Title and Copyright Information |
About This Manual |
Audience |
New and Changed Features |
Organization |
Related Documents |
Reader's Comments |
Conventions |
1 | Installing from a Remote Installation Services (RIS) Server |
1.1 | Prerequisites to Installing from a RIS Server |
1.2 | Is Your System Connected to the Network? |
1.3 | Starting an Update Installation from a RIS Server |
1.4 | Starting a Full Installation from a RIS Server |
1.4.1 | Network Boot Option: Fiber Distributed Data Interface (FDDI) |
1.4.2 | Troubleshooting Network Boot Failures |
1.4.3 | Network Reboot Considerations for Systems with Graphics Devices on an ISA Bus |
2 | Worldwide Language Support Installation Procedures |
2.1 | Worldwide Language Support Overview |
2.2 | Step 1: Preparing for a WLS Installation |
2.3 | Optional Step: Increasing Available Disk Space for WLS Software |
2.3.1 | Increasing Disk Space in UFS File Systems |
2.3.2 | Increasing Disk Space in AdvFS File Systems |
2.4 | Step 2: Starting a WLS Installation |
2.4.1 | Installing from a CD-ROM |
2.4.2 | Installing from a RIS Server |
2.5 | Step 3: User Responses During the WLS Installation Process |
2.5.1 | Selecting Worldwide Software Subsets |
2.5.2 | Loading Worldwide Software Subsets |
2.5.3 | Configuring Worldwide Software Subsets |
2.5.4 | Building the Kernel |
2.6 | Optional Step: Building an Asian Kernel After the Installation |
2.6.1 | Reconfiguring the Kernel to Support the Asian Terminal Driver and Daemons |
2.7 | Backup Files Created by the WLS Installation |
2.8 | Step 5: Setting Environment Variables |
3 | The UNIX Shell |
3.1 | What Is the UNIX Shell? |
3.2 | Invoking the UNIX Shell |
3.3 | UNIX Shell Capabilities |
3.4 | Creating Swap Space |
3.5 | Mounting File Systems |
3.6 | Restoring File Systems from Backup |
3.6.1 | Restoring UNIX File Systems (UFS) from Tape Backup |
3.6.2 | Restoring Advanced File Systems (AdvFS) from Tape Backup |
3.7 | Restoring the Root File System Image from a Damaged Disk to a New Disk |
3.8 | Changing the Size of a Disk Partition Using the disklabel Command |
3.9 | Returning to the Installation Procedure from the UNIX Shell |
3.9.1 | Text-Based Interface |
3.9.2 | Graphical Interface |
4 | Disk Space Planning |
4.1 | Overview of File Systems and Disk Space |
4.2 | Disk Planning Considerations for Clusters |
4.3 | Overview of File System Types |
4.3.1 | The Advanced File System (AdvFS) |
4.3.2 | The UNIX File System (UFS) |
4.4 | Automatic Disk Space Planning Features of the Full Installation |
4.5 | When Should I Manually Plan Disk Space? |
4.5.1 | Considerations for Remote Installation Services (RIS) |
4.5.2 | Considerations for Dataless Management Services (DMS) |
4.6 | Considerations for Customizing Disk Partitions and File System Layout |
4.7 | Determining Existing Disk and Partition Sizes |
4.8 | How Much Disk Space Does the Software Require? |
4.8.1 | File System Overhead |
4.9 | Contents of File Systems |
4.10 | Contents of the /usr File System |
4.10.1 | Space for Optional Software Subsets and Associated Products |
4.10.2 | Space for User Accounts and Files |
4.11 | Contents of the var File System |
4.11.1 | Crash Dump Space in the var File System |
4.11.2 | Space for Error Logger and syslog Files |
4.11.3 | Space for System Accounting Files |
4.12 | Swap Space Overview |
5 | Installing and Updating Hardware Product Kits |
5.1 | Overview of Hardware Product Kits |
5.2 | Adding a Hardware Product Kit to a Running System |
5.2.1 | Procedure for Installing a Hardware Kit onto a Running System |
5.3 | Procedure to Install Hardware Kits During a Full Installation |
5.4 | Updating Hardware Product Kits |
5.4.1 | Checking for Previously Installed Hardware Product Kits |
5.4.2 | Bootlinking Hardware Product Kits During an Update Installation |
5.4.3 | Loading and Configuring a Hardware Product Kit During an Update Installation |
6 | Customizing the Installation Process |
6.1 | How You Can Customize the Installation Process |
6.2 | Overview of Configuration Description Files |
6.3 | Overview of User-Supplied Files |
6.4 | The Relationship Between CDFs and User-Supplied Files |
6.5 | Summary of Administrator Tasks |
6.6 | Theory of Operation |
6.7 | Creating User-Supplied Files |
6.7.1 | Creating preinstall Files |
6.7.2 | Creating postload Files |
6.7.3 | Creating postreboot Files |
6.8 | Copying User-Supplied Files and CDFs to the Right Location |
6.8.1 | Copying Files to a Diskette |
6.8.2 | Copying Files to a RIS Server Profile Set Directory |
6.8.3 | Copying Files to the /var/tmp Directory |
6.8.4 | Copying Files to CD-ROM |
7 | Installation Cloning |
7.1 | What is Installation Cloning? |
7.2 | How Does It Happen? |
7.3 | Installation CDF Overview |
7.3.1 | CDF Format and Contents |
7.3.2 | Sample Installation CDF |
7.4 | Summary of Installation Cloning Procedures |
7.5 | Step 1: Creating or Selecting a Suitable CDF |
7.5.1 | Acceptable Differences in Disks |
7.5.2 | Differences in Graphics Adapters |
