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import { getRoomCategorySlug } from "@interioring/utils/constants/room-categories";
import { Hono } from "hono";
import { SearchService } from "../../lib/search/search-service";
import type { EntityType, SearchResult } from "../../lib/search/types";
import { handleError, success } from "../../lib/response";
import type { ContextVariables } from "../../middleware";
import type { Dal } from "../../dal";
import {
type BusinessType,
businessTypes,
blogCategories as blogCategoriesTable,
type City,
cities,
type Zone,
zones,
type Locality,
localities,
projects,
} from "../../db/schema";
import { and, desc, eq, inArray, isNotNull } from "drizzle-orm";
import type { getDb } from "../../db";
type Env = {
Bindings: CloudflareBindings;
Variables: ContextVariables;
};
const VALID_TYPES = new Set<EntityType>(["pro", "project", "room", "blog"]);
const MAX_LIMIT = 50;
const DEFAULT_LIMIT = 10;
const MIN_QUERY_LENGTH = 2;
const MAX_FACET_IDS = 20;
// Parse a comma-separated id list, trimming, dropping empties, and enforcing
// the same per-filter cap the pros DAL uses so a malicious caller can't blow
// up the in-memory facet check.
function parseIdList(raw: string | undefined): string[] | undefined {
Eif (!raw) return undefined;
const ids = raw
.split(",")
.map((id) => id.trim())
.filter(Boolean)
.slice(0, MAX_FACET_IDS);
return ids.length > 0 ? ids : undefined;
}
// Module-scope warm cache for search service (persists across requests in same isolate)
let cachedService: SearchService | null = null;
let cachedVersion: string | null = null;
let lastVersionCheck = 0;
const VERSION_CHECK_INTERVAL = 60_000; // 60 seconds
const search = new Hono<Env>();
search.get("/", async (c) => {
try {
// 1. Validate query params
const q = c.req.query("q")?.trim();
if (!q || q.length < MIN_QUERY_LENGTH) {
return c.json(
{
success: false,
error: `Query parameter "q" is required and must be at least ${MIN_QUERY_LENGTH} characters`,
},
400,
);
}
// Sanitize: strip control characters, limit length
// biome-ignore lint/suspicious/noControlCharactersInRegex: intentionally stripping control characters from user input
const sanitizedQuery = q.replace(/[\x00-\x1f]/g, "").substring(0, 200);
// Parse types (comma-separated, validate each)
const typesParam = c.req.query("types");
let types: EntityType[] | undefined;
if (typesParam) {
const parsed = typesParam.split(",").map((t) => t.trim()) as EntityType[];
const invalid = parsed.filter((t) => !VALID_TYPES.has(t));
if (invalid.length > 0) {
return c.json(
{
success: false,
error: `Invalid type(s): ${invalid.join(", ")}. Valid types: pro, project, room, blog`,
},
400,
);
}
types = parsed;
}
// Parse limit and page
const limit = Math.min(
Math.max(1, Number(c.req.query("limit")) || DEFAULT_LIMIT),
MAX_LIMIT,
);
const page = Math.max(1, Number(c.req.query("page")) || 1);
// Parse facet filters (applied post-search against indexed facet fields)
const cityIds = parseIdList(c.req.query("cityIds"));
const localityId = c.req.query("localityId")?.trim() || undefined;
const serviceCategoryIds = parseIdList(
c.req.query("serviceCategoryIds"),
);
const materialTagIds = parseIdList(c.req.query("materialTagIds"));
// Parse diversity mode: "strict" = max-1-per-pro (for autocomplete dropdowns)
const diversityParam = c.req.query("diversity");
const diversity = diversityParam === "strict" ? "strict" as const : "default" as const;
// 2. Load or reuse cached SearchService (throttle KV version checks to once per 60s)
const now = Date.now();
let currentVersion = cachedVersion;
if (!cachedService || now - lastVersionCheck > VERSION_CHECK_INTERVAL) {
currentVersion = c.env.KV_CACHE
? await c.env.KV_CACHE.get("search-index-version")
: null;
lastVersionCheck = now;
}
Eif (!cachedService || cachedVersion !== currentVersion) {
// Build dictionary from taxonomy tables for typo correction
const dictionary = await buildDictionary(c.get("dal"));
// Read env-tunable weights (SEARCH_RELEVANCE_WEIGHT / SEARCH_QUALITY_WEIGHT).
