##
## This file is read by ibmditk/ibmdisrv on startup
##
## Enter <name>=<value> to set system properties.
## Enter !include <file | url> to include other files
##

com.ibm.di.securityTransformation=DES/ECB/NoPadding

##
## Modify the line below to add our own jar/zip files.
## The property may specify several directories or jar files, separated by the Java Property "path.separator",
## which is ":" on Linux and ";" on Windows
## Directories will be searched recursively by the TDILoader for jar files containing classes and resources.
## Only files with a ".zip" or ".jar" extension are searched.
# com.ibm.di.loader.userjars=c:\myjars

##
## Modify the line below to enable the config autoload feature. When this property is defined, the "ibmdisrv -d" command
## line will look for *.xml files in the directory specified by this property and start each one.
##
# com.ibm.di.server.autoload=autoload.tdi

##
## SYSTEM STORE
##

## Location of the database (embedded mode) - Cloudscape 10
#com.ibm.di.store.database=TDISysStore
#com.ibm.di.store.jdbc.driver=org.apache.derby.jdbc.EmbeddedDriver
#com.ibm.di.store.jdbc.urlprefix=jdbc:derby:
#com.ibm.di.store.jdbc.user=APP
#{protect}-com.ibm.di.store.jdbc.password=APP


## Location of the database to connect (networked mode) - Cloudscape 10 - DerbyClient driver
com.ibm.di.store.database=jdbc:derby://localhost:1527/C:\IBM\TDI\V7.1/TDISysStore;create=true
com.ibm.di.store.jdbc.driver=org.apache.derby.jdbc.ClientDriver
com.ibm.di.store.jdbc.urlprefix=jdbc:derby://localhost:1527/
com.ibm.di.store.jdbc.user=APP
{protect}-com.ibm.di.store.jdbc.password={encr}BuLuufIB3Ju1mP35+S40QKO6SxVRj1ocQwha4tqDDh3IfWcxtx2OKay/SRy5IEH6QBhQiHi7zuGyp5UAFrfQ6NuRIF1Qy5qCKsQPCx8u2fFDR2+BHO5KzzP5rXabfbFfgxUV+P2UaVcUob5rgJ84jjXXj/yMZewtQC96fAXlxEw=

#
## Derby (Cloudscape) properties required for enabling authentication
#
derby.drda.startNetworkServer=true
derby.connection.requireAuthentication=true
derby.authentication.provider=BUILTIN
derby.database.defaultConnectionMode=fullAccess

#
## Details for starting Cloudscape in network mode.
## Note: If the com.ibm.di.store.hostname is set to localhost then remote connections will not be allowed.
## If it is set to the IP address of the local machine - then remote clients can access this Cloudscape
## instance by mentioning the IP address. The network server can only be started for the local machine.
#
#com.ibm.di.store.start.mode=automatic
com.ibm.di.store.hostname=localhost
com.ibm.di.store.port=1527
com.ibm.di.store.sysibm=true


# the varchar(length) for the ID columns used in system store and pes connector tables
com.ibm.di.store.varchar.length=512


## create statements for system store tables (CloudScape 5.1)
#com.ibm.di.store.create.delta.systable=CREATE TABLE {0} (ID VARCHAR(VARCHAR_LENGTH) NOT NULL, SEQUENCEID int, VERSION int)
#com.ibm.di.store.create.delta.store=CREATE TABLE {0} (ID VARCHAR(VARCHAR_LENGTH) NOT NULL, SEQUENCEID int, ENTRY long varbinary )
#com.ibm.di.store.create.property.store=CREATE TABLE {0} (ID VARCHAR(VARCHAR_LENGTH) NOT NULL, ENTRY long varbinary )
#com.ibm.di.store.create.sandbox.store=CREATE TABLE {0} (ID VARCHAR(VARCHAR_LENGTH) NOT NULL, ENTRY long varbinary )

