def valider ():
contenu1=e4.get()
contenu2=e5.get()
montant=contenu1*contenu2
if montant<45000:
montant=montant-((montant*10)/100)
elif montant<90000:
montant=montant-((montant*20)/100)
elif montant<180000:
montant=montant-((montant*30)/100)
else:
montant=montant-((montant*40)/100)
b.config(command=valider)
res.config(text='resultat-'+str(montant),fg='blue')
mbox.showinfo("Information", 'resultat ='+str(montant))
if IntVar() == 'kalaa' and StringVar() == 'Polo':
mbox.showinfo('resultat =('votre circuit : 'Kalaa', votre voiture :'Polo')')
if IntVar() == 'Akouda' and StringVar() == 'Polo':
mbox.showinfo('resultat =('votre circuit : 'Akouda', votre voiture :'Polo')')
if IntVar() == 'Sousse' and StringVar() == 'Polo':
mbox.showinfo('resultat =('votre circuit : 'Sousse', votre voiture :'Polo')')
if IntVar() == 'Kalaa' and StringVar() == 'Peugeot':
mbox.showinfo('resultat =('votre circuit : 'kalaa', votre voiture :'Peugeot')')
if IntVar() == 'Akouda' and StringVar() == 'Peugeot':
mbox.showinfo('resultat =('votre circuit : 'Akouda', votre voiture :'Peugeot')')
if IntVar() == 'Sousse' and StringVar() == 'Peugeot':
mbox.showinfo('resultat =('votre circuit : 'Sousse', votre voiture :'Peugeot')')
if IntVar() == 'kalaa' and StringVar() == 'Clio':
mbox.showinfo('resultat =('votre circuit : 'kalaa', votre voiture :'Clio')')
if IntVar() == 'Akouda' and StringVar() == 'Clio':
mbox.showinfo('resultat =('votre circuit : 'Akouda', votre voiture :'Clio')')
if IntVar() == 'Sousse' and StringVar() == 'Clio':
mbox.showinfo('resultat =('votre circuit : 'Sousse', votre voiture :'Clio')')
def Main(self, params):
#Close the window
self.master.withdraw()
vehsIgnored = self.vehsIgnored.get()
satFlowHead = self.satFlowHead.get()
minValidCycles = self.minValidCycles.get()
minVehsPerMeas = self.minVehsPerMeas.get()
csv_output_fp = r'Output_SatFlows.csv'
dis_input_fp = self.fp_dis.get()
#--------------------------------------------------------------------------------------------------------------#
satFlow_data = self.GetDisData(dis_input_fp)
#Keep the original Data in memory
wt = satFlow_data
#Remove the rows of the data where crossVehIdx <= VehsIgnored
wt = self.RemoveIgnoredVehs(wt, vehsIgnored)
#Return a dictionary with the total valid crossing time of vehicles for each Signal Head and Simulation
satFlows = self.CalculateSatFlows(wt, satFlowHead, minValidCycles,
minVehsPerMeas)
#For the valid Signal Heads we can calculate the average of Saturation Flows
#For the rest we print the list
avgSatFlows = self.CalculateAvgSatFlows(satFlows)
self.Output(csv_output_fp, avgSatFlows)
completion_msg = 'End of execution - Results in {}'.format(
csv_output_fp)
print(completion_msg)
messagebox.showinfo('Result', completion_msg)
self.master.destroy()
def update():
username = w.Entryusername.get()
password = w.Entrypwd.get()
password1 = w.Entrypwd1.get()
qx1 = w.Entryqx.get()
try:
conn = pymysql.connect(host='localhost',
user='******',
passwd='809144',
db='mydb',
port=3306)
cur = conn.cursor()
cur.execute('select password from user where username = %s', username)
r = cur.fetchone()
if r != None:
if r[0] != password:
v.showerror('error', '旧密码输入错误')
else:
values = [password1, qx1, username]
cur.execute(
'update user set password = %s,qx = %s where username = %s',
values)
conn.commit()
v.showinfo('successful', username + '信息已更新')
cur.close()
else:
v.showerror('error', '不存在此用户')
conn.close()
except pymysql.Error as e:
print('mysql error %d : %s' % (e.args[0], e.args[1]))
sys.stdout.flush()
def Delete_Project(proj_ID, proj_manage_window):
#Connect to database info file
conn = sqlite3.connect("info.db")
#Create database cursor
c = conn.cursor()
#Delete all tickets associated with project
c.execute("DELETE FROM Tickets WHERE project_ID=?", proj_ID)
#Update the project record with matching proj_ID
c.execute("DELETE FROM Projects WHERE project_ID=?", proj_ID)
messagebox.showinfo("Info", "Project deleted.")
