Chapter 1 Oracle ZFS Storage Appliance Overview
Chapter 3 Initial Configuration
Chapter 4 Network Configuration
Chapter 5 Storage Configuration
Chapter 6 Storage Area Network Configuration
Chapter 8 Setting ZFSSA Preferences
Chapter 10 Cluster Configuration
Configuring Services Using the BUI
Viewing a Specific Service Screen
Viewing a Specific Service Screen
Configuring Services Using the CLI
iSCSI Service Targets and Initiators
SMB Microsoft Stand-alone DFS Namespace Management Tools Support Matrix
Example: Manipulating DFS Namespaces
Adding a User to an SMB Local Group
SMB Users, Groups, and Connections
Active Directory Configuration
Project and Share Configuration
SMB Data Service Configuration
Allowing FTP Access to a share
HTTP Authentication and Access Control
Allowing HTTP access to a share
NDMP Local vs. Remote Configurations
Allowing SFTP access to a share
Configuring SFTP Services for Remote Access
Allowing TFTP access to a share
Configuring virus scanning for a share
Adding an appliance administrator from NIS
Adding an appliance administrator
Active Directory Join Workgroup
Active Directory Domains and Workgroups
Active Directory Windows Server 2012 Support
Active Directory Windows Server 2008 Support
Active Directory Windows Server 2008 Support Section A: Kerberos issue (KB951191)
Active Directory Windows Server 2008 Support Section B: NTLMv2 issue (KB957441)
Active Directory Windows Server 2008 Support Section C: Note on NTLMv2
Configuring Active Directory Using the BUI
Configuring Active Directory Using the CLI
Example - Configuring Active Directory Using the CLI
Identity Mapping Rule-based Mapping
Identity Mapping Directory-based Mapping
Mapping Rule Directional Symbols
Identity Mapping Best Practices
Identity Mapping Case Sensitivity
Identity Mapping Domain-Wide Rules
RIP and RIPng Dynamic Routing Protocols
Registering the Appliance Using the BUI
Registering the Appliance Using the CLI
Configuring SNMP to Serve Appliance Status
Configuring SNMP to Send Traps
Receiver Configuration Examples
Configuring a Solaris Receiver
Chapter 12 Shares, Projects, and Schema
DNS is a standard, enterprise-grade, highly-scalable and reliable mechanism for mapping between hostnames and IP addresses. Use of working DNS servers is a best practice and will generally yield the best results. In some environments, there may be a subset of hosts that can be resolved only in NIS or LDAP maps. If this is the case in your environment, enable non-DNS host resolution and configure the appropriate directory service(s). If LDAP is used for host resolution, the hosts map must be located at the standard DN in your database: ou=Hosts,(Base DN), and must use the standard schema. When this mode is used with NFS sharing by netgroups, it may be necessary for client systems to use the same hostname resolution mechanism configured on the appliance, or NFS sharing exceptions may not work correctly.
When non- DNS host resolution is enabled, DNS will still be used. Only if an address or hostname cannot be resolved using DNS will NIS (if enabled) and then LDAP (if enabled) be used to resolve the name or address. This can have confusing and seemingly inconsistent results. You can validate host resolution results using the getent CLI command described above.
Use of these options is strongly discouraged.