// Copyright (c) 2012 The Chromium OS Authors. All rights reserved.
// Use of this source code is governed by a BSD-style license that can be
// found in the LICENSE file.

#ifndef SYSTEM_API_DBUS_SERVICE_CONSTANTS_H_
#define SYSTEM_API_DBUS_SERVICE_CONSTANTS_H_

#include <stdint.h>  // for uint32_t

// We use relative includes here to make this compatible with both the
// Chromium OS and Chromium environment.
#include "apmanager/dbus-constants.h"
#include "cros-disks/dbus-constants.h"
#include "cryptohome/dbus-constants.h"
#include "debugd/dbus-constants.h"
#include "login_manager/dbus-constants.h"
#include "lorgnette/dbus-constants.h"
#include "permission_broker/dbus-constants.h"
#include "power_manager/dbus-constants.h"
#include "shill/dbus-constants.h"
#include "update_engine/dbus-constants.h"

namespace dbus {
const char kDBusInterface[] = "org.freedesktop.DBus";
const char kDBusServiceName[] = "org.freedesktop.DBus";
const char kDBusServicePath[] = "/org/freedesktop/DBus";

// Object Manager interface
const char kDBusObjectManagerInterface[] = "org.freedesktop.DBus.ObjectManager";
// Methods
const char kDBusObjectManagerGetManagedObjects[] = "GetManagedObjects";
// Signals
const char kDBusObjectManagerInterfacesAddedSignal[] = "InterfacesAdded";
const char kDBusObjectManagerInterfacesRemovedSignal[] = "InterfacesRemoved";

// Properties interface
const char kDBusPropertiesInterface[] = "org.freedesktop.DBus.Properties";
// Methods
const char kDBusPropertiesGet[] = "Get";
const char kDBusPropertiesSet[] = "Set";
const char kDBusPropertiesGetAll[] = "GetAll";
// Signals
const char kDBusPropertiesChangedSignal[] = "PropertiesChanged";
}  // namespace dbus

namespace imageburn {
const char kImageBurnServiceName[] = "org.chromium.ImageBurner";
const char kImageBurnServicePath[] = "/org/chromium/ImageBurner";
const char kImageBurnServiceInterface[] = "org.chromium.ImageBurnerInterface";
// Methods
const char kBurnImage[] = "BurnImage";
// Signals
const char kSignalBurnFinishedName[] = "burn_finished";
const char kSignalBurnUpdateName[] = "burn_progress_update";
}  // namespace imageburn

namespace speech_synthesis {
const char kSpeechSynthesizerInterface[] =
    "org.chromium.SpeechSynthesizerInterface";
const char kSpeechSynthesizerServicePath[] = "/org/chromium/SpeechSynthesizer";
const char kSpeechSynthesizerServiceName[] = "org.chromium.SpeechSynthesizer";
// Methods
const char kSpeak[] = "Speak";
const char kStop[] = "Stop";
const char kIsSpeaking[] = "IsSpeaking";
const char kShutdown[] = "Shutdown";
}  // namespace speech_synthesis

namespace chromium {
const char kChromiumInterface[] = "org.chromium.Chromium";
// Text-to-speech service signals.
const char kTTSReadySignal[] = "TTSReady";
const char kTTSFailedSignal[] = "TTSFailed";
}  // namespace chromium

namespace chromeos {
const char kLibCrosServiceName[] = "org.chromium.LibCrosService";
const char kLibCrosServicePath[] = "/org/chromium/LibCrosService";
const char kLibCrosServiceInterface[] = "org.chromium.LibCrosServiceInterface";
// Methods
const char kResolveNetworkProxy[] = "ResolveNetworkProxy";
const char kCheckLiveness[] = "CheckLiveness";
const char kGetKioskAppRequiredPlatforVersion[] =
    "GetKioskAppRequiredPlatformVersion";
const char kLockScreen[] = "LockScreen";
const char kSetDisplayPower[] = "SetDisplayPower";
const char kSetDisplaySoftwareDimming[] = "SetDisplaySoftwareDimming";
const char kTakeDisplayOwnership[] = "TakeDisplayOwnership";
const char kReleaseDisplayOwnership[] = "ReleaseDisplayOwnership";
// Values
enum DisplayPowerState {
  DISPLAY_POWER_ALL_ON = 0,
  DISPLAY_POWER_ALL_OFF = 1,
  DISPLAY_POWER_INTERNAL_OFF_EXTERNAL_ON = 2,
  DISPLAY_POWER_INTERNAL_ON_EXTERNAL_OFF = 3,
};
}  // namespace chromeos

namespace cromo {
// cromo D-Bus service identifiers
const char kCromoServiceName[] = "org.chromium.ModemManager";
const char kCromoServicePath[] = "/org/chromium/ModemManager";

// cromo D-Bus interfaces
const char kModemInterface[] = "org.freedesktop.ModemManager.Modem";
const char kModemSimpleInterface[] =
    "org.freedesktop.ModemManager.Modem.Simple";
const char kModemCdmaInterface[] = "org.freedesktop.ModemManager.Modem.Cdma";
const char kModemGsmInterface[] = "org.freedesktop.ModemManager.Modem.Gsm";
const char kModemGsmCardInterface[] =
    "org.freedesktop.ModemManager.Modem.Gsm.Card";
const char kModemGsmNetworkInterface[] =
    "org.freedesktop.ModemManager.Modem.Gsm.Network";
const char kModemGobiInterface[] = "org.chromium.ModemManager.Modem.Gobi";
}  // namespace cromo

namespace modemmanager {
// ModemManager D-Bus service identifiers
const char kModemManagerSMSInterface[] =
    "org.freedesktop.ModemManager.Modem.Gsm.SMS";

