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Inline composables help to organize components by creating boundaries within our logic, which is especially helpful in larger components that are tough to refactor. Many components are small enough and focused enough that they won't really benefit from this.

getString() is used for traditional Android development, while stringResource() is used in Jetpack Compose.

@Composable functions without a return type should use similar naming to classes, starting with an uppercase letter and ending with a noun. @Composable functions with a return type should be treated as normal Kotlin functions, starting with a lowercase letter.

Jetpack Compose is a modern declarative UI Toolkit for Android. Compose makes it easier to write and maintain your app UI by providing a declarative API that allows you to render your app UI without imperatively mutating frontend views.

Composable functions can accept parameters, which allow the app logic to describe the UI. In this case, our widget accepts a String so it can greet the user by name. The function displays text in the UI. It does so by calling the Text() composable function, which actually creates the text UI element.

Composable functions are the basic building block of Compose. A composable function is a function emitting Unit that describes some part of your UI. The function takes some input and generates what's shown on the screen.

With Compose, you build small, stateless components that are not tied to a specific activity or fragment. That makes them easy to reuse and test: “We set a goal for ourselves to deliver a new set of UI components that were stateless, easy to use and maintain, and intuitive to implement/extend/customize.

Always begin your bullets with the same parts of speech and maintain the same grammatical structure for symmetrical content that is easy to read. For example: She listed all the issues her students were having with bullet point format in essay examples.