html] come to the rescue. An ASGI application server emits these events upon application startup and shutdown. Let’s implement the process_startup() handler in our middleware to execute code upon our application not fire depending on your ASGI server. A lifespan event handler can be used to perform startup or shutdown activities for the main event loop. An example of this would be creating a connection pool and subsequently startup event. """ async def process_shutdown(self, scope, event): """Process the ASGI lifespan shutdown event. Invoked when the server has stopped accepting

html] come to the rescue. An ASGI application server emits these events upon application startup and shutdown. Let’s implement the process_startup() handler in our middleware to execute code upon our application not fire depending on your ASGI server. A lifespan event handler can be used to perform startup or shutdown activities for the main event loop. An example of this would be creating a connection pool and subsequently startup event. """ async def process_shutdown(self, scope, event): """Process the ASGI lifespan shutdown event. Invoked when the server has stopped accepting

html] come to the rescue. An ASGI application server emits these events upon application startup and shutdown. Let’s implement the process_startup handler in our middleware to execute code upon our application not fire depending on your ASGI server. A lifespan event handler can be used to perform startup or shutdown activities for the main event loop. An example of this would be creating a connection pool and subsequently startup event. """ async def process_shutdown(self, scope, event): """Process the ASGI lifespan shutdown event. Invoked when the server has stopped accepting

html] come to the rescue. An ASGI application server emits these events upon application startup and shutdown. Let’s implement the process_startup() handler in our middleware to execute code upon our application not fire depending on your ASGI server. A lifespan event handler can be used to perform startup or shutdown activities for the main event loop. An example of this would be creating a connection pool and subsequently startup event. """ async def process_shutdown(self, scope, event): """Process the ASGI lifespan shutdown event. Invoked when the server has stopped accepting

events upon application startup and shutdown. 62 Chapter 5. Documentation Falcon Documentation, Release 3.1.1b3 Let’s implement the process_startup() and process_shutdown() handlers in our middleware to code upon our application’s startup and shutdown, respectively: async def process_startup(self, scope, event): await self._redis.ping() async def process_shutdown(self, scope, event): await self._redis component by implementing two more middleware methods, in addition to process_startup() and process_shutdown(). Create a cache.py module containing the following code: 5.1. User Guide 63 Falcon Documentation

events upon application startup and shutdown. 62 Chapter 5. Documentation Falcon Documentation, Release 3.1.1b1 Let’s implement the process_startup() and process_shutdown() handlers in our middleware to code upon our application’s startup and shutdown, respectively: async def process_startup(self, scope, event): await self._redis.ping() async def process_shutdown(self, scope, event): await self._redis component by implementing two more middleware methods, in addition to process_startup() and process_shutdown(). Create a cache.py module containing the following code: 5.1. User Guide 63 Falcon Documentation

events upon application startup and shutdown. 62 Chapter 5. Documentation Falcon Documentation, Release 3.1.1 Let’s implement the process_startup() and process_shutdown() handlers in our middleware to execute code upon our application’s startup and shutdown, respectively: async def process_startup(self, scope, event): await self._redis.ping() async def process_shutdown(self, scope, event): await self._redis component by implementing two more middleware methods, in addition to process_startup() and process_shutdown(). Create a cache.py module containing the following code: 5.1. User Guide 63 Falcon Documentation

events upon application startup and shutdown. 62 Chapter 5. Documentation Falcon Documentation, Release 3.1.0 Let’s implement the process_startup() and process_shutdown() handlers in our middleware to execute code upon our application’s startup and shutdown, respectively: async def process_startup(self, scope, event): await self._redis.ping() async def process_shutdown(self, scope, event): await self._redis component by implementing two more middleware methods, in addition to process_startup() and process_shutdown(). Create a cache.py module containing the following code: 5.1. User Guide 63 Falcon Documentation

events upon application startup and shutdown. 62 Chapter 5. Documentation Falcon Documentation, Release 3.1.1 Let’s implement the process_startup() and process_shutdown() handlers in our middleware to execute code upon our application’s startup and shutdown, respectively: async def process_startup(self, scope, event): await self._redis.ping() async def process_shutdown(self, scope, event): await self._redis component by implementing two more middleware methods, in addition to process_startup() and process_shutdown(). Create a cache.py module containing the following code: 5.1. User Guide 63 Falcon Documentation

events upon application startup and shutdown. 62 Chapter 5. Documentation Falcon Documentation, Release 3.1.1rc1 Let’s implement the process_startup() and process_shutdown() handlers in our middleware to code upon our application’s startup and shutdown, respectively: async def process_startup(self, scope, event): await self._redis.ping() async def process_shutdown(self, scope, event): await self._redis component by implementing two more middleware methods, in addition to process_startup() and process_shutdown(). Create a cache.py module containing the following code: 5.1. User Guide 63 Falcon Documentation