Eğitim Hakkında
Enterprise Linux High Availability Clustering eğitimi iki temel alana odaklanır: Linux yüksek kullanılabilirlik (HA) kümeleme ve HA depolama yönetimi. Katılımcılar, etkin / etkin yapılandırmaları etkinleştirmek için kümelenmiş depolama teknolojilerinden nasıl yararlanacaklarını öğrenirler.
Neler Öğreneceksiniz
En iyi uygulamaları kullanarak gerçekçi bir üç düğümlü Linux kümesi oluşturmayı,
Gerçek dünya ortamında çoklu yol, yedekli halka iletişimi, son ayakta duran küme ve paylaşılan depolama senaryoları dahil çok gerçek dünya görevlerini gerçekleştirmeyi,
Cluster Architecture & Design, Pacemaker, Corosync, Fencing, Resource Management, Advanced Resource Management, Multipathing, Cluster LVM v2 ile çalışmayı.
Eğitim İçeriği
Introduction to Clustering And Storage Management
Clustering Introduction
Cluster Building Blocks
Shared Storage
Hardware and Software Requirements
Network Considerations
Split Brain Prevention with Fencing
HA Components
Clustered Resources
Configuration Tools
Red Hat Cluster Stack Roadmap
Running Commands on Multiple Systems
Corosync And Quorum Management
Vocabulary
Network Topology
Ethernet Bonding
Communication Methods
IPv6 Considerations
Cluster Node Preparation
Enable and Configure pcsd
PCS & PCSD
Cluster Quorum
Advanced Quorum Techniques
Corosync
Corosync - Redundant Ring Protocol (RRP)
Corosync Security
Joining and Leaving the Cluster
Quorum Administration
Upgrading
STONITH and Fencing
Fencing Introduction
Node Level Fencing
Node Fencing: External
Node Fencing: Internal
Node Fencing: Pseudo
Resource Level Fencing
Fencing Architecture
STONITH Subsystem
Fencing Agents
Fencing Agents listing
STONITH Resources
Working With stonith_admin
Manual Fencing
Best Practices
Pacemaker Cluster Resource Manager
Cluster Architecture Revisited
Pacemaker Architecture
Pacemaker Cluster Information Base (CIB)
Resource Management Overview
Component Relationships
Resource Agents
Types of Resources
Resource Naming Conventions
Resource Specific Parameters/Options
Resource Meta Parameters/Options
Resource Agent Operations
Discover Resource Agents
Available Resource Agents
Resource Spotlight: IPAddr2
Add a Primative Resource
Resource Group Management
Resource Group Example
Resource Actions: Monitoring
Resource Administration
PCS vs. CRM_*
Advanced Resource Configuration
Resource Placement Basics
Resource Ordering
Location Constraints
Relocating Resources
Relocation on Failure
Resource Standard: Clones & Multi-State
Resource Operations
Troubleshooting
Cluster Maintenance
Storage Technologies
Remote Storage Overview
Remote Filesystem Protocols
Remote Block Device Protocols
Distributed Lock Manager
dlm_controld & dlm_tool
Block Devices and the Device Mapper
Managing Loopback Devices
ISCSI
iSCSI Architecture
iSCSI Target Implementations
iSCSI Target Node Preparation & targetcli
iSCSI Target Administration
iSCSI Target Defining Storage Objects
iSCSI Target LUN Administration
iSCSI Target Network Portal Configuration
iSCSI Target Security
iSCSI Target Examples
Open-iSCSI Initiator Implementation
iSCSI Initiator Discovery
iSCSI Initiator Node Administration
Mounting iSCSI Targets at Boot
iSCSI Multipathing Considerations
Kernel Device Management
Managing Linux Device Files
Kernel Hardware Info – /sys/
/sys/ Structure
udev
I/O Elevators
Device Mapper and Multipathing
SAN Multipathing
Multipath Configuration
Multipathing Best Practices
Advanced Lvm & Cluster Lvm
Logical Volume Management
Implementing LVM
Creating Logical Volumes
Activating LVM VGs
Exporting and Importing a VG
Examining LVM Components
Changing LVM Components
Advanced LVM Overview
Advanced LVM: Components & Object Tags
Advanced LVM: Automated Storage Tiering
Advanced LVM: Thin Provisioning
Advanced LVM: Striping & Mirroring
Advanced LVM: RAID Volumes
cLVM
Global File System (GFS) 2
GFS2 Overview
GFS2 Capabilities
GFS2 Theory of Operation
GFS2 Configuration Prerequisites
Setting Up Cluster LVM
GFS2 Filesystem Creation & Mounting
GFS2 Filesystem Management
GFS2 Fencing Requirement
Diğer Eğitimler
Digital Vizyon
444 Eğitim Seti
