Esempio n. 1
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def test_invoice_get_rates_inconsistent_scorelog_rates(member, store0):
    USER_RATE_ONE = 0.5
    USER_RATE_TWO = 0.2

    # Set some rate
    member.rate = USER_RATE_ONE
    member.review_rate = USER_RATE_ONE
    member.save()

    month = timezone.datetime(2014, 04, 01)

    submission_kwargs = {
        'store': store0,
        'unit': store0.units[0],
        'field': SubmissionFields.TARGET,
        'type': SubmissionTypes.NORMAL,
        'old_value': 'foo',
        'new_value': 'bar',
        'submitter': member,
        'translation_project': store0.translation_project,
        'creation_time': month,
    }
    scorelog_kwargs = {
        'wordcount': 1,
        'similarity': 0,
        'action_code': TranslationActionCodes.NEW,
        'creation_time': month,
        'user': member,
        'submission': SubmissionFactory(**submission_kwargs),
    }

    ScoreLogFactory(**scorelog_kwargs)

    # Alter rates, producing an inconsistent state when recording the ScoreLog
    member.rate = USER_RATE_TWO
    member.review_rate = USER_RATE_TWO
    member.save()

    submission_kwargs['unit'] = store0.units[1]
    scorelog_kwargs['submission'] = SubmissionFactory(**submission_kwargs)

    ScoreLogFactory(**scorelog_kwargs)
    invoice = Invoice(member, FAKE_CONFIG, month=month)

    with pytest.raises(ValueError) as e:
        invoice.get_rates()

    assert (
        'Multiple rate values recorded for user %s' % (member.username, )
        in e.value.message
    )
Esempio n. 2
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def test_is_similarity_taken_from_mt(similarity, mt_similarity):
    submission = SubmissionFactory.build(similarity=similarity,
                                         mt_similarity=mt_similarity)
    score_log = ScoreLogFactory.build(submission=submission)
    if submission.similarity < submission.mt_similarity:
        assert score_log.is_similarity_taken_from_mt()
    else:
        assert not score_log.is_similarity_taken_from_mt()
Esempio n. 3
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def test_is_similarity_taken_from_mt(similarity, mt_similarity):
    submission = SubmissionFactory.build(similarity=similarity,
                                         mt_similarity=mt_similarity)
    score_log = ScoreLogFactory.build(submission=submission)
    if submission.similarity < submission.mt_similarity:
        assert score_log.is_similarity_taken_from_mt()
    else:
        assert not score_log.is_similarity_taken_from_mt()
Esempio n. 4
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def test_invoice_get_rates_inconsistent_paidtask_rates(member, task_type,
                                                       task_type_name,
                                                       user_rate_attr_name,
                                                       store0):
    USER_RATE = 0.5
    PAID_TASK_RATE = 0.2

    # Set some user rate
    setattr(member, user_rate_attr_name, USER_RATE)
    member.save()

    month = timezone.datetime(2014, 04, 01)

    submission_kwargs = {
        'store': store0,
        'unit': store0.units[0],
        'field': SubmissionFields.TARGET,
        'type': SubmissionTypes.NORMAL,
        'old_value': 'foo',
        'new_value': 'bar',
        'submitter': member,
        'translation_project': store0.translation_project,
        'creation_time': month,
    }
    scorelog_kwargs = {
        'wordcount': 1,
        'similarity': 0,
        'action_code': TranslationActionCodes.NEW,
        'creation_time': month,
        'user': member,
        'submission': SubmissionFactory(**submission_kwargs),
    }
    paid_task_kwargs = {
        'rate': PAID_TASK_RATE,  # Note how this doesn't match user's rate
        'datetime': month,
        'user': member,
        'task_type': task_type,
    }

    ScoreLogFactory(**scorelog_kwargs)
    PaidTaskFactory(**paid_task_kwargs)
    invoice = Invoice(member, FAKE_CONFIG, month=month)

    with pytest.raises(ValueError) as e:
        invoice.get_rates()

    assert (
        'Multiple %s rate values for user %s' % (task_type_name,
                                                 member.username)
        in e.value.message
    )
Esempio n. 5
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def test_invoice_generate_add_correction(member, invoice_directory):
    """Tests that generating invoices multiple times for the same month + user
    will add corrections only once.
    """
    from pootle_statistics.models import Submission
    EVENT_COUNT = 5
    WORDCOUNT = 5
    TRANSLATION_RATE = 0.5
    INITIAL_SUBTOTAL = EVENT_COUNT * WORDCOUNT * TRANSLATION_RATE
    MINIMAL_PAYMENT = 20

    month = get_previous_month()
    config = dict({
        'minimal_payment': MINIMAL_PAYMENT,
    }, **FAKE_CONFIG)
    invoice = Invoice(member, config, month=month, add_correction=True)

    # Set some rates
    member.rate = TRANSLATION_RATE
    member.save()

    # Fake some activity that will leave amounts below the minimum bar:
    # EVENT_COUNT * WORDCOUNT * TRANSLATION_RATE < MINIMAL_PAYMENT
    for i in range(EVENT_COUNT):
        scorelog_kwargs = {
            'wordcount': WORDCOUNT,
            'similarity': 0,
            'action_code': TranslationActionCodes.NEW,
            'creation_time': month,
            'user': member,
            'submission': Submission.objects.all()[i],
        }
        ScoreLogFactory(**scorelog_kwargs)

