yield expression. Most asynchronous code never touches the Future class directly except to immediately pass the Future returned by an asynchronous function to a yield expression. How to call a coroutine Coroutines and print a stack trace in # the logs. Note that this doesn't look like a normal call, since # we pass the function object to be called by the IOLoop. IOLoop.current().spawn_callback(divide, 1, 0) Using for integrating these systems into RequestHandler.render. Simply render the template to a string and pass it to RequestHandler.write Configuring templates By default, Tornado looks for template files in

yield expression. Most asynchronous code never touches the Future class directly except to immediately pass the Future returned by an asynchronous function to a yield expression. How to call a coroutine Coroutines and print a stack trace in # the logs. Note that this doesn't look like a normal call, since # we pass the function object to be called by the IOLoop. IOLoop.current().spawn_callback(divide, 1, 0) Using for integrating these systems into RequestHandler.render. Simply render the template to a string and pass it to RequestHandler.write Configuring templates By default, Tornado looks for template files in

yield expression. Most asynchronous code never touches the Future class directly except to immediately pass the Future returned by an asynchronous function to a yield expression. How to call a coroutine Coroutines and print a stack trace in # the logs. Note that this doesn't look like a normal call, since # we pass the function object to be called by the IOLoop. IOLoop.current().spawn_callback(divide, 1, 0) Using integrat- ing these systems into RequestHandler.render. Simply render the template to a string and pass it to RequestHandler.write Configuring templates By default, Tornado looks for template files in

yield expression. Most asynchronous code never touches the Future class directly except to immediately pass the Future returned by an asynchronous function to a yield expression. How to call a coroutine Coroutines and print a stack trace in # the logs. Note that this doesn't look like a normal call, since # we pass the function object to be called by the IOLoop. IOLoop.current().spawn_callback(divide, 1, 0) Using for integrating these systems into RequestHandler.render. Simply render the template to a string and pass it to RequestHandler.write Configuring templates By default, Tornado looks for template files in

yield expression. Most asynchronous code never touches the Future class directly except to immediately pass the Future returned by an asynchronous function to a yield expression. How to call a coroutine Coroutines and print a stack trace in # the logs. Note that this doesn't look like a normal call, since # we pass the function object to be called by the IOLoop. IOLoop.current().spawn_callback(divide, 1, 0) Using integrat- ing these systems into RequestHandler.render. Simply render the template to a string and pass it to RequestHandler.write Configuring templates By default, Tornado looks for template files in

yield expression. Most asynchronous code never touches the Future class directly except to immediately pass the Future returned by an asynchronous function to a yield expression. How to call a coroutine Coroutines and print a stack trace in # the logs. Note that this doesn't look like a normal call, since # we pass the function object to be called by the IOLoop. IOLoop.current().spawn_callback(divide, 1, 0) Using integrat- ing these systems into RequestHandler.render. Simply render the template to a string and pass it to RequestHandler.write Configuring templates By default, Tornado looks for template files in

yield expression. Most asynchronous code never touches the Future class directly except to immediately pass the Future returned by an asynchronous function to a yield expression. How to call a coroutine Coroutines and print a stack trace in # the logs. Note that this doesn't look like a normal call, since # we pass the function object to be called by the IOLoop. IOLoop.current().spawn_callback(divide, 1, 0) 6.1 integrat- ing these systems into RequestHandler.render. Simply render the template to a string and pass it to RequestHandler.write 26 Chapter 6. Documentation Tornado Documentation, Release 6.0.4 Configuring

expression. Most asyn- chronous code never touches the Future class directly except to immediately pass the Future returned by an asyn- chronous function to a yield expression. How to call a coroutine page) 6.1. User’s guide 17 Tornado Documentation, Release 6.2 (continued from previous page) # we pass the function object to be called by the IOLoop. IOLoop.current().spawn_callback(divide, 1, 0) Using for integrating these systems into RequestHandler.render. Simply render the template to a string and pass it to RequestHandler. write Configuring templates By default, Tornado looks for template files in

expression. Most asyn- chronous code never touches the Future class directly except to immediately pass the Future returned by an asyn- chronous function to a yield expression. How to call a coroutine page) 6.1. User’s guide 17Tornado Documentation, Release 6.5.1 (continued from previous page) # we pass the function object to be called by the IOLoop. IOLoop.current().spawn_callback(divide, 1, 0) Using for integrating these systems into RequestHandler.render. Simply render the template to a string and pass it to RequestHandler. write Configuring templates By default, Tornado looks for template files in

expression. Most asyn- chronous code never touches the Future class directly except to immediately pass the Future returned by an asyn- chronous function to a yield expression. How to call a coroutine page) 6.1. User’s guide 17 Tornado Documentation, Release 6.4 (continued from previous page) # we pass the function object to be called by the IOLoop. IOLoop.current().spawn_callback(divide, 1, 0) Using for integrating these systems into RequestHandler.render. Simply render the template to a string and pass it to RequestHandler. write Configuring templates By default, Tornado looks for template files in