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Index

Symbols

/Q (Queued Message Facility)

A

characteristics of the UID, GID, and PERM parameters
defining
using
administering
limitations
configuration tools: using AdminAPI; using the command-line interface
run-time tools: using the AdminAPI; using the command-line interface
: configuration; run-time
tools
organization
groundwork
operational
replacing
SANITYSCAN parameter
setting
using
characteristics of MODEL and OPTIONS parameters
setting
starting
configuring
using
changing

B

example
sar(1) command: -b option; -c option; -m option; -p option; -q option; -r option; -u option; -w option
characteristics of the MAXBUFTYPE and MAXBUFSTYPES parameters
setting
BUFTYPE parameter examples
specifying
when to bundle services

C

command line options
format
characteristics of TUXCONFIG parameter
contents
creating
definition
identifying the location
MACHINES: description of parameters in sample MACHINES section; how to customize; identifying machines; sample
NETGROUPS: configuring information; specifying NETGRPNO, NETPRIO, NETGROUP, MAXNETGROUPS, and MAXPENDINGBYTES parameters
RESOURCES: description of parameters in TUXEDO sample; TUXEDO sample
SERVERS: identifying server process information; sample
SERVICES: sample 3-35,
setting domain-wide parameters
TUXCONFIG file
UBBCONFIG file
APPDIR
AUTHSVC
BLOCKTIME
BUFTYPE
CONV
ENVFILE
FASTPATH
GID
GRACE
IPCKEY
LDBAL 3-11,
LMID
MASTER
MAX
MAXACCESSERS
MAXBUFSTYPES
MAXBUFTYPE
MAXCONV
MAXGEN
MAXNETGROUPS 3-43,
MAXPENDINGBYTES 3-43,
MAXSERVERS
MAXSERVICES
MIN
MODEL
NETGROUP 3-43,
NETGRPNO
NETPRIO 3-43,
NO_OVERRIDE
NOTIFY
OPTIONS
PERM
PRIO
PROTECTED
RCMD
REPLYQ
RESTART
RPPERM
RQADDR
RQPERM
SANITYSCAN
SCANUNIT
SECURITY
SEQUENCE
SRVGRP
SRVID
SYSTEM_ACCESS
TUXCONFIG
TUXDIR
UID
ULOGPFX
USIGNAL
assigning priorities to each network group
example
steps
UBBCONFIG file: NETGROUPS section
defining server groups in GROUPS section
identifying locations of M3 or TUXEDO system software and application servers
identifying log file location
identifying machines in the MACHINES section
identifying the location of the configuration file
overriding system-wide parameters
reserving the physical address and machine ID
specifying environment variable settings for processes
sample network groups configuration
specifying information in NETGROUPS section
defining routing criteria in ROUTING section
M3 factory-based routing example
specifying range criteria in sample ROUTING section
characteristics of server name, SRVGRP, and SRVID parameters
command-line options
defining server access to shared memory
defining server name, group, and ID
defining server restart information
identifying server environment file location
identifying server process information in SERVERS section
identifying server queue information
setting order in which servers are booted
specifying a TUXEDO server as conversational
using server command-line options
controlling data flow by service priority
enabling load balancing
identifying services in the SERVICES section
sample SERVICES section 3-35,
specifying a list of allowable buffer types for a service
specifying different service parameters for different server groups
using the CLOPT parameter
determining your server needs
planning the overall design
blocks value
creating a TLOG device

D

dynamic
static
characteristics of PRIO parameter
controlling by service priority
characteristics
using in TUXEDO
reinitializing a
creating
destroying
benefits
characteristics
description of routing section parameters
domain gateway configuration file
example
modifying the domain gateway file to support routing in TUXEDO
modifying the GROUPS section: description of GROUPS parameters
modifying the SERVICES: description of SERVICES parameters; sample SERVICES section
modifying the SERVICES section for TUXEDO
purpose
UBBCONFIG file example
benefits of using BEA TUXEDO system
components of DMCONFIG file
configuring a local and remote domain
creating domain access control list (ACL)
defining addressing
defining exported services
defining imported and exported services
defining local and remote domains
defining remote domain environment
defining the local domain environment
domain gateway configuration file
ensuring security
example of /DOMAINS
illustration of /DOMAINS
local application configuration file example
local domain configuration file example
remote application configuration file example
remote domain gateway configuration file example
routing service requests to remote domains
working with multiple

