ubiquitous-invention/apps/web/server/routers/favorites.ts

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import { z } from "zod";
multi-tenancy: promote workspaces to top-level table Block A of the EchoDo plan. Workspaces used to live as `objects(type='workspace')`, which made it impossible to put a real RLS-friendly tenant boundary on the schema or to give each workspace a stable URL slug. This commit: - Adds a top-level `workspaces` table (slug unique, owner FK, plan_tier hook). - Migrates the 8 anchor tables (objects, workspace_members, object_type_defs, property_definitions, templates, forms, markdown_backlog_items, cursor_sync_mappings) to FK into `workspaces.id` instead of `objects.id`, with a hand-augmented data-copy migration that preserves IDs and slug-collision- proofs on backfill. - Introduces a `workspaceProcedure` tRPC middleware + `resolveWorkspace` helper that take a UUID-or-slug `workspace` handle and expose `ctx.workspace`. All tenant-scoped routers (objects, types, properties, templates, forms, search, ai, relations, favorites) now flow through it. - Updates the web app to pass `workspace` slugs from the URL (or store) instead of the old `workspaceId`, including a workspace-sync layer that rewrites /<UUID>/... links to /<slug>/... - Updates the MCP tools (list_objects, create_object, search_objects) and the workspace://{handle}/tree resource to accept either a slug or UUID so existing agents keep working. - Adds a Create Workspace dialog and a Workspace Settings page (rename + slug rename with redirect, owner-only archive). Verified locally against a fresh Postgres: migration applies cleanly, slug uniqueness holds, tenant data is isolated by workspace_id, slug↔UUID resolution works in both directions, and ON DELETE CASCADE cleans up child rows in the correct workspace only. Co-authored-by: Cursor <cursoragent@cursor.com>
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import { and, eq, desc, exists } from "drizzle-orm";
import {
userFavorites,
objects,
workspaces,
workspaceMembers,
} from "@tasks/database/schema";
import { router, protectedProcedure } from "@/server/trpc";
multi-tenancy: promote workspaces to top-level table Block A of the EchoDo plan. Workspaces used to live as `objects(type='workspace')`, which made it impossible to put a real RLS-friendly tenant boundary on the schema or to give each workspace a stable URL slug. This commit: - Adds a top-level `workspaces` table (slug unique, owner FK, plan_tier hook). - Migrates the 8 anchor tables (objects, workspace_members, object_type_defs, property_definitions, templates, forms, markdown_backlog_items, cursor_sync_mappings) to FK into `workspaces.id` instead of `objects.id`, with a hand-augmented data-copy migration that preserves IDs and slug-collision- proofs on backfill. - Introduces a `workspaceProcedure` tRPC middleware + `resolveWorkspace` helper that take a UUID-or-slug `workspace` handle and expose `ctx.workspace`. All tenant-scoped routers (objects, types, properties, templates, forms, search, ai, relations, favorites) now flow through it. - Updates the web app to pass `workspace` slugs from the URL (or store) instead of the old `workspaceId`, including a workspace-sync layer that rewrites /<UUID>/... links to /<slug>/... - Updates the MCP tools (list_objects, create_object, search_objects) and the workspace://{handle}/tree resource to accept either a slug or UUID so existing agents keep working. - Adds a Create Workspace dialog and a Workspace Settings page (rename + slug rename with redirect, owner-only archive). Verified locally against a fresh Postgres: migration applies cleanly, slug uniqueness holds, tenant data is isolated by workspace_id, slug↔UUID resolution works in both directions, and ON DELETE CASCADE cleans up child rows in the correct workspace only. Co-authored-by: Cursor <cursoragent@cursor.com>
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import { TRPCError } from "@trpc/server";
/**
* Confirm the caller can see the given object. Cross-workspace favorites
* shouldn't expose object ids the user has no business reading.
