Index

Symbols

/Q (Queued Message Facility) 13-2

A

access control in a configuration file
defining 3-14
access control lists (ACLs)
using 14-10
ACLs
administering 14-11
limitations 14-11
AdminAPI 21-1
administration
configuration tools 2-2
using AdminAPI 2-4
using BEA Administration Console 2-3
using command-line interface 2-3
differences between WLE and BEA TUXEDO 1-4
run-time tools 2-4
using AdminAPI 2-6
using BEA Administration Console 2-4
using command-line interface 2-6
tasks
configuration 2-1
run-time 2-1
tools 2-1-2-7
administration phases
groundwork 1-2
operational 1-3
APP_PW 11-5
APP_PW variable 11-6
application components
replacing 23-13
application failure 23-2
application parameters
SANITYSCAN parameter 17-9
setting 17-10
using 17-8
application type in a configuration file
setting 3-13
applications
starting 4-1
authentication server
configuring 14-8
using 14-7
AUTOTRAN parameter 7-9, 7-10, 7-13
AUTOTRAN timeout value
changing 19-5

B

bankapp application 15-21
BBLQUERY parameter 17-9, 17-10
BLOCKTIME parameter 3-19, 17-9, 17-10
bottlenecks, detecting system
example 17-12
sar(1) command options
-b option 17-13
-c option 17-13
-m option 17-13
-p option 17-13
-q option 17-13
-r option 17-14
-u option 17-13
-w option 17-13
buffer type and subtype limits in a configuration file
setting 3-18
buffer types allowed for a service
BUFTYPE parameter examples 3-55
specifying 3-55
BUFTYPE parameter 3-55
bulletin board 15-2
bundling services into servers
when to bundle services 17-7

C

CLOPT parameter 12-8
command line options 11-8
format 11-7
CLOSEINFO parameter 7-7
CMTRET parameter 7-3
configuration file
creating 3-1-3-70
GROUPS section
sample 3-32
identifying the location 3-27
MACHINES section
description of parameters in sample MACHINES section 3-25
identifying machines 3-24
sample 3-25
NETGROUPS section
configuring information 3-67
SERVERS section
identifying server process information 3-33
SERVICES section
sample 3-53, 3-54
setting domain-wide parameters 3-10
configuration file forms
TUXCONFIG file 3-2
configuration file parameters
APPDIR 3-28
AUTHSVC 3-21
AUTOTRAN 3-57
BLOCKTIME 3-20
BUFTYPE 3-55
CONV 3-51
ENVFILE 3-29
FACTORYROUTING 3-57
FASTPATH 3-24
GID 3-30
GRACE 3-51
IPCKEY 3-12
LDBAL 3-53
LMID 3-26
LOAD 3-57
MASTER 3-13
MAX 3-45
MAXACCESSERS 3-17, 3-30
MAXBUFSTYPES 3-19
MAXBUFTYPE 3-18
MAXCONV 3-20
MAXGEN 3-50
MAXINTERFACES 3-17
MAXNETGROUPS 3-67, 3-68
MAXOBJECTS 3-17, 3-30
MAXPENDINGBYTES 3-67, 3-68
MAXSERVERS 3-17
MAXSERVICES 3-18
MIN 3-45
NETGROUP 3-67, 3-68
NETGRPNO 3-67
NETPRIO 3-67
NO_OVERRIDE 3-24
NOTIFY 3-22
PERM 3-30
PRIO 3-54, 3-57, 3-60
PROTECTED 3-24
RCMD 3-50
REPLYQ 3-49
RESTART 3-50
RPPERM 3-49
RQADDR 3-49
RQPERM 3-49
SANITYSCAN 3-20
SCANUNIT 3-20
SECURITY 3-21
SEQUENCE 3-45
SRVGRP 3-36, 3-57
SRVID 3-36
SYSTEM_ACCESS 3-52
TIMEOUT 3-58
TRANTIME 3-57
TUXCONFIG 3-27
TUXDIR 3-28
UID 3-30
ULOGPFX 3-28
USIGNAL 3-23
configuring a local and remote domain 31
configuring a networked application
assigning priorities to each network group 6-8
example 6-5
steps 6-3
UBBCONFIG file 6-7
NETGROUPS section 6-7
configuring groups 3-31
defining server groups in GROUPS section 3-31
configuring machines 3-24
identifying locations of WLE or BEA TUXEDO system software and application servers 3-27
identifying log file location 3-28
identifying machines in the MACHINES section 3-24
identifying the location of the configuration file 3-27
overriding system-wide parameters 3-30
reserving the physical address and machine ID 3-26
specifying environment variable settings for processes 3-29
configuring network information
network groups configuration 3-68
specifying information in NETGROUPS section 3-67
configuring routing
defining routing criteria in ROUTING section 3-61
specifying range criteria in sample ROUTING section 3-62
WLE factory-based routing example 3-63
configuring servers
command-line options 3-38
defining server access to shared memory 3-51
defining server name, group, ID 3-36
defining server restart information 3-50
identifying server environment file location 3-48
identifying server process information in SERVERS section 3-33
identifying server queues 3-48
setting order in which servers are booted 3-44
specifying a TUXEDO server as conversational 3-51
using server command-line options 3-37
configuring the UBBCONFIG with netgroups 3-70
configuring TUXEDO services
controlling data flow by service priority 3-54
enabling load balancing 3-53
identifying services in the SERVICES section 3-52
sample SERVICES section 3-53, 3-54
specifying a list of allowable buffer types for a service 3-55
specifying different service parameters for different server groups 3-54
configuring WLE interfaces
controlling data flow by interface priority 3-60
enabling load balancing 3-60
specifying CORBA interfaces in the INTERFACES section 3-56
specifying different service parameters for different server groups 3-60
specifying FACTORYROUTING criteria 3-58
configuring workstation listener (WSL) 11-7
using the CLOPT parameter 11-7
configuring your system
determining your server needs 1-7
planning the overall design 1-6
CORBA interface processing
distributing using factory-based routing 5-3
CORBA interfaces in a configuration file
specifying 3-56
crdl command
blocks value 7-4
creating a TLOG device 4-6

