OpenVMS Cluster Systems - OpenVMS Systems - HP
OpenVMS Cluster Systems - OpenVMS Systems - HP
OpenVMS Cluster Systems - OpenVMS Systems - HP
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Errors (cont’d)<br />
when stopping the NISCA protocol, D–2<br />
Ethernet, 2–2<br />
configurations, 3–4<br />
configuring adapter, 9–4<br />
error-log entry, C–31<br />
hardware address, 8–5<br />
header for datagrams, F–20<br />
large-packet support, 10–16<br />
monitoring activity, 10–23<br />
MSCP server access to shadow sets, 6–29<br />
port, C–18<br />
setting up LAN analyzer, F–28<br />
Ethernet E*driver physical device driver, 2–2<br />
EXPECTED_VOTES system parameter, 2–6,<br />
8–11, 8–33, 8–35, 10–19, A–2<br />
Extended message acknowledgment, F–24<br />
Extended sequence numbers<br />
for datagram flags, F–25<br />
F<br />
Failover<br />
dual-host <strong>OpenVMS</strong> <strong>Cluster</strong> configuration, 3–3<br />
dual-ported disks, 6–3<br />
dual-ported DSA tape, 6–13<br />
preferred disk, 6–5<br />
FDDI (Fiber Distributed Data Interface), 2–2<br />
configurations, 3–4<br />
configuring adapter, 9–4<br />
error-log entry, C–31<br />
hardware address, 8–5<br />
header for datagrams, F–20<br />
influence of LRPSIZE on, 10–16<br />
large-packet support, 10–16<br />
massively distributed shadowing, 6–29<br />
monitoring activity, 10–23<br />
port, C–18<br />
use of priority field, 10–16<br />
FDDI F*driver physical device driver, 2–2<br />
Feedback option, 8–40<br />
Fiber Distributed Data Interface<br />
See FDDI<br />
Fibre Channel interconnect, 2–2, 3–13<br />
Files<br />
See also Dump files<br />
cluster-accessible, 6–1<br />
security, 5–17<br />
shared, 5–20<br />
startup command procedure, 5–13<br />
system<br />
clusterwide coordination, 5–22<br />
moving off system disk, 9–14<br />
File system<br />
distributed, 1–4, 2–15<br />
Filters<br />
distributed enable, F–31<br />
distributed trigger, F–32<br />
Index–6<br />
Filters (cont’d)<br />
<strong>HP</strong> 4972 LAN Protocol Analyzer, F–30<br />
LAN analyzer, F–30<br />
local area <strong>OpenVMS</strong> <strong>Cluster</strong> packet, F–31<br />
local area <strong>OpenVMS</strong> <strong>Cluster</strong> retransmission,<br />
F–31<br />
Flags<br />
ACK transport datagram, F–24<br />
AUTHORIZE datagram flag in CC header,<br />
F–23<br />
datagram flags field, F–24<br />
DATA transport datagram, F–24<br />
in the CC datagram, F–23<br />
reserved, F–23, F–24<br />
REXMT datagram, F–24<br />
RSVP datagram, F–24<br />
SEQ datagram, F–24<br />
TR/CC datagram, F–23<br />
G<br />
Galaxy configurations, 1–3<br />
Galaxy Configuration Utility (GCU), 1–9<br />
$GETSYI system service, 5–11<br />
Graphical Configuration Manager (GCM), 1–9<br />
Group numbers<br />
See <strong>Cluster</strong> group numbers<br />
H<br />
Hang conditions<br />
diagnosing, C–15<br />
Hardware components, 1–2<br />
Headers<br />
CC, F–22<br />
DX, F–21<br />
Ethernet, F–20<br />
FDDI, F–20<br />
TR, F–23<br />
HELLO datagram, F–16, F–23<br />
congestion, G–5<br />
Hierarchical storage controller subsystems<br />
See HSC subsystems<br />
<strong>HP</strong> 4972 LAN Protocol Analyzer, F–30<br />
HSC subsystems, 1–4<br />
assigning allocation classes, 6–9<br />
changing allocation class values, 6–9, 8–38<br />
dual-pathed disks, 6–11<br />
dual-ported devices, 6–2, 6–4<br />
served devices, 6–20<br />
HSD subsystems, 1–4<br />
assigning allocation classes, 6–10<br />
HSJ subsystems, 1–4<br />
assigning allocation classes, 6–10<br />
changing allocation class values, 6–10, 8–38<br />
dual-ported devices, 6–4