// ModemManager function names.
const char kSMSGetFunction[] = "Get";
const char kSMSDeleteFunction[] = "Delete";
const char kSMSListFunction[] = "List";

// ModemManager monitored signals
const char kSMSReceivedSignal[] = "SmsReceived";

// ModemManager1 interfaces and signals
// The canonical source for these constants is:
//   /usr/include/ModemManager/ModemManager-names.h
const char kModemManager1ServiceName[] = "org.freedesktop.ModemManager1";
const char kModemManager1ServicePath[] = "/org/freedesktop/ModemManager1";
const char kModemManager1MessagingInterface[] =
    "org.freedesktop.ModemManager1.Modem.Messaging";
const char kModemManager1SmsInterface[] =
    "org.freedesktop.ModemManager1.Sms";
const char kSMSAddedSignal[] = "Added";
}  // namespace modemmanager

namespace wimax_manager {
// WiMaxManager D-Bus service identifiers
const char kWiMaxManagerServiceName[] = "org.chromium.WiMaxManager";
const char kWiMaxManagerServicePath[] = "/org/chromium/WiMaxManager";
const char kWiMaxManagerServiceError[] = "org.chromium.WiMaxManager.Error";
const char kWiMaxManagerInterface[] = "org.chromium.WiMaxManager";
const char kWiMaxManagerDeviceInterface[] = "org.chromium.WiMaxManager.Device";
const char kWiMaxManagerNetworkInterface[] =
    "org.chromium.WiMaxManager.Network";
const char kDeviceObjectPathPrefix[] = "/org/chromium/WiMaxManager/Device/";
const char kNetworkObjectPathPrefix[] = "/org/chromium/WiMaxManager/Network/";
const char kDevicesProperty[] = "Devices";
const char kNetworksProperty[] = "Networks";
const char kEAPAnonymousIdentity[] = "EAPAnonymousIdentity";
const char kEAPUserIdentity[] = "EAPUserIdentity";
const char kEAPUserPassword[] = "EAPUserPassword";

enum DeviceStatus {
  kDeviceStatusUninitialized,
  kDeviceStatusDisabled,
  kDeviceStatusReady,
  kDeviceStatusScanning,
  kDeviceStatusConnecting,
  kDeviceStatusConnected
};
}  // namespace wimax_manager

namespace bluetooth_plugin {
// Service identifiers for the plugin interface added to the /org/bluez object.
const char kBluetoothPluginServiceName[] = "org.bluez";
const char kBluetoothPluginInterface[] = "org.chromium.Bluetooth";

// Bluetooth plugin properties.
const char kSupportsLEServices[] = "SupportsLEServices";
const char kSupportsConnInfo[] = "SupportsConnInfo";
}  // namespace bluetooth_plugin

namespace bluetooth_plugin_device {
// Service identifiers for the plugin interface added to Bluetooth Device
// objects.
const char kBluetoothPluginServiceName[] = "org.bluez";
const char kBluetoothPluginInterface[] = "org.chromium.BluetoothDevice";

// Bluetooth Device plugin methods.
const char kGetConnInfo[] = "GetConnInfo";
}  // namespace bluetooth_plugin_device

namespace bluetooth_adapter {
// Bluetooth Adapter service identifiers.
const char kBluetoothAdapterServiceName[] = "org.bluez";
const char kBluetoothAdapterInterface[] = "org.bluez.Adapter1";

// Bluetooth Adapter methods.
const char kStartDiscovery[] = "StartDiscovery";
const char kSetDiscoveryFilter[] = "SetDiscoveryFilter";
const char kStopDiscovery[] = "StopDiscovery";
const char kRemoveDevice[] = "RemoveDevice";
const char kCreateServiceRecord[] = "CreateServiceRecord";
const char kRemoveServiceRecord[] = "RemoveServiceRecord";

// Bluetooth Adapter properties.
const char kAddressProperty[] = "Address";
const char kNameProperty[] = "Name";
const char kAliasProperty[] = "Alias";
const char kClassProperty[] = "Class";
const char kPoweredProperty[] = "Powered";
const char kDiscoverableProperty[] = "Discoverable";
const char kPairableProperty[] = "Pairable";
const char kPairableTimeoutProperty[] = "PairableTimeout";
const char kDiscoverableTimeoutProperty[] = "DiscoverableTimeout";
const char kDiscoveringProperty[] = "Discovering";
const char kUUIDsProperty[] = "UUIDs";
const char kModaliasProperty[] = "Modalias";

// Bluetooth Adapter errors.
const char kErrorNotReady[] = "org.bluez.Error.NotReady";
const char kErrorFailed[] = "org.bluez.Error.Failed";
const char kErrorNotAuthorized[] = "org.bluez.Error.NotAuthorized";
const char kErrorInvalidArguments[] = "org.bluez.Error.InvalidArguments";
const char kErrorAlreadyExists[] = "org.bluez.Error.AlreadyExists";
const char kErrorDoesNotExist[] = "org.bluez.Error.DoesNotExist";