#Commit changes
conn.commit()
#Close connection
conn.close()
#Close the project manager
proj_manage_window.destroy()
#Refresh Table
Display_Projects()
return
def startclock():
global stime_min, stime_sec, blockapp
if not (stime_sec <= 0 and stime_min <= 0):
stime_sec -= 1
if stime_sec < 0:
stime_sec = 59
stime_min -= 1
canvas.itemconfigure(c1,
extent=(onesec * (stime_min * 60 + stime_sec)))
canvas.itemconfigure(
clock,
text=str(stime_min) + ":" +
(str(stime_sec) if stime_sec > 9 else "0" + str(stime_sec)))
if ((stime_min * 60 + stime_sec)
== (sessiontime // 2)) and (settings[2] == "0"):
# Breaktime
takebreak()
gui.after(1000, startclock)
else:
# Time ended, reset time
global mainbutton
mainbutton.config(image=mainbuttonimg, command=startsession)
messagebox.showinfo("Session ended", "Your session has ended!")
stop()
#advsetexec()
subprocess.Popen.terminate(blockapp) # Kill the block.py
stime_min = sessiontime // 60
stime_sec = sessiontime % 60
def confset():
res = messagebox.askyesno(
"Program Restart",
"Değişikliklerin Kaydedilmesi için programın tekrar başlatılması gerekiyor \n Onaylıyorsun Değil mi ?"
)
if res:
xm1en = m1en.get()
xm2en = m2en.get()
xm3en = m3en.get()
xm4en = m4en.get()
xm5en = m5en.get()
xm6en = m6en.get()
xm1in1 = m1in1.get()
xm2in1 = m2in1.get()
xm3in1 = m3in1.get()
xm4in1 = m4in1.get()
xm5in1 = m5in1.get()
xm6in1 = m6in1.get()
xm1in2 = m1in2.get()
xm2in2 = m2in2.get()
xm3in2 = m3in2.get()
xm4in2 = m4in2.get()
xm5in2 = m5in2.get()
xm6in2 = m6in2.get()
xs1 = s1.get()
xs2 = s2.get()
config.set('MOTORS', 'm1en', str(xm1en))
config.set('MOTORS', 'm2en', str(xm2en))
config.set('MOTORS', 'm3en', str(xm3en))
config.set('MOTORS', 'm4en', str(xm4en))
config.set('MOTORS', 'm5en', str(xm5en))
config.set('MOTORS', 'm6en', str(xm6en))
config.set('MOTORS', 'm1in1', str(xm1in1))
config.set('MOTORS', 'm2in1', str(xm2in1))
config.set('MOTORS', 'm3in1', str(xm3in1))
config.set('MOTORS', 'm4in1', str(xm4in1))
config.set('MOTORS', 'm5in1', str(xm5in1))
config.set('MOTORS', 'm6in1', str(xm6in1))
config.set('MOTORS', 'm1in2', str(xm1in2))
config.set('MOTORS', 'm2in2', str(xm2in2))
config.set('MOTORS', 'm3in2', str(xm3in2))
config.set('MOTORS', 'm4in2', str(xm4in2))
config.set('MOTORS', 'm5in2', str(xm5in2))
config.set('MOTORS', 'm6in2', str(xm6in2))
config.set("MOTORS", "s1", str(xs1))
config.set("MOTORS", "s2", str(xs2))
with open('config.ini', 'w') as configfile:
config.write(configfile)
restart_program()
else:
messagebox.showinfo("İptal", "Değişiklikler Kaydedilmedi !")
confi.destroy()
def add_ticker(self):
"""Add ticker to stock watchlist"""
try:
symbol = self.add_ticker_entry.get().upper()
price = float(self.add_price_entry.get())
pct_inc = float(self.percent_inc_entry.get())
pct_dec = float(self.percent_dec_entry.get())
price_low = price * (1 - pct_dec / 100)
price_high = price * (1 + pct_inc / 100)
except (ValueError, UnboundLocalError):
messagebox.showinfo('ERROR: MISSING ENTRY FIELDS', \
'Please make sure all fields have valid info.')
