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import { defineDatasource, defineEndpoint, Tinybird, defineToken, node, t, p, engine, type InferRow, type InferParams, type InferOutputRow, TokenDefinition,} from "@tinybirdco/sdk";
// The token the app runs with (TINYBIRD_TOKEN in prod and the appview): reads// every endpoint and appends subscription events.const PROD_TOKEN = defineToken("prod_read_token_v1");const PROD_TOKEN_READ = { token: PROD_TOKEN, scope: "READ" } as const;
// ============================================================================// Datasources// ============================================================================
/** * Vercel Web Analytics drain events. * Column names match the Vercel drain JSON keys exactly. * `timestamp` is stored as UInt64 (Unix millis) as sent by Vercel. */export const analyticsEvents = defineDatasource("analytics_events", { description: "Vercel Web Analytics drain events", schema: { timestamp: t.uint64(), eventType: t.string().lowCardinality(), eventName: t.string().default(""), eventData: t.string().default(""), sessionId: t.uint64().nullable(), deviceId: t.uint64(), origin: t.string(), path: t.string(), referrer: t.string().default(""), queryParams: t.string().default(""), route: t.string().default(""), country: t.string().lowCardinality().default(""), region: t.string().default(""), city: t.string().default(""), osName: t.string().lowCardinality().default(""), osVersion: t.string().default(""), clientName: t.string().lowCardinality().default(""), clientType: t.string().lowCardinality().default(""), clientVersion: t.string().default(""), deviceType: t.string().lowCardinality().default(""), deviceBrand: t.string().default(""), deviceModel: t.string().default(""), browserEngine: t.string().default(""), browserEngineVersion: t.string().default(""), sdkVersion: t.string().default(""), sdkName: t.string().default(""), sdkVersionFull: t.string().default(""), vercelEnvironment: t.string().lowCardinality().default(""), vercelUrl: t.string().default(""), flags: t.string().default(""), deployment: t.string().default(""), schema: t.string().default(""), projectId: t.string().default(""), ownerId: t.string().default(""), dataSourceName: t.string().default(""), }, engine: engine.mergeTree({ sortingKey: ["origin", "timestamp"], partitionKey: "toYYYYMM(fromUnixTimestamp64Milli(timestamp))", }),});
export type AnalyticsEventsRow = InferRow<typeof analyticsEvents>;
/** * Subscription events, ingested server-side (see src/subscriptionAnalytics.ts). * * `origin` distinguishes subscriptions our own code created ("app") from ones * observed on the firehose that were created elsewhere ("firehose"). The * appview only ingests firehose events whose subscription row didn't already * exist, so app-created records aren't double counted when they echo back. */export const subscriptionEvents = defineDatasource("subscription_events", { description: "Publication subscribe/unsubscribe events", schema: { timestamp: t.uint64(), event: t.string().lowCardinality(), // subscribe | unsubscribe method: t.string().lowCardinality(), // atproto | email origin: t.string().lowCardinality(), // app | firehose publication_uri: t.string(), publication_did: t.string().default(""), // Stable per-subscriber id for uniq(): a DID, or sha256 of the email. subscriber: t.string().default(""), // AT-URI of the subscription record (empty for email-only subscriptions). record_uri: t.string().default(""), source_placement: t.string().lowCardinality().default(""), // Referring publication when the subscribe came from another // publication's recommendations. source_publication: t.string().default(""), source_url: t.string().default(""), }, engine: engine.mergeTree({ sortingKey: ["publication_uri", "timestamp"], partitionKey: "toYYYYMM(fromUnixTimestamp64Milli(timestamp))", }), tokens: [{ token: PROD_TOKEN, scope: "APPEND" }],});
export type SubscriptionEventsRow = InferRow<typeof subscriptionEvents>;
// ============================================================================// Endpoints// ============================================================================
