User Prompt MCP
MCP ServerFree** - An MCP server for Cursor that enables requesting user input during generation process.
Capabilities5 decomposed
interactive user input prompting during code generation
Medium confidenceEnables Cursor IDE to pause code generation and request user input via a bidirectional MCP protocol bridge. The server implements a request-response pattern where generation can be suspended, user input collected through Cursor's UI, and the response injected back into the generation context. This allows multi-turn interactive workflows where AI-generated code can ask clarifying questions mid-generation rather than requiring all context upfront.
Implements a synchronous request-response MCP bridge that suspends Cursor's generation pipeline and surfaces user input prompts directly in the IDE UI, rather than requiring separate UI windows or external tools. Uses MCP's bidirectional communication pattern to maintain generation context across user interactions.
Unlike generic MCP tools that only provide read-only data, this server enables true interactive generation workflows within Cursor by blocking and resuming the generation pipeline based on user responses.
mcp protocol server implementation for cursor integration
Medium confidenceImplements a Model Context Protocol (MCP) server that registers as a tool provider within Cursor's MCP ecosystem. The server exposes input prompting as a callable tool through MCP's standardized schema, allowing Cursor's code generation engine to discover and invoke user input requests using the same mechanism as other MCP tools. Handles MCP message serialization, tool schema registration, and lifecycle management.
Implements MCP server boilerplate and tool registration patterns specifically optimized for Cursor's MCP integration, handling the full lifecycle from server startup through tool discovery and invocation without requiring developers to understand low-level MCP protocol details.
Provides a minimal, focused MCP server implementation compared to general-purpose MCP frameworks, reducing complexity and startup overhead for the specific use case of interactive user input during code generation.
generation context preservation across user input cycles
Medium confidenceMaintains the code generation context and conversation history across multiple user input requests, allowing subsequent generation steps to reference previous responses and generated code. The server preserves the MCP session state and passes context back to Cursor's generation engine, enabling multi-turn interactive workflows where each user input informs the next generation step. Implements context threading through MCP's message protocol.
Preserves generation context through MCP's stateful message protocol rather than relying on Cursor's internal context management, enabling user input prompts to be fully aware of prior generation decisions and user responses without requiring explicit context passing.
Unlike stateless tool calling patterns, this capability maintains conversation history across user input cycles, enabling truly interactive generation workflows rather than isolated single-turn prompts.
cursor ide ui integration for user input collection
Medium confidenceBridges MCP user input requests to Cursor's native UI components, displaying input prompts in Cursor's interface and collecting responses through standard UI patterns (text input dialogs, selection menus, etc.). The server communicates input requirements to Cursor via MCP, and Cursor handles rendering and user interaction, then returns responses through the MCP protocol. This avoids spawning external windows or requiring custom UI implementation.
Leverages Cursor's native MCP UI capabilities to render input prompts directly in the IDE rather than spawning separate windows or requiring custom UI implementation, creating a seamless integrated experience.
Provides better UX than tools requiring external input windows or CLI prompts, and simpler implementation than tools building custom UI frameworks.
blocking generation pipeline with user input synchronization
Medium confidenceImplements a synchronous blocking pattern where code generation pauses at user input requests, waits for user response through Cursor's UI, and resumes with the collected input. The MCP server coordinates the pause-wait-resume cycle by blocking the MCP request handler until user input is available, then returning the response to unblock generation. This ensures generation cannot proceed without user input, maintaining strict ordering and preventing race conditions.
Implements explicit blocking synchronization for code generation pipelines rather than using async callbacks or event-driven patterns, ensuring strict ordering and preventing generation from proceeding without user input.
Provides stronger guarantees about generation ordering compared to async patterns, at the cost of increased latency and reduced parallelism.
Capabilities are decomposed by AI analysis. Each maps to specific user intents and improves with match feedback.
Related Artifactssharing capabilities
Artifacts that share capabilities with User Prompt MCP, ranked by overlap. Discovered automatically through the match graph.
@iflow-mcp/cursor-mcp
[](https://smithery.ai/server/cursor-mcp-tool)
Template MCP Server
** - A CLI tool to create a new Model Context Protocol server project with TypeScript support, dual transport options, and an extensible structure
prompts.chat
f.k.a. Awesome ChatGPT Prompts. Share, discover, and collect prompts from the community. Free and open source — self-host for your organization with complete privacy.
Awesome ChatGPT prompts
... just follow [@goodside](https://twitter.com/goodside)
user-postgresql-mcp
A PostgreSQL MCP server built with @modelcontextprotocol/sdk.
add-mcp
Add MCP servers to your favorite coding agents with a single command.
Best For
- ✓Cursor IDE users building complex features requiring iterative refinement
- ✓Teams using Cursor for interactive pair-programming workflows
- ✓Developers building code generation agents that need human-in-the-loop decision making
- ✓MCP ecosystem developers extending Cursor's capabilities
- ✓Teams building custom MCP tool chains for code generation
- ✓Developers familiar with MCP protocol and tool schema patterns
- ✓Complex code generation workflows requiring multiple user decisions
- ✓Interactive feature development where requirements evolve during generation
Known Limitations
- ⚠Requires Cursor IDE integration — not compatible with VS Code, JetBrains IDEs, or other editors
- ⚠MCP server must be running and properly configured in Cursor's settings
- ⚠No built-in timeout handling for user input requests — long-running prompts may block generation indefinitely
- ⚠Input validation and sanitization must be handled by the calling code generation process
- ⚠Requires understanding of MCP protocol specification and tool schema format
- ⚠No automatic tool discovery — Cursor must be explicitly configured to load this MCP server
Requirements
Input / Output
UnfragileRank
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** - An MCP server for Cursor that enables requesting user input during generation process.
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