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(dt - 5000) / 100 : null,\n fan: p.fan_speed?.value ?? 4,\n vsw: p.af_vertical_swing?.value ?? 0,\n vdir: p.af_vertical_direction?.value ?? 1,\n };\n }\n return st;\n}\n\nfunction panel(\n st: Record<\n string,\n {\n mode: number;\n sp: number;\n temp: number | null;\n fan: number;\n vsw: number;\n vdir: number;\n }\n >,\n) {\n const rows: unknown[] = [];\n for (const k of [\"S\", \"C\"]) {\n const s = st[k];\n const r = ROOMS[k];\n const info = `${r.name}: ${MODENAME[s.mode] || s.mode}${\n s.mode !== OFF ? \" \" + s.sp + \"°C\" : \"\"\n }${s.temp != null ? \" · \" + s.temp.toFixed(1) + \"°\" : \"\"} · 💨 ${\n FANNAME[s.fan] || s.fan\n }${s.vsw ? \" · ↕️\" : \"\"}`;\n rows.push([{ text: info, callback_data: \"R\" }]);\n rows.push([{ text: \"✅ Accendi\", callback_data: `${k}:on` }, {\n text: \"⛔ Spegni\",\n callback_data: `${k}:off`,\n }]);\n rows.push([{ text: \"➖\", callback_data: `${k}:-` }, {\n text: `${s.sp}°C`,\n callback_data: \"R\",\n }, { text: \"➕\", callback_data: `${k}:+` }]);\n rows.push([{ text: \"❄️ Cool\", callback_data: `${k}:cool` }, {\n text: \"💧 Dry\",\n callback_data: `${k}:dry`,\n }, { text: \"🌀 Vento\", callback_data: `${k}:fan` }]);\n rows.push([\n { text: \"🤫\", callback_data: `${k}:f0` },\n { text: \"Bassa\", callback_data: `${k}:f1` },\n { text: \"Media\", callback_data: `${k}:f2` },\n { text: \"Alta\", callback_data: `${k}:f3` },\n { text: \"Auto\", callback_data: `${k}:f4` },\n ]);\n rows.push([{ text: \"↕️ Oscilla\", callback_data: `${k}:vs` }, {\n text: \"⬆️ Su\",\n callback_data: `${k}:vu`,\n }, { text: \"⬇️ Giù\", callback_data: `${k}:vd` }]);\n }\n rows.push([{ text: \"🌡️ Temperature casa\", callback_data: \"T\" }]);\n rows.push([{ text: \"🏠 Casa\", callback_data: \"P:casa\" }, {\n text: \"🚪 Fuori\",\n callback_data: \"P:fuori\",\n }, { text: \"🔄 Aggiorna\", callback_data: \"R\" }]);\n return { inline_keyboard: rows };\n}\n\nexport default async function (req: Request): Promise {\n if (req.method !== \"POST\") return new Response(\"ok\");\n if (SECRET && req.headers.get(\"X-Telegram-Bot-Api-Secret-Token\") !== SECRET) {\n return new Response(\"forbidden\", { status: 401 });\n }\n const upd = await req.json();\n const cb = upd.callback_query;\n const msg = upd.message || upd.edited_message;\n const chat = cb ? cb.message.chat.id : msg?.chat.id;\n if (chat == null) return new Response(\"ok\");\n if (!ALLOWED.includes(String(chat))) {\n await tg(\"sendMessage\", {\n chat_id: chat,\n text:\n `⛔ Non autorizzato.\\nIl tuo ID Telegram è: ${chat}\\nPassalo a chi gestisce il bot per essere abilitato.`,\n });\n return new Response(\"ok\");\n }\n\n const token = await fgLogin();\n\n if (msg) {\n const st = await readStates(token);\n await tg(\"sendMessage\", {\n chat_id: chat,\n text: \"🌡️ Telecomando clima casa\",\n reply_markup: panel(st),\n });\n return new Response(\"ok\");\n }\n\n if (cb) {\n const data: string = cb.data;\n if (data === \"T\") {\n try {\n const s = await (await fetch(SENSORS_URL + \"?t=\" + Date.now())).json();\n const lines = (s.rooms || []).map((\n r: { name: string; t: number; h: number | null },\n ) => `${r.name}: ${r.t}°${r.h != null ? \" · \" + r.h + \"%\" : \"\"}`).join(\n \"\\n\",\n );\n await tg(\"answerCallbackQuery\", { callback_query_id: cb.id });\n await tg(\"sendMessage\", {\n chat_id: chat,\n text: `🌡️ Temperature casa (agg. ${s.updated || \"?