def execute_test_case():
matrix_size = prompt_single_numeric_input(1, 20)
matrix_rows = []
for i in range(matrix_size):
matrix_rows.append(prompt_multiple_numeric_input(matrix_size, [(1, 1000)]))
counter = 0
for row1 in range(matrix_size):
for column1 in range(matrix_size):
matrix_entry = matrix_rows[row1][column1]
for row2 in range(row1, matrix_size):
for column2 in range(column1, matrix_size):
compare_entry = matrix_rows[row2][column2]
if compare_entry < matrix_entry:
counter += 1
print(counter)
index = get_next_rotating_index(index, dec_values)
cyclic_shift_counter += 1
return cyclic_shift_counter
def execute_test_case(case_number: int) -> int:
logger.info(f"Starting test case ${case_number + 1}")
string_len, repeats = prompt_multiple_numeric_input(
2, [(1, 10**5), (1, 10**9)])
binary_string = input()
validate_binary_string(binary_string, string_len)
dec_values = []
max_value = 0
shifted_string = binary_string
shifts = []
for j in range(string_len):
shifts.append(shifted_string)
dec_value = int(shifted_string, 2)
max_value = max(max_value, dec_value)
dec_values.append(dec_value)
shifted_string = left_shift_string(shifted_string)
return count_cyclic_shifts(repeats, dec_values, max_value)
if __name__ == "__main__":
logger.info("Cyclic shift startet")
test_case_count = prompt_single_numeric_input(1, 10**3)
process_and_print_test_case_results(test_case_count, execute_test_case)
logger.info("Test case finished")
def run():
if __name__ == "__main__":
test_case_count = prompt_single_numeric_input(1, 100000)
process_and_print_test_case_results(test_case_count, test_case2)
def test_case2(_: int):
character_count = prompt_single_numeric_input(0, 1000000009)
return get_string_number2(character_count)
def test_case(_: int) -> int:
array_size = prompt_single_numeric_input(1, 10**5)
array = prompt_multiple_numeric_input(array_size, [(0, 10**9)])
permutations = get_permutations(array)
return get_minimum_of_bool_expression(permutations)