TCP/IP (Parallel Library) Configuration and Management Manual

Index
HP NonStop TCP/IP (Parallel Library) Configuration and Management Manual—522271-006
Index-9
P
Openers
of TCPMONs 1-21, 1-26
of TCPMONs, stopping 1-28
of TCP/IP process 1-21, 1-25
Operator messages B-1
OSIMAGE file 2-12
Out dest unreachable attribute 5-91, 5-110
Out echo attribute 5-91, 5-110
Out echo reply attribute 5-91, 5-110
Out info reply attribute 5-92, 5-110
Out info request attribute 5-92, 5-110
OUT parameter
in RUN command 1-8, 3-13
to file 5-13
Out parameter problem attribute 5-92,
5-110
Out redirect attribute 5-92, 5-110
Out source quench attribute 5-92, 5-110
Out time exceeded attribute 5-92, 5-110
Out timestamp attribute 5-92, 5-111
Out timestamp reply attribute 5-92, 5-111
Output Errors statistic 5-120, 5-123
Output packets dropped attribute 5-84,
5-104
Overview
Parallel Library TCP/IP 2-1/2-16
PTrace 5-155
SCF for Parallel Library
TCP/IP 5-1
/5-12
P
Packets
data path 2-9
inbound 2-11
incoming request distribution 2-3
inter-process transfer, conventional
TCP/IP 2-3
library transfer 2-3
missed, avoiding 2-6
request processing speed 2-2
request-latency reduction 2-2
Packets (continued)
routing 2-1
Packets too short attribute 5-91, 5-110
Pages allocated 1-20, 1-25
Pages Maximum 1-20, 1-25
Parallel Library TCP/IP
advantages 2-2, 2-6, 2-11, 3-1, 3-4, 3-8
and other products 2-15
application instances, single IP 2-2
caution, private SRL 2-12
circumventing missed packets in
context-maintaining listening
applications 2-6
coexistence with conventional 4-1
components 2-13
current restrictions 2-16
data path 2-9
differences, where to find 2-1
distributor listening model definition 3-6
hybrid listening model definition 3-9
introduction 2-1/2-16
library functionality 2-3
managing 4-1/4-8
monolithic listener model 3-4
monolithic listening model figure 3-5
path-length reduction 2-1
place in system 2-14
port sharing 3-1
product modules 2-9
request latency 2-2
round-robin filtering 2-4
selecting as environment 2-15
shared listening port 2-2
single IP host 2-2
Standard listening model
definition 3-2
figure 3-3
standard listening model configuration
example 3-11
standard listening model figure 3-12