def show_table(self, event):
code = self.tc.GetValue().upper()
if code == '':
return self.info('Please Enter the Airport Code!')
airline = self.tc2.GetValue().upper()
location = self.tc3.GetValue()
flight_num = self.tc4.GetValue()
result = 'dep/' + code + '_DEP.pkl'
# print(self.onChecked)
if test.check_data(code, '0') is False:
return self.info('The current Airport is not in the Library')
else:
df = pd.read_pickle(result)
if airline != '':
df = fx.search_by_airline(df, airline)
if location != '':
df = fx.search_location(df, location)
if flight_num != '':
df = fx.search_flight_num(df, flight_num)
if self.cbcs is False:
if self.cbnc is False:
return table.main(df)
else:
return table.main(fx.no_cargo(df))
else:
if self.cbnc is False:
return table.main(fx.no_codeshare(df))
else:
df = fx.no_codeshare(df)
return table.main(fx.no_cargo(df))
def advanced_search(self, e):
text = self.search.GetValue()
if len(text) <= 1:
return self.info('You need provide more information!')
method = self.rbox.GetStringSelection()
if method == 'Airport':
df = pd.read_pickle('airports.pkl')
if (len(text) <= 4) and (text.isupper() == True):
df = df[(df.AirportIATA.str.contains(text, na=False)) | (df.AirlineICAO.str.contains(text, na=False))]
else:
df = df[(df.Airport_Name.str.contains(text, na=False)) | (df.Ariport_City.str.contains(text, na=False))]
return table.main(df)
if method == 'Airline':
df = pd.read_pickle('airlines.pkl')
df = df[(df.AirlineIATA.str.contains(text, na=False))|(df.AirlineICAO.str.contains(text, na=False))|(df.Airline.str.contains(text, na=False))]
return table.main(df)
def show_table(self, event):
code = self.search.GetValue().upper()
method = self.rbox.GetStringSelection()
choice = str(self.combo.GetSelection() + 1)
if method == "Departure":
selection = "0"
if method == "Arrival":
selection = "1"
if code == '':
return self.info('Please Enter the Airport Code!')
if (len(code) != 3) or (code.isalpha() is False):
return self.info('This is a invalid Airport Code!')
if choice == "9":
df = dldata.download_all(code, selection)
else:
df = dldata.ontime(code, choice, selection)
#filter
airline = self.search3.GetValue().upper()
location = self.search2.GetValue()
flight_num = self.search4.GetValue()
if airline != '':
df = fx.search_by_airline(df, airline)
if location != '':
df = fx.search_location(df, location, selection)
if flight_num != '':
df = fx.search_flight_num(df, flight_num)
if self.cbcs is False:
if self.cbnc is False:
return table.main(df)
else:
return table.main(fx.no_cargo(df))
else:
if self.cbnc is False:
return table.main(fx.no_codeshare(df))
else:
df = fx.no_codeshare(df)
return table.main(fx.no_cargo(df))
def closest(self, event):
df = self.data
me = self.search.GetValue().upper()
airports = pd.read_pickle("airports.pkl")
distance = df.loc[:, ['City', 'Country', 'AirportIATA', 'Airport_Name', 'Latitude', 'Longitude']]
distance = distance.drop_duplicates()
lat = list(airports[airports.AirportIATA == me].Latitude.values)[0]
long = list(airports[airports.AirportIATA == me].Longitude.values)[0]
distance['Distance (km)'] = ''
for indexs in distance.index:
a = distance.loc[indexs].values[4]
b = distance.loc[indexs].values[5]
distance["Distance (km)"][indexs] = round(geodesic((lat, long), (a, b)).km, 2)
d = distance.sort_values(by='Distance (km)', ascending=False).tail(10)
return table.main(d)
def show_table(self, event):
return table.main(self.data)
from table import main, generate_surfaces main()
fix_links = get_fix_links(this_page)
text_for_table = ''
line_continue = True
for el in fix_links:
if line_continue == True:
line_continue = False
continue
ready_line = ''
for item in el.select('td'):
ready_line = ready_line + item.text + '\t'
text_for_table = text_for_table + ready_line + '\n'
table_file = open('table.txt', 'w', encoding="utf-8")
table_file.write(text_for_table)
table_file.close()
table_file = open('table.txt', 'r', encoding="utf-8")
table_text = table.main(table_file)
table_file.close()
result_text = template
result_text = result_text.replace('$text', this_page_text)
result_text = result_text.replace('$sub_text', sub_text)
result_text = result_text.replace('$name', model.text)
result_text = result_text.replace('$table', text_for_table)
result_text = result_text.replace('$fix_links', table_text)
shutil.copytree(os.getcwd() + '\\' + 'files', folder_to_create)
result_file = open(os.getcwd() + '\\' + folder_to_create + '\\' +
'index.txt',
'w',
encoding="utf-8")
result_file.write(result_text)
result_file.close()
os.rename(os.getcwd() + '\\' + folder_to_create + '\\' + 'index.txt',
def main_frame(right, login, passwd):
root.destroy()
main(right, login, passwd)
