Windows Server 2012 R2 Standard Iso 32 Bits
Toney Talbot
If we run this under the domain administrator account everything is working fine.If we use a normal user account I get the error. If I add the user to the domain user account everything is working fine.Where should we look to solve this issue because I don't want the user to be a domain user account
When we start the application in a session as domain administrator on the server then the users can login and are able to access the database in our application. If the our application is not started users get the windows odbc logon screen.Also tried to add the IP number and the port number in the odbc setting without any success. Firewall is disabled and virus scanner has been removed.
We're running the test environment on a SAP SQL anywhere 12 database machine on windows server 2016 standard. We have the same problems there as well.We both tried to connect through the SQL Anywhere 12 and the SQL Anywhere 17 odbc driver without any difference.
After a bit of googling for the specific error "architecture mismatch between the Driver and Application [IM014]", the responses leads me to believe that the issue is related to the bitness of your DSN/driver and the application. I.e. a mismatch between the bitness of the driver and your application. Make sure that you have created the DSN using the same bitness - either 32 or 64 bit - as your application.
That's what I've found as well. But that's why I used dbisql.exe to see whether that would be the difference.I'm using the same dbisql.exe under the domain account and the user account and still it fails under the user account.
Make sure you understand the differences between a User DSN and a System DSN. If a User DSN is defined under the admin account, it won't be usable for users with another login. To add more confusion, two DSNs with identical name, but different bitness can happily coexist.
Microsoft did a good job in calling both the 32 and 64 bit ODBC administration tool by the same name: ODBCAD32.EXE, one in the System directory (64), the other ander SysWOW64.
So to solve that puzzle I recommend calling both versions under both user logins and compare them for differences.
AFAIK, it's even more cumbersome: On 64-bit systems, a system DSN ist either 32 bit or 64 bit whereas an user DSN ist "magically" provided in both bitnesses. So when using a system DSN, I always make sure it ist created with fitting properties in both bitnesses...
I suspect a problem with the ODBC configuration. I would compare the content of ODBC Admin tool (32 bit and 64 bit) for both accounts and see if there are differences for the DSN that is problematic. Make sure to do a test connection for each "transfusion" DSN that is defined.
My initial guess was a conflict between USER and SYSTEM DSNs but that would likely not be resolved by adding an user to a domain account. You may have to drill into the registry to get to the bottom of this if the GUI is not helpful.
FWIW, I usually get that exact message when using DBISQL (64 bit) with a 32 bit system DSN, when there is no according 64 bit system DSN and no user DSN with that name. Applications do work as they are still 32 bit...
To troubleshoot this issue, I would really want to dig into the registry on a problem machine to see the ODBC configuration for both accounts and for both the 32 bit (WOW64) and 64 bit tiers in the registry. My guess is that there is a DSN of a different bitness than the application that is taking precedence. You have indicated that one account works while another fails. This suggests that there is an USER DSN (which is specific to the current user logged in) that is the problem. A System DSN is global to all users on a machine so if the problem was in the System DSN all users would be impacted.
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Windows Server 2008, codenamed "Longhorn Server", is the seventh release of the Windows Server operating system produced by Microsoft as part of the Windows NT family of the operating systems. It was released to manufacturing on February 4, 2008, and generally to retail on February 27, 2008. Derived from Windows Vista, Windows Server 2008 is the successor of Windows Server 2003 and the predecessor to Windows Server 2008 R2. It removed support for processors without ACPI, and is the first version that includes Hyper-V.
Microsoft had released Windows Vista to mixed reception, and their last Windows Server release was based on Windows XP. The operating system's working title was Windows Server Codename "Longhorn", but was later changed to Windows Server 2008 when Microsoft chairman Bill Gates announced it during his keynote address at WinHEC on May 16, 2007.[12]
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Hyper-V is hypervisor-based virtualization software, forming a core part of Microsoft's virtualization strategy. It virtualizes servers on an operating system's kernel layer. It can be thought of as partitioning a single physical server into multiple small computational partitions. Hyper-V includes the ability to act as a Xen virtualization hypervisor host allowing Xen-enabled guest operating systems to run virtualized.[27] A beta version of Hyper-V shipped with certain x86-64 editions of Windows Server 2008, prior to Microsoft's release of the final version of Hyper-V on 26 June 2008 as a free download. Also, a standalone variant of Hyper-V exists; this variant supports only x86-64 architecture.[28] While the IA-32 editions of Windows Server 2008 cannot run or install Hyper-V, they can run the MMC snap-in for managing Hyper-V.