D

data
dynamic 15-4
static 15-4
data flow in a configuration file
controlling by interface priority 3-60
controlling by service priority 3-54
data-dependent routing
characteristics 5-8
using in TUXEDO 5-7
DBBLWAIT parameter 17-9, 17-10
device
reinitializing a 23-6
device list
creating 23-5
destroying 23-6
distributing an application
benefits 5-2
characteristics 5-2
description of routing section parameters 5-15
domain gateway configuration file 5-14
example 5-8
modifying domain gateway file to support routing 5-14
modifying the GROUPS section 5-9
description of GROUPS parameters 5-10
modifying the SERVICES section
description of SERVICES parameters 5-12
sample SERVICES section 5-12
modifying the SERVICES section for TUXEDO 5-11
purpose 5-1
UBBCONFIG file example 5-13
DLL 12-2
DLL (Dynamic Link Libraries) 11-2
DMCONFIG file 30
DMTLOGDEV parameter 7-11
DMTLOGNAME parameter 7-12
DMTLOGSIZE parameter 7-12
domain access control list, creating 41
domain transaction log, creating 7-5
domains
benefits of using BEA TUXEDO system 28
components of DMCONFIG file 30
configuring a local and remote domain 31
creating domain access control list (ACL) 41
defining addressing 36
defining exported services 39
defining imported and exported services 36
defining local and remote domains 36
defining remote domain environment 37
defining the local domain environment 34
domain gateway configuration file 29
ensuring security 40
example of /DOMAINS 33
illustration of /DOMAINS 33
local application configuration file example 35
local domain configuration file example 37
remote application configuration file example 38
remote domain gateway configuration file example 39
routing service requests to remote domains 41
working with multiple 27-43

E

encryption, link-level 6-15
environment variable settings in a configuration file
specifying 3-29
environment variables, setting
ROOTDIR 11-5
errors
identifying using log files 16-1
Event Broker/Monitor 21-1

F

factory-based routing
characteristics 5-4
example 5-5
using to distribute CORBA interface processing 5-3
factory-based WLE routing example 3-63
failback 6-12
failover 6-12
failure
determining cause of application 23-2
determining cause of system 23-3
failure types 23-2
figures
assigning network group priorities 6-8
bank application with remote clients 12-5
bank application with two workstation clients 11-4
BEA Administration Console screen 2-5
BEA TUXEDO /DOMAIN gateway 30
example of a network grouping 3-69, 6-6
flow of data over the BRIDGE 6-11
local and remote application (simpapp) 34
sample NETGROUPS and NETWORK sections 3-70
TUXEDO message queueing illustration 13-5
file system maintenance 23-5

