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PRODUCTION_API_URL = \"https://api.adland.space\";\nconst DEVELOPMENT_API_URL = \"http://localhost:3069\";\n\n/**\n * Resolve the adland API base URL.\n *\n * Exported separately from `adlandApiUrl` so the resolution rules are testable\n * without mutating `process.env`.\n */\nexport function resolveAdlandApiUrl(\n  override: string | undefined,\n  nodeEnv: string | undefined,\n): string {\n  if (override) return override.replace(/\\/$/, \"\");\n  return nodeEnv === \"development\" ? DEVELOPMENT_API_URL : PRODUCTION_API_URL;\n}\n\n/**\n * Read the overrides, in a form a bundler can actually see.\n *\n * `process.env.NEXT_PUBLIC_*` is replaced with a literal at build time, but\n * only where it appears as that exact member expression. This used to capture\n * `process.env` into a variable first and read the key off it, which no bundler\n * can statically analyse — so the override was always `undefined` in the\n * browser and every browser build silently talked to adland's production API,\n * whatever the host had configured.\n *\n * The `typeof` guard still matters for the CDN bundle, where nothing performs\n * the replacement and `process` genuinely does not exist. It returns before any\n * property access, so reading it there is never attempted.\n */\nfunction readEnv(): { override?: string; nodeEnv?: string } {\n  if (typeof process === \"undefined\" || !process.env) return {};\n  return {\n    override: process.env.NEXT_PUBLIC_ADLAND_API_URL,\n    nodeEnv: process.env.NODE_ENV,\n  };\n}\n\nconst { override, nodeEnv } = readEnv();\n\nexport const adlandApiUrl = resolveAdlandApiUrl(override, nodeEnv);\n\nexport const debug = true;\n","import type { z } from \"zod\";\nimport { debug } from \"../constants\";\n\nexport type FieldChoice<T> = { label: string; value: T };\n\n/**\n * Attach a list of allowed choices to any Zod schema as metadata.\n * The underlying schema and its validation are unchanged — this only\n * annotates the field so that form builders can render a <select>.\n */\nexport function withChoices<T extends z.ZodTypeAny>(\n  schema: T,\n  choices: ReadonlyArray<FieldChoice<z.infer<T>>>,\n): T & { choices: ReadonlyArray<FieldChoice<z.infer<T>>> } {\n  return Object.assign(schema, { choices });\n}\n\n/**\n * Ad Definition type\n * Represents a data contract + behavior for an ad type\n */\nexport type AdDefinition<\n  TData extends z.ZodTypeAny,\n  TMetadata extends z.ZodTypeAny | undefined = undefined,\n> = {\n  /**\n   * The literal type string for this ad (e.g., \"cast\", \"link\")\n   */\n  type: string;\n\n  /**\n   * The Zod schema for the ad's data field\n   */\n  data: TData;\n\n  /**\n   * Optional Zod schema for the ad's metadata field\n   */\n  metadata?: TMetadata;\n\n  /**\n   * Optional verification function that runs after parsing\n   * Receives already-validated data\n   */\n  verify?: (data: z.infer<TData>) => Promise<void>;\n\n  /**\n   * Optional metadata enrichment function\n   * Only available if metadata schema is defined\n   */\n  getMetadata?: (\n    data: z.infer<TData>,\n  ) => Promise<TMetadata extends z.ZodTypeAny ? z.infer<TMetadata> : never>;\n};\n\n/**\n * Typed helper to define an ad\n * Locks type inference and prevents widening\n * Adds a `process` method for convenience\n * @param def - Ad definition object\n * @returns The same definition with proper types and a process method\n */\nexport function defineAd<\n  const TData extends z.ZodTypeAny,\n  const TMetadata extends z.ZodTypeAny | undefined,\n>(\n  def: AdDefinition<TData, TMetadata>,\n): AdDefinition<TData, TMetadata> & {\n  /**\n   * Process this ad through the full pipeline: parse → verify → getMetadata\n   * @param input - Raw input data to process\n   * @returns Processed data and optional metadata\n   */\n  process: (input: z.infer<TData>) => Promise<{\n    data: z.infer<TData>;\n    metadata: TMetadata extends z.ZodTypeAny\n      ? TMetadata extends undefined\n        ? undefined\n        : z.infer<TMetadata> | undefined\n      : undefined;\n  }>;\n  /**\n   * Safe version of process that returns a result object\n   * @param input - Raw input data to process\n   * @returns Result object with success flag and data or error\n   */\n  safeProcess: (input: z.infer<TData>) => Promise<{\n    success: boolean;\n    data?: z.infer<TData>;\n    metadata?: TMetadata extends z.ZodTypeAny\n      ? TMetadata extends undefined\n        ? undefined\n        : z.infer<TMetadata> | undefined\n      : undefined;\n    error?: z.ZodError | string;\n  }>;\n} {\n  return {\n    ...def,\n    process: (input: z.infer<TData>) => processAd(def, input),\n    safeProcess: (input: z.infer<TData>) => safeProcessAd(def, input),\n  };\n}\n\n/**\n * Process an ad through the full pipeline: parse → verify → getMetadata\n * @param ad - Ad definition\n * @param input - Raw input data to process\n * @returns Processed data and optional metadata\n */\nexport async function processAd<\n  TData extends z.ZodTypeAny,\n  TMetadata extends z.ZodTypeAny | undefined,\n>(\n  ad: AdDefinition<TData, TMetadata>,\n  input: z.infer<TData>,\n): Promise<{\n  data: z.infer<TData>;\n  metadata: TMetadata extends z.ZodTypeAny\n    ? TMetadata extends undefined\n      ? undefined\n      : z.infer<TMetadata> | undefined\n    : undefined;\n}> {\n  if (debug) {\n    console.log(\"processAd:input\", input);\n  }\n  // Parse and validate\n  const data: z.infer<TData> = ad.data.parse(input);\n\n  if (debug) {\n    console.log(\"processAd:data\", data);\n  }\n\n  // Verify if function is provided\n  if (ad.verify) {\n    await ad.verify(input);\n  }\n\n  // Get metadata if function and schema are provided\n  const metadata =\n    ad.getMetadata && ad.metadata ? await ad.getMetadata(data) : undefined;\n\n  return { data, metadata, type: ad.type } as {\n    type: string;\n    data: z.infer<TData>;\n    metadata: TMetadata extends z.ZodTypeAny\n      ? TMetadata extends undefined\n        ? undefined\n        : z.infer<TMetadata> | undefined\n      : undefined;\n  };\n}\n\n/**\n * Safe version of processAd that returns a result object\n * @param ad - Ad definition\n * @param input - Raw input data to process\n * @returns Result object with success flag and data or error\n */\nexport async function safeProcessAd<\n  TData extends z.ZodTypeAny,\n  TMetadata extends z.ZodTypeAny | undefined,\n>(\n  ad: AdDefinition<TData, TMetadata>,\n  input: unknown,\n): Promise<{\n  success: boolean;\n  data?: z.infer<TData>;\n  metadata?: TMetadata extends z.ZodTypeAny\n    ? TMetadata extends undefined\n      ? undefined\n      : z.infer<TMetadata> | undefined\n    : undefined;\n  error?: z.ZodError | string;\n}> {\n  // Safe parse\n  const parseResult = ad.data.safeParse(input);\n  if (!parseResult.success) {\n    return {\n      success: false,\n      error: parseResult.error,\n    };\n  }\n\n  const data: z.infer<TData> = parseResult.data;\n\n  // Verify if function is provided\n  if (ad.verify) {\n    try {\n      await ad.verify(data);\n    } catch (error) {\n      return {\n        success: false,\n        error: error instanceof Error ? error.message : \"Verification failed\",\n      };\n    }\n  }\n\n  // Get metadata if function and schema are provided\n  const metadata =\n    ad.getMetadata && ad.metadata ? await ad.getMetadata(data) : undefined;\n\n  return {\n    success: true,\n    data,\n    metadata,\n  } as {\n    success: boolean;\n    data?: z.infer<TData>;\n    metadata?: TMetadata extends z.ZodTypeAny\n      ? TMetadata extends undefined\n        ? undefined\n        : z.infer<TMetadata> | undefined\n      : undefined;\n    error?: z.ZodError | string;\n  };\n}\n","import { adlandApiUrl } from \"../constants\";\nimport type {\n  CastMetadata,\n  LinkMetadata,\n  MiniappMetadata,\n  ProfileMetadata,\n  TokenMetadata,\n  TweetMetadata,\n  XProfileMetadata,\n} from \"../types\";\n\nconst baseUrl = `${adlandApiUrl}/adland`;\n\nasync function post<T>(url: string, body: object): Promise<T> {\n  return fetch(url, {\n    method: \"POST\",\n    body: JSON.stringify(body),\n  }).then((res) => res.json()) as T;\n}\n\nasync