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165 lines
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165 lines
43 KiB
HTML
<!doctype html>
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<html lang="zh-CN">
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<head><meta charset="utf-8" /><title>系统上下文：trail-mate</title></head>
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<body>
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<main class="praxis-architecture-map" data-praxis-anchor="architecture:c4:system-context" data-praxis-kind="architecture_c4_system_context" data-praxis-status="candidate" data-praxis-confidence="high" data-praxis-document-path="docs/architecture/c4/system-context/system-context.html" data-praxis-drilldowns="[{"id":"architecture:c4:container:apps-linux_uconsole_gtk","level":"container","title":"容器边界：apps/linux_uconsole_gtk","summary":"apps/linux_uconsole_gtk 是 C4 Container 层候选边界：它必须表现为应用、服务、数据存储、可运行单元或可独立部署/执行的系统部分，而不是普通目录、代码分层或共享工具集合。","docPath":"docs/architecture/c4/containers/apps-linux_uconsole_gtk/container.md","htmlPath":"docs/architecture/c4/containers/apps-linux_uconsole_gtk/container.html","anchor":"architecture:c4:container:apps-linux_uconsole_gtk","relation":"contains","reason":"从系统上下文进入 容器边界：apps/linux_uconsole_gtk，是为了把目标系统放大到 apps/linux_uconsole_gtk 这个应用、服务、数据存储或运行单元，判断它如何承担系统内部的 C4 Container 职责。"},{"id":"architecture:c4:container:apps-esp32_lvgl","level":"container","title":"容器边界：apps/esp32_lvgl","summary":"apps/esp32_lvgl 是 C4 Container 层候选边界：它必须表现为应用、服务、数据存储、可运行单元或可独立部署/执行的系统部分，而不是普通目录、代码分层或共享工具集合。","docPath":"docs/architecture/c4/containers/apps-esp32_lvgl/container.md","htmlPath":"docs/architecture/c4/containers/apps-esp32_lvgl/container.html","anchor":"architecture:c4:container:apps-esp32_lvgl","relation":"contains","reason":"从系统上下文进入 容器边界：apps/esp32_lvgl，是为了把目标系统放大到 apps/esp32_lvgl 这个应用、服务、数据存储或运行单元，判断它如何承担系统内部的 C4 Container 职责。"},{"id":"architecture:c4:container:apps-nrf52_node","level":"container","title":"容器边界：apps/nrf52_node","summary":"apps/nrf52_node 是 C4 Container 层候选边界：它必须表现为应用、服务、数据存储、可运行单元或可独立部署/执行的系统部分，而不是普通目录、代码分层或共享工具集合。","docPath":"docs/architecture/c4/containers/apps-nrf52_node/container.md","htmlPath":"docs/architecture/c4/containers/apps-nrf52_node/container.html","anchor":"architecture:c4:container:apps-nrf52_node","relation":"contains","reason":"从系统上下文进入 容器边界：apps/nrf52_node，是为了把目标系统放大到 apps/nrf52_node 这个应用、服务、数据存储或运行单元，判断它如何承担系统内部的 C4 Container 职责。"},{"id":"architecture:c4:container:apps-linux_cardputer_zero","level":"container","title":"容器边界：apps/linux_cardputer_zero","summary":"apps/linux_cardputer_zero 是 C4 Container 层候选边界：它必须表现为应用、服务、数据存储、可运行单元或可独立部署/执行的系统部分，而不是普通目录、代码分层或共享工具集合。","docPath":"docs/architecture/c4/containers/apps-linux_cardputer_zero/container.md","htmlPath":"docs/architecture/c4/containers/apps-linux_cardputer_zero/container.html","anchor":"architecture:c4:container:apps-linux_cardputer_zero","relation":"contains","reason":"从系统上下文进入 容器边界：apps/linux_cardputer_zero，是为了把目标系统放大到 apps/linux_cardputer_zero 这个应用、服务、数据存储或运行单元，判断它如何承担系统内部的 C4 Container 职责。"},{"id":"architecture:c4:container:apps-linux_sim_shell","level":"container","title":"容器边界：apps/linux_sim_shell","summary":"apps/linux_sim_shell 是 C4 Container 层候选边界：它必须表现为应用、服务、数据存储、可运行单元或可独立部署/执行的系统部分，而不是普通目录、代码分层或共享工具集合。","docPath":"docs/architecture/c4/containers/apps-linux_sim_shell/container.md","htmlPath":"docs/architecture/c4/containers/apps-linux_sim_shell/container.html","anchor":"architecture:c4:container:apps-linux_sim_shell","relation":"contains","reason":"从系统上下文进入 容器边界：apps/linux_sim_shell，是为了把目标系统放大到 apps/linux_sim_shell 这个应用、服务、数据存储或运行单元，判断它如何承担系统内部的 C4 Container 职责。"}]">
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<header class="praxis-design-map-header">
