Sql drivers

Author: s | 2025-04-25

SQL Server Server version ODBC driver Driver version; SQL Server 2025: .6: ODBC Driver 18 for SQL Server: 18.1.2.1: SQL Server 2025: .5: ODBC Driver 17 for SQL SQL Server Server version ODBC driver Driver version; SQL Server 2025: .6: ODBC Driver 18 for SQL Server: 18.1.2.1: SQL Server 2025: .5: ODBC Driver 17 for SQL

sql-driver-examples/examples/sql/drivers/nodejs-driver

Microsoft SQL Server®The Microsoft JDBC Driver for SQL Server provides access to SQL Server from any Java application, application server, or Java-enabled applet. Microsoft® Command Line Utilities for SQL Server®The SQLCMD utility allows users to connect to, send Transact-SQL batches from, and output rowset information from SQL Server instances. The bcp utility bulk copies data between an instance of Microsoft SQL Server and a data file in a user-specified format. The bcp utility can be used to import large numbers of new rows into SQL Server tables or to export data out of tables into data files. Filename: X86 and x64 Package (MsSqlCmdLnUtils.msi) Microsoft® ODBC Drivers for Microsoft SQL Server®The Microsoft ODBC Drivers for SQL Server provides native connectivity from Windows and Unix to Microsoft SQL Server and Microsoft Azure SQL Database. Filename: X86 and x64 Package (Msodbcsql.msi)Microsoft® Drivers for PHP for Microsoft® SQL Server®The Microsoft Drivers for PHP for SQL Server are PHP extensions that allow for the reading and writing of SQL Server data from within PHP scripts. The SQLSRV extension provides a procedural interface while the PDO_SQLSRV extension implements PDO for accessing data in SQL Server.Microsoft® SQL Server® Backup to Windows® Azure® ToolFor functionality previously provided by Microsoft SQL Server Backup to Windows Azure Tool, please see documentation for the Backup to URL feature built in to SQL Server. Microsoft® Kerberos Configuration Manager for Microsoft SQL Server® Kerberos authentication provides a highly secure method to authenticate client and server entities (security principals) on a network. Microsoft® SQL Server® 2016 SP3Semantic Language StatisticsThe Semantic Language Statistics Database is a required component for the Statistical Semantic Search feature in Microsoft SQL Server 2016 SP3. You can download this database from this page, attach it to your SQL Server 2016 SP3 instance, and register it to use the new Semantic

sql-driver-examples/examples/sql/drivers/python-driver

When using SQL database drivers, every workstation connecting to the SQL Database must have a database client installed.In general it is recommended to use the same client and server versions. Using older client with newer server versions may work, but in some situations (for example when newer server data types are used) not all features are supported.The DataFlex SQL Drivers provide configuration options to ensure the correct database client is used.Microsoft SQL Server ClientsWhen using the DataFlex SQL Server Driver to connect to Microsoft SQL Server, the following applies:The table below lists the available Microsoft SQL Server client versions: Client Name SQL Server Version Version Number SQL Server SQL Server 2000 Client 8 SQL Native Client SQL Server 2005 Client 9 SQL Server Native Client 10.0 SQL Server 2008 Client 10 SQL Server Native Client 11.0 SQL Server 2012 Client 11 ODBC Driver 11 for SQL Server SQL Server 2014 Client 12 ODBC Driver 13 for SQL Server SQL Server 2016 Client 13 ODBC Driver 17 for SQL Server SQL Server 2017 Client 17 ODBC Driver 18 for SQL Server SQL Server 2019 Client 18 It is possible to have multiple client versions installed on a workstation. In the Windows ODBC administrator program (32-bit version!) all installed clients can be viewed on the “Drivers” tab page.The DataFlex SQL Server driver will always use the highest installed SQL Server client version. The highest installed SQL Server client is displayed in the Help/About/System info.The highest installed SQL Server client can be queried in a program with DF_DRIVER_SQLSERVER_CLIENT_VERSION attribute. The attribute returns the version number from the table above. The cMSSQLHandler class in Mssqldrv.pkg contains constant definitions for supported clients.Use of an older client with a newer SQL Server version can in some situations cause problems. One known issue is the use of

