[{"_1":2,"_3":-5,"_4":-5},"loaderData",{"_5":6,"_7":8,"_9":10},"actionData","errors","root",{"_274":275,"_276":277},"routes/_app.x.$handle.$name",{"_100":99,"_32":45,"_109":90,"_27":110,"_13":14,"_111":-5,"_11":112,"_113":114,"_115":116,"_117":118,"_119":120,"_20":-5,"_121":-5,"_122":-5,"_123":25,"_124":125,"_126":59,"_127":-5,"_128":-5,"_129":130},"routes/_app.x.$handle.$name.branch.$branch.version.$version.diff",{"_11":12,"_13":14,"_15":16,"_17":-5,"_18":-5},"project",{"_43":44,"_32":45,"_38":46,"_47":-5,"_48":25,"_49":50,"_51":50,"_52":53,"_54":-5,"_18":55,"_56":57,"_58":59,"_60":-5,"_61":-5,"_62":63,"_64":65,"_66":67,"_68":69,"_70":71,"_72":-5,"_73":74,"_75":74,"_76":77,"_78":77,"_79":77,"_80":74,"_81":74,"_82":83,"_84":85,"_86":87,"_88":25},"version",295,"changes",[19],"aiChatInfo","userId",{"_20":21,"_22":23,"_24":25,"_26":25,"_27":28,"_29":28},"file",{"_30":31,"_32":28,"_33":34,"_35":37,"_38":39,"_40":14,"_41":42,"_24":25},"previous",{"_30":31,"_32":28,"_33":34,"_35":36},"deleted",false,"deletedHere","path","db.ts","latestPath","fileId","fcd6841a-a5a4-11f1-abb7-1607ee4eb77e","name","fileType","script","content","// Tribeca Chat — storage layer\n//\n// Built to replacement spec for tawk.to, run in parallel until the team trusts\n// the notifications. See conversations.status for the AI/human handoff model.\n//\n// Val-scoped SQLite. Every write goes through here so the SSE fan-out in\n// main.ts has exactly one place to hook.\n\nimport { sqlite } from \"https://esm.town/v/std/sqlite\";\n\n// Bump when the shape changes; init() is safe to call on every request.\nconst SCHEMA_VERSION = 1;\n\nlet ready: Promise | null = null;\n\nexport function init(): Promise {\n // Memoised, not because the CREATEs are expensive, but because Val Town can\n // serve several requests from one isolate and re-running them per request\n // shows up as latency on the visitor's first message.\n if (ready) return ready;\n\n ready = (async () => {\n await sqlite.batch([\n `CREATE TABLE IF NOT EXISTS visitors (\n id TEXT PRIMARY KEY,\n name TEXT,\n email TEXT,\n phone TEXT,\n zip TEXT,\n company TEXT,\n wp_user_id TEXT,\n -- Salesforce answers are cached on the visitor, not looked up per\n -- message. The lookup is two SOQL queries behind a Val Town cold\n -- start; doing it per turn would be felt by the customer.\n sf_account TEXT,\n sf_next_delivery TEXT,\n sf_checked_at INTEGER,\n first_seen INTEGER NOT NULL,\n last_seen INTEGER NOT NULL,\n page_url TEXT,\n user_agent TEXT,\n country TEXT\n )`,\n\n `CREATE TABLE IF NOT EXISTS conversations (\n id TEXT PRIMARY KEY,\n visitor_id TEXT NOT NULL,\n -- ai AI is answering\n -- needs_human handoff requested, nobody has claimed it yet\n -- human an agent has taken over; the AI must stay silent\n -- closed ended\n status TEXT NOT NULL DEFAULT 'ai',\n assigned_to TEXT,\n -- Set when status first becomes needs_human, so we can measure how\n -- long customers actually wait. That number is the whole argument for\n -- or against cutting over from tawk.\n handoff_at INTEGER,\n claimed_at INTEGER,\n created_at INTEGER NOT NULL,\n last_message_at INTEGER NOT NULL,\n FOREIGN KEY (visitor_id) REFERENCES visitors(id)\n )`,\n\n `CREATE TABLE IF NOT EXISTS messages (\n id TEXT PRIMARY KEY,\n conversation_id TEXT NOT NULL,\n -- visitor | ai | agent | system\n sender TEXT NOT NULL,\n -- Display name for agent messages; null for visitor/ai/system.\n sender_name TEXT,\n body TEXT NOT NULL,\n created_at INTEGER NOT NULL,\n FOREIGN KEY (conversation_id) REFERENCES conversations(id)\n )`,\n\n // The dashboard's default view is \"conversations needing attention,\n // newest first\", and the visitor stream polls by conversation. Both are\n // hot paths on every keystroke, so they get indexes from day one.\n `CREATE INDEX IF NOT EXISTS idx_msg_conv ON messages(conversation_id, created_at)`,\n `CREATE INDEX IF NOT EXISTS idx_conv_status ON conversations(status, last_message_at DESC)`,\n `CREATE INDEX IF NOT EXISTS idx_conv_visitor ON conversations(visitor_id)`,\n\n `CREATE TABLE IF NOT EXISTS meta (k TEXT PRIMARY KEY, v TEXT)`,\n ]);\n\n // Additive migrations. CREATE TABLE IF NOT EXISTS does nothing to a table\n // that already exists, so each new column is added on its own and its\n // \"duplicate column\" error swallowed. Cheaper than a migration framework\n // for a handful of columns, and safe to run on every cold start.\n for (const stmt of [\n `ALTER TABLE visitors ADD COLUMN referrer TEXT`,\n `ALTER TABLE visitors ADD COLUMN landing_url TEXT`,\n `ALTER TABLE visitors ADD COLUMN visits INTEGER DEFAULT 1`,\n `ALTER TABLE visitors ADD COLUMN session_started INTEGER`,\n // Coarse device, derived from the User-Agent and stored INSTEAD of it.\n // The raw UA string is a fingerprint we have no use for; \"Windows\" and\n // \"Chrome\" is the entire operational value of it.\n `ALTER TABLE visitors ADD COLUMN os TEXT`,\n `ALTER TABLE visitors ADD COLUMN browser TEXT`,\n `ALTER TABLE visitors ADD COLUMN page_views INTEGER DEFAULT 0`,\n `ALTER TABLE visitors ADD COLUMN time_on_site_ms INTEGER DEFAULT 0`,\n // Set when the browser sent Global Privacy Control or Do Not Track. A\n // stored flag, so it is auditable rather than merely honoured in passing.\n `ALTER TABLE visitors ADD COLUMN dnt INTEGER DEFAULT 0`,\n // Stamped when the idle sweep has nudged a conversation. Its only job is\n // to make \"at most once, ever\" a property of the data rather than\n // something the sweep has to remember.\n `ALTER TABLE conversations ADD COLUMN nudged_at INTEGER`,\n // Is the panel open on their screen right now, or have they minimised it?\n // An agent deciding whether to say something needs to know whether anyone\n // is actually looking at the window.\n `ALTER TABLE visitors ADD COLUMN chat_open INTEGER DEFAULT 0`,\n // WHAT THE VISITOR WAS ACTUALLY SHOWN. The opener and the page-specific\n // follow-up are rendered in the browser and never stored as messages, so\n // the console displayed an empty thread for someone who had been spoken\n // to twice. Recorded here so an agent can see what they are replying to.\n `ALTER TABLE visitors ADD COLUMN shown_opener TEXT`,\n `ALTER TABLE visitors ADD COLUMN shown_nudge TEXT`,\n // WHICH OPENER VARIANT THIS VISITOR WAS ASSIGNED. shown_opener already\n // holds the words, so this looks redundant — it is not. Grouping a split\n // test on prose means the first typo fix silently splits one variant into\n // two rows and severs the history either side of the edit. A short id\n // survives rewording, which a test meant to run for weeks needs.\n `ALTER TABLE visitors ADD COLUMN opener_variant TEXT`,\n // WHEN THE BROWSER SAID IT WAS LEAVING, as opposed to when we last heard\n // from it. Before this, \"gone\" could only ever be a guess from a missing\n // heartbeat, and a missing heartbeat is also what switching tabs, locking\n // a phone, or a throttled timer looks like. A pagehide beacon is the one\n // moment the browser will actually tell us. Cleared by the next ping, so\n // clicking through to another page on the site does not read as leaving.\n `ALTER TABLE visitors ADD COLUMN left_at INTEGER`,\n // THE VISITOR CLOSED THE CHAT, so the widget will not open itself at them\n // again for a week. It lives in their localStorage, which means the\n // console had no way to know — and \"browsing, never contacted\" looked\n // identical whether we had failed to speak to someone or they had told us\n // to stop. Reported on the heartbeat so the reason is on the row.\n `ALTER TABLE visitors ADD COLUMN chat_dismissed INTEGER DEFAULT 0`,\n ]) {\n try {\n await sqlite.execute(stmt);\n } catch (_e) {\n // Column already present. Nothing to do.\n }\n }\n\n await sqlite.execute({\n sql: `INSERT INTO meta (k, v) VALUES ('schema_version', ?)\n ON CONFLICT(k) DO UPDATE SET v = excluded.v`,\n args: [String(SCHEMA_VERSION)],\n });\n })();\n\n return ready;\n}\n\nexport function now(): number {\n return Date.now();\n}\n\n// Prefixed so an id is self-describing in logs and in the dashboard URL.\nexport function id(prefix: string): string {\n return prefix + \"_\" + crypto.randomUUID().replace(/-/g, \"\").slice(0, 20);\n}\n\n/**\n * std/sqlite returns each row as an ARRAY of values, not an object.\n *\n * Everything downstream — the widget, both consoles, and the model's turn\n * builder — reads rows by column name, so they all silently saw `undefined`\n * and produced nothing. Converting here, at the single place every query\n * passes through, rather than teaching four callers about tuple order.\n */\nfunction rowsToObjects(result: any): any[] {\n const cols: string[] = result?.columns ?? [];\n return (result?.rows ?? []).map((row: any) =>\n Array.isArray(row)\n ? Object.fromEntries(cols.map((c, i) => [c, row[i]]))\n : row\n );\n}\n\n/* ------------------------------------------------------------------ visitors */\n\nexport async function upsertVisitor(v: {\n id: string;\n name?: string | null;\n email?: string | null;\n phone?: string | null;\n zip?: string | null;\n company?: string | null;\n wpUserId?: string | null;\n pageUrl?: string | null;\n country?: string | null;\n os?: string | null;\n browser?: string | null;\n}) {\n const t = now();\n\n // COALESCE on update, so a later page view that knows less about the visitor\n // never blanks out what an earlier one established. Enrichment only ever\n // adds. The exception is page_url, which should always be the current page.\n await sqlite.execute({\n sql: `INSERT INTO visitors\n (id, name, email, phone, zip, company, wp_user_id,\n first_seen, last_seen, page_url, country, os, browser)\n VALUES (?, ?, ?, ?, ?, ?, ?, ?, ?, ?, ?, ?, ?)\n ON CONFLICT(id) DO UPDATE SET\n name = COALESCE(excluded.name, visitors.name),\n email = COALESCE(excluded.email, visitors.email),\n phone = COALESCE(excluded.phone, visitors.phone),\n zip = COALESCE(excluded.zip, visitors.zip),\n company = COALESCE(excluded.company, visitors.company),\n wp_user_id = COALESCE(excluded.wp_user_id, visitors.wp_user_id),\n last_seen = excluded.last_seen,\n page_url = excluded.page_url,\n country = COALESCE(excluded.country, visitors.country),\n os = COALESCE(excluded.os, visitors.os),\n browser = COALESCE(excluded.browser, visitors.browser)`,\n args: [\n v.id, v.name ?? null, v.email ?? null, v.phone ?? null, v.zip ?? null,\n v.company ?? null, v.wpUserId ?? null, t, t,\n v.pageUrl ?? null, v.country ?? null, v.os ?? null, v.browser ?? null,\n ],\n });\n}\n\n/**\n * Record a phone number the visitor typed in the chat.\n *\n * Separate from upsertVisitor because that one always overwrites page_url, and\n * this is called mid-conversation where we know nothing else about the page.\n *\n * COALESCE, so a number WordPress already verified for a signed-in customer is\n * not replaced by one typed into a chat box. The typed number is still used for\n * the lookup either way — this only decides what the agent panel keys off.\n */\nexport async function setVisitorPhone(visitorId: string, phone: string) {\n await sqlite.execute({\n sql: `UPDATE visitors SET phone = COALESCE(phone, ?) WHERE id = ?`,\n args: [phone, visitorId],\n });\n}\n\n/**\n * Record the opener at the moment the SERVER hands it over.\n *\n * Better than waiting for the widget to report it, for two reasons. It works\n * for every visitor immediately rather than only those who have picked up a new\n * widget.js past its five-minute cache — which was nobody for the first several\n * minutes. And it cannot disagree with what was displayed: the widget draws the\n * greeting on exactly the condition the caller checks here, an empty thread.\n *\n * COALESCE, so the first opener a visitor saw is the one kept.\n */\nexport async function setShownOpener(\n visitorId: string,\n text: string,\n variant?: string | null,\n) {\n await sqlite.execute({\n sql: `UPDATE visitors\n SET shown_opener = COALESCE(shown_opener, ?),\n opener_variant = COALESCE(opener_variant, ?)\n WHERE id = ?`,\n args: [text, variant ?? null, visitorId],\n });\n}\n\n/**\n * The split test's scoreboard.\n *\n * REPLIED means the visitor sent at least one message of their own — the only\n * thing an opener can be judged on. Not opens, not time on page: whether a real\n * person answered.\n *\n * Counted per VISITOR, not per conversation, because assignment is per visitor:\n * someone who returns a week later keeps their variant, and counting their\n * second conversation separately would weight the regulars.\n *\n * The `since` argument matters more than it looks. Every row written before the\n * test started has a null variant, and a \"no variant\" bucket sitting at the top\n * of the table is the kind of thing that gets read as a result.\n */\nexport async function openerReport(since = 0) {\n const r = await sqlite.execute({\n sql: `SELECT COALESCE(v.opener_variant, '(pre-test)') AS variant,\n COUNT(*) AS shown,\n SUM(CASE WHEN EXISTS (\n SELECT 1 FROM messages m\n JOIN conversations c ON c.id = m.conversation_id\n WHERE c.visitor_id = v.id AND m.sender = 'visitor')\n THEN 1 ELSE 0 END) AS replied,\n -- One example of the wording, so the report is readable\n -- without going and looking up what \"price_zip\" says.\n MAX(v.shown_opener) AS example\n FROM visitors v\n WHERE v.shown_opener IS NOT NULL\n AND v.first_seen >= ?\n GROUP BY variant\n ORDER BY shown DESC`,\n args: [since],\n });\n\n return rowsToObjects(r).map((row: any) => ({\n ...row,\n // Computed here rather than in the caller: two consoles and a shell would\n // otherwise each do this division slightly differently.\n reply_rate: Number(row[\"shown\"]) ? Number(row[\"replied\"]) / Number(row[\"shown\"]) : 0,\n }));\n}\n\n/**\n * The browser told us it is going away. Recorded from a pagehide beacon.\n *\n * NOT PROOF THEY CLOSED THE SITE. pagehide also fires on an ordinary click\n * through to the next page, and on iOS when the tab is merely backgrounded. It\n * is only ever \"this document is being put away\" — which is why the next\n * heartbeat clears it, and why the console waits a few seconds before believing\n * it. What it does give is the thing a missing heartbeat never could: a\n * positive signal at the moment it happens, rather than a silence you have to\n * wait 45 seconds to notice.\n */\nexport async function markLeft(visitorId: string) {\n await sqlite.execute({\n sql: `UPDATE visitors SET left_at = ? WHERE id = ?`,\n args: [now(), visitorId],\n });\n}\n\nexport async function setSalesforce(\n visitorId: string,\n account: string | null,\n nextDelivery: string | null,\n) {\n await sqlite.execute({\n sql: `UPDATE visitors\n SET sf_account = ?, sf_next_delivery = ?, sf_checked_at = ?\n WHERE id = ?`,\n args: [account, nextDelivery, now(), visitorId],\n });\n}\n\nexport async function getVisitor(visitorId: string) {\n const r = await sqlite.execute({\n sql: `SELECT * FROM visitors WHERE id = ?`,\n args: [visitorId],\n });\n return rowsToObjects(r)[0] ?? null;\n}\n\n/* ------------------------------------------------------- conversations */\n\nexport async function openConversation(visitorId: string): Promise {\n // One live conversation per visitor. Reusing it means a customer who\n // refreshes mid-chat lands back in the same thread instead of orphaning it\n // — orphaned threads are how a handoff gets silently dropped.\n const existing = await sqlite.execute({\n sql: `SELECT id FROM conversations\n WHERE visitor_id = ? AND status != 'closed'\n ORDER BY last_message_at DESC LIMIT 1`,\n args: [visitorId],\n });\n\n const prior = rowsToObjects(existing)[0];\n if (prior) return String(prior[\"id\"]);\n\n const cid = id(\"c\");\n const t = now();\n await sqlite.execute({\n sql: `INSERT INTO conversations\n (id, visitor_id, status, created_at, last_message_at)\n VALUES (?, ?, 'ai', ?, ?)`,\n args: [cid, visitorId, t, t],\n });\n return cid;\n}\n\nexport async function getConversation(cid: string) {\n const r = await sqlite.execute({\n sql: `SELECT c.*, v.name, v.email, v.phone, v.zip, v.company,\n v.sf_account, v.sf_next_delivery, v.page_url, v.country,\n v.os, v.browser, v.visits, v.page_views, v.time_on_site_ms,\n v.referrer, v.landing_url, v.session_started, v.dnt,\n v.chat_open, v.shown_opener, v.shown_nudge, v.wp_user_id\n FROM conversations c\n JOIN visitors v ON v.id = c.visitor_id\n WHERE c.id = ?`,\n args: [cid],\n });\n return rowsToObjects(r)[0] ?? null;\n}\n\nexport async function setStatus(\n cid: string,\n status: \"ai\" | \"needs_human\" | \"human\" | \"closed\",\n agent?: string | null,\n) {\n const t = now();\n // handoff_at is stamped only on the FIRST transition into needs_human, so a\n // customer who asks twice doesn't have their wait time reset to zero.\n await sqlite.execute({\n sql: `UPDATE conversations\n SET status = ?,\n assigned_to = COALESCE(?, assigned_to),\n handoff_at = CASE\n WHEN ? = 'needs_human' AND handoff_at IS NULL THEN ?\n ELSE handoff_at END,\n claimed_at = CASE\n WHEN ? = 'human' AND claimed_at IS NULL THEN ?\n ELSE claimed_at END\n WHERE id = ?`,\n args: [status, agent ?? null, status, t, status, t, cid],\n });\n}\n\n/** Conversation list for the dashboard, newest activity first. */\nexport async function listConversations(limit = 50) {\n const r = await sqlite.execute({\n sql: `SELECT c.id, c.status, c.assigned_to, c.last_message_at, c.handoff_at,\n v.name, v.email, v.phone, v.sf_account, v.country,\n (SELECT body FROM messages m\n WHERE m.conversation_id = c.id\n ORDER BY m.created_at DESC LIMIT 1) AS preview,\n -- When the VISITOR last spoke, specifically. last_message_at\n -- moves for our own replies too, so it cannot tell the console\n -- the one thing worth making a noise about: a real person\n -- answering.\n (SELECT MAX(m2.created_at) FROM messages m2\n WHERE m2.conversation_id = c.id AND m2.sender = 'visitor')\n AS last_visitor_at\n FROM conversations c\n JOIN visitors v ON v.id = c.visitor_id\n WHERE c.status != 'closed'\n ORDER BY\n -- Anyone waiting on a human sorts to the top regardless of\n -- recency. A customer waiting eight minutes must not be pushed\n -- down the list by a bot conversation that just ticked.\n CASE c.status WHEN 'needs_human' THEN 0 ELSE 1 END,\n c.last_message_at DESC\n LIMIT ?`,\n args: [limit],\n });\n return rowsToObjects(r);\n}\n\n/**\n * Conversations that went quiet after the visitor had engaged.\n *\n * EVERY CLAUSE HERE EXISTS TO STOP THIS BEING NAGGING. In order:\n *\n * - status 'ai' a human who has taken over does not want the bot\n * interrupting, and a closed thread is finished.\n * - nudged_at NULL once per conversation, ever. Twice is pestering.\n * - the idle WINDOW a floor so we are not talking over someone who is still\n * typing, and a CEILING because reopening a conversation\n * that died an hour ago reads as creepy rather than\n * helpful. Outside the window they are simply left alone.\n * - visitor spoke \"some engagement\" is the whole premise. Somebody who\n * opened the widget and never typed gets nothing.\n * - we spoke LAST if the visitor spoke last we owe them an answer, not a\n * follow-up question. That case is a bug, not an idle chat.\n * - no pay link an order already went through, so \"need a hand ordering?\"\n * would be nonsense to the one person we most want to look\n * competent in front of.\n */\nexport async function listNudgeCandidates(\n idleAtLeastMs: number,\n idleAtMostMs: number,\n limit = 5,\n) {\n const t = now();\n const r = await sqlite.execute({\n sql: `SELECT c.id, c.visitor_id\n FROM conversations c\n WHERE c.status = 'ai'\n AND c.nudged_at IS NULL\n AND c.last_message_at <= ?\n AND c.last_message_at >= ?\n AND EXISTS (SELECT 1 FROM messages m\n WHERE m.conversation_id = c.id AND m.sender = 'visitor')\n AND (SELECT m2.sender FROM messages m2\n WHERE m2.conversation_id = c.id\n ORDER BY m2.created_at DESC LIMIT 1) = 'ai'\n AND NOT EXISTS (SELECT 1 FROM messages m3\n WHERE m3.conversation_id = c.id\n AND m3.body LIKE '%/payments/%')\n ORDER BY c.last_message_at ASC\n LIMIT ?`,\n args: [t - idleAtLeastMs, t - idleAtMostMs, limit],\n });\n return rowsToObjects(r);\n}\n\n/**\n * Stamped BEFORE the nudge is written, not after.\n *\n * If the model call then fails, this conversation is skipped for good — which\n * is the right way round. A crash between the two must not leave a thread\n * eligible on every subsequent sweep, quietly nudging the same person forever.\n */\nexport async function markNudged(cid: string) {\n await sqlite.execute({\n sql: `UPDATE conversations SET nudged_at = ? WHERE id = ? AND nudged_at IS NULL`,\n args: [now(), cid],\n });\n}\n\n/* ----------------------------------------------------------- messages */\n\nexport async function addMessage(\n cid: string,\n sender: \"visitor\" | \"ai\" | \"agent\" | \"system\",\n body: string,\n senderName?: string | null,\n): Promise<{ id: string; created_at: number }> {\n const mid = id(\"m\");\n const t = now();\n\n await sqlite.batch([\n {\n sql: `INSERT INTO messages\n (id, conversation_id, sender, sender_name, body, created_at)\n VALUES (?, ?, ?, ?, ?, ?)`,\n args: [mid, cid, sender, senderName ?? null, body, t],\n },\n {\n sql: `UPDATE conversations SET last_message_at = ? WHERE id = ?`,\n args: [t, cid],\n },\n ]);\n\n return { id: mid, created_at: t };\n}\n\nexport async function getMessages(cid: string, sinceMs = 0) {\n const r = await sqlite.execute({\n sql: `SELECT id, sender, sender_name, body, created_at\n FROM messages\n WHERE conversation_id = ? AND created_at > ?\n ORDER BY created_at ASC`,\n args: [cid, sinceMs],\n });\n return rowsToObjects(r);\n}\n\n/* ----------------------------------------------------------- presence */\n\n/**\n * A gap this long means they left and came back, so it counts as a new visit.\n * Thirty minutes is the usual analytics convention and matches how people\n * actually browse — a tab left open over lunch is not two visits.\n */\nconst SESSION_GAP_MS = 30 * 60 * 1000;\n\n/**\n * How long a visitor who never spoke to us is kept.\n *\n * Browsing data has a short useful life and a long liability tail. Ninety days\n * covers \"have they been back since we quoted them\" and nothing beyond it.\n * Anyone who actually held a conversation is exempt — that is a customer\n * record, not analytics.\n */\nconst RETENTION_MS = 90 * 24 * 60 * 60 * 1000;\n\n/**\n * Heartbeat. Runs on every page view, so it stays a single UPDATE.\n *\n * referrer and landing_url use COALESCE because only the FIRST answer is\n * interesting: how they found you, and where they came in. Overwriting them on\n * every page would just leave you with the previous page of your own site.\n */\nexport async function recordPresence(\n visitorId: string,\n pageUrl: string | null,\n referrer: string | null,\n opts: {\n country?: string | null;\n os?: string | null;\n browser?: string | null;\n optedOut?: boolean;\n chatOpen?: boolean;\n chatDismissed?: boolean;\n shownOpener?: string | null;\n shownNudge?: string | null;\n } = {},\n) {\n const v = await getVisitor(visitorId);\n if (!v) return { newSession: false };\n\n const t = now();\n const last = Number(v[\"last_seen\"] ?? 0);\n const first = Number(v[\"first_seen\"] ?? 0);\n const gap = last ? t - last : 0;\n\n // The row was inserted milliseconds ago by this same request, so first_seen\n // and last_seen are the same stamp. That is a first page view, NOT a second\n // session — counting it as one would have every visitor arrive at \"visit 2\",\n // and it would bank the insert-to-update milliseconds as time on site.\n const brandNew = !last || last === first;\n\n const isNew = !brandNew && gap > SESSION_GAP_MS ? 1 : 0;\n\n // Global Privacy Control, honoured. They still appear on the monitoring\n // screen and chat works exactly as normal — the console would be useless\n // otherwise, and refusing to talk to someone is not a privacy feature. What\n // stops is the profile: no counters, no device, no country, ever.