Felipe Cardoso
4f06c95eda
Removed tests for missing `first_name` and `last_name` in `test_user` as database integrity constraints already ensure these validations. This reduces duplication and simplifies the test suite.
105 lines
3.9 KiB
Python
105 lines
3.9 KiB
Python
# tests/models/test_notification_log.py
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import uuid
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from datetime import datetime, timezone
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from app.models.notification_log import NotificationLog, NotificationType, NotificationStatus
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def test_create_notification_log(db_session, email_template_fixture, guest_fixture):
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# Arrange
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notification_log = NotificationLog(
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id=uuid.uuid4(),
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notification_type=NotificationType.SMS,
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status=NotificationStatus.QUEUED,
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subject="Event Reminder",
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content_preview="Don't forget the event!",
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template_id=email_template_fixture.id,
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event_id=guest_fixture.event_id,
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guest_id=guest_fixture.id,
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recipient="+1234567890",
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notification_metadata={"provider": "Twilio", "priority": "High"},
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)
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db_session.add(notification_log)
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# Act
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db_session.commit()
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created_log = db_session.query(NotificationLog).filter_by(id=notification_log.id).first()
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# Assert
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assert created_log is not None
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assert created_log.notification_type == NotificationType.SMS
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assert created_log.status == NotificationStatus.QUEUED
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assert created_log.subject == "Event Reminder"
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assert created_log.content_preview == "Don't forget the event!"
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assert created_log.template_id == email_template_fixture.id
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assert created_log.event_id == guest_fixture.event_id
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assert created_log.guest_id == guest_fixture.id
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assert created_log.recipient == "+1234567890"
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assert created_log.notification_metadata == {"provider": "Twilio", "priority": "High"}
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def test_mark_sent(notification_log_fixture):
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# Act
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notification_log_fixture.mark_sent()
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# Assert
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assert notification_log_fixture.status == NotificationStatus.SENT
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assert notification_log_fixture.sent_at is not None
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assert notification_log_fixture.sent_at < datetime.now(timezone.utc)
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def test_mark_delivered(notification_log_fixture):
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# Act
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notification_log_fixture.mark_delivered()
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# Assert
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assert notification_log_fixture.status == NotificationStatus.DELIVERED
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assert notification_log_fixture.delivered_at is not None
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assert notification_log_fixture.delivered_at < datetime.now(timezone.utc)
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def test_mark_opened(notification_log_fixture):
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# Act
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notification_log_fixture.mark_opened()
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# Assert
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assert notification_log_fixture.status == NotificationStatus.OPENED
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assert notification_log_fixture.opened_at is not None
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assert notification_log_fixture.opened_at < datetime.now(timezone.utc)
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def test_mark_failed(notification_log_fixture):
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# Act
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notification_log_fixture.mark_failed("Undeliverable address")
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# Assert
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assert notification_log_fixture.status == NotificationStatus.FAILED
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assert notification_log_fixture.error_message == "Undeliverable address"
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assert notification_log_fixture.retry_count == 1
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def test_can_retry_property(notification_log_fixture):
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# Arrange
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notification_log_fixture.retry_count = 2
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notification_log_fixture.status = NotificationStatus.FAILED # Ensure initial FAILED status
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# Act: Call mark_failed and inspect retry_count/state
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notification_log_fixture.mark_failed("Temporary issue")
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# Assert: Still retryable since retry_count < 3
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assert notification_log_fixture.retry_count == 3 # Ensure retry_count incremented
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assert notification_log_fixture.status == NotificationStatus.FAILED # Ensure status is 'FAILED'
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assert notification_log_fixture.can_retry is False # Now retries are exhausted
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# Reset retry count and revalidate
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notification_log_fixture.retry_count = 1
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can_retry = notification_log_fixture.can_retry
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assert can_retry is True # Should be retryable with retry_count = 1
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def test_repr_method(notification_log_fixture):
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# Act
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repr_output = repr(notification_log_fixture)
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# Assert
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assert repr_output == f"<NotificationLog {notification_log_fixture.notification_type.value} to {notification_log_fixture.recipient} status={notification_log_fixture.status.value}>" |