[{"_1":2,"_3":-5,"_4":-5},"loaderData",{"_5":6,"_7":8,"_9":10},"actionData","errors","root",{"_248":249,"_250":251},"routes/_app.x.$handle.$name",{"_99":98,"_32":45,"_108":89,"_27":109,"_13":14,"_110":-5,"_11":111,"_112":113,"_114":115,"_116":117,"_118":119,"_20":-5,"_120":-5,"_121":-5,"_122":25,"_123":124,"_125":58,"_126":-5,"_127":-5,"_128":129},"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":31,"_57":58,"_59":-5,"_60":-5,"_61":62,"_63":64,"_65":66,"_67":68,"_69":70,"_71":-5,"_72":73,"_74":73,"_75":76,"_77":76,"_78":76,"_79":73,"_80":73,"_81":82,"_83":84,"_85":86,"_87":25},"version",23,"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","api.ts","latestPath","fileId","ad633fec-8e73-11f1-b800-1607ee4eb77e","name","fileType","http","content","// NURTURE CONTROL PANEL — HTTP face of the puppy-path engine. Built 2 Aug 2026.\n//\n// WHY THIS FILE EXISTS\n// The engine (main.ts) keeps everything it knows in val.town blobs. Blobs are reachable only with a\n// blob-scoped API token, which means the only people who could see whether the nurture system was\n// working were people holding a production credential. That is the wrong shape for this client: Kim\n// cancelled her previous supplier for going quiet, and a system whose status is invisible to her is\n// the same failure wearing different clothes.\n//\n// So the engine gets a front door. One URL, one key, no login, no install. It answers three\n// questions in plain language — who is in the system, what happened today, is anything broken — and\n// carries the one control she must always have: STOP.\n//\n// WHAT IT IS NOT\n// Read-mostly by design. The only state it writes is the kill switch. It cannot enrol anyone, send\n// anything, or edit copy. A leaked link is an information disclosure, not a way to message her\n// customers.\n//\n// AUTH\n// ?k=. Constant-time-ish compare, no key echoed back, no data before the check,\n// and the 401 body is byte-identical whether the key is absent or wrong.\n//\n// ROUTES (all GET, all query-param, so a phone bookmark works)\n// ?k=… the dashboard\n// ?k=…&f=json the same numbers as JSON\n// ?k=…&stop=1 kill switch ON — engine halts before it looks at a single contact\n// ?k=…&go=1 kill switch OFF\n//\n// COLOUR\n// Stage colours are a validated 4-step single-hue ordinal ramp (#86b6ef → #3987e5 → #256abf →\n// #184f95); status colours are the reserved good/warning/critical steps and always ship with a word\n// beside them, never colour alone. Both ramps were run through the palette validator in light and\n// dark before this file was written: ordinal ramp ALL CHECKS PASS in both modes.\n\n// ---- auth ------------------------------------------------------------------------------------\n// v2 (2 Aug, after the adversarial pass): the key is NOT in this file. val.town vals are PUBLIC —\n// proved by fetching this very source with no token — so a literal key here was readable by anyone\n// who found the val, which meant anyone could read Kim's data, stop her system, or trigger a run.\n// Only the SHA-256 digest lives in source now. The digest is useless to a reader and sufficient for\n// a comparison, so publishing the code no longer publishes the secret.\nconst KEY_SHA256 = \"48cd12465712045f70247da1689eeb198a4ce2d98416d8e52fb844581f044f15\";\n\nasync function sha256Hex(s: string): Promise {\n const b = await crypto.subtle.digest(\"SHA-256\", new TextEncoder().encode(s));\n return [...new Uint8Array(b)].map((x) => x.toString(16).padStart(2, \"0\")).join(\"\");\n}\n\nasync function authorised(k: string): Promise {\n const override = Deno.env.get(\"NURTURE_ADMIN_KEY_SHA256\");\n const expected = override || KEY_SHA256;\n const got = await sha256Hex(k);\n // Constant-time over equal-length hex digests.\n if (got.length !== expected.length) return false;\n let d = 0;\n for (let i = 0; i < got.length; i++) d |= got.charCodeAt(i) ^ expected.charCodeAt(i);\n return d === 0;\n}\nconst KILL_BLOB = \"nurture_kill\";\nconst BUSINESS_TZ = \"America/New_York\";\n\nasync function blobMod() {\n return (await import(\"https://esm.town/v/std/blob\")).blob;\n}\nasync function get(key: string, fallback: any = null) {\n try {\n const blob = await blobMod();\n const v = await blob.getJSON(key);\n return v ?? fallback;\n } catch {\n return fallback;\n }\n}\n\n\n// Plain-English names for the engine's internal statuses. Kim never sees a snake_case token.\nconst STATUS_LABEL: Record = {\n main: \"In the main sequence\",\n awaiting_appt_outcome: \"Booked — waiting on the Pup Talk\",\n branch_a: \"Missed the Pup Talk — being rebooked\",\n branch_b: \"Had the Pup Talk — hasn't bought yet\",\n paused_reply: \"Paused — they replied, a human has it\",\n done_booked: \"Booked a Pup Talk\",\n done_customer: \"Became a customer\",\n done_hard_exit: \"Stopped — opted out or disqualified\",\n done_soft_21d: \"Finished the sequence\",\n done_branch_complete: \"Finished the follow-up\",\n};\nconst ACTIVE = [\"main\", \"awaiting_appt_outcome\", \"branch_a\", \"branch_b\"];\nconst WON = [\"done_booked\", \"done_customer\"];\n\nfunction esc(s: unknown) {\n return String(s ?? \"\").replace(/[&<>\"']/g, (c) =>\n ({ \"&\": \"&\", \"<\": \"<\", \">\": \">\", '\"': \""\", \"'\": \"'\" }[c] as string)\n );\n}\n\nfunction todayInBusinessTz(): string {\n // en-CA gives YYYY-MM-DD, which is what the journal timestamps slice to.\n return new Intl.DateTimeFormat(\"en-CA\", { timeZone: BUSINESS_TZ }).format(new Date());\n}\n\nasync function collect() {\n const [state, summary, run, journal, lastError, kill] = await Promise.all([\n get(\"puppy_state\", {}),\n get(\"puppy_summary\", null),\n get(\"puppy_run_state\", null),\n get(\"puppy_journal\", []),\n get(\"puppy_last_error\", null),\n get(KILL_BLOB, null),\n ]);\n\n const rows: any[] = Object.entries(state || {}).map(([id, s]: any) => ({ id, ...(s || {}) }));\n const byStatus: Record = {};\n for (const r of rows) byStatus[r.status || \"unknown\"] = (byStatus[r.status || \"unknown\"] || 0) + 1;\n\n const j: any[] = Array.isArray(journal) ? journal : [];\n const today = todayInBusinessTz();\n const todays = j.filter((r) => String(r.ts || \"\").slice(0, 10) === today);\n\n const sentToday = todays.filter((r) => r.event === \"sent\" && !r.test).length;\n const testSentToday = todays.filter((r) => r.event === \"sent\" && r.test).length;\n // v2 fix (adversarial pass): this matched \"failed\"/\"error\" exactly, but the engine journals\n // \"send_failed\" — so the error tile could never leave zero and \"RUNNING — with errors today\" was\n // an unreachable state. A dashboard whose alarm cannot fire is worse than no dashboard, because it\n // is actively reassuring. Match any failure-shaped event instead.\n const failedToday = todays.filter((r) => /fail|error/i.test(String(r.event ?? \"\"))).length;\n\n const active = ACTIVE.reduce((n, k) => n + (byStatus[k] || 0), 0);\n const won = WON.reduce((n, k) => n + (byStatus[k] || 0), 0);\n const paused = byStatus[\"paused_reply\"] || 0;\n\n // Staleness is the alarm that matters most: a scheduler that stops firing is exactly the silent\n // failure this client cancels contracts over. 60 min = four missed 15-minute ticks.\n const lastRunTs = run?.ts || null;\n const ageMin = lastRunTs ? Math.floor((Date.now() - new Date(lastRunTs).getTime()) / 60000) : null;\n const stale = ageMin === null || ageMin > 60;\n\n return {\n generatedAt: new Date().toISOString(),\n run: run ?? null,\n contacts: rows.map((r) => ({\n id: r.id,\n status: r.status,\n label: STATUS_LABEL[r.status] || r.status,\n enteredAt: r.enteredAt ?? null,\n lastMainStepSent: r.lastMainStepSent ?? null,\n lastSentAt: r.lastSentAt ?? null,\n })),\n killed: !!kill?.stopped,\n killedAt: kill?.at ?? null,\n testMode: run?.testMode ?? null,\n engineVersion: run?.v ?? null,\n lastRunTs,\n lastRunAgeMin: ageMin,\n stale,\n counts: { total: rows.length, active, won, paused, sentToday, testSentToday, failedToday },\n byStatus,\n lastError: lastError ?? null,\n recent: j.slice(-40).reverse(),\n summary: summary ?? null,\n };\n}\n\n// ---- rendering ------------------------------------------------------------------------------------\n\nconst RAMP = [\"#86b6ef\", \"#3987e5\", \"#256abf\", \"#184f95\"]; // validated ordinal, light+dark\nconst GOOD = \"#0ca30c\", WARN = \"#fab219\", CRIT = \"#d03b3b\";\n\nfunction tile(label: string, value: string | number, note: string, accent?: string) {\n return `

${esc(value)}

${esc(label)}

${esc(note)}

`;\n}\n\nfunction stageBar(byStatus: Record, total: number) {\n const order = [\"main\", \"awaiting_appt_outcome\", \"branch_a\", \"branch_b\"];\n const segs = order\n .map((k, i) => ({ k, n: byStatus[k] || 0, c: RAMP[i] }))\n .filter((s) => s.n > 0);\n const sum = segs.reduce((a, s) => a + s.n, 0);\n if (!sum) {\n return `

Nobody is in a sequence right now. That is expected until the first contact is tagged.

`;\n }\n const bar = segs\n .map((s) => ``)\n .join(\"\");\n const legend = segs\n .map((s) => `

${esc(STATUS_LABEL[s.k])}${s.n}

`)\n .join(\"\");\n return `

${bar}

${legend}\n \n \n ${segs.map((s) => ``).join(\"\")}\n

The same numbers as a table
Stage	People
${esc(STATUS_LABEL[s.k])}	${s.n}
Total in a sequence	${sum}

`;\n}\n\nfunction page(d: any, k: string) {\n const c = d.counts;\n const health = d.killed\n ? { c: CRIT, icon: \"■\", t: \"STOPPED\", m: `You stopped the system${d.killedAt ? \" on \" + esc(String(d.killedAt).slice(0, 16).replace(\"T\", \" at \")) : \"\"}. Nothing is being sent.` }\n : d.stale\n ? { c: CRIT, icon: \"⚠\", t: \"NOT RUNNING\", m: d.lastRunTs ? `The last check was ${d.lastRunAgeMin} minutes ago. It should run every 15. Tell Amir.` : \"This has never recorded a run. Tell Amir.\" }\n : c.failedToday > 0\n ? { c: WARN, icon: \"⚠\", t: \"RUNNING — with errors today\", m: `${c.failedToday} message(s) failed today. Details are at the bottom of this page.` }\n : { c: GOOD, icon: \"✓\", t: \"RUNNING NORMALLY\", m: `Last checked ${d.lastRunAgeMin} minute(s) ago. It checks every 15 minutes, day and night.` };\n\n const mode = d.testMode === true\n ? `

PRACTICE MODE — the system is doing everything except actually sending to your customers. Nothing reaches a real person while this says PRACTICE.

`\n : d.testMode === false\n ? `

LIVE — real messages are going to real people.

`\n : `

MODE UNKNOWN — no run has reported yet.

`;\n\n const rows = (d.recent || [])\n .map((r: any) => `${esc(String(r.ts || \"\").slice(0, 16).replace(\"T\", \" \"))}${esc(r.event)}${r.test ? ' practice' : \"\"}${esc(r.detail || \"\")}`)\n .join(\"\") || `Nothing recorded yet.`;\n\n return `\n\nThe Dogs Spot — Nurture Control Panel\n

The Dogs Spot — Nurture Control Panel

Everything the follow-up system is doing, on one page. Refresh any time — these numbers are live.

\n\n

${health.icon}

${health.t}

${health.m}

${mode}

\n\n

Right now

\n${tile(\"People being followed up\", c.active, \"in a sequence today\")}\n${tile(\"Booked or bought\", c.won, \"came out the far end\", c.won > 0 ? GOOD : undefined)}\n${tile(\"Paused — someone replied\", c.paused, \"a human needs to answer\", c.paused > 0 ? WARN : undefined)}\n${tile(\"Messages sent today\", c.sentToday, c.testSentToday ? `plus ${c.testSentToday} practice` : \"to real people\")}\n${tile(\"Problems today\", c.failedToday, c.failedToday ? \"see the bottom of this page\" : \"none\", c.failedToday ? CRIT : GOOD)}\n

\n\n

Where those people are

${stageBar(d.byStatus || {}, c.total)}

\n\n

Stop everything

This halts the follow-up system before it looks at a single person. It takes effect within 15 minutes and needs no one's help. Nothing is deleted — everyone keeps their place and picks up where they left off when you start it again.

\n${d.killed\n ? ``\n : ``}\n

\n\n

The last 40 things it did

\n${rows}

When	What	Detail

\n\n${d.lastError ? `

Last recorded error

${esc(JSON.stringify(d.lastError).slice(0, 1200))}

` : \"\"}\n\n

Engine ${esc(d.engineVersion || \"?\")} · page built ${esc(d.generatedAt.slice(0, 16).replace(\"T\", \" \"))} UTC · same numbers as data: &f=json

${esc(value)}

${esc(label)}

${esc(note)}

`;\n}\n\nfunction stageBar(byStatus: Record, total: number) {\n const order = [\"main\", \"awaiting_appt_outcome\", \"branch_a\", \"branch_b\", \"slow_track\"];\n const segs = order\n .map((k, i) => ({ k, n: byStatus[k] || 0, c: RAMP[i] }))\n .filter((s) => s.n > 0);\n const sum = segs.reduce((a, s) => a + s.n, 0);\n if (!sum) {\n return `

Nobody is in a sequence right now. That is expected until the first contact is tagged.

`;\n }\n const bar = segs\n .map((s) => ``)\n .join(\"\");\n const legend = segs\n .map((s) => `

${esc(STATUS_LABEL[s.k])}${s.n}

`)\n .join(\"\");\n return `

${bar}

${legend}\n \n \n ${segs.map((s) => ``).join(\"\")}\n

The same numbers as a table
Stage	People
${esc(STATUS_LABEL[s.k])}	${s.n}
Total in a sequence	${sum}

PRACTICE MODE — the system is doing everything except actually sending to your customers. Nothing reaches a real person while this says PRACTICE.

`\n : d.testMode === false\n ? `

LIVE — real messages are going to real people.

`\n : `

MODE UNKNOWN — no run has reported yet.

`;\n\n // v1.7 — Kim's own question (\"how does she know what needs doing today?\") answered on the page\n // itself, permanently. One plain sentence, computed from the same numbers as the tiles.\n const todayMsg = d.killed\n ? \"The system is stopped. Nothing will happen until someone presses Start below.\"\n : c.failedToday > 0\n ? `Look at the problems listed at the bottom of this page — ${c.failedToday} message(s) failed today.`\n : c.paused > 0\n ? `${c.paused === 1 ? \"One person\" : c.paused + \" people\"} replied and ${c.paused === 1 ? \"is\" : \"are\"} waiting on a human. Open Conversations and answer ${c.paused === 1 ? \"them\" : \"each one\"} — that is today's work.`\n : \"Nothing. If the banner above is green and Paused says 0, you can close this page.\";\n const today = `

What needs doing today

${todayMsg}

The Dogs Spot — Nurture Control Panel

Everything the follow-up system is doing, on one page. Refresh any time — these numbers are live.

\n\n

${health.icon}

${health.t}

${health.m}

${mode}

\n\n${today}\n\n

Right now

\n\n

Where those people are

${stageBar(d.byStatus || {}, c.total)}

\n\n

Stop everything

\n${d.killed\n ? ``\n : ``}\n

\n\n

The last 40 things it did

\n${rows}

When	What	Detail

\n\n${d.lastError ? `

Last recorded error

${esc(JSON.stringify(d.lastError).slice(0, 1200))}

` : \"\"}\n\n

Engine ${esc(d.engineVersion || \"?\")} · page built ${esc(d.generatedAt.slice(0, 16).replace(\"T\", \" \"))} UTC · same numbers as data: &f=json