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<p>Praxis Architecture View</p>
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<h1>系统上下文：trail-mate</h1>
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<p>从 C4 System Context 层解释 trail-mate 这个目标软件系统所处的环境：谁使用它、它依赖或协作哪些外部系统，以及它作为一个黑盒的边界在哪里。</p>
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<div class="meta-row">
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<span>System Context</span>
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<span>candidate / high</span>
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<span>0.1.30-alpha · 34aad0bffa2f / main</span>
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</div>
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</header>
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<section class="semantic-layer" data-praxis-anchor="architecture:c4:layer-path" data-praxis-kind="architecture_c4_list">
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<h2>C4 层级路径</h2>
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<ul>
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<li>当前层：System Context，解释目标软件系统与外部参与者、外部系统之间的边界。</li>
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<li>上层：无，这是当前 C4 树的根层。</li>
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<li>下层：Container，进入系统内部的应用、服务、数据存储或运行单元。</li>
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</ul>
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</section>
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<section class="semantic-layer" data-praxis-anchor="architecture:c4:responsibility" data-praxis-kind="architecture_c4_text">
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<h2>责任</h2>
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<p>trail-mate 是当前打开并被分析的目标项目。System Context 只把它作为一个整体软件系统来观察，先说明谁会使用或调用它、它可能与哪些外部系统协作，再进入 Container 层解释内部边界。</p>
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</section>
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<section class="semantic-layer" data-praxis-anchor="architecture:c4:boundary" data-praxis-kind="architecture_c4_text">
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<h2>边界</h2>
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<p>System Context 必须围绕 trail-mate 这个目标系统本身；开发工具、模型服务、文档生成流程和 IDE 工作流不属于目标系统业务上下文，除非它们是目标项目自身实现的一部分。</p>
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</section>
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<section class="semantic-layer" data-praxis-anchor="architecture:c4:relationships" data-praxis-kind="architecture_c4_list">
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<h2>关系</h2>
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<ul>
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<li>trail-mate 是当前 C4 树的系统边界；内部实现只通过 Container 下钻展开。</li>
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<li>外部使用者、调用方或上游系统在当前仓库证据中没有被命名，因此本图只保留未命名外部参与者，不用工具侧角色代替真实业务角色。</li>
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<li>外部系统和第三方服务只有在仓库证据能够支撑时才细化；当前证据不足时，图中保留未命名外部系统占位并标注证据缺口。</li>
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</ul>
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</section>
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<section class="semantic-layer" data-praxis-anchor="architecture:c4:business-relation" data-praxis-kind="architecture_c4_list">
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<h2>与业务复杂度的关联</h2>
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<ul>
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<li>组织/过程模型负责解释业务故事和用例；System Context 只保留这些业务能力进入系统边界的外部角色或外部系统入口。</li>
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<li>如果业务参与者或业务外部系统尚未被文档确认，本图必须标记为候选，不得用工具侧角色替代真实业务上下文。</li>
