Swinject VS GRDB.swift

DI is a concept which makes a class independent of its dependency management. It achieves that by decoupling the usage of an object from its creation. This helps you to follow SOLID’s dependency inversion and single responsibility principles. To achieve this in Swift one of the most appreciated library is Swinject. This library not only provides DI but also have many other features like:-

Swinject - Dependency injection framework for Swift. Language: Swift.

We use Swinject which is probably quite similar https://github.com/Swinject/Swinject

So, how do we fix this? There is a cleaner solution. By using a dependency injection framework, such as Swinject we can create a base module that we might call the DI module.

I'm using GRDB , you can use existing pre-populated sqlite DB file. https://github.com/groue/GRDB.swift/wiki/Performance .

Not quite exactly sure what you mean but if its a .sqlite3 file then you can use it with this easy to use library https://github.com/groue/GRDB.swift

The 3rd party library I use GRDB SwiftyUserDefaults Kingfisher SwiftDate Popovers

The other thing is that it could be an overkill for your app if you just need to basically "store an array of 100 objects". Then you could probably consider other solutions like SQLite (with wrappers like GRDB) or plain JSON files.

https://github.com/groue/GRDB.swift#readme https://github.com/groue/GRDB.swift/tree/master/Documentation https://swiftpackageindex.com/groue/grdb.swift/documentation/grdb/

https://github.com/groue/GRDB.swift/blob/master/Documentation/AssociationsBasics.md might be interesting to look at for how it handles relationships between entities.

I recently used GRDB.

Check the performance comparison page. GRDB comes with a convenient and ready-made support for Swift Codable that performs quite well. When needed, it is possible to write less convenient but optimized record types that add very little overhead to SQLite, and perform really well.

Hey all. So I just got done developing an app that does visitation tracking. Basically the user creates an account with email, name, password etc.. the info is then saved to a SQLite database (using GRDB) with a table named "User" and then injected into the next view controller and so on... I plan on allowing the user to store their account in icloud in the future.