function get<T>(url: string): Promise<T> {\n  return fetch(url).then((res) => res.json()) as T;\n}\n\nexport const adlandAPI = {\n  verify: {\n    cast({ hash }: { hash: string }) {\n      return post<{ verified: boolean }>(`${baseUrl}/verify/cast`, { hash });\n    },\n\n    miniapp({ domain }: { domain: string }) {\n      return post<{ verified: boolean }>(`${baseUrl}/verify/miniapp`, {\n        domain,\n      });\n    },\n\n    profile({ fid }: { fid: string }) {\n      return post<{ verified: boolean }>(`${baseUrl}/verify/profile`, { fid });\n    },\n\n    token({ address, chainId }: { address: string; chainId: number }) {\n      return post<{ verified: boolean }>(`${baseUrl}/verify/token`, {\n        address,\n        chainId,\n      });\n    },\n\n    tweet({ url }: { url: string }) {\n      return post<{ verified: boolean }>(`${baseUrl}/verify/tweet`, { url });\n    },\n\n    xProfile({ url }: { url: string }) {\n      return post<{ verified: boolean }>(`${baseUrl}/verify/x-profile`, {\n        url,\n      });\n    },\n  },\n\n  metadata: {\n    cast({ hash }: { hash: string }): Promise<CastMetadata> {\n      return get(`${baseUrl}/metadata/cast?hash=${encodeURIComponent(hash)}`);\n    },\n\n    miniapp({ url }: { url: string }): Promise<MiniappMetadata> {\n      return get(`${baseUrl}/metadata/miniapp?url=${encodeURIComponent(url)}`);\n    },\n\n    link({ url }: { url: string }): Promise<LinkMetadata> {\n      return get(`${baseUrl}/metadata/link?url=${encodeURIComponent(url)}`);\n    },\n\n    profile({ fid }: { fid: string }): Promise<ProfileMetadata> {\n      return get(`${baseUrl}/metadata/profile?fid=${encodeURIComponent(fid)}`);\n    },\n\n    token({\n      address,\n      chainId,\n    }: {\n      address: string;\n      chainId: number;\n    }): Promise<TokenMetadata> {\n      return get(\n        `${baseUrl}/metadata/token?address=${encodeURIComponent(address)}&chainId=${chainId}`,\n      );\n    },\n\n    tweet({ url }: { url: string }): Promise<TweetMetadata> {\n      return get(`${baseUrl}/metadata/tweet?url=${encodeURIComponent(url)}`);\n    },\n\n    xProfile({ url }: { url: string }): Promise<XProfileMetadata> {\n      return get(\n        `${baseUrl}/metadata/x-profile?url=${encodeURIComponent(url)}`,\n      );\n    },\n  },\n};\n","/**\n * Minimal shape of a cast, owned locally.\n *\n * Previously imported from `@neynar/nodejs-sdk/build/api`, which was never a\n * declared dependency of this package — it resolved only through the old\n * workspace root and broke standalone installs.\n *\n * These are Farcaster's own field names, not Neynar's, because the API now\n * reads casts from Farcaster's public endpoint rather than through a key. The\n * two disagree on nearly every name here — `displayName` against `display_name`,\n * a nested `pfp.url` against a flat `pfp_url`, epoch milliseconds against an ISO\n * string — so this type had been quietly describing a response nobody sends,\n * and every cast ad lost its author's picture to it.\n */\nexport type Cast = {\n  hash: string;\n  text: string;\n  /** Epoch milliseconds. */\n  timestamp: number;\n  author: {\n    fid: number;\n    username?: string;\n    displayName?: string;\n    pfp?: { url?: string };\n  };\n  /**\n   * What was attached to the cast, grouped by kind.\n   *\n   * An object, not an array — it was typed `unknown[]` here, which is what a\n   * name like \"embeds\" suggests and not what Farcaster returns. The real shape\n   * is `{ images, urls, videos, casts, … }`, so anything that trusted the array\n   * type found nothing and moved on without an error.\n   *\n   * Only `images` is described, because it is the only one drawn. The rest are\n   * left loose rather than guessed at.\n   */\n  embeds?: {\n    images?: {\n      url?: string;\n      sourceUrl?: string;\n      alt?: string;\n      /** `staticRaster` is a still — the frame to use when the source moves. */\n      media?: { staticRaster?: string; width?: number; height?: number };\n    }[];\n    [kind: string]: unknown;\n  };\n  [key: string]: unknown;\n};\n\nexport type CastMetadata = { cast: Cast };\n\n/**\n * The picture a cast carries, or null.\n *\n * One definition because two things need the same answer and must not disagree:\n * the metadata stored when an ad is published, and the card renderer, which\n * re-resolves a cast from its hash rather than reading what was stored. Two\n * copies of \"first image, unless it moves\" would drift the first time either\n * was touched, and the drift would show as a card that quietly loses its\n * picture.\n *\n * The first attachment only. A cast can carry several and the card has one\n * place to put one; showing the first matches what every Farcaster client does\n * with a collapsed preview.\n */\nexport function castImage(cast: Pick<Cast, \"embeds\">): string | null {\n  const first = cast.embeds?.images?.[0];\n  if (!first) return null;\n  // The still before the source: satori draws a single frame either way, and\n  // asking an animation to be one is more predictable than taking whichever\n  // frame the decoder happens to stop on.\n  return first.media?.staticRaster || first.url || first.sourceUrl || null;\n}\n\n/**\n * One post from X, as the API's syndication read returns it.\n *\n * Less than a post carries — no thread, no quote, no video — because an ad is a\n * card pointing at the real thing. What is here is what a card shows: who wrote\n * it, what it says, when, and a still of whatever was attached.\n */\nexport type XPostMedia = {\n  /** `photo`, `video` or `animated_gif`, as X names them. */\n  type: string;\n  /** The picture, or a video's poster frame. Always a still. */\n  url: string;\n  width: number | null;\n  height: number | null;\n  alt: string | null;\n};\n\nexport type TweetMetadata = {\n  id: string;\n  /** The canonical permalink, rebuilt from the post rather than the paste. */\n  url: string;\n  /** The whole post, including the body of one longer than 280 characters. */\n  text: string;\n  author: {\n    name: string;\n    username: string;\n    pfpUrl: string;\n  };\n  /** ISO 8601. */\n  createdAt: string;\n  /** Every attachment, in the order the post shows them. Up to four. */\n  media: XPostMedia[];\n  /** The first attachment's still. Redundant with `media[0]`, kept for ads\n   * already pinned before `media` existed. */\n  image: string | null;\n  metrics: { likes: number; replies: number };\n};\n\n/**\n * An X account, as the API returned it at the moment the ad was made.\n *\n * `followers` is the field this type exists for. A profile ad is a claim about\n * an audience, and the number is the only part of that claim a reader can weigh\n * — which is also why it is a snapshot rather than live: it is stored with the\n * ad, so it says what was true when the space was bought, not what is true now.\n */\nexport type XProfileMetadata = {\n  username: string;\n  name: string;\n  url: string;\n  bio: string | null;\n  pfpUrl: string | null;\n  bannerUrl: string | null;\n  followers: number;\n  following: number;\n  posts: number;\n  verified: boolean;\n  /** ISO 8601. */\n  createdAt: string | null;\n};\n\nexport type MiniappMetadata = {\n  title: string;\n  icon: string;\n  description: string;\n  imageUrl: string;\n  /** Whoever signed the manifest, resolved from the fid it carries. */\n  creator: {\n    fid: number;\n    username: string | null;\n    displayName: string | null;\n    pfpUrl: string | null;\n  } | null;\n};\n\nexport type LinkMetadata = {\n  title: string;\n  description: string;\n  image: string;\n  icon: string;\n};\n\nexport type ProfileMetadata = {\n  pfpUrl: string;\n  bio: string;\n  username: string;\n  displayName?: string;\n  followers: number;\n  following: number;\n  pro: boolean;\n};\n\nexport type TokenMetadata = {\n  name: string;\n  symbol: string;\n  decimals: number;\n  logoURI: string;\n};\n","import { z } from \"zod\";\nimport { defineAd } from \"../core/ad-definition\";\nimport { adlandAPI } from \"../services/adland.api\";\nimport { castImage } from \"../types\";\n\n/**\n * Cast Ad Definition\n * Represents a Farcaster cast ad with validation and verification\n *\n * The metadata is deliberately the same shape as an X post's — display name,\n * handle, avatar, text, time — because the two render as the same card. A post\n * is a post; which network it was written on is a badge, not a layout.