\"})\\n${lines}`,\n });\n } catch (_e) {\n await tg(\"answerCallbackQuery\", {\n callback_query_id: cb.id,\n text: \"Errore lettura temperature\",\n });\n }\n return new Response(\"ok\");\n }\n let note = \"Fatto\";\n if (data === \"R\") {\n note = \"Aggiornato\";\n } else if (data.startsWith(\"P:\")) {\n await ghPresence(data.slice(2));\n note = data.slice(2) === \"casa\" ? \"🏠 Casa\" : \"🚪 Fuori\";\n } else {\n const [k, act] = data.split(\":\");\n const p = await fgProps(token, ROOMS[k].dsn);\n const sp = p.adjust_temperature.value / 10;\n if (act === \"on\" || act === \"cool\") {\n await fgSet(token, p.operation_mode.key, COOL);\n } else if (act === \"off\") await fgSet(token, p.operation_mode.key, OFF);\n else if (act === \"dry\") await fgSet(token, p.operation_mode.key, DRY);\n else if (act === \"fan\") await fgSet(token, p.operation_mode.key, FAN);\n else if (act === \"+\") {\n await fgSet(\n token,\n p.adjust_temperature.key,\n Math.round(Math.min(TMAX, sp + 1) * 10),\n );\n } else if (act === \"-\") {\n await fgSet(\n token,\n p.adjust_temperature.key,\n Math.round(Math.max(TMIN, sp - 1) * 10),\n );\n } else if (act[0] === \"f\") {\n await fgSet(token, p.fan_speed.key, Number(act[1]));\n } else if (act === \"vs\") {\n await fgSet(\n token,\n p.af_vertical_swing.key,\n p.af_vertical_swing.value ? 0 : 1,\n );\n } else if (act === \"vu\") {\n await fgSet(token, p.af_vertical_swing.key, 0);\n await fgSet(\n token,\n p.af_vertical_direction.key,\n Math.max(1, p.af_vertical_direction.value - 1),\n );\n } else if (act === \"vd\") {\n await fgSet(token, p.af_vertical_swing.key, 0);\n await fgSet(\n token,\n p.af_vertical_direction.key,\n Math.min(VDIR_MAX, p.af_vertical_direction.value + 1),\n );\n }\n note = `${ROOMS[k].name.replace(/^\\S+ /, \"\")}: ${act}`;\n }\n await tg(\"answerCallbackQuery\", { callback_query_id: cb.id, text: note });\n const st = await readStates(token);\n await tg(\"editMessageReplyMarkup\", {\n chat_id: chat,\n message_id: cb.message.message_id,\n reply_markup: panel(st),\n });\n return new Response(\"ok\");\n }\n return new Response(\"ok\");\n}","// Telecomando clima per Telegram — bot a bottoni (val.town, webhook).\n// Variabili d'ambiente da impostare su val.town (Settings → Environment Variables):\n// TELEGRAM_TOKEN, FGLAIR_EMAIL, FGLAIR_PASSWORD, GH_PAT, ALLOWED_CHATS (es. \"287353790\")\n// Dopo il deploy, impostare il webhook Telegram su questo URL.\n\nconst TG = Deno.env.get(\"TELEGRAM_TOKEN\")!;\nconst FG_EMAIL = Deno.env.get(\"FGLAIR_EMAIL\")!;\nconst FG_PASS = Deno.env.get(\"FGLAIR_PASSWORD\")!;\nconst GH_PAT = Deno.env.get(\"GH_PAT\") || \"\";\nconst ALLOWED = (Deno.env.get(\"ALLOWED_CHATS\") || \"287353790\").split(\",\").map((\n s,\n) => s.trim());\nconst SECRET = Deno.env.get(\"WEBHOOK_SECRET\") || \"\"; // verifica che la richiesta venga da Telegram\n\nconst SIGNIN = \"https://user-field-eu.aylanetworks.com/users/sign_in.json\";\nconst BASE = \"https://ads-field-eu.aylanetworks.com/apiv1/\";\nconst APP_ID = \"FGLair-eu-id\";\nconst APP_SECRET = \"FGLair-eu-gpFbVBRoiJ8E3QWJ-QRULLL3j3U\";\nconst REPO = \"lqdocelot/clima-bridge\";\nconst SENSORS_URL =\n \"https://raw.githubusercontent.com/lqdocelot/clima-bridge/main/sensors.json\";\nconst EMERGENCY_URL =\n \"https://raw.githubusercontent.com/lqdocelot/clima-bridge/main/emergency.json\";\n\nconst OFF = 0, COOL = 3, DRY = 4, FAN = 5;\nconst MODENAME: Record = {\n 0: \"Spento\",\n 2: \"Auto\",\n 3: \"❄️ Cool\",\n 4: \"💧 Dry\",\n 5: \"🌀 Vento\",\n 6: \"Caldo\",\n};\nconst FANNAME: Record = {\n 0: \"🤫 Silenz.