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autotest_private.idl
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autotest_private.idl
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// Copyright (c) 2012 The Chromium Authors. All rights reserved.
// Use of this source code is governed by a BSD-style license that can be
// found in the LICENSE file.
// API for integration testing. To be used on test images with a test component
// extension.
[platforms=("chromeos"),
implemented_in="chrome/browser/chromeos/extensions/autotest_private/autotest_private_api.h"]
namespace autotestPrivate {
enum ShelfAlignmentType {
// BottomLocked not supported by shelf_prefs.
Bottom, Left, Right
};
// A mapping of ash::ShelfItemType.
enum ShelfItemType {
PinnedApp,
BrowserShortcut,
App,
UnpinnedBrowserShortcut,
Dialog
};
// A mapping of ash::ShelfItemStatus.
enum ShelfItemStatus {
Closed,
Running,
Attention
};
// A mapping of apps::mojom::Type
enum AppType {
Arc,
BuiltIn,
Crostini,
Extension,
Web,
MacOS,
PluginVm,
StandaloneBrowser,
Remote,
Borealis
};
// A mapping of apps::mojom::InstallSource
enum AppInstallSource {
Unknown,
System,
Policy,
Oem,
Default,
Sync,
User,
SubApp
};
// A mapping of apps::mojom::Readiness
enum AppReadiness {
Ready,
DisabledByBlacklist,
DisabledByPolicy,
DisabledByUser,
Terminated,
UninstalledByUser,
Removed,
UninstalledByMigration
};
// A subset of Window State types in ash::WindowStateType. We may add more
// into the set in the future.
enum WindowStateType {
Normal,
Minimized,
Maximized,
Fullscreen,
LeftSnapped,
RightSnapped,
PIP
};
// A subset of WM event types in ash::WMEventType. We may add more in the
// set in the future.
enum WMEventType {
WMEventNormal,
WMEventMaximize,
WMEventMinimize,
WMEventFullscreen,
WMEventSnapLeft,
WMEventSnapRight
};
// Display orientation type.
enum RotationType {
// RotateAny is the auto-rotation status (not locked to a rotation) for
// tablet mode. Not working in clamshell mode.
RotateAny,
Rotate0,
Rotate90,
Rotate180,
Rotate270
};
enum LauncherStateType {
Closed,
Peeking,
Half,
FullscreenAllApps,
FullscreenSearch
};
enum OverviewStateType {
Shown,
Hidden
};
enum MouseButton {
Left,
Middle,
Right,
Back,
Forward
};
// A paramter used in setArcAppWindowState() function.
dictionary WindowStateChangeDict {
// The WM event to change the ARC window state.
WMEventType eventType;
// If the initial state is already same as the expected state, should we
// treat this case as a failure? Default value is false.
boolean? failIfNoChange;
};
dictionary LoginStatusDict {
// Are we logged in?
boolean isLoggedIn;
// Is the logged-in user the owner?
boolean isOwner;
// Is the screen locked?
boolean isScreenLocked;
// Is the screen ready for password?
boolean isReadyForPassword;
// Is the logged-in user a regular user? Set only if `isLoggedIn`.
boolean? isRegularUser;
// Are we logged into the guest account? Set only if `isLoggedIn`.
boolean? isGuest;
// Are we logged into kiosk-app mode? Set only if `isLoggedIn`.
boolean? isKiosk;
// User email. Set only if `isLoggedIn`.
DOMString? email;
// User display email. Set only if `isLoggedIn`.
DOMString? displayEmail;
// User display name. Set only if `isLoggedIn`.
DOMString? displayName;
// User image: 'file', 'profile' or a number. Set only if `isLoggedIn`.