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</ul>
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</section>
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<section class="semantic-layer" data-praxis-anchor="architecture:c4:engineering-relation" data-praxis-kind="architecture_c4_list">
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<h2>与技术复杂度的关联</h2>
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<ul>
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<li>软件结构模型基于本地仓库证据识别出 18 个 package/module、24 个 component 和 18 个复杂度候选点。</li>
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<li>System Context 是架构视图的最高层入口；继续下钻到 5 个 Container 后，才能把系统边界落到可检查的应用、服务、数据存储或运行单元。</li>
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</ul>
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</section>
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<section class="semantic-layer diagram-section" data-praxis-anchor="architecture:c4:diagram" data-praxis-kind="architecture_c4_diagram">
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<h2>C4 System Context 图</h2>
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<pre class="mermaid" data-praxis-anchor="architecture:c4:system-context:c4" data-praxis-c4-current-level="system_context" data-praxis-c4-layer-views="[{"level":"system_context","label":"System Context","title":"系统上下文：trail-mate","diagramTitle":"C4 System Context 图","summary":"当前正在阅读 System Context 层；下方正式图就是这一层的架构投影。","docPath":"docs/architecture/c4/system-context/system-context.md","htmlPath":"docs/architecture/c4/system-context/system-context.html","mermaid":"flowchart LR\n actor[\"未命名外部参与者\"]\n system[\"trail-mate\"]\n external[\"未命名外部系统\"]\n actor -->|使用 / 调用| system\n system -.->|候选集成| external","highlightLabels":["trail-mate"],"current":true,"missing":false},{"level":"container","label":"Container","title":"Container 总览","diagramTitle":"C4 Container 图","summary":"从 System Context 切到 Container 总览，查看目标系统在该层已经生成的全部投影入口。","mermaid":"flowchart LR\n c4_level[\"Container\"]\n c4_level --> level_item_1[\"apps/linux_uconsole_gtk\"]\n c4_level --> level_item_2[\"apps/esp32_lvgl\"]\n c4_level --> level_item_3[\"apps/nrf52_node\"]\n c4_level --> level_item_4[\"apps/linux_cardputer_zero\"]\n c4_level --> level_item_5[\"apps/linux_sim_shell\"]","highlightLabels":["Container","trail-mate"],"current":false,"missing":false},{"level":"component","label":"Component","title":"Component 总览","diagramTitle":"C4 Component 图","summary":"从 System Context 切到 Component 总览，查看目标系统在该层已经生成的全部投影入口。","mermaid":"flowchart LR\n c4_level[\"Component\"]\n c4_level --> level_item_1[\"apps/esp32_lvgl\"]\n c4_level --> level_item_2[\"apps/nrf52_node\"]\n c4_level --> level_item_3[\"apps/linux_uconsole_gtk\"]\n c4_level --> level_item_4[\"apps/linux_cardputer_zero\"]","highlightLabels":["Component","trail-mate"],"current":false,"missing":false},{"level":"code","label":"Code","title":"Code 总览","diagramTitle":"C4 Code View 图","summary":"从 System Context 切到 Code 总览，查看目标系统在该层已经生成的全部投影入口。","mermaid":"flowchart LR\n c4_level[\"Code\"]\n c4_level --> level_item_1[\"apps/esp32_lvgl\"]\n c4_level --> level_item_2[\"apps/linux_uconsole_gtk\"]\n c4_level --> level_item_3[\"apps/nrf52_node\"]\n c4_level --> level_item_4[\"apps/linux_cardputer_zero\"]\n c4_level --> level_item_5[\"apps/linux_sim_shell\"]","highlightLabels":["Code","trail-mate"],"current":false,"missing":false}]">flowchart LR
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actor["未命名外部参与者"]
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system["trail-mate"]
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external["未命名外部系统"]
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actor -->|使用 / 调用| system
