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@pietrolubini/homebridge-ecoflow

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"use strict"; Object.defineProperty(exports, "__esModule", { value: true }); exports.DeltaProSimulator = void 0; const batteryHttpApiContracts_1 = require("@ecoflow/accessories/batteries/interfaces/batteryHttpApiContracts"); const simulator_1 = require("@ecoflow/apis/simulations/simulator"); const characteristicContracts_1 = require("@ecoflow/characteristics/characteristicContracts"); class DeltaProSimulator extends simulator_1.SimulatorTyped { generateQuota() { const quota = { data: { ems: { f32LcdShowSoc: this.getRandomNumber(0, 100), minDsgSoc: this.getRandomNumber(0, 20), }, inv: { cfgAcEnabled: this.getRandomBoolean() ? batteryHttpApiContracts_1.AcEnableType.On : batteryHttpApiContracts_1.AcEnableType.Off, cfgAcOutFreq: batteryHttpApiContracts_1.AcOutFrequencyType['50 Hz'], cfgAcOutVoltage: 220000, cfgAcXboost: this.getRandomBoolean() ? batteryHttpApiContracts_1.AcXBoostType.On : batteryHttpApiContracts_1.AcXBoostType.Off, inputWatts: this.getRandomNumber(0, 1000), outputWatts: this.getRandomNumber(0, 1000), }, pd: { carState: this.getRandomBoolean() ? characteristicContracts_1.EnableType.On : characteristicContracts_1.EnableType.Off, carWatts: this.getRandomNumber(0, 1000), dcOutState: this.getRandomBoolean() ? characteristicContracts_1.EnableType.On : characteristicContracts_1.EnableType.Off, typec1Watts: this.getRandomNumber(0, 100), typec2Watts: this.getRandomNumber(0, 100), }, }, }; return quota; } generateSetReplyTyped(message) { const reply = { id: message.id, version: message.version, operateType: message.operateType, data: { cmdSet: message.params.cmdSet, id: message.params.id, ack: false, }, }; return reply; } } exports.DeltaProSimulator = DeltaProSimulator; //# sourceMappingURL=deltaProSimulator.js.map