\n if (opts.optedOut) {\n // chat_open is recorded even here. It is not a profile — it is whether a\n // window is open on screen this second, which is what an agent needs to\n // decide whether saying something would reach anybody.\n await sqlite.execute({\n sql: `UPDATE visitors\n SET last_seen = ?, page_url = COALESCE(?, page_url), dnt = 1,\n chat_open = ?,\n -- Cleared here too. Whether the window in front of someone is\n -- still open is not a profile, and an opted-out visitor shown\n -- as permanently \"left\" would be worse served, not better.\n left_at = NULL\n WHERE id = ?`,\n args: [t, pageUrl, opts.chatOpen ? 1 : 0, visitorId],\n });\n return { newSession: isNew === 1 };\n }\n\n // Page views count PAGES, not heartbeats. The widget pings every 45 seconds,\n // so counting pings would report eighty views for one long article and make\n // the number worse than useless — it would look like engagement.\n const samePage = !!pageUrl && String(v[\"page_url\"] ?? \"\") === pageUrl;\n const viewed = brandNew || isNew || !samePage ? 1 : 0;\n\n // Dwell time accrues from the gap between pings, and only within a session.\n // The hours between two visits are not time on site, and a tab left open\n // over a weekend must not report as a three-day reading session.\n const dwell = brandNew || isNew ? 0 : Math.min(gap, SESSION_GAP_MS);\n\n await sqlite.execute({\n sql: `UPDATE visitors\n SET last_seen = ?,\n page_url = COALESCE(?, page_url),\n referrer = COALESCE(referrer, ?),\n landing_url = COALESCE(landing_url, ?),\n visits = COALESCE(visits, 1) + ?,\n page_views = COALESCE(page_views, 0) + ?,\n time_on_site_ms = COALESCE(time_on_site_ms, 0) + ?,\n country = COALESCE(?, country),\n os = COALESCE(?, os),\n browser = COALESCE(?, browser),\n session_started = CASE WHEN ? = 1 THEN ?\n ELSE COALESCE(session_started, ?) END,\n chat_open = ?,\n -- Overwritten, not COALESCEd: this one can go back to 0 when\n -- the week lapses or they open the chat again, and a sticky\n -- \"they closed it\" would then be a lie the console repeats.\n chat_dismissed = ?,\n -- THEY ARE BACK. A ping is proof the document is alive, so any\n -- earlier pagehide was a tab switch, a bfcache restore, or a\n -- click through to the next page of the site — not a departure.\n -- Without this the console would keep calling a live visitor\n -- gone for as long as they stayed.\n left_at = NULL,\n -- COALESCE: the FIRST thing they were shown is the interesting\n -- one. Later pings send the same text, and a page change would\n -- otherwise overwrite the line they actually read.\n shown_opener = COALESCE(shown_opener, ?),\n shown_nudge = COALESCE(shown_nudge, ?)\n WHERE id = ?`,\n args: [\n t, pageUrl, referrer, pageUrl, isNew, viewed, dwell,\n opts.country ?? null, opts.os ?? null, opts.browser ?? null,\n isNew, t, t,\n opts.chatOpen ? 1 : 0, opts.chatDismissed ? 1 : 0,\n opts.shownOpener ?? null, opts.shownNudge ?? null,\n visitorId,\n ],\n });\n\n return { newSession: isNew === 1 };\n}\n\n/**\n * Delete browsing rows past their retention window.\n *\n * Throttled through `meta` rather than run on a cron, so it cannot fire on\n * every request and needs no second scheduled file. Once a day is far more\n * often than ninety-day retention requires.\n *\n * Visitors with any conversation are excluded outright. Deleting those would\n * orphan the messages and lose the account match an agent worked for.\n */\nexport async function purgeStaleVisitors(): Promise {\n const t = now();\n\n const seen = await sqlite.execute({\n sql: `SELECT v FROM meta WHERE k = 'last_purge'`,\n });\n const lastRun = Number(rowsToObjects(seen)[0]?.[\"v\"] ?? 0);\n if (lastRun && t - lastRun < 24 * 60 * 60 * 1000) return 0;\n\n // Stamp BEFORE deleting, so a failure cannot put this in a retry loop that\n // runs a table scan on every page view of the storefront.\n await sqlite.execute({\n sql: `INSERT INTO meta (k, v) VALUES ('last_purge', ?)\n ON CONFLICT(k) DO UPDATE SET v = excluded.v`,\n args: [String(t)],\n });\n\n const res = await sqlite.execute({\n sql: `DELETE FROM visitors\n WHERE last_seen < ?\n AND id NOT IN (SELECT visitor_id FROM conversations)`,\n args: [t - RETENTION_MS],\n });\n\n const n = Number((res as any)?.rowsAffected ?? 0);\n if (n) console.log(\"retention: purged \" + n + \" visitor rows past 90 days\");\n return n;\n}\n\n/**\n * Who is on the site right now.\n *\n * A visitor counts as present if they pinged within the window the caller\n * passes — roughly twice the heartbeat interval, so one missed ping does not\n * make someone vanish from an agent's screen mid-thought.\n */\nexport async function listActiveVisitors(activeSince: number) {\n const r = await sqlite.execute({\n sql: `SELECT v.id, v.name, v.email, v.phone, v.company, v.zip,\n -- Proof of a real WooCommerce session, not a guess: the\n -- WordPress snippet sets it only when is_user_logged_in().\n -- The console needs it to tell a customer browsing their\n -- account from someone stuck on the login form.\n v.wp_user_id,\n v.sf_account, v.sf_next_delivery,\n v.page_url, v.country, v.first_seen, v.last_seen,\n v.referrer, v.landing_url, v.visits, v.session_started,\n v.os, v.browser, v.page_views, v.time_on_site_ms, v.dnt,\n v.chat_open, v.chat_dismissed,\n v.shown_opener, v.shown_nudge, v.opener_variant,\n -- Set by the pagehide beacon and cleared by the next ping, so a\n -- value here means the last thing this browser did was go away.\n v.left_at,\n (SELECT c.id FROM conversations c\n WHERE c.visitor_id = v.id AND c.status != 'closed'\n ORDER BY c.last_message_at DESC LIMIT 1) AS conversation_id,\n (SELECT COUNT(*) FROM messages m\n JOIN conversations c2 ON c2.id = m.conversation_id\n WHERE c2.visitor_id = v.id) AS message_count\n FROM visitors v\n WHERE v.last_seen > ?\n -- NEWEST ARRIVAL FIRST, not most recent heartbeat.\n --\n -- Sorting on last_seen looked like the same thing and is not: every\n -- live visitor pings every 45 seconds, so the top of the list was\n -- whoever happened to have pinged most recently, which is close to\n -- arbitrary among people who are all still here. Someone half an\n -- hour into a session sat above someone who had just landed.\n --\n -- Arrival order is the one an agent can act on. A visitor who\n -- arrived twenty seconds ago is the one still deciding whether to\n -- stay; a visitor thirty minutes in has already made that call. The\n -- row still says how long each has been idle, so nobody stale is\n -- mistaken for live just because they arrived recently.\n --\n -- COALESCE because session_started is only stamped once presence has\n -- run; a row inserted moments ago has none yet, and without the\n -- fallback the newest visitor of all would sort to the bottom.\n ORDER BY COALESCE(v.session_started, v.first_seen) DESC\n LIMIT 100`,\n args: [activeSince],\n });\n return rowsToObjects(r);\n}\n\n/** Existing open conversation, WITHOUT creating one. */\nexport async function findOpenConversation(visitorId: string): Promise {\n const r = await sqlite.execute({\n sql: `SELECT id FROM conversations\n WHERE visitor_id = ? AND status != 'closed'\n ORDER BY last_message_at DESC LIMIT 1`,\n args: [visitorId],\n });\n const row = rowsToObjects(r)[0];\n return row ? String(row[\"id\"]) : null;\n}\n\n/**\n * Has anyone spoken to this visitor yet?\n *\n * Used by the presence ping to decide whether to pop the widget open. A chat\n * the visitor started themselves must not re-open on every page view — only an\n * agent reaching out unprompted should do that.\n */\nexport async function hasAgentMessage(conversationId: string): Promise {\n const r = await sqlite.execute({\n sql: `SELECT COUNT(*) AS n FROM messages\n WHERE conversation_id = ? AND sender = 'agent'`,\n args: [conversationId],\n });\n const row = rowsToObjects(r)[0];\n return Number(row?.[\"n\"] ?? 0) > 0;\n}\n","// Tribeca Chat — storage layer\n//\n// Built to replacement spec for tawk.to, run in parallel until the team trusts\n// the notifications. See conversations.status for the AI/human handoff model.\n//\n// Val-scoped SQLite. Every write goes through here so the SSE fan-out in\n// main.ts has exactly one place to hook.\n\nimport { sqlite } from \"https://esm.town/v/std/sqlite\";\n\n// Bump when the shape changes; init() is safe to call on every request.\nconst SCHEMA_VERSION = 1;\n\nlet ready: Promise | null = null;\n\nexport function init(): Promise {\n // Memoised, not because the CREATEs are expensive, but because Val Town can\n // serve several requests from one isolate and re-running them per request\n // shows up as latency on the visitor's first message.\n if (ready) return ready;\n\n ready = (async () => {\n await sqlite.batch([\n `CREATE TABLE IF NOT EXISTS visitors (\n id TEXT PRIMARY KEY,\n name TEXT,\n email TEXT,\n phone TEXT,\n zip TEXT,\n company TEXT,\n wp_user_id TEXT,\n -- Salesforce answers are cached on the visitor, not looked up per\n -- message. The lookup is two SOQL queries behind a Val Town cold\n -- start; doing it per turn would be felt by the customer.\n sf_account TEXT,\n sf_next_delivery TEXT,\n sf_checked_at INTEGER,\n first_seen INTEGER NOT NULL,\n last_seen INTEGER NOT NULL,\n page_url TEXT,\n user_agent TEXT,\n country TEXT\n )`,\n\n `CREATE TABLE IF NOT EXISTS conversations (\n id TEXT PRIMARY KEY,\n visitor_id TEXT NOT NULL,\n -- ai AI is answering\n -- needs_human handoff requested, nobody has claimed it yet\n -- human an agent has taken over; the AI must stay silent\n -- closed ended\n status TEXT NOT NULL DEFAULT 'ai',\n assigned_to TEXT,\n -- Set when status first becomes needs_human, so we can measure how\n -- long customers actually wait. That number is the whole argument for\n -- or against cutting over from tawk.\n handoff_at INTEGER,\n claimed_at INTEGER,\n created_at INTEGER NOT NULL,\n last_message_at INTEGER NOT NULL,\n FOREIGN KEY (visitor_id) REFERENCES visitors(id)\n )`,\n\n `CREATE TABLE IF NOT EXISTS messages (\n id TEXT PRIMARY KEY,\n conversation_id TEXT NOT NULL,\n -- visitor | ai | agent | system\n sender TEXT NOT NULL,\n -- Display name for agent messages; null for visitor/ai/system.\n sender_name TEXT,\n body TEXT NOT NULL,\n created_at INTEGER NOT NULL,\n FOREIGN KEY (conversation_id) REFERENCES conversations(id)\n )`,\n\n // The dashboard's default view is \"conversations needing attention,\n // newest first\", and the visitor stream polls by conversation. Both are\n // hot paths on every keystroke, so they get indexes from day one.\n `CREATE INDEX IF NOT EXISTS idx_msg_conv ON messages(conversation_id, created_at)`,\n `CREATE INDEX IF NOT EXISTS idx_conv_status ON conversations(status, last_message_at DESC)`,\n `CREATE INDEX IF NOT EXISTS idx_conv_visitor ON conversations(visitor_id)`,\n\n `CREATE TABLE IF NOT EXISTS meta (k TEXT PRIMARY KEY, v TEXT)`,\n ]);\n\n // Additive migrations. CREATE TABLE IF NOT EXISTS does nothing to a table\n // that already exists, so each new column is added on its own and its\n // \"duplicate column\" error swallowed. Cheaper than a migration framework\n // for a handful of columns, and safe to run on every cold start.\n for (const stmt of [\n `ALTER TABLE visitors ADD COLUMN referrer TEXT`,\n `ALTER TABLE visitors ADD COLUMN landing_url TEXT`,\n `ALTER TABLE visitors ADD COLUMN visits INTEGER DEFAULT 1`,\n `ALTER TABLE visitors ADD COLUMN session_started INTEGER`,\n // Coarse device, derived from the User-Agent and stored INSTEAD of it.\n // The raw UA string is a fingerprint we have no use for; \"Windows\" and\n // \"Chrome\" is the entire operational value of it.\n `ALTER TABLE visitors ADD COLUMN os TEXT`,\n `ALTER TABLE visitors ADD COLUMN browser TEXT`,\n `ALTER TABLE visitors ADD COLUMN page_views INTEGER DEFAULT 0`,\n `ALTER TABLE visitors ADD COLUMN time_on_site_ms INTEGER DEFAULT 0`,\n // Set when the browser sent Global Privacy Control or Do Not Track. A\n // stored flag, so it is auditable rather than merely honoured in passing.\n `ALTER TABLE visitors ADD COLUMN dnt INTEGER DEFAULT 0`,\n // Stamped when the idle sweep has nudged a conversation. Its only job is\n // to make \"at most once, ever\" a property of the data rather than\n // something the sweep has to remember.\n `ALTER TABLE conversations ADD COLUMN nudged_at INTEGER`,\n // Is the panel open on their screen right now, or have they minimised it?\n // An agent deciding whether to say something needs to know whether anyone\n // is actually looking at the window.\n `ALTER TABLE visitors ADD COLUMN chat_open INTEGER DEFAULT 0`,\n // WHAT THE VISITOR WAS ACTUALLY SHOWN. The opener and the page-specific\n // follow-up are rendered in the browser and never stored as messages, so\n // the console displayed an empty thread for someone who had been spoken\n // to twice. Recorded here so an agent can see what they are replying to.\n `ALTER TABLE visitors ADD COLUMN shown_opener TEXT`,\n `ALTER TABLE visitors ADD COLUMN shown_nudge TEXT`,\n // WHICH OPENER VARIANT THIS VISITOR WAS ASSIGNED. shown_opener already\n // holds the words, so this looks redundant — it is not. Grouping a split\n // test on prose means the first typo fix silently splits one variant into\n // two rows and severs the history either side of the edit. A short id\n // survives rewording, which a test meant to run for weeks needs.\n `ALTER TABLE visitors ADD COLUMN opener_variant TEXT`,\n // WHEN THE BROWSER SAID IT WAS LEAVING, as opposed to when we last heard\n // from it. Before this, \"gone\" could only ever be a guess from a missing\n // heartbeat, and a missing heartbeat is also what switching tabs, locking\n // a phone, or a throttled timer looks like. A pagehide beacon is the one\n // moment the browser will actually tell us. Cleared by the next ping, so\n // clicking through to another page on the site does not read as leaving.\n `ALTER TABLE visitors ADD COLUMN left_at INTEGER`,\n // THE VISITOR CLOSED THE CHAT, so the widget will not open itself at them\n // again for a week. It lives in their localStorage, which means the\n // console had no way to know — and \"browsing, never contacted\" looked\n // identical whether we had failed to speak to someone or they had told us\n // to stop. Reported on the heartbeat so the reason is on the row.\n `ALTER TABLE visitors ADD COLUMN chat_dismissed INTEGER DEFAULT 0`,\n // How many times we have asked this conversation for a name or a number\n // after a handoff. Capped, because the one thing worse than not getting\n // a callback number is a bot asking a third time for something the\n // person has decided not to give.\n `ALTER TABLE conversations ADD COLUMN contact_asks INTEGER DEFAULT 0`,\n ]) {\n try {\n await sqlite.execute(stmt);\n } catch (_e) {\n // Column already present. Nothing to do.\n }\n }\n\n await sqlite.execute({\n sql: `INSERT INTO meta (k, v) VALUES ('schema_version', ?)\n ON CONFLICT(k) DO UPDATE SET v = excluded.v`,\n args: [String(SCHEMA_VERSION)],\n });\n })();\n\n return ready;\n}\n\nexport function now(): number {\n return Date.now();\n}\n\n// Prefixed so an id is self-describing in logs and in the dashboard URL.\nexport function id(prefix: string): string {\n return prefix + \"_\" + crypto.randomUUID().replace(/-/g, \"\").slice(0, 20);\n}\n\n/**\n * std/sqlite returns each row as an ARRAY of values, not an object.\n *\n * Everything downstream — the widget, both consoles, and the model's turn\n * builder — reads rows by column name, so they all silently saw `undefined`\n * and produced nothing. Converting here, at the single place every query\n * passes through, rather than teaching four callers about tuple order.\n */\nfunction rowsToObjects(result: any): any[] {\n const cols: string[] = result?.columns ?? [];\n return (result?.rows ?? []).map((row: any) =>\n Array.isArray(row)\n ? Object.fromEntries(cols.map((c, i) => [c, row[i]]))\n : row\n );\n}\n\n/* ------------------------------------------------------------------ visitors */\n\nexport async function upsertVisitor(v: {\n id: string;\n name?: string | null;\n email?: string | null;\n phone?: string | null;\n zip?: string | null;\n company?: string | null;\n wpUserId?: string | null;\n pageUrl?: string | null;\n country?: string | null;\n os?: string | null;\n browser?: string | null;\n}) {\n const t = now();\n\n // COALESCE on update, so a later page view that knows less about the visitor\n // never blanks out what an earlier one established. Enrichment only ever\n // adds. The exception is page_url, which should always be the current page.\n await sqlite.execute({\n sql: `INSERT INTO visitors\n (id, name, email, phone, zip, company, wp_user_id,\n first_seen, last_seen, page_url, country, os, browser)\n VALUES (?, ?, ?, ?, ?, ?, ?, ?, ?, ?, ?, ?, ?)\n ON CONFLICT(id) DO UPDATE SET\n name = COALESCE(excluded.name, visitors.name),\n email = COALESCE(excluded.email, visitors.email),\n phone = COALESCE(excluded.phone, visitors.phone),\n zip = COALESCE(excluded.zip, visitors.zip),\n company = COALESCE(excluded.company, visitors.company),\n wp_user_id = COALESCE(excluded.wp_user_id, visitors.wp_user_id),\n last_seen = excluded.last_seen,\n page_url = excluded.page_url,\n country = COALESCE(excluded.country, visitors.country),\n os = COALESCE(excluded.os, visitors.os),\n browser = COALESCE(excluded.browser, visitors.browser)`,\n args: [\n v.id, v.name ?? null, v.email ?? null, v.phone ?? null, v.zip ?? null,\n v.company ?? null, v.wpUserId ?? null, t, t,\n v.pageUrl ?? null, v.country ?? null, v.os ?? null, v.browser ?? null,\n ],\n });\n}\n\n/**\n * Record a phone number the visitor typed in the chat.\n *\n * Separate from upsertVisitor because that one always overwrites page_url, and\n * this is called mid-conversation where we know nothing else about the page.\n *\n * COALESCE, so a number WordPress already verified for a signed-in customer is\n * not replaced by one typed into a chat box. The typed number is still used for\n * the lookup either way — this only decides what the agent panel keys off.\n */\nexport async function setVisitorPhone(visitorId: string, phone: string) {\n await sqlite.execute({\n sql: `UPDATE visitors SET phone = COALESCE(phone, ?) WHERE id = ?`,\n args: [phone, visitorId],\n });\n}\n\n/**\n * Record the opener at the moment the SERVER hands it over.\n *\n * Better than waiting for the widget to report it, for two reasons. It works\n * for every visitor immediately rather than only those who have picked up a new\n * widget.js past its five-minute cache — which was nobody for the first several\n * minutes. And it cannot disagree with what was displayed: the widget draws the\n * greeting on exactly the condition the caller checks here, an empty thread.\n *\n * COALESCE, so the first opener a visitor saw is the one kept.\n */\nexport async function setShownOpener(\n visitorId: string,\n text: string,\n variant?: string | null,\n) {\n await sqlite.execute({\n sql: `UPDATE visitors\n SET shown_opener = COALESCE(shown_opener, ?),\n opener_variant = COALESCE(opener_variant, ?)\n WHERE id = ?`,\n args: [text, variant ?? null, visitorId],\n });\n}\n\n/**\n * The split test's scoreboard.\n *\n * REPLIED means the visitor sent at least one message of their own — the only\n * thing an opener can be judged on. Not opens, not time on page: whether a real\n * person answered.\n *\n * Counted per VISITOR, not per conversation, because assignment is per visitor:\n * someone who returns a week later keeps their variant, and counting their\n * second conversation separately would weight the regulars.\n *\n * The `since` argument matters more than it looks. Every row written before the\n * test started has a null variant, and a \"no variant\" bucket sitting at the top\n * of the table is the kind of thing that gets read as a result.\n */\nexport async function openerReport(since = 0) {\n const r = await sqlite.execute({\n sql: `SELECT COALESCE(v.opener_variant, '(pre-test)') AS variant,\n COUNT(*) AS shown,\n SUM(CASE WHEN EXISTS (\n SELECT 1 FROM messages m\n JOIN conversations c ON c.id = m.conversation_id\n WHERE c.visitor_id = v.id AND m.sender = 'visitor')\n THEN 1 ELSE 0 END) AS replied,\n -- One example of the wording, so the report is readable\n -- without going and looking up what \"price_zip\" says.\n MAX(v.shown_opener) AS example\n FROM visitors v\n WHERE v.shown_opener IS NOT NULL\n AND v.first_seen >= ?\n GROUP BY variant\n ORDER BY shown DESC`,\n args: [since],\n });\n\n return rowsToObjects(r).map((row: any) => ({\n ...row,\n // Computed here rather than in the caller: two consoles and a shell would\n // otherwise each do this division slightly differently.\n reply_rate: Number(row[\"shown\"]) ? Number(row[\"replied\"]) / Number(row[\"shown\"]) : 0,\n }));\n}\n\n/**\n * The browser told us it is going away. Recorded from a pagehide beacon.\n *\n * NOT PROOF THEY CLOSED THE SITE. pagehide also fires on an ordinary click\n * through to the next page, and on iOS when the tab is merely backgrounded. It\n * is only ever \"this document is being put away\" — which is why the next\n * heartbeat clears it, and why the console waits a few seconds before believing\n * it. What it does give is the thing a missing heartbeat never could: a\n * positive signal at the moment it happens, rather than a silence you have to\n * wait 45 seconds to notice.\n */\nexport async function markLeft(visitorId: string) {\n await sqlite.execute({\n sql: `UPDATE visitors SET left_at = ? WHERE id = ?`,\n args: [now(), visitorId],\n });\n}\n\nexport async function setSalesforce(\n visitorId: string,\n account: string | null,\n nextDelivery: string | null,\n) {\n await sqlite.execute({\n sql: `UPDATE visitors\n SET sf_account = ?, sf_next_delivery = ?, sf_checked_at = ?\n WHERE id = ?`,\n args: [account, nextDelivery, now(), visitorId],\n });\n}\n\nexport async function getVisitor(visitorId: string) {\n const r = await sqlite.execute({\n sql: `SELECT * FROM visitors WHERE id = ?`,\n args: [visitorId],\n });\n return rowsToObjects(r)[0] ?? null;\n}\n\n/* ------------------------------------------------------- conversations */\n\nexport async function openConversation(visitorId: string): Promise {\n // One live conversation per visitor. Reusing it means a customer who\n // refreshes mid-chat lands back in the same thread instead of orphaning it\n // — orphaned threads are how a handoff gets silently dropped.\n const existing = await sqlite.execute({\n sql: `SELECT id FROM conversations\n WHERE visitor_id = ? AND status != 'closed'\n ORDER BY last_message_at DESC LIMIT 1`,\n args: [visitorId],\n });\n\n const prior = rowsToObjects(existing)[0];\n if (prior) return String(prior[\"id\"]);\n\n const cid = id(\"c\");\n const t = now();\n await sqlite.execute({\n sql: `INSERT INTO conversations\n (id, visitor_id, status, created_at, last_message_at)\n VALUES (?, ?, 'ai', ?, ?)`,\n args: [cid, visitorId, t, t],\n });\n return cid;\n}\n\nexport async function getConversation(cid: string) {\n const r = await sqlite.execute({\n sql: `SELECT c.*, v.name, v.email, v.phone, v.zip, v.company,\n v.sf_account, v.sf_next_delivery, v.page_url, v.country,\n v.os, v.browser, v.visits, v.page_views, v.time_on_site_ms,\n v.referrer, v.landing_url, v.session_started, v.dnt,\n v.chat_open, v.shown_opener, v.shown_nudge, v.wp_user_id\n FROM conversations c\n JOIN visitors v ON v.id = c.visitor_id\n WHERE c.id = ?`,\n args: [cid],\n });\n return rowsToObjects(r)[0] ?? null;\n}\n\nexport async function setStatus(\n cid: string,\n status: \"ai\" | \"needs_human\" | \"human\" | \"closed\",\n agent?: string | null,\n) {\n const t = now();\n // handoff_at is stamped only on the FIRST transition into needs_human, so a\n // customer who asks twice doesn't have their wait time reset to zero.\n await sqlite.execute({\n sql: `UPDATE conversations\n SET status = ?,\n assigned_to = COALESCE(?, assigned_to),\n handoff_at = CASE\n WHEN ? = 'needs_human' AND handoff_at IS NULL THEN ?\n ELSE handoff_at END,\n claimed_at = CASE\n WHEN ? = 'human' AND claimed_at IS NULL THEN ?\n ELSE claimed_at END\n WHERE id = ?