Index

A B C D E F G H I L M N O P R S T U V W

A

active master

change to standby, 5.6

detecting dual active masters, 5.7

dual failure recovery, 5.4

active standby pair, 3.13, 7.1

add or drop table column, 7.1

adding host to cluster, 8.6.3.1

adding or dropping a subscriber, 7.2

adding or dropping cache groups, 7.2

adding sequences and cache groups, 7.2

altering, 7.2

changing PORT or TIMEOUT connection attributes, 7.2

configuring network interfaces, 3.10, 4.3.3

create or drop index, 7.1

create or drop synonym, 7.1

defined, 1.5.1

detecting dual active masters, 5.7

disaster recovery, 6.11

dropping sequences and cache groups, 7.2

DSN, 3.4

examples of altering, 7.2.1

failback, 5.2.2, 6.5.2

overview, 1.5.1

recover after dual master failure, 5.4

recovering active master, 5.2

replicating a global AWT cache group, 6.3

replicating a local read-only cache group, 6.2

replicating materialized views, 3.14

replicating sequences, 3.15

restrictions, 3.3

return service, 3.8, 4.1

reverse roles, 5.6

setting up, 5.1

states, 3.1

SUBSCRIBER clause, 3.7

subscriber failure, 5.5

active standby pair with cache groups

dual failure recovery, 6.7

recovering active master, 6.5

subscriber failure, 6.8

ADD ELEMENT clause

DATASTORE, 10.1.3

ADMIN privilege, 3.6, 9.2

aging

replication, 1.9

ALTER ELEMENT clause, 10.1.1

ALTER REPLICATION state

using, 10.1

ALTER REPLICATION statement, 9.5.3

ALTER TABLE statement

and replication, 10.2

ALTER USER statement, 10.1

AppCheckCmd Clusterware attribute, A.1

AppFailoverDelay Clusterware attribute, A.1

AppFailureInterval attribute

Oracle Clusterware, A.1

AppFailureThreshold Clusterware attribute, A.1

application failover

Oracle Clusterware, 8.2.5

AppName Clusterware attribute, A.1

AppRestartAttempts attribute

Oracle Clusterware, A.1

AppScriptTimeout Clusterware attribute, A.1

AppStartCmd Clusterware attribute, A.1

AppStopCmd Clusterware attribute, A.1

AppType Clusterware attribute, A.1

AppUptimeThreshold attribute

Oracle Clusterware, A.1

asynchronous writethrough cache group

propagating to Oracle database, 1.6.2

replication, 1.6.1

attributes, connection

required, 11.1.2

autocommit mode

RETURN RECEIPT BY REQUEST, 4.1.3

RETURN TWOSAFE, 4.1.4

RETURN TWOSAFE BY REQUEST, 4.1.5

automatic catch-up, 15.2.3

automatic client failover, 3.11, 8.1

AutoRecover Clusterware attribute, A.1

AWT cache group

propagating to Oracle Database, 1.6.2

replicating, 1.6.1, 6.3

AWT cache groups

parallel threads, 11.1.3.1

B

bidirectional general workload

syntax example, 9.11.6

update conflicts, 9.11.6

bidirectional replication scheme

recovery, 9.1.1

return twosafe service, 4.1.4

bidirectional split workload

syntax example, 9.11.5

bookmarks in log, 11.1.4.3, 12.5

C

cache

changing cache administration user name or password, 6.4

changing user name or password, 6.4

cache grid

active standby pairs, 6.3

add cache group with Oracle Clusterware, 8.4.3.1

creating a cluster, 8.4.1

drop cache group with Oracle Clusterware, 8.4.3.2

managing with Oracle Clusterware, 8.4

recovery with Oracle Clusterware, 8.4.2, 8.5.5.2

schema changes with Oracle Clusterware, 8.4.3

cache groups

replicating, 1.6

replicating a global AWT cache group, 6.3

replicating a read-only cache group, 6.2

