threads are not appropriate. 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) 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 asynchronous). Asynchronous faking a root apple- touch-icon.png by using the appropriate tag in your HTML. To improve performance, it is generally a good idea for browsers to cache static resources aggressively so browsers won’t

not appropriate. Platforms: Tornado should run on any Unix-like platform, although for the best performance and scalability only Linux (with epoll) and BSD (with kqueue) are recommended for production deployment deployment (even though Mac OS X is derived from BSD and supports kqueue, its networking performance is generally poor so it is recommended only for development use). Tornado will also run on Windows, although 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 asynchronous). Asynchronous

threads are not appropriate. 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) 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). Asynchronous faking a root apple-touch-icon.png by using the appropriate tag in your HTML. To improve performance, it is generally a good idea for browsers to cache static resources aggressively so browsers won’t

not appropriate. Platforms: Tornado should run on any Unix-like platform, although for the best performance and scalability only Linux (with epoll) and BSD (with kqueue) are recommended for production deployment deployment (even though Mac OS X is derived from BSD and supports kqueue, its networking performance is generally poor so it is recommended only for development use). Tornado will also run on Windows, although 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). Asynchronous

needed in Python 3. Platforms: Tornado should run on any Unix-like platform, although for the best performance and scalability only Linux (with epoll) and BSD (with kqueue) are recommended for production deployment deployment (even though Mac OS X is derived from BSD and supports kqueue, its networking performance is generally poor so it is recommended only for development use). Tornado will also run on Windows, although 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). Asynchronous

in Python 3.3. Platforms: Tornado should run on any Unix-like platform, although for the best performance and scalability only Linux (with epoll) and BSD (with kqueue) are recommended for production deployment deployment (even though Mac OS X is derived from BSD and supports kqueue, its networking performance is generally poor so it is recommended only for development use). Tornado will also run on Windows, although 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 asynchronous). Examples

in Python 3.3. Platforms: Tornado should run on any Unix-like platform, although for the best performance and scalability only Linux (with epoll) and BSD (with kqueue) are recommended for production deployment deployment (even though Mac OS X is derived from BSD and supports kqueue, its networking performance is generally poor so it is recommended only for development use). Tornado will also run on Windows, although 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). Examples

threads are not appropriate. 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) 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). Asynchronous faking a root apple-touch-icon.png by using the appropriate tag in your HTML. To improve performance, it is generally a good idea for browsers to cache static resources aggressively so browsers won’t

threads are not appropriate. 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) 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). Asynchronous faking a root apple-touch-icon.png by using the appropriate tag in your HTML. To improve performance, it is generally a good idea for browsers to cache static resources aggressively so browsers won’t

threads are not appropriate. 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) 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). Asynchronous faking a root apple-touch-icon.png by using the appropriate tag in your HTML. To improve performance, it is generally a good idea for browsers to cache static resources aggressively so browsers won’t