003 - CX-310-202 Exam Objective

• 1.1 Control and monitor network interfaces including MAC addresses, IP addresses, network packets, and configure the IPv4 interfaces at boot time.
  
• 1.2 Explain the client-server model and enable/disable server processes.
• 2.1 Explain virtual memory concepts and given a scenario, configure, and manage swap space.
• 2.2 Manage crash dumps and core file behaviors.
• 2.3 Explain NFS fundamentals, and configure and manage the NFS server and client including daemons, files, and commands.
• 2.4 Troubleshoot various NFS errors.
• 2.5 Explain and manage AutoFS and use automount maps (master, direct, and indirect) to configure automounting.
• 3.1 Analyze and explain RAID (0, 1, 5) and SVM concepts (logical volumes, soft partitions, state databases, hot spares, and hot spare pools).
• 3.2 Create the state database, build a mirror, and unmirror the root file system.
• 4.1 Configure role-based access control (RBAC) including assigning rights profiles, roles, and authorizations to users.
• 4.2 Analyze RBAC configuration file summaries and manage RBAC using the command line.
• 4.3 Explain syslog function fundamentals, and configure and manage the /etc/syslog.conf file and syslog messaging.
• 5.1 Explain naming services (DNS, NIS, NIS+, and LDAP) and the naming service switch file (database sources, status codes, and actions).
• 5.2 Configure, stop and start the Name Service Cache Daemon (nscd) and retrieve naming service information using the getent command.
• 5.3 Configure naming service clients during install, configure the DNS client, and set up the LDAP client (client authentication, client profiles, proxy accounts, and LDAP configurations) after installation.
• 5.4 Explain NIS and NIS security including NIS namespace information, domains, processes, securenets, and password.adjunct.
• 5.5 Configure the NIS domain: build and update NIS maps, manage the NIS master and slave server, configure the NIS client, and troubleshoot NIS for server and client failure messages.
• 6.1 Explain consolidation issues, features of Solaris zones, and decipher between the different zone concepts including zone types, daemons, networking, command scope, and given a scenario, create a Solaris zone.
• 6.2 Given a zone configuration scenario, identify zone components and zonecfg resource parameters, allocate file system space, use the zonecfg command, describe the interactive configuration of a zone, and view the zone configuration file.
• 6.3 Given a scenario, use the zoneadm command to view, install, boot, halt, reboot, and delete a zone.
• 6.4 Explain custom JumpStart configuration including the boot, identification, configuration, and installation services.
• 6.5 Configure a JumpStart including implementing a JumpStart server, editing the sysidcfg, rules and profile files, and establishing JumpStart software alternatives (setup, establishing alternatives, troubleshooting, and resolving problems).
• 6.6 Explain flash, create and manipulate the flash archive, and use it for installation.
• 6.7 Given a PXE installation scenario, identify requirements and install methods, configure both the install and DHCP server, and boot the x86 client.