`,\n args: [status, agent ?? null, status, t, status, t, cid],\n });\n}\n\n/** Conversation list for the dashboard, newest activity first. */\nexport async function listConversations(limit = 50) {\n const r = await sqlite.execute({\n sql: `SELECT c.id, c.status, c.assigned_to, c.last_message_at, c.handoff_at,\n v.name, v.email, v.phone, v.sf_account, v.country,\n (SELECT body FROM messages m\n WHERE m.conversation_id = c.id\n ORDER BY m.created_at DESC LIMIT 1) AS preview,\n -- When the VISITOR last spoke, specifically. last_message_at\n -- moves for our own replies too, so it cannot tell the console\n -- the one thing worth making a noise about: a real person\n -- answering.\n (SELECT MAX(m2.created_at) FROM messages m2\n WHERE m2.conversation_id = c.id AND m2.sender = 'visitor')\n AS last_visitor_at\n FROM conversations c\n JOIN visitors v ON v.id = c.visitor_id\n WHERE c.status != 'closed'\n ORDER BY\n -- Anyone waiting on a human sorts to the top regardless of\n -- recency. A customer waiting eight minutes must not be pushed\n -- down the list by a bot conversation that just ticked.\n CASE c.status WHEN 'needs_human' THEN 0 ELSE 1 END,\n c.last_message_at DESC\n LIMIT ?`,\n args: [limit],\n });\n return rowsToObjects(r);\n}\n\n/**\n * Conversations that went quiet after the visitor had engaged.\n *\n * EVERY CLAUSE HERE EXISTS TO STOP THIS BEING NAGGING. In order:\n *\n * - status 'ai' a human who has taken over does not want the bot\n * interrupting, and a closed thread is finished.\n * - nudged_at NULL once per conversation, ever. Twice is pestering.\n * - the idle WINDOW a floor so we are not talking over someone who is still\n * typing, and a CEILING because reopening a conversation\n * that died an hour ago reads as creepy rather than\n * helpful. Outside the window they are simply left alone.\n * - visitor spoke \"some engagement\" is the whole premise. Somebody who\n * opened the widget and never typed gets nothing.\n * - we spoke LAST if the visitor spoke last we owe them an answer, not a\n * follow-up question. That case is a bug, not an idle chat.\n * - no pay link an order already went through, so \"need a hand ordering?\"\n * would be nonsense to the one person we most want to look\n * competent in front of.\n */\nexport async function listNudgeCandidates(\n idleAtLeastMs: number,\n idleAtMostMs: number,\n limit = 5,\n) {\n const t = now();\n const r = await sqlite.execute({\n sql: `SELECT c.id, c.visitor_id\n FROM conversations c\n WHERE c.status = 'ai'\n AND c.nudged_at IS NULL\n AND c.last_message_at <= ?\n AND c.last_message_at >= ?\n AND EXISTS (SELECT 1 FROM messages m\n WHERE m.conversation_id = c.id AND m.sender = 'visitor')\n AND (SELECT m2.sender FROM messages m2\n WHERE m2.conversation_id = c.id\n ORDER BY m2.created_at DESC LIMIT 1) = 'ai'\n AND NOT EXISTS (SELECT 1 FROM messages m3\n WHERE m3.conversation_id = c.id\n AND m3.body LIKE '%/payments/%')\n ORDER BY c.last_message_at ASC\n LIMIT ?`,\n args: [t - idleAtLeastMs, t - idleAtMostMs, limit],\n });\n return rowsToObjects(r);\n}\n\n/**\n * Stamped BEFORE the nudge is written, not after.\n *\n * If the model call then fails, this conversation is skipped for good — which\n * is the right way round. A crash between the two must not leave a thread\n * eligible on every subsequent sweep, quietly nudging the same person forever.\n */\nexport async function markNudged(cid: string) {\n await sqlite.execute({\n sql: `UPDATE conversations SET nudged_at = ? WHERE id = ? AND nudged_at IS NULL`,\n args: [now(), cid],\n });\n}\n\n/* ----------------------------------------------------------- messages */\n\nexport async function addMessage(\n cid: string,\n sender: \"visitor\" | \"ai\" | \"agent\" | \"system\",\n body: string,\n senderName?: string | null,\n): Promise<{ id: string; created_at: number }> {\n const mid = id(\"m\");\n const t = now();\n\n await sqlite.batch([\n {\n sql: `INSERT INTO messages\n (id, conversation_id, sender, sender_name, body, created_at)\n VALUES (?, ?, ?, ?, ?, ?)`,\n args: [mid, cid, sender, senderName ?? null, body, t],\n },\n {\n sql: `UPDATE conversations SET last_message_at = ? WHERE id = ?`,\n args: [t, cid],\n },\n ]);\n\n return { id: mid, created_at: t };\n}\n\nexport async function getMessages(cid: string, sinceMs = 0) {\n const r = await sqlite.execute({\n sql: `SELECT id, sender, sender_name, body, created_at\n FROM messages\n WHERE conversation_id = ? AND created_at > ?\n ORDER BY created_at ASC`,\n args: [cid, sinceMs],\n });\n return rowsToObjects(r);\n}\n\n/* ----------------------------------------------------------- presence */\n\n/**\n * A gap this long means they left and came back, so it counts as a new visit.\n * Thirty minutes is the usual analytics convention and matches how people\n * actually browse — a tab left open over lunch is not two visits.\n */\nconst SESSION_GAP_MS = 30 * 60 * 1000;\n\n/**\n * How long a visitor who never spoke to us is kept.\n *\n * Browsing data has a short useful life and a long liability tail. Ninety days\n * covers \"have they been back since we quoted them\" and nothing beyond it.\n * Anyone who actually held a conversation is exempt — that is a customer\n * record, not analytics.\n */\nconst RETENTION_MS = 90 * 24 * 60 * 60 * 1000;\n\n/**\n * Heartbeat. Runs on every page view, so it stays a single UPDATE.\n *\n * referrer and landing_url use COALESCE because only the FIRST answer is\n * interesting: how they found you, and where they came in. Overwriting them on\n * every page would just leave you with the previous page of your own site.\n */\nexport async function recordPresence(\n visitorId: string,\n pageUrl: string | null,\n referrer: string | null,\n opts: {\n country?: string | null;\n os?: string | null;\n browser?: string | null;\n optedOut?: boolean;\n chatOpen?: boolean;\n chatDismissed?: boolean;\n shownOpener?: string | null;\n shownNudge?: string | null;\n } = {},\n) {\n const v = await getVisitor(visitorId);\n if (!v) return { newSession: false };\n\n const t = now();\n const last = Number(v[\"last_seen\"] ?? 0);\n const first = Number(v[\"first_seen\"] ?? 0);\n const gap = last ? t - last : 0;\n\n // The row was inserted milliseconds ago by this same request, so first_seen\n // and last_seen are the same stamp. That is a first page view, NOT a second\n // session — counting it as one would have every visitor arrive at \"visit 2\",\n // and it would bank the insert-to-update milliseconds as time on site.\n const brandNew = !last || last === first;\n\n const isNew = !brandNew && gap > SESSION_GAP_MS ? 1 : 0;\n\n // Global Privacy Control, honoured. They still appear on the monitoring\n // screen and chat works exactly as normal — the console would be useless\n // otherwise, and refusing to talk to someone is not a privacy feature. What\n // stops is the profile: no counters, no device, no country, ever.\n if (opts.optedOut) {\n // chat_open is recorded even here. It is not a profile — it is whether a\n // window is open on screen this second, which is what an agent needs to\n // decide whether saying something would reach anybody.\n await sqlite.execute({\n sql: `UPDATE visitors\n SET last_seen = ?, page_url = COALESCE(?, page_url), dnt = 1,\n chat_open = ?,\n -- Cleared here too. Whether the window in front of someone is\n -- still open is not a profile, and an opted-out visitor shown\n -- as permanently \"left\" would be worse served, not better.\n left_at = NULL\n WHERE id = ?`,\n args: [t, pageUrl, opts.chatOpen ? 1 : 0, visitorId],\n });\n return { newSession: isNew === 1 };\n }\n\n // Page views count PAGES, not heartbeats. The widget pings every 45 seconds,\n // so counting pings would report eighty views for one long article and make\n // the number worse than useless — it would look like engagement.\n const samePage = !!pageUrl && String(v[\"page_url\"] ?? \"\") === pageUrl;\n const viewed = brandNew || isNew || !samePage ? 1 : 0;\n\n // Dwell time accrues from the gap between pings, and only within a session.\n // The hours between two visits are not time on site, and a tab left open\n // over a weekend must not report as a three-day reading session.\n const dwell = brandNew || isNew ? 0 : Math.min(gap, SESSION_GAP_MS);\n\n await sqlite.execute({\n sql: `UPDATE visitors\n SET last_seen = ?,\n page_url = COALESCE(?, page_url),\n referrer = COALESCE(referrer, ?),\n landing_url = COALESCE(landing_url, ?),\n visits = COALESCE(visits, 1) + ?,\n page_views = COALESCE(page_views, 0) + ?,\n time_on_site_ms = COALESCE(time_on_site_ms, 0) + ?,\n country = COALESCE(?, country),\n os = COALESCE(?, os),\n browser = COALESCE(?, browser),\n session_started = CASE WHEN ? = 1 THEN ?\n ELSE COALESCE(session_started, ?) END,\n chat_open = ?,\n -- Overwritten, not COALESCEd: this one can go back to 0 when\n -- the week lapses or they open the chat again, and a sticky\n -- \"they closed it\" would then be a lie the console repeats.\n chat_dismissed = ?,\n -- THEY ARE BACK. A ping is proof the document is alive, so any\n -- earlier pagehide was a tab switch, a bfcache restore, or a\n -- click through to the next page of the site — not a departure.\n -- Without this the console would keep calling a live visitor\n -- gone for as long as they stayed.\n left_at = NULL,\n -- COALESCE: the FIRST thing they were shown is the interesting\n -- one. Later pings send the same text, and a page change would\n -- otherwise overwrite the line they actually read.\n shown_opener = COALESCE(shown_opener, ?),\n shown_nudge = COALESCE(shown_nudge, ?)\n WHERE id = ?`,\n args: [\n t, pageUrl, referrer, pageUrl, isNew, viewed, dwell,\n opts.country ?? null, opts.os ?? null, opts.browser ?? null,\n isNew, t, t,\n opts.chatOpen ? 1 : 0, opts.chatDismissed ? 1 : 0,\n opts.shownOpener ?? null, opts.shownNudge ?? null,\n visitorId,\n ],\n });\n\n return { newSession: isNew === 1 };\n}\n\n/**\n * Delete browsing rows past their retention window.\n *\n * Throttled through `meta` rather than run on a cron, so it cannot fire on\n * every request and needs no second scheduled file. Once a day is far more\n * often than ninety-day retention requires.\n *\n * Visitors with any conversation are excluded outright. Deleting those would\n * orphan the messages and lose the account match an agent worked for.\n */\nexport async function purgeStaleVisitors(): Promise {\n const t = now();\n\n const seen = await sqlite.execute({\n sql: `SELECT v FROM meta WHERE k = 'last_purge'`,\n });\n const lastRun = Number(rowsToObjects(seen)[0]?.[\"v\"] ?? 0);\n if (lastRun && t - lastRun < 24 * 60 * 60 * 1000) return 0;\n\n // Stamp BEFORE deleting, so a failure cannot put this in a retry loop that\n // runs a table scan on every page view of the storefront.\n await sqlite.execute({\n sql: `INSERT INTO meta (k, v) VALUES ('last_purge', ?)\n ON CONFLICT(k) DO UPDATE SET v = excluded.v`,\n args: [String(t)],\n });\n\n const res = await sqlite.execute({\n sql: `DELETE FROM visitors\n WHERE last_seen < ?\n AND id NOT IN (SELECT visitor_id FROM conversations)`,\n args: [t - RETENTION_MS],\n });\n\n const n = Number((res as any)?.rowsAffected ?? 0);\n if (n) console.log(\"retention: purged \" + n + \" visitor rows past 90 days\");\n return n;\n}\n\n/**\n * Who is on the site right now.\n *\n * A visitor counts as present if they pinged within the window the caller\n * passes — roughly twice the heartbeat interval, so one missed ping does not\n * make someone vanish from an agent's screen mid-thought.\n */\nexport async function listActiveVisitors(activeSince: number) {\n const r = await sqlite.execute({\n sql: `SELECT v.id, v.name, v.email, v.phone, v.company, v.zip,\n -- Proof of a real WooCommerce session, not a guess: the\n -- WordPress snippet sets it only when is_user_logged_in().\n -- The console needs it to tell a customer browsing their\n -- account from someone stuck on the login form.\n v.wp_user_id,\n v.sf_account, v.sf_next_delivery,\n v.page_url, v.country, v.first_seen, v.last_seen,\n v.referrer, v.landing_url, v.visits, v.session_started,\n v.os, v.browser, v.page_views, v.time_on_site_ms, v.dnt,\n v.chat_open, v.chat_dismissed,\n v.shown_opener, v.shown_nudge, v.opener_variant,\n -- Set by the pagehide beacon and cleared by the next ping, so a\n -- value here means the last thing this browser did was go away.\n v.left_at,\n (SELECT c.id FROM conversations c\n WHERE c.visitor_id = v.id AND c.status != 'closed'\n ORDER BY c.last_message_at DESC LIMIT 1) AS conversation_id,\n (SELECT COUNT(*) FROM messages m\n JOIN conversations c2 ON c2.id = m.conversation_id\n WHERE c2.visitor_id = v.id) AS message_count\n FROM visitors v\n WHERE v.last_seen > ?\n -- NEWEST ARRIVAL FIRST, not most recent heartbeat.\n --\n -- Sorting on last_seen looked like the same thing and is not: every\n -- live visitor pings every 45 seconds, so the top of the list was\n -- whoever happened to have pinged most recently, which is close to\n -- arbitrary among people who are all still here. Someone half an\n -- hour into a session sat above someone who had just landed.\n --\n -- Arrival order is the one an agent can act on. A visitor who\n -- arrived twenty seconds ago is the one still deciding whether to\n -- stay; a visitor thirty minutes in has already made that call. The\n -- row still says how long each has been idle, so nobody stale is\n -- mistaken for live just because they arrived recently.\n --\n -- COALESCE because session_started is only stamped once presence has\n -- run; a row inserted moments ago has none yet, and without the\n -- fallback the newest visitor of all would sort to the bottom.\n ORDER BY COALESCE(v.session_started, v.first_seen) DESC\n LIMIT 100`,\n args: [activeSince],\n });\n return rowsToObjects(r);\n}\n\n/** Existing open conversation, WITHOUT creating one. */\nexport async function findOpenConversation(visitorId: string): Promise {\n const r = await sqlite.execute({\n sql: `SELECT id FROM conversations\n WHERE visitor_id = ? AND status != 'closed'\n ORDER BY last_message_at DESC LIMIT 1`,\n args: [visitorId],\n });\n const row = rowsToObjects(r)[0];\n return row ? String(row[\"id\"]) : null;\n}\n\n/**\n * Has anyone spoken to this visitor yet?\n *\n * Used by the presence ping to decide whether to pop the widget open. A chat\n * the visitor started themselves must not re-open on every page view — only an\n * agent reaching out unprompted should do that.\n */\nexport async function hasAgentMessage(conversationId: string): Promise {\n const r = await sqlite.execute({\n sql: `SELECT COUNT(*) AS n FROM messages\n WHERE conversation_id = ? 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No build step,\n// no dependencies.\n//\n// SHADOW DOM, NOT AN IFRAME. tawk uses a cross-origin iframe, which is exactly\n// what stopped us injecting anything into the conversation all day — no\n// buttons, no cards, no reading what the visitor typed except through its own\n// callbacks. A shadow root gives full isolation from the WooCommerce theme's\n// CSS while leaving the DOM ours to do anything with.\n//\n// Enrichment is read from window.TribecaChat, set by the WordPress snippet\n// before this loads. Absent that, the visitor is simply anonymous — and unlike\n// tawk, an anonymous visitor still displays everything we know, because the\n// dashboard is ours.\n\nexport const WIDGET_JS = /* js */ `(function () {\n if (window.__tribecaChatLoaded) return;\n window.__tribecaChatLoaded = true;\n\n var API = document.currentScript\n ? new URL(document.currentScript.src).origin\n : '';\n var WP = window.TribecaChat || {};\n\n // Returning visitors keep their history and their resolved account.\n var visitorId = null;\n try { visitorId = localStorage.getItem('tribecaChatVisitor'); } catch (e) {}\n\n // Global Privacy Control is the opt-out signal with legal weight behind it\n // in several US states; Do Not Track has none but costs nothing to respect.\n // Only readable here, so the verdict is sent to the server rather than the\n // raw signals. When set, the chat still works — nothing is profiled.\n var DNT = 0;\n try {\n if (navigator.globalPrivacyControl === true ||\n navigator.doNotTrack === '1' ||\n window.doNotTrack === '1' ||\n navigator.msDoNotTrack === '1') DNT = 1;\n } catch (e) {}\n\n var conversationId = null;\n var since = 0;\n var es = null;\n var open = false;\n var awaitingAI = false;\n var seen = {};\n\n // Proactive opening. tawk opened all 100 exported chats itself and 92% of\n // real visitors replied, so this is the behaviour being reproduced rather\n // than a new idea — the difference is what gets said.\n //\n // FOUR SECONDS, NOT TEN. Measured 9/1/2026 over a two-hour window: 55 of 103\n // visitors were gone from the site inside ten seconds, and only 10 of those\n // 55 were ever greeted. Of the 48 who stayed past ten seconds, 33 were. The\n // ten-second wait was not politeness, it was the single largest reason the\n // console filled with visitors nobody had spoken to.\n var AUTO_OPEN_MS = 4000;\n\n // How long the opener gets before the page-specific line follows it. Long\n // enough to read and answer the first message, short enough that the visitor\n // is still on the page: the median tawk chat ran 231 seconds in total.\n var NUDGE_MS = 25000;\n\n var greeting = null; // built server-side from the ZIP, if one is known\n var nudge = null; // page-specific, sent only if the opener is ignored\n var nudgeTimer = null;\n var nudged = false;\n var visitorSpoke = false;\n\n // The opener as ACTUALLY DRAWN. Both it and the page nudge live only in this\n // browser — they are never posted as messages — so an agent opening the\n // console saw a blank thread for someone who had already been spoken to\n // twice. The presence ping carries these up so the console can show them.\n var openerShown = null;\n\n // OPENING IS NOT ONE SHOT ANY MORE.\n //\n // It used to be a single setTimeout: if that moment was wrong — the tab was\n // in the background, the timer was throttled away, the page came back from\n // the back-forward cache with its timers dropped — the visitor was never\n // spoken to for the whole of that page view, however long they then stayed.\n //\n // Three is the cap. The retries are driven by the presence heartbeat, which\n // only fires while the tab is actually being looked at, so an extra attempt\n // is by definition made at a moment we have evidence the person is still\n // here. It is not a timer firing hopefully into an empty room.\n var MAX_OPEN_ATTEMPTS = 3;\n var openAttempts = 0;\n\n // One deferral listener at a time. autoOpen can now be called from several\n // places, and without this a visitor who backgrounds and returns repeatedly\n // would accumulate a listener per round trip, each one queuing its own open.\n var waitingForVisible = false;\n\n // Closing the panel is an answer. Someone who has dismissed it should not be\n // re-opened at them on the next page, or on the next visit — that is the\n // behaviour that makes people hate chat widgets, and it costs a conversation\n // to learn the lesson once.\n // IT EXPIRES AFTER A WEEK. It used to be a bare '1' with no timestamp, which\n // meant one × on one page silenced the widget in that browser PERMANENTLY —\n // every page, every future visit, nothing to clear it but wiping site data.\n // Someone who closed a chat in March was still being skipped in September,\n // and nothing anywhere made that visible. Seven days is long enough that\n // closing it means something and short enough that a returning visitor is\n // treated like anyone else.\n var DISMISS_MS = 7 * 24 * 60 * 60 * 1000;\n var dismissed = false;\n try {\n var d0 = localStorage.getItem('tribecaChatDismissed');\n // The legacy '1' carries no date. Stamped as dismissed NOW rather than\n // treated as expired: those people closed the panel at some unknown point,\n // possibly a minute ago, and popping open at them the moment this ships is\n // the exact behaviour the flag exists to prevent.\n if (d0 === '1') {\n dismissed = true;\n try { localStorage.setItem('tribecaChatDismissed', String(Date.now())); } catch (e) {}\n } else if (d0) {\n dismissed = (Date.now() - Number(d0)) < DISMISS_MS;\n if (!dismissed) localStorage.removeItem('tribecaChatDismissed');\n }\n } catch (e) {}\n\n // Bodies of messages drawn optimistically on send, awaiting their echo from\n // the stream. Without this the visitor sees everything they type twice: once\n // instantly with a local id, once again with the real one.\n var pendingLocal = [];\n\n // True only while the stored thread is being painted back on load. Without\n // it, a returning visitor with ten past messages gets ten overlapping chimes\n // the moment the panel opens — every one of them \"unprompted\" by the test in\n // render(), because none was asked for in this page's lifetime.\n var replaying = false;\n\n /* -------------------------------------------------------------- shell */\n\n // Presence-only mode. The script loads on every page and reports who is on\n // the site, but renders nothing at all — no bubble, no panel, no shadow root.\n // This is how you get full visitor statistics while another chat product is\n // still the one customers actually talk to.\n /**\n * TELL THE SERVER WHEN THIS PAGE IS BEING PUT AWAY.\n *\n * Without it, \"gone\" can only ever be guessed from a heartbeat that did not\n * arrive — and a heartbeat that did not arrive is also a locked phone, a\n * switched tab, or a browser throttling a background timer. Someone who\n * closed the site and someone still reading looked the same for ninety\n * seconds, which is most of a short visit.\n *\n * pagehide, NOT unload. unload is ignored outright by mobile Safari and\n * blocks the back-forward cache where it does run; pagehide is the event\n * that actually fires when a phone browser puts a page away.\n *\n * sendBeacon, NOT fetch. The document is being torn down, and an ordinary\n * request is cancelled with it. A beacon is queued by the browser and sent\n * afterwards, which is the entire reason it exists. keepalive fetch is the\n * fallback for anything too old to have it.\n *\n * The id is read through a getter rather than captured, because at the time\n * this is wired the widget usually has no id yet — presence hands one back a\n * moment later, and a captured null would send nothing for the whole visit.\n */\n function goneBeacon(getId) {\n window.addEventListener('pagehide', function () {\n var id = getId();\n if (!id) return;\n var payload = JSON.stringify({ visitorId: id });\n try {\n if (navigator.sendBeacon) {\n navigator.sendBeacon(API + '/api/gone', payload);\n return;\n }\n } catch (e) {}\n try {\n fetch(API + '/api/gone', { method: 'POST', body: payload, keepalive: true })\n .catch(function () {});\n } catch (e) {}\n });\n }\n\n if (WP.hidden) {\n var quiet = null;\n try { quiet = localStorage.getItem('tribecaChatVisitor'); } catch (e) {}\n\n var ping = function () {\n fetch(API + '/api/presence', {\n method: 'POST',\n headers: { 'Content-Type': 'application/json' },\n body: JSON.stringify({\n visitorId: quiet,\n pageUrl: location.href,\n referrer: document.referrer || null,\n dnt: DNT,\n name: WP.name, email: WP.email, phone: WP.phone,\n zip: WP.zip, company: WP.company, wpUserId: WP.wpUserId\n })\n })\n .then(function (r) { return r.json(); })\n .then(function (d) {\n if (d.visitorId && !quiet) {\n quiet = d.visitorId;\n try { localStorage.setItem('tribecaChatVisitor', quiet); } catch (e) {}\n }\n })\n .catch(function () {});\n };\n\n ping();\n setInterval(function () {\n if (document.visibilityState === 'visible') ping();\n }, 45000);\n goneBeacon(function () { return quiet; });\n return;\n }\n\n var host = document.createElement('div');\n host.style.cssText = 'position:fixed;bottom:0;right:0;z-index:2147483000;';\n document.body.appendChild(host);\n var root = host.attachShadow({ mode: 'open' });\n\n root.innerHTML = [\n '',\n '',\n '',\n '

