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TypeScript
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import { supabaseServerClient } from "supabase/serverClient";import { Tables, TablesInsert } from "supabase/database.types";import { AtUri } from "@atproto/syntax";import { idResolver } from "app/(home-pages)/reader/idResolver";import { normalizeDocumentRecord, normalizePublicationRecord, type NormalizedDocument, type NormalizedPublication,} from "src/utils/normalizeRecords";
type NotificationRow = Tables<"notifications">;
export type Notification = Omit<TablesInsert<"notifications">, "data"> & { data: NotificationData;};
export type NotificationData = | { type: "comment"; comment_uri: string; parent_uri?: string } | { type: "subscribe"; subscription_uri: string } | { type: "quote"; bsky_post_uri: string; document_uri: string } | { type: "bsky_post_embed"; document_uri: string; bsky_post_uri: string } | { type: "mention"; document_uri: string; mention_type: "did" } | { type: "mention"; document_uri: string; mention_type: "publication"; mentioned_uri: string } | { type: "mention"; document_uri: string; mention_type: "document"; mentioned_uri: string } | { type: "comment_mention"; comment_uri: string; mention_type: "did" } | { type: "comment_mention"; comment_uri: string; mention_type: "publication"; mentioned_uri: string } | { type: "comment_mention"; comment_uri: string; mention_type: "document"; mentioned_uri: string } | { type: "recommend"; document_uri: string; recommend_uri: string };
export type HydratedNotification = | HydratedCommentNotification | HydratedSubscribeNotification | HydratedQuoteNotification | HydratedBskyPostEmbedNotification | HydratedMentionNotification | HydratedCommentMentionNotification | HydratedRecommendNotification;export async function hydrateNotifications( notifications: NotificationRow[],): Promise<Array<HydratedNotification>> { // Call all hydrators in parallel const [commentNotifications, subscribeNotifications, quoteNotifications, bskyPostEmbedNotifications, mentionNotifications, commentMentionNotifications, recommendNotifications] = await Promise.all([ hydrateCommentNotifications(notifications), hydrateSubscribeNotifications(notifications), hydrateQuoteNotifications(notifications), hydrateBskyPostEmbedNotifications(notifications), hydrateMentionNotifications(notifications), hydrateCommentMentionNotifications(notifications), hydrateRecommendNotifications(notifications), ]);
// Combine all hydrated notifications const allHydrated = [...commentNotifications, ...subscribeNotifications, ...quoteNotifications, ...bskyPostEmbedNotifications, ...mentionNotifications, ...commentMentionNotifications, ...recommendNotifications];
// Sort by created_at to maintain order allHydrated.sort( (a, b) => new Date(b.created_at).getTime() - new Date(a.created_at).getTime(), );
return allHydrated;}
// Type guard to extract notification typetype ExtractNotificationType<T extends NotificationData["type"]> = Extract< NotificationData, { type: T }>;
export type HydratedCommentNotification = Awaited< ReturnType<typeof hydrateCommentNotifications>>[0];
async function hydrateCommentNotifications(notifications: NotificationRow[]) { const commentNotifications = notifications.filter( (n): n is NotificationRow & { data: ExtractNotificationType<"comment"> } => (n.data as NotificationData)?.type === "comment", );
if (commentNotifications.length === 0) { return []; }
// Fetch comment data from the database const commentUris = commentNotifications.flatMap((n) => n.data.parent_uri ? [n.data.comment_uri, n.data.parent_uri] : [n.data.comment_uri], ); const { data: comments } = await supabaseServerClient .from("comments_on_documents") .select( "*,bsky_profiles(*), documents(*, documents_in_publications(publications(*)))", ) .in("uri", commentUris);