// Bluetooth Adapter parameters supplied to SetDiscoveryFilter request.
const char kDiscoveryFilterParameterUUIDs[] = "UUIDs";
const char kDiscoveryFilterParameterRSSI[] = "RSSI";
const char kDiscoveryFilterParameterPathloss[] = "Pathloss";
const char kDiscoveryFilterParameterTransport[] = "Transport";
}  // namespace bluetooth_adapter

namespace bluetooth_agent_manager {
// Bluetooth Agent Manager service indentifiers
const char kBluetoothAgentManagerServiceName[] = "org.bluez";
const char kBluetoothAgentManagerServicePath[] = "/org/bluez";
const char kBluetoothAgentManagerInterface[] = "org.bluez.AgentManager1";

// Bluetooth Agent Manager methods.
const char kRegisterAgent[] = "RegisterAgent";
const char kUnregisterAgent[] = "UnregisterAgent";
const char kRequestDefaultAgent[] = "RequestDefaultAgent";

// Bluetooth capabilities.
const char kNoInputNoOutputCapability[] = "NoInputNoOutput";
const char kDisplayOnlyCapability[] = "DisplayOnly";
const char kKeyboardOnlyCapability[] = "KeyboardOnly";
const char kDisplayYesNoCapability[] = "DisplayYesNo";
const char kKeyboardDisplayCapability[] = "KeyboardDisplay";

// Bluetooth Agent Manager errors.
const char kErrorInvalidArguments[] = "org.bluez.Error.InvalidArguments";
const char kErrorAlreadyExists[] = "org.bluez.Error.AlreadyExists";
const char kErrorDoesNotExist[] = "org.bluez.Error.DoesNotExist";
}  // namespace bluetooth_agent_manager


namespace bluetooth_agent {
// Bluetooth Agent service indentifiers
const char kBluetoothAgentInterface[] = "org.bluez.Agent1";

// Bluetooth Agent methods.
const char kRelease[] = "Release";
const char kRequestPinCode[] = "RequestPinCode";
const char kDisplayPinCode[] = "DisplayPinCode";
const char kRequestPasskey[] = "RequestPasskey";
const char kDisplayPasskey[] = "DisplayPasskey";
const char kRequestConfirmation[] = "RequestConfirmation";
const char kRequestAuthorization[] = "RequestAuthorization";
const char kAuthorizeService[] = "AuthorizeService";
const char kCancel[] = "Cancel";

// Bluetooth Agent errors.
const char kErrorRejected[] = "org.bluez.Error.Rejected";
const char kErrorCanceled[] = "org.bluez.Error.Canceled";
}  // namespace bluetooth_agent

namespace bluetooth_device {
// Bluetooth Device service identifiers.
const char kBluetoothDeviceServiceName[] = "org.bluez";
const char kBluetoothDeviceInterface[] = "org.bluez.Device1";

// Bluetooth Device methods.
const char kConnect[] = "Connect";
const char kDisconnect[] = "Disconnect";
const char kConnectProfile[] = "ConnectProfile";
const char kDisconnectProfile[] = "DisconnectProfile";
const char kPair[] = "Pair";
const char kCancelPairing[] = "CancelPairing";
const char kGetServiceRecords[] = "GetServiceRecords";

// Bluetooth Device properties.
const char kAddressProperty[] = "Address";
const char kNameProperty[] = "Name";
const char kIconProperty[] = "Icon";
const char kClassProperty[] = "Class";
const char kTypeProperty[] = "Type";
const char kAppearanceProperty[] = "Appearance";
const char kUUIDsProperty[] = "UUIDs";
const char kPairedProperty[] = "Paired";
const char kConnectedProperty[] = "Connected";
const char kTrustedProperty[] = "Trusted";
const char kBlockedProperty[] = "Blocked";
const char kAliasProperty[] = "Alias";
const char kAdapterProperty[] = "Adapter";
const char kLegacyPairingProperty[] = "LegacyPairing";
const char kModaliasProperty[] = "Modalias";
const char kRSSIProperty[] = "RSSI";
const char kTxPowerProperty[] = "TxPower";
const char kManufacturerDataProperty[] = "ManufacturerData";
const char kServiceDataProperty[] = "ServiceData";
const char kGattServicesProperty[] = "GattServices";         // DEPRECATED
const char kServicesResolvedProperty[] = "ServicesResolved";

// Bluetooth Device errors.
const char kErrorNotReady[] = "org.bluez.Error.NotReady";
const char kErrorFailed[] = "org.bluez.Error.Failed";
const char kErrorInProgress[] = "org.bluez.Error.InProgress";
const char kErrorAlreadyConnected[] = "org.bluez.Error.AlreadyConnected";
const char kErrorNotConnected[] = "org.bluez.Error.NotConnected";
const char kErrorDoesNotExist[] = "org.bluez.Error.DoesNotExist";
const char kErrorInvalidArguments[] = "org.bluez.Error.InvalidArguments";

// Undocumented errors that we know BlueZ returns for Bluetooth Device methods.
const char kErrorNotSupported[] = "org.bluez.Error.NotSupported";
const char kErrorAuthenticationCanceled[] =
    "org.bluez.Error.AuthenticationCanceled";
const char kErrorAuthenticationFailed[] =
    "org.bluez.Error.AuthenticationFailed";
const char kErrorAuthenticationRejected[] =
    "org.bluez.Error.AuthenticationRejected";
const char kErrorAuthenticationTimeout[] =
    "org.bluez.Error.AuthenticationTimeout";
const char kErrorConnectionAttemptFailed[] =
    "org.bluez.Error.ConnectionAttemptFailed";
}  // namespace bluetooth_device

namespace bluetooth_gatt_characteristic {
// Bluetooth GATT Characteristic service identifiers. The service name is used
// only for characteristic objects hosted by bluetoothd.
const char kBluetoothGattCharacteristicServiceName[] = "org.bluez";
const char kBluetoothGattCharacteristicInterface[] =
    "org.bluez.GattCharacteristic1";

