netanalyzer/integrations/storeHealth.js

const { getStoreLocation, getStorePaymentTerminals, getStorePrinters } = require('../services/siw');
const {
  findMerakiNetwork,
  getMerakiDeviceAvailabilities,
  getMerakiClients,
} = require('../services/meraki');
const { getMDMDevices } = require('../services/mdm');
const { findMatchingClient, getClientStatus } = require('../utils/merakiMatcher');
const { createHealthReport } = require('../models/HealthReport');
const { MDM_DEVICE_TYPES, filterMdmByType } = require('../constants');
const logger = require('../utils/logger');

// Configurable scoring penalties (higher = worse impact)
const SCORING = {
  noMerakiNetwork: 50,
  switchOffline: 15,
  apOffline: 5,
  apAlerting: 3,
  serverOffline: 35,
  noMdmData: 20,
  paymentTerminalOffline: 5,
  printerOffline: 4,
  // Mobile registers, customer displays and iPhones currently contribute to issues list only
};

async function getStoreHealth(storeNumber, _mode = 'default') {
  logger.info('Running health analysis', { storeNumber });

  let locationData,
    merakiNetwork,
    merakiClients = [],
    mdmDevices = [],
    paymentTerminals = [],
    printers = [];

  try {
    [locationData, merakiNetwork] = await Promise.all([
      getStoreLocation(storeNumber),
      findMerakiNetwork(storeNumber),
    ]);

    if (merakiNetwork) {
      [merakiClients, mdmDevices, paymentTerminals, printers] = await Promise.all([
        getMerakiClients(merakiNetwork.id),
        getMDMDevices(storeNumber),
        getStorePaymentTerminals(storeNumber),
        getStorePrinters(storeNumber),
      ]);
    }
  } catch (err) {
    logger.error('Health analysis error', { error: err.message });
  }

  const healthReport = createHealthReport(storeNumber, locationData?.name || 'Unknown Store');

  // === Network Infrastructure ===
  if (merakiNetwork) {
    healthReport.addSection(
      '**🌐 Network Infrastructure**',
      `- Meraki Network: ✅ [${merakiNetwork.name}](${merakiNetwork.url})\n`
    );

    try {
      const avail = await getMerakiDeviceAvailabilities(merakiNetwork.id);
      const switches = avail.filter(d => d.productType === 'switch' && d.status !== 'dormant');
      const aps = avail.filter(d => d.productType === 'wireless' && d.status !== 'dormant');

      const swOnline = switches.filter(d => d.status === 'online').length;
      const apOnline = aps.filter(d => d.status === 'online').length;
      const apAlerting = aps.filter(d => d.status === 'alerting').length;

      let netContent = `- Switching: ${swOnline}/${switches.length} online\n`;
      netContent += `- Access Points: ${apOnline}/${aps.length} online`;

      if (apAlerting > 0) {
        netContent += ` (${apAlerting} alerting)`;
      }
      netContent += `\n\n`;
      healthReport.addSection('', netContent); // append

      // Scoring & Issues
      if (swOnline < switches.length) {
        const offlineSw = switches.length - swOnline;
        healthReport.deduct(offlineSw * SCORING.switchOffline, `${offlineSw} switch(es) offline`);
      }

      if (apOnline < aps.length || apAlerting > 0) {
        const totalApIssues = aps.length - apOnline;

        if (apAlerting > 0) {
          healthReport.deduct(
            totalApIssues * SCORING.apAlerting,
            `${apAlerting} access point(s) alerting (check cabling/power)`
          );
        } else {
          healthReport.deduct(
            totalApIssues * SCORING.apOffline,
            `${totalApIssues} access point(s) offline`
          );
        }
      }
    } catch (e) {
      logger.error('Meraki availability error', { error: e.message });
    }
  } else {
    healthReport.addSection('**🌐 Network Infrastructure**', `- Meraki Network: ❌ Not Found\n\n`);
    healthReport.deduct(SCORING.noMerakiNetwork, 'No Meraki network found');
  }

  // === Core Systems ===
  healthReport.addSection('**🖥️ POS Systems**', '');

  if (mdmDevices && mdmDevices.length > 0) {
    const servers = filterMdmByType(mdmDevices, MDM_DEVICE_TYPES.SERVER);
    const mobileRegs = filterMdmByType(mdmDevices, MDM_DEVICE_TYPES.MOBILE_REGISTER);
    const custDisplays = filterMdmByType(mdmDevices, MDM_DEVICE_TYPES.CUSTOMER_DISPLAY);
    const iphones = filterMdmByType(mdmDevices, MDM_DEVICE_TYPES.IPHONE);

