def test_solution_increment_and_set():
'''
Testing solution() on N, A = 3, [1,4]
'''
N, A = 3, [1, 4]
true_sol = [1] * N
sol = solution(N, A)
solution_passed = true_sol == sol
return solution_passed
def test_solution_no_operations():
'''
Testing solution() on A = []
'''
N, A = 42, []
true_sol = [0] * N
sol = solution(N, A)
solution_passed = true_sol == sol
return solution_passed
def test_solution_no_containers():
'''
Testing solution() on N = 0
'''
N, A = 0, [1, 2, 3]
true_sol = []
sol = solution(N, A)
solution_passed = true_sol == sol
return solution_passed
def test_solution_increment_set_increment_set_increment():
'''
Testing solution() on N, A = 3, [1,4,2,4,3]
'''
N, A = 3, [1, 4, 2, 4, 3]
true_sol = [2] * N
true_sol[2] = 3
sol = solution(N, A)
solution_passed = true_sol == sol
return solution_passed
def test_solution_increment_set_increment():
'''
Testing solution() on N, A = 3, [1,4,2]
'''
N, A = 3, [1, 4, 2]
true_sol = [1] * N
true_sol[1] = 2
sol = solution(N, A)
solution_passed = true_sol == sol
return solution_passed
def test_solution_single_increment():
'''
Testing solution() on N, A = 3, [1]
'''
N, A = 3, [1]
true_sol = [0] * N
true_sol[0] = 1
sol = solution(N, A)
solution_passed = true_sol == sol
return solution_passed