\",\n 1: \"Bassa\",\n 2: \"Media\",\n 3: \"Alta\",\n 4: \"Auto\",\n};\nconst VDIR_MAX = 6; // posizioni alette verticali\nconst ROOMS: Record = {\n S: { name: \"🛋️ Soggiorno\", dsn: \"AC000W002919142\" },\n C: { name: \"🛏️ Camera Eva\", dsn: \"AC000W002919128\" },\n};\nconst TMIN = 17, TMAX = 30;\nconst SAFE_T = 26; // setpoint 'modalità sicura' (emergenza): cool gentile\n\nfunction tg(method: string, body: unknown) {\n return fetch(`https://api.telegram.org/bot${TG}/${method}`, {\n method: \"POST\",\n headers: { \"Content-Type\": \"application/json\" },\n body: JSON.stringify(body),\n });\n}\n\nasync function fgLogin(): Promise {\n const body = JSON.stringify({\n user: {\n email: FG_EMAIL,\n password: FG_PASS,\n application: { app_id: APP_ID, app_secret: APP_SECRET },\n },\n });\n const r = await fetch(SIGNIN, {\n method: \"POST\",\n headers: { \"Content-Type\": \"application/json\" },\n body,\n });\n return (await r.json()).access_token;\n}\nasync function fgProps(token: string, dsn: string) {\n const r = await fetch(BASE + `dsns/${dsn}/properties.json`, {\n headers: { Authorization: \"auth_token \" + token },\n });\n const arr = await r.json();\n const m: Record = {};\n for (const p of arr) {\n if (p.property) {\n m[p.property.name] = { key: p.property.key, value: p.property.value };\n }\n }\n return m;\n}\nfunction fgSet(token: string, key: number, value: number | string) {\n return fetch(BASE + `properties/${key}/datapoints.json`, {\n method: \"POST\",\n headers: {\n Authorization: \"auth_token \" + token,\n \"Content-Type\": \"application/json\",\n },\n body: JSON.stringify({ datapoint: { value: String(value) } }),\n });\n}\nfunction ghPresence(ev: string) {\n if (!GH_PAT) return Promise.resolve();\n return fetch(\n `https://api.github.com/repos/${REPO}/actions/workflows/presence.yml/dispatches`,\n {\n method: \"POST\",\n headers: {\n Authorization: \"Bearer \" + GH_PAT,\n Accept: \"application/vnd.github+json\",\n },\n body: JSON.stringify({ ref: \"main\", inputs: { action: ev } }),\n },\n );\n}\nfunction ghEmergency(action: string) {\n if (!GH_PAT) return Promise.resolve();\n return fetch(\n `https://api.github.com/repos/${REPO}/actions/workflows/emergency.yml/dispatches`,\n {\n method: \"POST\",\n headers: {\n Authorization: \"Bearer \" + GH_PAT,\n Accept: \"application/vnd.github+json\",\n },\n body: JSON.stringify({ ref: \"main\", inputs: { action } }),\n },\n );\n}\n// Comando immediato su ENTRAMBI i climi (il ponte poi mantiene lo stato per 24h).\nasync function commandAll(token: string, mode: \"off\" | \"safe\") {\n for (const k of [\"S\", \"C\"]) {\n const p = await fgProps(token, ROOMS[k].dsn);\n if (mode === \"off\") {\n await fgSet(token, p.operation_mode.key, OFF);\n } else {\n await fgSet(token, p.operation_mode.key, COOL);\n await fgSet(token, p.adjust_temperature.key, SAFE_T * 10);\n await fgSet(token, p.fan_speed.key, 0); // ventola silenziosa\n if (p.af_vertical_swing) await fgSet(token, p.af_vertical_swing.key, 0); // niente oscillazione\n if (p.af_vertical_direction) {\n await fgSet(token, p.af_vertical_direction.key, 1); // alette in alto\n }\n }\n }\n}\n// Stato emergenza (per mostrarlo nel pannello). null se non attiva.