    // Server (heavy penalty)
    let serverStatus = '❓ Unknown';
    if (servers.length > 0) {
      const srv = servers[0];
      const match = findMatchingClient(merakiClients, {
        UserName: srv.UserName,
        DeviceFriendlyName: srv.DeviceFriendlyName,
      });
      serverStatus = getClientStatus(match);
      if (serverStatus === '❌ Offline') {
        healthReport.deduct(
          SCORING.serverOffline,
          `Store Server ${srv?.UserName || srv?.DeviceFriendlyName} is offline`
        );
      }
    }
    healthReport.addSection('', `- Store Server: ${serverStatus}\n`);

    // Mobile Registers
    let mobileOnline = 0;
    mobileRegs.forEach(reg => {
      const name = (reg.UserName || reg.DeviceFriendlyName || '').trim();
      const match = findMatchingClient(merakiClients, {
        UserName: reg.UserName,
        DeviceFriendlyName: reg.DeviceFriendlyName,
      });
      const status = getClientStatus(match);
      if (status === '✅ Online') mobileOnline++;
      if (status === '❌ Offline') healthReport.addIssue(`Mobile Register ${name} is offline`);
    });
    healthReport.addSection(
      '',
      `- Mobile Registers: ${mobileOnline}/${mobileRegs.length} online\n`
    );

    // Customer Displays & iPhones (lighter penalty)
    let cdOnline = 0;
    custDisplays.forEach(cd => {
      const name = (cd.UserName || cd.DeviceFriendlyName || '').trim();
      const match = findMatchingClient(merakiClients, {
        UserName: cd.UserName,
        DeviceFriendlyName: cd.DeviceFriendlyName,
      });
      const status = getClientStatus(match);
      if (status === '✅ Online') cdOnline++;
      if (status === '❌ Offline') healthReport.addIssue(`Customer Display ${name} is offline`);
    });
    healthReport.addSection('', `- Customer Displays: ${cdOnline}/${custDisplays.length} online\n`);

    let iphoneOnline = 0;
    iphones.forEach(phone => {
      const name = (phone.UserName || phone.DeviceFriendlyName || '').trim();
      const match = findMatchingClient(merakiClients, {
        UserName: phone.UserName,
        DeviceFriendlyName: phone.DeviceFriendlyName,
      });
      const status = getClientStatus(match);
      if (status === '✅ Online') iphoneOnline++;
      if (status === '❌ Offline') healthReport.addIssue(`iPhone ${name} is offline`);
    });
    healthReport.addSection('', `- Store iPhones: ${iphoneOnline}/${iphones.length} online\n\n`);
  } else {
    healthReport.addSection('', `- No MDM data available\n\n`);
    healthReport.deduct(SCORING.noMdmData);
  }

  // === POS & Peripherals (with per-device penalty) ===
  healthReport.addSection('**💳 POS Peripherals**', '');

  // Payment Terminals
  if (paymentTerminals && paymentTerminals.length > 0) {
    let onlinePayments = 0;
    paymentTerminals.forEach(term => {
      const match = findMatchingClient(merakiClients, {
        name: term.device_name,
        adyenName: term.adyen_device_name,
        ip_address: term.ip_address,
      });

      const terminalName = (term.device_name || term.adyen_device_name || 'unknown').trim();
      const status = getClientStatus(match);
      if (status === '✅ Online') onlinePayments++;
      if (status === '❌ Offline') {
        healthReport.deduct(
          SCORING.paymentTerminalOffline,
          `Payment Terminal ${terminalName} is offline`
        );
      }
    });

    healthReport.addSection(
      '',
      `- Payment Terminals: ${onlinePayments}/${paymentTerminals.length} online\n`
    );
  }

  // Printers
  const filteredPrinters = (printers || []).filter(
    p => (p.connection_type_name || '').toLowerCase() !== 'usb'
  );

  if (filteredPrinters.length > 0) {
    let onlinePrinters = 0;
    filteredPrinters.forEach(printer => {
      const name = (printer.printer_name || '').trim().toLowerCase();
      const match = findMatchingClient(merakiClients, { name: printer.printer_name });
      const status = getClientStatus(match);
      if (status === '✅ Online') onlinePrinters++;
      if (status === '❌ Offline') {
        healthReport.deduct(SCORING.printerOffline, `Printer ${name} is offline`);
      }
    });

    healthReport.addSection(
      '',
      `- Printers: ${onlinePrinters}/${filteredPrinters.length} online\n`
    );
  }

  // Finalize and return
  const report = healthReport.finalize();
  return { summary: report.summary };
}

module.exports = { getStoreHealth };