sql-driver-examples/examples/sql/drivers/csharp-driver

Anywhere Runtime Edition files on the user's computer. For more information, see SQL Anywhere files. Otherwise follow the instructions and licensing rules specified by the vendor. Make sure each user has access to the database the application uses If your application uses a local database, install the database and any associated files, such as a log file, on the user's computer. If your application uses a server database, make sure the user's computer is set up to access the database. This may be the task of a database administrator. Install any database interfaces your application uses on the user's computer If your application uses the ODBC interface, configure the ODBC database drivers and data sources, as described in Configuring ODBC data sources and drivers For more information about database drivers and interfaces, see: Native database drivers ODBC database drivers and supporting files OLE DB database providers ADO.NET database interface JDBC database interface Native database drivers The following table lists the native database drivers supplied with PowerBuilder. If an application or component uses the database specified, the file is required on the computer. The first two characters of the native database file name are PB, the next three characters identify the database, and the last two identify the version of PowerBuilder. Name Required for pbin9.dll Informix v9.x Interface (IN9) pbi10.dll Informix v10.x & v12.x Interface (I10) pbo90.dll Oracle 9i (O90) pbo10.dll Oracle 10g (O10) pbora.dll Oracle 11g and later (ORA) pbmsoledbsql.dll Microsoft OLE DB Driver for SQL Server pbsnc.dll SQL Native. SQL Server Server version ODBC driver Driver version; SQL Server 2025: .6: ODBC Driver 18 for SQL Server: 18.1.2.1: SQL Server 2025: .5: ODBC Driver 17 for SQL

sql-driver-examples/examples/sql/drivers/go-driver

Wikipedia.Creating an ODBC Data SourceI'm going to assume that you have 1) MapInfo Pro installed and 2) a database system installed too. In my example, I will use PostgreSQL with PostGIS. The steps would be similar for another database system such as MS SQL Server.First, you need to download and install the specific PDBC driver for the database system. For PostgreSQL with PostGIS, you can find the drivers here: odbc.postgresql.org. For MS SQL Server, this is a good starting place: Download ODBC Driver for SQL Server.If you look in the latest Release Notes document, you can find a list of ODBC drivers that MapInfo Pro supports. These are drivers that have been tested with MapInfo Pro. We may also support newer/older versions but we can't be sure as we have tested these. As MapInfo Pro is a 64-bit application, you also need to ensure that you install a 64-bit driver.These are the supported drivers for MapInfo Pro v2021.1:Microsoft Access ODBC (64-bit)Microsoft SQL Server 2019Microsoft SQL Server 2017Microsoft SQL Server 2016Microsoft SQL Server 2012 QFE Native Client v11 (64-bit)PostgreSQL Unicode and ANSI ODBC driver 13.01 (64-bit)FDO toolkit 3.8 (used by SQLite and installed with MapInfo Pro)Oracle Instant Client 19.11 (64-bit)Microsoft ODBC Driver for SQL Server 17.8You may also have to reach out to your IT department to get the ODBC driver installed on your system.Once the ODBC Driver has been installed, it's time to create an ODBC Data Source. You can create this directly from within MapInfo Pro or from the

ODBC Driver for SQL Server - ODBC Driver for SQL .

Usually requires additional IT or development resources. Unlike these POC-quality connectors, every CData Parquet driver offers full-featured Parquet data connectivity. The CData Parquet drivers support extensive Parquet integration, providing access to all of the Parquet data and meta-data needed by enterprise integration or analytics projects. Each driver contains a powerful embedded SQL engine that offers applications easy and high-performance access to all Parquet data. In addition, our drivers offer robust authentication and security capabilities, allowing users to connect securely across a wide range of enterprise configurations. Compare drivers and connectors to read more about some of the benefits of CData's driver connectivity. Is Parquet SQL based? With our drivers and connectors, every data source is essentially SQL-based. The CData Parquet driver contains a full SQL-92 compliant engine that translates standard SQL queries into Parquet API calls dynamically. Queries are parsed and optimized for each data source, pushing down as much of the request to Parquet as possible. Any logic that can not be pushed to Parquet is handled transparently client-side by the driver/connector engine. Ultimately, this means that Parquet looks and acts exactly like a database to any client application or tool. Users can integrate live Parquet connectivity with ANY software solution that can talk to a standard database. What data can I access with the Parquet driver? The Parquet drivers and connectors offer comprehensive access to Parquet data. Our Parquet driver exposes static and dynamic data and metadata, providing universal access to Parquet data for any enterprise analytics or data mangement use. To explore the Parquet driver data model, please review the edition-specific Parquet driver documentation. What does Parquet integrate with? Using the CData Parquet drivers and connectors, Parquet can be easily integrated with almost any application. Any software or technology that can integrate with a database or connect

