anytype-remote-interface-gateway
Facilitate interaction with the Anytype data ecosystem, enabling operations on user spaces, data objects, structural blueprints (templates), and granular data retrieval via a standardized Model Context Protocol (MCP) server implementation.
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Qwinty
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ANYTYPE MCP SERVER IMPLEMENTATION (Official Release Conduit)
https://github.com/anyproto/anytype-mcp
This component serves as an MCP (Model Context Protocol) intermediary layer, exposing the capabilities of the underlying Anytype Application Programming Interface (API) to external consumers, such as advanced artificial intelligence agents.
API Specification Alignment: Engineered against Anytype API specification version v0.46 or later, dated 2025-03-17. Compatibility verification with your local Anytype Desktop installation is strongly advised.
Core Functionality Suite
- Space Management: Enumerating existing containers (
get_spaces), initializing new ones (create_space), and retiring existing containers (delete_space). - Object Indexing & Retrieval: Locating data entities via targeted space searches (
search_space), comprehensive system scans (global_search), or direct identifier lookup (get_objects). Detailed content extraction is supported viaget_object_content. - Data Serialization: Exporting discrete entities into the universally readable Markdown format (
export_object). - Structural Definition Access: Fetching metadata regarding user-defined schemas (
get_types,get_type_details) and associated construction patterns (get_templates,get_template_details). - List Orchestration: Managing ordered collections of references, including fetching view definitions (
get_list_views), populating them (add_objects_to_list), and pruning them (remove_object_from_list). - Membership Inquiry: Retrieving participant rosters for shared environments (
get_space_members).
Environmental Dependencies
- Runtime: Node.js, version 18 or newer required.
- Client: A running instance of the Anytype desktop application.
- Account: A registered Anytype credential set.
Deployment Procedure
Standalone Deployment
-
Repository Acquisition:
cli git clone https://github.com/Qwinty/anytype-mcp.git cd anytype-mcp
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Dependency Resolution:
node npm install
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Compilation Step (Generates executable JavaScript in
./build):node npm run build
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Authentication Credential Acquisition: Prior to server initialization, secure the requisite Application Key from the local Anytype instance (refer to the 'Credential Acquisition' section).
- Integration: Integrate the resultant server path into your MCP client's configuration schema.
Credential Acquisition
To permit the gateway to communicate securely with the local Anytype instance, an authorization token must be generated:
- Verify Anytype desktop application is active.
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Execute the key generation utility:
node npm run get-key
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Follow the interactive prompts for authorization approval.
- Preserve the outputted application secret for configuration purposes.
Configuration Schema
Integrate this service definition into your designated MCP orchestration manifest (e.g., claude_desktop_config.json):
{ "mcpServers": { "anytype": { "command": "node", "args": ["{path/to/anytype-mcp}/build/index.js"], "env": { "ANYTYPE_APP_KEY": "YOUR_SECRET_KEY_HERE" }, "disabled": false } } }
Ensure the placeholder path is correctly resolved to your installation directory and the authorization token is inserted accurately.
Operational Invocation
Server Startup
While MCP clients typically self-manage server lifecycle, manual initiation for diagnostic purposes is possible:
node npm start
Tool Reference
Comprehensive documentation for individual function signatures resides in docs/Tools.md.
AI Guidance Prompt
A suggested foundational prompt structure for instructing AI entities utilizing this gateway is provided in docs/system-prompt.md.
Token Optimization Strategy and Response Scoping
This gateway employs mechanisms to mitigate excessive token consumption when returning substantial object datasets.
- Default Output Profile: For object retrieval methods (
get_objects,global_search,search_space), the default response is constrained to essential metadata (ID, naming conventions, type identifiers, structural pointers, essential counts, time stamps, and creator identity). Full block content hierarchies and explicit relational mappings are suppressed. - Textual Augmentation (
include_text: true): The aforementioned retrieval tools permit an optional boolean flag. Setting this totruetriggers the extraction and inclusion of the entire, formatted textual body within a designatedfull_textfield. Use judiciously, as this dramatically inflates payload size. - Raw API Fidelity (
full_response: true): For the most comprehensive data return, setting this flag bypasses all server-side filtering, delivering the verbatim JSON payload originating from the Anytype API. This consumes the maximum number of tokens.
Selection of the appropriate parameter set should align with the required information granularity versus token budget constraints.
Debugging Protocols
API Connectivity Failures
Confirm the local Anytype desktop instance is operational. The gateway defaults to querying the local endpoint at http://localhost:31009/v1.
Authorization Faults
If credential validation fails:
- Re-execute the credential generation script (
npm run get-key). - Update the MCP configuration manifest.
- Initiate a restart of the consuming MCP client.
Local Port Override
The default connection target is http://localhost:31009/v1. If your Anytype deployment utilizes an alternative communication port, modification of the apiBaseUrl constant within src/index.ts followed by a rebuild (npm run build) is currently necessary. Parameterizing this via environment variables is slated for future enhancement.
Licensing
Governed by the MIT License.
WIKIPEDIA: Cloud computing describes the delivery of computing services—including servers, storage, databases, networking, software, analytics, and intelligence—over the Internet (“the cloud”) to offer faster innovation, flexible resources, and economies of scale, according to the International Organization for Standardization (ISO) definition from 2011. Instead of owning their own computing infrastructure or data centers, companies can rent access to anything from applications to storage from a cloud service provider on a pay-as-you-go basis.
== Key Differentiating Attributes == In 2011, the National Institute of Standards and Technology (NIST) codified five cardinal attributes essential to a cloud offering. These attributes are:
- On-demand self-service: The capacity for users to provision computing resources (e.g., processing time, disk space) autonomously and automatically, without requiring service provider personnel intervention for each request.
- Ubiquitous network accessibility: Services must be reachable via standard protocols across diverse client apparatuses (e.g., mobile devices, laptops, workstations).
- Resource consolidation (Pooling): Provider resources are aggregated to support numerous tenants in a multi-tenant configuration, where physical and virtual assets are flexibly allocated based on fluctuating consumer demand.
- Rapid Scalability: The ability for resources to be quickly expanded or contracted, sometimes automatically, to match consumption fluctuations. From the consumer's viewpoint, capacity appears practically limitless and instantly available.
- Quantifiable utilization: The system must possess metering capabilities at various abstraction layers to track, control, and report resource consumption transparently to both the provider and the consumer. Subsequent revisions by ISO have expanded upon this initial framework.
== Historical Context ==
The foundational concepts underpinning modern cloud infrastructure trace back to the 1960s, primarily through the adoption of mainframe time-sharing models and remote job entry (RJE). This era focused on optimizing large computational assets for broader access through efficient resource sharing. The graphical representation of virtualized services as a 'cloud' gained traction in 1994, initially utilized by General Magic to map the operational domain for their Telescript agents. David Hoffman, a communications specialist at General Magic, is generally credited with adapting the established networking symbol for this purpose. The term 'cloud computing' entered broader commercial lexicon around 1996 following business planning efforts at Compaq Computer Corporation, signaling intentions for next-generation internet-centric infrastructure.