',\n '

💧

',\n '

TriBeCa Beverage

',\n // Deliberately the same shape as the line a human takeover writes here\n // (\"Michael is here\"), so the handover reads as one person replacing\n // another rather than the header changing what kind of thing it is.\n '

Jack is here

',\n '',\n '

',\n '

'\n ].join('');\n\n var $ = function (s) { return root.querySelector(s); };\n var bubble = $('.bubble'), panel = $('.panel'), body = $('#body'), dot = $('.dot');\n\n function esc(s){ return String(s==null?'':s).replace(/[&<>]/g,function(c){\n return {'&':'&','<':'<','>':'>'}[c]; }); }\n\n // Make URLs clickable. The bot hands out a pay link the moment it creates an\n // account, and it was arriving as plain text the customer had to select and\n // copy — on a phone, effectively unusable.\n //\n // RUNS ON ALREADY-ESCAPED TEXT, and that ordering is the safety property: by\n // this point there is no way for a < or a quote to survive into the markup,\n // so nothing a visitor or a model types can close the attribute. An & in\n // the href is parsed back to & by the browser, so query strings arrive intact\n // — which matters, because the pay link carries &showInvoiceLines=true.\n //\n // Trailing sentence punctuation is pushed back OUT of the link, or a URL at\n // the end of a sentence 404s on its own full stop. ';' is deliberately not in\n // that set: it would bite the tail off an &.\n function linkify(s){\n return s.replace(/https?:\\\\/\\\\/[^\\\\s<]+/g, function (u) {\n var trail = '';\n var m = u.match(/[.,!?)\\\\]]+$/);\n if (m) { trail = m[0]; u = u.slice(0, u.length - trail.length); }\n\n // THE PAY LINK GETS A BUTTON. It is the only link here a customer is\n // meant to ACT on rather than read, and as a bare URL it was a 120-\n // character string they had to select and copy. Matched on the payment\n // page's own host and path, so an ordinary product link stays an\n // ordinary link — and a URL that merely mentions \"pay\" does not get\n // dressed up as one.\n var isPay = u.indexOf('salesforce-sites.com') > -1 && u.indexOf('/payments/') > -1;\n if (isPay) {\n return ''\n + 'Pay your invoice' + trail;\n }\n return '' + u + '' + trail;\n });\n }\n\n function bodyHtml(s){ return linkify(esc(s)); }\n\n function scroll(){ body.scrollTop = body.scrollHeight; }\n\n /**\n * A short, quiet two-note chime.\n *\n * SYNTHESISED, NOT FETCHED. This widget has no build step and no assets, and\n * an mp3 would mean a second network request on every page of the storefront\n * plus a file to host and cache-bust. Two sine oscillators cost nothing.\n *\n * WILL OFTEN BE SILENT, AND THAT IS CORRECT. Browsers refuse audio until the\n * visitor has interacted with the page, so the ten-second auto-open makes no\n * sound for someone who has only scrolled. Nothing is broken when that\n * happens — the panel still opens, and the red dot still shows. Every failure\n * path here is swallowed: a chat that throws because of a decoration would be\n * a far worse bug than a missing noise.\n */\n var audioCtx = null;\n function chime() {\n try {\n var Ctx = window.AudioContext || window.webkitAudioContext;\n if (!Ctx) return;\n if (!audioCtx) audioCtx = new Ctx();\n\n // SCHEDULE ONLY ONCE THE CONTEXT IS ACTUALLY RUNNING.\n //\n // A suspended context has currentTime frozen at 0 and resume() is\n // ASYNCHRONOUS. Scheduling straight after calling it — which is the\n // obvious way to write this — puts both notes at t=0 and t=0.12, and by\n // the time the context starts those moments are already in the past, so\n // nothing is ever heard. That failure looks exactly like the browser's\n // autoplay block, which is what makes it easy to write off as \"audio is\n // blocked\" and leave in place. A context is created suspended even when\n // the visitor HAS clicked, so this silenced the chime in both cases.\n var play = function () {\n try {\n // A hair in the future: scheduling at exactly currentTime races the\n // audio thread and can clip the attack off the first note.\n var now = audioCtx.currentTime + 0.03;\n // A rising fourth, A5 then D6. Deliberately not a descending pair,\n // which reads as an error tone.\n [[880, 0], [1174.66, 0.12]].forEach(function (note) {\n var osc = audioCtx.createOscillator();\n var gain = audioCtx.createGain();\n osc.type = 'sine';\n osc.frequency.value = note[0];\n\n // Ramped, not switched. Starting or stopping a sine at full\n // amplitude puts a square edge in the signal, audible as a click.\n var t = now + note[1];\n gain.gain.setValueAtTime(0.0001, t);\n gain.gain.exponentialRampToValueAtTime(0.09, t + 0.015);\n gain.gain.exponentialRampToValueAtTime(0.0001, t + 0.22);\n\n osc.connect(gain);\n gain.connect(audioCtx.destination);\n osc.start(t);\n osc.stop(t + 0.25);\n });\n } catch (e) {}\n };\n\n if (audioCtx.state === 'suspended' && audioCtx.resume) {\n audioCtx.resume().then(play).catch(function () {});\n } else {\n play();\n }\n } catch (e) {}\n }\n\n function render(m) {\n if (seen[m.id]) return;\n seen[m.id] = 1;\n\n // The stream echo of something already drawn locally. Swallow it — the\n // bubble is already on screen, and its id will never match the local one.\n if (m.sender === 'visitor' && !m.local) {\n var dup = pendingLocal.indexOf(m.body);\n if (dup > -1) { pendingLocal.splice(dup, 1); return; }\n }\n\n var d = document.createElement('div');\n if (m.sender === 'system') {\n d.className = 'm sys';\n d.innerHTML = '

' + bodyHtml(m.body) + '

';\n } else if (m.sender === 'visitor') {\n d.className = 'm me';\n d.innerHTML = '

' + bodyHtml(m.body) + '

';\n } else {\n d.className = 'm them';\n // NAMED, BOTH OF THEM. The assistant used to be unlabelled, on the\n // reasoning that \"AI\" in front of every line invites people to discount\n // correct answers. That reasoning still holds — which is why the label is\n // \"Jack\" and not \"AI\". An unlabelled reply is not neutral: it reads as\n // the company talking at you, where a name reads as somebody answering.\n // Jack says what he is the moment anyone asks; the label is an\n // introduction, not a disguise.\n var who = m.sender === 'agent' && m.sender_name\n ? '

' + esc(m.sender_name) + '

'\n : (m.sender === 'ai' ? '

Jack

' : '');\n d.innerHTML = who + '

' + bodyHtml(m.body) + '

';\n }\n body.appendChild(d);\n\n // SOUND ONLY FOR WHAT THE VISITOR IS NOT ALREADY WAITING FOR.\n //\n // awaitingAI is true exactly while they are watching for a reply they just\n // asked for, and chiming at someone who has this second pressed Enter is\n // noise. What is left is the messages that arrive unannounced — the opener,\n // the page nudge, and an agent reaching out — which is the only time a\n // sound earns its place.\n //\n // Read BEFORE clearTyping(), which resets the flag on the next line.\n var unprompted = m.sender !== 'visitor' && !awaitingAI;\n\n if (m.sender !== 'visitor') clearTyping();\n if (unprompted && !replaying) chime();\n if (m.sender === 'agent') $('#sub').textContent = esc(m.sender_name || 'Team') + ' is here';\n if (!open && m.sender !== 'visitor') dot.style.display = 'block';\n scroll();\n\n // Anything landing in the thread — theirs or ours — restarts the clock.\n resetIdle();\n }\n\n function showTyping() {\n if (root.querySelector('.typing')) return;\n var d = document.createElement('div');\n d.className = 'm them typing';\n d.innerHTML = '