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system -.->|候选集成| external</pre>
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</section>
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<section class="semantic-layer architecture-c4-elements" data-praxis-anchor="architecture:c4:system-context:elements" data-praxis-kind="architecture_c4_elements">
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<h2>图内元素解释</h2>
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<div class="layer-grid">
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<article class="layer-card" data-praxis-anchor="architecture:c4:person:external-actor" data-praxis-kind="architecture_c4_element" data-praxis-confidence="low" data-praxis-drilldowns="[]">
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<h3>未命名外部参与者</h3>
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<p>Person · low</p>
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<p>触发或使用 trail-mate 能力的人类角色、上游系统操作者或外部调用方。</p>
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<dl>
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<div><dt>责任</dt><dd>触发或使用 trail-mate 能力的人类角色、上游系统操作者或外部调用方。</dd></div>
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<div><dt>边界</dt><dd>该参与者位于目标系统之外；当前只说明交互边界，不假设具体业务身份。</dd></div>
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<div><dt>关系意义</dt><dd>未命名外部参与者 是目标系统外部参与者；关系意义在于说明谁触发、使用或接收系统能力。</dd></div>
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<div><dt>为什么属于该层</dt><dd>它位于系统边界外或系统边界交界处，因此只在 System Context 层解释。</dd></div>
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<div><dt>下钻意图</dt><dd>围绕 未命名外部参与者 的下钻用于解释系统边界、外部协作或项目记忆证据。</dd></div>
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</dl>
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</article>
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<article class="layer-card" data-praxis-anchor="architecture:c4:system:target" data-praxis-kind="architecture_c4_element" data-praxis-confidence="high" data-praxis-drilldowns="[{"id":"architecture:c4:container:apps-linux_uconsole_gtk","level":"container","title":"容器边界：apps/linux_uconsole_gtk","summary":"apps/linux_uconsole_gtk 是 C4 Container 层候选边界：它必须表现为应用、服务、数据存储、可运行单元或可独立部署/执行的系统部分，而不是普通目录、代码分层或共享工具集合。","docPath":"docs/architecture/c4/containers/apps-linux_uconsole_gtk/container.md","htmlPath":"docs/architecture/c4/containers/apps-linux_uconsole_gtk/container.html","anchor":"architecture:c4:container:apps-linux_uconsole_gtk","relation":"contains","reason":"从系统上下文进入 容器边界：apps/linux_uconsole_gtk，是为了把目标系统放大到 apps/linux_uconsole_gtk 这个应用、服务、数据存储或运行单元，判断它如何承担系统内部的 C4 Container 职责。"},{"id":"architecture:c4:container:apps-esp32_lvgl","level":"container","title":"容器边界：apps/esp32_lvgl","summary":"apps/esp32_lvgl 是 C4 Container 层候选边界：它必须表现为应用、服务、数据存储、可运行单元或可独立部署/执行的系统部分，而不是普通目录、代码分层或共享工具集合。","docPath":"docs/architecture/c4/containers/apps-esp32_lvgl/container.md","htmlPath":"docs/architecture/c4/containers/apps-esp32_lvgl/container.html","anchor":"architecture:c4:container:apps-esp32_lvgl","relation":"contains","reason":"从系统上下文进入 容器边界：apps/esp32_lvgl，是为了把目标系统放大到 apps/esp32_lvgl 这个应用、服务、数据存储或运行单元，判断它如何承担系统内部的 C4 Container 职责。"},{"id":"architecture:c4:container:apps-nrf52_node","level":"container","title":"容器边界：apps/nrf52_node","summary":"apps/nrf52_node 是 C4 Container 层候选边界：它必须表现为应用、服务、数据存储、可运行单元或可独立部署/执行的系统部分，而不是普通目录、代码分层或共享工具集合。","docPath":"docs/architecture/c4/containers/apps-nrf52_node/container.md","htmlPath":"docs/architecture/c4/containers/apps-nrf52_node/container.html","anchor":"architecture:c4:container:apps-nrf52_node","relation":"contains","reason":"从系统上下文进入 容器边界：apps/nrf52_node，是为了把目标系统放大到 apps/nrf52_node 这个应用、服务、数据存储或运行单元，判断它如何承担系统内部的 C4 Container 职责。"