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@ -172,7 +172,7 @@ The repository is organized into `three folders`, each representing a different
## Structure of Project ## Structure of Project
In this project I used a mix of [clean architecture](https://jasontaylor.dev/clean-architecture-getting-started/), [vertical slice architecture](https://jimmybogard.com/vertical-slice-architecture/) and I used [feature folder structure](http://www.kamilgrzybek.com/design/feature-folders/) to structure my files. In this project, I used [vertical slice architecture](https://jimmybogard.com/vertical-slice-architecture/) at the architectural level and [feature folder structure](http://www.kamilgrzybek.com/design/feature-folders/) to structure my files.
I treat each request as a distinct use case or slice, encapsulating and grouping all concerns from front-end to back. I treat each request as a distinct use case or slice, encapsulating and grouping all concerns from front-end to back.
When adding or changing a feature in an application in n-tire architecture, we are typically touching many "layers" in an application. We are changing the user interface, adding fields to models, modifying validation, and so on. Instead of coupling across a layer, we couple vertically along a slice. We `minimize coupling` `between slices`, and `maximize coupling` `in a slice`. When adding or changing a feature in an application in n-tire architecture, we are typically touching many "layers" in an application. We are changing the user interface, adding fields to models, modifying validation, and so on. Instead of coupling across a layer, we couple vertically along a slice. We `minimize coupling` `between slices`, and `maximize coupling` `in a slice`.