E

characteristics of ENVFILE parameter
specifying
ROOTDIR
identifying using log files

F

determining cause of application
determining cause of system
assigning priorities to network groups
bank application with two workstation clients
BEA TUXEDO /DOMAIN gateway
example of a network grouping 3-45,
flow of data over the BRIDGE
local and remote application (simpapp)
sample NETGROUPS and NETWORK sections
TUXEDO message queueing illustration

G

GID parameter

GRACE parameter

GROUPS parameters used to distribute an

I

characteristics of MAXACCESSERS, MAXSERVERS, MAXINTERFACES, and MAXSERVICES parameters
defining
tuning: MAXACCESSERS
tuning queue-related kernel parameters

K

how to tune

L

bbsread output
canceling a server group migration
configuration file for bankapp (MP version)
local application configuration file
local domain gateway configuration file
migrating a machine when an alternate machine is accessible
migrating a machine when an alternate machine is not accessible
migration when a master machine is accessible
migration when a master machine is not accessible
migration when an alternate machine is accessible
migration when an alternate machine is not accessible
remote application configuration file
remote domain gateway configuration file
sample GROUPS and NETWORK sections
sample MACHINES section
sample RESOURCES section
TMADMIN default output
tmadmin session example
enabling
measuring service performance time
characteristics of the LDBAL parameter
enabling
characteristics of the LDBAL parameter
enabling
identifying
characteristics of TUXDIR and APPDIR parameters
characteristics of ULOGPFX parameter
identifying location
using to detect failures

M

restriction for M3 systems
characteristics of the MASTER parameter
MAXBUFSTYPE parameter
MAXSERVICES
examples of switching master and backup machines: when the master machine is accessible from the backup machine; when the master machine is not accessible from the backup machine
how to switch master and backup machines 15-3,
canceling a migration
example of canceling a: canceling a server group migration for a server group GROUP1
example of migrating a: when the alternate machine is accessible from the primary machine; when the alternate machine is not accessible from the primary machine
example of migrating a server: when the alternate machine is accessible from the primary machine; when the alternate machine is not accessible from the primary machine
migrating a server group: how to migrate a server group when the alternate machine is accessible from the primary machine; how to migrate a server group when the alternate machine is not accessible from the primary machine
migrating machines: how to migrate machines when the alternate machine is accessible from the primary machine; how to migrate machines when the alternate machine is not accessible from the primary machine
migrating transaction logs to a backup site
switching master and backup machines
procedures: advertising services; changing AUTOTRAN timeout value; changing service parameters; resuming BEA TUXEDO services; suspending BEA TUXEDO services; unadvertising services
bankapp configuration file
checking local IPC resources
checking system-wide parameters
data: bulletin board; log files; UBBCONFIG file
methods
output from TMADMIN: PRINTCONN; PRINTNET; PRINTQUEUE; PRINTTRANS
running TMADMIN commands
sample bankapp application
sample bankapp application output
TMADMIN meta-commands
TMADMIN operating modes
types of administrative data
using AdminAPI
using statistics
example

N

advantages of data compression
failback
failover
using data: setting the compression level
recovering from severe
recovering from transient
sample
balancing request loads
changing network configuration parameters
negotiating encryption key size
running a
scheduling network data over parallel circuits
specifying encryption key bits
using link-level encryption
restoring a failed nonmaster

O

OPENINFO parameter

OPTIONS parameter

overriding system-wide parameters

P

detecting
repairing
servopts(5) -r option
characteristics of address and machine ID, and LMID parameter
reserving

Q

using to create message queues
setting
managing
associating queue with group
creating application queue space and queues
listing /Q servers in SERVER section
modifying the configuration file
setting the QMCONFIG environment variable
using QMADMIN

R

specifying
routing service requests
cleaning up
cleaning up those associated with dead processes
identifying information

