/* -*- Mode: C++; c-basic-offset: 4; indent-tabs-mode: nil; tab-width: 8 -*- */ /* vim: set sw=2 ts=8 et tw=80 ft=cpp : */ /* This Source Code Form is subject to the terms of the Mozilla Public * License, v. 2.0. If a copy of the MPL was not distributed with this * file, You can obtain one at http://mozilla.org/MPL/2.0/. */ include protocol PColorPicker; include protocol PContent; #ifdef ACCESSIBILITY include protocol PDocAccessible; #endif include protocol PFilePicker; include protocol PPluginWidget; include protocol PRemotePrintJob; include protocol PChildToParentStream; include protocol PParentToChildStream; include protocol PFileDescriptorSet; include protocol PIPCBlobInputStream; include protocol PPaymentRequest; include protocol PWindowGlobal; include protocol PBrowserBridge; include DOMTypes; include IPCBlob; include IPCStream; include JavaScriptTypes; include URIParams; include PPrintingTypes; include PTabContext; include PBackgroundSharedTypes; include "mozilla/AntiTrackingIPCUtils.h"; include "mozilla/GfxMessageUtils.h"; include "mozilla/layers/LayersMessageUtils.h"; include "mozilla/ipc/TransportSecurityInfoUtils.h"; using mozilla::gfx::Matrix4x4 from "mozilla/gfx/Matrix.h"; using mozilla::gfx::MaybeMatrix4x4 from "mozilla/gfx/Matrix.h"; using mozilla::gfx::SurfaceFormat from "mozilla/gfx/Types.h"; using mozilla::LayoutDeviceIntPoint from "Units.h"; using mozilla::LayoutDevicePoint from "Units.h"; using mozilla::ScreenIntCoord from "Units.h"; using mozilla::ScreenIntMargin from "Units.h"; using mozilla::ScreenIntPoint from "Units.h"; using ScreenRect from "Units.h"; using struct mozilla::layers::ScrollableLayerGuid from "mozilla/layers/ScrollableLayerGuid.h"; using struct mozilla::layers::ZoomConstraints from "mozilla/layers/ZoomConstraints.h"; using mozilla::layers::LayersId from "mozilla/layers/LayersTypes.h"; using mozilla::layers::LayersObserverEpoch from "mozilla/layers/LayersTypes.h"; using mozilla::layers::MaybeZoomConstraints from "mozilla/layers/ZoomConstraints.h"; using mozilla::layers::GeckoContentController::TapType from "mozilla/layers/GeckoContentController.h"; using ScrollableLayerGuid::ViewID from "mozilla/layers/ScrollableLayerGuid.h"; using struct mozilla::void_t from "ipc/IPCMessageUtils.h"; using mozilla::WindowsHandle from "ipc/IPCMessageUtils.h"; using class mozilla::WidgetCompositionEvent from "ipc/nsGUIEventIPC.h"; using struct mozilla::widget::IMENotification from "mozilla/widget/IMEData.h"; using struct mozilla::widget::IMENotificationRequests from "mozilla/widget/IMEData.h"; using struct mozilla::widget::IMEState from "mozilla/widget/IMEData.h"; using struct mozilla::widget::InputContext from "mozilla/widget/IMEData.h"; using struct mozilla::widget::InputContextAction from "mozilla/widget/IMEData.h"; using mozilla::gfx::IntSize from "mozilla/gfx/Point.h"; using mozilla::gfx::IntPoint from "mozilla/gfx/Point.h"; using class mozilla::ContentCache from "ipc/nsGUIEventIPC.h"; using class mozilla::WidgetKeyboardEvent from "ipc/nsGUIEventIPC.h"; using class mozilla::WidgetMouseEvent from "ipc/nsGUIEventIPC.h"; using class mozilla::WidgetWheelEvent from "ipc/nsGUIEventIPC.h"; using class mozilla::WidgetDragEvent from "ipc/nsGUIEventIPC.h"; using struct nsRect from "nsRect.h"; using class mozilla::WidgetSelectionEvent from "ipc/nsGUIEventIPC.h"; using class mozilla::WidgetTouchEvent from "ipc/nsGUIEventIPC.h"; using class mozilla::WidgetPluginEvent from "ipc/nsGUIEventIPC.h"; using struct mozilla::dom::RemoteDOMEvent from "mozilla/dom/TabMessageUtils.h"; using struct mozilla::layers::TextureFactoryIdentifier from "mozilla/layers/CompositorTypes.h"; using mozilla::layers::CompositorOptions from "mozilla/layers/CompositorOptions.h"; using mozilla::CSSToScreenScale from "Units.h"; using mozilla::CommandInt from "mozilla/EventForwards.h"; using nsIWidget::TouchPointerState from "nsIWidget.h"; using nsCursor from "nsIWidget.h"; using struct LookAndFeelInt from "mozilla/widget/WidgetMessageUtils.h"; using class mozilla::dom::MessagePort from "mozilla/dom/MessagePort.h"; using class mozilla::dom::ipc::StructuredCloneData from "mozilla/dom/ipc/StructuredCloneData.h"; using mozilla::EventMessage from "mozilla/EventForwards.h"; using nsEventStatus from "mozilla/EventForwards.h"; using mozilla::Modifiers from "mozilla/EventForwards.h"; using mozilla::widget::CandidateWindowPosition from "ipc/nsGUIEventIPC.h"; using class mozilla::NativeEventData from "ipc/nsGUIEventIPC.h"; using mozilla::FontRange from "ipc/nsGUIEventIPC.h"; using mozilla::a11y::IAccessibleHolder from "mozilla/a11y/IPCTypes.h"; using mozilla::OriginAttributes from "mozilla/ipc/BackgroundUtils.h"; using mozilla::dom::EffectsInfo from "mozilla/dom/TabMessageUtils.h"; using mozilla::dom::TabId from "mozilla/dom/ipc/IdType.h"; using mozilla::ScrollAxis from "mozilla/PresShellForwards.h"; using mozilla::ScrollFlags from "mozilla/PresShellForwards.h"; using struct InputFormData from "mozilla/dom/SessionStoreMessageUtils.h"; using struct CollectedInputDataValue from "mozilla/dom/SessionStoreMessageUtils.h"; using refcounted class nsITransportSecurityInfo from "nsITransportSecurityInfo.h"; using mozilla::ContentBlockingNotifier::StorageAccessGrantedReason from "mozilla/ContentBlockingNotifier.h"; using CallerType from "mozilla/dom/BindingDeclarations.h"; using mozilla::dom::EmbedderElementEventType from "mozilla/dom/TabMessageUtils.h"; namespace mozilla { namespace dom { struct WebProgressData { bool isTopLevel; bool isLoadingDocument; uint32_t loadType; uint64_t outerDOMWindowID; uint64_t innerDOMWindowID; }; struct RequestData { nsIURI requestURI; nsIURI originalRequestURI; nsCString matchedList; // The elapsedLoadTimeMS is only set when the request has finished loading. // In other words, this field is set only during and |OnStateChange| event // where |aStateFlags| contains |nsIWebProgressListener::STATE_STOP| and // |nsIWebProgressListener::STATE_IS_NETWORK| and // |nsIWebProgressListener::STATE_IS_WINDOW|, and the document is top level. uint64_t? elapsedLoadTimeMS; }; struct WebProgressStateChangeData { bool isNavigating; bool mayEnableCharacterEncodingMenu; bool charsetAutodetected; // The following fields are only set when the aStateFlags param passed with // this struct is |nsIWebProgress.STATE_STOP|. nsString contentType; nsString charset; nsIURI documentURI; }; struct WebProgressLocationChangeData { bool isNavigating; bool isSyntheticDocument; bool mayEnableCharacterEncodingMenu; bool charsetAutodetected; nsString contentType; nsString title; nsString charset; nsIURI documentURI; nsIPrincipal contentPrincipal; nsIPrincipal contentStoragePrincipal; nsIContentSecurityPolicy csp; nsIReferrerInfo referrerInfo; uint64_t? requestContextID; }; struct WebProgressSecurityChangeData { nsITransportSecurityInfo securityInfo; bool isSecureContext; }; /** * A PBrowser manages a maximal locally connected subtree of BrowsingContexts * in a content process. * * See `dom/docs/Fission-IPC-Diagram.svg` for an overview of the DOM IPC * actors. */ nested(upto inside_cpow) sync refcounted protocol PBrowser { manager PContent; manages PColorPicker; #ifdef ACCESSIBILITY manages PDocAccessible; #endif manages PFilePicker; manages PPluginWidget; manages PPaymentRequest; manages PWindowGlobal; manages PBrowserBridge; both: async AsyncMessage(nsString aMessage, ClonedMessageData aData); parent: #ifdef ACCESSIBILITY /** * Tell the parent process a new accessible document has been created. * aParentDoc is the accessible document it was created in if any, and * aParentAcc is the id of the accessible in that document the new document * is a child of. aMsaaID is the MSAA id for this content process, and * is only valid on Windows. Set to 0 on other platforms. aDocCOMProxy * is also Windows-specific and should be set to 0 on other platforms. */ async PDocAccessible(nullable PDocAccessible aParentDoc, uint64_t aParentAcc, uint32_t aMsaaID, IAccessibleHolder aDocCOMProxy); #endif /* * Creates a new remoted nsIWidget connection for windowed plugins * in e10s mode. This is always initiated from the child in response * to windowed plugin creation. */ sync PPluginWidget(); async PPaymentRequest(); /** * Sends an NS_NATIVE_CHILD_OF_SHAREABLE_WINDOW to be adopted by the * widget's shareable window on the chrome side. Only used on Windows. */ async SetNativeChildOfShareableWindow(uintptr_t childWindow); /** * When content moves focus from a native plugin window that's a child * of the native browser window we need to move native focus to the * browser. Otherwise the plugin window will never relinquish focus. */ sync