return commentNotifications .map((notification) => { const commentData = comments?.find((c) => c.uri === notification.data.comment_uri); if (!commentData) return null; return { id: notification.id, recipient: notification.recipient, created_at: notification.created_at, type: "comment" as const, comment_uri: notification.data.comment_uri, parentData: notification.data.parent_uri ? comments?.find((c) => c.uri === notification.data.parent_uri) : undefined, commentData, normalizedDocument: normalizeDocumentRecord(commentData.documents?.data, commentData.documents?.uri), normalizedPublication: normalizePublicationRecord( commentData.documents?.documents_in_publications[0]?.publications?.record, ), }; }) .filter((n) => n !== null);}
export type HydratedSubscribeNotification = Awaited< ReturnType<typeof hydrateSubscribeNotifications>>[0];
async function hydrateSubscribeNotifications(notifications: NotificationRow[]) { const subscribeNotifications = notifications.filter( ( n, ): n is NotificationRow & { data: ExtractNotificationType<"subscribe"> } => (n.data as NotificationData)?.type === "subscribe", );
if (subscribeNotifications.length === 0) { return []; }
// Fetch subscription data from the database with related data const subscriptionUris = subscribeNotifications.map( (n) => n.data.subscription_uri, ); const { data: subscriptions } = await supabaseServerClient .from("publication_subscriptions") .select("*, identities(bsky_profiles(*)), publications(*)") .in("uri", subscriptionUris);
return subscribeNotifications .map((notification) => { const subscriptionData = subscriptions?.find((s) => s.uri === notification.data.subscription_uri); if (!subscriptionData) return null; return { id: notification.id, recipient: notification.recipient, created_at: notification.created_at, type: "subscribe" as const, subscription_uri: notification.data.subscription_uri, subscriptionData, normalizedPublication: normalizePublicationRecord(subscriptionData.publications?.record), }; }) .filter((n) => n !== null);}
export type HydratedQuoteNotification = Awaited< ReturnType<typeof hydrateQuoteNotifications>>[0];
async function hydrateQuoteNotifications(notifications: NotificationRow[]) { const quoteNotifications = notifications.filter( (n): n is NotificationRow & { data: ExtractNotificationType<"quote"> } => (n.data as NotificationData)?.type === "quote", );
if (quoteNotifications.length === 0) { return []; }
// Fetch bsky post data and document data const bskyPostUris = quoteNotifications.map((n) => n.data.bsky_post_uri); const documentUris = quoteNotifications.map((n) => n.data.document_uri);
const { data: bskyPosts } = await supabaseServerClient .from("bsky_posts") .select("*") .in("uri", bskyPostUris);
const { data: documents } = await supabaseServerClient .from("documents") .select("*, documents_in_publications(publications(*))") .in("uri", documentUris);
return quoteNotifications .map((notification) => { const bskyPost = bskyPosts?.find((p) => p.uri === notification.data.bsky_post_uri); const document = documents?.find((d) => d.uri === notification.data.document_uri); if (!bskyPost || !document) return null; return { id: notification.id, recipient: notification.recipient, created_at: notification.created_at, type: "quote" as const, bsky_post_uri: notification.data.bsky_post_uri, document_uri: notification.data.document_uri, bskyPost, document, normalizedDocument: normalizeDocumentRecord(document.data, document.uri), normalizedPublication: normalizePublicationRecord( document.documents_in_publications[0]?.publications?.record, ), }; }) .filter((n) => n !== null);}
export type HydratedBskyPostEmbedNotification = Awaited< ReturnType<typeof hydrateBskyPostEmbedNotifications>>[0];
async function hydrateBskyPostEmbedNotifications(notifications: NotificationRow[]) { const bskyPostEmbedNotifications = notifications.filter( (n): n is NotificationRow & { data: ExtractNotificationType<"bsky_post_embed"> } => (n.data as NotificationData)?.type === "bsky_post_embed", );
if (bskyPostEmbedNotifications.length === 0) { return []; }
// Fetch document data (the leaflet that embedded the post) const documentUris = bskyPostEmbedNotifications.map((n) => n.data.document_uri); const bskyPostUris = bskyPostEmbedNotifications.map((n) => n.data.bsky_post_uri);
