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Sean Bright authored
ast_category_get() has an (undocumented) implementation detail where it tries to match the category name first by an explicit pointer comparison and if that fails falls back to a normal match. When initially building an ast_config during ast_config_load, this pointer comparison can never succeed, but we will end up iterating all categories twice. As the number of categories using a template increases, this dual looping becomes quite expensive. So we pass a flag to category_get_sep() indicating if a pointer match is even possible before trying to do so, saving us a full pass over the list of current categories. In my tests, loading a file with 3 template categories and 12000 additional categories that use those 3 templates (this file configures 4000 PJSIP endpoints with AOR & Auth) takes 1.2 seconds. After this change, that drops to 22ms. Change-Id: I59b95f288e11eb6bb34f31ce4cc772136b275e4a
Sean Bright authoredast_category_get() has an (undocumented) implementation detail where it tries to match the category name first by an explicit pointer comparison and if that fails falls back to a normal match. When initially building an ast_config during ast_config_load, this pointer comparison can never succeed, but we will end up iterating all categories twice. As the number of categories using a template increases, this dual looping becomes quite expensive. So we pass a flag to category_get_sep() indicating if a pointer match is even possible before trying to do so, saving us a full pass over the list of current categories. In my tests, loading a file with 3 template categories and 12000 additional categories that use those 3 templates (this file configures 4000 PJSIP endpoints with AOR & Auth) takes 1.2 seconds. After this change, that drops to 22ms. Change-Id: I59b95f288e11eb6bb34f31ce4cc772136b275e4a