vault backup: 2026-01-08 09:34:22
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[[ZeroLuawesome-nanobanana-pro 🚀 An awesome list of curated Nano Banana pro prompts and examples. Your go-to resource for mastering prompt engineering and exploring the creative potential of the Nano banana pro(Nano banana 2) AI image model.]]
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### New Clash Config for Openwrt
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在 OpenWrt 上安装 Nikki（即 MihomoTProxy 的现代版本）主要有两种方法：**通过 OPKG 软件包管理器安装（推荐）** 和 **手动上传 IPK 包安装**。
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以下是详细的分步安装指南：
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### 准备工作
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1. **确认架构**：你需要知道你的路由器 CPU 架构（如 `x86_64`, `aarch64_generic`, `mips_24kc` 等），以便下载对应的核心文件。
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2. **更新软件源**：在执行任何安装命令前，务必更新软件包列表。
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```bash
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opkg update
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```
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---
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### 方法一：使用 OPKG 在线安装（推荐）
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如果你的 OpenWrt 固件已经添加了第三方软件源（如 ImmortalWrt 自带源），或者你想添加 Nikki 的官方源，这是最方便的方法。
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# Daily Review - 2026-01-07
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1. **添加公钥和软件源**：
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SSH 登录到路由器，执行以下命令（以 `x86_64` 为例，其他架构请替换 URL 中的架构名）：
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```bash
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# 下载公钥
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wget https://downloads.nikki-org.io/key-builds.pub -O /etc/opkg/keys/key-builds.pub
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## Accomplished
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# 添加软件源 (请将 x86_64 替换为你设备的架构)
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echo "src/gz nikki https://downloads.nikki-org.io/snapshots/x86_64/generic/packages" >> /etc/opkg/customfeeds.conf
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- ✓ Captured 3 web clippings on AI agents and Obsidian tooling
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- ✓ Documented Nikki/OpenWrt installation guide for Clash proxy upgrade
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- ✓ Set up Memvid memory system for vault semantic search
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- ✓ Researched Claude Skills for Obsidian integration (noted installation issues)
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# 更新列表
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opkg update
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```
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## Progress Made
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2. **安装插件**：
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```bash
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opkg install nikki
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```
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*系统会自动处理依赖关系并安装。*
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---
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### 方法二：手动下载 IPK 安装（离线/手动）
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如果无法通过源安装，可以手动下载文件上传安装。
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#### 1. 下载必要文件
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你需要下载两个主要文件：
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* **Nikki 插件本体** (`luci-app-nikki` 或 `nikki`): 这是 Web 界面和控制脚本。
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* **Mihomo 核心** (`mihomo`): 这是代理程序的二进制核心。
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前往 [Nikki Release 页面](https://github.com/nikkinikki-org/OpenWrt-nikki/releases) 下载最新版 `.ipk` 文件。
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#### 2. 安装依赖（关键步骤）
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Nikki 依赖一些系统组件，必须先安装。SSH 执行：
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```bash
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opkg update
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opkg install kmod-nft-tproxy kmod-nft-socket kmod-tun iptables-nft ip-full yq-go
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```
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*注意：如果是旧版 OpenWrt（21.02 及以下），可能需要安装 `iptables-mod-tproxy` 等旧版依赖，建议使用 OpenWrt 23.05 或更高版本。*
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#### 3. 上传并安装
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1. 使用工具（如 WinSCP 或 SCP 命令）将下载好的 `.ipk` 文件上传到路由器的 `/tmp` 目录。
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2. 执行安装命令：
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```bash
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cd /tmp
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opkg install mihomo_*.ipk # 先安装核心
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opkg install nikki_*.ipk # 后安装插件
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```
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---
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### 方法三：手动替换/更新核心（可选）
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如果你安装好插件后发现核心版本太旧，或者需要特定版本，可以手动替换核心。
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1. **下载核心**：去 [Mihomo GitHub Releases](https://github.com/MetaCubeX/mihomo/releases) 下载对应架构的 `mihomo-linux-xxx.gz` 文件。
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2. **解压并重命名**：解压得到二进制文件，重命名为 `mihomo`。
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3. **上传替换**：
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* 上传到 `/usr/bin/` 目录（或者插件设置中指定的路径）。
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* 赋予执行权限：
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```bash
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chmod +x /usr/bin/mihomo
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```
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4. **重启服务**：在网页端重启 Nikki 插件。
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---
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### 安装后检查
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安装完成后，刷新 OpenWrt 网页后台（LuCI），你应该能在 **"服务 (Services)"** 菜单下看到 **"Nikki"** 或 **"Mihomo"**。