},{"id":"architecture:c4:container:apps-linux_cardputer_zero","level":"container","title":"容器边界：apps/linux_cardputer_zero","summary":"apps/linux_cardputer_zero 是 C4 Container 层候选边界：它必须表现为应用、服务、数据存储、可运行单元或可独立部署/执行的系统部分，而不是普通目录、代码分层或共享工具集合。","docPath":"docs/architecture/c4/containers/apps-linux_cardputer_zero/container.md","htmlPath":"docs/architecture/c4/containers/apps-linux_cardputer_zero/container.html","anchor":"architecture:c4:container:apps-linux_cardputer_zero","relation":"contains","reason":"从系统上下文进入 容器边界：apps/linux_cardputer_zero，是为了把目标系统放大到 apps/linux_cardputer_zero 这个应用、服务、数据存储或运行单元，判断它如何承担系统内部的 C4 Container 职责。"},{"id":"architecture:c4:container:apps-linux_sim_shell","level":"container","title":"容器边界：apps/linux_sim_shell","summary":"apps/linux_sim_shell 是 C4 Container 层候选边界：它必须表现为应用、服务、数据存储、可运行单元或可独立部署/执行的系统部分，而不是普通目录、代码分层或共享工具集合。","docPath":"docs/architecture/c4/containers/apps-linux_sim_shell/container.md","htmlPath":"docs/architecture/c4/containers/apps-linux_sim_shell/container.html","anchor":"architecture:c4:container:apps-linux_sim_shell","relation":"contains","reason":"从系统上下文进入 容器边界：apps/linux_sim_shell，是为了把目标系统放大到 apps/linux_sim_shell 这个应用、服务、数据存储或运行单元，判断它如何承担系统内部的 C4 Container 职责。"}]">
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<h3>trail-mate</h3>
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<p>System Context · high</p>
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<p>trail-mate 的整体软件系统边界。</p>
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<dl>
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<div><dt>责任</dt><dd>trail-mate 的整体软件系统边界。</dd></div>
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<div><dt>边界</dt><dd>当前图只把目标项目作为一个整体系统，不展开内部模块、代码、文档生成流程或 IDE 运行机制。</dd></div>
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<div><dt>关系意义</dt><dd>trail-mate 是所有后续 Container、Component 和 Code View 的共同父边界；任何下钻都必须能回到这个目标系统，而不是开发工具自身的工作流。</dd></div>
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<div><dt>为什么属于该层</dt><dd>它代表整体系统边界，不展开内部实现。</dd></div>
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<div><dt>下钻意图</dt><dd>从 trail-mate 下钻到 Container，用来查看系统能力落在哪些架构边界。</dd></div>
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</dl>
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</article>
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<article class="layer-card" data-praxis-anchor="architecture:c4:external:system-placeholder" data-praxis-kind="architecture_c4_element" data-praxis-confidence="low" data-praxis-drilldowns="[]">
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<h3>未命名外部系统</h3>
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<p>External System · low</p>
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<p>trail-mate 可能调用或被调用的外部系统边界。</p>
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<dl>
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<div><dt>责任</dt><dd>trail-mate 可能调用或被调用的外部系统边界。</dd></div>
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<div><dt>边界</dt><dd>当前仓库证据没有足够的接口、配置、依赖、部署或业务文档证据来命名具体外部系统，因此保留泛化边界。</dd></div>
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<div><dt>关系意义</dt><dd>这个节点表达外部协作证据不足的判定结果；不能用开发工具、模型服务或文档生成流程来填补目标系统的业务外部边界。</dd></div>
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<div><dt>为什么属于该层</dt><dd>它位于系统边界外或系统边界交界处，因此只在 System Context 层解释。</dd></div>
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<div><dt>下钻意图</dt><dd>围绕 未命名外部系统 的下钻用于解释系统边界、外部协作或项目记忆证据。</dd></div>
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</dl>
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</article>
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</div>
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</section>