\nasync function emergencyStatus(): Promise {\n try {\n const e = await (await fetch(EMERGENCY_URL + \"?t=\" + Date.now())).json();\n if (\n (e.mode === \"off\" || e.mode === \"safe\") &&\n Date.now() / 1000 < (e.until || 0)\n ) {\n const until = new Date(e.until * 1000).toLocaleString(\"it-IT\", {\n timeZone: \"Europe/Rome\",\n day: \"2-digit\",\n month: \"2-digit\",\n hour: \"2-digit\",\n minute: \"2-digit\",\n });\n return `🆘 EMERGENZA ${\n e.mode === \"off\" ? \"Tutto spento\" : \"Modalità sicura\"\n } attiva fino al ${until}`;\n }\n } catch (_e) { /* ignora */ }\n return null;\n}\n\nasync function readStates(token: string) {\n const st: Record<\n string,\n {\n mode: number;\n sp: number;\n temp: number | null;\n fan: number;\n vsw: number;\n vdir: number;\n }\n > = {};\n for (const k of [\"S\", \"C\"]) {\n const p = await fgProps(token, ROOMS[k].dsn);\n const dt = p.display_temperature?.value;\n st[k] = {\n mode: p.operation_mode.value,\n sp: p.adjust_temperature.value / 10,\n temp: dt ? (dt - 5000) / 100 : null,\n fan: p.fan_speed?.value ?? 4,\n vsw: p.af_vertical_swing?.value ?? 0,\n vdir: p.af_vertical_direction?.value ?? 1,\n };\n }\n return st;\n}\n\nfunction panel(\n st: Record<\n string,\n {\n mode: number;\n sp: number;\n temp: number | null;\n fan: number;\n vsw: number;\n vdir: number;\n }\n >,\n) {\n const rows: unknown[] = [];\n for (const k of [\"S\", \"C\"]) {\n const s = st[k];\n const r = ROOMS[k];\n const info = `${r.name}: ${MODENAME[s.mode] || s.mode}${\n s.mode !== OFF ? \" \" + s.sp + \"°C\" : \"\"\n }${s.temp != null ? \" · \" + s.temp.toFixed(1) + \"°\" : \"\"} · 💨 ${\n FANNAME[s.fan] || s.fan\n }${s.vsw ? \" · ↕️\" : \"\"}`;\n rows.push([{ text: info, callback_data: \"R\" }]);\n rows.push([{ text: \"✅ Accendi\", callback_data: `${k}:on` }, {\n text: \"⛔ Spegni\",\n callback_data: `${k}:off`,\n }]);\n rows.push([{ text: \"➖\", callback_data: `${k}:-` }, {\n text: `${s.sp}°C`,\n callback_data: \"R\",\n }, { text: \"➕\", callback_data: `${k}:+` }]);\n rows.push([{ text: \"❄️ Cool\", callback_data: `${k}:cool` }, {\n text: \"💧 Dry\",\n callback_data: `${k}:dry`,\n }, { text: \"🌀 Vento\", callback_data: `${k}:fan` }]);\n rows.push([\n { text: \"🤫\", callback_data: `${k}:f0` },\n { text: \"Bassa\", callback_data: `${k}:f1` },\n { text: \"Media\", callback_data: `${k}:f2` },\n { text: \"Alta\", callback_data: `${k}:f3` },\n { text: \"Auto\", callback_data: `${k}:f4` },\n ]);\n rows.push([{ text: \"↕️ Oscilla\", callback_data: `${k}:vs` }, {\n text: \"⬆️ Su\",\n callback_data: `${k}:vu`,\n }, { text: \"⬇️ Giù\", callback_data: `${k}:vd` }]);\n }\n rows.push([{ text: \"🌡️ Temperature casa\", callback_data: \"T\" }]);\n rows.push([{ text: \"🏠 Casa\", callback_data: \"P:casa\" }, {\n text: \"🚪 Fuori\",\n callback_data: \"P:fuori\",\n }, { text: \"🔄 Aggiorna\", callback_data: \"R\" }]);\n rows.push([{ text: \"🆘 Tutto spento\", callback_data: \"E:off\" }, {\n text: \"🛡️ Sicura\",\n callback_data: \"E:safe\",\n }, { text: \"✅ Annulla SOS\", callback_data: \"E:cancel\" }]);\n return { inline_keyboard: rows };\n}\n\nexport default async function (req: Request): Promise {\n if (req.method !== \"POST\") return new Response(\"ok\");\n if (SECRET && req.headers.get(\"X-Telegram-Bot-Api-Secret-Token\") !