/** * publication_traffic – daily pageview time series for a publication domain. */export const publicationTraffic = defineEndpoint("publication_traffic", { description: "Daily pageview time series for a publication domain", params: { domains: p.string(), date_from: p.string().optional(), date_to: p.string().optional(), path: p.string().optional(), referrer_host: p.string().optional(), bsky_post: p.string().optional(), }, tokens: [PROD_TOKEN_READ], nodes: [ node({ name: "endpoint", sql: ` SELECT toDate(fromUnixTimestamp64Milli(timestamp)) AS day, count() AS pageviews, uniq(deviceId) AS visitors FROM analytics_events WHERE eventType = 'pageview' AND domain(origin) IN splitByChar(',', {{String(domains)}}) {% if defined(date_from) %} AND fromUnixTimestamp64Milli(timestamp) >= parseDateTimeBestEffort({{String(date_from)}}) {% end %} {% if defined(date_to) %} AND fromUnixTimestamp64Milli(timestamp) <= parseDateTimeBestEffort({{String(date_to)}}) {% end %} {% if defined(path) %} AND path = {{String(path)}} {% end %} {% if defined(referrer_host) %} AND domain(referrer) = {{String(referrer_host)}} {% end %} {% if defined(bsky_post) %} AND JSONExtractString(queryParams, 'utm_source') = 'bluesky' AND JSONExtractString(queryParams, 'utm_content') = {{String(bsky_post)}} {% end %} GROUP BY day ORDER BY day ASC `, }), ], output: { day: t.date(), pageviews: t.uint64(), visitors: t.uint64(), },});
export type PublicationTrafficParams = InferParams<typeof publicationTraffic>;export type PublicationTrafficOutput = InferOutputRow< typeof publicationTraffic>;
/** * publication_top_referrers – top referring domains for a publication. */export const publicationTopReferrers = defineEndpoint( "publication_top_referrers", { tokens: [PROD_TOKEN_READ], description: "Top referrers for a publication domain", params: { domains: p.string(), date_from: p.string().optional(), date_to: p.string().optional(), path: p.string().optional(), referrer_host: p.string().optional(), bsky_post: p.string().optional(), limit: p.int32().optional(10), }, nodes: [ node({ name: "endpoint", sql: ` SELECT domain(referrer) AS referrer_host, count() AS pageviews FROM analytics_events WHERE eventType = 'pageview' AND domain(origin) IN splitByChar(',', {{String(domains)}}) AND referrer != '' AND domain(referrer) NOT IN splitByChar(',', {{String(domains)}}) {% if defined(date_from) %} AND fromUnixTimestamp64Milli(timestamp) >= parseDateTimeBestEffort({{String(date_from)}}) {% end %} {% if defined(date_to) %} AND fromUnixTimestamp64Milli(timestamp) <= parseDateTimeBestEffort({{String(date_to)}}) {% end %} {% if defined(path) %} AND path = {{String(path)}} {% end %} {% if defined(referrer_host) %} AND domain(referrer) = {{String(referrer_host)}} {% end %} {% if defined(bsky_post) %} AND JSONExtractString(queryParams, 'utm_source') = 'bluesky' AND JSONExtractString(queryParams, 'utm_content') = {{String(bsky_post)}} {% end %} GROUP BY referrer_host ORDER BY pageviews DESC LIMIT {{Int32(limit, 10)}} `, }), ], output: { referrer_host: t.string(), pageviews: t.uint64(), }, },);
export type PublicationTopReferrersParams = InferParams< typeof publicationTopReferrers>;export type PublicationTopReferrersOutput = InferOutputRow< typeof publicationTopReferrers>;
/** * publication_top_pages – top pages by pageviews for a publication. */export const publicationTopPages = defineEndpoint("publication_top_pages", { description: "Top pages for a publication domain", tokens: [PROD_TOKEN_READ], params: { domains: p.string(), date_from: p.string().optional(), date_to: p.string().optional(), referrer_host: p.string().optional(), bsky_post: p.string().optional(), limit: p.int32().optional(10), }, nodes: [ node({ name: "endpoint", sql: ` SELECT path, count() AS pageviews FROM analytics_events WHERE eventType = 'pageview' AND domain(origin) IN splitByChar(',', {{String(domains)}}) {% if defined(date_from) %} AND fromUnixTimestamp64Milli(timestamp) >= parseDateTimeBestEffort({{String(date_from)}}) {% end %} {% if defined(date_to) %} AND fromUnixTimestamp64Milli(timestamp) <= parseDateTimeBestEffort({{String(date_to)}}) {% end %} {% if defined(referrer_host) %} AND domain(referrer) = {{String(referrer_host)}} {% end %} {% if defined(bsky_post) %} AND JSONExtractString(queryParams, 'utm_source') = 'bluesky' AND JSONExtractString(queryParams, 'utm_content') = {{String(bsky_post)}} {% end %} GROUP BY path ORDER BY pageviews DESC LIMIT {{Int32(limit, 10)}} `, }), ], output: { path: t.string(), pageviews: t.uint64(), },});
export type PublicationTopPagesParams = InferParams<typeof publicationTopPages>;export type PublicationTopPagesOutput = InferOutputRow< typeof publicationTopPages>;
