def main():
is_continue = True
while is_continue:
mode = input('[1] - Count of string occurrences in a text file.\n'
'[2] - Replacement of one string for another in a text '
'file.\n'
'Select the mode. [1 / 2]\n')
# C:\Users\Artur\Desktop\parsing1.txt
# 402795
if mode == '1':
file_dir = input('File directory:\n')
string_for_counting = input('String for counting:\n')
try:
count = read_file(file_dir, string_for_counting)
except FileNotFoundError:
print('Not found file or directory.\n')
continue
print(count)
# C:\Users\Artur\Desktop\parsing2.txt
# Самым известным «рыбным» текстом является знаменитый Lorem ipsum.
elif mode == '2':
file_dir = input('File directory:\n')
string_for_searching = str(input('String for searching:\n'))
string_for_replacing = str(input('String for changing:\n'))
try:
replace_line(file_dir, string_for_searching,
string_for_replacing)
except FileNotFoundError:
print('Not found file or directory.\n')
continue
elif not mode:
print('FILE PARSER\n'
'1. Enter the mode of the file parser.\n'
'2. Enter the requested data\n'
' for mode 1:\n'
' - file directory\n'
' - string for counting\n'
' for mode 2:\n'
' - file directory\n'
' - string for counting\n'
' - string for replacing\n')
else:
print('Incorrect input. Enter must contain number of mode.\n')
answer = str(input('Do you want to continue? [y / yes]\n'))
is_continue = do_continue(answer)
def main():
is_continue = True
while is_continue:
print('Enter the size of chessboard.')
try:
height = int(input('Height:\n'))
width = int(input('Width:\n'))
except ValueError:
print('Invalid value. Entries must contain only integer numbers.')
continue
chess_board = ChessBoard(height, width)
r_odd, r_even = chess_board.row_generation()
print_board(height, r_odd, r_even)
answer = str(input('Do you want to continue? [y / yes]\n'))
is_continue = do_continue(answer)
def main():
is_continue = True
while is_continue:
try:
digit_number = input('Enter the number:\n')
if not digit_number:
print('NUMBER TO WORD\n'
'1. Number must be positive.\n'
'2. Number must be from 0 to 999.\n')
continue
word_number = WordNumber(digit_number)
word = word_number.number_to_word()
print(word)
except ValueError:
print('Entry must contain only positive number from 0 to 999.\n')
answer = str(input('Do you want to continue? [y / yes]\n'))
is_continue = do_continue(answer)
def test_do_continue_false_string(self):
"""do_continue 'false string' function test"""
result = do_continue('something weird')
self.assertFalse(result)
def test_do_continue_yes_mixed_case(self):
"""do_continue 'Yes' function test"""
result = do_continue('Yes')
self.assertTrue(result)
def test_do_continue_yes_upper_case(self):
"""do_continue 'YES' function test"""
result = do_continue('YES')
self.assertTrue(result)
def test_do_continue_yes_lower_case(self):
"""do_continue 'yes' function test"""
result = do_continue('yes')
self.assertTrue(result)
def test_do_continue_y_upper_case(self):
"""do_continue 'Y' input function test"""
result = do_continue('Y')
self.assertTrue(result)