DOMString? userImage;
// Whether the user has a valid oauth2 token. Only set for gaia user.
boolean? hasValidOauth2Token;
};
callback LoginStatusCallback = void (LoginStatusDict status);
// |all_policies| will be the full list of policies as returned by the
// DictionaryPolicyConversions.ToValue function.
callback AllEnterprisePoliciesCallback = void (any all_policies);
dictionary ExtensionInfoDict {
DOMString id;
DOMString version;
DOMString name;
DOMString publicKey;
DOMString description;
DOMString backgroundUrl;
DOMString optionsUrl;
DOMString[] hostPermissions;
DOMString[] effectiveHostPermissions;
DOMString[] apiPermissions;
boolean isComponent;
boolean isInternal;
boolean isUserInstalled;
boolean isEnabled;
boolean allowedInIncognito;
boolean hasPageAction;
};
dictionary ExtensionsInfoArray {
ExtensionInfoDict[] extensions;
};
callback ExtensionsInfoCallback = void (ExtensionsInfoArray info);
dictionary Notification {
DOMString id;
DOMString type;
DOMString title;
DOMString message;
long priority;
long progress;
};
callback NotificationArrayCallback = void (Notification[] notifications);
dictionary Printer {
DOMString printerName;
DOMString? printerId;
DOMString? printerType;
DOMString? printerDesc;
DOMString? printerMakeAndModel;
DOMString? printerUri;
DOMString? printerPpd;
};
callback PrinterArrayCallback = void (Printer[] printers);
callback ArcStartTimeCallback = void (double startTicks);
dictionary ArcState {
// Whether the ARC is provisioned.
boolean provisioned;
// Whether ARC Terms of Service needs to be shown.
boolean tosNeeded;
// ARC pre-start time (mini-ARC) or 0 if not pre-started.
double preStartTime;
// ARC start time or 0 if not started.
double startTime;
};
callback ArcStateCallback = void (ArcState result);
dictionary PlayStoreState {
// Whether the Play Store allowed for the current user.
boolean allowed;
// Whether the Play Store currently enabled.
boolean? enabled;
// Whether the Play Store managed by policy.
boolean? managed;
};
callback PlayStoreStateCallback = void (PlayStoreState result);
dictionary AssistantQueryResponse {
// Text response returned from server.
DOMString? text;
// HTML response returned from server.
DOMString? htmlResponse;
// Open URL response returned from server.
DOMString? openUrl;
// Open Android app response returned from server.
DOMString? openAppResponse;
};
dictionary AssistantQueryStatus {
// Indicates whether this might be a voice interaction.
boolean isMicOpen;
// Query text sent to Assistant. In the event of a voice interaction,
// this field will be same as the speech recognition final result.
DOMString queryText;
// Response for the current query.
AssistantQueryResponse queryResponse;
};
callback AssistantQueryStatusCallback = void (AssistantQueryStatus status);
callback IsAppShownCallback = void (boolean appShown);
callback IsArcProvisionedCallback = void (boolean arcProvisioned);
callback IsArcPackageListInitialRefreshedCallback = void (boolean refreshed);
callback IsLacrosPrimaryBrowserCallback = void (boolean primary);
// A mapping of crosapi::BrowserManager::State
enum LacrosState {
NotInitialized,
Mounting,
Unavailable,
Stopped,
CreatingLogFile,
Starting,
Running,
Terminating
};
// A mapping of crosapi::browser_util::LacrosMode
enum LacrosMode {
Disabled,
SideBySide,
Primary,
Only
};
dictionary LacrosInfo {
// The state of lacros.
LacrosState state;
// True iff keepalive is enabled for lacros.
boolean isKeepAlive;
// Path to lacros-chrome directory. Note that this may change over time if
// omaha is used. This also may be empty if lacros is not running.
DOMString lacrosPath;
// Specifies the mode Lacros is currently running.
// For a full list of supported mode, see LacrosMode enum definition.