replicating a user managed cache group, 6.1

CacheAWTParallelism connection attribute, 11.1.3.1

CacheConnect Clusterware attribute, 8.2.3, A.1

catch-up feature

replication, 15.2.3

CHECK CONFLICTS clause

examples, 13.3.2

in CREATE REPLICATION statement, 9.6

classic replication

high availability, 9.1

classic replication scheme, 9

client failover, 8.1

automatic client failover, 3.11

cluster

virtual IP addresses, 8.1

cluster agent, 8.3.2

cluster manager

role, 9.1.1

cluster status, 8.7

cluster.oracle.ini file, 8.1

advanced availability, 8.2.2

advanced availability, one subscriber, 8.2.2

and sys.odbc.ini file, 8.2

application failover, 8.2.5, 8.2.5

attribute descriptions, A

automatic recovery from failure of both master nodes, 8.2.6

basic availability, 8.2.1

basic availability, one subscriber, 8.2.1

cache grid, 8.2.4

cache groups, 8.2.3

examples, 8.2

excluding tables, cache groups and sequences, 8.2.7

location, 8.2

manual recovery from failure of both master nodes, 8.2.6

specify route, 8.2.7

Clusterware, see Oracle Clusterware

columns

compressed, 3.5, 9.3

COMPRESS TRAFFIC clause

in CREATE ACTIVE STANDBY PAIR statement, 4.2.3

in CREATE REPLICATION statement, 4.2.3

compression

table columns, 3.5, 9.3

conflict

reporting, 13.4

XML Document Type Definition, 13.5

resolution, 13.1

update rules, 13.2

types, 13.1

CONFLICT REPORTING clause

in CREATE REPLICATION statement, 4.2.7, 4.2.7

copying a database

privileges, 3.2

copying a master database, 11.2

CREATE ACTIVE STANDBY PAIR statement, 5.1, 6.2

syntax, 3.6

create or drop table, 7.1

CREATE REPLICATION statement, 9.5.3

defining DATASTORE element, 9.5.1

defining table element, 9.5.2

use of, 9.2

CREATE USER statement, 10.1

crsctl command

check crs command, 8.3.1

verify Oracle Clusterware status, 8.3.1

crsTT directories, 8.1.2

D

data source name, 9.2.2

data types

size limits, 3.5, 9.3

database

connection failure, 4.2.6

duplicating, 11.2

failed, 4.2.6

ForceConnect connection attribute, 15.2.3

name, 9.2.2

objects

excluding from active standby pair, 3.12

temporary, 3.3, 9.5.1

DatabaseCharacterSet data store attribute, 11.1.2

DatabaseFailoverDelay Clusterware attribute, A.1

databases

establishing, 11.1.1

managing logs, 11.1.4

recovering, 9.1.1

required connection attributes for replication, 11.1.2

setting state, 11.6

DATASTORE element, 9.5, 9.5.1

adding to replication scheme, 10.1.3

and materialized views, 9.5.5

and nonmaterialized views, 9.5.5

DDL statements

replication, 7.1.1

DDLReplicationAction connection attribute, Preface, 7.1.1

DDLReplicationLevel connection attribute, Preface, 7.1.1

default column values

changing, 10.2

DISABLE RETURN clause

in CREATE ACTIVE STANDBY PAIR statement, 4.2.1.1.4

DISABLE RETURN policy, 4.2.1.1.4

active standby pair, 4.2.1.1.4, 4.2.1.1.6

disaster recovery

active standby pair with AWT cache group, 6.11

disaster recovery subscriber

Oracle Clusterware, 8.3.13

distributed workload configuration

recovery issues, 9.1.1

distributed workload replication, 1.5.2.2.2

DNS server

Windows, 4.3.4.2

DROP REPLICATION statement, 2.2.6, 10.4

DROP USER statement, 10.1

dropping replication scheme, 2.2.6, 10.4

DSN

creating, 2.2.1, 11.1.1

define for active standby pair, 3.4