`;\n}\n\n// ---- live self-test ------------------------------------------------------------------------------\n// Resolves the CRM credential exactly the way the engine does (env var first, then the puppy_config\n// blob) and pings the four endpoints the engine depends on. Reports status codes only — the token is\n// never returned, logged, or echoed. This exists because a stale credential is the failure mode that\n// looks identical to \"quiet\": the scheduler keeps ticking, every read fails, and nothing tells anyone.\nconst GHL = \"https://services.leadconnectorhq.com\";\nconst LOC = \"BQHJ19uohldYe3eqA0bl\";\n\nasync function resolveEngineToken(): Promise<{ token?: string; from: string }> {\n const env = Deno.env.get(\"GHL_TOKEN\");\n if (env) return { token: env, from: \"env GHL_TOKEN\" };\n const cfg = await get(\"puppy_config\", null);\n if (cfg?.ghlToken) return { token: cfg.ghlToken, from: \"puppy_config blob\" };\n return { from: \"NOT FOUND\" };\n}\n\nasync function selfTest() {\n const { token, from } = await resolveEngineToken();\n const checks: any[] = [];\n const probe = async (name: string, url: string, ver: string, why: string) => {\n if (!token) return checks.push({ name, status: null, ok: false, why, note: \"no credential resolved\" });\n try {\n const r = await fetch(url, { headers: { Authorization: `Bearer ${token}`, Version: ver, Accept: \"application/json\" } });\n checks.push({ name, status: r.status, ok: r.status === 200, why });\n } catch (e) {\n checks.push({ name, status: null, ok: false, why, note: String(e).slice(0, 120) });\n }\n };\n await probe(\"read calendar bookings\", `${GHL}/calendars/events?locationId=${LOC}&calendarId=qHuYJ0NEqzibnoqf5Cw3&startTime=${Date.now() - 864e5}&endTime=${Date.now()}`, \"2021-04-15\", \"how it notices someone booked a Pup Talk\");\n await probe(\"read replies\", `${GHL}/conversations/search?locationId=${LOC}&limit=1`, \"2021-04-15\", \"how it pauses when someone writes back\");\n await probe(\"read contacts\", `${GHL}/contacts/?locationId=${LOC}&limit=1`, \"2021-07-28\", \"how it reads names and dog names\");\n await probe(\"read deals\", `${GHL}/opportunities/pipelines?locationId=${LOC}`, \"2021-07-28\", \"how it notices someone became a customer\");\n return { credentialFrom: from, allOk: checks.every((c) => c.ok), checks };\n}\n\nexport default async function (req: Request): Promise {\n const url = new URL(req.url);\n const k = url.searchParams.get(\"k\") || \"\";\n if (!(await authorised(k))) {\n return new Response(\"Not found\", { status: 401, headers: { \"content-type\": \"text/plain\" } });\n }\n\n if (url.searchParams.get(\"selftest\") === \"1\") {\n return new Response(JSON.stringify(await selfTest(), null, 2), {\n headers: { \"content-type\": \"application/json\", \"cache-control\": \"no-store\" },\n });\n }\n\n if (url.searchParams.get(\"stop\") === \"1\") {\n const blob = await blobMod();\n await blob.setJSON(KILL_BLOB, { stopped: true, at: new Date().toISOString(), by: \"control-panel\" });\n return Response.redirect(`${url.origin}${url.pathname}?k=${encodeURIComponent(k)}`, 303);\n }\n if (url.searchParams.get(\"go\") === \"1\") {\n const blob = await blobMod();\n await blob.setJSON(KILL_BLOB, { stopped: false, at: new Date().toISOString(), by: \"control-panel\" });\n return Response.redirect(`${url.origin}${url.pathname}?k=${encodeURIComponent(k)}`, 303);\n }\n\n const d = await collect();\n if (url.searchParams.get(\"f\") === \"json\") {\n return new Response(JSON.stringify(d, null, 2), {\n headers: { \"content-type\": \"application/json\", \"cache-control\": \"no-store\" },\n });\n }\n return new Response(page(d, k), {\n headers: { \"content-type\": \"text/html; 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Companion to puppy-messages.ts.\n// Spec is Kim's own, verbatim from her Upwork message 3 Aug 2026, 8:11 PM:\n// \"I'd like something to taper off rather than just drop. Something like a text or email\n// once a week for month then every two weeks for 6 months then every month moving forward.\"\n// Committed shape (confirmed back to her, 8:27 PM): after the 21-day main sequence ends —\n// weekly x4, then fortnightly x13 (~6 months), then monthly indefinitely.\n// HARD RULE, promised to Kim in writing: NO ask attached to any taper message. No booking\n// links, no CTAs. Phone appears only as the reply mechanism. \"The job of that track is that\n// when they finally do need training or boarding, you're the name they already know.\"\n// Same engine rules underneath: reply -> paused for a human; booking -> off the track;\n// STOP -> never contacted again. All enforced engine-side, same as the main sequence.\n\nimport { PHONE_DISPLAY, type MessageTemplate } from \"./puppy-messages.ts\";\n\n// Offsets are hours RELATIVE TO SLOW-TRACK ENTRY (the moment main-8 fires, day 21 absolute).\n// Weekly: rel days 7 / 14 / 21 / 28 = absolute days 28 / 35 / 42 / 49\n// Fortnightly: rel days 42 .. 210 (13 x 14) = absolute days 63 .. 231\n// Monthly: rel day 240 onward, every 30 = absolute day 261 onward, forever\n\nexport const SLOW_WEEKLY: MessageTemplate[] = [\n {\n id: \"slow_w-1\",\n channel: \"email\",\n offsetHours: 168, // rel day 7\n subject: \"The teenage phase is coming (this is normal too)\",\n previewText: \"Somewhere between six and twelve months, trained puppies act untrained. Here's why.\",\n bodyTemplate: `Hi {{FIRST_NAME}},\n\nOne thing I wish more people were warned about: somewhere between six and twelve months, {{DOG_NAME}} will probably go through a teenage phase. The recall that was working stops working. The chewing comes back. A dog who knew \"sit\" looks at you like they've never heard the word.\n\nThis isn't your training failing. It's adolescence - hormones and a growing brain re-testing every rule, exactly like human teenagers do. Dogs who were doing brilliantly at five months often look like a mess at eight, and the owners who don't know it's a phase assume they've done something wrong.\n\nTwo things carry you through it: keep the routines boring and consistent even when they seem pointless, and keep rewarding the behaviour you want as if {{DOG_NAME}} were still tiny. It passes. The dogs who come out of it best are the ones whose people didn't give up on the rules halfway through.\n\nReply anytime - a real person reads these.\n\nKim\nThe Dogs Spot`,\n },\n {\n id: \"slow_w-2\",\n channel: \"sms\",\n offsetHours: 336, // rel day 14\n bodyTemplate: `Hi {{FIRST_NAME}}, Kim at The Dogs Spot. A tip that saves furniture: rotate {{DOG_NAME}}'s toys - keep most in a cupboard and swap a few out every couple of days. Old toys become new again, and a dog with something interesting to chew rarely invents their own project. Reply anytime.`,\n },\n {\n id: \"slow_w-3\",\n channel: \"email\",\n offsetHours: 504, // rel day 21\n subject: \"Socialisation doesn't stop - it just changes shape\",\n previewText: \"The window closes, but the habit shouldn't.\",\n bodyTemplate: `Hi {{FIRST_NAME}},\n\nWhen {{DOG_NAME}} was tiny, the job was meeting the world before the socialisation window closed. That window does close - but the habit shouldn't. A dog who met the postman calmly at twelve weeks can still decide the postman is suspicious at eight months if the meetings stop.\n\nThe maintenance version is lighter than the puppy version. A different walking route once a week. Letting {{DOG_NAME}} watch the world go by outside a cafe for ten minutes. A calm hello with a steady adult dog now and then. You're not introducing novelty anymore, you're keeping the file open: people, dogs, noises, places - all still safe, all still boring.\n\nThe dogs who stay easy in public are almost never the ones with the most training. They're the ones whose world stayed wide.\n\nKim\nThe Dogs Spot`,\n },\n {\n id: \"slow_w-4\",\n channel: \"sms\",\n offsetHours: 672, // rel day 28\n bodyTemplate: `Hi {{FIRST_NAME}}, Kim here. A two-minute recall game that works: someone holds {{DOG_NAME}}, you walk away looking excited, then call once and celebrate like they won the lottery when they arrive. Dogs repeat what pays. Reply anytime, a real person reads these.`,\n },\n];\n\nexport const SLOW_FORTNIGHTLY: MessageTemplate[] = [\n {\n id: \"slow_f-1\",\n channel: \"email\",\n offsetHours: 1008, // rel day 42\n subject: \"Teaching {{DOG_NAME}} that alone is fine\",\n previewText: \"Separation ease is trained, not hoped for.\",\n bodyTemplate: `Hi {{FIRST_NAME}},\n\nThe single most underrated skill for a young dog: being alone and being fine about it. It doesn't happen by accident - dogs are social animals, and a dog who is never alone learns that alone is alarming.\n\nBuild it in small doses. Leave for two minutes and come back before any fuss starts, then five, then twenty. Keep departures and returns boring - no big goodbyes, no big reunions. A stuffed chew or a licky mat that only appears when you leave turns your exit into a good sign instead of a bad one.\n\nThe goal isn't a dog who tolerates your absence. It's a dog who hears the keys and thinks \"snack time\", then has a nap.\n\nKim\nThe Dogs Spot`,\n },\n {\n id: \"slow_f-2\",\n channel: \"sms\",\n offsetHours: 1344, // rel day 56\n bodyTemplate: `Hi {{FIRST_NAME}}, Kim here. Loose-lead tip: the moment the lead goes tight, stop walking. Move again only when it slackens. Boring, repetitive, and it works better than any gadget - pulling stops paying, so pulling stops. Reply anytime.`,\n },\n {\n id: \"slow_f-3\",\n channel: \"email\",\n offsetHours: 1680, // rel day 70\n subject: \"Vet visits without the drama\",\n previewText: \"Five minutes of practice at home changes every appointment for life.\",\n bodyTemplate: `Hi {{FIRST_NAME}},\n\nA dog's opinion of the vet is mostly formed before anything medical ever happens. You can shape it at home, five minutes at a time.\n\nHandle {{DOG_NAME}}'s paws, ears and mouth while they're relaxed, and pay for it - a touch, then a treat, done before they mind. Pop them on a table or a mat, brief and calm, same deal. If you're ever passing your vet's clinic, walk in, let the front desk say hello and hand over a treat, and leave. Visits where nothing happens are the ones that buy you the visits where something must.\n\nA dog who's been handled kindly a hundred times at home barely notices an examination. One who's only ever grabbed when something hurts learns the opposite lesson.\n\nKim\nThe Dogs Spot`,\n },\n {\n id: \"slow_f-4\",\n channel: \"sms\",\n offsetHours: 2016, // rel day 84\n bodyTemplate: `Hi {{FIRST_NAME}}, Kim at The Dogs Spot. If {{DOG_NAME}} goes wild in the evenings - the witching hour is real. It's usually overtiredness, not excess energy. A chew and enforced quiet time settles it faster than another walk. Reply anytime.`,\n },\n {\n id: \"slow_f-5\",\n channel: \"email\",\n offsetHours: 2352, // rel day 98\n subject: \"What a settle cue buys you\",\n previewText: \"The most useful thing a dog can learn isn't a trick.\",\n bodyTemplate: `Hi {{FIRST_NAME}},\n\nThe most useful thing {{DOG_NAME}} can learn isn't a trick - it's an off switch. A dog who can lie on a mat and do nothing while life happens around them gets taken everywhere. A dog who can't gets left at home, which shrinks their world and makes everything harder.\n\nTeach it like anything else. A mat or a bed, a treat for lying on it, then gradually longer stays and gradually more interesting distractions - someone walking past, the doorbell, dinner being eaten. Reward calm, quietly, before they break. Minutes a day, and within a few weeks you have a dog you can take to a pub garden.\n\nIt's not glamorous. It changes more about daily life than any other single thing you can train.\n\nKim\nThe Dogs Spot`,\n },\n {\n id: \"slow_f-6\",\n channel: \"sms\",\n offsetHours: 2688, // rel day 112\n bodyTemplate: `Hi {{FIRST_NAME}}, Kim here. Jumping on guests fix: have visitors ignore {{DOG_NAME}} completely until all four paws are on the floor, then greet warmly. Attention is the wage - pay standing, never jumping. Consistency from everyone is the whole trick. Reply anytime.`,\n },\n {\n id: \"slow_f-7\",\n channel: \"email\",\n offsetHours: 3024, // rel day 126\n subject: \"Dog parks: the honest version\",\n previewText: \"When they help, when they don't, and what to watch.\",\n bodyTemplate: `Hi {{FIRST_NAME}},\n\nDog parks divide opinion, so here's the honest version: they're brilliant for some dogs and genuinely bad for others, and the difference isn't friendliness - it's what happens there.\n\nWatch play, not intentions. Good play has role swaps: chaser becomes chased, wrestler ends up underneath, both dogs keep opting back in. If {{DOG_NAME}} is always the one being chased, or hiding under benches, or the one doing all the pinning, it isn't play anymore, and every bad visit teaches something you'll later have to untrain.\n\nThe useful test: call {{DOG_NAME}} out of play now and then, reward, release back. If you can't call them out, the park is training them - just not in the direction you want. Quality of dogs beats quantity of dogs, every time.\n\nKim\nThe Dogs Spot`,\n },\n {\n id: \"slow_f-8\",\n channel: \"sms\",\n offsetHours: 3360, // rel day 140\n bodyTemplate: `Hi {{FIRST_NAME}}, Kim at The Dogs Spot. Car tip: feed {{DOG_NAME}} a few meals in the parked car, engine off, before expecting calm journeys. Cars should predict good things, not just vet trips. Short happy drives to nowhere fill the same account. Reply anytime.`,\n },\n {\n id: \"slow_f-9\",\n channel: \"email\",\n offsetHours: 3696, // rel day 154\n subject: \"Boredom looks a lot like bad behaviour\",\n previewText: \"Ten minutes of nose work tires a dog more than an hour of fetch.\",\n bodyTemplate: `Hi {{FIRST_NAME}},\n\nMost \"bad behaviour\" in young dogs is unemployment. A dog with nothing to do writes their own job description, and it usually involves your skirting boards.\n\nThe fix isn't always more exercise - physical exercise builds fitness, and a fitter dog just has more stamina for mischief. Mental work is what actually tires them. Scatter {{DOG_NAME}}'s food in the grass instead of a bowl and let them sniff it out. Hide treats around one room. A snuffle mat, a frozen Kong, a cardboard box with food inside it to be destroyed. Ten minutes of nose work drains more out of a dog than an hour of fetch, because sniffing is thinking.\n\nA tired dog is a good dog, but the right kind of tired is mental. It's also the cheapest training aid there is.\n\nKim\nThe Dogs Spot`,\n },\n {\n id: \"slow_f-10\",\n channel: \"sms\",\n offsetHours: 4032, // rel day 168\n bodyTemplate: `Hi {{FIRST_NAME}}, Kim here. Grooming habit worth keeping: one minute of brushing after dinner, every day, treat at the end. Daily and brief beats weekly and a wrestle - and you'll spot lumps, ticks and sore spots before they're problems. Reply anytime.`,\n },\n {\n id: \"slow_f-11\",\n channel: \"email\",\n offsetHours: 4368, // rel day 182\n subject: \"Two dogs meeting on lead: a translation guide\",\n previewText: \"What tight leads do to friendly dogs, and the walk-along trick.\",\n bodyTemplate: `Hi {{FIRST_NAME}},\n\nA strange thing you'll notice: two perfectly friendly dogs can bristle at each other on lead when the same two would be fine loose. It isn't contrariness. Leads change the conversation.\n\nDogs read each other sideways - they approach in curves, sniff rears, keep options open. A tight lead forces a head-on approach with no escape route, which in dog language reads as confrontation. The tension travels down the lead too: you tighten up, {{DOG_NAME}} feels it and concludes there's something worth tensing about.\n\nWhat helps: keep the lead loose even when it takes nerve, approach in an arc rather than straight on, and if you want two dogs to make friends, walk them side by side in the same direction first and let the sniffing happen on the move. Parallel beats face-to-face, every time.\n\nKim\nThe Dogs Spot`,\n },\n {\n id: \"slow_f-12\",\n channel: \"sms\",\n offsetHours: 4704, // rel day 196\n bodyTemplate: `Hi {{FIRST_NAME}}, Kim at The Dogs Spot. Food tip: use part of {{DOG_NAME}}'s daily ration as training treats instead of adding extras on top. Same calories, more practice, no expanding waistline. The dog doesn't know the difference - it all counts as winning. Reply anytime.`,\n },\n {\n id: \"slow_f-13\",\n channel: \"email\",\n offsetHours: 5040, // rel day 210\n subject: \"From here on, about once a month\",\n previewText: \"The rhythm changes, the door stays open.\",\n bodyTemplate: `Hi {{FIRST_NAME}},\n\nQuick housekeeping note rather than advice this time: I've been in your inbox every couple of weeks since {{DOG_NAME}} was small, and from here I'll drop to about once a month - short, seasonal, still worth the thirty seconds, I promise.\n\nBy now most of the foundations are in: the world stayed wide, alone is fine, the lead is mostly loose, and the teenage phase either happened or is happening and will pass either way.\n\nIf anything ever comes up in between - a behaviour that's new, a question that nags - reply to any of these. A real person reads them, always has.\n\nKim\nThe Dogs Spot`,\n },\n];\n\n// Monthly bank — chosen by the CALENDAR MONTH the send lands in (0 = Jan .. 11 = Dec),\n// so the seasonal ones land in season regardless of when the contact entered the track.\n// This is what was promised to Kim: \"seasonal where it fits: settling a dog over the\n// holidays, heat and paws in July, fireworks.\" offsetHours on these entries is ignored\n// by the scheduler (cadence is every 720h from rel day 240); template chosen by month.\nexport const SLOW_MONTHLY_BANK: MessageTemplate[] = [\n {\n id: \"slow_m-jan\",\n channel: \"email\",\n offsetHours: 0,\n subject: \"January: the quiet month is a training month\",\n previewText: \"Short days, big opportunity.\",\n bodyTemplate: `Hi {{FIRST_NAME}},\n\nJanuary is short walks and dark evenings, which makes it a surprisingly good training month. Five minutes of indoor work a day - settle on a mat, a solid stay, paws-ears-mouth handling practice - carries further than one heroic cold-weather hike a week.\n\nIf it's icy where you are, check {{DOG_NAME}}'s paws for salt after pavement walks; a quick rinse stops the licking and the sore pads.\n\nKim\nThe Dogs Spot`,\n },\n {\n id: \"slow_m-feb\",\n channel: \"sms\",\n offsetHours: 0,\n bodyTemplate: `Hi {{FIRST_NAME}}, Kim at The Dogs Spot. Wet-weather boredom builds mischief - a stuffed Kong from the freezer or dinner scattered in a snuffle mat buys you a calm evening. Mental work counts double in February. Reply anytime.`,\n },\n {\n id: \"slow_m-mar\",\n channel: \"email\",\n offsetHours: 0,\n subject: \"Spring: the world wakes up, so does the sniffing\",\n previewText: \"Let the nose have its season.\",\n bodyTemplate: `Hi {{FIRST_NAME}},\n\nEverything smells new in spring, and you'll feel it down the lead. Rather than fight it, give sniffing its own time: pick a stretch of the walk where {{DOG_NAME}} sets the pace and the route, nose down, no agenda. Sniffing is a dog reading the news, and ten minutes of it settles them more than double the distance at a march.\n\nWorth a check too: spring is tick season's opening act. A quick run of the hands after grassy walks catches them early.\n\nKim\nThe Dogs Spot`,\n },\n {\n id: \"slow_m-apr\",\n channel: \"sms\",\n offsetHours: 0,\n bodyTemplate: `Hi {{FIRST_NAME}}, Kim here. Easter reminder worth repeating every year: chocolate is properly dangerous for dogs, and wrapped chocolate hidden for hunts is exactly nose height. Keep the eggs out of reach and the vet's number where you can find it. Reply anytime.`,\n },\n {\n id: \"slow_m-may\",\n channel: \"email\",\n offsetHours: 0,\n subject: \"Before summer: build the water habit\",\n previewText: \"Warm-weather prep is easier before it's hot.\",\n bodyTemplate: `Hi {{FIRST_NAME}},\n\nA little prep now makes summer easier. Get {{DOG_NAME}} used to drinking on walks - carry water and offer it before they seem thirsty, so it's routine by the time it matters. If paddling pools or sprinklers might feature, introduce them gently now while they're novelty rather than necessity.\n\nAnd as the winter coat blows out, a few minutes of brushing a day now saves your furniture a month of fur. One thing worth knowing before summer: never shave a double-coated breed to cool them down - that coat insulates against heat as well as cold, and they're worse off without it.\n\nKim\nThe Dogs Spot`,\n },\n {\n id: \"slow_m-jun\",\n channel: \"sms\",\n offsetHours: 0,\n bodyTemplate: `Hi {{FIRST_NAME}}, Kim at The Dogs Spot. Summer rule of thumb: put the back of your hand on the pavement for seven seconds. Too hot for your hand, too hot for {{DOG_NAME}}'s paws - walk early or late instead. Reply anytime.`,\n },\n {\n id: \"slow_m-jul\",\n channel: \"email\",\n offsetHours: 0,\n subject: \"July: heat, paws and fireworks\",\n previewText: \"The two summer hazards, and the one that sneaks up.\",\n bodyTemplate: `Hi {{FIRST_NAME}},\n\nJuly's the month I nag about heat. Dogs don't sweat like we do - they cool by panting, which stops working in a hot car in minutes, even parked in shade with windows cracked. Walks move to early morning or late evening, water goes everywhere you go, and pavement gets the seven-second hand test before {{DOG_NAME}}'s paws touch it.\n\nThe one that sneaks up: fireworks around the Fourth. If {{DOG_NAME}} is nervous of bangs, plan the evening - walk before dark, close curtains, put on some background noise, and let them den up wherever they choose. Comforting a scared dog doesn't reward fear, whatever the old advice said. Sit with them.\n\nKim\nThe Dogs Spot`,\n },\n {\n id: \"slow_m-aug\",\n channel: \"sms\",\n offsetHours: 0,\n bodyTemplate: `Hi {{FIRST_NAME}}, Kim here. Late-summer water check: lakes and ponds can grow blue-green algae in August - it's toxic to dogs, sometimes fatal. If the water looks like pea soup or has a scum line, {{DOG_NAME}} stays out, no exceptions. Reply anytime.`,\n },\n {\n id: \"slow_m-sep\",\n channel: \"email\",\n offsetHours: 0,\n subject: \"September: the routine change nobody warns dogs about\",\n previewText: \"Back-to-school hits dogs too.\",\n bodyTemplate: `Hi {{FIRST_NAME}},\n\nSeptember quietly rearranges a dog's whole day: the house empties, walks move, the kids who were constant company vanish for hours. Dogs don't read calendars, so the change lands without warning, and a bit of chewing or barking that starts this month is usually the adjustment talking.\n\nEase it the same way you built alone-time in the first place: short practice absences, something good that only appears when the house empties, and boring exits. A week of deliberate practice beats a month of accidental stress.\n\nKim\nThe Dogs Spot`,\n },\n {\n id: \"slow_m-oct\",\n channel: \"sms\",\n offsetHours: 0,\n bodyTemplate: `Hi {{FIRST_NAME}}, Kim at The Dogs Spot. Halloween heads-up: doorbell going all evening plus strangers in masks is a lot for most dogs. A chew in a back room with the radio on beats managing the door. And sweets, especially anything sugar-free with xylitol, are genuinely dangerous - keep the bowl high. Reply anytime.`,\n },\n {\n id: \"slow_m-nov\",\n channel: \"email\",\n offsetHours: 0,\n subject: \"November: guests, feasts and a dog with opinions\",\n previewText: \"Getting ahead of the holiday chaos.\",\n bodyTemplate: `Hi {{FIRST_NAME}},\n\nThe holiday season starts here, and for {{DOG_NAME}} it mostly means two things: the house fills with people, and the house fills with food at nose height.\n\nThe settle-on-a-mat work pays off now - a dog with a place to be, and something to chew there, rides out a busy dinner far better than one loose in the scrum. Brief the guests too: no feeding from plates, however charming the eyes. Rich, fatty leftovers are one of the most common reasons dogs see an emergency vet this time of year, and onions, grapes, raisins and cooked bones are outright dangerous.\n\nA walk before guests arrive takes the edge off everything.\n\nKim\nThe Dogs Spot`,\n },\n {\n id: \"slow_m-dec\",\n channel: \"email\",\n offsetHours: 0,\n subject: \"Settling a dog over the holidays\",\n previewText: \"Trees, tinsel, visitors and routine.\",\n bodyTemplate: `Hi {{FIRST_NAME}},\n\nDecember, quickly, because you're busy: keep {{DOG_NAME}}'s routine as boring as you can manage while everything else changes - same meal times, same walks, same bedtime. Dogs take their stability from routine, and a steady dog copes with a chaotic house far better than the other way round.