LacrosMode lacrosMode;
};
callback GetLacrosInfoCallback = void (LacrosInfo info);
dictionary ArcAppDict {
DOMString name;
DOMString packageName;
DOMString activity;
DOMString intentUri;
DOMString iconResourceId;
double lastLaunchTime;
double installTime;
boolean sticky;
boolean notificationsEnabled;
boolean ready;
boolean suspended;
boolean showInLauncher;
boolean shortcut;
boolean launchable;
};
callback GetArcAppCallback = void (ArcAppDict package);
dictionary ArcAppKillsDict {
double oom;
double lmkdForeground;
double lmkdPerceptible;
double lmkdCached;
double pressureForeground;
double pressurePerceptible;
double pressureCached;
};
callback GetArcAppKillsCallback = void (ArcAppKillsDict counts);
dictionary ArcPackageDict {
DOMString packageName;
long packageVersion;
DOMString lastBackupAndroidId;
double lastBackupTime;
boolean shouldSync;
boolean system;
boolean vpnProvider;
};
callback GetArcPackageCallback = void (ArcPackageDict package);
dictionary Location {
double x;
double y;
};
dictionary Bounds {
double left;
double top;
double width;
double height;
};
dictionary ArcAppTracingInfo {
boolean success;
double fps;
double commitDeviation;
double renderQuality;
};
callback LaunchArcAppCallback = void (boolean appLaunched);
callback TakeScreenshotCallback = void (DOMString base64Png);
callback GetPrimaryDisplayScaleFactorCallback = void (double scaleFactor);
callback IsTabletModeEnabledCallback = void (boolean enabled);
callback SetTabletModeEnabledCallback = void(boolean enabled);
callback SetShelfIconPinCallback = void(DOMString[] results);
callback SetOverviewModeStateCallback = void(boolean finished);
enum ThemeStyle {
TonalSpot,
Vibrant,
Expressive,
Spritz,
Rainbow,
FruitSalad
};
callback SendArcOverlayColorCallback = void (boolean result);
callback ArcAppTracingCallback = void(ArcAppTracingInfo info);
callback WaitForDisplayRotationCallback = void (boolean success);
callback InstallPWAForCurrentURLCallback = void (DOMString appId);
dictionary App {
DOMString appId;
DOMString name;
DOMString shortName;
DOMString publisherId;
AppType? type;
AppInstallSource? installSource;
AppReadiness? readiness;
DOMString[] additionalSearchTerms;
boolean? showInLauncher;
boolean? showInSearch;
};
dictionary SystemWebApp {
// App's internal name. This isn't user-visible and should only be used
// for logging.
DOMString internalName;
// App's install URL. This is a placeholder for installation pipeline,
// not used for anything else.
DOMString url;
// App's visible name. This is defined in the Web App manifest, and shown
// in Shelf and Launcher. This matches App's name attribute (see above).
DOMString name;
// App's default start_url. This is the default URL that the App will be
// launched to.
DOMString startUrl;
};
callback GetAllInstalledAppsCallback = void (App[] apps);
dictionary CryptohomeRecoveryDataDict {
DOMString reauthProofToken;
DOMString refreshToken;
};
callback GetCryptohomeRecoveryDataCallback = void (
CryptohomeRecoveryDataDict dict);
dictionary ShelfItem {
DOMString appId;
DOMString launchId;
DOMString title;
ShelfItemType? type;
ShelfItemStatus status;
boolean showsTooltip;
boolean pinnedByPolicy;
boolean hasNotification;
};
// A mapping of ash::AppType.
enum AppWindowType {
Browser,
ChromeApp,
ArcApp,
CrostiniApp,
SystemApp,
ExtensionApp,
Lacros
};
// A mapping of HotseatState in ash/public/cpp/shelf_types.h.
enum HotseatState {
Hidden,
ShownClamShell,
ShownHomeLauncher,
Extended
};
// The frame mode of a window. None if the window is framesless.
enum FrameMode {
Normal,
Immersive
};
dictionary OverviewInfo {
// Bounds in screen of an OverviewItem.
Bounds bounds;
// Whether an OverviewItem is being dragged in overview.
boolean isDragged;
};
// Used to update an app's shelf pin state.
dictionary ShelfIconPinUpdateParam {
// The identifier of the target app.
DOMString appId;
// The target pin state for the app.
boolean pinned;
};
dictionary AppWindowInfo {
// The identifier of the window. This shouldn't change across the time.
long id;
// The name of the window object -- typically internal class name of the
// window (like 'BrowserFrame').
DOMString name;
AppWindowType windowType;
WindowStateType stateType;
// The bounds of the window, in the coordinate of the root window (i.e.
// relative to the display where this window resides).
Bounds boundsInRoot;
// The identifier of the display where this window resides.
