Abstract: The present application provides a cloud service method, an electronic device and a computer-readable storage medium. The method includes: receiving, by a multi-cloud gateway of a local cloud, a cloud service request, where the cloud service request carries a request source address, a request ontology, an address of a target cloud service, and an address of a local cloud VPC; sending, by the multi-cloud gateway of the local cloud, the cloud service request to a multi-cloud gateway of a remote cloud according to pre-stored routing information of the target cloud service corresponding to the address of the target cloud service; receiving, by the multi-cloud gateway of the local cloud, the target data sent by the multi-cloud gateway of the remote cloud, and sending the target data to the request source address.

Abstract: A cloud network, a measurement system for the cloud network, and a method, a device and a storage medium. For a cloud network, by means of automatically perceiving a measurement intent of a tenant in the cloud network, generating a measurement rule that complies with the measurement intent, and delivering, on the basis of the measurement rule and by means of bypass packet injection, a measurement request message into network element devices on a path to be measured, a network quality analysis is performed with the help of measurement record information generated when the measurement request message passes through different network element devices.

Abstract: A computer device, a system, and a load balancing method are provided. A load balancing virtual machine is created on the computer device. When load balancing processing needs to be performed on a service of a virtual machine of the computer device, a related service packet is sent to the load balancing virtual machine of the computer device, so as to perform load balancing processing, thereby avoiding a processing delay caused by congestion of centralized load balancing. In addition, when a computer device is faulty, a virtual machine of the computer device goes offline accordingly, and a load balancing requirement is not generated any more. Therefore, when a fault of a single computer device causes a fault of a load balancing virtual machine, there is no service interruption that is caused by active/standby switchover because of the fault of the load balancing virtual machine.

Abstract: A computer device, a system, and a load balancing method are provided. A load balancing virtual machine is created on the computer device. When load balancing processing needs to be performed on a service of a virtual machine of the computer device, a related service packet is sent to the load balancing virtual machine of the computer device, so as to perform load balancing processing, thereby avoiding a processing delay caused by congestion of centralized load balancing. In addition, when a computer device is faulty, a virtual machine of the computer device goes offline accordingly, and a load balancing requirement is not generated any more. Therefore, when a fault of a single computer device causes a fault of a load balancing virtual machine, there is no service interruption that is caused by active/standby switchover because of the fault of the load balancing virtual machine.

Abstract: Embodiments of the present invention provide a clock synchronization method and device. The method includes: receiving, a preconfigured multi-protocol label switching (MPLS) capability parameter and a traffic engineering (TE) capability parameter, and establishing, based on the MPLS capability parameter and the TE capability parameter, an MPLS tunnel interface; establishing, an MPLS TE tunnel whose bidirectional paths are consistent between the first clock synchronization device and a second clock synchronization device; and performing, clock synchronization message interaction with the second clock synchronization device through the established MPLS TE tunnel.

Abstract: Embodiments of the present invention provide a clock synchronization method and device. The method includes: receiving, a preconfigured multi-protocol label switching (MPLS) capability parameter and a traffic engineering (TE) capability parameter, and establishing, based on the MPLS capability parameter and the TE capability parameter, an MPLS tunnel interface; establishing, an MPLS TE tunnel whose bidirectional paths are consistent between the first clock synchronization device and a second clock synchronization device; and performing, clock synchronization message interaction with the second clock synchronization device through the established MPLS TE tunnel.