17  * one provides different behavior, for example one may count
18  * missing fans, and another may count nonfunctional fans.
33      * @param[in] count - The number of items that is compared
37     PowerOffCause(size_t count, const std::string& name) :  in PowerOffCause()  argument
38         _count(count), _name(std::to_string(count) + " " + name)  in PowerOffCause()
97      * @param[in] count - The minimum number of fans that must be
100     explicit MissingFanFRUCause(size_t count) :  in MissingFanFRUCause()  argument
101         PowerOffCause(count, "Missing Fan FRUs")  in MissingFanFRUCause()
105      * @brief Returns true if 'count' or more fans are missing
112         size_t count = std::count_if(  in satisfied()  local
117         return count >= _count;  in satisfied()
140      * @param[in] count - The minimum number of rotors that must be
143     explicit NonfuncFanRotorCause(size_t count) :  in NonfuncFanRotorCause()  argument
144         PowerOffCause(count, "Nonfunctional Fan Rotors")  in NonfuncFanRotorCause()
148      * @brief Returns true if 'count' or more rotors are nonfunctional
155         size_t count = std::accumulate(  in satisfied()  local
165         return count >= _count;  in satisfied()
191      * @param[in] count - The minimum number of fan FRUs with
194     explicit FanFRUsWithNonfuncRotorsCause(size_t count) :  in FanFRUsWithNonfuncRotorsCause()  argument
195         PowerOffCause(count, "Fans with Nonfunctional Rotors")  in FanFRUsWithNonfuncRotorsCause()
199      * @brief Returns true if 'count' or more fan FRUs have
206         size_t count = std::count_if(  in satisfied()  local
214         return count >= _count;  in satisfied()