DispatchFocusToTopLevelWindow(); parent: /** * When child sends this message, parent should move focus to * the next or previous focusable element or document. */ async MoveFocus(bool forward, bool forDocumentNavigation); /** * SizeShellTo request propagation to parent. * * aFlag Can indicate if one of the dimensions should be ignored. * If only one dimension has changed it has to be indicated * by the nsIEmbeddingSiteWindow::DIM_FLAGS_IGNORE_* flags. * aShellItemWidth, * aShellItemHeight On parent side we won't be able to decide the dimensions * of the shell item parameter in the original SizeShellTo * call so we send over its dimensions that will be used * for the actual resize. **/ async SizeShellTo(uint32_t aFlag, int32_t aWidth, int32_t aHeight, int32_t aShellItemWidth, int32_t aShellItemHeight); /** * Called by the child to inform the parent that links are dropped into * content area. * * aLinks A flat array of url, name, and type for each link */ async DropLinks(nsString[] aLinks); async Event(RemoteDOMEvent aEvent); sync SyncMessage(nsString aMessage, ClonedMessageData aData) returns (StructuredCloneData[] retval); /** * Notifies chrome that there is a focus change involving an editable * object (input, textarea, document, contentEditable. etc.) * * contentCache Cache of content * notification Whole data of the notification * requests Requests of notification for IME of the native widget */ nested(inside_cpow) async NotifyIMEFocus(ContentCache contentCache, IMENotification notification) returns (IMENotificationRequests requests); /** * Notifies chrome that there has been a change in text content * One call can encompass both a delete and an insert operation * Only called when NotifyIMEFocus returns PR_TRUE for mWantUpdates * * contentCache Cache of content * notification Whole data of the notification */ nested(inside_cpow) async NotifyIMETextChange(ContentCache contentCache, IMENotification notification); /** * Notifies chrome that there is a IME compostion rect updated * * contentCache Cache of content */ nested(inside_cpow) async NotifyIMECompositionUpdate(ContentCache contentCache, IMENotification notification); /** * Notifies chrome that there has been a change in selection * Only called when NotifyIMEFocus returns PR_TRUE for mWantUpdates * * contentCache Cache of content * notification Whole data of the notification */ nested(inside_cpow) async NotifyIMESelection(ContentCache contentCache, IMENotification notification); /** * Notifies chrome of updating its content cache. * This is useful if content is modified but we don't need to notify IME. * * contentCache Cache of content */ nested(inside_cpow) async UpdateContentCache(ContentCache contentCache); /** * Notifies IME of mouse button event on a character in focused editor. * * Returns true if the mouse button event is consumed by IME. */ nested(inside_cpow) sync NotifyIMEMouseButtonEvent(IMENotification notification) returns (bool consumedByIME); /** * Notifies chrome to position change * * contentCache Cache of content */ nested(inside_cpow) async NotifyIMEPositionChange(ContentCache contentCache, IMENotification notification); /** * Requests chrome to commit or cancel composition of IME. * * cancel Set true if composition should be cancelled. * * isCommitted Returns true if the request causes composition * being committed synchronously. * committedString Returns committed string. The may be non-empty * string even if cancel is true because IME may * try to restore selected string which was * replaced with the composition. */ nested(inside_cpow) sync RequestIMEToCommitComposition(bool cancel) returns (bool isCommitted, nsString committedString); /** * OnEventNeedingAckHandled() is called after a child process dispatches a * composition event or a selection event which is sent from the parent * process. * * message The message value of the handled event. */ nested(inside_cpow) async OnEventNeedingAckHandled(EventMessage message); /** * Tells chrome to start plugin IME. If this results in a string getting * committed, the result is in aCommitted (otherwise aCommitted is empty). * * aKeyboardEvent The event with which plugin IME is to be started * panelX and panelY Location in screen coordinates of the IME input panel * (should be just under the plugin) * aCommitted The string committed during