robot
2024.10
true
- Démarrage
- Comprendre UiPath Robot
- Assistant UiPath
- Prérequis d’installation
- Installing robots for unattended automations
- Configuring robots for unattended automations
- Deploying unattended automations
- Connecting robots for unattended automations to Orchestrator
- Setting up Windows Server for High-Density Robots
- Rediriger les Robots vers un serveur proxy
- Implementing authentication
- Adjusting registry settings for execution in minimized RDP windows
- Using network locations
- Configurer des Robots Linux
- Configuration de la vérification de la signature des paquets
- Configurer des dossiers de package et des chemins d’accès réseau
- Configurer des flux d’activité
- Installing robots for attended automations
- Configuring robots for attended automations
- Intégrations
- Résolution des problèmes
- Résoudre les problèmes du service de robot UiPath
- Résoudre les problèmes d’exécution
- Résoudre les problèmes de mise en réseau
- Résolution des problèmes de connexion
- Licensing troubleshooting
- Package troubleshooting
- Résolution des problèmes .NET
- Dépannage de la journalisation
- Dépannage des problèmes de session
Using network locations
Guide de l’administrateur du Robot
Dernière mise à jour 18 déc. 2024
Using network locations
For easier access to shared network folders, you can map network drives on your user account. To map a network drive is to connect a network location that can be accessed via a URL, such as
\\ServerName\SharedFolder
, to a drive letter, such as z:
.
Important :
The mapping of a network drive is user-specific. So access to a mapped network drive is limited to the individual user for whom the mapping was done.
However, if you store the packages published from Studio on the mapped network drive, you might run into some issues. To prevent this, map the network drive for the Local System.
Occasionally, robots cannot find a mapped network drive when running an unattended automation. This can happen due to the non-interactive nature of the session 0.
To prevent this, map the network drive in
headless
mode. This can be done by remapping the drive for every job the robot starts. The remapping must be applied when the machine is restarted.
In the unattended automation workflow, explicitly run the
net use Z: \\unc\path
command before accessing the shared drive.