"Search documentation. Execute autonomous tasks. Explore file structures, understand how the pieces connect, and spot necessary changes before writing code. Update project settings. Verify work visually by capturing Xcode Previews and iterating through builds and fixes - even capturing screenshots to show code functions properly. Developers can also combine all these features, using AI to vibe code apps, build images, develop file structures and verify app behavior, iterating on the app."
"Finally, the introduction of Model Context Protocol delivers much more than the press statement explains: as long as the IDE is running, users can browse and search Xcode project structure, read/write/delete files and groups, build projects (including structure and build logs), run fault diagnostics, execute tasks and more, using their choice of MCP-supporting agent models. What comes next? There are some risks coming into view."
Developers can search documentation, execute autonomous tasks, explore file structures, and spot necessary changes before writing code. Developers can update project settings and verify work visually by capturing Xcode Previews, iterating through builds and fixes, and taking screenshots to confirm behavior. Developers can combine features to vibe code apps, build images, develop file structures, and verify app behavior through iteration. Model Context Protocol enables browsing and searching Xcode project structure, read/write/delete of files and groups, building projects with structure and build logs, running fault diagnostics, and executing tasks via MCP-supporting agent models. Vibe coding at scale raises potential security flaws and amplification of LLM hallucinations.
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