Download Free Odbc Sql Server Driver
Ninfa Cappasola
Version 17.10.5 is the latest general availability (GA) version of the 17.x driver. If you have a previous version of Microsoft ODBC Driver 17 for SQL Server installed, installing 17.10.5 upgrades it to 17.10.5.
Agree with the above comments the problems seems to be that the client loses cnectivity to the server. if you are using a hostname for the server I would reccomend to use an IP cos if it is purely a dns problem that will solve it if that dosent work then it is a problem on the network like package losses or server overload problems or something in that direction
OBSERVATIONS:- set up an access database linked to MSSQL tables at work- from home, over VPN, could not open any tables - got this error every time- from DSN, did a test connection and it tested okay- pinged the MSSQL server host name used in DSN and it pinged fine- However, when i replaced the server host name in the DSN with the IP and restarted access, everything worked fine.
I think I need to install the ODBC driver, but I'm not sure if it needs to be installed on the SQL Server Docker image or on my local VM. If the answer is the Docker image, then I think my /etc/odbcinst.ini file is correctly configured as follows:
I have Windows 2012 server and I am able to connect to a SQL Server 2008 instance through Visual Studio Server Explorer by creating a data connection. I can also use SQL Server Management Studio and connect to that SQL Server. But for some reason when I try to connect using the ODBC Data Source Administrator to set up a DSN I get the following error.
After doing a small amount of digging on the internet, I think this is because the SQL Server ODBC driver is meant for 32-bit operating systems, and mine's 64. First of all, am I correct? Is this the reason I'm running into trouble? Secondly, if so, how do I fix this? Are there any updated ODBC drivers that work with 64-bit operating systems? I looked but was unable to find any...
To manage a data source that connects to a 32-bit driver under 64-bit platform, use c:\windows\sysWOW64\odbcad32.exe. To manage a data source that connects to a 64-bit driver, use c:\windows\system32\odbcad32.exe. If you use the 64-bit odbcad32.exe to configure or remove a DSN that connects to a 32-bit driver you will receive this message.
I tried the C:\Windows\SysWOW64\odbcad32.exe to add the driver. But when I set up a linked server between MAS90 and SQL Server 2008 R2 I still get the architecture mismatch error. Just spoke to a guy from Sage and he says it won't work with 64-bit edition of Sql Server. The linked server works with MAS90 only if the edition of Sql Server is 32-bit.
The Microsoft ODBC Driver 17 for SQL Server provides native connectivity from Windows, Linux, & macOS to SQL Server and Azure SQL Databases. Note that this driver supports SQL Server 2019 only from version 17.3.
Oracle's Instant Client ODBC software is a standalone package that offers the full functionality of the Oracle ODBC driver (except the Oracle service for Microsoft Transaction Server) with a simple install.
An ODBC application has to load the Oracle Instant Client ODBC driver's shared library file (see next section) to connect to Oracle Database. On Linux/Unix the directory path of the shared library should be set in the environment variable LD_LIBRARY_PATH, or platform equivalent. It can also be configured in /etc/ld.so.conf. On Windows it should be set in the PATH environment variable.
On Linux and UNIX Patching the Instant Client ODBC driver on Linux/UNIX can be done by generating the Instant Client ODBC package and Basic or Basic Light package in a patched ORACLE_HOME. The procedure for patching and generating Instant Client ODBC, Basic and Basic Light packages is given in the Oracle Call Interface Programmer's Guide. These new packages should then be unzipped into the Instant Client directory that needs to be patched. This method of patching is recommended.
On Windows Patching the Instant Client ODBC driver on Windows can be done only by manually copying the ODBC driver shared library files and supporting library files from a patched ORACLE_HOME or from an unpacked Oracle Database Bundle patch. These should be copied into the Instant Client directory. Generating an Instant Client ODBC package is not available on Windows.
An ODBC driver uses the Open Database Connectivity (ODBC) interface by Microsoft that allows applications to access data in database management systems (DBMS) using SQL as a standard for accessing the data.
An ODBC driver uses the Open Database Connectivity (ODBC) interface by Microsoft that allows applications to access data in database management systems (DBMS) using SQL as a standard for accessing the data. ODBC permits maximum interoperability, which means a single application can access different DBMS. Application end users can then add ODBC database drivers to link the application to their choice of DBMS. For example: an Oracle ODBC driver for Oracle, or a SQL Server ODBC driver for SQL Server.