const [{ data: documents }, { data: cachedBskyPosts }] = await Promise.all([ supabaseServerClient .from("documents") .select("*, documents_in_publications(publications(*))") .in("uri", documentUris), supabaseServerClient .from("bsky_posts") .select("*") .in("uri", bskyPostUris), ]);
// Find which posts we need to fetch from the API const cachedPostUris = new Set(cachedBskyPosts?.map((p) => p.uri) ?? []); const missingPostUris = bskyPostUris.filter((uri) => !cachedPostUris.has(uri));
// Fetch missing posts from Bluesky API const fetchedPosts = new Map<string, { text: string } | null>(); if (missingPostUris.length > 0) { try { const { AtpAgent } = await import("@atproto/api"); const agent = new AtpAgent({ service: "https://public.api.bsky.app" }); const response = await agent.app.bsky.feed.getPosts({ uris: missingPostUris }); for (const post of response.data.posts) { const record = post.record as { text?: string }; fetchedPosts.set(post.uri, { text: record.text ?? "" }); } } catch (error) { console.error("Failed to fetch Bluesky posts:", error); } }
// Extract unique DIDs from document URIs to resolve handles const documentCreatorDids = [...new Set(documentUris.map((uri) => new AtUri(uri).host))];
// Resolve DIDs to handles in parallel const didToHandleMap = new Map<string, string | null>(); await Promise.all( documentCreatorDids.map(async (did) => { try { const resolved = await idResolver.did.resolve(did); const handle = resolved?.alsoKnownAs?.[0] ? resolved.alsoKnownAs[0].slice(5) // Remove "at://" prefix : null; didToHandleMap.set(did, handle); } catch (error) { console.error(`Failed to resolve DID ${did}:`, error); didToHandleMap.set(did, null); } }), );
return bskyPostEmbedNotifications .map((notification) => { const document = documents?.find((d) => d.uri === notification.data.document_uri); if (!document) return null;
const documentCreatorDid = new AtUri(notification.data.document_uri).host; const documentCreatorHandle = didToHandleMap.get(documentCreatorDid) ?? null;
// Get post text from cache or fetched data const cachedPost = cachedBskyPosts?.find((p) => p.uri === notification.data.bsky_post_uri); const postView = cachedPost?.post_view as { record?: { text?: string } } | undefined; const bskyPostText = postView?.record?.text ?? fetchedPosts.get(notification.data.bsky_post_uri)?.text ?? null;
return { id: notification.id, recipient: notification.recipient, created_at: notification.created_at, type: "bsky_post_embed" as const, document_uri: notification.data.document_uri, bsky_post_uri: notification.data.bsky_post_uri, document, documentCreatorHandle, bskyPostText, normalizedDocument: normalizeDocumentRecord(document.data, document.uri), normalizedPublication: normalizePublicationRecord( document.documents_in_publications[0]?.publications?.record, ), }; }) .filter((n) => n !== null);}
export type HydratedMentionNotification = Awaited< ReturnType<typeof hydrateMentionNotifications>>[0];
async function hydrateMentionNotifications(notifications: NotificationRow[]) { const mentionNotifications = notifications.filter( (n): n is NotificationRow & { data: ExtractNotificationType<"mention"> } => (n.data as NotificationData)?.type === "mention", );
if (mentionNotifications.length === 0) { return []; }
// Fetch document data from the database const documentUris = mentionNotifications.map((n) => n.data.document_uri); const { data: documents } = await supabaseServerClient .from("documents") .select("*, documents_in_publications(publications(*))") .in("uri", documentUris);
// Extract unique DIDs from document URIs to resolve handles const documentCreatorDids = [...new Set(documentUris.map((uri) => new AtUri(uri).host))];
// Resolve DIDs to handles in parallel const didToHandleMap = new Map<string, string | null>(); await Promise.all( documentCreatorDids.map(async (did) => { try { const resolved = await idResolver.did.resolve(did); const handle = resolved?.alsoKnownAs?.[0] ? resolved.alsoKnownAs[0].slice(5) // Remove "at://" prefix : null; didToHandleMap.set(did, handle); } catch (error) { console.error(`Failed to resolve DID ${did}:`, error); didToHandleMap.set(did, null); } }), );
