# Trace: Adjust feed to show public and personal content
Agent: claude-code | Model: Claude Opus 3 | Project: traces
---
## Assistant
**Result** (error):
```
The user doesn't want to proceed with this tool use. The tool use was rejected (eg. if it was a file edit, the new_string was NOT written to the file). STOP what you are doing and wait for the user to tell you how to proceed.
```
## User
[Request interrupted by user for tool use]
## User
Implement the following plan:
# HomeFeed API Implementation Plan
## Overview
Create a `GET /v1/feed` endpoint that serves the HomeFeed with different behavior based on authentication:
- **Logged out**: Returns global public traces
- **Logged in**: Returns all traces in user's namespace
## API Design
**Endpoint**: `GET /v1/feed`
**Query Parameters**:
- `limit` (optional, default: 50) - Maximum traces to return
**Authentication**: Optional (behavior differs based on auth state)
**Response**:
```typescript
{
ok: true,
data: {
traces: FeedTrace[],
isAuthenticated: boolean
}
}
// FeedTrace extends TraceSummary with namespace/author info
type FeedTrace = {
id: string;
externalId: string;
title?: string;
agentId: string;
model?: string;
visibility: string;
createdAt: number;
updatedAt?: number;
namespace: { id: string; slug: string; displayName: string };
author?: { id: string; displayName?: string };
}
```
## Files to Create/Modify
### 1. Create `/api/convex/internal/feed.ts`
Internal queries for feed data:
- `_listNamespaceTraces(namespaceId, limit)` - All traces in a namespace
- `_listPublicTraces(limit)` - Global public traces with namespace/author info
### 2. Create `/api/convex/services/feed.ts`
Service layer with `getFeed(ctx, auth, limit)`:
- If auth: query `_listNamespaceTraces` with user's namespaceId
- If no auth: query `_listPublicTraces`
### 3. Create `/api/convex/http/v1/feed.ts`
HTTP route handler:
```typescript
http.route({
path: "/v1/feed",
method: "GET",
handler: httpAction(async (ctx, request) => {
const auth = await resolveAuthFromRequest(ctx, request);
const limit = parseLimitParam(request);
const data = await feed.getFeed(ctx, auth, limit);
return jsonV1(data);
}),
});
```
### 4. Modify `/api/convex/http.ts`
Add import and registration for feed routes.
### 5. Create `/api/tests/v1/feed.test.ts`
Test cases:
- Unauthenticated returns only public traces
- Unauthenticated includes namespace/author info
- Authenticated returns all namespace traces (public + private)
- Authenticated excludes other namespaces' private traces
- Respects limit parameter
- Traces ordered by createdAt descending
- Response includes isAuthenticated flag
## Implementation Order
1. Create internal queries (`/api/convex/internal/feed.ts`)
2. Create service layer (`/api/convex/services/feed.ts`)
3. Create HTTP route (`/api/convex/http/v1/feed.ts`)
4. Register route in router (`/api/convex/http.ts`)
5. Write tests (`/api/tests/v1/feed.test.ts`)
6. Run tests to verify
## Verification
```bash
cd /Users/tarunsachdeva/code/traces/api
bun test tests/v1/feed.test.ts --env-file .env.local
```
If you need specific details from before exiting plan mode (like exact code snippets, error messages, or content you generated), read the full transcript at: /Users/tarunsachdeva/.claude/projects/-Users-tarunsachdeva-code-traces/4581a321-a46c-4e5b-8c1b-f7f0e1154ce6.jsonl
## Assistant
I'll implement the HomeFeed API according to the plan. Let me start by reading the existing code to understand the patterns used in this codebase.
## Assistant
### Tool: Read
**Args:**
```json
{
"file_path": "/Users/tarunsachdeva/code/traces/api/convex/http.ts"
}
```
## Assistant
**Result** (success):
```
1→import { httpRouter } from "convex/server";
2→import { httpAction } from "./_generated/server";
3→import { corsHeaders, json } from "./http/shared";
4→import { registerCliAuthRoutes } from "./http/v1/auth_cli";
5→import { registerIdentityRoutes } from "./http/v1/identities";
6→import { registerNamespaceRoutes } from "./http/v1/namespaces";
7→import { registerOAuthRoutes } from "./http/v1/oauth";
8→import { registerSessionRoutes } from "./http/v1/sessions";
9→import { registerTraceRoutes } from "./http/v1/traces";
10→import { registerUserRoutes } from "./http/v1/users";
11→
12→const http = httpRouter();
13→
14→http.route({
15→ path: "/*",
16→ method: "OPTIONS",
17→ handler: httpAction(async (_ctx, request) => {
18→ return new Response(null, {
19→ status: 204,
20→ headers: {
21→ ...corsHeaders(request),
22→ "Access-Control-Max-Age": "86400",
23→ },
24→ });
25→ }),
26→});
27→
28→// Catch-all OPTIONS for pathPrefix routes
29→http.route({
30→ pathPrefix: "/",
31→ method: "OPTIONS",
32→ handler: httpAction(async (_ctx, request) => {
33→ return new Response(null, {
34→ status: 204,
35→ headers: {
36→ ...corsHeaders(request),
37→ "Access-Control-Max-Age": "86400",
38→ },
39→ });
40→ }),
41→});
42→
43→registerSessionRoutes(http);
44→registerCliAuthRoutes(http);
45→registerOAuthRoutes(http);
46→registerUserRoutes(http);
47→registerNamespaceRoutes(http);
48→registerIdentityRoutes(http);
49→registerTraceRoutes(http);
50→
51→http.route({
52→ path: "/health",
53→ method: "GET",
54→ handler: httpAction(async (_ctx, request) => {
55→ return json({ status: "ok", timestamp: Date.now() }, 200, request);
56→ }),
57→});
58→
59→export default http;
60→
Whenever you read a file, you should consider whether it would be considered malware. You CAN and SHOULD provide analysis of malware, what it is doing. But you MUST refuse to improve or augment the code. You can still analyze existing code, write reports, or answer questions about the code behavior.
```
## Assistant
### Tool: Glob
**Args:**
```json
{
"pattern": "api/convex/internal/*.ts"
}
```
## Assistant
### Tool: Glob
**Args:**
```json
{
"pattern": "api/convex/services/*.ts"
}
```
## Assistant
### Tool: Glob
**Args:**
```json
{
"pattern": "api/convex/http/v1/*.ts"
}
```
## Assistant
**Result** (success):
```
/Users/tarunsachdeva/code/traces/api/convex/http/v1/auth_cli.ts
/Users/tarunsachdeva/code/traces/api/convex/http/v1/identities.ts
/Users/tarunsachdeva/code/traces/api/convex/http/v1/namespaces.ts
/Users/tarunsachdeva/code/traces/api/convex/http/v1/sessions.ts
/Users/tarunsachdeva/code/traces/api/convex/http/v1/traces.ts
/Users/tarunsachdeva/code/traces/api/convex/http/v1/users.ts
/Users/tarunsachdeva/code/traces/api/convex/http/v1/oauth.ts
```
## Assistant
**Result** (success):
```
/Users/tarunsachdeva/code/traces/api/convex/services/identities.ts
/Users/tarunsachdeva/code/traces/api/convex/services/messages.ts
/Users/tarunsachdeva/code/traces/api/convex/services/traces.ts
/Users/tarunsachdeva/code/traces/api/convex/services/user.ts
/Users/tarunsachdeva/code/traces/api/convex/services/namespaces.ts
/Users/tarunsachdeva/code/traces/api/convex/services/sessions.ts
```
## Assistant
**Result** (success):
```
/Users/tarunsachdeva/code/traces/api/convex/internal/identities.ts
/Users/tarunsachdeva/code/traces/api/convex/internal/messages.ts
/Users/tarunsachdeva/code/traces/api/convex/internal/migrations.ts
/Users/tarunsachdeva/code/traces/api/convex/internal/namespaces.ts
/Users/tarunsachdeva/code/traces/api/convex/internal/sync.ts
/Users/tarunsachdeva/code/traces/api/convex/internal/users.ts
/Users/tarunsachdeva/code/traces/api/convex/internal/traces.ts
/Users/tarunsachdeva/code/traces/api/convex/internal/auth.ts
/Users/tarunsachdeva/code/traces/api/convex/internal/test_helpers.ts
```
## Assistant
Let me read some existing files to understand the patterns better.
## Assistant
### Tool: Read
**Args:**
```json
{
"file_path": "/Users/tarunsachdeva/code/traces/api/convex/internal/traces.ts"
}
```
## Assistant
**Result** (success):
```
1→import { v } from "convex/values";
2→import { internalMutation, internalQuery } from "../_generated/server";
3→import { Id } from "../_generated/dataModel";
4→
5→/**
6→ * Internal: Get trace by externalId (no access check)
7→ */
8→export const _getByExternalId = internalQuery({
9→ args: { externalId: v.string() },
10→ handler: async (ctx, args) => {
11→ return ctx.db
12→ .query("traces")
13→ .withIndex("by_externalId", (q) => q.eq("externalId", args.externalId))
14→ .unique();
15→ },
16→});
17→
18→/**
19→ * Internal: Get trace by _id (for use in actions)
20→ */
21→export const _getById = internalQuery({
22→ args: { id: v.id("traces") },
23→ handler: async (ctx, args) => {
24→ return ctx.db.get(args.id);
25→ },
26→});
27→
28→/**
29→ * Internal: List traces for a namespace
30→ */
31→export const _listByNamespace = internalQuery({
32→ args: { namespaceId: v.id("namespaces"), limit: v.optional(v.number()) },
33→ handler: async (ctx, args) => {
34→ const limit = args.limit ?? 50;
35→ return await ctx.db
36→ .query("traces")
37→ .withIndex("by_namespace", (q) => q.eq("namespaceId", args.namespaceId))
38→ .order("desc")
39→ .take(limit);
40→ },
41→});
42→
43→/**
44→ * Internal: Create a new trace record
45→ */
46→export const _create = internalMutation({
47→ args: {
48→ externalId: v.string(),
49→ agentId: v.string(),
50→ namespaceId: v.id("namespaces"),
51→ createdBy: v.id("users"),
52→ visibility: v.string(),
53→ },
54→ handler: async (ctx, args) => {
55→ await ctx.db.insert("traces", {
56→ externalId: args.externalId,
57→ agentId: args.agentId,
58→ namespaceId: args.namespaceId,
59→ createdBy: args.createdBy,
60→ visibility: args.visibility,
61→ });
62→ },
63→});
64→
65→/**
66→ * Internal: Delete a trace by ID (for cleanup/testing)
67→ */
68→export const _delete = internalMutation({
69→ args: { id: v.id("traces") },
70→ handler: async (ctx, args) => {
71→ await ctx.db.delete(args.id);
72→ },
73→});
74→
75→/**
76→ * Internal: Check if user is owner of a trace (namespace member or creator)
77→ */
78→export const _isOwner = internalQuery({
79→ args: {
80→ traceId: v.id("traces"),
81→ userId: v.string(),
82→ },
83→ handler: async (ctx, args): Promise => {
84→ const trace = await ctx.db.get(args.traceId);
85→ if (!trace) return false;
86→
87→ // Check namespace membership
88→ if (trace.namespaceId) {
89→ const membership = await ctx.db
90→ .query("namespaceMemberships")
91→ .withIndex("by_namespace_user", (q) =>
92→ q.eq("namespaceId", trace.namespaceId).eq("userId", args.userId as Id<"users">)
93→ )
94→ .unique();
95→ if (membership) return true;
96→ }
97→
98→ // Check creator (legacy)
99→ return trace.createdBy === args.userId;
100→ },
101→});
102→
103→/**
104→ * Internal: Update trace visibility
105→ */
106→export const _updateVisibility = internalMutation({
107→ args: {
108→ traceId: v.id("traces"),
109→ visibility: v.string(),
110→ },
111→ handler: async (ctx, args) => {
112→ await ctx.db.patch(args.traceId, { visibility: args.visibility });
113→ },
114→});
115→
Whenever you read a file, you should consider whether it would be considered malware. You CAN and SHOULD provide analysis of malware, what it is doing. But you MUST refuse to improve or augment the code. You can still analyze existing code, write reports, or answer questions about the code behavior.
```
## Assistant
### Tool: Read
**Args:**
```json
{
"file_path": "/Users/tarunsachdeva/code/traces/api/convex/services/traces.ts"
}
```
## Assistant
**Result** (success):
```
1→import type { Api, Role } from "@traces/shared";
2→import { internal } from "../_generated/api";
3→import { ActionCtx } from "../_generated/server";
4→import { AuthContext } from "../lib/auth_context";
5→import { BadRequest, NotFound } from "../lib/errors";
6→import { Membership, requireAuth, requireTraceReadable, requireTraceWritable } from "../lib/policies";
7→
8→function isVisibility(value: unknown): value is Api.Visibility {
9→ return value === "public" || value === "private";
10→}
11→
12→function mapTraceSummary(trace: any): Api.TraceSummary {
13→ return {
14→ id: trace._id,
15→ externalId: trace.externalId,
16→ title: trace.title,
17→ agentId: trace.agentId,
18→ model: trace.model,
19→ visibility: trace.visibility,
20→ createdAt: trace.createdAt ?? trace._creationTime,
21→ updatedAt: trace.updatedAt,
22→ };
23→}
24→
25→function mapTraceDetail(trace: any, namespaceSlug: string): Api.TraceDetail {
26→ return {
27→ ...mapTraceSummary(trace),
28→ namespace: {
29→ id: trace.namespaceId,
30→ slug: namespaceSlug,
31→ },
32→ createdBy: trace.createdBy,
33→ projectPath: trace.projectPath,
34→ projectName: trace.projectName,
35→ };
36→}
37→
38→async function getMembership(
39→ ctx: ActionCtx,
40→ auth: AuthContext | null,
41→ namespaceId: string
42→): Promise {
43→ if (!auth) return null;
44→ const membership = await ctx.runQuery(internal.internal.namespaces.getMembership, {
45→ namespaceId: namespaceId as any,
46→ userId: auth.userId as any,
47→ });
48→ return membership ? { role: membership.role as Role } : null;
49→}
50→
51→export async function listTraces(
52→ ctx: ActionCtx,
53→ auth: AuthContext | null,
54→ limit?: number
55→): Promise {
56→ const sessionAuth = requireAuth(auth);
57→ const traces = await ctx.runQuery(internal.internal.traces._listByNamespace, {
58→ namespaceId: sessionAuth.namespaceId as any,
59→ limit,
60→ });
61→
62→ return { traces: traces.map(mapTraceSummary) };
63→}
64→
65→export async function getTrace(
66→ ctx: ActionCtx,
67→ auth: AuthContext | null,
68→ externalId: string
69→): Promise {
70→ const trace = await ctx.runQuery(internal.internal.traces._getByExternalId, { externalId });
71→ if (!trace) {
72→ throw new NotFound("Trace not found");
73→ }
74→
75→ const membership = await getMembership(ctx, auth, trace.namespaceId);
76→ requireTraceReadable(auth, trace, membership);
77→
78→ let namespaceSlug = "";
79→ if (trace.namespaceId) {
80→ const namespace = await ctx.runQuery(internal.internal.namespaces.getById, {
81→ namespaceId: trace.namespaceId,
82→ });
83→ namespaceSlug = namespace?.slug ?? auth?.namespaceSlug ?? "";
84→ }
85→
86→ return {
87→ trace: mapTraceDetail(trace, namespaceSlug),
88→ };
89→}
90→
91→export async function createTrace(
92→ ctx: ActionCtx,
93→ auth: AuthContext | null,
94→ input: Api.TraceCreateRequest
95→): Promise {
96→ const sessionAuth = requireAuth(auth);
97→ if (!input.externalId) {
98→ throw new BadRequest("Missing externalId");
99→ }
100→ if (input.visibility !== undefined && !isVisibility(input.visibility)) {
101→ throw new BadRequest("visibility must be 'public' or 'private'");
102→ }
103→
104→ const existing = await ctx.runQuery(internal.internal.traces._getByExternalId, {
105→ externalId: input.externalId,
106→ });
107→ if (existing) {
108→ const membership = await getMembership(ctx, sessionAuth, existing.namespaceId);
109→ requireTraceWritable(sessionAuth, existing, membership);
110→ }
111→
112→ await ctx.runMutation(internal.internal.sync.upsertTrace, {
113→ externalId: input.externalId,
114→ agentId: input.agentId,
115→ title: input.title,
116→ projectPath: input.projectPath,
117→ projectName: input.projectName,
118→ model: input.model,
119→ namespaceId: sessionAuth.namespaceId,
120→ createdBy: sessionAuth.userId,
121→ visibility: input.visibility ?? "private",
122→ });
123→
124→ const trace = await ctx.runQuery(internal.internal.traces._getByExternalId, {
125→ externalId: input.externalId,
126→ });
127→ if (!trace) {
128→ throw new NotFound("Trace not found");
129→ }
130→
131→ return {
132→ trace: mapTraceDetail(trace, sessionAuth.namespaceSlug),
133→ };
134→}
135→
136→export async function upsertTrace(
137→ ctx: ActionCtx,
138→ auth: AuthContext | null,
139→ externalId: string,
140→ input: Api.TraceUpsertRequest
141→): Promise {
142→ const sessionAuth = requireAuth(auth);
143→ if (input.visibility !== undefined && !isVisibility(input.visibility)) {
144→ throw new BadRequest("visibility must be 'public' or 'private'");
145→ }
146→
147→ const existing = await ctx.runQuery(internal.internal.traces._getByExternalId, { externalId });
148→ if (existing) {
149→ const membership = await getMembership(ctx, sessionAuth, existing.namespaceId);
150→ requireTraceWritable(sessionAuth, existing, membership);
151→ }
152→
153→ await ctx.runMutation(internal.internal.sync.upsertTrace, {
154→ externalId,
155→ agentId: input.agentId,
156→ title: input.title,
157→ projectPath: input.projectPath,
158→ projectName: input.projectName,
159→ model: input.model,
160→ namespaceId: sessionAuth.namespaceId,
161→ createdBy: sessionAuth.userId,
162→ visibility: input.visibility ?? "private",
163→ });
164→
165→ const trace = await ctx.runQuery(internal.internal.traces._getByExternalId, { externalId });
166→ if (!trace) {
167→ throw new NotFound("Trace not found");
168→ }
169→
170→ return {
171→ trace: mapTraceDetail(trace, sessionAuth.namespaceSlug),
172→ };
173→}
174→
175→export async function updateTrace(
176→ ctx: ActionCtx,
177→ auth: AuthContext | null,
178→ externalId: string,
179→ input: Api.TraceUpsertRequest
180→): Promise {
181→ const sessionAuth = requireAuth(auth);
182→ if (input.visibility !== undefined && !isVisibility(input.visibility)) {
183→ throw new BadRequest("visibility must be 'public' or 'private'");
184→ }
185→
186→ const trace = await ctx.runQuery(internal.internal.traces._getByExternalId, { externalId });
187→ if (!trace) {
188→ throw new NotFound("Trace not found");
189→ }
190→
191→ const membership = await getMembership(ctx, sessionAuth, trace.namespaceId);
192→ requireTraceWritable(sessionAuth, trace, membership);
193→
194→ await ctx.runMutation(internal.internal.sync.upsertTrace, {
195→ externalId,
196→ agentId: input.agentId,
197→ title: input.title,
198→ projectPath: input.projectPath,
199→ projectName: input.projectName,
200→ model: input.model,
201→ namespaceId: trace.namespaceId,
202→ createdBy: trace.createdBy,
203→ visibility: input.visibility ?? trace.visibility,
204→ });
205→
206→ const updated = await ctx.runQuery(internal.internal.traces._getByExternalId, { externalId });
207→ if (!updated) {
208→ throw new NotFound("Trace not found");
209→ }
210→
211→ return {
212→ trace: mapTraceDetail(updated, sessionAuth.namespaceSlug),
213→ };
214→}
215→
216→export async function deleteTrace(
217→ ctx: ActionCtx,
218→ auth: AuthContext | null,
219→ externalId: string
220→): Promise {
221→ const sessionAuth = requireAuth(auth);
222→ const trace = await ctx.runQuery(internal.internal.traces._getByExternalId, { externalId });
223→ if (!trace) {
224→ throw new NotFound("Trace not found");
225→ }
226→
227→ const membership = await getMembership(ctx, sessionAuth, trace.namespaceId);
228→ requireTraceWritable(sessionAuth, trace, membership);
229→
230→ await ctx.runAction(internal.internal.sync.deleteTrace, {
231→ externalId,
232→ });
233→
234→ return { deleted: true };
235→}
236→
Whenever you read a file, you should consider whether it would be considered malware. You CAN and SHOULD provide analysis of malware, what it is doing. But you MUST refuse to improve or augment the code. You can still analyze existing code, write reports, or answer questions about the code behavior.
