def test_uses_local_updates(contacts_provider, db):
"""Test that non-conflicting local and remote updates to the same contact
both get stored."""
contacts_provider.supply_contact("Old Name", "*****@*****.**")
poll(ACCOUNT_ID, contacts_provider)
results = db.session.query(Contact).filter_by(source="local").all()
# Fake a local contact update.
results[-1].name = "New Name"
db.session.commit()
contacts_provider.__init__()
contacts_provider.supply_contact("Old Name", "*****@*****.**")
poll(ACCOUNT_ID, contacts_provider)
remote_results = db.session.query(Contact).filter_by(source="remote").all()
names = [r.name for r in remote_results]
assert "New Name" in names
email_addresses = [r.email_address for r in remote_results]
assert "*****@*****.**" in email_addresses
local_results = db.session.query(Contact).filter_by(source="local").all()
names = [r.name for r in local_results]
assert "New Name" in names
email_addresses = [r.email_address for r in local_results]
assert "*****@*****.**" in email_addresses
def test_deletes(contacts_provider, db):
num_original_contacts = db.session.query(Contact).count()
contacts_provider.supply_contact("Name", "*****@*****.**")
poll(ACCOUNT_ID, contacts_provider)
num_current_contacts = db.session.query(Contact).count()
assert num_current_contacts - num_original_contacts == 2
contacts_provider.__init__()
contacts_provider.supply_contact(None, None, deleted=True)
poll(ACCOUNT_ID, contacts_provider)
num_current_contacts = db.session.query(Contact).count()
assert num_current_contacts == num_original_contacts
def test_multiple_remotes(contacts_provider, alternate_contacts_provider, db):
contacts_provider.supply_contact("Name", "*****@*****.**")
alternate_contacts_provider.supply_contact("Alternate Name", "*****@*****.**")
poll(ACCOUNT_ID, contacts_provider)
poll(ACCOUNT_ID, alternate_contacts_provider)
result = db.session.query(Contact).filter_by(source="local", provider_name="test_provider").one()
alternate_result = db.session.query(Contact).filter_by(source="local", provider_name="alternate_provider").one()
# Check that both contacts were persisted, even though they have the same
# uid.
assert result.name == "Name"
assert alternate_result.name == "Alternate Name"
def test_update_contact(contacts_provider, db):
"""Test that subsequent contact updates get stored."""
contacts_provider.supply_contact("Old Name", "*****@*****.**")
poll(ACCOUNT_ID, contacts_provider)
results = db.session.query(Contact).filter_by(source="remote").all()
db.new_session()
email_addresses = [r.email_address for r in results]
assert "*****@*****.**" in email_addresses
contacts_provider.__init__()
contacts_provider.supply_contact("New Name", "*****@*****.**")
poll(ACCOUNT_ID, contacts_provider)
results = db.session.query(Contact).filter_by(source="remote").all()
names = [r.name for r in results]
assert "New Name" in names
email_addresses = [r.email_address for r in results]
assert "*****@*****.**" in email_addresses
def test_add_contacts(contacts_provider, db):
"""Test that added contacts get stored."""
num_original_local_contacts = (
db.session.query(Contact).filter_by(account_id=ACCOUNT_ID).filter_by(source="local").count()
)
num_original_remote_contacts = (
db.session.query(Contact).filter_by(account_id=ACCOUNT_ID).filter_by(source="remote").count()
)
contacts_provider.supply_contact("Contact One", "*****@*****.**")
contacts_provider.supply_contact("Contact Two", "*****@*****.**")
poll(ACCOUNT_ID, contacts_provider)
num_current_local_contacts = (
db.session.query(Contact).filter_by(account_id=ACCOUNT_ID).filter_by(source="local").count()
)
num_current_remote_contacts = (
db.session.query(Contact).filter_by(account_id=ACCOUNT_ID).filter_by(source="remote").count()
)
assert num_current_local_contacts - num_original_local_contacts == 2
assert num_current_remote_contacts - num_original_remote_contacts == 2