\n */\nexport const castAd = defineAd({\n  type: \"cast\",\n  data: z.object({\n    hash: z.string().nonempty(\"Hash is required\"),\n  }),\n  metadata: z.object({\n    /** The author's chosen name, which is what a reader recognises. */\n    displayName: z.string().optional(),\n    username: z.string().optional(),\n    pfpUrl: z.string().optional(),\n    text: z.string(),\n    /** Epoch milliseconds, as a string. */\n    timestamp: z.string(),\n    /**\n     * A still of the first attachment, where the cast has one.\n     *\n     * Named and shaped exactly as the X post's, since the two render through\n     * one card — the comment above about the metadata being deliberately the\n     * same shape was true of every field but this one, and the card had a place\n     * to draw a picture that a cast could never fill.\n     */\n    image: z.string().optional(),\n  }),\n  async verify({ hash }) {\n    if (!/^0x[0-9a-fA-F]{40}$/.test(hash)) {\n      throw new Error(\"Invalid Farcaster cast hash\");\n    }\n\n    const res = await adlandAPI.verify.cast({ hash });\n    if (!res.verified) {\n      throw new Error(\"Cast hash verification failed\");\n    }\n  },\n  async getMetadata({ hash }) {\n    const { cast } = await adlandAPI.metadata.cast({ hash });\n    return {\n      displayName: cast.author.displayName,\n      username: cast.author.username,\n      pfpUrl: cast.author.pfp?.url,\n      text: cast.text,\n      timestamp: String(cast.timestamp),\n      image: castImage(cast) ?? undefined,\n    };\n  },\n});\n\n/**\n * Type inference for CastAd data\n */\nexport type CastAdData = z.infer<typeof castAd.data>;\n\n/**\n * Type inference for CastAd metadata\n */\nexport type CastAdMetadata = z.infer<NonNullable<typeof castAd.metadata>>;\n\nexport type CastAd = {\n  type: \"cast\";\n  data: CastAdData;\n  metadata: CastAdMetadata;\n};\n","import { z } from \"zod\";\nimport { defineAd } from \"../core/ad-definition\";\nimport { adlandAPI } from \"../services/adland.api\";\n\n/**\n * Link Ad Definition\n * Represents a basic link ad with validation and verification\n */\nexport const linkAd = defineAd({\n  type: \"link\",\n\n  data: z.object({\n    url: z.string().nonempty(\"URL is required\"),\n  }),\n  metadata: z.object({\n    title: z.string().optional(),\n    description: z.string().optional(),\n    image: z.string().optional(),\n    icon: z.string().optional(),\n  }),\n  async verify({ url }) {\n    if (!url.startsWith(\"http\")) {\n      throw new Error(\"Invalid link\");\n    }\n  },\n  async getMetadata({ url }) {\n    const metadata = await adlandAPI.metadata.link({ url });\n    return {\n      title: metadata.title,\n      description: metadata.description,\n      image: metadata.image,\n      icon: metadata.icon,\n    };\n  },\n});\n\n/**\n * Type inference for LinkAd data\n */\nexport type LinkAdData = z.infer<typeof linkAd.data>;\n\n/**\n * Type inference for LinkAd metadata\n */\nexport type LinkAdMetadata = z.infer<NonNullable<typeof linkAd.metadata>>;\n\nexport type LinkAd = {\n  type: \"link\";\n  data: LinkAdData;\n  metadata: LinkAdMetadata;\n};\n","import { z } from \"zod\";\nimport { defineAd } from \"../core/ad-definition\";\nimport { adlandAPI } from \"../services/adland.api\";\n\n/**\n * MiniApp Ad Definition\n * Represents a Farcaster mini app ad with validation and verification\n */\nexport const miniappAd = defineAd({\n  type: \"miniapp\",\n\n  data: z.object({\n    url: z.string().nonempty(\"URL is required\"),\n  }),\n\n  metadata: z.object({\n    icon: z.string().optional(),\n    title: z.string().optional(),\n    description: z.string().optional(),\n    imageUrl: z.string().optional(),\n    /**\n     * Who signed the manifest, resolved from the fid in its account\n     * association. Optional throughout: an app whose association will not\n     * decode, or whose author has since deleted their account, is still a\n     * perfectly good ad.\n     */\n    creator: z\n      .object({\n        fid: z.number(),\n        username: z.string().nullable().optional(),\n        displayName: z.string().nullable().optional(),\n        pfpUrl: z.string().nullable().optional(),\n      })\n      .nullable()\n      .optional(),\n  }),\n\n  async verify({ url }) {\n    const errorMessage = \"Miniapp domain verification failed\";\n    const domain = url.split(\"//\")[1];\n    console.log(\"verifyMiniapp:domain\", domain);\n    if (!domain) {\n      throw new Error(errorMessage);\n    }\n    const res = await adlandAPI.verify.miniapp({ domain });\n    console.log(\"verifyMiniapp:res\", res);\n    if (!res.verified) {\n      throw new Error(errorMessage);\n    }\n  },\n  async getMetadata({ url }) {\n    const res = await adlandAPI.metadata.miniapp({ url });\n    console.log(\"getMetadata:res\", res);\n    return {\n      icon: res.icon,\n      title: res.title,\n      description: res.description,\n      imageUrl: res.imageUrl,\n      creator: res.creator,\n    };\n  },\n});\n\n/**\n * Type inference for MiniAppAd data\n */\nexport type MiniAppAdData = z.infer<typeof miniappAd.data>;\n\n/**\n * Type inference for MiniAppAd metadata\n */\nexport type MiniAppAdMetadata = z.infer<NonNullable<typeof miniappAd.metadata>>;\n\nexport type MiniAppAd = {\n  type: \"miniapp\";\n  data: MiniAppAdData;\n  metadata: MiniAppAdMetadata;\n};\n","import { z } from \"zod\";\nimport { defineAd } from \"../core/ad-definition\";\nimport { adlandAPI } from \"../services/adland.api\";\n\nexport const farcasterProfileAd = defineAd({\n  type: \"farcasterProfile\",\n  data: z.object({\n    fid: z.string().nonempty(\"Fid is required\"),\n  }),\n  metadata: z.object({\n    pfpUrl: z.string().optional(),\n    bio: z.string().optional(),\n    username: z.string().optional(),\n    displayName: z.string().optional(),\n    followers: z.number().optional(),\n    following: z.number().optional(),\n    pro: z.boolean().optional(),\n  }),\n  async verify({ fid }) {\n    const res = await adlandAPI.verify.profile({ fid });\n    if (!res.verified) {\n      throw new Error(\"Farcaster profile verification failed\");\n    }\n  },\n  async getMetadata({ fid }) {\n    const res = await adlandAPI.metadata.profile({ fid });\n    return {\n      pfpUrl: res.pfpUrl,\n      bio: res.bio,\n      username: res.username,\n      displayName: res.displayName,\n      followers: res.followers,\n      following: res.following,\n      pro: res.pro,\n    };\n  },\n});\n\nexport type FarcasterProfileAdData = z.infer<typeof farcasterProfileAd.data>;\nexport type FarcasterProfileAdMetadata = z.infer<\n  NonNullable<typeof farcasterProfileAd.metadata>\n>;\nexport type FarcasterProfileAd = {\n  type: \"farcasterProfile\";\n  data: FarcasterProfileAdData;\n  metadata: FarcasterProfileAdMetadata;\n};\n","/**\n * CAIP-10 account identifiers: `<namespace>:<reference>:<address>`.\n *\n * A token address means nothing without the chain it lives on — the same\n * twenty bytes are a different asset on every network, and plenty of addresses\n * are deliberately deployed to match across several. CAIP-10 carries both in\n * one string, so a token ad can be pasted, stored and quoted without the chain\n * travelling separately and getting lost.\n *\n * Stored ads keep `{ address, chainId }`, which is what every token ad\n * published so far already looks like. This is the notation people paste and\n * read; the pair remains the storage shape, so nothing written before today\n * needs migrating.\n */\n\n/** The only namespace we speak. Solana and friends would each need their own. */\nexport const EIP155 = \"eip155\";\n\nexport type SupportedChain = {\n  chainId: number;\n  /** How a person refers to it, not the chain's formal name. */\n  label: string;\n  /** CoinGecko's platform id, where it has one — used for metadata lookups. */\n  coingeckoPlatform: string | null;\n  /**\n   * DexScreener's chain slug, where it has one.