G

GRACE parameter 3-50
GROUPS parameters used to distribute an application 5-10

I

IIOP (Internet Inter-ORB Protocol) 12-2
interface repositories
administering 8-2
creating and populating 8-4
deleting 8-4
displaying or extracting content 8-4
managing
prerequisites 8-3
using administrative commands 8-3
IPC limits in a configuration file
defining 3-15
IPC requirements
tuning 17-11
MAXACCESSERS 17-11
tuning queue-related kernel parameters 17-11
IPC requirements, determining 17-10-17-11
IPCKEY parameter 3-12
ISH (IIOP Server Handler) 12-2
ISL (IIOP Server Listener) 12-2

J

JavaServer
configuration options 3-38
enabling multithreading 3-38
nonstandard Java options 3-42
standard Java options 3-41
WLE-noredirect option 3-41

K

kernel parameters
how to tune 17-11

L

listings
bbsread output 15-24
canceling a server group migration 18-10
configuration file for bankapp (MP version) 15-21
local application configuration file 35
local domain gateway configuration file 37
migrating a machine when an alternate machine is accessible 18-8
migrating a machine when an alternate machine is not accessible 18-8
migration when a master machine is accessible 18-3
migration when a master machine is not accessible 18-4
migration when an alternate machine is accessible 18-6
migration when an alternate machine is not accessible 18-6
remote application configuration file 38
remote domain gateway configuration file 39
sample GROUPS and NETWORK sections 7-16
sample MACHINES section 7-15
sample RESOURCES section 7-14
TMADMIN default output 15-11
tmadmin session example 23-9
load balancing
enabling 17-3
measuring service performance time 17-3
load balancing in a configuration file
enabling 3-18
load balancing TUXEDO services in a configuration file
enabling 3-53
load balancing WLE interfaces in a configuration file
enabling 3-60
locations of WLE or BEA TUXEDO system software and application servers
identifying 3-27
log file in a configuration file
identifying location 3-28
log files 15-3
using to detect failures 16-14-16-16

M

MANDATORY_ACL parameter
restriction for WLE systems 14-10
MAX parameter 3-44
MAXACCESSERS
threads 3-15
MAXACCESSERS parameter 17-10
MAXBUFSTYPE parameter 17-10
MAXBUFTYPE parameter 17-10
MAXBUFSTYPE parameter 17-9
MAXENCRYPTBITS parameter 6-18
MAXGEN parameter 3-50
MAXGTT 17-11
MAXGTT parameter 7-3, 17-10
MAXRDTRAN parameter 7-12
MAXSERVERS
MAXSERVICES 17-11
MAXSERVERS parameter 17-10
MAXSERVICES parameter 17-10
MAXTRAN parameter 7-12
MAXWSCLIENTS parameter 11-6
migrating applications 18-1-18-11
examples of switching master and backup machines 18-3
when the master machine is accessible from the backup machine 18-3
when the master machine is not accessible from the backup machine 18-4
how to switch master and backup machines 18-3, 18-10
migration options 18-2
canceling a migration 18-9
example of canceling a migration
canceling a server group migration for a server group GROUP1 18-10
example of migrating a machine
when the alternate machine is accessible from the primary machine 18-8
when the alternate machine is not accessible from the primary machine 18-8
example of migrating a server group
when the alternate machine is accessible from the primary machine 18-6
when the alternate machine is not accessible from the primary machine 18-6
migrating a server group 18-4
how to migrate a server group when the alternate machine is accessible from the primary machine 18-5
how to migrate a server group when the alternate machine is not accessible from the primary machine 18-5
migrating machines 18-7
how to migrate machines when the alternate machine is accessible from the primary machine 18-7
how to migrate machines when the alternate machine is not accessible from the primary machine 18-8
migrating transaction logs to a backup site 18-10
switching master and backup machines 18-2
MIN parameter 3-44
MINENCRYPTBITS parameter 6-18
modifying systems, dynamically 19-1-19-5
procedures 19-2
advertising services 19-4
changing AUTOTRAN timeout value 19-5
changing service parameters 19-5
resuming BEA TUXEDO services 19-3
suspending BEA TUXEDO services 19-3
unadvertising services 19-4
monitoring a running system 15-1-15-25
bankapp configuration file 15-21
checking local IPC resources 15-24
checking system-wide parameters 15-25
data repositories
bulletin board 15-2
log files 15-3
UBBCONFIG file 15-2
methods 15-5
output from TMADMIN commands
PRINTCONN 15-18
PRINTNET 15-19
PRINTQUEUE 15-17
PRINTTRANS 15-20
running TMADMIN commands 15-13
sample bankapp application 15-21
sample bankapp application output 15-24-??
sample bankapp applicatiooutput 15-25
TMADMIN meta-commands 15-9
TMADMIN operating modes 15-8
types of administrative data 15-3
using AdminAPI 15-5
using statistics 15-3
monitoring log files 16-1-16-16
MSSQ (multiple server single queue) 17-2
MSSQ sets
example 17-3
using 17-2
multiple server single queue (MSSQ) 17-2
Multithreaded JavaServers
enabling 3-38
MAXACCESSERS parameter 3-15