defining, 9.2.2

DualMaster

Oracle Clusterware, 8.2.5

duplicating a database

privileges, 3.2

with cache groups, 3.2

duplicating a master database, 11.2

DURABLE COMMIT clause

in CREATE ACTIVE STANDBY PAIR statement, 4.2.1.1.6

in CREATE REPLICATION statement, 4.2.1.1.6

DURABLE COMMIT policy, 4.2.1.1.6

E

element

DATASTORE, 9.5.1

defined, 1.1

ELEMENT descriptions, 9.5

EXACT

table definition, 4.2.2

example

replicating tables to different subscribers, 9.11.3

EXCLUDE clause

in CREATE ACTIVE STANDBY PAIR statement, 3.12

EXCLUDE SEQUENCE clause

in ALTER REPLICATION statement, 10.1.3.2

in CREATE REPLICATION statement, 9.5.1

EXCLUDE TABLE clause

in ALTER REPLICATION statement, 10.1.3.2

in CREATE REPLICATION statement, 9.5.1

F

failback, 5.2.2

active standby pair, 6.5.2

failed database

connecting to, 4.2.6

failed state

replication, 11.6

failover, 3.11

failover and recovery

issues, 9.1.1

FAILTHRESHOLD attribute, 15.2.1

FAILTHRESHOLD clause

active standby pair, 4.2.1.1.3

altering, 10.1.13

example, 9.11.2

in CREATE ACTIVE STANDBY PAIR statement, 4.2.6, 4.2.6

in CREATE REPLICATION statement, 4.2.1.1.3, 4.2.1.1.3, 4.2.6

subscriber failures, 15.2.1

failure

return service, 4.2.1.1.2

subscriber, 5.5, 15.2.1

failure recovery script, 15.5

failure threshold

description, 11.1.4.3

displaying, 12.4.1

example, 9.11.2

subscriber failures, 15.2.1

FailureThreshold Clusterware attribute, A.1

ForceConnect connection attribute, 15.2.3, 15.2.3, 15.4

foreign keys

active standby pair replication, 3.13

classic replication, 9.5.3

ON DELETE CASCADE

classic replication, 9.5.3

replication, 1.8

full replication, 1.5.2.1

full store name

active standby pair, 3.7

G

general workload

syntax example, 9.11.6

GRANT statement, 10.1

GridPort Clusterware attribute, 8.2.4, A.1

H

high availability

classic replication

design, 9.1

host

IP address, 4.3

IP addresses, 4.3.4

local, 4.3

host name

identifying, 4.3.4, 9.5.1

hostname command, 9.5.1

I

INCLUDE clause

in CREATE ACTIVE STANDBY PAIR statement, 3.12

INCLUDE SEQUENCE clause

in ALTER REPLICATION statement, 10.1.3.1

in CREATE REPLICATION statement, 9.5.1

INCLUDE TABLE clause

in ALTER REPLICATION statement, 10.1.3.1

in CREATE REPLICATION statement, 9.5.1

IP addresses

replication, 4.3.4

L

LOB columns

size limit, 3.5, 9.3

LOCAL COMMIT ACTION clause

active standby pair, 4.2.1.1.7

LOCAL COMMIT ACTION policy, 4.2.1.1.7

log

locating bookmarks, 11.1.4.3, 12.5

management, 11.1.4

size and persistence, 11.1.4.1

threshold value, 11.1.4.3

log sequence number, 12.5

LogBufMB connection attribute, 11.1.4.3, 11.1.4.3

LogBufParallelism first connection attribute, 11.1.3.1, 11.1.3.2

LogFileSize connection attribute, 11.1.4.3

logging, 11.1.4.3

logs

setting the size, 11.1.4.3

LSN, 12.5

M

master catch-up, 15.2.3

master database

defined, 9.2.2

MasterHosts Clusterware attribute, A.1

MasterStoreAttribute Clusterware attribute, A.1

MasterVIP Clusterware attribute, A.1

materialized views

active standby pair, 3.14

replicating, 9.5.5

monitoring replication, 12

N

network

bandwidth, 4.3

configuration, 4.3

WAN environment, 4.3, 4.3.2

network configuration

interfaces, 4.3.3

replication, 4.3

Network Time Protocol, see NTP