Typing…

';\n body.appendChild(d);\n scroll();\n }\n function clearTyping() {\n var t = root.querySelector('.typing');\n if (t) t.remove();\n awaitingAI = false;\n }\n\n // Idle nudge. This does NOT decide to nudge anyone — it reports the one thing\n // the server cannot see, which is that this person stopped typing and is\n // still sitting here with the chat open. Every rule about who deserves a\n // nudge is applied server-side, so the worst a tampered-with call can do is\n // trigger a nudge the conversation had already earned.\n var idleTimer = null;\n var IDLE_MS = 3 * 60 * 1000;\n\n function resetIdle() {\n if (idleTimer) clearTimeout(idleTimer);\n if (!open) return;\n idleTimer = setTimeout(function () {\n // A backgrounded tab is not \"still here\", and browsers throttle timers in\n // one anyway — the 15-minute sweep covers that case instead.\n if (!conversationId || document.visibilityState !== 'visible') return;\n fetch(API + '/api/nudge', {\n method: 'POST',\n headers: { 'Content-Type': 'application/json' },\n body: JSON.stringify({ conversationId: conversationId })\n }).catch(function () {});\n }, IDLE_MS);\n }\n\n /* ---------------------------------------------------------- transport */\n\n function start() {\n return fetch(API + '/api/session', {\n method: 'POST',\n headers: { 'Content-Type': 'application/json' },\n body: JSON.stringify({\n visitorId: visitorId,\n dnt: DNT,\n name: WP.name, email: WP.email, phone: WP.phone,\n zip: WP.zip, company: WP.company, wpUserId: WP.wpUserId,\n pageUrl: location.href\n })\n })\n .then(function (r) { return r.json(); })\n .then(function (d) {\n visitorId = d.visitorId;\n conversationId = d.conversationId;\n try { localStorage.setItem('tribecaChatVisitor', visitorId); } catch (e) {}\n\n replaying = true;\n (d.messages || []).forEach(function (m) {\n render(m);\n if (m.created_at > since) since = m.created_at;\n });\n replaying = false;\n\n greeting = d.greeting || 'Hi! Ask us about delivery in your area, pricing, or your account.';\n nudge = d.nudge || null;\n\n // Anyone who has already said something is mid-conversation, not being\n // greeted. Re-opening with a sales line over the top of their own thread\n // would read as the system having forgotten them.\n visitorSpoke = (d.messages || []).some(function (m) { return m.sender === 'visitor'; });\n\n if (!(d.messages || []).length) {\n render({ id:'greet', sender:'ai', body: greeting });\n // Recorded so the presence ping can tell the console what this person\n // was actually shown. Set HERE, at the point it is drawn, not where the\n // text arrives — a greeting we received but did not display is not\n // something the visitor has seen.\n openerShown = greeting;\n armNudge();\n }\n listen();\n });\n }\n\n // The server closes a stream after five minutes so abandoned tabs cannot\n // poll forever. Reconnecting is expected, not an error.\n function listen() {\n if (es) es.close();\n es = new EventSource(API + '/api/stream?c=' + encodeURIComponent(conversationId) + '&since=' + since);\n\n es.onmessage = function (ev) {\n try {\n var m = JSON.parse(ev.data);\n if (!m || !m.id) return;\n if (m.created_at > since) since = m.created_at;\n render(m);\n } catch (e) {}\n };\n\n es.onerror = function () {\n es.close();\n setTimeout(listen, 3000);\n };\n }\n\n /**\n * Queue the page-specific follow-up, to be sent only if the opener is\n * ignored. Cancelled the moment the visitor types anything — a nudge that\n * lands after someone has already started talking is the system talking over\n * them.\n */\n function armNudge() {\n if (!nudge || nudged || visitorSpoke || nudgeTimer) return;\n nudgeTimer = setTimeout(function () {\n nudgeTimer = null;\n if (nudged || visitorSpoke || !open) return;\n nudged = true;\n render({ id: 'nudge_' + Date.now(), sender: 'ai', body: nudge });\n }, NUDGE_MS);\n }\n\n function cancelNudge() {\n visitorSpoke = true;\n if (nudgeTimer) { clearTimeout(nudgeTimer); nudgeTimer = null; }\n }\n\n function send(text) {\n if (!text.trim() || !conversationId) return;\n\n cancelNudge();\n pendingLocal.push(text);\n render({ id: 'local_' + Date.now(), sender: 'visitor', body: text, local: true });\n showTyping();\n awaitingAI = true;\n\n fetch(API + '/api/message', {\n method: 'POST',\n headers: { 'Content-Type': 'application/json' },\n body: JSON.stringify({ conversationId: conversationId, body: text })\n })\n .then(function (r) { return r.json(); })\n .then(function (d) {\n // The AI turn completes inside that POST, so if it produced nothing the\n // model failed. Say so and offer a person rather than leaving a spinner\n // running forever.\n if (d && d.ai === false && !d.handoff) clearTyping();\n if (d && d.ai && awaitingAI) {\n setTimeout(function () {\n if (!awaitingAI) return;\n clearTyping();\n render({ id:'err_'+Date.now(), sender:'system',\n // Names the phrase that actually triggers a handoff, now that the\n // button is gone. wantsHuman() in main.ts matches on exactly this.\n body:'Sorry — I had trouble with that. Try again, or say \"I\\\\'d like to talk to someone\" and I\\\\'ll bring in the team.' });\n }, 6000);\n }\n })\n .catch(function () {\n clearTyping();\n render({ id:'off_'+Date.now(), sender:'system',\n body:'Message not sent. Check your connection and try again.' });\n });\n }\n\n // The \"Talk to a person\" button was removed on request. Handoff is NOT gone:\n // main.ts still matches phrases like \"can I talk to someone\" in wantsHuman()\n // and escalates, and the model is told to hand off when asked. /api/handoff\n // remains for any caller that wants it — nothing here calls it now.\n\n /* -------------------------------------------------------------- wiring */\n\n bubble.onclick = function () {\n open = true;\n panel.classList.add('on');\n bubble.style.display = 'none';\n dot.style.display = 'none';\n if (!conversationId) startSafe();\n else scroll();\n $('#in').focus();\n };\n\n $('#x').onclick = function () {\n open = false;\n panel.classList.remove('on');\n bubble.style.display = 'flex';\n // Remembered across pages and visits. The bubble is still there if they\n // change their mind; what stops is the widget deciding for them.\n dismissed = true;\n cancelNudge();\n // The TIME, not a flag. Read back above against DISMISS_MS so this lapses\n // after a week instead of lasting for the life of the browser profile.\n try { localStorage.setItem('tribecaChatDismissed', String(Date.now())); } catch (e) {}\n };\n\n $('#go').onclick = function () {\n var el = $('#in');\n send(el.value);\n el.value = '';\n el.style.height = '38px';\n };\n\n $('#in').onkeydown = function (e) {\n if (e.key === 'Enter' && !e.shiftKey) { e.preventDefault(); $('#go').click(); }\n };\n\n // Grow with the message, up to a point.\n $('#in').oninput = function () {\n this.style.height = '38px';\n this.style.height = Math.min(this.scrollHeight, 110) + 'px';\n };\n\n // OPEN BY ITSELF, ONCE, AFTER TEN SECONDS.\n //\n // This is the change the tawk numbers argue for hardest: every one of those\n // 100 exported conversations was opened by the widget rather than by the\n // visitor, and 92% of real people answered. A bubble sitting silently in the\n // corner is a question nobody asks.\n //\n // Three things it will not do — open on top of a panel the visitor opened\n // themselves, open for anyone who has closed it before, or open twice.\n // No chime() here on purpose. The panel opening is not the event worth\n // hearing — the MESSAGE arriving is, and start() is a fetch, so the greeting\n // lands a moment later. render() sounds it then, which puts the noise on the\n // thing that actually appeared. Chiming here as well produced two tones about\n // 300ms apart.\n //\n // AND NOT INTO A TAB NOBODY IS LOOKING AT. A link opened in a background tab\n // — the ordinary way people open search results — would spend its one and\n // only auto-open on a hidden document, and by the time the visitor switched\n // to it the widget had already decided it was done. Shortening the delay to\n // four seconds makes that MORE likely, not less, which is why it is fixed\n // here in the same change. Deferring to the moment the tab is actually\n // looked at costs nothing and is the difference between being greeted and\n // sitting in the console as \"browsing\" forever.\n function autoOpen() {\n if (open || dismissed) return;\n if (openAttempts >= MAX_OPEN_ATTEMPTS) return;\n\n if (document.visibilityState !== 'visible') {\n if (waitingForVisible) return;\n waitingForVisible = true;\n document.addEventListener('visibilitychange', function onVis() {\n if (document.visibilityState !== 'visible') return;\n document.removeEventListener('visibilitychange', onVis);\n waitingForVisible = false;\n setTimeout(autoOpen, AUTO_OPEN_MS);\n });\n return;\n }\n\n openAttempts++;\n bubble.click();\n }\n\n setTimeout(autoOpen, AUTO_OPEN_MS);\n\n /**\n * Open the conversation, and KEEP TRYING IF THE REQUEST FAILS.\n *\n * The old code called start() and ignored the promise. A single failed fetch\n * — a dropped request as a phone changes network, a cold start that timed\n * out — left the panel sitting open and completely empty, with no greeting,\n * no error and no way back except reloading the page. From the visitor's\n * side that is a chat window that does not work; from ours it looked like\n * somebody who was shown the opener and ignored it.\n *\n * Backs off, gives up after three tries, and only retries while the tab is\n * being looked at — retrying into a backgrounded tab burns attempts on\n * somebody who is not watching.\n */\n var starting = false;\n var startTries = 0;\n\n function startSafe() {\n if (conversationId || starting) return;\n starting = true;\n start()\n .then(function () { starting = false; })\n .catch(function () {\n starting = false;\n if (++startTries >= 3) return;\n setTimeout(function () {\n if (!conversationId && document.visibilityState === 'visible') startSafe();\n }, startTries * 4000);\n });\n }\n\n /* ------------------------------------------------------------ presence */\n\n var invitedShown = false;\n\n // Runs on page load and on a heartbeat, whether or not the chat is ever\n // opened. This is what puts someone on the agent's monitoring screen — and\n // what lets an agent speak to them first.\n function presence() {\n fetch(API + '/api/presence', {\n method: 'POST',\n headers: { 'Content-Type': 'application/json' },\n body: JSON.stringify({\n visitorId: visitorId,\n pageUrl: location.href,\n // Only the referrer that brought them TO the site is interesting, and\n // the server keeps the first one it is told, so sending it on every\n // ping is harmless — internal navigation never overwrites it.\n referrer: document.referrer || null,\n dnt: DNT,\n // What the console cannot otherwise know: whether the panel is open in\n // front of them right now, and which lines this browser drew that were\n // never sent as messages.\n chatOpen: open,\n // Why this person may never have been greeted. It is a localStorage\n // flag, so the console cannot see it any other way, and without it a\n // visitor who closed the chat is indistinguishable on screen from one\n // the widget simply failed to reach.\n dismissed: dismissed,\n shownOpener: openerShown,\n shownNudge: nudged ? nudge : null,\n name: WP.name, email: WP.email, phone: WP.phone,\n zip: WP.zip, company: WP.company, wpUserId: WP.wpUserId\n })\n })\n .then(function (r) { return r.json(); })\n .then(function (d) {\n if (d.visitorId && !visitorId) {\n visitorId = d.visitorId;\n try { localStorage.setItem('tribecaChatVisitor', visitorId); } catch (e) {}\n }\n\n // Someone from the team has spoken. Open the widget for them — once.\n // Popping open repeatedly would be obnoxious, and a conversation the\n // visitor started themselves must never trigger this.\n if (d.invited && !open && !invitedShown) {\n invitedShown = true;\n bubble.click();\n return;\n }\n\n // THE SECOND CHANCE, AND THE REASON IT IS HERE RATHER THAN ON A TIMER.\n //\n // Reaching this line means a heartbeat just completed, and heartbeats\n // only run while the tab is being looked at — so this is the strongest\n // evidence the widget ever gets that a real person is on the page right\n // now. If they are still here and nothing was ever said to them, the\n // first attempt was lost: a throttled timer, a tab restored from the\n // back-forward cache with its timers dropped, or an open that happened\n // while the document was hidden.\n //\n // The guards are the same three as everywhere else — not already open,\n // not dismissed, no conversation yet — plus the attempt cap, so at worst\n // this fires twice more, 45 and 90 seconds in, and then stops for good.\n if (!open && !dismissed && !conversationId) autoOpen();\n })\n .catch(function () {});\n }\n\n presence();\n goneBeacon(function () { return visitorId; });\n\n // Only while the tab is actually being looked at. A background tab left open\n // all afternoon should not keep reporting its owner as present, or the\n // monitoring screen fills with people who wandered off hours ago.\n setInterval(function () {\n if (document.visibilityState === 'visible') presence();\n }, 45000);\n})();`;\n","label",[142],"4a2e2d84-6d2b-4253-b2e6-eeef64c7c558","salesforce.ts","186d5df2-a5a5-11f1-8342-1607ee4eb77e",80,["D",1788279318903],2,"// Salesforce lookup — deterministic, never a model decision.\n//\n// Calls the same narrow endpoint the other three vals use, inside\n// tribeca-salesforce-agent. That val holds the Salesforce credentials; this\n// key unlocks only the one read-only account lookup, never arbitrary SOQL.\n//\n// PHONE IS THE ONLY ROUTE. The Salesforce integration user cannot read Contact\n// at all, Account has no email column, and Lead.Email is hidden by field-level\n// security (verified by schema probe 8/25/2026). An email address, however\n// confidently a customer supplies it, cannot be resolved.\n\nconst ENDPOINT = \"https://tribeca-apollo.val.run/account-lookup\";\nconst INVOICE_ENDPOINT = \"https://tribeca-apollo.val.run/invoice-status\";\n\nexport interface InvoiceResult {\n found: boolean;\n ambiguous?: boolean;\n errored?: boolean;\n balanceDue?: number;\n invoiceNumber?: string | null;\n status?: string | null;\n dueDate?: string | null;\n /** Only ever present for a signed-in visitor. See invoice.ts on the tool val. */\n payLink?: string;\n emailOnFile?: string | null;\n message: string;\n}\n\n/**\n * What this customer owes, and — only for a signed-in visitor — the pay link.\n *\n * `authenticated` must mean a real credential check: a WordPress/WooCommerce\n * session, which is what `wpUserId` on the visitor represents. A phone number\n * typed into the chat box is NOT authentication. The pay link exposes the\n * invoice with its line items and updates the card on file, and it is keyed\n * only on a Salesforce record id rather than a secret token — so handing it to\n * someone who merely guessed a phone number would be handing over a stranger's\n * bill.\n *\n * Called fresh on each turn rather than cached: a stale balance shown to a\n * customer who has just paid is its own kind of wrong.\n */\nexport async function invoiceStatus(\n phone: string,\n authenticated: boolean,\n): Promise {\n const key = Deno.env.get(\"APOLLO_TOOL_KEY\");\n if (!key) {\n console.error(\"APOLLO_TOOL_KEY not set — skipping invoice lookup\");\n return null;\n }\n\n try {\n const res = await fetch(INVOICE_ENDPOINT, {\n method: \"POST\",\n headers: { \"x-api-key\": key, \"Content-Type\": \"application/json\" },\n body: JSON.stringify({ phone, authenticated }),\n signal: AbortSignal.timeout(9000),\n });\n if (!res.ok) {\n console.error(`invoice-status HTTP ${res.status}`);\n return null;\n }\n return await res.json();\n } catch (err) {\n // Same rule as the account lookup: an outage is not an answer. Null means\n // the model is told nothing about a balance rather than told there is none.\n console.error(\"invoice-status failed:\", err);\n return null;\n }\n}\n\nconst CREATE_ENDPOINT = \"https://tribeca-apollo.val.run/create-account\";\n\n/**\n * Create the Salesforce account for a new customer.\n *\n * WHAT THIS DOES AND DOES NOT DO. It creates the ACCOUNT — card-on-file, terms\n * of zero, which the tool val enforces so a bot can never extend credit. It does\n * NOT take payment and does not place a WooCommerce order. That is deliberate,\n * and it mirrors how the team already works: Michael's line in the transcripts\n * is \"I can get all info through the chat here and email the first invoice for\n * payment\". Collecting the details is the slow part; the card is the office's.\n *\n * Which also means the customer must NOT then check out on the website as well,\n * or they end up with two accounts and split billing.\n */\nexport async function createAccount(input: Record): Promise {\n const key = Deno.env.get(\"APOLLO_TOOL_KEY\");\n if (!key) {\n console.error(\"APOLLO_TOOL_KEY not set — cannot create account\");\n return { ok: false, reason: \"error\", message: \"Account creation is unavailable right now.\" };\n }\n\n try {\n const res = await fetch(CREATE_ENDPOINT, {\n method: \"POST\",\n headers: { \"x-api-key\": key, \"Content-Type\": \"application/json\" },\n body: JSON.stringify({ ...input, createdVia: \"Tribeca website chat\" }),\n signal: AbortSignal.timeout(15000),\n });\n if (!res.ok) {\n console.error(`create-account HTTP ${res.status}`);\n return { ok: false, reason: \"error\", message: \"The account could not be created right now.\" };\n }\n return await res.json();\n } catch (err) {\n console.error(\"create-account failed:\", err);\n return { ok: false, reason: \"error\", message: \"The account could not be created right now.\" };\n }\n}\n\nexport interface LookupResult {\n found: boolean;\n account_name?: string;\n next_delivery_date?: string | null;\n message: string;\n // found:false arrives in three distinct flavours. They are kept separate on\n // purpose: reporting a failed query as \"no account found\" is a different,\n // and wrong, statement about a real customer.\n needs_phone?: boolean;\n ambiguous?: boolean;\n errored?: boolean;\n}\n\nconst PHONE_RE = /(?:\\+?1[\\s.\\-]?)?\$?\\d{3}\$?[\\s.\\-]?\\d{3}[\\s.\\-]?\\d{4}/;\n\n/** Pull the first plausible 10-digit US number out of free text. */\nexport function scanForPhone(text: string): string | null {\n const m = String(text ?? \"\").match(PHONE_RE);\n if (!m) return null;\n\n let d = m[0].replace(/\\D/g, \"\");\n if (d.length === 11 && d.startsWith(\"1\")) d = d.slice(1);\n return d.length === 10 ? d : null;\n}\n\nexport async function lookupByPhone(phone: string): Promise {\n const key = Deno.env.get(\"APOLLO_TOOL_KEY\");\n if (!key) {\n console.error(\"APOLLO_TOOL_KEY not set — skipping Salesforce lookup\");\n return null;\n }\n\n try {\n const res = await fetch(`${ENDPOINT}?phone=${encodeURIComponent(phone)}`, {\n headers: { \"x-api-key\": key },\n // Two SOQL queries behind a possible cold start. Longer than this and\n // the customer is watching a spinner; shorter and legitimate lookups\n // get cut off.\n signal: AbortSignal.timeout(9000),\n });\n\n if (!res.ok) {\n console.error(`account-lookup HTTP ${res.status}`);\n return null;\n }\n\n return await res.json();\n } catch (err) {\n // An outage is not an answer. Returning null means the caller stores\n // nothing, so the panel stays empty rather than asserting something false.\n console.error(\"account-lookup failed:\", err);\n return null;\n }\n}\n",[153],"ce33f2e0-035d-41ae-94c0-207a392659d2","nudge.ts","f181f084-a64b-11f1-9888-1607ee4eb77e",142,["D",1788298052921],"interval","// Idle re-engagement sweep.\n//\n// The AI only ever speaks when spoken to: aiReply runs inside the visitor's own\n// POST. So a conversation that gets going and then stops has nothing to restart\n// it, and someone who was two questions away from ordering just leaves. This is\n// the one thing in the system that runs on a clock rather than on a request.\n//\n// WHO gets nudged is decided entirely in SQL, by db.listNudgeCandidates. That is\n// on purpose — \"should we interrupt this person\" is a rule, not a judgement, and\n// rules belong somewhere you can read them all at once. This file only walks the\n// list the query returns.\n\nimport * as db from \"./db.ts\";\nimport { nudgeReply } from \"./agent.ts\";\n\n// Long enough that we are not talking over someone mid-thought, short enough\n// that they are plausibly still on the page. Under three minutes it reads as\n// impatient; past thirty they have gone, and a message arriving then is a\n// notification from a shop they left, not a helpful offer.\nconst IDLE_AT_LEAST_MS = 3 * 60 * 1000;\nconst IDLE_AT_MOST_MS = 30 * 60 * 1000;\n\n// A ceiling per run, not per day. Each nudge is a model call, and a burst of\n// them on a busy afternoon should queue across sweeps rather than arrive as one\n// spike — the ORDER BY is oldest-idle-first, so nobody is starved.\nconst PER_RUN = 5;\n\nexport default async function () {\n await db.init();\n\n const candidates = await db.listNudgeCandidates(\n IDLE_AT_LEAST_MS,\n IDLE_AT_MOST_MS,\n PER_RUN,\n );\n if (!candidates.length) return;\n\n for (const row of candidates) {\n const cid = String(row[\"id\"]);\n\n // Claimed BEFORE the model call, so a failure costs this conversation its\n // one nudge instead of leaving it eligible on every future sweep.\n await db.markNudged(cid);\n\n // Re-read after claiming. An agent can have picked the conversation up in\n // the seconds since the query ran, and the bot talking over a human who has\n // just said hello is the single worst thing this feature could do.\n const conv = await db.getConversation(cid);\n if (!conv || String(conv[\"status\"]) !== \"ai\") {\n console.log(`nudge skipped ${cid}: status ${conv?.[\"status\"] ?? \"gone\"}`);\n continue;\n }\n\n const history = await db.getMessages(cid);\n const visitor = await db.getVisitor(String(row[\"visitor_id\"]));\n\n const text = await nudgeReply(history, visitor);\n if (!text) continue;\n\n await db.addMessage(cid, \"ai\", text);\n console.log(`nudged ${cid}: ${text}`);\n }\n}\n",[161],"e56614f5-86e1-477a-a563-4247d6461a16","notify.ts","1d3300c6-a5a5-11f1-8182-1607ee4eb77e",4,["D",1788226400302],"// Handoff notification — Telegram.\n//\n// THIS IS THE LOAD-BEARING PIECE OF THE WHOLE PROJECT.\n//\n// A custom widget is easy; an agent console is a weekend. What kept Tribeca on\n// tawk was its mobile app: the team needs to KNOW a customer is waiting while\n// away from a desk. Telegram supplies real push notifications on iOS and\n// Android with no app to build and nothing to pay.\n//\n// The cut-over decision from tawk rests entirely on whether these arrive\n// reliably. Until the team trusts them, both systems run in parallel.\n\nconst API = \"https://api.telegram.org/bot\";\n\nfunction esc(s: string): string {\n // Telegram HTML parse mode. Only these three need escaping, and a customer\n // typing \"<3\" must not break the message.\n return String(s ?? \"\")\n .replace(/&/g, \"&\")\n .replace(//g, \">\");\n}\n\n/**\n * Fire a push when a conversation flips to needs_human.\n *\n * Awaited by the caller before its response returns — see the teardown note in\n * main.ts. A dropped notification means a customer waiting with nobody aware\n * of it, which is the worst failure this system has.\n */\nexport async function notifyHandoff(conversationId: string, conv: any): Promise {\n const token = Deno.env.get(\"TELEGRAM_BOT_TOKEN\");\n const chatId = Deno.env.get(\"TELEGRAM_CHAT_ID\");\n\n if (!token || !chatId) {\n // Loud, because silence here is indistinguishable from \"nobody replied\".\n console.error(\"HANDOFF UNNOTIFIED — TELEGRAM_BOT_TOKEN/TELEGRAM_CHAT_ID not set\", conversationId);\n return false;\n }\n\n const dashboard = Deno.env.get(\"DASHBOARD_URL\") ?? \"\";\n const who = conv?.[\"name\"] || conv?.[\"email\"] || conv?.[\"phone\"] || \"Anonymous visitor\";\n\n // Everything an agent needs to decide whether to pick it up, without opening\n // anything. Salesforce context included when we have it — that is the whole\n // point of resolving the account before the handoff rather than after.\n const lines = [\n `Someone is waiting to chat`,\n ``,\n `${esc(who)}`,\n ];\n\n if (conv?.[\"sf_account\"]) {\n lines.push(`Account: ${esc(conv[\"sf_account\"])}`);\n }\n if (conv?.[\"sf_next_delivery\"]) {\n lines.push(`Next delivery: ${esc(conv[\"sf_next_delivery\"])}`);\n }\n if (conv?.[\"phone\"]) lines.push(`Phone: ${esc(conv[\"phone\"])}`);\n if (conv?.[\"page_url\"]) lines.push(`On: ${esc(conv[\"page_url\"])}`);\n\n if (dashboard) {\n lines.push(``, `${dashboard}?c=${encodeURIComponent(conversationId)}`);\n }\n\n try {\n const res = await fetch(`${API}${token}/sendMessage`, {\n method: \"POST\",\n headers: { \"Content-Type\": \"application/json\" },\n body: JSON.stringify({\n chat_id: chatId,\n text: lines.join(\"\\n\"),\n parse_mode: \"HTML\",\n disable_web_page_preview: true,\n }),\n signal: AbortSignal.timeout(8000),\n });\n\n if (!res.ok) {\n const detail = await res.text().catch(() => \"\");\n console.error(`HANDOFF UNNOTIFIED — Telegram ${res.status}`, detail.slice(0, 200));\n return false;\n }\n\n console.log(`handoff notified ${conversationId}`);\n return true;\n } catch (err) {\n console.error(\"HANDOFF UNNOTIFIED — Telegram threw\", err);\n return false;\n }\n}\n",[169],"676edaf9-ae17-478c-9ba0-7656ce880d73","main.ts",294,["D",1788308324138],47,"http","// Tribeca Chat — HTTP entry point\n//\n// Visitor routes are public. Agent routes sit behind AGENT_KEY.\n//\n// TWO VAL TOWN CONSTRAINTS SHAPE THIS WHOLE FILE:\n//\n// 1. Work awaited AFTER a streaming response body completes is torn down\n// silently, with nothing in the logs. That is what broke lead extraction in\n// tribeca-afterhours-chat. So the AI turn is finished and persisted BEFORE\n// the visitor's POST returns, and the SSE stream never owns real work.\n//\n// 2. Requests may be served by different isolates, so an in-memory pub/sub\n// fan-out would deliver to whichever isolate happened to hold the\n// subscriber. The SSE streams therefore poll SQLite against a cursor. It\n// costs a query per second per open chat and is correct regardless of how\n// Val Town schedules isolates — the right trade at this volume.\n\nimport { Hono } from \"npm:hono\";\nimport * as db from \"./db.ts\";\nimport { aiReply, anthropicKey, nudgeReply } from \"./agent.ts\";\nimport { invoiceStatus, lookupByPhone, scanForPhone } from \"./salesforce.ts\";\nimport { notifyHandoff } from \"./notify.ts\";\nimport { WIDGET_JS } from \"./widget.ts\";\nimport { DASHBOARD_HTML } from \"./dashboard.ts\";\nimport { countryFrom, deviceFrom, optedOut } from \"./context.ts\";\nimport { openingGreeting, pageNudge } from \"./greeting.ts\";\n// Surfaced on /health so a stale shared profile is VISIBLE. Val Town caches\n// remote module imports, so editing tribeca-profile does not by itself change\n// what a running isolate sees — and the failure is silent: the bot keeps\n// quoting last week's prices perfectly confidently.\nimport { PROFILE_VERSION } from \"https://esm.town/v/Tribeca_Rep/tribeca-profile/profile.ts?v=2026-09-01o\";\n\nconst app = new Hono();\n\n// The widget runs on tribecabeverage.com and the console may run inside\n// Salesforce, so every API call is cross-origin.\n//\n// The visitor endpoints are open by necessity: a browser on the storefront has\n// no credential to present, and locking them to an Origin header would be\n// theatre — Origin is trivially forged outside a browser. What actually\n// protects them is that they only ever act on the conversation id they are\n// given, and that ids are unguessable. The agent endpoints are the ones that\n// matter, and those check AGENT_KEY.\napp.use(\"*\", async (c, next) => {\n const origin = c.req.header(\"origin\") ?? \"*\";\n\n if (c.req.method === \"OPTIONS\") {\n return new Response(null, {\n status: 204,\n headers: {\n \"Access-Control-Allow-Origin\": origin,\n \"Access-Control-Allow-Methods\": \"GET,POST,OPTIONS\",\n \"Access-Control-Allow-Headers\": \"Content-Type,x-agent-key\",\n \"Access-Control-Max-Age\": \"86400\",\n },\n });\n }\n\n await next();\n c.res.headers.set(\"Access-Control-Allow-Origin\", origin);\n c.res.headers.set(\"Vary\", \"Origin\");\n});\n\nconst AGENT_KEY = () => Deno.env.get(\"AGENT_KEY\") ?? \"\";\n\n// How often an open stream checks for new messages. One second reads as\n// instant to a person and keeps the query count sane.\nconst POLL_MS = 1000;\n\n// A stream is closed after this long so an abandoned tab cannot poll forever.\n// The widget reconnects, so the customer never notices.\nconst STREAM_MAX_MS = 5 * 60 * 1000;\n\nfunction agentAuthed(c: any): boolean {\n const key = AGENT_KEY();\n if (!key) return false; // Fail closed: unset key locks the dashboard, not opens it.\n const supplied = c.req.header(\"x-agent-key\") ?? new URL(c.req.url).searchParams.get(\"key\");\n return supplied === key;\n}\n\n/* ---------------------------------------------------------------- visitor */\n\napp.post(\"/api/session\", async (c) => {\n await db.init();\n const body = await c.req.json().catch(() => ({}));\n\n // The widget generates and persists this in localStorage, so a returning\n // visitor keeps their history and their Salesforce match.\n const visitorId = String(body.visitorId || db.id(\"v\"));\n\n // Someone signalling Global Privacy Control still gets a working chat; they\n // just do not get a profile built around them.