## create statements for system store tables (CloudScape 10)
com.ibm.di.store.create.delta.systable=CREATE TABLE {0} (ID VARCHAR(VARCHAR_LENGTH) NOT NULL, SEQUENCEID int, VERSION int);ALTER TABLE {0} ADD CONSTRAINT IDI_CS_{UNIQUE} PRIMARY KEY (ID)
com.ibm.di.store.create.delta.store=CREATE TABLE {0} (ID VARCHAR(VARCHAR_LENGTH) NOT NULL, SEQUENCEID int, ENTRY BLOB );ALTER TABLE {0} ADD CONSTRAINT IDI_DS_{UNIQUE} Primary Key (ID)
com.ibm.di.store.create.property.store=CREATE TABLE {0} (ID VARCHAR(VARCHAR_LENGTH) NOT NULL, ENTRY BLOB );ALTER TABLE {0} ADD CONSTRAINT IDI_PS_{UNIQUE} Primary Key (ID)
com.ibm.di.store.create.sandbox.store=CREATE TABLE {0} (ID VARCHAR(VARCHAR_LENGTH) NOT NULL, ENTRY BLOB )
com.ibm.di.store.create.recal.conops=CREATE TABLE {0} (METHOD varchar(VARCHAR_LENGTH), RESULT BLOB, ERROR BLOB)


## create statements for system store tables DB2 on z/OS
#com.ibm.di.store.create.delta.systable=CREATE TABLESPACE TS1DSYS LOCKSIZE ROW BUFFERPOOL BP32K;CREATE TABLE {0} (ID VARCHAR(VARCHAR_LENGTH) NOT NULL, SEQUENCEID int, VERSION int) IN TS1DSYS;CREATE UNIQUE INDEX DSTIX1 ON {0} (ID ASC);ALTER TABLE {0} ADD CONSTRAINT IDI_DT_{UNIQUE} PRIMARY KEY (ID)
#com.ibm.di.store.create.delta.store=CREATE TABLESPACE TS1DST LOCKSIZE ROW BUFFERPOOL BP32K;CREATE TABLE {0} (ID VARCHAR(VARCHAR_LENGTH) NOT NULL, SEQUENCEID int, ENTRY BLOB) IN TS1DST; CREATE UNIQUE INDEX DSIX1 ON {0} (ID ASC); ALTER TABLE {0} ADD CONSTRAINT IDI_DS_{UNIQUE} Primary Key (ID);CREATE LOB TABLESPACE DSENT11 BUFFERPOOL BP32K LOCKSIZE LOB;CREATE AUX TABLE TBDSEN1 IN DSENT11 STORES {0} COLUMN ENTRY;CREATE INDEX IXEN1 ON TBDSEN1
#com.ibm.di.store.create.property.store=CREATE TABLESPACE PS3DST LOCKSIZE ROW BUFFERPOOL BP32K;CREATE TABLE {0} (ID VARCHAR(VARCHAR_LENGTH) NOT NULL, ENTRY BLOB) IN PS3DST;CREATE UNIQUE INDEX PSIX3 ON {0} (ID ASC);ALTER TABLE {0} ADD CONSTRAINT IDI_PS_{UNIQUE} Primary Key (ID);CREATE LOB TABLESPACE PSENT31 BUFFERPOOL BP32K LOCKSIZE LOB;CREATE AUX TABLE TBPSEN3 IN PSENT31 STORES {0} COLUMN ENTRY;CREATE INDEX PSIXEN3 ON TBPSEN3
#com.ibm.di.store.create.sandbox.store=CREATE TABLE {0} (ID VARCHAR(VARCHAR_LENGTH) NOT NULL, ENTRY BLOB)
#com.ibm.di.store.create.recal.conops=CREATE TABLESPACE IM{UNIQUE} LOCKSIZE ROW BUFFERPOOL BP32K;CREATE TABLE {0} (METHOD VARCHAR(VARCHAR_LENGTH), RESULT BLOB, ERROR BLOB) IN IM{UNIQUE};CREATE LOB TABLESPACE LB{UNIQUE} BUFFERPOOL BP32K LOCKSIZE LOB;CREATE AUX TABLE AT{UNIQUE} IN LB{UNIQUE} STORES {0} COLUMN RESULT;CREATE INDEX IX{UNIQUE} ON AT{UNIQUE};CREATE LOB TABLESPACE LS{UNIQUE} BUFFERPOOL BP32K LOCKSIZE LOB;CREATE AUX TABLE AE{UNIQUE} IN LS{UNIQUE} STORES {0} COLUMN ERROR;CREATE INDEX IN{UNIQUE} ON AE{UNIQUE}


