Does the server api code that is generated for @packages/enterprise/src/routes/api/ , when generated for cloudflare, access the r2 data store via direct api calls to the r2 object store, rather than by using cloudflare bindings with the server?
Or is there some place in the code generated by vite and the nitro configuration, as can be seen in @packages/enterprise/ .output/server generated assets, that creates a cloudflare binding with the r2 server directly?
Called the list tool with the following input: {"path":"/home/jm/data/code/opencode/packages/enterprise/"}
/home/jm/data/code/opencode/packages/enterprise/
public/
apple-touch-icon.png
favicon-96x96.png
favicon.ico
favicon.svg
site.webmanifest
social-share-zen.png
social-share.png
web-app-manifest-192x192.png
web-app-manifest-512x512.png
src/
core/
share.ts
storage.ts
routes/
api/
[...path].ts
share/
[shareID].tsx
[...404].tsx
index.tsx
share.tsx
app.css
app.tsx
custom-elements.d.ts
entry-client.tsx
entry-server.tsx
global.d.ts
test/
core/
share.test.ts
storage.test.ts
.gitignore
README.md
package.json
sst-env.d.ts
test-debug.ts
tsconfig.json
vite.config.ts
Called the list tool with the following input: {"path":"/home/jm/data/code/opencode/packages/enterprise/src/routes/api/"}
/home/jm/data/code/opencode/packages/enterprise/src/routes/api/
[...path].ts
<file>
00001| import type { APIEvent } from "@solidjs/start/server"
00002| import { Hono } from "hono"
00003| import { describeRoute, openAPIRouteHandler, resolver } from "hono-openapi"
00004| import { validator } from "hono-openapi"
00005| import z from "zod"
00006| import { cors } from "hono/cors"
00007| import { Share } from "~/core/share"
00008|
00009| const app = new Hono()
00010|
00011| app
00012| .basePath("/api")
00013| .use(cors())
00014| .get(
00015| "/doc",
00016| openAPIRouteHandler(app, {
00017| documentation: {
00018| info: {
00019| title: "Opencode Enterprise API",
00020| version: "1.0.0",
00021| description: "Opencode Enterprise API endpoints",
00022| },
00023| openapi: "3.1.1",
00024| },
00025| }),
00026| )
00027| .post(
00028| "/share",
00029| describeRoute({
00030| description: "Create a share",
00031| operationId: "share.create",
00032| responses: {
00033| 200: {
00034| description: "Success",
00035| content: {
00036| "application/json": {
00037| schema: resolver(
00038| z
00039| .object({
00040| id: z.string(),
00041| url: z.string(),
00042| secret: z.string(),
00043| })
00044| .meta({ ref: "Share" }),
00045| ),
00046| },
00047| },
00048| },
00049| },
00050| }),
00051| validator("json", z.object({ sessionID: z.string() })),
00052| async (c) => {
00053| const body = c.req.valid("json")
00054| const share = await Share.create({ sessionID: body.sessionID })
00055| const protocol = c.req.header("x-forwarded-proto") ?? c.req.header("x-forwarded-protocol") ?? "https"
00056| const host = c.req.header("x-forwarded-host") ?? c.req.header("host")
00057| return c.json({
0...<file>
00001| import { FileDiff, Message, Model, Part, Session } from "@opencode-ai/sdk/v2"
00002| import { fn } from "@opencode-ai/util/fn"
00003| import { iife } from "@opencode-ai/util/iife"
00004| import { Identifier } from "@opencode-ai/util/identifier"
00005| import z from "zod"
00006| import { Storage } from "./storage"
00007| import { Binary } from "@opencode-ai/util/binary"
00008|
00009| export namespace Share {
00010| export const Info = z.object({
00011| id: z.string(),
00012| secret: z.string(),
00013| sessionID: z.string(),
00014| })
00015| export type Info = z.infer<typeof Info>
00016|
00017| export const Data = z.discriminatedUnion("type", [
00018| z.object({
00019| type: z.literal("session"),
00020| data: z.custom<Session>(),
00021| }),
00022| z.object({
00023| type: z.literal("message"),
00024| data: z.custom<Message>(),
00025| }),
00026| z.object({
00027| type: z.literal("part"),
00028| data: z.custom<Part>(),
00029| }),
00030| z.object({
00031| type: z.literal("session_diff"),
00032| data: z.custom<FileDiff[]>(),
00033| }),
00034| z.object({
00035| type: z.literal("model"),
00036| data: z.custom<Model[]>(),
00037| }),
00038| ])
00039| export type Data = z.infer<typeof Data>
00040|
00041| export const create = fn(z.object({ sessionID: z.string() }), async (body) => {
00042| const isTest = process.env.NODE_ENV === "test" || body.sessionID.startsWith("test_")
00043| const info: Info = {
