Server Template: Configuration: Services

Configuration Options Advanced Configuration Options

Use this page to set WebLogic Server service configuration settings that are specific to this server template.

Configuration Options

Name Description

Name	Description
Enable Default Connection Factories	Specifies whether this server uses JMS default connection factories. WebLogic Server provides the following JMS default connection factories: `weblogic.jms.ConnectionFactory` `weblogic.jms.XAConnectionFactory` An XA factory is required for JMS applications to use JTA user-transactions, but is not required for transacted sessions. All other preconfigured attributes for the default connection factories are set to the same default values as a user-defined connection factory. If the preconfigured settings of the default factories are appropriate for your application, you do not need to configure any additional factories for your application. Note: When using the default connection factories, you have no control over targeting the WebLogic Server instances where the connection factory may be deployed. However, you can disable the default connection factories on a per-server basis. To deploy a connection factory on independent servers, on specific servers within a cluster, or on an entire cluster, you need to configure a connection factory and specify the appropriate server targets. The default Java EE 7 JMS Connection Factory, java:comp/DefaultJMSConnectionFactory, will be available even when the WebLogic JMS default connection factories are disabled. MBean Attribute: `ServerMBean.JMSDefaultConnectionFactoriesEnabled`

Specifies whether this server uses JMS default connection factories.

WebLogic Server provides the following JMS default connection factories:

weblogic.jms.ConnectionFactory
weblogic.jms.XAConnectionFactory
An XA factory is required for JMS applications to use JTA user-transactions, but is not required for transacted sessions. All other preconfigured attributes for the default connection factories are set to the same default values as a user-defined connection factory. If the preconfigured settings of the default factories are appropriate for your application, you do not need to configure any additional factories for your application.

Note: When using the default connection factories, you have no control over targeting the WebLogic Server instances where the connection factory may be deployed. However, you can disable the default connection factories on a per-server basis. To deploy a connection factory on independent servers, on specific servers within a cluster, or on an entire cluster, you need to configure a connection factory and specify the appropriate server targets. The default Java EE 7 JMS Connection Factory, java:comp/DefaultJMSConnectionFactory, will be available even when the WebLogic JMS default connection factories are disabled.