return
# error message if not all entries filled else add ticker to db
if len(symbol) == 0 or not price or not pct_dec or not pct_inc:
messagebox.showinfo('ERROR: MISSING REQUIRED FIELDS', \
"'Ticker Symbol', 'Price', and '% Dec' and "
"'% Inc' are required fields.")
else:
db = create_connection('tickers.db')
cursor = db.cursor()
cursor.execute("""INSERT INTO symbols (ticker, price, pct_dec, pct_inc,
price_low, price_high) VALUES (?, ?, ?, ?, ?, ?);""", \
(symbol, '{:.2f}'.format(price), '{:.2f}'.format(pct_dec), \
'{:.2f}'.format(pct_inc), '{:.2f}'.format(price_low), \
'{:.2f}'.format(price_high)))
close_connection(db)
# clear out entry fields
self.clear_entries()
def Delete_Ticket(ticket_ID, ticket_manage_window):
#Connect to database info file
conn = sqlite3.connect("info.db")
#Create database cursor
c = conn.cursor()
#Update the ticket record with matching ID
c.execute("DELETE FROM Tickets WHERE ticket_ID=?", (ticket_ID))
messagebox.showinfo("Info", "Ticket deleted.")
project_window.after(1, lambda: project_window.focus_force())
#Update ticket_count
c.execute("SELECT ticket_count FROM Projects WHERE project_ID=?", projID)
count = c.fetchone()[0]
c.execute("UPDATE Projects SET ticket_count=? WHERE project_ID=?", (count-1, projID))
#Commit changes
conn.commit()
#Close connection
conn.close()
#Close the ticket manager
ticket_manage_window.destroy()
#Refresh tickets table
Display_Tickets()
return
def add_nxt_que(self):
"A function to add question in loop."\
"It also doesn't allow the empty question and options to be saved and show a warning box ."
que = self.que_txt.get()
if que == "" or que == " ":
tk.messagebox.showinfo("QuestionError",
" The question-box should not be empty!")
self.add_que()
optns = {}
for j in self.simp_var:
optns[j] = self.optn_entry[j].get()
if optns[j] == "" or optns[j] == " ":
msg.showinfo("OptionsError",
" The options-box should not be empty!")
self.add_que()
break
line = "_".join(optns.values())
line = que + "_" + line
set1 = []
for char in line: # Messes up(ciphers) data of the question and answer making unreadable
set1.append(chr(ord(char) + 15))
line = "".join(set1) + "\n"
self.file.write(line)
self.file.close()
self.add_que() # calls the same function to add question
def updatestudent():
sno = w.Entry1.get()
sname = w.Entry2.get()
dept = w.Entry3.get()
major = w.Entry4.get()
class1 = w.Entry5.get()
g1 = w.Entry6.get()
conn = pymysql.connect(host='localhost',
user='******',
passwd='809144',
db='mydb',
port=3306)
cur = conn.cursor()
values = [sname, dept, major, class1, g1, sno]
cur.execute('select * from student where sno = %s', sno)
r = cur.fetchone()
if r != None:
cur.execute(
'update student set sname = %s,sex = %s,sage = %s,dept = %s,class = %s where sno = %s',
values)
v.showinfo('successful', sname + '同学信息更新成功')
conn.commit()
cur.close()
conn.close()
destroy_window()
else:
v.showerror('error', sname + '同学信息不存在，请确认')
sys.stdout.flush()
def on_message(ws, message):
msg = json.loads(message)
if msg['type'] == 'taker':
if (msg['data'][1] > 2) and (msg['data'][2] > msg['data'][1]):
self.varMonitor.set('大单买入：%s' % msg['symbol'])
if msg['type'] == 'quant':
self.varMonitor.set('%s买入策略：%s' % (msg['symbol'], msg['name']))
messagebox.showinfo("买入策略", self.varMonitor.get())
def submit(self):
print('City: {}'.format(self.entry_city.get()))
print('State: {}'.format(self.entry_state.get()))
print('Country: {}'.format(self.entry_country.get()))
print('Name: {}'.format(self.entry_name.get()))
print('Type: {}'.format(self.text_type.get(1.0, 'end')))
self.clear()
messagebox.showinfo(title = "Silk Road Historic Feature Survey", message = "Data successfully submitted - thank you!")