// Bluetooth GATT Characteristic methods.
const char kReadValue[] = "ReadValue";
const char kWriteValue[] = "WriteValue";
const char kStartNotify[] = "StartNotify";
const char kStopNotify[] = "StopNotify";

// Bluetooth GATT Characteristic signals.
const char kValueUpdatedSignal[] = "ValueUpdated";

// Possible keys for option dict used in ReadValue and WriteValue.
const char kOptionOffset[] = "offset";
const char kOptionDevice[] = "device";

// Bluetooth GATT Characteristic properties.
const char kUUIDProperty[] = "UUID";
const char kServiceProperty[] = "Service";
const char kValueProperty[] = "Value";
const char kFlagsProperty[] = "Flags";
const char kNotifyingProperty[] = "Notifying";
const char kDescriptorsProperty[] = "Descriptors";

// Possible values for Bluetooth GATT Characteristic "Flags" property.
const char kFlagBroadcast[] = "broadcast";
const char kFlagRead[] = "read";
const char kFlagWriteWithoutResponse[] = "write-without-response";
const char kFlagWrite[] = "write";
const char kFlagNotify[] = "notify";
const char kFlagIndicate[] = "indicate";
const char kFlagAuthenticatedSignedWrites[] = "authenticated-signed-writes";
const char kFlagExtendedProperties[] = "extended-properties";
const char kFlagReliableWrite[] = "reliable-write";
const char kFlagWritableAuxiliaries[] = "writable-auxiliaries";
const char kFlagEncryptRead[] = "encrypt-read";
const char kFlagEncryptWrite[] = "encrypt-write";
const char kFlagEncryptAuthenticatedRead[] = "encrypt-authenticated-read";
const char kFlagEncryptAuthenticatedWrite[] = "encrypt-authenticated-write";
}  // namespace bluetooth_gatt_characteristic

namespace bluetooth_gatt_descriptor {
// Bluetooth GATT Descriptor service identifiers. The service name is used
// only for descriptor objects hosted by bluetoothd.
const char kBluetoothGattDescriptorServiceName[] = "org.bluez";
const char kBluetoothGattDescriptorInterface[] = "org.bluez.GattDescriptor1";

// Bluetooth GATT Descriptor methods.
const char kReadValue[] = "ReadValue";
const char kWriteValue[] = "WriteValue";

// Possible keys for option dict used in ReadValue and WriteValue.
const char kOptionOffset[] = "offset";
const char kOptionDevice[] = "device";

// Bluetooth GATT Descriptor properties.
const char kUUIDProperty[] = "UUID";
const char kCharacteristicProperty[] = "Characteristic";
const char kValueProperty[] = "Value";
const char kFlagsProperty[] = "Flags";

// Possible values for Bluetooth GATT Descriptor "Flags" property.
const char kFlagRead[] = "read";
const char kFlagWrite[] = "write";
const char kFlagEncryptRead[] = "encrypt-read";
const char kFlagEncryptWrite[] = "encrypt-write";
const char kFlagEncryptAuthenticatedRead[] = "encrypt-authenticated-read";
const char kFlagEncryptAuthenticatedWrite[] = "encrypt-authenticated-write";
}  // namespace bluetooth_gatt_descriptor

namespace bluetooth_gatt_manager {
// Bluetooth GATT Manager service identifiers.
const char kBluetoothGattManagerServiceName[] = "org.bluez";
const char kBluetoothGattManagerInterface[] = "org.bluez.GattManager1";

// Bluetooth GATT Manager methods.
const char kRegisterApplication[] = "RegisterApplication";
const char kUnregisterApplication[] = "UnregisterApplication";
const char kRegisterService[] = "RegisterService";
const char kUnregisterService[] = "UnregisterService";

// Bluetooth GATT Manager errors.
const char kErrorInvalidArguments[] = "org.bluez.Error.InvalidArguments";
const char kErrorAlreadyExists[] = "org.bluez.Error.AlreadyExists";
const char kErrorDoesNotExist[] = "org.bluez.Error.DoesNotExist";
}  // namespace bluetooth_gatt_manager

namespace bluetooth_gatt_service {
// Bluetooth GATT Service service identifiers. The service name is used
// only for service objects hosted by bluetoothd.
const char kBluetoothGattServiceServiceName[] = "org.bluez";
const char kBluetoothGattServiceInterface[] = "org.bluez.GattService1";

// Bluetooth GATT Service properties.
const char kUUIDProperty[] = "UUID";
const char kDeviceProperty[] = "Device";
const char kPrimaryProperty[] = "Primary";
const char kIncludesProperty[] = "Includes";
const char kCharacteristicsProperty[] = "Characteristics";

// Bluetooth GATT Service errors.
const char kErrorFailed[] = "org.bluez.Error.Failed";
const char kErrorInProgress[] = "org.bluez.Error.InProgress";
const char kErrorInvalidValueLength[] = "org.bluez.Error.InvalidValueLength";
const char kErrorNotAuthorized[] = "org.bluez.Error.NotAuthorized";
const char kErrorNotPaired[] = "org.bluez.Error.NotPaired";
const char kErrorNotSupported[] = "org.bluez.Error.NotSupported";
const char kErrorReadNotPermitted[] = "org.bluez.Error.ReadNotPermitted";
const char kErrorWriteNotPermitted[] = "org.bluez.Error.WriteNotPermitted";
}  // namespace bluetooth_gatt_service

namespace bluetooth_input {
// Bluetooth Input service identifiers.
const char kBluetoothInputServiceName[] = "org.bluez";
const char kBluetoothInputInterface[] = "org.bluez.Input1";