// Defaults: 0.7 / 0.3 (70% text relevance, 30% quality score).
// Cast through unknown because CloudflareBindings is a typed interface and these
// vars may not be declared until wrangler.jsonc is updated (Lane B).
const env = c.env as unknown as Record<string, unknown>;
const relevanceWeight = Number(env.SEARCH_RELEVANCE_WEIGHT) || 0.7;
const qualityWeight = Number(env.SEARCH_QUALITY_WEIGHT) || 0.3;
cachedService = await SearchService.fromR2(c.env.R2, dictionary, relevanceWeight, qualityWeight);
cachedVersion = currentVersion;
}
// 3. Run search (facet filters applied inside SearchService against
// indexed facet fields; result counts reflect post-filter totals).
const searchResponse = cachedService.search({
q: sanitizedQuery,
types,
limit,
page,
cityIds,
localityId,
serviceCategoryIds,
materialTagIds,
diversity,
});
// 4. Enrich results with entity data (only for full SSR page, not autocomplete dropdown)
const enrich = c.req.query("enrich");
let enrichedResults = searchResponse.results;
let richData: Record<string, unknown> | undefined;
let counts = searchResponse.counts;
let total = searchResponse.total;
if (enrich === "full") {
const dal = c.get("dal");
const enrichment = await enrichSearchResults(
searchResponse.results,
dal,
c.get("db"),
{ includeRichData: true },
);
enrichedResults = enrichment.results;
richData = enrichment.richData;
// Drop results the DB no longer resolves (stale R2 index pointing at
// deleted blogs/pros/projects/rooms). Without this filter the SSR
// renderer would silently emit `null` cards while the type-tab badge
// kept showing the index count — bug #569.
const richKeyByType = {
pro: "pros",
project: "projects",
room: "rooms",
blog: "blogs",
} as const;
const dropped: Record<EntityType, number> = {
pro: 0,
project: 0,
room: 0,
blog: 0,
};
enrichedResults = enrichedResults.filter((r) => {
const bucket = richData?.[richKeyByType[r.type]] as
| Record<string, unknown>
| undefined;
if (bucket && bucket[r.id] !== undefined) return true;
dropped[r.type]++;
return false;
});
counts = {
pro: Math.max(0, counts.pro - dropped.pro),
project: Math.max(0, counts.project - dropped.project),
room: Math.max(0, counts.room - dropped.room),
blog: Math.max(0, counts.blog - dropped.blog),
};
total = Math.max(
0,
total -
dropped.pro -
dropped.project -
dropped.room -
dropped.blog,
);
}
// 5. Return response
return success(c, {
results: enrichedResults,
query: searchResponse.query,
corrected: searchResponse.corrected,
total,
counts,
...(richData ? { richData } : {}),
meta: {
page,
limit,
totalPages: Math.ceil(total / limit),
},
});
} catch (err) {
return handleError(c, err);
}
});
// Search index rebuild is available at /api/admin/search/rebuild (requires platform admin auth)
/**
* Build a dictionary of terms from taxonomy tables for typo correction.
*/
async function buildDictionary(dal: Dal): Promise<string[]> {
const [roomTypes, blogCategories] = await Promise.all([
dal.roomTypes.findAll(),
dal.blogCategories.findAll(),
]);
const terms: string[] = [];
for (const rt of roomTypes) {
terms.push(rt.displayName);
}
for (const bc of blogCategories) {
terms.push(bc.name);
}
return terms;
}
/**
* Unified enrichment: batch-fetches entities ONCE, builds flat SearchResult[]
* and optionally builds richData for SSR card rendering.
* This eliminates the double DB queries that occurred when enrichResults() and
* buildRichData() were separate functions.