IME -- otherwise empty */ nested(inside_cpow) sync StartPluginIME(WidgetKeyboardEvent aKeyboardEvent, int32_t panelX, int32_t panelY) returns (nsString aCommitted); /** * Tells chrome (and specifically the appropriate widget) whether or not * a plugin (inside the widget) has the keyboard focus. Should be sent * when the keyboard focus changes too or from a plugin. * * aFocused Whether or not a plugin is focused */ nested(inside_cpow) async SetPluginFocused(bool aFocused); /** * Set IME candidate window by windowless plugin if plugin has focus. */ async SetCandidateWindowForPlugin(CandidateWindowPosition aPosition); /** * Enable or Disable IME by windowless plugin if plugin has focus. */ async EnableIMEForPlugin(bool aEnable); /** * Notifies the parent process of native key event data received in a * plugin process directly. * * aKeyEventData The native key event data. The actual type copied into * NativeEventData depending on the caller. Please check * PluginInstanceChild. */ nested(inside_cpow) async OnWindowedPluginKeyEvent(NativeEventData aKeyEventData); /** * When plugin event isn't consumed, call this */ async DefaultProcOfPluginEvent(WidgetPluginEvent aEvent); /** * Request that the parent process move focus to the browser's frame. If * canRaise is true, the window can be raised if it is inactive. */ async RequestFocus(bool canRaise, CallerType aCallerType); /** * Indicate, based on the current state, that some commands are enabled and * some are disabled. */ async EnableDisableCommands(MaybeDiscardedBrowsingContext bc, nsString action, nsCString[] enabledCommands, nsCString[] disabledCommands); nested(inside_cpow) sync GetInputContext() returns (IMEState state); nested(inside_cpow) async SetInputContext(InputContext context, InputContextAction action); /** * Set the native cursor. * @param value * The widget cursor to set. * @param hasCustomCursor * Whether there's any custom cursor represented by cursorData and * company. * @param customCursorData * Serialized image data. * @param width * Width of the image. * @param height * Height of the image. * @param stride * Stride used in the image data. * @param format * Image format, see gfx::SurfaceFormat for possible values. * @param hotspotX * Horizontal hotspot of the image, as specified by the css cursor property. * @param hotspotY * Vertical hotspot of the image, as specified by the css cursor property. * @param force * Invalidate any locally cached cursor settings and force an * update. */ async SetCursor(nsCursor value, bool hasCustomCursor, nsCString customCursorData, uint32_t width, uint32_t height, uint32_t stride, SurfaceFormat format, uint32_t hotspotX, uint32_t hotspotY, bool force); /** * Used to set the current text of the status tooltip. * Nowadays this is only used for link locations on hover. */ async SetLinkStatus(nsString status); /** * Show/hide a tooltip when the mouse hovers over an element in the content * document. */ async ShowTooltip(uint32_t x, uint32_t y, nsString tooltip, nsString direction); async HideTooltip(); /** * Create an asynchronous color picker on the parent side, * but don't open it yet. */ async PColorPicker(nsString title, nsString initialColor); async PFilePicker(nsString aTitle, int16_t aMode); /** * Initiates an asynchronous request for one of the special indexedDB * permissions for the provided principal. * * @param principal * The principal of the request. * * NOTE: The principal is untrusted in the parent process. Only * principals that can live in the content process should * provided. */ async IndexedDBPermissionRequest(nsIPrincipal aPrincipal) returns (uint32_t permission); /** * Tells the containing widget whether the given input block results in a * swipe. Should be called in response to a WidgetWheelEvent that has * mFlags.mCanTriggerSwipe set on it. */ async RespondStartSwipeEvent(uint64_t aInputBlockId, bool aStartSwipe); /** * Brings up the auth prompt dialog. * Called when this is the PBrowserParent for a nested remote iframe. * aCallbackId corresponds to an nsIAuthPromptCallback that lives in the * root process. It will be passed back to the root process with either the * OnAuthAvailable or OnAuthCancelled message. */ async AsyncAuthPrompt(nsCString uri, nsString realm, uint64_t aCallbackId); /** * Look up dictionary by selected