4. REPORTS › 4.2 Non-SMS Applications
4.2 Non-SMS Applications
This section presents each StorageMate report title with a
brief description of its non-SMS-related applications. They
are organized to reflect panel flow within CA MICS
StorageMate. Detailed information on each report is found in
Section 4.3 of this guide.
STORAGE ADMINISTRATION
PROBLEM MANAGEMENT
- Unmanageable Data Sets
Identifies data sets that may not be supported by
automated storage management products until modified or
converted.
- Volume Problems
Identifies problems with DASD volumes that could cause
poor performance or availability.
- Allocation Problems
Identifies conditions that cause batch job abends related
to DASD space shortages. Also reports the amount of CPU
time expended in recovering from job abends related to
DASD space shortages.
- New Data Set Allocation
Monitors the regular allocation of new data sets, and
helps identify potential capacity and usage problems
before they occur.
- Non-VSAM Wasted Space
- VSAM Wasted Space
Identifies users or departments that are wasting DASD
storage space due to poor allocation practices.
- DASD/HSM Data Movement
Monitors the movement of data between primary DASD and
HSM, identifying potential problems or abuses.
DATA SET STANDARDS
- Data Set Names
Reports the most common patterns in your data set names.
- Non-VSAM Attributes
- VSAM Attributes
Identifies common patterns of data set attributes, and
provides a data set name node report and a space
allocation range report for the data sets within a common
group.
- GDG Management And Retention
Monitors your users' allocation and use of Generation Data
Groups (GDGs).
The report allows analysis of generation data set
allocation and usage patterns, and detects potential
problems, such as duplicate or missing generations.
VOLUME GROUPING
- Volume Group Configuration
Summarizes performance and capacity information at the
volume group level.
- Volume Group Activity by Workload
Monitors the I/O activity of each DASD volume group based
on the EXCP counts stored by CA MICS in the BATWDA and
HARDVA files.
- Volume Group Allocations by User
Summarizes how each DASD volume group is allocated by
using account fields, data set name nodes, or a
user-defined table.
SPACE AVAILABILITY
- Deletion/Migration/Release Thresholds
Identifies the age patterns of data sets by volume.
- Space Management Function Simulation
Represents the effect of space management actions on DASD
volumes.
- Daily DASD Resource Usage
Permits the daily monitoring of storage resource usage at
the volume, volume group, device type, or system level.
- Daily Application Resource Usage
Permits the daily monitoring of storage resource usage
at the application level.
- Daily HSM DASD Usage
Displays information related to the effectiveness of HSM
space management operations.
PERFORMANCE MANAGEMENT
- Data Set Performance
Estimates the average response time being received by each
department or group.
- Volume Configuration
Summarizes performance and capacity information at the
volume or device type level. Information may be reported
based on the volume, device type, string or system.
- I/O Activity by Workload
Profiles the I/O activity of each DASD volume based on the
workload EXCP counts stored by CA MICS in the BATWDA file.
- Daily ASTEX Cache Statistics
Allows the daily monitoring and tuning of DASD cache
resources.
- ASTEX / Top Resource Consumers
Identifies the primary users of your critical storage
resources, and isolates potential performance problems.
CAPACITY MANAGEMENT
- DASD-To-Tape Candidates
- Tape-To-DASD Candidates
Identifies data sets that are candidates to be moved to
more efficient storage locations based on their size and
usage patterns.
- Space Allocation by User
Summarizes DASD volume allocation by account field, data
set node name, or by use of a user-defined table.
- Monthly DASD Resource Usage
- Monthly Application Resource Usage
Provides long-term capacity and performance information
concerning your critical storage resources.
- DASD/HSM Usage Snapshot
Allows the monitoring of data distribution across both the
primary and HSM storage platforms.