The document discusses touch and gesture handling in modern web applications. It covers touch events like touchstart, touchmove, touchend and their mouse event equivalents. It also describes how to implement swipe/scroll gestures, zooming functionality using touch inputs, and pull to refresh features using touchstart and touchmove events. Key aspects covered include detecting swipe direction, translating pages on swipe, handling touch and click events for links and taps, and transforming elements on zoom gestures.
The document discusses touch and gesture handling in modern web applications. It covers touch events like touchstart, touchmove, touchend and their mouse event equivalents. It also describes how to implement swipe/scroll gestures, zooming functionality using touch inputs, and pull to refresh features using touchstart and touchmove events. Key aspects covered include detecting swipe direction, translating pages on swipe, handling touch and click events for links and taps, and transforming elements on zoom gestures.
This document discusses the development of high-performance services at Mail.ru for tasks like serving avatars. It describes how they use technologies like Perl, AnyEvent, IProto and Tarantool to process over 100,000 requests per second on a single server. Key points are:
1. Mail.ru uses Perl 7 with AnyEvent and IProto to build asynchronous services that can handle 40,000-120,000 requests per second per core.
2. They store data in the Tarantool NoSQL database for its performance and ability to handle multiple indexes.
3. By using these technologies like async Perl and Tarantool, they can process over 100,000 requests per second with a
This document discusses the development of high-performance services at Mail.ru for tasks like serving avatars. It describes how they use technologies like Perl, AnyEvent, IProto and Tarantool to process over 100,000 requests per second on a single server. Key points are:
1. Mail.ru uses Perl 7 with AnyEvent and IProto to build asynchronous services that can handle 40,000-120,000 requests per second per core.
2. They store data in the Tarantool NoSQL database for its performance and ability to handle multiple indexes.
3. By using these technologies like async Perl and Tarantool, they can process over 100,000 requests per second with a
16. Деревья принятия решений
Я ставлю точку. А теперь – гулять!
Анализатор
предложений
[0] пробел справа: yes
[1] большая буква справа: yes
[2] цифра справа и слева: no
…
17. Деревья принятия решений
Я ставлю точку. А теперь – гулять!
Анализатор
предложений
[0] пробел справа: yes
[1] большая буква справа: yes
[2] цифра справа и слева: no
…