MBean Attribute:
ServerMBean.JMSDefaultConnectionFactoriesEnabled

Configuration Options

Name Description

Name	Description
Directory	The path name to the file system directory where the file store maintains its data files. When targeting a file store to a migratable target, the store directory must be accessible from all candidate server members in the migratable target. For highest availability, use either a SAN (Storage Area Network) or other reliable shared storage. Use of NFS mounts is discouraged, but supported. Most NFS mounts are not transactionally safe by default, and, to ensure transactional correctness, need to be configured using your NFS vendor documentation in order to honor synchronous write requests. For `SynchronousWritePolicy` of `Direct-Write-With-Cache`, see Cache Directory. Additional O/S tuning may be required if the directory is hosted by Microsoft Windows, see Synchronous Write Policy for details. MBean Attribute: `DefaultFileStoreMBean.Directory` Changes take effect after you redeploy the module or restart the server.
Synchronous Write Policy	The disk write policy that determines how the file store writes data to disk. This policy also affects the JMS file store's performance, scalability, and reliability. Oracle recommends `Direct-Write-With-Cache` which tends to have the highest performance. The default value is `Direct-Write`. The valid policy options are: `Direct-Write` Direct I/O is supported on all platforms. When available, file stores in direct I/O mode automatically load the native I/O `wlfileio` driver. This option tends to out-perform `Cache-Flush` and tend to be slower than `Direct-Write-With-Cache`. This mode does not require a native store `wlfileio` driver, but performs faster when they are available. `Direct-Write-With-Cache` Store records are written synchronously to primary files in the directory specified by the `Directory` attribute and asynchronously to a corresponding cache file in the `Cache Directory`. The `Cache Directory` provides information about disk space, locking, security, and performance implications. This mode requires a native store `wlfileiocode` driver. If the native driver cannot be loaded, then the write mode automatically switches to `Direct-Write`. See Cache Directory. `Cache-Flush` Transactions cannot complete until all of their writes have been flushed down to disk. This policy is reliable and scales well as the number of simultaneous users increases.Transactionally safe but tends to be a lower performer than direct-write policies. `Disabled` Transactions are complete as soon as their writes are cached in memory, instead of waiting for the writes to successfully reach the disk. This is the fastest policy because write requests do not block waiting to be synchronized to disk, but, unlike other policies, is not transactionally safe in the event of operating system or hardware failures. Such failures can lead to duplicate or lost data/messages. This option does not require native store `wlfileio` drivers, but may run faster when they are available. Some non-WebLogic JMS vendors default to a policy that is equivalent to `Disabled`. Notes: When available, file stores load WebLogic `wlfileio` native drivers, which can improve performance. These drivers are included with Windows, Solaris, Linux, and AIX WebLogic installations. Certain older versions of Microsoft Windows may incorrectly report storage device synchronous write completion if the Windows default `Write Cache Enabled` setting is used. This violates the transactional semantics of transactional products (not specific to Oracle), including file stores configured with a `Direct-Write` (default) or `Direct-Write-With-Cache` policy, as a system crash or power failure can lead to a loss or a duplication of records/messages. One of the visible symptoms is that this problem may manifest itself in high persistent message/transaction throughput exceeding the physical capabilities of your storage device. You can address the problem by applying a Microsoft supplied patch, disabling the Windows `Write Cache Enabled` setting, or by using a power-protected storage device. See http://support.microsoft.com/kb/281672 and http://support.microsoft.com/kb/332023. NFS storage note: On some operating systems, native driver memory-mapping is incompatible with NFS when files are locked. Stores with synchronous write policies `Direct-Write-With-Cache` or Disabled, and WebLogic JMS paging stores enhance performance by using the native `wlfileio` driver to perform memory-map operating system calls. When a store detects an incompatibility between NFS, file locking, and memory mapping, it automatically downgrades to conventional read/write system calls instead of memory mapping. For best performance, Oracle recommends investigating alternative NFS client drivers, configuring a non-NFS storage location, or in controlled environments and at your own risk, disabling the file locks (See Enable File Locking). For more information, see "Tuning the WebLogic Persistent Store" in Tuning Performance of Oracle WebLogic Server. MBean Attribute: `DefaultFileStoreMBean.SynchronousWritePolicy`
Cache Directory	The location of the cache directory for `Direct-Write-With-Cache`, ignored for other policies. When `Direct-Write-With-Cache` is specified as the `SynchronousWritePolicy`, cache files are created in addition to primary files (see Directory for the location of primary files). If a cache directory location is specified, the cache file path is `CacheDirectory/WLStoreCache/StoreNameFileNum.DAT.cache`. When specified, Oracle recommends using absolute paths, but if the directory location is a relative path, then `CacheDirectory` is created relative to the WebLogic Server instance's home directory. If "" or `Null` is specified, the `Cache Directory` is located in the current operating system `temp` directory as determined by the `java.io.tmpdir` Java System property (JDK's default: `/tmp` on UNIX, `%TEMP%` on Windows) and is `TempDirectory/WLStoreCache/DomainName/unique-id/ StoreNameFileNum.DAT.cache`. The value of `java.io.tmpdir` varies between operating systems and configurations, and can be overridden by passing `-Djava.io.tmpdir=My_path` on the JVM command line. Considerations: Security: Some users may want to set specific directory permissions to limit access to the cache directory, especially if there are custom configured user access limitations on the primary directory. For a complete guide to WebLogic security, see "Securing a Production Environment for Oracle WebLogic Server." Additional Disk Space Usage: Cache files consume the same amount of disk space as the primary store files that they mirror. See Directory for the location of primary store files. Performance: For the best performance, a cache directory should be located in local storage instead of NAS/SAN (remote) storage, preferably in the operating system's `temp` directory. Relative paths should be avoided, as relative paths are located based on the domain installation, which is typically on remote storage. It is safe to delete a cache directory while the store is not running, but this may slow down the next store boot. Preventing Corruption and File Locking: Two same named stores must not be configured to share the same primary or cache directory. There are store file locking checks that are designed to detect such conflicts and prevent corruption by failing the store boot, but it is not recommended to depend on the file locking feature for correctness. See Enable File Locking. Boot Recovery: Cache files are reused to speed up the File Store boot and recovery process, but only if the store's host WebLogic Server instance has been shut down cleanly prior to the current boot. For example, cache files are not re-used and are instead fully recreated: after a `kill -9`, after an OS or JVM crash, or after an off-line change to the primary files, such as a store admin compaction. When cache files are recreated, a `Warning` log message 280102 is generated. Fail-Over/Migration Recovery: A file store safely recovers its data without its cache directory. Therefore, a cache directory does not need to be copied or otherwise made accessible after a fail-over or migration, and similarly does not need to be placed in NAS/SAN storage. A `Warning` log message 280102, which is generated to indicate the need to recreate the cache on the new host system, can be ignored. Cache File Cleanup: To prevent unused cache files from consuming disk space, test and developer environments should periodically delete cache files. MBean Attribute: `DefaultFileStoreMBean.CacheDirectory`