sql-driver-examples/examples/sql/drivers/java-driver-example.md

The SQL Server ‘date’ type. This type was introduced in SQL Server 2008 and is not recognized by older clients. An older client will return SQL dates as string (DF_ASCII), which can cause incorrect date values in the database.On most Windows systems the “SQL Server (SQL Server 2000 client)” is installed as part of Windows. If no newer client is explicitly installed, that is the client that will be used. This may lead to a situation where a too old client is used.The "SQL Server Native Client 11.0" is the last "Native Client" version. There is no native client version for SQL server 2014 and higher (but they are still provided with SQL Native Client 11.0). The successors for SQL Native Client are: ODBC Driver 11 for SQL Server (comes with SQL Server 2014) ODBC Driver 13 for SQL Server (comes with SQL Server 2016) ODBC Driver 17 for SQL Server (comes with SQL Server 2017)When downloading and installing SQL Server clients on 64-bit systems, choose the x64 version. This will install both 64-bit and 32-bit ODBC drivers. The DataFlex SQL Server driver will use the 32-bit version.Minimum Client VersionThe DataFlex SQL Drivers can be configured to check for a minimum client version to be installed. This can be specified with the Minimum_Client_Version setting in driver configuration file (mssqldrv.int, db2_drv.int, odbc_drv.int), or at runtime with the DF_Driver_Minimum_Client_Version attribute.The minimum client version check will be performed during login. This could be an explicit login command in the program, or a login that occurs as part of the first open. If the minimum client version is not installed on the workstation, a fatal error will be raised. For DataFlex SQL Server driver, the default value for Minimum_Client_Version is set to 10 (SQL Server Native Client 10.0 that comes with SQL Server 2008)

sql-driver-examples/examples/sql/drivers/php-driver-example.md

SQL Developer 2.1.1 (and 3.0) supports browsing of IBM DB2 LUW 7, 8, 9 databases.IBM DB2 iSeries and ZSeries Z/OS are not supported at this time.To connect to DB2 LUW, SQL Developer first needs the correct JDBC driver.Only one specific JDBC driver is supported.db2jcc.jar with db2jcc_license_cu.jarAll other IBM drivers are not supported and may cause problems even if the above two drivers are specified. So best to only add the above two.These drivers are usually found in your own DB2 database install or DB2 client install.They are also available when you agree to the license (please check this first) and download IBMs DB2 Express-C database or Data Studio Standalone administration tools you have a DB2 client or database installed you can search for the specific JDBC jar files.db2jcc.jardb2jcc_license_cu.jarNote you cannot use db2jcc4.jar and this would cause issues if added to SQL Developers Third Party JDBC Drivers list.Heres what my preference page looks like. (note, JTDS is for SQL Server and Sybase)Once the correct jar file has been added you now have an extra DB2 tab in the connections dialogOnce you add your connection details you can browse your DB2 database objects.You can learn more about migrating to Oracle from IBM DB2 LUW here. SQL Server Server version ODBC driver Driver version; SQL Server 2025: .6: ODBC Driver 18 for SQL Server: 18.1.2.1: SQL Server 2025: .5: ODBC Driver 17 for SQL

Download ODBC Driver for SQL Server - ODBC Driver for SQL

How does the Paylocity Driver work? The Paylocity driver acts like a bridge that facilitates communication between various applications and Paylocity, allowing the application to read data as if it were a relational database. The Paylocity driver abstracts the complexities of Paylocity APIs, authentication methods, and data types, making it simple for any application to connect to Paylocity data in real-time via standard SQL queries. How is using the Paylocity Driver different than connecting to the Paylocity API? Working with a Paylocity Driver is different than connecting with Paylocity through other means. Paylocity API integrations require technical experience from a software developer or IT resources. Additionally, due to the constant evolution of APIs and services, once you build your integration you have to constantly maintain Paylocity integration code moving forward. By comparison, our Paylocity Drivers offer codeless access to live Paylocity data for both technical and non-technical users alike. Any user can install our drivers and begin working with live Paylocity data from any client application. Because our drivers conform to standard data interfaces like ODBC, JDBC, ADO.NET etc. they offer a consistent, maintenance-free interface to Paylocity data. We manage all of the complexities of Paylocity integration within each driver and deploy updated drivers as systems evolve so your applications continue to run seamlessly. If you need truly zero-maintenance integration, check out connectivity to Paylocity via CData Connect Cloud. With Connect Cloud you can configure all of your data connectivity in one place and connect to Paylocity from any of the available Cloud Drivers and Client Applications. Connectivity to Paylocity is managed in the cloud, and you never have to worry about installing new drivers when Paylocity is updated. How is a Paylocity Driver different than a Paylocity connector? Many organizations draw attention to their library of connectors. After all, data connectivity is a core capability needed for applications to maximize their business value. However, it is essential to understand exactly what you are getting when evaluating connectivity. Some vendors are happy to offer connectors that implement basic proof-of-concept level connectivity. These connectors may highlight the possibilities of working with Paylocity, but often only provide a fraction of capability. Finding real value from these connectors usually requires additional IT or development resources. Unlike these POC-quality connectors, every CData Paylocity driver offers full-featured Paylocity data connectivity. The CData Paylocity drivers support extensive Paylocity integration, providing access to all of the Paylocity data and meta-data needed by enterprise integration or analytics projects. Each driver contains a powerful embedded SQL engine that offers applications easy and high-performance access to all Paylocity data. In addition, our drivers offer robust authentication and security capabilities, allowing users to connect securely across a wide range of enterprise configurations. Compare drivers and connectors to read more about some of the benefits of CData's driver connectivity. Is Paylocity SQL based? With our drivers and connectors, every data source is essentially SQL-based. The CData Paylocity driver contains a full SQL-92 compliant engine that translates standard SQL queries into Paylocity API