\n const quiet = optedOut(body);\n const device = quiet ? { os: null, browser: null } : deviceFrom(c.req.header(\"user-agent\"));\n\n await db.upsertVisitor({\n id: visitorId,\n name: body.name ?? null,\n email: body.email ?? null,\n phone: body.phone ?? null,\n zip: body.zip ?? null,\n company: body.company ?? null,\n wpUserId: body.wpUserId ?? null,\n pageUrl: body.pageUrl ?? null,\n country: quiet ? null : countryFrom(c.req.raw.headers),\n os: device.os,\n browser: device.browser,\n });\n\n const conversationId = await db.openConversation(visitorId);\n const messages = await db.getMessages(conversationId);\n\n // A known phone from WordPress is looked up immediately, so an agent picking\n // up the chat already has the account on screen. Awaited deliberately: this\n // response is not streamed, so there is no teardown risk here.\n if (body.phone) {\n await enrich(visitorId, String(body.phone));\n }\n\n // THE OPENER IS BUILT HERE, NOT IN THE WIDGET.\n //\n // It needs the ZIP, and the ZIP may have arrived from somewhere the browser\n // cannot see — a WooCommerce login, an earlier form submission, a checkout —\n // so the stored visitor row is the authority rather than whatever this page\n // happened to post. That read is also what lets a returning visitor be\n // greeted with their own region's price on a page that knows nothing.\n //\n // Both lines are sent every time and are cheap to ignore: the widget only\n // shows the greeting when the thread is empty, and only shows the nudge if\n // the greeting goes unanswered.\n const known = await db.getVisitor(visitorId);\n const zip = known?.[\"zip\"] ?? body.zip ?? null;\n\n // The page matters as well as the ZIP: the glass product page gets its own\n // opener, because someone standing on it has already chosen the subject.\n //\n // The visitor id is passed for the split test. It decides which of the five\n // opener variants this person gets, by a hash rather than a coin toss, so\n // the same visitor sees the same line on every page and cannot be counted\n // under two variants at once.\n const opener = openingGreeting(zip, body.pageUrl ?? null, visitorId);\n const greeting = opener.text;\n\n // AN EMPTY THREAD MEANS THE WIDGET IS ABOUT TO DRAW THIS GREETING — that is\n // the exact condition it renders on. Recording it here rather than waiting\n // for the widget to report back means the console can show what a visitor was\n // sent straight away, for everybody, instead of only for browsers that have\n // picked up a new widget.js past its five-minute cache.\n if (!messages.length) {\n await db.setShownOpener(visitorId, greeting, opener.variant);\n }\n\n return c.json({\n visitorId,\n conversationId,\n messages,\n greeting,\n nudge: pageNudge(body.pageUrl ?? null),\n });\n});\n\napp.post(\"/api/message\", async (c) => {\n await db.init();\n const { conversationId, body: text } = await c.req.json();\n\n if (!conversationId || !text || !String(text).trim()) {\n return c.json({ error: \"conversationId and body required\" }, 400);\n }\n\n const conv = await db.getConversation(conversationId);\n if (!conv) return c.json({ error: \"unknown conversation\" }, 404);\n\n await db.addMessage(conversationId, \"visitor\", String(text).slice(0, 4000));\n\n const status = String(conv[\"status\"]);\n const visitorId = String(conv[\"visitor_id\"]);\n\n // Scan every visitor message for a phone number and resolve it against\n // Salesforce in code. The model is never asked to decide whether to look\n // something up — it only ever receives a verified result as fact. This is\n // the single most important design decision in the project: tawk's agent had\n // the same tool wired and simply never called it.\n const phone = scanForPhone(String(text));\n if (phone) await enrich(visitorId, phone);\n\n // An agent has taken over: the AI must stay silent. Not a prompt\n // instruction — a branch.\n if (status === \"human\" || status === \"closed\") {\n return c.json({ ok: true, ai: false });\n }\n\n if (status === \"needs_human\" || wantsHuman(String(text))) {\n if (status !== \"needs_human\") {\n await db.setStatus(conversationId, \"needs_human\");\n await db.addMessage(\n conversationId,\n \"system\",\n \"Connecting you with someone from the team.\",\n );\n // Awaited before returning, for the teardown reason at the top of this\n // file. A dropped handoff notification is a customer left waiting with\n // nobody aware of it — the worst failure this system can have.\n await notifyHandoff(conversationId, await db.getConversation(conversationId));\n }\n return c.json({ ok: true, ai: false, handoff: true });\n }\n\n const visitor = await db.getVisitor(visitorId);\n const history = await db.getMessages(conversationId);\n\n // Billing facts are fetched in code, like the account lookup — the model is\n // never asked to decide whether to check a balance. `wp_user_id` is the only\n // thing that counts as authentication here: it means WordPress verified a\n // session. A phone number the visitor typed does not, which is why the pay\n // link is withheld unless this is set.\n let invoice = null;\n if (visitor?.[\"phone\"]) {\n invoice = await invoiceStatus(\n String(visitor[\"phone\"]),\n !!visitor[\"wp_user_id\"],\n );\n }\n\n const reply = await aiReply(history, visitor, invoice);\n if (reply) {\n await db.addMessage(conversationId, \"ai\", reply);\n return c.json({ ok: true, ai: true });\n }\n\n // THE MODEL PRODUCED NOTHING. Say so here rather than letting the widget\n // discover it by timing out: it waits six seconds before apologising, which\n // is six seconds of a visitor watching a typing indicator that will never\n // resolve. Written as a real message so it also lands in the transcript the\n // agent console shows — a failed turn the team can see is very different\n // from one only the customer experienced.\n await db.addMessage(\n conversationId,\n \"system\",\n \"Sorry — I couldn't put that together. Try rephrasing, or say you'd like to \"\n + \"talk to someone and I'll bring in the team.\",\n );\n return c.json({ ok: true, ai: false });\n});\n\n/**\n * Presence heartbeat. Runs on every page view, not just when the chat opens.\n *\n * Deliberately the cheapest endpoint here: one UPDATE, and two small reads only\n * when a conversation already exists. It is called far more often than anything\n * else, by people who may never chat at all.\n *\n * The response is what makes agent-initiated chat work: if someone from the\n * team has spoken to this visitor, the widget is told to open itself.\n */\napp.post(\"/api/presence\", async (c) => {\n await db.init();\n const body = await c.req.json().catch(() => ({}));\n const pageUrl = body.pageUrl ? String(body.pageUrl) : null;\n\n // No visitor id yet means a first page view. Create the record now rather\n // than waiting for a chat, otherwise nobody appears on the monitoring\n // screen until they decide to talk — which is the entire point of it.\n // Location and device are read off the request that is already arriving. The\n // IP that country is derived from is Cloudflare's to know — we never see a\n // need for it, never store it, and never send it anywhere. See context.ts.\n const quiet = optedOut(body);\n const country = quiet ? null : countryFrom(c.req.raw.headers);\n const device = quiet ? { os: null, browser: null } : deviceFrom(c.req.header(\"user-agent\"));\n\n let visitorId = body.visitorId ? String(body.visitorId) : null;\n\n // A BROWSER CAN HOLD AN ID WHOSE ROW NO LONGER EXISTS.\n //\n // The 90-day purge deletes visitor rows; nothing clears localStorage. Before\n // this check, such a browser sent its dead id on every page view forever,\n // recordPresence bailed out on the missing row, and that person was\n // invisible on the monitoring screen — permanently, and silently. Only\n // presence was affected, because /api/session upserts unconditionally, so\n // they reappeared the moment they opened the chat. Which is precisely the\n // case nobody would ever notice was broken.\n //\n // THE SUPPLIED ID IS REUSED, NOT REPLACED, and that is not a stylistic\n // choice: the widget adopts an id from this response only when it has none\n // of its own, so minting a fresh one here would be ignored and the browser\n // would go on sending the old one for good.\n const known = visitorId ? await db.getVisitor(visitorId) : null;\n\n if (!visitorId || !known) {\n visitorId = visitorId ?? db.id(\"v\");\n await db.upsertVisitor({\n id: visitorId,\n name: body.name ?? null,\n email: body.email ?? null,\n phone: body.phone ?? null,\n zip: body.zip ?? null,\n company: body.company ?? null,\n wpUserId: body.wpUserId ?? null,\n pageUrl,\n country,\n os: device.os,\n browser: device.browser,\n });\n }\n\n // Runs for a brand-new visitor too: referrer and landing_url are still null\n // on the row we just inserted, so COALESCE fills them from this first ping.\n await db.recordPresence(\n visitorId,\n pageUrl,\n body.referrer ? String(body.referrer).slice(0, 500) : null,\n {\n country,\n os: device.os,\n browser: device.browser,\n optedOut: quiet,\n // Reported by the widget. chatOpen is the panel state right now;\n // shownOpener/shownNudge are the lines it drew in the browser and never\n // sent here as messages, so without this the console shows an empty\n // thread for a visitor who has been spoken to twice.\n chatOpen: body.chatOpen === true,\n // Lives in the visitor's localStorage and nowhere else, so this ping is\n // the only way the console ever learns that somebody closed the chat on\n // us rather than us failing to reach them.\n chatDismissed: body.dismissed === true,\n shownOpener: body.shownOpener ? String(body.shownOpener).slice(0, 1000) : null,\n shownNudge: body.shownNudge ? String(body.shownNudge).slice(0, 1000) : null,\n },\n );\n\n // Retention runs off the back of the busiest endpoint rather than a cron.\n // It self-throttles to once a day and returns immediately otherwise, so this\n // costs one indexed read on a normal page view.\n db.purgeStaleVisitors().catch(() => {});\n\n const conversationId = await db.findOpenConversation(visitorId);\n const invited = conversationId ? await db.hasAgentMessage(conversationId) : false;\n\n return c.json({ visitorId, conversationId, invited });\n});\n\n/**\n * \"This page is going away\" — a pagehide beacon from the widget.\n *\n * WHY IT EXISTS. Until now the console could only infer departure from silence,\n * and silence is also what a locked phone, a switched tab and a throttled timer\n * look like. A visitor who closed the site and one who is still reading with a\n * missed heartbeat were the same row for a minute and a half. This is the one\n * moment a browser will volunteer that it is going, so it is worth taking.\n *\n * IT IS A HINT, NOT A FACT, and everything downstream treats it that way:\n * pagehide also fires on an ordinary click through to the next page and on iOS\n * when a tab is merely backgrounded. The next presence ping clears it, and the\n * console holds off for a few seconds before showing anything, so navigating\n * around the site never flashes up as leaving.\n *\n * SENT BY sendBeacon, which means text/plain and no cookies, and it is READ\n * accordingly — c.req.json() would reject the content type and throw away the\n * body. It also means the response is ignored by the browser, so this returns\n * 204 and does no work worth waiting for.\n */\napp.post(\"/api/gone\", async (c) => {\n await db.init();\n\n let visitorId: string | null = null;\n try {\n const raw = await c.req.text();\n visitorId = raw ? (JSON.parse(raw)?.visitorId ?? null) : null;\n } catch (_e) {\n // A malformed beacon from a page being torn down is not worth a log line.\n }\n\n if (visitorId) await db.markLeft(String(visitorId));\n return c.body(null, 204);\n});\n\n/**\n * Details a visitor VOLUNTEERED through a form on the website.\n *\n * This is the best identification we get: first-party, consented, and typed by\n * the person themselves — not inferred from anything. It is also precisely what\n * tawk could not use, since tawk refused to render attributes for a visitor it\n * considered unidentified.\n *\n * SEPARATE FROM /api/session ON PURPOSE. That endpoint opens a conversation,\n * which would put an empty thread in the agent queue for every form submission\n * on the site. This only enriches the visitor record.\n *\n * Purpose limit: someone filling in a quote form volunteered contact details in\n * order to BE CONTACTED. Using them to greet that person in chat is inside that\n * purpose. This endpoint does not backfill anything else.\n */\napp.post(\"/api/identify\", async (c) => {\n await db.init();\n const body = await c.req.json().catch(() => ({}));\n\n const visitorId = body.visitorId ? String(body.visitorId) : null;\n if (!visitorId) {\n console.warn(\"identify REJECTED: no visitorId\");\n return c.json({ error: \"visitorId required\" }, 400);\n }\n\n // Only enrich a visitor we already know. Creating one here would let any\n // caller mint records by posting arbitrary ids.\n const existing = await db.getVisitor(visitorId);\n if (!existing) {\n console.warn(`identify REJECTED: unknown visitor ${visitorId}`);\n return c.json({ error: \"unknown visitor\" }, 404);\n }\n\n // LOGGED BECAUSE SILENCE HERE IS AMBIGUOUS. Ten checkout visitors arrived\n // with nothing identified, and \"the WordPress snippet never called\" looks\n // exactly like \"it called and the call failed\". One line makes them\n // different. Fields only — never the values.\n console.log(\n `identify ${visitorId} from ${String(body.pageUrl ?? \"?\").slice(0, 80)}`\n + ` fields=[${[\"name\", \"email\", \"phone\", \"zip\", \"company\"].filter((k) => body[k]).join(\",\")}]`,\n );\n\n const clip = (v: unknown) => {\n const s = String(v ?? \"\").trim();\n return s ? s.slice(0, 200) : null;\n };\n\n // upsertVisitor COALESCEs, so this fills gaps and never overwrites something\n // already established — a WordPress-verified phone survives a typo in a form.\n await db.upsertVisitor({\n id: visitorId,\n name: clip(body.name),\n email: clip(body.email),\n phone: clip(body.phone),\n zip: clip(body.zip),\n company: clip(body.company),\n pageUrl: body.pageUrl ? String(body.pageUrl) : String(existing[\"page_url\"] ?? \"\"),\n });\n\n // A volunteered phone is worth resolving immediately, so an agent opening the\n // conversation already has the account on screen rather than waiting for the\n // customer to repeat a number they have just typed once.\n const phone = clip(body.phone);\n if (phone) await enrich(visitorId, phone);\n\n return c.json({ ok: true });\n});\n\n/**\n * \"They have gone quiet\" — reported by the widget, decided by the server.\n *\n * The 15-minute interval sweep in nudge.ts is a backstop, not the mechanism.\n * Free-tier intervals cannot run more often than that, so a sweep alone would\n * deliver \"still there?\" up to eighteen minutes late, to someone who has long\n * since closed the tab. The widget knows the thing the server cannot: whether\n * this person is STILL ON THE PAGE, right now, having stopped typing.\n *\n * The caller is not trusted with the decision, only with the timing. Every\n * guard — engaged, we spoke last, still on the bot, not already nudged, not\n * already ordered — is re-applied here through the same query the sweep uses,\n * so a forged call can at most trigger a nudge this conversation had already\n * earned.\n */\napp.post(\"/api/nudge\", async (c) => {\n await db.init();\n const { conversationId } = await c.req.json().catch(() => ({}));\n if (!conversationId) return c.json({ error: \"conversationId required\" }, 400);\n\n // Idle floor of 0: the widget has already timed it, and re-imposing a floor\n // here would just fight its clock. The CEILING still applies, because a tab\n // rediscovered after an hour should not get a message about it.\n const eligible = await db.listNudgeCandidates(0, 30 * 60 * 1000, 50);\n if (!eligible.some((r: any) => String(r[\"id\"]) === String(conversationId))) {\n return c.json({ ok: true, nudged: false });\n }\n\n await db.markNudged(String(conversationId));\n\n const conv = await db.getConversation(String(conversationId));\n if (!conv || String(conv[\"status\"]) !== \"ai\") return c.json({ ok: true, nudged: false });\n\n const history = await db.getMessages(String(conversationId));\n const visitor = await db.getVisitor(String(conv[\"visitor_id\"]));\n const text = await nudgeReply(history, visitor);\n if (!text) return c.json({ ok: true, nudged: false });\n\n await db.addMessage(String(conversationId), \"ai\", text);\n console.log(`nudged ${conversationId}: ${text}`);\n return c.json({ ok: true, nudged: true });\n});\n\n/** Visitor-initiated handoff, from a button rather than a phrase. */\napp.post(\"/api/handoff\", async (c) => {\n await db.init();\n const { conversationId } = await c.req.json();\n const conv = await db.getConversation(conversationId);\n if (!conv) return c.json({ error: \"unknown conversation\" }, 404);\n\n if (String(conv[\"status\"]) === \"ai\") {\n await db.setStatus(conversationId, \"needs_human\");\n await db.addMessage(conversationId, \"system\", \"Connecting you with someone from the team.\");\n await notifyHandoff(conversationId, await db.getConversation(conversationId));\n }\n return c.json({ ok: true });\n});\n\n/* ----------------------------------------------------------------- streams */\n\nfunction sseStream(load: (since: number) => Promise, since0: number) {\n let since = since0;\n const started = Date.now();\n const enc = new TextEncoder();\n\n return new ReadableStream({\n async pull(controller) {\n if (Date.now() - started > STREAM_MAX_MS) {\n controller.close();\n return;\n }\n\n await new Promise((r) => setTimeout(r, POLL_MS));\n\n try {\n const rows = await load(since);\n for (const row of rows) {\n const created = Number(row[\"created_at\"] ?? row[4] ?? 0);\n if (created > since) since = created;\n controller.enqueue(enc.encode(`data: ${JSON.stringify(row)}\\n\\n`));\n }\n // Comment frame doubles as a keep-alive; proxies drop idle connections.\n controller.enqueue(enc.encode(`: ping\\n\\n`));\n } catch (_e) {\n // A transient query failure must not kill the stream — the widget\n // would reconnect anyway, but silently riding it out is smoother.\n controller.enqueue(enc.encode(`: err\\n\\n`));\n }\n },\n });\n}\n\nconst SSE_HEADERS = {\n \"Content-Type\": \"text/event-stream\",\n \"Cache-Control\": \"no-cache\",\n \"Connection\": \"keep-alive\",\n};\n\napp.get(\"/api/stream\", async (c) => {\n await db.init();\n const cid = c.req.query(\"c\");\n const since = Number(c.req.query(\"since\") ?? 0);\n if (!cid) return c.json({ error: \"c required\" }, 400);\n\n return new Response(\n sseStream((s) => db.getMessages(cid, s), since),\n { headers: SSE_HEADERS },\n );\n});\n\n/* ------------------------------------------------------------------ agent */\n\napp.get(\"/api/agent/conversations\", async (c) => {\n if (!agentAuthed(c)) return c.json({ error: \"unauthorized\" }, 401);\n await db.init();\n return c.json({ conversations: await db.listConversations() });\n});\n\napp.get(\"/api/agent/messages\", async (c) => {\n if (!agentAuthed(c)) return c.json({ error: \"unauthorized\" }, 401);\n await db.init();\n const cid = c.req.query(\"c\");\n if (!cid) return c.json({ error: \"c required\" }, 400);\n return c.json({\n conversation: await db.getConversation(cid),\n messages: await db.getMessages(cid),\n });\n});\n\n/** Who is on the site right now. */\napp.get(\"/api/agent/visitors\", async (c) => {\n if (!agentAuthed(c)) return c.json({ error: \"unauthorized\" }, 401);\n await db.init();\n\n // FOUR times the widget's 45-second heartbeat, not two.\n //\n // Two was too tight and it was measurably hiding people: at 90s the console\n // listed 3 visitors when 8 had pinged within three minutes and 11 within\n // five. The gaps tell the story — they cluster at 1s, 9s, 49s and then jump\n // straight to 133s+, with almost nothing in between, because a single missed\n // ping puts someone the far side of the line. Mobile browsers throttle timers\n // in the background constantly, so missing one is normal rather than a sign\n // the visitor has gone.\n //\n // The cost of being generous here is asymmetric. Showing someone who left a\n // minute ago wastes a glance; hiding someone who is still reading loses the\n // conversation the console exists to start. The list marks how long each has\n // been idle so nobody is mistaken for live.\n const window = 3 * 60 * 1000;\n return c.json({ visitors: await db.listActiveVisitors(Date.now() - window) });\n});\n\n/**\n * Opener split test scoreboard: shown, replied, reply rate, per variant.\n *\n * ?days=N limits it to the last N days, default 30. The floor is not\n * decoration — every visitor greeted before the test started carries a null\n * variant, and a large \"(pre-test)\" row at the top of the table is exactly the\n * sort of number that gets quoted as a result.\n */\napp.get(\"/api/agent/openers\", async (c) => {\n if (!agentAuthed(c)) return c.json({ error: \"unauthorized\" }, 401);\n await db.init();\n const days = Number(c.req.query(\"days\") ?? 30);\n const since = Date.now() - (Number.isFinite(days) ? days : 30) * 24 * 60 * 60 * 1000;\n return c.json({ since, variants: await db.openerReport(since) });\n});\n\n/**\n * Start a conversation with a visitor who has not asked for one.\n *\n * This is the reason presence tracking earns its keep. Watching a list of\n * anonymous sessions is not useful; opening with \"want a hand?\" to someone who\n * has been on the pricing page for four minutes is.\n *\n * Goes straight to 'human' — the AI must not pick up a conversation a person\n * deliberately started.\n */\napp.post(\"/api/agent/invite\", async (c) => {\n if (!agentAuthed(c)) return c.json({ error: \"unauthorized\" }, 401);\n await db.init();\n\n const { visitorId, body, agent } = await c.req.json();\n if (!visitorId || !body || !String(body).trim()) {\n return c.json({ error: \"visitorId and body required\" }, 400);\n }\n\n const visitor = await db.getVisitor(String(visitorId));\n if (!visitor) return c.json({ error: \"unknown visitor\" }, 404);\n\n const conversationId = await db.openConversation(String(visitorId));\n await db.setStatus(conversationId, \"human\", agent ?? \"Team\");\n await db.addMessage(conversationId, \"agent\", String(body).slice(0, 4000), agent ?? \"Team\");\n\n return c.json({ ok: true, conversationId });\n});\n\napp.post(\"/api/agent/claim\", async (c) => {\n if (!agentAuthed(c)) return c.json({ error: \"unauthorized\" }, 401);\n await db.init();\n const { conversationId, agent } = await c.req.json();\n\n await db.setStatus(conversationId, \"human\", agent ?? \"Team\");\n await db.addMessage(\n conversationId,\n \"system\",\n `${agent ?? \"A team member\"} has joined the conversation.`,\n );\n return c.json({ ok: true });\n});\n\napp.post(\"/api/agent/reply\", async (c) => {\n if (!agentAuthed(c)) return c.json({ error: \"unauthorized\" }, 401);\n await db.init();\n const { conversationId, body, agent } = await c.req.json();\n if (!conversationId || !body) return c.json({ error: \"conversationId and body required\" }, 400);\n\n // Replying implies taking over. Requiring a separate Claim click is the kind\n // of step that gets skipped under pressure, leaving the AI talking over a\n // human mid-conversation.\n const conv = await db.getConversation(conversationId);\n if (conv && String(conv[\"status\"]) !== \"human\") {\n await db.setStatus(conversationId, \"human\", agent ?? \"Team\");\n }\n\n await db.addMessage(conversationId, \"agent\", String(body).slice(0, 4000), agent ?? \"Team\");\n return c.json({ ok: true });\n});\n\napp.post(\"/api/agent/release\", async (c) => {\n if (!agentAuthed(c)) return c.json({ error: \"unauthorized\" }, 401);\n await db.init();\n const { conversationId } = await c.req.json();\n await db.setStatus(conversationId, \"ai\");\n return c.json({ ok: true });\n});\n\napp.post(\"/api/agent/close\", async (c) => {\n if (!agentAuthed(c)) return c.json({ error: \"unauthorized\" }, 401);\n await db.init();\n const { conversationId } = await c.req.json();\n await db.setStatus(conversationId, \"closed\");\n return c.json({ ok: true });\n});\n\napp.get(\"/api/agent/stream\", async (c) => {\n if (!agentAuthed(c)) return c.json({ error: \"unauthorized\" }, 401);\n await db.init();\n // The dashboard re-fetches the list on any tick; sending the list itself\n // down the stream would race with the agent's own actions.\n return new Response(\n sseStream(async () => [{ created_at: Date.now(), tick: true }], 0),\n { headers: SSE_HEADERS },\n );\n});\n\n/* ----------------------------------------------------------------- shared */\n\n/** Resolve a phone against Salesforce and cache it on the visitor. */\nasync function enrich(visitorId: string, phone: string) {\n // Store the number first, before any lookup and regardless of its outcome.\n // The agent console runs its OWN native Salesforce query keyed off this, and\n // that query is the one that can show several candidate accounts for a human\n // to choose between. Without this, a number typed in chat reached the bot but\n // never the panel, so the disambiguation the console exists for never fired.\n await db.setVisitorPhone(visitorId, phone);\n\n const v = await db.getVisitor(visitorId);\n\n // Re-checking every message would add a Val Town cold start plus two SOQL\n // queries to each turn. An hour is far shorter than a delivery schedule\n // changes.\n const checked = Number(v?.[\"sf_checked_at\"] ?? 0);\n if (checked && Date.now() - checked < 60 * 60 * 1000) return;\n\n const res = await lookupByPhone(phone);\n // found:false arrives as needs_phone, ambiguous or errored. None is a\n // statement about THIS customer, so none is stored. Ambiguous matters most:\n // that number is on more than one account, and guessing would put another\n // business's name in front of this one.\n if (res?.found) {\n await db.setSalesforce(visitorId, res.account_name ?? null, res.next_delivery_date ?? null);\n }\n}\n\n/**\n * Deliberately narrow. A customer saying \"does a human deliver these?\" should\n * not trigger a handoff, so this matches requests, not the word alone.\n */\nfunction wantsHuman(text: string): boolean {\n // An actual request. These stand on their own and always escalate.\n if (/\\b(speak|talk|chat)\\s+(to|with)\\s+(a\\s+)?(human|person|someone|agent|rep)\\b/i.test(text)) {\n return true;\n }\n if (/\\bhuman\\s+(please|help)\\b/i.test(text)) return true;\n\n // \"real person\" / \"live agent\" WITHOUT a request verb in front of it.\n //\n // THIS FIRED ON \"are you a real person?\" AND HANDED THE CHAT OFF — caught\n // 9/1/2026, the first time anyone asked the newly-named assistant who it\n // was. That question is not a request for a human, it is a question about\n // the one already answering, and escalating it drops a live conversation\n // into a queue nobody is watching and leaves the customer waiting for a\n // reply that was one sentence away.\n //\n // It matters more now than it did: giving the assistant a name is precisely\n // what makes people ask.\n if (!/\\b(real|live)\\s+(person|human|agent)\\b/i.test(text)) return false;\n return !asksWhoYouAre(text);\n}\n\n/**\n * \"Are you a real person?\", \"is this a bot?\", \"who am I talking to?\"\n *\n * Answered rather than escalated. Jack is told to say plainly what he is, so\n * the honest answer is already available and is a better reply than a transfer.\n * Anyone who wants a human after that only has to ask for one, and the request\n * patterns above catch it.\n */\nfunction asksWhoYouAre(text: string): boolean {\n return /\\b(are|r)\\s+(you|u)\\b[^.?!]{0,30}\\b(real|human|person|bot|robot|ai|machine|computer)\\b/i.test(text)\n || /\\bis\\s+th(is|at)\\b[^.?!]{0,30}\\b(real|human|person|bot|robot|ai)\\b/i.test(text)\n || /\\bwho\\s+am\\s+i\\s+(talking|speaking|chatting)\\s+(to|with)\\b/i.test(text)\n || /\\bam\\s+i\\s+(talking|speaking|chatting)\\s+(to|with)\\s+(a\\s+)?(real|human|person|bot)\\b/i.test(text);\n}\n\n/* ------------------------------------------------------------ delivery */\n\napp.get(\"/widget.js\", () =>\n new Response(WIDGET_JS, {\n headers: {\n \"Content-Type\": \"application/javascript; charset=utf-8\",\n // Short, so a fix reaches visitors within minutes without hammering the\n // val on every page view of a WooCommerce site.\n \"Cache-Control\": \"public, max-age=300\",\n },\n })\n);\n\n// The standalone console. Kept alongside the Visualforce page as the fallback\n// that works when Salesforce is down or a licence is missing.\napp.get(\"/dashboard\", () =>\n new Response(DASHBOARD_HTML, {\n headers: { \"Content-Type\": \"text/html; charset=utf-8\" },\n })\n);\n\n/**\n * Somewhere to try the widget without touching the live storefront.\n *\n * ?wp=1 fakes the enrichment the WordPress snippet would supply for a\n * signed-in customer, so both paths can be exercised: anonymous, where the\n * only thing known is what gets typed, and identified, where the account is\n * resolved before a word is said.\n */\napp.get(\"/test\", (c) => {\n const asCustomer = new URL(c.req.url).searchParams.get(\"wp\") === \"1\";\n\n const enrich = asCustomer\n ? ``\n : \"\";\n\n return new Response(\n `\n\n\nTribeca Chat - test page\n\n\n

