20:"$Sreact.view_transition" 21:I[9754,["/_next/static/chunks/2t36f5p4pjzlb.js","/_next/static/chunks/1gyqeidjm5eoa.js","/_next/static/chunks/0_fjnxc4tt_l_.js","/_next/static/chunks/1ymt1shyhmu-4.js","/_next/static/chunks/3kv2zf0i7s2wc.js","/_next/static/chunks/1vs_3g_g75zmk.js","/_next/static/chunks/2g4dh802s8oz3.js","/_next/static/chunks/1bc3f0shukf1j.js","/_next/static/chunks/192kgs9v_t14j.js","/_next/static/chunks/0z6pw0v5c_lx5.js","/_next/static/chunks/08r60e6icmtkc.js","/_next/static/chunks/3trx6c0i7_x-3.js","/_next/static/chunks/40sro5bzp9bi_.js","/_next/static/chunks/1wgf3tk38y6cf.js"],"ProjectDetail"] 22:T4adc, Cabloy — AI 氛围编码的全栈框架

后端 / Vona SSR · 服务端渲染

双向类型同步

前端 / Zova SPA · Web · Admin

Cabloy — AI 氛围编码的全栈框架

Node.js 全栈框架，把后端与前端放进同一仓库，类型在这一头一尾双向流动。

TypeScript MIT full-stack nodejs

Section 01 · 单仓全栈

后端与前端，折进同一本工程账

类型在两片陆地之间往返，靠的不是同步工具，而是一条贯穿整页、双向流动的轨道。

Vona

后端层

后端类型源。Vona 输出的契约带着类型定义，参与服务端 SSR 的构建与渲染。

npm run tsc

Zova

前端层

前端类型源。Zova 构建输出直接参与后端 SSR，类型信息由此形成闭环，前端的声明反哺后端的校验。

npm run build

Vona ⇄ Zova —— 双向类型流

Section 02 · CLI 优先

一条命令，从空仓库到可编码

创建项目、安装依赖、跑起开发——CLI 把脚手架变成一次回车，而每一步都在同一套工程语境里推进。

$ npm create cabloy

生成新项目骨架，同时写下一份 CLAUDE.md 与 .claude/ 工作区资产，可直接在 Claude Code 里开始编码。
$ npm run upgrade

把脚手架拉取到最新版本，让新建项目与框架主线保持一致。
$ npm run init

完成本地初始化，准备好数据库与运行环境。
$ npm run dev

启动开发服务器，前后端在同一个进程里协同，类型继续双向流动。
$ npm run tsc · test · build

类型检查、测试与构建一起交付，作为这一轮工程回环的收尾。

Section 03 · 模块化交付

同一套类型，分发成多种形态

后端与前置的契约经模块化拆分，各自顺着分叉轨道流向不同形态的应用，类型定义始终同源。

SSR

服务端渲染

前端构建输出参与服务端渲染，首屏由同一份契约驱动。

SPA

单页应用

客户端渲染形态，共享同一前端工程层。

Web

面向浏览器的 Web 应用

把同一套模块组合成面向终端用户的网站。

Admin

后台管理系统

以同样的类型底座搭建后台与内部工具。

Section 04 · 证据映射与边界

关键事实，与适用边界同表对照

信息来自框架仓库与项目描述。适合谁、需要什么、门槛在哪，一并列出。

事实	说明	来源
双向类型同步	前端构建输出参与后端 SSR，类型信息两向流动。	readme · 描述
单仓全栈	后端（Vona）与前端（Zova）同一仓库，模块化交付。	readme
CLI 优先	npm create cabloy 生成 CLAUDE.md 与 .claude/ 资产。	readme
环境要求	需 Node.js 24+、pnpm 11+、Redis。	localizations.caveats
许可说明	基础仓库 MIT；Cabloy Start 版本需购买访问权限。	license · readme

适用：希望用 AI 辅助构建全栈应用的开发者、需要前后端紧密集成的团队、喜欢 CLI 驱动流程的人。文档与技能主要面向 AI 编码场景。

cabloy.com github.com/cabloy/cabloy MIT license · TypeScript

23:T4901, Cabloy — Fullstack framework for AI vibe coding

Backend · Vona SSR · server render

bidirectional type sync

Frontend · Zova SPA · Web · Admin

Cabloy — fullstack for AI vibe coding

A Node.js fullstack framework that keeps backend and frontend in one repo, with types looping between the two.

TypeScript MIT full-stack nodejs

Section 01 · single-repo fullstack

Backend and frontend, folded into one ledger

Types travel between the two halves not on a sync tool but along a single track that runs the length of this page, both ways.

Vona

backend layer

The backend type source. The contracts Vona emits carry type definitions and join the server-side SSR build and render.

npm run tsc

Zova

frontend layer

The frontend type source. Zova's build output feeds straight into backend SSR, closing the loop so frontend declarations inform backend checks.

npm run build

Vona ⇄ Zova · bidirectional types

Section 02 · CLI-first

One command, from empty directory to codeable

Scaffold, install, and run — the CLI turns project setup into a single enter key, every step advancing the same engineering context.

$ npm create cabloy

Scaffolds the project skeleton and drops in a CLAUDE.md plus .claude/ workspace assets, ready to code in Claude Code right away.
$ npm run upgrade

Pulls the scaffold up to the latest version so a fresh project stays aligned with the framework trunk.
$ npm run init

Completes local initialization and prepares the database and runtime environment.
$ npm run dev

Boots the dev server with frontend and backend cooperating in the same process while types keep flowing.
$ npm run tsc · test · build

Type-check, test, and build land together as the closing pass of this engineering loop.

Section 03 · modular delivery

The same types, dispatched into several shapes

Backend and prebuilt contracts split into modules and travel down branching tracks into different app shapes while the type source stays shared.

SSR

server render

Frontend build output participates in server render, with the first paint driven by one shared contract.

SPA

single-page app

A client-rendered shape on the same shared frontend engineering layer.

Web

browser-facing

Composes the same modules into a website aimed at end users.

Admin

back-office

Builds admin panels and internal tools on the same type foundation.

Section 04 · evidence & boundaries

Key facts, set against what it takes to run

What the repo and project description state, who it fits, and where the edges are — side by side.

Fact	Detail	Source
Bidirectional type sync	Frontend build output joins backend SSR; type info flows both ways.	readme · description
Single-repo fullstack	Backend (Vona) and frontend (Zova) in one repo with modular delivery.	readme
CLI-first	npm create cabloy writes a CLAUDE.md and .claude/ assets.	readme
Environment	Needs Node.js 24+, pnpm 11+, and Redis.	localizations.caveats
Licensing	Base repo is MIT; the Cabloy Start edition requires purchased access.	license · readme

Best for developers building fullstack apps with AI, teams that need tight frontend-backend integration, and those who prefer CLI-driven workflows. Docs and skills lean toward AI-coding scenarios.

cabloy.com github.com/cabloy/cabloy MIT license · TypeScript

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