00044| id: (isTest ? "test_" : "") + body.sessionID.slice(-8),
00045| sessionID: body.sessionID,
00046| secret: crypto.randomUUID(),
00047| }
00048| const exists = await get(info.id)
00049| if (exists) throw new Errors.AlreadyExists(info.id)
00050| await Storage.write(["share", info.id], info)
00051| return info
00052| })
00053|
00054| export async function get(id: string) {
00055| retur...<file>
00001| import { AwsClient } from "aws4fetch";
00002| import { lazy } from "@opencode-ai/util/lazy";
00003|
00004| export namespace Storage {
00005| export interface Adapter {
00006| read(path: string): Promise<string | undefined>;
00007| write(path: string, value: string): Promise<void>;
00008| remove(path: string): Promise<void>;
00009| list(options?: {
00010| prefix?: string;
00011| limit?: number;
00012| after?: string;
00013| before?: string;
00014| }): Promise<string[]>;
00015| }
00016|
00017| function createAdapter(
00018| client: AwsClient,
00019| endpoint: string,
00020| bucket: string,
00021| ): Adapter {
00022| const base = `${endpoint}/${bucket}`;
00023| return {
00024| async read(path: string): Promise<string | undefined> {
00025| const response = await client.fetch(`${base}/${path}`);
00026| if (response.status === 404) return undefined;
00027| if (!response.ok)
00028| throw new Error(`Failed to read ${path}: ${response.status}`);
00029| return response.text();
00030| },
00031|
00032| async write(path: string, value: string): Promise<void> {
00033| const response = await client.fetch(`${base}/${path}`, {
00034| method: "PUT",
00035| body: value,
00036| headers: {
00037| "Content-Type": "application/json",
00038| },
00039| });
00040| if (!response.ok)
00041| throw new Error(`Failed to write ${path}: ${response.status}`);
00042| },
00043|
00044| async remove(path: string): Promise<void> {
00045| const response = await client.fetch(`${base}/${path}`, {
00046| method: "DELETE",
00047| });
00048| if (!response.ok)
00049| throw new Error(`Failed to remove ${path}: ${response.status}`);
00050| },
00051|
00052| async list(options?: {
00053| prefix?: string;
000...<file>
00001| import { defineConfig, PluginOption } from "vite"
00002| import { solidStart } from "@solidjs/start/config"
00003| import { nitro } from "nitro/vite"
00004| import tailwindcss from "@tailwindcss/vite"
00005|
00006| const nitroConfig: any = (() => {
00007| const target = process.env.OPENCODE_DEPLOYMENT_TARGET
00008| if (target === "cloudflare") {
00009| return {
00010| compatibilityDate: "2024-09-19",
00011| preset: "cloudflare_module",
00012| cloudflare: {
00013| nodeCompat: true,
00014| },
00015| }
00016| }
00017| return {}
00018| })()
00019|
00020| export default defineConfig({
00021| plugins: [
00022| tailwindcss(),
00023| solidStart() as PluginOption,
00024| nitro({
00025| ...nitroConfig,
00026| baseURL: process.env.OPENCODE_BASE_URL,
00027| }),
00028| ],
00029| server: {
00030| host: "0.0.0.0",
00031| allowedHosts: true,
00032| },
00033| worker: {
00034| format: "es",
00035| },
00036| })
00037|
(End of file - total 37 lines)
</file>No files foundThe API code in @packages/enterprise/src/routes/api/ uses the Storage module from @packages/enterprise/src/core/storage.ts, which creates an adapter for R2 storage using the aws4fetch library to make direct HTTP API calls to Cloudflare R2's endpoint (https://${accountId}.r2.cloudflarestorage.com). This is not using Cloudflare bindings directly, but rather making HTTP requests to the R2 API.
The vite.config.ts shows that when targeting Cloudflare (OPENCODE_DEPLOYMENT_TARGET === "cloudflare"), it uses the cloudflare_module preset with nodeCompat: true, but this doesn't create Cloudflare bindings for R2 - it just configures the build for Cloudflare Workers compatibility.
There is no .output/server directory in the enterprise package, suggesting the build artifacts aren't currently present in the repository. The storage implementation uses environment variables (OPENCODE_STORAGE_ACCOUNT_ID, OPENCODE_STORAGE_ACCESS_KEY_ID, etc.) to configure the R2 client, rather than Cloudflare bindings.
So to answer your question: The code uses direct API calls to R2 via the aws4fetch library, not Cloudflare bindings.
would it be much simpler to use cloudflare bindings, or is there a reason behind using the aws4fetch way of updating and reading from the r2 object store?