Tribeca Chat test page

The widget is live in the corner. Nothing here touches tribecabeverage.com.

\n\n

Mode: ${asCustomer ? \"signed-in customer\" : \"anonymous visitor\"}\n · \n switch to ${asCustomer ? \"anonymous\" : \"signed-in\"}

\n\n

Try this first

Ask When is my next delivery? with no phone number given. It should refuse to\n guess a date and ask for one, rather than inventing something plausible.

\n\n

Then give it a number

Reply with 818-321-4845. The account is resolved in code before the model\n answers, so the name it uses comes from Salesforce, not from the model.

\n\n

Then ask for a person

Say can I talk to a person. The AI stops answering and the conversation moves\n to the top of the agent queue.

\n\n

Watch it arrive

Agent console: standalone or the Visualforce page in Salesforce.\n Both show the same conversation.

\n\n${enrich}\n\n`,\n { headers: { \"Content-Type\": \"text/html; charset=utf-8\" } },\n );\n});\n\napp.get(\"/health\", async (c) => {\n await db.init();\n return c.json({\n ok: true,\n // Compare against tribeca-profile's PROFILE_VERSION. If they differ, this\n // val is serving cached prices and needs a redeploy.\n profile: PROFILE_VERSION,\n anthropic: !!anthropicKey(),\n agentKey: !!AGENT_KEY(),\n apollo: !!Deno.env.get(\"APOLLO_TOOL_KEY\"),\n telegram: !!Deno.env.get(\"TELEGRAM_BOT_TOKEN\"),\n });\n});\n\nexport default app.fetch;\n",[176],"6306ed3b-db5a-46c7-b2d1-3c560f847773","greeting.ts","3f2669a2-a64a-11f1-8729-1607ee4eb77e",285,["D",1788307568100],35,"// The opening line.\n//\n// WHY THIS IS NOT A CONSTANT ANY MORE\n// tawk opened all 100 exported chats with \"Ask us if we deliver in your area!\n// What city do you live in?\" and it worked — 92% of real visitors replied. But\n// 52% of those first replies were four words or fewer, because the question\n// asks for something we can already know, and 48% of chats never got past that\n// exchange (82s median, against 600s for chats that reached buying intent).\n//\n// So the opener now spends its one turn ANSWERING rather than asking: coverage\n// confirmed, the real delivered price for their region, and an offer to do the\n// signup here. The next reply is then a decision instead of data entry.\n//\n// LOCATION COMES FROM THE ZIP, NEVER FROM AN IP. context.ts explains why in\n// full: city-from-IP means posting every visitor's address to a third-party\n// geolocator, which is the data flow moving off tawk was meant to remove, and\n// it is wrong often enough to put the wrong price in front of someone. A ZIP is\n// volunteered by the customer or already known to WooCommerce, and it is exact.\n// No ZIP means no quote — the generic opener is used instead.\n//\n// PRICES ARE NEVER WRITTEN HERE. They come from tribeca-profile, which is the\n// one place pricing is allowed to live. The ?v= pin is load-bearing: Val Town\n// caches a remote module by URL, so without bumping it this file would keep\n// quoting last week's prices with nothing in the logs.\nimport {\n COOLERS,\n GLASS_5GAL,\n PLASTIC_5GAL,\n UNSELLABLE_REGIONS,\n} from \"https://esm.town/v/Tribeca_Rep/tribeca-profile/profile.ts?v=2026-09-01o\";\n\n/**\n * THE OPENER. One question, answerable in one word.\n *\n * Chosen 9/1/2026 against measured evidence. tawk opened every one of its 100\n * exported chats with a question — \"what city do you live in?\" — and 92% of\n * real visitors answered; 52% of those replies were four words or fewer,\n * because a cheap question is a cheap thing to answer.\n *\n * This file previously opened by ANSWERING instead: coverage confirmed and the\n * delivered price for their region, in about forty words. Better information,\n * worse bait — 21% replied. Two problems with it. It needs a composed sentence\n * to accept, where tawk needed one word. And leading with the price satisfies\n * the visitor: they came to find out what it costs, they now know, and they can\n * leave.\n *\n * The price has not gone anywhere — the model still has the whole profile and\n * quotes it the moment anyone asks. It is just no longer the first thing said.\n */\nexport const FALLBACK_GREETING = \"Were you interested in water delivery?\";\n\ntype Region = keyof typeof PLASTIC_5GAL;\n\n/**\n * THE CHEAPEST TWO-BOTTLE ALKALINE PRICE WE ACTUALLY CHARGE, computed rather\n * than typed.\n *\n * The variants below say \"starts at\", and \"starts at\" has to be TRUE for every\n * region or it is a bait price — a New Yorker quoted $24.98 who is then billed\n * $31.92 was misled by the first sentence we ever said to them. Taking the\n * minimum from the shared table means it stays true when the table changes, and\n * it keeps this file's rule intact: prices are never written here.\n */\nconst FROM_ALKALINE = Math.min(\n ...Object.values(PLASTIC_5GAL).map((r: any) => Number(r.alkaline)),\n);\n\n/**\n * OPENER SPLIT TEST.\n *\n * Reply rates measured 9/1/2026, first day live. Small numbers, but the shape\n * was consistent enough to act on:\n *\n * \"Hi! Ask us about delivery in your area, pricing, or your account.\" 15/32\n * region-priced (\"We deliver in New Jersey — ... $26.98\") 5/6\n * \"Were you interested in water delivery?\" 0/8\n * \"Do you have glass bottles delivered currently?\" 0/13\n *\n * The two bare questions were at zero. The priced ones were not, and the\n * region-priced figure is confounded — a known ZIP usually means a signed-in\n * customer, a warmer audience — but a price is at least something a visitor has\n * to react to, where a yes/no question is free to ignore.\n *\n * SO IT IS NO LONGER ONE GUESS. Every variant here goes out to a fifth of\n * visitors with an unknown ZIP, and `visitors.opener_variant` records which,\n * so reply rate per variant is a query rather than an argument.\n *\n * NOT IN THE TEST, deliberately: the unsellable-area line, which is a factual\n * correction and not a pitch, and the glass-page opener, which is there by a\n * specific decision about that page. Both would need their own experiment.\n */\nexport const OPENER_VARIANTS: ReadonlyArray<{ id: string; text: string }> = [\n // The control. Keep it in, or the comparison has nothing to sit against.\n { id: \"question\", text: FALLBACK_GREETING },\n\n // Price, no question attached. Gives before it asks, and leaves them holding\n // a number rather than a request.\n {\n id: \"price\",\n text: `Two 5-gallon bottles delivered starts at ${money(FROM_ALKALINE)} a month, no contract.`,\n },\n\n // The winning shape generalised: the fact first, then a question that is one\n // word to answer and hands us the one thing we need.\n {\n id: \"price_zip\",\n text: `Delivery starts at ${money(FROM_ALKALINE)} a month for two 5-gallon bottles. `\n + `What's your ZIP and I'll check your exact price?`,\n },\n\n // Sells the absence of the form, which is the real advantage over the\n // website — the bot can complete a signup that checkout makes people abandon.\n { id: \"setup\", text: \"I can set up delivery in about a minute — want me to?\" },\n\n // Closest to what tawk actually ran at 92%: a person, offering to answer\n // something, with no product in the sentence at all.\n {\n id: \"human\",\n text: \"Hi, TriBeCa team here — anything I can answer while you're looking?\",\n },\n\n // THE 25% OFFER, LED WITH ON PURPOSE — added 9/1/2026 at the office's\n // request, to find out whether it moves engagement.\n //\n // The shared profile says the opposite in as many words: \"THE DISCOUNT IS A\n // CLOSER, NOT AN OPENER... offering money off before anyone has hesitated\n // discounts a sale you had already made.\" That rule is not wrong, and it is\n // deliberately left in place for the model, which still holds the discount\n // back in its own answers. This variant tests the rule rather than repealing\n // it — which is exactly what a split test is for, and the numbers will say\n // whether the discounted conversations are worth what they cost.\n //\n // No code in the line. The offer is the hook; 25for2025 gets applied when\n // the order is actually placed, and a promo code in an opening sentence\n // reads as a coupon popup rather than a person.\n {\n id: \"discount\",\n text: \"Order through me and I'll take 25% off your first delivery — want me to set it up?\",\n },\n];\n\n/**\n * THE GLASS PAGE GETS ITS OWN TEST, because it is a different problem.\n *\n * It is the busiest product page on the site — 100 visitors in the first tracked\n * sample — and the fastest bounce at 76 seconds average. Its opener is also the\n * worst performer measured so far, at 0 replies from 13. The reason is almost\n * certainly the price: glass looks four to five times plastic until you know\n * that $30 a bottle of it is a refundable deposit, and the current line asks a\n * question about their existing service without touching that at all.\n *\n * So the variants split on WHAT TO LEAD WITH: the question we ask now, the\n * deposit that makes the number make sense, or the offer to check their area.\n *\n * THE PROFILE'S \"NEVER VOLUNTEER GLASS\" RULE IS NOT BROKEN HERE. That rule is\n * about not steering someone towards a $134.98 decision they never asked for.\n * Somebody standing on the glass product page has asked. It still holds\n * everywhere else, which is why this set is reachable only from that page.\n */\nexport const GLASS_VARIANTS: ReadonlyArray<{ id: string; text: string }> = [\n // The control — the line running now, so the comparison has a baseline.\n {\n id: \"glass_current\",\n text: \"Do you have glass bottles delivered currently?\",\n },\n\n // Leads with the refundable deposit. If the price is what makes people leave,\n // this is the fact that changes the price.\n {\n id: \"glass_deposit\",\n text: `Worth knowing on glass: ${money(GLASS_5GAL.depositPerBottle)} per bottle of that price `\n + `is a deposit you get back. Want me to check your area?`,\n },\n\n // The two real numbers, plainly. Slower to read, but nobody has to work out\n // what it costs, which is the question the page is being visited to answer.\n {\n id: \"glass_price\",\n text: `Glass is ${money(GLASS_5GAL.oneBottleTotal)} for one bottle or `\n + `${money(GLASS_5GAL.twoBottleTotal)} for two, delivery included. `\n + `Want me to check we cover your street?`,\n },\n\n // No price, no product — just the offer. The counterweight: if the numbers\n // are what scares people off this page, the variant that omits them entirely\n // is the one that tells us.\n {\n id: \"glass_check\",\n text: \"Want me to check whether we deliver glass bottles to you?\",\n },\n\n // The same 25% test, run here too. Glass is where price does the most damage\n // — this is the page people leave fastest — so if leading with money off\n // works anywhere it should work here, and if it does not work HERE the\n // general result is easier to believe.\n {\n id: \"glass_discount\",\n text: \"Order glass through me and I'll take 25% off your first delivery — want the price for your area?\",\n },\n];\n\n/**\n * Which variant this visitor gets — STABLE, from their id, not random.\n *\n * A visitor who reloads or moves to a second page must see the same opener.\n * Math.random() here would reassign them on every page view, so one person\n * could be counted under three variants and the whole comparison would measure\n * nothing. Hashing the id also means no state to store and no coordination\n * between isolates.\n *\n * djb2-ish, forced unsigned. The ids are random hex, so this distributes\n * evenly without anything cleverer.\n */\nexport function openerVariantFor(\n visitorId: unknown,\n set: ReadonlyArray<{ id: string; text: string }> = OPENER_VARIANTS,\n): { id: string; text: string } {\n // No id yet means the very first request of a session, before presence has\n // handed one back. The control is the safe thing to show, and it will not\n // pollute the numbers: the row is written under 'question' either way, and\n // this is the same line that variant carries.\n const s = String(visitorId ?? \"\");\n if (!s) return set[0];\n let h = 0;\n for (let i = 0; i < s.length; i++) h = ((h * 31 + s.charCodeAt(i)) >>> 0);\n return set[h % set.length];\n}\n\n/**\n * ZIP to the pricing region the store itself uses.\n *\n * DELIBERATELY CONSERVATIVE, and it returns null far more often than a ZIP map\n * would. Every range below is one we actually serve; anything outside them —\n * upstate New York, Jacksonville, the Florida panhandle, most of California —\n * returns null and gets the generic opener.\n *\n * The failure modes are not symmetrical. A visitor who gets the generic\n * greeting has lost nothing. A visitor told \"we deliver in your area\" who then\n * finds out we do not has been lied to by a robot, and quoting the wrong\n * region's price is worse still, because the number is the thing they remember.\n */\n/**\n * Areas the store will happily sell to and we cannot actually deliver to.\n *\n * NAMED, not just flagged. There are two of these now, and the opener has to\n * say which one — telling someone in Melbourne that we get asked about\n * \"Greater Philadelphia\" a lot is worse than saying nothing.\n */\nfunction unsellableAreaForZip(z: number): string | null {\n // Offered in the store's own dropdown, no purchasable variation for any\n // water type.\n if (z >= 15000 && z <= 19699) return \"Greater Philadelphia Area\";\n // Sells and prices fine on the website; the route does not exist. Confirmed\n // by the office 9/1/2026.\n // \"area\" is not decoration — the opener says \"the ${which}\", and \"the Greater\n // Melbourne a lot\" is a sentence no person would write.\n if (z >= 32900 && z <= 32999) return \"Greater Melbourne area\";\n return null;\n}\n\nexport function pricingRegionForZip(zip: unknown): Region | \"UNSELLABLE\" | null {\n const z = Number(String(zip ?? \"\").trim().slice(0, 5));\n if (!z || Number.isNaN(z)) return null;\n\n // Checked FIRST. These ranges sit inside otherwise-served states, so a later\n // range test would happily quote them a price for a truck that never comes.\n if (unsellableAreaForZip(z)) return \"UNSELLABLE\";\n\n if (z >= 6000 && z <= 6999) return \"Connecticut\";\n if (z >= 7000 && z <= 8999) return \"New Jersey\";\n\n // NYC, Long Island, Westchester and Rockland only. 12000+ is upstate and not\n // served, so the range deliberately stops short of it.\n if (z >= 10001 && z <= 11999) return \"New York\";\n\n // DC, Maryland and Northern Virginia.\n if (z >= 20000 && z <= 22999) return \"Washington DC Metro (MD, VA)\";\n\n // Los Angeles and Orange County. Northern California is not served.\n if (z >= 90000 && z <= 92899) return \"California\";\n\n // Florida, by route rather than by state. The panhandle (324xx-325xx) and\n // Jacksonville (320xx-322xx) are absent because we do not go there.\n if (z >= 32700 && z <= 32899) return \"Florida - Tampa Metro / Pinellas / Central Florida\"; // Orlando, Kissimmee\n if (z >= 33000 && z <= 33499) return \"Florida - Miami Metro (Dade/Broward/Palm Beach)\";\n if (z >= 33500 && z <= 34299) return \"Florida - Tampa Metro / Pinellas / Central Florida\"; // Tampa, St Pete, Sarasota, Lakeland\n\n return null;\n}\n\n/**\n * Money, formatted — and a helper rather than inline for a specific reason.\n *\n * A literal \"$\" written immediately before a ${...} inside a template literal is\n * one editing slip from vanishing, and it vanished from every price in this file\n * on the first write. A number with no currency symbol in front of a customer is\n * a number they can misread. widget.ts and agent.ts both carry the same warning;\n * this makes it structural instead of something to remember.\n */\nfunction money(n: number): string {\n // Whole amounts lose the cents. \"$8/month\" and \"a $30 deposit\" are how a\n // person says these out loud; \"$8.00/month\" reads like a system talking.\n return \"$\" + (Number.isInteger(n) ? String(n) : n.toFixed(2));\n}\n\n/** Short label for the opener — the full keys name routes, not places. */\nfunction placeLabel(region: Region): string {\n if (String(region).startsWith(\"Florida\")) return \"your part of Florida\";\n if (region === \"Washington DC Metro (MD, VA)\") return \"the DC metro\";\n return String(region);\n}\n\n/**\n * Build the opening line.\n *\n * Quotes `cartTotal`, not `pageTotal`. The store's product page under-quotes by\n * $2 in every region except California — a known defect recorded in\n * tribeca-profile — and cartTotal is what the customer is actually charged.\n * Opening with the cheaper number would make the first thing we ever tell them\n * the thing they later find out was wrong.\n *\n * The 25% discount is deliberately NOT here. It is a closer, not an opener:\n * offering money off before anyone has hesitated discounts a sale already made.\n */\n/** The glass product page, by the two URL shapes the store actually uses. */\nfunction isGlassPage(pageUrl: unknown): boolean {\n const u = String(pageUrl ?? \"\").toLowerCase();\n return u.includes(\"glass-bottles\") || (u.includes(\"glass\") && u.includes(\"/product/\"));\n}\n\n/**\n * RETURNS THE VARIANT ALONGSIDE THE TEXT, not just the line.\n *\n * The console already stores `shown_opener`, so the wording alone could be\n * grouped on — but only until the day someone fixes a comma in one variant,\n * at which point that variant silently splits into two rows and the history\n * before the edit stops matching the history after it. A short stable id\n * survives rewording, which is the whole point of running this for weeks.\n *\n * The fixed branches return an id too (\"unsellable\", \"glass\") rather than\n * null, so the report accounts for every greeting rather than leaving a\n * blank bucket nobody can interpret.\n */\nexport function openingGreeting(\n zip: unknown,\n pageUrl?: unknown,\n visitorId?: unknown,\n): { text: string; variant: string } {\n const region = pricingRegionForZip(zip);\n\n // GLASS IS THE ONE PAGE THAT GETS ITS OWN OPENER.\n //\n // The profile forbids volunteering glass — it is four to five times the price\n // with a $30-per-bottle deposit, and offering it unprompted turns a $26.98\n // decision into a $134.98 one. That rule is about not RAISING it. Someone\n // standing on the glass product page has raised it themselves, so asking\n // about it is answering where they are rather than upselling.\n //\n // Asked as \"currently\" on purpose: it separates an existing glass customer\n // from someone considering it, and either answer is one word.\n //\n // CHECKED AFTER the unsellable branch below, not before. Someone in\n // Philadelphia or Melbourne standing on the glass page cannot be sold\n // anything at all, and asking about their glass delivery before telling them\n // we do not deliver to them is the wrong order to say two things in.\n if (region === \"UNSELLABLE\") {\n // Named per ZIP, NOT UNSELLABLE_REGIONS[0]. That index worked while\n // Philadelphia was the only entry; adding Melbourne on 9/1/2026 would have\n // started telling people in Florida about Pennsylvania.\n const z = Number(String(zip ?? \"\").trim().slice(0, 5));\n const which = unsellableAreaForZip(z) ?? UNSELLABLE_REGIONS[0] ?? \"your area\";\n return {\n variant: \"unsellable\",\n text: `Hi! We get asked about the ${which} a lot — it needs a team member to set up `\n + `rather than the website. Tell me what you need and I'll pass it straight on.`,\n };\n }\n\n if (isGlassPage(pageUrl)) {\n // Its own split, on its own set. The glass page is the busiest and the\n // fastest-bouncing on the site, and its single opener is the worst\n // performer measured — so it gets tested rather than guessed at again.\n const g = openerVariantFor(visitorId, GLASS_VARIANTS);\n return { variant: g.id, text: g.text };\n }\n\n // Deliberately the SAME question whether or not we know their region. Knowing\n // the ZIP is still worth everything — it decides the unsellable branch above,\n // it feeds pageNudge, and it means the price is right the moment they ask —\n // but a visitor who has not spoken yet does not need it recited at them.\n //\n // THIS IS THE BRANCH UNDER TEST, and it is the great majority of visitors —\n // most arrive from a search with no ZIP known to anyone. Whatever wins here\n // is the opener the business runs on.\n const v = openerVariantFor(visitorId);\n return { text: v.text, variant: v.id };\n}\n\n/**\n * The second line, sent only when the opener got no reply.\n *\n * WHY IT IS KEYED ON THE PAGE. Measured over the first 394 tracked visitors,\n * what someone is looking at separates them far more sharply than anything else\n * we know:\n *\n * glass bottles 100 visitors, 76s average — the busiest product page and\n * the fastest bounce\n * home 77 visitors, 154s\n * plastic 5gal 25 visitors, 187s\n * contact us 23 visitors, 339s — five minutes filling a form\n * checkout / cart 10 visitors, 334s — five minutes stuck\n *\n * The two long-dwell pages are people already trying to reach you, and the\n * busiest one is people leaving. A generic \"still there?\" earns nothing from\n * any of them, so each gets the one fact that would actually move it.\n *\n * Returns null where a nudge would be wrong rather than merely useless — after\n * checkout the sale is already made, and chasing someone who has just paid\n * reads as a system that has not noticed.\n */\nexport function pageNudge(pageUrl: unknown): string | null {\n const u = String(pageUrl ?? \"\").toLowerCase();\n if (!u) return null;\n\n // Already bought. Offer help, never a pitch.\n if (u.includes(\"order-received\") || u.includes(\"/thank-you\")) {\n return \"Thanks for your order! If anything about the delivery or your account \"\n + \"needs sorting, tell me here and I'll take care of it.\";\n }\n\n // Stuck in checkout for minutes. This is the highest-value interruption we\n // have, and the offer is to take the work away rather than to help them do it.\n if (u.includes(\"/checkout\") || u.includes(\"/cart\")) {\n return \"If checkout is being awkward, I can just set the account up for you here \"\n + \"instead — I only need the delivery address and how many bottles.\";\n }\n\n // The busiest product page and the shortest visit. The deposit is almost\n // certainly why: the price looks enormous until you know $30 a bottle of it\n // is refundable, so that is the fact that goes first.\n if (u.includes(\"glass-bottles\") || (u.includes(\"glass\") && u.includes(\"/product/\"))) {\n return \"On the glass bottles — \" + money(GLASS_5GAL.oneBottleTotal) + \" for one and \"\n + money(GLASS_5GAL.twoBottleTotal) + \" for two, and that includes delivery plus a \"\n + \"one-time \" + money(GLASS_5GAL.depositPerBottle) + \" per-bottle deposit you get back \"\n + \"when you stop. Glass comes in alkaline or spring. Want me to check your area?\";\n }\n\n if (u.includes(\"cooler\") || u.includes(\"dispenser\")) {\n // All three named, cheapest first. Quoting only \"$8\" for every unit is the\n // mistake the profile now warns about — it was the single \"from\" figure\n // until 9/1/2026 and the other two units were being under-quoted.\n return \"Coolers rent from \" + money(COOLERS[\"cold only\"]) + \"/month cold only, \"\n + money(COOLERS[\"hot and cold\"]) + \" hot and cold, or \"\n + money(COOLERS[\"bottom-load\"]) + \" bottom-load — and service is free on all three. \"\n + \"No installation, and if one ever plays up we fix or swap it at no charge. \"\n + \"Want one added to a delivery?\";\n }\n\n // Five minutes on a contact form is someone who has decided to get in touch\n // and is doing it the slow way.\n if (u.includes(\"contact\")) {\n return \"You don't need the form — tell me what you need here and I'll either answer it \"\n + \"or put it straight in front of the team.\";\n }\n\n if (u.includes(\"/product/\") || u.includes(\"spring-water\") || u.includes(\"water-delivery\")) {\n return \"Happy to check whether we deliver on your street and what it would come to — \"\n + \"what's your ZIP?\";\n }\n\n // Home page and everything else. Still ends in a question they can answer in\n // one word, because that is what the tawk data shows people actually do.\n return \"If it helps: there's no contract, delivery is to your door, and you can change \"\n + \"or skip any delivery. What's your ZIP and I'll check your area?\";\n}\n",[184],"a2a97f08-eb29-487f-bb6e-013a0dcbf994",["D",1788308607339],44,[28],"97f24a8c-642d-407f-a4ed-20751dade82e","dashboard.ts","416f436e-a5a5-11f1-9747-1607ee4eb77e",7,["D",1788226461106],"// Agent console.\n//\n// Three columns, same shape as tawk so nobody has to relearn: conversation\n// list, thread, visitor details. One deliberate departure — Salesforce sits at\n// the TOP of the details panel, beside the visitor's name.\n//\n// In tawk that information was buried under Email / Phone / Job title, fields\n// that are usually empty and rarely change the answer. The account name and\n// next delivery date are the two things that actually change what an agent\n// says, so they go where the eye lands first.\n//\n// Vanilla JS on purpose: no build step, no framework version to pin, and the\n// whole console is one file you can read in a sitting.\n\nexport const DASHBOARD_HTML = /* html */ `\n\n\n\n\nTribeca Chat\n\n\n\n\n