def client_exit(self):
if messagebox.askquestion("Decide", "Are you sure to exit?") == 'yes':
self.master.destroy()
else:
messagebox.showinfo(
'Return',
'OK then, you will now return to the application screen')
return
def game_ended(turn):
if turn == 0:
s = "white"
opp = 2
else:
s = "black"
opp = 0
t = f"{s} won 7 : {7 - len(pieces[opp])}"
showinfo("Window", t)
def button_process(root):
#create message box
messagebox.askokcancel('Python Tkinter',
'Are you sure to create a window？')
messagebox.askquestion('Python Tkinter',
"Are you sure to create a window?")
messagebox.askyesno('Python Tkinter', 'Are you sure to create a window？')
messagebox.showerror('Python Tkinter', 'Unknown Error')
messagebox.showinfo('Python Tkinter', 'hello world')
messagebox.showwarning('Python Tkinter', 'Leave now')
root1 = Toplevel(root)
def showHelpPopup(self):
showinfo(
"Help", "To learn more about an option, move your mouse over it." +
"\n" + limitedString(
"You can generate multiple unique ROMs at once by changing the # of seeds.",
55, "- ") + "\n" +
limitedString(
"You can also generate a text log that gives information about a created seed.",
55, "- ") + "\n" +
limitedString(
"Generated ROMs will be placed in an \"output\" folder, which will be in the same folder as this program.",
55, "- "))
def play(self):
if (len(playlist) == 0):
tk2.showinfo(
'Notice',
'No songs in your playlist!\nClick Add to add songs.')
else:
pygame.mixer.music.stop()
selectedSongs = self.playlistbox.curselection()
global playlistbox
playIt = playlist[int(selectedSongs[0])]
pygame.mixer.music.load(playIt)
pygame.mixer.music.play(0, 0.0)
def x_val():
'''Function to check input value and generate x for calculating y'''
try:
x = int(txt.get())
if x <= 700 and x >= 0:
return [i for i in range(x)]
else:
raise Exception
except Exception:
messagebox.showinfo(
"Error",
"Please enter a positive integer in range 0 to 700 both inclusive")
return None
def attemptRandomize(self):
global optionalRulesetsList
global optRulesetValues
optionalRulesetsList = [("", 0)] * len(optRulesetValues)
for i in range(len(optRulesetValues)):
optionalRulesetsList[i] = (Optional_Rulesets[i].name,
int(optRulesetValues[i].get()))
results = randomize()
print("\n")
if results[0]:
showinfo("Success!", results[1])
else:
showerror("Error", results[1])
def own():
dic = {'log': math.log, 'e': math.exp, 'sqrt': math.sqrt}
y = []
expr = txt.get()
try:
if 'x' not in expr:
raise Exception
for x in range(1, 401):
dic['x'] = x
y.append(eval(expr, {'__builtins__()': None}, dic))
x = range(1, 401)
plot(x, y)
except Exception:
messagebox.showinfo(
"Error",
"Please enter a valid expression in lower case 'x' containing:\n1. x\n2. log(x)\n3. e(x)\n4. sqrt(x)\n5. x**n (n is any integer)"
)
def deletes():
global f
c = p('')
w.Scrolledtreeview1.bind('<ButtonRelease-1>',p)
if c.get('values') != '':
cno = c.get('values')[0]
conn = pymysql.connect(host = 'localhost', user = '******', passwd = '809144', db = 'mydb',port = 3306)
cur = conn.cursor()
cur.execute('DELETE FROM class WHERE cno = %s', cno)
conn.commit()
v.showinfo('suessful','删除成功')
if f == 0:
allfind()
elif f == 2:
cnofind()
elif f == 1:
namefind()
sys.stdout.flush()
def login():
global f1
username = w.Entry_username.get()
userpwd = w.Entry_password.get()
try:
conn = pymysql.connect(host = 'localhost', user = '******', passwd = '809144', db = 'mydb',port = 3306)