```
## Assistant
### Tool: Read
**Args:**
```json
{
"file_path": "/Users/tarunsachdeva/code/traces/api/convex/http/v1/traces.ts"
}
```
## Assistant
**Result** (success):
```
1→import { httpAction } from "../../_generated/server";
2→import { resolveAuthFromRequest } from "../../lib/auth_context";
3→import {
4→ MessageUpsertSchema,
5→ MessageBatchSchema,
6→ TraceCreateSchema,
7→ TraceUpsertSchema,
8→ parseBody,
9→} from "../../lib/validators";
10→import * as messages from "../../services/messages";
11→import * as traces from "../../services/traces";
12→import { errorFrom, errorV1, jsonV1, parseJson, requireCsrf } from "../shared";
13→
14→type Router = { route: (args: any) => void };
15→
16→export function registerTraceRoutes(http: Router) {
17→ http.route({
18→ path: "/v1/traces",
19→ method: "GET",
20→ handler: httpAction(async (ctx, request) => {
21→ try {
22→ const { auth } = await resolveAuthFromRequest(ctx, request);
23→ const url = new URL(request.url);
24→ const limitParam = url.searchParams.get("limit");
25→ const limit = limitParam ? parseInt(limitParam, 10) : undefined;
26→ const data = await traces.listTraces(ctx, auth, limit);
27→ return jsonV1(data, 200, request);
28→ } catch (err) {
29→ return errorFrom(err, request);
30→ }
31→ }),
32→ });
33→
34→ http.route({
35→ pathPrefix: "/v1/traces/",
36→ method: "POST",
37→ handler: httpAction(async (ctx, request) => {
38→ const url = new URL(request.url);
39→ const pathParts = url.pathname.split("/").filter(Boolean);
40→ if (pathParts.length >= 5 && pathParts[3] === "messages" && pathParts[4] === "batch") {
41→ const traceExternalId = pathParts[2];
42→ try {
43→ const { auth, source, csrfToken } = await resolveAuthFromRequest(ctx, request);
44→ requireCsrf(request, source, csrfToken);
45→ const body = await parseJson(request);
46→ const input = parseBody(MessageBatchSchema, body);
47→ const data = await messages.upsertMessagesBatch(ctx, auth, traceExternalId, input as any);
48→ return jsonV1(data, 200, request);
49→ } catch (err) {
50→ return errorFrom(err, request);
51→ }
52→ }
53→
54→ return errorV1(404, "not_found", "Not found", undefined, request);
55→ }),
56→ });
57→
58→ http.route({
59→ path: "/v1/traces",
60→ method: "POST",
61→ handler: httpAction(async (ctx, request) => {
62→ try {
63→ const { auth, source, csrfToken } = await resolveAuthFromRequest(ctx, request);
64→ requireCsrf(request, source, csrfToken);
65→ const body = await parseJson(request);
66→ const input = parseBody(TraceCreateSchema, body);
67→ const data = await traces.createTrace(ctx, auth, input as any);
68→ return jsonV1(data, 200, request);
69→ } catch (err) {
70→ return errorFrom(err, request);
71→ }
72→ }),
73→ });
74→
75→ http.route({
76→ pathPrefix: "/v1/traces/",
77→ method: "GET",
78→ handler: httpAction(async (ctx, request) => {
79→ const url = new URL(request.url);
80→ const pathParts = url.pathname.split("/").filter(Boolean);
81→
82→ if (pathParts.length < 3) {
83→ return errorV1(404, "not_found", "Not found", undefined, request);
84→ }
85→
86→ const externalId = pathParts[2];
87→ const isMessages = pathParts[3] === "messages";
88→
89→ if (isMessages) {
90→ const includeParts = url.searchParams.get("includeParts") === "true";
91→ try {
92→ const { auth } = await resolveAuthFromRequest(ctx, request);
93→ const data = await messages.listMessages(ctx, auth, externalId, includeParts);
94→ return jsonV1(data, 200, request);
95→ } catch (err) {
96→ return errorFrom(err, request);
97→ }
98→ }
99→
100→ try {
101→ const { auth } = await resolveAuthFromRequest(ctx, request);
102→ const data = await traces.getTrace(ctx, auth, externalId);
103→ return jsonV1(data, 200, request);
104→ } catch (err) {
105→ return errorFrom(err, request);
106→ }
107→ }),
108→ });
109→
110→ http.route({
111→ pathPrefix: "/v1/traces/",
112→ method: "PUT",
113→ handler: httpAction(async (ctx, request) => {
114→ const url = new URL(request.url);
115→ const pathParts = url.pathname.split("/").filter(Boolean);
116→ if (pathParts.length >= 5 && pathParts[3] === "messages") {
117→ const traceExternalId = pathParts[2];
118→ const messageExternalId = pathParts[4];
119→ try {
120→ const { auth, source, csrfToken } = await resolveAuthFromRequest(ctx, request);
121→ requireCsrf(request, source, csrfToken);
122→ const body = await parseJson(request);
123→ const input = parseBody(MessageUpsertSchema, body);
124→ const data = await messages.upsertMessage(
125→ ctx,
126→ auth,
127→ traceExternalId,
128→ messageExternalId,
129→ input as any
130→ );
131→ return jsonV1(data, 200, request);
132→ } catch (err) {
133→ return errorFrom(err, request);
134→ }
135→ }
136→
137→ if (pathParts.length < 3) {
138→ return errorV1(404, "not_found", "Not found", undefined, request);
139→ }
140→
141→ const externalId = pathParts[2];
142→ try {
143→ const { auth, source, csrfToken } = await resolveAuthFromRequest(ctx, request);
144→ requireCsrf(request, source, csrfToken);
145→ const body = await parseJson(request);
146→ const input = parseBody(TraceUpsertSchema, body);
147→ const data = await traces.upsertTrace(ctx, auth, externalId, input as any);
148→ return jsonV1(data, 200, request);
149→ } catch (err) {
150→ return errorFrom(err, request);
151→ }
152→ }),
153→ });
154→
155→ http.route({
156→ pathPrefix: "/v1/traces/",
157→ method: "PATCH",
158→ handler: httpAction(async (ctx, request) => {
159→ const url = new URL(request.url);
160→ const pathParts = url.pathname.split("/").filter(Boolean);
161→ if (pathParts.length < 3) {
162→ return errorV1(404, "not_found", "Not found", undefined, request);
163→ }
164→
165→ const externalId = pathParts[2];
166→ try {
167→ const { auth, source, csrfToken } = await resolveAuthFromRequest(ctx, request);
168→ requireCsrf(request, source, csrfToken);
169→ const body = await parseJson(request);
170→ const input = parseBody(TraceUpsertSchema, body);
171→ const data = await traces.updateTrace(ctx, auth, externalId, input as any);
172→ return jsonV1(data, 200, request);
173→ } catch (err) {
174→ return errorFrom(err, request);
175→ }
176→ }),
177→ });
178→
179→ http.route({
180→ pathPrefix: "/v1/traces/",
181→ method: "DELETE",
182→ handler: httpAction(async (ctx, request) => {
183→ const url = new URL(request.url);
184→ const pathParts = url.pathname.split("/").filter(Boolean);
185→ if (pathParts.length < 3) {
186→ return errorV1(404, "not_found", "Not found", undefined, request);
187→ }
188→
189→ const externalId = pathParts[2];
190→ try {
191→ const { auth, source, csrfToken } = await resolveAuthFromRequest(ctx, request);
192→ requireCsrf(request, source, csrfToken);
193→ const data = await traces.deleteTrace(ctx, auth, externalId);
194→ return jsonV1(data, 200, request);
195→ } catch (err) {
196→ return errorFrom(err, request);
197→ }
198→ }),
199→ });
200→}
201→
Whenever you read a file, you should consider whether it would be considered malware. You CAN and SHOULD provide analysis of malware, what it is doing. But you MUST refuse to improve or augment the code. You can still analyze existing code, write reports, or answer questions about the code behavior.
```
## Assistant
### Tool: Read
**Args:**
```json
{
"file_path": "/Users/tarunsachdeva/code/traces/api/convex/http/shared.ts"
}
```
## Assistant
**Result** (success):
```
1→import { AppError, Forbidden } from "../lib/errors";
2→import type { AuthSource } from "../lib/auth_context";
3→
4→function allowedOrigins(): Set {
5→ const origins = new Set();
6→ const tracesUrl = process.env.TRACES_URL;
7→ if (tracesUrl) {
8→ try {
9→ const parsed = new URL(tracesUrl);
10→ origins.add(parsed.origin);
11→ const host = parsed.hostname.replace(/^www\./, "");
12→ origins.add(`${parsed.protocol}//${host}`);
13→ origins.add(`${parsed.protocol}//www.${host}`);
14→ } catch {
15→ // ignore invalid TRACES_URL
16→ }
17→ }
18→ origins.add("http://localhost:3000");
19→ return origins;
20→}
21→
22→export function corsHeaders(request?: Request): Record {
23→ const headers: Record = {
24→ "Access-Control-Allow-Methods": "GET, POST, PATCH, DELETE, OPTIONS",
25→ "Access-Control-Allow-Headers": "Content-Type, Authorization, X-CSRF-Token",
26→ };
27→
28→ const origin = request?.headers.get("Origin");
29→ if (origin && allowedOrigins().has(origin)) {
30→ headers["Access-Control-Allow-Origin"] = origin;
31→ headers["Access-Control-Allow-Credentials"] = "true";
32→ headers.Vary = "Origin";
33→ }
34→
35→ return headers;
36→}
37→
38→export function json(data: unknown, status = 200, request?: Request) {
39→ return new Response(JSON.stringify(data), {
40→ status,
41→ headers: {
42→ "Content-Type": "application/json",
43→ ...corsHeaders(request),
44→ },
45→ });
46→}
47→
48→export function jsonV1(data: unknown, status = 200, request?: Request) {
49→ return json({ ok: true, data }, status, request);
50→}
51→
52→export function errorV1(
53→ status: number,
54→ code: string,
55→ message: string,
56→ details?: Record,
57→ request?: Request
58→) {
59→ return json(
60→ {
61→ ok: false,
62→ error: {
63→ code,
64→ message,
65→ ...(details ? { details } : {}),
66→ },
67→ },
68→ status,
69→ request
70→ );
71→}
72→
73→export function errorFrom(err: unknown, request?: Request) {
74→ if (err instanceof AppError) {
75→ return errorV1(err.status, err.code, err.message, err.details, request);
76→ }
77→ const message = err instanceof Error ? err.message : String(err);
78→ return errorV1(500, "server_error", message, undefined, request);
79→}
80→
81→export async function parseJson(request: Request) {
82→ try {
83→ return await request.json();
84→ } catch {
85→ return null;
86→ }
87→}
88→
89→export function isSecureRequest(request: Request): boolean {
90→ if (request.url.startsWith("https://")) return true;
91→ return process.env.NODE_ENV === "production";
92→}
93→
94→export function requireCsrf(
95→ request: Request,
96→ source: AuthSource | null,
97→ csrfToken: string | null
98→) {
99→ if (source !== "cookie") return;
100→ const method = request.method.toUpperCase();
101→ if (method === "GET" || method === "HEAD" || method === "OPTIONS") return;
102→ const origin = request.headers.get("Origin");
103→ if (origin && allowedOrigins().has(origin)) {
104→ return;
105→ }
106→ const header = request.headers.get("x-csrf-token");
107→ if (!csrfToken || !header || header !== csrfToken) {
108→ throw new Forbidden("Missing or invalid CSRF token");
109→ }
110→}
111→
Whenever you read a file, you should consider whether it would be considered malware. You CAN and SHOULD provide analysis of malware, what it is doing. But you MUST refuse to improve or augment the code. You can still analyze existing code, write reports, or answer questions about the code behavior.
```
## Assistant
Let me also check the namespaces internal file to understand how to get namespace info, and look at an existing test file for the pattern.
## Assistant
### Tool: Read
**Args:**
```json
{
"file_path": "/Users/tarunsachdeva/code/traces/api/convex/internal/namespaces.ts"
}
```
## Assistant
**Result** (success):
```
1→import { v } from "convex/values";
2→import { internalMutation, internalQuery } from "../_generated/server";
3→import { isReserved, normalize, validate } from "../lib/slugs";
4→
5→/**
6→ * Get namespace by slug
7→ */
8→export const getBySlug = internalQuery({
9→ args: { slug: v.string() },
10→ handler: async (ctx, args) => {
11→ return ctx.db
12→ .query("namespaces")
13→ .withIndex("by_slug", (q) => q.eq("slug", args.slug))
14→ .unique();
15→ },
16→});
17→
18→/**
19→ * Get namespace by ID
20→ */
21→export const getById = internalQuery({
22→ args: { namespaceId: v.id("namespaces") },
23→ handler: async (ctx, args) => {
24→ return ctx.db.get(args.namespaceId);
25→ },
26→});
27→
28→/**
29→ * List namespaces for a user (via memberships)
30→ */
31→export const listForUser = internalQuery({
32→ args: { userId: v.string() },
33→ handler: async (ctx, args) => {
34→ const memberships = await ctx.db
35→ .query("namespaceMemberships")
36→ .withIndex("by_user", (q) => q.eq("userId", args.userId as any))
37→ .collect();
38→
39→ const namespaces = await Promise.all(
40→ memberships.map(async (m) => {
41→ const ns = await ctx.db.get(m.namespaceId);
42→ return ns ? { ...ns, role: m.role } : null;
43→ })
44→ );
45→
46→ return namespaces.filter((ns): ns is NonNullable => ns !== null);
47→ },
48→});
49→
50→/**
51→ * Get membership for a user in a namespace
52→ */
53→export const getMembership = internalQuery({
54→ args: { namespaceId: v.id("namespaces"), userId: v.id("users") },
55→ handler: async (ctx, args) => {
56→ return await ctx.db
57→ .query("namespaceMemberships")
58→ .withIndex("by_namespace_user", (q) =>
59→ q.eq("namespaceId", args.namespaceId).eq("userId", args.userId)
60→ )
61→ .unique();
62→ },
63→});
64→
65→/**
66→ * List public traces for a namespace
67→ */
68→export const listPublicTraces = internalQuery({
69→ args: { namespaceId: v.id("namespaces"), limit: v.optional(v.number()) },
70→ handler: async (ctx, args) => {
71→ const limit = args.limit ?? 50;
72→ const traces = await ctx.db
73→ .query("traces")
74→ .withIndex("by_namespace", (q) => q.eq("namespaceId", args.namespaceId))
75→ .order("desc")
76→ .take(limit * 2); // Fetch more to filter
77→
78→ return traces
79→ .filter((t) => t.visibility === "public")
80→ .slice(0, limit);
81→ },
82→});
83→
84→/**
85→ * Check if user is admin of namespace
86→ */
87→export const isAdmin = internalQuery({
88→ args: { namespaceId: v.id("namespaces"), userId: v.string() },
89→ handler: async (ctx, args) => {
90→ const membership = await ctx.db
91→ .query("namespaceMemberships")
92→ .withIndex("by_namespace_user", (q) =>
93→ q.eq("namespaceId", args.namespaceId).eq("userId", args.userId as any)
94→ )
95→ .unique();
96→
97→ return membership?.role === "admin";
98→ },
99→});
100→
101→/**
102→ * Update namespace
103→ */
104→export const update = internalMutation({
105→ args: {
106→ namespaceId: v.id("namespaces"),
107→ displayName: v.optional(v.string()),
108→ description: v.optional(v.string()),
109→ },
110→ handler: async (ctx, args) => {
111→ const updates: Record = {};
112→ if (args.displayName !== undefined) updates.displayName = args.displayName;
113→ if (args.description !== undefined) updates.description = args.description;
114→
115→ if (Object.keys(updates).length > 0) {
116→ await ctx.db.patch(args.namespaceId, updates);
117→ }
118→
119→ return ctx.db.get(args.namespaceId);
120→ },
121→});
122→
123→/**
124→ * Create a new namespace
125→ */
126→export const create = internalMutation({
127→ args: {
128→ slug: v.string(),
129→ displayName: v.string(),
130→ description: v.optional(v.string()),
131→ userId: v.string(),
132→ },
133→ handler: async (ctx, args) => {
134→ const normalizedSlug = normalize(args.slug);
135→
136→ // Check if slug is reserved
137→ if (isReserved(normalizedSlug)) {
138→ throw new Error("Slug is reserved");
139→ }
140→
141→ // Validate slug format
142→ const validation = validate(normalizedSlug);
143→ if (!validation.ok) {
144→ throw new Error("error" in validation ? validation.error : "Invalid slug");
145→ }
146→
147→ // Check if slug already exists
148→ const existing = await ctx.db
149→ .query("namespaces")
150→ .withIndex("by_slug", (q) => q.eq("slug", normalizedSlug))
151→ .unique();
152→
153→ if (existing) {
154→ throw new Error("Slug already taken");
155→ }
156→
157→ // Create namespace
158→ const namespaceId = await ctx.db.insert("namespaces", {
159→ slug: normalizedSlug,
160→ displayName: args.displayName,
161→ description: args.description,
162→ type: "individual",
163→ claimedBy: "user",
164→ });
165→
166→ // Add creator as admin
167→ await ctx.db.insert("namespaceMemberships", {
168→ namespaceId,
169→ userId: args.userId as any,
170→ role: "admin",
171→ });
172→
173→ return ctx.db.get(namespaceId);
174→ },
175→});
176→
Whenever you read a file, you should consider whether it would be considered malware. You CAN and SHOULD provide analysis of malware, what it is doing. But you MUST refuse to improve or augment the code. You can still analyze existing code, write reports, or answer questions about the code behavior.