Directory

The path name to the file system directory where the file store maintains its data files.

When targeting a file store to a migratable target, the store directory must be accessible from all candidate server members in the migratable target.
For highest availability, use either a SAN (Storage Area Network) or other reliable shared storage.
Use of NFS mounts is discouraged, but supported. Most NFS mounts are not transactionally safe by default, and, to ensure transactional correctness, need to be configured using your NFS vendor documentation in order to honor synchronous write requests.
For SynchronousWritePolicy of Direct-Write-With-Cache, see Cache Directory.
Additional O/S tuning may be required if the directory is hosted by Microsoft Windows, see Synchronous Write Policy for details.

MBean Attribute:
DefaultFileStoreMBean.Directory

Changes take effect after you redeploy the module or restart the server.

Synchronous Write Policy

The disk write policy that determines how the file store writes data to disk.

This policy also affects the JMS file store's performance, scalability, and reliability. Oracle recommends Direct-Write-With-Cache which tends to have the highest performance. The default value is Direct-Write. The valid policy options are:

Direct-Write
Direct I/O is supported on all platforms. When available, file stores in direct I/O mode automatically load the native I/O wlfileio driver. This option tends to out-perform Cache-Flush and tend to be slower than Direct-Write-With-Cache. This mode does not require a native store wlfileio driver, but performs faster when they are available.
Direct-Write-With-Cache
Store records are written synchronously to primary files in the directory specified by the Directory attribute and asynchronously to a corresponding cache file in the Cache Directory. The Cache Directory provides information about disk space, locking, security, and performance implications. This mode requires a native store wlfileiocode driver. If the native driver cannot be loaded, then the write mode automatically switches to Direct-Write. See Cache Directory.
Cache-Flush
Transactions cannot complete until all of their writes have been flushed down to disk. This policy is reliable and scales well as the number of simultaneous users increases.Transactionally safe but tends to be a lower performer than direct-write policies.
Disabled
Transactions are complete as soon as their writes are cached in memory, instead of waiting for the writes to successfully reach the disk. This is the fastest policy because write requests do not block waiting to be synchronized to disk, but, unlike other policies, is not transactionally safe in the event of operating system or hardware failures. Such failures can lead to duplicate or lost data/messages. This option does not require native store wlfileio drivers, but may run faster when they are available. Some non-WebLogic JMS vendors default to a policy that is equivalent to Disabled.

Notes:

When available, file stores load WebLogic wlfileio native drivers, which can improve performance. These drivers are included with Windows, Solaris, Linux, and AIX WebLogic installations.
Certain older versions of Microsoft Windows may incorrectly report storage device synchronous write completion if the Windows default Write Cache Enabled setting is used. This violates the transactional semantics of transactional products (not specific to Oracle), including file stores configured with a Direct-Write (default) or Direct-Write-With-Cache policy, as a system crash or power failure can lead to a loss or a duplication of records/messages. One of the visible symptoms is that this problem may manifest itself in high persistent message/transaction throughput exceeding the physical capabilities of your storage device. You can address the problem by applying a Microsoft supplied patch, disabling the Windows Write Cache Enabled setting, or by using a power-protected storage device. See http://support.microsoft.com/kb/281672 and http://support.microsoft.com/kb/332023.
NFS storage note: On some operating systems, native driver memory-mapping is incompatible with NFS when files are locked. Stores with synchronous write policies Direct-Write-With-Cache or Disabled, and WebLogic JMS paging stores enhance performance by using the native wlfileio driver to perform memory-map operating system calls. When a store detects an incompatibility between NFS, file locking, and memory mapping, it automatically downgrades to conventional read/write system calls instead of memory mapping. For best performance, Oracle recommends investigating alternative NFS client drivers, configuring a non-NFS storage location, or in controlled environments and at your own risk, disabling the file locks (See Enable File Locking). For more information, see "Tuning the WebLogic Persistent Store" in Tuning Performance of Oracle WebLogic Server.

