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Pro Linux high availability clustering /

This book explains essential high-availability clustering components on all Linux platforms, giving the reader insight into building solutions for any specific case needed. Topics covered include: configuring Apache for high availability, creating an Open Source SAN based on DRBD, iSCSI and HA clust...

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Detalles Bibliográficos
Clasificación:Libro Electrónico
Autor principal: Vugt, Sander van (Autor)
Formato: Electrónico eBook
Idioma:Inglés
Publicado: [Berkeley, CA] : Apress, [2014]
Colección:Expert's voice in Linux.
Temas:
Acceso en línea:Texto completo (Requiere registro previo con correo institucional)

MARC

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520 |a This book explains essential high-availability clustering components on all Linux platforms, giving the reader insight into building solutions for any specific case needed. Topics covered include: configuring Apache for high availability, creating an Open Source SAN based on DRBD, iSCSI and HA clustering; setting up a load-balanced Web server cluster with a back-end, highly-available database; setting up a KVM virtualization platform with high-availability protection for a virtual machine; designing Linux high availability clusters; setting up an environment to protect mission critical applications; connecting servers in a redundant way to the SAN; creating an affordable SAN based on open source software; seting up clusters for protection of Oracle and SAP workloads; writing cluster resource script; creating an open source SAN and a free hypervisor using KVM as the virtualization platform; and setting up a versatile, fault-tolerant, high-performance Web shop. --  |c Edited summary from book. 
505 0 0 |g Machine generated contents note:  |g ch. 1  |t High Availability Clustering and Its Architecture --  |t Different Kinds of Clustering --  |t High Performance Clusters --  |t Load Balancing Clusters --  |t High Availability Clusters --  |t What to Expect from High Availability Clusters --  |t History of High Availability Clustering in Linux --  |t Heartbeat 2.0 and Red Hat Cluster Suite --  |t Cluster Membership and Resource Management --  |t Components That Build a High Availability Cluster --  |t Shared Storage --  |t Different Networks --  |t Bonded Network Devices --  |t Multipathing --  |t Fencing/STONITH Devices and Quorum --  |t Summary --  |g ch. 2  |t Configuring Storage --  |t Why Most Clusters Need Shared Storage --  |t NAS or SAN? --  |t NAS --  |t SAN --  |t iSCSI or Fibre Channel? --  |t Understanding iSCSI --  |t Configuring the LIO iSCSI Target --  |t Connecting to an iSCSI SAN --  |g Step 1  |t discovery Mode --  |g Step 2  |t node Mode --  |g Step 3  |t Managing the iSCSI Connection --  |t Disconnecting an iSCSI Session --  |t Setting Up Multipathing --  |t /etc/multipath.conf --  |t Specific Use Cases for Multipath --  |t Summary --  |g ch. 3  |t Configuring the Membership Layer --  |t Configuring the Network --  |t Network Bonding Modes --  |t Configuring the Bond Interface --  |t Dealing with Multicast --  |t corosync or cman? --  |t Configuring corosync --  |t Understanding corosync.conf Settings --  |t Networks Without Multicast Support --  |t Configuring cman --  |t Summary --  |g ch. 4  |t Understanding Pacemaker Architecture and Management --  |t Pacemaker Related to Other Parts of the Cluster --  |t Resource Agents --  |t corosync/cman --  |t Storage Layer --  |t Pacemaker Internal Components --  |t Cluster Information Base --  |t crmd --  |t pengine --  |t Irmd --  |t stonithd/fenced --  |t Cluster Management Tools --  |t crm shell --  |t Hawk --  |t Other Tools --  |t Conga: Luci and Ricci --  |t Summary --  |g ch. 5  |t Configuring Essential Cluster Settings --  |t Specifying Default Cluster Settings --  |t no-quorum-policy --  |t default-resource-stickiness --  |t stonith-action --  |t Setting Up STONITH --  |t Different Solutions --  |t Setting Up libvirt Hypervisor-Based STONITH --  |t Setting Up Hardware-Based STONITH: The APC Master Power Switch --  |t Configuring STONITH for Dell DRAC and Other Server Management Cards, Such As HP ILO --  |t IPMI and Other Management Boards --  |t Setting Up Shared Disk-Based STONITH --  |t Using Fencing on Red Hat Clusters --  |t Summary --  |g ch. 6  |t Clustering Resources --  |t What Makes Clustered Resources Different --  |t Clustering an Apache File Server --  |t Creating Resources --  |t Grouping Resources --  |t Working with Constraints --  |t Constraint Types --  |t Understanding Scores --  |t Testing the Configuration --  |t Understanding Resource Agent Scripts --  |t Summary --  |g ch. 7  |t Clustering Storage --  |t Using a Cluster File System --  |t Configuring an OCFS2 File System --  |t Understanding Clone Resources --  |t LVM2 in Cluster Environments --  |t OCFS2 on Top of CLVM2 --  |t Using GFS2 with Pacemaker --  |t Summary --  |g ch. 8  |t Performing Daily Cluster Management Tasks --  |t Starting and Stopping Resources --  |t Monitoring Resource State --  |t Resource Migration --  |t Using Resource Cleanup --  |t Managing Nodes --  |t Using Unmanaged Mode and Maintenance Mode for Maintenance --  |t Understanding Log Files --  |t Backup and Restore of the Cluster Configuration --  |t Wipe Everything and Start All Over --  |t Summary --  |g ch. 9  |t Creating an Open Source SAN --  |t Creating an Open Source SAN with Pacemaker --  |t Configuring RAID 1 over the Network with DRBD --  |t Precautionary Measures --  |t Creating the Configuration --  |t Working with the DRBD --  |t Troubleshooting the Disconnect State --  |t Working with Dual Primary Mode --  |t Integrating DRBD in Pacemaker Clusters --  |t Testing --  |t Adding an iSCSI Target to the Open Source SAN --  |t Creating an Open Source SAN with LVM --  |t Setting Up the iSCSI Target in the Cluster --  |t Summary --  |g ch. 10  |t Use Case: Creating a Solution for Xen/KVM High Availability --  |t Introduction: An Overview of Open Source Virtualization Solutions --  |t Xen --  |t KVM --  |t Requirements for Setting Up an HA Solution for Virtual Machines --  |t Example of a Virtual Machine HA Cluster --  |t Creating a KVM HA Cluster --  |t Creating the Base Cluster --  |t Configure the SAN for Shared Storage --  |t Installing a KVM Virtual Machine --  |t Setting Up Cluster Resources for the KVM Virtual Machine --  |t Summary --  |g ch. 11  |t Use Case: Configuring a Load-Balanced Mail Front End with a Database Back End --  |t Customer Situation --  |t Database Back End --  |t Mail Front End --  |t One Big Cluster or Many Little Clusters? --  |t Summary. 
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