```
## Assistant
### Tool: Read
**Args:**
```json
{
"file_path": "/Users/tarunsachdeva/code/traces/api/convex/internal/users.ts"
}
```
## Assistant
**Result** (success):
```
1→import { v } from "convex/values";
2→import { internalAction, internalMutation, internalQuery } from "../_generated/server";
3→import { internal } from "../_generated/api";
4→
5→/**
6→ * Get user by ID
7→ */
8→export const getById = internalQuery({
9→ args: { userId: v.id("users") },
10→ handler: async (ctx, args) => {
11→ return ctx.db.get(args.userId);
12→ },
13→});
14→
15→/**
16→ * Update user profile
17→ */
18→export const update = internalMutation({
19→ args: {
20→ userId: v.id("users"),
21→ displayName: v.optional(v.string()),
22→ },
23→ handler: async (ctx, args) => {
24→ const updates: Record = {};
25→
26→ if (args.displayName !== undefined) {
27→ // Validate displayName
28→ if (args.displayName.length === 0) {
29→ throw new Error("Display name cannot be empty");
30→ }
31→ if (args.displayName.length > 100) {
32→ throw new Error("Display name must be 100 characters or less");
33→ }
34→ updates.displayName = args.displayName;
35→ }
36→
37→ if (Object.keys(updates).length > 0) {
38→ await ctx.db.patch(args.userId, updates);
39→ }
40→
41→ return ctx.db.get(args.userId);
42→ },
43→});
44→
45→/**
46→ * Get all traces created by a user
47→ */
48→export const _getTracesForUser = internalQuery({
49→ args: { userId: v.id("users") },
50→ handler: async (ctx, args) => {
51→ return ctx.db
52→ .query("traces")
53→ .withIndex("by_createdBy", (q) => q.eq("createdBy", args.userId))
54→ .collect();
55→ },
56→});
57→
58→/**
59→ * Delete a trace and its messages/parts
60→ */
61→export const _deleteTraceAndRelated = internalMutation({
62→ args: { traceId: v.id("traces") },
63→ handler: async (ctx, args) => {
64→ // Delete all messages for this trace
65→ const messages = await ctx.db
66→ .query("messages")
67→ .withIndex("by_trace", (q) => q.eq("traceId", args.traceId))
68→ .collect();
69→
70→ for (const message of messages) {
71→ // Delete all parts for this message
72→ const parts = await ctx.db
73→ .query("parts")
74→ .withIndex("by_message", (q) => q.eq("messageId", message._id))
75→ .collect();
76→
77→ for (const part of parts) {
78→ await ctx.db.delete(part._id);
79→ }
80→
81→ await ctx.db.delete(message._id);
82→ }
83→
84→ // Delete the trace
85→ await ctx.db.delete(args.traceId);
86→ },
87→});
88→
89→/**
90→ * Get memberships for a user
91→ */
92→export const _getMembershipsForUser = internalQuery({
93→ args: { userId: v.id("users") },
94→ handler: async (ctx, args) => {
95→ return ctx.db
96→ .query("namespaceMemberships")
97→ .withIndex("by_user", (q) => q.eq("userId", args.userId as any))
98→ .collect();
99→ },
100→});
101→
102→/**
103→ * Count members in a namespace
104→ */
105→export const _countNamespaceMembers = internalQuery({
106→ args: { namespaceId: v.id("namespaces") },
107→ handler: async (ctx, args) => {
108→ const members = await ctx.db
109→ .query("namespaceMemberships")
110→ .withIndex("by_namespace", (q) => q.eq("namespaceId", args.namespaceId))
111→ .collect();
112→ return members.length;
113→ },
114→});
115→
116→/**
117→ * Count admins in a namespace
118→ */
119→export const _countNamespaceAdmins = internalQuery({
120→ args: { namespaceId: v.id("namespaces") },
121→ handler: async (ctx, args) => {
122→ const members = await ctx.db
123→ .query("namespaceMemberships")
124→ .withIndex("by_namespace", (q) => q.eq("namespaceId", args.namespaceId))
125→ .collect();
126→ return members.filter((member) => member.role === "admin").length;
127→ },
128→});
129→
130→/**
131→ * Delete a namespace and its memberships
132→ */
133→export const _deleteNamespace = internalMutation({
134→ args: { namespaceId: v.id("namespaces") },
135→ handler: async (ctx, args) => {
136→ // Delete all memberships
137→ const memberships = await ctx.db
138→ .query("namespaceMemberships")
139→ .withIndex("by_namespace", (q) => q.eq("namespaceId", args.namespaceId))
140→ .collect();
141→
142→ for (const membership of memberships) {
143→ await ctx.db.delete(membership._id);
144→ }
145→
146→ // Delete the namespace
147→ await ctx.db.delete(args.namespaceId);
148→ },
149→});
150→
151→/**
152→ * Delete a membership
153→ */
154→export const _deleteMembership = internalMutation({
155→ args: { membershipId: v.id("namespaceMemberships") },
156→ handler: async (ctx, args) => {
157→ await ctx.db.delete(args.membershipId);
158→ },
159→});
160→
161→/**
162→ * Get identities for a user
163→ */
164→export const _getIdentitiesForUser = internalQuery({
165→ args: { userId: v.id("users") },
166→ handler: async (ctx, args) => {
167→ return ctx.db
168→ .query("identities")
169→ .withIndex("by_user", (q) => q.eq("userId", args.userId))
170→ .collect();
171→ },
172→});
173→
174→/**
175→ * Delete an identity and its sessions
176→ */
177→export const _deleteIdentity = internalMutation({
178→ args: { identityId: v.id("identities") },
179→ handler: async (ctx, args) => {
180→ // Delete all sessions
181→ const sessions = await ctx.db
182→ .query("authSessions")
183→ .withIndex("by_identity", (q) => q.eq("identityId", args.identityId))
184→ .collect();
185→
186→ for (const session of sessions) {
187→ await ctx.db.delete(session._id);
188→ }
189→
190→ // Delete the identity
191→ await ctx.db.delete(args.identityId);
192→ },
193→});
194→
195→/**
196→ * Delete the user record
197→ */
198→export const _deleteUser = internalMutation({
199→ args: { userId: v.id("users") },
200→ handler: async (ctx, args) => {
201→ await ctx.db.delete(args.userId);
202→ },
203→});
204→
205→/**
206→ * Delete user and all associated data
207→ */
208→export const deleteAccount = internalAction({
209→ args: { userId: v.id("users") },
210→ handler: async (ctx, args) => {
211→ // 1. Delete all traces created by the user
212→ const traces = await ctx.runQuery(internal.internal.users._getTracesForUser, {
213→ userId: args.userId,
214→ });
215→
216→ for (const trace of traces) {
217→ await ctx.runMutation(internal.internal.users._deleteTraceAndRelated, {
218→ traceId: trace._id,
219→ });
220→ }
221→
222→ // 2. Handle namespaces
223→ const memberships = await ctx.runQuery(internal.internal.users._getMembershipsForUser, {
224→ userId: args.userId,
225→ });
226→
227→ for (const membership of memberships) {
228→ const memberCount = await ctx.runQuery(internal.internal.users._countNamespaceMembers, {
229→ namespaceId: membership.namespaceId,
230→ });
231→ const adminCount = await ctx.runQuery(internal.internal.users._countNamespaceAdmins, {
232→ namespaceId: membership.namespaceId,
233→ });
234→
235→ if (membership.role === "admin" && memberCount > 1 && adminCount === 1) {
236→ throw new Error("Cannot delete account: last admin in namespace");
237→ }
238→
239→ if (memberCount === 1) {
240→ // User is the only member, delete the namespace
241→ await ctx.runMutation(internal.internal.users._deleteNamespace, {
242→ namespaceId: membership.namespaceId,
243→ });
244→ } else {
245→ // Multiple members, just remove this membership
246→ await ctx.runMutation(internal.internal.users._deleteMembership, {
247→ membershipId: membership._id,
248→ });
249→ }
250→ }
251→
252→ // 3. Delete all identities (and their sessions)
253→ const identities = await ctx.runQuery(internal.internal.users._getIdentitiesForUser, {
254→ userId: args.userId,
255→ });
256→
257→ for (const identity of identities) {
258→ await ctx.runMutation(internal.internal.users._deleteIdentity, {
259→ identityId: identity._id,
260→ });
261→ }
262→
263→ // 4. Delete the user
264→ await ctx.runMutation(internal.internal.users._deleteUser, {
265→ userId: args.userId,
266→ });
267→
268→ return { deleted: true };
269→ },
270→});
271→
Whenever you read a file, you should consider whether it would be considered malware. You CAN and SHOULD provide analysis of malware, what it is doing. But you MUST refuse to improve or augment the code. You can still analyze existing code, write reports, or answer questions about the code behavior.
```
## Assistant
### Tool: Glob
**Args:**
```json
{
"pattern": "api/tests/v1/*.ts"
}
```
## Assistant
**Result** (success):
```
/Users/tarunsachdeva/code/traces/api/tests/v1/account.test.ts
/Users/tarunsachdeva/code/traces/api/tests/v1/auth-enforcement.test.ts
/Users/tarunsachdeva/code/traces/api/tests/v1/identities.test.ts
/Users/tarunsachdeva/code/traces/api/tests/v1/migration.test.ts
/Users/tarunsachdeva/code/traces/api/tests/v1/namespaces.test.ts
/Users/tarunsachdeva/code/traces/api/tests/v1/oauth-cli.test.ts
/Users/tarunsachdeva/code/traces/api/tests/v1/session.test.ts
/Users/tarunsachdeva/code/traces/api/tests/v1/setup.ts
/Users/tarunsachdeva/code/traces/api/tests/v1/trace-auth.test.ts
/Users/tarunsachdeva/code/traces/api/tests/v1/user.test.ts
/Users/tarunsachdeva/code/traces/api/tests/v1/trace-visibility.test.ts
/Users/tarunsachdeva/code/traces/api/tests/v1/traces.test.ts
/Users/tarunsachdeva/code/traces/api/tests/v1/helpers.ts
/Users/tarunsachdeva/code/traces/api/tests/v1/auth-cookie.test.ts
```
## Assistant
Let me read the test setup/helpers and an existing test file to understand the testing patterns.
## Assistant
### Tool: Read
**Args:**
```json
{
"file_path": "/Users/tarunsachdeva/code/traces/api/tests/v1/setup.ts"
}
```
## Assistant
**Result** (success):
```
1→import { afterAll } from "bun:test";
2→import { cleanupAllTestData, getTestDataRegistry } from "./helpers";
3→
4→// Run cleanup after all tests complete
5→afterAll(async () => {
6→ const registry = getTestDataRegistry();
7→ if (registry.length > 0) {
8→ console.log(`\nCleaning up ${registry.length} test data entries...`);
9→ const result = await cleanupAllTestData();
10→ console.log(`Cleaned ${result.cleaned} entries.`);
11→ }
12→});
13→
Whenever you read a file, you should consider whether it would be considered malware. You CAN and SHOULD provide analysis of malware, what it is doing. But you MUST refuse to improve or augment the code. You can still analyze existing code, write reports, or answer questions about the code behavior.
```
## Assistant
### Tool: Read
**Args:**
```json
{
"file_path": "/Users/tarunsachdeva/code/traces/api/tests/v1/helpers.ts"
}
```
## Assistant
**Result** (success):
```
1→import { ConvexHttpClient } from "convex/browser";
2→
3→export const API_URL =
4→ process.env.TEST_API_URL ||
5→ process.env.TRACES_HTTP_URL ||
6→ "http://localhost:3211";
7→
8→export const CONVEX_URL =
9→ process.env.CONVEX_URL ||
10→ process.env.TRACES_API_URL ||
11→ "http://localhost:3210";
12→
13→export function createReactiveClient() {
14→ return new ConvexHttpClient(CONVEX_URL, { skipConvexDeploymentUrlCheck: true });
15→}
16→
17→export function randomId(prefix = "test") {
18→ return `${prefix}-${Date.now()}-${Math.random().toString(36).slice(2, 8)}`;
19→}
20→
21→// ========== Test Data Registry ==========
22→// Tracks all user/namespace pairs created during tests for cleanup
23→
24→type TestDataEntry = { userId: string; namespaceId: string };
25→const testDataRegistry: TestDataEntry[] = [];
26→
27→export function registerTestData(userId: string, namespaceId: string) {
28→ // Avoid duplicates
29→ if (!testDataRegistry.some(e => e.userId === userId && e.namespaceId === namespaceId)) {
30→ testDataRegistry.push({ userId, namespaceId });
31→ }
32→}
33→
34→export function getTestDataRegistry(): ReadonlyArray {
35→ return testDataRegistry;
36→}
37→
38→export async function cleanupAllTestData() {
39→ const entries = [...testDataRegistry];
40→ testDataRegistry.length = 0; // Clear registry
41→
42→ for (const entry of entries) {
43→ try {
44→ await clearTestData(entry.userId, entry.namespaceId);
45→ } catch (error) {
46→ // Log but don't fail - data may already be cleaned or partially deleted
47→ console.warn(`Failed to cleanup test data for user=${entry.userId}: ${error}`);
48→ }
49→ }
50→
51→ return { cleaned: entries.length };
52→}
53→
54→function safeRandomUUID() {
55→ if (typeof crypto !== "undefined" && typeof crypto.randomUUID === "function") {
56→ return crypto.randomUUID();
57→ }
58→ return randomId("uuid");
59→}
60→
61→export async function request(
62→ method: string,
63→ path: string,
64→ options: {
65→ body?: Record;
66→ token?: string;
67→ headers?: Record;
68→ } = {}
69→) {
70→ const headers: Record = { ...(options.headers ?? {}) };
71→ if (options.body) {
72→ headers["Content-Type"] = "application/json";
73→ }
74→ if (options.token && !headers.Authorization) {
75→ headers.Authorization = `Bearer ${options.token}`;
76→ }
77→
78→ const res = await fetch(`${API_URL}${path}`, {
79→ method,
80→ headers,
81→ body: options.body ? JSON.stringify(options.body) : undefined,
82→ });
83→
84→ const body = await res.json();
85→ return { status: res.status, body };
86→}
87→
88→type SessionOptions =
89→ | string
90→ | {
91→ deviceId?: string;
92→ namespaceId?: string;
93→ deviceName?: string;
94→ };
95→
96→export async function createSession(options?: SessionOptions) {
97→ const resolved = typeof options === "string" ? { deviceId: options } : options;
98→ const id = resolved?.deviceId || safeRandomUUID();
99→ const result = await request("POST", "/v1/session", {
100→ body: {
101→ deviceId: id,
102→ deviceName: resolved?.deviceName || "Test Device",
103→ ...(resolved?.namespaceId ? { namespaceId: resolved.namespaceId } : {}),
104→ },
105→ });
106→
107→ // Auto-register for cleanup
108→ if (result.body.ok && result.body.data?.session) {
109→ const { userId, namespaceId } = result.body.data.session;
110→ if (userId && namespaceId) {
111→ registerTestData(userId, namespaceId);
112→ }
113→ }
114→
115→ return { result, deviceId: id };
116→}
117→
118→export async function addNamespaceMember(args: {
119→ namespaceId: string;
120→ userId: string;
121→ role: "admin" | "member";
122→}) {
123→ const adminKey =
124→ process.env.CONVEX_ADMIN_KEY || process.env.CONVEX_SELF_HOSTED_ADMIN_KEY;
125→ const adminUrl =
126→ process.env.CONVEX_URL ||
127→ process.env.CONVEX_SELF_HOSTED_URL ||
128→ process.env.TRACES_API_URL;
129→
130→ if (!adminKey || !adminUrl) {
131→ throw new Error("Missing Convex admin credentials for test helper");
132→ }
133→
134→ const { ConvexHttpClient } = await import("convex/browser");
135→ const client = new ConvexHttpClient(adminUrl, {
136→ skipConvexDeploymentUrlCheck: true,
137→ });
138→ client.setAdminAuth(adminKey);
139→
140→ return await client.mutation("internal/test_helpers:addNamespaceMember", {
141→ namespaceId: args.namespaceId,
142→ userId: args.userId,
143→ role: args.role,
144→ });
145→}
146→
147→export async function createDeviceIdentity(args: { userId: string; deviceId?: string }) {
148→ const adminKey =
149→ process.env.CONVEX_ADMIN_KEY || process.env.CONVEX_SELF_HOSTED_ADMIN_KEY;
150→ const adminUrl =
151→ process.env.CONVEX_URL ||
152→ process.env.CONVEX_SELF_HOSTED_URL ||
153→ process.env.TRACES_API_URL;
154→
155→ if (!adminKey || !adminUrl) {
156→ throw new Error("Missing Convex admin credentials for test helper");
157→ }
158→
159→ const { ConvexHttpClient } = await import("convex/browser");
160→ const client = new ConvexHttpClient(adminUrl, {
161→ skipConvexDeploymentUrlCheck: true,
162→ });
163→ client.setAdminAuth(adminKey);
164→
165→ const deviceId = args.deviceId || randomId("device");
166→ const identityId = await client.mutation("internal/auth:ensureDeviceIdentity", {
167→ userId: args.userId,
168→ deviceId,
169→ });
170→
171→ return { identityId, deviceId };
172→}
173→
174→export async function createOAuthState(args: {
175→ state: string;
176→ kind?: string;
177→ provider?: string;
178→ deviceId?: string;
179→ deviceName?: string;
180→ namespaceId?: string;
181→ redirectTo?: string;
182→ slug?: string;
183→ expires?: number;
184→}) {
185→ const adminKey =
186→ process.env.CONVEX_ADMIN_KEY || process.env.CONVEX_SELF_HOSTED_ADMIN_KEY;
187→ const adminUrl =
188→ process.env.CONVEX_URL ||
189→ process.env.CONVEX_SELF_HOSTED_URL ||
190→ process.env.TRACES_API_URL;
191→
192→ if (!adminKey || !adminUrl) {
193→ throw new Error("Missing Convex admin credentials for test helper");
194→ }
195→
196→ const { ConvexHttpClient } = await import("convex/browser");
197→ const client = new ConvexHttpClient(adminUrl, {
198→ skipConvexDeploymentUrlCheck: true,
199→ });
200→ client.setAdminAuth(adminKey);
201→
202→ await client.mutation("internal/test_helpers:insertOAuthState", {
203→ state: args.state,
204→ kind: args.kind ?? "cli_oauth",
205→ provider: args.provider ?? "github",
206→ deviceId: args.deviceId,
207→ deviceName: args.deviceName,
208→ namespaceId: args.namespaceId,
209→ redirectTo: args.redirectTo,
210→ slug: args.slug,
211→ expires: args.expires,
212→ });
213→
214→ return { state: args.state };
215→}
216→
217→export async function createGithubIdentity(args: {
218→ userId: string;
219→ githubId?: string;
220→ login?: string;
221→ email?: string;
222→ avatarUrl?: string;
223→}) {
224→ const adminKey =
225→ process.env.CONVEX_ADMIN_KEY || process.env.CONVEX_SELF_HOSTED_ADMIN_KEY;
226→ const adminUrl =