DOMString displayId;
boolean isVisible;
boolean canFocus;
// The title of the window; this can be seen in the window caption, or in
// the overview mode. Typically, this provides the title of the webpage or
// the title supplied by the application.
DOMString title;
// Whether some animation is ongoing on the window or not.
boolean isAnimating;
// The final bounds of the window when the animation completes. This should
// be same as |boundsInRoot| when |isAnimating| is false.
Bounds targetBounds;
// Whether or not the window is going to be visible after the animation
// completes. This should be same as |isVisible| when |isAnimating| is
// false.
boolean targetVisibility;
// WM Releated states
boolean isActive;
boolean hasFocus;
boolean onActiveDesk;
boolean hasCapture;
boolean canResize;
// Window frame info
FrameMode frameMode;
boolean isFrameVisible;
long captionHeight;
// The bitset of the enabled caption buttons. See
// ui/views/window/caption_button_types.h.
long captionButtonEnabledStatus;
// The bitset of the caption buttons which are visible on the frame.
long captionButtonVisibleStatus;
DOMString? arcPackageName;
OverviewInfo? overviewInfo;
DOMString? fullRestoreWindowAppId;
};
dictionary Accelerator {
DOMString keyCode;
boolean shift;
boolean control;
boolean alt;
boolean search;
boolean pressed;
};
// Mapped to ScrollableShelfState in ash/public/cpp/shelf_ui_info.h.
// [deprecated="Use ShelfState"]
dictionary ScrollableShelfState {
double? scrollDistance;
};
// Mapped to ShelfState in ash/public/cpp/shelf_ui_info.h.
dictionary ShelfState {
double? scrollDistance;
};
// Mapped to ScrollableShelfInfo in ash/public/cpp/shelf_ui_info.h.
// |targetMainAxisOffset| is set when ShelfState used in query
// specifies the scroll distance.
dictionary ScrollableShelfInfo {
double mainAxisOffset;
double pageOffset;
double? targetMainAxisOffset;
Bounds leftArrowBounds;
Bounds rightArrowBounds;
boolean isAnimating;
boolean iconsUnderAnimation;
boolean isOverflow;
Bounds[] iconsBoundsInScreen;
boolean isShelfWidgetAnimating;
};
// Mapped to HotseatSwipeDescriptor in ash/public/cpp/shelf_ui_info.h.
dictionary HotseatSwipeDescriptor {
Location swipeStartLocation;
Location swipeEndLocation;
};
// Mapped to HotseatInfo in ash/public/cpp/shelf_ui_info.h.
dictionary HotseatInfo {
HotseatSwipeDescriptor swipeUp;
HotseatState state;
boolean isAnimating;
// Whether the shelf is hidden with auto-hide enabled.
boolean isAutoHidden;
};
// The ui information of shelf components, including hotseat and
// scrollable shelf.
dictionary ShelfUIInfo {
HotseatInfo hotseatInfo;
ScrollableShelfInfo scrollableShelfInfo;
};
callback GetShelfItemsCallback = void (ShelfItem[] items);
callback GetDefaultPinnedAppIdsCallback = void (DOMString[] items);
callback GetShelfAutoHideBehaviorCallback = void (DOMString behavior);
callback GetShelfAlignmentCallback = void (ShelfAlignmentType alignment);
callback WindowStateCallback = void (WindowStateType currentType);
callback VoidCallback = void ();
callback DOMStringCallback = void (DOMString data);
callback GetAppWindowListCallback = void (AppWindowInfo[] window_list);
callback AcceleratorCallback = void (boolean success);
callback DesksCallback = void (boolean success);
callback GetDeskCountCallback = void (long count);
callback GetScrollableShelfInfoForStateCallback = void (
ScrollableShelfInfo info);
callback GetShelfUIInfoForStateCallback = void (ShelfUIInfo info);
// Result of calling setWindowBounds, which returns the actual bounds and
// display the window was set to. This may be different than the requested
// bounds and display, for example if the window is showing an ARC app and
// Android modifies the bounds request. Further, this result may never be
// returned in some situations (e.g. Android ignoring a bounds request),
// causing a timeout.
dictionary SetWindowBoundsResult {
// Bounds of the window.