word for OSX * * @param aText The word to look up * @param aFontRange Text decoration of aText * @param aIsVertical true if vertical layout */ async LookUpDictionary(nsString aText, FontRange[] aFontRangeArray, bool aIsVertical, LayoutDeviceIntPoint aPoint); async __delete__(); async ReplyKeyEvent(WidgetKeyboardEvent event); /** * Retrieves edit commands for the key combination represented by aEvent. * * @param aType One of nsIWidget::NativeKeyBindingsType. * @param aEvent KeyboardEvent which represents a key combination. * Note that this must be a trusted event. * @return Array of edit commands which should be executed in * editor of native applications. */ sync RequestNativeKeyBindings(uint32_t aType, WidgetKeyboardEvent aEvent) returns (CommandInt[] commands); async SynthesizeNativeKeyEvent(int32_t aNativeKeyboardLayout, int32_t aNativeKeyCode, uint32_t aModifierFlags, nsString aCharacters, nsString aUnmodifiedCharacters, uint64_t aObserverId); async SynthesizeNativeMouseEvent(LayoutDeviceIntPoint aPoint, uint32_t aNativeMessage, uint32_t aModifierFlags, uint64_t aObserverId); async SynthesizeNativeMouseMove(LayoutDeviceIntPoint aPoint, uint64_t aObserverId); async SynthesizeNativeMouseScrollEvent(LayoutDeviceIntPoint aPoint, uint32_t aNativeMessage, double aDeltaX, double aDeltaY, double aDeltaZ, uint32_t aModifierFlags, uint32_t aAdditionalFlags, uint64_t aObserverId); async SynthesizeNativeTouchPoint(uint32_t aPointerId, TouchPointerState aPointerState, LayoutDeviceIntPoint aPoint, double aPointerPressure, uint32_t aPointerOrientation, uint64_t aObserverId); async SynthesizeNativeTouchTap(LayoutDeviceIntPoint aPoint, bool aLongTap, uint64_t aObserverId); async ClearNativeTouchSequence(uint64_t aObserverId); async AccessKeyNotHandled(WidgetKeyboardEvent event); async RegisterProtocolHandler(nsString scheme, nsIURI handlerURI, nsString title, nsIURI documentURI); async OnStateChange(WebProgressData? aWebProgressData, RequestData aRequestData, uint32_t aStateFlags, nsresult aStatus, WebProgressStateChangeData? aStateChangeData); async OnProgressChange(WebProgressData? aWebProgressData, RequestData aRequestData, int32_t aCurSelfProgress, int32_t aMaxSelfProgress, int32_t aCurTotalProgress, int32_t aMaxTotalProgress); async OnLocationChange(WebProgressData? aWebProgressData, RequestData aRequestData, nsIURI aLocation, uint32_t aFlags, bool aCanGoBack, bool aCanGoForward, WebProgressLocationChangeData? aLocationChangeData); async OnStatusChange(WebProgressData? aWebProgressData, RequestData aRequestData, nsresult aStatus, nsString aMessage); async OnSecurityChange(WebProgressData? aWebProgressData, RequestData aRequestData, uint32_t aState, WebProgressSecurityChangeData? aSecurityChangeData); async NotifyContentBlockingEvent(uint32_t aEvent, RequestData aRequestData, bool aBlocked, nsCString aTrackingOrigin, nsCString[] aTrackingFullHashes, StorageAccessGrantedReason? aReason); async NavigationFinished(); async SessionStoreUpdate(nsCString? aDocShellCaps, bool? aPrivatedMode, nsCString[] aPositions, int32_t[] aPositionDescendants, InputFormData[] aInputs, CollectedInputDataValue[] aIdVals, CollectedInputDataValue[] aXPathVals, nsCString[] aOrigins, nsString[] aKeys, nsString[] aValues, bool aIsFullStorage, bool aNeedCollectSHistory, uint32_t aFlushId, bool aIsFinal, uint32_t aEpoch); child: async NativeSynthesisResponse(uint64_t aObserverId, nsCString aResponse); async FlushTabState(uint32_t aFlushId, bool aIsFinal); async UpdateEpoch(uint32_t aEpoch); async UpdateSHistory(bool aImmediately); parent: /** * Child informs the parent that the graphics objects are ready for * compositing. This is sent when all pending changes have been * sent to the compositor and are ready to be shown on the next composite. * @see PCompositor * @see RequestNotifyAfterRemotePaint */ async RemotePaintIsReady(); /** * Child informs the parent that a compositor transaction has ocurred. */ async NotifyCompositorTransaction(); /** * Child informs the parent that the content is ready to handle input * events. This is sent when the BrowserChild is created. */ async RemoteIsReadyToHandleInputEvents(); /** * Child informs the parent that the layer tree is already available. */ async PaintWhileInterruptingJSNoOp(LayersObserverEpoch aEpoch); child: /** * Parent informs