- 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
- Configuration de Windows Server pour des Robots haute densité
- 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
- Setting up non-persistent VDIs - follow up with Sai
- 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
Guide de l’administrateur du Robot
Service de robots
The Robot uses a Windows service that always runs when the machine is powered on. This service maintains a consistent connection with the UiPath Orchestrator to ensure the Robot can accept and execute jobs anytime. Some of the main capabilities of the Robot Service are:
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Inter-process communication (IPC)—Once you run an automation, the Robot Service receives and breaks down the process data into actions that the Robot Executor can understand and perform. This is done through communication channels that let different software parts on the same device share data.
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Connection to Orchestrator—The Robot Service maintains steady contact with the Orchestrator, constantly updating it with its operating status and receiving new instructions. It sends a heartbeat to Orchestrator, a signal that indicates the Robot Service is online and functioning.
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Session and credential management—The Robot Service manages Windows sessions, creating isolated task environments for each robot. Concurrently, the Robot Service upholds the security of sensitive data by managing the credentials for the Robot. In tasks requiring authentication, the Robot Service retrieves the necessary credentials securely, providing them to the robot.
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Operational modes—The Robot Service can operate in two modes - Service Mode or User Mode. These modes primarily differ in the way they are installed and operated, and the kind of tasks they tend to support.
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Unattended automation—The Robot Service executes processes in the background, even on virtual environments or when the user is not logged in. It makes decisions based on predefined rules, and it is suitable for large-scale, high-volume tasks, which improves operational efficiency.
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Attended automation—The Robot Service works alongside a user providing help with routine tasks. These might be rule-based tasks that require human judgment, aiding accuracy and productivity.
UiPath.Service.Host.exe
is the service that handles everything related to job execution in the background.
In Service Mode, the Robot runs under the Local System, meaning it starts together with the system.
UiPath.Service.Host.exe
service manages how and when the Robot opens a Windows session for execution, and is responsible for launching and maintaining the Robot Executor in those sessions.
UiPath.Service.Host.exe
is a core part of the Robot functionality as it ensures that automation processes are executed correctly in the background without requiring user interaction. It runs independently of a user being logged in.
UiPath.Service.UserHost.exe
is a service linked to the UiPath Robot when installed in User Mode.
In User Mode, the Robot runs under the logged-in user, and can function only in an active Windows session. It does not require special system permissions, and it shuts down when the user logs out.
UiPath.Service.UserHost.exe
service executes tasks scheduled by Orchestrator and starts the Robot for job execution.