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Server-side scripting is a technique used in web development which involves employing scripts on a web server which produces a response customized for each user's (client's) request to the website. Scripts can be written in any of a number of server-side scripting languages that are available.
In Smalltalk-80, a view is just a visual representation of a model, and does not handle user input. [19] With WebObjects, a view represents a complete user interface element such as a menu or button, and does receive input from the user. [20] In both Smalltalk-80 and WebObjects, however, views are meant to be general-purpose and composable. [21 ...
Client-side scripting is changing interface behaviors within a specific web page in response to input device actions, or at specified timing events. In this case, the dynamic behavior occurs within the presentation. The client-side content is generated on the user's local computer system. [6]
Many I/O problems in Erlang are mapped to message passing, which can be easily processed using built-in selective receive. Fibers / Coroutines can be viewed as a similarly lightweight approach to do asynchronous I/O outside of the Erlang runtime system, although they do not provide exactly the same guarantees as Erlang processes.
The transfer encodings the user agent is willing to accept: the same values as for the response header field Transfer-Encoding can be used, plus the "trailers" value (related to the "chunked" transfer method) to notify the server it expects to receive additional fields in the trailer after the last, zero-sized, chunk.
If the user agent requests the name of an entry, the Web server executes the CGI program. The CGI program retrieves the source of that entry's page (if one exists), transforms it into HTML, and prints the result. The Web server receives the output from the CGI program and transmits it to the user agent.
Mathematically they can be thought of as additional input values to the node's compute function. The only difference is that these values are controlled directly by the user instead of being output by another node as a by-product of its execution. For example, in the simple example above regarding a node that adds two numbers, we can introduce ...
Twisted is an event-driven network programming framework written in Python and licensed under the MIT License.. Twisted projects variously support TCP, UDP, SSL/TLS, IP multicast, Unix domain sockets, many protocols (including HTTP, XMPP, NNTP, IMAP, SSH, IRC, FTP, and others), and much more.