the child of graphical effects that are being applied * to the child browser. */ async UpdateEffects(EffectsInfo aEffects); parent: /** * Sent by the child to the parent to inform it that an update to the * dimensions has been requested, likely through win.moveTo or resizeTo */ async SetDimensions(uint32_t aFlags, int32_t aX, int32_t aY, int32_t aCx, int32_t aCy, double aScale); nested(inside_sync) sync DispatchWheelEvent(WidgetWheelEvent event); nested(inside_sync) sync DispatchMouseEvent(WidgetMouseEvent event); nested(inside_sync) sync DispatchKeyboardEvent(WidgetKeyboardEvent event); async InvokeDragSession(IPCDataTransfer[] transfers, uint32_t action, Shmem? visualData, uint32_t stride, SurfaceFormat format, LayoutDeviceIntRect dragRect, nsIPrincipal principal, nsIContentSecurityPolicy csp); // After a compositor reset, it is necessary to reconnect each layers ID to // the compositor of the widget that will render those layers. Note that // this is sync so we can ensure that messages to the window compositor // arrive before the BrowserChild attempts to use its cross-process compositor // bridge. sync EnsureLayersConnected() returns (CompositorOptions compositorOptions); /** * This function is used to notify the parent that it should display a * canvas permission prompt. * * @param aOrigin origin string of the document that is requesting access. */ async ShowCanvasPermissionPrompt(nsCString aOrigin, bool aHideDoorHanger); sync SetSystemFont(nsCString aFontName); sync GetSystemFont() returns (nsCString retval); sync SetPrefersReducedMotionOverrideForTest(bool aValue); sync ResetPrefersReducedMotionOverrideForTest(); /** * Called once this PBrowser's OOP subdoc no longer blocks its * embedding element's and embedding doc's 'load' events. */ async MaybeFireEmbedderLoadEvents(EmbedderElementEventType aFireEventAtEmbeddingElement); async ScrollRectIntoView(nsRect aRect, ScrollAxis aVertical, ScrollAxis aHorizontal, ScrollFlags aScrollFlags, int32_t aAppUnitsPerDevPixel); async ReportBlockedEmbedderNodeByClassifier(); child: /** * Notify the remote browser that it has been Show()n on this side. This * message is expected to trigger creation of the remote browser's "widget". */ async Show(ParentShowInfo parentInfo, OwnerShowInfo childInfo); async ScrollbarPreferenceChanged(ScrollbarPreference pref); async InitRendering(TextureFactoryIdentifier textureFactoryIdentifier, LayersId layersId, CompositorOptions compositorOptions, bool layersConnected); async CompositorOptionsChanged(CompositorOptions newOptions); async LoadURL(nsCString uri, ParentShowInfo info); async ResumeLoad(uint64_t pendingSwitchID, ParentShowInfo info); async UpdateDimensions(DimensionInfo dimensions) compressall; async SizeModeChanged(nsSizeMode sizeMode); async ChildToParentMatrix(MaybeMatrix4x4 aMatrix, ScreenRect aRemoteDocumentRect); async SetIsUnderHiddenEmbedderElement(bool aIsUnderHiddenEmbedderElement); async DynamicToolbarMaxHeightChanged(ScreenIntCoord height); async DynamicToolbarOffsetChanged(ScreenIntCoord height); async ParentActivated(bool aActivated); async SetKeyboardIndicators(UIStateChangeType showFocusRings); /** * StopIMEStateManagement() is called when the process loses focus and * should stop managing IME state. */ async StopIMEStateManagement(); /** * @see nsIDOMWindowUtils sendMouseEvent. */ async MouseEvent(nsString aType, float aX, float aY, int32_t aButton, int32_t aClickCount, int32_t aModifiers, bool aIgnoreRootScrollFrame); /** * When two consecutive mouse move events would be added to the message queue, * they are 'compressed' by dumping the oldest one. */ prio(input) async RealMouseMoveEvent(WidgetMouseEvent event, ScrollableLayerGuid aGuid, uint64_t aInputBlockId) compress; async NormalPriorityRealMouseMoveEvent(WidgetMouseEvent event, ScrollableLayerGuid aGuid, uint64_t aInputBlockId) compress; /** * Mouse move events with |reason == eSynthesized| are sent via a separate * message because they do not generate DOM 'mousemove' events, and the * 'compress' attribute on RealMouseMoveEvent() could result in a * |reason == eReal| event being dropped in favour of an |eSynthesized| * event, and thus a DOM 'mousemove' event to be lost. */ prio(input) async SynthMouseMoveEvent(WidgetMouseEvent event, ScrollableLayerGuid aGuid, uint64_t aInputBlockId); async