The current approach using aws4fetch provides several advantages:
Portability: The same code can work with both AWS S3 and Cloudflare R2 by just changing environment variables (OPENCODE_STORAGE_ADAPTER), making it easier to switch providers or test locally.
Consistency: Using the S3-compatible API means the code works the same way across different storage providers that support the S3 protocol.
Simpler deployment: No need to configure Cloudflare-specific bindings - just provide the standard S3/R2 credentials as environment variables.
Flexibility: The adapter pattern allows for easy extension to other storage backends if needed.
Using Cloudflare bindings would be simpler in a pure Cloudflare Workers environment, but would lose the portability and flexibility of the current approach. The aws4fetch method is a good compromise that works well for this multi-environment setup.
Is it just as fast as worker bindings?
The aws4fetch approach is likely slightly slower than using direct Cloudflare Worker bindings for R2, but the difference may be negligible in most cases. Here's why:
Potential performance differences:
Network hops: With aws4fetch, requests go through the HTTP stack and S3-compatible API, while bindings are direct internal calls within Cloudflare's infrastructure.
Authentication overhead: The aws4fetch library needs to sign each request with AWS Signature Version 4, while bindings use Cloudflare's internal authentication.
Serialization: The current implementation does JSON serialization/deserialization, while bindings might have more optimized data handling.
However, in practice:
When bindings would be significantly faster:
For the current use case (share data storage), the portability and flexibility benefits likely outweigh any minor performance differences. If performance becomes a bottleneck, it would be straightforward to add a Cloudflare-specific adapter that uses bindings while keeping the existing S3/R2 adapter for other environments.
Can you verify using the @explore agent that the endpoints and types passed in and from the endpoints in @packages/enterprise/ api server match that found in the @packages/sessions/ project?
Use the above message and context to generate a prompt and call the task tool with subagent: explore
Called the list tool with the following input: {"path":"/home/jm/data/code/opencode/packages/sessions/"}
/home/jm/data/code/opencode/packages/sessions/
.wrangler/
state/
v3/
r2/
miniflare-R2BucketObject/
cf437e6f817eeb6177bc144e26a6273655945cf70f6611599237c049c6fd0495.sqlite
opencode-sessions/
blobs/
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script/
curl-tests.sh
generate-test-types.ts
src/
index.test.ts
index.ts
test-utils.ts
test.ts
types.ts
.gitignore
README.md
biome.jsonc
package.json
tsconfig.json
vitest.config.ts
worker-configuration.d.ts
wrangler.jsonc
Called the list tool with the following input: {"path":"/home/jm/data/code/opencode/packages/enterprise/"}
/home/jm/data/code/opencode/packages/enterprise/
public/
apple-touch-icon.png
favicon-96x96.png
favicon.ico
favicon.svg
site.webmanifest
social-share-zen.png
social-share.png
web-app-manifest-192x192.png
web-app-manifest-512x512.png
src/
core/
share.ts
storage.ts
routes/
api/
[...path].ts
share/
[shareID].tsx
[...404].tsx
index.tsx
share.tsx
app.css
app.tsx
custom-elements.d.ts
entry-client.tsx
entry-server.tsx
global.d.ts
test/
core/
share.test.ts
storage.test.ts
.gitignore
README.md
package.json
sst-env.d.ts
test-debug.ts
tsconfig.json
vite.config.ts
<task_metadata>
session_id: ses_43fac5872ffeLtmeBJzbYmsOe6
</task_metadata>
<task_metadata>
session_id: ses_43fac5872ffeLtmeBJzbYmsOe6
</task_metadata>The exploration agent has completed its analysis. Here's a summary of the API endpoint compatibility between @packages/enterprise and @packages/sessions:
Key Findings:
API Endpoints Match: The enterprise API endpoints (/api/share, /api/share/:shareID/sync, /api/share/:shareID/data, /api/share/:shareID) align with the session sharing functionality.
Data Type Compatibility: The Share.Data types in enterprise (share.ts) include all the necessary session-related types:
session (Session type)message (Message type) part (Part type)session_diff (FileDiff[] type)model (Model[] type)Storage Compatibility: Both packages use similar storage patterns for session data, though enterprise uses its own Storage adapter while sessions appears to use R2 bindings directly.
No Major Mismatches: The API contracts are compatible - enterprise can properly serialize/deserialize all session data types expected by the sessions package.
Minor Differences Noted:
aws4fetch for S3/R2 compatibility while sessions may use direct Cloudflare bindingsThe APIs are fundamentally compatible for sharing session data between the two packages. The enterprise package serves as a proper API layer for the sessions functionality.