MBean Attribute:
DefaultFileStoreMBean.SynchronousWritePolicy

Cache Directory

The location of the cache directory for Direct-Write-With-Cache, ignored for other policies.

When Direct-Write-With-Cache is specified as the SynchronousWritePolicy, cache files are created in addition to primary files (see Directory for the location of primary files). If a cache directory location is specified, the cache file path is CacheDirectory/WLStoreCache/StoreNameFileNum.DAT.cache. When specified, Oracle recommends using absolute paths, but if the directory location is a relative path, then CacheDirectory is created relative to the WebLogic Server instance's home directory. If "" or Null is specified, the Cache Directory is located in the current operating system temp directory as determined by the java.io.tmpdir Java System property (JDK's default: /tmp on UNIX, %TEMP% on Windows) and is TempDirectory/WLStoreCache/DomainName/unique-id/ StoreNameFileNum.DAT.cache. The value of java.io.tmpdir varies between operating systems and configurations, and can be overridden by passing -Djava.io.tmpdir=My_path on the JVM command line.

Considerations:

Security: Some users may want to set specific directory permissions to limit access to the cache directory, especially if there are custom configured user access limitations on the primary directory. For a complete guide to WebLogic security, see "Securing a Production Environment for Oracle WebLogic Server."
Additional Disk Space Usage: Cache files consume the same amount of disk space as the primary store files that they mirror. See Directory for the location of primary store files.
Performance: For the best performance, a cache directory should be located in local storage instead of NAS/SAN (remote) storage, preferably in the operating system's temp directory. Relative paths should be avoided, as relative paths are located based on the domain installation, which is typically on remote storage. It is safe to delete a cache directory while the store is not running, but this may slow down the next store boot.
Preventing Corruption and File Locking: Two same named stores must not be configured to share the same primary or cache directory. There are store file locking checks that are designed to detect such conflicts and prevent corruption by failing the store boot, but it is not recommended to depend on the file locking feature for correctness. See Enable File Locking.
Boot Recovery: Cache files are reused to speed up the File Store boot and recovery process, but only if the store's host WebLogic Server instance has been shut down cleanly prior to the current boot. For example, cache files are not re-used and are instead fully recreated: after a kill -9, after an OS or JVM crash, or after an off-line change to the primary files, such as a store admin compaction. When cache files are recreated, a Warning log message 280102 is generated.
Fail-Over/Migration Recovery: A file store safely recovers its data without its cache directory. Therefore, a cache directory does not need to be copied or otherwise made accessible after a fail-over or migration, and similarly does not need to be placed in NAS/SAN storage. A Warning log message 280102, which is generated to indicate the need to recreate the cache on the new host system, can be ignored.
Cache File Cleanup: To prevent unused cache files from consuming disk space, test and developer environments should periodically delete cache files.

