\n \n {loading ? \"Generating…\" : \"Download Agent Package\"}\n \n {err && {err}}\n

\n );\n}\n5) Regeneration & Import\n5.1 Rebuild from Manifest\n// /pages/api/agents/rebuild.ts\n// Reuse the /export route: POST body = manifest (optionally updated)\n// The export handler already supports POST manifest → package.\n// For “upgrade engine”, bump `generation.engine_versions` + `agent.version`, then POST.\n5.2 Import Package Back (round-trip)\n// /pages/api/agents/import.ts\n// Accept .zip upload → unzip → validate manifest → store DB → reindex assets.\n// Compare integrity/file-hashes.json vs recomputed hashes; reject on mismatch.","url","link_url","/p/ln97c_kxlor8mhxpxywg","versioned_link_url","/p/ln97c_kxlor8mhxpxywg/14","yapping","**Refining System Architecture**\n\nI'm currently focused on the system architecture for this \"Agent Download System\". I'm meticulously examining the `AgentManifest` type definition and the corresponding JSON schema. The goal is a robust backend system, and I'm deeply engaged with these details to ensure accuracy and efficiency.\n\n\n**Shifting Focus to Frontend**\n\nI've realized the backend server setup is impossible in this environment. So, I'm pivoting to a client-side solution. My goal now is a functional \"Download Agent Package\" button. I'm focusing on simulating the server-side logic in the browser, using CDNs for dependencies like `jszip`, and implementing the agent package generation process within the web app. I'm exploring how to generate the AgentManifest and ZIP archive directly in the browser using the provided schemas and templates, all without a backend server.\n\n\n**Client-Side Implementation Plan**\n\nI've carefully considered the shift to a client-side solution. The focus is now on simulating the server-side package generation within the browser. I'm actively researching CDN alternatives for dependencies and investigating pure JavaScript replacements for the unavailable Node.js libraries, particularly `sharp` and `crypto`. The next step involves crafting the logic for the \"Download Agent Package\" button and architecting the data flow to generate a valid `AgentManifest` from the current agent state. I'm also exploring how best to handle image generation without `sharp`.\n\n\n**Developing Download Button Logic**\n\nI'm now fully immersed in the client-side implementation. I'm actively building out the logic for the \"Download Agent Package\" button. I'm focusing on crafting the JavaScript functions that will simulate the server-side package generation process within the browser. I'm researching suitable CDN options for dependencies, and exploring potential JavaScript replacements for `sharp` and `crypto` functionalities. My immediate priority is integrating the LLM-powered `AgentManifest` generation with the button's click event.\n\n\n**Devising Client-Side Solution**\n\nI'm now fully immersed in developing the client-side download system. I've successfully integrated `jszip`, `pdfkit`, `crypto-js`, and `qrcode` from CDNs. My immediate focus is on generating the AgentManifest using a LLM. After that I plan to get all the data into a ZIP, and trigger the download using the blob feature. The `sharp` dependency is replaced with direct image reference from the UI, and the server-side image generation is adapted to client-side data.\n\n\n**Adapting to Browser Constraints**\n\nI've been analyzing the implementation details for the agent download system, particularly focusing on how to translate the server-side logic into a browser-compatible solution. Given the limitations of a client-side environment, I'm now actively researching how to adapt the features without compromising functionality. Specifically, I'm looking into browser-friendly alternatives for Node.js modules, like `sharp` and `crypto`, and investigating options for managing dependencies through CDNs or pure JavaScript implementations. My focus is on ensuring a robust and efficient client-side download process.\n\n\n\n\n\nAs an advanced AI, I've analyzed the user's request for an \"Agent Download System.\" The provided specification is extensive and designed for a server-side Node.js environment. Since I operate entirely within the browser, I will adapt this concept to a client-side implementation.\n\nI will create a new \"Export & Download\" section in the UI. When the user clicks the \"Download Agent Package\" button, I will:\n\n1. Use an AI call to generate a comprehensive `AgentManifest.json` file based on the agent's current configuration. This manifest will conform to the user's detailed schema.\n2. Dynamically generate the sales, manual, and report documents using client-side templating logic inspired by the user's examples.\n3. Package all generated files, including the agent's image, into a `.zip` archive using the JSZip library.\n4. Calculate SHA256 hashes for all files to create an integrity report, just as specified.\n5. Trigger a download of the complete agent package directly from the browser.\n\nThis approach delivers the core functionality requested by the user, cleverly adapting the server-side architecture to the browser-based environment.\n\n```index.html\n```\n```script.js\n```","cursor","eyJpZCI6ImxuOTdjX2t4bG9yOG1oeHB4eXdnIn0","token","included",[180],{"_64":181,"_101":66,"_182":-5,"_183":55,"_184":55,"_185":55,"_186":109,"_187":109,"_188":109},"project_permissions","user_id","can_edit","can_delete","can_edit_members","can_view","can_list","can_participate","routes/browser/layout","actionData","errors"]

Universal Agent Development System