- #Odbc driver 11 for sql server tls 1.2 how to
- #Odbc driver 11 for sql server tls 1.2 install
- #Odbc driver 11 for sql server tls 1.2 drivers
- #Odbc driver 11 for sql server tls 1.2 windows
#Odbc driver 11 for sql server tls 1.2 drivers
Database vendors offer JDBC drivers as free downloads. You change the connection string to look like: “ODBC:DRIVER= instead of DRIVER=SQL Server.JDBC is the Java Database Connectivity standard and it provides a mechanism for Java programs to connect to databases.To access databases using JDBC, you must use a JDBC driver. You realize that you are using the default SQL Server driver, not the new ones you just installed. You reboot your server just to be sure that all is good on startup, but it fails again. Some applications are still not connecting to SQL Server. Luckily you have access to their connection strings. You notice they look like: “ODBC:DRIVER=SQL Server …”.
#Odbc driver 11 for sql server tls 1.2 install
You quickly download and install ODBC Driver 11 for SQL server and also SQL Server Native Client for Server 2012. Actually, the link you’d found earlier mentioned that, but you may not have read it thoroughly as you were panicking and rushing to get things working.
You bite the bullet and install SQL 2014 with the latest, greatest service pack. SQL server is running again, great. You check your applications needing SQL and see that they are still failing to connect to SQL. Back to more digging and you realize that you need to install SQL client-side components as well. See this Microsoft article on TLS 1.0 and 1.2 for Microsoft SQL servers. You start googling for a solution and quickly realize that not all versions of SQL support disabling SSL 3.0 and TLS 1.0. That was simple enough, right? After this, you need to reboot your server to make sure the registry key values are applied and find that all applications that had connections to your SQL 2008 server are no longer working despite the fact that none of them required an encrypted channel to SQL. A bit of digging and you see that SQL Server won’t even start.
Note that the screenshots are for the server component values, but that the client component values are identical. “DisabledByDefault” and “Enabled”. DisabledByDefault is assigned a value of 1, while Enabled is assigned a value of 0. Step 3: After that, under each of those, you must create 2 DWORD values named: Step 2: Then, under each of those, you further need to create 2 new keys: Step 1: create the following the keys under HKEY_LOCAL_MACHINE\SYSTEM\CurrentControlSet\Control\SecurityProviders\SCHANNEL\Protocols\ Keep in mind that we made this article a little more fun than usual, but you’ll want to read it the whole way through in order to avoid some of the lessons we’ve learned.
#Odbc driver 11 for sql server tls 1.2 how to
Basically, this article is all about how to keep SQL working with SSL 3.0 and TLS 1.0 disabled, to achieve PCI compliance or whatever else it may help you accomplish. In order to prevent this from taking the step of partial disaster towards total disaster, all you need to do is a bit of registry hacking and bear with some SQL updates and reference changes.
#Odbc driver 11 for sql server tls 1.2 windows
We get it, your boss won’t stop talking about PCI Compliance, and now you have to disable SSL 3.0 and TLS 1.0 on your Windows Server machine, which may or may not accidentally shut off SQL.