The ODBC solution for accessing data led to ODBC database drivers, which are dynamic-link libraries on Windows and shared objects on Linux/UNIX. These drivers allow an application to gain access to one or more data sources. ODBC provides a standard interface to allow application developers and vendors of database drivers to exchange data between applications and data sources.
ODBC driver 2.7.5 and above and JDBC driver 2.6.36 and above support OAuth machine-to-machine (M2M) authentication for a Databricks service principal. This is also known as OAuth 2.0 client credentials authentication.
Some tools and clients require you to install the Databricks ODBC driver to set up a connection to Databricks, while others embed the driver and do not require separate installation. For example, to use Tableau Desktop, the ODBC driver needs to be installed, while recent Power BI Desktop releases include the driver preinstalled and no action is needed.
Create another section with the same name as your DSN and specify the configuration parameters as key-value pairs. See the mandatory ODBC configuration and connection parameters for more information about how to set the configuration parameters. See also ODBC driver capabilities for more driver configurations.
The ODBC driver accepts SQL queries in ANSI SQL-92 dialect and translates the queries to the Databricks SQL dialect. However, if your application generates Databricks SQL directly or your application uses any non-ANSI SQL-92 standard SQL syntax specific to Databricks, Databricks recommends that you set UseNativeQuery=1 as a connection configuration. With that setting, the driver passes the SQL queries verbatim to Databricks.
The ODBC driver version 2.6.17 and above supports Cloud Fetch, a capability that fetches query results through the cloud storage that is set up in your Databricks deployment. To use Cloud Fetch to extract query results using this capability, use Databricks Runtime 8.3 or above.
Query results are uploaded to an internal DBFS storage location as Arrow-serialized files of up to 20 MB. When the driver sends fetch requests after query completion, Databricks generates and returns presigned URLs to the uploaded files. The ODBC driver then uses the URLs to download the results directly from DBFS.
For more information about the ODBC driver, refer to the installation and configuration guide: Simba Apache Spark ODBC Connector Install and Configuration Guide. The location of the Databricks ODBC driver installation and configuration guide depends on your platform:
Legacy Spark JDBC drivers accept SQL queries in ANSI SQL-92 dialect and translate the queries to the Databricks SQL dialect before sending them to the server. However, if your application generates Databricks SQL directly or your application uses any non-ANSI SQL-92 standard SQL syntax specific to Databricks, Databricks recommends that you set UseNativeQuery=1 as a connection configuration.With that setting, the driver passes the SQL queries verbatim to Databricks.
The JDBC driver version 2.6.19 and above supports Cloud Fetch, a capability that fetches query results through the cloud storage that is set up in your Databricks deployment. To use Cloud Fetch to extract query results, use Databricks Runtime 8.3 or above.
Query results are uploaded to an internal DBFS storage location as Arrow-serialized files of up to 20 MB. When the driver sends fetch requests after query completion, Databricks generates and returns presigned URLs to the uploaded files. The JDBC driver then uses the URLs to download the results directly from DBFS.
For more information about the JDBC driver, refer to the installation and configuration guide. Find the Databricks JDBC driver installation and configuration guide in the docs directory of the driver package.
I've tried building the SQL Server ODBC driver on an Amazon Linux AMI-based EC2 instance, and copying the result lib folder into my lambda ZIP (lib\libmsodbcsql.17.dylib is the product), but that has not worked.
For various reasons we don't want to change the code to use an update SQL ODBC driver, or upgrade the OS on the application server. Does anyone know if there is a way to upgrade the SQL Server driver on the 2012R2 application boxes, to make it compatible with SQL 2017
My guess, without seeing your system and setup, is that it is more likely to be a firewall related issue than a driver issue, but it depends on what the error message is and how you did the upgrade. If it was an in-place upgrade, then it likely isn't the firewall, but is still something I'd check. If it was a migration install, I would be looking hard at the firewall (software and hardware).
One thing you could do in your code (note I have not tested this, but don't see why it wouldn't work, and I have used it for other libraries) would be to change your reference to SQL Server to "copy local". Then your application should use the version of that DLL in the local folder rather than in system32 or syswow64 (depending on if you are using the 32-bit driver or the 64 bit driver). This change results in a recompile to pull all of the files into your bin folder, but should require no code changes (just a configuration change).
df19127ead