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Inventory Device Name Ipping

Endpoints Summary

Method Path Swagger GET /inventory_device_name_ipping/{name}/ Swagger ↗

The inventory device name pingingipping endpoint provides a wayfunctionality to retrieve device information by device name, specifically focused on ping-relatedIP ping capabilities and network connectivity status and connectivity data. This endpoint is commonly used for networkinventory monitoring,management device health checks, and troubleshooting connectivity issues.systems.

Base URL: https://control.zequenze.com/api/v1

Authentication: All endpoints require a Bearer token:

Authorization: Bearer <your-api-token>

Overview

The inventory device name pingingipping API allowscategory youis todesigned queryfor specificnetwork devicesadministrators byand theirIT nameteams who need to retrieve ping-relateddevice information based on device names, with a specific focus on IP ping capabilities and network connectivity status.monitoring. This endpoint is particularly useful for inventory management systems that need to verify device connectivity status, perform network administratorsdiagnostics, or retrieve device information for monitoring dashboards.

Common scenarios include automated network health checks, device discovery processes, and integration with monitoring systems that need to checkcorrelate device reachabilitynames with their ping status and connectivity information. The endpoint provides essential device data that can be used to determine if a device is reachable on the network and retrieve its current operational status.

This API is typically used in conjunction with other inventory management endpoints to provide a complete picture of device status and network health.

topology

Keywithin featuresan oforganization's this API category:

    Device-specific queries: Retrieve information about individual devices using their unique names Ping status monitoring: Get current connectivity and ping response data Network troubleshooting: Identify connectivity issues and network bottlenecks Integration-friendly: Perfect for monitoring dashboards, alerting systems, and automated network management tools

    This endpoint is commonly integrated into network monitoring solutions, DevOps pipelines, and infrastructure management platforms where real-time device connectivity information is critical for maintaining system reliability.infrastructure.


    Endpoints

    GET /inventory_device_name_ipping/{name}/

    Description: Retrieves device information and ping status and connectivity information for a specific device identified by its name. This endpoint returnsis detailedessential information about the device'sfor network reachability,monitoring responseapplications times, and current ping status. Use this endpoint when youthat need to check ifdevice aconnectivity specificand retrieve basic device isinformation respondingfor toinventory networkmanagement requests or when troubleshooting connectivity issues.purposes.

    Use Cases:

    • MonitorNetwork health monitoring systems checking device availability in network monitoring dashboardsconnectivity
    • Automated healthinventory checksaudits forverifying criticaldevice infrastructure componentsaccessibility
    • TroubleshootTroubleshooting tools that need to correlate device names with network status
    Dashboard applications displaying real-time device connectivity issues for specific devices Generate uptime reports for individual network devices Integrate device status into alerting and notification systems

    Full URL Example:

    https://control.zequenze.com/api/v1/inventory_device_name_ipping/server-web-01/
    

    Parameters:

    Parameter Type In Required Description
    name string path Yes The unique name identifier of the device to query forretrieve ping statusinformation for

    cURL Example:

    curl -X GET "https://control.zequenze.com/api/v1/inventory_device_name_ipping/server-web-01/" \
      -H "Authorization: Bearer YOUR_API_TOKEN" \
      -H "Content-Type: application/json"
    

    Example Response:

    {
      "id": 1247,
      "device_name"name": "server-web-01",
      "ip_address": "192.168.1.100",
      "ping_status": "online"active",
      "last_ping_time": "2024-01-15T14:32:15Z"30:25Z",
      "response_time_ms": 12.4,12,
      "packet_loss_percent": 0.0,
      "uptime_percent": 99.8,
      "last_offline"device_type": "2024-01-12T03:15:22Z"server",
      "ping_count_24h": 1440,
      "failed_pings_24h": 3,
      "location": "Data Center A - Rack 15"A",
      "device_type"status": "server"online",
      "monitoring_enabled"uptime_percentage": true99.8
    }
    

    Response Codes:

    Status Description
    200 Success - Returns thedevice information and ping status and device information
    401 Unauthorized - Invalid or missing API token
    404 Not Found - Device with the specified name does not exist
    429 Too Many Requests - Rate limit exceeded 500 Internal Server Error - Server-sideServer error occurred while retrieving device data

    Common Use Cases

    Use Case 1: Network MonitoringHealth Dashboard

    DisplayMonitor real-timethe deviceconnectivity status inof monitoringcritical dashboardsinfrastructure devices by querying specific devices and showing their ping status,status and response times,times. Use this endpoint to populate real-time network health dashboards that display device availability and uptimeperformance percentages. Perfect for NOC (Network Operations Center) displays and infrastructure oversight.metrics.

    Use Case 2: Automated HealthNetwork ChecksDiagnostics

    Integrate this endpoint intoImplement automated monitoring scripts that check criticaldevice connectivity as part of routine network maintenance. The endpoint can be used to identify devices atthat regularmay intervals.be Setexperiencing upnetwork alerts when devices become unreachableissues or showare degraded performance metrics.unreachable.

    Use Case 3: TroubleshootingInventory WorkflowVerification

    WhenValidate users report connectivity issues, quickly check specificthat devices bylisted namein your inventory system are actually accessible on the network. This is particularly useful during asset audits or when onboarding new devices to identifyensure proper network problems, packet loss, or response time degradation without needing to access multiple monitoring tools.configuration.

    Use Case 4: SLATroubleshooting ReportingIntegration

    Generate service level agreement reports by collecting uptime data for specific devices over time, helping demonstrate complianceIntegrate with availabilityhelpdesk commitmentsor ticketing systems to customersautomatically orcheck stakeholders.

    Use Case 5: Capacity Planning

    Monitor response times anddevice connectivity patternswhen forsupport devicestickets toare identifycreated, providing technicians with immediate network bottlenecksstatus and plan infrastructure upgrades before performance issues impact users.information.


    Best Practices

    • Implement proper error handling for 404 responses when device names don't exist, as this is common during device lifecycle changes
    Cache results appropriately since ping status information can be used frequently but doesn't need real-time updates for most use cases Use meaningfuldescriptive device names: Ensure device namesthat follow ayour consistentorganization's naming convention that makes them easily identifiable and searchable Implement caching: Cache ping status data for frequently queried devicesconventions to reducemake API calls andmore improve application performance Handle 404 errors gracefully: Always check for device existenceintuitive and provide meaningful error messages when devices are not foundmaintainable Monitor rate limits: Implementif proper rate limiting and retry logic to avoid hitting API quotas, especially when monitoringpolling multiple devices frequently, and consider batching requests when possible SetValidate appropriatedevice timeoutsnames: Configurebefore reasonable timeout values formaking API requestscalls to preventensure hangingthey connectionsmatch duringyour networknaming issuesconventions and reduce unnecessary 404 responses Use batch processing: When monitoring multiple devices, implement proper queuing and batch processing to avoid overwhelming theLog API Store historical dataresponses: Consider storing ping status data locally for trendnetwork analysisconnectivity trends and historical reportinganalysis ratherof thandevice repeatedlyavailability querying the APIpatterns