user, which can be very expensive. To minimize the cost of concurrent connections, Tornado uses a single-threaded event loop. This means that all application code should aim to be asynchronous and non-blocking get_body_argument("message")) Since the HTML form encoding is ambiguous as to whether an argument is a single value or a list with one element, RequestHandler has distinct methods to allow the application to lets you configure redirects directly in your Application routing table. For example, to configure a single static redirect: app = tornado.web.Application([ url(r"/app", tornado.web.RedirectHandler,

Tornado Documentation, Release 4.5.3 To minimize the cost of concurrent connections, Tornado uses a single-threaded event loop. This means that all application code should aim to be asynchronous and non-blocking get_body_argument("message")) Since the HTML form encoding is ambiguous as to whether an argument is a single value or a list with one element, RequestHandler has distinct methods to allow the application to lets you configure redirects directly in your Application routing table. For example, to configure a single static redirect: app = tornado.web.Application([ url(r"/app", tornado.web.RedirectHandler, dic

user, which can be very expensive. To minimize the cost of concurrent connections, Tornado uses a single-threaded event loop. This means that all application code should aim to be asynchronous and non-blocking get_body_argument("message")) Since the HTML form encoding is ambiguous as to whether an argument is a single value or a list with one element, RequestHandler has distinct methods to allow the application to lets you configure redirects directly in your Application routing table. For example, to configure a single static redirect: app = tornado.web.Application([ url(r"/app", tornado.web.RedirectHandler, dic

user, which can be very expensive. To minimize the cost of concurrent connections, Tornado uses a single-threaded event loop. This means that all appli- cation code should aim to be asynchronous and non-blocking get_body_argument("message")) Since the HTML form encoding is ambiguous as to whether an argument is a single value or a list with one element, RequestHandler has distinct methods to allow the application to lets you configure redirects directly in your Application routing table. For example, to configure a single static redirect: app = tornado.web.Application([ url(r"/app", tornado.web.RedirectHandler, dic

user, which can be very expensive. To minimize the cost of concurrent connections, Tornado uses a single-threaded event loop. This means that all appli- cation code should aim to be asynchronous and non-blocking get_body_argument("message")) Since the HTML form encoding is ambiguous as to whether an argument is a single value or a list with one element, RequestHandler has distinct methods to allow the application to lets you configure redirects directly in your Application routing table. For example, to configure a single static redirect: app = tornado.web.Application([ url(r"/app", tornado.web.RedirectHandler, dic

user, which can be very expensive. To minimize the cost of concurrent connections, Tornado uses a single-threaded event loop. This means that all appli- cation code should aim to be asynchronous and non-blocking get_body_argument("message")) Since the HTML form encoding is ambiguous as to whether an argument is a single value or a list with one element, RequestHandler has distinct methods to allow the application to lets you configure redirects directly in your Application routing table. For example, to configure a single static redirect: app = tornado.web.Application([ url(r"/app", tornado.web.RedirectHandler, dic

user, which can be very expensive. To minimize the cost of concurrent connections, Tornado uses a single-threaded event loop. This means that all appli- cation code should aim to be asynchronous and non-blocking get_body_argument("message")) Since the HTML form encoding is ambiguous as to whether an argument is a single value or a list with one element, RequestHandler has distinct methods to allow the application to lets you configure redirects directly in your Application routing table. For example, to configure a single static redirect: app = tornado.web.Application([ url(r"/app", tornado.web.RedirectHandler, dic

user, which can be very expensive. To minimize the cost of concurrent connections, Tornado uses a single-threaded event loop. This means that all application code should aim to be asynchronous and non-blocking get_body_argument("message")) Since the HTML form encoding is ambiguous as to whether an argument is a single value or a list with one element, RequestHandler has distinct methods to allow the application to lets you configure redirects directly in your Application routing table. For example, to configure a single static redirect: app = tornado.web.Application([ url(r"/app", tornado.web.RedirectHandler, dic

user, which can be very expensive. To minimize the cost of concurrent connections, Tornado uses a single-threaded event loop. This means that all appli- cation code should aim to be asynchronous and non-blocking get_body_argument("message")) Since the HTML form encoding is ambiguous as to whether an argument is a single value or a list with one element, RequestHandler has distinct methods to allow the application to lets you configure redirects directly in your Application routing table. For example, to configure a single static redirect: app = tornado.web.Application([ url(r"/app", tornado.web.RedirectHandler, dic

user, which can be very expensive. To minimize the cost of concurrent connections, Tornado uses a single-threaded event loop. This means that all application code should aim to be asynchronous and non-blocking get_body_argument("message")) Since the HTML form encoding is ambiguous as to whether an argument is a single value or a list with one element, RequestHandler has distinct methods to allow the application to lets you configure redirects directly in your Application routing table. For example, to configure a single static redirect: 6.1. User’s guide 25 Tornado Documentation, Release 6.0.4 app = tornado.web.Application([