Bounds bounds;
// Display ID of the display the window is on.
DOMString displayId;
};
callback WindowBoundsCallback = void (SetWindowBoundsResult result);
// Collected DisplaySmoothness data between startSmoothnessTracking and
// stopSmoothnessTracking calls.
dictionary DisplaySmoothnessData {
// Number of frames expected to be shown for this animation.
long framesExpected;
// Number of frames actually shown for this animation.
long framesProduced;
// Number of janks during this animation. A jank is counted when the current
// frame latency is larger than previous ones.
long jankCount;
// Display throughput percentage at fixed intervals.
long[] throughput;
};
// Callback invoked to report the smoothness after StopSmoothnessTracking is
// called.
callback StopSmoothnessTrackingCallback = void
(DisplaySmoothnessData data);
// Collected ui::ThroughputTracker data for one animation. It is based on
// cc::FrameSequenceMetrics::ThroughputData.
dictionary ThroughputTrackerAnimationData {
// Number of frames expected to be shown for this animation.
long framesExpected;
// Number of frames actually shown for this animation.
long framesProduced;
// Number of janks during this animation. A jank is counted when the current
// frame latency is larger than previous ones.
long jankCount;
};
// Callback invoked to report the collection ui::ThroughputTracker data
// after stopThroughputTrackerDataCollection is called.
callback StopThroughputTrackerDataCollectionCallback = void
(ThroughputTrackerAnimationData[] data);
// Callback invoked to report the number of system web apps that should be
// installed.
callback GetRegisteredSystemWebAppsCallback = void
(SystemWebApp[] systemWebApps);
callback IsSystemWebAppOpenCallback = void (boolean isOpen);
// Callback invoked to return the smoothness percentage after
// getDisplaySmoothness is called.
callback GetDisplaySmoothnessCallback = void (long smoothness);
// Options for resetting the holding space.
dictionary ResetHoldingSpaceOptions {
// Whether to call `ash::holding_space_prefs::MarkTimeOfFirstAdd()` after
// reset. Used to show the holding space tray in tests, since it's otherwise
// hidden after OOBE.
boolean markTimeOfFirstAdd;
};
callback CouldAllowCrostiniCallback = void (boolean canBeAllowed);
// Collected chromeos::LoginEventRecorder data.
dictionary LoginEventRecorderData {
// Event name
DOMString name;
// Number of frames actually shown for this animation.
long microsecnods_since_unix_epoch;
};
// Callback invoked to report the collection ui::LoginEventRecorder data
// after getLoginEventRecorderLoginEvents is called.
callback GetLoginEventRecorderLoginEventsCallback = void
(LoginEventRecorderData[] data);
// Request parameters for <code>getAccessToken</code>.
dictionary GetAccessTokenParams {
// An email associated with the account to get a token for.
DOMString email;
// A list of OAuth scopes to request.
DOMString[] scopes;
// An optional timeout in milliseconds for the request.
// Default: 90 seconds
long? timeoutMs;
};
// Response data for <code>getAccessToken</code>.
dictionary GetAccessTokenData {
// The access token
DOMString accessToken;
// The time the access token will expire as a unix timestamp in
// milliseconds.
DOMString expirationTimeUnixMs;
};
// Reponse callback for <code>getAccessToken</code>.
callback GetAccessTokenCallback = void(GetAccessTokenData data);
// Callback invoked to report whether the current input method is ready to
// accept key events from the test.
callback IsInputMethodReadyForTestingCallback = void
(boolean isReady);
interface Functions {
// Must be called to allow autotestPrivateAPI events to be fired.
static void initializeEvents();
// Logout of a user session.
static void logout();
// Restart the browser.
static void restart();
// Shutdown the browser.
// |force|: if set, ignore ongoing downloads and onunbeforeunload handlers.
static void shutdown(boolean force);
// Get login status.
[supportsPromises] static void loginStatus(LoginStatusCallback callback);
// Locks the screen.
static void lockScreen();
// Get info about installed extensions.