# Set a customized SQL statement for creation of the Tombstone Manager table. Keep the same table and field names.
#com.ibm.di.store.create.tombstones=CREATE TABLE IDI_TOMBSTONE ( ID INT GENERATED ALWAYS AS IDENTITY, COMPONENT_TYPE_ID INT, EVENT_TYPE_ID INT, START_TIME TIMESTAMP, CREATED_ON TIMESTAMP, COMPONENT_NAME VARCHAR(1024), CONFIGURATION VARCHAR(1024), EXIT_CODE INT, ERROR_DESCR VARCHAR(1024), STATS LONG VARCHAR FOR BIT DATA, GUID VARCHAR(1024) NOT NULL, USER_MESSAGE VARCHAR(1024), UNIQUE (ID, GUID))


# the ibmsnap_commitseq column name used by the RDBMS changelog connector
com.ibm.di.conn.rdbmschlog.cdcolname=ibmsnap_commitseq

## server authentication
javax.net.ssl.trustStore=serverapi/testadmin.jks
{protect}-javax.net.ssl.trustStorePassword={encr}bRSuOgDgyTzdLvQqQssCv8UWBLP/8/bzMl4UEKBPuSNBG3opqmC1JFqecli9RDtfxFEPW0vOwOKMlGOcW6CCDdwaoEVpsGFiK7fnzzDsX0paypPQpclaPNx6EQnDV4piAFVhH+vANvlczx32oZV//vnSkfGsytRZEt5RC+h1mWA=
javax.net.ssl.trustStoreType=jks

## client authentication
javax.net.ssl.keyStore=serverapi/testadmin.jks
{protect}-javax.net.ssl.keyStorePassword={encr}ecThVWF1n4qh/tfCA+rZxS7p53usY1ZcQQMwe/FMt8twA6dydw8bBx/24nb+CQe08YvjNcW1rWfQBdZJNOvow/QJzQnz1TrSA0duPLmjT+CPPP1odgXQyD9lGIauAEjXGLKWewOO33kM+aB9EbrW09V1ebkSxBQ7uh+RNa+N4qc=
javax.net.ssl.keyStoreType=jks

##PKCS11 options
##Set the value of following properties to use PKCS11 enabled devices to store TDI servers private key / certificate.
com.ibm.di.pkcs11cfg=etc/pkcs11.cfg
com.ibm.di.server.pkcs11=false
com.ibm.di.server.pkcs11.library=
com.ibm.di.server.pkcs11.slot=
{protect}-com.ibm.di.server.pkcs11.password={encr}DlxL9OYYaqy56uc/oon7CDnLGCeGXlEAwnkZlgVSZbiyn9QuaGruEdlA8YOm9vLHkNiR7ByrZz0CYkhb1qm4MJeBHIW/uD6kQ8s7mmpohG97ZagQ04+ESeK1nII5CmIuc7oI8tLU1wMi2aQEhulfx+VmPFpPX4J4WD9AZlg9gVg=

## Turns on java debug
# javax.net.debug=true

## java interpreter override
# com.ibm.di.javacmd=
# com.ibm.di.installdir=

## Limits the number of threads IDI uses
## Must be set higher than 3 to have any effect

# com.ibm.di.server.maxThreadsRunning=500

com.ibm.di.server.securemode=false

## Following properties modified in TDI 7.1 .Added property for
## keystore password and keypassword
## com.ibm.di.server.keystore
## com.ibm.di.server.key.alias

api.keystore=testserver.jks
api.key.alias=server
{protect}-api.keystore.password={encr}NJSgbKIo6iI424EW0dmIBCVAvlJgyojD1Uv7/CiASwY/1k3hxuRDIHFelkslNqbZ2WTPOiU3sqRBSiFHqd1OluBXwkYjJA0vhnBszo5BJqSMZi7MwxauF2wXzzp/SjKFRXcVCMbBk293mu/gjRYFdb8FdI4+he+QL0fuLCgJ1/g=
{protect}-api.key.password={encr}

## Encryption properties added in TDI 7.1
com.ibm.di.server.encryption.keystore = testserver.jks
com.ibm.di.server.encryption.key.alias = server
com.ibm.di.server.encryption.keystoretype = jks
com.ibm.di.server.encryption.transformation = RSA


## Touchpoint Server properties
tp.server.on=false
tp.server.port=1098
tp.server.config=etc/tp.xml
tp.server.auth=false
tp.server.auth.realm=TDI Touchpoint Server

