Platforms: Tornado is designed for Unix-like platforms, with best performance and scalability on systems supporting epoll (Linux), kqueue (BSD/macOS), or /dev/poll (Solaris). Tornado will also run on Windows way that is transparent to its callers (systems like gevent [http://www.gevent.org] use lightweight threads to offer performance comparable to asynchronous systems, but they do not actually make things used with any other Python template language, although there is no provision for integrating these systems into RequestHandler.render. Simply render the template to a string and pass it to RequestHandler

way that is transparent to its callers (systems like gevent [http://www.gevent.org] use lightweight threads to offer performance comparable to asynchronous systems, but they do not actually make things used with any other Python template language, although there is no provision for integrating these systems into RequestHandler.render. Simply render the template to a string and pass it to RequestHandler template language; we created it explicitly to provide the flexibility that other, stricter templating systems prevent. Consequently, if you write random stuff inside of your template expressions, you will get

Platforms: Tornado is designed for Unix-like platforms, with best performance and scalability on systems supporting epoll (Linux), kqueue (BSD/macOS), or /dev/poll (Solaris). Tornado will also run on Windows asynchronous in a way that is transparent to its callers (systems like gevent use lightweight threads to offer performance comparable to asynchronous systems, but they do not actually make things asynchronous) with any other Python template language, although there is no provision for integrat- ing these systems into RequestHandler.render. Simply render the template to a string and pass it to RequestHandler

way that is transparent to its callers (systems like gevent [http://www.gevent.org] use lightweight threads to offer performance comparable to asynchronous systems, but they do not actually make things used with any other Python template language, although there is no provision for integrating these systems into RequestHandler.render. Simply render the template to a string and pass it to RequestHandler template language; we created it explicitly to provide the flexibility that other, stricter templating systems prevent. Consequently, if you write random stuff inside of your template expressions, you will get

asynchronous in a way that is transparent to its callers (systems like gevent use lightweight threads to offer performance comparable to asynchronous systems, but they do not actually make things asynchronous) with any other Python template language, although there is no provision for integrat- ing these systems into RequestHandler.render. Simply render the template to a string and pass it to RequestHandler template language; we created it explicitly to provide the flexibility that other, stricter templating systems prevent. Conse- quently, if you write random stuff inside of your template expressions, you will

asynchronous in a way that is transparent to its callers (systems like gevent use lightweight threads to offer performance comparable to asynchronous systems, but they do not actually make things asynchronous) with any other Python template language, although there is no provision for integrat- ing these systems into RequestHandler.render. Simply render the template to a string and pass it to RequestHandler template language; we created it explicitly to provide the flexibility that other, stricter templating systems prevent. Conse- quently, if you write random stuff inside of your template expressions, you will

asynchronous in a way that is transparent to its callers (systems like gevent use lightweight threads to offer performance comparable to asynchronous systems, but they do not actually make things asynchronous) with any other Python template language, although there is no provision for integrat- ing these systems into RequestHandler.render. Simply render the template to a string and pass it to RequestHandler template language; we created it explicitly to provide the flexibility that other, stricter templating systems prevent. Conse- quently, if you write random stuff inside of your template expressions, you will

Platforms: Tornado is designed for Unix-like platforms, with best performance and scalability on systems supporting epoll (Linux), kqueue (BSD/macOS), or /dev/poll (Solaris). Tornado will also run on Windows asynchronous in a way that is transparent to its callers (systems like gevent use lightweight threads to offer performance comparable to asynchronous systems, but they do not actually make things asynchronous) used with any other Python template language, although there is no provision for integrating these systems into RequestHandler.render. Simply render the template to a string and pass it to RequestHandler

Platforms: Tornado is designed for Unix-like platforms, with best performance and scalability on systems supporting epoll (Linux), kqueue (BSD/macOS), or /dev/poll (Solaris). Tornado will also run on Windows asynchronous in a way that is transparent to its callers (systems like gevent use lightweight threads to offer performance comparable to asynchronous systems, but they do not actually make things asynchronous) used with any other Python template language, although there is no provision for integrating these systems into RequestHandler.render. Simply render the template to a string and pass it to RequestHandler

Platforms: Tornado is designed for Unix-like platforms, with best performance and scalability on systems supporting epoll (Linux), kqueue (BSD/macOS), or /dev/poll (Solaris). Tornado will also run on Windows asynchronous in a way that is transparent to its callers (systems like gevent use lightweight threads to offer performance comparable to asynchronous systems, but they do not actually make things asynchronous) used with any other Python template language, although there is no provision for integrating these systems into RequestHandler.render. Simply render the template to a string and pass it to RequestHandler