S

characteristics of the SCANUNIT, SANITYSCAN, and BLOCKTIME parameters
example
setting the number of
-b option
-c option
-m option
-p option
-q option
-r option
-u option
using
-w option
ACL's limitations
adding, modifying, deleting user accounts
adding, modifying, deleting user groups
configuring authentication server
configuring SECURITY parameter
determining levels of security
implementing application password-level security
implementing operating system security
using an authentication server
using shell-level commands
implementing application password-level
implementing operating system
characteristics of the SECURITY and AUTHSVC parameters
setting
configuring
characteristics of SYSTEM_ACCESS parameter
characteristics
identifying location
defining
sample GROUPS section
specifying group name, number, and LMID
description of parameters in sample SERVERS section
identifying
sample SERVERS section
characteristics of RQADDR, RQPERM, REPLYQ, and RPPERM parameters
example
identifying
characteristics of RESTART, RCMD, MAXGEN, and GRACE parameters
defining
bundling services into
characteristics of SEQUENCE, MIN, and MAX parameters
setting
changing
advertising
unadvertising
defining access control
defining IPC limits
description of parameters in sample TUXEDO RESOURCES section
enabling load balancing
enabling unsolicited notification
identifying information in the RESOURCES section
identifying the master machine
protecting shared memory
sample TUXEDO RESOURCES section
setting buffer type and subtype limits
setting parameters of unsolicited notification
setting the address of shared memory
setting the application type
setting the number of sanity checks and timeouts
setting the security level
setting TUXEDO conversation limits
characteristics of the IPCKEY parameter
characteristics of the PROTECTED, FASTPATH, and NO_OVERRIDE parameters
defining server access to
protecting
setting the address of
technical
replacing
overriding

T

commands for monitoring TMADMIN tasks
TMADMIN meta-commands
analyzing
analyzing
message format
purpose
when created
analyzing
creating
how to use
location
maintaining
purpose
using
aborting
committing
example of distributed BEA TUXEDO application using
recovering from failures when using
sample of distributed TUXEDO application: GROUPS section; MACHINES section; NETWORK section; RESOURCES section; ROUTING section; SERVERS section; SERVICES section
AUTOTRAN parameter 7-7, 7-9,
CLOSEINFO parameter
CMTRET parameter
creating a transaction: creating the domain transaction log; creating the Universal Device List (UDL); defining transaction-related parameters in MACHINES section
creating a transaction log (TLOG)
defining each resource manager and the transaction manager server in GROUPS section
DMTLOGDEV parameter
DMTLOGNAME parameter
DMTLOGSIZE parameter
enabling a TUXEDO service to begin a transaction in the SERVICES section
example
FACTORYROUTING parameter
MAXGTT parameter
MAXRDTRAN parameter
MAXTRAN parameter
modifying the domain configuration file to support transactions
modifying the UBBCONFIG file
OPENINFO parameter
ROUTING parameter
sample GROUPS section
specifying application-wide transactions in the RESOURCES section
TLOGDEVICE parameter
TLOGNAME parameter
TLOGOFFSET parameter
TLOGSIZE parameter
TMSCOUNT parameter
TMSNAME parameter
transaction values description in sample GROUPS section
TRANTIME parameter 7-8, 7-9,
aborting a transaction
application failure
broadcasting unsolicited messages
checking the ULOG
cleaning up and restarting servers
cleaning up resources
cleaning up resources associated with dead processes
committing a transaction
detecting partitioned networks
gathering information about network, server, and service
M3 or TUXEDO system failure
maintaining system files: creating device list; destroying device list; printing the UDL; printing the VTOC; reinitializing a device
recovering from severe network failures
recovering from transient network failures
recovering when using transactions
repairing partitioned networks
replacing application components
restoring failed master node
restoring failed nonmaster node
restoring failed nonmaster node example
types of failures
determining IPC requirements
maximizing application resources: bundling services into servers; enabling load balancing
measuring system traffic: detecting a system bottleneck
using application parameters: MAXGTT parameter; SANITYSCAN parameter
using MSSQ sets in BEA TUXEDO
characteristics of the MAXCONV parameter
setting
characteristics of CONV parameter
administrative tasks
overview
associating queue with group
creating application queue space and queues
listing /Q servers in SERVER section
managing
modifying the configuration file
setting the QMCONFIG environment variable
using QMADMIN
resuming
suspending
identifying
sample SERVICES section

U

configuring with netgroups
printing
analyzing
assigning a location for
how to use
location
maintaining
message format
purpose
when created
broadcasting
characteristics of NOTIFY and USIGNAL parameters
setting parameters of

V

printing

W

defined
how to connect to an application
illustration of a 2-workstation client application
managing
modifying MACHINES section to support: sample UBBCONFIG file
setting environment variables
setting number: MAXACCESSERS parameter; MAXWSCLIENTS parameter
WSDEVICE

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