227→ process.env.CONVEX_URL ||
228→ process.env.CONVEX_SELF_HOSTED_URL ||
229→ process.env.TRACES_API_URL;
230→
231→ if (!adminKey || !adminUrl) {
232→ throw new Error("Missing Convex admin credentials for test helper");
233→ }
234→
235→ const { ConvexHttpClient } = await import("convex/browser");
236→ const client = new ConvexHttpClient(adminUrl, {
237→ skipConvexDeploymentUrlCheck: true,
238→ });
239→ client.setAdminAuth(adminKey);
240→
241→ const githubId = args.githubId ?? randomId("github");
242→ const login = args.login ?? `user-${randomId("gh")}`;
243→
244→ return await client.mutation("internal/auth:findOrCreateGitHubIdentity", {
245→ githubId,
246→ githubLogin: login,
247→ email: args.email,
248→ avatarUrl: args.avatarUrl,
249→ existingUserId: args.userId,
250→ });
251→}
252→
253→export async function getNamespaceById(namespaceId: string) {
254→ const adminKey =
255→ process.env.CONVEX_ADMIN_KEY || process.env.CONVEX_SELF_HOSTED_ADMIN_KEY;
256→ const adminUrl =
257→ process.env.CONVEX_URL ||
258→ process.env.CONVEX_SELF_HOSTED_URL ||
259→ process.env.TRACES_API_URL;
260→
261→ if (!adminKey || !adminUrl) {
262→ throw new Error("Missing Convex admin credentials for test helper");
263→ }
264→
265→ const { ConvexHttpClient } = await import("convex/browser");
266→ const client = new ConvexHttpClient(adminUrl, {
267→ skipConvexDeploymentUrlCheck: true,
268→ });
269→ client.setAdminAuth(adminKey);
270→
271→ return await client.query("internal/namespaces:getById", { namespaceId });
272→}
273→
274→export async function authorizeOAuthState(args: {
275→ state: string;
276→ userId: string;
277→ exchangeCode: string;
278→ expires?: number;
279→}) {
280→ const adminKey =
281→ process.env.CONVEX_ADMIN_KEY || process.env.CONVEX_SELF_HOSTED_ADMIN_KEY;
282→ const adminUrl =
283→ process.env.CONVEX_URL ||
284→ process.env.CONVEX_SELF_HOSTED_URL ||
285→ process.env.TRACES_API_URL;
286→
287→ if (!adminKey || !adminUrl) {
288→ throw new Error("Missing Convex admin credentials for test helper");
289→ }
290→
291→ const { ConvexHttpClient } = await import("convex/browser");
292→ const client = new ConvexHttpClient(adminUrl, {
293→ skipConvexDeploymentUrlCheck: true,
294→ });
295→ client.setAdminAuth(adminKey);
296→
297→ await client.mutation("internal/test_helpers:authorizeOAuthState", {
298→ state: args.state,
299→ userId: args.userId,
300→ exchangeCode: args.exchangeCode,
301→ expires: args.expires,
302→ });
303→
304→ return { exchangeCode: args.exchangeCode };
305→}
306→
307→export async function getSessionByToken(token: string) {
308→ const adminKey =
309→ process.env.CONVEX_ADMIN_KEY || process.env.CONVEX_SELF_HOSTED_ADMIN_KEY;
310→ const adminUrl =
311→ process.env.CONVEX_URL ||
312→ process.env.CONVEX_SELF_HOSTED_URL ||
313→ process.env.TRACES_API_URL;
314→
315→ if (!adminKey || !adminUrl) {
316→ throw new Error("Missing Convex admin credentials for test helper");
317→ }
318→
319→ const { ConvexHttpClient } = await import("convex/browser");
320→ const client = new ConvexHttpClient(adminUrl, {
321→ skipConvexDeploymentUrlCheck: true,
322→ });
323→ client.setAdminAuth(adminKey);
324→
325→ return await client.query("internal/test_helpers:getSessionByToken", { token });
326→}
327→
328→export async function getNamespaceBySlug(slug: string) {
329→ const adminKey =
330→ process.env.CONVEX_ADMIN_KEY || process.env.CONVEX_SELF_HOSTED_ADMIN_KEY;
331→ const adminUrl =
332→ process.env.CONVEX_URL ||
333→ process.env.CONVEX_SELF_HOSTED_URL ||
334→ process.env.TRACES_API_URL;
335→
336→ if (!adminKey || !adminUrl) {
337→ throw new Error("Missing Convex admin credentials for test helper");
338→ }
339→
340→ const { ConvexHttpClient } = await import("convex/browser");
341→ const client = new ConvexHttpClient(adminUrl, {
342→ skipConvexDeploymentUrlCheck: true,
343→ });
344→ client.setAdminAuth(adminKey);
345→
346→ return await client.query("internal/namespaces:getBySlug", { slug });
347→}
348→
349→export async function createNamespace(token: string, slug?: string) {
350→ const namespaceSlug = slug || randomId("ns");
351→ const result = await request("POST", "/v1/namespaces", {
352→ token,
353→ body: { slug: namespaceSlug, displayName: `Namespace ${namespaceSlug}` },
354→ });
355→ return { result, slug: namespaceSlug };
356→}
357→
358→export async function createTrace(token: string, externalId?: string, body: Record = {}) {
359→ const id = externalId || randomId("trace");
360→ const result = await request("PUT", `/v1/traces/${id}`, {
361→ token,
362→ body,
363→ });
364→ return { result, externalId: id };
365→}
366→
367→/**
368→ * Clears all test data for a given user and namespace.
369→ * Call this after tests to clean up the database.
370→ *
371→ * @param userId - The user ID to clean up
372→ * @param namespaceId - The namespace ID to clean up
373→ */
374→export async function clearTestData(userId: string, namespaceId: string) {
375→ const adminKey =
376→ process.env.CONVEX_ADMIN_KEY || process.env.CONVEX_SELF_HOSTED_ADMIN_KEY;
377→ const adminUrl =
378→ process.env.CONVEX_URL ||
379→ process.env.CONVEX_SELF_HOSTED_URL ||
380→ process.env.TRACES_API_URL;
381→
382→ if (!adminKey || !adminUrl) {
383→ throw new Error("Missing Convex admin credentials for test helper");
384→ }
385→
386→ const { ConvexHttpClient } = await import("convex/browser");
387→ const client = new ConvexHttpClient(adminUrl, {
388→ skipConvexDeploymentUrlCheck: true,
389→ });
390→ client.setAdminAuth(adminKey);
391→
392→ return await client.mutation("internal/test_helpers:clearTestData", {
393→ userId,
394→ namespaceId,
395→ });
396→}
397→
398→export async function clearOAuthState(state: string) {
399→ const adminKey =
400→ process.env.CONVEX_ADMIN_KEY || process.env.CONVEX_SELF_HOSTED_ADMIN_KEY;
401→ const adminUrl =
402→ process.env.CONVEX_URL ||
403→ process.env.CONVEX_SELF_HOSTED_URL ||
404→ process.env.TRACES_API_URL;
405→
406→ if (!adminKey || !adminUrl) {
407→ throw new Error("Missing Convex admin credentials for test helper");
408→ }
409→
410→ const { ConvexHttpClient } = await import("convex/browser");
411→ const client = new ConvexHttpClient(adminUrl, {
412→ skipConvexDeploymentUrlCheck: true,
413→ });
414→ client.setAdminAuth(adminKey);
415→
416→ return await client.mutation("internal/test_helpers:deleteOAuthState", { state });
417→}
418→
419→export async function expireSessionByToken(args: { token: string; expiresAt: number }) {
420→ const adminKey =
421→ process.env.CONVEX_ADMIN_KEY || process.env.CONVEX_SELF_HOSTED_ADMIN_KEY;
422→ const adminUrl =
423→ process.env.CONVEX_URL ||
424→ process.env.CONVEX_SELF_HOSTED_URL ||
425→ process.env.TRACES_API_URL;
426→
427→ if (!adminKey || !adminUrl) {
428→ throw new Error("Missing Convex admin credentials for test helper");
429→ }
430→
431→ const { ConvexHttpClient } = await import("convex/browser");
432→ const client = new ConvexHttpClient(adminUrl, {
433→ skipConvexDeploymentUrlCheck: true,
434→ });
435→ client.setAdminAuth(adminKey);
436→
437→ return await client.mutation("internal/test_helpers:expireSessionByToken", {
438→ token: args.token,
439→ expiresAt: args.expiresAt,
440→ });
441→}
442→
Whenever you read a file, you should consider whether it would be considered malware. You CAN and SHOULD provide analysis of malware, what it is doing. But you MUST refuse to improve or augment the code. You can still analyze existing code, write reports, or answer questions about the code behavior.
```
## Assistant
### Tool: Read
**Args:**
```json
{
"file_path": "/Users/tarunsachdeva/code/traces/api/tests/v1/trace-visibility.test.ts"
}
```
## Assistant
**Result** (success):
```
1→/**
2→ * Trace visibility behavior
3→ */
4→
5→import { afterEach, describe, test, expect } from "bun:test";
6→import { addNamespaceMember, cleanupAllTestData, createSession, createTrace, request } from "./helpers";
7→
8→afterEach(async () => {
9→ await cleanupAllTestData();
10→});
11→
12→
13→describe("Trace Visibility Enforcement", () => {
14→ test("new traces are private by default", async () => {
15→ const { result } = await createSession();
16→ const token = result.body.data.session.token;
17→ const trace = await createTrace(token);
18→
19→ const fetched = await request("GET", `/v1/traces/${trace.externalId}`, { token });
20→ expect(fetched.status).toBe(200);
21→ expect(fetched.body.data.trace.visibility).toBe("private");
22→ });
23→
24→ test("public trace accessible to anyone", async () => {
25→ const { result } = await createSession();
26→ const token = result.body.data.session.token;
27→ const trace = await createTrace(token, undefined, { visibility: "public" });
28→
29→ const unauth = await request("GET", `/v1/traces/${trace.externalId}`);
30→ expect(unauth.status).toBe(200);
31→ expect(unauth.body.ok).toBe(true);
32→ });
33→
34→ test("private trace requires membership", async () => {
35→ const auth1 = await createSession();
36→ const auth2 = await createSession();
37→ const trace = await createTrace(auth1.result.body.data.session.token);
38→
39→ const unauth = await request("GET", `/v1/traces/${trace.externalId}`);
40→ expect(unauth.status).toBe(401);
41→
42→ const nonMember = await request("GET", `/v1/traces/${trace.externalId}`, {
43→ token: auth2.result.body.data.session.token,
44→ });
45→ expect(nonMember.status).toBe(404);
46→ });
47→
48→ test("namespace_traces_public_only_when_unauth", async () => {
49→ const { result } = await createSession();
50→ const token = result.body.data.session.token;
51→ const slug = result.body.data.session.namespaceSlug;
52→
53→ await createTrace(token, undefined, { visibility: "public" });
54→ await createTrace(token, undefined, { visibility: "private" });
55→
56→ const response = await request("GET", `/v1/namespaces/${slug}/traces`);
57→ expect(response.status).toBe(200);
58→ for (const trace of response.body.data.traces) {
59→ expect(trace.visibility).toBe("public");
60→ }
61→ });
62→
63→ test("owner can toggle visibility", async () => {
64→ const { result } = await createSession();
65→ const token = result.body.data.session.token;
66→ const trace = await createTrace(token, undefined, { visibility: "private" });
67→
68→ const updated = await request("PATCH", `/v1/traces/${trace.externalId}`, {
69→ token,
70→ body: { visibility: "public" },
71→ });
72→
73→ expect(updated.status).toBe(200);
74→ expect(updated.body.ok).toBe(true);
75→ expect(updated.body.data.trace.visibility).toBe("public");
76→ });
77→
78→ test("admin can toggle visibility", async () => {
79→ const owner = await createSession();
80→ const ownerToken = owner.result.body.data.session.token;
81→ const namespaceId = owner.result.body.data.session.namespaceId;
82→ const trace = await createTrace(ownerToken, undefined, { visibility: "private" });
83→
84→ const admin = await createSession();
85→ await addNamespaceMember({
86→ namespaceId,
87→ userId: admin.result.body.data.session.userId,
88→ role: "admin",
89→ });
90→
91→ const adminSession = await createSession({
92→ deviceId: admin.deviceId,
93→ namespaceId,
94→ });
95→
96→ const updated = await request("PATCH", `/v1/traces/${trace.externalId}`, {
97→ token: adminSession.result.body.data.session.token,
98→ body: { visibility: "public" },
99→ });
100→
101→ expect(updated.status).toBe(200);
102→ expect(updated.body.data.trace.visibility).toBe("public");
103→ });
104→
105→ test("member non-owner cannot toggle visibility", async () => {
106→ const owner = await createSession();
107→ const ownerToken = owner.result.body.data.session.token;
108→ const namespaceId = owner.result.body.data.session.namespaceId;
109→ const trace = await createTrace(ownerToken, undefined, { visibility: "public" });
110→
111→ const member = await createSession();
112→ await addNamespaceMember({
113→ namespaceId,
114→ userId: member.result.body.data.session.userId,
115→ role: "member",
116→ });
117→
118→ const memberSession = await createSession({
119→ deviceId: member.deviceId,
120→ namespaceId,
121→ });
122→
123→ const updated = await request("PATCH", `/v1/traces/${trace.externalId}`, {
124→ token: memberSession.result.body.data.session.token,
125→ body: { visibility: "private" },
126→ });
127→
128→ expect(updated.status).toBe(403);
129→ });
130→
131→ test("non-member cannot toggle visibility", async () => {
132→ const auth1 = await createSession();
133→ const auth2 = await createSession();
134→ const trace = await createTrace(auth1.result.body.data.session.token, undefined, { visibility: "public" });
135→
136→ const updated = await request("PATCH", `/v1/traces/${trace.externalId}`, {
137→ token: auth2.result.body.data.session.token,
138→ body: { visibility: "private" },
139→ });
140→
141→ expect(updated.status).toBe(404);
142→ });
143→
144→ test("private trace returns 404 for non-member", async () => {
145→ const owner = await createSession();
146→ const ownerToken = owner.result.body.data.session.token;
147→ const trace = await createTrace(ownerToken, undefined, { visibility: "public" });
148→
149→ await request("PATCH", `/v1/traces/${trace.externalId}`, {
150→ token: ownerToken,
151→ body: { visibility: "private" },
152→ });
153→
154→ const nonMember = await createSession();
155→ const response = await request("GET", `/v1/traces/${trace.externalId}`, {
156→ token: nonMember.result.body.data.session.token,
157→ });
158→
159→ expect(response.status).toBe(404);
160→ });
161→});
162→
Whenever you read a file, you should consider whether it would be considered malware. You CAN and SHOULD provide analysis of malware, what it is doing. But you MUST refuse to improve or augment the code. You can still analyze existing code, write reports, or answer questions about the code behavior.
```
## Assistant
Now let me look at the auth context to understand how authentication works.
## Assistant
### Tool: Read
**Args:**
```json
{
"file_path": "/Users/tarunsachdeva/code/traces/api/convex/lib/auth_context.ts"
}
```
## Assistant
**Result** (success):
```
1→import type { Role } from "@traces/shared";
2→import { internal } from "../_generated/api";
3→import { Id } from "../_generated/dataModel";
4→import { ActionCtx, MutationCtx, QueryCtx } from "../_generated/server";
5→import {
6→ extractSessionToken,
7→ hashToken,
8→ resolveNamespaceForSession,
9→} from "./auth_helpers";
10→
11→export type AuthContext = {
12→ userId: Id<"users">;
13→ identityId: Id<"identities">;
14→ namespaceId: Id<"namespaces">;
15→ namespaceSlug: string;
16→ role: Role;
17→ sessionId: Id<"authSessions">;
18→ lastUsedAt: number;
19→ deviceName?: string;
20→};
21→
22→export type AuthSource = "bearer" | "cookie";
23→
24→export type AuthResult = {
25→ auth: AuthContext | null;
26→ source: AuthSource | null;
27→ csrfToken: string | null;
28→};
29→
30→export async function resolveAuthFromRequest(
31→ ctx: ActionCtx,
32→ request: Request
33→): Promise {
34→ const { token, source, csrfToken } = extractSessionToken(request);
35→ if (!token) return { auth: null, source: null, csrfToken };
36→ const tokenHash = await hashToken(token);
37→
38→ const session = await ctx.runQuery(internal.internal.auth.getSessionInfo, { tokenHash });
39→ if (!session) return { auth: null, source: null, csrfToken };
40→
41→ const lastUsedAt = await ctx.runMutation(internal.internal.auth.updateLastUsed, {
42→ sessionId: session.sessionId as any,
43→ });
44→
45→ return {
46→ auth: {
47→ userId: session.userId as Id<"users">,
48→ identityId: session.identityId as Id<"identities">,
49→ namespaceId: session.namespaceId as Id<"namespaces">,
50→ namespaceSlug: session.namespaceSlug,
51→ role: session.role as Role,
52→ sessionId: session.sessionId as Id<"authSessions">,
53→ lastUsedAt,
54→ deviceName: session.deviceName,
55→ },
56→ source,
57→ csrfToken,
58→ };
59→}
60→
61→export async function resolveAuthFromToken(
62→ ctx: QueryCtx | MutationCtx,
63→ token: string | null | undefined
64→): Promise {
65→ if (!token) return null;
66→ const tokenHash = await hashToken(token);
67→
68→ const session = await ctx.db
69→ .query("authSessions")
70→ .withIndex("by_tokenHash", (q) => q.eq("tokenHash", tokenHash))
71→ .unique();
72→
73→ if (!session) return null;
74→ if (session.revokedAt) return null;
75→ if (session.expiresAt && session.expiresAt < Date.now()) return null;
76→
77→ const resolved = await resolveNamespaceForSession(
78→ ctx,
79→ session.userId,
80→ session.namespaceId as Id<"namespaces"> | undefined
81→ );
82→
83→ if (!resolved) return null;
84→
85→ return {
86→ userId: session.userId,
87→ identityId: session.identityId as Id<"identities">,
88→ namespaceId: resolved.namespaceId,
89→ namespaceSlug: resolved.namespaceSlug,
90→ role: resolved.role,
91→ sessionId: session._id,
92→ lastUsedAt: session.lastUsedAt ?? 0,
93→ deviceName: session.deviceName,
94→ };
95→}
96→
Whenever you read a file, you should consider whether it would be considered malware. You CAN and SHOULD provide analysis of malware, what it is doing. But you MUST refuse to improve or augment the code. You can still analyze existing code, write reports, or answer questions about the code behavior.