7.5.3 | Differences in Font Size |
7.5.4 | Differences in Keyboard Type |
7.6 | Step 2: Modifying the CDF |
7.6.1 | Setting the CDF Confirmation Attribute to Eliminate User Intervention |
7.6.2 | Setting the Kernel Option Attribute to Eliminate User Intervention |
7.6.3 | Setting Host- and Site-Specific Attributes |
7.6.4 | Common Error: Trailing Blank Space |
7.7 | Optional Step 3: Creating and Positioning Other User-Supplied Files |
7.8 | Step 4: Copying the CDF to the Right Location |
7.9 | Step 5: Beginning a Full Installation on the Target System |
8 | Configuration Cloning |
8.1 | What is Configuration Cloning? |
8.2 | How Does it Happen? |
8.3 | Configuration CDF Format and Contents |
8.3.1 | Sample Configuration CDF |
8.4 | Configuration Cloning Restrictions |
8.5 | Summary of Configuration Cloning Procedures |
8.6 | Step 1: Saving Configuration Information to a Configuration CDF |
8.7 | Step 2: Modifying Host- and Site-Specific Attributes in the Configuration CDF |
8.7.1 | Optional Step: Modifying Site-Specific Attributes in the Configuration CDF |
8.7.2 | Using the CDFMODE Attribute for Component Groups with Multiple Records |
8.8 | Step 3: Validating the Modified CDF |
8.9 | Optional Step 4: Creating a Script to Clone Multiple Systems During a Full Installation |
8.10 | Step 5: Copying the Configuration CDF to the Right Location |
8.10.1 | Copying the Configuration CDF to a Diskette |
8.10.2 | Copying the Configuration CDF to a System That Is Not Connected to the Network |
8.10.3 | Copying the Configuration CDF to Distribution Media |
8.11 | Step 6: Applying the Configuration CDF to a Target System |
8.11.1 | Applying the Configuration CDF During a Full Installation |
8.11.2 | Applying the Configuration CDF Manually to a Running System |
8.11.3 | Restoring a System Configuration Using the Configuration CDF |
A | Definitions of Installation CDF Attribute-Value Pairs |
A.1 | Attributes in the Inst_islinfo Item |
A.2 | Attributes in the Inst_filesystem Item |
A.3 | Attributes in the Inst_disklabel Item |
A.4 | Attributes in the Inst_lsm_global Item |
A.5 | Attributes in the Inst_lsm_disks Item |
A.6 | Attributes in the Inst_subsets Item |
A.7 | Attributes in the Inst_cinstall Item |
B | Sample User-Supplied Scripts |
B.1 | Sample preinstall File |
B.2 | Sample update_preinstall File |
B.3 | Sample postload File |
B.4 | Sample update_postload File |
B.5 | Sample postreboot File |
Examples |
1-1 | Output of the /sbin/ping Command |
6-1 | Sample preinstall Script That Calls Another File |
6-2 | DISKLABELSAVE File Called by the Sample preinstall Script |
6-3 | Sample postload Script |
7-1 | Sample Installation CDF |
7-2 | Adding the CDF Confirmation Attribute to the install.cdf File |
7-3 | Setting the Type of Kernel Build in the install.cdf File |
7-4 | Contents of the /etc/zoneinfo Directory |
8-1 | Portion of a config.cdf File |
8-2 | Example of a Component Group with Multiple Records |
8-3 | Inserting the CDFMODE Attribute into a CDF |
B-1 | Sample preinstall Script |
B-2 | Sample update_preinstall File |
B-3 | Sample postload Script |
B-4 | Sample update_postload File |
B-5 | Sample postreboot File |
Figures |
4-1 | Default File System Layout: Details Window |
4-2 | Disk Configuration Application: Sample Disk Partition Information |
4-3 | Disk Configuration Application: Sample Disk Table |
5-1 | Bootlinking a Hardware Product Kit to a Running System |
6-1 | Summary of Administrator Tasks |
6-2 | Theory of Operation: User Supplied Files and CDFs |
Tables |
1-1 | Processor-Specific Network Boot Commands |
1-2 | FDDI Boot Devices by Bus Type |
2-1 | Backup Files Created by WLS Installations |
6-1 | Invocation Points of Configuration Description Files |
6-2 | Invocation Points of User-Supplied Files |
6-3 | Typical Uses of User-Supplied Files |
6-4 | Acceptable Locations of User-Supplied Files and CDFs |
7-1 | Search Order for the install.cdf File |
7-2 | Items in the install.cdf File |
7-3 | Acceptable Differences in Disks Between a Model System and a Target System |
7-4 | Graphics Adapters on a Model System and a Target System |
7-5 | Font Sizes on a Model System and a Target System |
7-6 | Keyboard Types on a Model System and a Target System |
7-7 | Acceptable Locations of the install.cdf File |
8-1 | Search Order for the config.cdf File |
8-2 | Host-Specific Attributes in the config.cdf File |
8-3 | Values for the CDFMODE Attribute |
8-4 | Acceptable Locations of the config.cdf File |
A-1 | Attribute Definitions in the Initial Subset Load (Inst_islinfo) Item |
A-2 | Attribute Definitions in the File System (Inst_filesystem) Item |
A-3 | Attribute Definitions in the Disklabel (Inst_disklabel) Item |
A-4 | Attribute Definitions in the LSM Global (Inst_lsm_global) Item |
A-5 | Attribute Definitions in the LSM Disks (Inst_lsm_disks) Item |
A-6 | Attribute Definitions in the Software Subsets Load (Inst_subsets) Item |
A-7 | Attribute Definitions in the Installation Configuration (Inst_cinstall) Item |
Index |