== SECRET) {\n return new Response(\"forbidden\", { status: 401 });\n }\n const upd = await req.json();\n const cb = upd.callback_query;\n const msg = upd.message || upd.edited_message;\n const chat = cb ? cb.message.chat.id : msg?.chat.id;\n if (chat == null) return new Response(\"ok\");\n if (!ALLOWED.includes(String(chat))) {\n await tg(\"sendMessage\", {\n chat_id: chat,\n text:\n `⛔ Non autorizzato.\\nIl tuo ID Telegram è: ${chat}\\nPassalo a chi gestisce il bot per essere abilitato.`,\n });\n return new Response(\"ok\");\n }\n\n const token = await fgLogin();\n\n if (msg) {\n const [st, es] = await Promise.all([readStates(token), emergencyStatus()]);\n await tg(\"sendMessage\", {\n chat_id: chat,\n text: \"🌡️ Telecomando clima casa\" + (es ? \"\\n\" + es : \"\"),\n reply_markup: panel(st),\n });\n return new Response(\"ok\");\n }\n\n if (cb) {\n const data: string = cb.data;\n if (data === \"T\") {\n try {\n const s = await (await fetch(SENSORS_URL + \"?t=\" + Date.now())).json();\n const lines = (s.rooms || []).map((\n r: { name: string; t: number; h: number | null },\n ) => `${r.name}: ${r.t}°${r.h != null ? \" · \" + r.h + \"%\" : \"\"}`).join(\n \"\\n\",\n );\n await tg(\"answerCallbackQuery\", { callback_query_id: cb.id });\n await tg(\"sendMessage\", {\n chat_id: chat,\n text: `🌡️ Temperature casa (agg. ${s.updated || \"?\"})\\n${lines}`,\n });\n } catch (_e) {\n await tg(\"answerCallbackQuery\", {\n callback_query_id: cb.id,\n text: \"Errore lettura temperature\",\n });\n }\n return new Response(\"ok\");\n }\n let note = \"Fatto\";\n if (data === \"R\") {\n note = \"Aggiornato\";\n } else if (data.startsWith(\"P:\")) {\n await ghPresence(data.slice(2));\n note = data.slice(2) === \"casa\" ? \"🏠 Casa\" : \"🚪 Fuori\";\n } else if (data.startsWith(\"E:\")) {\n const act = data.slice(2);\n await ghEmergency(act); // imposta il lockout 24h (il ponte lo manterrà)\n if (act === \"off\") {\n await commandAll(token, \"off\");\n note = \"🆘 Tutto spento\";\n } else if (act === \"safe\") {\n await commandAll(token, \"safe\");\n note = \"🛡️ Modalità sicura\";\n } else note = \"✅ Emergenza annullata\";\n const txt = act === \"cancel\"\n ? \"✅ Emergenza annullata: torna l'automatismo normale.\"\n : `${note} attiva su entrambi i climi per ~24h.\\nSi annulla da solo, oppure con ✅ Annulla SOS.`;\n await tg(\"sendMessage\", { chat_id: chat, text: txt });\n } else {\n const [k, act] = data.split(\":\");\n const p = await fgProps(token, ROOMS[k].dsn);\n const sp = p.adjust_temperature.value / 10;\n if (act === \"on\" || act === \"cool\") {\n await fgSet(token, p.operation_mode.key, COOL);\n } else if (act === \"off\") await fgSet(token, p.operation_mode.key, OFF);\n else if (act === \"dry\") await fgSet(token, p.operation_mode.key, DRY);\n else if (act === \"fan\") await fgSet(token, p.operation_mode.key, FAN);\n else if (act === \"+\") {\n await fgSet(\n token,\n p.adjust_temperature.key,\n Math.round(Math.min(TMAX, sp + 1) * 10),\n );\n } else if (act === \"-\") {\n await fgSet(\n token,\n p.adjust_temperature.key,\n Math.round(Math.max(TMIN, sp - 1) * 10),\n );\n } else if (act[0] === \"f\") {\n await fgSet(token, p.fan_speed.key, Number(act[1]));\n } else if (act === \"vs\") {\n await fgSet(\n token,\n p.af_vertical_swing.key,\n p.af_vertical_swing.value ? 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