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List of Figures
2-1 VSM5 with 8 VCF cards - Max 32 RTDs
2-2 Standard Reclaim Example
2-3 Blank Partitioned MVC
2-4 Full Partitioned MVC
2-5 Dynamically Reclaimed Partitioned MVC
2-6 Dynamically Reclaimed Partitioned MVC - New Migrations
2-7 Three ALP MVCs and MOVEDATA(None)
2-8 MVC Report After MOVEDATA(None) Specified
2-9 Two ALP MVCs and MOVEDATA(Minimum)
2-10 MVC Report After MOVEDATA(Minimum) Specified
2-11 VTVs Before Reclaim
2-12 VTVs After Reclaim
2-13 Three VLE MVCs with MOVEDATA(Minimum)
2-14 VLE MVC Report After MOVEDATA(Minimum) Specified
4-1 EXECPARM Statement
4-2 EXEC Statement
5-1 Existing Right to Left Configuration - Three Separate ACSs
5-2 Desired Configuration - Single ACS
5-3 Existing Left to Right Configuration - Three Separate ACSs
5-4 Desired Configuration - Single ACS
5-5 SLSMERGE Statements Right to Left
5-6 SLSMERGE Statements Left to Right
5-7 SL8500 Partitioning Example
5-8 SL3000 Partition and Host Group Example for Cells and CAPs
5-9 SL3000 Partition and Host Group Example for Drives
A-1 SLIACS Syntax
A-2 SLIALIST Syntax
A-3 SLIDLIST Syntax
A-4 SLIDRIVS Syntax
A-5 SL3000 Drive Panel Layout
A-6 SLIENDGN Syntax
A-7 SLILIBRY Syntax
A-8 SLILSM Syntax
A-9 Example of Pass-thru Port Relationships
A-10 SLIRCVRY Syntax
A-11 SLISTATN Syntax
B-1 One Host, Two ACSs, One 9310 LSM, One SL8500 Library Configuration
B-2 One Host, One ACS, One 9310 LSM, Dual LMU Configuration
B-3 Two Host, One ACS, Two 9310 LSM Configuration
D-1 Dual IP Connection with two SL8500 Connections
D-2 Dual IP Configuration Sample - Different Subnetworks
D-3 SLConsole Display for SL8500 Ports 2A and 2B
D-4 Dual IP (one host IP) with Two SL8500 Network Connections
D-5 Dual IP (one host IP) with Two SL8500 Network Connections
D-6 SLConsole Display for SL8500 Ports 2A and 2B
D-7 Four IP Addresses (four host IPs) with Four SL8500 Network Connections
D-8 Four IP (four host IPs) with One Single Redundant Pair SL8500 Network Connections
D-9 Four IP (four host IPs) with One Dual Redundant Pair SL8500 Network Connections
D-10 Four IP (four host IPs) with One Dual Redundant Pair SL8500 and 2 Dual TCP/IP Network Connections
D-11 Example SLC Console (Monitor Trace)
E-1 Dual IP with Two SL3000 Network Connections - Different Subnetworks
E-2 Dual IP Configuration Sample - Different Subnetworks
E-3 SLConsole Display of SL3000 Ports 2A/2B IP Addresses
E-4 Dual IP (one host IP) with Two SL3000 Network Connections
E-5 Dual IP (one host IP) with Two SL3000 Network Connections
E-6 SLConsole Display of SL3000 Ports 2A/2B IP Addresses
F-1 VSM4 with 32 Ports
F-2 VSM4 with 16 Host Ports, 16 RTD Ports
F-3 VSM4 with 20 Host Ports, 12 RTD Ports
F-4 VSM4 with 16 Ports
F-5 VSM4 with 8 Host Ports, 8 RTD Ports
F-6 VSM4 with 10 Host Ports, 6 RTD Ports
F-7 Configuration Diagram: Single MVS Host Connected to a VSM4 Using ESCON Directors
F-8 Logical Paths for VSM 4 with 32 Ports, 31 Hosts, 16 RTDs
G-1 VSM4 with 6 ICE Cards, 2 VCF Cards
G-2 VSM4 with 4 ICE Cards, 4 VCF Cards
G-3 VSM4 with 2 ICE Cards, 6 VCF Cards
G-4 VSM4 with 8 VCF Cards
G-5 VSM4 with 8 VCF Cards, FICON Directors for 16 RTDs
G-6 VSM4 with 8 VCF Cards, 8 Host Ports, FICON Directors for 8 RTDs, 4 CLINK Ports
G-7 Dual ACS Bi-Directional Clustered VTSS Configuration
G-8 Configuration Diagram: Single MVS Host Connected to a VSM4 Using FICON Directors
H-1 VSM5 with 8 VCF Cards - Max 16 RTDs
H-2 VSM5 with 6 VCF Cards, 2 Empty Card Slots
H-3 VSM5 with 4 VCF Cards, 4 Empty Card Slots
H-4 VSM5 with 8 VCF cards - Max 32 RTDs
H-5 VSM5 with 8 VCF Cards, FICON Directors for 32 RTDs
H-6 Channel Configuration Status Screen
H-7 Channel Configuration and RTD Path Validation Screen
H-8 Real Tape Drive Status Screen
H-9 Configuration Diagram: Single MVS Host Connected to a VSM5 Using FICON Directors
I-1 Supported Card Configurations for VSM5 ESCON/FICON
I-2 VSM5 with 4 ICE cards, 4 VCF cards
I-3 VSM5 with 16 Host Ports, 16 RTD Ports
I-4 Configuration Diagram: Single MVS Host Connected to a VSM5 Using ESCON Directors
K-1 Configuration Diagram: Single MVS Host Connected to a VSM 6 Using FICON Directors
L-1 Tapeless VSM
L-2 Mixed Tapeless VSM
M-1 Relationship Between oVTCS Client and oVTCS CDS DB Server
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