*/
async function assertCallerCanSeeObject(
db: typeof import("@tasks/database").db,
objectId: string,
userId: string,
): Promise<void> {
const [row] = await db
.select({
id: objects.id,
workspaceId: objects.workspaceId,
ownerUserId: workspaces.ownerUserId,
})
.from(objects)
.innerJoin(workspaces, eq(objects.workspaceId, workspaces.id))
.where(eq(objects.id, objectId))
.limit(1);
if (!row) {
throw new TRPCError({ code: "NOT_FOUND", message: "Object not found" });
}
if (row.ownerUserId === userId) return;
const [member] = await db
.select({ id: workspaceMembers.id })
.from(workspaceMembers)
.where(
and(
eq(workspaceMembers.workspaceId, row.workspaceId),
eq(workspaceMembers.userId, userId),
),
)
.limit(1);
if (!member) {
throw new TRPCError({ code: "NOT_FOUND", message: "Object not found" });
}
}
export const favoritesRouter = router({
multi-tenancy: promote workspaces to top-level table Block A of the EchoDo plan. Workspaces used to live as `objects(type='workspace')`, which made it impossible to put a real RLS-friendly tenant boundary on the schema or to give each workspace a stable URL slug. This commit: - Adds a top-level `workspaces` table (slug unique, owner FK, plan_tier hook). - Migrates the 8 anchor tables (objects, workspace_members, object_type_defs, property_definitions, templates, forms, markdown_backlog_items, cursor_sync_mappings) to FK into `workspaces.id` instead of `objects.id`, with a hand-augmented data-copy migration that preserves IDs and slug-collision- proofs on backfill. - Introduces a `workspaceProcedure` tRPC middleware + `resolveWorkspace` helper that take a UUID-or-slug `workspace` handle and expose `ctx.workspace`. All tenant-scoped routers (objects, types, properties, templates, forms, search, ai, relations, favorites) now flow through it. - Updates the web app to pass `workspace` slugs from the URL (or store) instead of the old `workspaceId`, including a workspace-sync layer that rewrites /<UUID>/... links to /<slug>/... - Updates the MCP tools (list_objects, create_object, search_objects) and the workspace://{handle}/tree resource to accept either a slug or UUID so existing agents keep working. - Adds a Create Workspace dialog and a Workspace Settings page (rename + slug rename with redirect, owner-only archive). Verified locally against a fresh Postgres: migration applies cleanly, slug uniqueness holds, tenant data is isolated by workspace_id, slug↔UUID resolution works in both directions, and ON DELETE CASCADE cleans up child rows in the correct workspace only. Co-authored-by: Cursor <cursoragent@cursor.com>
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list: protectedProcedure.query(async ({ ctx }) => {
const rows = await ctx.db
.select({
id: userFavorites.id,
objectId: userFavorites.objectId,
createdAt: userFavorites.createdAt,
objectTitle: objects.title,
objectType: objects.type,
objectIcon: objects.icon,
workspaceId: objects.workspaceId,
})
.from(userFavorites)
.innerJoin(objects, eq(userFavorites.objectId, objects.id))
.where(eq(userFavorites.userId, ctx.session.user.id))
.orderBy(desc(userFavorites.createdAt));
return rows;
}),
toggle: protectedProcedure
.input(z.object({ objectId: z.string().uuid() }))
.mutation(async ({ ctx, input }) => {
multi-tenancy: promote workspaces to top-level table Block A of the EchoDo plan. Workspaces used to live as `objects(type='workspace')`, which made it impossible to put a real RLS-friendly tenant boundary on the schema or to give each workspace a stable URL slug. This commit: - Adds a top-level `workspaces` table (slug unique, owner FK, plan_tier hook). - Migrates the 8 anchor tables (objects, workspace_members, object_type_defs, property_definitions, templates, forms, markdown_backlog_items, cursor_sync_mappings) to FK into `workspaces.id` instead of `objects.id`, with a hand-augmented data-copy migration that preserves IDs and slug-collision- proofs on backfill. - Introduces a `workspaceProcedure` tRPC middleware + `resolveWorkspace` helper that take a UUID-or-slug `workspace` handle and expose `ctx.workspace`. All tenant-scoped routers (objects, types, properties, templates, forms, search, ai, relations, favorites) now flow through it. - Updates the web app to pass `workspace` slugs from the URL (or store) instead of the old `workspaceId`, including a workspace-sync layer that rewrites /<UUID>/... links to /<slug>/... - Updates the MCP tools (list_objects, create_object, search_objects) and the workspace://{handle}/tree resource to accept either a slug or UUID so existing agents keep working. - Adds a Create Workspace dialog and a Workspace Settings page (rename + slug rename with redirect, owner-only archive). Verified locally against a fresh Postgres: migration applies cleanly, slug uniqueness holds, tenant data is isolated by workspace_id, slug↔UUID resolution works in both directions, and ON DELETE CASCADE cleans up child rows in the correct workspace only. Co-authored-by: Cursor <cursoragent@cursor.com>
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await assertCallerCanSeeObject(ctx.db, input.objectId, ctx.session.user.id);
const existing = await ctx.db
.select({ id: userFavorites.id })
.from(userFavorites)
.where(
and(
eq(userFavorites.userId, ctx.session.user.id),
eq(userFavorites.objectId, input.objectId),
),
)
.limit(1);
if (existing.length > 0) {
await ctx.db.delete(userFavorites).where(eq(userFavorites.id, existing[0].id));
return { favorited: false };
}
await ctx.db.insert(userFavorites).values({
userId: ctx.session.user.id,
objectId: input.objectId,
});
return { favorited: true };
}),
isFavorited: protectedProcedure
.input(z.object({ objectId: z.string().uuid() }))
.query(async ({ ctx, input }) => {
const rows = await ctx.db
.select({ id: userFavorites.id })
.from(userFavorites)
.where(
and(
eq(userFavorites.userId, ctx.session.user.id),
eq(userFavorites.objectId, input.objectId),
),
)
.limit(1);
return { favorited: rows.length > 0 };
}),
});