robot
latest
false
- Erste Schritte
- Grundlegendes zu UiPath Robot
- UiPath Assistant
- Installationsanforderungen
- Installing robots for unattended automations
- Configuring robots for unattended automations
- Deploying unattended automations
- Connecting robots for unattended automations to Orchestrator
- Einrichtung von Windows Server für High-Density-Roboter
- Weiterleitung von Robotern über einen Proxy-Server
- Implementing authentication
- Adjusting registry settings for execution in minimized RDP windows
- Using network locations
- Einrichten von Linux-Robotern
- Konfigurieren der Paketsignaturüberprüfung
- Einrichten von Paketordnern und Netzwerkpfaden
- Konfigurieren von Aktivitätsfeeds
- Setting up non-persistent VDIs - follow up with Sai
- Installing robots for attended automations
- Configuring robots for attended automations
- Integrationen
- Fehlersuche und ‑behebung
Linux-Roboter
Robot-Administratorhandbuch
Letzte Aktualisierung 17. Dez. 2024
Linux-Roboter
Before the introduction of Linux Robots, UiPath Robots were confined to Windows operating systems, as they were built to interact with Windows-specific technologies.
To expand your automation scope beyond Windows-exclusive operability, we introduced Linux Robots.
A Linux Robot is a version of the Robot built to function in Linux environments, therefore making cross-platform automation possible.
The Robot, together with the Linux operating system and other software dependencies, are bundled into a Docker image. When you use this image to start a Docker container, the resulting container would be a standalone, functional Linux environment where the Robot can operate.
Note: The Docker image is based on the Ubuntu Linux version of the
mcr.microsoft.com/dotnet/runtime
. All files required by the application are found in the /application/
directory.