cur = conn.cursor()
if f1 == 1:
if username != "" and userpwd != "":
cur.execute('SELECT password FROM user WHERE username = %s and qx = 1',username)
r = cur.fetchone()
if r == None:
v.showerror(username,"不存在此用户")
elif r[0]== userpwd:
v.showinfo(username,"登录成功")
destroy_window()
import manager
manager.vp_start_gui()
else:
v.showerror(username,"登录失败，请检查用户名和密码")
else:
v.showerror(username, "用户名和密码不能为空")
elif f1 == 0:
if username != "" and userpwd != "":
cur.execute('SELECT password FROM user WHERE username = %s and qx = 0',username)
r = cur.fetchone()
print(r)
if r == None:
v.showerror(username, "不存在此用户")
elif r[0] == userpwd:
v.showinfo(username, "登录成功")
destroy_window()
import teacher
teacher.vp_start_gui()
else:
v.showerror(username, "登录失败，请检查用户名和密码")
else:
v.showerror(username, "用户名和密码不能为空")
cur.close()
conn.close()
except pymysql.Error as e:
print('mysql error %d : %s' % (e.args[0],e.args[1]))
sys.stdout.flush()
def remove_ticker(self):
"""Remove ticker from stock watchlist"""
symbol = self.add_ticker_entry.get().upper()
db = create_connection('tickers.db')
cursor = db.cursor()
cursor.execute("""SELECT count(*) FROM symbols WHERE ticker=?""",
(symbol, ))
data = cursor.fetchone()[0]
if data == 0:
messagebox.showinfo("REMOVAL ERROR", \
"Ticker doesn't exist in your watchlist.")
else:
cursor.execute("DELETE FROM symbols WHERE ticker=?;", (symbol, ))
# clear out entry fields
self.clear_entries()
close_connection(db)
def decryptor(self):
key = self.Entry1.get()
if len(key) == 32:
ask = messagebox.askyesno(
'ATTENTION : Are You Sure?',
'Is this Key Correct?\n\nDecryption From Invalid Key Just\nGoing to Destroy your Data!!'
)
if ask == True:
reverse = reverse_attack.Reverse(
key) #Making object of Reverse Class
reverse.start() #Starts Decryption Process
messagebox.showinfo(
'Decryption Process Completed : )',
'Decryption/Recovery of File is Completed Successfully!')
else:
messagebox.showerror(
'Invalid Key',
'You Entered Invalid Decryption Key.\nDecrytion from Invalid Key Will,\nJust Destroy Whole Data : ('
)
def breakclock():
global btime_min, btime_sec
if not (btime_sec <= 0 and btime_min <= 0):
btime_sec -= 1
if btime_sec < 0:
btime_sec = 59
btime_min -= 1
canvas.itemconfigure(c1,
extent=(bonesec * (btime_min * 60 + btime_sec)))
canvas.itemconfigure(
clock,
text=str(btime_min) + ":" +
(str(btime_sec) if btime_sec > 9 else "0" + str(btime_sec)))
gui.after(1000, breakclock)
else:
btime_min = breaktime // 60
btime_sec = breaktime % 60
messagebox.showinfo("End of breaktime!", "Back to your work!")
startsession()
def addgrade():
cno = w.Entry1_6.get()
cname = w.Entry1.get()
credit = w.Entry1_1.get()
if cno == "" or cname == "":
v.showerror("错误","课程和课程名不能为空")
else:
conn = pymysql.connect(host='localhost', user='******', passwd='809144', db='mydb', port=3306)
cur = conn.cursor()
cur.execute("SELECT * FROM class WHERE cno = %s",cno)
r = cur.fetchone()
if r == None:
values = [cno,cname,credit]
cur.execute('INSERT INTO class VALUES(%s,%s,%s)',values)
conn.commit()
v.showinfo(cno, "添加成功")
else:
v.showerror("错误", "该课程信息已经存在，请检查后添加")
cur.close()
conn.close()
sys.stdout.flush()
def reveal(frame, board, zone, bfs, mine_coords):
"""
Reveal square on click.
Lose and exit if the square is a mine.
Win and disable buttons when all squares except mines are cleared.