NormalPrioritySynthMouseMoveEvent(WidgetMouseEvent event, ScrollableLayerGuid aGuid, uint64_t aInputBlockId); prio(input) async RealMouseButtonEvent(WidgetMouseEvent event, ScrollableLayerGuid aGuid, uint64_t aInputBlockId); async NormalPriorityRealMouseButtonEvent(WidgetMouseEvent event, ScrollableLayerGuid aGuid, uint64_t aInputBlockId); prio(input) async RealKeyEvent(WidgetKeyboardEvent event); async NormalPriorityRealKeyEvent(WidgetKeyboardEvent event); prio(input) async MouseWheelEvent(WidgetWheelEvent event, ScrollableLayerGuid aGuid, uint64_t aInputBlockId); async NormalPriorityMouseWheelEvent(WidgetWheelEvent event, ScrollableLayerGuid aGuid, uint64_t aInputBlockId); prio(input) async RealTouchEvent(WidgetTouchEvent aEvent, ScrollableLayerGuid aGuid, uint64_t aInputBlockId, nsEventStatus aApzResponse); async NormalPriorityRealTouchEvent(WidgetTouchEvent aEvent, ScrollableLayerGuid aGuid, uint64_t aInputBlockId, nsEventStatus aApzResponse); prio(input) async HandleTap(TapType aType, LayoutDevicePoint point, Modifiers aModifiers, ScrollableLayerGuid aGuid, uint64_t aInputBlockId); async NormalPriorityHandleTap(TapType aType, LayoutDevicePoint point, Modifiers aModifiers, ScrollableLayerGuid aGuid, uint64_t aInputBlockId); prio(input) async RealTouchMoveEvent(WidgetTouchEvent aEvent, ScrollableLayerGuid aGuid, uint64_t aInputBlockId, nsEventStatus aApzResponse) compress; async NormalPriorityRealTouchMoveEvent(WidgetTouchEvent aEvent, ScrollableLayerGuid aGuid, uint64_t aInputBlockId, nsEventStatus aApzResponse) compress; prio(input) async RealTouchMoveEvent2(WidgetTouchEvent aEvent, ScrollableLayerGuid aGuid, uint64_t aInputBlockId, nsEventStatus aApzResponse) compress; async NormalPriorityRealTouchMoveEvent2(WidgetTouchEvent aEvent, ScrollableLayerGuid aGuid, uint64_t aInputBlockId, nsEventStatus aApzResponse) compress; /* * We disable the input event queue when there is an active dnd session. We * don't need support RealDragEvent with input priority. */ async RealDragEvent(WidgetDragEvent aEvent, uint32_t aDragAction, uint32_t aDropEffect, nsIPrincipal aPrincipal, nsIContentSecurityPolicy csp); async PluginEvent(WidgetPluginEvent aEvent); prio(input) async CompositionEvent(WidgetCompositionEvent event); async NormalPriorityCompositionEvent(WidgetCompositionEvent event); prio(input) async SelectionEvent(WidgetSelectionEvent event); async NormalPrioritySelectionEvent(WidgetSelectionEvent event); /** * Call PasteTransferable via a controller on the content process * to handle the command content event, "pasteTransferable". */ async PasteTransferable(IPCDataTransfer aDataTransfer, bool aIsPrivateData, nsIPrincipal aRequestingPrincipal, uint32_t aContentPolicyType); /** * Activate event forwarding from client to parent. */ async ActivateFrameEvent(nsString aType, bool capture); async LoadRemoteScript(nsString aURL, bool aRunInGlobalScope); /** * Sent by the chrome process when it no longer wants this remote * . The child side cleans up in response, then * finalizing its death by sending back __delete__() to the * parent. */ async Destroy(); /** * Update the child side docShell active (resource use) state. * * @param aIsActive * Whether to activate or deactivate the docshell. * @param aPreserveLayers * Whether layer trees should be preserved for inactive docshells. */ async SetDocShellIsActive(bool aIsActive); /** * Update docshell's flag which is used to determine if the media in that * docshell should be suspended when the docshell is inactive. * * @param aSuspendMediaWhenInactive * If the media should be suspended when docshell is inactive. */ async SetSuspendMediaWhenInactive(bool aSuspendMediaWhenInactive); /** * If aEnabled is true, tells the child to paint and upload layers to * the compositor. If aEnabled is false, the child stops painting and * clears the layers from the compositor. * * @param aEnabled * True if the child should render and upload layers, false if the * child should clear layers. * @param aEpoch * The layer observer epoch for this activation. This message should be * ignored if this epoch has already been observed (via * PaintWhileInterruptingJS). */ async RenderLayers(bool aEnabled, LayersObserverEpoch aEpoch); child: /** * Notify the child that it shouldn't paint the offscreen displayport. * This is useful