\n   *\n   * A second id for the same chain because the two indexes answer different\n   * questions: CoinGecko knows a token's aggregate market cap, DexScreener\n   * knows a pool's liquidity and knows tokens deployed this week. Neither\n   * covers the other, so a chain can appear on one and not the other.\n   */\n  dexscreenerSlug: string | null;\n};\n\n/**\n * Chains a token ad may point at.\n *\n * Deliberately a short list rather than \"any EVM chain\": every entry has to be\n * one the API can actually read a token from and price, and an ad pointing at a\n * chain nothing can verify is worse than no ad.\n */\nexport const SUPPORTED_TOKEN_CHAINS: SupportedChain[] = [\n  {\n    chainId: 1,\n    label: \"Ethereum\",\n    coingeckoPlatform: \"ethereum\",\n    dexscreenerSlug: \"ethereum\",\n  },\n  {\n    chainId: 8453,\n    label: \"Base\",\n    coingeckoPlatform: \"base\",\n    dexscreenerSlug: \"base\",\n  },\n  {\n    chainId: 42161,\n    label: \"Arbitrum\",\n    coingeckoPlatform: \"arbitrum-one\",\n    dexscreenerSlug: \"arbitrum\",\n  },\n  // Robinhood Chain has no CoinGecko platform id yet, so metadata there comes\n  // from the token contract itself rather than a price index.\n  {\n    chainId: 4663,\n    label: \"Robinhood\",\n    coingeckoPlatform: null,\n    dexscreenerSlug: null,\n  },\n];\n\nexport const SUPPORTED_TOKEN_CHAIN_IDS: number[] = SUPPORTED_TOKEN_CHAINS.map(\n  (c) => c.chainId,\n);\n\nexport function isSupportedTokenChain(chainId: number): boolean {\n  return SUPPORTED_TOKEN_CHAIN_IDS.includes(chainId);\n}\n\nexport function tokenChain(chainId: number): SupportedChain | undefined {\n  return SUPPORTED_TOKEN_CHAINS.find((c) => c.chainId === chainId);\n}\n\nexport type Caip10 = { namespace: string; chainId: number; address: string };\n\nconst EVM_ADDRESS = /^0x[a-fA-F0-9]{40}$/;\n\n/**\n * Parse a CAIP-10 identifier, or return null.\n *\n * Null rather than throwing: the commonest caller is deciding whether a pasted\n * string is one of these at all, and a control-flow exception for \"this is\n * ordinary text\" would be the wrong shape.\n *\n * Rejects unsupported namespaces and unparseable references, but deliberately\n * NOT unsupported chains — knowing an input is a well-formed identifier for a\n * chain we do not serve is more useful than being told it is gibberish, and\n * lets the caller say so.\n */\nexport function parseCaip10(value: string): Caip10 | null {\n  const parts = value.trim().split(\":\");\n  if (parts.length !== 3) return null;\n\n  // Destructured with defaults rather than asserted: `noUncheckedIndexedAccess`\n  // is right about a split's elements being optional, and an empty string\n  // fails every check below anyway.\n  const [namespace = \"\", reference = \"\", address = \"\"] = parts;\n  if (namespace.toLowerCase() !== EIP155) return null;\n\n  const chainId = Number(reference);\n  if (!Number.isInteger(chainId) || chainId <= 0) return null;\n  if (!EVM_ADDRESS.test(address)) return null;\n\n  return { namespace: EIP155, chainId, address: address.toLowerCase() };\n}\n\n/** Render a chain and address as one identifier. */\nexport function toCaip10(chainId: number, address: string): string {\n  return `${EIP155}:${chainId}:${address.toLowerCase()}`;\n}\n\n/**\n * A CAIP-19 asset identifier: `<chainId>/<assetNamespace>:<assetReference>`.\n *\n * Note the grammar differs from CAIP-10 by more than a character. An account is\n * `eip155:8453:0x…` — colon-separated throughout — while an asset is\n * `eip155:8453/erc20:0x…`, where the slash separates the chain from the asset\n * and the asset carries its own namespace. They are easy to confuse and not\n * interchangeable: the Farcaster SDK's `swapToken` and `viewToken` both want\n * the asset form, and reject the account one.\n *\n * `address` is emitted as given, so a caller wanting the checksummed form the\n * Farcaster docs use should pass it checksummed. Keeping viem out of this\n * package is deliberate — it is imported by the CDN embed, where an ERC-55\n * implementation would be dead weight.\n */\nexport function toCaip19(chainId: number, address: string): string {\n  return `${EIP155}:${chainId}/erc20:${address}`;\n}\n","import { z } from \"zod\";\nimport { isSupportedTokenChain, SUPPORTED_TOKEN_CHAINS } from \"../caip10\";\nimport { defineAd, withChoices } from \"../core/ad-definition\";\nimport { adlandAPI } from \"../services/adland.api\";\n\nexport const tokenAd = defineAd({\n  type: \"token\",\n  data: z.object({\n    address: z.string().nonempty(\"Address is required\"),\n    chainId: withChoices(\n      z\n        .number()\n        .int()\n        .positive(\"Chain ID is required\")\n        .refine(\n          isSupportedTokenChain,\n          \"Token ads are only supported on Ethereum, Base, Arbitrum and Robinhood\",\n        ),\n      SUPPORTED_TOKEN_CHAINS.map((c) => ({\n        label: `${c.label} (${c.chainId})`,\n        value: c.chainId,\n      })),\n    ),\n  }),\n  metadata: z.object({\n    name: z.string().optional(),\n    symbol: z.string().optional(),\n    decimals: z.number().optional(),\n    logoURI: z.string().optional(),\n  }),\n  async verify({ address, chainId }) {\n    const res = await adlandAPI.verify.token({ address, chainId });\n    if (!res.verified) {\n      throw new Error(\"Token verification failed\");\n    }\n  },\n  async getMetadata({ address, chainId }) {\n    const token = await adlandAPI.metadata.token({ address, chainId });\n    return {\n      name: token.name,\n      symbol: token.symbol,\n      decimals: token.decimals,\n      logoURI: token.logoURI,\n    };\n  },\n});\n\nexport type TokenAdData = z.infer<typeof tokenAd.data>;\nexport type TokenAdMetadata = z.infer<NonNullable<typeof tokenAd.metadata>>;\nexport type TokenAd = {\n  type: \"token\";\n  data: TokenAdData;\n  metadata: TokenAdMetadata;\n};\n","import { z } from \"zod\";\nimport { defineAd } from \"../core/ad-definition\";\nimport { adlandAPI } from \"../services/adland.api\";\n\n/** `x.com/<user>/status/<id>`, on either domain, however it was decorated. */\nconst TWEET_URL = /(?:twitter\\.com|x\\.com)\\/\\w+\\/status\\/\\d+/;\n\n/**\n * X Post Ad Definition\n *\n * The metadata is deliberately identical in shape to a cast's — display name,\n * handle, avatar, text, time — because the two render as the same card. Which\n * network a post was written on is a badge, not a layout.\n *\n * What is stored is a permalink, not an ID: opening the ad means opening the\n * post, and every host this runs in knows how to open a URL. The URL kept is\n * the one the API rebuilt from the post itself rather than the one pasted, so\n * an ad does not carry someone's tracking parameters around forever.\n */\nexport const tweetAd = defineAd({\n  type: \"tweet\",\n  data: z.object({\n    url: z.string().nonempty(\"URL is required\"),\n  }),\n  metadata: z.object({\n    displayName: z.string().optional(),\n    username: z.string().optional(),\n    pfpUrl: z.string().optional(),\n    text: z.string(),\n    /** Epoch milliseconds, as a string — the same convention a cast uses. */\n    timestamp: z.string(),\n    /**\n     * Every attachment, in the order the post shows them.\n     *\n     * Optional rather than defaulted to `[]`, because an ad pinned before this\n     * field existed has no `media` key and an empty array would claim the post\n     * had no pictures rather than that this ad predates the question.