// Fetch mentioned publications and documents const mentionedPublicationUris = mentionNotifications .filter((n) => n.data.mention_type === "publication") .map((n) => (n.data as Extract<ExtractNotificationType<"mention">, { mention_type: "publication" }>).mentioned_uri);
const mentionedDocumentUris = mentionNotifications .filter((n) => n.data.mention_type === "document") .map((n) => (n.data as Extract<ExtractNotificationType<"mention">, { mention_type: "document" }>).mentioned_uri);
const [{ data: mentionedPublications }, { data: mentionedDocuments }] = await Promise.all([ mentionedPublicationUris.length > 0 ? supabaseServerClient .from("publications") .select("*") .in("uri", mentionedPublicationUris) : Promise.resolve({ data: [] }), mentionedDocumentUris.length > 0 ? supabaseServerClient .from("documents") .select("*, documents_in_publications(publications(*))") .in("uri", mentionedDocumentUris) : Promise.resolve({ data: [] }), ]);
return mentionNotifications .map((notification) => { const document = documents?.find((d) => d.uri === notification.data.document_uri); if (!document) return null;
const mentionedUri = notification.data.mention_type !== "did" ? (notification.data as Extract<ExtractNotificationType<"mention">, { mentioned_uri: string }>).mentioned_uri : undefined;
const documentCreatorDid = new AtUri(notification.data.document_uri).host; const documentCreatorHandle = didToHandleMap.get(documentCreatorDid) ?? null;
const mentionedPublication = mentionedUri ? mentionedPublications?.find((p) => p.uri === mentionedUri) : undefined; const mentionedDoc = mentionedUri ? mentionedDocuments?.find((d) => d.uri === mentionedUri) : undefined;
return { id: notification.id, recipient: notification.recipient, created_at: notification.created_at, type: "mention" as const, document_uri: notification.data.document_uri, mention_type: notification.data.mention_type, mentioned_uri: mentionedUri, document, documentCreatorHandle, mentionedPublication, mentionedDocument: mentionedDoc, normalizedDocument: normalizeDocumentRecord(document.data, document.uri), normalizedPublication: normalizePublicationRecord( document.documents_in_publications[0]?.publications?.record, ), normalizedMentionedPublication: normalizePublicationRecord(mentionedPublication?.record), normalizedMentionedDocument: normalizeDocumentRecord(mentionedDoc?.data, mentionedDoc?.uri), }; }) .filter((n) => n !== null);}
export type HydratedCommentMentionNotification = Awaited< ReturnType<typeof hydrateCommentMentionNotifications>>[0];
async function hydrateCommentMentionNotifications(notifications: NotificationRow[]) { const commentMentionNotifications = notifications.filter( (n): n is NotificationRow & { data: ExtractNotificationType<"comment_mention"> } => (n.data as NotificationData)?.type === "comment_mention", );
if (commentMentionNotifications.length === 0) { return []; }
// Fetch comment data from the database const commentUris = commentMentionNotifications.map((n) => n.data.comment_uri); const { data: comments } = await supabaseServerClient .from("comments_on_documents") .select( "*, bsky_profiles(*), documents(*, documents_in_publications(publications(*)))", ) .in("uri", commentUris);
// Extract unique DIDs from comment URIs to resolve handles const commenterDids = [...new Set(commentUris.map((uri) => new AtUri(uri).host))];
// Resolve DIDs to handles in parallel const didToHandleMap = new Map<string, string | null>(); await Promise.all( commenterDids.map(async (did) => { try { const resolved = await idResolver.did.resolve(did); const handle = resolved?.alsoKnownAs?.[0] ? resolved.alsoKnownAs[0].slice(5) // Remove "at://" prefix : null; didToHandleMap.set(did, handle); } catch (error) { console.error(`Failed to resolve DID ${did}:`, error); didToHandleMap.set(did, null); } }), );
// Fetch mentioned publications and documents const mentionedPublicationUris = commentMentionNotifications .filter((n) => n.data.mention_type === "publication") .map((n) => (n.data as Extract<ExtractNotificationType<"comment_mention">, { mention_type: "publication" }>).mentioned_uri);
