Files
spoon/packages/backend/convex/notifications.ts
T

142 lines
3.9 KiB
TypeScript

import { v } from 'convex/values';
import type { Doc, Id } from './_generated/dataModel';
import type { MutationCtx } from './_generated/server';
import { internal } from './_generated/api';
import { internalMutation, internalQuery } from './_generated/server';
export type NotificationKind =
| 'maintenance_thread'
| 'agent_turn_finished'
| 'agent_needs_input'
| 'sync_failed'
| 'connection_needs_reauth';
// Maps a kind to the notificationPreferences field that gates its email.
const EMAIL_PREF_FIELD: Record<
NotificationKind,
keyof Doc<'notificationPreferences'>
> = {
maintenance_thread: 'emailMaintenance',
agent_turn_finished: 'emailAgentTurnFinished',
agent_needs_input: 'emailAgentNeedsInput',
sync_failed: 'emailSyncFailed',
connection_needs_reauth: 'emailConnectionReauth',
};
const kindValidator = v.union(
v.literal('maintenance_thread'),
v.literal('agent_turn_finished'),
v.literal('agent_needs_input'),
v.literal('sync_failed'),
v.literal('connection_needs_reauth'),
);
const emitArgs = {
userId: v.id('users'),
kind: kindValidator,
title: v.string(),
body: v.string(),
link: v.optional(v.string()),
spoonId: v.optional(v.id('spoons')),
threadId: v.optional(v.id('threads')),
};
export interface EmitNotificationArgs {
userId: Id<'users'>;
kind: NotificationKind;
title: string;
body: string;
link?: string;
spoonId?: Id<'spoons'>;
threadId?: Id<'threads'>;
}
/**
* Single choke point for creating a notification. Inserts the row, then
* best-effort schedules an email when the user's preferences allow it and the
* user has an email address. Callable directly inside any mutation; actions go
* through the `emit` wrapper below.
*/
export async function emitNotification(
ctx: MutationCtx,
args: EmitNotificationArgs,
): Promise<Id<'notifications'>> {
const notificationId = await ctx.db.insert('notifications', {
userId: args.userId,
kind: args.kind,
title: args.title,
body: args.body,
link: args.link,
spoonId: args.spoonId,
threadId: args.threadId,
createdAt: Date.now(),
});
const prefs = await ctx.db
.query('notificationPreferences')
.withIndex('by_user', (q) => q.eq('userId', args.userId))
.unique();
// Unset preferences default to enabled, so email is allowed unless a stored
// preference explicitly opts out (globally via emailEnabled, or per-kind).
const emailAllowed =
prefs?.emailEnabled !== false &&
prefs?.[EMAIL_PREF_FIELD[args.kind]] !== false;
if (emailAllowed) {
const user = await ctx.db.get(args.userId);
if (user?.email) {
await ctx.scheduler.runAfter(
0,
internal.notificationsNode.sendNotificationEmail,
{ notificationId },
);
}
}
return notificationId;
}
/**
* Thin internalMutation wrapper so `'use node'` actions (e.g. githubSync) can
* emit via `ctx.runMutation(internal.notifications.emit, ...)`.
*/
export const emit = internalMutation({
args: emitArgs,
handler: async (ctx, args): Promise<Id<'notifications'>> =>
await emitNotification(ctx, args),
});
export const markEmailed = internalMutation({
args: { notificationId: v.id('notifications') },
handler: async (ctx, { notificationId }) => {
await ctx.db.patch(notificationId, { emailedAt: Date.now() });
},
});
export const getForEmail = internalQuery({
args: { notificationId: v.id('notifications') },
handler: async (
ctx,
{ notificationId },
): Promise<{
to: string | null;
title: string;
body: string;
link: string | null;
}> => {
const notification = await ctx.db.get(notificationId);
if (!notification) {
return { to: null, title: '', body: '', link: null };
}
const user = await ctx.db.get(notification.userId);
return {
to: user?.email ?? null,
title: notification.title,
body: notification.body,
link: notification.link ?? null,
};
},
});