import api from '@/store/api'; import i18n from '@/i18n'; const ProcessorStore = { namespaced: true, state: { processors: [], }, getters: { processors: (state) => state.processors, }, mutations: { setProcessorsInfo: (state, data) => { state.processors = data.map((processor) => { const { Id, Status = {}, PartNumber, SerialNumber, SparePartNumber, InstructionSet, Manufacturer, Model, Name, ProcessorArchitecture, ProcessorType, Version, AssetTag, MinSpeedMHz, MaxSpeedMHz, TotalCores, TotalThreads, Location, LocationIndicatorActive, } = processor; return { id: Id, health: Status.Health, healthRollup: Status.HealthRollup, partNumber: PartNumber, sparePartNumber: SparePartNumber, serialNumber: SerialNumber, statusState: Status.State, instructionSet: InstructionSet, manufacturer: Manufacturer, model: Model, name: Name, processorArchitecture: ProcessorArchitecture, processorType: ProcessorType, version: Version, assetTag: AssetTag, minSpeedMHz: MinSpeedMHz, maxSpeedMHz: MaxSpeedMHz, totalCores: TotalCores, totalThreads: TotalThreads, locationNumber: Location?.PartLocation?.ServiceLabel, identifyLed: LocationIndicatorActive, uri: processor['@odata.id'], }; }); }, }, actions: { async getProcessorsInfo({ commit }) { return await api .get(`${await this.dispatch('global/getSystemPath')}/Processors`) .then(({ data: { Members = [] } }) => Members.map((member) => api.get(member['@odata.id'])), ) .then((promises) => api.all(promises)) .then((response) => { const data = response.map(({ data }) => data); commit('setProcessorsInfo', data); }) .catch((error) => console.log(error)); }, // Waiting for the following to be merged to test the Identify Led: // https://gerrit.openbmc-project.xyz/c/openbmc/bmcweb/+/37045 async updateIdentifyLedValue({ dispatch }, led) { const uri = led.uri; const updatedIdentifyLedValue = { LocationIndicatorActive: led.identifyLed, }; return await api .patch(uri, updatedIdentifyLedValue) .then(() => { if (led.identifyLed) { return i18n.t('pageInventory.toast.successEnableIdentifyLed'); } else { return i18n.t('pageInventory.toast.successDisableIdentifyLed'); } }) .catch((error) => { dispatch('getProcessorsInfo'); console.log('error', error); if (led.identifyLed) { throw new Error( i18n.t('pageInventory.toast.errorEnableIdentifyLed'), ); } else { throw new Error( i18n.t('pageInventory.toast.errorDisableIdentifyLed'), ); } }); }, }, }; export default ProcessorStore;