const mentionedDocumentUris = commentMentionNotifications .filter((n) => n.data.mention_type === "document") .map((n) => (n.data as Extract<ExtractNotificationType<"comment_mention">, { mention_type: "document" }>).mentioned_uri);
const [{ data: mentionedPublications }, { data: mentionedDocuments }] = await Promise.all([ mentionedPublicationUris.length > 0 ? supabaseServerClient .from("publications") .select("*") .in("uri", mentionedPublicationUris) : Promise.resolve({ data: [] }), mentionedDocumentUris.length > 0 ? supabaseServerClient .from("documents") .select("*, documents_in_publications(publications(*))") .in("uri", mentionedDocumentUris) : Promise.resolve({ data: [] }), ]);
return commentMentionNotifications .map((notification) => { const commentData = comments?.find((c) => c.uri === notification.data.comment_uri); if (!commentData) return null;
const mentionedUri = notification.data.mention_type !== "did" ? (notification.data as Extract<ExtractNotificationType<"comment_mention">, { mentioned_uri: string }>).mentioned_uri : undefined;
const commenterDid = new AtUri(notification.data.comment_uri).host; const commenterHandle = didToHandleMap.get(commenterDid) ?? null;
const mentionedPublication = mentionedUri ? mentionedPublications?.find((p) => p.uri === mentionedUri) : undefined; const mentionedDoc = mentionedUri ? mentionedDocuments?.find((d) => d.uri === mentionedUri) : undefined;
return { id: notification.id, recipient: notification.recipient, created_at: notification.created_at, type: "comment_mention" as const, comment_uri: notification.data.comment_uri, mention_type: notification.data.mention_type, mentioned_uri: mentionedUri, commentData, commenterHandle, mentionedPublication, mentionedDocument: mentionedDoc, normalizedDocument: normalizeDocumentRecord(commentData.documents?.data, commentData.documents?.uri), normalizedPublication: normalizePublicationRecord( commentData.documents?.documents_in_publications[0]?.publications?.record, ), normalizedMentionedPublication: normalizePublicationRecord(mentionedPublication?.record), normalizedMentionedDocument: normalizeDocumentRecord(mentionedDoc?.data, mentionedDoc?.uri), }; }) .filter((n) => n !== null);}
export type HydratedRecommendNotification = Awaited< ReturnType<typeof hydrateRecommendNotifications>>[0];
async function hydrateRecommendNotifications(notifications: NotificationRow[]) { const recommendNotifications = notifications.filter( (n): n is NotificationRow & { data: ExtractNotificationType<"recommend"> } => (n.data as NotificationData)?.type === "recommend", );
if (recommendNotifications.length === 0) { return []; }
// Fetch recommend data from the database const recommendUris = recommendNotifications.map((n) => n.data.recommend_uri); const documentUris = recommendNotifications.map((n) => n.data.document_uri);
const [{ data: recommends }, { data: documents }] = await Promise.all([ supabaseServerClient .from("recommends_on_documents") .select("*, identities(bsky_profiles(*))") .in("uri", recommendUris), supabaseServerClient .from("documents") .select("*, documents_in_publications(publications(*))") .in("uri", documentUris), ]);
return recommendNotifications .map((notification) => { const recommendData = recommends?.find((r) => r.uri === notification.data.recommend_uri); const document = documents?.find((d) => d.uri === notification.data.document_uri); if (!recommendData || !document) return null; return { id: notification.id, recipient: notification.recipient, created_at: notification.created_at, type: "recommend" as const, recommend_uri: notification.data.recommend_uri, document_uri: notification.data.document_uri, recommendData, document, normalizedDocument: normalizeDocumentRecord(document.data, document.uri), normalizedPublication: normalizePublicationRecord( document.documents_in_publications[0]?.publications?.record, ), }; }) .filter((n) => n !== null);}
export async function pingIdentityToUpdateNotification(did: string) { let channel = supabaseServerClient.channel(`identity.atp_did:${did}`); await channel.send({ type: "broadcast", event: "notification", payload: { message: "poke" }, }); await supabaseServerClient.removeChannel(channel);}