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package mx.trackermap.TrackerMap.android.units
import android.util.Log
import androidx.lifecycle.*
import com.mousebird.maply.Point2d
import kotlinx.coroutines.DelicateCoroutinesApi
import kotlinx.coroutines.flow.collect
import kotlinx.coroutines.launch
import mx.trackermap.TrackerMap.client.models.Geofence
import mx.trackermap.TrackerMap.client.models.MapLayer
import mx.trackermap.TrackerMap.client.models.UnitInformation
import mx.trackermap.TrackerMap.controllers.GeofencesController
import mx.trackermap.TrackerMap.controllers.UnitsController
import org.koin.core.component.KoinComponent
import org.koin.core.component.inject
import kotlin.time.ExperimentalTime
@DelicateCoroutinesApi
@ExperimentalTime
class UnitsViewModel(
savedStateHandle: SavedStateHandle
) : ViewModel(), KoinComponent {
enum class UnitsDisplayMode {
MAP, LIST
}
data class Camera (
val point: Point2d,
val animated: Boolean,
)
private val unitsController: UnitsController by inject()
private val geofenceController: GeofencesController by inject()
private var _searchQuery = savedStateHandle.getLiveData("searchQuery", "")
private var _unitsDisplayMode = MutableLiveData(UnitsDisplayMode.MAP)
private var _units = MutableLiveData<List<UnitInformation>>()
private var _selectedUnit = MutableLiveData<UnitInformation?>()
private var _mapLayerType = MutableLiveData<MapLayer.Type>()
private var _geofences = MutableLiveData<Map<Int, Geofence>>()
private val _camera = MutableLiveData<Camera?>()
val searchQuery: LiveData<String> get() = _searchQuery
val unitsDisplayMode: LiveData<UnitsDisplayMode> get() = _unitsDisplayMode
val units: LiveData<List<UnitInformation>> get() = _units
val selectedUnit: LiveData<UnitInformation?> get() = _selectedUnit
val mapLayerType: LiveData<MapLayer.Type> get() = _mapLayerType
val geofences: LiveData<Map<Int, Geofence>> get() = _geofences
val camera: LiveData<Camera?> get() = _camera
init {
Log.d("UnitsViewModel", "Initializing Units View Model")
viewModelScope.launch {
setupObservers()
}
viewModelScope.launch {
setupGeofenceObserver()
}
}
private suspend fun setupObservers() {
Log.d("UnitsViewModel", "Setup observers")
unitsController.displayedUnitsFlow.collect { units ->
this._units.value = units
}
}
private suspend fun setupGeofenceObserver() {
geofenceController.geofencesFlow.collect {
this._geofences.postValue(it)
}
}
fun selectUnit(unit: UnitInformation) {
Log.d("UnitsViewModel", "Selecting unit ${unit.device.name}")
_selectedUnit.postValue(unit)
setDisplayMode(UnitsDisplayMode.MAP)
}
fun selectUnitWith(positionId: Int?) {
if (positionId == null) {
Log.d("UnitsViewModel", "Deselecting unit")
_selectedUnit.postValue(null)
return
}
Log.d("UnitsViewModel", "Selecting unit with position id: $positionId")
val unit = _units.value?.find { it.position?.id == positionId }
_selectedUnit.postValue(unit)
}
fun setDisplayMode(displayMode: UnitsDisplayMode) {
Log.d("UnitsViewModel", "Setting Display mode to $displayMode")
_unitsDisplayMode.postValue(displayMode)
}
fun setMapLayerType(layer: MapLayer.Type) {
_mapLayerType.postValue(layer)
}
fun toggleDisplayMode() {
Log.d("UnitsViewModel", "Toggling Display mode")
val newDisplayMode =
if (unitsDisplayMode.value == UnitsDisplayMode.MAP) {
_selectedUnit.postValue(null)
UnitsDisplayMode.LIST
} else {
UnitsDisplayMode.MAP
}
_unitsDisplayMode.postValue(newDisplayMode)
}
fun search(query: String) {
unitsController.search(query)
}
fun moveCamera(point: Camera) {
_camera.postValue(point)
}
fun clearCamera() {
_camera.postValue(null)
}
}
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