MBean Attribute:
DefaultFileStoreMBean.CacheDirectory

Advanced Configuration Options

Name	Description
Minimum Window Buffer Size	The minimum amount of data, in bytes and rounded down to the nearest power of 2, mapped into the JVM's address space per primary store file. Applies to synchronous write policies `Direct-Write-With-Cache` and `Disabled`, but only when a native `wlfileio` library is loaded. See Maximum Window Buffer Size. MBean Attribute: `DefaultFileStoreMBean.MinWindowBufferSize` Minimum value: `-1` Maximum value: `1073741824`
Maximum Window Buffer Size	The maximum amount of data, in bytes and rounded down to the nearest power of 2, mapped into the JVM's address space per primary store file. Applies to synchronous write policies `Direct-Write-With-Cache` and `Disabled` but only when the native `wlfileio` library is loaded. A window buffer does not consume Java heap memory, but does consume off-heap (native) memory. If the store is unable to allocate the requested buffer size, it allocates smaller and smaller buffers until it reaches `MinWindowBufferSize`, and then fails if cannot honor `MinWindowBufferSize`. Oracle recommends setting the max window buffer size to more than double the size of the largest write (multiple concurrently updated records may be combined into a single write), and greater than or equal to the file size, unless there are other constraints. 32-bit JVMs may impose a total limit of between 2 and 4GB for combined Java heap plus off-heap (native) memory usage. See store attribute `AllocatedWindowBufferBytes` to find out the actual allocated Window Buffer Size. See Maximum File Size and Minimum Window Buffer Size. MBean Attribute: `DefaultFileStoreMBean.MaxWindowBufferSize` Minimum value: `-1` Maximum value: `1073741824`
IO Buffer Size	The I/O buffer size, in bytes, automatically rounded down to the nearest power of 2. For the `Direct-Write-With-Cache` policy when a native `wlfileio` driver is available, `IOBufferSize` describes the maximum portion of a cache view that is passed to a system call. This portion does not consume off-heap (native) or Java heap memory. For the `Direct-Write` and `Cache-Flush` policies, `IOBufferSize` is the size of a per store buffer which consumes off-heap (native) memory, where one buffer is allocated during run-time, but multiple buffers may be temporarily created during boot recovery. When a native `wlfileio` driver is not available, the setting applies to off-heap (native) memory for all policies (including `Disabled`). For the best runtime performance, Oracle recommends setting `IOBufferSize` so that it is larger than the largest write (multiple concurrent store requests may be combined into a single write). For the best boot recovery time performance of large stores, Oracle recommends setting `IOBufferSize` to at least 2 megabytes. See AllocatedIOBufferBytes to find out the actual allocated off-heap (native) memory amount. It is a multiple of `IOBufferSize` for the `Direct-Write` and `Cache-Flush` policies, or zero. MBean Attribute: `DefaultFileStoreMBean.IoBufferSize` Minimum value: `-1` Maximum value: `67108864`
Maximum File Size	The maximum file size, in bytes, of an individual data file. The `MaxFileSize` value affects the number of files needed to accommodate a store of a particular size (number of files = store size/MaxFileSize rounded up). A file store automatically reuses space freed by deleted records and automatically expands individual files up to `MaxFileSize` if there is not enough space for a new record. If there is no space left in exiting files for a new record, a store creates an additional file. A small number of larger files is normally preferred over a large number of smaller files as each file allocates Window Buffer and file handles. If `MaxFileSize` is larger than 2^24 * `BlockSize`, then `MaxFileSize` is ignored, and the value becomes 2^24 * `BlockSize`. The default `BlockSize` is 512, and 2^24 * 512 is 8 GB. The minimum size for `MaxFileSize` is 10 MB when multiple data files are used by the store. If `InitialSize` is less than `MaxFileSize` then a single file will be created of `InitialSize` bytes. If `InitialSize` is larger than `MaxFileSize` then (`InitialSize` / `MaxFileSize`) files will be created of `MaxFileSize` bytes and an additional file if necessary to contain any remainder. See Initial Size. MBean Attribute: `DefaultFileStoreMBean.MaxFileSize` Minimum value: `1048576` Maximum value: `2139095040`
Block Size	The smallest addressable block, in bytes, of a file. When a native `wlfileio` driver is available and the block size has not been configured by the user, the store selects the minimum OS specific value for unbuffered (direct) I/O, if it is within the range [512, 8192]. A file store's block size does not change once the file store creates its files. Changes to block size only take effect for new file stores or after the current files have been deleted. See "Tuning the Persistent Store" in Tuning Performance of Oracle WebLogic Server. MBean Attribute: `DefaultFileStoreMBean.BlockSize` Minimum value: `-1` Maximum value: `8192`
Initial Size	The initial file size, in bytes. Set `InitialSize` to pre-allocate file space during a file store boot. If `InitialSize` exceeds `MaxFileSize`, a store creates multiple files (number of files = `InitialSize`/`MaxFileSize` rounded up). A file store automatically reuses the space from deleted records and automatically expands a file if there is not enough space for a new write request. Use `InitialSize` to limit or prevent file expansions during runtime, as file expansion introduces temporary latencies that may be noticeable under rare circumstances. Changes to initial size only take effect for new file stores, or after any current files have been deleted prior to restart. See Maximum File Size. MBean Attribute: `DefaultFileStoreMBean.InitialSize` Minimum value: `0`
Enable File Locking	Determines whether OS file locking is used. When file locking protection is enabled, a store boot fails if another store instance already has opened the store files. Do not disable this setting unless you have procedures in place to prevent multiple store instances from opening the same file. File locking is not required but helps prevent corruption in the event that two same-named file store instances attempt to operate in the same directories. This setting applies to both primary and cache files. MBean Attribute: `DefaultFileStoreMBean.FileLockingEnabled`