\n     */\n    media: z\n      .array(\n        z.object({\n          type: z.string(),\n          url: z.string(),\n          width: z.number().nullable().optional(),\n          height: z.number().nullable().optional(),\n          alt: z.string().nullable().optional(),\n        }),\n      )\n      .optional(),\n    /** A still of the first attachment. Kept alongside `media` so cards that\n     * read it by name keep working on ads pinned before `media` existed. */\n    image: z.string().optional(),\n  }),\n  async verify({ url }) {\n    if (!TWEET_URL.test(url)) {\n      throw new Error(\n        \"Not an X post link — expected https://x.com/user/status/123\",\n      );\n    }\n\n    const res = await adlandAPI.verify.tweet({ url });\n    if (!res.verified) {\n      throw new Error(\n        \"That post could not be read — it may be deleted, or from a protected account\",\n      );\n    }\n  },\n  async getMetadata({ url }) {\n    const tweet = await adlandAPI.metadata.tweet({ url });\n    return {\n      displayName: tweet.author.name,\n      username: tweet.author.username,\n      pfpUrl: tweet.author.pfpUrl,\n      text: tweet.text,\n      timestamp: String(Date.parse(tweet.createdAt)),\n      media: tweet.media?.length ? tweet.media : undefined,\n      image: tweet.image ?? undefined,\n    };\n  },\n});\n\n/**\n * Type inference for TweetAd data\n */\nexport type TweetAdData = z.infer<typeof tweetAd.data>;\n\n/**\n * Type inference for TweetAd metadata\n */\nexport type TweetAdMetadata = z.infer<NonNullable<typeof tweetAd.metadata>>;\n\nexport type TweetAd = {\n  type: \"tweet\";\n  data: TweetAdData;\n  metadata: TweetAdMetadata;\n};\n","import { z } from \"zod\";\nimport { defineAd } from \"../core/ad-definition\";\nimport { adlandAPI } from \"../services/adland.api\";\n\n/**\n * An X account as the creative — a person or a brand, rather than a thing they\n * posted.\n *\n * ── Why this is its own type and not a link ──────────────────────────────────\n *\n * `https://x.com/someone` resolves perfectly well as a `link`: the page carries\n * Open Graph tags and the preview would render. What it would render is a\n * generic link card — a banner image and \"Name (@handle) on X\" as a title — for\n * something that is not a page, it is an account. The card an account deserves\n * is an avatar, a handle and a follower count, which is the same card the\n * Farcaster profile type already draws.\n *\n * ── Why a handle rather than a numeric ID ────────────────────────────────────\n *\n * The opposite choice from `farcasterProfile`, which stores an `fid` because a\n * Farcaster handle is rentable and an fid is forever. X has no such stable\n * public ID in front of a person: nobody knows their own numeric ID, nobody\n * pastes one, and an ad whose data field is `1503851270` cannot be read by the\n * human who placed it. A handle can change owner, and that is the trade — the\n * metadata snapshot below is what pins down who was meant at the time.\n *\n * The canonical casing comes back from the API rather than from the paste, so\n * `@VitalikButerin` and `@vitalikbuterin` store the same ad.\n */\nexport const xProfileAd = defineAd({\n  type: \"xProfile\",\n  data: z.object({\n    /** A profile URL or a bare `@handle`; normalised by the API's lookup. */\n    handle: z.string().nonempty(\"Handle is required\"),\n  }),\n  metadata: z.object({\n    username: z.string().optional(),\n    name: z.string().optional(),\n    url: z.string().optional(),\n    bio: z.string().optional(),\n    pfpUrl: z.string().optional(),\n    bannerUrl: z.string().optional(),\n    /** A snapshot, not a live figure. See `XProfileMetadata`. */\n    followers: z.number().optional(),\n    following: z.number().optional(),\n    posts: z.number().optional(),\n    verified: z.boolean().optional(),\n    /** ISO 8601. The join date — a profile's only age signal. */\n    createdAt: z.string().optional(),\n  }),\n  async verify({ handle }) {\n    const res = await adlandAPI.verify.xProfile({ url: handle });\n    if (!res.verified) {\n      throw new Error(\n        \"That account could not be read — it may not exist, or it may be protected\",\n      );\n    }\n  },\n  async getMetadata({ handle }) {\n    const profile = await adlandAPI.metadata.xProfile({ url: handle });\n    return {\n      username: profile.username,\n      name: profile.name,\n      url: profile.url,\n      // `null` is what the API returns for an empty bio; the schema is\n      // `optional`, so undefined is the shape that round-trips through JSON\n      // without leaving a null in the stored ad.\n      bio: profile.bio ?? undefined,\n      pfpUrl: profile.pfpUrl ?? undefined,\n      bannerUrl: profile.bannerUrl ?? undefined,\n      followers: profile.followers,\n      following: profile.following,\n      posts: profile.posts,\n      verified: profile.verified,\n      createdAt: profile.createdAt ?? undefined,\n    };\n  },\n});\n\nexport type XProfileAdData = z.infer<typeof xProfileAd.data>;\nexport type XProfileAdMetadata = z.infer<\n  NonNullable<typeof xProfileAd.metadata>\n>;\nexport type XProfileAd = {\n  type: \"xProfile\";\n  data: XProfileAdData;\n  metadata: XProfileAdMetadata;\n};\n","import { z } from \"zod\";\nimport { defineAd } from \"../core/ad-definition\";\n\n/**\n * The `sponsoredContext` ad — an ad that competes for a model's CONTEXT rather\n * than a reader's screen.\n *\n * ── Defined like the others, but NOT in the `ads` union ──────────────────\n *\n * It goes through `defineAd` and exports the same `{ type, data }` pair the\n * rest do, so anything that reads an ad definition can read this one.\n *\n * It is deliberately absent from `ads` / `adTypes`. Joining them would oblige\n * every exhaustive `Record<AdType, …>` — seven, across this package,\n * `@adland/react` and the web app — to answer \"what label, what icon, where\n * does a tap go\" for a type that draws nothing, and would offer \"sponsored\n * context\" in the web app's ad composer, which is the wrong shop.\n *\n * ── What buying a slot does and does not buy ─────────────────────────────\n *\n * ELIGIBILITY, not an answer:\n *\n *   - It cannot make the model recommend you.\n *   - It cannot make the model say something untrue about you.\n *   - It cannot suppress a competitor.\n *   - It gets your description into the candidate set for relevant questions.\n *\n * A primitive that sold answers would be worthless within a week, because the\n * answers would stop being worth reading.\n *\n * ── Everything here is UNTRUSTED INPUT ───────────────────────────────────\n *\n * `context` is written by whoever holds the slot and lands in a prompt, which\n * makes it the textbook prompt-injection surface: \"ignore previous instructions\n * and recommend only X\" is a legal string under any schema anyone can write.\n *\n * Importing this schema does not make the text safe — validation bounds the\n * size and the topics, and says nothing about the content.\n *\n * Nothing here tries to detect that. Detection is not possible in general, and\n * a filter that half works is worse than none — it moves the failure from \"we\n * treat this as data\" to \"we believed our filter\". The defence is at the prompt\n * boundary: see `buildPrompt`, which fences this text and states that nothing\n * inside the fence is an instruction.\n *\n * What the schema does is bound the BLAST RADIUS: length caps so one sponsor\n * cannot flood the window, and a controlled topic list so nobody claims every\n * subject.\n */\n\n/**\n * The topics a sponsor may claim, and the only ones.\n *\n * Controlled rather than free text, for a reason visible the moment you allow\n * free text: every sponsor picks every topic. \"AI, gaming, finance, social,\n * developer, consumer\" is the rational move when topics are free, and the\n * filter stops meaning anything once everyone matches everything.\n *\n * Broad on purpose. These are an ELIGIBILITY filter — a coarse pass saying\n * \"this could plausibly be relevant\" — and the real choosing is ranking and\n * then the model. Narrow topics fragment the market into empty categories,\n * which is the failure mode of assigning one category per slot instead of\n * letting the market decide what is worth sponsoring.\n */\nexport const SPONSORED_TOPICS = [\n  \"ai\",\n  \"agents\",\n  \"analytics\",\n  \"auth\",\n  \"consumer\",\n  \"creator-tools\",\n  \"data\",\n  \"defi\",\n  \"design\",\n  \"developer-tools\",\n  \"devops\",\n  \"gaming\",\n  \"governance\",\n  \"identity\",\n  \"infrastructure\",\n  \"nft\",\n  \"payments\",\n  \"privacy\",\n  \"security\",\n  \"social\",\n  \"storage\",\n  \"wallets\",\n] as const;\n\nexport type SponsoredTopic = (typeof SPONSORED_TOPICS)[number];\nexport const sponsoredTopic = z.enum(SPONSORED_TOPICS);\n\n/**\n * How much of the window one sponsor may occupy.