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<section class="semantic-layer architecture-c4-links" data-praxis-anchor="architecture:c4:drilldowns" data-praxis-kind="architecture_c4_links">
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<h2>可下钻 C4</h2>
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<div class="layer-grid">
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<article class="layer-card document-entry-card" role="link" tabindex="0" data-praxis-anchor="architecture:c4:container:apps-linux_uconsole_gtk" data-praxis-kind="architecture_c4_link" data-praxis-document-title="容器边界：apps/linux_uconsole_gtk" data-praxis-document-summary="从系统上下文进入 容器边界：apps/linux_uconsole_gtk，是为了把目标系统放大到 apps/linux_uconsole_gtk 这个应用、服务、数据存储或运行单元，判断它如何承担系统内部的 C4 Container 职责。" data-praxis-document-md="docs/architecture/c4/containers/apps-linux_uconsole_gtk/container.md" data-praxis-document-html="docs/architecture/c4/containers/apps-linux_uconsole_gtk/container.html">
|
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<strong>容器边界：apps/linux_uconsole_gtk</strong>
|
|
<span>contains</span>
|
|
<p>从系统上下文进入 容器边界：apps/linux_uconsole_gtk，是为了把目标系统放大到 apps/linux_uconsole_gtk 这个应用、服务、数据存储或运行单元，判断它如何承担系统内部的 C4 Container 职责。</p>
|
|
<small>apps/linux_uconsole_gtk 是 C4 Container 层候选边界：它必须表现为应用、服务、数据存储、可运行单元或可独立部署/执行的系统部分，而不是普通目录、代码分层或共享工具集合。</small>
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</article>
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<article class="layer-card document-entry-card" role="link" tabindex="0" data-praxis-anchor="architecture:c4:container:apps-esp32_lvgl" data-praxis-kind="architecture_c4_link" data-praxis-document-title="容器边界：apps/esp32_lvgl" data-praxis-document-summary="从系统上下文进入 容器边界：apps/esp32_lvgl，是为了把目标系统放大到 apps/esp32_lvgl 这个应用、服务、数据存储或运行单元，判断它如何承担系统内部的 C4 Container 职责。" data-praxis-document-md="docs/architecture/c4/containers/apps-esp32_lvgl/container.md" data-praxis-document-html="docs/architecture/c4/containers/apps-esp32_lvgl/container.html">
|
|
<strong>容器边界：apps/esp32_lvgl</strong>
|
|
<span>contains</span>
|
|
<p>从系统上下文进入 容器边界：apps/esp32_lvgl，是为了把目标系统放大到 apps/esp32_lvgl 这个应用、服务、数据存储或运行单元，判断它如何承担系统内部的 C4 Container 职责。</p>
|
|
<small>apps/esp32_lvgl 是 C4 Container 层候选边界：它必须表现为应用、服务、数据存储、可运行单元或可独立部署/执行的系统部分，而不是普通目录、代码分层或共享工具集合。</small>
|
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</article>
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<article class="layer-card document-entry-card" role="link" tabindex="0" data-praxis-anchor="architecture:c4:container:apps-nrf52_node" data-praxis-kind="architecture_c4_link" data-praxis-document-title="容器边界：apps/nrf52_node" data-praxis-document-summary="从系统上下文进入 容器边界：apps/nrf52_node，是为了把目标系统放大到 apps/nrf52_node 这个应用、服务、数据存储或运行单元，判断它如何承担系统内部的 C4 Container 职责。" data-praxis-document-md="docs/architecture/c4/containers/apps-nrf52_node/container.md" data-praxis-document-html="docs/architecture/c4/containers/apps-nrf52_node/container.html">
|
|
<strong>容器边界：apps/nrf52_node</strong>
|
|
<span>contains</span>
|
|
<p>从系统上下文进入 容器边界：apps/nrf52_node，是为了把目标系统放大到 apps/nrf52_node 这个应用、服务、数据存储或运行单元，判断它如何承担系统内部的 C4 Container 职责。</p>
|
|
<small>apps/nrf52_node 是 C4 Container 层候选边界：它必须表现为应用、服务、数据存储、可运行单元或可独立部署/执行的系统部分，而不是普通目录、代码分层或共享工具集合。</small>
|
|
</article>
|
|
<article class="layer-card document-entry-card" role="link" tabindex="0" data-praxis-anchor="architecture:c4:container:apps-linux_cardputer_zero" data-praxis-kind="architecture_c4_link" data-praxis-document-title="容器边界：apps/linux_cardputer_zero" data-praxis-document-summary="从系统上下文进入 容器边界：apps/linux_cardputer_zero，是为了把目标系统放大到 apps/linux_cardputer_zero 这个应用、服务、数据存储或运行单元，判断它如何承担系统内部的 C4 Container 职责。" data-praxis-document-md="docs/architecture/c4/containers/apps-linux_cardputer_zero/container.md" data-praxis-document-html="docs/architecture/c4/containers/apps-linux_cardputer_zero/container.html">
