jmcqueen
5dce057ce7
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New /provisionDect slash command manages DECT basestations and handsets for a store via a single card: multi-select checkbox list doubles as the display, MACs render as AA:BB:CC:DD:EE:FF, Add/Remove sit side-by-side per section, and every removal goes through an explicit confirm card. Handsets always auto-pair (no bind-to-basestation input) so they roam. /finalizeStore now idempotently creates the "Store XXXX" DECT network (DBS-210) with the per-store default access code, so new stores are DECT-ready the moment finalize completes. Location-scoped lookup (findDectNetworkInLocation) handles both the finalize idempotency check and the /provisionDect fallback for freshly-created empty networks. Non-critical: a store can still go live if the DECT step fails, and /provisionDect keeps a recovery "create network" prompt for legacy stores. Pure-logic helpers (generateDectAccessCode, MAC normalize/format/ display, dectNetworkName) are unit-tested via node:test. Co-authored-by: Cursor <cursoragent@cursor.com>
63 lines
2.7 KiB
JavaScript
63 lines
2.7 KiB
JavaScript
import { logger } from '../logger.js';
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import { findWebexLocation } from '../webex/locations.js';
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import {
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dectNetworkName,
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generateDectAccessCode,
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getDectProvisioningStatus,
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} from '../webex/dect.js';
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import { dectCreateNetworkCard, dectManagementCard } from '../cards/dectCards.js';
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import { parseStoreNumber } from './helpers.js';
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// /provisionDect does NOT require the remote agent — every operation is
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// against public Webex Calling APIs, which the bot reaches directly.
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export function register(framework) {
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framework.hears(
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/\/provisiondect/i,
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async (bot, trigger) => {
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logger.info(`${trigger.person.displayName} ran the provisionDect command.`);
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const storeNumber = parseStoreNumber(trigger);
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if (!storeNumber) {
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bot.say('Usage: `/provisionDect <storeNumber>` — e.g. `/provisionDect 499`');
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return;
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}
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try {
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const status = await getDectProvisioningStatus(storeNumber);
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if (status.network) {
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bot.sendCard(
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dectManagementCard(storeNumber, status),
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'Please use another client',
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);
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return;
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}
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// No network yet — need the store's Webex location to create in.
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const matches = await findWebexLocation(dectNetworkName(storeNumber));
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if (!matches.length) {
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bot.say(
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'markdown',
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`No Webex location found for **${dectNetworkName(storeNumber)}**. ` +
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`Run \`/stageStore ${storeNumber}\` first.`,
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);
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return;
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}
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const location = matches[0];
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bot.sendCard(
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dectCreateNetworkCard(storeNumber, {
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locationId: location.id,
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locationName: location.name,
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suggestedAccessCode: generateDectAccessCode(storeNumber),
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}),
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'Please use another client',
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);
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} catch (error) {
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logger.error('provisionDect command failed:', error);
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bot.say(
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'markdown',
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`Error running /provisionDect:\n\`\`\`\n${error.message}\n\`\`\``,
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);
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}
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},
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'**/provisionDect** <storeNumber> - Add or remove DECT basestations and handsets for a store. New stores get their DECT network created by /finalizeStore; this command offers a recovery-create prompt if the network is missing.',
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);
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}
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