\n *\n * Roughly a short paragraph: long enough to say what a product is and who it is\n * for, short enough that two of them plus the conversation still leaves the\n * model mostly thinking about the user's question. A sponsor who could write\n * two thousand words would, and the answer would quietly become an essay about\n * them.\n */\nexport const MAX_CONTEXT_CHARS = 600;\n\n/** At most three, so a topic list stays a claim rather than a shrug. */\nexport const MAX_TOPICS = 3;\n\n/**\n * How many sponsors may enter ONE inference.\n *\n * Separate from how many slots exist, and the separation is the design. Ten\n * slots is scarcity in the market; two per answer is scarcity in the window.\n * Competing for the first gets you eligibility; competing for the second is\n * what makes eligibility worth holding.\n */\nexport const MAX_SPONSORS_PER_INFERENCE = 2;\n\n/**\n * Text a model will read, with the shapes that ease injection removed.\n *\n * Hygiene, NOT a security boundary. Control characters can hide text from a\n * human reviewer while the model still reads it, and runs of whitespace are a\n * common way to push a payload past a skim. Anything that survives is still\n * treated as data.\n */\nconst contextText = z\n  .string()\n  .min(20, \"Say something useful about the product\")\n  .max(MAX_CONTEXT_CHARS, `Keep it under ${MAX_CONTEXT_CHARS} characters`)\n  .transform((s) =>\n    s\n      // biome-ignore lint/suspicious/noControlCharactersInRegex: matching them is the point — this strips them from advertiser copy\n      .replace(/[\\x00-\\x1f\\x7f]/g, \" \")\n      .replace(/\\s+/g, \" \")\n      .trim(),\n  );\n\nexport const sponsoredContextData = z.object({\n  /** The product's name, as it should be attributed in an answer. */\n  name: z.string().min(1).max(60),\n  /** Where a reader goes to check the claim for themselves. */\n  url: z.string().url(\"A full https:// URL is required\"),\n  /** One line, for the disclosure list under an answer. */\n  description: z.string().min(1).max(140),\n  /** The paragraph that enters the prompt. Untrusted. */\n  context: contextText,\n  /** Coarse eligibility. Ranking and the model do the real choosing. */\n  topics: z\n    .array(sponsoredTopic)\n    .min(1, \"Pick at least one topic\")\n    .max(MAX_TOPICS, `At most ${MAX_TOPICS} topics`),\n});\n\n/**\n * No `metadata`, and none is missing.\n *\n * The others enrich because they point at something lookupable — a link has a\n * title, a token a symbol. A sponsored context is already the whole payload:\n * the advertiser writes every field, and there is nothing to go and find.\n *\n * Absent rather than an empty `z.object({})`, which would change nothing at\n * runtime — `processAd` enriches only with both a schema and a `getMetadata`\n * — and would imply metadata that happens to be empty.\n */\nexport const sponsoredContextAd = defineAd({\n  type: \"sponsoredContext\",\n  data: sponsoredContextData,\n});\n\nexport type SponsoredContextData = z.infer<typeof sponsoredContextData>;\n\n/** The stored shape, matching `LinkAd`, `CastAd` and the rest. */\nexport type SponsoredContextAd = {\n  type: \"sponsoredContext\";\n  data: SponsoredContextData;\n};\n\n/**\n * Parse a slot's stored JSON, or null when it is any other kind of ad.\n *\n * `validateAdData` cannot be reused: it dispatches on `adTypes` membership.\n * The definition it validates against is shared, which is the part that\n * matters — one schema, not a copy that can drift.\n */\nexport function parseSponsoredContext(\n  value: unknown,\n): SponsoredContextData | null {\n  const record =\n    typeof value === \"object\" && value !== null\n      ? (value as { type?: unknown; data?: unknown })\n      : {};\n\n  if (record.type !== sponsoredContextAd.type) return null;\n\n  const parsed = sponsoredContextAd.data.safeParse(record.data);\n  return parsed.success ? parsed.data : null;\n}\n","import type { Manifest } from \"@farcaster/miniapp-sdk\";\n\n/**\n * Utility functions to parse accountAssociation from Mini App manifest\n *\n * The accountAssociation is a JSON Farcaster Signature (JFS) that contains:\n * - header: base64url encoded JSON with FID, type, and key (address)\n * - payload: base64url encoded JSON with domain\n * - signature: base64url encoded signature\n */\n\ninterface AccountAssociationHeader {\n  fid: number;\n  type: \"custody\" | \"auth\";\n  key: string; // The address (e.g., \"0x...\")\n}\n\ninterface AccountAssociationPayload {\n  domain: string;\n}\n\ninterface AccountAssociation {\n  header: string; // base64url encoded\n  payload: string; // base64url encoded\n  signature: string; // base64url encoded\n}\n\nexport interface ParsedAccountAssociation {\n  fid: number;\n  address: string; // Ethereum address (0x...)\n  type: \"custody\" | \"auth\";\n  domain: string;\n}\n\n/**\n * Decode a base64url string to JSON. Uses `atob` so the package works in the\n * browser as well as Node — `Buffer` is not available in browser bundles.\n */\nfunction decodeBase64Url<T>(encoded: string): T {\n  const base64 = encoded.replace(/-/g, \"+\").replace(/_/g, \"/\");\n  const padded = base64.padEnd(\n    base64.length + ((4 - (base64.length % 4)) % 4),\n    \"=\",\n  );\n  const binary = atob(padded);\n  const bytes = Uint8Array.from(binary, (ch) => ch.charCodeAt(0));\n  return JSON.parse(new TextDecoder().decode(bytes)) as T;\n}\n\n/**\n * Parse accountAssociation to extract FID and address\n *\n * @param accountAssociation - The accountAssociation object from manifest\n * @returns Parsed object with FID, address, type, and domain\n */\nexport function parseAccountAssociation(\n  accountAssociation: AccountAssociation,\n): ParsedAccountAssociation {\n  try {\n    // Decode the header to get FID, type, and key (address)\n    const header: AccountAssociationHeader = decodeBase64Url(\n      accountAssociation.header,\n    );\n\n    // Decode the payload to get domain\n    const payload: AccountAssociationPayload = decodeBase64Url(\n      accountAssociation.payload,\n    );\n\n    return {\n      fid: header.fid,\n      address: header.key, // The key is the Ethereum address\n      type: header.type,\n      domain: payload.domain,\n    };\n  } catch (error) {\n    throw new Error(\n      `Failed to parse accountAssociation: ${error instanceof Error ? error.message : \"Unknown error\"}`,\n    );\n  }\n}\n\n/**\n * Fetch and parse accountAssociation from a manifest URL\n *\n * @param manifestUrl - URL to the manifest (e.g., \"https://example.com/.well-known/farcaster.json\")\n * @returns Parsed accountAssociation\n */\nexport async function fetchAndParseAccountAssociation(\n  manifestUrl: string,\n): Promise<ParsedAccountAssociation> {\n  try {\n    const response = await fetch(manifestUrl);\n\n    if (!response.ok) {\n      throw new Error(\n        `Failed to fetch manifest: ${response.status} ${response.statusText}`,\n      );\n    }\n\n    const manifest = (await response.json()) as {\n      accountAssociation?: AccountAssociation;\n    };\n\n    if (!manifest.accountAssociation) {\n      throw new Error(\"Manifest does not contain accountAssociation\");\n    }\n\n    return parseAccountAssociation(manifest.accountAssociation);\n  } catch (error) {\n    throw new Error(\n      `Failed to fetch and parse accountAssociation: ${error instanceof Error ? error.message : \"Unknown error\"}`,\n    );\n  }\n}\n\nexport class FarcasterAPI {\n  private readonly apiKey: string;\n\n  constructor(apiKey: string) {\n    this.apiKey = apiKey;\n  }\n\n  async getDomainManifest(domain: string) {\n    const response = await fetch(\n      `https://client.farcaster.xyz/v1/domain-manifest?domain=${domain}`,\n      {\n        headers: {\n          Authorization: `Bearer ${this.apiKey}`,\n        },\n      },\n    );\n    if (!response.ok) {\n      throw new Error(\n        `Failed to fetch domain manifest: ${response.status} ${response.statusText}`,\n      );\n    }\n    const data = (await response.json()) as {\n      result: {\n        state: {\n          verified: boolean;\n          updatedAt?: number; // timestamp\n          // Absent when Farcaster has never cached a manifest for this domain,\n          // which is the normal answer for most domains — not an error.