[supportsPromises] static void getExtensionsInfo(
ExtensionsInfoCallback callback);
// Get state of the policies.
// Will contain device policies and policies from the active profile.
// The policy values are formatted as they would be for exporting in
// chrome://policy.
[supportsPromises] static void getAllEnterprisePolicies(
AllEnterprisePoliciesCallback callback);
// Refreshes the Enterprise Policies.
[supportsPromises] static void refreshEnterprisePolicies(
VoidCallback callback);
// Simulates a memory access bug for asan testing.
static void simulateAsanMemoryBug();
// Set the touchpad pointer sensitivity setting.
// |value|: the pointer sensitivity setting index.
static void setTouchpadSensitivity(long value);
// Turn on/off tap-to-click for the touchpad.
// |enabled|: if set, enable tap-to-click.
static void setTapToClick(boolean enabled);
// Turn on/off three finger click for the touchpad.
// |enabled|: if set, enable three finger click.
static void setThreeFingerClick(boolean enabled);
// Turn on/off tap dragging for the touchpad.
// |enabled|: if set, enable tap dragging.
static void setTapDragging(boolean enabled);
// Turn on/off Australian scrolling for devices other than wheel mouse.
// |enabled|: if set, enable Australian scrolling.
static void setNaturalScroll(boolean enabled);
// Set the mouse pointer sensitivity setting.
// |value|: the pointer sensitivity setting index.
static void setMouseSensitivity(long value);
// Swap the primary mouse button for left click.
// |right|: if set, swap the primary mouse button.
static void setPrimaryButtonRight(boolean right);
// Turn on/off reverse scrolling for mice.
// |enabled|: if set, enable reverse scrolling.
static void setMouseReverseScroll(boolean enabled);
// Get visible notifications on the system.
[supportsPromises] static void getVisibleNotifications(
NotificationArrayCallback callback);
// Remove all notifications.
[supportsPromises] static void removeAllNotifications(
VoidCallback callback);
// Get ARC start time in ticks.
[supportsPromises] static void getArcStartTime(
ArcStartTimeCallback callback);
// Get state of the ARC session.
[supportsPromises] static void getArcState(
ArcStateCallback callback);
// Get state of the Play Store.
[supportsPromises] static void getPlayStoreState(
PlayStoreStateCallback callback);
// Get list of available printers
[supportsPromises] static void getPrinterList(
PrinterArrayCallback callback);
// Returns true if requested app is shown in Chrome.
[supportsPromises] static void isAppShown(DOMString appId,
IsAppShownCallback callback);
// Returns true if ARC is provisioned.
// [deprecated="Use getArcState()"]
[supportsPromises] static void isArcProvisioned(
IsArcProvisionedCallback callback);
// Returns true if Lacros is the primary browser. This includes the case
// where Lacros is the only browser.
// NOTE: Because the answer depends on the policy, this function should
// be used only after profile initialization.
[supportsPromises] static void isLacrosPrimaryBrowser(
IsLacrosPrimaryBrowserCallback callback);
// Gets various information about the state of lacros on the system.
[supportsPromises] static void getLacrosInfo(
GetLacrosInfoCallback callback);
// Gets information about the requested ARC app.
[supportsPromises] static void getArcApp(DOMString appId,
GetArcAppCallback callback);
// Gets counts of how many ARC apps have been killed, by priority.
[supportsPromises] static void getArcAppKills(
GetArcAppKillsCallback callback);
// Gets information about requested ARC package.
[supportsPromises] static void getArcPackage(
DOMString packageName,
GetArcPackageCallback callback);
// Gets the data needed for Cryptohome Recovery.
[supportsPromises] static void getCryptohomeRecoveryData(
GetCryptohomeRecoveryDataCallback callback);
// Waits for system web apps to complete the installation.
[supportsPromises] static void waitForSystemWebAppsInstall(
VoidCallback callback);
// Gets all the default pinned shelf app IDs, these may not be installed.
[supportsPromises] static void getDefaultPinnedAppIds(
GetDefaultPinnedAppIdsCallback callback);
// Returns the number of system web apps that should be installed.