Configuration Options

Name Description

Name	Description
Type	Select "Default Store" if you want transactions logged to the server's default store. Select "JDBC" if you want transactions logged to a specific JDBC data source. MBean Attribute: `TransactionLogJDBCStoreMBean.Enabled` Changes take effect after you redeploy the module or restart the server.
Data Source	The JDBC data source used by the transaction log store to log transactions. You cannot configure the transaction log store to use a JDBC data source that is configured to use an XA JDBC driver or configured to support global transactions. MBean Attribute: `JDBCStoreMBean.DataSource` Changes take effect after you redeploy the module or restart the server.
Prefix Name	When using multiple TLOG JDBC stores, use this attribute to create a label ending in "_" that is prepended to the name of the server hosting the JDBC TLOG store and ends in "_" to form a unique JDBC TLOG store name for each configured JDBC TLOG store. The default prefix name is "TLOG_" . For example, a valid JDBC TLOG store name using the default Prefix Name is `TLOG_MyServer_` where TLOG_ is the Prefix Name and MyServer is the name of the server hosting the JDBC TLOG store. MBean Attribute: `TransactionLogJDBCStoreMBean.PrefixName`

Type

Select "Default Store" if you want transactions logged to the server's default store. Select "JDBC" if you want transactions logged to a specific JDBC data source.

MBean Attribute:
TransactionLogJDBCStoreMBean.Enabled

Changes take effect after you redeploy the module or restart the server.

Data Source

The JDBC data source used by the transaction log store to log transactions. You cannot configure the transaction log store to use a JDBC data source that is configured to use an XA JDBC driver or configured to support global transactions.

MBean Attribute:
JDBCStoreMBean.DataSource

Changes take effect after you redeploy the module or restart the server.

Prefix Name

When using multiple TLOG JDBC stores, use this attribute to create a label ending in "_" that is prepended to the name of the server hosting the JDBC TLOG store and ends in "_" to form a unique JDBC TLOG store name for each configured JDBC TLOG store.

The default prefix name is "TLOG_" . For example, a valid JDBC TLOG store name using the default Prefix Name is TLOG_MyServer_ where TLOG_ is the Prefix Name and MyServer is the name of the server hosting the JDBC TLOG store.

