Actions32
- Device Actions
- Control Windows Service
- Get
- Get Activities
- Get Alerts
- Get Custom Fields
- Get Dashboard URL
- Get Disks
- Get Jobs
- Get Last Logged On User
- Get Many
- Get Network Interfaces
- Get OS Patch Installs
- Get OS Patches
- Get Policy Overrides
- Get Processors
- Get Software
- Get Software Patch Installs
- Get Software Patches
- Get Volumes
- Get Windows Services
- Reboot Device
- Run Script
- Update Custom Fields
- Ticket Actions
- Organization Actions
Device → Get Jobs
AI-generatedOverview
The NinjaOne node's 'Get Jobs' operation for the 'Device' resource retrieves job-related information for a specified device using the NinjaOne API. This operation is useful for IT administrators or support teams who want to monitor or audit jobs executed on a device, such as software installations, updates, or maintenance tasks. For example, it can be used to fetch recent job statuses or history for troubleshooting or reporting purposes.
Use Case Examples
- Fetch all jobs executed on a device to review their statuses.
- Retrieve job history for a device to audit maintenance activities.
Properties
| Name | Meaning |
|---|---|
| Device ID | The unique identifier of the device for which to retrieve job information. |
| Request Options | Additional settings to customize the API request, including batching, SSL certificate validation, proxy configuration, and request timeout. |
Output
JSON
jobs- Array of job objects retrieved for the specified device, containing details about each job.
Dependencies
- NinjaOne API with OAuth2 authentication
Troubleshooting
- Ensure the Device ID is correct and exists in the NinjaOne system to avoid 'not found' errors.
- Check network connectivity and proxy settings if requests time out or fail.
- If SSL certificate errors occur, consider enabling 'Ignore SSL Issues' cautiously.
- Verify that the OAuth2 credentials are valid and have sufficient permissions to access device job data.
Links
- NinjaOne API Documentation - Official API documentation for NinjaOne, useful for understanding available endpoints and data structures.