NO RETURN clause

in CREATE ACTIVE STANDBY PAIR statement, 4.1.6

in CREATE REPLICATION statement, 4.1.6

NTP

clock management, 8.1.2

-x option, 8.1.2

NVARCHAR columns

size limit, 3.5, 9.3

NVARCHAR2 columns

size limit, 3.5, 9.3

O

ocrConfig option, 8.3.3

ON DELETE CASCADE

classic replication, 9.5.3

foreign keys

active standby pair, 3.13

ON DELETE CASCADE clause

replication, 1.8

Oracle Cluster Registry

configuring for TimesTen cluster, 8.3.3

Oracle Clusterware, 8

add cache group to cache grid, 8.4.3.1

add subscriber not managed by Oracle Clusterware, 8.6.5.3

adding active standby pair to cluster, 8.6.4.1

adding subscriber to active standby pair, 8.6.5.1

altering tables and cache groups, 8.6.6

AppFailureInterval attribute, A.1

application failure, A.1

AppRestartAttempts, A.1

AppType=DualMaster, 8.2.5

AppUptimeThreshold, A.1

AppUptimeThreshold attribute, A.1

automatic recovery, 8.2.6

automatic recovery from dual failure, 8.5.5.1

cache grid, 8.2.4

cache grid recovery, 8.4.2, 8.5.5.2

changing cache administration user name or password, 8.6.11

changing internal user name or password, 8.6.11

cluster.oracle.ini and sys.odbc.ini files, 8.2

creating a cluster of cache grid members, 8.4.1

creating or dropping tables and cache groups, 8.6.6

crsctl start command, 8.5.7

crsctl stop command, 8.5.7

crsTT directories, 8.1.2

drop cache group from cache grid, 8.4.3.2

failure of both master nodes, 8.2.6

failure of more than two master hosts, 8.5.6

forced switchover, 8.5.7

GridPort attribute, 8.2.4

host maintenance, 8.6.9

machine room maintenance, 8.6.10

manual recovery for advanced availability, 8.5.5.3

manual recovery for basic availability, 8.5.5.4

message log files, 8.7.2

moving a database to another host, 8.6.8

network maintenance, 8.6.9

RAM policy, 8.6.12

rebuild subscriber not managed by Oracle Clusterware, 8.6.5.4

recovery process, 8.5.1

recovery when RETURN TWOSAFE, 8.5.5.6

remote disaster recovery subscriber, 8.3.13

removing active standby pair from cluster, 8.6.4.2

removing host from cluster, 8.6.3.2

removing subscriber from active standby pair, 8.6.5.2

required privileges, 8.1.1

restricted commands, 8.1.3

rolling upgrade, 8.6.1

routing, 8.2.7

schema changes in cache grid, 8.4.3

status, 8.7

stopping the TimesTen daemon, 8.3.4

storage for backups, 8.2.6

subscriber not managed by Oracle Clusterware, 8.3.14

switching the active and the standby, 8.6.7

TimesTen advanced level, 8.1

TimesTen basic level, 8.1

TimesTen cluster agent, 8.3.4, 8.3.4

TimesTen daemon monitor, 8.3.4, 8.3.4

tmp directory, 8.1.2

ttDaemonAdmin, 8.3.4

upgrading TimesTen, 8.6.2

using RepDDL attribute, 8.2.7

using with cache grid, 8.4

virtual IP addresses, 8.1

Oracle Clusterware attributes

AppCheckCmd, A.1

AppFailoverDelay, A.1

AppFailureThreshold, A.1

AppName, A.1

AppScriptTimeout, A.1

AppStartCmd, A.1

AppStopCmd, A.1

AppType, A.1

AutoRecover, A.1

CacheConnect, A.1

conditional, A.1

DatabaseFailoverDelay, A.1

FailureThreshold, A.1

GridPort, A.1

MasterHosts, A.1

MasterStoreAttribute, A.1

MasterVIP, A.1

optional, A.1, A.1

RemoteSubscriberHosts, A.1

RepBackupDir, A.1

RepBackupPeriod, A.1

RepDDL, 8.2.7, A.1

RepFullBackupCycle, A.1

required, A.1, A.1

ReturnServiceAttribute, A.1