*/
async function enrichSearchResults(
results: SearchResult[],
dal: Dal,
db: ReturnType<typeof getDb>,
options: { includeRichData: boolean },
): Promise<{ results: SearchResult[]; richData?: Record<string, unknown> }> {
if (results.length === 0) return { results: [] };
// Group IDs by entity type
const proIds: string[] = [];
const projectIds: string[] = [];
const roomIds: number[] = [];
const blogIds: string[] = [];
for (const r of results) {
switch (r.type) {
case "pro":
proIds.push(r.id);
break;
case "project":
projectIds.push(r.id);
break;
case "room":
roomIds.push(Number(r.id));
break;
case "blog":
blogIds.push(r.id);
break;
}
}
// Batch fetch all entities in parallel (SINGLE fetch, shared by both enrichment + richData)
const [prosMap, projectsMap, roomsMap, blogsMap] = await Promise.all([
proIds.length > 0 ? dal.pros.findByIds(proIds) : new Map(),
projectIds.length > 0
? dal.projects.findByIds(projectIds)
: new Map(),
roomIds.length > 0 ? dal.rooms.findByIds(roomIds) : new Map(),
blogIds.length > 0 ? dal.blogs.findByIds(blogIds) : new Map(),
]);
// Collect proIds needed for project/room lookups
const neededProIds = new Set<string>();
for (const project of projectsMap.values()) {
neededProIds.add(project.proId);
}
// Collect projectIds needed for room lookups
const neededProjectIds = new Set<string>();
for (const room of roomsMap.values()) {
neededProjectIds.add(room.projectId);
}
// Fetch parent entities for subtitle enrichment (only if not already loaded)
const missingProIds = [...neededProIds].filter((id) => !prosMap.has(id));
const missingProjectIds = [...neededProjectIds].filter(
(id) => !projectsMap.has(id),
);
const [extraPros, extraProjects] = await Promise.all([
missingProIds.length > 0
? dal.pros.findByIds(missingProIds)
: new Map(),
missingProjectIds.length > 0
? dal.projects.findByIds(missingProjectIds)
: new Map(),
]);
// Merge extra lookups
for (const [id, pro] of extraPros) prosMap.set(id, pro);
for (const [id, project] of extraProjects)
projectsMap.set(id, project);
// Also get parent pros for rooms via their projects (needed for both enrichment + richData)
const roomParentProIds = new Set<string>();
for (const room of roomsMap.values()) {
const project = projectsMap.get(room.projectId);
if (project && !prosMap.has(project.proId)) {
roomParentProIds.add(project.proId);
}
}
if (roomParentProIds.size > 0) {
const moreExtraPros = await dal.pros.findByIds([
...roomParentProIds,
]);
for (const [id, pro] of moreExtraPros) prosMap.set(id, pro);
}
// --- Build flat enriched results (always) ---
const enrichedResults = results.map((r) => {
switch (r.type) {
case "pro": {
const pro = prosMap.get(r.id);
if (!pro) return r;
return {
...r,
title: pro.businessName,
url: `/pros/${pro.slug}`,
logo: pro.logoUrl ?? pro.profileImage ?? null,
images: pro.coverImage ? [pro.coverImage] : [],
meta: {
slug: pro.slug,
businessTypeId: pro.businessTypeId,
},
};
}
case "project": {
const project = projectsMap.get(r.id);
if (!project) return r;
const parentPro = prosMap.get(project.proId);
return {
...r,
title: project.title,
subtitle: parentPro
? `by ${parentPro.businessName}`
: "",
url: `/projects/${project.slug}`,
logo:
parentPro?.logoUrl ??
parentPro?.profileImage ??
null,
images: project.coverImage
? [project.coverImage]
: [],
meta: {
slug: project.slug,
proName: parentPro?.businessName ?? null,
propertyType: project.propertyType ?? null,
},
};
}
case "room": {
const room = roomsMap.get(Number(r.id));
if (!room) return r;
const parentProject = projectsMap.get(room.projectId);
const parentPro = parentProject
? prosMap.get(parentProject.proId)
: undefined;
return {
...r,
title: room.name ?? room.roomType,
subtitle: [
parentPro
? `by ${parentPro.businessName}`
: "",
parentProject ? parentProject.title : "",
]
.filter(Boolean)
.join(" \u00b7 "),
url: `/rooms/${getRoomCategorySlug(room.roomType ?? "")}/${room.slug}`,
logo:
parentPro?.logoUrl ??
parentPro?.profileImage ??
