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content-persistence-interface-zoho-system

A backend service facilitating the secure persistence and retrieval of textual artifacts, augmented with semantic organization capabilities via a bespoke URI protocol. It leverages Zoho Creator integration to augment structured data management workflows.

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content-persistence-interface-zoho-system logo

mastercode-io

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GitHub GitHub Stars 1
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Last Updated 2026-02-19

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zohoionoteszoho creatormanage noteszoho mcp

Content Persistence Interface Server (Zoho Integration)

This implements the Model Context Protocol (MCP) server interface for managing application state data, specifically textual records, with Zoho Creator linkage.

Functional Modules

Data Endpoints (Resources)

The service exposes a mechanism for durable storage of informational units, characterized by: - A proprietary access method using the note:// URI scheme for granular referencing. - Each persisted entity possesses metadata: an identifying label, a brief summary, and content typed as standard plain text (text/plain).

Orchestration Directives (Prompts)

The system offers one primary directive for content synthesis: - synthesize-annotations: Produces consolidated textual summaries from the entirety of the currently held records. - An optional parameter, fidelity_level, dictates the extent of detail (options: concise or exhaustive). - It dynamically constructs an input prompt incorporating all stored data modulated by the selected fidelity setting.

Operational Utilities (Tools)

The server exposes a singular utility function: - ingest-artifact: Facilitates the inscription of a new piece of content onto the server. - It necessitates two string inputs: label (the designated name) and body (the actual textual payload). - Execution results in the modification of the server's internal state, broadcasting change notifications to subscribing clients.

System Parameters

[TBD: Specific environmental and operational setting definitions will reside here.]

Initialization Sequence

Installation Guidance (Client Setup)

Claude Desktop Environment

MacOS Path: ~/Library/Application\ Support/Claude/claude_desktop_config.json Windows Path: %APPDATA%/Claude/claude_desktop_config.json

Configuration for Local/Unreleased Deployments ```json "mcpServers": { "content-persistence-interface-zoho-system": { "command": "uv", "args": [ "--directory", "/Users/alexsherin/Documents/Projects/MCP Servers", "run", "scaflog-zoho-mcp-server" ] } } ```
Configuration for Published Services ```json "mcpServers": { "content-persistence-interface-zoho-system": { "command": "uvx", "args": [ "scaflog-zoho-mcp-server" ] } } ```

Maintenance and Distribution

Assembly and Dissemination Procedures

To ready the software package for broader deployment:

  1. Synchronize required dependencies and finalize the manifest lockfile:
uv sync
  1. Produce distributable package artifacts:
uv build

This action generates source archives and wheel distributions within the dist/ folder.

  1. Upload packages to the PyPI registry:
uv publish

Note: Authentication credentials must be supplied via environment variables or direct invocation flags: - Token: --token or the environment variable UV_PUBLISH_TOKEN - Alternatively, credentials pair: --username/UV_PUBLISH_USERNAME and --password/UV_PUBLISH_PASSWORD

Diagnostic Procedures

Given that MCP servers communicate via standard I/O streams, debugging presents inherent complexities. For optimal diagnostic visibility, utilization of the MCP Inspector is strongly advised.

You can initiate the Inspector using an installed npm environment via this invocation:

npx @modelcontextprotocol/inspector uv --directory /Users/alexsherin/Documents/Projects/MCP Servers run scaflog-zoho-mcp-server

Upon initialization, the Inspector will display a network address (URL) accessible via a standard web browser to commence inspection activities.

See Also

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