\n\nTree-wise: chocolate decorations are a vet visit waiting to happen, tinsel and ribbon are surgery if swallowed, and a curious tail plus low baubles ends how you'd expect. Hang the precious and the edible high.\n\nHowever the season goes, thank you for letting me stay in your inbox this year. Reply anytime - a real person reads these, holidays included.\n\nKim\nThe Dogs Spot`,\n },\n];\n\n// ---- scheduler helpers (pure, testable) ---------------------------------------------------------\n\nexport const SLOW_WEEKLY_COUNT = 4;\nexport const SLOW_FORTNIGHTLY_COUNT = 13;\nexport const SLOW_MONTHLY_START_REL_HOURS = 5760; // rel day 240 (abs day 261)\nexport const SLOW_MONTHLY_INTERVAL_HOURS = 720; // 30 days\n\n// Given how many slow-track messages have already been sent to a contact, return the next\n// one: its template (or, for monthly, the bank + a note to pick by landing month) and its\n// offsetHours relative to slow-track entry. Returns null never — the track is indefinite.\nexport function nextSlowTouch(sentCount: number): {\n phase: \"weekly\" | \"fortnightly\" | \"monthly\";\n template: MessageTemplate | null; // null for monthly — engine picks by landing month\n offsetHours: number;\n} {\n if (sentCount < SLOW_WEEKLY_COUNT) {\n return { phase: \"weekly\", template: SLOW_WEEKLY[sentCount], offsetHours: 168 * (sentCount + 1) };\n }\n const f = sentCount - SLOW_WEEKLY_COUNT;\n if (f < SLOW_FORTNIGHTLY_COUNT) {\n return { phase: \"fortnightly\", template: SLOW_FORTNIGHTLY[f], offsetHours: 672 + 336 * (f + 1) };\n }\n const m = sentCount - SLOW_WEEKLY_COUNT - SLOW_FORTNIGHTLY_COUNT;\n return {\n phase: \"monthly\",\n template: null,\n offsetHours: SLOW_MONTHLY_START_REL_HOURS + SLOW_MONTHLY_INTERVAL_HOURS * m,\n };\n}\n\n// Monthly template for a given send date (calendar-month keyed, so seasonal copy lands in season).\nexport function monthlyTemplateFor(sendDate: Date): MessageTemplate {\n return SLOW_MONTHLY_BANK[sendDate.getMonth()];\n}\n","label",[139],"36659075-120a-4f67-995b-203ed981f4fa","run.ts","be37b584-8e76-11f1-b9e0-1607ee4eb77e",14,["D",1785678975976],1,"// CHECK NOW — manual trigger for the nurture engine. Built 2 Aug 2026.\n//\n// WHY\n// main.ts is a val.town `interval` file. Its schedule is set in val.town's UI and cannot be read or\n// triggered through the API, which left two real problems: (1) nothing could be verified end-to-end\n// on demand — including the kill switch, which is the one control the client must be able to trust;\n// (2) if the schedule ever stalls there is no way to make the system catch up without a human\n// opening val.town. This file closes both. It imports the same cron() the scheduler calls, so there\n// is exactly one code path — a manual run is not a different run.\n//\n// SAFETY\n// Same admin key as the control panel. Every guard inside cron() still applies in full: the kill\n// switch is checked first, TEST_MODE still defaults on, the run lock still prevents overlap with a\n// scheduled tick, and the send ceilings are unchanged. This adds a trigger, never a bypass.\n//\n// ?k= run once, return the run report as JSON\n// ?k=&dry=1 report what the engine WOULD do without invoking it — resolves nothing, just\n// confirms this endpoint is wired and the key is right\n\nimport cron from \"./main.ts\";\n\n// ---- auth ------------------------------------------------------------------------------------\n// v2 (2 Aug, after the adversarial pass): the key is NOT in this file. val.town vals are PUBLIC —\n// proved by fetching this very source with no token — so a literal key here was readable by anyone\n// who found the val, which meant anyone could read Kim's data, stop her system, or trigger a run.\n// Only the SHA-256 digest lives in source now. The digest is useless to a reader and sufficient for\n// a comparison, so publishing the code no longer publishes the secret.\nconst KEY_SHA256 = \"48cd12465712045f70247da1689eeb198a4ce2d98416d8e52fb844581f044f15\";\n\nasync function sha256Hex(s: string): Promise {\n const b = await crypto.subtle.digest(\"SHA-256\", new TextEncoder().encode(s));\n return [...new Uint8Array(b)].map((x) => x.toString(16).padStart(2, \"0\")).join(\"\");\n}\n\nasync function authorised(k: string): Promise {\n const override = Deno.env.get(\"NURTURE_ADMIN_KEY_SHA256\");\n const expected = override || KEY_SHA256;\n const got = await sha256Hex(k);\n // Constant-time over equal-length hex digests.\n if (got.length !== expected.length) return false;\n let d = 0;\n for (let i = 0; i < got.length; i++) d |= got.charCodeAt(i) ^ expected.charCodeAt(i);\n return d === 0;\n}\n\n\nexport default async function (req: Request): Promise {\n const url = new URL(req.url);\n if (!(await authorised(url.searchParams.get(\"k\") || \"\"))) {\n return new Response(\"Not found\", { status: 401, headers: { \"content-type\": \"text/plain\" } });\n }\n if (url.searchParams.get(\"dry\") === \"1\") {\n return new Response(JSON.stringify({ wired: true, note: \"endpoint live; pass without &dry=1 to actually run\" }, null, 2), {\n headers: { \"content-type\": \"application/json\" },\n });\n }\n const startedAt = new Date().toISOString();\n try {\n const report = await cron();\n return new Response(JSON.stringify({ triggeredAt: startedAt, report }, null, 2), {\n headers: { \"content-type\": \"application/json\", \"cache-control\": \"no-store\" },\n });\n } catch (e) {\n return new Response(JSON.stringify({ triggeredAt: startedAt, error: String(e).slice(0, 900) }, null, 2), {\n status: 500,\n headers: { \"content-type\": \"application/json\" },\n });\n }\n}\n",[150],"e68dff22-da15-4d16-9230-c00e79961270","puppy-messages.ts","cd4b87b0-8c34-11f1-b87e-1607ee4eb77e",21,["D",1785851846791],2,"// PUPPY PATH — message copy module (split from the engine for val.town's 80k/file limit).\n// Copy is VERBATIM from PHASE1-PUPPY-PATH-WRITING-SHEET.md §3 — do not paraphrase here, ever.\ndeclare const Deno: { env: { get(key: string): string | undefined } };\nif (typeof (globalThis as any).Deno === \"undefined\") {\n (globalThis as any).Deno = { env: { get: (k: string) => (globalThis as any).process?.env?.[k] } };\n}\n\n// ---- v1.3 change, 2 Aug 2026 — booking URL. RETRACTION APPENDED, read the whole block ----------\n// The previous value was:\n// https://api.leadconnectorhq.com/widget/bookings/pbe-discovery-9edbddc3-4b5a-406e-9bc3-7f10cb0d3221\n//\n// WHAT I ORIGINALLY WROTE HERE (and it was wrong): that this id \"does NOT belong to this location\"\n// and was the parent agency's own discovery-call widget.\n//\n// RETRACTED, same day, on better evidence. Re-checking GET /calendars/?locationId=BQHJ19uohldYe3eqA0bl\n// field by field shows `pbe-discovery-9edbddc3-4b5a-406e-9bc3-7f10cb0d3221` is the *widget slug of\n// Kim's own \"Pup Talk Phone Call\" calendar* — the same calendar as qHuYJ0NEqzibnoqf5Cw3. Confirmed\n// independently: https://book.thedogsspotga.com/phone (the page the website's own \"Book your Free\n// Pup Talk\" button leads to) contains BOTH strings. /widget/bookings/ and\n// /widget/booking/ are two URL forms for one object; both return 200 and both land on\n// her calendar. The original link was never broken. I inferred \"not hers\" from the \"pbe\" prefix —\n// which is Pet Biz Experts, the agency that set the account up and therefore named the slug — and\n// stated the inference as a verified finding. That is the error, and it is the kind that matters\n// more than the code change.\n//\n// The current value is kept anyway, for one real reason that survives the retraction: the engine\n// watches PUP_TALK_CALENDAR_ID (qHuYJ0NEqzibnoqf5Cw3) to detect a booking, so using the calendar-id\n// form makes the link a lead clicks and the object the engine watches literally the same string,\n// with no slug indirection to go stale. Secondary: the word \"discovery\" does not appear in it, and\n// Kim asked for \"Pup Talk\" instead.\n//\n// Regression test A1 asserts `!includes(\"pbe-\")`. That assertion is now a style rule, not a\n// correctness rule. Left in place; the comment above is the correction of record.\nexport const REAL_BOOKING_URL =\n \"https://api.leadconnectorhq.com/widget/booking/qHuYJ0NEqzibnoqf5Cw3\";\nexport const SHORT_BOOKING_LINK = Deno.env.get(\"SHORT_BOOKING_LINK\") || REAL_BOOKING_URL;\n\n// Phone number: two live candidates, and the earlier note here (\"zero signals point to 912-823-4382\")\n// is CORRECTED as of 2 Aug 2026. Signals for 912-823-4382 turned out to be strong: it is the meeting\n// location on 73 of 193 Pup Talk appointments, it is the number in the default confirmation text of\n// BOTH booking widgets (\"please call our office at (912) 823-4382\"), and thedogsspotga.com/about-5\n// tells customers to ring it to schedule a training drop-off.\n// Still using 912-348-8726, on a narrower and now-honest basis: it is the number in the website\n// footer on every page and behind the home page \"Call Us\" button, so it is the number a lead who\n// found the site already has. Both are real. Kim must pick one before go-live — flagged on the todo\n// list, not decided quietly.\nexport const PHONE_DISPLAY = Deno.env.get(\"PHONE_DISPLAY\") || \"912-348-8726\";\n\nexport type Channel = \"email\" | \"sms\";\n\nexport type MessageTemplate = {\n id: string;\n channel: Channel;\n offsetHours: number;\n subject?: string; // email only\n previewText?: string; // email only\n bodyTemplate: string;\n};\n\n// ---- message copy (PHASE1-PUPPY-PATH-WRITING-SHEET.md §3, VERBATIM — do not paraphrase) ----------\n// {{FIRST_NAME}} / {{DOG_NAME}} are per-contact merge tokens, resolved at render time by\n// applyMergeFields(). [phone] / [link] are fixed placeholders per the writing sheet's own §1\n// distinction (Title Case = merge field, lower case = placeholder) — resolved ONCE below via real\n// template-literal interpolation of PHONE_DISPLAY / SHORT_BOOKING_LINK, not per contact.\n// **bold** markdown in messages 3/5/6 is rendered to by bodyToHtml() — that is a formatting\n// transform, not a wording change; the words themselves are untouched.\n\nexport const MAIN_SEQUENCE: MessageTemplate[] = [\n {\n id: \"main-1\",\n channel: \"email\",\n offsetHours: 0,\n subject: \"Getting {{DOG_NAME}} off to a good start\",\n previewText: \"A few things that matter more than people expect in these first weeks.\",\n bodyTemplate: `Hi {{FIRST_NAME}},\n\nThanks for getting in touch.\n\nWhether you're bringing a puppy home soon, or {{DOG_NAME}} is already running circles round the kitchen, the timing of what happens next matters more than people expect.\n\nA puppy's window for learning that new people, new dogs, new places and new sounds are all safe starts closing earlier than most owners realise - a lot of that learning is done by around four to five months old. Whatever {{DOG_NAME}} meets calmly now tends to stay easy for life. Whatever gets missed is harder to fix later. Not impossible, just harder, and it usually takes longer than it would have the first time round.\n\nOver the next few weeks I'll send you a handful of short, practical emails - biting, toilet training, recall, that sort of thing. Real advice, not fluff.\n\nIf you'd rather just talk it through now, that's what a Pup Talk is for - a real conversation with our team about {{DOG_NAME}}, not a sales pitch. Reply to this email, call or text us on ${PHONE_DISPLAY}, or grab a time here: ${SHORT_BOOKING_LINK}.\n\nKim\nThe Dogs Spot`,\n },\n {\n id: \"main-2\",\n channel: \"sms\",\n offsetHours: 2,\n bodyTemplate: `Hi {{FIRST_NAME}}, it's Kim at The Dogs Spot. Got your message about {{DOG_NAME}} - welcome. I'll send a few honest, useful puppy emails over the next few weeks. Reply anytime, a real person reads these.`,\n },\n {\n id: \"main-3\",\n channel: \"email\",\n offsetHours: 72, // day 3\n subject: \"Puppy biting: normal, not naughty\",\n previewText: \"What's actually going on when a puppy won't stop mouthing, and what helps.\",\n bodyTemplate: `Hi {{FIRST_NAME}},\n\nIf {{DOG_NAME}} has started biting at hands, sleeves, ankles, shoelaces - that's not a behaviour problem. It's normal. Puppies explore the world with their mouths the way toddlers explore it with their hands, and it usually gets worse before it gets better, especially once teething starts.\n\nA few things that actually help:\n\n**Redirect, don't just say no.** Keep a toy or a chew within arm's reach of wherever you usually sit, so it's already in your hand before the mouthing starts rather than after. The moment teeth touch skin, swap your hand for the toy. Saying \"no\" tells them to stop; it doesn't tell them what to do instead, and a puppy who is told to stop with nothing to switch to just tries again.\n\n**Watch for the overtired witching hour.** A lot of biting spikes happen when a puppy is overstimulated or short on sleep, not when they're being difficult. A nap often does more than any correction.\n\n**Yelp, don't wrestle.** If it hurts, a short \"ow\" and a pause in play teaches bite inhibition better than pulling your hand away, which can turn into a game.\n\nIt gets better. Most of this settles down significantly by six months, and properly once the adult teeth are in. It feels endless at week two. It isn't.\n\nIf something about {{DOG_NAME}}'s biting doesn't match what I've described here, reply and tell me - I read these.\n\nKim\nThe Dogs Spot`,\n },\n {\n id: \"main-4\",\n channel: \"sms\",\n offsetHours: 144, // day 6\n bodyTemplate: `Hi {{FIRST_NAME}}, Kim here. Quick one - how's the biting and toilet training going with {{DOG_NAME}}? Totally normal stage either way. Reply and let me know, happy to help.`,\n },\n {\n id: \"main-5\",\n channel: \"email\",\n offsetHours: 216, // day 9\n subject: \"A realistic toilet-training timeline\",\n previewText: \"What actually helps, and why one accident isn't a setback.\",\n bodyTemplate: `Hi {{FIRST_NAME}},\n\nToilet training questions are the ones I get asked about most, usually some version of \"is this normal?\" Almost always, yes.\n\nA young puppy's bladder is small and their control over it is genuinely limited - not a matter of trying harder. As a rough guide, a lot of trainers use \"roughly one hour of control for every month of age\" early on, which is why an eight- or ten-week-old puppy needs to go out far more often than seems reasonable.\n\nWhat tends to work:\n\n**A schedule, not a hope.** Out first thing, after every meal, after every nap, after play, and last thing at night - before you think they need it, not after.\n\n**Same spot, same word.** Consistency does more work than any product. Pick a spot, use a calm word or phrase every time, and reward the second they finish outside, not back indoors where the reward disconnects from the act.\n\n**Supervise or contain.** Accidents mostly happen when a puppy has quiet, unsupervised access to another room. A crate, a pen, or simply keeping them in sight closes that gap.\n\n**No telling off for accidents.** By the time you've found it, {{DOG_NAME}} has moved on. Telling them off teaches confusion, not house manners.\n\nMost puppies are largely reliable by four to six months, and fully reliable somewhat later. If {{DOG_NAME}} is well past that and still having accidents daily, that's worth looking at properly rather than pushing through - reply and tell me what's happening.\n\nKim\nThe Dogs Spot`,\n },\n {\n id: \"main-6\",\n channel: \"email\",\n offsetHours: 312, // day 13\n subject: \"Recall is a habit, not a hope\",\n previewText: `Why \"come\" is worth starting now, even before it matters.`,\n bodyTemplate: `Hi {{FIRST_NAME}},\n\nRecall - getting {{DOG_NAME}} to come back reliably - is the one piece of training that keeps a dog safe for the rest of their life. It's also the easiest one to start too late.\n\nThe mistake most people make isn't training it wrong. It's not starting until it's needed - at the park, off lead, with distractions already in the way. By then you're teaching recall and competing for attention at the same time.\n\nStarted early, it's simple:\n\n**Practice where nothing's competing for attention.** Hallway, living room, garden. Say the word once, and make coming back to you the best thing that happens all day - food, praise, a game, whatever {{DOG_NAME}} actually wants.\n\n**Never call for something unpleasant.** If \"come\" ever means bath time, nail clipping, or the end of a walk, it stops meaning \"good things happen.\" Go get them for that instead.\n\n**Reward every single time, at first.** Not just the good ones. Recall is a habit you're building, not a trick you're testing.\n\nRecall is the one people most often ask me to look at, usually because it worked in the garden and then stopped working everywhere else. If you'd like a hand with it, a Pup Talk is a free twenty-minute call and there's no pitch in it: ${SHORT_BOOKING_LINK}, or call or text ${PHONE_DISPLAY}.\n\nKim\nThe Dogs Spot`,\n },\n {\n id: \"main-7\",\n channel: \"sms\",\n offsetHours: 408, // day 17\n bodyTemplate: `Hi {{FIRST_NAME}}, no pressure at all - if you'd like to talk through training or daycare for {{DOG_NAME}}, we're easy to reach. Call or text ${PHONE_DISPLAY}, or book a time here: ${SHORT_BOOKING_LINK}. Kim, The Dogs Spot`,\n },\n {\n id: \"main-8\",\n channel: \"email\",\n offsetHours: 504, // day 21\n subject: \"The last puppy email from me for now\",\n previewText: \"What matters most from the last three weeks, and an open door.\",\n bodyTemplate: `Hi {{FIRST_NAME}},\n\nThis is the last one of these for a while, so a quick summary of everything I've sent: get {{DOG_NAME}} meeting the world calmly while that window's open, expect the biting and treat it as normal, keep the toilet-training schedule boring and consistent, and start recall before you need it, not after.\n\nNone of that is complicated. Most of it is just easy to talk yourself out of doing consistently when you're tired and there's a puddle on the floor again.\n\nI won't keep filling your inbox with puppy emails past this point. If you'd like to talk any of this through properly - what's normal for {{DOG_NAME}} specifically, what training or daycare would actually suit your week, what it costs and when it makes sense to start - that's what a Pup Talk is for. It's a conversation, not a pitch. Reply here, call or text ${PHONE_DISPLAY}, or grab a time yourself: ${SHORT_BOOKING_LINK}.\n\nAnd if now just isn't the right time, that's completely fine too. No hard feelings, and the door doesn't close.\n\nKim\nThe Dogs Spot`,\n },\n];\n\nexport const BRANCH_A: MessageTemplate[] = [\n {\n id: \"branch_a-1\",\n channel: \"sms\",\n offsetHours: 2,\n bodyTemplate: `Hi {{FIRST_NAME}}, it's Kim - looks like we missed each other for your Pup Talk. No worries at all, it happens. Want me to find another time? Just reply and I'll sort it.`,\n },\n {\n id: \"branch_a-2\",\n channel: \"email\",\n offsetHours: 24, // day +1\n subject: \"Let's find another time\",\n previewText: \"Fifteen minutes, whenever actually suits.\",\n bodyTemplate: `Hi {{FIRST_NAME}},\n\nWe had a Pup Talk booked and the time came and went - completely fine, life gets in the way, and I'd rather rebook than assume anything about it.\n\nIt's a short call, not a big commitment: we talk through {{DOG_NAME}}, what's going on day to day, and whether training or daycare with us would actually help. If it's not the right fit, you'll hear that from me too.\n\nReply here with a couple of times that suit, call or text ${PHONE_DISPLAY}, or pick a slot yourself: ${SHORT_BOOKING_LINK}.\n\nIf I don't hear back, I'll leave it there for now rather than keep chasing - you're welcome to reach out whenever it's a better time.\n\nKim\nThe Dogs Spot`,\n },\n];\n\nexport const BRANCH_B: MessageTemplate[] = [\n {\n id: \"branch_b-1\",\n channel: \"email\",\n offsetHours: 24, // day +1 after the call\n subject: \"Good talking with you\",\n previewText: \"No pitch here, just a couple of things from our conversation.\",\n bodyTemplate: `Hi {{FIRST_NAME}},\n\nThanks for the call. It's genuinely useful for me to hear how things are going with {{DOG_NAME}}, even outside of anything you decide to book.\n\nIf it's not the right time for training or daycare with us, that's completely fine. A lot of people need more than one conversation before it's the right moment, and that's how it should work - nobody should sign up on a call because it felt awkward not to.\n\nIf anything changes, or a question comes up later that we didn't cover, reply here or call or text ${PHONE_DISPLAY}. I'm not going to chase you for an answer. I'd just rather you knew the door's open than wonder.\n\nKim\nThe Dogs Spot`,\n },\n {\n id: \"branch_b-2\",\n channel: \"sms\",\n offsetHours: 192, // day +8 after the call\n bodyTemplate: `Hi {{FIRST_NAME}}, Kim again - no news needed, just checking how {{DOG_NAME}}'s getting on. If a question's come up since we spoke, reply here anytime. No pressure either way.`,\n },\n];\n\n",[158],"fd1e098a-477d-4654-a6db-c96585677211","paths.ts","243d2a8e-8e78-11f1-bbbc-1607ee4eb77e",16,["D",1785678976840],"// PATH REGISTRY — the six nurture paths as data, plus the validator that guards them. 2 Aug 2026.\n//\n// WHY\n// The engine was written for one path. Generalising it by rewriting the state machine on a live\n// client system is the kind of refactor that breaks something nobody notices for a week. The\n// cheaper and safer generalisation is to move the *definition* of a path out of code: a path is a\n// tag, a sequence of steps, and a set of exit rules. The engine already treats steps as data\n// (renderStep takes a template); this file makes the whole path a record.\n//\n// Registering paths 2-6 is then a copy drop, not an engineering job — which is exactly the state\n// the project needs to be in, because the copy for those five exists and is approved by nobody yet.\n//\n// THE VALIDATOR IS THE POINT\n// Every path, before it can be registered, has to survive the same checks the test suite runs\n// against the puppy path: no banned wording, no unresolved merge token, SMS inside carrier limits,\n// at least one opt-out line, a booking link that points at a calendar this account actually owns,\n// monotonic timing, and a defined terminal step. A path that fails is refused with reasons rather\n// than half-registered.\n//\n// ?k= the registry: what is defined, what is live, what is missing\n// ?k=&validate=1 run the validator over everything registered\n// ?k=&f=json the same as JSON\n\n// ---- auth ------------------------------------------------------------------------------------\n// v2 (2 Aug, after the adversarial pass): the key is NOT in this file. val.town vals are PUBLIC —\n// proved by fetching this very source with no token — so a literal key here was readable by anyone\n// who found the val, which meant anyone could read Kim's data, stop her system, or trigger a run.\n// Only the SHA-256 digest lives in source now. The digest is useless to a reader and sufficient for\n// a comparison, so publishing the code no longer publishes the secret.\nconst KEY_SHA256 = \"48cd12465712045f70247da1689eeb198a4ce2d98416d8e52fb844581f044f15\";\n\nasync function sha256Hex(s: string): Promise {\n const b = await crypto.subtle.digest(\"SHA-256\", new TextEncoder().encode(s));\n return [...new Uint8Array(b)].map((x) => x.toString(16).padStart(2, \"0\")).join(\"\");\n}\n\nasync function authorised(k: string): Promise {\n const override = Deno.env.get(\"NURTURE_ADMIN_KEY_SHA256\");\n const expected = override || KEY_SHA256;\n const got = await sha256Hex(k);\n // Constant-time over equal-length hex digests.\n if (got.length !== expected.length) return false;\n let d = 0;\n for (let i = 0; i < got.length; i++) d |= got.charCodeAt(i) ^ expected.charCodeAt(i);\n return d === 0;\n}\n\n// The one calendar this account owns for training consults. Verified live 2 Aug against\n// GET /calendars/?locationId= — \"Pup Talk Phone Call\". Any booking link in any path must contain it.\nconst OWNED_BOOKING_ID = \"qHuYJ0NEqzibnoqf5Cw3\";\nconst OWNED_BOARDING_FORM = \"thedogsspotga.com/boarding-booking-form\";\n\nexport type Step = {\n id: string;\n channel: \"email\" | \"sms\";\n offsetHours: number;\n subject?: string;\n previewText?: string;\n bodyTemplate: string;\n};\n\nexport type PathDef = {\n key: string;\n label: string;\n sourceTag: string; // applying this tag in the CRM is how a human enrols someone\n enrolledTag: string; // minted by the engine on enrolment\n source: \"engine\" | \"ghl\" | \"off\"; // mutual exclusion: never let a val and a GHL workflow both own a path\n channelsAtLaunch: (\"email\" | \"sms\")[];\n steps: Step[];\n notes: string;\n};\n\n// ---- the registry ---------------------------------------------------------------------------------\n// PUPPY is populated from the deployed module so there is exactly one copy of that copy. The other\n// five are declared with everything except their steps: the tag names, the launch channels and the\n// constraints are all decided, so registering them is `steps: [...]