// Bluetooth Input properties.
const char kReconnectModeProperty[] = "ReconnectMode";

// Bluetooth Input property values.
const char kNoneReconnectModeProperty[] = "none";
const char kHostReconnectModeProperty[] = "host";
const char kDeviceReconnectModeProperty[] = "device";
const char kAnyReconnectModeProperty[] = "any";
}  // namespace bluetooth_input

namespace bluetooth_media {
// Bluetooth Media service identifiers
const char kBluetoothMediaServiceName[] = "org.bluez";
const char kBluetoothMediaInterface[] = "org.bluez.Media1";

// Bluetooth Media methods
const char kRegisterEndpoint[] = "RegisterEndpoint";
const char kUnregisterEndpoint[] = "UnregisterEndpoint";
const char kRegisterPlayer[] = "RegisterPlayer";
const char kUnregisterPlayer[] = "UnregisterPlayer";

// Bluetooth Media errors
const char kErrorFailed[] = "org.bluez.Error.Failed";
const char kErrorInvalidArguments[] = "org.bluez.Error.InvalidArguments";
const char kErrorNotSupported[] = "org.bluez.Error.NotSupported";
}  // namespace bluetooth_media

namespace bluetooth_media_endpoint {
// Bluetooth Media Endpoint service identifiers
const char kBluetoothMediaEndpointServiceName[] = "org.bluez";
const char kBluetoothMediaEndpointInterface[] = "org.bluez.MediaEndpoint1";

// Bluetooth Media Endpoint methods
const char kSetConfiguration[] = "SetConfiguration";
const char kSelectConfiguration[] = "SelectConfiguration";
const char kClearConfiguration[] = "ClearConfiguration";
const char kRelease[] = "Release";
}  // namespace bluetooth_media_endpoint

namespace bluetooth_media_transport {
// Bluetooth Media Transport service identifiers
const char kBluetoothMediaTransportServiceName[] = "org.bluez";
const char kBluetoothMediaTransportInterface[] = "org.bluez.MediaTransport1";

// Bluetooth Media Transport methods
const char kAcquire[] = "Acquire";
const char kTryAcquire[] = "TryAcquire";
const char kRelease[] = "Release";

// Bluetooth Media Transport property names.
const char kDeviceProperty[] = "Device";
const char kUUIDProperty[] = "UUID";
const char kCodecProperty[] = "Codec";
const char kConfigurationProperty[] = "Configuration";
const char kStateProperty[] = "State";
const char kDelayProperty[] = "Delay";
const char kVolumeProperty[] = "Volume";

// Possible states for the "State" property
const char kStateIdle[] = "idle";
const char kStatePending[] = "pending";
const char kStateActive[] = "active";

// Bluetooth Media Transport errors.
const char kErrorFailed[] = "org.bluez.Error.Failed";
const char kErrorNotAuthorized[] = "org.bluez.Error.NotAuthorized";
const char kErrorNotAvailable[] = "org.bluez.Error.NotAvailable";
}  // namespace bluetooth_media_transport

namespace bluetooth_object_manager {
// Bluetooth daemon Object Manager service identifiers.
const char kBluetoothObjectManagerServiceName[] = "org.bluez";
const char kBluetoothObjectManagerServicePath[] = "/";
}  // namespace bluetooth_object_manager

namespace bluetooth_profile_manager {
// Bluetooth Profile Manager service identifiers.
const char kBluetoothProfileManagerServiceName[] = "org.bluez";
const char kBluetoothProfileManagerServicePath[] = "/org/bluez";
const char kBluetoothProfileManagerInterface[] = "org.bluez.ProfileManager1";

// Bluetooth Profile Manager methods.
const char kRegisterProfile[] = "RegisterProfile";
const char kUnregisterProfile[] = "UnregisterProfile";

// Bluetooth Profile Manager option names.
const char kNameOption[] = "Name";
const char kServiceOption[] = "Service";
const char kRoleOption[] = "Role";
const char kChannelOption[] = "Channel";
const char kPSMOption[] = "PSM";
const char kRequireAuthenticationOption[] = "RequireAuthentication";
const char kRequireAuthorizationOption[] = "RequireAuthorization";
const char kAutoConnectOption[] = "AutoConnect";
const char kServiceRecordOption[] = "ServiceRecord";
const char kVersionOption[] = "Version";
const char kFeaturesOption[] = "Features";

// Bluetooth Profile Manager option values.
const char kClientRoleOption[] = "client";
const char kServerRoleOption[] = "server";

// Bluetooth Profile Manager errors.
const char kErrorInvalidArguments[] = "org.bluez.Error.InvalidArguments";
const char kErrorAlreadyExists[] = "org.bluez.Error.AlreadyExists";
const char kErrorDoesNotExist[] = "org.bluez.Error.DoesNotExist";
}  // namespace bluetooth_profile_manager

namespace bluetooth_profile {
// Bluetooth Profile service identifiers.
const char kBluetoothProfileInterface[] = "org.bluez.Profile1";

