1 #pragma once 2 #include <string> 3 #include <tuple> 4 #include <vector> 5 #include <sdbusplus/server.hpp> 6 #include <sdeventplus/clock.hpp> 7 #include <sdeventplus/utility/timer.hpp> 8 9 namespace phosphor 10 { 11 namespace fan 12 { 13 namespace control 14 { 15 16 class Zone; 17 18 constexpr auto propertyNamePos = 0; 19 constexpr auto propertyInterfacePos = 1; 20 constexpr auto propertyPathPos = 2; 21 constexpr auto propertyValuePos = 3; 22 23 // TODO openbmc/openbmc#1769: Support more property types. 24 using ConditionProperty = std::tuple<std::string, 25 std::string, 26 std::string, 27 bool>; 28 29 constexpr auto conditionTypePos = 0; 30 constexpr auto conditionPropertyListPos = 1; 31 using Condition = std::tuple<std::string, 32 std::vector<ConditionProperty>>; 33 34 using PropertyVariantType = sdbusplus::message::variant<bool, 35 int64_t, 36 std::string>; 37 38 constexpr auto fanNamePos = 0; 39 constexpr auto sensorListPos = 1; 40 constexpr auto targetInterfacePos = 2; 41 using FanDefinition = std::tuple<std::string, 42 std::vector<std::string>, 43 std::string>; 44 45 constexpr auto intfPos = 0; 46 constexpr auto propPos = 1; 47 using Group = std::map<std::string, std::tuple<std::string, std::string>>; 48 using ZoneHandler = std::function<void(Zone&)>; 49 using Handler = std::function<void(sdbusplus::bus::bus&, 50 sdbusplus::message::message&, 51 Zone&)>; 52 using Action = std::function<void(Zone&, const Group&)>; 53 using Trigger = std::function<void(Zone&, 54 const Group&, 55 const std::vector<Action>&)>; 56 57 constexpr auto pcPathPos = 0; 58 constexpr auto pcIntfPos = 1; 59 constexpr auto pcPropPos = 2; 60 constexpr auto pcValuePos = 3; 61 using PrecondGroup = std::tuple<std::string, 62 std::string, 63 std::string, 64 PropertyVariantType>; 65 66 constexpr auto namePos = 0; 67 constexpr auto hasOwnerPos = 1; 68 using Service = std::tuple<std::string, bool>; 69 70 constexpr auto intervalPos = 0; 71 constexpr auto typePos = 1; 72 enum class TimerType 73 { 74 oneshot, 75 repeating, 76 }; 77 using TimerConf = std::tuple<std::chrono::microseconds, 78 TimerType>; 79 80 constexpr auto groupPos = 0; 81 constexpr auto actionsPos = 1; 82 constexpr auto triggerPos = 2; 83 using SetSpeedEvent = std::tuple<Group, 84 std::vector<Action>, 85 std::vector<Trigger>>; 86 87 constexpr auto eventGroupPos = 0; 88 constexpr auto eventMatchPos = 1; 89 constexpr auto eventHandlerPos = 2; 90 constexpr auto eventActionsPos = 3; 91 using EventData = std::tuple<Group, std::string, Handler, std::vector<Action>>; 92 93 constexpr auto timerEventDataPos = 0; 94 constexpr auto timerTimerPos = 1; 95 using Timer = sdeventplus::utility::Timer<sdeventplus::ClockId::Monotonic>; 96 using TimerEvent = std::tuple<std::unique_ptr<EventData>, Timer>; 97 98 constexpr auto signalEventDataPos = 0; 99 constexpr auto signalMatchPos = 1; 100 using SignalEvent = 101 std::tuple<std::unique_ptr<EventData>, 102 std::unique_ptr<sdbusplus::server::match::match>>; 103 104 constexpr auto zoneNumPos = 0; 105 constexpr auto fullSpeedPos = 1; 106 constexpr auto floorSpeedPos = 2; 107 constexpr auto incDelayPos = 3; 108 constexpr auto decIntervalPos = 4; 109 constexpr auto handlerPos = 5; 110 constexpr auto fanListPos = 6; 111 constexpr auto setSpeedEventsPos = 7; 112 using ZoneDefinition = std::tuple<size_t, 113 uint64_t, 114 uint64_t, 115 size_t, 116 size_t, 117 std::vector<ZoneHandler>, 118 std::vector<FanDefinition>, 119 std::vector<SetSpeedEvent>>; 120 121 constexpr auto conditionListPos = 0; 122 constexpr auto zoneListPos = 1; 123 using ZoneGroup = std::tuple<std::vector<Condition>, 124 std::vector<ZoneDefinition>>; 125 126 } 127 } 128 } 129