Chapter 5 |
5
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Associated Products Features
|
5.1
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ATI RADEON 7500 Graphics
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5.2
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Common Data Security Architecture (CDSA) Now Supports a New Encryption Type
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5.3
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Kerberos for OpenVMS
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5.4
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HP SSL for OpenVMS
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5.5
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HP TCP/IP Services for OpenVMS Version 5.5
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Chapter 6 |
6
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Host-Based Minimerge (HBMM) in Volume Shadowing for OpenVMS
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6.1
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HBMM Configuration Requirements
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6.2
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HBMM Restrictions
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6.2.1
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Cluster Configuration Restrictions
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6.2.2
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Shadow Set Member Restrictions
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6.2.3
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System Parameter Restrictions
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6.3
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HBMM in a Mixed-Version or Mixed-Architecture OpenVMS Cluster System
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6.4
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Overview of Full Merge and Minimerge Operations
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6.4.1
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Merge Resulting from a System Failure
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6.4.2
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Merge Resulting from Mount Verification Timeout
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6.4.3
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Merge Resulting from Use of SET SHADOW/DEMAND_MERGE
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6.4.4
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Comparison of Merge and Minimerge Operations
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6.5
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Overview of HBMM
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6.5.1
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Bitmaps: Master and Local
|
6.5.2
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HBMM Policies
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6.6
|
HBMM Policy Specification Syntax
|
6.7
|
Rules Governing HBMM Policies
|
6.8
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Guidelines for Establishing HBMM Policies
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6.8.1
|
Selecting the Systems to Host Master Bitmaps
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6.8.2
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Setting the Bitmap RESET_THRESHOLD Value
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6.8.3
|
Using Multiple Policies
|
6.9
|
Configuring and Managing HBMM
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6.9.1
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How to Define an HBMM Policy
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6.9.2
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How to Assign an HBMM Policy to a Shadow Set
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6.9.3
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How to Activate HBMM on a Shadow Set
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6.9.4
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How to Disable HBMM on a Shadow Set
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6.9.5
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How to Remove a Policy Association from a Shadow Set
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6.9.6
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How to Change a Policy Assignment of a Shadow Set
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6.9.7
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How to Delete a Named Policy from the Cluster
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6.9.8
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How to Apply a Changed DEFAULT Policy
|
6.9.9
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How to Display Policies
|
6.9.10
|
How to Display the Merge Status of Shadow Sets
|
6.9.11
|
How to Prevent Merge Operations on a System
|
6.9.12
|
Considerations for Multiple-Site OpenVMS Cluster Systems
|
6.10
|
New System Parameters That Affect HBMM
|
6.10.1
|
SHADOW_REC_DLY Parameter
|
6.10.2
|
SHADOW_HBMM_RTC Parameter
|
6.11
|
Use of /DEMAND_MERGE When HBMM Is Enabled
|
6.12
|
Prioritizing Merge and Copy Operations
|
6.12.1
|
Default Management of Merge and Copy Operations
|
6.12.2
|
Hierarchy of Transient State Operations
|
6.12.3
|
Assigning Priorities
|
6.12.4
|
Displaying Priority Values
|
6.12.5
|
Controlling Which Systems Manage Merge and Copy Operations
|
6.12.6
|
Managing Merge Operations
|
6.12.7
|
Managing Copy Operations
|
6.12.8
|
Managing Transient States in Progress
|
6.13
|
Visible Impact of Transient State Events
|
Chapter 7 |
7
|
Linker Utility
|
7.1
|
Linker Utility New Features
|
7.1.1
|
Differences When Linking on OpenVMS I64 Systems
|
7.1.1.1
|
Data Types of Symbols must Match on I64
|
7.1.1.2
|
Specifying Based Clusters Vary by OpenVMS Platform
|
7.1.1.3
|
Handling of Initialized Overlaid Program Sections on OpenVMS I64 Systems
|
7.1.1.4
|
Behavior Difference When Linking ELF Common Symbols
|
7.1.1.5
|
Flags Set When /TRACEBACK, /DEBUG, and /DSF are Used
|
7.1.2
|
New Aspects for Linking on OpenVMS I64 Systems
|
7.1.2.1
|
Understanding Linkage Messages
|
7.1.2.2
|
Considerations for Images Compiled with Reduced Floating Point Model
|
7.1.2.3
|
Considerations for Linking with ELF Groups and UNIX-style Weak Symbols
|
7.1.3
|
New Linker Qualifiers for OpenVMS I64
|
7.1.3.1
|
New /BASE_ADDRESS Qualifier
|
7.1.3.2
|
New /SEGMENT_ATTRIBUTE Qualifier
|
7.1.3.3
|
New /FP_MODE Qualifier
|
7.1.3.4
|
New Linker Qualifiers: /EXPORT_SYMBOL_VECTOR and /PUBLISH_GLOBAL_SYMBOLS
|
7.1.3.5
|
New GROUP_SECTIONS and SECTION_DETAILS keywords for the /FULL Qualifier
|
7.1.4
|
New Linker Options for OpenVMS I64
|
7.1.4.1
|
New Alignments for the PSECT_ATTRIBUTE Option
|
7.1.5
|
New Ways to Use Existing Linker Qualifiers and Options
|
7.1.5.1
|
Mixed-Case Arguments in Linker Options on I64 Systems
|
7.1.5.2
|
Conventions for Specifying Image Names
|
7.1.5.3
|
Using the PSECT_ATTRIBUTE Option to Specify Alignment
|
7.1.5.4
|
Special Linker Handling of Nonexistent Files
|
7.1.6
|
New OpenVMS I64 Linker Map
|
Part 2 |
Part 2
|
OpenVMS Documentation
|