Meshtastic-Apple/Meshtastic/Views/Settings/Config/DeviceConfig.swift
2025-02-15 12:17:22 -08:00

301 lines
11 KiB
Swift

//
// DeviceConfig.swift
// Meshtastic Apple
//
// Copyright (c) Garth Vander Houwen 6/13/22.
//
import MeshtasticProtobufs
import OSLog
import SwiftUI
struct DeviceConfig: View {
@Environment(\.managedObjectContext) var context
@EnvironmentObject var bleManager: BLEManager
@Environment(\.dismiss) private var goBack
var node: NodeInfoEntity?
@State private var isPresentingNodeDBResetConfirm = false
@State private var isPresentingFactoryResetConfirm = false
@State var hasChanges = false
@State var deviceRole = 0
@State var buzzerGPIO = 0
@State var buttonGPIO = 0
@State var rebroadcastMode = 0
@State var nodeInfoBroadcastSecs = 10800
@State var doubleTapAsButtonPress = false
@State var ledHeartbeatEnabled = true
@State var tripleClickAsAdHocPing = true
@State var tzdef = ""
var body: some View {
VStack {
Form {
ConfigHeader(title: "Device", config: \.deviceConfig, node: node, onAppear: setDeviceValues)
Section(header: Text("options")) {
VStack(alignment: .leading) {
Picker("Device Role", selection: $deviceRole ) {
ForEach(DeviceRoles.allCases) { dr in
Text(dr.name)
}
}
Text(DeviceRoles(rawValue: deviceRole)?.description ?? "")
.foregroundColor(.gray)
.font(.callout)
}
.pickerStyle(DefaultPickerStyle())
VStack(alignment: .leading) {
Picker("Rebroadcast Mode", selection: $rebroadcastMode ) {
ForEach(RebroadcastModes.allCases) { rm in
Text(rm.name)
}
}
Text(RebroadcastModes(rawValue: rebroadcastMode)?.description ?? "")
.foregroundColor(.gray)
.font(.callout)
}
.pickerStyle(DefaultPickerStyle())
Picker("Node Info Broadcast Interval", selection: $nodeInfoBroadcastSecs ) {
ForEach(UpdateIntervals.allCases) { ui in
if ui.rawValue >= 3600 {
Text(ui.description)
}
}
}
.pickerStyle(DefaultPickerStyle())
}
Section(header: Text("Hardware")) {
Toggle(isOn: $doubleTapAsButtonPress) {
Label("Double Tap as Button", systemImage: "hand.tap")
Text("Treat double tap on supported accelerometers as a user button press.")
}
.toggleStyle(SwitchToggleStyle(tint: .accentColor))
Toggle(isOn: $tripleClickAsAdHocPing) {
Label("Triple Click Ad Hoc Ping", systemImage: "mappin")
Text("Send a position on the primary channel when the user button is triple clicked.")
}
.toggleStyle(SwitchToggleStyle(tint: .accentColor))
Toggle(isOn: $ledHeartbeatEnabled) {
Label("LED Heartbeat", systemImage: "waveform.path.ecg")
Text("Controls the blinking LED on the device. For most devices this will control one of the up to 4 LEDS, the charger and GPS LEDs are not controllable.")
}
.toggleStyle(SwitchToggleStyle(tint: .accentColor))
}
Section(header: Text("Debug")) {
VStack(alignment: .leading) {
HStack {
Label("Time Zone", systemImage: "clock.badge.exclamationmark")
TextField("Time Zone", text: $tzdef, axis: .vertical)
.foregroundColor(.gray)
.onChange(of: tzdef) {
var totalBytes = tzdef.utf8.count
// Only mess with the value if it is too big
while totalBytes > 63 {
tzdef = String(tzdef.dropLast())
totalBytes = tzdef.utf8.count
}
}
.foregroundColor(.gray)
}
.keyboardType(.default)
.disableAutocorrection(true)
Text("Time zone for dates on the device screen and log.")
