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HTTP 403 is an HTTP status code meaning access to the requested resource is forbidden. The server understood the request, but will not fulfill it, if it was correct. The server understood the request, but will not fulfill it, if it was correct.
It alerts the client to wait for a final response. The message consists only of the status line and optional header fields, and is terminated by an empty line. As the HTTP/1.0 standard did not define any 1xx status codes, servers must not [ note 1 ] send a 1xx response to an HTTP/1.0 compliant client except under experimental conditions.
Google voluntarily removed links from google.ca, the main site used by Canadians, but the court granted a temporary injunction applying to all Google sites across the world. [44] Google argued that Canadian law could not be imposed across the world but was given until June 17, 2014, to comply with the court's ruling. [45]
Due to the large-scale devastation from the 2011 Tōhoku earthquake and tsunami, in lieu of a traditional April Fools' hoax, Google Japan featured many never-before featured drawings from its 2009 Google Doodle competition, themed "What I Love About Japan" drawn by Japanese schoolchildren, saying "We promised that only the top prize winners ...
The HTTP 402 status code should not be confused with the more commonly used 403 Forbidden status code. [7] While both codes indicate that access to a resource is restricted, the distinction lies in the reason for the restriction.
Google Chrome included similar functionality, where the 404 is replaced with alternative suggestions generated by Google algorithms, if the page is under 512 bytes in size. [11] Another problem is that if the page does not provide a favicon , and a separate custom 404-page exists, extra traffic and longer loading times will be generated on ...
I Can Wait Forever may refer to: "I Can Wait Forever", a 1984 song by Air Supply from Ghostbusters "I Can Wait Forever", a 2008 song by Simple Plan from Simple Plan
If the second process is busy the signal will be forced to wait until the process can get to it. However, if the second process was busy sending a signal to the first process then both processes would wait forever for the other to respond to signals and never see the other’s signal (this event is known as a deadlock ).