def main():
record = Record()
ben = record.create_person()
record.deal_with_life(ben, 'school')
record.deal_with_life(ben, 'friend')
assert record.view_life(ben) == ['school', 'friend']
alex = record.create_person()
assert alex != ben
record.deal_with_life(alex, 'girl')
assert record.view_life(alex) == ['girl']
# Create event notification
reader = NotificationLogReader(record.log)
notifications = list(reader.read(start=1))
assert len(notifications) == 5
print(notifications)
for notification in notifications:
print(notification_to_table(notification))
def test_select(self):
recorder = SQLiteProcessRecorder(SQLiteDatastore(":memory:"))
recorder.create_table()
# Construct notification log.
notification_log = LocalNotificationLog(recorder, section_size=5)
reader = NotificationLogReader(notification_log, section_size=5)
notifications = list(chain(*reader.select(start=1)))
self.assertEqual(len(notifications), 0)
# Write 5 events.
originator_id = uuid4()
for i in range(5):
stored_event = StoredEvent(
originator_id=originator_id,
originator_version=i,
topic="topic",
state=b"state",
)
recorder.insert_events([stored_event], )
notifications = list(chain(*reader.select(start=1)))
self.assertEqual(len(notifications), 5)
# Write 4 events.
originator_id = uuid4()
for i in range(4):
stored_event = StoredEvent(
originator_id=originator_id,
originator_version=i,
topic="topic",
state=b"state",
)
recorder.insert_events([stored_event])
notifications = list(chain(*reader.select(start=1)))
self.assertEqual(len(notifications), 9)
notifications = list(chain(*reader.select(start=2)))
self.assertEqual(len(notifications), 8)
notifications = list(chain(*reader.select(start=3)))
self.assertEqual(len(notifications), 7)
notifications = list(chain(*reader.select(start=4)))
self.assertEqual(len(notifications), 6)
notifications = list(chain(*reader.select(start=8)))
self.assertEqual(len(notifications), 2)
notifications = list(chain(*reader.select(start=9)))
self.assertEqual(len(notifications), 1)
notifications = list(chain(*reader.select(start=10)))
self.assertEqual(len(notifications), 0)
def test_parking_lot(self) -> None:
# Construct the application object to use an SQLite database.
app = ParkingLot(
env={
"INFRASTRUCTURE_FACTORY": "eventsourcing.sqlite:Factory",
"SQLITE_DBNAME": ":memory:",
}
)
# Create a valid licence plate.
licence_plate = LicencePlate("123-123")
# Book unregistered vehicle.
app.book(licence_plate, EndOfDay)
# Check vehicle state.
vehicle = app.get_vehicle(licence_plate)
self.assertEqual(vehicle.licence_plate, licence_plate)
self.assertEqual(len(vehicle.bookings), 1)
self.assertEqual(len(vehicle.inspection_failures), 0)
booking1 = vehicle.bookings[-1]
# Book registered vehicle.
app.book(licence_plate, EndOfWeek)
# Check vehicle state.
vehicle = app.get_vehicle(licence_plate)
self.assertEqual(len(vehicle.bookings), 2)
self.assertEqual(len(vehicle.inspection_failures), 0)
booking2 = vehicle.bookings[-1]
# Inspect whilst has booking.
app.inspect(licence_plate, datetime.now())
# Check vehicle state.
vehicle = app.get_vehicle(licence_plate)
self.assertEqual(len(vehicle.bookings), 2)
self.assertEqual(len(vehicle.inspection_failures), 0)
# Inspect after bookings expired.
inspected_on = datetime.now() + timedelta(days=10)
app.inspect(licence_plate, inspected_on)
# Check vehicle state.
vehicle = app.get_vehicle(licence_plate)
self.assertEqual(len(vehicle.bookings), 2)
self.assertEqual(len(vehicle.inspection_failures), 1)
# Check all domain events in bounded context.
notifications = NotificationLogReader(app.log).read(start=1)
domain_events = [app.mapper.to_domain_event(n) for n in notifications]
self.assertEqual(len(domain_events), 4)
self.assertIsInstance(domain_events[0], Vehicle.Registered)
vehicle1_id = Vehicle.create_id("123-123")
self.assertEqual(domain_events[0].originator_id, vehicle1_id)
self.assertEqual(domain_events[0].originator_version, 1)
self.assertEqual(domain_events[0].licence_plate_number, "123-123")
self.assertIsInstance(domain_events[1], Vehicle.Booked)
self.assertEqual(domain_events[1].originator_id, vehicle1_id)
self.assertEqual(domain_events[1].originator_version, 2)
self.assertEqual(domain_events[1].start, booking1.start)
self.assertEqual(domain_events[1].finish, booking1.finish)
self.assertIsInstance(domain_events[2], Vehicle.Booked)
self.assertEqual(domain_events[2].originator_id, vehicle1_id)
self.assertEqual(domain_events[2].originator_version, 3)
self.assertEqual(domain_events[2].start, booking2.start)
self.assertEqual(domain_events[2].finish, booking2.finish)
self.assertIsInstance(domain_events[3], Vehicle.Unbooked)
self.assertEqual(domain_events[3].originator_id, vehicle1_id)
self.assertEqual(domain_events[3].originator_version, 4)
self.assertEqual(domain_events[3].when, inspected_on)
def test(self) -> None:
# Set user_id context variable.
user_id = uuid4()
user_id_cvar.set(user_id)
# Construct application.
app = WikiApplication()
# Check the page doesn't exist.
with self.assertRaises(PageNotFound):
app.get_page_details(slug="welcome")
# Check the list of pages is empty.
pages = list(app.get_pages())
self.assertEqual(len(pages), 0)
# Create a page.
app.create_page(title="Welcome", slug="welcome")
# Present page identified by the given slug.
page = app.get_page_details(slug="welcome")
# Check we got a dict that has the given title and slug.
self.assertEqual(page["title"], "Welcome")
self.assertEqual(page["slug"], "welcome")
self.assertEqual(page["body"], "")
self.assertEqual(page["modified_by"], user_id)
# Update the title.
app.update_title(slug="welcome", title="Welcome Visitors")
# Check the title was updated.
page = app.get_page_details(slug="welcome")
self.assertEqual(page["title"], "Welcome Visitors")
self.assertEqual(page["modified_by"], user_id)
# Update the slug.
app.update_slug(old_slug="welcome", new_slug="welcome-visitors")
# Check the index was updated.
with self.assertRaises(PageNotFound):
app.get_page_details(slug="welcome")
# Check we can get the page by the new slug.
page = app.get_page_details(slug="welcome-visitors")
self.assertEqual(page["title"], "Welcome Visitors")
self.assertEqual(page["slug"], "welcome-visitors")
# Update the body.
app.update_body(slug="welcome-visitors", body="Welcome to my wiki")
# Check the body was updated.
page = app.get_page_details(slug="welcome-visitors")
self.assertEqual(page["body"], "Welcome to my wiki")
# Update the body.
app.update_body(slug="welcome-visitors", body="Welcome to this wiki")
# Check the body was updated.
page = app.get_page_details(slug="welcome-visitors")
self.assertEqual(page["body"], "Welcome to this wiki")
# Update the body.
app.update_body(
slug="welcome-visitors",
body="""
Welcome to this wiki!
This is a wiki about...
""",
)
# Check the body was updated.
page = app.get_page_details(slug="welcome-visitors")
self.assertEqual(
page["body"],
"""
Welcome to this wiki!
This is a wiki about...
""",
)
# Check all the Page events have the user_id.
for notification in NotificationLogReader(
app.notification_log).read(start=1):
domain_event = app.mapper.to_domain_event(notification)
if isinstance(domain_event, Page.Event):
self.assertEqual(domain_event.user_id, user_id)
# Change user_id context variable.
user_id = uuid4()
user_id_cvar.set(user_id)
# Update the body.
app.update_body(
slug="welcome-visitors",
body="""
Welcome to this wiki!
This is a wiki about us!
""",
)
# Check 'modified_by' changed.
page = app.get_page_details(slug="welcome-visitors")
self.assertEqual(page["title"], "Welcome Visitors")
self.assertEqual(page["modified_by"], user_id)
# Check a snapshot was created by now.
assert app.snapshots
index = cast(Index,
app.repository.get(Index.create_id("welcome-visitors")))
assert index.ref
self.assertTrue(len(list(app.snapshots.get(index.ref))))
# Create some more pages and list all the pages.
app.create_page("Page 2", "page-2")
app.create_page("Page 3", "page-3")
app.create_page("Page 4", "page-4")
app.create_page("Page 5", "page-5")
pages = list(app.get_pages(desc=True))
self.assertEqual(pages[0]["title"], "Page 5")
self.assertEqual(pages[0]["slug"], "page-5")
self.assertEqual(pages[1]["title"], "Page 4")
self.assertEqual(pages[1]["slug"], "page-4")
self.assertEqual(pages[2]["title"], "Page 3")
self.assertEqual(pages[2]["slug"], "page-3")
self.assertEqual(pages[3]["title"], "Page 2")
self.assertEqual(pages[3]["slug"], "page-2")
self.assertEqual(pages[4]["title"], "Welcome Visitors")
self.assertEqual(pages[4]["slug"], "welcome-visitors")
pages = list(app.get_pages(desc=True, limit=3))
self.assertEqual(len(pages), 3)
self.assertEqual(pages[0]["slug"], "page-5")
self.assertEqual(pages[1]["slug"], "page-4")
self.assertEqual(pages[2]["slug"], "page-3")
pages = list(app.get_pages(desc=True, limit=3, lte=2))
self.assertEqual(len(pages), 2)
self.assertEqual(pages[0]["slug"], "page-2")
self.assertEqual(pages[1]["slug"], "welcome-visitors")
pages = list(app.get_pages(desc=True, lte=2))
self.assertEqual(len(pages), 2)
self.assertEqual(pages[0]["slug"], "page-2")
self.assertEqual(pages[1]["slug"], "welcome-visitors")
# Check we can't change the slug of a page to one
# that is being used by another page.
with self.assertRaises(SlugConflictError):
app.update_slug("page-2", "page-3")
# Check we can change the slug of a page to one
# that was previously being used.
app.update_slug("welcome-visitors", "welcome")
page = app.get_page_details(slug="welcome")
self.assertEqual(page["title"], "Welcome Visitors")
self.assertEqual(page["modified_by"], user_id)