N

NETGROUPS section 6-7
NETLOAD parameter 6-14
network data flow
advantages of data compression 6-13
failback 6-12
failover 6-12
using data compression
setting the compression level 6-12
network failures
recovering from severe 23-10
recovering from transient 23-10
network groups configuration
sample 3-68
networked application
balancing request loads 6-14
changing network configuration parameters 6-18
negotiating encryption key size 6-16
running a 6-9
scheduling network data over parallel circuits 6-10
specifying encryption key bits 6-18
using link-level encryption 6-15
networked applications 6-1-6-18
node
restoring a failed nonmaster 23-11
NOTIFY parameter 3-22

O

OPENINFO parameter 7-7
Outbound IIOP
bi-directional 12-12
outbound IIOP
asymetric 12-13
Asymmetric 12-11
Bi-directional 12-11
dual-paired 12-11, 12-14
overriding system-wide parameters 3-30

P

partitioned networks
detecting 23-8
repairing 23-7
performance time
servopts(5) -r option 17-3
physical address and machine ID
reserving 3-26
PRINTCONN command 15-18
PRINTNET command 15-19
PRINTNETWORK command 23-9
PRINTQUEUE command 15-17
PRINTSERVER command 23-9
PRINTSERVICE command 23-9
PRINTTRANS command 15-20
PRIO parameter 17-6

Q

QMADMIN
using to create message queues 13-7
QMCONFIG 13-2
QMCONFIG environment variable
setting 13-7
queue 13-2
queue space 13-2
queued BEA TUXEDO messages
managing 13-1-13-11
queued messages
associating queue with group 13-10
creating application queue space and queues 13-8
listing /Q servers in SERVER section 13-11
modifying the configuration file 13-10
setting the QMCONFIG environment variable 13-7
using QMADMIN 13-7

R

range criteria in a configuration file
specifying 3-62
RCMD parameter 3-50
remote clients
configuring a listener for 12-8
using the CLOPT parameter 12-8
defined 12-4
how it connects to application 12-6
illustrated 12-5
managing 12-1-12-10
setting environment variables 12-6
setting maximum number of 12-7
remote domains
routing service requests 41
REPLYQ parameter 3-49
request queue 13-2
resources
cleaning up 23-14
cleaning up those associated with dead processes 23-14
resources, maximizing application 17-1-17-10
RESTART parameter 3-50
routing example for a five-site domain configuration 5-17
ROUTING parameter 7-10
ROUTING parameters used to distribute an application 5-15
RPPERM parameter 3-49
RQADDR parameter 3-49
RQPERM parameter 3-49