to speed up interactive operations over async * scrolling performance like resize, tabswitch, pageload. * * Each enable call must be matched with a disable call. The child * will remain in the suppress mode as long as there's * a single unmatched call. */ async SuppressDisplayport(bool aEnabled); /** * Navigate by key (Tab/Shift+Tab/F6/Shift+f6). */ async NavigateByKey(bool aForward, bool aForDocumentNavigation); /** * The parent (chrome thread) requests that the child inform it when * the graphics objects are ready to display. * @see PCompositor * @see RemotePaintIsReady */ async RequestNotifyAfterRemotePaint(); /** * Tell the child that the UI resolution changed for the containing * window. * To avoid some sync messages from child to parent, we also send the dpi * and default scale with the notification. * If we don't know the dpi and default scale, we just pass in a negative * value (-1) but in the majority of the cases this saves us from two * sync requests from the child to the parent. */ async UIResolutionChanged(float dpi, int32_t rounding, double scale); /** * Tell the child that the system theme has changed, and that a repaint * is necessary. */ async ThemeChanged(LookAndFeelInt[] lookAndFeelIntCache); /** * Tell the child that the safe area of widget has changed. * */ async SafeAreaInsetsChanged(ScreenIntMargin aSafeAreaInsets); /** * Tell the browser that its frame loader has been swapped * with another. */ async SwappedWithOtherRemoteLoader(IPCTabContext context); /** * A potential accesskey was just pressed. Look for accesskey targets * using the list of provided charCodes. * * @param event keyboard event * @param isTrusted true if triggered by a trusted key event */ async HandleAccessKey(WidgetKeyboardEvent event, uint32_t[] charCodes); /** * Tells the root child docShell whether or not to use * global history. This is sent right after the PBrowser * is bound to a frameloader element. */ async SetUseGlobalHistory(bool aUse); /** * HandledWindowedPluginKeyEvent() is always called after posting a native * key event with OnWindowedPluginKeyEvent(). * * @param aKeyEventData The key event which was posted to the parent * process. * @param aIsConsumed true if aKeyEventData is consumed in the * parent process. Otherwise, false. */ async HandledWindowedPluginKeyEvent(NativeEventData aKeyEventData, bool aIsConsumed); /** * Tell the child to print the current page with the given settings. * * @param aOuterWindowID the ID of the outer window to print * @param aPrintData the serialized settings to print with */ async Print(uint64_t aOuterWindowID, PrintData aPrintData); /** * Update the child with the tab's current top-level native window handle. * This is used by a11y objects who must expose their native window. * * @param aNewHandle The native window handle of the tab's top-level window. */ async UpdateNativeWindowHandle(uintptr_t aNewHandle); /** * Tell the BrowserChild that it should expect a Large-Allocation load to occur. * Loads which occur until this flag is cleared will not leave the process. */ async AwaitLargeAlloc(); /** * Tell the BrowserChild to allow scripts in the docshell to close the window. */ async AllowScriptsToClose(); /** * Pass the current handle for the current native widget to the content * process, so it can be used by PuppetWidget. */ async SetWidgetNativeData(WindowsHandle aHandle); async WillChangeProcess() returns (bool success); parent: /** * Fetches whether this window supports protected media, which is sent back in response. */ async IsWindowSupportingProtectedMedia(uint64_t aOuterWindowID) returns(bool isSupported); /** * Fetches whether this window supports WebVR, which is sent back in response. */ async IsWindowSupportingWebVR(uint64_t aOuterWindowID) returns(bool isSupported); /** Records a history visit. */ async VisitURI(nsIURI aURI, nsIURI aLastVisitedURI, uint32_t aFlags); /** Fetches the visited status for an array of URIs (Android-only). */ async QueryVisitedState(nsIURI[] aURIs); /** * Construct a new WindowGlobal for an existing global in the content process */ async NewWindowGlobal(ManagedEndpoint aEndpoint, WindowGlobalInit aInit); /* * FIXME: write protocol! state LIVE: send LoadURL goto LIVE; //etc. send Destroy goto DYING; state DYING: discard send blah; // etc. recv __delete__; */ }; } }