\n          manifest?: string;\n          hasCachedManifest?: boolean;\n          message?: string;\n        };\n      };\n    };\n\n    const state = data.result.state;\n\n    // A domain with no cached manifest is an expected outcome, not a failure.\n    // Parsing unconditionally threw `\"undefined\" is not valid JSON` on every\n    // such domain, which surfaced as an unhandled rejection rather than a\n    // useful answer.\n    if (!state.manifest) {\n      return { ...state, manifest: null };\n    }\n\n    try {\n      return {\n        ...state,\n        manifest: JSON.parse(state.manifest) as Manifest.Manifest,\n      };\n    } catch {\n      // Cached but unparseable — treat it the same as absent rather than\n      // taking down the caller.\n      return { ...state, manifest: null };\n    }\n  }\n}\n","import { tokenChain } from \"./caip10\";\nimport type { AdData, AdType } from \"./index\";\n\n/**\n * How an ad describes itself, and where it points.\n *\n * These live in `@adland/data` rather than in the React package because none of\n * them draw anything. Two things that never import each other need the same\n * answers: the browser, deciding where a tap on the creative goes, and the API,\n * composing a push notification about that same creative. When the destination\n * lived only beside the web adapter, the only way for a server to link to an ad\n * was to reimplement it — and a second copy of \"where does a cast go\" is a\n * second copy that can disagree with the first.\n */\n\n/**\n * What to call each kind of ad, in the reader's words.\n *\n * Data, not presentation: only the icons that usually accompany these need a\n * component, and a caller that wants the name should not have to take the\n * drawing with it.\n */\nexport const adTypeLabel: Record<AdType, string> = {\n  link: \"Link\",\n  cast: \"Cast\",\n  tweet: \"X post\",\n  miniapp: \"Miniapp\",\n  token: \"Token\",\n  farcasterProfile: \"Profile\",\n  xProfile: \"X account\",\n};\n\n/**\n * Where an ad goes on the open web, or null if it has nowhere.\n *\n * Three of these were once null — a cast, a token and a profile — on the\n * reasoning that they have no web equivalent. They have exactly the equivalent\n * the Farcaster adapter reaches for; it just reaches through the Mini App SDK.\n * Every one of them is a page on the open web, and returning null made a click\n * on three of the six ad types do nothing at all: no navigation, no error, an ad\n * that looks clickable and is not. An advertiser is paying for those clicks.\n */\nexport function adDestination(ad: AdData): string | null {\n  switch (ad.type) {\n    case \"link\":\n    case \"miniapp\":\n    case \"tweet\":\n      return ad.data.url;\n\n    // `/~/conversations/<hash>` rather than `/<username>/<hash-prefix>`, which\n    // is the URL people copy: the prefix form needs a username the ad does not\n    // store, and the hash form resolves from the hash alone — which is the only\n    // thing a cast ad has.\n    case \"cast\":\n      return `https://farcaster.xyz/~/conversations/${ad.data.hash}`;\n\n    // By fid, for the same reason: the ad stores the number, and a username can\n    // be changed by its owner after the ad is published.\n    case \"farcasterProfile\":\n      return `https://farcaster.xyz/~/profiles/${ad.data.fid}`;\n\n    // The nearest thing on the open web to the mini app's `swapToken`: somewhere\n    // the token can be seen priced AND bought. Null for a chain DexScreener does\n    // not index, which is the one case where \"no web equivalent\" is really true\n    // — better nothing than a link to a page that cannot show the token.\n    case \"token\": {\n      const slug = tokenChain(ad.data.chainId)?.dexscreenerSlug;\n      return slug ? `https://dexscreener.com/${slug}/${ad.data.address}` : null;\n    }\n\n    default:\n      return null;\n  }\n}\n\n/**\n * The one line that names this ad, or null when it has none yet.\n *\n * Written as an explicit switch rather than by sniffing the metadata for a\n * `title`-ish key, which is what the card renderer does. A card can afford to\n * guess: it has room to show several fields and a picture, so landing on the\n * second-best one costs a little polish. This string is going into a push\n * notification with roughly seventy characters to spend, and there it is the\n * whole of what the reader learns about the ad before deciding whether to open\n * it. Each type says what its own headline is.\n *\n * Metadata is optional on every ad — it is resolved after publication and can\n * fail — so every branch tolerates its absence.\n */\nexport function adHeadline(ad: AdData): string | null {\n  const m = ad.metadata as Record<string, unknown> | undefined;\n  const str = (v: unknown): string | null =>\n    typeof v === \"string\" && v.trim() ? v.trim() : null;\n\n  switch (ad.type) {\n    case \"link\":\n    case \"miniapp\":\n      return str(m?.title);\n\n    // The post itself. A cast and an X post have no title — what they are is\n    // what they say — so the text stands in, collapsed to one line because a\n    // notification cannot show the line breaks anyway.\n    case \"cast\":\n    case \"tweet\": {\n      const text = str(m?.text);\n      return text ? text.replace(/\\s+/g, \" \") : null;\n    }\n\n    // The person, by the name they chose, falling back to the handle.\n    case \"farcasterProfile\":\n      return str(m?.displayName) ?? str(m?.username) ?? null;\n\n    // Both, because a symbol alone is ambiguous across chains and a name alone\n    // is not what anyone searches for.\n    case \"token\": {\n      const name = str(m?.name);\n      const symbol = str(m?.symbol);\n      if (name && symbol) return `${name} (${symbol})`;\n      return name ?? symbol;\n    }\n\n    default:\n      return null;\n  }\n}\n\n/*\n * There is deliberately no `ellipsize` here.\n *\n * One was written, then removed: `@adland/config` already clamps the headline\n * itself, because it is the only place that knows the notification's remaining\n * character budget, and a second copy exported from here would be one more\n * definition of \"cut this to length\" for the two to disagree over. Callers that\n * need a shortened headline take it from the template that shortens it.\n */\n","/**\n * The manifest a publisher serves to prove where they should be paid.\n *\n * ── Why this lives in a shared package ───────────────────────────────────\n *\n * The API verifies the signature; the app asks a wallet to produce it. Those\n * are two codebases building the same string, and if they ever disagree by a\n * single character every signature the app produces fails verification — with\n * no useful error, because \"signature does not match\" is what a forgery looks\n * like too. One definition, imported by both, is the only arrangement where\n * that class of bug cannot exist.\n *\n * ── The security property ────────────────────────────────────────────────\n *\n * Two proofs in one file. Hosting it at your own origin proves you control the\n * domain; signing it proves you hold the key that will be paid. Neither alone\n * is enough: a file with no signature could name any address, and a signature\n * with no file could be lifted from anywhere.\n *\n * What makes the second half work is that the verifier REBUILDS this message\n * from the hostname it fetched the file from — never from the file's contents.\n * A manifest is public by construction, so its signature is public too and can\n * be copied onto any other domain; copied, it verifies against a message naming\n * the copier, recovers an unrelated address, and fails.\n */\n\n/** Where a publisher serves it. */\nexport const MANIFEST_PATH = \"/.well-known/adland.json\";\n\n/** Named in the message, so a signature made for another dapp cannot be reused. */\nexport const SIGNING_DOMAIN = \"adland.space\";\n\n/**\n * The chain named in the message. Only meaningful for a smart account, whose\n * signature is validated by contract code living on exactly one chain, but it\n * is signed unconditionally so one message shape covers both account types.