Enelix-EMS/services/license/changes/20261006-heat-pump-header/tests/system-wizard.test.mjs

import assert from "node:assert/strict";
import test from "node:test";
import {
  consumerFields,
  normalizeSystemConfiguration,
  publicWizardCatalog
} from "../portal-domain.mjs";
import { buildSymconPackage } from "../symcon-package.mjs";

const emptyDevices = () => ({
  battery: { quantity: 0, items: [] },
  buffer_storage: { quantity: 0, items: [] },
  ev_charger: { quantity: 0, items: [] },
  consumer_single: { quantity: 0, items: [] },
  boiler_multi: { quantity: 0, items: [] },
  heat_pump: { quantity: 0, items: [] }
});

const baseConfiguration = () => ({
  name: "Testsystem",
  location: "Zürich",
  manager: { properties: {} },
  gridMeasurement: { profile: "manual", sourceVariableId: 42 },
  pvSystem: { enabled: false },
  devices: emptyDevices()
});

test("wizard catalog contains complete manager, consumer and integration schemas", () => {
  const catalog = publicWizardCatalog();
  assert.equal(catalog.schemaVersion, 4);
  assert.equal(catalog.managerFields.length, 11);
  assert.deepEqual(Object.keys(catalog.consumerFields).sort(), Object.keys(emptyDevices()).sort());
  assert.equal(catalog.evVariants.length, 2);
  assert.ok(catalog.integrations.energy.some(profile => profile.id === "fronius_solar_api_v1"));
  assert.ok(catalog.integrations.energy.some(profile => profile.id === "huawei_sun2000_modbus"));
  assert.ok(catalog.integrations.energy.some(profile => profile.id === "sma_sunspec_modbus"));
  assert.ok(catalog.integrations.energy.some(profile => profile.id === "goodwe_et_modbus"));
  assert.ok(catalog.integrations.energy.some(profile => profile.id === "solaredge_sunspec_modbus"));
  assert.ok(catalog.integrations.storage.some(profile => profile.id === "sigenergy_sigenstor"));
  assert.ok(catalog.integrations.actuator.some(profile => profile.id === "shelly_pro_4pm"));
  assert.ok(consumerFields.battery.length > 20);
});

test("normalizes individual device properties and integration metadata", () => {
  const configuration = baseConfiguration();
  configuration.manager.properties.MesswertMaxAlter = 15;
  configuration.devices.consumer_single = {
    quantity: 1,
    items: [{
      name: "Wärmepumpe",
      integration: { profile: "shelly_pro_4pm", topicPrefix: "shellypro4pm-test", channel: 3 },
      properties: { Nennleistung: 4200, PrioritaetPV: 2 }
    }]
  };

  const result = normalizeSystemConfiguration(configuration);
  assert.equal(result.manager.properties.MesswertMaxAlter, 15);
  assert.equal(result.devices.consumer_single.items[0].integration.channel, 3);
  assert.equal(result.devices.consumer_single.items[0].properties.Nennleistung, 4200);
  assert.equal(result.devices.consumer_single.items[0].properties.PrioritaetPV, 2);
});

test("derives battery type and enables charging by default", () => {
  const configuration = baseConfiguration();
  configuration.devices.battery = {
    quantity: 2,
    items: [{
      name: "Hausspeicher",
      integration: { profile: "goodwe_lynx", host: "192.0.2.10" },
      properties: { Batterietyp: 0 }
    }, {
      name: "Gewerbespeicher",
      integration: { profile: "sigenergy_sigenstor", host: "192.0.2.11" },
      properties: { Batterietyp: 0 }
    }]
  };
  configuration.devices.ev_charger = {
    quantity: 2,
    items: [{ name: "Direkt", variant: "standalone", properties: {} },
      { name: "Gateway", variant: "gateway", properties: {} }]
  };

  const result = normalizeSystemConfiguration(configuration);
  assert.equal(result.devices.battery.items[0].properties.Batterietyp, 2);
  assert.equal(result.devices.battery.items[1].properties.Batterietyp, 4);
  assert.equal(result.devices.ev_charger.items[0].properties.Ladefreigabe, true);
  assert.equal(result.devices.ev_charger.items[1].properties.Ladefreigabe, true);
});

test("package wires gateway, Shelly feedback, levels, sensors and visualisation", () => {
  const configuration = baseConfiguration();
  configuration.devices.ev_charger = {
    quantity: 1,
    items: [{ name: "Garage", variant: "gateway", properties: { Ladestationskennung: "EH123" } }]
  };
  configuration.devices.consumer_single = {
    quantity: 1,
    items: [{ name: "Heizstab", integration: { profile: "shelly_plus_1pm", topicPrefix: "shelly/heizstab" }, properties: {} }]
  };
  configuration.devices.boiler_multi = {
    quantity: 1,
    items: [{
      name: "Boiler",
      properties: {},
      powerLevels: [{ Stufe: 1, Leistung: 3000, integration: { profile: "shelly_pro_2pm", topicPrefix: "shelly/boiler", channel: 1 } }],
      schedule: [{ Uhrzeit: "06:30", Solltemperatur: 55 }],
      sensor: { profile: "shelly_addon_temperature", topicPrefix: "shelly/boiler" }
    }]
  };

  const archive = buildSymconPackage(configuration).toString("utf8");
  assert.match(archive, /RueckmeldungVariableID/);
  assert.match(archive, /Boilerfuehler_PT1/);
  assert.match(archive, /IPS_ConnectInstance/);
  assert.match(archive, /Energie-Kreisdiagramm/);
});

test("requires a host for network profiles", () => {
  const configuration = baseConfiguration();
  configuration.gridMeasurement = { profile: "sma_sunspec_modbus" };
  assert.throws(
    () => normalizeSystemConfiguration(configuration),
    error => error.message === "integration_host_missing"
  );
});

test("requires an MQTT topic for Shelly profiles", () => {
  const configuration = baseConfiguration();
  configuration.devices.consumer_single = {
    quantity: 1,
    items: [{
      name: "Heizstab",
      integration: { profile: "shelly_plus_1pm" },
      properties: {}
    }]
  };
  assert.throws(
    () => normalizeSystemConfiguration(configuration),
    error => error.message === "integration_topic_missing"
  );
});