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How to use is_after method in assertpy

Best Python code snippet using assertpy_python

UserInterface.py

Source:UserInterface.py

...33        package_id = input(self.package_id_prompt)34        time = input(self.time_prompt)35        package = self.package_list.search_by_id(package_id)36        try:37            if timelog.is_after(time, package.left_facility_at) and timelog.is_after(package.delivered_at, time):38                print('Package:', package.package_id, 'was en route at ', time)39            elif timelog.is_after(package.left_facility_at, time):40                print('Package:', package.package_id, 'was at the hub at ', time)41            elif timelog.is_after(time, package.delivered_at):42                print('Package:', package.package_id, 'was delivered at ', package.delivered_at)43        except (RuntimeError, ValueError, TypeError, IndexError):44            print('Incorrect Time Format Entered. Please use a XX:XX AM/PM Format')45        input('Press the enter key to return to main menu...')46        self.show_main_menu()47    # Show a prompt for the user to enter the time at which they would like to view package data.48    def show_status_at_time_menu(self):49        time = input(self.time_prompt)50        self.show_all_package_status_at_time(time)51    # Iterate through all packages and show their status at the specified time.52    def show_all_package_status_at_time(self, time):53        print('All Package Status at:', time)54        for i in range(1, 41):55            package = self.package_list.search_by_id(i)56            try:57                if timelog.is_after(time, package.left_facility_at) and timelog.is_after(package.delivered_at, time):58                    print('Package:', package.package_id, 'was en route at ', time)59                elif timelog.is_after(package.left_facility_at, time):60                    print('Package:', package.package_id, 'was at the hub at ', time)61                elif timelog.is_after(time, package.delivered_at):62                    print('Package:', package.package_id, 'was delivered at ', package.delivered_at)63                break64            except (RuntimeError, ValueError, TypeError, IndexError):65                print('Incorrect Time Format Entered. Please use a XX:XX AM/PM Format')66        input('Press the enter key to return to main menu...')67        self.show_main_menu()68    # Shows the total number of miles driven by both trucks over the day.69    def show_total_miles(self):70        print('\n\n')71        if timelog.is_after(self.truck1.final_package.delivered_at, self.truck2.final_package.delivered_at):72            print('Final package delivered at: ', self.truck1.final_package.delivered_at)73        else:74            print('Final package delivered at: ', self.truck2.final_package.delivered_at)75        print('Truck 1 Total Distance: ', '{:.2f}'.format(self.truck1.total_distance),76              'miles - Truck 2 Total Distance: ', '{:.2f}'.format(self.truck2.total_distance), 'miles')77        print('Total Distance of Both Trucks: ', '{:.2f}'.format(self.truck1.total_distance78                                                                 + self.truck2.total_distance), ' miles\n\n')79        input('Please press the enter key to return to main menu...')80        self.show_main_menu()81    # "Clears" the screen to make the UI more readable.82    def clear_screen(self):83        clear = '\n' * 100...

test_ranking_problem_solve_is_after.py

Source:test_ranking_problem_solve_is_after.py

...5def test_solve_is_after_fully_specified_correct():6    expected_results = [("Dog", "Cat", "Mouse",)]7    r = RankingProblem()8    r.set_items(["Dog", "Cat", "Mouse"])9    r.is_after("Cat", "Dog")10    r.is_after("Mouse", "Cat")11    actual_result = r.solve()12    assert(actual_result == expected_results)13def test_solve_is_after_fully_specified_incorrect():14    unexpected_results = get_all_combinations(15        ["Dog", "Cat", "Mouse"],16        include_passed_values=False17    )18    r = RankingProblem()19    r.set_items(["Dog", "Cat", "Mouse"])20    r.is_after("Cat", "Dog")21    r.is_after("Mouse", "Cat")22    actual_results = r.solve()23    for actual_result in actual_results:24        for unexpected_result in unexpected_results:25            assert(unexpected_result != actual_result)26def test_solve_is_after_unsolvable():27    r = RankingProblem()28    r.set_items(["Dog", "Cat"])29    r.is_after("Cat", "Dog")30    r.is_after("Dog", "Cat")31    with pytest.raises(UnsolvableModelError):32        r.solve()33def test_solve_is_after_partially_specified():34    expected_results = [35        ("Dog", "Cat", "Mouse",),36        ("Dog", "Mouse", "Cat",),37        ("Mouse", "Dog", "Cat",),38    ]39    r = RankingProblem()40    r.set_items(["Dog", "Cat", "Mouse"])41    r.is_after("Cat", "Dog")42    actual_results = r.solve()43    assert(len(actual_results) == 3)44    assert(actual_results[0] == expected_results[0])45    assert(actual_results[1] == expected_results[1])...

08-Letters_change_numbers.py

Source:08-Letters_change_numbers.py

1strings_list = input().split()2numbers = [x for x in range(1, 27)]3upper_alphabet = {}4lower_alphabet = {}5sums = []6n = 17for x in range(65, 91):8    for number in numbers:9        if number == x - (x-n):10            upper_alphabet[chr(x)] = number11            n += 112            break13n = 114for x in range(97, 123):15    for number in numbers:16        if number == x - (x-n):17            lower_alphabet[chr(x)] = number18            n += 119            break20def upper(letter, number, is_after, sum_2):21    position = int(upper_alphabet[letter])22    if not is_after:23        sum_2 = number / position24        return sum_225    else:26        sum_2 = - position27        return sum_228def lower(letter, number, is_after, sum_2):29    position = int(lower_alphabet[letter])30    if not is_after:31        sum_2 = number * position32        return sum_233    else:34        sum_2 = position35        return sum_236for string in strings_list:37    number = ''38    sum_1 = 039    is_after = False40    done = False41    for letter in string:42        if not done:43            for letter_1 in string:44                if letter_1.isdigit():45                    number += letter_146                    done = True47        if letter.isupper():48            sum_1 += upper(letter, int(number), is_after, sum_1)49            is_after = True50        elif letter.islower():51            sum_1 += lower(letter, int(number), is_after, sum_1)52            is_after = True53    sums.append(sum_1)54end_result = sum(sums)...

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