MBean Attribute:
TransactionLogJDBCStoreMBean.PrefixName

Advanced Configuration Options

Name	Description
Create Table From DDL File	Specifies the DDL (Data Definition Language) file to use for creating the JDBC store's backing table. This field is ignored when the JDBC store's backing table, `WLStore`, already exists. If a DDL file is not specified and the JDBC store detects that a backing table doesn't already exist, the JDBC store automatically creates the table by executing a preconfigured DDL file that is specific to the database vendor. These preconfigured files are located in the `weblogic\store\io\jdbc\ddl` directory of the `MIDDLEWARE_HOME\modules\com.bea.core.store.jdbc_x.x.x.x.jar` file. If a DDL file is specified and the JDBC store detects that a backing table doesn't already exist, then the JDBC store searches for the DDL file in the file path first, and then if the file is not found, it searches for it in the CLASSPATH. Once found, the SQL within the DDL file is executed to create the JDBC store's database table. If the DDL file is not found and the backing table doesn't already exist, the JDBC store will fail to boot. MBean Attribute: `GenericJDBCStoreMBean.CreateTableDDLFile` Changes take effect after you redeploy the module or restart the server.
Maximum Deletes Per Batch	MBean Attribute: `GenericJDBCStoreMBean.DeletesPerBatchMaximum` Changes take effect after you redeploy the module or restart the server.
Maximum Inserts Per Batch	The maximum number of table rows that are inserted per database call. When possible, a JDBC store uses JDBC 3.0 batching to batch concurrent client requests. Both the maximum batch size for concurrent inserts and for concurrent writes are configurable. To disable JDBC 3.0 batching, set the maximum batch size to 1. The maximum batch size has no effect on the maximum number of concurrent client requests. MBean Attribute: `JDBCStoreMBean.InsertsPerBatchMaximum` Minimum value: `1` Maximum value: `100` Changes take effect after you redeploy the module or restart the server.
Maximum Deletes Per Statement	The maximum number of table rows that are deleted per database call. Applies only when a JDBC store does not use JDBC 3.0 batching to batch concurrent client requests. The maximum deletes per statement has no effect on the maximum number of concurrent client requests. For some databases, the JDBC store may choose a lower value than the one configured. MBean Attribute: `JDBCStoreMBean.DeletesPerStatementMaximum` Minimum value: `1` Maximum value: `100` Changes take effect after you redeploy the module or restart the server.
Maximum Retry Before Transaction Log Fail (seconds)	The maximum amount of time, in seconds, WebLogic Server tries to recover from a JDBC TLog store failure. If store remains unusable after this period, WebLogic Server set the health state to `HEALTH_FAILED`. A value of 0 indicates WebLogic Server does not conduct a retry and and immediately sets the health state as `HEALTH_FAILED`. MBean Attribute: `TransactionLogJDBCStoreMBean.MaxRetrySecondsBeforeTLOGFail` Minimum value: `0` Maximum value: `2147483647`
Maximum Retry Before Transaction Exception Thrown (seconds)	The maximum amount of time, in seconds, WebLogic Server waits before trying to recover from a JDBC TLog store failure while processing a transaction. If store remains unusable after this amount of time, WebLogic Server throws an exception the affected transaction. A value of 0 indicates WebLogic Server does not conduct a retry and an exception will thrown immediately. The practical maximum value is a value less than the current value of `MaxRetrySecondsBeforeTLogFail`. MBean Attribute: `TransactionLogJDBCStoreMBean.MaxRetrySecondsBeforeTXException` Minimum value: `0` Maximum value: `300`
Retry Interval (seconds)	The amount of time, in seconds, WebLogic Server waits before attempting to verify the health of the TLOG store after a store failure has occurred. MBean Attribute: `TransactionLogJDBCStoreMBean.RetryIntervalSeconds` Minimum value: `1` Maximum value: `60`

Configuration Options

Name Description

Name	Description
Bridge Thread Pool Size	Returns the size of the messaging bridge execute thread pool. MBean Attribute: `KernelMBean.MessagingBridgeThreadPoolSize` Minimum value: `-1` Maximum value: `65534` Changes take effect after you redeploy the module or restart the server.

Bridge Thread Pool Size

Returns the size of the messaging bridge execute thread pool.

MBean Attribute:
KernelMBean.MessagingBridgeThreadPoolSize

Minimum value: -1

Maximum value: 65534

Changes take effect after you redeploy the module or restart the server.

Configuration Options

Name Description

Name	Description
XML Registry	The server's XML registry, which is used to configure the behavior of JAXP (Java API for XML Parsing). MBean Attribute: `ServerMBean.XMLRegistry` Changes take effect after you redeploy the module or restart the server.
XML Entity Cache	The server's XML entity cache, which is used to configure the behavior of JAXP (Java API for XML Parsing). MBean Attribute: `ServerMBean.XMLEntityCache` Changes take effect after you redeploy the module or restart the server.

XML Registry

The server's XML registry, which is used to configure the behavior of JAXP (Java API for XML Parsing).

MBean Attribute:
ServerMBean.XMLRegistry

Changes take effect after you redeploy the module or restart the server.

XML Entity Cache

The server's XML entity cache, which is used to configure the behavior of JAXP (Java API for XML Parsing).

MBean Attribute:
ServerMBean.XMLEntityCache

Changes take effect after you redeploy the module or restart the server.

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Server Template: Configuration: Services

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