    # Generate an invoice first
    amounts = invoice.get_total_amounts()
    assert amounts['subtotal'] == INITIAL_SUBTOTAL
    assert invoice.should_add_correction(amounts['subtotal'])
    invoice.generate()
    _check_single_paidtask(invoice, INITIAL_SUBTOTAL)

    # Subsequent invoice generations must not add any corrections
    for i in range(5):
        invoice.get_total_amounts.cache_clear()  # clears the LRU cache
        amounts = invoice.get_total_amounts()
        assert amounts['subtotal'] == 0
        assert not invoice.should_add_correction(amounts['subtotal'])
        invoice.generate()
        _check_single_paidtask(invoice, INITIAL_SUBTOTAL)
Esempio n. 6
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def test_invoice_get_rates_scorelog_rates(member, task_type, task_type_name,
                                          user_rate_attr_name, store0):
    """Tests that `Invoice.get_rates()` returns the rates set for users in their
    `ScoreLog` entries.
    """
    USER_RATE_ONE = 0.5
    USER_RATE_TWO = 0.2

    # Set some user rate
    setattr(member, user_rate_attr_name, USER_RATE_ONE)
    member.save()

    month = timezone.datetime(2014, 04, 01)

    submission_kwargs = {
        'store': store0,
        'unit': store0.units[0],
        'field': SubmissionFields.TARGET,
        'type': SubmissionTypes.NORMAL,
        'old_value': 'foo',
        'new_value': 'bar',
        'submitter': member,
        'translation_project': store0.translation_project,
        'creation_time': month,
    }
    scorelog_kwargs = {
        'wordcount': 1,
        'similarity': 0,
        'action_code': TranslationActionCodes.NEW,
        'creation_time': month,
        'user': member,
        'submission': SubmissionFactory(**submission_kwargs),
    }

    ScoreLogFactory(**scorelog_kwargs)
    invoice = Invoice(member, FAKE_CONFIG, month=month)

    # Set user rate to something else to ensure we get the recorded rates
    setattr(member, user_rate_attr_name, USER_RATE_TWO)
    member.save()

    rate, review_rate, hourly_rate = invoice.get_rates()
    assert locals()[user_rate_attr_name] == USER_RATE_ONE
Esempio n. 7
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def test_get_similarity(similarity):
    score_log = ScoreLogFactory.build(similarity=similarity)
    if similarity >= SIMILARITY_THRESHOLD:
        assert score_log.get_similarity() == similarity
    else:
        assert score_log.get_similarity() == 0
Esempio n. 8
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def test_get_similarity(similarity):
    score_log = ScoreLogFactory.build(similarity=similarity)
    if similarity >= SIMILARITY_THRESHOLD:
        assert score_log.get_similarity() == similarity
    else:
        assert score_log.get_similarity() == 0
Esempio n. 9
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def test_invoice_get_user_amounts(member, action_code, task_type):
    """Tests that `Invoice._get_user_amounts()` returns the total amount of work
    performed for the given user when their activities were recorded via both
    score logs and paid tasks.
    """
    from pootle_statistics.models import Submission
    EVENT_COUNT = 5
    WORDCOUNT = 5
    TASK_COUNT = 5
    PAID_TASK_AMOUNT = 22
    month = timezone.datetime(2014, 04, 01)

    for i in range(EVENT_COUNT):
        scorelog_kwargs = {
            'wordcount': WORDCOUNT,
            'similarity': 0,
            'action_code': action_code,
            'creation_time': month,
            'user': member,
            'submission': Submission.objects.all()[i],
        }
        ScoreLogFactory(**scorelog_kwargs)

    for i in range(TASK_COUNT):
        paid_task_kwargs = {
            'amount': PAID_TASK_AMOUNT,
            'datetime': month,
            'user': member,
            'task_type': task_type,
        }
        PaidTaskFactory(**paid_task_kwargs)

    invoice = Invoice(member, FAKE_CONFIG, month=month)

    translated, reviewed, hours, correction = invoice._get_user_amounts(member)

    if (action_code == TranslationActionCodes.NEW and
        task_type == PaidTaskTypes.TRANSLATION):
        assert translated == (EVENT_COUNT * WORDCOUNT +
                              TASK_COUNT * PAID_TASK_AMOUNT)
    elif action_code == TranslationActionCodes.NEW:
        assert translated == EVENT_COUNT * WORDCOUNT
    elif task_type == PaidTaskTypes.TRANSLATION:
        assert translated == TASK_COUNT * PAID_TASK_AMOUNT
    else:
        assert translated == 0

    if (action_code == TranslationActionCodes.REVIEWED and
        task_type == PaidTaskTypes.REVIEW):
        assert reviewed == (EVENT_COUNT * WORDCOUNT +
                            TASK_COUNT * PAID_TASK_AMOUNT)
    elif action_code == TranslationActionCodes.REVIEWED:
        assert reviewed == EVENT_COUNT * WORDCOUNT
    elif task_type == PaidTaskTypes.REVIEW:
        assert reviewed == TASK_COUNT * PAID_TASK_AMOUNT
    else:
        assert reviewed == 0

    if task_type == PaidTaskTypes.HOURLY_WORK:
        assert hours == TASK_COUNT * PAID_TASK_AMOUNT
    else:
        assert hours == 0

    if task_type == PaidTaskTypes.CORRECTION:
        assert correction == TASK_COUNT * PAID_TASK_AMOUNT
    else:
        assert correction == 0