[supportsPromises] static void getRegisteredSystemWebApps(
GetRegisteredSystemWebAppsCallback callback);
// Returns whether the system web app is currently open or not.
[supportsPromises] static void isSystemWebAppOpen(
DOMString appId,
IsSystemWebAppOpenCallback callback);
// Launches ARC app with optional intent. Returns true if ARC is active,
// app exists and launch request is passed to Android.
[supportsPromises] static void launchArcApp(
DOMString appId,
DOMString intent,
LaunchArcAppCallback callback);
// Launches an application from the launcher with the given appId.
[supportsPromises] static void launchApp(DOMString appId,
VoidCallback callback);
// Launches an system web app from the launcher with the given app name and
// url.
[supportsPromises] static void launchSystemWebApp(DOMString appName,
DOMString url,
VoidCallback callback);
// Launches Files app directly to absolutePath, if the path does not
// exist, it will launch to the default opening location (i.e. My files).
// If the supplied path is a file (and it exists) it will open Files app
// to the parent folder instead.
[supportsPromises] static void launchFilesAppToPath(
DOMString absolutePath,
VoidCallback callback);
// Closes an application the given appId in case it was running.
[supportsPromises] static void closeApp(DOMString appId,
VoidCallback callback);
// Update printer. Printer with empty ID is considered new.
static void updatePrinter(Printer printer);
// Remove printer.
static void removePrinter(DOMString printerId);
// Start ARC directly, note this differs from |setPlayStoreEnabled|. It is
// used to restart ARC in tests.
// |callback|: Called when the operation has completed.
[supportsPromises] static void startArc(VoidCallback callback);
// Stop ARC directly, note this differs from |setPlayStoreEnabled|. It is
// used to restart ARC in tests. Note, this preserves ARC data.
// |callback|: Called when the operation has completed.
[supportsPromises] static void stopArc(VoidCallback callback);
// Enable/disable the Play Store.
// |enabled|: if set, enable the Play Store.
// |callback|: Called when the operation has completed.
[supportsPromises] static void setPlayStoreEnabled(boolean enabled,
VoidCallback callback);
// Get text from ui::Clipboard.
// |callback|: Called with result.
[supportsPromises] static void getClipboardTextData(
DOMStringCallback callback);
// Set text in ui::Clipbaord.
// |callback|: Called when operation is complete.
[supportsPromises] static void setClipboardTextData(DOMString data,
VoidCallback callback);
// Run the crostini installer GUI to install the default crostini
// vm / container and create sshfs mount. The installer launches the
// crostini terminal app on completion. The installer expects that
// crostini is not already installed.
// |callback|: Called when the operation has completed.
[supportsPromises] static void runCrostiniInstaller(VoidCallback callback);
// Run the crostini uninstaller GUI to remove the default crostini
// vm / container. The callback is invoked upon completion.
[supportsPromises] static void runCrostiniUninstaller(
VoidCallback callback);
// Enable/disable Crostini in preferences.
// |enabled|: Enable Crostini.
// |callback|: Called when the operation has completed.
[supportsPromises] static void setCrostiniEnabled(boolean enabled,
VoidCallback callback);
// Export the crostini container.
// |path|: The path in Downloads to save the export.
// |callback|: Called when the operation has completed.
[supportsPromises] static void exportCrostini(DOMString path,
VoidCallback callback);
// Import the crostini container.
// |path|: The path in Downloads to read the import.
// |callback|: Called when the operation has completed.
[supportsPromises] static void importCrostini(DOMString path,
VoidCallback callback);
// Returns whether crostini could ever be allowed.
// |callback|: Called with a boolean indicating if crostini can ever be
// allowed in the current profile.
[supportsPromises] static void couldAllowCrostini(
CouldAllowCrostiniCallback callback);
// Sets mock Plugin VM policy.
// |imageUrl|: URL to the image to install.
// |imageHash|: Hash for the provided image.
// |licenseKey|: License key for Plugin VM.
static void setPluginVMPolicy(DOMString imageUrl,
DOMString imageHash,
DOMString licenseKey);
// Shows the Plugin VM installer. Does not start installation.
static void showPluginVMInstaller();