Python SQL Driver - pyodbc - Python driver for SQL Server

Users at no additional charge, and provides access to SQL Server 2012 and other versions from any Java application, application server, or Java-enabled applet. This is a Type 4 JDBC driver that provides database connectivity through the standard JDBC Application Program Interfaces (APIs) available in Java Platform, Enterprise Editions 5 and 6. This release of the JDBC Driver is JDBC 4.0 compliant and runs on the Java Development Kit (JDK) version 5.0 or 6.0. It has been tested against major application servers including IBM WebSphere, and SAP NetWeaver. Microsoft® Drivers 3.0 for PHP for Microsoft® SQL Server®The Microsoft Drivers for PHP for SQL Server are PHP 5 extensions that allows for the reading and writing of SQL Server data from within PHP scripts. The SQLSRV extension provides a procedural interface while the PDO_SQLSRV extension implements PDO for accessing data in all editions of SQL Server 2005 and later. Microsoft® Connector 1.1 for SAP BW for SQL Server® 2012The Microsoft Connector for SAP BW is a set of managed components for transferring data to or from an SAP NetWeaver BW version 7.0 system. The component is designed to be used with SQL Server 2012 Integration Services. To install the component, run the platform-specific installer for x86 or x64 respectively. For more information see the Readme and the installation topic in the Help file. X86 Package(SAPBI.msi)X64 Package (SAPBI.msi) MICROSOFT SQL SERVER 2012 ENGINE FEATURE PACK COMPONENTS Microsoft® SQL Server® 2012 Transact-SQL ScriptDom Microsoft SQL Server Transact-SQL ScriptDom is a .NET Framework API. SQL Server Server version ODBC driver Driver version; SQL Server 2025: .6: ODBC Driver 18 for SQL Server: 18.1.2.1: SQL Server 2025: .5: ODBC Driver 17 for SQL

Scaricare ODBC Driver for SQL Server - ODBC Driver for SQL

Please enable JavaScript to view this site. Database ODBC DriversWhen consolidating data to a central database, then the appropriate database ODBC drivers will need to be installed on the host where EventSentry is installed (when utilizing the collector), or on each client that is to write to the database. No action is required when using a MSSQL Server database with Windows® 2003 (or newer) hosts, but please see the table below for more information on which ODBC drivers need to be installed.DatabaseVista/2008, Win7/2008R2, Win 8/2012, Win 8.1/2012R2, Win 10/2016/2019/2022PostgreSQLincluded with EventSentry installationMicrosoft® SQL Server 2005-2022included with Operating System, but latest driver recommended for server-side componentsDatabase Support TiersEventSentry supports 3 different types of SQL database servers: PostgreSQL, Microsoft® SQL Server and MySQL (to be phased out). EventSentry offers different support levels depending on the type and version of the database. These different support levels are described by their respective database tiers, shown below:Tier LevelDescriptionTier 1 (recommended)Database is fully supported and has undergone extensive testing.Tier 2Database is supported and has undergone basic testing.Tier 3Database is compatible with EventSentry but not officially supported and has only undergone minimal testing. Use this database only if you have experience with it.Database (optional)A database server is required for the web-based reporting, and when consolidating event logs, system health and other information in a central database. Not all database types and versions are supported equally, the database support tier (see "Database Support Tiers" above) describes the support level of the database.DatabaseSupport TierPostgreSQL 9.13PostgreSQL 9.62PostgreSQL 141Microsoft® SQL Server 2008 (32-bit or 64-bit)2Microsoft® SQL Server 2008 Express2Microsoft® SQL Server 2008 R2 (32-bit or 64-bit)2Microsoft® SQL Server 2008 R2 Express2Microsoft® SQL Server 20122Microsoft® SQL Server 2012 Express2Microsoft® SQL Server 20141Microsoft® SQL Server 2014 Express1Microsoft® SQL Server 20161Microsoft® SQL Server 2016 Express1Microsoft® SQL Server 20171Microsoft® SQL Server 20191Microsoft® SQL Server 20221