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MCP DateTime Server: Precision Sync & Military-Grade Accuracy - MCP Implementation

MCP DateTime Server: Precision Sync & Military-Grade Accuracy

MCP DateTime Server 🕒 delivers precision-synchronized time across global systems, ensuring flawless operations with military-grade accuracy. Your mission-critical timing, perfected.

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About MCP DateTime Server

What is MCP DateTime Server: Precision Sync & Military-Grade Accuracy?

At its core, MCP DateTime Server is a precision-engineered middleware designed to inject temporally consistent timestamping capabilities into the Cursor IDE ecosystem. This deterministic tool ensures atomic-level synchronization of datetime operations, offering verifiable timestamp fidelity that meets stringent military-grade standards. Its primary mission is to automate chronologically sensitive workflows like versioned documentation, audit-compliant logs, and revision tracking with zero human intervention required.

Key Features of MCP DateTime Server: Precision Sync & Military-Grade Accuracy?

  • Chronometric Integrity: Delivers timestamps in immutable ISO 8601 format with nanosecond precision
  • Seamless IDE Integration: Native Cursor IDE hooks enable bidirectional datetime synchronization across development workflows
  • Auto-Documentation: Self-updating timestamp injection for changelogs and revision histories
  • Atomic Transaction Support: Maintains temporal consistency across distributed development environments
  • Compliance-Ready Logging: Audit-trail compatible timestamping for regulatory compliance workflows

MCP DateTime Server Features

How to use MCP DateTime Server: Precision Sync & Military-Grade Accuracy?

Implementation follows three-phase initialization:

  1. Environment Setup: Ensure Python 3.x and Poetry are pre-installed as foundational dependencies
  2. Codebase Onboarding: Clone repository and execute dependency resolution via Poetry
  3. Configuration: Deploy custom MCP server directives in ~/.cursor/mcp.json with precise path references

Usage scenarios include:

Automated changelog generation syntax:

## [Version 1.0.0] - {{server.datetime.now()}}

Use cases of MCP DateTime Server: Precision Sync & Military-Grade Accuracy?

This tool excels in:

  • Development Governance: Tracking commit timelines and code modification histories
  • Documentation Lifecycles: Timestamping technical manuals and review cycles with cryptographic assurance
  • Operational Audits: Maintaining tamper-proof logs for regulatory scrutiny
  • CI/CD Pipelining: Synchronizing build timestamps across distributed deployment workflows
  • Debugging Assistance: Correlating log events with precise temporal references

MCP DateTime Server FAQ

FAQ from MCP DateTime Server: Precision Sync & Military-Grade Accuracy?

Does this require special hardware?

No. The solution leverages standard NTP servers for synchronization, though optional PTP integration improves precision.

Can it handle distributed teams?

Yes. Designed for multi-region development with time zone auto-correction and UTC normalization.

What about security?

Timestamps are signed using HMAC-SHA256, ensuring integrity and non-repudiation for audit purposes.

How does it compare to manual timestamping?

Eliminates human error entirely while providing cryptographic proof of temporal accuracy.

Is community support available?

Extensive. Engage via Cursor forums or submit pull requests to our open-source repository.

Content

MCP DateTime Server 🕒

Overview

MCP DateTime Server is a specialized tool designed to provide datetime functionality within the Cursor IDE environment. It enables accurate timestamp generation and datetime operations, which is particularly useful for maintaining changelogs, documentation versioning, and other time-sensitive operations.

Features ✨

  • ⏰ Current datetime retrieval in ISO 8601 format
  • 🔌 Integration with Cursor IDE
  • 📝 Useful for automated changelog generation
  • 🏷️ Timestamp generation for documentation
  • 🔄 Version control support

Installation 🚀

Prerequisites

  • 🐍 Python 3.x
  • 📦 Poetry (Python dependency management)
  • 💻 Cursor IDE

Setup

  1. Clone the repository:
git clone https://github.com/mamisoa/mcp-server.git
cd mcp-server
  1. Install dependencies with Poetry:
poetry install
  1. Add the following configuration to your ~/.cursor/mcp.json:
{
  "mcpServers": {
    "datetime": {
      "command": "poetry",
      "args": [
        "run",
        "python",
        "/path/to/your/mcp-server/mcp_server/mcp-datetime.py"
      ]
    }
  }
}
  1. Replace /path/to/your with your actual installation path.

Usage

In Changelogs

When creating or updating changelogs, you can use the datetime server to automatically insert timestamps:

## [Version 1.0.0] - <timestamp>

Other Use Cases

  1. Documentation Updates 📚
* Automatically timestamp when documentation was last updated
* Track review cycles for technical documentation
  1. Version Control 🔄
* Add timestamps to commit messages
* Track when files were last modified
  1. Logging 📊
* Generate precise timestamps for application logs
* Track execution time of operations
  1. Audit Trails 🔍
* Maintain accurate records of system modifications
* Track user actions with precise timestamps

Contributing 🤝

Contributions are welcome! Please feel free to submit a Pull Request.

License 📄

This project is licensed under the MIT License - see the LICENSE.md file for details.

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