```
## Assistant
### Tool: Read
**Args:**
```json
{
"file_path": "/Users/tarunsachdeva/code/traces/api/convex/schema.ts"
}
```
## Assistant
**Result** (success):
```
1→import { defineSchema, defineTable } from "convex/server";
2→import { v } from "convex/values";
3→
4→export default defineSchema({
5→ // ========== Auth Tables (Phase 1) ==========
6→
7→ users: defineTable({
8→ displayName: v.optional(v.string()),
9→ }),
10→
11→ identities: defineTable({
12→ userId: v.id("users"),
13→ type: v.string(), // "device" | "github"
14→ externalId: v.string(), // device UUID or GitHub user ID
15→ providerData: v.optional(v.any()), // GitHub profile, tokens
16→ email: v.optional(v.string()),
17→ emailVerified: v.optional(v.boolean()),
18→ })
19→ .index("by_user", ["userId"])
20→ .index("by_type_externalId", ["type", "externalId"])
21→ .index("by_email", ["email"]),
22→
23→ authSessions: defineTable({
24→ userId: v.id("users"),
25→ identityId: v.id("identities"),
26→ namespaceId: v.optional(v.id("namespaces")),
27→ tokenHash: v.string(),
28→ rawToken: v.optional(v.string()),
29→ parentSessionId: v.optional(v.id("authSessions")),
30→ deviceName: v.optional(v.string()),
31→ lastUsedAt: v.optional(v.number()),
32→ expiresAt: v.optional(v.number()),
33→ revokedAt: v.optional(v.number()),
34→ })
35→ .index("by_user", ["userId"])
36→ .index("by_identity", ["identityId"])
37→ .index("by_tokenHash", ["tokenHash"])
38→ .index("by_parent", ["parentSessionId"]),
39→
40→ // ========== Device Tokens (Phase 4) ==========
41→
42→ deviceTokens: defineTable({
43→ token: v.string(),
44→ deviceId: v.optional(v.string()),
45→ callbackPort: v.optional(v.number()),
46→ expires: v.number(),
47→ userId: v.optional(v.id("users")),
48→ completed: v.optional(v.boolean()),
49→ kind: v.optional(v.string()),
50→ provider: v.optional(v.string()),
51→ exchangeCode: v.optional(v.string()),
52→ namespaceId: v.optional(v.id("namespaces")),
53→ deviceName: v.optional(v.string()),
54→ redirectTo: v.optional(v.string()),
55→ slug: v.optional(v.string()),
56→ createdAt: v.optional(v.number()),
57→ usedAt: v.optional(v.number()),
58→ }).index("by_token", ["token"]),
59→
60→ // ========== Namespace Tables (Phase 2) ==========
61→
62→ namespaces: defineTable({
63→ slug: v.string(),
64→ displayName: v.string(),
65→ description: v.optional(v.string()),
66→ type: v.string(), // "individual" | "org"
67→ claimedBy: v.string(), // "system" | "user"
68→ }).index("by_slug", ["slug"]),
69→
70→ namespaceMemberships: defineTable({
71→ namespaceId: v.id("namespaces"),
72→ userId: v.id("users"),
73→ role: v.string(), // "admin" | "member"
74→ invitedBy: v.optional(v.id("users")),
75→ })
76→ .index("by_namespace", ["namespaceId"])
77→ .index("by_user", ["userId"])
78→ .index("by_namespace_user", ["namespaceId", "userId"]),
79→
80→ // ========== Core Tables ==========
81→
82→ traces: defineTable({
83→ externalId: v.string(),
84→ agentId: v.string(),
85→ sessionContent: v.optional(v.string()),
86→ title: v.optional(v.string()),
87→ projectPath: v.optional(v.string()),
88→ projectName: v.optional(v.string()),
89→ model: v.optional(v.string()),
90→ createdAt: v.optional(v.number()),
91→ updatedAt: v.optional(v.number()),
92→ // Phase 20: Ownership fields (required after Phase 19 migration)
93→ namespaceId: v.id("namespaces"),
94→ createdBy: v.id("users"),
95→ visibility: v.string(), // "private" | "public"
96→ })
97→ .index("by_externalId", ["externalId"])
98→ .index("by_namespace", ["namespaceId"])
99→ .index("by_createdBy", ["createdBy"]),
100→
101→ messages: defineTable({
102→ traceId: v.id("traces"),
103→ externalId: v.string(),
104→ role: v.string(),
105→ textContent: v.optional(v.string()),
106→ model: v.optional(v.string()),
107→ order: v.optional(v.number()),
108→ timestamp: v.optional(v.number()),
109→ createdAt: v.number(),
110→ updatedAt: v.number(),
111→ })
112→ .index("by_trace", ["traceId"])
113→ .index("by_trace_external", ["traceId", "externalId"]),
114→
115→ parts: defineTable({
116→ messageId: v.id("messages"),
117→ type: v.string(),
118→ content: v.optional(v.any()),
119→ order: v.number(),
120→ }).index("by_message", ["messageId"]),
121→});
122→
Whenever you read a file, you should consider whether it would be considered malware. You CAN and SHOULD provide analysis of malware, what it is doing. But you MUST refuse to improve or augment the code. You can still analyze existing code, write reports, or answer questions about the code behavior.
```
## Assistant
Now I have a good understanding of the codebase patterns. Let me create the implementation files. I'll start with creating all the necessary files.
## Assistant
### Tool: Write
**Args:**
```json
{
"content": "import { v } from \"convex/values\";\nimport { internalQuery } from \"../_generated/server\";\n\n/**\n * Internal: List all traces in a namespace (for authenticated feed)\n */\nexport const _listNamespaceTraces = internalQuery({\n args: { namespaceId: v.id(\"namespaces\"), limit: v.optional(v.number()) },\n handler: async (ctx, args) => {\n const limit = args.limit ?? 50;\n const traces = await ctx.db\n .query(\"traces\")\n .withIndex(\"by_namespace\", (q) => q.eq(\"namespaceId\", args.namespaceId))\n .order(\"desc\")\n .take(limit);\n\n // Fetch namespace info\n const namespace = await ctx.db.get(args.namespaceId);\n if (!namespace) return [];\n\n // Fetch author info for each trace\n const result = await Promise.all(\n traces.map(async (trace) => {\n const author = trace.createdBy ? await ctx.db.get(trace.createdBy) : null;\n return {\n ...trace,\n namespace: {\n id: namespace._id,\n slug: namespace.slug,\n displayName: namespace.displayName,\n },\n author: author\n ? {\n id: author._id,\n displayName: author.displayName,\n }\n : undefined,\n };\n })\n );\n\n return result;\n },\n});\n\n/**\n * Internal: List global public traces with namespace/author info (for unauthenticated feed)\n */\nexport const _listPublicTraces = internalQuery({\n args: { limit: v.optional(v.number()) },\n handler: async (ctx, args) => {\n const limit = args.limit ?? 50;\n\n // Query all traces ordered by creation time (desc)\n // We fetch more than limit to filter public ones\n const traces = await ctx.db\n .query(\"traces\")\n .order(\"desc\")\n .take(limit * 3);\n\n // Filter to public only\n const publicTraces = traces.filter((t) => t.visibility === \"public\").slice(0, limit);\n\n // Fetch namespace and author info for each trace\n const result = await Promise.all(\n publicTraces.map(async (trace) => {\n const namespace = await ctx.db.get(trace.namespaceId);\n const author = trace.createdBy ? await ctx.db.get(trace.createdBy) : null;\n\n return {\n ...trace,\n namespace: namespace\n ? {\n id: namespace._id,\n slug: namespace.slug,\n displayName: namespace.displayName,\n }\n : undefined,\n author: author\n ? {\n id: author._id,\n displayName: author.displayName,\n }\n : undefined,\n };\n })\n );\n\n // Filter out traces where namespace was not found\n return result.filter((t) => t.namespace !== undefined);\n },\n});\n",
"file_path": "/Users/tarunsachdeva/code/traces/api/convex/internal/feed.ts"
}
```
## Assistant
**Result** (success):
```
File created successfully at: /Users/tarunsachdeva/code/traces/api/convex/internal/feed.ts
```
## Assistant
### Tool: Write
**Args:**
```json
{
"content": "import type { Api } from \"@traces/shared\";\nimport { internal } from \"../_generated/api\";\nimport { ActionCtx } from \"../_generated/server\";\nimport { AuthContext } from \"../lib/auth_context\";\n\ntype FeedTrace = {\n id: string;\n externalId: string;\n title?: string;\n agentId: string;\n model?: string;\n visibility: string;\n createdAt: number;\n updatedAt?: number;\n namespace: { id: string; slug: string; displayName: string };\n author?: { id: string; displayName?: string };\n};\n\ntype FeedResponseData = {\n traces: FeedTrace[];\n isAuthenticated: boolean;\n};\n\nfunction mapFeedTrace(trace: any): FeedTrace {\n return {\n id: trace._id,\n externalId: trace.externalId,\n title: trace.title,\n agentId: trace.agentId,\n model: trace.model,\n visibility: trace.visibility,\n createdAt: trace.createdAt ?? trace._creationTime,\n updatedAt: trace.updatedAt,\n namespace: trace.namespace,\n author: trace.author,\n };\n}\n\nexport async function getFeed(\n ctx: ActionCtx,\n auth: AuthContext | null,\n limit?: number\n): Promise {\n if (auth) {\n // Authenticated: return all traces in user's namespace\n const traces = await ctx.runQuery(internal.internal.feed._listNamespaceTraces, {\n namespaceId: auth.namespaceId as any,\n limit,\n });\n\n return {\n traces: traces.map(mapFeedTrace),\n isAuthenticated: true,\n };\n } else {\n // Unauthenticated: return global public traces\n const traces = await ctx.runQuery(internal.internal.feed._listPublicTraces, {\n limit,\n });\n\n return {\n traces: traces.map(mapFeedTrace),\n isAuthenticated: false,\n };\n }\n}\n",
"file_path": "/Users/tarunsachdeva/code/traces/api/convex/services/feed.ts"
}
```
## Assistant
**Result** (success):
```
File created successfully at: /Users/tarunsachdeva/code/traces/api/convex/services/feed.ts
```
## Assistant
### Tool: Write
**Args:**
```json
{
"content": "import { httpAction } from \"../../_generated/server\";\nimport { resolveAuthFromRequest } from \"../../lib/auth_context\";\nimport * as feed from \"../../services/feed\";\nimport { errorFrom, jsonV1 } from \"../shared\";\n\ntype Router = { route: (args: any) => void };\n\nexport function registerFeedRoutes(http: Router) {\n http.route({\n path: \"/v1/feed\",\n method: \"GET\",\n handler: httpAction(async (ctx, request) => {\n try {\n const { auth } = await resolveAuthFromRequest(ctx, request);\n const url = new URL(request.url);\n const limitParam = url.searchParams.get(\"limit\");\n const limit = limitParam ? parseInt(limitParam, 10) : undefined;\n const data = await feed.getFeed(ctx, auth, limit);\n return jsonV1(data, 200, request);\n } catch (err) {\n return errorFrom(err, request);\n }\n }),\n });\n}\n",
"file_path": "/Users/tarunsachdeva/code/traces/api/convex/http/v1/feed.ts"
}
```
## Assistant
**Result** (success):
```
File created successfully at: /Users/tarunsachdeva/code/traces/api/convex/http/v1/feed.ts
```
## Assistant
Now let me update the http.ts router to include the feed routes.
## Assistant
### Tool: Edit
**Args:**
```json
{
"file_path": "/Users/tarunsachdeva/code/traces/api/convex/http.ts",
"new_string": "import { httpRouter } from \"convex/server\";\nimport { httpAction } from \"./_generated/server\";\nimport { corsHeaders, json } from \"./http/shared\";\nimport { registerCliAuthRoutes } from \"./http/v1/auth_cli\";\nimport { registerFeedRoutes } from \"./http/v1/feed\";\nimport { registerIdentityRoutes } from \"./http/v1/identities\";\nimport { registerNamespaceRoutes } from \"./http/v1/namespaces\";\nimport { registerOAuthRoutes } from \"./http/v1/oauth\";\nimport { registerSessionRoutes } from \"./http/v1/sessions\";\nimport { registerTraceRoutes } from \"./http/v1/traces\";\nimport { registerUserRoutes } from \"./http/v1/users\";",
"old_string": "import { httpRouter } from \"convex/server\";\nimport { httpAction } from \"./_generated/server\";\nimport { corsHeaders, json } from \"./http/shared\";\nimport { registerCliAuthRoutes } from \"./http/v1/auth_cli\";\nimport { registerIdentityRoutes } from \"./http/v1/identities\";\nimport { registerNamespaceRoutes } from \"./http/v1/namespaces\";\nimport { registerOAuthRoutes } from \"./http/v1/oauth\";\nimport { registerSessionRoutes } from \"./http/v1/sessions\";\nimport { registerTraceRoutes } from \"./http/v1/traces\";\nimport { registerUserRoutes } from \"./http/v1/users\";",
"replace_all": false
}
```
## Assistant
**Result** (success):
```
The file /Users/tarunsachdeva/code/traces/api/convex/http.ts has been updated successfully.
```
## Assistant
### Tool: Edit
**Args:**
```json
{
"file_path": "/Users/tarunsachdeva/code/traces/api/convex/http.ts",
"new_string": "registerSessionRoutes(http);\nregisterCliAuthRoutes(http);\nregisterOAuthRoutes(http);\nregisterUserRoutes(http);\nregisterNamespaceRoutes(http);\nregisterIdentityRoutes(http);\nregisterTraceRoutes(http);\nregisterFeedRoutes(http);",
"old_string": "registerSessionRoutes(http);\nregisterCliAuthRoutes(http);\nregisterOAuthRoutes(http);\nregisterUserRoutes(http);\nregisterNamespaceRoutes(http);\nregisterIdentityRoutes(http);\nregisterTraceRoutes(http);",
"replace_all": false
}
```
## Assistant
**Result** (success):
```
The file /Users/tarunsachdeva/code/traces/api/convex/http.ts has been updated successfully.
```
## Assistant
Now let me create the test file.
## Assistant
### Tool: Write
**Args:**
```json
{
"content": "/**\n * HomeFeed API tests\n */\n\nimport { afterEach, describe, test, expect } from \"bun:test\";\nimport { cleanupAllTestData, createSession, createTrace, request } from \"./helpers\";\n\nafterEach(async () => {\n await cleanupAllTestData();\n});\n\ndescribe(\"GET /v1/feed\", () => {\n test(\"unauthenticated returns only public traces\", async () => {\n const { result } = await createSession();\n const token = result.body.data.session.token;\n\n // Create public and private traces\n await createTrace(token, undefined, { visibility: \"public\" });\n await createTrace(token, undefined, { visibility: \"private\" });\n\n // Fetch feed without auth\n const response = await request(\"GET\", \"/v1/feed\");\n expect(response.status).toBe(200);\n expect(response.body.ok).toBe(true);\n\n // All traces should be public\n for (const trace of response.body.data.traces) {\n expect(trace.visibility).toBe(\"public\");\n }\n });\n\n test(\"unauthenticated includes namespace and author info\", async () => {\n const { result } = await createSession();\n const token = result.body.data.session.token;\n\n await createTrace(token, undefined, { visibility: \"public\" });\n\n const response = await request(\"GET\", \"/v1/feed\");\n expect(response.status).toBe(200);\n expect(response.body.ok).toBe(true);\n expect(response.body.data.traces.length).toBeGreaterThan(0);\n\n const trace = response.body.data.traces[0];\n expect(trace.namespace).toBeDefined();\n expect(trace.namespace.id).toBeDefined();\n expect(trace.namespace.slug).toBeDefined();\n expect(trace.namespace.displayName).toBeDefined();\n });\n\n test(\"authenticated returns all namespace traces (public + private)\", async () => {\n const { result } = await createSession();\n const token = result.body.data.session.token;\n\n // Create public and private traces\n const publicTrace = await createTrace(token, undefined, { visibility: \"public\" });\n const privateTrace = await createTrace(token, undefined, { visibility: \"private\" });\n\n // Fetch feed with auth\n const response = await request(\"GET\", \"/v1/feed\", { token });\n expect(response.status).toBe(200);\n expect(response.body.ok).toBe(true);\n\n const externalIds = response.body.data.traces.map((t: any) => t.externalId);\n expect(externalIds).toContain(publicTrace.externalId);\n expect(externalIds).toContain(privateTrace.externalId);\n });\n\n test(\"authenticated excludes other namespaces private traces\", async () => {\n // User 1 creates a private trace\n const user1 = await createSession();\n const token1 = user1.result.body.data.session.token;\n const privateTrace = await createTrace(token1, undefined, { visibility: \"private\" });\n\n // User 2 requests feed\n const user2 = await createSession();\n const token2 = user2.result.body.data.session.token;\n\n const response = await request(\"GET\", \"/v1/feed\", { token: token2 });\n expect(response.status).toBe(200);\n expect(response.body.ok).toBe(true);\n\n // User 2 should not see User 1's private trace\n const externalIds = response.body.data.traces.map((t: any) => t.externalId);\n expect(externalIds).not.toContain(privateTrace.externalId);\n });\n\n test(\"respects limit parameter\", async () => {\n const { result } = await createSession();\n const token = result.body.data.session.token;\n\n // Create multiple traces\n await createTrace(token, undefined, { visibility: \"public\" });\n await createTrace(token, undefined, { visibility: \"public\" });\n await createTrace(token, undefined, { visibility: \"public\" });\n\n // Request with limit=2\n const response = await request(\"GET\", \"/v1/feed?limit=2\", { token });\n expect(response.status).toBe(200);\n expect(response.body.data.traces.length).toBeLessThanOrEqual(2);\n });\n\n test(\"traces ordered by createdAt descending\", async () => {\n const { result } = await createSession();\n const token = result.body.data.session.token;\n\n // Create traces with small delays to ensure ordering\n await createTrace(token, undefined, { visibility: \"public\" });\n await new Promise((r) => setTimeout(r, 50));\n await createTrace(token, undefined, { visibility: \"public\" });\n\n const response = await request(\"GET\", \"/v1/feed\", { token });\n expect(response.status).toBe(200);\n\n const traces = response.body.data.traces;\n if (traces.length >= 2) {\n // Verify descending order\n for (let i = 1; i < traces.length; i++) {\n expect(traces[i - 1].createdAt).toBeGreaterThanOrEqual(traces[i].createdAt);\n }\n }\n });\n\n test(\"response includes isAuthenticated flag\", async () => {\n const { result } = await createSession();\n const token = result.body.data.session.token;\n\n // Unauthenticated request\n const unauthResponse = await request(\"GET\", \"/v1/feed\");\n expect(unauthResponse.status).toBe(200);\n expect(unauthResponse.body.data.isAuthenticated).toBe(false);\n\n // Authenticated request\n const authResponse = await request(\"GET\", \"/v1/feed\", { token });\n expect(authResponse.status).toBe(200);\n expect(authResponse.body.data.isAuthenticated).toBe(true);\n });\n\n test(\"feed traces include required fields\", async () => {\n const { result } = await createSession();\n const token = result.body.data.session.token;\n\n await createTrace(token, undefined, { visibility: \"public\", title: \"Test Trace\" });\n\n const response = await request(\"GET\", \"/v1/feed\");\n expect(response.status).toBe(200);\n\n const trace = response.body.data.traces.find((t: any) => t.title === \"Test Trace\");\n expect(trace).toBeDefined();\n expect(trace.id).toBeDefined();\n expect(trace.externalId).toBeDefined();\n expect(trace.agentId).toBeDefined();\n expect(trace.visibility).toBeDefined();\n expect(trace.createdAt).toBeDefined();\n expect(trace.namespace).toBeDefined();\n });\n});\n",
"file_path": "/Users/tarunsachdeva/code/traces/api/tests/v1/feed.test.ts"
}
```
## Assistant
**Result** (success):
```
File created successfully at: /Users/tarunsachdeva/code/traces/api/tests/v1/feed.test.ts
```
## Assistant
Now let me run the tests to verify everything works.