SubscriberHosts, A.1

SubscriberStoreAttribute, A.1

SubscriberVIP, A.1

TimesTenScriptTimeout, A.1

VIPInterface, A.1

VIPNetMask, A.1

owner

replication scheme, 9.2.1

P

parallel replication, 11.1.3

attributes, 11.1.2

automatic, 11.1.3, 11.1.3.1

AWT, 11.1.3.1

DDL statements, 11.1.3

DML statements, 11.1.3

partitions

in a table, 4.2.2

PassThrough connection attribute

and RETURN TWOSAFE, 4.1.4

and RETURN TWOSAFE BY REQUEST, 4.1.5

pause state

replication, 11.6

performance

altered tables, 14.2

evaluation tool, 12.8

logging attributes, 11.1.4.3

replication, 14, 14.2

replication throughput, 14.3

PL/SQL object

replicating in an active standby pair, 7.1.3

PL/SQL objects

replicating, 10.1.2

PORT assignment

active standby pair, 4.2.4

PORT attribute

CREATE ACTIVE STANDBY PAIR statement, 4.2.4

CREATE REPLICATION statement, 4.2.4

ports

dynamic, 4.2.4

static, 4.2.4

privilege

create a replication scheme, 9.2

create an active standby pair, 3.6

propagation

example, 9.11.4

PROPAGATOR clause

example, 9.11.4

propagator database

defined, 9.2.2

R

RAM policy

Oracle Clusterware, 8.6.12

read-only cache group

replicating, 1.6.3

ReceiverThreads first connection attribute, 11.1.2

recovering failed databases, 9.1.1

recovery

return service, 4.2.1.1.2

RecoveryThreads attribute, 14.3

RELAXED

table checking, 14.2

table definition, 4.2.2, 4.2.2

RemoteSubscriberHosts Clusterware attribute, A.1

RepBackupDir Clusterware attribute, A.1

RepBackupPeriod Clusterware attribute, A.1

RepDDL Clusterware attribute, 8.2.7, A.1

example, 8.2.7

RepFullBackupCycle Clusterware attribute, A.1

replicated tables

requirements, 9.3

replicating over a network, 4.3

replication

across releases, 11.4

aging, 1.9

and ttAdmin, 11.5

AWT cache group, 1.6.1

cache groups, 1.6

classic, 1.5.2

bidirectional replication scheme, 1.5.2.2

direct, 1.5.2.3

distributed workload configuration, 1.5.2.2.2

foreign keys, 9.5.3

full replication, 1.5.2.1

propagation, 1.5.2.3

selective replication, 1.5.2.1

split workload, 1.5.2.2.1

unidirectional replication, 1.5.2.2

configuring timestamp comparison, 13.3

conflict reporting, 13.4

conflict resolution, 13.1

controlling, 11.6, 11.6

DDL statements, 7.1.1

described, 1.1

design decisions, 9.1

element, 1.1, 9.5

failed state, 11.6

FAILTHRESHOLD clause in CREATE ACTIVE STANDBY PAIR statement, 4.2.1.1.3

FAILTHRESHOLD clause in CREATE REPLICATION statement, 4.2.1.1.3

foreign keys, 1.8

active standby pair, 3.13

ON DELETE CASCADE, 3.13

gauging performance, 12.5

host IP addresses, 4.3.4

monitoring, 12

of materialized views, 9.5.5

of sequences, 9.5.4

ON DELETE CASCADE clause, 1.8

over a network, 1.5.2.3

parallelism, see parallel replication

pause state, 11.6

performance, 14.2

propagator database

definition, 1.5.2.3

relaxed checking, 4.2.2

restart policy, 11.5

return receipt, 1.4.2

start state, 11.6

starting, 11.5

state, 11.6

stop state, 11.6

stopped

return services policy, 4.2.1.1.3

stopping, 11.5, 11.5

tables with different definitions, 4.2.2

timestamp column maintenance, 13.3.2.1

unidirectional, 1.5.2.2

WAN environment, 4.3.2

replication agent

defined, 1.3

starting, 2.2.4, 11.5

stopping, 2.2.6, 11.5

replication daemon, see "replication agent"