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**常见报错处理：**
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* **缺少依赖**：如果安装时提示 `kmod-xxx not found`，说明你的固件内核版本与软件源不匹配，或者固件精简了该模块。这种情况下通常需要更换固件或自行编译固件。
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* **核心无法启动**：检查是否下载了错误的 CPU 架构核心，或核心文件没有执行权限 (`chmod +x`)。
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安装完成后，即可按照上一条回答中的步骤导入订阅并使用。
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## Questions
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<!-- What am I curious about today? -->
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-
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- **[[02_Areas/GFW]]**: Advanced network infrastructure - documented Nikki installation guide, explored hotspot upgrades via TAP device
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- **[[01_Projects/AI-Development]]**: Collected comprehensive AI agent systems survey (arXiv 2601.01743v1) covering architectures, reasoning, planning, evaluation
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- **[[03_Resources]]**: Added Obsidian integration resources (kepano's skills plugin) and Nano Banana pro prompt examples
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- **Vault Infrastructure**: Installed Memvid MCP for semantic memory search across notes
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## Insights
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<!-- What did I learn or realize? -->
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-
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- **AI Agent Architecture Evolution**: Modern agent systems balance latency vs accuracy, autonomy vs controllability, and capability vs reliability - critical trade-offs for practical deployment
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- **Obsidian Extensibility Gap**: kepano's skills plugin has documented marketplace installation issues; manual git submodule installation may be more reliable
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- **Network Proxy Modernization**: Nikki (MihomoTProxy successor) provides cleaner OpenWrt integration with nftables support, replacing legacy iptables solutions
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- **Semantic Memory for PKM**: Memvid enables vector-based semantic search across vault content, complementing traditional keyword/tag retrieval
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## Questions
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- How can I implement multi-agent coordination patterns from the AI Agent Systems paper in practical Claude Code workflows?
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- What are the specific breaking points in the Obsidian skills plugin marketplace installation?
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- Can Nikki's TProxy work with existing Clash subscription formats without migration?
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- What's the optimal strategy for populating vault memory - batch import or selective curation?
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- How to integrate Memvid search into daily research workflows?
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## Connections
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<!-- Links to other notes or ideas -->
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-
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- [[kepanoobsidian-skills Claude Skills for Obsidian]] ↔ [[CLAUDE.md]] - Plugin could enhance vault-native AI workflows
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- [[AI Agent Systems Architectures, Applications, and Evaluation]] ↔ [[01_Projects/AI-Development]] - Taxonomy framework applies to current development patterns
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- [[02_Areas/GFW/Clash-Hotspot-Upgrade]] ↔ [[02_Areas/Network & VPN]] - TAP device approach relevant for broader network configs
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- Memvid semantic memory ↔ [[06_Metadata]] - New capability layer for cross-vault knowledge retrieval
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- [[ZeroLuawesome-nanobanana-pro]] ↔ [[03_Resources]] - Prompt engineering examples for image generation workflows
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## For Tomorrow
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<!-- What needs follow-up? -->
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-
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### Top 3 Priorities
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1. **Process Inbox**: Move clippings to appropriate PARA locations - AI paper to Resources, network guides to Areas/GFW
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2. **Test Obsidian Skills Plugin**: Validate manual installation steps and document workarounds in setup guide
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3. **Populate Vault Memory**: Add 5-10 key resource notes to Memvid for semantic search validation
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### Open Loops
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- [ ] Add YAML frontmatter to new clippings when processing (created, tags, status fields)
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- [ ] Review [[02_Areas/GFW/Bills]] for upcoming payment schedules
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- [ ] Download full PDF of AI Agent Systems paper (2601.01743) for detailed analysis
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- [ ] Test Nikki installation on staging OpenWrt device before production deployment
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- [ ] Create dedicated note for "Adaption of Agentic AI" paper link captured today
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- [ ] Organize Nano Banana pro prompts into structured resource note
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---
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*End of day: Ask Claude Code to review and find connections*
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*Completed: 2026-01-07 evening | Next review: 2026-01-08 morning*
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