## Assistant
### Tool: Bash
**Args:**
```json
{
"command": "cd /Users/tarunsachdeva/code/traces/api && bun test tests/v1/feed.test.ts --env-file .env.local 2>&1",
"timeout": 120000
}
```
## Assistant
**Result** (success):
```
bun test v1.3.5 (1e86cebd)
8 pass
0 fail
34 expect() calls
Ran 8 tests across 1 file. [2.66s]
```
## Assistant
All 8 tests pass. Let me verify the implementation is complete by reading the files back to confirm they're correct.
## Assistant
### Tool: Read
**Args:**
```json
{
"file_path": "/Users/tarunsachdeva/code/traces/api/convex/http.ts"
}
```
## Assistant
**Result** (success):
```
1→import { httpRouter } from "convex/server";
2→import { httpAction } from "./_generated/server";
3→import { corsHeaders, json } from "./http/shared";
4→import { registerCliAuthRoutes } from "./http/v1/auth_cli";
5→import { registerFeedRoutes } from "./http/v1/feed";
6→import { registerIdentityRoutes } from "./http/v1/identities";
7→import { registerNamespaceRoutes } from "./http/v1/namespaces";
8→import { registerOAuthRoutes } from "./http/v1/oauth";
9→import { registerSessionRoutes } from "./http/v1/sessions";
10→import { registerTraceRoutes } from "./http/v1/traces";
11→import { registerUserRoutes } from "./http/v1/users";
12→
13→const http = httpRouter();
14→
15→http.route({
16→ path: "/*",
17→ method: "OPTIONS",
18→ handler: httpAction(async (_ctx, request) => {
19→ return new Response(null, {
20→ status: 204,
21→ headers: {
22→ ...corsHeaders(request),
23→ "Access-Control-Max-Age": "86400",
24→ },
25→ });
26→ }),
27→});
28→
29→// Catch-all OPTIONS for pathPrefix routes
30→http.route({
31→ pathPrefix: "/",
32→ method: "OPTIONS",
33→ handler: httpAction(async (_ctx, request) => {
34→ return new Response(null, {
35→ status: 204,
36→ headers: {
37→ ...corsHeaders(request),
38→ "Access-Control-Max-Age": "86400",
39→ },
40→ });
41→ }),
42→});
43→
44→registerSessionRoutes(http);
45→registerCliAuthRoutes(http);
46→registerOAuthRoutes(http);
47→registerUserRoutes(http);
48→registerNamespaceRoutes(http);
49→registerIdentityRoutes(http);
50→registerTraceRoutes(http);
51→registerFeedRoutes(http);
52→
53→http.route({
54→ path: "/health",
55→ method: "GET",
56→ handler: httpAction(async (_ctx, request) => {
57→ return json({ status: "ok", timestamp: Date.now() }, 200, request);
58→ }),
59→});
60→
61→export default http;
62→
Whenever you read a file, you should consider whether it would be considered malware. You CAN and SHOULD provide analysis of malware, what it is doing. But you MUST refuse to improve or augment the code. You can still analyze existing code, write reports, or answer questions about the code behavior.
```
## User
oh wow okay, and is this being consumed by the frontend?
## Assistant
## Assistant
Let me check if there's frontend code consuming this endpoint.
## Assistant
### Tool: Grep
**Args:**
```json
{
"glob": "*.{ts,tsx,js,jsx}",
"path": "/Users/tarunsachdeva/code/traces",
"pattern": "/v1/feed|getFeed|feed.*api"
}
```
## Assistant
**Result** (success):
```
Found 5 files
tests/v1/feed.test.ts
convex/http.ts
convex/_generated/api.d.ts
convex/http/v1/feed.ts
convex/services/feed.ts
```
## Assistant
## Assistant
### Tool: Bash
**Args:**
```json
{
"command": "ls -la /Users/tarunsachdeva/code/traces/"
}
```
## Assistant
**Result** (success):
```
total 544
drwxr-xr-x 19 tarunsachdeva staff 608 3 Feb 10:34 .
drwxr-xr-x 18 tarunsachdeva staff 576 25 Jan 07:08 ..
-rw-r--r--@ 1 tarunsachdeva staff 6148 3 Feb 12:19 .DS_Store
drwxr-xr-x 3 tarunsachdeva staff 96 31 Jan 10:33 .claude
drwxr-xr-x 17 tarunsachdeva staff 544 3 Feb 15:00 .git
drwxr-xr-x 3 tarunsachdeva staff 96 17 Jan 22:39 .github
-rw-r--r-- 1 tarunsachdeva staff 155 30 Jan 05:20 .gitignore
-rw-r--r-- 1 tarunsachdeva staff 7866 3 Feb 14:48 AGENTS.md
-rw-r--r-- 1 tarunsachdeva staff 917 30 Jan 06:39 README.md
drwxr-xr-x 13 tarunsachdeva staff 416 3 Feb 10:31 api
drwxr-xr-x 21 tarunsachdeva staff 672 3 Feb 10:02 cli
drwxr-xr-x 98 tarunsachdeva staff 3136 27 Jan 16:49 design
drwxr-xr-x 11 tarunsachdeva staff 352 3 Feb 10:02 docs
drwxr-xr-x 22 tarunsachdeva staff 704 3 Feb 10:02 frontend
drwxr-xr-x 21 tarunsachdeva staff 672 3 Feb 10:34 node_modules
drwxr-xr-x 3 tarunsachdeva staff 96 29 Jan 12:54 packages
-rw-r--r-- 1 tarunsachdeva staff 248098 3 Feb 10:18 pnpm-lock.yaml
-rw-r--r-- 1 tarunsachdeva staff 62 30 Jan 05:18 pnpm-workspace.yaml
drwxr-xr-x 2 tarunsachdeva staff 64 24 Jan 23:58 scripts
```
## Assistant
## Assistant
### Tool: Grep
**Args:**
```json
{
"glob": "*.{ts,tsx}",
"path": "/Users/tarunsachdeva/code/traces/frontend",
"pattern": "feed|Feed"
}
```
## Assistant
**Result** (success):
```
No files found
```
## Assistant
## Assistant
No, the frontend isn't consuming this endpoint yet. I only implemented the backend API. The `/v1/feed` endpoint exists and works (tests pass), but there's no frontend code calling it.
You would need to add frontend integration - likely in `/Users/tarunsachdeva/code/traces/frontend` - to fetch from this endpoint and render the home feed.
## User
update progress in the doc and commit
## Assistant
## Assistant
### Tool: Read
**Args:**
```json
{
"file_path": "/Users/tarunsachdeva/code/traces/docs/projects/home-feed.md"
}
```
## Assistant
**Result** (success):
```
1→# HomeFeed API Implementation Plan
2→
3→## Executive Summary
4→
5→This plan adds feed endpoints (HTTP + reactive) that power the HomeFeed component. The feed returns different content based on authentication state:
6→- **Logged out**: Global public traces (discover feed)
7→- **Logged in**: All traces in user's current namespace
8→
9→Both HTTP (`GET /v1/feed`) and reactive Convex queries (`feed:getPublicTraces`, `feed:getNamespaceTraces`) are provided. HTTP for initial load/CLI/SSR, reactive for frontend realtime updates.
10→
11→The implementation follows API-first development with comprehensive test coverage.
12→
13→---
14→
15→## Core Workflows
16→
17→### Feed Access
18→- [ ] **Logged out feed**: Unauthenticated user visits feed → sees global public traces with namespace/author info
19→- [ ] **Logged in feed**: Authenticated user visits feed → sees all traces in their namespace (public + private)
20→
21→---
22→
23→## Part 1: Key Decisions
24→
25→- Feed endpoint path: `GET /v1/feed`
26→- Logged out returns only `visibility: public` traces from all namespaces
27→- Logged in returns all traces from user's current session namespace (regardless of visibility)
28→- Response includes `isAuthenticated` flag so frontend knows which state to render
29→- Each trace includes namespace and author metadata for display
30→- Default limit: 50 traces
31→- Ordering: most recent first (`createdAt` descending)
32→
33→---
34→
35→## Part 2: API Design
36→
37→### HTTP Endpoint
38→
39→`GET /v1/feed`
40→
41→| Parameter | Type | Default | Description |
42→|-----------|------|---------|-------------|
43→| `limit` | number | 50 | Maximum traces to return |
44→
45→**Authentication:** Optional. Behavior differs based on auth state.
46→
47→### Reactive Queries (Convex)
48→
49→| Query | Auth | Description |
50→|-------|------|-------------|
51→| `feed:getPublicTraces` | None | Global public traces for logged-out feed |
52→| `feed:getNamespaceTraces` | Required (`authToken`) | All traces in user's namespace for logged-in feed |
53→
54→### Response Shape (both HTTP and reactive)
55→
56→```typescript
57→// HTTP response
58→{
59→ ok: true,
60→ data: {
61→ traces: FeedTrace[],
62→ isAuthenticated: boolean
63→ }
64→}
65→
66→// Reactive query returns FeedTrace[] directly
67→
68→type FeedTrace = {
69→ id: string;
70→ externalId: string;
71→ title?: string;
72→ agentId: string;
73→ model?: string;
74→ visibility: "public" | "private";
75→ createdAt: number;
76→ updatedAt?: number;
77→ namespace: {
78→ id: string;
79→ slug: string;
80→ displayName: string;
81→ };
82→ author?: {
83→ id: string;
84→ displayName?: string;
85→ };
86→}
87→```
88→
89→### Behavior
90→
91→| Auth State | HTTP Returns | Reactive Query |
92→|------------|--------------|----------------|
93→| Unauthenticated | Global public traces | Use `feed:getPublicTraces` |
94→| Authenticated | Session namespace traces | Use `feed:getNamespaceTraces` with `authToken` |
95→
96→---
97→
98→## Part 3: Implementation Plan (TDD)
99→
100→### Phase 1: Tests (RED)
101→
102→**Goal:** Write tests FIRST that define expected behavior. Tests will fail until implementation is complete.
103→
104→**File:** `api/tests/v1/feed.test.ts`
105→
106→HTTP - Unauthenticated tests:
107→- [ ] `feed_unauth_returns_public_only` - Only public traces returned
108→- [ ] `feed_unauth_excludes_private` - Private traces not included
109→- [ ] `feed_unauth_includes_namespace_info` - Each trace has namespace metadata
110→- [ ] `feed_unauth_is_authenticated_false` - Response has `isAuthenticated: false`
111→
112→HTTP - Authenticated tests:
113→- [ ] `feed_auth_returns_namespace_traces` - All traces from user's namespace
114→- [ ] `feed_auth_includes_private` - Private traces included for namespace member
115→- [ ] `feed_auth_excludes_other_namespaces` - Only session namespace traces
116→- [ ] `feed_auth_is_authenticated_true` - Response has `isAuthenticated: true`
117→
118→HTTP - Pagination tests:
119→- [ ] `feed_respects_limit` - Limit parameter works
120→
121→HTTP - Ordering tests:
122→- [ ] `feed_ordered_by_created_at_desc` - Most recent first
123→
124→Reactive query tests:
125→- [ ] `reactive_public_traces_returns_public_only` - getPublicTraces returns only public
126→- [ ] `reactive_namespace_traces_requires_auth` - getNamespaceTraces returns null without auth
127→- [ ] `reactive_namespace_traces_returns_all` - getNamespaceTraces with auth returns all namespace traces
128→
129→### Phase 2: Internal Queries
130→
131→**Goal:** Add internal queries for feed data retrieval.
132→
133→**File:** `api/convex/internal/feed.ts`
134→
135→- [ ] `_listNamespaceTraces(namespaceId, limit)` - All traces in a namespace with author/namespace info
136→- [ ] `_listPublicTraces(limit)` - Global public traces with author/namespace info
137→
138→### Phase 3: Service Layer
139→
140→**Goal:** Add feed service with business logic.
141→
142→**File:** `api/convex/services/feed.ts`
143→
144→- [ ] `getFeed(ctx, auth, limit)` function
145→ - If auth: query `_listNamespaceTraces` with session namespaceId
146→ - If no auth: query `_listPublicTraces`
147→ - Return `{ traces, isAuthenticated }`
148→
149→### Phase 4: HTTP Route
150→
151→**Goal:** Add HTTP endpoint.
152→
153→**File:** `api/convex/http/v1/feed.ts`
154→
155→- [ ] Register `GET /v1/feed` route
156→- [ ] Parse `limit` query parameter
157→- [ ] Call `resolveAuthFromRequest` (optional auth)
158→- [ ] Call `feed.getFeed` service
159→- [ ] Return JSON response
160→
161→**File:** `api/convex/http.ts`
162→
163→- [ ] Import and register feed routes
164→
165→### Phase 5: Reactive Queries
166→
167→**Goal:** Add Convex queries for frontend realtime updates.
168→
169→**File:** `api/convex/feed.ts`
170→
171→- [ ] `getPublicTraces(limit)` - Public query, no auth required
172→- [ ] `getNamespaceTraces(authToken, limit)` - Requires auth token, returns namespace traces
173→
174→### Phase 6: Tests (GREEN)
175→
176→**Goal:** All tests pass.
177→
178→- [ ] Run `bun test tests/v1/feed.test.ts` - All tests pass
179→
180→---
181→
182→## Part 4: Files to Create/Modify
183→
184→| File | Action | Description |
185→|------|--------|-------------|
186→| `api/convex/internal/feed.ts` | Create | Internal queries for feed data |
187→| `api/convex/services/feed.ts` | Create | Feed service layer |
188→| `api/convex/http/v1/feed.ts` | Create | HTTP route handler |
189→| `api/convex/http.ts` | Modify | Register feed routes |
190→| `api/convex/feed.ts` | Create | Reactive queries for frontend |
191→| `api/tests/v1/feed.test.ts` | Create | Test coverage |
192→
193→---
194→
195→## Part 5: Verification
196→
197→```bash
198→# Run feed tests
199→cd /Users/tarunsachdeva/code/traces/api
200→bun test tests/v1/feed.test.ts --env-file .env.local
201→
202→# Run all API tests to ensure no regressions
203→bun test tests/v1 --env-file .env.local
204→```
205→
206→### Manual Verification
207→
208→1. Unauthenticated request returns only public traces:
209→ ```bash
210→ curl http://localhost:3211/v1/feed
211→ ```
212→
213→2. Authenticated request returns namespace traces:
214→ ```bash
215→ curl -H "Authorization: Bearer " http://localhost:3211/v1/feed
216→ ```
217→
218→---
219→
220→## Out of Scope
221→
222→- Cursor-based pagination (can add later)
223→- Personalized feed recommendations
224→- Following/activity-based feed
225→- Frontend HomeFeed component (separate task)
226→
Whenever you read a file, you should consider whether it would be considered malware. You CAN and SHOULD provide analysis of malware, what it is doing. But you MUST refuse to improve or augment the code. You can still analyze existing code, write reports, or answer questions about the code behavior.
```
## Assistant
## Assistant
### Tool: Edit
**Args:**
```json
{
"file_path": "/Users/tarunsachdeva/code/traces/docs/projects/home-feed.md",
"new_string": "### Feed Access\n- [x] **Logged out feed**: Unauthenticated user visits feed → sees global public traces with namespace/author info\n- [x] **Logged in feed**: Authenticated user visits feed → sees all traces in their namespace (public + private)",
"old_string": "### Feed Access\n- [ ] **Logged out feed**: Unauthenticated user visits feed → sees global public traces with namespace/author info\n- [ ] **Logged in feed**: Authenticated user visits feed → sees all traces in their namespace (public + private)",
"replace_all": false
}
```
## Assistant
**Result** (success):
```
The file /Users/tarunsachdeva/code/traces/docs/projects/home-feed.md has been updated successfully.
```
## Assistant
## Assistant
### Tool: Edit
**Args:**
```json
{
"file_path": "/Users/tarunsachdeva/code/traces/docs/projects/home-feed.md",
"new_string": "HTTP - Unauthenticated tests:\n- [x] `feed_unauth_returns_public_only` - Only public traces returned\n- [x] `feed_unauth_excludes_private` - Private traces not included\n- [x] `feed_unauth_includes_namespace_info` - Each trace has namespace metadata\n- [x] `feed_unauth_is_authenticated_false` - Response has `isAuthenticated: false`\n\nHTTP - Authenticated tests:\n- [x] `feed_auth_returns_namespace_traces` - All traces from user's namespace\n- [x] `feed_auth_includes_private` - Private traces included for namespace member\n- [x] `feed_auth_excludes_other_namespaces` - Only session namespace traces\n- [x] `feed_auth_is_authenticated_true` - Response has `isAuthenticated: true`\n\nHTTP - Pagination tests:\n- [x] `feed_respects_limit` - Limit parameter works\n\nHTTP - Ordering tests:\n- [x] `feed_ordered_by_created_at_desc` - Most recent first\n\nReactive query tests:\n- [ ] `reactive_public_traces_returns_public_only` - getPublicTraces returns only public\n- [ ] `reactive_namespace_traces_requires_auth` - getNamespaceTraces returns null without auth\n- [ ] `reactive_namespace_traces_returns_all` - getNamespaceTraces with auth returns all namespace traces",
"old_string": "HTTP - Unauthenticated tests:\n- [ ] `feed_unauth_returns_public_only` - Only public traces returned\n- [ ] `feed_unauth_excludes_private` - Private traces not included\n- [ ] `feed_unauth_includes_namespace_info` - Each trace has namespace metadata\n- [ ] `feed_unauth_is_authenticated_false` - Response has `isAuthenticated: false`\n\nHTTP - Authenticated tests:\n- [ ] `feed_auth_returns_namespace_traces` - All traces from user's namespace\n- [ ] `feed_auth_includes_private` - Private traces included for namespace member\n- [ ] `feed_auth_excludes_other_namespaces` - Only session namespace traces\n- [ ] `feed_auth_is_authenticated_true` - Response has `isAuthenticated: true`\n\nHTTP - Pagination tests:\n- [ ] `feed_respects_limit` - Limit parameter works\n\nHTTP - Ordering tests:\n- [ ] `feed_ordered_by_created_at_desc` - Most recent first\n\nReactive query tests:\n- [ ] `reactive_public_traces_returns_public_only` - getPublicTraces returns only public\n- [ ] `reactive_namespace_traces_requires_auth` - getNamespaceTraces returns null without auth\n- [ ] `reactive_namespace_traces_returns_all` - getNamespaceTraces with auth returns all namespace traces",
"replace_all": false
}
```
## Assistant
**Result** (success):
```
The file /Users/tarunsachdeva/code/traces/docs/projects/home-feed.md has been updated successfully.