## Server API properties
## ---------------------

api.on=true
api.audit.on=false
api.user.registry=serverapi/registry.txt
api.user.registry.encryption.on=false

api.remote.on=true
api.remote.ssl.on=true
api.remote.ssl.client.auth.on=true
api.remote.naming.port=1099
# api.remote.server.ports=8700-8900
api.truststore=testserver.jks
{protect}-api.truststore.pass={encr}pFTQ1K7EJ8hAFpm4vZ4W78pGsrzxAOtxJntQlLshRYNaB1s9Ueg3Guh/Zo7ynUtsbhDQ8UHsVRIu+6TxfqX0jZq5RfFGwfnRjQHqQESQwAZR9BwGiJfYjRntsZ9CzFFveL7jTc2Uv5fPcQ/lw/uCAdDRtZnYcb32loN4Um8yxjE=

## The properties determine the default bind address and the remote bind address for the Server API.
## * means bind to all network interfaces. The Remote Bind Address overrides the Default one.
## Only one IP address should be set. No hostnames are accepted.
## Mind that the java.rmi.server.hostname property is set implicitly to equal the Remote Bind Address property when used.
##This will cause the client stubs to create sockets on the specified Remote Bind Address.
# com.ibm.di.default.bind.address=*
# api.remote.bind.address=*

## Specifies a list of IP addresses to accept non SSL connections from (host names are not accepted).
## Use space, comma or semicolon as delimiter between IP addresses. This property is only taken into account
## when api.remote.ssl.on is set to false.
## api.remote.nonssl.hosts=

api.jmx.on=false
api.jmx.remote.on=false

## The configuration files placed in this folder can be edited through the Server API.
## Configuration files placed in other folders cannot be edited through the Server API.
api.config.folder=configs

## Timeout in minutes for configuration locks. A value of 0 means no timeout.
api.config.lock.timeout=0

## Timeout in minutes for loading a configuration.
api.config.load.timeout=2

## Specifies if the Server API methods for custom method invocation (Session.invokeCustom(...)) are allowed to be used.
## When api.custom.method.invoke.on is set to false and the Server API methods for custom method invocation are used,
## then an exception will be thrown.
## Only classes listed in api.custom.method.invoke.allowed.classes are allowed to be directly invoked.
## The default value is false.
api.custom.method.invoke.on=false

## Specifies the list of classes which can be directly invoked by the Server API methods for custom
## method invocation (Session.invokeCustom(...)).
## This property is only taken into account if api.custom.method.invoke.on is set to true.
## The classes in this list must be separated by a space, a comma or a semicolon.
## Example:
## api.custom.method.invoke.allowed.classes=com.ibm.MyClass,com.ibm.MyOtherClass
## In the above example only methods from the com.ibm.MyClass and com.ibm.MyOtherClass classes are
## allowed to be directly invoked.
api.custom.method.invoke.allowed.classes=

## Specifies a list of Server notification types, which will be suppressed.
## Notifications of suppressed types will not be propagated by the notifications framework.
## The notification types in the list are separated by spaces. Wildcards may be included.
## Example:
## api.notification.suppress=di.al.* di.ci.start
## The above example will suppress all Assembly Line related notifications as well as
## notifications for starting a configuration instance.
## If the property is missing or is empty, no notifications will be suppressed.
api.notification.suppress=di.server.api.authenticate di.server.api.authorize.*

## api.custom.authentication points to a JavaScript text file that contains custom authentication code.
## For example: api.custom.authentication=ldap_auth.js.
## To enable the built-in LDAP Authentication mechanism, set this property to "[ldap]".
## To enable the built-in JAAS Authentication mechanism, set this property to "[jaas]".
## For example: api.custom.authentication=[ldap]

##api.custom.authentication=[ldap]

## LDAP Authnetication properties
## ---------------------

## If this parameter is set to "true" and the LDAP Authnetication initialization fails, the whole Server API will not be started.
## If this parameter is missing or is set to "false" any LDAP Authentication initialization errors will be logged and the Server API will be started.
api.custom.authentication.ldap.critical=false

## LDAP Server hostname.
api.custom.authentication.ldap.hostname=

## LDAP server port number. For example, 389 for non-SSL or 636 for SSL.
api.custom.authentication.ldap.port=

## Specifies whether SSL is used to communicate with the LDAP Server.
## When set to "true" SSL will be used, otherwise SSL will not be used.
api.custom.authentication.ldap.ssl=

## Specifies the LDAP directory location where user searches will be preformed.
## When this property is not specified user searches will not be performed.
api.custom.authentication.ldap.searchbase=

## Specifies the user id attribute to be used in searches.
## When this property is not specified user searches will not be performed.
api.custom.authentication.ldap.userattribute=

