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import Foundation
import SwiftUI
import UserNotifications
/// Monitoring configuration surface of `DomainViewModel`: notification
/// authorization, the monitoring settings mutators (scope, interval, adaptivity,
/// sensitivity, quiet hours, alert filter/toggle, per-domain selection), the
/// manual run, and the per-domain status labels.
///
/// Settings mutations persist through `persistMonitoringSettings(...)` and
/// `sanitizeMonitoringSelection()`, which remain on the main type because the
/// tracked-domain lifecycle (add/delete/clear) calls them too.
extension DomainViewModel {
func refreshMonitoringAuthorizationStatus() async {
let settings = await UNUserNotificationCenter.current().notificationSettings()
monitoringNotificationStatus = settings.authorizationStatus
}
func setMonitoringEnabled(_ isEnabled: Bool) {
guard !isEnabled || FeatureAccessService.hasAccess(to: .automatedMonitoring) else {
monitoringSettings.isEnabled = false
upgradePrompt = FeatureAccessService.upgradePrompt(for: .automatedMonitoring)
return
}
monitoringSettings.isEnabled = isEnabled
persistMonitoringSettings(localActivationConfirmed: isEnabled)
monitoringStatusMessage = DomainMonitoringScheduler.shared.syncSchedule()
}
func setMonitoringScope(_ scope: MonitoringScope) {
monitoringSettings.scope = scope
persistMonitoringSettings(localActivationConfirmed: monitoringSettings.isEnabled)
}
func setMonitoringBaseInterval(_ baseInterval: MonitoringBaseInterval) {
guard FeatureAccessService.hasAccess(to: .automatedMonitoring) else {
upgradePrompt = FeatureAccessService.upgradePrompt(for: .automatedMonitoring)
return
}
monitoringSettings.baseInterval = baseInterval.interval
persistMonitoringSettings(localActivationConfirmed: monitoringSettings.isEnabled)
monitoringStatusMessage = DomainMonitoringScheduler.shared.syncSchedule()
}
func setMonitoringAdaptiveEnabled(_ isEnabled: Bool) {
guard FeatureAccessService.hasAccess(to: .automatedMonitoring) else {
upgradePrompt = FeatureAccessService.upgradePrompt(for: .automatedMonitoring)
return
}
monitoringSettings.adaptiveEnabled = isEnabled
persistMonitoringSettings(localActivationConfirmed: monitoringSettings.isEnabled)
monitoringStatusMessage = DomainMonitoringScheduler.shared.syncSchedule()
}
func setMonitoringSensitivity(_ sensitivity: MonitoringSensitivity) {
guard FeatureAccessService.hasAccess(to: .automatedMonitoring) else {
upgradePrompt = FeatureAccessService.upgradePrompt(for: .automatedMonitoring)
return
}
monitoringSettings.sensitivity = sensitivity
persistMonitoringSettings(localActivationConfirmed: monitoringSettings.isEnabled)
monitoringStatusMessage = DomainMonitoringScheduler.shared.syncSchedule()
}
func setMonitoringQuietHours(startHour: Int, endHour: Int, isEnabled: Bool) {
guard FeatureAccessService.hasAccess(to: .automatedMonitoring) else {
upgradePrompt = FeatureAccessService.upgradePrompt(for: .automatedMonitoring)
return
}
monitoringSettings.quietHours = isEnabled ? QuietHours(startHour: startHour, endHour: endHour) : nil
persistMonitoringSettings(localActivationConfirmed: monitoringSettings.isEnabled)
}
func setMonitoringAlertFilter(_ filter: MonitoringAlertFilter) {
guard FeatureAccessService.hasAccess(to: .localAlerts) else {
monitoringSettings.alertsEnabled = false
upgradePrompt = FeatureAccessService.upgradePrompt(for: .localAlerts)
return
}
monitoringSettings.alertFilter = filter
persistMonitoringSettings(localActivationConfirmed: monitoringSettings.isEnabled)
}
func setMonitoringAlertsEnabled(_ isEnabled: Bool) {
guard !isEnabled || FeatureAccessService.hasAccess(to: .localAlerts) else {
monitoringSettings.alertsEnabled = false
upgradePrompt = FeatureAccessService.upgradePrompt(for: .localAlerts)
return
}
monitoringSettings.alertsEnabled = isEnabled
persistMonitoringSettings(localActivationConfirmed: monitoringSettings.isEnabled)
}
func setMonitoringSelection(for trackedDomain: TrackedDomain, isSelected: Bool) {
if isSelected {
if !monitoringSettings.selectedDomainIDs.contains(trackedDomain.id) {
monitoringSettings.selectedDomainIDs.append(trackedDomain.id)
}
} else {
monitoringSettings.selectedDomainIDs.removeAll { $0 == trackedDomain.id }
}
persistMonitoringSettings(localActivationConfirmed: monitoringSettings.isEnabled)
}
func toggleMonitoring(for trackedDomain: TrackedDomain) {
guard canEdit(trackedDomain) else { return }
guard FeatureAccessService.hasAccess(to: .automatedMonitoring) else {
upgradePrompt = FeatureAccessService.upgradePrompt(for: .automatedMonitoring)
return
}
guard let index = trackedDomains.firstIndex(where: { $0.id == trackedDomain.id }) else { return }
trackedDomains[index].monitoringEnabled.toggle()
trackedDomains[index].updatedAt = Date()
MonitoringStorage.saveTrackedDomains(trackedDomains)
CloudSyncService.shared.scheduleSyncIfNeeded()
sanitizeMonitoringSelection()
}
func requestMonitoringNotificationAuthorization() async {
let granted = await LocalNotificationService.shared.requestAuthorizationIfNeeded()
monitoringSettings.alertsEnabled = granted
persistMonitoringSettings(localActivationConfirmed: monitoringSettings.isEnabled)
await refreshMonitoringAuthorizationStatus()
}
func runMonitoringNow() {
guard FeatureAccessService.hasAccess(to: .automatedMonitoring) else {
upgradePrompt = FeatureAccessService.upgradePrompt(for: .automatedMonitoring)
return
}
guard !monitoringRunInProgress else { return }
monitoringRunInProgress = true
monitoringStatusMessage = nil
Task { [weak self] in
guard let self else { return }
let outcome = await DomainMonitoringService.shared.performMonitoring(
trigger: .manual,
requireEnabledSetting: false
)
await MainActor.run {
self.refreshMonitoringState()
self.monitoringRunInProgress = false
self.monitoringStatusMessage = outcome.message
}
}
}
func monitoringIntervalLabel(for trackedDomain: TrackedDomain) -> String {
let state = DomainMonitoringScheduler.normalizedMonitoringState(for: trackedDomain, settings: monitoringSettings)
return Self.intervalLabel(for: state.currentInterval)
}
func monitoringStatusLabel(for trackedDomain: TrackedDomain) -> String {
let state = trackedDomain.monitoringState
if let lastChangeDate = state.lastChangeDate,
Date().timeIntervalSince(lastChangeDate) <= 6 * 60 * 60 {
return "Recently Changed"
}
if state.consecutiveStableChecks >= 2 {
return "Stable"
}
return trackedDomain.monitoringEnabled ? "Active" : "Paused"
}
private static func intervalLabel(for interval: TimeInterval) -> String {
let formatter = DateComponentsFormatter()
formatter.allowedUnits = interval < 3600 ? [.minute] : [.hour, .minute]
formatter.unitsStyle = .full
return formatter.string(from: interval) ?? "Unknown"
}
}
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