where N is the running time of do_something(). To run exactly every 60 seconds, use the interleaving pattern from above: async def minute_loop2(): while True: nxt = gen.sleep(60) # Start the clock Tornado’s tornado.queues module implements an asynchronous producer / consumer pattern for coroutines, analogous to the pattern implemented for threads by the Python standard library’s queue [https://docs len(people) is 1, or a translation of the second string will be returned otherwise. The most common pattern for translations is to use Python named placeholders for variables (the %(num)d in the example above)

where N is the running time of do_something(). To run exactly every 60 seconds, use the interleaving pattern from above: async def minute_loop2(): while True: nxt = gen.sleep(60) # Start the clock Tornado’s tornado.queues module implements an asynchronous producer / consumer pattern for coroutines, analogous to the pattern implemented for threads by the Python standard library’s queue [https://docs len(people) is 1, or a translation of the second string will be returned otherwise. The most common pattern for translations is to use Python named placeholders for variables (the %(num)d in the example above)

where N is the running time of do_something(). To run exactly every 60 seconds, use the interleaving pattern from above: async def minute_loop2(): while True: nxt = gen.sleep(60) # Start the clock. await similar Queue classes in asyncio) implements an asynchronous producer / consumer pattern for coroutines, analogous to the pattern implemented for threads by the Python standard library’s queue module. A coroutine asyncio.run(main()) The main coroutine Beginning with Tornado 6.2 and Python 3.10, the recommended pattern for starting a Tornado application is to create a main coroutine to be run with asyncio.run. (In

where N is the running time of do_something(). To run exactly every 60 seconds, use the interleaving pattern from above: async def minute_loop2(): while True: nxt = gen.sleep(60) # Start the clock org/3/library/asyncio.html#module-asyncio]) implements an asynchronous producer / consumer pattern for coroutines, analogous to the pattern implemented for threads by the Python standard library’s queue [https://docs asyncio.run(main()) The main coroutine Beginning with Tornado 6.2 and Python 3.10, the recommended pattern for starting a Tornado application is to create a main coroutine to be run with asyncio.run [https://docs

where N is the running time of do_something(). To run exactly every 60 seconds, use the interleaving pattern from above: async def minute_loop2(): while True: nxt = gen.sleep(60) # Start the clock. await similar Queue classes in asyncio) implements an asynchronous producer / consumer pattern for coroutines, analogous to the pattern implemented for threads by the Python standard library’s queue module. A coroutine asyncio.run(main()) The main coroutine Beginning with Tornado 6.2 and Python 3.10, the recommended pattern for starting a Tornado application is to create a main coroutine to be run with asyncio.run. (In

where N is the running time of do_something(). To run exactly every 60 seconds, use the interleaving pattern from above: async def minute_loop2(): while True: nxt = gen.sleep(60) # Start the clock. await similar Queue classes in asyncio) implements an asynchronous producer / consumer pattern for coroutines, analogous to the pattern implemented for threads by the Python standard library’s queue module. A coroutine asyncio.run(main()) The main coroutine Beginning with Tornado 6.2 and Python 3.10, the recommended pattern for starting a Tornado application is to create a main coroutine to be run with asyncio.run. (In

where N is the running time of do_something(). To run exactly every 60 seconds, use the interleaving pattern from above: async def minute_loop2(): while True: nxt = gen.sleep(60) # Start the clock. await similar Queue classes in asyncio) implements an asynchronous producer / consumer pattern for coroutines, analogous to the pattern implemented for threads by the Python standard library’s queue module. A coroutine asyncio.run(main()) The main coroutine Beginning with Tornado 6.2 and Python 3.10, the recommended pattern for starting a Tornado application is to create a main coroutine to be run with asyncio.run. (In

where N is the running time of do_something(). To run exactly every 60 seconds, use the interleaving pattern from above: async def minute_loop2(): while True: nxt = gen.sleep(60) # Start the clock. await similar Queue classes in asyncio) implements an asynchronous producer / consumer pattern for coroutines, analogous to the pattern implemented for threads by the Python standard library’s queue module. A coroutine asyncio.run(main()) The main coroutine Beginning with Tornado 6.2 and Python 3.10, the recommended pattern for starting a Tornado application is to create a main coroutine to be run with asyncio.run. (In

where N is the running time of do_something(). To run exactly every 60 seconds, use the interleaving pattern from above: async def minute_loop2(): while True: nxt = gen.sleep(60) # Start the clock. await similar Queue classes in asyncio) implements an asynchronous producer / consumer pattern for coroutines, analogous to the pattern implemented for threads by the Python standard library’s queue module. A coroutine asyncio.run(main()) The main coroutine Beginning with Tornado 6.2 and Python 3.10, the recommended pattern for starting a Tornado application is to create a main coroutine to be run with asyncio.run. (In

where N is the running time of do_something(). To run exactly every 60 seconds, use the interleaving pattern from above: async def minute_loop2(): while True: nxt = gen.sleep(60) # Start the clock org/3/library/asyncio.html#module-asyncio]) implements an asynchronous producer / consumer pattern for coroutines, analogous to the pattern implemented for threads by the Python standard library’s queue [https://docs asyncio.run(main()) The main coroutine Beginning with Tornado 6.2 and Python 3.10, the recommended pattern for starting a Tornado application is to create a main coroutine to be run with asyncio.run [https://docs