Conversations

\n\n

\n \n \n \n \n

Select a conversation

\n \n \n

\n\n

\n\n\n\n`;\n",[196],"e33746c7-fd19-4a43-8541-6bcd5571e809","context.ts","3c44c9b6-a606-11f1-bf87-1607ee4eb77e",["D",1788268113604],"// Visitor context — where they are and what they are browsing on.\n//\n// THE RULE IN THIS FILE: the IP address is never stored and never sent\n// anywhere. It is read off the request, used to nothing, and dropped.\n//\n// WHY THERE IS NO CITY OR REGION HERE, WHICH tawk DOES SHOW\n// Val Town sits behind Cloudflare, which hands us `cf-ipcountry` for free on\n// every request. Country therefore costs nothing and discloses nothing.\n//\n// City and region are a different bargain entirely. No header carries them, so\n// getting them means POSTing every visitor's IP address to a third-party\n// geolocation service on their first page view. That would recreate exactly the\n// third-party data flow that moving off tawk is meant to remove, in exchange\n// for a field that is wrong often enough to be misleading — IP geolocation\n// routinely resolves to a carrier's routing hub rather than the person, which\n// is why tawk placed a New Jersey visitor in \"Trenton\".\n//\n// The accurate location signal we already hold is the ZIP the customer gives us\n// or that WooCommerce knows, and it costs nothing to collect. So: country, yes.\n// City, no.\n\n/** Two-letter country code from the edge, or null. Never derived from an IP. */\nexport function countryFrom(headers: Headers): string | null {\n const c = headers.get(\"cf-ipcountry\");\n // Cloudflare uses XX for unknown and T1 for Tor exit nodes; neither is a\n // place, and storing them would put nonsense in front of an agent.\n if (!c || c === \"XX\" || c === \"T1\") return null;\n return c.toUpperCase().slice(0, 2);\n}\n\nexport type Device = { os: string | null; browser: string | null };\n\n/**\n * OS and browser from the User-Agent string.\n *\n * Deliberately coarse. An agent needs \"they are on a phone\" to judge whether a\n * long reply is reasonable; nobody needs the patch version of anything, and a\n * precise UA string is a fingerprinting surface we have no use for.\n *\n * Order matters throughout: Edge advertises itself as Chrome, Chrome advertises\n * itself as Safari, and iPadOS advertises itself as a Mac.\n */\nexport function deviceFrom(ua: string | null | undefined): Device {\n const s = String(ua ?? \"\");\n if (!s) return { os: null, browser: null };\n\n let os: string | null = null;\n if (/iPhone|iPod/i.test(s)) os = \"iOS\";\n else if (/iPad/i.test(s) || (/Macintosh/i.test(s) && /Mobile/i.test(s))) os = \"iPadOS\";\n else if (/Android/i.test(s)) os = \"Android\";\n else if (/Windows NT/i.test(s)) os = \"Windows\";\n else if (/Mac OS X|Macintosh/i.test(s)) os = \"macOS\";\n else if (/CrOS/i.test(s)) os = \"ChromeOS\";\n else if (/Linux/i.test(s)) os = \"Linux\";\n\n let browser: string | null = null;\n if (/Edg[A-Z]?\\//i.test(s)) browser = \"Edge\";\n else if (/OPR\\/|Opera/i.test(s)) browser = \"Opera\";\n else if (/SamsungBrowser/i.test(s)) browser = \"Samsung Internet\";\n else if (/FxiOS|Firefox/i.test(s)) browser = \"Firefox\";\n else if (/CriOS/i.test(s)) browser = \"Chrome\";\n else if (/Chrome\\//i.test(s)) browser = \"Chrome\";\n else if (/Safari\\//i.test(s)) browser = \"Safari\";\n\n return { os, browser };\n}\n\n/** True for a phone or tablet, which is most of this site's traffic. */\nexport function isMobile(ua: string | null | undefined): boolean {\n return /Mobile|Android|iPhone|iPad|iPod/i.test(String(ua ?? \"\"));\n}\n\n/**\n * Has this visitor asked not to be profiled?\n *\n * Global Privacy Control is the signal with legal weight behind it in several\n * US states; Do Not Track has none but costs nothing to respect. Strictly,\n * neither obliges a first-party site to stop counting its own page views. We\n * honour them anyway: when this is true the visitor still appears on the\n * monitoring screen and chat works normally, but no profile is built around\n * them — no country, no device, no counters.\n *\n * The widget reads the browser signals and sends the verdict, because\n * navigator.globalPrivacyControl is only readable client-side.\n */\nexport function optedOut(body: any): boolean {\n return body?.dnt === 1 || body?.dnt === true || body?.dnt === \"1\";\n}\n",[203],"d163dd27-9056-4be9-a390-ab5f17b84d90","agent.ts","21f9ee12-a5a5-11f1-8c6d-1607ee4eb77e",291,["D",1788308251704],41,"// The AI turn.\n//\n// The model writes prose. It does not decide anything factual: the Salesforce\n// lookup already ran in code before this is called, and its result arrives\n// below as settled fact. That separation is the entire lesson from tawk's\n// agent, which had the same tool wired and never once called it, then invented\n// a delivery date when asked about an account it could not see.\n\nconst MODEL = \"claude-sonnet-5\";\n\n/** Exported so /health reports the same answer aiReply will actually get. */\nexport function anthropicKey(): string | undefined {\n return Deno.env.get(\"ANTHROPIC_API_KEY\")\n ?? Deno.env.get(\"Anthropic_API_Key\")\n ?? Deno.env.get(\"Anthropic_Key\")\n ?? Deno.env.get(\"anthropic_api_key\");\n}\n\n// Deliberately tight. Long answers in a chat widget read as evasive, and every\n// extra sentence is another chance to assert something unverified.\n//\n// RAISED FROM 400 ON 9/1/2026, AND THE OLD VALUE WAS BREAKING SIGNUPS.\n// 400 is enough for prose but NOT for a create_account tool call, whose input\n// carries eleven fields. Two failures in one real conversation: a pricing reply\n// cut off mid-sum at \"(4\", and the turn that tried to create the account\n// stopped inside the tool JSON — which leaves stop_reason \"max_tokens\" rather\n// than \"tool_use\", so the tool never ran, no text came back, and the visitor\n// got \"I had trouble with that\". Nothing appeared in the logs because the API\n// call itself succeeded.\n//\n// The budget is a ceiling, not a target; the STYLE rules keep answers short.\nconst MAX_TOKENS = 1200;\n\n// Pricing and coverage come from ONE place, shared by every channel. This used\n// to be a hand-copied paragraph here, and it was both vaguer than the SMS and\n// phone bots' version and wrong on a product name — it said \"purified\" where\n// the catalogue says \"distilled\".\n//\n// Do not paste a price into this file. Edit tribeca-profile.\n//\n// THE ?v= IS LOad-BEARING. Val Town caches a remote module by URL, so editing\n// tribeca-profile alone does NOT change what this bot says — it keeps quoting\n// the old prices, confidently, with nothing in the logs. Bump the version here\n// (and in every other consumer) whenever PROFILE_VERSION changes.\nimport {\n BUSINESS_PROFILE,\n PRICING_RULE,\n} from \"https://esm.town/v/Tribeca_Rep/tribeca-profile/profile.ts?v=2026-09-01o\";\n\nimport { createAccount } from \"./salesforce.ts\";\n\n// Chat-specific facts, which are about this CHANNEL rather than the business,\n// so they do not belong in the shared profile.\nconst CHANNEL = `\nWHAT YOU CAN DO IN THIS CHAT\nYou can set up a NEW customer's account yourself using the create_account tool.\nOffer that when someone wants to start service — do not simply send them off to\nthe website unless they would rather do it themselves. Collect the details, read\nthem back, then create it.\n\nTell them the total BEFORE you create the account, and pass that same number as\norderTotal — it is what they will be invoiced. When create_account returns a\npayLink, give it to them: it is their own first invoice and they can pay it\nstraight away. If no payLink comes back, the team will email the invoice\ninstead — do not invent a link.\n\nIf they would rather order themselves, give them the DIRECT product link above,\nnot \"our website\".\n\nYou cannot place, change or cancel an order, and you cannot alter an existing\naccount. Those go to a person.\n`.trim();\n\nconst SYSTEM = `\nYour name is Jack and you work at TriBeCa Beverage.\n\nSay so if anyone asks who they are talking to. Do NOT claim to be a human being\n— if you are asked outright whether you are a person or a bot, say plainly that\nyou are the automated assistant and offer to bring in the team. A name is there\nso a stranger has someone to talk to rather than a system; it is not a disguise,\nand lying about it would be the one thing that loses a customer's trust for\ngood. Never sign your messages: the panel already shows the name above them,\nand \"— Jack\" on the end of every line reads as a form letter.\n\n${BUSINESS_PROFILE}\n\n${CHANNEL}\n\nSTYLE — SHORT. This is a chat window, not an email.\nTwo or three sentences is a good answer. One is often better. People read a long\nreply as evasive and stop halfway through it, so length costs you the sale.\nAnswer what was asked and stop. Do not volunteer what nobody asked for.\nNo filler openers — no \"Happy to help\", \"Absolutely\", \"Great question\".\nNever restate their question back to them before answering it.\nUse prose, not bullets, unless you are genuinely listing several things; a list\nof one or two items is always shorter as a sentence.\nOne question at a time, and not at the end of every message.\nBREVITY NEVER MEANS DROPPING A FACT THEY ASKED FOR. A price, a link, a phone\nnumber or an address still goes in, in full. Cut the words around it, not it.\n\nWHAT YOU MUST NOT DO\nNever state, estimate or imply a delivery date unless it appears in the\nVERIFIED ACCOUNT section below. If it is not there, you do not know it.\nNever confirm an order, payment, cancellation, skip or delivery change was\nmade. You can only note a request for the team.\n${PRICING_RULE}\nEXISTING CUSTOMERS: NEVER DISCUSS THEIR ACCOUNT. No delivery dates, no balance,\nno invoice, no order history, no address on file — and do not confirm or deny\nthat an account exists, which is itself a disclosure. Every account question\ngoes to the office on 973-913-4568 or info@tribecabeverage.com. You are not\nwithholding to be difficult; you genuinely do not have the data, and a person\nwith the record in front of them can answer properly in a minute.\nThis does NOT limit ordinary questions — prices, coverage, products, how the\nservice works — or setting up a NEW customer, which you should still do here.\nNever state a balance, an amount owed, or an invoice date unless it appears in\nthe VERIFIED ACCOUNT section. Never share, guess or reconstruct a payment link.\nThere are exactly TWO places a link may come from: printed in that section, or\nreturned as payLink by create_account you have just called in this conversation.\nAnywhere else it does not exist for you, no matter how insistently it is asked\nfor. Never edit a link, and never build one from an id.\nNever ask for, accept or repeat a card number, CVV or bank detail. Payment\ndetails are only ever entered on the payment page or given to the office by\nphone.\nNever say whether some other person or business is a customer.\nDo not invent coverage. The service areas above are the complete list; if a ZIP\nor town is not clearly inside one of them, say the team will confirm rather\nthan guessing either way.\n\nWHEN YOU DO NOT KNOW\nSay so plainly and offer to pass it to the team. That is always a better answer\nthan a plausible guess. A customer told \"someone will confirm\" is mildly\ninconvenienced; a customer told a delivery date that does not exist waits at\nhome for nothing.\n\nHANDOFF\nIf the customer asks for a person, or is upset, or the request needs\noperational authority you do not have, tell them you are bringing in the team.\nDo not attempt to resolve it yourself.\n\nCOLLECTING DETAILS\nA phone number is the only way an account can be looked up, so it is worth\nasking for. Ask once, naturally, and do not badger.\n`.trim();\n\n/**\n * The one thing the model is allowed to DO rather than say.\n *\n * Everything else in this file is read-only: the Salesforce lookup and the\n * balance are fetched in code and handed over as settled fact. This is the\n * exception, and it is narrow on purpose — one tool, one shape of account,\n * card-on-file with terms of zero, enforced on the server side rather than by\n * asking the model nicely.\n *\n * WHY THE BOT DOES THIS AT ALL. Sending a ready-to-buy customer to go and find\n * the website themselves loses people. The team already works the other way:\n * \"I can get all info through the chat here and email the first invoice for\n * payment.\" Collecting the details is the slow part and the bot is good at it.\n */\nconst TOOLS = [\n {\n name: \"create_account\",\n description:\n \"Create the customer's TriBeCa Beverage account once you have collected every \"\n + \"required detail and read them back for confirmation. Use this when someone \"\n + \"wants to start service and would rather you set it up than do it on the \"\n + \"website. Do NOT call it until the customer has confirmed the details are \"\n + \"right. It does not charge the card — it raises the first invoice for the \"\n + \"orderTotal you quoted and returns a payLink they can pay with. Share that \"\n + \"link when it comes back; if it does not, say the team will email the \"\n + \"invoice. Tell them either way that they should NOT also check \"\n + \"out on the website or they will end up with two accounts. If it returns \"\n + \"region_unknown, the address needs a person to assign the delivery route: \"\n + \"say so and offer to pass the details to the team. If it returns duplicate, \"\n + \"they already have an account and the team should look at it.\",\n input_schema: {\n type: \"object\",\n properties: {\n name: { type: \"string\", description: \"Business name, or the person's full name for a home account.\" },\n phone: { type: \"string\", description: \"Contact phone number.\" },\n email: { type: \"string\", description: \"Email address for the invoice and portal setup.\" },\n street: { type: \"string\", description: \"Delivery street address including any unit or floor.\" },\n city: { type: \"string\" },\n state: { type: \"string\", description: \"Two-letter state code, e.g. NY, NJ, FL.\" },\n zip: { type: \"string\", description: \"5-digit ZIP code. Required — it decides the delivery route.\" },\n bottles: { type: \"integer\", description: \"Bottles per delivery. Minimum 2, or 1 for glass.\" },\n waterType: { type: \"string\", enum: [\"Alkaline\", \"Spring\", \"Distilled\"] },\n frequency: {\n type: \"string\",\n enum: [\"Weekly\", \"Bi-Weekly\", \"15 Days\", \"30 Days\", \"60 Days\", \"4 Weeks\", \"Call in\"],\n description: \"Monthly is '30 Days'. Every other week is 'Bi-Weekly'.\",\n },\n cooler: { type: \"boolean\", description: \"Whether they want a cooler rental at $8/month.\" },\n orderTotal: {\n type: \"number\",\n description:\n \"The first-order total in dollars, exactly as you quoted it to the customer, \"\n + \"including the bottle deposit, any cooler, and any discount you applied. \"\n + \"This is the amount they will actually be invoiced, so it must match what \"\n + \"you told them — never round it, never estimate it, and never send a figure \"\n + \"you have not said out loud in this conversation. Take the numbers from the \"\n + \"pricing table for THEIR region; do not compute a rate of your own.\",\n },\n },\n required: [\"name\", \"phone\", \"street\", \"city\", \"state\", \"zip\", \"bottles\", \"frequency\", \"orderTotal\"],\n },\n },\n];\n\n/** Facts the model is allowed to rely on, assembled from verified data only. */\nfunction verifiedBlock(visitor: any, invoice?: any): string {\n if (!visitor && !invoice) return \"\";\n visitor = visitor ?? {};\n\n const parts: string[] = [];\n\n if (visitor[\"name\"]) parts.push(`Name: ${visitor[\"name\"]}`);\n if (visitor[\"email\"]) parts.push(`Email: ${visitor[\"email\"]}`);\n if (visitor[\"phone\"]) parts.push(`Phone: ${visitor[\"phone\"]}`);\n if (visitor[\"zip\"]) parts.push(`ZIP: ${visitor[\"zip\"]}`);\n if (visitor[\"company\"]) parts.push(`Company: ${visitor[\"company\"]}`);\n\n // AN EXISTING CUSTOMER'S ACCOUNT DETAILS ARE NOT PUT IN FRONT OF THE MODEL.\n //\n // The account name, the delivery date and the balance used to be printed here\n // as settled fact for the bot to relay. As of 9/1/2026 they are not, because\n // the instruction is that account data goes to the office and nowhere else —\n // and the only way to be certain a model never says something is to make sure\n // it never had it. A rule in the prompt is a request; an absent fact is a\n // guarantee.\n //\n // The lookup itself still runs and still populates the agent console. A person\n // with the account on screen can answer these questions properly; the bot\n // cannot, and now cannot pretend to.\n if (visitor[\"sf_account\"]) {\n parts.push(\n \"This visitor matches an EXISTING CUSTOMER account. You do not have their \"\n + \"account details and must not discuss them: no delivery dates, no balance, \"\n + \"no invoice, no order history, no address, not even confirming the account \"\n + \"exists. If they ask anything about their account, say it needs the office \"\n + \"and give them the phone number and email. Do not guess, do not offer to \"\n + \"look it up, and do not promise anyone will call them.\",\n );\n }\n\n // Billing. Only what the lookup actually returned — and the pay link only\n // appears here when the visitor is signed in, because the tool withholds it\n // otherwise. The model has no way to reconstruct it.\n // NO BALANCE, NO DUE DATE, NO PAY LINK. Same reasoning as the account block\n // above: the figures are not printed here, so they cannot be relayed, quoted\n // approximately, or reconstructed under pressure. Billing questions from an\n // existing customer go to the office.\n //\n // The `invoice` argument is still accepted so callers do not have to change,\n // and invoice.ts still enforces its own signed-in rule for anything else that\n // uses it — but nothing from it reaches the model any more.\n if (invoice?.found || invoice?.ambiguous) {\n parts.push(\n \"They may have a balance or an invoice. You do not have the figures and \"\n + \"must not state, estimate or hint at one, and must not offer a payment \"\n + \"link. Billing is handled by the office only — give them the phone \"\n + \"number and email.\",\n );\n }\n\n if (!parts.length) {\n // Said explicitly rather than left blank. An empty section invites the\n // model to fill the gap; a stated absence does not.\n return `\\n\\nVERIFIED ACCOUNT\\nNothing is known about this visitor yet. `\n + `You have NOT looked up their account. Do not imply otherwise.`;\n }\n\n return `\\n\\nVERIFIED ACCOUNT\\nThese facts are confirmed. Everything else is unknown.\\n`\n + parts.join(\"\\n\");\n}\n\n/** Map stored messages into the Anthropic format. */\nfunction toTurns(history: any[]): Array<{ role: \"user\" | \"assistant\"; content: string }> {\n const turns: Array<{ role: \"user\" | \"assistant\"; content: string }> = [];\n\n for (const m of history) {\n const sender = String(m[\"sender\"]);\n // System notices are stage directions for the visitor, not conversation.\n if (sender === \"system\") continue;\n\n const role = sender === \"visitor\" ? \"user\" : \"assistant\";\n const body = String(m[\"body\"] ?? \"\").trim();\n if (!body) continue;\n\n // Merge consecutive same-role turns — a visitor sending three quick\n // messages is one turn as far as the model is concerned.\n const last = turns[turns.length - 1];\n if (last && last.role === role) last.content += \"\\n\" + body;\n else turns.push({ role, content: body });\n }\n\n // The API requires the first turn to be from the user.\n while (turns.length && turns[0].role === \"assistant\") turns.shift();\n\n return turns;\n}\n\n/**\n * The one message this bot ever sends without being spoken to first.\n *\n * Called by the idle sweep, which decides WHETHER to nudge; this only decides\n * what it says. Every guard about who qualifies lives in db.listNudgeCandidates\n * — deliberately, because \"should we interrupt this person\" is not a judgement\n * to leave to a model.\n *\n * Deliberately toolless. An unprompted turn must never be able to create an\n * account: nobody has confirmed anything, and the visitor is not even present.\n */\nexport async function nudgeReply(history: any[], visitor: any): Promise {\n const key = anthropicKey();\n if (!key) return null;\n\n const messages: any[] = toTurns(history);\n if (!messages.length) return null;\n\n // The transcript ends with OUR message, so there is nothing for the model to\n // reply to. The instruction is appended as a user turn — a stage direction,\n // not something the customer said — and the transcript itself is untouched.\n messages.push({\n role: \"user\",\n content:\n \"[NOTE TO YOU — the visitor has gone quiet. They did NOT send this line, so \"\n + \"do not answer it or refer to it. Write ONE sentence, under 20 words, \"\n + \"checking whether they still want a hand with what they were asking about. \"\n + \"If they were close to ordering, offer to set it up for them. No greeting, \"\n + \"no recap, no apology, no pressure, no emoji.]\",\n });\n\n try {\n const res = await fetch(\"https://api.anthropic.com/v1/messages\", {\n method: \"POST\",\n headers: {\n \"x-api-key\": key,\n \"anthropic-version\": \"2023-06-01\",\n \"content-type\": \"application/json\",\n },\n body: JSON.stringify({\n model: MODEL,\n max_tokens: 120,\n system: SYSTEM + verifiedBlock(visitor),\n messages,\n }),\n signal: AbortSignal.timeout(20000),\n });\n\n if (!res.ok) {\n console.error(`nudge anthropic ${res.status}`);\n return null;\n }\n\n const data = await res.json();\n const text = (data?.content ?? [])\n .filter((b: any) => b?.type === \"text\")\n .map((b: any) => b.text)\n .join(\"\")\n .trim();\n\n // A wall of text arriving unprompted is worse than saying nothing at all,\n // so an over-long nudge is dropped rather than trimmed — a sentence cut off\n // mid-thought would read worse than silence.\n if (text.length > 300) {\n console.warn(`nudge discarded, ${text.length} chars: ${text.slice(0, 80)}`);\n return null;\n }\n\n return text || null;\n } catch (err) {\n console.error(\"nudge failed:\", err);\n return null;\n }\n}\n\nexport async function aiReply(\n history: any[],\n visitor: any,\n invoice?: any,\n): Promise {\n // Val Town env var names are case-sensitive, and a capitalisation slip in\n // the UI disables the AI silently. Accept the obvious variants rather than\n // fail closed over a capital letter.\n const key = anthropicKey();\n if (!key) {\n console.error(\"ANTHROPIC_API_KEY not set — no AI reply\");\n return null;\n }\n\n const messages: any[] = toTurns(history);\n if (!messages.length) return null;\n\n const system = SYSTEM + verifiedBlock(visitor, invoice);\n\n /** One Anthropic round. `withTools` is false on the follow-up — see below. */\n const call = async (msgs: any[], withTools: boolean) => {\n const res = await fetch(\"https://api.anthropic.com/v1/messages\", {\n method: \"POST\",\n headers: {\n \"x-api-key\": key,\n \"anthropic-version\": \"2023-06-01\",\n \"content-type\": \"application/json\",\n },\n body: JSON.stringify({\n model: MODEL,\n max_tokens: MAX_TOKENS,\n system,\n messages: msgs,\n ...(withTools ? { tools: TOOLS } : {}),\n }),\n signal: AbortSignal.timeout(20000),\n });\n\n if (!res.ok) {\n const detail = await res.text().catch(() => \"\");\n console.error(`anthropic ${res.status}`, detail.slice(0, 300));\n return null;\n }\n return await res.json();\n };\n\n try {\n let data = await call(messages, true);\n if (!data) return null;\n\n if (data.stop_reason === \"tool_use\") {\n const use = (data.content ?? []).find((b: any) => b?.type === \"tool_use\");\n let result: any = { ok: false, message: \"Unknown tool.\" };\n\n if (use?.name === \"create_account\") {\n result = await createAccount(use.input ?? {});\n // Logged loudly. An account created for a real customer is the most\n // consequential thing this bot does, and \"did it actually fire\" must\n // never be a guess.\n console.log(\n `create_account -> ${result?.ok ? \"OK \" + result.accountId : \"REFUSED \" + (result?.reason ?? \"?\")}`,\n );\n }\n\n messages.push({ role: \"assistant\", content: data.content });\n messages.push({\n role: \"user\",\n content: [{\n type: \"tool_result\",\n tool_use_id: use?.id,\n content: JSON.stringify(result),\n }],\n });\n\n // The follow-up deliberately passes NO tools. That makes \"at most one\n // account per visitor message\" a structural guarantee rather than\n // something the prompt asks for — a model that loops cannot create a\n // second account, because it has nothing to call.\n data = await call(messages, false);\n if (!data) return null;\n }\n\n const text = (data?.content ?? [])\n .filter((b: any) => b?.type === \"text\")\n .map((b: any) => b.text)\n .join(\"\")\n .trim();\n\n // NEVER FAIL SILENTLY AGAIN. When the model returns no usable text the\n // visitor sees a generic apology, and until 9/1/2026 nothing was written\n // anywhere explaining why — the API call had succeeded, so there was no\n // error to find. stop_reason is the whole diagnosis: \"max_tokens\" means the\n // budget above is too small, and anything else is worth knowing about.\n if (!text) {\n console.error(\n `anthropic returned no usable text — stop_reason=${data?.stop_reason}`\n + `, blocks=${(data?.content ?? []).map((b: any) => b?.type).join(\",\") || \"none\"}`,\n );\n }\n\n return text || null;\n } catch (err) {\n // Returning null means the visitor sees nothing rather than an error\n // string. 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Diff · v295