LLAR Builder实现

目录结构(MVP)

llar/
├── cmd/                    # LLAR Cli模块
│   └── ...
├── internal/
│   ├── mvs/               # Go MVS选择算法
│   │   └── ...
│   ├── build/           # 构建模块
│   │   └── ...
│   ├── deps/              # 依赖模块
│   │   └── ...
│   └── ixgo/              # ixgo
│       └── ...
├── pkgs/                  # FormulaApp工具类包
│   └── ...
└── formula.go        # FormulaApp

模块划分

graph TD
A["依赖管理模块(deps)"]
B["LLAR Cli模块(cmd)"]
C[FormulaApp]
D[ixgo]
E["构建模块(build)"]


B --> E
E <--> A
A <--> C
C --> D
E --> D
D --> |加载|C

模块输入输出

依赖管理模块

功能：

1. 增量添加依赖
2. 通过Go MVS算法计算依赖有向图
3. 解析versions.json

输入：versions.json 的[]byte 或者文件路径

LLAR Cli模块

#17

FormulaApp

#21

ixgo运行模块

功能：

1. 自动配置xgo项目（RegisterProject)
2. 根据用户需求，找到需要的配方
3. 与依赖管理模块互动
4. 根据依赖管理模块，执行构建

依赖管理模块互动

graph TD
A["初始化：调用配方Main()"] --> B[执行配方onRequire回调]
B --> C[依赖管理模块]
C --> D[获取依赖有向图]
D --> E[获得Buildlist]
E --> F[根据Buildlist执行配方构建]

Start by reviewing the proposed layout for cmd, internal/mvs, internal/build, internal/deps, internal/ixgo, pkgs, and formula.go, along with issues #17 and #21. Trace the dependency-management and build flows in the diagrams. Done would require an agreed implementation scope for the LLAR Builder MVP and the listed module interactions.