S

sanity checks and timeouts in a configuration file
BLOCKTIME parameter 3-19
example 3-19
SANITYSCAN parameter 3-19
SCANUNIT parameter 3-19
setting the number of 3-19
SANITYSCAN parameter 3-19, 17-10
sar(1) command options
-b option 17-13
-c option 17-13
-m option 17-13
-p option 17-13
-q option 17-13
-r option 17-14
-u option 17-13
using 17-13
-w option 17-13
SCANUNIT parameter 3-19
scheduling network data 6-10
securing applications 14-1-14-11
ACL's limitations 14-11
adding, modifying, deleting user accounts 14-8
adding, modifying, deleting user groups 14-9
configuring authentication server 14-8
configuring SECURITY parameter 14-5
determining levels of security 14-1
implementing application password-level security 14-6
implementing operating system security 14-6
using an authentication server 14-7
using shell-level commands 14-8
security
implementing application password-level 14-6
implementing operating system 14-6
security level in a configuration file
setting 3-21
SECURITY parameter
configuring 14-5
SEQUENCE parameter 3-44
server access to shared memory
characteristics of SYSTEM_ACCESS parameter 3-51
server command-line options 3-38
server environment file
identifying location 3-48
server groups
defining 3-31
sample GROUPS section 3-32
specifying group name, number, and LMID 3-31
server process information
identifying 3-33
server queue information
characteristics of RQADDR, RQPERM, REPLYQ, and RPPERM parameters 3-49
example 3-48
identifying 3-48
server restart information
characteristics of RESTART, RCMD, MAXGEN, and GRACE parameters 3-50
defining 3-50
servers
bundling services into 17-7
servers boot order in a configuration file
characteristics of SEQUENCE, MIN, and MAX parameters 3-44
setting 3-44
service parameters
changing 19-5
service parameters specification in a configuration file
sample INTERFACES section 3-60
services
advertising 19-4
unadvertising 19-4
SERVICES parameters used to distribute an application 5-12
setting domain-wide parameters
buffer type and subtype limits 3-18
defining access control 3-14
defining IPC limits 3-15
enabling load balancing 3-18
enabling unsolicited notification 3-21
identifying the master machine 3-12
protecting shared memory 3-23
setting conversation limits 3-20
setting parameters of unsolicited notification 3-22
setting the address of shared memory 3-12
setting the application type 3-13
setting the number of sanity checks and timeouts 3-19
setting the security level 3-21
shared memory
defining server access to 3-51
protecting 3-23
setting the address of 3-12
simpapp application illustrated 34
Single-threaded JavaServers 3-38
SPINCOUNT parameter 6-14
standard Java options 3-41
starting applications 4-1
support
documentation xxi
technical xxi
system components
replacing 23-12
system-wide parameters
overriding 3-30