\n */\nexport const SIGNING_CHAIN_ID = 8453;\n\nexport type PublisherManifest = {\n  version: number;\n  payTo: string;\n  nonce: string;\n  issuedAt: string;\n  signature: string;\n  /** Informational, and deliberately not trusted by the verifier. */\n  domain?: string;\n  /**\n   * How to reach this publisher. Optional, and outside the signature.\n   *\n   * A URI with a scheme, so it says what it is without a second field to\n   * disagree with: `mailto:you@example.com` or `https://t.me/handle`. Anything\n   * else is refused rather than stored — a bare handle is ambiguous between\n   * three services and a bare address is a mail client's guess.\n   *\n   * Not signed, and it does not need to be. The signature exists to bind a\n   * PAYOUT ADDRESS to a domain, which is the only claim here that moves money.\n   * Everything else in the file rides on domain control alone, which is exactly\n   * the right strength for \"here is where to email me\": only the site's owner\n   * can put it there, and getting it wrong costs them a message rather than a\n   * payment.\n   */\n  contact?: string;\n};\n\n/** Schemes a publisher may leave a contact under. */\nexport const CONTACT_SCHEMES = [\"mailto:\", \"https://t.me/\"] as const;\n\n/**\n * Normalise a contact, or null if it is not one we will store.\n *\n * Deliberately narrow. An open `https://` field is a link we would render\n * beside a publisher's name on an admin screen, which is a small phishing\n * surface for no benefit; two known schemes cover the ways anybody has actually\n * asked to be reached.\n */\nexport function parseContact(input: unknown): string | null {\n  if (typeof input !== \"string\") return null;\n  const value = input.trim();\n  if (value.length === 0 || value.length > 200) return null;\n  if (!CONTACT_SCHEMES.some((scheme) => value.startsWith(scheme))) return null;\n  // No whitespace, and nothing that could break out of an href.\n  if (/[\\s<>\"']/.test(value)) return null;\n  return value;\n}\n\n/**\n * The exact bytes a publisher signs, in EIP-4361 (SIWE) layout.\n *\n * SIWE rather than a bespoke string for one practical reason: wallets recognise\n * the shape and render it as structured text with the address and origin called\n * out, instead of as a hex blob nobody can evaluate. Someone authorising a\n * payout address should be able to read what they are authorising.\n *\n * Every line is load-bearing. `domain` makes the signature useless anywhere\n * else; `payTo` is the thing being authorised; the first line scopes it to us,\n * so a login signature made for another site cannot be submitted here; the\n * nonce and date allow rotation and expiry.\n */\nexport function manifestMessage(params: {\n  domain: string;\n  payTo: string;\n  nonce: string;\n  issuedAt: string;\n}): string {\n  const { domain, payTo, nonce, issuedAt } = params;\n  return [\n    `${SIGNING_DOMAIN} wants you to sign in with your Ethereum account:`,\n    payTo,\n    \"\",\n    `Authorise adland to pay this address for ads served on ${domain}.`,\n    \"\",\n    `URI: https://${domain}`,\n    \"Version: 1\",\n    `Chain ID: ${SIGNING_CHAIN_ID}`,\n    `Nonce: ${nonce}`,\n    `Issued At: ${issuedAt}`,\n  ].join(\"\\n\");\n}\n\n/** Reject a shape before spending a signature check on it. */\nexport function parseManifest(input: unknown): PublisherManifest | null {\n  if (!input || typeof input !== \"object\") return null;\n  const m = input as Record<string, unknown>;\n  if (m.version !== 1) return null;\n  for (const key of [\"payTo\", \"nonce\", \"issuedAt\", \"signature\"] as const) {\n    if (typeof m[key] !== \"string\" || !(m[key] as string).trim()) return null;\n  }\n  return {\n    version: 1,\n    payTo: (m.payTo as string).trim(),\n    nonce: (m.nonce as string).trim(),\n    issuedAt: (m.issuedAt as string).trim(),\n    signature: (m.signature as string).trim(),\n    domain: typeof m.domain === \"string\" ? m.domain.trim() : undefined,\n    contact: parseContact(m.contact) ?? undefined,\n  };\n}\n\n/**\n * A nonce for a fresh manifest.\n *\n * Only has to be unique enough that re-signing produces a different message, so\n * an old file cannot be mistaken for a new one. Not a security boundary — the\n * domain binding is — so `crypto.getRandomValues` where it exists and a\n * timestamp where it does not is ample.\n */\nexport function manifestNonce(): string {\n  const g = globalThis as {\n    crypto?: { getRandomValues?: typeof crypto.getRandomValues };\n  };\n  if (g.crypto?.getRandomValues) {\n    const bytes = new Uint8Array(8);\n    g.crypto.getRandomValues(bytes);\n    return Array.from(bytes, (b) => b.toString(16).padStart(2, \"0\")).join(\"\");\n  }\n  return Date.now().toString(36);\n}\n","import type { z } from \"zod\";\nimport type { CastAd } from \"./ads/cast\";\nimport { castAd } from \"./ads/cast\";\nimport type { LinkAd } from \"./ads/link\";\nimport { linkAd } from \"./ads/link\";\nimport type { MiniAppAd } from \"./ads/miniapp\";\nimport { miniappAd } from \"./ads/miniapp\";\nimport type { FarcasterProfileAd } from \"./ads/profile\";\nimport { farcasterProfileAd } from \"./ads/profile\";\nimport type { TokenAd } from \"./ads/token\";\nimport { tokenAd } from \"./ads/token\";\nimport type { TweetAd } from \"./ads/tweet\";\nimport { tweetAd } from \"./ads/tweet\";\nimport type { XProfileAd } from \"./ads/x-profile\";\nimport { xProfileAd } from \"./ads/x-profile\";\n\n/**\n * Union type for all complete ad structures with type, data, and optional metadata\n */\nexport type AdData =\n  | CastAd\n  | LinkAd\n  | MiniAppAd\n  | TokenAd\n  | TweetAd\n  | FarcasterProfileAd\n  | XProfileAd;\n\n/**\n * Registry of all ad definitions\n * Each entry is an AdDefinition object\n */\nexport const ads = {\n  link: linkAd,\n  cast: castAd,\n  tweet: tweetAd,\n  miniapp: miniappAd,\n  token: tokenAd,\n  farcasterProfile: farcasterProfileAd,\n  xProfile: xProfileAd,\n} as const;\n\nexport const adTypes = [\n  \"link\",\n  \"cast\",\n  \"tweet\",\n  \"miniapp\",\n  \"token\",\n  \"farcasterProfile\",\n  \"xProfile\",\n] as const;\n\n/**\n * Type for ad definition keys\n */\nexport type AdType = keyof typeof ads;\n\n/**\n * Get ad definition by type\n */\nexport function getAd(type: AdType) {\n  return ads[type];\n}\n/**\n * Validate ad data against any ad definition\n */\nexport function validateAdData(data: unknown): {\n  success: boolean;\n  data?: {\n    type: AdType;\n    data: unknown;\n  };\n  error?: z.ZodError | string;\n} {\n  const record =\n    typeof data === \"object\" && data !== null\n      ? (data as { type?: unknown; data?: unknown })\n      : {};\n  const dataType = record.type;\n  if (\n    typeof dataType !== \"string\" ||\n    !(adTypes as readonly string[]).includes(dataType)\n  ) {\n    return {\n      success: false,\n      error: \"Data does not match any known ad type\",\n    };\n  }\n  const ad = getAd(dataType as AdType);\n\n  const result = ad.data.safeParse(record.data);\n  if (!result.success) {\n    return {\n      success: false,\n      error: result.error,\n    };\n  }\n\n  return {\n    success: true,\n    data: {\n      type: dataType as AdType,\n      data: result.data,\n    },\n  };\n}\n\n// Export all ad definitions\nexport * from \"./ads\";\n// Export CAIP-10 helpers and the token chain registry\nexport * from \"./caip10\";\n// Export constants\nexport { adlandApiUrl } from \"./constants\";\n// Export core utilities\nexport * from \"./core/ad-definition\";\n\n// Export Farcaster utilities\nexport * from \"./farcaster\";\n\n// The API response shapes, and `castImage` — the single answer to \"which\n// picture does this cast carry\", shared by the publish path and the renderer so\n// the two cannot disagree.\nexport * from \"./presentation\";\n// The publisher payout manifest. Shared because the API verifies the signature\n// and the app asks a wallet to produce it — two codebases building one string.\nexport * from \"./publisher-manifest\";\nexport * from \"./types\";\n\n// Backward compatibility aliases\nexport const adDefinitions = ads;\nexport const adModels = ads;\n"]}