/** * publication_bsky_traffic – pageviews attributed to specific Bluesky posts. * * Links we embed in Bluesky posts carry utm_source=bluesky and * utm_content=<did>/<rkey> (see src/utils/bskyPostUtm.ts), so grouping by * utm_content yields per-post traffic. queryParams is a JSON-encoded object. */export const publicationBskyTraffic = defineEndpoint( "publication_bsky_traffic", { description: "Pageviews per referring Bluesky post for a publication", tokens: [PROD_TOKEN_READ], params: { domains: p.string(), date_from: p.string().optional(), date_to: p.string().optional(), path: p.string().optional(), limit: p.int32().optional(25), }, nodes: [ node({ name: "endpoint", sql: ` SELECT JSONExtractString(queryParams, 'utm_content') AS post_ref, count() AS pageviews, uniq(deviceId) AS visitors FROM analytics_events WHERE eventType = 'pageview' AND domain(origin) IN splitByChar(',', {{String(domains)}}) AND JSONExtractString(queryParams, 'utm_source') = 'bluesky' AND JSONExtractString(queryParams, 'utm_content') != '' {% if defined(date_from) %} AND fromUnixTimestamp64Milli(timestamp) >= parseDateTimeBestEffort({{String(date_from)}}) {% end %} {% if defined(date_to) %} AND fromUnixTimestamp64Milli(timestamp) <= parseDateTimeBestEffort({{String(date_to)}}) {% end %} {% if defined(path) %} AND path = {{String(path)}} {% end %} GROUP BY post_ref ORDER BY pageviews DESC LIMIT {{Int32(limit, 25)}} `, }), ], output: { post_ref: t.string(), pageviews: t.uint64(), visitors: t.uint64(), }, },);
export type PublicationBskyTrafficParams = InferParams< typeof publicationBskyTraffic>;export type PublicationBskyTrafficOutput = InferOutputRow< typeof publicationBskyTraffic>;
/** * publication_subscribes_timeseries – daily subscribe/unsubscribe counts for a * publication, split by method. */export const publicationSubscribesTimeseries = defineEndpoint( "publication_subscribes_timeseries", { description: "Daily subscription event counts for a publication", tokens: [PROD_TOKEN_READ], params: { publication_uri: p.string(), date_from: p.string().optional(), date_to: p.string().optional(), }, nodes: [ node({ name: "endpoint", sql: ` SELECT toDate(fromUnixTimestamp64Milli(timestamp)) AS day, countIf(event = 'subscribe' AND method = 'email') AS email_subscribes, countIf(event = 'subscribe' AND method = 'atproto') AS atproto_subscribes, countIf(event = 'unsubscribe') AS unsubscribes FROM subscription_events WHERE publication_uri = {{String(publication_uri)}} {% if defined(date_from) %} AND fromUnixTimestamp64Milli(timestamp) >= parseDateTimeBestEffort({{String(date_from)}}) {% end %} {% if defined(date_to) %} AND fromUnixTimestamp64Milli(timestamp) <= parseDateTimeBestEffort({{String(date_to)}}) {% end %} GROUP BY day ORDER BY day ASC `, }), ], output: { day: t.date(), email_subscribes: t.uint64(), atproto_subscribes: t.uint64(), unsubscribes: t.uint64(), }, },);
export type PublicationSubscribesTimeseriesParams = InferParams< typeof publicationSubscribesTimeseries>;export type PublicationSubscribesTimeseriesOutput = InferOutputRow< typeof publicationSubscribesTimeseries>;
/** * publication_subscribe_sources – where a publication's subscribes came from: * placement on the page, referring publication (recommendations), and whether * the subscription was created in-app or observed on the firehose. */export const publicationSubscribeSources = defineEndpoint( "publication_subscribe_sources", { description: "Subscribe counts by source placement for a publication", tokens: [PROD_TOKEN_READ], params: { publication_uri: p.string(), date_from: p.string().optional(), date_to: p.string().optional(), limit: p.int32().optional(50), }, nodes: [ node({ name: "endpoint", sql: ` SELECT origin, source_placement, source_publication, method, count() AS subscribes, uniq(subscriber) AS subscribers FROM subscription_events WHERE event = 'subscribe' AND publication_uri = {{String(publication_uri)}} {% if defined(date_from) %} AND fromUnixTimestamp64Milli(timestamp) >= parseDateTimeBestEffort({{String(date_from)}}) {% end %} {% if defined(date_to) %} AND fromUnixTimestamp64Milli(timestamp) <= parseDateTimeBestEffort({{String(date_to)}}) {% end %} GROUP BY origin, source_placement, source_publication, method ORDER BY subscribes DESC LIMIT {{Int32(limit, 50)}} `, }), ], output: { origin: t.string(), source_placement: t.string(), source_publication: t.string(), method: t.string(), subscribes: t.uint64(), subscribers: t.uint64(), }, },);
export type PublicationSubscribeSourcesParams = InferParams< typeof publicationSubscribeSources>;export type PublicationSubscribeSourcesOutput = InferOutputRow< typeof publicationSubscribeSources>;
// ============================================================================// Client// ============================================================================
export const tinybird = new Tinybird({ datasources: { analyticsEvents, subscriptionEvents }, pipes: { publicationTraffic, publicationTopReferrers, publicationTopPages, publicationBskyTraffic, publicationSubscribesTimeseries, publicationSubscribeSources, }, devMode: false,});