以下哪2个服务,是Nova 的控制台子服务? A: Nova Compute B: Nova Consoleauth C: Nova Conductor D: Nova Vncproxy
以下哪2个服务,是Nova 的控制台子服务? A: Nova Compute B: Nova Consoleauth C: Nova Conductor D: Nova Vncproxy
在Nova中,要实现基本的虚拟机管理功能,至少需要启动哪些子服务? A: Nova API B: Nova Conductor C: Nova Scheduler D: Nova Compute
在Nova中,要实现基本的虚拟机管理功能,至少需要启动哪些子服务? A: Nova API B: Nova Conductor C: Nova Scheduler D: Nova Compute
(1.00分)控制节点NovA模块包含 A: nova-api B: nova-scheduler C: nova-compute D: nova-conductor
(1.00分)控制节点NovA模块包含 A: nova-api B: nova-scheduler C: nova-compute D: nova-conductor
下述()不属于nova的子服务。 A: nova-api B: nova-conductor C: nova-scheduler D: qemu
下述()不属于nova的子服务。 A: nova-api B: nova-conductor C: nova-scheduler D: qemu
采用负载均衡模式部署的Nova模块包含:() A: nova-api B: nova-scheduler C: nova-compute D: nova-conductor
采用负载均衡模式部署的Nova模块包含:() A: nova-api B: nova-scheduler C: nova-compute D: nova-conductor
下列哪项nova服务不是OpenStack平台控制节点必须的服务?() A: nova-api B: nova-compute C: nova-scheduler D: nova-conductor
下列哪项nova服务不是OpenStack平台控制节点必须的服务?() A: nova-api B: nova-compute C: nova-scheduler D: nova-conductor
Nova的逻辑架构中,负责核心计算的模块,即ComputeCore,由哪几个部分组成() A: 调度器Nova-scheduler B: 核心计算服务Nova-compute C: 数据库桥梁Nova-conductor D: 消息队列Nova-queue
Nova的逻辑架构中,负责核心计算的模块,即ComputeCore,由哪几个部分组成() A: 调度器Nova-scheduler B: 核心计算服务Nova-compute C: 数据库桥梁Nova-conductor D: 消息队列Nova-queue
下列关于Nova组件的描述中正确的是:() A: 通常将nova-api、nova-scheduler、nova-conductor组件合并部署在控制节点上 B: Nova实例部署在多个控制节点实现HA和负载均衡 C: 通常将nova-api、nova-scheduler、nova-compute组件合并部署在控制节点上 D: Nova实例通过增加控制节点和计算节点实现简单方便的系统扩容
下列关于Nova组件的描述中正确的是:() A: 通常将nova-api、nova-scheduler、nova-conductor组件合并部署在控制节点上 B: Nova实例部署在多个控制节点实现HA和负载均衡 C: 通常将nova-api、nova-scheduler、nova-compute组件合并部署在控制节点上 D: Nova实例通过增加控制节点和计算节点实现简单方便的系统扩容
以下nova命令,可以查询网络列表的是 A: neutron network-list B: neutron net-list C: nova net-list D: nova network-list
以下nova命令,可以查询网络列表的是 A: neutron network-list B: neutron net-list C: nova net-list D: nova network-list
On the ideal conductor surface, the relationship between the electric field lines and the conductor surface is A: the electric field lines is always pertendicular to the conductor surface. B: the electric field lines is always parallel to the conductor surface. C: there is no electri field lines exsited. D: unable to determine the relationship.
On the ideal conductor surface, the relationship between the electric field lines and the conductor surface is A: the electric field lines is always pertendicular to the conductor surface. B: the electric field lines is always parallel to the conductor surface. C: there is no electri field lines exsited. D: unable to determine the relationship.