Jdbc Microsoft Sql Server Driver
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Microsoft Sql Server Jdbc Driver
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The following sections describe how to configure and use the Type 4 JDBC SQL Server driver:

SQL Server Database Version Support

Microsoft SQL Server JDBC for macOS This tutorial shows how to set up a data source and connect to a Microsoft ® SQL Server ® database using the Database Explorer app or the command line. This tutorial uses the Microsoft JDBC Driver 4.0 for Microsoft SQL Server to connect to a Microsoft SQL Server 2016 Express database. IBM BPM includes Java database connectivity (JDBC) drivers for DB2, DB2 for z/OS, Oracle, and Microsoft SQL Server databases. The versions of the JDBC drivers that are included in IBM BPM are determined by the levels of the corresponding database products that were supported by the particular release of IBM BPM.

The Type 4 JDBC MS SQL Server driver (the “SQL Server driver”) supports the following database management system versions:

Microsoft SQL Server 2005
Microsoft SQL Server 2000
Microsoft SQL Server 2000 Desktop Engine (MSDE 2000)
Microsoft SQL Server 2000 Enterprise Edition (64-bit)
Microsoft SQL Server 7.0

To use JDBC distributed transactions through JTA, you must install stored procedures for Microsoft SQL Server. See Installing Stored Procedures for JTA for details.

Driver Class

The driver class for the Type 4 JDBC MS SQL Server driver is weblogic.jdbc.sqlserver.SQLServerDriver. This is a non-XA driver.

Microsoft SQL Server URL

To connect to a Microsoft SQL Server database, use the following URL format:

where:

hostname is the TCP/IP address or TCP/IP host name of the server to which you are connecting. See Using IP Addresses for details on using IP addresses.

Note:

Untrusted applets cannot open a socket to a machine other than the originating host.

port is the number of the TCP/IP port.
property=value specifies connection properties. For a list of connection properties and their valid values, see SQL Server Connection Properties.

For example:

See Connecting to Named Instances for instructions on connecting to named instances.

Connecting to Named Instances

Microsoft SQL Server and Microsoft SQL Server 2005 support multiple instances of a SQL Server database running concurrently on the same server. An instance is identified by an instance name.

To connect to a named instance using a connection URL, use the following URL format:

Note: The first back slash character () in instance_name is an escape character.

where:

server_name is the IP address or hostname of the server.

instance_name is the name of the instance to which you want to connect on the server.

For example, the following connection URL connects to an instance named instance1 on server1:

SQL Server Connection Properties

Table 3-1 lists the JDBC connection properties supported by the SQL Server driver, and describes each property. You can use these connection properties in a JDBC data source configuration in your Oracle CEP domain. To specify a property, use the following form in the JDBC data source configuration:

Note:

All connection string property names are case-insensitive. For example, Password is the same as password.

Table 3-1 SQL Server Connection Properties
Description
OPTIONAL	{true \| false}. Determines how the driver reports results generated by database triggers (procedures that are stored in the database and executed, or fired, when a table is modified). For Microsoft SQL Server 2005, this includes triggers fired by Data Definition Language (DDL) events. If set to true, the driver returns all results, including results generated by triggers. Multiple trigger results are returned one at a time. Use the `Statement.getMoreResults()` method to retrieve individual trigger results. Warnings and errors are reported in the results as they are encountered. For Microsoft SQL Server 2005, the driver does not report trigger results if the statement is a single INSERT, UPDATE, DELETE, CREATE, ALTER, DROP, GRANT, REVOKE, or DENY statement. For other Microsoft SQL Server databases, the driver does not report trigger results if the statement is a single INSERT, UPDATE, or DELETE statement. In this case, the only result that is returned is the update count generated by the statement that was executed (if errors do not occur). Although trigger results are ignored, any errors generated by the trigger are reported. Any warnings generated by the trigger are enqueued. If errors are reported, the update count is not reported.
AuthenticationMethod	{auto \| kerberos \| ntlm \| userIdPassword}. Determines which authentication method the driver uses when establishing a connection. If set to auto (the default), the driver uses SQL Server authentication, Kerberos authentication, or NTLM authentication when establishing a connection. The driver selects an authentication method based on a combination of criteria, such as whether the application provides a user ID, the driver is running on a Windows platform, and the driver can load the DLL required for NTLM authentication. See Using the AuthenticationMethod Property for more information about using the default value. If set to kerberos, the driver uses Kerberos authentication. The driver ignores any user ID or password specified. This value is supported only when connecting to Microsoft SQL Server 2000 or higher. If set to ntlm, the driver uses NTLM authentication if the DLL required for NTLM authentication can be loaded. If the driver cannot load the DLL, the driver throws an exception. The driver ignores any user ID or password specified. If set to userIdPassword, the driver uses SQL Server authentication when establishing a connection. If a user ID is not specified, the driver throws an exception. The `User` property provides the user ID. The `Password` property provides the password. NOTE: The values type4, type2, and none are deprecated, but are recognized for backward compatibility. We recommend that you use the kerberos, ntlm, and userIdPassword value, respectively, instead. See Authentication for more information about using authentication with the SQL Server driver.
OPTIONAL	Specifies the code page the driver uses when converting character data. The specified code page overrides the default database code page. All character data retrieved from or written to the database is converted using the specified code page. The value must be a string containing the name of a valid code page supported by your JVM, for example, `CodePageOverride=CP950`. By default, the driver automatically determines which code page to use to convert Character data. Use this property only if you need to change the driver’s default behavior. If a value is set for the `CodePageOverride` property and the `SendStringParametersAsUnicode` property is set to true, the driver ignores the SendStringParametersAsUnicode property and generates a warning. The driver always sends parameters using the code page specified by `CodePageOverride` if this property is specified.
OPTIONAL	The number of times the driver retries connections to a database server until a succ

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