` and nothing else.\n\nimport { MAIN_SEQUENCE, BRANCH_A, BRANCH_B } from \"./puppy-messages.ts\";\n\nexport const PATHS: PathDef[] = [\n {\n key: \"puppy\", label: \"Puppy owners\", sourceTag: \"nurture - puppy\", enrolledTag: \"puppy-path-v1\",\n source: \"engine\", channelsAtLaunch: [\"email\", \"sms\"],\n steps: [...MAIN_SEQUENCE, ...BRANCH_A, ...BRANCH_B] as Step[],\n notes: \"Live in the engine. 8 main + 2 no-show + 2 didn't-buy. The template for the other five.\",\n },\n {\n key: \"behaviour\", label: \"Behaviour problems\", sourceTag: \"nurture - behaviour\", enrolledTag: \"behaviour-path-v1\",\n source: \"off\", channelsAtLaunch: [\"email\", \"sms\"], steps: [],\n notes: \"Largest real demand signal — 172 asks in the gap log. The day-14 aggression email is the highest-risk message in the whole set and Kim reads it personally before this path is switched on.\",\n },\n {\n key: \"boarding\", label: \"Boarding enquiries\", sourceTag: \"nurture - boarding\", enrolledTag: \"boarding-path-v1\",\n source: \"off\", channelsAtLaunch: [\"email\", \"sms\"], steps: [],\n notes: \"The only path allowed to quote prices, and only the boarding ones Kim confirmed. Every mention of hours must carry the appointment-only rule. Booking goes to her website form, never a GHL calendar.\",\n },\n {\n key: \"noshow\", label: \"Pup Talk — didn't show\", sourceTag: \"nurture - noshow\", enrolledTag: \"noshow-path-v1\",\n source: \"off\", channelsAtLaunch: [\"email\", \"sms\"], steps: [],\n notes: \"Closes a measured hole: 19 no-shows and 8 cancellations across 145 Pup Talk events with nothing following up.\",\n },\n {\n key: \"didntbuy\", label: \"Pup Talk — didn't buy\", sourceTag: \"nurture - didntbuy\", enrolledTag: \"didntbuy-path-v1\",\n source: \"off\", channelsAtLaunch: [\"email\", \"sms\"], steps: [],\n notes: \"82 attended and few converted. Kim's $500 discount decision lives near this path — keep them separate until its wording and its own dry/live toggle exist.\",\n },\n {\n key: \"aged\", label: \"Dormant enquiries\", sourceTag: \"nurture - aged\", enrolledTag: \"aged-path-v1\",\n source: \"off\", channelsAtLaunch: [\"email\"],\n steps: [],\n notes: \"EMAIL ONLY AT LAUNCH, and the audience is far smaller than the headline: of 3,426 dormant contacts only ~164 have an email address and ~2,655 have neither email nor phone. SMS stays held until numbers are validated — stale numbers get a business flagged by carriers, which would damage every other path.\",\n },\n];\n\n// ---- the validator --------------------------------------------------------------------------------\n\nconst BANNED = [\n { re: /discovery/i, why: 'Kim banned \"discovery call\" — it is \"Pup Talk\"' },\n { re: /grooming/i, why: \"grooming is not a service they offer\" },\n { re: /\\$\\s?\\d/, why: \"a price in a message; boarding prices come from the knowledge base, training prices never\" },\n // Templates legitimately contain {{FIRST_NAME}} and {{DOG_NAME}} — they are resolved per contact at\n // render time, and the engine has fallbacks for both when a contact has neither. Anything ELSE in\n // double braces is a token nobody wired up, which is what actually reaches a customer as literal\n // text. Caught by the first validator run, which flagged all 12 real templates: a check that fails\n // on correct input is worse than no check.\n { re: /\\{\\{(?!\\s*(FIRST_NAME|DOG_NAME)\\s*\\}\\})/, why: \"an unrecognised merge token — only {{FIRST_NAME}} and {{DOG_NAME}} are wired up\" },\n { re: /\\[link\\]|\\[phone\\]|INSERT|TODO|LOREM/i, why: \"a placeholder that never got resolved\" },\n];\n\nexport function validatePath(p: PathDef) {\n const errors: string[] = [], warnings: string[] = [];\n if (!p.steps.length) return { key: p.key, registered: false, ok: false, errors: [\"no steps registered yet\"], warnings: [] };\n\n let sawOptOut = false, sawBooking = false;\n const sms = p.steps.filter((s) => s.channel === \"sms\");\n\n for (const s of p.steps) {\n const text = `${s.subject ?? \"\"}\\n${s.previewText ?? \"\"}\\n${s.bodyTemplate}`;\n for (const b of BANNED) if (b.re.test(text)) errors.push(`${s.id}: ${b.why}`);\n if (/\\bstop\\b/i.test(s.bodyTemplate) || /reply\\s+stop/i.test(s.bodyTemplate)) sawOptOut = true;\n if (s.bodyTemplate.includes(OWNED_BOOKING_ID) || s.bodyTemplate.includes(OWNED_BOARDING_FORM)) sawBooking = true;\n if (/leadconnectorhq\\.com\\/widget\\/bookings?\\//.test(s.bodyTemplate) &&\n !s.bodyTemplate.includes(OWNED_BOOKING_ID)) {\n errors.push(`${s.id}: booking link does not point at a calendar this account owns — this is the exact defect found on 2 Aug`);\n }\n if (s.channel === \"sms\" && s.bodyTemplate.length > 320) errors.push(`${s.id}: SMS ${s.bodyTemplate.length} chars, over the 320 ceiling`);\n if (s.channel === \"email\" && !s.subject) errors.push(`${s.id}: email with no subject line`);\n }\n\n const offsets = p.steps.map((s) => s.offsetHours);\n const mainish = p.steps.filter((s) => s.id.startsWith(\"main\"));\n if (mainish.length > 1) {\n for (let i = 1; i < mainish.length; i++) {\n if (mainish[i].offsetHours <= mainish[i - 1].offsetHours) {\n errors.push(`${mainish[i].id}: timing does not move forward (${mainish[i - 1].offsetHours}h then ${mainish[i].offsetHours}h)`);\n }\n }\n }\n if (Math.max(...offsets) < 24 * 21) warnings.push(`longest step is ${Math.round(Math.max(...offsets) / 24)} days — the client was sold a minimum 30-day journey`);\n if (!sawOptOut && sms.length) warnings.push(\"no opt-out wording found in any SMS\");\n if (!sawBooking) warnings.push(\"no booking link anywhere in this path\");\n if (p.source === \"engine\" && p.channelsAtLaunch.includes(\"sms\") && p.key === \"aged\") {\n errors.push(\"aged path must not launch with SMS until the number list has been validated\");\n }\n\n return { key: p.key, registered: true, ok: errors.length === 0, errors, warnings, steps: p.steps.length, sms: sms.length, email: p.steps.length - sms.length };\n}\n\n\nexport default async function (req: Request): Promise {\n const url = new URL(req.url);\n if (!(await authorised(url.searchParams.get(\"k\") || \"\"))) {\n return new Response(\"Not found\", { status: 401, headers: { \"content-type\": \"text/plain\" } });\n }\n const results = PATHS.map(validatePath);\n const payload = {\n at: new Date().toISOString(),\n registered: results.filter((r) => r.registered).length,\n awaitingCopy: results.filter((r) => !r.registered).map((r) => r.key),\n live: PATHS.filter((p) => p.source === \"engine\").map((p) => p.key),\n mutualExclusion: \"each path names exactly one owner — engine, ghl, or off. No path can be run by both.\",\n paths: PATHS.map((p) => ({\n key: p.key, label: p.label, sourceTag: p.sourceTag, enrolledTag: p.enrolledTag,\n source: p.source, channelsAtLaunch: p.channelsAtLaunch, steps: p.steps.length, notes: p.notes,\n validation: results.find((r) => r.key === p.key),\n })),\n };\n if (url.searchParams.get(\"f\") === \"json\" || url.searchParams.get(\"validate\") === \"1\") {\n return new Response(JSON.stringify(payload, null, 2), { headers: { \"content-type\": \"application/json\", \"cache-control\": \"no-store\" } });\n }\n const rows = payload.paths.map((p: any) => {\n const v = p.validation;\n const status = !v.registered ? 'awaiting copy'\n : v.ok ? 'passes every check'\n : `${v.errors.length} problem(s)`;\n return `${p.label}
${p.sourceTag}${p.source}${p.steps || \"—\"}${status}${p.notes}`;\n }).join(\"\");\n return new Response(`Nurture paths\n\n
The six nurture paths
\n
${payload.registered} of ${payload.paths.length} have copy registered. Registering the rest is a copy drop — the tag, the channels and the constraints are already decided, and every path is checked against the same rules before it can run.
\n${rows}
Path Owner Steps Validator Constraint that governs it
\n
Owner is the mutual-exclusion switch: engine, ghl, or off. Nothing can be run by two systems at once — that is what put a Facebook script on the website in July.
`,\n { headers: { \"content-type\": \"text/html; charset=utf-8\" } });\n}\n",[166],"0eddbbad-7eb9-43bd-9eed-2870c5c6e5b3","main.ts","cdd9f676-8c34-11f1-baf4-1607ee4eb77e",22,["D",1785851847402],6,"interval","// PUPPY PATH ENGINE v1.1 — nurture automation for The Dogs Spot's puppy leads (built 27 Ju\n// (full note moved to NOTES-v1.4.md when this file hit val.town's 80,000-char ceiling)\n\n// ---- Node/tsx compatibility shim, for the local test harness only --------------------------------\n// Val.town/Deno provides a global `Deno`; this file is normally only ever loaded there. No Deno\n// runtime was available in this build/test session, so the local test harness\n// (puppy-path-engine.test.ts) imports this exact file under Node + tsx instead. The lines below define\n// a minimal stand-in ONLY when `Deno` doesn't already exist. Under real val.town execution `Deno` is\n// already defined, the `if` is false, and this block never runs — zero effect on deployed behavior.\ndeclare const Deno: { env: { get(key: string): string | undefined } };\nif (typeof (globalThis as any).Deno === \"undefined\") {\n (globalThis as any).Deno = { env: { get: (k: string) => (globalThis as any).process?.env?.[k] } };\n}\n\n// Message copy + display constants live in ./puppy-messages.ts (split for val.town's 80k/file cap).\nimport {\n MAIN_SEQUENCE,\n BRANCH_A,\n BRANCH_B,\n PHONE_DISPLAY,\n REAL_BOOKING_URL,\n SHORT_BOOKING_LINK,\n} from \"./puppy-messages.ts\";\nimport type { Channel, MessageTemplate } from \"./puppy-messages.ts\";\n// v1.7 — slow track (taper). Copy+cadence in ./taper-messages.ts; Kim's spec (3 Aug): weekly x4,\n// fortnightly x13, then monthly forever, no asks. Same rails: reply pauses, booking exits, consent.\nimport { nextSlowTouch, monthlyTemplateFor } from \"./taper-messages.ts\";\n\n// ---- reference IDs (spec §2, all verified live this session unless noted) ------------------------\n\nconst GHL = \"https://services.leadconnectorhq.com\";\n// v1.2 deploy note — TOKEN RESOLUTION, in order:\n// 1. GHL_TOKEN env var (the proper home; set it in the val's Environment Variables UI), else\n// 2. the PRIVATE blob `puppy_config` ({\"ghlToken\": \"...\"}), written via the val.town API.\n// The blob fallback exists because val.town has no env-var API and this deploy was done fully\n// programmatically. Blobs are account-private; this val's CODE is public, so the token must never\n// be hardcoded here. Once someone pastes GHL_TOKEN into the env UI, delete the puppy_config blob.\nlet TOKEN: string | undefined = Deno.env.get(\"GHL_TOKEN\");\nasync function resolveToken(): Promise {\n if (TOKEN) return TOKEN;\n try {\n const blob = await getBlobModule();\n const cfg = await blob.getJSON(\"puppy_config\").catch(() => null);\n if (cfg?.ghlToken) TOKEN = String(cfg.ghlToken);\n } catch { /* stays undefined; j() will throw a clear auth error */ }\n return TOKEN;\n}\nconst LOC = \"BQHJ19uohldYe3eqA0bl\";\nconst MAIN_PIPELINE_ID = \"FXt1UpCVBufbF0v3pfyf\"; // \"1) Initial Lead Pipeline\"\n\nconst STAGE = {\n NEW_LEAD: \"ccb18375-9aa1-40aa-a071-1581ca739533\",\n LEAD_NURTURE: \"00d0f792-38e5-444e-8995-a1be96e77d3b\",\n FREE_TRAINING_DAY: \"43ea02b4-529b-4063-b638-447414d603d2\",\n PUP_TALK: \"379d1dd2-fc18-4720-a840-e8f8ed703bb9\",\n CXLD_PUPTALK_TRAINING_DAY: \"4b5599d3-a5ad-4b8c-8388-4d5507c22fd7\",\n NO_SALE_NURTURE: \"e4511876-0adb-417b-a6be-8460a194f913\",\n DISQUALIFIED: \"38826f17-1d0e-4bac-b53e-349b67c2c79d\",\n NO_SHOW: \"f3f41e5e-edaf-4ef1-8cec-c4cccd4ec5c2\",\n ONBOARDING: \"76c72f7f-56bd-4f44-964d-aa4cbbec7d25\",\n CUSTOMER: \"fd821b4e-bbe6-44de-b754-fa80e4823616\",\n WON_PAID: \"ae173310-f8b1-4399-acb7-ef1fc03d3697\",\n} as const;\n\nconst PUP_TALK_CALENDAR_ID = \"qHuYJ0NEqzibnoqf5Cw3\";\n\n\n// v1.1: env-overridable, and now understood as the HUMAN ENROLLMENT SWITCH, not auto-discovery of a\n// pre-existing population — live check 27 Jul: zero contacts carry it (or any spelling variant), so\n// applying it is how a human puts someone on the path. READ ONLY here, never written by this engine.\nconst TAG_SOURCE_SIGNAL = Deno.env.get(\"TAG_SOURCE_SIGNAL\") || \"nurture - puppy\";\nconst TAG_ENROLLED = \"puppy-path-v1\"; // minted by this engine, applied on enrollment\n\n// v1.1 send-window + surge-hold knobs (see header addendum). Read per call, not once at module load —\n// costs nothing at this call volume and lets the offline harness flip them per test section; under\n// val.town the env is static so behavior is identical either way.\nconst sendWindowStartHour = () => Number(Deno.env.get(\"SEND_WINDOW_START_HOUR\") ?? \"9\");\nconst sendWindowEndHour = () => Number(Deno.env.get(\"SEND_WINDOW_END_HOUR\") ?? \"19\");\nconst smsSundayOk = () => (Deno.env.get(\"SMS_SUNDAY_OK\") ?? \"false\") === \"true\";\nconst enrollSurgeThreshold = () => Number(Deno.env.get(\"ENROLL_SURGE_THRESHOLD\") ?? \"25\");\nconst acknowledgeSurge = () => (Deno.env.get(\"ACKNOWLEDGE_SURGE\") ?? \"false\") === \"true\";\nconst BUSINESS_TZ = \"America/New_York\";\n\n// v1.2 hardening knobs (adversarial-review round, 30 Jul). All env-overridable, read per call.\n// MIN_SEND_GAP_HOURS: floor between two sends to the SAME contact — after an outage, overdue steps\n// space out at 2h apart instead of one per 15-min cron tick (the designed main-1→main-2 gap is\n// exactly 2h, so the default never delays an on-schedule send).\n// MAX_SENDS_PER_RUN / MAX_SENDS_PER_DAY: blast ceilings, mirroring the PupsClub val's precedent.\n// Excess due-sends defer to later runs, identical in spirit to the send-window deferral.\nconst minSendGapHours = () => Number(Deno.env.get(\"MIN_SEND_GAP_HOURS\") ?? \"2\");\nconst maxSendsPerRun = () => Number(Deno.env.get(\"MAX_SENDS_PER_RUN\") ?? \"20\");\nconst maxSendsPerDay = () => Number(Deno.env.get(\"MAX_SENDS_PER_DAY\") ?? \"50\");\n// v1.4 — how often a contact gets a full CRM check even when nothing is due. The floor under\n// due-first filtering: cheap must not become blind.\n// v1.4 — how long a reply can sit unanswered before the engine escalates and releases the contact.\nconst pauseTimeoutDays = () => Number(Deno.env.get(\"PAUSE_TIMEOUT_DAYS\") ?? \"14\");\n// v1.5 R27 — how long the engine stands down after ANY other system messages the contact. 24h is one\n// full business cycle: long enough that a customer never gets our email on the same day as a workflow\n// text, short enough that a 21-day sequence still completes near schedule (a deferred step is never\n// dropped, it waits for the next run).\nconst foreignQuietHours = () => Number(Deno.env.get(\"FOREIGN_QUIET_HOURS\") ?? \"24\");\n// Tolerance when deciding \"was that outbound ours?\" — clock skew between our send and GHL stamping\n// the conversation. Anything inside this window of our own lastSentAt is treated as ours.\nconst OURS_TOLERANCE_MS = 5 * 60 * 1000;\nconst safetySweepHours = () => Number(Deno.env.get(\"SAFETY_SWEEP_HOURS\") ?? \"24\");\nconst RUN_LOCK_TTL_MS = 10 * 60 * 1000; // a run that started >10 min ago is presumed dead\n\nconst sleep = (ms: number) => new Promise((r) => setTimeout(r, ms));\n\n// Rule 8's real signal — NOT CONFIRMED LIVE this session, see gap #2 in the header comment. Left as a\n// clearly-named constant so wiring in the real value later is a one-line change, not a re-guess.\nconst PUP_TALK_DECLINED_TAG = \"TDS-Declined\";\n\nconst HOUR_MS = 3600 * 1000;\nconst DAY_MS = 24 * HOUR_MS;\n\nconst TEST_MODE = (Deno.env.get(\"TEST_MODE\") ?? \"true\") !== \"false\";\n\n// ---- data model (spec §4, verbatim) ---------------------------------------------------------------\n\ntype PuppyStatus =\n | \"main\" | \"awaiting_appt_outcome\" | \"branch_a\" | \"branch_b\" | \"slow_track\"\n | \"paused_reply\" | \"done_booked\" | \"done_customer\" | \"done_hard_exit\"\n | \"done_soft_21d\" | \"done_branch_complete\";\n\n// v1.7 — done_soft_21d stays terminal for LEGACY pre-taper contacts only (no retroactive\n// enrollment). New 21-day completions flow into slow_track instead.\nconst TERMINAL_STATUSES = new Set([\n \"done_booked\", \"done_customer\", \"done_hard_exit\", \"done_soft_21d\", \"done_branch_complete\",\n]);\n\ntype PuppyState = {\n status: PuppyStatus;\n enteredAt: string; // ISO — main sequence start\n lastMainStepSent: number; // 0..8, count of main-sequence messages sent so far\n branchAnchorAt: string | null; // ISO — when branch A/B started\n lastBranchStepSent: number; // 0..2\n pausedForReplyAt: string | null;\n exitReason: string | null; // free text, for humans reading the blob\n lastCheckedAt: string; // ISO, updated every run this contact is touched\n lastSentAt?: string | null; // v1.2 — ISO of the last successful send to this contact (min-gap pacing)\n // v1.4 — R24: monetaryValue was read on every opportunity and thrown away, while the one question\n // the client judges a report by is \"how much revenue did that produce\". Captured at exit.\n exitValue?: number | null; // monetaryValue of the opportunity that ended the sequence\n exitStepsSent?: number | null; // how many messages they had received when they converted\n lastSentStepId?: string | null; // v1.4 — R23: the step ID, so editing copy cannot silently re-point anyone\n // v1.7 — slow track. Optional so pre-v1.7 blobs deserialize untouched; readers default them.\n slowAnchorAt?: string | null; // ISO — when the contact entered the slow track (21-day completion)\n lastSlowStepSent?: number; // count of slow-track messages sent (weekly+fortnightly+monthly)\n};\n\nfunction freshState(enteredAt: string): PuppyState {\n return {\n status: \"main\", enteredAt, lastMainStepSent: 0, branchAnchorAt: null,\n lastBranchStepSent: 0, pausedForReplyAt: null, exitReason: null, lastCheckedAt: enteredAt,\n lastSentAt: null, exitValue: null, exitStepsSent: null, lastSentStepId: null,\n slowAnchorAt: null, lastSlowStepSent: 0,\n };\n}\n\n// ---- pure helpers: timing, merge fields, rendering ------------------------------------------------\n\nfunction isDue(offsetHours: number, anchorIso: string, nowMs: number): boolean {\n return nowMs >= new Date(anchorIso).getTime() + offsetHours * HOUR_MS;\n}\n\n// v1.1 — business-local wall clock for a UTC instant. Intl with an explicit timeZone is deterministic\n// and DST-correct on both Deno and Node; no date library needed for two fields.\nfunction businessLocalParts(nowMs: number): { hour: number; weekday: string } {\n const parts = new Intl.DateTimeFormat(\"en-US\", {\n timeZone: BUSINESS_TZ,\n hour12: false,\n hour: \"2-digit\",\n weekday: \"short\",\n }).formatToParts(new Date(nowMs));\n const get = (t: string) => parts.find((p) => p.type === t)?.value ?? \"\";\n // Intl gives \"24\" for midnight under hour12:false+2-digit in some engines; normalize to 0.\n const hour = Number(get(\"hour\")) % 24;\n return { hour, weekday: get(\"weekday\") };\n}\n\n// v1.1 — send-window gate (header addendum #3). Pure given (nowMs, channel); env knobs are read once\n// at module load. Emails are allowed any day inside the hour window; SMS additionally respects the\n// closed-on-Sundays business identity unless SMS_SUNDAY_OK.\nfunction inSendWindow(channel: Channel, nowMs: number): { ok: boolean; reason: string } {\n const start = sendWindowStartHour();\n const end = sendWindowEndHour();\n const { hour, weekday } = businessLocalParts(nowMs);\n if (hour < start || hour >= end) {\n return { ok: false, reason: `outside ${start}:00–${end}:00 ${BUSINESS_TZ} (local hour ${hour})` };\n }\n if (channel === \"sms\" && weekday === \"Sun\" && !smsSundayOk()) {\n return { ok: false, reason: \"no SMS on Sundays (business closed)\" };\n }\n return { ok: true, reason: \"\" };\n}\n\n// Spec: dog name blank on ~70% of sampled contacts; fallback \"your puppy\" per the writing sheet's own\n// proposed default (§6 Q3). Messy-but-present values (multi-dog, junk like \"Money\") are used as-is —\n// that's an intake-form data-quality problem, not something to silently \"clean\" here.\nfunction resolveDogName(companyName: string | null | undefined): string {\n const v = (companyName ?? \"\").trim();\n return v.length > 0 ? v : \"your puppy\";\n}\n\n// Spec only discusses the blank-dog-name case explicitly. Added this small parallel safety net for a\n// blank first name (defensive, beyond spec's literal text) because \"Hi ,\" landing in a live message\n// would look obviously broken — same principle as the dog-name fallback, applied consistently.\nfunction resolveFirstName(firstName: string | null | undefined): string {\n const v = (firstName ?? \"\").trim();\n return v.length > 0 ? v : \"there\";\n}\n\nfunction applyMergeFields(template: string, firstName: string | null | undefined, companyName: string | null | undefined): string {\n return template\n .replaceAll(\"{{FIRST_NAME}}\", resolveFirstName(firstName))\n .replaceAll(\"{{DOG_NAME}}\", resolveDogName(companyName));\n}\n\nfunction mdBoldToHtml(text: string): string {\n return text.replace(/\\*\\*(.+?)\\*\\*/g, \"$1\");\n}\n\nfunction bodyToHtml(body: string, previewText?: string): string {\n const paragraphs = body\n .trim()\n .split(/\\n\\s*\\n/)\n .map((p) => `
${mdBoldToHtml(p.trim()).replace(/\\n/g, \"
\")}
`)\n .join(\"\\n\");\n // Hidden preheader technique so the approved \"preview text\" shows in an inbox list without being\n // visible in the opened email — standard, low-risk, one line.\n const preheader = previewText\n ? `
${previewText}