.foregroundColor(.gray)
.font(.callout)
}
}
Section(header: Text("GPIO")) {
Picker("Button GPIO", selection: $buttonGPIO) {
ForEach(0..<49) {
if $0 == 0 {
Text("unset")
} else {
Text("Pin \($0)")
}
}
}
.pickerStyle(DefaultPickerStyle())
Picker("Buzzer GPIO", selection: $buzzerGPIO) {
ForEach(0..<49) {
if $0 == 0 {
Text("unset")
} else {
Text("Pin \($0)")
}
}
}
.pickerStyle(DefaultPickerStyle())
}
}
.disabled(self.bleManager.connectedPeripheral == nil || node?.deviceConfig == nil)
// Only show these buttons for the BLE connected node
if bleManager.connectedPeripheral != nil && node?.num ?? -1 == bleManager.connectedPeripheral.num {
HStack {
Button("Reset NodeDB", role: .destructive) {
isPresentingNodeDBResetConfirm = true
}
.disabled(node?.user == nil)
.buttonStyle(.bordered)
.buttonBorderShape(.capsule)
.controlSize(.regular)
.padding(.leading)
.confirmationDialog(
"Are you sure?",
isPresented: $isPresentingNodeDBResetConfirm,
titleVisibility: .visible
) {
Button("Erase all device and app data?", role: .destructive) {
if bleManager.sendNodeDBReset(fromUser: node!.user!, toUser: node!.user!) {
DispatchQueue.main.asyncAfter(deadline: .now() + 1) {
bleManager.disconnectPeripheral()
clearCoreDataDatabase(context: context, includeRoutes: false)
}
} else {
Logger.mesh.error("NodeDB Reset Failed")
}
}
}
Button("Factory Reset", role: .destructive) {
isPresentingFactoryResetConfirm = true
}
.disabled(node?.user == nil)
.buttonStyle(.bordered)
.buttonBorderShape(.capsule)
.controlSize(.regular)
.padding(.trailing)
.confirmationDialog(
"All device and app data will be deleted.",
isPresented: $isPresentingFactoryResetConfirm,
titleVisibility: .visible
) {
Button("Factory reset your device and app? ", role: .destructive) {
if bleManager.sendFactoryReset(fromUser: node!.user!, toUser: node!.user!) {
DispatchQueue.main.asyncAfter(deadline: .now() + 1) {
bleManager.disconnectPeripheral()
clearCoreDataDatabase(context: context, includeRoutes: false)
}
} else {
Logger.mesh.error("Factory Reset Failed")
}
}
}
}
}
HStack {
SaveConfigButton(node: node, hasChanges: $hasChanges) {
let connectedNode = getNodeInfo(id: bleManager.connectedPeripheral.num, context: context)
if connectedNode != nil {
var dc = Config.DeviceConfig()
dc.role = DeviceRoles(rawValue: deviceRole)!.protoEnumValue()
dc.buttonGpio = UInt32(buttonGPIO)
dc.buzzerGpio = UInt32(buzzerGPIO)
dc.rebroadcastMode = RebroadcastModes(rawValue: rebroadcastMode)?.protoEnumValue() ?? RebroadcastModes.all.protoEnumValue()
dc.nodeInfoBroadcastSecs = UInt32(nodeInfoBroadcastSecs)
dc.doubleTapAsButtonPress = doubleTapAsButtonPress
dc.disableTripleClick = !tripleClickAsAdHocPing
dc.tzdef = tzdef
dc.ledHeartbeatDisabled = !ledHeartbeatEnabled
let adminMessageId = bleManager.saveDeviceConfig(config: dc, fromUser: connectedNode!.user!, toUser: node!.user!, adminIndex: connectedNode?.myInfo?.adminIndex ?? 0)
if adminMessageId > 0 {
// Should show a saved successfully alert once I know that to be true
// for now just disable the button after a successful save
hasChanges = false
goBack()
}
}
}
}
Spacer()
}
.navigationTitle("device.config")
.navigationBarItems(
trailing: ZStack {
ConnectedDevice(
bluetoothOn: bleManager.isSwitchedOn,
deviceConnected: bleManager.connectedPeripheral != nil,
name: bleManager.connectedPeripheral?.shortName ?? "?"
