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所在平台: Udemy |
课程主页: https://www.udemy.com/course/mastering-vmware-vcenter-esxi-virtualization/
课程评论：没有评论
课程名称：掌握VMware：vCenter ESXi虚拟化 概述：掌握VMware课程是为IT专业人员、系统管理员和虚拟化爱好者提供的全面指南，旨在帮助他们在管理VMware环境方面达到卓越水平。课程内容涵盖从vCenter和ESXi的设置到高可用性集群、分布式交换机和快照等高级配置。通过24个结构化的章节，学生将获得实践经验并深入理解VMware强大的工具。 课程内容： 第一部分：介绍 介绍VMware基础知识，包含vCenter Appliance Server、虚拟机监控器概念和资源分配，为管理VMware环境奠定坚实基础。 第二部分：ESXi配置 深入配置ESXi，包括监控器要求、网络适配器、NFS数据存储设置和关键维护任务。学习如何有效定制角色和管理服务。 第三部分：虚拟机创建 指导您创建和管理虚拟机，包括安装VMware Tools、监控性能统计和编辑虚拟硬件。 第四部分：vCenter安装 学习vCenter Server的目的及安装，包括嵌入式平台和设备控制台的配置。 第五部分：WebClient中的文件 探索高级ESXi主机选项，了解如何在vSphere Web Client中识别和管理文件。 第六部分：文件名和目录 深入了解访问权限、vCenter探索、特权选项以及活动目录集成，以实现安全和有序的VMware管理。 第七部分：连接到ESXi主机 管理主用户和组，创建数据中心，连接网关，以及配置高级系统设置以实现无缝主机集成。 第八部分：更多关于报警 学习配置和自定义报警，探索高级报警设置，以及实现自动响应脚本。 第九部分：vSphere-HA和集群 了解vSphere中的高可用性（HA）及其集群应用，包括设置和HA测试，确保虚拟环境中的故障保护。 第十部分：主从配置 深入优化资源利用的主从配置，简化虚拟化环境。 第十一部分：vMotion 学习如何使用vMotion进行在线虚拟机迁移，包括静态IP分配和目标RAM配置。 第十二部分：快照 掌握使用快照保存VM状态、内存内容，和合并快照以高效管理存储。 第十三部分：EVC 探索增强虚拟机兼容性（EVC）模式及电源管理功能，以最大化硬件效率。 第十四部分：标准交换机 了解标准交换机和VSwitches的基础，以有效管理VMware网络流量。 第十五部分：网络负载均衡 学习配置网络负载均衡，包括IP设置、链路状态和流量优化技术。 第十六部分：分布式交换机 深入分布式交换机、物理适配器及高级交换机配置，以集中管理网络。 第十七部分：从标准到DV交换机迁移 学习从标准交换机迁移到分布式交换机，包括创建端口组和管理网络适配器。 第十八部分：DV交换机的影响分析 分析分布式交换机对网络性能的影响，探索数据端口组配置。 第十九部分：克隆模板 掌握虚拟机模板的创建和管理，包括存储选择和转换，以简化部署。 第二十部分：磁盘类型和FT 了解磁盘类型、配置方法、硬盘配置和容错设置。 第二十一部分：共享、亲和力和vApp 理解VM-Host规则、vApp创建、资源池和位置选择的高级虚拟化场景。 第二十二部分：更新管理器和补丁 学习管理主机的更新和补丁，确保VMware环境的安全与高效。 第二十三部分：从分布式到标准交换机 探讨端口属性和小组状态，同时在分布式和标准交换机之间转换。 第二十四部分：vCenter和ESXi升级 理解vCenter和ESXi的升级过程，确保无缝过渡到新版本。 结论： 本课程提供全面的知识和实践技能，使学员能够管理、优化和故障排除VMware环境。到课程结束时，学生将自信地处理复杂的虚拟化任务。
The Mastering VMware course is an all-encompassing guide for IT professionals, system administrators, and virtualization enthusiasts who aim to excel in managing VMware environments. From setting up vCenter and ESXi to advanced configurations like HA Clusters, Distributed Switches, and Snapshots, this course covers it all. With 24 structured sections, students will gain hands-on experience and a deep understanding of VMware's powerful tools.Section 1: IntroductionThis section introduces the fundamentals of VMware, starting with the vCenter Appliance Server, hypervisor concepts, and resource allocation. It builds a strong foundation for managing VMware environments.Section 2: ESXi ConfigurationDive into configuring ESXi, including hypervisor requirements, network adapters, NFS datastore setups, and critical maintenance tasks. Learn to customize roles and manage services effectively.Section 3: VM CreationThis section guides you through the creation and management of virtual machines (VMs), including installing VMware Tools, monitoring performance statistics, and editing virtual hardware like hard disks.Section 4: vCenter InstallationLearn the purpose and installation of vCenter Server, including configuring embedded platforms and appliance consoles, providing a comprehensive understanding of vCenter's capabilities.Section 5: Files in WebClientExplore advanced ESXi host options and learn to identify and manage files within the vSphere Web Client for efficient infrastructure management.Section 6: File Names and DirectoriesGain in-depth knowledge about access permissions, vCenter exploration, privilege options, and active directory integrations for secure and organized VMware management.Section 7: Connecting to ESXi HostMaster user and group management, data center creation, connecting gateways, and configuring advanced system settings for seamless host integration.Section 8: More in AlarmsLearn to configure and customize alarms, explore advanced alarm settings, and implement scripts for automated responses.Section 9: vSphere-HA and ClusterUnderstand high availability (HA) in vSphere and cluster applications, from setup to HA testing, ensuring failover protection in virtual environments.Section 10: Master-Slave ConfigurationDelve into master-slave configurations to optimize resource utilization and streamline virtualized environments.Section 11: vMotionLearn to migrate live VMs with vMotion, including static IP assignments and destination RAM configurations for uninterrupted operations.Section 12: SnapshotsMaster the use of snapshots to preserve VM states, memory content, and consolidate snapshots for efficient storage management.Section 13: EVCExplore Enhanced vMotion Compatibility (EVC) modes and power management features to maximize hardware efficiency.Section 14: Standard SwitchUnderstand the basics of Standard Switches and VSwitches for managing VMware network traffic effectively.Section 15: Network Load BalancingLearn to configure network load balancing, including IP settings, link status, and traffic optimization techniques.Section 16: Distributed SwitchesDive into Distributed Switches, physical adaptors, and advanced switch configurations to centralize network management.Section 17: Standard to DV Switch MigrationLearn to migrate from Standard to Distributed Switches, including creating port groups and managing network adaptors.Section 18: Impact Analysis of DV SwitchAnalyze the impact of Distributed Switches on network performance and explore data port group configurations.Section 19: Clone TemplateMaster the creation and management of VM templates, including storage selection and conversion for streamlined deployment.Section 20: Type of Disk and FTLearn about disk types, provisioning methods, hard disk configurations, and fault tolerance setups.Section 21: Shares, Affinity, and vAppUnderstand VM-Host rules, vApp creation, resource pools, and location selection for advanced virtualization scenarios.Section 22: Update Manager and PatchingLearn to manage updates and patches for hosts, ensuring your VMware environment stays secure and efficient.Section 23: Distributed to Standard SwitchExplore port properties and group statuses while transitioning from Distributed to Standard Switches.Section 24: vCenter and ESXi UpgradeUnderstand the upgrade process for vCenter and ESXi, ensuring seamless transitions to newer versions.ConclusionThis course provides comprehensive knowledge and hands-on skills to manage, optimize, and troubleshoot VMware environments. By the end, students will be fully equipped to handle complex virtualization tasks with confidence.