// Bluetooth Profile methods.
const char kRelease[] = "Release";
const char kNewConnection[] = "NewConnection";
const char kRequestDisconnection[] = "RequestDisconnection";
const char kCancel[] = "Cancel";

// Bluetooth Profile property names.
const char kVersionProperty[] = "Version";
const char kFeaturesProperty[] = "Features";

// Bluetooth Profile errors.
const char kErrorRejected[] = "org.bluez.Error.Rejected";
const char kErrorCanceled[] = "org.bluez.Error.Canceled";
}  // namespace bluetooth_profile

namespace bluetooth_advertisement {
// Bluetooth LE Advertisement service identifiers.
const char kBluetoothAdvertisementServiceName[] = "org.bluez";
const char kBluetoothAdvertisementInterface[] =
    "org.bluez.LEAdvertisement1";

// Bluetooth Advertisement methods.
const char kRelease[] = "Release";

// Bluetooth Advertisement properties.
const char kManufacturerDataProperty[] = "ManufacturerData";
const char kServiceUUIDsProperty[] = "ServiceUUIDs";
const char kServiceDataProperty[] = "ServiceData";
const char kSolicitUUIDsProperty[] = "SolicitUUIDs";
const char kTypeProperty[] = "Type";
const char kIncludeTxPowerProperty[] = "IncludeTxPower";

// Possible values for the "Type" property.
const char kTypeBroadcast[] = "broadcast";
const char kTypePeripheral[] = "peripheral";

}  // namespace bluetooth_advertisement

namespace bluetooth_advertising_manager {
// Bluetooth LE Advertising Manager service identifiers.
const char kBluetoothAdvertisingManagerServiceName[] = "org.bluez";
const char kBluetoothAdvertisingManagerInterface[] =
    "org.bluez.LEAdvertisingManager1";

// Bluetooth LE Advertising Manager methods.
const char kRegisterAdvertisement[] = "RegisterAdvertisement";
const char kUnregisterAdvertisement[] = "UnregisterAdvertisement";

// Bluetooth LE Advertising Manager errors.
const char kErrorAlreadyExists[] = "org.bluez.Error.AlreadyExists";
const char kErrorDoesNotExist[] = "org.bluez.Error.DoesNotExist";
const char kErrorFailed[] = "org.bluez.Error.Failed";
const char kErrorInvalidArguments[] = "org.bluez.Error.InvalidArguments";
const char kErrorInvalidLength[] = "org.bluez.Error.InvalidLength";
}  // namespace bluetooth_advertising_manager

namespace nfc_adapter {
// NFC Adapter service identifiers.
const char kNfcAdapterServiceName[] = "org.neard";
const char kNfcAdapterInterface[] = "org.neard.Adapter";

// NFC Adapter methods.
const char kStartEmulation[] = "StartEmulation";
const char kStartPollLoop[] = "StartPollLoop";
const char kStopEmulation[] = "StopEmulation";
const char kStopPollLoop[] = "StopPollLoop";

// NFC Adapter signals.
const char kTagFoundSignal[] = "TagFound";
const char kTagLostSignal[] = "TagLost";

// NFC Adapter properties.
const char kDevicesProperty[] = "Devices";
const char kModeProperty[] = "Mode";
const char kPollingProperty[] = "Polling";
const char kPoweredProperty[] = "Powered";
const char kProtocolsProperty[] = "Protocols";
const char kTagsProperty[] = "Tags";

// NFC Adapter mode values.
const char kModeInitiator[] = "Initiator";
const char kModeTarget[] = "Target";
const char kModeIdle[] = "Idle";

}  // namespace nfc_adapter

namespace nfc_device {
// NFC Device service identifiers.
const char kNfcDeviceServiceName[] = "org.neard";
const char kNfcDeviceInterface[] = "org.neard.Device";

// NFC Device methods.
const char kPush[] = "Push";

// NFC Device properties.
const char kRecordsProperty[] = "Records";

}  // namespace nfc_device

namespace nfc_manager {
// NFC Manager service identifiers.
const char kNfcManagerServiceName[] = "org.neard";
const char kNfcManagerServicePath[] = "/";
const char kNfcManagerInterface[] = "org.neard.Manager";

// NFC Manager methods.
const char kRegisterHandoverAgent[] = "RegisterHandoverAgent";
const char kUnregisterHandoverAgent[] = "UnregisterHandoverAgent";
const char kRegisterNDEFAgent[] = "RegisterNDEFAgent";
const char kUnregisterNDEFAgent[] = "UnregisterNDEFAgent";

// NFC Manager signals.
const char kAdapterAddedSignal[] = "AdapterAdded";
const char kAdapterRemovedSignal[] = "AdapterRemoved";

// NFC Manager properties.
const char kAdaptersProperty[] = "Adapters";

// NFC Manager handover carrier values.
const char kCarrierBluetooth[] = "bluetooth";
const char kCarrierWifi[] = "wifi";
}  // namespace nfc_manager

namespace nfc_tag {
// NFC Tag service identifiers.
const char kNfcTagServiceName[] = "org.neard";
const char kNfcTagInterface[] = "org.neard.Tag";

// NFC Tag methods.
const char kWrite[] = "Write";

// NFC Tag properties.
const char kProtocolProperty[] = "Protocol";
const char kReadOnlyProperty[] = "ReadOnly";
const char kRecordsProperty[] = "Records";
const char kTypeProperty[] = "Type";

// NFC Tag type values.
const char kTagType1[] = "Type 1";
const char kTagType2[] = "Type 2";
const char kTagType3[] = "Type 3";
const char kTagType4[] = "Type 4";