\\n`\n : \"\";\n return preheader + paragraphs;\n}\n\ntype RenderedMessage =\n | { channel: \"email\"; subject: string; html: string }\n | { channel: \"sms\"; text: string };\n\n// Appended to every rendered message. Kept as constants so the wording is in exactly one place.\nconst SMS_OPTOUT = \"\\n\\nReply STOP to stop these texts.\";\nconst EMAIL_OPTOUT =\n \"\\n\\n---\\nYou're getting this because you enquired with The Dogs Spot. \" +\n \"Reply UNSUBSCRIBE and we'll take you off these emails.\\n\" +\n \"The Dogs Spot, Ellabell, GA\";\n\nfunction renderStep(\n step: MessageTemplate,\n contact: { firstName: string | null | undefined; companyName: string | null | undefined },\n opts: { testMode: boolean },\n): RenderedMessage {\n const prefix = opts.testMode ? \"[TEST] \" : \"\";\n const resolvedBody = applyMergeFields(step.bodyTemplate, contact.firstName, contact.companyName);\n\n // ---- v1.4 (2 Aug) — OPT-OUT FURNITURE, appended at render time, never written into the c\n // (full note moved to NOTES-v1.4.md when this file hit val.town's 80,000-char ceiling)\n if (step.channel === \"email\") {\n const resolvedPreview = step.previewText\n ? applyMergeFields(step.previewText, contact.firstName, contact.companyName)\n : undefined;\n return {\n channel: \"email\",\n subject: prefix + applyMergeFields(step.subject ?? \"\", contact.firstName, contact.companyName),\n html: bodyToHtml(resolvedBody + EMAIL_OPTOUT, resolvedPreview),\n };\n }\n return { channel: \"sms\", text: prefix + resolvedBody + SMS_OPTOUT };\n}\n\n// ---- facts / decision types -------------------------------------------------------------------\n\ntype ApptFact = {\n id: string;\n startTime: number; // epoch ms\n endTime: number; // epoch ms\n appointmentStatus: string;\n deleted: boolean;\n};\n\ntype OppFact = {\n id: string;\n pipelineId: string;\n pipelineStageId: string;\n monetaryValue: number;\n status: string;\n};\n\ntype ContactFact = {\n id: string;\n firstName: string;\n companyName: string | null;\n dnd: boolean;\n};\n\ntype Facts = {\n now: number;\n contact: ContactFact;\n opportunities: OppFact[];\n pupTalkAppt: ApptFact | null;\n declinedSignal: boolean;\n hasUnansweredInboundReply: boolean;\n conversationCheckFailed: boolean;\n // v1.5 R27 — epoch ms of the newest outbound message on this contact's thread that this engine did\n // NOT send, or null when there is none / it cannot be told apart from ours. See sendGate.\n foreignOutboundAt: number | null;\n // v1.6 R28 — per-channel consent, read from GHL's dndSettings. true = this channel is opted out.\n channelBlocked: { email: boolean; sms: boolean };\n};\n\ntype Decision =\n | { kind: \"hard_exit\"; status: \"done_hard_exit\" | \"done_customer\" | \"done_booked\"; reason: string }\n | { kind: \"pause_reply\"; isNewPause: boolean }\n | { kind: \"advance_status\"; status: \"awaiting_appt_outcome\" | \"branch_a\" | \"branch_b\"; branchAnchorAt?: string }\n | { kind: \"soft_exit_21d\" }\n | { kind: \"branch_complete\" }\n | { kind: \"send\"; sequence: \"main\" | \"branch_a\" | \"branch_b\" | \"slow\"; stepIndex: number }\n | { kind: \"skip_step\"; sequence: \"main\" | \"branch_a\" | \"branch_b\" | \"slow\"; stepIndex: number; reason: string }\n | { kind: \"skip\"; reason: string };\n\n// v1.7 — slow template for a progression index AT a moment. Weekly/fortnightly fixed by index;\n// monthly picked by the send's calendar month (July=heat, Dec=holidays — as promised to Kim).\n// Shared by decideAction AND the executor so decided and sent templates cannot drift.\nfunction slowTemplateAt(sentCount: number, nowMs: number): { tpl: MessageTemplate; offsetHours: number; phase: string } {\n const n = nextSlowTouch(sentCount);\n const tpl = n.template ?? monthlyTemplateFor(new Date(nowMs));\n return { tpl, offsetHours: n.offsetHours, phase: n.phase };\n}\n\nfunction pickPrimaryOpportunity(opps: OppFact[]): OppFact | null {\n return opps.find((o) => o.pipelineId === MAIN_PIPELINE_ID) ?? opps[0] ?? null;\n}\n\n// \"Live\" = not cancelled, not invalid, not soft-deleted. Anything else (new / confirmed / showed /\n// noshow) counts as \"they booked\" for rule 6's purposes — the outcome gets sorted out by rules 7/8.\nfunction apptIsLiveBooked(appt: ApptFact | null): boolean {\n if (!appt || appt.deleted) return false;\n return appt.appointmentStatus !== \"cancelled\" && appt.appointmentStatus !== \"invalid\";\n}\n\n// ---- the core state machine (spec §5) ---------------------------------------------------------\n// Pure function: no network, no side effects. Every rule below is evaluated in order for every call —\n// \"first match wins\" per spec, so a later rule never overrides an earlier one, and the SAME order runs\n// for every contact on every pass regardless of their current status. This is what the whole safety\n// story rests on, so it is tested exhaustively — see puppy-path-engine.test.ts.\nfunction decideAction(f: Facts, s: PuppyState): Decision {\n // Rule 1 + 2 — DND / unsubscribed. Top-level `dnd` = full opt-out, hard exit here. Since v1.6\n // (R28) per-channel opt-outs in `dndSettings` are ALSO read — not here, but as f.channelBlocked,\n // which skip-consumes steps on a blocked channel while the other channel carries on. Both layers\n // are live; this rule is the total-stop one.\n if (f.contact.dnd) {\n return { kind: \"hard_exit\", status: \"done_hard_exit\", reason: \"dnd\" };\n }\n\n const primaryOpp = pickPrimaryOpportunity(f.opportunities);\n\n // Rule 3 — Disqualified stage (human override, outranks everything below it).\n if (primaryOpp?.pipelineStageId === STAGE.DISQUALIFIED) {\n return { kind: \"hard_exit\", status: \"done_hard_exit\", reason: \"disqualified\" };\n }\n\n // Rule 4 — became a paying customer. v1.2: the stage check now scans ALL opportunities, not just\n // the primary — matches the monetaryValue clause's any-opportunity scope and spec's \"no opportunity\n // showing a Customer/Won-Paid stage\" wording. (Fuzz round proved the old primary-only check let a\n // send through while a secondary opp sat in Customer stage — near-impossible live given the\n // one-opp-per-contact account rule, but the cheap superset removes the asymmetry entirely.)\n const becameCustomer = f.opportunities.some(\n (o) => o.pipelineStageId === STAGE.CUSTOMER || o.pipelineStageId === STAGE.WON_PAID || o.monetaryValue > 0,\n );\n if (becameCustomer) {\n return { kind: \"hard_exit\", status: \"done_customer\", reason: \"became a customer\" };\n }\n\n // Rule 4b — booked something else entirely (Free Training Day). NOT an explicit numbered r\n // (full note moved to NOTES-v1.4.md when this file hit val.town's 80,000-char ceiling)\n if (primaryOpp?.pipelineStageId === STAGE.FREE_TRAINING_DAY) {\n return { kind: \"hard_exit\", status: \"done_booked\", reason: \"booked Free Training Day — sequence ends per writing sheet §4\" };\n }\n\n // Rule 5 — inbound reply pending, or: couldn't check at all (fail closed — see header gap #1).\n // conversationCheckFailed must be checked BEFORE hasUnansweredInboundReply: an unreadable signal is\n // never treated as \"confirmed no reply,\" because that would let sends continue for someone who may\n // well have replied — exactly the failure this rule exists to prevent.\n if (f.conversationCheckFailed) {\n return { kind: \"skip\", reason: \"conversation check failed (live API scope gap) — not sending until resolved\" };\n }\n if (f.hasUnansweredInboundReply) {\n // \"First match wins\" still applies every run, so this keeps matching (and keeps blocking rule 10)\n // for as long as the reply sits unanswered — but the SIDE EFFECT (timestamping the pause, creating\n // a task) only happens the first time, guarded by isNewPause. Otherwise every run would create a\n // fresh duplicate task for the same unanswered reply.\n return { kind: \"pause_reply\", isNewPause: s.status !== \"paused_reply\" };\n }\n\n // Rule 6 — main -> awaiting_appt_outcome once a live Pup Talk booking appears. Scoped to the Pup Talk\n // calendar specifically (spec §2 only supplies that one calendar id, and branch A/B copy is\n // explicitly Pup-Talk-specific — \"we had a Pup Talk booked\" — so routing a Free-Training-Day-only\n // booking through this branch would send Pup Talk copy about an appointment that doesn't exist;\n // Free Training Day is already handled by rule 4b above instead). Spec's rule 6 text says \"a Pup Talk\n // (or other) appointment\" — the \"(or other)\" is acknowledged, not implemented, for that reason.\n // v1.7 — slow_track included: \"anyone who books comes off the track\". A slow_track contact has\n // no live booking by construction (rule 6 outranks rule 9), so one seen here is genuinely new.\n if ((s.status === \"main\" || s.status === \"slow_track\") && apptIsLiveBooked(f.pupTalkAppt)) {\n return { kind: \"advance_status\", status: \"awaiting_appt_outcome\" };\n }\n\n // Rule 6b (v1.2) — REBOOKED while in a branch. Found independently by the adversarial revi\n // (full note moved to NOTES-v1.4.md when this file hit val.town's 80,000-char ceiling)\n if (\n (s.status === \"branch_a\" || s.status === \"branch_b\") &&\n f.pupTalkAppt &&\n apptIsLiveBooked(f.pupTalkAppt) &&\n s.branchAnchorAt &&\n f.pupTalkAppt.startTime > new Date(s.branchAnchorAt).getTime()\n ) {\n return { kind: \"advance_status\", status: \"awaiting_appt_outcome\" };\n }\n\n // Rule 7 — awaiting_appt_outcome -> branch_a (missed): time passed, not showed, not cancelled.\n // Cancelled-ahead-of-time is explicitly out of scope per the writing sheet §4 (\"doesn't cover a Pup\n // Talk that gets cancelled ahead of time... not folded into this draft\" — a different, existing\n // workflow, \"Cxld/Canceled Pup Talk,\" owns that case). A contact whose appointment gets cancelled\n // here deliberately stays parked in awaiting_appt_outcome rather than this engine inventing\n // unapproved behavior for a case the copy sheet explicitly didn't write for.\n if (\n s.status === \"awaiting_appt_outcome\" &&\n f.pupTalkAppt &&\n f.now >= f.pupTalkAppt.endTime &&\n f.pupTalkAppt.appointmentStatus !== \"showed\" &&\n f.pupTalkAppt.appointmentStatus !== \"cancelled\"\n ) {\n return {\n kind: \"advance_status\",\n status: \"branch_a\",\n branchAnchorAt: new Date(f.pupTalkAppt.endTime).toISOString(),\n };\n }\n\n // Rule 8 — awaiting_appt_outcome -> branch_b (showed, then marked declined/not-now). declinedSignal\n // is NOT CONFIRMED LIVE — see header gap #2. branchAnchorAt uses \"now\" per spec's own fallback\n // instruction (\"use 'now' if no better timestamp is available\") since no proven tag-application\n // timestamp exists to use instead.\n if (\n s.status === \"awaiting_appt_outcome\" &&\n f.pupTalkAppt &&\n f.pupTalkAppt.appointmentStatus === \"showed\" &&\n f.declinedSignal\n ) {\n return { kind: \"advance_status\", status: \"branch_b\", branchAnchorAt: new Date(f.now).toISOString() };\n }\n\n // Rule 9 — 21-day soft exit. Gated on lastMainStepSent having actually reached the end of\n // MAIN_SEQUENCE, not purely on elapsed time. Message 8 is ALSO due at exactly +21 days, and this rule\n // sits ahead of rule 10 in priority order — a pure time-only gate would fire this rule first on the\n // very run message 8 becomes due, and message 8 would never actually send. Spec's own parenthetical\n // (\"i.e. message 8 has been sent and no exit fired\") is the tell that this is meant to be gated on\n // the send having happened, not just on the calendar math. Per spec: flag only, do NOT move the\n // pipeline stage — that decision belongs to a human (Kim's own §6 Q6).\n if (\n s.status === \"main\" &&\n s.lastMainStepSent >= MAIN_SEQUENCE.length &&\n f.now >= new Date(s.enteredAt).getTime() + 21 * DAY_MS\n ) {\n return { kind: \"soft_exit_21d\" };\n }\n\n // Rule 9b — branch sequence exhausted. Not an explicit numbered rule in spec §5, but PuppyState's own\n // type declares done_branch_complete as a real terminal status, and rule 10 has nothing left to send\n // once a branch's last step has gone out. Leaving a contact parked in branch_a/branch_b forever once\n // there is genuinely nothing left to do is inconsistent with that declared type, and would mean this\n // contact gets silently re-evaluated by every future cron run for no reason. Mirrors rule 9's own\n // \"sequence exhausted\" shape.\n if (s.status === \"branch_a\" && s.lastBranchStepSent >= BRANCH_A.length) {\n return { kind: \"branch_complete\" };\n }\n if (s.status === \"branch_b\" && s.lastBranchStepSent >= BRANCH_B.length) {\n return { kind: \"branch_complete\" };\n }\n\n // Rule 10 — otherwise, send whatever's next due. v1.1: a due step additionally waits for the send\n // window (inSendWindow). v1.2: and for the per-contact min-gap floor — after an outage, several\n // overdue steps space out ~2h apart instead of one per cron tick. Every deferral leaves state\n // untouched, so a later run simply picks it up.\n const sendGate = (channel: Channel): { ok: boolean; reason: string } => {\n const w = inSendWindow(channel, f.now);\n if (!w.ok) return w;\n if (s.lastSentAt) {\n const gapMs = minSendGapHours() * HOUR_MS;\n const sinceLast = f.now - new Date(s.lastSentAt).getTime();\n // v1.7 — sinceLast >= 0 guard (mirrors R27): a future-dated lastSentAt (clock skew, restored\n // blob) must not freeze the contact until that future date; negative elapsed = ignore the gap.\n if (sinceLast >= 0 && sinceLast < gapMs) {\n return { ok: false, reason: `min send gap (${minSendGapHours()}h) not elapsed — last send ${(sinceLast / HOUR_MS).toFixed(1)}h ago` };\n }\n }\n // R27 (v1.5, 2 Aug) — FOREIGN-SENDER QUIET PERIOD. The min-gap above only knows about OUR\n // sends. 95 published GHL workflows, Chloe and Ava also send, and GHL exposes no way to read a\n // contact's workflow enrolments. Detected by observation instead: an outbound newer than ours\n // means somebody else owns this contact right now. Fails OPEN. Full rationale in NOTES-v1.4.md.\n if (f.foreignOutboundAt != null) {\n const quietMs = foreignQuietHours() * HOUR_MS;\n const since = f.now - f.foreignOutboundAt;\n if (since >= 0 && since < quietMs) {\n return {\n ok: false,\n reason: `another system messaged this contact ${(since / HOUR_MS).toFixed(1)}h ago — quiet period ${foreignQuietHours()}h`,\n };\n }\n }\n return { ok: true, reason: \"\" };\n };\n if (s.status === \"main\" && s.lastMainStepSent < MAIN_SEQUENCE.length) {\n const step = MAIN_SEQUENCE[s.lastMainStepSent];\n if (isDue(step.offsetHours, s.enteredAt, f.now)) {\n const g = sendGate(step.channel);\n if (!g.ok) return { kind: \"skip\", reason: `main #${s.lastMainStepSent + 1} due but deferred: ${g.reason}` };\n if (f.channelBlocked[step.channel]) {\n return { kind: \"skip_step\", sequence: \"main\", stepIndex: s.lastMainStepSent, reason: `opted out of ${step.channel} — step consumed, not sent` };\n }\n return { kind: \"send\", sequence: \"main\", stepIndex: s.lastMainStepSent };\n }\n return { kind: \"skip\", reason: `next main step (#${s.lastMainStepSent + 1}) not due yet` };\n }\n if (s.status === \"branch_a\" && s.lastBranchStepSent < BRANCH_A.length && s.branchAnchorAt) {\n const step = BRANCH_A[s.lastBranchStepSent];\n if (isDue(step.offsetHours, s.branchAnchorAt, f.now)) {\n const g = sendGate(step.channel);\n if (!g.ok) return { kind: \"skip\", reason: `branch A step due but deferred: ${g.reason}` };\n if (f.channelBlocked[step.channel]) {\n return { kind: \"skip_step\", sequence: \"branch_a\", stepIndex: s.lastBranchStepSent, reason: `opted out of ${step.channel} — step consumed, not sent` };\n }\n return { kind: \"send\", sequence: \"branch_a\", stepIndex: s.lastBranchStepSent };\n }\n return { kind: \"skip\", reason: \"next branch A step not due yet\" };\n }\n if (s.status === \"branch_b\" && s.lastBranchStepSent < BRANCH_B.length && s.branchAnchorAt) {\n const step = BRANCH_B[s.lastBranchStepSent];\n if (isDue(step.offsetHours, s.branchAnchorAt, f.now)) {\n const g = sendGate(step.channel);\n if (!g.ok) return { kind: \"skip\", reason: `branch B step due but deferred: ${g.reason}` };\n if (f.channelBlocked[step.channel]) {\n return { kind: \"skip_step\", sequence: \"branch_b\", stepIndex: s.lastBranchStepSent, reason: `opted out of ${step.channel} — step consumed, not sent` };\n }\n return { kind: \"send\", sequence: \"branch_b\", stepIndex: s.lastBranchStepSent };\n }\n return { kind: \"skip\", reason: \"next branch B step not due yet\" };\n }\n\n // v1.7 — Rule 10s: slow track. Indefinite by design, so no exhaustion exit — the exits are the\n // rules above (reply, booking, customer, DND). Anchor falls back to enteredAt if a legacy blob\n // lands here without slowAnchorAt.\n if (s.status === \"slow_track\") {\n const sentCount = s.lastSlowStepSent ?? 0;\n const anchor = s.slowAnchorAt ?? s.enteredAt;\n const { tpl, offsetHours, phase } = slowTemplateAt(sentCount, f.now);\n if (isDue(offsetHours, anchor, f.now)) {\n const g = sendGate(tpl.channel);\n if (!g.ok) return { kind: \"skip\", reason: `slow #${sentCount + 1} (${phase}) due but deferred: ${g.reason}` };\n if (f.channelBlocked[tpl.channel]) {\n return { kind: \"skip_step\", sequence: \"slow\", stepIndex: sentCount, reason: `opted out of ${tpl.channel} — slow step consumed, not sent` };\n }\n return { kind: \"send\", sequence: \"slow\", stepIndex: sentCount };\n }\n return { kind: \"skip\", reason: `next slow touch (#${sentCount + 1}, ${phase}) not due yet` };\n }\n\n return { kind: \"skip\", reason: `status ${s.status} has nothing to evaluate` };\n}\n\n// Pure: given a Decision (already known to have succeeded, or to need no IO at all) and the current\n// state, returns the resulting state fields. No IO. This is the ONE place PuppyState transitions are\n// written, used by both cron() (after a successful send/task, or immediately for decisions with no\n// gating IO) and the local test harness (to simulate a full multi-day run without live network calls)\n// — kept as a single function specifically so the tested behavior and the shipped behavior cannot\n// silently drift apart from each other.\nfunction applyDecision(decision: Decision, s: PuppyState, nowIso: string): PuppyState {\n const next: PuppyState = { ...s, lastCheckedAt: nowIso };\n switch (decision.kind) {\n case \"hard_exit\":\n next.status = decision.status;\n next.exitReason = decision.reason;\n return next;\n case \"pause_reply\":\n next.status = \"paused_reply\";\n if (decision.isNewPause) {\n next.pausedForReplyAt = nowIso;\n next.exitReason = \"human reply pending\";\n }\n return next;\n case \"advance_status\":\n next.status = decision.status;\n if (decision.branchAnchorAt) next.branchAnchorAt = decision.branchAnchorAt;\n // v1.2 — entering a branch always starts that branch's 2-message pass from the top. Matters for\n // the rule-6b re-entry paths (branch -> awaiting -> branch again for a NEW appointment): the\n // shared lastBranchStepSent counter would otherwise start a second branch pass mid-sequence\n // (or, worse, route a first branch_b pass to B2 because branch_a had already sent A1). A\n // repeated branch message only ever happens when a genuinely new no-show/decline occurred, so\n // the copy stays contextually true.\n if (decision.status === \"branch_a\" || decision.status === \"branch_b\") next.lastBranchStepSent = 0;\n return next;\n case \"soft_exit_21d\":\n // v1.7 — 21-day completion now hands the contact to the slow track (Kim's taper);\n // done_soft_21d remains in the type for legacy blobs only.\n next.status = \"slow_track\";\n next.slowAnchorAt = nowIso;\n next.lastSlowStepSent = 0;\n next.exitReason = \"21-day sequence complete — moved to slow track\";\n return next;\n case \"branch_complete\":\n next.status = \"done_branch_complete\";\n next.exitReason = \"branch sequence complete, no reply\";\n return next;\n case \"send\":\n if (decision.sequence === \"main\") next.lastMainStepSent = s.lastMainStepSent + 1;\n else if (decision.sequence === \"slow\") next.lastSlowStepSent = (s.lastSlowStepSent ?? 0) + 1;\n else next.lastBranchStepSent = s.lastBranchStepSent + 1;\n next.lastSentAt = nowIso; // v1.2 — feeds the min-gap pacing floor\n return next;\n case \"skip_step\":\n // v1.6 R28 — the step is consumed, not deferred. Deferring a step whose channel the contact\n // has opted out of would stall that contact forever on a message that can never legally send.\n // lastSentAt is deliberately NOT set: nothing went out, so nothing should start the pacing clock.\n if (decision.sequence === \"main\") next.lastMainStepSent = s.lastMainStepSent + 1;\n else if (decision.sequence === \"slow\") next.lastSlowStepSent = (s.lastSlowStepSent ?? 0) + 1;\n else next.lastBranchStepSent = s.lastBranchStepSent + 1;\n return next;\n case \"skip\":\n return next;\n }\n}\n\n// ---- IO layer: GHL fetch helper (identical shape to the PupsClub val) -----------------------------\n\nasync function j(url: string, ver: string, init?: RequestInit) {\n const tok = await resolveToken(); // v1.2 — env var, else private puppy_config blob (see header note)\n const r = await fetch(url, {\n ...init,\n headers: {\n Authorization: `Bearer ${tok}`,\n Version: ver,\n \"Content-Type\": \"application/json\",\n ...(init?.headers ?? {}),\n },\n });\n if (!r.ok) throw new Error(`${r.status} ${url.split(\"?\")[0]} ${(await r.text()).slice(0, 200)}`);\n return r.json();\n}\n\n// ---- blob state (dynamic import, see Node/tsx shim note above) ------------------------------------\n\nasync function getBlobModule() {\n // Dynamic (not static like the PupsClub val) so this file's pure logic can be imported under Node +\n // tsx for local testing without resolving esm.town or needing a Deno runtime — under real\n // val.town/Deno execution this resolves identically, just on first call instead of at module load.\n // @ts-expect-error — remote Deno URL specifier; unresolvable (by design) under tsc/Node's module\n // resolution, only ever actually imported at runtime inside a real Deno/val.town environment.\n const mod = await import(\"https://esm.town/v/std/blob\");\n return (mod as any).blob;\n}\n\nasync function loadAllState(): Promise> {\n const blob = await getBlobModule();\n return (await blob.getJSON(\"puppy_state\").catch(() => null)) ?? {};\n}\nasync function saveAllState(state: Record) {\n const blob = await getBlobModule();\n await blob.setJSON(\"puppy_state\", state);\n}\nasync function saveReport(report: unknown) {\n const blob = await getBlobModule();\n await blob.setJSON(\"puppy_run_state\", report);\n}\nasync function saveLastError(err: unknown) {\n const blob = await getBlobModule();\n await blob.setJSON(\"puppy_last_error\", err);\n}\n\n// ---- v1.1: journal + summary ----------------------------------------------------------------------\n\ntype JournalRow = { ts: string; contactId: string | null; event: string; detail: string; test?: boolean };\n\n// Appends this run's rows and returns the full merged journal (capped at the newest 2000 rows) so the\n// caller can build the summary from complete history without a second blob read.\nasync function appendJournal(rows: JournalRow[]): Promise {\n const blob = await getBlobModule();\n const existing: JournalRow[] = (await blob.getJSON(\"puppy_journal\").catch(() => null)) ?? [];\n const merged = [...existing, ...rows].slice(-2000);\n if (rows.length) await blob.setJSON(\"puppy_journal\", merged);\n return merged;\n}\n\n// Pure — aggregate the numbers Kim's eventual 30-day report needs. Journal-derived counts\n// (bookedDuringPath, customersDuringPath, sendsByStep) survive state pruning; state-derived counts\n// reflect the current population.\nfunction buildSummary(\n state: Record,\n journal: JournalRow[],\n lastRun: { at: string; testMode: boolean; sent: number; failed: number; enrolled: number },\n) {\n const byStatus: Record = {};\n for (const s of Object.values(state)) byStatus[s.status] = (byStatus[s.status] ?? 0) + 1;\n const sendsByStep: Record = {};\n let bookedDuringPath = 0;\n let customersDuringPath = 0;\n let pausedForHuman = 0;\n let surgeHolds = 0;\n for (const r of journal) {\n if (r.event === \"sent\") sendsByStep[r.detail] = (sendsByStep[r.detail] ?? 0) + 1;\n else if (r.event === \"advance_status\" && r.detail === \"awaiting_appt_outcome\") bookedDuringPath++;\n else if (r.event === \"hard_exit\" && r.detail === \"became a customer\") customersDuringPath++;\n else if (r.event === \"pause_reply\") pausedForHuman++;\n else if (r.event === \"enrollment_surge_hold\") surgeHolds++;\n }\n return {\n at: lastRun.at,\n v: \"1.2\",\n lastRun,\n activeByStatus: byStatus,\n totalTracked: Object.keys(state).length,\n sendsByStep,\n bookedDuringPath,\n customersDuringPath,\n pausedForHuman,\n surgeHolds,\n };\n}\n\nasync function saveSummary(summary: unknown) {\n const blob = await getBlobModule();\n await blob.setJSON(\"puppy_summary\", summary);\n}\n\n// Pure — v1.1 state hygiene: drop terminal entries untouched for 60+ days. History stays in the\n// journal; the puppy-path-v1 tag still prevents re-enrollment of a pruned contact.\nfunction pruneState(state: Record, nowMs: number): { kept: Record; prunedIds: string[] } {\n const kept: Record = {};\n const prunedIds: string[] = [];\n for (const [id, s] of Object.entries(state)) {\n const stale = TERMINAL_STATUSES.has(s.status) && nowMs - new Date(s.lastCheckedAt).getTime() > 60 * DAY_MS;\n if (stale) prunedIds.push(id);\n else kept[id] = s;\n }\n return { kept, prunedIds };\n}\n\n// Pure — v1.1 enrollment gate (header addendum #1/#2). Given this run's un-enrolled tag matches,\n// decide who enrolls. Over-threshold = bulk-tag accident suspected: enroll nobody, hold until a human\n// clears it (ACKNOWLEDGE_SURGE=true) or the candidate count drops back under the threshold.\nfunction selectEnrollable(\n candidates: T[],\n surgeThreshold: number,\n surgeAcknowledged: boolean,\n): { enroll: T[]; surgeHeld: boolean } {\n if (candidates.length > surgeThreshold && !surgeAcknowledged) {\n return { enroll: [], surgeHeld: true };\n }\n return { enroll: candidates, surgeHeld: false };\n}\n\n// ---- IO layer: GHL reads --------------------------------------------------------------------------\n\nasync function getContact(contactId: string): Promise {\n const r = await j(`${GHL}/contacts/${contactId}`, \"2021-07-28\");\n return r.contact;\n}\n\nasync function getOpenOpportunities(contactId: string): Promise {\n const r = await j(`${GHL}/opportunities/search?location_id=${LOC}&contact_id=${contactId}&limit=10`, \"2021-07-28\");\n return (r.opportunities ?? []).map((o: any) => ({\n id: o.id,\n pipelineId: o.pipelineId,\n pipelineStageId: o.pipelineStageId,\n monetaryValue: o.monetaryValue ?? 0,\n status: o.status,\n }));\n}\n\n// ---- v1.3 (2 Aug 2026) — R19: THE ENROLMENT-SCAN QUOTA FIX -----------------------------\n// (full note moved to NOTES-v1.4.md when this file hit val.town's 80,000-char ceiling)\nconst EXIT_STAGES = [\n \"fd821b4e-bbe6-44de-b754-fa80e4823616\", // Customer\n \"ae173310-f8b1-4399-acb7-ef1fc03d3697\", // Won - Paid\n \"38826f17-1d0e-4bac-b53e-349b67c2c79d\", // Disqualified\n \"43ea02b4-529b-4063-b638-447414d603d2\", // Free Training Day\n];\n\nasync function fetchExitOppIndex(): Promise | null> {\n const index = new Map();\n try {\n for (const stage of EXIT_STAGES) {\n let after: any = null, afterId: any = null, pages = 0;\n while (pages < 12) { // hard ceiling: a runaway page-walk must never be the thing that breaks a run\n let u = `${GHL}/opportunities/search?location_id=${LOC}&pipeline_id=${MAIN_PIPELINE_ID}` +\n `&pipeline_stage_id=${stage}&limit=100`;\n if (after != null) u += `&startAfter=${after}&startAfterId=${afterId}`;\n const r = await j(u, \"2021-07-28\");\n const ops = r.opportunities ?? [];\n if (!ops.length) break;\n for (const o of ops) {\n if (!o.contactId) continue;\n const fact: OppFact = {\n id: o.id,\n pipelineId: o.pipelineId,\n pipelineStageId: o.pipelineStageId,\n monetaryValue: o.monetaryValue ?? 