null,
images: [],
meta: {
slug: room.slug,
proName: parentPro?.businessName ?? null,
projectTitle: parentProject?.title ?? null,
roomType: room.roomType,
styleTags: room.styleTags ?? [],
},
};
}
case "blog": {
const blog = blogsMap.get(r.id);
if (!blog) return r;
return {
...r,
title: blog.title,
subtitle: blog.readTimeMinutes
? `${blog.readTimeMinutes} min read`
: "",
url: `/blog/${blog.slug}`,
logo: null,
images: blog.featuredImageUrl
? [blog.featuredImageUrl]
: [],
meta: {
slug: blog.slug,
categoryId: blog.categoryId,
readTimeMinutes: blog.readTimeMinutes,
publishedAt: blog.publishedAt,
},
};
}
default:
return r;
}
});
// --- Build rich data (only when requested) ---
Iif (!options.includeRichData) {
return { results: enrichedResults };
}
// Fetch taxonomy data for enrichment (business types, cities)
const allProIds = [
...new Set([...proIds, ...neededProIds, ...roomParentProIds]),
];
const [taxonomyBt, taxonomyCities, taxonomyZones, taxonomyLocalities] =
await Promise.all([
db.select().from(businessTypes),
db.select().from(cities),
db.select().from(zones),
db.select().from(localities),
]);
const btMap = new Map<string, BusinessType>();
for (const bt of taxonomyBt) btMap.set(bt.id, bt);
const cityMap = new Map<string, City>();
for (const ct of taxonomyCities) cityMap.set(ct.id, ct);
const zoneMap = new Map<string, Zone>();
for (const z of taxonomyZones) zoneMap.set(z.id, z);
const localityMap = new Map<string, Locality>();
for (const l of taxonomyLocalities) localityMap.set(l.id, l);
// Helper to resolve city name from pro's serviceAreaIds
function resolveCity(serviceAreaIds: string[] | null): string | null {
if (!serviceAreaIds || serviceAreaIds.length === 0) return null;
const locality = localityMap.get(serviceAreaIds[0]);
if (!locality) return null;
const zone = zoneMap.get(locality.zoneId);
Iif (!zone) return null;
const city = cityMap.get(zone.cityId);
return city?.name ?? null;
}
// Fetch portfolio covers for pro cards (batch query)
const coverPhotos =
allProIds.length > 0
? await db
.select({
proId: projects.proId,
coverImage: projects.coverImage,
})
.from(projects)
.where(
and(
inArray(projects.proId, allProIds),
eq(projects.status, "published"),
isNotNull(projects.coverImage),
),
)
.orderBy(desc(projects.dateCreated))
.limit(allProIds.length * 4)
: [];
const coversByProId = new Map<string, string[]>();
for (const row of coverPhotos) {
if (!row.coverImage) continue;
const existing = coversByProId.get(row.proId) ?? [];
if (existing.length < 4) {
existing.push(row.coverImage);
coversByProId.set(row.proId, existing);
}
}
// Fetch room media for room cards (cover image + count)
const allRoomIds = [...roomsMap.keys()];
const roomMedia =
allRoomIds.length > 0
? await dal.media.findByRoomIds(allRoomIds)
: [];
// Group media by roomId: { coverImage, mediaCount }
const roomMediaMap = new Map<
number,
{ coverImage: string | null; mediaCount: number }
>();
for (const m of roomMedia) {
const existing = roomMediaMap.get(m.roomId);
if (!existing) {
roomMediaMap.set(m.roomId, {
coverImage: m.isCover ? m.storageKey : m.storageKey,
mediaCount: 1,
});
} else {
existing.mediaCount++;
Eif (m.isCover) existing.coverImage = m.storageKey;
}
}
// Fetch room type display names
const roomTypeCodes = [
...new Set([...roomsMap.values()].map((r) => r.roomType)),
];
const roomTypeEntries =
roomTypeCodes.length > 0 ? await dal.roomTypes.findAll() : [];
const roomTypeMap = new Map<string, string>();
for (const rt of roomTypeEntries) {
roomTypeMap.set(rt.code, rt.displayName);
}
// Fetch blog categories (batch query instead of N+1) and tags
const allCategoryIds = [
...new Set(
[...blogsMap.values()]
