Enhances dialog flow readability by integrating coroutine-based dialog management, offering configurable conflict strategies, and supporting ViewModel integration for persistent state handling.
This library is heavily inspired by react-call.
In standard dialog components, the logic for displaying the dialog and handling its result is often separated, making the flow harder to follow. By leveraging coroutines, this library makes dialog flow more readable and maintainable.
| Default | Compose Callable |
@Composable
fun SampleScreen() {
var message: String? by remember {
mutableStateOf(null)
}
message?.let {
ConfirmDialog(
onDismissRequest = {
message = null
// 2️⃣ Next step (Cancel)
},
onConfirm = {
message = null
// 2️⃣ Next step (Confirm)
},
text = it,
)
}
Box(
modifier = Modifier.fillMaxSize(),
contentAlignment = Alignment.Center,
) {
Button(
onClick = {
// 1️⃣ Show dialog
message = "Sure?"
}
) {
Text("Submit")
}
}
} |
@Composable
fun SampleScreen() {
val dialogState = remember {
CallableState<String, Boolean>()
}
val coroutineScope = rememberCoroutineScope()
CallableHost(dialogState) {
ConfirmDialog(
onDismissRequest = { resume(false) },
onConfirm = { resume(true) },
text = it,
)
}
Box(
modifier = Modifier.fillMaxSize(),
contentAlignment = Alignment.Center,
) {
Button(
onClick = {
coroutineScope.launch {
// 1️⃣ Show dialog
val confirmed =
dialogState.call("Sure?")
// 2️⃣ Next step
}
}
) {
Text("Submit")
}
}
} |
To include this library in your project, add the following dependency:
dependencies {
implementation("com.moriatsushi.compose.callable:compose-callable:1.0.0")
}This library includes an AnimatedCallableHost component that allows you to animate component
calls.
Below is an example which shows a notification at the bottom of the screen with a slide-in animation.
AnimatedCallableHost(
modifier = Modifier.fillMaxSize(),
state = screenState.bottomNotificationState,
enter = fadeIn() + slideInVertically { it },
exit = fadeOut() + slideOutVertically { it },
contentAlignment = Alignment.BottomCenter,
) {
BottomNotification(text = it, onResult = ::resume)
}When calling a component, there might already be an active call in progress.
The library offers a configurable strategy for handling such conflicts, defined by the
ConflictStrategy enum.
You can choose one of the following strategies:
ConflictStrategy.CANCEL_AND_OVERWRITE (default):
If a new call is made while another call is still active, the current call is canceled immediately,
and the new call takes precedence.
ConflictStrategy.ENQUEUE:
Instead of canceling the active call, the new call is enqueued. It will be processed only after the
current call completes.
You can specify the desired strategy when creating your CallableState instance:
val state = CallableState<String, Boolean>(ConflictStrategy.ENQUEUE)If the caller's coroutine scope is canceled, the active component will automatically be dismissed. This means that if the view is destroyed, the component disappears as well. To persist the component state even when the view is destroyed, manage it within a ViewModel.
class SampleViewModel : ViewModel() {
val dialogState = CallableState<String, Boolean>()
fun showDialog() {
viewModelScope.launch {
// 1️⃣ Show dialog
val confirmed = dialogState.call("Sure?")
// 2️⃣ Next step
}
}
}This library is heavily inspired by react-call.
In standard dialog components, the logic for displaying the dialog and handling its result is often separated, making the flow harder to follow. By leveraging coroutines, this library makes dialog flow more readable and maintainable.
| Default | Compose Callable |
@Composable
fun SampleScreen() {
var message: String? by remember {
mutableStateOf(null)
}
message?.let {
ConfirmDialog(
onDismissRequest = {
message = null
// 2️⃣ Next step (Cancel)
},
onConfirm = {
message = null
// 2️⃣ Next step (Confirm)
},
text = it,
)
}
Box(
modifier = Modifier.fillMaxSize(),
contentAlignment = Alignment.Center,
) {
Button(
onClick = {
// 1️⃣ Show dialog
message = "Sure?"
}
) {
Text("Submit")
}
}
} |
@Composable
fun SampleScreen() {
val dialogState = remember {
CallableState<String, Boolean>()
}
val coroutineScope = rememberCoroutineScope()
CallableHost(dialogState) {
ConfirmDialog(
onDismissRequest = { resume(false) },
onConfirm = { resume(true) },
text = it,
)
}
Box(
modifier = Modifier.fillMaxSize(),
contentAlignment = Alignment.Center,
) {
Button(
onClick = {
coroutineScope.launch {
// 1️⃣ Show dialog
val confirmed =
dialogState.call("Sure?")
// 2️⃣ Next step
}
}
) {
Text("Submit")
}
}
} |
To include this library in your project, add the following dependency:
dependencies {
implementation("com.moriatsushi.compose.callable:compose-callable:1.0.0")
}This library includes an AnimatedCallableHost component that allows you to animate component
calls.
Below is an example which shows a notification at the bottom of the screen with a slide-in animation.
AnimatedCallableHost(
modifier = Modifier.fillMaxSize(),
state = screenState.bottomNotificationState,
enter = fadeIn() + slideInVertically { it },
exit = fadeOut() + slideOutVertically { it },
contentAlignment = Alignment.BottomCenter,
) {
BottomNotification(text = it, onResult = ::resume)
}When calling a component, there might already be an active call in progress.
The library offers a configurable strategy for handling such conflicts, defined by the
ConflictStrategy enum.
You can choose one of the following strategies:
ConflictStrategy.CANCEL_AND_OVERWRITE (default):
If a new call is made while another call is still active, the current call is canceled immediately,
and the new call takes precedence.
ConflictStrategy.ENQUEUE:
Instead of canceling the active call, the new call is enqueued. It will be processed only after the
current call completes.
You can specify the desired strategy when creating your CallableState instance:
val state = CallableState<String, Boolean>(ConflictStrategy.ENQUEUE)If the caller's coroutine scope is canceled, the active component will automatically be dismissed. This means that if the view is destroyed, the component disappears as well. To persist the component state even when the view is destroyed, manage it within a ViewModel.
class SampleViewModel : ViewModel() {
val dialogState = CallableState<String, Boolean>()
fun showDialog() {
viewModelScope.launch {
// 1️⃣ Show dialog
val confirmed = dialogState.call("Sure?")
// 2️⃣ Next step
}
}
}