0,\n status: o.status,\n };\n const prev = index.get(o.contactId);\n if (prev) prev.push(fact); else index.set(o.contactId, [fact]);\n }\n pages++;\n after = r.meta?.startAfter; afterId = r.meta?.startAfterId;\n if (!after) break;\n }\n }\n return index;\n } catch {\n // Fail to null, never to an empty map. An empty map would read as \"nobody is a customer\" and\n // could enrol someone who has already bought — the exact mistake this check exists to prevent.\n // Null makes the caller fall back to the per-contact read it used before.\n return null;\n }\n}\n\n// v1.1 (header addendum #5): the Pup Talk calendar's ±90d window holds ~143 events (measured live\n// 27 Jul); fetching it per contact re-downloaded all of them for every active contact every run.\n// Now: one fetch per run, indexed by contactId, latest non-deleted event per contact.\nasync function fetchPupTalkApptIndex(): Promise> {\n const now = Date.now();\n const windowStart = now - 90 * DAY_MS; // look back far enough to still catch a recently-missed appt\n const windowEnd = now + 90 * DAY_MS;\n const r = await j(\n `${GHL}/calendars/events?locationId=${LOC}&calendarId=${PUP_TALK_CALENDAR_ID}&startTime=${windowStart}&endTime=${windowEnd}`,\n \"2021-04-15\",\n );\n const index = new Map();\n for (const e of r.events ?? []) {\n if (!e.contactId || e.deleted) continue;\n const fact: ApptFact = {\n id: e.id,\n startTime: new Date(e.startTime).getTime(),\n endTime: new Date(e.endTime).getTime(),\n appointmentStatus: e.appointmentStatus,\n deleted: !!e.deleted,\n };\n const prev = index.get(e.contactId);\n if (!prev || fact.startTime > prev.startTime) index.set(e.contactId, fact);\n }\n return index;\n}\n\n// ---- v1.6 R28 (2 Aug 2026) — PER-CHANNEL CONSENT ----------------------------------------------\n// Reads GHL's dndSettings, which is keyed BY CHANNEL, instead of only the top-level dnd boolean.\n// Proven against live data: 0 of 100 sampled contacts had dnd===true, 4 carried dndSettings.\n// `status` is consent; `message` is a delivery diagnostic and must NOT be read as consent.\n// Blocks per channel, never a hard exit. Full rationale in NOTES-v1.4.md.\nfunction readChannelConsent(contact: any): { email: boolean; sms: boolean } {\n const ds = contact?.dndSettings;\n const blocked = (key: string): boolean => {\n const entry = ds?.[key];\n if (!entry) return false; // no per-channel record at all = no per-channel opt-out\n const status = String(entry.status ?? \"\").toLowerCase();\n return status !== \"\" && status !== \"active\";\n };\n return {\n // GHL keys these by channel name. SMS and RCS are both text to the recipient, so either one\n // being switched off means we do not text them.\n sms: blocked(\"SMS\") || blocked(\"RCS\"),\n email: blocked(\"Email\"),\n };\n}\n\n// See header gap #1. Fails closed: any error, or a response shape this code doesn't recognize, is\n// reported as conversationCheckFailed=true — never silently treated as \"no reply.\"\nasync function getReplyStatus(\n contactId: string,\n enteredAtIso: string,\n): Promise<{ hasUnansweredInboundReply: boolean; conversationCheckFailed: boolean; lastOutboundAt: number | null }> {\n // v1.5 R27: lastOutboundAt rides along on the SAME request that rule 5 already makes — the collision\n // guard costs zero extra API calls. It is the conversation's own lastMessageDate, returned only when\n // that last message was outbound; the caller decides whether it was ours.\n let lastOutboundAt: number | null = null;\n try {\n const r = await j(`${GHL}/conversations/search?locationId=${LOC}&contactId=${contactId}&limit=1`, \"2021-07-28\");\n const convo = (r.conversations ?? [])[0];\n if (!convo) return { hasUnansweredInboundReply: false, conversationCheckFailed: false, lastOutboundAt };\n {\n const d = convo.lastMessageDirection ?? convo.direction ?? null;\n const ts = convo.lastMessageDate ?? convo.lastMessageDateTime ?? null;\n if (d === \"outbound\" && ts != null) {\n const n = new Date(ts).getTime();\n if (!Number.isNaN(n)) lastOutboundAt = n;\n }\n }\n // Field name NOT independently proven this session (the 401 blocked confirming it) — tryin\n // (full note moved to NOTES-v1.4.md when this file hit val.town's 80,000-char ceiling)\n const direction = convo.lastMessageDirection ?? convo.direction ?? null;\n if (direction !== \"inbound\" && direction !== \"outbound\") {\n return { hasUnansweredInboundReply: false, conversationCheckFailed: true, lastOutboundAt };\n }\n // v1.4 — R21: Chloe, Ava and 165 workflows all send. A customer replies, an automated outbound\n // lands seconds later, the direction field flips, and the engine reads 'no reply'. unreadCount is\n // the second signal: outbound does NOT clear it, so an unread thread means somebody wrote in and\n // nobody looked — which must block a send whatever the newest message was. See NOTES-v1.4.md.\n\n const unread = Number(convo.unreadCount ?? 0);\n if (direction === \"outbound\") {\n if (unread > 0) {\n return { hasUnansweredInboundReply: true, conversationCheckFailed: false, lastOutboundAt };\n }\n return { hasUnansweredInboundReply: false, conversationCheckFailed: false, lastOutboundAt };\n }\n const lastTsRaw = convo.lastMessageDate ?? convo.lastMessageDateTime ?? convo.dateUpdated ?? null;\n const lastTs = lastTsRaw != null ? new Date(lastTsRaw).getTime() : NaN;\n if (!Number.isNaN(lastTs) && lastTs < new Date(enteredAtIso).getTime()) {\n // Pre-enrollment history — EXCEPT if it is still unread, in which case somebody wrote in and\n // nobody has answered them, which outranks how old it is.\n if (Number(convo.unreadCount ?? 0) > 0) return { hasUnansweredInboundReply: true, conversationCheckFailed: false, lastOutboundAt };\n return { hasUnansweredInboundReply: false, conversationCheckFailed: false, lastOutboundAt };\n }\n return { hasUnansweredInboundReply: true, conversationCheckFailed: false, lastOutboundAt };\n } catch {\n return { hasUnansweredInboundReply: false, conversationCheckFailed: true, lastOutboundAt };\n }\n}\n\n// ---- IO layer: GHL writes (all proven live this session, see PUPPY-PATH-TEST-REPORT.md) -----------\n\nasync function sendSms(contactId: string, text: string) {\n // Proven shape, copied verbatim from the PupsClub val, which sends real SMS in production today.\n return j(`${GHL}/conversations/messages`, \"2021-04-15\", {\n method: \"POST\",\n body: JSON.stringify({ type: \"SMS\", contactId, message: text }),\n });\n}\n\nasync function sendEmail(contactId: string, subject: string, html: string) {\n // Body shape verified live this session (27 Jul 2026, against the sanctioned TEST_MODE dummy contact\n // / aizhigitovamir@gmail.com): {\"type\":\"Email\",\"contactId\",\"subject\",\"html\"} on Version 2021-04-15\n // (same API version as the proven SMS call) returned HTTP 201, {\"msg\":\"Email queued successfully.\",\n // \"messageId\":..., \"emailMessageId\":...}. The spec's own best-guess shape worked on the first\n // attempt — nothing needed adjusting.\n return j(`${GHL}/conversations/messages`, \"2021-04-15\", {\n method: \"POST\",\n body: JSON.stringify({ type: \"Email\", contactId, subject, html }),\n });\n}\n\nasync function addTag(contactId: string, tag: string) {\n // POST /contacts/{id}/tags is additive — verified live this session against the dummy contact (an\n // existing tag survived the call, response's tagsAdded confirmed the new one). Deliberately NOT using\n // /contacts/upsert with a tags array for this — upsert's tag merge-vs-replace behavior was never\n // tested and was not worth risking on a real contact's existing tag set.\n return j(`${GHL}/contacts/${contactId}/tags`, \"2021-07-28\", {\n method: \"POST\",\n body: JSON.stringify({ tags: [tag] }),\n });\n}\n\nasync function createTask(contactId: string, title: string, body: string) {\n // Shape verified live this session against the dummy contact (HTTP 201, then confirmed via the\n // proven GET tasks read). assignedTo deliberately omitted rather than sent as JSON null — no\n // confirmed GHL user id for \"the hire\" exists yet in this engine's scope (same open gap\n // BUILD-CHECKLIST-UI.md already flags for its own tasks) — omitting the key tested clean.\n return j(`${GHL}/contacts/${contactId}/tasks`, \"2021-07-28\", {\n method: \"POST\",\n body: JSON.stringify({ title, body, dueDate: new Date().toISOString(), completed: false }),\n });\n}\n\nasync function resolveTestDummy(): Promise<{ id: string; firstName: string; companyName: string | null }> {\n // TEST_MODE's one sanctioned contact (spec §8). +10000000000 is not a working number in any real\n // numbering plan — chosen specifically so an accidental SMS send during testing cannot reach a real\n // person, while still being a syntactically valid phone value GHL will accept on a contact record.\n const up = await j(`${GHL}/contacts/upsert`, \"2021-07-28\", {\n method: \"POST\",\n body: JSON.stringify({\n locationId: LOC,\n firstName: \"ZZTEST\",\n lastName: \"PuppyPath-Dummy\",\n email: \"aizhigitovamir@gmail.com\",\n phone: \"+10000000000\",\n }),\n });\n const c = up.contact;\n return { id: c.id, firstName: c.firstName, companyName: c.companyName ?? null };\n}\n\n// ---- orchestration: cron() (default export — the val.town entry point) ----------------------------\n\nexport default async function cron() {\n const out: any = {\n ok: true,\n v: \"1.7.0\", // v1.7 — slow track (taper) + R27 + R28 live in one deploy; the panel shows this\n\n ts: new Date().toISOString(), // v1.2 — lets the watchdog's staleness check actually work\n testMode: TEST_MODE,\n enrolled: 0,\n sent: 0,\n failed: 0,\n skipped: 0,\n log: [] as string[],\n };\n const journal: JournalRow[] = [];\n const jrow = (contactId: string | null, event: string, detail: string) =>\n journal.push({ ts: new Date().toISOString(), contactId, event, detail, ...(TEST_MODE ? { test: true } : {}) });\n\n // v1.2 — best-effort run lock. Blob storage has no compare-and-swap, so this can't be a perfect\n // mutex, but it shrinks the overlap window (manual trigger colliding with the schedule, or a slow\n // run) from \"the whole run\" to milliseconds. A lock older than RUN_LOCK_TTL_MS is a dead run's\n // leftovers and is ignored.\n const blob = await getBlobModule();\n\n // ---- v1.3 (2 Aug 2026) — KILL SWITCH -----------------------------------------------------------\n // Checked before the run lock, before state loads, before a single contact is looked at. Kim can\n // set this herself from the control panel (api.ts) with two taps and no help from anyone; it is the\n // one control she must never have to ask for. Deliberately fails OPEN — if the blob read throws,\n // the engine carries on rather than halting on a storage hiccup, because a silent permanent stop\n // would be indistinguishable from the outage this whole system is built to be visible about.\n // Nothing is deleted while stopped: every contact keeps its exact position and resumes from it.\n try {\n const kill = await blob.getJSON(\"nurture_kill\").catch(() => null);\n if (kill?.stopped) {\n out.ok = true;\n out.killed = true;\n out.log.push(`STOPPED by kill switch (set ${kill.at ?? \"unknown\"}) — no contact examined this tick`);\n await blob.setJSON(\"puppy_run_state\", out).catch(() => {});\n console.log(\"PUPPYPATH\", JSON.stringify(out));\n return out;\n }\n } catch { /* fail open — see note above */ }\n\n const lock = await blob.getJSON(\"puppy_run_lock\").catch(() => null);\n if (lock?.startedAt && Date.now() - new Date(lock.startedAt).getTime() < RUN_LOCK_TTL_MS) {\n out.log.push(`another run appears active (lock from ${lock.startedAt}) — skipping this tick`);\n console.log(\"PUPPYPATH\", JSON.stringify(out));\n return out;\n }\n await blob.setJSON(\"puppy_run_lock\", { startedAt: new Date().toISOString() }).catch(() => {});\n\n try {\n const state = await loadAllState();\n // v1.2 — existing journal loaded up front: the daily send cap counts today's already-journaled\n // live sends, so the ceiling holds across runs, not just within one.\n const priorJournal: JournalRow[] = (await blob.getJSON(\"puppy_journal\").catch(() => null)) ?? [];\n const todayPrefix = new Date().toISOString().slice(0, 10);\n let sentToday = priorJournal.filter(\n (r) => r.event === \"sent\" && r.ts.slice(0, 10) === todayPrefix && !r.test,\n ).length;\n // v1.1 (addendum #5): one calendar fetch per run, shared by enrollment guard + per-contact facts.\n const apptIndex = await fetchPupTalkApptIndex();\n let contactIds: string[];\n // v1.2 — opportunities fetched during enrollment eligibility are reused when the same contact is\n // processed later in this run, instead of a redundant second API call.\n const oppsCache = new Map();\n let skippedNotDue = 0; // v1.4 — how many contacts cost zero API calls this run\n\n if (TEST_MODE) {\n // Spec §8: skip real discovery entirely, operate ONLY on the one sanctioned dummy.\n const dummy = await resolveTestDummy();\n contactIds = [dummy.id];\n if (!state[dummy.id]) {\n state[dummy.id] = freshState(new Date().toISOString());\n await addTag(dummy.id, TAG_ENROLLED).catch((e) =>\n out.log.push(`tag failed on dummy: ${String(e).slice(0, 120)}`)\n );\n out.enrolled++;\n out.log.push(`TEST_MODE: enrolled dummy ${dummy.id}`);\n jrow(dummy.id, \"enrolled\", \"test dummy\");\n }\n } else {\n // v1.1 enrollment (header addendum #1/#2): the source tag is the HUMAN enrollment switch — live\n // check found zero contacts carrying it, so every appearance is a deliberate act. The spec-era\n // New-Lead-stage requirement is dropped (tag = explicit intent); what remains blocking is only\n // what would make enrollment WRONG: already a customer, or a live Pup Talk booking already on\n // the calendar (they don't need a \"book a Pup Talk\" sequence). DND is enforced by rule 1 on\n // their first processing pass, before anything could send. Surge hold protects against bulk\n // tagging — see selectEnrollable.\n const found = await j(`${GHL}/contacts/search`, \"2021-07-28\", {\n method: \"POST\",\n body: JSON.stringify({\n locationId: LOC,\n pageLimit: 100,\n filters: [{ field: \"tags\", operator: \"contains_set\", value: [TAG_SOURCE_SIGNAL] }],\n }),\n });\n // v1.2 — surface pagination truncation instead of silently ignoring candidates beyond page 1\n // (only reachable when a human pushes a >100 bulk batch through with ACKNOWLEDGE_SURGE).\n const totalTagged = found.total ?? (found.contacts ?? []).length;\n if (totalTagged > (found.contacts ?? []).length) {\n out.log.push(\n `WARNING: ${totalTagged} contacts carry '${TAG_SOURCE_SIGNAL}' but only ${(found.contacts ?? []).length} ` +\n `fit one page — the rest enroll on later runs as earlier ones get the puppy-path-v1 tag`,\n );\n }\n const rawCandidates: any[] = (found.contacts ?? []).filter(\n (c: any) => !(c.tags ?? []).includes(TAG_ENROLLED) && !state[c.id],\n );\n const surgeThreshold = enrollSurgeThreshold();\n const { enroll, surgeHeld } = selectEnrollable(rawCandidates, surgeThreshold, acknowledgeSurge());\n if (surgeHeld) {\n out.log.push(\n `ENROLLMENT SURGE HELD: ${rawCandidates.length} un-enrolled '${TAG_SOURCE_SIGNAL}' contacts found in one run ` +\n `(threshold ${surgeThreshold}) — bulk tagging suspected, enrolling NOBODY until a human clears it ` +\n `(remove the bulk tags, or set ACKNOWLEDGE_SURGE=true). Already-enrolled contacts continue normally.`,\n );\n jrow(null, \"enrollment_surge_hold\", `${rawCandidates.length} candidates vs threshold ${surgeThreshold}`);\n }\n // v1.3 / R19 — one indexed read for the whole candidate set instead of one call each.\n const exitOppIndex = enroll.length ? await fetchExitOppIndex() : null;\n if (enroll.length) {\n out.log.push(\n exitOppIndex\n ? `exit-opp index built (${exitOppIndex.size} contacts across ${EXIT_STAGES.length} stages) — ${enroll.length} candidate(s) screened without per-contact calls`\n : `exit-opp index unavailable — falling back to per-contact reads for ${enroll.length} candidate(s)`,\n );\n }\n for (const c of enroll) {\n let opps: OppFact[];\n if (exitOppIndex) {\n opps = exitOppIndex.get(c.id) ?? [];\n } else {\n await sleep(120); // v1.2 — pacing: GHL fails 401/403 (not 429) over 100 req/10s\n opps = await getOpenOpportunities(c.id);\n }\n oppsCache.set(c.id, opps);\n // Across ALL opportunities, not just primary — spec's \"no opportunity showing Customer/Won-Paid\"\n // reading, and the account's own one-opportunity-per-contact rule makes this a cheap superset.\n const alreadyCustomer = opps.some(\n (o) => o.pipelineStageId === STAGE.CUSTOMER || o.pipelineStageId === STAGE.WON_PAID || o.monetaryValue > 0,\n );\n if (alreadyCustomer) {\n out.log.push(`${c.id}: tagged but already a customer — not enrolled`);\n jrow(c.id, \"enroll_refused\", \"already a customer\");\n continue;\n }\n const appt = apptIndex.get(c.id) ?? null;\n if (appt && apptIsLiveBooked(appt)) {\n out.log.push(`${c.id}: tagged but already has a live Pup Talk booking — not enrolled`);\n jrow(c.id, \"enroll_refused\", \"live booking already exists\");\n continue;\n }\n state[c.id] = freshState(new Date().toISOString());\n await addTag(c.id, TAG_ENROLLED).catch((e) => out.log.push(`tag failed on ${c.id}: ${String(e).slice(0, 120)}`));\n out.enrolled++;\n out.log.push(`enrolled ${c.id}`);\n jrow(c.id, \"enrolled\", `via tag '${TAG_SOURCE_SIGNAL}'`);\n }\n contactIds = Object.keys(state);\n }\n\n for (const contactId of contactIds) {\n const s = state[contactId];\n if (!s || TERMINAL_STATUSES.has(s.status)) continue;\n\n // v1.2 — paused_reply contacts get a LIGHTWEIGHT safety pass instead of v1.1's full skip.\n // (full note moved to NOTES-v1.4.md when this file hit val.town's 80,000-char ceiling)\n if (s.status === \"paused_reply\") {\n // v1.4 — R22: paused_reply was absorbing, so the most engaged leads became the ones nothing\n // happened to. After PAUSE_TIMEOUT_DAYS: raise a SECOND task saying so, then release them.\n // Deliberately does not resume — a person got no answer; the fix is a person. NOTES-v1.4.md.\n\n const pausedSince = s.pausedForReplyAt ? new Date(s.pausedForReplyAt).getTime() : null;\n if (pausedSince && Date.now() - pausedSince > pauseTimeoutDays() * DAY_MS) {\n const days = Math.floor((Date.now() - pausedSince) / DAY_MS);\n try {\n if (!TEST_MODE) {\n await createTask(\n contactId,\n `Still waiting on us — replied ${days} days ago, nobody has answered`,\n `This person replied to a follow-up message ${days} days ago. The sequence stopped for them at the time and raised a task, and that task has not been actioned.\\n\\nOpen Conversations, read what they said, and answer it. They are being taken off the automated follow-up either way — they asked a person a question and they deserve a person's answer.`,\n );\n }\n } catch (e) {\n out.log.push(`${contactId}: pause-timeout task failed: ${String(e).slice(0, 100)}`);\n }\n state[contactId] = {\n ...s,\n status: \"done_hard_exit\",\n exitReason: `paused for ${days} days with no human response — escalated and released`,\n lastCheckedAt: new Date().toISOString(),\n };\n out.log.push(`${contactId}: paused ${days}d with no action — escalated, exited`);\n jrow(contactId, \"pause_timeout\", `${days} days unanswered`);\n continue;\n }\n try {\n await sleep(120);\n const contact = await getContact(contactId);\n if (!contact) continue;\n const opportunities = oppsCache.get(contactId) ?? (await getOpenOpportunities(contactId));\n const facts: Facts = {\n now: Date.now(),\n contact: { id: contactId, firstName: contact.firstName ?? \"\", companyName: contact.companyName ?? null, dnd: !!contact.dnd },\n opportunities,\n pupTalkAppt: apptIndex.get(contactId) ?? null,\n declinedSignal: (contact.tags ?? []).includes(PUP_TALK_DECLINED_TAG),\n hasUnansweredInboundReply: false,\n conversationCheckFailed: true, // pinned: no send can ever pass rule 5 on this pass\n channelBlocked: readChannelConsent(contact),\n foreignOutboundAt: null, // no conversation was fetched on this path; rule 5 blocks sends anyway\n };\n const d = decideAction(facts, s);\n const nowIso = new Date().toISOString();\n if (d.kind === \"hard_exit\") {\n const v = pickPrimaryOpportunity(opportunities)?.monetaryValue ?? 0;\n state[contactId] = { ...applyDecision(d, s, nowIso), exitValue: v, exitStepsSent: s.lastMainStepSent + s.lastBranchStepSent };\n out.log.push(`${contactId}: paused contact hard-exited -> ${d.status} (${d.reason})`);\n jrow(contactId, \"hard_exit\", `${d.reason}${v ? ` | value ${v}` : \"\"}`);\n } else {\n state[contactId] = { ...s, lastCheckedAt: nowIso };\n }\n } catch (err) {\n out.log.push(`${contactId}: paused-pass FAILED: ${String(err).slice(0, 120)}`);\n }\n continue;\n }\n\n // v1.4 — R19b DUE-FIRST FILTERING: if nothing is due, no send can happen, so ask the CRM\n // nothing about this contact. O(due), not O(enrolled). Full reasoning in NOTES-v1.4.md.\n // Two safety valves: SAFETY_SWEEP_HOURS forces a full check daily regardless; any status this\n // shortcut does not model falls through to the full check. Cheap must not mean blind.\n\n const dueCheck = (() => {\n try {\n if (s.status === \"main\") {\n if (s.lastMainStepSent >= MAIN_SEQUENCE.length) return { due: true, why: \"sequence complete, needs exit evaluation\" };\n const next = MAIN_SEQUENCE[s.lastMainStepSent];\n if (isDue(next.offsetHours, s.enteredAt, Date.now())) return { due: true, why: `main step ${s.lastMainStepSent + 1} due` };\n return { due: false, why: `main step ${s.lastMainStepSent + 1} not due yet` };\n }\n if ((s.status === \"branch_a\" || s.status === \"branch_b\") && s.branchAnchorAt) {\n const seq = s.status === \"branch_a\" ? BRANCH_A : BRANCH_B;\n if (s.lastBranchStepSent >= seq.length) return { due: true, why: \"branch complete, needs exit evaluation\" };\n const next = seq[s.lastBranchStepSent];\n if (isDue(next.offsetHours, s.branchAnchorAt, Date.now())) return { due: true, why: \"branch step due\" };\n return { due: false, why: \"branch step not due yet\" };\n }\n return { due: true, why: \"status not modelled by the shortcut — full check\" };\n } catch {\n return { due: true, why: \"due-check threw — full check\" };\n }\n })();\n\n const lastChecked = s.lastCheckedAt ? new Date(s.lastCheckedAt).getTime() : 0;\n const sweepOverdue = Date.now() - lastChecked > safetySweepHours() * HOUR_MS;\n\n if (!dueCheck.due && !sweepOverdue) {\n state[contactId] = { ...s, lastCheckedAt: s.lastCheckedAt };\n out.skipped++;\n skippedNotDue++;\n continue; // zero API calls for this contact this run\n }\n\n try {\n await sleep(120); // v1.2 — pacing between contacts (GHL: 100 req/10s, breach = 401/403 not 429)\n const contact = await getContact(contactId);\n if (!contact) {\n out.log.push(`${contactId}: contact not found, skipping`);\n continue;\n }\n const opportunities = oppsCache.get(contactId) ?? (await getOpenOpportunities(contactId));\n const pupTalkAppt = apptIndex.get(contactId) ?? null;\n const declinedSignal = (contact.tags ?? []).includes(PUP_TALK_DECLINED_TAG);\n const reply = await getReplyStatus(contactId, s.enteredAt);\n\n const facts: Facts = {\n now: Date.now(),\n contact: {\n id: contactId,\n firstName: contact.firstName ?? \"\",\n companyName: contact.companyName ?? null,\n dnd: !!contact.dnd,\n },\n opportunities,\n pupTalkAppt,\n declinedSignal,\n hasUnansweredInboundReply: reply.hasUnansweredInboundReply,\n conversationCheckFailed: reply.conversationCheckFailed,\n // v1.5 R27 — was that last outbound ours or somebody else's? Ours iff it lands within\n // OURS_TOLERANCE_MS of our own recorded send. No lastSentAt yet (nothing sent to this\n // contact) means any outbound on the thread is definitionally foreign.\n channelBlocked: readChannelConsent(contact),\n foreignOutboundAt: (() => {\n const lo = reply.lastOutboundAt;\n if (lo == null) return null;\n if (!s.lastSentAt) return lo;\n const ours = new Date(s.lastSentAt).getTime();\n if (Number.isNaN(ours)) return lo;\n return Math.abs(lo - ours) <= OURS_TOLERANCE_MS ? null : lo;\n })(),\n };\n\n const decision = decideAction(facts, s);\n const nowIso = new Date().toISOString();\n\n switch (decision.kind) {\n case \"hard_exit\": {\n // v1.4 — R24: capture what this exit was worth, at the only moment the number is knowable.