选文件 → 检查草稿 → 确认
Explorer 将上下文绑定到文件与范围,确认后分配至现有 ID01/ID02 Terminal;任务控件保留在滚动文件树上方。
DEVELOPMENT / KAPX IDE
了解围绕项目坐标、人的控制与开发证据设计的 AI 工程环境,以及当前准备情况和下一里程碑。
C01 · K.PUBLIC.DEVELOPMENT
Explorer 通过您本机的 KAPX IDE 使用。此页面尚未提供在线 IDE。
开发服务与工作区
KAPX IDE / 0.4.6 /
2026-10-15 核对 VERSION 与 CHANGELOG,所观察 IDE 的版本标识同为 0.4.6。这不是端到端验证或公开安装包发布。
Explorer 将上下文绑定到文件与范围,确认后分配至现有 ID01/ID02 Terminal;任务控件保留在滚动文件树上方。
工作与普通 Chat、人类 Terminal 分离,按 ID 记录 recorded / running / replied / failed。过期文件、超时与不完整输出保持明确状态。
candidate 不自动批准主源码修改。请求的模型与推理级别不是服务商证明,人工验收独立进行。
根据版本记录整理,未为报告运行模型、Tests 或 Debug。示意图使用示例数据,不是实际截图。
KAPX / DATA STRUCTURE
所有内容沿着同一条数据链,从产品记录到服务状态、比较表和证据,明确来源与后续检查位置。
审阅
KAPX / TECHNOLOGY & ARCHITECTURE
了解程序架构、技术与可检查的证据。以下链接指向同一技术页面,目前为英文参考内容,中文翻译待完成。
源码与文档证据不等于端到端验证或服务发布。各部分标明当前证据状态。
KAPX-IDE · INTERNAL DEVELOPMENT
以坐标组织结构的 AI 工程环境
An engineering workspace designed to connect project understanding, AI-assisted changes, human review and development continuity.
Designed for Continuity. Built for Verifiable Engineering.
Addresses repeated project explanation, disconnected tool results and unclear next steps when people or AI sessions change.
AENET contributors and developers evaluating projects maintained across multiple sessions; public onboarding remains planned.
除文件树外,KGRID / DGRID / XGRID / FGRID 描述组件、归属、关系和工作边界。源码中已有注册结构,完整运行时集成尚未验证。
人负责目标、范围与风险。AI 通过获准工具协助工作;模型回答或计划本身不授予修改系统的权限。
连接源码标识、上下文、验证和下一步行动,为交接提供依据。本次检查了源码结构与测试定义,未进行运行时端到端验证。
首要目标是用 KAPX 开发 AENET Trading 等系统,复用验证结构,并通过实际工作衡量重复劳动,再提出性能结论。
Design workflow: define a goal → review project context → develop with configured tools → review changes and tests → record progress for the next session.
概览涵盖 8 种工具,包括 IDE、本地和云端 Agent、上下文与人工控制。与技术页共用数据,并对照 KAPX 当前有证据的组件;不是性能排名,也不表示其他工具缺少这些能力。开发者文档检查日期:
以下工具摘要与技术页共享英文参考数据;完整中文技术内容待译。
查看当前比较:KAPX 与最多两种工具,或完整 8 种工具 × 16 个维度及来源(英文参考)→
| 工具 / 文档 | 文档中的侧重点 |
|---|---|
| KAPX IDE ↗ CANDIDATE 产品详情(英文参考)→ | Primary purpose Main workflow Continuity approach Trade-offs / checks Evidence / runtime status |
| VS Code / GitHub Copilot ↗ NOT_VERIFIED 产品详情(英文参考)→ | Primary purpose Main workflow Continuity approach Trade-offs / checks Evidence / runtime status |
| Cursor ↗ NOT_VERIFIED 产品详情(英文参考)→ | Primary purpose Main workflow Continuity approach Trade-offs / checks Evidence / runtime status |
| Windsurf / Devin Desktop ↗ NOT_VERIFIED 产品详情(英文参考)→ | Primary purpose Main workflow Continuity approach Trade-offs / checks Evidence / runtime status |
| Devin Cloud ↗ NOT_VERIFIED 产品详情(英文参考)→ | Primary purpose Main workflow Continuity approach Trade-offs / checks Evidence / runtime status |
| Continue ↗ NOT_VERIFIED 产品详情(英文参考)→ | Primary purpose Main workflow Continuity approach Trade-offs / checks Evidence / runtime status |
| OpenHands ↗ NOT_VERIFIED 产品详情(英文参考)→ | Primary purpose Main workflow Continuity approach Trade-offs / checks Evidence / runtime status |
| Replit ↗ NOT_VERIFIED 产品详情(英文参考)→ | Primary purpose Main workflow Continuity approach Trade-offs / checks Evidence / runtime status |
以下组件角色与证据状态使用技术页的同一英文参考数据。
XGRID, DGRID, KGRID and FGRID organize visual structure, screen layout, navigation and typography. The design gives developers a consistent way to locate and discuss a part of the interface across updates.
Designed to connect independently maintained components into a shared development workflow. Clear responsibilities help people review a change and understand where related work continues.
Includes source-level work on Thai requests and project context, intended to clarify the user's goal before development. Language accuracy and installed workflows still need task-specific validation.
Designed to retain useful project context, reviewed progress and next steps when returning to a project. This supports continuity across sessions; installed end-to-end integration remains NOT_VERIFIED.
Design work connects observations to proposed plans and improvements for human review. Users can assess the intended outcome and supporting evidence before accepting work; autonomous learning is not established.
The local interface review observed Explorer, terminal controls and an AI sidebar in the IDE. The intended workflow brings project navigation and development tools together. Execution depends on configured tools, model providers and permissions.
Designed to make work passed between components understandable and reviewable. KAPX coordinates the workflow while operating systems and external providers retain their own roles. Public connector availability remains PLANNED.
查看 LIVE、VERIFIED_COMPONENT、CANDIDATE 和 PLANNED 证据状态(英文参考)→
让 AENET 团队使用 KAPX 确定范围、修改、测试并交接一项产品任务,获得可复核证据后再扩大服务。
KAPX / SOURCE-BASED ILLUSTRATIONS
矢量示意图使用示例项目,参考界面与版本记录;不是实际截图,不包含账号数据或成功执行结果。
D01 · L01开发开发服务与 KAPX IDE 工作区
D02 · L02API只读公共数据接口
D03 · L03合约版本化模式与响应契约
D04 · L04抢先体验公开接入与发布准备
D05 · L05集成未来集成适配器表面
D06 · L06使用场景应用系统工作流
D07 · L07导览架构导览路径
D08 · L08KAPXKAPX 设计与集成服务
AENET Wallet becomes a first-class subsystem of AENET Cloud — a trilingual wallet section (overview, architecture, security, receive, transfer, network fees, hardware signer, machine, Rust+MBROT, ev
AENET 观察层的静态、公共安全入口。
单页入口扩展为多页面公共外壳,带有路由、404 与共享导航。
坐标驱动布局与统一动效语法,叠加在多页面外壳之上。
内容感知的自适应空间网格、动效编排 v2 与完整的 EN/TH/ZH 本地化。
基于证据的知识块、Go 搜索编译器、多语言爬取图、站点地图与搜索就绪度。
构建期质量引擎(Go)审计生成的站点——AENET 设计质量、搜索就绪度、内容质量、建议与安全自动修复——绝不声称 Google 分数。
LAUNCH ROADMAP
公共网关分阶段开放。状态反映本仓库已验证的状态 — 系统尚未全面开放。