)
}
)
.onFirstAppear {
// Need to request a DeviceConfig from the remote node before allowing changes
if let connectedPeripheral = bleManager.connectedPeripheral, let node {
let connectedNode = getNodeInfo(id: connectedPeripheral.num, context: context)
if let connectedNode {
if node.num != connectedNode.num {
if UserDefaults.enableAdministration {
/// 2.5 Administration with session passkey
let expiration = node.sessionExpiration ?? Date()
if expiration < Date() || node.deviceConfig == nil {
Logger.mesh.info("⚙️ Empty or expired device config requesting via PKI admin")
_ = bleManager.requestDeviceConfig(fromUser: connectedNode.user!, toUser: node.user!, adminIndex: connectedNode.myInfo?.adminIndex ?? 0)
}
} else {
if node.deviceConfig == nil {
/// Legacy Administration
Logger.mesh.info("☠️ Using insecure legacy admin, empty device config")
_ = bleManager.requestDeviceConfig(fromUser: connectedNode.user!, toUser: node.user!, adminIndex: connectedNode.myInfo?.adminIndex ?? 0)
}
}
}
}
}
}
.onChange(of: deviceRole) { oldRole, newRole in
if oldRole != newRole && newRole != node?.deviceConfig?.role ?? -1 { hasChanges = true }
}
.onChange(of: buttonGPIO) { oldButtonGPIO, newButtonGPIO in
if oldButtonGPIO != newButtonGPIO && newButtonGPIO != node?.deviceConfig?.buttonGpio ?? -1 { hasChanges = true }
}
.onChange(of: buzzerGPIO) { oldBuzzerGPIO, newBuzzerGPIO in
if oldBuzzerGPIO != newBuzzerGPIO && newBuzzerGPIO != node?.deviceConfig?.buzzerGpio ?? -1 { hasChanges = true }
}
.onChange(of: rebroadcastMode) { oldRebroadcastMode, newRebroadcastMode in
if oldRebroadcastMode != newRebroadcastMode && newRebroadcastMode != node?.deviceConfig?.rebroadcastMode ?? -1 { hasChanges = true }
}
.onChange(of: nodeInfoBroadcastSecs) { oldNodeInfoBroadcastSecs, newNodeInfoBroadcastSecs in
if oldNodeInfoBroadcastSecs != newNodeInfoBroadcastSecs && newNodeInfoBroadcastSecs != node?.deviceConfig?.nodeInfoBroadcastSecs ?? -1 { hasChanges = true }
}
.onChange(of: doubleTapAsButtonPress) { oldDoubleTapAsButtonPress, newDoubleTapAsButtonPress in
if oldDoubleTapAsButtonPress != newDoubleTapAsButtonPress && newDoubleTapAsButtonPress != node?.deviceConfig?.doubleTapAsButtonPress ?? false { hasChanges = true }
}
.onChange(of: tripleClickAsAdHocPing) { oldTripleClickAsAdHocPing, newTripleClickAsAdHocPing in
if oldTripleClickAsAdHocPing != newTripleClickAsAdHocPing && newTripleClickAsAdHocPing != node?.deviceConfig?.tripleClickAsAdHocPing ?? false { hasChanges = true }
}
.onChange(of: tzdef) { oldTzdef, newTzdef in
if oldTzdef != newTzdef && newTzdef != node?.deviceConfig?.tzdef { hasChanges = true }
}
.onChange(of: ledHeartbeatEnabled) { oldLedHeartbeatEnabled, newLedHeartbeatEnabled in
if oldLedHeartbeatEnabled != newLedHeartbeatEnabled && newLedHeartbeatEnabled != node?.deviceConfig?.ledHeartbeatEnabled ?? false { hasChanges = true }
}
}
func setDeviceValues() {
self.deviceRole = Int(node?.deviceConfig?.role ?? 0)
self.buttonGPIO = Int(node?.deviceConfig?.buttonGpio ?? 0)
self.buzzerGPIO = Int(node?.deviceConfig?.buzzerGpio ?? 0)
self.rebroadcastMode = Int(node?.deviceConfig?.rebroadcastMode ?? 0)
self.nodeInfoBroadcastSecs = Int(node?.deviceConfig?.nodeInfoBroadcastSecs ?? 900)
if nodeInfoBroadcastSecs < 3600 {
nodeInfoBroadcastSecs = 3600
}
self.doubleTapAsButtonPress = node?.deviceConfig?.doubleTapAsButtonPress ?? false
self.tripleClickAsAdHocPing = node?.deviceConfig?.tripleClickAsAdHocPing ?? false
self.ledHeartbeatEnabled = node?.deviceConfig?.ledHeartbeatEnabled ?? true
self.tzdef = node?.deviceConfig?.tzdef ?? ""
if self.tzdef.isEmpty {
self.tzdef = TimeZone.current.posixDescription
self.hasChanges = true
} else {
self.hasChanges = false
}
}
}