replication performance, 14.3

replication scheme

active standby pair, 1.5.1

applying to DSNs, 9.12

configuring, 9.1

defining, 9.2

examples, 9.11

for cache groups, 1.6

naming, 9.2.1

owner, 9.2.1

types, 1.5

ReplicationApplyOrdering connection attribute, 11.1.3.1

ReplicationApplyOrdering data store attribute, 11.1.2, 11.1.3.1

ReplicationParallelism connection attribute, 11.1.3.1

ReplicationParallelism data store attribute, 11.1.2, 11.1.3.1, 11.1.3.2

repschemes

ttIsql command, 12.4.1

resource

defined, 8.1

restart policy, 11.5

restrictions

active standby pairs, 3.3

RESUME RETURN clause

in CREATE ACTIVE STANDBY PAIR statement, 4.2.1.1.5

RESUME RETURN policy, 4.2.1.1.5

active standby pair, 4.2.1.1.5, 4.2.1.1.5

return receipt

definition, 1.4

RETURN RECEIPT BY REQUEST clause

example, 9.11.2

in CREATE ACTIVE STANDBY PAIR statement, 4.1.3

in CREATE REPLICATION statement, 4.1.3

RETURN RECEIPT clause

active standby pair, 4.1.2

CREATE REPLICATION statement, 4.1.2

example, 9.11.1, 9.11.2, 9.11.2

RETURN RECEIPT failure policy

report settings, 12.4.1

return receipt replication, 1.4.2

RETURN RECEPT timeout errors, 1.4.2

return service

active standby pair, 3.8, 4.1

blocking

disabling, 4.2.1.1.2

CREATE REPLICATION statement, 4.1

failure policy, 4.2.1.1, 4.2.1.1.2

in CREATE REPLICATION statement, 9.8

performance and recovery tradeoffs, 9.1.2

recovery policy, 4.2.1.1.2

timeout errors, 4.2.1.1

return services

policy

when replication stopped, 4.2.1.1.3

RETURN SERVICES clause

in CREATE ACTIVE STANDBY PAIR statement, 4.2.1.1.3

return twosafe

bidirectional replication scheme, 4.1.4, 4.1.4

definition, 1.4

Oracle Clusterware recovery, 8.5.5.6

RETURN TWOSAFE BY REQUEST clause

in CREATE ACTIVE STANDBY PAIR statement, 4.1.5

in CREATE REPLICATION statement, 4.1.5

RETURN TWOSAFE clause

in CREATE ACTIVE STANDBY PAIR statement, 4.1.4

in CREATE REPLICATION statement, 4.1.4

ReturnServiceAttribute Clusterware attribute, A.1

example, 8.5.5.6

REVOKE statement, 10.1

roles

reverse, 5.6

ROUTE clause

CREATE ACTIVE STANDBY PAIR statement, 4.3.3

CREATE REPLICATION statement, 4.3.3

in CREATE ACTIVE STANDBY PAIR statement, 3.10

in replication scheme, 9.10

S

selective replication, 1.5.2.1

SEQUENCE element, 9.5

sequences

adding to replication scheme, 10.1.1

changing element name, 10.1.7

dropping from replication scheme, 10.1.4

replicating, 1.7, 9.5.4

replicating in an active standby pair, 3.15

split workload, 1.5.2.2.1

replication scheme

recovery, 9.1.1

syntax example, 9.11.5

SQLGetInfo function

checking database state, 4.2.6

monitoring subscriber, 15.2.1

standby master

change to active, 5.6

dual failure recovery, 5.4

recover from failure, 5.3, 6.6

start state

replication, 11.6

starting the replication agent, 2.2.4, 11.5

status

cluster, 8.7

Oracle Clusterware, 8.7

stop state

replication, 11.6

stopping the replication agent, 2.2.6, 11.5

STORE attributes

in CREATE ACTIVE STANDBY PAIR statement, 3.9, 4.2

in CREATE REPLICATION statement, 4.2, 9.9

subscriber

adding to replication scheme, 10.1.5

displaying status, 12.3

dropping from replication scheme, 10.1.6

transaction log accumulation, 12.3

SUBSCRIBER clause

and return service, 9.8

in CREATE ACTIVE STANDBY PAIR statement, 3.7

return service, 4.1

subscriber database

defined, 9.2.2

subscriber failure, 5.5, 15.2.1

active standby pair with cache groups, 6.8

SubscriberHosts Clusterware attribute, A.1

subscribers

maximum number, 9.11.2

SubscriberStoreAttribute Clusterware attribute, A.1

SubscriberVIP Clusterware attribute, A.1

T

table

adding to replication scheme, 10.1.1

alter

performance, 14.2

changing element name, 10.1.7

definitions, 4.2.2

dropping from replication scheme, 10.1.4

excluding from database, 10.1.3.2

including in database, 10.1.3.1

partitioned, 4.2.2