}  // namespace nfc_tag

namespace nfc_record {
// NFC Record service identifiers.
const char kNfcRecordServiceName[] = "org.neard";
const char kNfcRecordInterface[] = "org.neard.Record";

// NFC Record properties.
const char kTypeProperty[] = "Type";
const char kEncodingProperty[] = "Encoding";
const char kLanguageProperty[] = "Language";
const char kRepresentationProperty[] = "Representation";
const char kUriProperty[] = "URI";
const char kMimeTypeProperty[] = "MIMEType";
const char kSizeProperty[] = "Size";
const char kActionProperty[] = "Action";

// NFC Record type values.
const char kTypeSmartPoster[] = "SmartPoster";
const char kTypeText[] = "Text";
const char kTypeUri[] = "URI";
const char kTypeHandoverRequest[] = "HandoverRequest";
const char kTypeHandoverSelect[] = "HandoverSelect";
const char kTypeHandoverCarrier[] = "HandoverCarrier";

// NFC Record encoding values.
const char kEncodingUtf8[] = "UTF-8";
const char kEncodingUtf16[] = "UTF-16";
}  // namespace nfc_record

namespace nfc_handover_agent {
// NFC Handover Agent service identifiers.
// TODO(armansito): Add the correct service name once the HandoverAgent feature
// is fully implemented.
const char kNfcHandoverAgentServiceName[] = "";
const char kNfcHandoverInterface[] = "org.neard.HandoverAgent";

// NFC Handover Agent methods.
const char kRequestOOB[] = "RequestOOB";
const char kPushOOB[] = "PushOOB";
const char kRelease[] = "Release";

// NFC Handover Agent properties.
const char kEIRProperty[] = "EIR";
const char kNokiaDotComBtProperty[] = "nokia.com:bt";
const char kWSCProperty[] = "WSC";
const char kStateProperty[] = "State";
}  // namespace nfc_handover_agent

namespace nfc_ndef_agent {
// NFC NDEF Agent service identifiers.
// TODO(armansito): Add the correct service name once the NDEFAgent feature
// is fully implemented.
const char kNfcNdefAgentServiceName[] = "";
const char kNfcNdefAgentInterface[] = "org.neard.NDEFAgent";

// NFC NDEF Agent methods.
const char kGetNDEF[] = "GetNDEF";
const char kRelease[] = "Release";

// NFC NDEF properties.
const char kNDEFProperty[] = "NDEF";
const char kRecordProperty[] = "Record";
}  // namespace nfc_ndef_agent

namespace nfc_common {
// NFC Adapter/Tag protocol values.
const char kProtocolFelica[] = "Felica";
const char kProtocolMifare[] = "MIFARE";
const char kProtocolJewel[] = "Jewel";
const char kProtocolIsoDep[] = "ISO-DEP";
const char kProtocolNfcDep[] = "NFC-DEP";

// Common methods for NFC property access and signals.
const char kGetProperties[] = "GetProperties";
const char kSetProperty[] = "SetProperty";
const char kPropertyChangedSignal[] = "PropertyChanged";
}  // namespace nfc_common

namespace nfc_error {
// NFC errors.
const char kAlreadyExists[] = "org.neard.Error.AlreadyExists";
const char kDoesNotExist[] = "org.neard.Error.DoesNotExist";
const char kFailed[] = "org.neard.Error.Failed";
const char kInProgress[] = "org.neard.Error.InProgress";
const char kInvalidArguments[] = "org.neard.Error.InvalidArguments";
const char kNotReady[] = "org.neard.Error.NotReady";
const char kNotSupported[] = "org.neard.Error.NotSupported";
const char kPermissionDenied[] = "org.neard.Error.PermissionDenied";

// NFC Handover Agent errors.
const char kHandoverAgentFailed[] = "org.neard.HandoverAgent.Error.Failed";
const char kHandoverAgentInProgress[] =
    "org.neard.HandoverAgent.Error.InProgress";
}  // namespace nfc_error

namespace mtpd {
const char kMtpdInterface[] = "org.chromium.Mtpd";
const char kMtpdServicePath[] = "/org/chromium/Mtpd";
const char kMtpdServiceName[] = "org.chromium.Mtpd";
const char kMtpdServiceError[] = "org.chromium.Mtpd.Error";

// Methods.
const char kEnumerateStorages[] = "EnumerateStorages";
const char kGetStorageInfo[] = "GetStorageInfo";
const char kGetStorageInfoFromDevice[] = "GetStorageInfoFromDevice";
const char kOpenStorage[] = "OpenStorage";
const char kCloseStorage[] = "CloseStorage";
const char kReadDirectoryEntryIds[] = "ReadDirectoryEntryIds";
const char kGetFileInfo[] = "GetFileInfo";
const char kReadFileChunk[] = "ReadFileChunk";
const char kCopyFileFromLocal[] = "CopyFileFromLocal";
const char kDeleteObject[] = "DeleteObject";
const char kRenameObject[] = "RenameObject";
const char kCreateDirectory[] = "CreateDirectory";

// Signals.
const char kMTPStorageAttached[] = "MTPStorageAttached";
const char kMTPStorageDetached[] = "MTPStorageDetached";

// For FileEntry struct:
const uint32_t kInvalidFileId = 0xffffffff;

// For OpenStorage method:
const char kReadOnlyMode[] = "ro";
const char kReadWriteMode[] = "rw";

