол-во секунд)')
  149. enword = Entry(mywin,width=40)
  150. ruword = Entry(mywin,width=40)
  151. bstudy = Button(mywin,text='Go!',command = d.start,height=5,width=12,bg='#ED760E',fg='white',font=18)
  152. bopenfile = Button(text='Открыть словарь...', command= d.open_dict,height=4,width=16,bg='#9ACEEB')
  153. bcreatenewdict = Button(text='Создать новый словарь...',command= d.create_new,bg='#9ACEEB')
  154. restart = Button(text='Повторить', command=d.restart,height=4,width=16,bg='#9ACEEB')
  155. ruword.bind('<Return>',d.get_answer)
  156. finaltext = Label(text='',font = 14)
  157. enblahblah = Label(text='Английское слово: ',font=14)
  158. rublahblah = Label(text='Перевод: ',font=14)
  159. mymenu = Menu(mywin)
  160. mywin.config(menu=mymenu)
  161. mmain = Menu(mymenu)
  162. mymenu.add_cascade(label='Справка',menu=mmain)
  163. mmain.add_command(label='Help', command=Dict.myhelp)
  164. enblahblah.place(x=12,y=100)
  165. rublahblah.place(x=12,y=150)
  166. enword.place(x=200,y=100)
  167. ruword.place(x=200,y=150)
  168. bstudy.place(x=365,y=200)
  169. bopenfile.place(x=700,y=50)
  170. restart.place(x=700,y=160)
  171. timetext.place(x=680,y=270)
  172. choosetime.place(x=755,y=310)
  173. result.place(x=300,y=35)
  174. showrighta.place(x=80,y=70)
  175. showrightb.place(x= 250,y=70)
  176. finaltext.place(x=110, y=330)
  177. bcreatenewdict.place(x=30,y=388)
  178. #
  179. mywin = mainloop()
  180.  
Runtime error #stdin #stdout #stderr 0.06s 29056KB
comments (?)
stdin 
Standard input is empty
stdout 
Standard output is empty
stderr 
Traceback (most recent call last):
  File "./prog.py", line 137, in <module>
  File "/usr/lib/python3.4/tkinter/__init__.py", line 1854, in __init__
    self.tk = _tkinter.create(screenName, baseName, className, interactive, wantobjects, useTk, sync, use)
_tkinter.TclError: no display name and no $DISPLAY environment variable
https://ideone.com/PQHnsn
language:
Python 3 (python  3.9.5)
created:
9 years ago
visibility:
public

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