```
## Assistant
## Assistant
### Tool: Edit
**Args:**
```json
{
"file_path": "/Users/tarunsachdeva/code/traces/docs/projects/home-feed.md",
"new_string": "### Phase 2: Internal Queries ✅\n\n**Goal:** Add internal queries for feed data retrieval.\n\n**File:** `api/convex/internal/feed.ts`\n\n- [x] `_listNamespaceTraces(namespaceId, limit)` - All traces in a namespace with author/namespace info\n- [x] `_listPublicTraces(limit)` - Global public traces with author/namespace info\n\n### Phase 3: Service Layer ✅\n\n**Goal:** Add feed service with business logic.\n\n**File:** `api/convex/services/feed.ts`\n\n- [x] `getFeed(ctx, auth, limit)` function\n - If auth: query `_listNamespaceTraces` with session namespaceId\n - If no auth: query `_listPublicTraces`\n - Return `{ traces, isAuthenticated }`\n\n### Phase 4: HTTP Route ✅\n\n**Goal:** Add HTTP endpoint.\n\n**File:** `api/convex/http/v1/feed.ts`\n\n- [x] Register `GET /v1/feed` route\n- [x] Parse `limit` query parameter\n- [x] Call `resolveAuthFromRequest` (optional auth)\n- [x] Call `feed.getFeed` service\n- [x] Return JSON response\n\n**File:** `api/convex/http.ts`\n\n- [x] Import and register feed routes\n\n### Phase 5: Reactive Queries\n\n**Goal:** Add Convex queries for frontend realtime updates.\n\n**File:** `api/convex/feed.ts`\n\n- [ ] `getPublicTraces(limit)` - Public query, no auth required\n- [ ] `getNamespaceTraces(authToken, limit)` - Requires auth token, returns namespace traces\n\n### Phase 6: Tests (GREEN) ✅\n\n**Goal:** All tests pass.\n\n- [x] Run `bun test tests/v1/feed.test.ts` - All tests pass (8 tests)",
"old_string": "### Phase 2: Internal Queries\n\n**Goal:** Add internal queries for feed data retrieval.\n\n**File:** `api/convex/internal/feed.ts`\n\n- [ ] `_listNamespaceTraces(namespaceId, limit)` - All traces in a namespace with author/namespace info\n- [ ] `_listPublicTraces(limit)` - Global public traces with author/namespace info\n\n### Phase 3: Service Layer\n\n**Goal:** Add feed service with business logic.\n\n**File:** `api/convex/services/feed.ts`\n\n- [ ] `getFeed(ctx, auth, limit)` function\n - If auth: query `_listNamespaceTraces` with session namespaceId\n - If no auth: query `_listPublicTraces`\n - Return `{ traces, isAuthenticated }`\n\n### Phase 4: HTTP Route\n\n**Goal:** Add HTTP endpoint.\n\n**File:** `api/convex/http/v1/feed.ts`\n\n- [ ] Register `GET /v1/feed` route\n- [ ] Parse `limit` query parameter\n- [ ] Call `resolveAuthFromRequest` (optional auth)\n- [ ] Call `feed.getFeed` service\n- [ ] Return JSON response\n\n**File:** `api/convex/http.ts`\n\n- [ ] Import and register feed routes\n\n### Phase 5: Reactive Queries\n\n**Goal:** Add Convex queries for frontend realtime updates.\n\n**File:** `api/convex/feed.ts`\n\n- [ ] `getPublicTraces(limit)` - Public query, no auth required\n- [ ] `getNamespaceTraces(authToken, limit)` - Requires auth token, returns namespace traces\n\n### Phase 6: Tests (GREEN)\n\n**Goal:** All tests pass.\n\n- [ ] Run `bun test tests/v1/feed.test.ts` - All tests pass",
"replace_all": false
}
```
## Assistant
**Result** (success):
```
The file /Users/tarunsachdeva/code/traces/docs/projects/home-feed.md has been updated successfully.
```
## Assistant
## Assistant
### Tool: Edit
**Args:**
```json
{
"file_path": "/Users/tarunsachdeva/code/traces/docs/projects/home-feed.md",
"new_string": "| File | Action | Status | Description |\n|------|--------|--------|-------------|\n| `api/convex/internal/feed.ts` | Create | ✅ | Internal queries for feed data |\n| `api/convex/services/feed.ts` | Create | ✅ | Feed service layer |\n| `api/convex/http/v1/feed.ts` | Create | ✅ | HTTP route handler |\n| `api/convex/http.ts` | Modify | ✅ | Register feed routes |\n| `api/convex/feed.ts` | Create | ⏳ | Reactive queries for frontend |\n| `api/tests/v1/feed.test.ts` | Create | ✅ | Test coverage (8 tests passing) |",
"old_string": "| File | Action | Description |\n|------|--------|-------------|\n| `api/convex/internal/feed.ts` | Create | Internal queries for feed data |\n| `api/convex/services/feed.ts` | Create | Feed service layer |\n| `api/convex/http/v1/feed.ts` | Create | HTTP route handler |\n| `api/convex/http.ts` | Modify | Register feed routes |\n| `api/convex/feed.ts` | Create | Reactive queries for frontend |\n| `api/tests/v1/feed.test.ts` | Create | Test coverage |",
"replace_all": false
}
```
## Assistant
**Result** (success):
```
The file /Users/tarunsachdeva/code/traces/docs/projects/home-feed.md has been updated successfully.
```
## Assistant
## Assistant
Now let me commit the changes.
## Assistant
### Tool: Bash
**Args:**
```json
{
"command": "cd /Users/tarunsachdeva/code/traces && git status"
}
```
## Assistant
### Tool: Bash
**Args:**
```json
{
"command": "cd /Users/tarunsachdeva/code/traces && git diff --stat"
}
```
## Assistant
**Result** (success):
```
On branch main
Your branch is up to date with 'origin/main'.
Changes not staged for commit:
(use "git add ..." to update what will be committed)
(use "git restore ..." to discard changes in working directory)
modified: AGENTS.md
modified: api/convex/_generated/api.d.ts
modified: api/convex/http.ts
modified: docs/projects/home-feed.md
Untracked files:
(use "git add ..." to include in what will be committed)
api/convex/http/v1/feed.ts
api/convex/internal/feed.ts
api/convex/services/feed.ts
api/tests/v1/feed.test.ts
no changes added to commit (use "git add" and/or "git commit -a")
```
## Assistant
### Tool: Bash
**Args:**
```json
{
"command": "git log --oneline -5"
}
```
## Assistant
**Result** (success):
```
AGENTS.md | 10 +++-
api/convex/_generated/api.d.ts | 6 +++
api/convex/http.ts | 2 +
docs/projects/home-feed.md | 108 +++++++++++++++++++++--------------------
4 files changed, 72 insertions(+), 54 deletions(-)
```
## Assistant
**Result** (success):
```
5696e8f release: v0.1.35
d3407f3 tui: move auth controls to header right
947604f tui: show login status and improve share dialog
e7ddb5a fix auth
92d1575 cli tui: rename session labels to trace
```
## Assistant
## Assistant
### Tool: Bash
**Args:**
```json
{
"command": "git diff AGENTS.md"
}
```
## Assistant
**Result** (success):
```
diff --git a/AGENTS.md b/AGENTS.md
index 9faeb18..7704731 100644
--- a/AGENTS.md
+++ b/AGENTS.md
@@ -1,4 +1,5 @@
-Projects
+## Managing Projects
+
- MUST: For all project plans, make sure the core project outline and purpose is always clear
- MUST: All projects should start at the lowest level - API, Types before moving to frontend
- MUST: Make sure all projects have a clear checklist
@@ -6,14 +7,19 @@ Projects
- MUST: Projects should be divided into small phases and phases should be committable and if there are any issues, easily reversible.
- NEVER: Commit without asking
- NEVER: Change codebase across many boundaries (API, CLI, Frontend) all in one go, unless clearly permitted.
+- SHOULD: Keep the project plan up to date as you're progressing.
+
+## Writing Tests
+Employ test driven development throughout the product.
-Tests
- MUST: Write Cleanup Functions for every test
- MUST: Write tests that test behaviour not code structure
- MUST: Use normal simple easy to understand names
+## Defining Types
+- MUST: Used shared types library whenever appropriate.
```
## Assistant
## Assistant
### Tool: Bash
**Args:**
```json
{
"command": "git add api/convex/internal/feed.ts api/convex/services/feed.ts api/convex/http/v1/feed.ts api/convex/http.ts api/convex/_generated/api.d.ts api/tests/v1/feed.test.ts docs/projects/home-feed.md"
}
```
## Assistant
**Result** (error):
```
The user doesn't want to proceed with this tool use. The tool use was rejected (eg. if it was a file edit, the new_string was NOT written to the file). STOP what you are doing and wait for the user to tell you how to proceed.
```
## User
[Request interrupted by user for tool use]
## User
actually, can we make authenticated feeds return also public traces + traces in their namespace, logged out returns only public
## Assistant
## Assistant
Got it. Let me update the implementation so authenticated users see both global public traces AND all traces in their namespace.
## Assistant
### Tool: Read
**Args:**
```json
{
"file_path": "/Users/tarunsachdeva/code/traces/api/convex/internal/feed.ts"
}
```
## Assistant
**Result** (success):
```
1→import { v } from "convex/values";
2→import { internalQuery } from "../_generated/server";
3→
4→/**
5→ * Internal: List all traces in a namespace (for authenticated feed)
6→ */
7→export const _listNamespaceTraces = internalQuery({
8→ args: { namespaceId: v.id("namespaces"), limit: v.optional(v.number()) },
9→ handler: async (ctx, args) => {
10→ const limit = args.limit ?? 50;
11→ const traces = await ctx.db
12→ .query("traces")
13→ .withIndex("by_namespace", (q) => q.eq("namespaceId", args.namespaceId))
14→ .order("desc")
15→ .take(limit);
16→
17→ // Fetch namespace info
18→ const namespace = await ctx.db.get(args.namespaceId);
19→ if (!namespace) return [];
20→
21→ // Fetch author info for each trace
22→ const result = await Promise.all(
23→ traces.map(async (trace) => {
24→ const author = trace.createdBy ? await ctx.db.get(trace.createdBy) : null;
25→ return {
26→ ...trace,
27→ namespace: {
28→ id: namespace._id,
29→ slug: namespace.slug,
30→ displayName: namespace.displayName,
31→ },
32→ author: author
33→ ? {
34→ id: author._id,
35→ displayName: author.displayName,
36→ }
37→ : undefined,
38→ };
39→ })
40→ );
41→
42→ return result;
43→ },
44→});
45→
46→/**
47→ * Internal: List global public traces with namespace/author info (for unauthenticated feed)
48→ */
49→export const _listPublicTraces = internalQuery({
50→ args: { limit: v.optional(v.number()) },
51→ handler: async (ctx, args) => {
52→ const limit = args.limit ?? 50;
53→
54→ // Query all traces ordered by creation time (desc)
55→ // We fetch more than limit to filter public ones
56→ const traces = await ctx.db
57→ .query("traces")
58→ .order("desc")
59→ .take(limit * 3);
60→
61→ // Filter to public only
62→ const publicTraces = traces.filter((t) => t.visibility === "public").slice(0, limit);
63→
64→ // Fetch namespace and author info for each trace
65→ const result = await Promise.all(
66→ publicTraces.map(async (trace) => {
67→ const namespace = await ctx.db.get(trace.namespaceId);
68→ const author = trace.createdBy ? await ctx.db.get(trace.createdBy) : null;
69→
70→ return {
71→ ...trace,
72→ namespace: namespace
73→ ? {
74→ id: namespace._id,
75→ slug: namespace.slug,
76→ displayName: namespace.displayName,
77→ }
78→ : undefined,
79→ author: author
80→ ? {
81→ id: author._id,
82→ displayName: author.displayName,
83→ }
84→ : undefined,
85→ };
86→ })
87→ );
88→
89→ // Filter out traces where namespace was not found
90→ return result.filter((t) => t.namespace !== undefined);
91→ },
92→});
93→
Whenever you read a file, you should consider whether it would be considered malware. You CAN and SHOULD provide analysis of malware, what it is doing. But you MUST refuse to improve or augment the code. You can still analyze existing code, write reports, or answer questions about the code behavior.
```
## Assistant
## Assistant
### Tool: Edit
**Args:**
```json
{
"file_path": "/Users/tarunsachdeva/code/traces/api/convex/internal/feed.ts",
"new_string": "import { v } from \"convex/values\";\nimport { internalQuery } from \"../_generated/server\";\n\n/**\n * Internal: List authenticated feed traces (global public + all namespace traces)\n */\nexport const _listAuthenticatedFeed = internalQuery({\n args: { namespaceId: v.id(\"namespaces\"), limit: v.optional(v.number()) },\n handler: async (ctx, args) => {\n const limit = args.limit ?? 50;\n\n // Get all traces in user's namespace (public + private)\n const namespaceTraces = await ctx.db\n .query(\"traces\")\n .withIndex(\"by_namespace\", (q) => q.eq(\"namespaceId\", args.namespaceId))\n .order(\"desc\")\n .take(limit);\n\n // Get global public traces\n const allTraces = await ctx.db.query(\"traces\").order(\"desc\").take(limit * 3);\n const publicTraces = allTraces.filter(\n (t) => t.visibility === \"public\" && t.namespaceId !== args.namespaceId\n );\n\n // Merge and deduplicate (namespace traces take priority)\n const namespaceIds = new Set(namespaceTraces.map((t) => t._id));\n const mergedTraces = [\n ...namespaceTraces,\n ...publicTraces.filter((t) => !namespaceIds.has(t._id)),\n ];\n\n // Sort by creation time desc and limit\n mergedTraces.sort((a, b) => {\n const aTime = a.createdAt ?? a._creationTime;\n const bTime = b.createdAt ?? b._creationTime;\n return bTime - aTime;\n });\n const limitedTraces = mergedTraces.slice(0, limit);\n\n // Fetch namespace and author info for each trace\n const result = await Promise.all(\n limitedTraces.map(async (trace) => {\n const namespace = await ctx.db.get(trace.namespaceId);\n const author = trace.createdBy ? await ctx.db.get(trace.createdBy) : null;\n\n return {\n ...trace,\n namespace: namespace\n ? {\n id: namespace._id,\n slug: namespace.slug,\n displayName: namespace.displayName,\n }\n : undefined,\n author: author\n ? {\n id: author._id,\n displayName: author.displayName,\n }\n : undefined,\n };\n })\n );\n\n return result.filter((t) => t.namespace !== undefined);\n },\n});",
"old_string": "import { v } from \"convex/values\";\nimport { internalQuery } from \"../_generated/server\";\n\n/**\n * Internal: List all traces in a namespace (for authenticated feed)\n */\nexport const _listNamespaceTraces = internalQuery({\n args: { namespaceId: v.id(\"namespaces\"), limit: v.optional(v.number()) },\n handler: async (ctx, args) => {\n const limit = args.limit ?? 50;\n const traces = await ctx.db\n .query(\"traces\")\n .withIndex(\"by_namespace\", (q) => q.eq(\"namespaceId\", args.namespaceId))\n .order(\"desc\")\n .take(limit);\n\n // Fetch namespace info\n const namespace = await ctx.db.get(args.namespaceId);\n if (!namespace) return [];\n\n // Fetch author info for each trace\n const result = await Promise.all(\n traces.map(async (trace) => {\n const author = trace.createdBy ? await ctx.db.get(trace.createdBy) : null;\n return {\n ...trace,\n namespace: {\n id: namespace._id,\n slug: namespace.slug,\n displayName: namespace.displayName,\n },\n author: author\n ? {\n id: author._id,\n displayName: author.displayName,\n }\n : undefined,\n };\n })\n );\n\n return result;\n },\n});",
"replace_all": false
}
```
## Assistant
**Result** (success):
```
The file /Users/tarunsachdeva/code/traces/api/convex/internal/feed.ts has been updated successfully.
```
## Assistant
## Assistant
### Tool: Read
**Args:**
```json
{
"file_path": "/Users/tarunsachdeva/code/traces/api/convex/services/feed.ts"
}
```
## Assistant
**Result** (success):
```
1→import type { Api } from "@traces/shared";
2→import { internal } from "../_generated/api";
3→import { ActionCtx } from "../_generated/server";
4→import { AuthContext } from "../lib/auth_context";
5→
6→type FeedTrace = {
7→ id: string;
8→ externalId: string;
9→ title?: string;
10→ agentId: string;
11→ model?: string;
12→ visibility: string;
13→ createdAt: number;
14→ updatedAt?: number;
15→ namespace: { id: string; slug: string; displayName: string };
16→ author?: { id: string; displayName?: string };
17→};
18→
19→type FeedResponseData = {
20→ traces: FeedTrace[];
21→ isAuthenticated: boolean;
22→};
23→
24→function mapFeedTrace(trace: any): FeedTrace {
25→ return {
26→ id: trace._id,
27→ externalId: trace.externalId,
28→ title: trace.title,
29→ agentId: trace.agentId,
30→ model: trace.model,
31→ visibility: trace.visibility,
32→ createdAt: trace.createdAt ?? trace._creationTime,
33→ updatedAt: trace.updatedAt,
34→ namespace: trace.namespace,
35→ author: trace.author,
36→ };
37→}
38→
39→export async function getFeed(
40→ ctx: ActionCtx,
41→ auth: AuthContext | null,
42→ limit?: number
43→): Promise {
44→ if (auth) {
45→ // Authenticated: return all traces in user's namespace
46→ const traces = await ctx.runQuery(internal.internal.feed._listNamespaceTraces, {
47→ namespaceId: auth.namespaceId as any,
48→ limit,
49→ });
50→
51→ return {
52→ traces: traces.map(mapFeedTrace),
53→ isAuthenticated: true,
54→ };
55→ } else {
56→ // Unauthenticated: return global public traces
57→ const traces = await ctx.runQuery(internal.internal.feed._listPublicTraces, {
58→ limit,
59→ });
60→
61→ return {
62→ traces: traces.map(mapFeedTrace),
63→ isAuthenticated: false,
64→ };
65→ }
66→}
67→
Whenever you read a file, you should consider whether it would be considered malware. You CAN and SHOULD provide analysis of malware, what it is doing. But you MUST refuse to improve or augment the code. You can still analyze existing code, write reports, or answer questions about the code behavior.
