Integrating the mxClock API into your application is a straightforward way to add high-precision time synchronization, scheduling, and timezone management. This guide covers everything from authentication to advanced usage. 1. Overview The mxClock API is designed for developers whoIt provides:
Atomic Time Sync: Nano-second precision synced with global standards.
Timezone Intelligence: Automated DST (Daylight Savings) handling. Scheduled Triggers: Server-side event execution. 2. Getting Started
To begin, you’ll need an API key from the mxClock Developer Console. Base URL:https://mxclock.com
Authentication:All requests must include your API key in the header: X-API-Key: your_api_key_here Use code with caution. 3. Core Endpoints A. Fetching Current Network Time
To ensure your app is in sync regardless of the user’s device settings: Endpoint: GET /time/now Parameters: tz (Optional: Timezone string, e.g., “UTC”) Example Request: curl -H “X-API-Key: your_key” https://mxclock.com Use code with caution. B. Timezone Conversions
Convert timestamps between different geographic locations instantly. Endpoint: POST /convert Payload:
{ “timestamp”: “2023-10-27T10:00:00Z”, “from”: “UTC”, “to”: “Asia/Tokyo” } Use code with caution. 4. Advanced: Webhooks & Scheduling
One of mxClock’s most powerful features is the Precision Trigger. Unlike standard cron jobs, these triggers fire with millisecond accuracy. Creating a Trigger: Endpoint: POST /triggers
Payload: Define the fire_at time and the callback_url where your server will receive the POST request. 5. Error Handling The API uses standard HTTP status codes: 200: Success. 401: Invalid API Key. 429: Rate limit exceeded (check your plan for quotas). 500: Server error. 6. Best Practices
Caching: For display-only clocks, fetch the offset once and apply it locally rather than polling every second.
Security: Never expose your API key in client-side code (frontend JavaScript). Use a backend proxy.
ISO 8601: Always use ISO 8601 formats for timestamps to avoid parsing errors.
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