"""
#~ global BUTTON_WIDTH
#~ zone.button = tk.Button(frame, bg="grey", fg="black", height=1, width=BUTTON_WIDTH, relief="sunken", text=zone.value)
#~ # zone_button.grid(row=zone.y, column=zone.x)
# zone_button = frame.grid_slaves(row=zone.y, column=zone.x)[0]
zone.button.config(bg="grey")
zone.button.config(relief="sunken")
zone.button.config(text=zone.value)
zone.button.config(command=None)
zone.button.unbind("<Button-3>")
if zone.value is "M":
tkMessageBox.showinfo("KABOOM", "Stepped on a mine.")
for coord in mine_coords:
current_mine_zone = board[coord[1]][coord[0]]
current_mine_zone.button.config(bg="dark red")
current_mine_zone.button.config(text=current_mine_zone.value)
for b in frame.winfo_children():
b.configure(state="disabled")
b.unbind("<Button-3>")
if not zone.revealed:
global squares_left
# global total_mines
squares_left -= 1
zone.revealed = True
if squares_left == total_mines:
tkMessageBox.showinfo("CLEAR", "You win!")
for b in frame.winfo_children():
b.configure(state="disabled")
b.unbind("<Button-3>")
if (bfs) and (zone.value == 0):
clear_adjacent(board, zone, mine_coords)
def updates():
sno = w.Entry1.get()
cno = w.Entry2.get()
grade = w.Entry4.get()
conn = pymysql.connect(host='localhost',
user='******',
passwd='809144',
db='mydb',
port=3306)
cur = conn.cursor()
values = [grade, sno, cno]
cur.execute('select * from student where sno = %s', sno)
r = cur.fetchone()
if r != None:
cur.execute('update grade set grade = %s where sno = %s and cno = %s',
values)
v.showinfo('successful', sno + '成绩信息更新成功')
conn.commit()
cur.close()
conn.close()
destroy_window()
sys.stdout.flush()
def delete():
username = w.Entry1.get()
try:
conn = pymysql.connect(host='localhost',
user='******',
passwd='809144',
db='mydb',
port=3306)
cur = conn.cursor()
cur.execute('SELECT username FROM user WHERE username = %s', username)
r = cur.fetchone()
if r == None:
v.showerror("error", "不存在该用户名")
else:
cur.execute('DELETE FROM user WHERE username = %s', username)
conn.commit()
v.showinfo('suessful', username + '删除成功')
cur.close()
conn.close()
except pymysql.Error as e:
print('mysql error %d : %s' % (e.args[0], e.args[1]))
sys.stdout.flush()
def __create_lockfile(self, reg_exit):
if psutil is None:
messagebox.showinfo("Notice", "The dependencies to protect against corruption via running multiple instances of this program are not present. Be sure not to have multiple instances of this program open at once.")
return
lockfile = os.path.join(self.__base, Storage.LOCKFILE)
if os.path.exists(lockfile):
# check if written PID refers to a living python process
f = open(lockfile, 'r')
_pid = f.read()
f.close()
override = True
try:
pid = int(_pid)
try:
proc = psutil.Process(pid)
if proc.name() == "python" or proc.name() == "python3":
override = False
except psutil.NoSuchProcess:
pass
except ValueError:
pass # invalid PID? lockfile wasn't generated by this.
if override:
f = open(lockfile, 'w')
f.write(str(os.getpid()))
f.close()
else:
raise LockfileError("To-do data is locked, make sure no other instance is running!")
else:
f = open(lockfile, 'w')
f.write(str(os.getpid()))
f.close()
if reg_exit is not None:
reg_exit(self.__dereg)
def save(cls):
messagebox.showinfo("Save", "Save something")
def quit(self):
if self.okayToQuit(): # threads running?
if askyesno(self.__app, 'Verify Quit Program?'):
self.destroy() # quit whole app
else:
showinfo(self.__app, 'Quit not allowed') # or in okayToQuit?
def quit(self):
showinfo('Quit', 'Not supported in attachment mode')
def new(cls):
messagebox.showinfo("New", "Create new something")
def hello(self):
name = self.nameInput.get() or 'world'
messagebox.showinfo('Message', 'Hello, %s' % name)
def open(cls):
messagebox.showinfo("Open", "Open something")
def showInfoBox(self):
messagebox.showinfo("Message", "Today is Thursday")
def help(cls):
messagebox.showinfo("Help", "It should help ...")
def about(cls):
messagebox.showinfo("About", "About this program")
def help(self):
"override me in subclass"
showinfo('Help', 'Sorry, no help for ' + self.__class__.__name__)