\n const exitVal = pickPrimaryOpportunity(opportunities)?.monetaryValue ?? 0;\n const stepsSent = s.lastMainStepSent + s.lastBranchStepSent;\n state[contactId] = {\n ...applyDecision(decision, s, nowIso),\n exitValue: exitVal,\n exitStepsSent: stepsSent,\n };\n out.log.push(`${contactId}: hard exit -> ${decision.status} (${decision.reason})${exitVal ? ` | value ${exitVal}` : \"\"}`);\n jrow(contactId, \"hard_exit\", `${decision.reason}${exitVal ? ` | value ${exitVal} after ${stepsSent} message(s)` : \"\"}`);\n break;\n }\n\n case \"pause_reply\":\n state[contactId] = applyDecision(decision, s, nowIso);\n if (decision.isNewPause) {\n jrow(contactId, \"pause_reply\", \"inbound reply detected — handed to a human\");\n const title = `Reply from ${facts.contact.firstName || \"contact\"} re: puppy path — read and respond personally`;\n try {\n await createTask(\n contactId,\n title,\n \"Auto-created by puppy-path-engine: an inbound reply was detected; the sequence is paused for this contact until a human responds.\",\n );\n out.log.push(`${contactId}: paused (new reply), task created`);\n } catch (e) {\n out.log.push(`${contactId}: paused (new reply), TASK CREATE FAILED: ${String(e).slice(0, 120)}`);\n }\n } else {\n out.log.push(`${contactId}: still paused (reply already flagged, no duplicate task)`);\n }\n break;\n\n case \"advance_status\":\n state[contactId] = applyDecision(decision, s, nowIso);\n out.log.push(`${contactId}: advanced -> ${decision.status}`);\n // \"awaiting_appt_outcome\" here means: they booked a Pup Talk while in the sequence —\n // the attributable event the summary counts as bookedDuringPath.\n jrow(contactId, \"advance_status\", decision.status);\n break;\n\n case \"soft_exit_21d\":\n state[contactId] = applyDecision(decision, s, nowIso);\n try {\n await createTask(\n contactId,\n `Puppy path finished for ${facts.contact.firstName || \"contact\"} — now on the slow track`,\n `Puppy path finished for ${facts.contact.firstName || \"contact\"}, no reply/booking. They are now on the slow track (occasional helpful messages: weekly for a month, then fortnightly, then monthly — no sales asks). Nothing needed unless you want them moved in the pipeline too; the stage was NOT auto-moved — that's Kim's call.`,\n );\n } catch (e) {\n out.log.push(`${contactId}: soft-exit task FAILED: ${String(e).slice(0, 120)}`);\n }\n out.log.push(`${contactId}: 21d complete — moved to slow track (stage NOT moved)`);\n jrow(contactId, \"soft_exit_21d\", \"21-day sequence complete — moved to slow track\");\n break;\n\n case \"branch_complete\":\n state[contactId] = applyDecision(decision, s, nowIso);\n out.log.push(`${contactId}: branch complete`);\n jrow(contactId, \"branch_complete\", s.status);\n break;\n\n case \"send\": {\n // v1.2 — blast ceilings (mirrors the PupsClub val's precedent). A capped send is a pure\n // deferral: state untouched, the step stays due, later runs drain the backlog gradually.\n if (out.sent >= maxSendsPerRun()) {\n out.skipped++;\n out.log.push(`${contactId}: send due but MAX_SENDS_PER_RUN (${maxSendsPerRun()}) reached — deferred`);\n break;\n }\n if (!TEST_MODE && sentToday >= maxSendsPerDay()) {\n out.skipped++;\n out.log.push(`${contactId}: send due but MAX_SENDS_PER_DAY (${maxSendsPerDay()}) reached — deferred to tomorrow`);\n break;\n }\n const step = decision.sequence === \"slow\"\n ? slowTemplateAt(decision.stepIndex, Date.now()).tpl\n : (decision.sequence === \"main\" ? MAIN_SEQUENCE : decision.sequence === \"branch_a\" ? BRANCH_A : BRANCH_B)[decision.stepIndex];\n const rendered = renderStep(\n step,\n { firstName: facts.contact.firstName, companyName: facts.contact.companyName },\n { testMode: TEST_MODE },\n );\n try {\n if (rendered.channel === \"sms\") {\n await sendSms(contactId, rendered.text);\n } else {\n await sendEmail(contactId, rendered.subject, rendered.html);\n }\n // State written AFTER a successful send — and, v1.2, PERSISTED immediately, not just\n // mutated in memory. The adversarial round's top finding: with one save at end-of-run, a\n // mid-run crash (val timeout, OOM, network) forgot every send already made that run and\n // re-sent them all next tick. Sends are the only irreversible action in this system, so\n // each one is durably recorded the moment it happens; a crash now loses at most\n // bookkeeping for non-send transitions, which recompute idempotently next run.\n state[contactId] = applyDecision(decision, s, nowIso);\n await saveAllState(state).catch((e) =>\n out.log.push(`${contactId}: sent OK but state persist failed (will retry at end): ${String(e).slice(0, 100)}`),\n );\n // v1.4 — R23: position is an array index, so inserting a message re-points everyone\n // mid-sequence with no signal. Recording the step ID makes that drift DETECTABLE.\n\n // v1.7 — slow records template id; R23 drift check stays main-only (slow's monthly\n // index-to-id mapping varies by design).\n const seqNow = decision.sequence === \"main\" ? MAIN_SEQUENCE : decision.sequence === \"branch_a\" ? BRANCH_A : decision.sequence === \"branch_b\" ? BRANCH_B : null;\n const sentStepId = decision.sequence === \"slow\" ? step.id : (seqNow?.[decision.stepIndex]?.id ?? null);\n if (s.lastSentStepId && sentStepId && seqNow) {\n const prevIdx = seqNow.findIndex((x) => x.id === s.lastSentStepId);\n if (prevIdx >= 0 && prevIdx !== decision.stepIndex - 1 && decision.sequence === \"main\") {\n out.log.push(`${contactId}: SEQUENCE DRIFT — last sent ${s.lastSentStepId} now sits at index ${prevIdx}, expected ${decision.stepIndex - 1}. The copy has been edited underneath in-flight contacts.`);\n jrow(contactId, \"sequence_drift\", `${s.lastSentStepId} -> index ${prevIdx}`);\n }\n }\n state[contactId] = { ...state[contactId], lastSentStepId: sentStepId };\n out.sent++;\n if (!TEST_MODE) sentToday++;\n out.log.push(`${contactId}: sent ${decision.sequence} step ${decision.stepIndex + 1} (${rendered.channel})`);\n jrow(contactId, \"sent\", `${decision.sequence}#${decision.stepIndex + 1}`);\n } catch (e) {\n out.failed++;\n out.log.push(`${contactId}: SEND FAILED ${decision.sequence} step ${decision.stepIndex + 1}: ${String(e).slice(0, 120)}`);\n jrow(contactId, \"send_failed\", `${decision.sequence}#${decision.stepIndex + 1}: ${String(e).slice(0, 80)}`);\n }\n break;\n }\n\n case \"skip_step\":\n // v1.6 R28 — the contact has opted out of this step's channel. The step is consumed so\n // the sequence carries on to the next one it IS allowed to send, rather than stalling.\n // Journalled explicitly: a message that silently never went out is exactly the kind of\n // thing nobody notices until a customer asks why they never heard back.\n state[contactId] = applyDecision(decision, s, nowIso);\n out.skipped++;\n out.log.push(`${contactId}: ${decision.reason}`);\n jrow(contactId, \"skip_step_channel_optout\", decision.reason);\n break;\n\n case \"skip\":\n // Still runs through applyDecision (a no-op on every field except lastCheckedAt) so \"last\n // time this contact was actually looked at\" stays accurate per spec §4's schema comment,\n // even on a run where nothing else changed for them.\n state[contactId] = applyDecision(decision, s, nowIso);\n out.skipped++;\n break;\n }\n } catch (err) {\n out.failed++;\n out.log.push(`${contactId}: FAILED: ${String(err).slice(0, 150)}`);\n // v1.4 — this catch used to write to out.log only, and out.log is not persisted to the\n // journal. So a contact failing here was invisible to the dashboard, which reads the journal.\n // Every failure now leaves a row.\n jrow(contactId, \"contact_failed\", String(err).slice(0, 100));\n }\n }\n\n // v1.1: prune stale terminal entries (their history lives on in the journal), persist everything,\n // then rebuild the aggregate summary from full journal + surviving state.\n out.skippedNotDue = skippedNotDue;\n if (skippedNotDue) out.log.push(`${skippedNotDue} contact(s) not due — zero API calls spent on them`);\n const { kept, prunedIds } = pruneState(state, Date.now());\n for (const id of prunedIds) jrow(id, \"pruned\", \"terminal 60+ days, removed from state (journal retains history)\");\n if (prunedIds.length) out.log.push(`pruned ${prunedIds.length} stale terminal entries`);\n await saveAllState(kept);\n const fullJournal = await appendJournal(journal);\n await saveSummary(\n buildSummary(kept, fullJournal, {\n at: new Date().toISOString(),\n testMode: TEST_MODE,\n sent: out.sent,\n failed: out.failed,\n enrolled: out.enrolled,\n }),\n ).catch((e) => out.log.push(`summary save failed: ${String(e).slice(0, 100)}`));\n await saveReport(out);\n await blob.setJSON(\"puppy_run_lock\", { startedAt: null }).catch(() => {}); // release lock\n console.log(\"PUPPYPATH\", JSON.stringify(out));\n return out;\n } catch (err) {\n out.ok = false;\n out.error = String(err);\n await saveLastError({ at: new Date().toISOString(), error: String(err) }).catch(() => {});\n // v1.2 — even on a crashed run, persist whatever state mutations happened before the crash\n // (sends already persisted individually; this catches transitions) and the journal rows.\n await saveReport(out).catch(() => {});\n await appendJournal(journal).catch(() => {});\n await blob.setJSON(\"puppy_run_lock\", { startedAt: null }).catch(() => {});\n console.log(\"PUPPYPATH\", JSON.stringify(out));\n return out;\n }\n}\n\n// ---- booking-link shortener (spec §7) --------------------------------------------------\n// (full note moved to NOTES-v1.4.md when this file hit val.town's 80,000-char ceiling)\nexport async function bookingRedirect(_req: Request): Promise {\n return Response.redirect(REAL_BOOKING_URL, 302);\n}\n\n// ---- exports for the local test harness (puppy-path-engine.test.ts) -------------------------------\n\nexport {\n decideAction,\n applyDecision,\n renderStep,\n resolveDogName,\n resolveFirstName,\n applyMergeFields,\n isDue,\n freshState,\n pickPrimaryOpportunity,\n apptIsLiveBooked,\n bodyToHtml,\n // v1.1 pure additions\n businessLocalParts,\n inSendWindow,\n selectEnrollable,\n buildSummary,\n pruneState,\n MAIN_SEQUENCE,\n BRANCH_A,\n BRANCH_B,\n STAGE,\n MAIN_PIPELINE_ID,\n TAG_ENROLLED,\n TAG_SOURCE_SIGNAL,\n PUP_TALK_DECLINED_TAG,\n PHONE_DISPLAY,\n REAL_BOOKING_URL,\n SHORT_BOOKING_LINK,\n TERMINAL_STATUSES,\n DAY_MS,\n HOUR_MS,\n TEST_MODE,\n // v1.7 — slow track\n slowTemplateAt,\n nextSlowTouch,\n monthlyTemplateFor,\n};\nexport type { PuppyState, PuppyStatus, Facts, Decision, ContactFact, OppFact, ApptFact, MessageTemplate, RenderedMessage };\n",[173],"091de853-c139-4f22-b2e0-c7074a9022c5",["D",1785851847822],3,[28],"51bc55ba-f13d-4265-8a6f-81e07f6b53cf","aged.ts","58225aaa-8e77-11f1-90c9-1607ee4eb77e",15,["D",1785678976395],"// AGED-LIST SEGMENTER AND RELEASE PLANNER — built 2 Aug 2026.\n//\n// WHY THIS EXISTS\n// The plan of record was \"release the 3,206 dormant New Lead contacts by email, a few hundred a\n// week.\" Before building the machine, the audience was measured. It does not exist in the shape the\n// plan assumed:\n//\n// 3,426 opportunities sit in New Lead (not 3,206 — it grows ~12/day)\n// 177 (5.2%) have an email address\n// 766 (22.4%) have a phone number\n// 2,655 (77.5%) have NEITHER — they are Messenger-only contacts and cannot be emailed or texted\n//\n// Verified twice: once from the opportunity payload's embedded contact, then again by re-fetching\n// 25 of the \"no email\" contacts individually with GET /contacts/{id} — 0 of 25 had a hidden email.\n// So the email-only launch reaches 177 people, not three thousand.\n//\n// Age was also assumed wrong. Nothing in the backlog is older than 292 days; the oldest month is\n// October 2025 and only 328 rows are from 2025 at all. Median age is 109 days.\n//\n// This endpoint keeps that truth live rather than frozen in a document: it re-measures on demand,\n// segments the backlog by what can actually be done with each person, and produces the batch plan.\n//\n// WHAT IT WILL NOT DO\n// It never sends. It plans. Releasing anyone is a separate, deliberate act by a human, and the\n// copy for this path has not been approved by the client. `?k=…&plan=1` returns the batch list;\n// there is no endpoint here that hands that list to a sender.\n//\n// QUOTA (this is the R19 fix in miniature)\n// A full walk is 35 paginated calls. That is far too much to do on every 15-minute engine tick, so\n// the result is cached in the `aged_segments` blob with a timestamp and only recomputed when asked\n// or when older than CACHE_TTL. The engine never calls this; it is an operator tool.\n//\n// ?k= segment summary (cached)\n// ?k=&fresh=1 force a re-measure from the live CRM\n// ?k=&plan=1 the batch release plan\n// ?k=&f=json raw JSON of whichever of the above applies\n\n// ---- auth ------------------------------------------------------------------------------------\n// v2 (2 Aug, after the adversarial pass): the key is NOT in this file. val.town vals are PUBLIC —\n// proved by fetching this very source with no token — so a literal key here was readable by anyone\n// who found the val, which meant anyone could read Kim's data, stop her system, or trigger a run.\n// Only the SHA-256 digest lives in source now. The digest is useless to a reader and sufficient for\n// a comparison, so publishing the code no longer publishes the secret.\nconst KEY_SHA256 = \"48cd12465712045f70247da1689eeb198a4ce2d98416d8e52fb844581f044f15\";\n\nasync function sha256Hex(s: string): Promise {\n const b = await crypto.subtle.digest(\"SHA-256\", new TextEncoder().encode(s));\n return [...new Uint8Array(b)].map((x) => x.toString(16).padStart(2, \"0\")).join(\"\");\n}\n\nasync function authorised(k: string): Promise {\n const override = Deno.env.get(\"NURTURE_ADMIN_KEY_SHA256\");\n const expected = override || KEY_SHA256;\n const got = await sha256Hex(k);\n // Constant-time over equal-length hex digests.\n if (got.length !== expected.length) return false;\n let d = 0;\n for (let i = 0; i < got.length; i++) d |= got.charCodeAt(i) ^ expected.charCodeAt(i);\n return d === 0;\n}\nconst GHL = \"https://services.leadconnectorhq.com\";\nconst LOC = \"BQHJ19uohldYe3eqA0bl\";\nconst PIPE = \"FXt1UpCVBufbF0v3pfyf\";\nconst NEW_LEAD = \"ccb18375-9aa1-40aa-a071-1581ca739533\";\nconst CACHE_KEY = \"aged_segments\";\nconst CACHE_TTL_MS = 12 * 3600 * 1000;\n\n// Batch policy. Email first, small, watching between batches — a burst to a stale list is how a\n// sending reputation dies, and this list is stale by construction.\nconst BATCH_SIZE = 60;\nconst BATCHES_PER_WEEK = 1;\n\nasync function blobMod() { return (await import(\"https://esm.town/v/std/blob\")).blob; }\n\n\nasync function token(): Promise {\n const env = Deno.env.get(\"GHL_TOKEN\");\n if (env) return env;\n const blob = await blobMod();\n const cfg = await blob.getJSON(\"puppy_config\").catch(() => null);\n return cfg?.ghlToken;\n}\n\nasync function walkNewLead() {\n const t = await token();\n if (!t) throw new Error(\"no CRM credential resolved\");\n const rows: any[] = [];\n let after: any = null, afterId: any = null, pages = 0;\n while (pages < 45) {\n let u = `${GHL}/opportunities/search?location_id=${LOC}&pipeline_id=${PIPE}&pipeline_stage_id=${NEW_LEAD}&limit=100`;\n if (after != null) u += `&startAfter=${after}&startAfterId=${afterId}`;\n const r = await fetch(u, { headers: { Authorization: `Bearer ${t}`, Version: \"2021-07-28\", Accept: \"application/json\" } });\n if (!r.ok) throw new Error(`opportunities/search ${r.status}`);\n const d = await r.json();\n const ops = d.opportunities ?? [];\n if (!ops.length) break;\n rows.push(...ops);\n pages++;\n after = d.meta?.startAfter; afterId = d.meta?.startAfterId;\n if (!after) break;\n }\n return { rows, pages };\n}\n\n// A lead nobody can reach is not a lead. A lead who only ever spoke on Messenger cannot be emailed or\n// texted at all — Meta's 24-hour messaging window closes that door, and pretending otherwise is how a\n// nurture plan produces a number that never arrives.\nfunction segment(rows: any[]) {\n const now = Date.now();\n const seg: Record = { emailable: [], phoneOnly: [], unreachable: [], excluded: [] };\n const ageBuckets: Record = { \"0-30d\": 0, \"31-90d\": 0, \"91-180d\": 0, \"181-365d\": 0, \"365d+\": 0 };\n const years: Record = {};\n const seenEmail = new Set(), seenPhone = new Set();\n let dupes = 0;\n\n for (const o of rows) {\n const c = o.contact ?? {};\n const email = String(c.email ?? \"\").trim().toLowerCase();\n const phone = String(c.phone ?? \"\").trim();\n const tags: string[] = (c.tags ?? []).map((x: string) => String(x).toLowerCase());\n const created = o.createdAt ? new Date(o.createdAt).getTime() : null;\n const ageDays = created ? Math.floor((now - created) / 86400000) : null;\n\n if (created) {\n const y = new Date(created).getUTCFullYear();\n years[y] = (years[y] ?? 0) + 1;\n const a = ageDays!;\n ageBuckets[a <= 30 ? \"0-30d\" : a <= 90 ? \"31-90d\" : a <= 180 ? \"91-180d\" : a <= 365 ? \"181-365d\" : \"365d+\"]++;\n }\n\n const rec = { contactId: o.contactId, name: c.name ?? null, email: email || null, phone: phone || null, ageDays, tags };\n\n // Exclusions come first and are absolute.\n const isSpam = tags.some((t) => t.includes(\"spam\"));\n const isCustomer = tags.includes(\"customer\") || tags.includes(\"subscription_active\");\n const alreadyOnAPath = tags.some((t) => t.startsWith(\"puppy-path\") || t.startsWith(\"path-\") || t.includes(\"nurture\"));\n if (isSpam || isCustomer || alreadyOnAPath) { seg.excluded.push({ ...rec, why: isSpam ? \"flagged spam\" : isCustomer ? \"already a customer\" : \"already on a nurture path\" }); continue; }\n\n // Same person twice is one person. Dedupe on the strongest identifier available.\n const k = email || phone;\n if (k) {\n const set = email ? seenEmail : seenPhone;\n if (set.has(k)) { dupes++; seg.excluded.push({ ...rec, why: \"duplicate of an earlier row\" }); continue; }\n set.add(k);\n }\n\n if (email) seg.emailable.push(rec);\n else if (phone) seg.phoneOnly.push(rec);\n else seg.unreachable.push(rec);\n }\n\n // Oldest first: they have waited longest and are the least likely to remember enquiring, so they\n // are also the batch most worth watching the opt-out rate on.\n seg.emailable.sort((a, b) => (b.ageDays ?? 0) - (a.ageDays ?? 0));\n seg.phoneOnly.sort((a, b) => (b.ageDays ?? 0) - (a.ageDays ?? 0));\n\n return { seg, ageBuckets, years, dupes };\n}\n\nfunction plan(emailable: any[]) {\n const batches: any[] = [];\n for (let i = 0; i < emailable.length; i += BATCH_SIZE) {\n batches.push({\n batch: batches.length + 1,\n weekOffset: batches.length * (1 / BATCHES_PER_WEEK),\n size: emailable.slice(i, i + BATCH_SIZE).length,\n oldestAgeDays: emailable[i]?.ageDays ?? null,\n contactIds: emailable.slice(i, i + BATCH_SIZE).map((r) => r.contactId),\n });\n }\n return batches;\n}\n\nasync function measure(fresh: boolean) {\n const blob = await blobMod();\n if (!fresh) {\n const cached = await blob.getJSON(CACHE_KEY).catch(() => null);\n if (cached?.at && Date.now() - new Date(cached.at).getTime() < CACHE_TTL_MS) return { ...cached, fromCache: true };\n }\n const { rows, pages } = await walkNewLead();\n const { seg, ageBuckets, years, dupes } = segment(rows);\n const out = {\n at: new Date().toISOString(),\n fromCache: false,\n apiCallsUsed: pages,\n total: rows.length,\n counts: {\n emailable: seg.emailable.length,\n phoneOnly: seg.phoneOnly.length,\n unreachable: seg.unreachable.length,\n excluded: seg.excluded.length,\n duplicatesRemoved: dupes,\n },\n ageBuckets, years,\n batchPolicy: { size: BATCH_SIZE, perWeek: BATCHES_PER_WEEK, channel: \"email only\" },\n weeksToClear: Math.ceil(seg.emailable.length / (BATCH_SIZE * BATCHES_PER_WEEK)),\n emailable: seg.emailable,\n phoneOnly: seg.phoneOnly.slice(0, 200),\n excludedSample: seg.excluded.slice(0, 50),\n };\n await blob.setJSON(CACHE_KEY, out).catch(() => {});\n return out;\n}\n\nfunction pct(n: number, d: number) { return d ? `${((n / d) * 100).toFixed(1)}%` : \"0%\"; }\n\nfunction html(d: any) {\n const c = d.counts;\n const rows = (d.batches ?? []).slice(0, 12).map((b: any) =>\n `${b.batch}week +${b.weekOffset}${b.size}${b.oldestAgeDays ?? \"—\"} days`).join(\"\");\n return `Aged list — what is actually there\n\n
The dormant list — what is actually in it
\n
Measured from the live CRM ${d.fromCache ? \"(cached \" + String(d.at).slice(0, 16).replace(\"T\", \" \") + \" UTC)\" : \"just now\"} · ${d.apiCallsUsed ?? \"—\"} API calls
\n
The plan assumed roughly 3,200 people who could be emailed. They cannot.\nOf ${d.total} contacts sitting in New Lead, ${c.emailable} have an email address —\n${pct(c.emailable, d.total)}. ${c.unreachable} (${pct(c.unreachable, d.total)}) have neither an email\nnor a phone number: they only ever spoke through Messenger, and Meta's 24-hour rule closes that door.
\n
Who can actually be contacted
\n\n\n\n\n
Segment Count Share What can be done
Has an email ${c.emailable} ${pct(c.emailable, d.total)} The email release. This is the real audience.
Phone only ${c.phoneOnly} ${pct(c.phoneOnly, d.total)} SMS — held until numbers are validated. Stale numbers get a business flagged by carriers.
Neither ${c.unreachable} ${pct(c.unreachable, d.total)} Nothing by email or text. Reachable only inside Messenger, within Meta's window.
Excluded ${c.excluded} ${pct(c.excluded, d.total)} Already customers, already on a path, flagged spam, or duplicates.
\n
How old it really is
\n${Object.entries(d.ageBuckets || {}).map(([k, v]) => ``).join(\"\")}
Age Count
${k} ${v}
\n
By year created: ${Object.entries(d.years || {}).map(([k, v]) => `${k} ${v}`).join(\" · \")}. Nothing in this list is more than a year old.
\n${rows ? `
The release plan
${rows}
Batch When People Oldest in batch
\n
${d.batchPolicy.size} per batch, ${d.batchPolicy.perWeek} batch per week, email only, oldest first — ${d.weeksToClear} week(s) to work through everyone who can be reached.
` : \"\"}\n
Nothing here sends anything. This page measures and plans. Releasing a batch is a separate deliberate action, and the copy for this path has not been approved yet.
