def init_model(junk=None):
# Connect.
new_engine()
# Import models.
import_models()
# Setup elixir entities.
setup_all()
# Bind session to the engine.
Session.configure(bind=_engine)
def init_model(junk=None):
# Connect.
new_engine()
# Import models.
import_models()
# Setup elixir entities.
setup_all()
# Bind session to the engine.
Session.configure(bind=_engine)
def init_local():
# Change session engine bind, if needed.
if Session.get_bind(None) != _engine:
log.debug("init_local(): [Re-]configuring session bind.")
Session.configure(bind=_engine)
# Detect stale pool database connections.
# In case of failure, the pool will reconnect automatically.
# This is not needed when using only models, but it is needed when using either the engine
# or the session directly to do raw queries.
try:
Session.execute("SELECT 1")
except OperationalError, e:
if getattr(e, 'connection_invalidated') and e.connection_invalidated:
log.warn("init_local(): database connection was invalidated.")
else:
log.warn("init_local(): database exception: '%s'." % ( str(e) ) )
def init_local():
# Change session engine bind, if needed.
if Session.get_bind(None) != _engine:
log.debug("init_local(): [Re-]configuring session bind.")
Session.configure(bind=_engine)
# Detect stale pool database connections.
# In case of failure, the pool will reconnect automatically.
# This is not needed when using only models, but it is needed when using either the engine
# or the session directly to do raw queries.
try:
Session.execute("SELECT 1")
except OperationalError, e:
if getattr(e, 'connection_invalidated') and e.connection_invalidated:
log.warn("init_local(): database connection was invalidated.")
else:
log.warn("init_local(): database exception: '%s'." % (str(e)))
def reset_thread_local_session():
Session.remove()
def reset_thread_local_session():
Session.remove()
