def test_clear_name(self):
from alchemist import db
from .a.models import Entity
assert Entity.query.all() == []
db.clear(names=['alchemist.tests.a'])
with raises(OperationalError):
assert Entity.query.all()
def test_clear_name(self):
from alchemist import db
from .a.models import Entity
assert Entity.query.all() == []
db.clear(names=['alchemist.tests.a'])
with raises(OperationalError):
assert Entity.query.all()
def test_clear_verbose(self):
from alchemist import db
capture = py.io.StdCapture(out=True, in_=False)
db.clear(verbose=True)
out, err = capture.done()
text = err.read()
assert 'drop' in text
assert 'alchemist_tests_a_entity' in text
def test_flush_non_existing(self):
from alchemist import db
from .a.models import Entity
assert len(Entity.query.all()) == 1
db.clear()
db.flush()
with raises(OperationalError):
assert Entity.query.all()
def test_flush_non_existing(self):
from alchemist import db
from .a.models import Entity
assert len(Entity.query.all()) == 1
db.clear()
db.flush()
with raises(OperationalError):
assert Entity.query.all()
def test_clear_offline(self):
from alchemist import db
from .a.models import Entity
assert Entity.query.all() == []
capture = py.io.StdCapture(out=True, in_=False)
db.clear(offline=True)
_, _ = capture.done()
assert Entity.query.all() == []
def test_clear_echo(self):
from alchemist import db
capture = py.io.StdCapture(out=True, in_=False)
db.clear(echo=True)
out, err = capture.done()
text = out.read()
assert 'DROP TABLE' in text
assert 'alchemist_tests_a_entity' in text
def test_clear_offline(self):
from alchemist import db
from .a.models import Entity
assert Entity.query.all() == []
capture = py.io.StdCapture(out=True, in_=False)
db.clear(offline=True)
_, _ = capture.done()
assert Entity.query.all() == []
def test_clear_verbose(self):
from alchemist import db
capture = py.io.StdCapture(out=True, in_=False)
db.clear(verbose=True)
out, err = capture.done()
text = err.read()
assert 'drop' in text
assert 'alchemist_tests_a_entity' in text
def test_clear_echo(self):
from alchemist import db
capture = py.io.StdCapture(out=True, in_=False)
db.clear(echo=True)
out, err = capture.done()
text = out.read()
assert 'DROP TABLE' in text
assert 'alchemist_tests_a_entity' in text
def fixture_database(request):
# Clear out old database contents.
db.clear(database=True)
# Initialize the database access layer.
db.init(database=True)
# Ensure we clear out the database at the end.
def finalizer():
db.session.rollback()
db.clear(database=True)
request.addfinalizer(finalizer)
def fixture_database(request):
# Clear out old database contents.
db.clear(database=True)
# Initialize the database access layer.
db.init(database=True)
# Ensure we clear out the database at the end.
def finalizer():
db.session.rollback()
db.clear(database=True)
request.addfinalizer(finalizer)
def test_clear_twice(self):
from alchemist import db
from .a.models import Entity
assert Entity.query.all() == []
db.clear()
with raises(OperationalError):
assert Entity.query.all()
db.clear()
with raises(OperationalError):
assert Entity.query.all()
def test_clear_twice(self):
from alchemist import db
from .a.models import Entity
assert Entity.query.all() == []
db.clear()
with raises(OperationalError):
assert Entity.query.all()
db.clear()
with raises(OperationalError):
assert Entity.query.all()
def teardown(self):
from alchemist import db
db.clear()
self.context.pop()
def teardown(self):
from alchemist import db
db.clear()
self.context.pop()
def finalizer():
db.session.rollback()
db.clear(database=True)
def run(self, *args, **kwargs):
db.clear(*args, **kwargs)
def run(self, *args, **kwargs):
db.clear(*args, **kwargs)
def finalizer():
db.session.rollback()
db.clear(database=True)