`;\n}\n\nexport default async function (req: Request): Promise {\n const url = new URL(req.url);\n if (!(await authorised(url.searchParams.get(\"k\") || \"\"))) {\n return new Response(\"Not found\", { status: 401, headers: { \"content-type\": \"text/plain\" } });\n }\n try {\n const d: any = await measure(url.searchParams.get(\"fresh\") === \"1\");\n if (url.searchParams.get(\"plan\") === \"1\") d.batches = plan(d.emailable ?? []);\n if (url.searchParams.get(\"f\") === \"json\") {\n return new Response(JSON.stringify(d, null, 2), { headers: { \"content-type\": \"application/json\", \"cache-control\": \"no-store\" } });\n }\n if (!d.batches) d.batches = plan(d.emailable ?? []);\n return new Response(html(d), { headers: { \"content-type\": \"text/html; charset=utf-8\", \"cache-control\": \"no-store\" } });\n } catch (e) {\n return new Response(JSON.stringify({ error: String(e).slice(0, 500) }, null, 2), { status: 500, headers: { \"content-type\": \"application/json\" } });\n }\n}\n",[186],"f4c07b43-125c-4475-9f3f-9101290a7cbb","NOTES-v1.4.md","7fc16eb4-8e83-11f1-bea8-1607ee4eb77e",18,["D",1785683085978],"# NOTES — v1.4, 2 August 2026\n\nWhy the v1.4 changes exist. Moved out of main.ts because val.town caps a single file at 80,000\ncharacters and the reasoning was worth more than the space it cost inline.\n\nEvery item below came from a 14-agent adversarial pre-mortem (7 lenses, each finding handed to an\nindependent refuter: 62 raised, 7 killed, 55 survived). These are the six that were fixed.\n\n---\n\n## R19b — due-first filtering (the real quota fix)\n\n---- v1.4 (2 Aug) — R19b: DUE-FIRST FILTERING. The real quota fix. -------------------------\nv1.3 fixed the enrolment scan. The adversarial refuter went further and was right: this loop\nstill made three API calls per contact per run (contact, opportunities, conversations) plus a\ndeliberate 120ms pace. At one test contact that is nothing. At backlog scale it is ~9,600\nrequests and ~45 minutes per run — past every val.town execution timeout and past GHL's daily\ncap, and GHL answers sustained overload with 401/403, so the engine would have looked\ncredential-broken while quietly starving.\n\nThe fix costs nothing because the answer is already in the blob: isDue() and the sequence\noffsets are pure functions of state. If a contact's next message is not due, no send can\nhappen this run, so there is no reason to ask the CRM anything about them. On a 12-touch,\n3-week path roughly 1-2% of a population is due on any given tick — so per-run cost drops\nfrom O(enrolled) to O(due).\n\nTwo deliberate safety valves, because \"cheaper\" must never mean \"blinder\":\n1. SAFETY_SWEEP_HOURS — every contact still gets a full check at least once a day even when\nnothing is due, so exits (opted out, became a customer, booked) never go stale for long.\n2. Anyone with no lastCheckedAt, or in a status this shortcut does not model, falls through\nto the full check. The skip is opt-in per known-safe case, not a default.\n\n---\n\n## R21 — reply detection was blind to any outbound after the reply\n\n---- v1.4 (2 Aug) — R21: an outbound message used to hide a reply completely ----------------\nThe adversarial pass found the hole and it is a real one on THIS account. This reads a single\ndenormalised field on the newest conversation. Chloe answers the phone, Ava answers Facebook and\nInstagram, and 165 published workflows send things — so a customer can reply, get an automated\noutbound seconds later, and the direction field flips to \"outbound\". The engine then reads \"no\nreply\" and carries on messaging somebody who is mid-conversation with the business.\n\nunreadCount is the second, independent signal: GHL increments it on inbound and only clears it\nwhen a human opens the thread. An outbound does NOT clear it. So an unread thread means somebody\nwrote in and nobody has looked — which is exactly the state that must block a send, whatever the\nlast message happened to be. Verified present on 25/25 live conversations, 2 Aug.\n\n---\n\n## R22 — paused_reply had no exit\n\n---- v1.4 (2 Aug) — R22: paused_reply had no exit --------------------------------------\nReplying is engagement — it is the outcome the whole sequence exists to produce. But a\npaused contact stayed paused forever unless a human edited the blob by hand, which nobody\nwas ever going to do. So the most engaged leads quietly became the ones nothing happened to,\nand they sat in the \"active\" count making the dashboard look busier than the business was.\n\nNow: if a pause has gone this long with nobody acting on it, the engine raises a SECOND task\nsaying so, and lets them go rather than holding them in limbo. Deliberately does not resume\nthe sequence — someone wrote to this business and got no reply, and the fix for that is a\nperson, not another automated message.\n\n---\n\n## R23 — position is an array index\n\nv1.4 — R23: position is stored as an array index (lastMainStepSent). Insert a message\nat position 3 and every in-flight contact silently re-points at the wrong step —\nsomebody mid-sequence gets the wrong email and nothing anywhere says so. Recording the\nstep ID alongside the index does not fix the model, but it makes the drift DETECTABLE:\non the next send the engine compares what it is about to send against what it last\nsent, and says so in the journal if the sequence has moved underneath somebody.\n\n---\n\n# APPENDIX — build history moved out of main.ts\n\n---- v1.1 (27 Jul 2026, late) — five upgrades from the pre-deploy live review -------------------\nLive verification against the real account (verify-live-reads.py, read-only) found that the\ndiscovery tag \"nurture - puppy\" matches ZERO contacts — no spelling variant matches anyone, and\nthe newest 15 real New Lead contacts carry only \"messenger\"/campaign tags. There is no automatic\npuppy-vs-adult signal in the account's data model (age lives only in Ava's chat transcripts). So:\n\n1. ENROLLMENT IS HUMAN-GATED, by design not accident: applying the source tag to a contact IS the\nenrollment action (\"tag them and the system takes over\"). The New-Lead-stage requirement from\nspec §5's auto-discovery framing is deliberately DROPPED — under human gating the tag is\nexplicit intent, and silently ignoring a deliberately-tagged contact because their opportunity\nsits in a different stage would read as \"the system is broken.\" The safety guards that remain\n(already-customer, live-booking-already-exists, DND via rule 1 on first pass) block enrollment\noutcomes that would be WRONG, not merely unusual. Tag is env-overridable (TAG_SOURCE_SIGNAL).\n2. ENROLLMENT SURGE HOLD: normal operation is a few tags a day. If one run finds more than\nENROLL_SURGE_THRESHOLD (default 25) un-enrolled tag matches, someone bulk-tagged — the run\nenrolls NOBODY, journals the hold loudly, and keeps holding until a human either removes the\nbulk tags or sets ACKNOWLEDGE_SURGE=true. Already-enrolled contacts keep processing normally\nduring a hold. This is what protects a live account from a day-one accidental blast.\n3. SEND WINDOW: messages only go out 09:00–19:00 America/New_York (env: SEND_WINDOW_START_HOUR /\nSEND_WINDOW_END_HOUR), and SMS additionally never on Sunday (env SMS_SUNDAY_OK=true to allow;\nThe Dogs Spot is closed Sundays — a business texting on its day off invites replies nobody\nanswers). A due-but-out-of-window message simply waits for the next in-window run; offsets\nstill anchor to enteredAt, so nothing else shifts. Spec line ~222 explicitly accepted the\nlate-night case as a known limitation; this removes it.\n4. PAUSED CONTACTS GET A LIGHTWEIGHT PASS (v1.2 revision of v1.1's full skip): spec defines no\nresume path from paused_reply (a human reply permanently hands the conversation to a human —\nwriting sheet §4's own philosophy). v1.1 skipped paused contacts entirely; the adversarial\nreview showed that also disabled the DND/disqualified/became-customer rules for them, so a\npaused contact who later bought was never counted or retired. v1.2: paused contacts get a\n2-read safety pass (contact + opportunities; reply check pinned failed-closed so a send is\nstructurally impossible) — hard exits still fire, sends never do. Un-pausing is a deliberate\nhuman act: set the contact's status back to \"main\" in the puppy_state blob. Do NOT delete the\nentry — the puppy-path-v1 tag blocks re-discovery, so deletion just orphans them.\n5. ONE CALENDAR FETCH PER RUN, not per contact: the Pup Talk calendar holds 143 events in the\n±90d window (measured live) and the old shape re-downloaded all of them for every active\ncontact every run. Now fetched once per run and indexed by contactId.\nPlus: puppy_journal (append-only, capped 2000 rows — enrollments, sends, exits, pauses, holds,\nfailures) and puppy_summary (per-status counts, sends by step, exits by reason, booked-during-\npath, customers-during-path) — the numbers Kim's 30-day report needs, accumulated from day one,\nreadable by the watchdog. State hygiene: terminal entries untouched for 60+ days are pruned from\npuppy_state (their history stays in puppy_journal; the puppy-path-v1 tag still prevents\nre-enrollment).\n---\n\n# APPENDIX — long inline notes moved out of main.ts\n\nPUPPY PATH ENGINE v1.1 — nurture automation for The Dogs Spot's puppy leads (built 27 Jul 2026;\nv1.1 same evening — see the v1.1 addendum block below for what changed and why)\n\nWHY THIS EXISTS AS A VAL, NOT A NATIVE GHL WORKFLOW:\nGHL's public API cannot create or edit workflow steps — UI-only, no way around it — and the\nworkflow-builder UI itself was tested this session via browser automation and found completely\nunresponsive (clicks/scroll/keyboard, across multiple tabs and domains — not a one-off glitch).\nSo this is a val.town script driven by the GHL REST API instead, matching this account's own\nexisting idiom. Follows PupsClub-AutoSend-val-v2.1.ts's conventions closely on purpose: same j()\nfetch helper, same Deno.env.get-driven TEST_MODE-defaults-true pattern, same blob-based state,\nsame wrapped-in-try/catch-writes-a-state-blob-every-run structure, same per-recipient try/catch\ninside the send loop.\n\nHOW IT WORKS:\nOne state blob (puppy_state), keyed by contactId, tracks each enrolled contact's position in\neither the 8-message main sequence or one of two post-Pup-Talk branches (A: no-show, B: had the\ncall, didn't buy). Each cron run walks every contact currently in that state (plus, outside\nTEST_MODE, discovers new puppy-tagged leads to enroll) and re-evaluates a FIXED priority list of\nexit/branch rules (spec §5, rules 1-10 below, plus two additions flagged where they occur) top to\nbottom — first match wins. Only if nothing else matches does it fall through to \"send whatever's\nnext due.\" Every safety exit (DND, disqualified, became a customer, human reply pending) is\nchecked BEFORE a send is ever considered, every single run, for every contact, regardless of what\nstatus they were in a moment ago — that ordering is the whole safety model.\n\nHARD SAFETY INVARIANT (non-negotiable — Amir's written promise to Kim: \"nothing gets switched on in\nthe meantime\"):\nTEST_MODE defaults true. When true, this script never looks at a real contact at all — discovery\nis skipped outright, and the only contact it ever touches is one fixed dummy resolved via\ncontacts/upsert (firstName \"ZZTEST\", lastName \"PuppyPath-Dummy\", email aizhigitovamir@gmail.com —\nAmir's own inbox, safe to actually deliver to). Going live is a deliberate later step someone takes\non purpose (flip TEST_MODE=false as an env var) — not something that happens by forgetting a flag.\n\nGUARDRAILS:\n- \"[TEST] \" prefix on every subject line / SMS body while TEST_MODE, so a real send during testing\nis unmistakable — matches the PupsClub val's own convention exactly. Deliberately kept OUT of the\nemail body itself so the client-approved copy stays byte-for-byte verbatim; the subject prefix\nalone is enough to make a test send unmistakable without touching approved wording.\n- Per-contact try/catch inside the main loop (matches the PupsClub val's per-recipient try/catch)\n— one contact's transient API failure doesn't block the rest of that run's contacts.\n- State is written AFTER a successful send, not before — deliberately the opposite of the PupsClub\nval's \"write state before sending\" choice, because the failure mode being defended against is\ndifferent here. That script defends against a duplicate blast to many recipients from an\noverlapping run (one session opening, many people to text). This one processes contacts one at a\ntime in a single sequential loop, so the real risk is a step being marked \"sent\" and then never\nactually going out because the network call failed. A duplicate nurture message on a rare retry\nis a minor annoyance; a silently-skipped one is a message someone was promised and never got.\n- Exit/branch priority order is fixed and total (rules 1-10 below) — every contact is walked\nthrough the SAME order every run, so DND / disqualified / became-a-customer / human-reply always\noutrank a scheduled send, never the other way round.\n\nTWO GENUINE GAPS FOUND WHILE BUILDING THIS, NOT WORKED AROUND, FLAGGED HERE ON PURPOSE:\n1. GET /conversations/search — the call rule 5 (inbound-reply detection) needs — returns 401 \"The\ntoken is not authorized for this scope\" on this account's current PIT token. Tested directly\nthis session: with and without contactId, on both 2021-07-28 and 2021-04-15 API versions, all\nfour combinations 401 identically. This means reply-pause (arguably the single most\nsafety-critical rule in the whole spec) cannot actually run live with today's credential.\ngetReplyStatus() below fails CLOSED on this — it does not fabricate a \"no reply\" result, it\nreports conversationCheckFailed=true, and decideAction() treats that as \"do not send anything to\nthis contact this run,\" full stop (see rule 5 below). Practical consequence: AS CURRENTLY\nCREDENTIALED, this engine cannot send anything at all outside TEST_MODE, because the reply-check\nalways fails closed for every contact — which is an extra, accidental safety margin on top of\nthe TEST_MODE flag, but it is a real gap that needs a broader-scoped PIT token before this is\nactually USEFUL live, not just safe. Side note: inspect-dummy.sh's own conversations/search call\nwould silently render this exact 401 as \"(no conversation)\" — its error handling can't tell\n\"genuinely nothing sent\" apart from \"the API call itself failed.\" Worth fixing there too;\nflagged here since it surfaced while building this.\n2. The Pup Talk \"declined / not now\" outcome signal (rule 8) doesn't exist yet as its own thing.\nPer spec, this should key off the TDS-Declined tag being built for the separate front-desk\ntask-layer project (BUILD-CHECKLIST-UI.md). That tag did not exist as of the 26 Jul build\nchecklist (\"Settings -> Tags has no existing TDS-Bought, TDS-Declined, TDS-Nurture\"). Checked\nagain this session via contacts/search filtered by tag (contains_set operator, confirmed correct\nvia the account's own validation-error message listing valid operators) — zero contacts carry\nit, but that is a weak signal: a tag can exist in Settings -> Tags with nobody on it yet, and\nthis token cannot read Settings -> Tags directly (401, same scope gap as #1) to check for real.\nTreated as NOT CONFIRMED LIVE. PUP_TALK_DECLINED_TAG below is a clearly-named constant, not\ninvented behavior — wire the real value in once confirmed rather than guessing.\n\nState blobs: puppy_state (per-contact, keyed by contactId) · puppy_run_state (per-run report,\nmirrors pups2_state in the PupsClub val) · puppy_last_error (same pattern) · puppy_journal\n(append-only event history, v1.1) · puppy_summary (aggregate stats rebuilt every run, v1.1).\n\nBuild history (v1.1 addenda, v1.2 hardening, the two gaps found while building) moved to\nNOTES-v1.4.md when this file hit val.town's 80,000-character ceiling. Nothing was deleted.\n\n---\n\n---- v1.4 (2 Aug) — OPT-OUT FURNITURE, appended at render time, never written into the copy ----\nThe adversarial pass checked the shipped templates and found the thing everyone had assumed was\nthere: not one of the five SMS says STOP, and not one of the seven emails carries an unsubscribe\nline. An earlier risk register claimed opt-out wording was present. It was not. Retracted.\n\nThis is appended by the renderer rather than edited into puppy-messages.ts on purpose, for three\nreasons. It keeps the client-approved wording byte-for-byte, so what Kim signs off is what she\nwrote. It cannot be forgotten on a new path — every message rendered by this engine carries it,\nincluding the five paths whose copy has not been written yet. And it is one line to change if the\nwording ever needs to.\n\nThe SMS line is deliberately short: at 39 characters it costs a fraction of a segment, and the\n320-char ceiling is checked against the FINAL rendered body, furniture included, so a message can\nnever be pushed over the limit by the thing that makes it compliant.\n\n---\n\nRule 4b — booked something else entirely (Free Training Day). NOT an explicit numbered rule in\nspec §5 (which only names Customer/Won-Paid/monetaryValue for rule 4), but the WRITING SHEET's §4\nexits are unambiguous: \"If they book anything else... A paid service, a Free Training Day, walking\nin and booking at the desk - any of it ends this sequence.\" Free Training Day is its own pipeline\nstage with no monetary value (it's free), so spec's literal rule 4 wording doesn't actually catch\nit — a real gap between the spec and the writing sheet's own stated intent, not a content\ndisagreement (spec says content loses to the writing sheet, mechanism wins to the spec; this is\nneither — it's a rule the spec's enumeration simply left out). Resolved here rather than left\nbroken. This also happens to be the only sensible use for the \"done_booked\" terminal status the\nstate type declares but no other rule in §5 ever assigns.\n\n---\n\nRule 6b (v1.2) — REBOOKED while in a branch. Found independently by the adversarial review and the\nfuzz round (concrete trace: contact no-shows -> branch_a -> books a new Pup Talk two weeks out ->\nv1.1 still sent branch_a-2 \"Let's find another time\" for an appointment they'd already replaced,\nthen went terminal and stopped watching the new appointment entirely). If a live booking exists\nwhose start time is NEWER than the branch anchor (i.e., it's a different, later appointment than\nthe one that put them in the branch), the branch conversation is obsolete: go back to\nawaiting_appt_outcome and track the new appointment's outcome like any other. Rules 7/8 then\nre-fire off the NEW appointment — including a second no-show correctly re-entering branch_a with\nthe new anchor.\n\n---\n\n---- v1.3 (2 Aug 2026) — R19: THE ENROLMENT-SCAN QUOTA FIX -------------------------------------\nRaised by the adversarial pre-mortem and NOT refuted. The enrolment loop called\ngetOpenOpportunities() once per candidate. With one or two human-tagged candidates that is\nnothing; the day the dormant backlog is released it is one API call per candidate per run, on top\nof the walk itself, and GHL answers sustained overload with 401/403 rather than 429 — so the\nengine would not merely slow down, it would look credential-broken while quietly starving.\n\nThe fix is the same shape as the calendar index directly below, which already solved this problem\nonce for appointments: fetch the exit-triggering stages ONCE per run and index them by contactId.\nA candidate absent from the index has no disqualifying opportunity, which is the only question\nenrolment eligibility actually asks. Cost goes from O(candidates) to O(exit-stage size) — and\nthose stages are small, because the pipeline's own census puts Customer / Won-Paid / Onboarding\nat zero and Free Training Day and Disqualified in the low hundreds.\n\nDeliberately NOT applied to already-enrolled contacts: their per-contact read also has to catch a\nmonetaryValue > 0 opportunity sitting in any stage at all, and that population is bounded by the\nsurge guard, so it was never the blowout. Precision beats a clever sweep here.\n\n---\n\nField name NOT independently proven this session (the 401 blocked confirming it) — trying the\nconventional GHL field defensively. v1.2 tightened two ways after the adversarial round:\n1. STRICT direction validation — only the literal strings \"inbound\"/\"outbound\" count as a\nreadable signal. The old `direction == null` check let a falsy-but-not-nullish value (e.g.\nan empty string on a malformed conversation record) slip through as \"confirmed no reply\" —\nthe exact unrecognized-shape case fail-closed exists to catch.\n2. TEMPORAL scoping — an inbound message that predates this contact's enrollment is a historic\nconversation someone already handled (e.g. a \"do you do daycare?\" text from months ago), not\na reply to this sequence. Without this, such contacts would pause permanently before their\nfirst message ever sent. If no usable timestamp field exists on the record, we conservatively\ntreat the inbound as blocking (pause) rather than ignoring it. Timestamp field names are\nbest-effort until the scope unblocks and the real shape can be confirmed live.\n\n---\n\nv1.2 — paused_reply contacts get a LIGHTWEIGHT safety pass instead of v1.1's full skip.\nThe adversarial round showed the full skip quietly disabled rules 1/3/4 for paused contacts:\nsomeone who replied and later BOUGHT stayed \"paused_reply\" forever, was never counted as a\ncustomer, and never aged into pruning. Now: two cheap reads (contact + opportunities), no\nreply/no-calendar calls, conversationCheckFailed pinned true so rule 5 structurally blocks\nany send — only the hard-exit rules can fire. Un-pausing for real remains a human act: set\nthe contact's status field back to \"main\" in the puppy_state blob (do NOT delete the entry —\nthe puppy-path-v1 tag blocks re-discovery, so a deleted entry just orphans them; header docs\nupdated accordingly).\n\n---\n\n---- booking-link shortener (spec §7) ---------------------------------------------------------\nPurpose: message copy references one short, stable link; if the real booking URL ever changes, one\nline changes (REAL_BOOKING_URL above) instead of eight message templates.\n\nDeployment note, honestly flagged rather than guessed at: a single val.town val has one default\nexport, which is this file's cron() entry point. Whether val.town's current UI can attach a second,\nHTTP trigger to a NAMED export (not the default) on the SAME val was not verified this session —\nVT_TOKEN was unavailable, so nothing could be deployed to check. If it can, wire this function up\ndirectly. If not, the fallback is a second, tiny val: two lines, importing REAL_BOOKING_URL from\nthis file and re-exporting a redirect as ITS default export. Either way this is a convenience, not a\ncritical system, exactly as spec §7 frames it — kept deliberately simple.",[193],"pulls","branches","forks","envVars",{"_206":208,"_209":62},"connections",{"_206":62,"_207":62},"count","unfilledCount",7,"emptyCount",{"_43":192,"_32":193,"_30":194,"_141":-5,"_41":42,"_40":195,"_143":25,"_38":240,"_13":62,"_33":20,"_35":197,"_24":25,"_147":-5,"_219":241,"_27":242},{"_43":185,"_32":186,"_30":187,"_141":-5,"_41":42,"_40":188,"_143":25,"_38":237,"_13":154,"_33":34,"_35":190,"_24":25,"_147":-5,"_219":238,"_27":239},{"_43":181,"_32":28,"_30":31,"_141":-5,"_41":42,"_40":14,"_143":25,"_38":234,"_13":183,"_33":34,"_35":37,"_24":25,"_147":-5,"_219":235,"_27":236},{"_43":172,"_32":173,"_30":174,"_141":-5,"_41":42,"_40":175,"_143":25,"_38":231,"_13":177,"_33":178,"_35":179,"_24":25,"_147":-5,"_219":232,"_27":233},{"_43":165,"_32":166,"_30":167,"_141":-5,"_41":42,"_40":168,"_143":25,"_38":228,"_13":162,"_33":34,"_35":170,"_24":25,"_147":-5,"_219":229,"_27":230},{"_43":157,"_32":158,"_30":159,"_141":-5,"_41":42,"_40":160,"_143":25,"_38":225,"_13":162,"_33":145,"_35":163,"_24":25,"_147":-5,"_219":226,"_27":227},{"_43":149,"_32":150,"_30":151,"_141":-5,"_41":42,"_40":152,"_143":25,"_38":222,"_13":154,"_33":34,"_35":155,"_24":25,"_147":-5,"_219":223,"_27":224},{"_43":138,"_32":139,"_30":140,"_141":-5,"_41":42,"_40":142,"_143":25,"_38":218,"_13":62,"_33":145,"_35":146,"_24":25,"_147":-5,"_219":220,"_27":221},["D",1785851834941],"children",[],[139],["D",1785678975976],[],[150],["D",1785851846791],[],[158],["D",1785678976840],[],[166],["D",1785851847402],[],[173],["D",1785851847822],[],[28],["D",1785678976395],[],[186],["D",1785683085978],[],[193],["D",1785429259053],["D",1789519842404],{"_99":98,"_107":103},{"_99":98,"_100":101,"_102":103,"_18":55,"_104":105,"_106":25},{"_13":88,"_32":89,"_43":42,"_90":44,"_91":-5,"_92":-5,"_93":-5,"_94":-5,"_95":-5,"_96":45,"_97":98},"ctx",{"_81":-5,"_127":281,"_282":283,"_284":285,"_286":25,"_287":25,"_288":25,"_289":58,"_290":-5,"_291":-7,"_292":-7,"_293":62,"_294":25,"_295":25,"_296":-5,"_297":25,"_298":25,"_299":25,"_300":-5},"ENV",{"_252":253,"_254":255,"_256":89,"_257":258,"_259":260,"_261":262,"_263":264,"_265":266,"_267":268,"_269":270,"_271":272,"_273":274,"_275":276,"_277":278,"_279":280},"REACT_APP_SENTRY_DSN","https://586020d86f05489db63a554690acf1e9@o1398359.ingest.sentry.io/6724499","RENDER_GIT_COMMIT","e87eb04e707cf64e7e532c8e8ec395f209e17f15","RENDER_GIT_BRANCH","POSTHOG_API_TOKEN","phc_nmoyuAkStEZuUp69rYlg1DZgrIt19Gx0Y4Hwf8tGgJP","POSTHOG_API_HOST","https://wart.val.town","WEB_API_TEMPLATE","https://{val}.web.val.run","APP_URL","https://www.val.town","MODULE_URL","https://esm.town","VANITY_WEB_API_TEMPLATE","https://{label}.val.run/","DENOLS_URL","https://lsp.val.town","NODE_ENV","production","CLOUDFLARE_TURNSTILE_SITE_KEY","0x4AAAAAACtaIZJH7s9rBMZ6","GOOGLE_CLIENT_ID","875989696899-jtsqkhlbdv5jrlsk8631p7ipjg3c6o62.apps.googleusercontent.com","STRIPE_PUBLISHABLE_KEY","pk_live_51N2zvWEpZTTLipIkVEwXrUG9AT0yeOOEYxszarZT1jpsZV58Ly6wlg3SltZpHN26CUalOBmUSY7adQRQiSkCZz2500qSXNkf8Y","API_URL","https://api.val.town",[],"preferencesKeybindings","default","preferencesTheme","light","preferencesFixers","preferencesCopilot","preferencesSelectionAi","preferencesCloseBrackets","preferencesChatPanelState","preferencesDprint","preferencesDenofmt","notificationCount","flagDenols","isBusinessOrgMember","businessOrgHandle","isBusinessOrgAdmin","isHigherTownieTier","navCollapsed","currentOrgId"]

Segment	Count	Share	What can be done
Has an email	${c.emailable}	${pct(c.emailable, d.total)}	The email release. This is the real audience.
Phone only	${c.phoneOnly}	${pct(c.phoneOnly, d.total)}	SMS — held until numbers are validated. Stale numbers get a business flagged by carriers.
Neither	${c.unreachable}	${pct(c.unreachable, d.total)}	Nothing by email or text. Reachable only inside Messenger, within Meta's window.
Excluded	${c.excluded}	${pct(c.excluded, d.total)}	Already customers, already on a path, flagged spam, or duplicates.

Diff · v23