## Specifies an LDAP Server administrator distinguished name that will be used for user searches.
## When this property is not specified anonymous bind will be used for user searches.
api.custom.authentication.ldap.admindn=

## Password for the LDAP Server administrator distinguished name.
{protect}-api.custom.authentication.ldap.adminpassword={encr}

## This property specifies whether LDAP Group authentication is turned on.
## If it is set to 'true', the group membership of the authenticating user will be resolved and will be taken into account during authorization.
## If it is missing, the default value 'false' is used.
api.custom.authentication.ldap.groupsupport=false

## Specifies the name of the attribute of a user in LDAP that contains a list of the groups of which the user is a member.
## It is taken into account only if 'api.custom.authentication.ldap.groupsupport' is set to true.
api.custom.authentication.ldap.usermembershipattribute=

## Specifies how groups are named in the membership attribute of a user.
## For example, if the user's membership attribute contains values, which correspond to the 'objectSID' attributes of groups, set this property to 'objectSID'.
## If the user's membership attribute contains distinguished names of groups, then set this property to 'dn'.
## The property is required in case 'api.custom.authentication.ldap.groupsupport' is set to true.
api.custom.authentication.ldap.usermembershipattributecontent=

## Specifies the name of a group's attribute in LDAP, which corresponds to the way the group is named in the TDI User Registry.
## For example, if LDAP groups are addressed in the TDI registry by their common name, then set this property to 'cn'.
## If the User Registry contains the distinguished names of the groups, then set this property to 'dn'.
api.custom.authentication.ldap.groupnameattribute=

## Represents the LDAP directory context, where groups will be searched.
## It is required only when LDAP group support is enabled
api.custom.authentication.ldap.groupsearchbase=

## Optional property, which represents a list of space-separated attribute names. Specifies attributes which have non-string syntax.
## api.custom.authentication.ldap.binaryattributes=

## JAAS Authnetication properties
## ---------------------
java.security.auth.login.config=

## Enabling/Disabling FIPS Mode in TDI
##------------------------------------
## If the below property is set to true then TDI will be enforced to run in FIPS Compliant Mode.
## The default value is false, i.e. TDI will not run in FIPS Mode by default.
com.ibm.di.server.fipsmode.on=false

## Specify the unique ID for the TDI Server
## ----------------------------------------
## This property helps a client connecting to the TDI server to identify different servers
## running on the same IP and the same port in different time. (Default is DEFAULT_ID)
com.ibm.di.server.id=DEFAULT_ID

## Tombstone Manager properties
## ---------------------

com.ibm.di.tm.on=false
com.ibm.di.tm.autodel.age=0
com.ibm.di.tm.autodel.records.trigger.on=10000
com.ibm.di.tm.autodel.records.max=5000
com.ibm.di.tm.create.all=false


## ----------------------
## Help system properties
## ----------------------

## Name of help server, comment out if we want local help system
## The Tivoli library is at the following URL:
## http://publib.boulder.ibm.com/infocenter/tiv2help/index.jsp?toc=/com.ibm.IBMDI.doc_7.1/toc.xml
com.ibm.di.helpHost=publib.boulder.ibm.com/infocenter/tivihelp/v2r1/index.jsp?topic=

## Port for help system
com.ibm.di.helpPort=80

## --------------------------------------------
## AssemblyLinePool: Connector pooling defaults
## --------------------------------------------
##
## Note! These settings are only used when an AssemblyLine uses
## an AssemblyLinePool in combination with a Server mode connector.

## The number of seconds before a pooled connector times (e.g. is closed and no longer reused)
##      Less than zero means disable connector pooling
##		Zero means never timeout
##		Greater than zero sets the number of seconds before a connector is closed
com.ibm.di.server.connectorpooltimeout=42

## Comma separated list of connector interfaces that we never pool
com.ibm.di.server.connectorpoolexclude=com.ibm.di.connector.FileConnector,com.ibm.di.connector.ScriptConnector


## Properties for Windows IPv6 communications.
## Uncomment these properties for Windows IPv6 communication only.
## These properties will not affect IPv4 communication or IPv6 communication on Unices.
#java.net.preferIPv4Stack=false
#java.net.preferIPv6Addresses=true

## --------------------------------------------
## Performance settings
## --------------------------------------------
##
## Enable/Disable performance logging
com.ibm.di.server.perfStats=false