relaxed checking, 4.2.2, 14.2

TABLE DEFINITION CHECKING clause

examples, 4.2.2

TABLE element, 9.5, 9.5.2

table requirements

active standby pairs, 3.5

replication schemes, 9.3

tables

altering and replication, 10.2

threshold log setting, 11.1.4.3

time

clock management

NTP, 8.1.2

timeout

return service for an active standby pair, 4.2.1

timestamp

from operating system, 13.2

timestamp column maintenance

by user, 13.3.2.2

system, 13.3.2.1

timestamp comparison

configuring, 13.3

local transactions, 13.2.1

TimesTen cluster agent, 8.3.2, 8.3.4, 8.3.4

TimesTen daemon monitor, 8.3.4, 8.3.4

TimesTenScriptTimeout Clusterware attribute, A.1

track

parallel replication, 11.1.3.2.1, 11.1.3.3

transaction log

threshold, 4.2.6, 4.2.6

failed state, 4.2.6

transaction logs

analyze, 12.8

TRANSMIT DURABLE clause

in CREATE REPLICATION statement, 9.7

TRANSMIT NONDURABLE clause

and recovery, 15.4

in CREATE REPLICATION statement, 9.7

trapped transaction, 15.2.3.1

TRUNCATE TABLE statement, 10.3

truncating a replicated table, 10.3

TT_VARCHAR columns

size limit, 3.5, 9.3

ttAdmin utility

-ramPolicy option, 15.3.1, 15.3.2

-repPolicy option, 11.5

-repStart option, 11.5, 11.5

-repStop option, 11.5

ttCkpt built-in procedure, 11.1.4.2

ttCkptBlocking built-in procedure, 11.1.4.2

ttCRSActiveService process, 8.3.10

ttCRSAgent process, 8.3.4, 8.3.4

ttcrsagent.options file, 8.3.2, 8.3.2

ttCRSDaemon process, 8.3.4, 8.3.4

ttCRSMaster process, 8.3.10

ttCRSsubservice process, 8.3.10

ttCWAdmin

-beginAlterSchema option, 8.4.3, 8.6.6.1, 8.6.6.1

ttCWAdmin -beginAlterSchema command, 8.4.3, 8.6.6.1, 8.6.6.1

ttCWAdmin -endAlterSchema command, 8.4.3, 8.6.6.1

ttCWAdmin utility, 8.1, 8.2

-endAlterSchema option, 8.4.3, 8.6.6.1

ocrConfig option, 8.3.3

-relocate option, 8.6.8

required privileges, 8.1.1

-status option, 8.7

-switch option, 8.6.7

ttcwerrors.log file, 8.7.2

ttcwmsg.log file, 8.7.2

ttDestroy utility, 15.3.1

ttDestroyDataStore built-in procedure, 15.3.2

ttDurableCommit built-in procedure, 4.2.1.1.1

ttIsql utility

-f option, 9.12

ttMigrate utility

relaxedUpgrade option, 14.2, 14.2

ttRepAdmin utility

-bookmark option, 12.5.3

displaying subscriber information, 12.3.1

-duplicate option, 4.2.2, 9.7, 11.2, 15.2.3, 15.3.1, 15.3.1, 15.4

privileges for -duplicate options, 3.2

-ramLoad option, 15.3.1, 15.3.1

-receiver -list options, 12.3.1

-self -list options, 12.2.1

-showconfig option, 12.4.2

-state option, 11.6

ttRepDuplicate built-in procedure, 15.3.2

ttRepDuplicateEx C function

privileges, 3.2

ttReplicationStatus built-in procedure, 12.3.2

ttRepReturnTransitionTrap SNMP trap, 4.2.1.1.4

ttRepStart built-in procedure, 10.1, 11.5

ttRepStop built-in procedure, 10.1, 11.5

ttRepSubscriberStateSet built-in procedure, 11.6

ttRepSubscriberWait built-in procedure

replicating sequences, 3.15, 9.5.4

ttRepSyncGet built-in procedure, 4.1.3, 4.1.5, 4.1.5

ttRepSyncSet built-in procedure, 4.1.3, 4.1.3, 4.1.5, 4.2.1, 4.2.1, 4.2.1.1.7

different return services, 9.11.2

LOCAL ACTION policy, 4.2.1.1.7

RETURN RECEIPT BY REQUEST, 4.1.3

setting return service timeout, 4.2.1

ttRepSyncSubscriberStatus built-in procedure, 4.2.1.1, 12.7.1

DISABLE RETURN clause, 4.2.1.1.4

ttRepXactStatus built-in procedure, 4.1, 4.2.1.1.7, 4.2.1.1.7, 12.7.2

ttRepXactTokenGet built-in procedure, 12.7.2

ttXactLog utility

logAnalyze command, 12.8

TypeMode data store attribute, 11.1.2

U

unidirectional replication, 1.5.2.2

update conflicts

example, 9.11.6

syntax example, 9.11.6

V

VARBINARY columns

size limit, 3.5, 3.5, 9.3, 9.3

VARCHAR2 columns

size limit, 3.5, 9.3

views

active standby pair, 3.14

VIPInterface Clusterware attribute, A.1

VIPNetMask Clusterware attribute, A.1

virtual IP address

Oracle Clusterware, 8.1

W

WAN environment, 4.3.2

replication, 4.3

WINS server

Windows, 4.3.4.2