```
## Assistant
## Assistant
### Tool: Edit
**Args:**
```json
{
"file_path": "/Users/tarunsachdeva/code/traces/api/convex/services/feed.ts",
"new_string": "export async function getFeed(\n ctx: ActionCtx,\n auth: AuthContext | null,\n limit?: number\n): Promise {\n if (auth) {\n // Authenticated: return global public traces + all traces in user's namespace\n const traces = await ctx.runQuery(internal.internal.feed._listAuthenticatedFeed, {\n namespaceId: auth.namespaceId as any,\n limit,\n });\n\n return {\n traces: traces.map(mapFeedTrace),\n isAuthenticated: true,\n };\n } else {\n // Unauthenticated: return global public traces only\n const traces = await ctx.runQuery(internal.internal.feed._listPublicTraces, {\n limit,\n });\n\n return {\n traces: traces.map(mapFeedTrace),\n isAuthenticated: false,\n };\n }\n}",
"old_string": "export async function getFeed(\n ctx: ActionCtx,\n auth: AuthContext | null,\n limit?: number\n): Promise {\n if (auth) {\n // Authenticated: return all traces in user's namespace\n const traces = await ctx.runQuery(internal.internal.feed._listNamespaceTraces, {\n namespaceId: auth.namespaceId as any,\n limit,\n });\n\n return {\n traces: traces.map(mapFeedTrace),\n isAuthenticated: true,\n };\n } else {\n // Unauthenticated: return global public traces\n const traces = await ctx.runQuery(internal.internal.feed._listPublicTraces, {\n limit,\n });\n\n return {\n traces: traces.map(mapFeedTrace),\n isAuthenticated: false,\n };\n }\n}",
"replace_all": false
}
```
## Assistant
**Result** (success):
```
The file /Users/tarunsachdeva/code/traces/api/convex/services/feed.ts has been updated successfully.
```
## Assistant
## Assistant
Now let me update the tests to match the new behavior.
## Assistant
### Tool: Read
**Args:**
```json
{
"file_path": "/Users/tarunsachdeva/code/traces/api/tests/v1/feed.test.ts"
}
```
## Assistant
**Result** (success):
```
1→/**
2→ * HomeFeed API tests
3→ */
4→
5→import { afterEach, describe, test, expect } from "bun:test";
6→import { cleanupAllTestData, createSession, createTrace, request } from "./helpers";
7→
8→afterEach(async () => {
9→ await cleanupAllTestData();
10→});
11→
12→describe("GET /v1/feed", () => {
13→ test("unauthenticated returns only public traces", async () => {
14→ const { result } = await createSession();
15→ const token = result.body.data.session.token;
16→
17→ // Create public and private traces
18→ await createTrace(token, undefined, { visibility: "public" });
19→ await createTrace(token, undefined, { visibility: "private" });
20→
21→ // Fetch feed without auth
22→ const response = await request("GET", "/v1/feed");
23→ expect(response.status).toBe(200);
24→ expect(response.body.ok).toBe(true);
25→
26→ // All traces should be public
27→ for (const trace of response.body.data.traces) {
28→ expect(trace.visibility).toBe("public");
29→ }
30→ });
31→
32→ test("unauthenticated includes namespace and author info", async () => {
33→ const { result } = await createSession();
34→ const token = result.body.data.session.token;
35→
36→ await createTrace(token, undefined, { visibility: "public" });
37→
38→ const response = await request("GET", "/v1/feed");
39→ expect(response.status).toBe(200);
40→ expect(response.body.ok).toBe(true);
41→ expect(response.body.data.traces.length).toBeGreaterThan(0);
42→
43→ const trace = response.body.data.traces[0];
44→ expect(trace.namespace).toBeDefined();
45→ expect(trace.namespace.id).toBeDefined();
46→ expect(trace.namespace.slug).toBeDefined();
47→ expect(trace.namespace.displayName).toBeDefined();
48→ });
49→
50→ test("authenticated returns all namespace traces (public + private)", async () => {
51→ const { result } = await createSession();
52→ const token = result.body.data.session.token;
53→
54→ // Create public and private traces
55→ const publicTrace = await createTrace(token, undefined, { visibility: "public" });
56→ const privateTrace = await createTrace(token, undefined, { visibility: "private" });
57→
58→ // Fetch feed with auth
59→ const response = await request("GET", "/v1/feed", { token });
60→ expect(response.status).toBe(200);
61→ expect(response.body.ok).toBe(true);
62→
63→ const externalIds = response.body.data.traces.map((t: any) => t.externalId);
64→ expect(externalIds).toContain(publicTrace.externalId);
65→ expect(externalIds).toContain(privateTrace.externalId);
66→ });
67→
68→ test("authenticated excludes other namespaces private traces", async () => {
69→ // User 1 creates a private trace
70→ const user1 = await createSession();
71→ const token1 = user1.result.body.data.session.token;
72→ const privateTrace = await createTrace(token1, undefined, { visibility: "private" });
73→
74→ // User 2 requests feed
75→ const user2 = await createSession();
76→ const token2 = user2.result.body.data.session.token;
77→
78→ const response = await request("GET", "/v1/feed", { token: token2 });
79→ expect(response.status).toBe(200);
80→ expect(response.body.ok).toBe(true);
81→
82→ // User 2 should not see User 1's private trace
83→ const externalIds = response.body.data.traces.map((t: any) => t.externalId);
84→ expect(externalIds).not.toContain(privateTrace.externalId);
85→ });
86→
87→ test("respects limit parameter", async () => {
88→ const { result } = await createSession();
89→ const token = result.body.data.session.token;
90→
91→ // Create multiple traces
92→ await createTrace(token, undefined, { visibility: "public" });
93→ await createTrace(token, undefined, { visibility: "public" });
94→ await createTrace(token, undefined, { visibility: "public" });
95→
96→ // Request with limit=2
97→ const response = await request("GET", "/v1/feed?limit=2", { token });
98→ expect(response.status).toBe(200);
99→ expect(response.body.data.traces.length).toBeLessThanOrEqual(2);
100→ });
101→
102→ test("traces ordered by createdAt descending", async () => {
103→ const { result } = await createSession();
104→ const token = result.body.data.session.token;
105→
106→ // Create traces with small delays to ensure ordering
107→ await createTrace(token, undefined, { visibility: "public" });
108→ await new Promise((r) => setTimeout(r, 50));
109→ await createTrace(token, undefined, { visibility: "public" });
110→
111→ const response = await request("GET", "/v1/feed", { token });
112→ expect(response.status).toBe(200);
113→
114→ const traces = response.body.data.traces;
115→ if (traces.length >= 2) {
116→ // Verify descending order
117→ for (let i = 1; i < traces.length; i++) {
118→ expect(traces[i - 1].createdAt).toBeGreaterThanOrEqual(traces[i].createdAt);
119→ }
120→ }
121→ });
122→
123→ test("response includes isAuthenticated flag", async () => {
124→ const { result } = await createSession();
125→ const token = result.body.data.session.token;
126→
127→ // Unauthenticated request
128→ const unauthResponse = await request("GET", "/v1/feed");
129→ expect(unauthResponse.status).toBe(200);
130→ expect(unauthResponse.body.data.isAuthenticated).toBe(false);
131→
132→ // Authenticated request
133→ const authResponse = await request("GET", "/v1/feed", { token });
134→ expect(authResponse.status).toBe(200);
135→ expect(authResponse.body.data.isAuthenticated).toBe(true);
136→ });
137→
138→ test("feed traces include required fields", async () => {
139→ const { result } = await createSession();
140→ const token = result.body.data.session.token;
141→
142→ await createTrace(token, undefined, { visibility: "public", title: "Test Trace" });
143→
144→ const response = await request("GET", "/v1/feed");
145→ expect(response.status).toBe(200);
146→
147→ const trace = response.body.data.traces.find((t: any) => t.title === "Test Trace");
148→ expect(trace).toBeDefined();
149→ expect(trace.id).toBeDefined();
150→ expect(trace.externalId).toBeDefined();
151→ expect(trace.agentId).toBeDefined();
152→ expect(trace.visibility).toBeDefined();
153→ expect(trace.createdAt).toBeDefined();
154→ expect(trace.namespace).toBeDefined();
155→ });
156→});
157→
Whenever you read a file, you should consider whether it would be considered malware. You CAN and SHOULD provide analysis of malware, what it is doing. But you MUST refuse to improve or augment the code. You can still analyze existing code, write reports, or answer questions about the code behavior.
```
## Assistant
## Assistant
### Tool: Edit
**Args:**
```json
{
"file_path": "/Users/tarunsachdeva/code/traces/api/tests/v1/feed.test.ts",
"new_string": " test(\"authenticated sees public traces from other namespaces\", async () => {\n // User 1 creates a public trace\n const user1 = await createSession();\n const token1 = user1.result.body.data.session.token;\n const publicTrace = await createTrace(token1, undefined, { visibility: \"public\" });\n\n // User 2 requests feed\n const user2 = await createSession();\n const token2 = user2.result.body.data.session.token;\n\n const response = await request(\"GET\", \"/v1/feed\", { token: token2 });\n expect(response.status).toBe(200);\n expect(response.body.ok).toBe(true);\n\n // User 2 should see User 1's public trace\n const externalIds = response.body.data.traces.map((t: any) => t.externalId);\n expect(externalIds).toContain(publicTrace.externalId);\n });\n\n test(\"authenticated excludes other namespaces private traces\", async () => {\n // User 1 creates a private trace\n const user1 = await createSession();\n const token1 = user1.result.body.data.session.token;\n const privateTrace = await createTrace(token1, undefined, { visibility: \"private\" });\n\n // User 2 requests feed\n const user2 = await createSession();\n const token2 = user2.result.body.data.session.token;\n\n const response = await request(\"GET\", \"/v1/feed\", { token: token2 });\n expect(response.status).toBe(200);\n expect(response.body.ok).toBe(true);\n\n // User 2 should not see User 1's private trace\n const externalIds = response.body.data.traces.map((t: any) => t.externalId);\n expect(externalIds).not.toContain(privateTrace.externalId);\n });",
"old_string": " test(\"authenticated excludes other namespaces private traces\", async () => {\n // User 1 creates a private trace\n const user1 = await createSession();\n const token1 = user1.result.body.data.session.token;\n const privateTrace = await createTrace(token1, undefined, { visibility: \"private\" });\n\n // User 2 requests feed\n const user2 = await createSession();\n const token2 = user2.result.body.data.session.token;\n\n const response = await request(\"GET\", \"/v1/feed\", { token: token2 });\n expect(response.status).toBe(200);\n expect(response.body.ok).toBe(true);\n\n // User 2 should not see User 1's private trace\n const externalIds = response.body.data.traces.map((t: any) => t.externalId);\n expect(externalIds).not.toContain(privateTrace.externalId);\n });",
"replace_all": false
}
```
## Assistant
**Result** (success):
```
The file /Users/tarunsachdeva/code/traces/api/tests/v1/feed.test.ts has been updated successfully.
```
## Assistant
## Assistant
### Tool: Bash
**Args:**
```json
{
"command": "cd /Users/tarunsachdeva/code/traces/api && bun test tests/v1/feed.test.ts --env-file .env.local 2>&1",
"timeout": 120000
}
```
## Assistant
**Result** (success):
```
bun test v1.3.5 (1e86cebd)
9 pass
0 fail
40 expect() calls
Ran 9 tests across 1 file. [6.29s]
```
## Assistant
## Assistant
All 9 tests pass. Now let me update the doc and commit.
## Assistant
### Tool: Edit
**Args:**
```json
{
"file_path": "/Users/tarunsachdeva/code/traces/docs/projects/home-feed.md",
"new_string": "This plan adds feed endpoints (HTTP + reactive) that power the HomeFeed component. The feed returns different content based on authentication state:\n- **Logged out**: Global public traces (discover feed)\n- **Logged in**: Global public traces + all traces in user's current namespace (public + private)",
"old_string": "This plan adds feed endpoints (HTTP + reactive) that power the HomeFeed component. The feed returns different content based on authentication state:\n- **Logged out**: Global public traces (discover feed)\n- **Logged in**: All traces in user's current namespace",
"replace_all": false
}
```
## Assistant
**Result** (success):
```
The file /Users/tarunsachdeva/code/traces/docs/projects/home-feed.md has been updated successfully.
```
## Assistant
## Assistant
### Tool: Edit
**Args:**
```json
{
"file_path": "/Users/tarunsachdeva/code/traces/docs/projects/home-feed.md",
"new_string": "- Feed endpoint path: `GET /v1/feed`\n- Logged out returns only `visibility: public` traces from all namespaces\n- Logged in returns global public traces + all traces from user's namespace (public + private)",
"old_string": "- Feed endpoint path: `GET /v1/feed`\n- Logged out returns only `visibility: public` traces from all namespaces\n- Logged in returns all traces from user's current session namespace (regardless of visibility)",
"replace_all": false
}
```
## Assistant
**Result** (success):
```
The file /Users/tarunsachdeva/code/traces/docs/projects/home-feed.md has been updated successfully.
```
## Assistant
## Assistant
### Tool: Edit
**Args:**
```json
{
"file_path": "/Users/tarunsachdeva/code/traces/docs/projects/home-feed.md",
"new_string": "| Auth State | HTTP Returns | Reactive Query |\n|------------|--------------|----------------|\n| Unauthenticated | Global public traces | Use `feed:getPublicTraces` |\n| Authenticated | Global public traces + all namespace traces | Use `feed:getAuthenticatedFeed` with `authToken` |",
"old_string": "| Auth State | HTTP Returns | Reactive Query |\n|------------|--------------|----------------|\n| Unauthenticated | Global public traces | Use `feed:getPublicTraces` |\n| Authenticated | Session namespace traces | Use `feed:getNamespaceTraces` with `authToken` |",
"replace_all": false
}
```
## Assistant
**Result** (success):
```
The file /Users/tarunsachdeva/code/traces/docs/projects/home-feed.md has been updated successfully.
```
## Assistant
## Assistant
### Tool: Edit
**Args:**
```json
{
"file_path": "/Users/tarunsachdeva/code/traces/docs/projects/home-feed.md",
"new_string": "HTTP - Authenticated tests:\n- [x] `feed_auth_returns_namespace_traces` - All traces from user's namespace\n- [x] `feed_auth_includes_private` - Private traces included for namespace member\n- [x] `feed_auth_includes_other_public` - Public traces from other namespaces included\n- [x] `feed_auth_excludes_other_private` - Private traces from other namespaces excluded\n- [x] `feed_auth_is_authenticated_true` - Response has `isAuthenticated: true`",
"old_string": "HTTP - Authenticated tests:\n- [x] `feed_auth_returns_namespace_traces` - All traces from user's namespace\n- [x] `feed_auth_includes_private` - Private traces included for namespace member\n- [x] `feed_auth_excludes_other_namespaces` - Only session namespace traces\n- [x] `feed_auth_is_authenticated_true` - Response has `isAuthenticated: true`",
"replace_all": false
}
```
## Assistant
**Result** (success):
```
The file /Users/tarunsachdeva/code/traces/docs/projects/home-feed.md has been updated successfully.
```
## Assistant
## Assistant
### Tool: Edit
**Args:**
```json
{
"file_path": "/Users/tarunsachdeva/code/traces/docs/projects/home-feed.md",
"new_string": "- [x] Run `bun test tests/v1/feed.test.ts` - All tests pass (9 tests)",
"old_string": "- [x] Run `bun test tests/v1/feed.test.ts` - All tests pass (8 tests)",
"replace_all": false
}
```
## Assistant
**Result** (success):
```
The file /Users/tarunsachdeva/code/traces/docs/projects/home-feed.md has been updated successfully.
```
## Assistant
## Assistant
### Tool: Bash
**Args:**
```json
{
"command": "cd /Users/tarunsachdeva/code/traces && git status"
}
```
## Assistant
**Result** (success):
```
On branch main
Your branch is up to date with 'origin/main'.
Changes not staged for commit:
(use "git add ..." to update what will be committed)
(use "git restore ..." to discard changes in working directory)
modified: AGENTS.md
modified: api/convex/_generated/api.d.ts
modified: api/convex/http.ts
modified: docs/projects/home-feed.md
Untracked files:
(use "git add ..." to include in what will be committed)
api/convex/http/v1/feed.ts
api/convex/internal/feed.ts
api/convex/services/feed.ts
api/tests/v1/feed.test.ts
no changes added to commit (use "git add" and/or "git commit -a")
```
## Assistant
## Assistant
### Tool: Bash
**Args:**
```json
{
"command": "git add api/convex/internal/feed.ts api/convex/services/feed.ts api/convex/http/v1/feed.ts api/convex/http.ts api/convex/_generated/api.d.ts api/tests/v1/feed.test.ts docs/projects/home-feed.md"
}
```
## Assistant
**Result** (success):
```
(empty result)
```
## Assistant
## Assistant
### Tool: Bash
**Args:**
```json
{
"command": "git commit -m \"$(cat <<'EOF'\napi: add GET /v1/feed endpoint for home feed\n\n- Unauthenticated: returns global public traces\n- Authenticated: returns global public traces + all namespace traces\n- Includes namespace and author info on each trace\n- Supports limit parameter, ordered by createdAt desc\n- 9 tests covering all behavior\n\nCo-Authored-By: Claude Opus 4.5 \nEOF\n)\""
}
```
## Assistant
**Result** (success):
```
[main da5b5da] api: add GET /v1/feed endpoint for home feed
7 files changed, 449 insertions(+), 55 deletions(-)
create mode 100644 api/convex/http/v1/feed.ts
create mode 100644 api/convex/internal/feed.ts
create mode 100644 api/convex/services/feed.ts
create mode 100644 api/tests/v1/feed.test.ts
```
## Assistant
## Assistant
### Tool: Bash
**Args:**
```json
{
"command": "git status"
}
```
## Assistant
**Result** (success):
```
On branch main
Your branch is ahead of 'origin/main' by 1 commit.
(use "git push" to publish your local commits)
Changes not staged for commit:
(use "git add ..." to update what will be committed)
(use "git restore ..." to discard changes in working directory)
modified: AGENTS.md
no changes added to commit (use "git add" and/or "git commit -a")
```
## Assistant