### ------------------------------------------
### Used by Config Report
###-------------------------------------------
### set this is we want to override the local language for Config Reports
# com.ibm.di.admin.configreport.translation=en

##----------------------
## System Queue settings
##----------------------
## If set to "true" the System Queue is initialized on startup and can be used;
## otherwise the System Queue is not initialized and cannot be used.
systemqueue.on=true

## Specifies the fully qualified name of the class that will be used as a JMS Driver.
# systemqueue.jmsdriver.name=com.ibm.di.systemqueue.driver.IBMMQ
# systemqueue.jmsdriver.name=com.ibm.di.systemqueue.driver.JMSScriptDriver
systemqueue.jmsdriver.name=com.ibm.di.systemqueue.driver.IBMMQe

### MQe JMS driver initialization properties
## Specifies the location of the MQe initialization file.
## This file is used to initialize MQe on TDI server startup.
systemqueue.jmsdriver.param.mqe.file.ini=MQePWStore/pwstore_server.ini

### MQ JMS driver initialization properties
# systemqueue.jmsdriver.param.jms.broker=<host:port>
# systemqueue.jmsdriver.param.jms.serverChannel=<channel_name>
# systemqueue.jmsdriver.param.jms.qManager=<queuemanger_name>
# systemqueue.jmsdriver.param.jms.sslCipher=<cipherSuite_name>
# systemqueue.jmsdriver.param.jms.sslUseFlag=false

### JMS Javascript driver initialization properties
## Specifies the location of the script file
# systemqueue.jmsdriver.param.js.jsfile=driver.js

## This is the place to put any JMS provider specific properties needed by a JMS Driver,
## which connects to a 3rd party JMS system.
## All JMS Driver properties should begin with the 'systemqueue.jmsdriver.param.' prefix.
## All properties having this prefix are passes to the JMS Driver on initialization after
## removing the 'systemqueue.jmsdriver.param.' prefix from the property name.
# systemqueue.jmsdriver.param.user.param1=value1
# systemqueue.jmsdriver.param.user.param2=value2
# ...

## Credentials used for authenticating to the target JMS system
# {protect}-systemqueue.auth.username=<username>
# {protect}-systemqueue.auth.password=<password>




## ---------------------------------------------
## Logging settings
## ---------------------------------------------

## When false, all log calls made through the TDI Log class will be discarded.
com.ibm.di.logging.enabled=true



## ---------------------------------------------
## IBM JavaScript Engine settings
## ---------------------------------------------

## Set the type of platform - required by the IBM JS Engine when caching is used.
com.ibm.commons.platform=com.ibm.commons.platform.GenericPlatform

##
## Set this property to a directory to enable auto dumps of assemblylines that fails
##
# com.ibm.tdi.autodump.directory=<dump-directory>



##
## Server API client properties
##
api.client.ssl.custom.properties.on=true
api.client.keystore=serverapi/testadmin.jks
{protect}-api.client.keystore.pass={encr}Me7FGfmxpSeQcKgNsMFI+9kzaVTyF55TiJdJOdU5NkCswcqJNGyoEDChsAJIl7bAXP9HrXJb2W2wJXZAEyvklj2J5Ga9ce1oj2K95LGSyP9OdSAwfG65urlw6hAOSAUnapPaSrc9pplUSizmc4a++zi+qdA6IPIs8FOTSy204PA=
api.client.keystore.type=jks
{protect}-api.client.key.pass={encr}HIc+A6szZt6kxgiSijuwz2GzKbX7BupznNyL3FRQe1uV32EATE6fK2U5S6eCIGiQ6C9Y5OkJSbJ/zB8FXtslNeanUdVPN9aOkfkg3ocvHiZ7Wo2ZV0EnOYKJWQ9TKFFZfBFpd0bSSW4Rq93PFYr2ppZIPchhNvFEHayrL1lt/qA=
api.client.truststore=serverapi/testadmin.jks
{protect}-api.client.truststore.pass={encr}kqRR8tqQqcBz+W6O/LnX5dWjD+PkLFa5jKfNlWwsiNU/0obQPU81HAxUS+hXdpSfobv0GCOPKxRrcMQ0dD6eSXAnWBsEcpciNGijDyfyOehd/1QX+WXAK8yAIA87njkUYr0NfQvUwMcGEQFvpZ/AxYuo/uLOOjXd22EBEaVYiGs=
api.client.truststore.type=jks