|
|
<strong>容器边界：apps/linux_cardputer_zero</strong>
|
|
<span>contains</span>
|
|
<p>从系统上下文进入 容器边界：apps/linux_cardputer_zero，是为了把目标系统放大到 apps/linux_cardputer_zero 这个应用、服务、数据存储或运行单元，判断它如何承担系统内部的 C4 Container 职责。</p>
|
|
<small>apps/linux_cardputer_zero 是 C4 Container 层候选边界：它必须表现为应用、服务、数据存储、可运行单元或可独立部署/执行的系统部分，而不是普通目录、代码分层或共享工具集合。</small>
|
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</article>
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|
<article class="layer-card document-entry-card" role="link" tabindex="0" data-praxis-anchor="architecture:c4:container:apps-linux_sim_shell" data-praxis-kind="architecture_c4_link" data-praxis-document-title="容器边界：apps/linux_sim_shell" data-praxis-document-summary="从系统上下文进入 容器边界：apps/linux_sim_shell，是为了把目标系统放大到 apps/linux_sim_shell 这个应用、服务、数据存储或运行单元，判断它如何承担系统内部的 C4 Container 职责。" data-praxis-document-md="docs/architecture/c4/containers/apps-linux_sim_shell/container.md" data-praxis-document-html="docs/architecture/c4/containers/apps-linux_sim_shell/container.html">
|
|
<strong>容器边界：apps/linux_sim_shell</strong>
|
|
<span>contains</span>
|
|
<p>从系统上下文进入 容器边界：apps/linux_sim_shell，是为了把目标系统放大到 apps/linux_sim_shell 这个应用、服务、数据存储或运行单元，判断它如何承担系统内部的 C4 Container 职责。</p>
|
|
<small>apps/linux_sim_shell 是 C4 Container 层候选边界：它必须表现为应用、服务、数据存储、可运行单元或可独立部署/执行的系统部分，而不是普通目录、代码分层或共享工具集合。</small>
|
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</article>
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</div>
|
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</section>
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|
<section class="semantic-layer architecture-c4-links" data-praxis-anchor="architecture:c4:engineering-links" data-praxis-kind="architecture_c4_links">
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<h2>关联软件结构模型</h2>
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<p>暂无。</p>
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|
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</section>
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<section class="semantic-layer" data-praxis-anchor="architecture:c4:evidence" data-praxis-kind="architecture_c4_list">
|
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<h2>证据</h2>
|
|
<ul>
|
|
<li>apps/linux_uconsole_gtk</li>
|
|
<li>apps/esp32_lvgl</li>
|
|
<li>apps/nrf52_node</li>
|
|
<li>apps/linux_cardputer_zero</li>
|
|
<li>apps/linux_sim_shell</li>
|
|
</ul>
|
|
</section>
|
|
<section class="semantic-layer" data-praxis-anchor="architecture:c4:questions" data-praxis-kind="architecture_c4_list">
|
|
<h2>判定依据</h2>
|
|
<ul>
|
|
<li>当前本地证据尚未稳定命名真实外部使用者、调用方或上游系统，因此 System Context 保持黑盒系统与外部协作占位。</li>
|
|
<li>外部系统、第三方服务或基础设施依赖只有在接口、配置、部署或业务文档提供证据时才细化为具体节点。</li>
|
|
<li>Container 候选必须来自运行入口、部署/构建配置、服务边界、应用边界或数据存储证据；普通目录、分层 package 和治理文件不会自动成为 Container。</li>
|
|
</ul>
|
|
</section>
|
|
<script type="application/json" id="praxis-architecture-c4-document">{"id":"architecture:c4:system-context","level":"system_context","title":"系统上下文：trail-mate","summary":"从 C4 System Context 层解释 trail-mate 这个目标软件系统所处的环境：谁使用它、它依赖或协作哪些外部系统，以及它作为一个黑盒的边界在哪里。","docPath":"docs/architecture/c4/system-context/system-context.md","htmlPath":"docs/architecture/c4/system-context/system-context.html","anchor":"architecture:c4:system-context","status":"candidate","confidence":"high","mermaid":"flowchart LR\n actor[\"未命名外部参与者\"]\n system[\"trail-mate\"]\n external[\"未命名外部系统\"]\n actor --\u003e|使用 / 调用| system\n system -.-\u003e|候选集成| external","responsibility":"trail-mate 是当前打开并被分析的目标项目。