Samuele Locatelli
101 lines
3.9 KiB
C#
101 lines
3.9 KiB
C#
using EgwProxy.Shelly.DTO.Gen2;
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using Newtonsoft.Json;
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using Newtonsoft.Json.Linq;
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using System;
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using System.Collections.Generic;
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using System.Linq;
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using System.Text;
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using System.Threading.Tasks;
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namespace EgwProxy.Shelly.Converters
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{
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public class EMDtoConverter : JsonConverter<EMDto>
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{
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public override EMDto ReadJson(JsonReader reader, Type objectType, EMDto existingValue, bool hasExistingValue, JsonSerializer serializer)
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{
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JObject obj = JObject.Load(reader);
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var dto = new EMDto
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{
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Id = (int)obj["id"],
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NeutralCurrent = obj["n_current"]?.ToObject<double?>() ?? 0,
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TotalCurrent = (double)obj["total_current"],
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TotalActivePower = (double)obj["total_act_power"],
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TotalApparentPower = (double)obj["total_aprt_power"],
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UserCalibratedPhase = obj["user_calibrated_phase"]?.ToObject<List<string>>() ?? new List<string>(),
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Errors = obj["errors"]?.ToObject<List<string>>() ?? new List<string>()
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};
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dto.PhaseA = new PhaseDataDto
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{
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Current = (double)obj["a_current"],
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Voltage = (double)obj["a_voltage"],
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ActivePower = (double)obj["a_act_power"],
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ApparentPower = (double)obj["a_aprt_power"],
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PowerFactor = (double)obj["a_pf"],
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Frequency = (double)obj["a_freq"]
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};
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dto.PhaseB = new PhaseDataDto
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{
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Current = (double)obj["b_current"],
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Voltage = (double)obj["b_voltage"],
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ActivePower = (double)obj["b_act_power"],
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ApparentPower = (double)obj["b_aprt_power"],
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PowerFactor = (double)obj["b_pf"],
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Frequency = (double)obj["b_freq"]
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};
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dto.PhaseC = new PhaseDataDto
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{
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Current = (double)obj["c_current"],
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Voltage = (double)obj["c_voltage"],
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ActivePower = (double)obj["c_act_power"],
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ApparentPower = (double)obj["c_aprt_power"],
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PowerFactor = (double)obj["c_pf"],
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Frequency = (double)obj["c_freq"]
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};
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return dto;
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}
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public override void WriteJson(JsonWriter writer, EMDto value, JsonSerializer serializer)
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{
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var obj = new JObject
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{
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["id"] = value.Id,
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["a_current"] = value.PhaseA.Current,
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["a_voltage"] = value.PhaseA.Voltage,
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["a_act_power"] = value.PhaseA.ActivePower,
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["a_aprt_power"] = value.PhaseA.ApparentPower,
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["a_pf"] = value.PhaseA.PowerFactor,
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["a_freq"] = value.PhaseA.Frequency,
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["b_current"] = value.PhaseB.Current,
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["b_voltage"] = value.PhaseB.Voltage,
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["b_act_power"] = value.PhaseB.ActivePower,
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["b_aprt_power"] = value.PhaseB.ApparentPower,
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["b_pf"] = value.PhaseB.PowerFactor,
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["b_freq"] = value.PhaseB.Frequency,
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["c_current"] = value.PhaseC.Current,
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["c_voltage"] = value.PhaseC.Voltage,
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["c_act_power"] = value.PhaseC.ActivePower,
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["c_aprt_power"] = value.PhaseC.ApparentPower,
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["c_pf"] = value.PhaseC.PowerFactor,
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["c_freq"] = value.PhaseC.Frequency,
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["n_current"] = value.NeutralCurrent,
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["total_current"] = value.TotalCurrent,
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["total_act_power"] = value.TotalActivePower,
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["total_aprt_power"] = value.TotalApparentPower,
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["user_calibrated_phase"] = JArray.FromObject(value.UserCalibratedPhase),
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["errors"] = JArray.FromObject(value.Errors)
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};
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obj.WriteTo(writer);
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}
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}
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}
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