.map((b) => b.categoryId)
.filter((id): id is string => id !== null),
),
];
const [blogTagMap, blogCategoryEntries, blogProsMap] = await Promise.all(
[
blogIds.length > 0
? dal.blogTags.findByBlogIds(blogIds)
: new Map(),
allCategoryIds.length > 0
? db
.select()
.from(blogCategoriesTable)
.where(
inArray(
blogCategoriesTable.id,
allCategoryIds,
),
)
: [],
blogIds.length > 0
? dal.blogPros.findProsByBlogIds(
blogIds,
"approved",
"published",
)
: new Map(),
],
);
const blogCatMap = new Map<string, { name: string }>();
for (const cat of blogCategoryEntries) {
if (cat) blogCatMap.set(cat.id, { name: cat.name });
}
// === Build rich data objects ===
const richPros: Record<string, unknown> = {};
for (const id of proIds) {
const pro = prosMap.get(id);
if (!pro) continue;
richPros[id] = {
id: pro.id,
slug: pro.slug,
businessName: pro.businessName,
businessType: pro.businessTypeId
? (btMap.get(pro.businessTypeId)?.name ?? null)
: null,
profileImage: pro.profileImage ?? null,
logoUrl: pro.logoUrl ?? null,
city: resolveCity(pro.serviceAreaIds),
budgetRange: null,
isEarlyAdopter: pro.isEarlyAdopter,
featuredProjectImage: null,
portfolioCovers: coversByProId.get(pro.id) ?? [],
};
}
const richProjects: Record<string, unknown> = {};
for (const id of projectIds) {
const project = projectsMap.get(id);
if (!project) continue;
const parentPro = prosMap.get(project.proId);
richProjects[id] = {
id: project.id,
slug: project.slug,
title: project.title,
coverImage: project.coverImage ?? null,
propertyType: project.propertyType ?? null,
budgetRange: project.budgetRange ?? null,
pro: parentPro
? {
id: parentPro.id,
businessName: parentPro.businessName,
slug: parentPro.slug,
profileImage: parentPro.profileImage ?? null,
logoUrl: parentPro.logoUrl ?? null,
}
: null,
};
}
const richRooms: Record<string, unknown> = {};
for (const id of roomIds) {
const room = roomsMap.get(id);
if (!room) continue;
const parentProject = projectsMap.get(room.projectId);
const parentPro = parentProject
? prosMap.get(parentProject.proId)
: undefined;
const mediaInfo = roomMediaMap.get(id);
richRooms[String(id)] = {
slug: room.slug,
roomType: room.roomType,
roomTypeName:
roomTypeMap.get(room.roomType) ?? room.roomType,
name: room.name ?? null,
coverImage: mediaInfo?.coverImage ?? null,
mediaCount: mediaInfo?.mediaCount ?? 0,
projectTitle: parentProject?.title ?? null,
proBusinessName: parentPro?.businessName ?? null,
proAvatar:
parentPro?.logoUrl ??
parentPro?.profileImage ??
null,
categorySlug: room.roomType,
};
}
const richBlogs: Record<string, unknown> = {};
for (const id of blogIds) {
const blog = blogsMap.get(id);
if (!blog) continue;
const bPros = blogProsMap.get(id) || [];
const primaryPro = bPros[0] ?? null;
richBlogs[id] = {
id: blog.id,
slug: blog.slug,
title: blog.title,
metaDescription: blog.metaDescription ?? null,
featuredImageUrl: blog.featuredImageUrl ?? null,
featuredImageAlt: blog.featuredImageAlt ?? null,
readTimeMinutes: blog.readTimeMinutes ?? null,
publishedAt: blog.publishedAt ?? null,
category: blog.categoryId
? (blogCatMap.get(blog.categoryId) ?? null)
: null,
pro: primaryPro
? { businessName: primaryPro.businessName }
: null,
tags: (blogTagMap.get(id) || []).map(
(t: { name: string }) => ({ name: t.name }),
),
};
}
const richData: Record<string, unknown> = {
...(Object.keys(richPros).length > 0 ? { pros: richPros } : {}),
...(Object.keys(richProjects).length > 0
? { projects: richProjects }
: {}),
...(Object.keys(richRooms).length > 0 ? { rooms: richRooms } : {}),
...(Object.keys(richBlogs).length > 0
? { blogs: richBlogs }
: {}),
};
return { results: enrichedResults, richData };
}
export default search;
|