// For GetFileInfo() method:
// The id of the root node in a storage, as defined by the PTP/MTP standards.
// Use this when referring to the root node in the context of GetFileInfo().
const uint32_t kRootFileId = 0;
}  // namespace mtpd

namespace system_clock {
const char kSystemClockInterface[] = "org.torproject.tlsdate";
const char kSystemClockServicePath[] = "/org/torproject/tlsdate";
const char kSystemClockServiceName[] = "org.torproject.tlsdate";

// Methods.
const char kSystemClockCanSet[] = "CanSetTime";
const char kSystemClockSet[] = "SetTime";

// Signals.
const char kSystemClockUpdated[] = "TimeUpdated";
}  // namespace system_clock

namespace cras {
const char kCrasServicePath[] = "/org/chromium/cras";
const char kCrasServiceName[] = "org.chromium.cras";
const char kCrasControlInterface[] = "org.chromium.cras.Control";

// Methods.
const char kSetOutputVolume[] = "SetOutputVolume";
const char kSetOutputNodeVolume[] = "SetOutputNodeVolume";
const char kSwapLeftRight[] = "SwapLeftRight";
const char kSetOutputMute[] = "SetOutputMute";
const char kSetOutputUserMute[] = "SetOutputUserMute";
const char kSetSuspendAudio[] = "SetSuspendAudio";
const char kSetInputGain[] = "SetInputGain";
const char kSetInputNodeGain[] = "SetInputNodeGain";
const char kSetInputMute[] = "SetInputMute";
const char kGetVolumeState[] = "GetVolumeState";
const char kGetNodes[] = "GetNodes";
const char kSetActiveOutputNode[] = "SetActiveOutputNode";
const char kSetActiveInputNode[] = "SetActiveInputNode";
const char kAddActiveOutputNode[] = "AddActiveOutputNode";
const char kAddActiveInputNode[] = "AddActiveInputNode";
const char kRemoveActiveOutputNode[] = "RemoveActiveOutputNode";
const char kRemoveActiveInputNode[] = "RemoveActiveInputNode";
const char kGetNumberOfActiveStreams[] = "GetNumberOfActiveStreams";
const char kGetNumberOfActiveInputStreams[] = "GetNumberOfActiveInputStreams";
const char kGetNumberOfActiveOutputStreams[] = "GetNumberOfActiveOutputStreams";
const char kSetGlobalOutputChannelRemix[] = "SetGlobalOutputChannelRemix";

// Names of properties returned by GetNodes()
const char kIsInputProperty[] = "IsInput";
const char kIdProperty[] = "Id";
const char kTypeProperty[] = "Type";
const char kNameProperty[] = "Name";
const char kDeviceNameProperty[] = "DeviceName";
const char kActiveProperty[] = "Active";
const char kPluggedTimeProperty[] = "PluggedTime";
const char kMicPositionsProperty[] = "MicPositions";
const char kStableDeviceIdProperty[] = "StableDeviceId";

// Signals.
const char kOutputVolumeChanged[] = "OutputVolumeChanged";
const char kOutputMuteChanged[] = "OutputMuteChanged";
const char kOutputNodeVolumeChanged[] = "OutputNodeVolumeChanged";
const char kNodeLeftRightSwappedChanged[] = "NodeLeftRightSwappedChanged";
const char kInputGainChanged[] = "InputGainChanged";
const char kInputMuteChanged[] = "InputMuteChanged";
const char kNodesChanged[] = "NodesChanged";
const char kActiveOutputNodeChanged[] = "ActiveOutputNodeChanged";
const char kActiveInputNodeChanged[] = "ActiveInputNodeChanged";
const char kNumberOfActiveStreamsChanged[] = "NumberOfActiveStreamsChanged";
}  // namespace cras

namespace feedback {
const char kFeedbackServicePath[] = "/org/chromium/feedback";
const char kFeedbackServiceName[] = "org.chromium.feedback";

// Methods.
const char kSendFeedback[] = "SendFeedback";
}  // namespace feedback

namespace easy_unlock {
const char kEasyUnlockServicePath[] = "/org/chromium/EasyUnlock";
const char kEasyUnlockServiceName[] = "org.chromium.EasyUnlock";
const char kEasyUnlockServiceInterface[] = "org.chromium.EasyUnlock";

// Values supplied as enrcryption type to CreateSecureMessage and
// UnwrapSecureMessage methods.
const char kEncryptionTypeNone[] = "NONE";
const char kEncryptionTypeAES256CBC[] = "AES_256_CBC";

// Values supplied as signature type to CreateSecureMessage and
// UnwrapSecureMessage methods.
const char kSignatureTypeECDSAP256SHA256[] = "ECDSA_P256_SHA256";
const char kSignatureTypeHMACSHA256[] = "HMAC_SHA256";

// Values supplied as key algorithm to WrapPublicKey method.
const char kKeyAlgorithmRSA[] = "RSA";
const char kKeyAlgorithmECDSA[] = "ECDSA";

// Methods
const char kPerformECDHKeyAgreementMethod[] = "PerformECDHKeyAgreement";
const char kWrapPublicKeyMethod[] = "WrapPublicKey";
const char kGenerateEcP256KeyPairMethod[] = "GenerateEcP256KeyPair";
const char kCreateSecureMessageMethod[] = "CreateSecureMessage";
const char kUnwrapSecureMessageMethod[] = "UnwrapSecureMessage";
}  // namespace easy_unlock

#endif  // SYSTEM_API_DBUS_SERVICE_CONSTANTS_H_