T

tables
commands for monitoring TMADMIN tasks 15-14
TMADMIN meta-commands 15-10
TAGENT log
analyzing 16-14
threads 3-39
time(2) option 17-3
TLISTEN log
analyzing 16-15
message format 16-5
purpose 16-5
when created 16-5
TLOG 7-4, 16-1
analyzing 16-16
creating 16-8-16-13
how to use 16-6
location 16-6
maintaining 16-13
purpose 16-6
TLOGDEVICE parameter 7-5
TLOGNAME parameter 7-5
TLOGOFFSET parameter 7-5
TLOGSIZE parameter 7-5
TMADMIN command 15-6
TMADMIN meta-commands 15-9
tmboot(1) -c command
using 17-10
TMNETLOAD parameter 6-14
TMPDIR 11-5
TMPDIR variable 11-6
TMQFORWARD 13-2
TMQUEUE 13-2
TMS_QM 13-2
TMSCOUNT parameter 7-7
TMSNAME parameter 7-7
traffic, measuring system 17-12-17-14
transaction log, creating 7-4
transaction-related parameters in MACHINES section, defining 7-4
transactions
aborting 23-17
committing 23-18
example of distributed BEA TUXEDO application using 7-13
recovering from failures when using 23-18
sample of distributed TUXEDO application using
GROUPS section 7-16
MACHINES section 7-15
NETWORK section 7-16
RESOURCES section 7-13
ROUTING section 7-17
SERVERS section 7-17
SERVICES section 7-17
transactions, configuring 7-1-7-17
AUTOTRAN parameter 7-9, 7-10, 7-13
CLOSEINFO parameter 7-7
CMTRET parameter 7-3
creating a transaction log
creating the domain transaction log 7-5
creating the Universal Device List (UDL) 7-4
defining transaction-related parameters in MACHINES section 7-4
creating a transaction log (TLOG) 7-4
defining each resource manager and the transaction manager server in GROUPS section 7-6
DMTLOGDEV parameter 7-11
DMTLOGNAME parameter 7-12
DMTLOGSIZE parameter 7-12
enabling a TUXEDO service to begin a transaction in the SERVICES section 7-9
enabling an WLE interface to begin a transaction in the INTERFACES section 7-8
example 7-1
MAXGTT parameter 7-3
MAXRDTRAN parameter 7-12
MAXTRAN parameter 7-12
modifying the domain configuration file to support transactions 7-11
modifying the UBBCONFIG file 7-2
OPENINFO parameter 7-7
ROUTING parameter 7-10
sample GROUPS section 7-6
specifying application-wide transactions in RESOURCES 7-3
TLOGDEVICE parameter 7-5
TLOGNAME parameter 7-5
TLOGOFFSET parameter 7-5
TLOGSIZE parameter 7-5
TMSCOUNT parameter 7-7
TMSNAME parameter 7-7
transaction values description in sample GROUPS section 7-6
TRANTIME parameter 7-9, 7-10, 7-13
TRANTIME parameter 7-9, 7-10, 7-13, 17-10
troubleshooting applications 23-1-23-19
aborting a transaction 23-17
application failure 23-2
broadcasting unsolicited messages 23-4
checking the ULOG 23-8
checking WLE hostname capitalization 23-15
cleaning up and restarting servers 23-13
cleaning up resources 23-14
cleaning up resources associated with dead processes 23-14
committing a transaction 23-18
detecting partitioned networks 23-8
gathering information about network, server, and service 23-9
maintaining system files 23-5
creating device list 23-5
destroying device list 23-6
printing the UDL 23-7
printing the VTOC 23-7
reinitializing a device 23-6
recovering from severe network failures 23-10
recovering from transient network failures 23-10
recovering when using transactions 23-18
repairing partitioned networks 23-7
replacing application components 23-13
restoring failed master node 23-11
restoring failed nonmaster node 23-11
restoring failed nonmaster node example 23-12
types of failures 23-2
WLE or BEA TUXEDO system failure 23-3
tsprio parameter 17-6
tuning applications 17-1-17-14
determining IPC requirements 17-10
maximizing application resources 17-1
bundling services into servers 17-7
enabling load balancing 17-3
measuring system traffic 17-12
detecting a system bottleneck 17-12
using application parameters 17-8
MAXGTT parameter 17-9
SANITYSCAN parameter 17-9
using MSSQ sets in BEA TUXEDO 17-2
TUXCONFIG file 3-2
TUXDIR variable 11-5
TUXEDO and WLE
differences 1-4
TUXEDO conversation limits in a configuration file
setting 3-20
TUXEDO queued message facility
administrative tasks 13-3-13-7
overview 13-3-??
TUXEDO queued messages
associating queue with group 13-10
creating application queue space and queues 13-8
listing /Q servers in SERVER section 13-11
managing 13-1-13-11
modifying the configuration file 13-10
setting the QMCONFIG environment variable 13-7
using QMADMIN 13-7
TUXEDO services
resuming 19-3
suspending 19-3
TUXEDO services in a configuration file
identifying 3-52
sample SERVICES section 3-53

U

UBBCONFIG file 15-2
configuring with netgroups 3-70
UDL 13-7
printing 23-7
UDL (Universal Device List), creating 7-4
ULOG 16-1, 23-8
analyzing 16-14
assigning a location for 16-7
how to use 16-2
location 16-4
maintaining 16-7
message format 16-3
purpose 16-2
when created 16-2
Universal Device List (UDL), creating 7-4
unsolicited messages
broadcasting 23-4
unsolicited notification in a configuration file
characteristics of NOTIFY and USIGNAL parameters 3-22
setting parameters of 3-22
USIGNAL parameter 3-22

V

VTOC
printing 23-7

W

WLE and BEA TUXEDO
differences 1-4
WLE factory-based routing example 3-63
WLE hostname capitalization
checking 23-15
WLE interface
enabling to begin a transaction in the INTERFACES section 7-8
WLE interface repositories
managing 8-1
worker threads 3-15
workstation clients
defined 11-2
how to connect to an application 11-5
illustration of a 2-workstation client application 11-3
managing 11-1-11-9
modifying MACHINES section to support 11-9
sample UBBCONFIG file 11-9
setting environment variables 11-5
setting number of
MAXACCESSERS parameter 11-6
MAXWSCLIENTS parameter 11-6
workstation listener (WSL), configuring 11-7
WSC (workstation client) 11-2
WSDEVICE variable 11-5
WSENFILE 11-5
WSENFILE variable 11-5
WSH (workstation handler) 11-2
WSL (workstation listener) 11-2
WSNADDR
WSDEVICE 11-5
WSNADDR variable 11-5
WSREPLYMAX variable 11-6
WSRPLYMAX 11-5
WSTYPE 11-5
WSTYPE variable 11-5