![sqlite3 dll missing visual certexam sqlite3 dll missing visual certexam](https://i.ytimg.com/vi/MQNFjYOluow/maxresdefault.jpg)
The best, and simplest, solution however is to just use a version of SQL that has the flag set for both 32 and 64 bit. Once loaded, all the other SQLite commands will run fine. This article shows some code that will do this, it simply looks at the value of IntPtr.Size to determine the mode and calls Assembly.LoadFrom() to do the load.
SQLITE3 DLL MISSING VISUAL CERTEXAM 64 BIT
Then, before you do any SQLite operations you're going to have to determine at runtime whether your app is running 32 or 64 bit mode and manually load the appropriate DLL. If your project is being built with An圜PU then you're going to have to add both files to your project, using different subfolders if they have the same name. If your application is targeting one or the other then all you need to do is add the appropriate version to your project and in the file properties set "Build Action" to "None" and set "Copy to Output Directory" to "Copy if newer".
![sqlite3 dll missing visual certexam sqlite3 dll missing visual certexam](https://media.amazonwebservices.com/blog/2017/gg_download_it_3.png)
The fact that you've got both x86 and 圆4 DLLs suggests to me you're using a version of SQLite where they've provided separate DLLs with the 32 and 64 bit flags set differently. NET JIT compiler to load the DLL at runtime and generate the actual assembly instructions based on whether the application is running in 32 or 64 bit mode. The An圜PU/x86/圆4 flag indicates which platforms the DLL supports, but the instructions themselves are Common Intermediate Language bytecode. NET DLLs don't actually contain the code that gets run on the target machine.