Tell us about the advantages and disadvantages of the MVI architectural pattern and explain why it is used.

In Android, the following main list implementations are used:

• Model: ListView + Adapter: An outdated approach where ListView displays items from an Adapter. It requires manual performance optimization (view reuse).
• Model: RecyclerView: A modern, flexible, and efficient approach. RecyclerView handles rendering, and LayoutManager manages item positioning. It uses view recycling via ViewHolder.
• Model: LazyColumn/LazyRow: In Jetpack Compose, lists are displayed using composable functions LazyColumn (vertical) and LazyRow (horizontal). They render only visible items, ensuring high performance.

Implementation	Purpose	Features	Pros	Cons
ListView	Display list of items	Outdated, requires Adapter	Simple for basic lists	Low performance without optimization, less flexible
RecyclerView	Flexible, efficient large list display	Requires Adapter and LayoutManager, uses ViewHolder	High performance, flexible customization, animations	More code for setup
LazyColumn/LazyRow (Compose)	List display in Jetpack Compose	Renders only visible items	Declarative syntax, high performance, easy integration	Only for Compose

Example of using RecyclerView in XML:

<?xml version="1.0" encoding="utf-8"?>
<androidx.recyclerview.widget.RecyclerView
    android:id="@+id/my_recycler_view"
    android:layout_width="match_parent"
    android:layout_height="match_parent"/>

Example of using LazyColumn in Jetpack Compose:

// LazyColumn for vertical list
@Composable
fun MyLazyColumn() {
    val items = listOf("Item 1", "Item 2", "Item 3") // Sample data

    LazyColumn {
        items(items) { item ->
            Text(text = item) // Composable for each item
        }
    }
}