Django 1.11.x Documentationdelete() is the only QuerySet method that is not exposed on a Manager itself. This is a safety mechanism to prevent you from accidentally requesting Entry.objects.delete(), and deleting all the entries Django Documentation, Release 1.11.30.dev20200305075726 In other words, what’s needed is a DRY mechanism. Among other advantages it would allow evolution of the URL design without having to go over all vary_on_cookie(func) vary_on_headers(*headers) The Vary header defines which request headers a cache mechanism should take into account when building its cache key. See using vary headers. Caching The decorators0 码力 | 1878 页 | 6.40 MB | 1 年前3
Django 1.11.x Documentationdelete() is the only QuerySet method that is not exposed on a Manager itself. This is a safety mechanism to prevent you from accidentally requesting Entry.objects.delete(), and deleting all the entries in the production of URLs that become stale over time. In other words, what’s needed is a DRY mechanism. Among other advantages it would allow evolution of the URL design without having to go over all vary_on_cookie(func) vary_on_headers(*headers) The Vary header defines which request headers a cache mechanism should take into account when building its cache key. See using vary headers. Caching The decorators0 码力 | 2747 页 | 2.67 MB | 1 年前3
Django 2.1.x Documentationdelete() is the only QuerySet method that is not exposed on a Manager itself. This is a safety mechanism to prevent you from accidentally requesting Entry.objects.delete(), and deleting all the entries in the production of URLs that become stale over time. In other words, what’s needed is a DRY mechanism. Among other advantages it would allow evolution of the URL design without having to go over all vary_on_cookie(func) vary_on_headers(*headers) The Vary header defines which request headers a cache mechanism should take into account when building its cache key. See using vary headers. Caching The decorators0 码力 | 1910 页 | 6.49 MB | 1 年前3
Django 2.1.x Documentationdelete() is the only QuerySet method that is not exposed on a Manager itself. This is a safety mechanism to prevent you from accidentally requesting Entry.objects.delete(), and deleting all the entries in the production of URLs that become stale over time. In other words, what’s needed is a DRY mechanism. Among other advantages it would allow evolution of the URL design without having to go over all vary_on_cookie(func) vary_on_headers(*headers) The Vary header defines which request headers a cache mechanism should take into account when building its cache key. See using vary headers. Caching The decorators0 码力 | 2790 页 | 2.71 MB | 1 年前3
Django 2.0.x Documentationdelete() is the only QuerySet method that is not exposed on a Manager itself. This is a safety mechanism to prevent you from accidentally requesting Entry.objects.delete(), and deleting all the entries in the production of URLs that become stale over time. In other words, what’s needed is a DRY mechanism. Among other advantages it would allow evolution of the URL design without having to go over all vary_on_cookie(func) vary_on_headers(*headers) The Vary header defines which request headers a cache mechanism should take into account when building its cache key. See using vary headers. Caching The decorators0 码力 | 1880 页 | 6.41 MB | 1 年前3
Django 2.0.x Documentationdelete() is the only QuerySet method that is not exposed on a Manager itself. This is a safety mechanism to prevent you from accidentally requesting Entry.objects.delete(), and deleting all the entries in the production of URLs that become stale over time. In other words, what’s needed is a DRY mechanism. Among other advantages it would allow evolution of the URL design without having to go over all vary_on_cookie(func) vary_on_headers(*headers) The Vary header defines which request headers a cache mechanism should take into account when building its cache key. See using vary headers. Caching The decorators0 码力 | 2746 页 | 2.67 MB | 1 年前3
Django 2.2.x Documentationdelete() is the only QuerySet method that is not exposed on a Manager itself. This is a safety mechanism to prevent you from accidentally requesting Entry.objects.delete(), and deleting all the entries in the production of URLs that become stale over time. In other words, what’s needed is a DRY mechanism. Among other advantages it would allow evolution of the URL design without having to go over all vary_on_cookie(func) vary_on_headers(*headers) The Vary header defines which request headers a cache mechanism should take into account when building its cache key. See using vary headers. Caching The decorators0 码力 | 2915 页 | 2.83 MB | 1 年前3
Django 3.0.x Documentationdelete() is the only QuerySet method that is not exposed on a Manager itself. This is a safety mechanism to prevent you from accidentally requesting Entry.objects.delete(), and deleting all the entries in the production of URLs that become stale over time. In other words, what’s needed is a DRY mechanism. Among other advantages it would allow evolution of the URL design without having to go over all vary_on_cookie(func) vary_on_headers(*headers) The Vary header defines which request headers a cache mechanism should take into account when building its cache key. See using vary headers. Caching The decorators0 码力 | 3085 页 | 2.95 MB | 1 年前3
Django 3.0.x Documentationdelete() is the only QuerySet method that is not exposed on a Manager itself. This is a safety mechanism to prevent you from accidentally requesting Entry.objects.delete(), and deleting all the entries in the production of URLs that become stale over time. In other words, what’s needed is a DRY mechanism. Among other advantages it would allow evolution of the URL design without having to go over all vary_on_cookie(func) vary_on_headers(*headers) The Vary header defines which request headers a cache mechanism should take into account when building its cache key. See using vary headers. Caching The decorators0 码力 | 2002 页 | 6.73 MB | 1 年前3
Django 4.2.x Documentationdelete() is the only QuerySet method that is not exposed on a Manager itself. This is a safety mechanism to prevent you from accidentally requesting Entry.objects.delete(), and deleting all the entries in the production of URLs that become stale over time. In other words, what’s needed is a DRY mechanism. Among other advantages it would allow evolution of the URL design without having to go over all vary_on_cookie(func) vary_on_headers(*headers) The Vary header defines which request headers a cache mechanism should take into account when building its cache key. See using vary headers. Caching The decorators0 码力 | 3305 页 | 3.16 MB | 1 年前3
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