System Context 只把它作为一个整体软件系统来观察，先说明谁会使用或调用它、它可能与哪些外部系统协作，再进入 Container 层解释内部边界。","boundary":"System Context 必须围绕 trail-mate 这个目标系统本身；开发工具、模型服务、文档生成流程和 IDE 工作流不属于目标系统业务上下文，除非它们是目标项目自身实现的一部分。","relationships":["trail-mate 是当前 C4 树的系统边界；内部实现只通过 Container 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Container，用来查看系统能力落在哪些架构边界。","evidence":["apps/linux_uconsole_gtk","apps/esp32_lvgl","apps/nrf52_node","apps/linux_cardputer_zero","apps/linux_sim_shell"],"confidence":"high","drilldowns":[{"id":"architecture:c4:container:apps-linux_uconsole_gtk","level":"container","title":"容器边界：apps/linux_uconsole_gtk","summary":"apps/linux_uconsole_gtk 是 C4 Container 层候选边界：它必须表现为应用、服务、数据存储、可运行单元或可独立部署/执行的系统部分，而不是普通目录、代码分层或共享工具集合。","docPath":"docs/architecture/c4/containers/apps-linux_uconsole_gtk/container.md","htmlPath":"docs/architecture/c4/containers/apps-linux_uconsole_gtk/container.html","anchor":"architecture:c4:container:apps-linux_uconsole_gtk","relation":"contains","reason":"从系统上下文进入 容器边界：apps/linux_uconsole_gtk，是为了把目标系统放大到 apps/linux_uconsole_gtk 这个应用、服务、数据存储或运行单元，判断它如何承担系统内部的 C4 Container 职责。"},{"id":"architecture:c4:container:apps-esp32_lvgl","level":"container","title":"容器边界：apps/esp32_lvgl","summary":"apps/esp32_lvgl 是 C4 Container 层候选边界：它必须表现为应用、服务、数据存储、可运行单元或可独立部署/执行的系统部分，而不是普通目录、代码分层或共享工具集合。","docPath":"docs/architecture/c4/containers/apps-esp32_lvgl/container.md","htmlPath":"docs/architecture/c4/containers/apps-esp32_lvgl/container.html","anchor":"architecture:c4:container:apps-esp32_lvgl","relation":"contains","reason":"从系统上下文进入 容器边界：apps/esp32_lvgl，是为了把目标系统放大到 apps/esp32_lvgl 这个应用、服务、数据存储或运行单元，判断它如何承担系统内部的 C4 Container 职责。"},{"id":"architecture:c4:container:apps-nrf52_node","level":"container","title":"容器边界：apps/nrf52_node","summary":"apps/nrf52_node 是 C4 Container 层候选边界：它必须表现为应用、服务、数据存储、可运行单元或可独立部署/执行的系统部分，而不是普通目录、代码分层或共享工具集合。","docPath":"docs/architecture/c4/containers/apps-nrf52_node/container.md","htmlPath":"docs/architecture/c4/containers/apps-nrf52_node/container.html","anchor":"architecture:c4:container:apps-nrf52_node","relation":"contains","reason":"从系统上下文进入 容器边界：apps/nrf52_node，是为了把目标系统放大到 apps/nrf52_node 这个应用、服务、数据存储或运行单元，判断它如何承担系统内部的 C4 Container 职责。"},{"id":"architecture:c4:container:apps-linux_cardputer_zero","level":"container","title":"容器边界：apps/linux_cardputer_zero","summary":"apps/linux_cardputer_zero 是 C4 Container 层候选边界：它必须表现为应用、服务、数据存储、可运行单元或可独立部署/执行的系统部分，而不是普通目录、代码分层或共享工具集合。","docPath":"docs/architecture/c4/containers/apps-linux_cardputer_zero/container.md","htmlPath":"docs/architecture/c4/containers/apps-linux_cardputer_zero/container.html","anchor":"architecture:c4:container:apps-linux_cardputer_zero","relation":"contains","reason":"从系统上下文进入 容器边界：apps/linux_cardputer_zero，是为了把目标系统放大到 apps/linux_cardputer_zero 这个应用、服务、数据存储或运行单元，判断它如何承担系统内部的 C4 Container 职责。"},{"id":"architecture:c4:container:apps-linux_sim_shell","level":"container","title":"容器边界：apps/linux_sim_shell","summary":"apps/linux_sim_shell 是 C4 Container 层候选边界：它必须表现为应用、服务、数据存储、可运行单元或可独立部署/执行的系统部分，而不是普通目录、代码分层或共享工具集合。","docPath":"docs/architecture/c4/containers/apps-linux_sim_shell/container.md","htmlPath":"docs/architecture/c4/containers/apps-linux_sim_shell/container.html","anchor":"architecture:c4:container:apps-linux_sim_shell","relation":"contains","reason":"从系统上下文进入 容器边界：apps/linux_sim_shell，是为了把目标系统放大到 apps/linux_sim_shell 这个应用、服务、数据存储或运行单元，判断它如何承担系统内部的 C4 Container 职责。"}]},{"id":"architecture:c4:external:system-placeholder","label":"未命名外部系统","level":"external_system","anchor":"architecture:c4:external:system-placeholder","summary":"trail-mate 可能调用或被调用的外部系统边界。","responsibility":"trail-mate 可能调用或被调用的外部系统边界。","boundary":"当前仓库证据没有足够的接口、配置、依赖、部署或业务文档证据来命名具体外部系统，因此保留泛化边界。","relationshipMeaning":"这个节点表达外部协作证据不足的判定结果；不能用开发工具、模型服务或文档生成流程来填补目标系统的业务外部边界。","whyThisLevel":"它位于系统边界外或系统边界交界处，因此只在 System Context 层解释。","drilldownIntent":"围绕 未命名外部系统 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